/*  
 *
 * Generated by Liberty NCX vD-2010.06-SP2 on Fri Jan 10 21:53:50 2014
 *
 
 *
 * Generated by Liberty NCX vD-2010.06-SP2 on Tue Feb 11 15:07:48 2014
 *
 */
library ("scs8hd_ff_1.56v_-40C") {
	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);
	technology("cmos");
	delay_model : "table_lookup";
	bus_naming_style : "%s[%d]";
	in_place_swap_mode : "match_footprint";
	library_features("report_delay_calculation");
	switching_power_split_model : "true";
	simulation : true;
	revision : "1.0000000";
	driver_model : "ramp";
	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";
	input_threshold_pct_rise : 50.000000;
	input_threshold_pct_fall : 50.000000;
	output_threshold_pct_rise : 50.000000;
	output_threshold_pct_fall : 50.000000;
	slew_lower_threshold_pct_fall : 20.000000;
	slew_lower_threshold_pct_rise : 20.000000;
	slew_upper_threshold_pct_fall : 80.000000;
	slew_upper_threshold_pct_rise : 80.000000;
	slew_derate_from_library : 1.000000;
	time_unit : "1ns";
	voltage_unit : "1V";
	current_unit : "1mA";
	leakage_power_unit : "1nW";
	pulling_resistance_unit : "1kohm";
	capacitive_load_unit(1.000000, \
	  "pf");
	default_fanout_load : 0.000000;
	default_inout_pin_cap : 0.000000;
	default_input_pin_cap : 0.000000;
	default_output_pin_cap : 0.000000;
	default_max_transition : 1.500000;
	default_leakage_power_density : 0.000000;
	default_cell_leakage_power : 0.000000;
	default_constraint_arc_mode : "worst";
	min_pulse_width_mode : "max";
	default_arc_mode : "best_edges";
	nom_process : 1.000000;
	nom_temperature : -40.000000;
	nom_voltage : 1.560000;
	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";
	simulator : "HSPICE -- F-2011.09-SP2 32-BIT (Feb 27 2012)";
	voltage_map("VSS",0.000000);
	voltage_map("kapwr",1.560000);
	voltage_map("lowlvpwr",1.560000);
	voltage_map("vgnd",0.000000);
	voltage_map("vnb",0.000000);
	voltage_map("vpb",1.560000);
	voltage_map("vpwr",1.560000);
	voltage_map("vpwrin",1.560000);
	power_lut_template ("power_inputs_1") {
		variable_1 : "input_transition_time";
		index_1("1, 2, 3, 4, 5, 6, 7");
	}
	operating_conditions ("scs8hd_ff_1.56v_-40C") {
		process : 1.000000;
		temperature : -40.000000;
		voltage : 1.560000;
		tree_type : "balanced_tree";
	}
	lu_table_template ("constraint_3_0_1") {
		variable_1 : "related_pin_transition";
		index_1("1, 2, 3");
	}
	lu_table_template ("vio_3_3_1") {
		variable_1 : "related_pin_transition";
		index_1("1, 2, 3");
		variable_2 : "constrained_pin_transition";
		index_2("1, 2, 3");
	}
	lu_table_template ("del_1_7_7") {
		variable_1 : "input_net_transition";
		index_1("1, 2, 3, 4, 5, 6, 7");
		variable_2 : "total_output_net_capacitance";
		index_2("1, 2, 3, 4, 5, 6, 7");
	}
	power_lut_template ("power_outputs_1") {
		variable_1 : "input_transition_time";
		index_1("1, 2, 3, 4, 5, 6, 7");
		variable_2 : "total_output_net_capacitance";
		index_2("1, 2, 3, 4, 5, 6, 7");
	}
	lu_table_template ("driver_waveform_template") {
		variable_1 : "input_net_transition";
		index_1("1, 2");
		variable_2 : "normalized_voltage";
		index_2("1, 2");
	}
	normalized_driver_waveform ("driver_waveform_template") {
		driver_waveform_name : "ramp";
		index_1("0.0100000, 0.0230506, 0.0531329, 0.1224745, 0.2823108, 0.5000000, 0.6507428, 1.5000000");
		index_2("0.0000000, 0.5000000, 1.0000000");
		values("0.0000000e+00, 8.3333333e-03, 1.6666667e-02", \
		  "0.0000000e+00, 1.9208818e-02, 3.8417635e-02", \
		  "0.0000000e+00, 4.4277440e-02, 8.8554881e-02", \
		  "0.0000000e+00, 1.0206207e-01, 2.0412415e-01", \
		  "0.0000000e+00, 2.3525901e-01, 4.7051801e-01", \
		  "0.0000000e+00, 4.1666667e-01, 8.3333333e-01", \
		  "0.0000000e+00, 5.4228568e-01, 1.0845714e+00", \
		  "0.0000000e+00, 1.2500000e+00, 2.5000000e+00");
	}
	cell ("scs8hd_a2111o_1") {
		area : 11.260800;
		cell_footprint : "a2111o";
		cell_leakage_power : 2.433553e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.4071829e-05";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.6144617e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003750";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004349";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.6241460e-05";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003742";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "3.4284265e-05";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.6146487e-05";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003750";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004483";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.6241460e-05";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003742";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "3.4284265e-05";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.6146487e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003750";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004451";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.6241460e-05";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003742";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "3.4284265e-05";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.6146487e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "4.3741202e-05";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003741";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.6096716e-05";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003742";
			when : "A1&A2&B1&!C1&D1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1) | (C1) | (D1)";
			max_capacitance : 0.157481;
			max_transition : 1.507106;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0101726, 0.0113818, 0.0143411, 0.0214669, 0.0391668, 0.0845937, 0.2014474", \
					  "0.0101367, 0.0113591, 0.0142758, 0.0214260, 0.0391063, 0.0846099, 0.2013449", \
					  "0.0101001, 0.0113107, 0.0142375, 0.0213346, 0.0391324, 0.0841508, 0.2022632", \
					  "0.0100980, 0.0112695, 0.0141029, 0.0211599, 0.0389571, 0.0839412, 0.2020321", \
					  "0.0102475, 0.0112472, 0.0140176, 0.0208861, 0.0384559, 0.0837637, 0.2018379", \
					  "0.0106770, 0.0116990, 0.0142834, 0.0209290, 0.0383540, 0.0837659, 0.2017826", \
					  "0.0109628, 0.0118837, 0.0144788, 0.0210630, 0.0387235, 0.0838880, 0.2002255");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0094761, 0.0088678, 0.0069751, 0.0015786, -0.0141990, -0.0586197, -0.1766023", \
					  "0.0093177, 0.0087005, 0.0068831, 0.0014394, -0.0143481, -0.0587728, -0.1767442", \
					  "0.0091694, 0.0085388, 0.0066380, 0.0012387, -0.0145485, -0.0589705, -0.1769397", \
					  "0.0090145, 0.0084072, 0.0065451, 0.0011175, -0.0146937, -0.0591108, -0.1770795", \
					  "0.0088734, 0.0082781, 0.0063738, 0.0009315, -0.0148422, -0.0592291, -0.1771920", \
					  "0.0088825, 0.0082254, 0.0063201, 0.0009122, -0.0149573, -0.0592820, -0.1772272", \
					  "0.0104863, 0.0095295, 0.0070195, 0.0004518, -0.0150979, -0.0593621, -0.1772937");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0102130, 0.0114363, 0.0143813, 0.0214968, 0.0391625, 0.0846705, 0.2013362", \
					  "0.0101656, 0.0113862, 0.0143273, 0.0214394, 0.0391079, 0.0846117, 0.2012804", \
					  "0.0101108, 0.0113211, 0.0142519, 0.0213580, 0.0389623, 0.0844888, 0.2009592", \
					  "0.0100949, 0.0112854, 0.0141607, 0.0212142, 0.0390127, 0.0840470, 0.2020595", \
					  "0.0102356, 0.0112804, 0.0141107, 0.0210273, 0.0386510, 0.0839001, 0.2020114", \
					  "0.0108016, 0.0118402, 0.0143517, 0.0209726, 0.0385957, 0.0836177, 0.2017652", \
					  "0.0110754, 0.0120426, 0.0146900, 0.0213206, 0.0387943, 0.0839379, 0.2015069");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0114908, 0.0109262, 0.0090241, 0.0036007, -0.0121561, -0.0564321, -0.1743406", \
					  "0.0114053, 0.0108407, 0.0089371, 0.0035160, -0.0122421, -0.0565217, -0.1744260", \
					  "0.0113893, 0.0107178, 0.0088490, 0.0034229, -0.0123551, -0.0566223, -0.1745263", \
					  "0.0112435, 0.0106417, 0.0087818, 0.0033212, -0.0124853, -0.0567299, -0.1746275", \
					  "0.0111904, 0.0104657, 0.0086759, 0.0032160, -0.0124907, -0.0568076, -0.1747130", \
					  "0.0110933, 0.0104253, 0.0085811, 0.0031983, -0.0126105, -0.0568654, -0.1747462", \
					  "0.0126420, 0.0116665, 0.0091407, 0.0027802, -0.0127378, -0.0569285, -0.1747998");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0091042, 0.0102155, 0.0129770, 0.0198230, 0.0373738, 0.0825179, 0.1989716", \
					  "0.0091065, 0.0102141, 0.0129565, 0.0197982, 0.0372089, 0.0825263, 0.2001898", \
					  "0.0090887, 0.0101863, 0.0129200, 0.0197363, 0.0371164, 0.0821530, 0.1992518", \
					  "0.0089808, 0.0100450, 0.0127512, 0.0195621, 0.0369733, 0.0823857, 0.2000423", \
					  "0.0091426, 0.0101374, 0.0126247, 0.0193672, 0.0366543, 0.0817885, 0.1988398", \
					  "0.0091417, 0.0101041, 0.0127248, 0.0194510, 0.0367386, 0.0815036, 0.1988385", \
					  "0.0093485, 0.0102953, 0.0129703, 0.0195121, 0.0370974, 0.0821960, 0.1990888");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0084269, 0.0077612, 0.0059703, 0.0005865, -0.0153307, -0.0598913, -0.1779173", \
					  "0.0082751, 0.0076287, 0.0058793, 0.0004702, -0.0154455, -0.0600470, -0.1780806", \
					  "0.0081717, 0.0075338, 0.0057002, 0.0003659, -0.0155922, -0.0601664, -0.1781866", \
					  "0.0080875, 0.0074235, 0.0056327, 0.0001893, -0.0156801, -0.0602404, -0.1782599", \
					  "0.0080217, 0.0073514, 0.0055602, 0.0001327, -0.0157959, -0.0603180, -0.1783220", \
					  "0.0079703, 0.0072641, 0.0055127, 6.6900000e-05, -0.0158765, -0.0603986, -0.1783948", \
					  "0.0103763, 0.0094122, 0.0069611, 0.0004128, -0.0162446, -0.0604778, -0.1784499");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0085331, 0.0095998, 0.0122714, 0.0190484, 0.0363404, 0.0816896, 0.1991441", \
					  "0.0085655, 0.0096272, 0.0123013, 0.0190916, 0.0363758, 0.0812155, 0.1992676", \
					  "0.0086046, 0.0096480, 0.0123057, 0.0191238, 0.0365790, 0.0813984, 0.1984025", \
					  "0.0084927, 0.0095310, 0.0121395, 0.0188968, 0.0364409, 0.0813051, 0.1983126", \
					  "0.0084411, 0.0093997, 0.0118970, 0.0186797, 0.0360916, 0.0814323, 0.1981344", \
					  "0.0082797, 0.0093250, 0.0119133, 0.0185891, 0.0359619, 0.0809131, 0.1987204", \
					  "0.0084098, 0.0094271, 0.0119435, 0.0186649, 0.0360670, 0.0812122, 0.1981171");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0071887, 0.0065529, 0.0047761, -0.0007046, -0.0166024, -0.0611907, -0.1791847", \
					  "0.0070129, 0.0063448, 0.0045517, -0.0008343, -0.0167328, -0.0613192, -0.1793376", \
					  "0.0068827, 0.0062217, 0.0043728, -0.0009351, -0.0168810, -0.0614553, -0.1794529", \
					  "0.0068018, 0.0061362, 0.0043073, -0.0010656, -0.0170174, -0.0615545, -0.1795579", \
					  "0.0066887, 0.0061082, 0.0042652, -0.0011585, -0.0170665, -0.0616017, -0.1796053", \
					  "0.0066105, 0.0059694, 0.0041489, -0.0012431, -0.0171371, -0.0616897, -0.1796867", \
					  "0.0092603, 0.0082872, 0.0057674, -0.0006927, -0.0175121, -0.0617616, -0.1797209");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0065565, 0.0075638, 0.0101248, 0.0167120, 0.0338367, 0.0785281, 0.1966117", \
					  "0.0065265, 0.0075231, 0.0100911, 0.0167557, 0.0338199, 0.0785076, 0.1955162", \
					  "0.0064047, 0.0074125, 0.0099915, 0.0166355, 0.0339837, 0.0791211, 0.1957879", \
					  "0.0062764, 0.0072695, 0.0098306, 0.0164708, 0.0337739, 0.0790413, 0.1941931", \
					  "0.0061761, 0.0071455, 0.0096504, 0.0163079, 0.0334427, 0.0788605, 0.1955341", \
					  "0.0060779, 0.0070718, 0.0096398, 0.0163295, 0.0335489, 0.0783497, 0.1952884", \
					  "0.0062272, 0.0072070, 0.0097272, 0.0164317, 0.0338250, 0.0787033, 0.1945746");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001304206, 0.003401907, 0.008873575, 0.02314594, 0.06037414, 0.1574807");
					values("0.0066880, 0.0059950, 0.0041607, -0.0011281, -0.0171263, -0.0616643, -0.1796691", \
					  "0.0064378, 0.0058222, 0.0040515, -0.0013360, -0.0172896, -0.0618482, -0.1798606", \
					  "0.0062765, 0.0056553, 0.0038591, -0.0014986, -0.0174762, -0.0619923, -0.1800057", \
					  "0.0061673, 0.0055514, 0.0037119, -0.0016514, -0.0175663, -0.0621443, -0.1801534", \
					  "0.0062039, 0.0055551, 0.0037646, -0.0016207, -0.0175925, -0.0621591, -0.1801447", \
					  "0.0062415, 0.0056058, 0.0038247, -0.0016088, -0.0174538, -0.0620554, -0.1800339", \
					  "0.0095727, 0.0085841, 0.0060428, -0.0005447, -0.0178376, -0.0622781, -0.1801802");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
					values("0.0698712, 0.0769687, 0.0937406, 0.1335780, 0.2317199, 0.4811524, 1.1266373", \
					  "0.0741506, 0.0813869, 0.0979705, 0.1377750, 0.2358538, 0.4851193, 1.1311212", \
					  "0.0849184, 0.0920937, 0.1086473, 0.1482438, 0.2463827, 0.4954684, 1.1421070", \
					  "0.1091038, 0.1161858, 0.1322174, 0.1712967, 0.2691702, 0.5186199, 1.1625626", \
					  "0.1453809, 0.1527552, 0.1692630, 0.2080098, 0.3054492, 0.5550797, 1.1992694", \
					  "0.1896180, 0.1982976, 0.2159110, 0.2549729, 0.3513761, 0.6004494, 1.2484892", \
					  "0.2200130, 0.2316672, 0.2537076, 0.2949559, 0.3916387, 0.6406580, 1.2856332");
				}
				rise_transition ("del_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("0.0225661, 0.0301808, 0.0496229, 0.1003244, 0.2338409, 0.5809839, 1.4974757", \
					  "0.0224723, 0.0300030, 0.0494446, 0.1006797, 0.2340655, 0.5816248, 1.4984476", \
					  "0.0222724, 0.0297099, 0.0491096, 0.1004547, 0.2336471, 0.5810540, 1.4944266", \
					  "0.0225207, 0.0297984, 0.0488227, 0.0997271, 0.2336812, 0.5834264, 1.4908595", \
					  "0.0251322, 0.0318900, 0.0499837, 0.1000037, 0.2333050, 0.5834459, 1.4900591", \
					  "0.0316901, 0.0381018, 0.0540013, 0.1008368, 0.2343903, 0.5807440, 1.4918674", \
					  "0.0443452, 0.0507275, 0.0658031, 0.1076477, 0.2340751, 0.5843810, 1.4883823");
				}
				cell_fall ("del_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("0.3522459, 0.3618315, 0.3806480, 0.4143738, 0.4774648, 0.6002930, 0.8680264", \
					  "0.3553666, 0.3648265, 0.3837725, 0.4176239, 0.4807665, 0.6034003, 0.8712241", \
					  "0.3667747, 0.3762285, 0.3949612, 0.4286747, 0.4917086, 0.6145613, 0.8824036", \
					  "0.4002298, 0.4097676, 0.4282290, 0.4625803, 0.5255404, 0.6481334, 0.9164431", \
					  "0.4768265, 0.4864248, 0.5053617, 0.5397069, 0.6014337, 0.7245209, 0.9929507", \
					  "0.6386007, 0.6480216, 0.6669986, 0.7014395, 0.7642061, 0.8870258, 1.1551320", \
					  "0.9595790, 0.9701215, 0.9902899, 1.0268401, 1.0928700, 1.2186994, 1.4892333");
				}
				fall_transition ("del_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("0.0424004, 0.0481509, 0.0599154, 0.0851807, 0.1379413, 0.2605113, 0.5758927", \
					  "0.0423277, 0.0482839, 0.0598844, 0.0851131, 0.1379194, 0.2607501, 0.5757141", \
					  "0.0424615, 0.0481175, 0.0600094, 0.0851580, 0.1378974, 0.2607275, 0.5756949", \
					  "0.0424438, 0.0481688, 0.0601164, 0.0849565, 0.1379102, 0.2602780, 0.5785180", \
					  "0.0422118, 0.0478493, 0.0595805, 0.0838986, 0.1379245, 0.2593494, 0.5759125", \
					  "0.0425920, 0.0482141, 0.0600242, 0.0839766, 0.1361512, 0.2607211, 0.5783816", \
					  "0.0483518, 0.0541338, 0.0662653, 0.0915075, 0.1449456, 0.2657974, 0.5794176");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
					values("0.0735002, 0.0807579, 0.0974658, 0.1372472, 0.2354410, 0.4843551, 1.1308815", \
					  "0.0783068, 0.0855480, 0.1022042, 0.1419396, 0.2400853, 0.4890526, 1.1355134", \
					  "0.0892661, 0.0964500, 0.1130229, 0.1526722, 0.2508264, 0.4993959, 1.1467717", \
					  "0.1132986, 0.1203282, 0.1366409, 0.1758353, 0.2738224, 0.5231130, 1.1685379", \
					  "0.1544704, 0.1618570, 0.1784198, 0.2173765, 0.3148551, 0.5642396, 1.2091961", \
					  "0.2115147, 0.2199044, 0.2373996, 0.2766619, 0.3738699, 0.6225430, 1.2676065", \
					  "0.2710436, 0.2817136, 0.3035569, 0.3451931, 0.4419386, 0.6917081, 1.3356002");
				}
				rise_transition ("del_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("0.0225150, 0.0300042, 0.0493531, 0.1004540, 0.2344299, 0.5821973, 1.4976761", \
					  "0.0224110, 0.0299071, 0.0493412, 0.1005655, 0.2343840, 0.5821480, 1.4976965", \
					  "0.0222361, 0.0298023, 0.0491707, 0.1004350, 0.2340537, 0.5821978, 1.4941851", \
					  "0.0223240, 0.0297073, 0.0489286, 0.0997638, 0.2336021, 0.5828959, 1.4943989", \
					  "0.0245696, 0.0315898, 0.0498084, 0.0993565, 0.2335529, 0.5825012, 1.4945254", \
					  "0.0301803, 0.0367444, 0.0536797, 0.1010093, 0.2339897, 0.5816121, 1.4914813", \
					  "0.0412765, 0.0479066, 0.0643445, 0.1063099, 0.2343002, 0.5842276, 1.4915096");
				}
				cell_fall ("del_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("0.3971979, 0.4075578, 0.4273877, 0.4630666, 0.5274668, 0.6519247, 0.9218132", \
					  "0.4016567, 0.4120128, 0.4318461, 0.4675219, 0.5319398, 0.6563933, 0.9262782", \
					  "0.4151932, 0.4254555, 0.4453358, 0.4809503, 0.5455177, 0.6699144, 0.9398158", \
					  "0.4480604, 0.4585312, 0.4784566, 0.5143189, 0.5785279, 0.7029581, 0.9729683", \
					  "0.5199939, 0.5303369, 0.5503240, 0.5858898, 0.6496943, 0.7743166, 1.0444164", \
					  "0.6692359, 0.6795661, 0.6996204, 0.7349901, 0.7995336, 0.9239651, 1.1939708", \
					  "0.9665901, 0.9778106, 0.9992281, 1.0365007, 1.1024778, 1.2299697, 1.5015723");
				}
				fall_transition ("del_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("0.0473294, 0.0526471, 0.0640235, 0.0882273, 0.1408502, 0.2624589, 0.5810222", \
					  "0.0473319, 0.0526621, 0.0640273, 0.0882212, 0.1409025, 0.2625077, 0.5809829", \
					  "0.0469247, 0.0527901, 0.0640802, 0.0883200, 0.1413351, 0.2625566, 0.5809903", \
					  "0.0470484, 0.0529870, 0.0645732, 0.0878631, 0.1398799, 0.2627814, 0.5812291", \
					  "0.0472219, 0.0524858, 0.0640438, 0.0880855, 0.1416771, 0.2637799, 0.5782431", \
					  "0.0472239, 0.0528565, 0.0642357, 0.0887794, 0.1414441, 0.2627692, 0.5812351", \
					  "0.0522147, 0.0579403, 0.0697007, 0.0934063, 0.1466368, 0.2684281, 0.5822915");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
					values("0.0533564, 0.0596933, 0.0750723, 0.1128187, 0.2087520, 0.4569785, 1.1018468", \
					  "0.0582270, 0.0644779, 0.0796909, 0.1175146, 0.2132538, 0.4607559, 1.1050978", \
					  "0.0695016, 0.0756948, 0.0907817, 0.1285755, 0.2245469, 0.4720213, 1.1156134", \
					  "0.0909814, 0.0972141, 0.1122678, 0.1498365, 0.2454538, 0.4933978, 1.1378964", \
					  "0.1200573, 0.1266312, 0.1418062, 0.1789808, 0.2747346, 0.5232477, 1.1680303", \
					  "0.1494811, 0.1569273, 0.1736854, 0.2113796, 0.3071125, 0.5543113, 1.1990636", \
					  "0.1571336, 0.1681513, 0.1897384, 0.2298260, 0.3249890, 0.5726380, 1.2172700");
				}
				rise_transition ("del_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("0.0188973, 0.0261969, 0.0456976, 0.0965736, 0.2305419, 0.5798393, 1.4952792", \
					  "0.0188151, 0.0261364, 0.0455286, 0.0969675, 0.2300017, 0.5804128, 1.4948583", \
					  "0.0186361, 0.0259931, 0.0454182, 0.0968189, 0.2308633, 0.5821005, 1.4989522", \
					  "0.0195277, 0.0264798, 0.0454892, 0.0966410, 0.2299501, 0.5804610, 1.4947863", \
					  "0.0224738, 0.0288420, 0.0466615, 0.0969129, 0.2303605, 0.5815395, 1.4972349", \
					  "0.0292386, 0.0357729, 0.0512416, 0.0982167, 0.2317396, 0.5787997, 1.4961024", \
					  "0.0423369, 0.0488691, 0.0643872, 0.1051615, 0.2319964, 0.5845051, 1.4900255");
				}
				cell_fall ("del_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("0.2802319, 0.2891138, 0.3066624, 0.3389212, 0.3979022, 0.5158854, 0.7793169", \
					  "0.2831725, 0.2920883, 0.3095441, 0.3417269, 0.4012056, 0.5184102, 0.7829097", \
					  "0.2959579, 0.3048103, 0.3222937, 0.3540215, 0.4136922, 0.5315384, 0.7947448", \
					  "0.3294826, 0.3382678, 0.3557656, 0.3880407, 0.4466134, 0.5649325, 0.8284345", \
					  "0.4038812, 0.4127347, 0.4300021, 0.4622872, 0.5216770, 0.6392914, 0.9029044", \
					  "0.5672250, 0.5762780, 0.5940086, 0.6265079, 0.6852470, 0.8033071, 1.0673233", \
					  "0.8926585, 0.9030061, 0.9237190, 0.9590043, 1.0235673, 1.1469274, 1.4126260");
				}
				fall_transition ("del_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("0.0383078, 0.0437280, 0.0549210, 0.0782341, 0.1302426, 0.2505417, 0.5718270", \
					  "0.0383287, 0.0437593, 0.0552187, 0.0782356, 0.1292278, 0.2501929, 0.5693176", \
					  "0.0382986, 0.0437062, 0.0550079, 0.0789926, 0.1300279, 0.2497094, 0.5721807", \
					  "0.0383769, 0.0438155, 0.0549759, 0.0785629, 0.1296607, 0.2509565, 0.5719671", \
					  "0.0383333, 0.0437322, 0.0548770, 0.0777790, 0.1288185, 0.2506017, 0.5718093", \
					  "0.0399000, 0.0447887, 0.0561785, 0.0786073, 0.1309089, 0.2506541, 0.5715045", \
					  "0.0478838, 0.0534443, 0.0653908, 0.0900560, 0.1402801, 0.2594562, 0.5754080");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
					values("0.0512407, 0.0573056, 0.0722212, 0.1094662, 0.2051138, 0.4531681, 1.0963310", \
					  "0.0560512, 0.0621139, 0.0770028, 0.1142159, 0.2097375, 0.4574707, 1.1032467", \
					  "0.0670220, 0.0729953, 0.0877838, 0.1250769, 0.2205749, 0.4678330, 1.1110267", \
					  "0.0870912, 0.0931902, 0.1079210, 0.1450821, 0.2405970, 0.4879974, 1.1315497", \
					  "0.1134121, 0.1195501, 0.1346736, 0.1719206, 0.2674928, 0.5153061, 1.1588932", \
					  "0.1378111, 0.1461103, 0.1628132, 0.2000747, 0.2954385, 0.5427946, 1.1897224", \
					  "0.1347596, 0.1459293, 0.1682474, 0.2095716, 0.3038647, 0.5517287, 1.1956276");
				}
				rise_transition ("del_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("0.0179503, 0.0252004, 0.0445026, 0.0961813, 0.2304329, 0.5808280, 1.4938000", \
					  "0.0178980, 0.0251385, 0.0445929, 0.0961021, 0.2306727, 0.5805991, 1.4919335", \
					  "0.0179124, 0.0251863, 0.0445579, 0.0958904, 0.2299796, 0.5814317, 1.4995367", \
					  "0.0189094, 0.0259478, 0.0447689, 0.0959467, 0.2298596, 0.5816748, 1.4996527", \
					  "0.0220903, 0.0285133, 0.0460170, 0.0966033, 0.2294079, 0.5806627, 1.4988907", \
					  "0.0295883, 0.0353787, 0.0510293, 0.0975517, 0.2319660, 0.5785505, 1.4937613", \
					  "0.0441466, 0.0509406, 0.0652476, 0.1054502, 0.2320640, 0.5819295, 1.4887589");
				}
				cell_fall ("del_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("0.2525802, 0.2614711, 0.2790053, 0.3114137, 0.3708988, 0.4876707, 0.7521551", \
					  "0.2549882, 0.2638615, 0.2811785, 0.3135848, 0.3729346, 0.4906253, 0.7539783", \
					  "0.2664145, 0.2753013, 0.2927619, 0.3250078, 0.3835587, 0.5017860, 0.7656838", \
					  "0.2974869, 0.3063337, 0.3239131, 0.3561880, 0.4154192, 0.5325789, 0.7966729", \
					  "0.3721841, 0.3810831, 0.3986235, 0.4308180, 0.4899081, 0.6077405, 0.8714793", \
					  "0.5418432, 0.5509717, 0.5688880, 0.6014968, 0.6606021, 0.7787193, 1.0429475", \
					  "0.8728355, 0.8838925, 0.9051935, 0.9417921, 1.0073153, 1.1307429, 1.3978644");
				}
				fall_transition ("del_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("0.0384325, 0.0438334, 0.0549551, 0.0779437, 0.1290563, 0.2502662, 0.5703767", \
					  "0.0383388, 0.0437443, 0.0548242, 0.0783984, 0.1292172, 0.2504286, 0.5719833", \
					  "0.0383921, 0.0433604, 0.0544909, 0.0785581, 0.1297655, 0.2512935, 0.5720002", \
					  "0.0382881, 0.0436418, 0.0550334, 0.0778602, 0.1287748, 0.2500754, 0.5722271", \
					  "0.0382311, 0.0435018, 0.0548344, 0.0779400, 0.1286316, 0.2509263, 0.5713640", \
					  "0.0406065, 0.0457030, 0.0570005, 0.0793861, 0.1313803, 0.2517647, 0.5695313", \
					  "0.0528225, 0.0582514, 0.0700563, 0.0956533, 0.1453832, 0.2613829, 0.5767299");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				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, 0.00130421, 0.00340191, 0.00887357, 0.0231459, 0.0603741, 0.157481");
					values("0.0464829, 0.0522857, 0.0666737, 0.1032022, 0.1972412, 0.4434556, 1.0873614", \
					  "0.0511539, 0.0569355, 0.0713826, 0.1079312, 0.2022007, 0.4486983, 1.0933204", \
					  "0.0618183, 0.0676447, 0.0820981, 0.1186837, 0.2135083, 0.4598423, 1.1068158", \
					  "0.0798919, 0.0858243, 0.1004138, 0.1370491, 0.2321239, 0.4787070, 1.1282965", \
					  "0.1019033, 0.1082327, 0.1231413, 0.1599633, 0.2550740, 0.5026295, 1.1508414", \
					  "0.1201593, 0.1285219, 0.1454795, 0.1826281, 0.2772690, 0.5249260, 1.1710282", \
					  "0.1062452, 0.1184050, 0.1415263, 0.1839301, 0.2784836, 0.5253495, 1.1702878");
				}
				rise_transition ("del_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("0.0174154, 0.0247246, 0.0442108, 0.0960909, 0.2304885, 0.5823266, 1.4959637", \
					  "0.0174393, 0.0247205, 0.0442222, 0.0959517, 0.2308383, 0.5802318, 1.4970827", \
					  "0.0175562, 0.0248177, 0.0441608, 0.0953120, 0.2296409, 0.5837165, 1.5071056", \
					  "0.0189012, 0.0257643, 0.0445731, 0.0957278, 0.2312976, 0.5818928, 1.4983776", \
					  "0.0227166, 0.0290282, 0.0460713, 0.0961375, 0.2294644, 0.5830847, 1.5031821", \
					  "0.0309479, 0.0368061, 0.0524333, 0.0976112, 0.2314674, 0.5767085, 1.4913355", \
					  "0.0468357, 0.0540577, 0.0687594, 0.1083561, 0.2322735, 0.5854096, 1.4871355");
				}
				cell_fall ("del_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("0.2077607, 0.2166987, 0.2342447, 0.2665593, 0.3255388, 0.4434582, 0.7072889", \
					  "0.2084831, 0.2174173, 0.2348376, 0.2671008, 0.3263563, 0.4442522, 0.7078397", \
					  "0.2172470, 0.2262050, 0.2437507, 0.2768809, 0.3354454, 0.4536167, 0.7174152", \
					  "0.2437917, 0.2526083, 0.2698061, 0.3019605, 0.3613763, 0.4791860, 0.7435914", \
					  "0.3136960, 0.3226987, 0.3404791, 0.3726185, 0.4320047, 0.5501878, 0.8140053", \
					  "0.4733494, 0.4829900, 0.5015342, 0.5345736, 0.5936458, 0.7117134, 0.9754506", \
					  "0.7576875, 0.7701435, 0.7941561, 0.8353959, 0.9067045, 1.0292321, 1.2956346");
				}
				fall_transition ("del_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("0.0383531, 0.0433614, 0.0544757, 0.0783664, 0.1289401, 0.2508729, 0.5716227", \
					  "0.0382874, 0.0437388, 0.0550754, 0.0788521, 0.1302947, 0.2503899, 0.5717495", \
					  "0.0382098, 0.0436076, 0.0548189, 0.0780851, 0.1289920, 0.2509290, 0.5712258", \
					  "0.0382314, 0.0437570, 0.0548046, 0.0782252, 0.1293173, 0.2506401, 0.5690075", \
					  "0.0379008, 0.0433655, 0.0544519, 0.0784464, 0.1299139, 0.2494558, 0.5726103", \
					  "0.0433100, 0.0483560, 0.0590752, 0.0809396, 0.1315661, 0.2505610, 0.5699407", \
					  "0.0625129, 0.0690622, 0.0811638, 0.1040554, 0.1500010, 0.2625414, 0.5787549");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002354;
			capacitance : 0.002251;
			fall_capacitance : 0.002147;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025592, -0.0025623, -0.0025694, -0.0025649, -0.0025546, -0.0025307, -0.0024757");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031596, 0.0031598, 0.0031603, 0.0031615, 0.0031644, 0.0031710, 0.0031862");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002221;
			capacitance : 0.002121;
			fall_capacitance : 0.002022;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026276, -0.0026302, -0.0026362, -0.0026362, -0.0026362, -0.0026361, -0.0026358");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026343, 0.0026347, 0.0026357, 0.0026367, 0.0026390, 0.0026443, 0.0026566");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002409;
			capacitance : 0.002279;
			fall_capacitance : 0.002148;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024020, -0.0024160, -0.0024482, -0.0024574, -0.0024784, -0.0025270, -0.0026388");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027506, 0.0027478, 0.0027413, 0.0027420, 0.0027439, 0.0027481, 0.0027578");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002387;
			capacitance : 0.002243;
			fall_capacitance : 0.002099;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023418, -0.0023742, -0.0024489, -0.0024513, -0.0024568, -0.0024696, -0.0024990");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025529, 0.0025516, 0.0025484, 0.0025477, 0.0025460, 0.0025422, 0.0025334");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002419;
			capacitance : 0.002227;
			fall_capacitance : 0.002036;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012970, -0.0012977, -0.0012992, -0.0013004, -0.0013030, -0.0013090, -0.0013229");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018011, 0.0018005, 0.0017991, 0.0018045, 0.0018169, 0.0018455, 0.0019114");
				}
			}
		}
	}
	cell ("scs8hd_a2111o_2") {
		area : 12.512000;
		cell_footprint : "a2111o";
		cell_leakage_power : 2.964695e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003908";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007889";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.1819368e-05";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.0149609e-05";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "5.1721505e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003919";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0002371";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.1621386e-05";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.0014263e-05";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "5.1720347e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "5.1721505e-05";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003909";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0008027";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.1819368e-05";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.0149609e-05";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "5.1721505e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003910";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007997";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.1819368e-05";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003900";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.0149609e-05";
			when : "A1&!A2&B1&!C1&!D1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1) | (C1) | (D1)";
			max_capacitance : 0.287486;
			max_transition : 1.509112;
			internal_power () {
				related_pin : "B1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0094905, 0.0086013, 0.0060255, -0.0019882, -0.0273017, -0.1046879, -0.3327366", \
					  "0.0095022, 0.0084826, 0.0059809, -0.0021487, -0.0273367, -0.1048023, -0.3328411", \
					  "0.0092525, 0.0083979, 0.0058276, -0.0022443, -0.0274931, -0.1049509, -0.3329569", \
					  "0.0092801, 0.0082648, 0.0057413, -0.0023976, -0.0277002, -0.1050358, -0.3330293", \
					  "0.0093335, 0.0082875, 0.0056880, -0.0023949, -0.0276945, -0.1051417, -0.3331562", \
					  "0.0091996, 0.0081902, 0.0055431, -0.0025485, -0.0278002, -0.1052255, -0.3332091", \
					  "0.0107891, 0.0096298, 0.0063404, -0.0030719, -0.0281221, -0.1053413, -0.3332471");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0125435, 0.0138535, 0.0174300, 0.0272854, 0.0550288, 0.1336075, 0.3611930", \
					  "0.0125234, 0.0138263, 0.0174323, 0.0272651, 0.0547721, 0.1335768, 0.3611874", \
					  "0.0125398, 0.0138455, 0.0174325, 0.0272354, 0.0549836, 0.1336177, 0.3612669", \
					  "0.0124665, 0.0137224, 0.0172499, 0.0269541, 0.0544429, 0.1332933, 0.3610637", \
					  "0.0126837, 0.0138701, 0.0171513, 0.0268682, 0.0541344, 0.1328520, 0.3598461", \
					  "0.0127687, 0.0139130, 0.0173720, 0.0269616, 0.0541426, 0.1324638, 0.3588095", \
					  "0.0129095, 0.0140824, 0.0174091, 0.0271764, 0.0543984, 0.1332587, 0.3581208");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0119864, 0.0132609, 0.0167682, 0.0265456, 0.0540363, 0.1332011, 0.3602776", \
					  "0.0120025, 0.0132669, 0.0167945, 0.0265561, 0.0540730, 0.1332220, 0.3604311", \
					  "0.0120729, 0.0133478, 0.0168470, 0.0265903, 0.0541927, 0.1326591, 0.3604535", \
					  "0.0119964, 0.0132237, 0.0166220, 0.0263680, 0.0539002, 0.1331654, 0.3603018", \
					  "0.0119978, 0.0131949, 0.0164975, 0.0260924, 0.0534078, 0.1327893, 0.3589883", \
					  "0.0119469, 0.0131183, 0.0165656, 0.0260660, 0.0534564, 0.1322976, 0.3597411", \
					  "0.0118946, 0.0130544, 0.0163654, 0.0260603, 0.0535183, 0.1322213, 0.3570321");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0083593, 0.0073603, 0.0048410, -0.0033723, -0.0285483, -0.1059491, -0.3339717", \
					  "0.0083989, 0.0074065, 0.0047944, -0.0033643, -0.0286364, -0.1060675, -0.3341216", \
					  "0.0081033, 0.0070964, 0.0045201, -0.0035495, -0.0287910, -0.1062343, -0.3342401", \
					  "0.0082155, 0.0072240, 0.0044138, -0.0035998, -0.0288990, -0.1062938, -0.3343198", \
					  "0.0080401, 0.0070122, 0.0044046, -0.0037679, -0.0290581, -0.1064121, -0.3343701", \
					  "0.0078408, 0.0069754, 0.0043963, -0.0038220, -0.0291186, -0.1065126, -0.3344916", \
					  "0.0099816, 0.0086393, 0.0053339, -0.0042331, -0.0294036, -0.1066580, -0.3345446");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0100885, 0.0113344, 0.0147887, 0.0244240, 0.0518141, 0.1302714, 0.3562156", \
					  "0.0100916, 0.0113392, 0.0147629, 0.0243977, 0.0516592, 0.1301252, 0.3567982", \
					  "0.0100421, 0.0112801, 0.0147192, 0.0243420, 0.0516760, 0.1301850, 0.3563175", \
					  "0.0098286, 0.0110663, 0.0145041, 0.0240688, 0.0512507, 0.1299699, 0.3570963", \
					  "0.0098104, 0.0110244, 0.0143053, 0.0239023, 0.0509869, 0.1300306, 0.3577275", \
					  "0.0096928, 0.0108567, 0.0142247, 0.0236880, 0.0508436, 0.1289449, 0.3558811", \
					  "0.0095715, 0.0108127, 0.0140804, 0.0237485, 0.0509382, 0.1294121, 0.3536924");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0079491, 0.0069843, 0.0043793, -0.0038142, -0.0289677, -0.1064009, -0.3344080", \
					  "0.0077551, 0.0067659, 0.0041646, -0.0039668, -0.0291342, -0.1065710, -0.3345351", \
					  "0.0076044, 0.0065915, 0.0039959, -0.0041085, -0.0292845, -0.1067572, -0.3347145", \
					  "0.0074967, 0.0064764, 0.0038626, -0.0042423, -0.0294153, -0.1068444, -0.3348621", \
					  "0.0072297, 0.0063953, 0.0038167, -0.0042664, -0.0295979, -0.1070130, -0.3350185", \
					  "0.0074023, 0.0064923, 0.0040486, -0.0042189, -0.0297271, -0.1071468, -0.3350870", \
					  "0.0108012, 0.0095915, 0.0064423, -0.0031914, -0.0301352, -0.1071986, -0.3350332");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0133829, 0.0147319, 0.0184585, 0.0285878, 0.0564914, 0.1351205, 0.3621065", \
					  "0.0133469, 0.0147061, 0.0184654, 0.0285090, 0.0565088, 0.1353419, 0.3628265", \
					  "0.0133047, 0.0146553, 0.0183744, 0.0284781, 0.0564082, 0.1351785, 0.3615602", \
					  "0.0132801, 0.0145797, 0.0182577, 0.0282520, 0.0561332, 0.1354228, 0.3612324", \
					  "0.0134244, 0.0146433, 0.0181912, 0.0280898, 0.0557129, 0.1347616, 0.3627290", \
					  "0.0140979, 0.0152485, 0.0186125, 0.0282178, 0.0555177, 0.1346308, 0.3612707", \
					  "0.0142755, 0.0154464, 0.0188216, 0.0284308, 0.0555708, 0.1349200, 0.3596480");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0106319, 0.0097250, 0.0069945, -0.0012337, -0.0264608, -0.1036561, -0.3315212", \
					  "0.0105497, 0.0095816, 0.0069941, -0.0012854, -0.0265651, -0.1037516, -0.3316634", \
					  "0.0103902, 0.0095256, 0.0066913, -0.0015528, -0.0267472, -0.1039790, -0.3318419", \
					  "0.0101850, 0.0092109, 0.0066561, -0.0016668, -0.0269666, -0.1041186, -0.3319994", \
					  "0.0099537, 0.0090917, 0.0063829, -0.0017729, -0.0270690, -0.1042401, -0.3321225", \
					  "0.0100417, 0.0090568, 0.0063448, -0.0018776, -0.0271383, -0.1043062, -0.3321600", \
					  "0.0101174, 0.0089361, 0.0060058, -0.0021151, -0.0273437, -0.1044167, -0.3322236");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0136388, 0.0149900, 0.0187144, 0.0288430, 0.0567491, 0.1353356, 0.3623684", \
					  "0.0135850, 0.0149164, 0.0186441, 0.0287775, 0.0567026, 0.1359970, 0.3616881", \
					  "0.0135274, 0.0148645, 0.0185825, 0.0287031, 0.0566133, 0.1358671, 0.3615261", \
					  "0.0135190, 0.0148518, 0.0185673, 0.0285031, 0.0564283, 0.1357087, 0.3614821", \
					  "0.0135491, 0.0147795, 0.0184263, 0.0283576, 0.0560930, 0.1351675, 0.3626704", \
					  "0.0143001, 0.0154920, 0.0189031, 0.0283181, 0.0560137, 0.1352453, 0.3608706", \
					  "0.0146775, 0.0158650, 0.0191743, 0.0288076, 0.0563302, 0.1352993, 0.3621261");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00144182, 0.004157689, 0.01198928, 0.03457275, 0.09969536, 0.2874855");
					values("0.0127958, 0.0118263, 0.0090961, 0.0009423, -0.0244145, -0.1014126, -0.3291890", \
					  "0.0126530, 0.0117153, 0.0090051, 0.0008863, -0.0244284, -0.1014923, -0.3292662", \
					  "0.0126467, 0.0116169, 0.0090039, 0.0007990, -0.0244912, -0.1015992, -0.3293334", \
					  "0.0125489, 0.0115373, 0.0088425, 0.0006896, -0.0246643, -0.1016747, -0.3294368", \
					  "0.0125122, 0.0116127, 0.0088040, 0.0006630, -0.0247430, -0.1017683, -0.3295449", \
					  "0.0123137, 0.0114787, 0.0087198, 0.0005146, -0.0247143, -0.1018286, -0.3295963", \
					  "0.0124772, 0.0112950, 0.0083488, 0.0003192, -0.0249238, -0.1019214, -0.3296482");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0756714, 0.0812263, 0.0944376, 0.1268761, 0.2126764, 0.4505571, 1.1322204", \
					  "0.0799130, 0.0854711, 0.0988160, 0.1311215, 0.2166679, 0.4553418, 1.1378323", \
					  "0.0904785, 0.0960162, 0.1092414, 0.1414663, 0.2268701, 0.4652667, 1.1474928", \
					  "0.1150962, 0.1204797, 0.1336854, 0.1656099, 0.2506380, 0.4893687, 1.1692065", \
					  "0.1557891, 0.1615649, 0.1750787, 0.2071782, 0.2917433, 0.5302879, 1.2131212", \
					  "0.2061633, 0.2132643, 0.2288979, 0.2620164, 0.3457413, 0.5835473, 1.2641135", \
					  "0.2461231, 0.2561196, 0.2763095, 0.3152804, 0.3997027, 0.6374039, 1.3170788");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0192748, 0.0241592, 0.0380706, 0.0774710, 0.1933107, 0.5288869, 1.5017059", \
					  "0.0191341, 0.0241329, 0.0378496, 0.0774066, 0.1934767, 0.5295333, 1.5003768", \
					  "0.0189868, 0.0239818, 0.0377577, 0.0771305, 0.1934267, 0.5273448, 1.5030215", \
					  "0.0191802, 0.0240645, 0.0375275, 0.0767048, 0.1931514, 0.5278464, 1.4973390", \
					  "0.0224145, 0.0270120, 0.0394658, 0.0774123, 0.1925530, 0.5297397, 1.4999351", \
					  "0.0300197, 0.0342282, 0.0461289, 0.0805025, 0.1933727, 0.5279318, 1.4978173", \
					  "0.0432214, 0.0480967, 0.0600993, 0.0913737, 0.1956881, 0.5308555, 1.4984693");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.4200762, 0.4291579, 0.4483817, 0.4838248, 0.5471466, 0.6679825, 0.9378499", \
					  "0.4237771, 0.4328714, 0.4519413, 0.4872595, 0.5509323, 0.6735464, 0.9415604", \
					  "0.4345041, 0.4436796, 0.4626302, 0.4981172, 0.5614218, 0.6824024, 0.9522090", \
					  "0.4681412, 0.4768488, 0.4961347, 0.5312394, 0.5944529, 0.7173411, 0.9854338", \
					  "0.5438500, 0.5528860, 0.5718770, 0.6067653, 0.6705701, 0.7931694, 1.0618746", \
					  "0.7051352, 0.7142443, 0.7332074, 0.7686194, 0.8322235, 0.9545041, 1.2243486", \
					  "1.0372552, 1.0469207, 1.0676514, 1.1046751, 1.1699188, 1.2951472, 1.5657213");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0524398, 0.0569824, 0.0671462, 0.0879479, 0.1329915, 0.2448516, 0.5419303", \
					  "0.0525251, 0.0570390, 0.0675646, 0.0883285, 0.1330427, 0.2434769, 0.5392504", \
					  "0.0524644, 0.0572326, 0.0671277, 0.0878979, 0.1344284, 0.2447047, 0.5420112", \
					  "0.0524497, 0.0569476, 0.0675248, 0.0883526, 0.1348668, 0.2433389, 0.5419625", \
					  "0.0523552, 0.0570486, 0.0673794, 0.0886933, 0.1343944, 0.2433782, 0.5416888", \
					  "0.0523752, 0.0571597, 0.0673282, 0.0878800, 0.1332860, 0.2430908, 0.5411530", \
					  "0.0580258, 0.0629157, 0.0728346, 0.0937740, 0.1402224, 0.2483675, 0.5429148");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0796604, 0.0852259, 0.0984314, 0.1308556, 0.2166380, 0.4546817, 1.1358680", \
					  "0.0843041, 0.0898230, 0.1031685, 0.1355792, 0.2212824, 0.4597019, 1.1394348", \
					  "0.0951650, 0.1007036, 0.1138731, 0.1462137, 0.2316562, 0.4703938, 1.1502659", \
					  "0.1194517, 0.1249193, 0.1380572, 0.1697524, 0.2549856, 0.4936390, 1.1734160", \
					  "0.1628559, 0.1686595, 0.1822009, 0.2143153, 0.2991802, 0.5376128, 1.2206688", \
					  "0.2247852, 0.2317890, 0.2469589, 0.2800033, 0.3644669, 0.6021103, 1.2835534", \
					  "0.2916054, 0.3007988, 0.3204400, 0.3581206, 0.4433725, 0.6820515, 1.3612291");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0192520, 0.0241346, 0.0380539, 0.0774528, 0.1933902, 0.5288159, 1.5002920", \
					  "0.0192133, 0.0242864, 0.0378573, 0.0772174, 0.1934546, 0.5281585, 1.4974313", \
					  "0.0190324, 0.0239704, 0.0377112, 0.0771892, 0.1934579, 0.5279173, 1.4989340", \
					  "0.0189583, 0.0237831, 0.0374734, 0.0768800, 0.1932865, 0.5280076, 1.4975260", \
					  "0.0218036, 0.0264641, 0.0393375, 0.0775455, 0.1927881, 0.5295211, 1.4978054", \
					  "0.0273037, 0.0319959, 0.0441887, 0.0800642, 0.1931561, 0.5282095, 1.5007219", \
					  "0.0387899, 0.0444215, 0.0569190, 0.0888058, 0.1948887, 0.5309308, 1.4965583");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.4653890, 0.4754560, 0.4961380, 0.5334133, 0.5986559, 0.7216728, 0.9934553", \
					  "0.4701829, 0.4801066, 0.5007408, 0.5381985, 0.6036165, 0.7280625, 0.9992605", \
					  "0.4839132, 0.4938266, 0.5147029, 0.5517803, 0.6172346, 0.7416521, 1.0116026", \
					  "0.5163623, 0.5264230, 0.5470822, 0.5843820, 0.6496186, 0.7726506, 1.0444251", \
					  "0.5870560, 0.5970143, 0.6176621, 0.6548644, 0.7203412, 0.8443203, 1.1157822", \
					  "0.7344390, 0.7443999, 0.7650309, 0.8022015, 0.8671376, 0.9915577, 1.2628747", \
					  "1.0351635, 1.0457332, 1.0670873, 1.1061023, 1.1735384, 1.2996730, 1.5729739");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0577939, 0.0627461, 0.0725058, 0.0930592, 0.1387318, 0.2481056, 0.5426542", \
					  "0.0577639, 0.0623068, 0.0726856, 0.0936407, 0.1374011, 0.2463340, 0.5440891", \
					  "0.0578209, 0.0623751, 0.0727034, 0.0930983, 0.1384645, 0.2463382, 0.5450894", \
					  "0.0578244, 0.0628051, 0.0724864, 0.0930497, 0.1388368, 0.2480345, 0.5426677", \
					  "0.0577902, 0.0626886, 0.0731764, 0.0937263, 0.1376542, 0.2476259, 0.5442512", \
					  "0.0579750, 0.0628662, 0.0726293, 0.0931438, 0.1381463, 0.2478840, 0.5450582", \
					  "0.0628922, 0.0678263, 0.0777071, 0.0999621, 0.1432357, 0.2507271, 0.5439524");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0581361, 0.0628409, 0.0745052, 0.1048022, 0.1884968, 0.4247026, 1.1047243", \
					  "0.0627761, 0.0674362, 0.0792428, 0.1094224, 0.1930361, 0.4293818, 1.1094115", \
					  "0.0740116, 0.0786693, 0.0903418, 0.1204670, 0.2040505, 0.4401209, 1.1202799", \
					  "0.0978053, 0.1024391, 0.1140765, 0.1440402, 0.2276477, 0.4639475, 1.1466680", \
					  "0.1315962, 0.1368042, 0.1490378, 0.1792430, 0.2618994, 0.4994316, 1.1782004", \
					  "0.1694175, 0.1760087, 0.1909069, 0.2224542, 0.3048243, 0.5409933, 1.2215080", \
					  "0.1885898, 0.1980914, 0.2176267, 0.2558808, 0.3390963, 0.5768125, 1.2539387");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0154114, 0.0201364, 0.0336584, 0.0734159, 0.1894430, 0.5272726, 1.5003141", \
					  "0.0154157, 0.0201313, 0.0335328, 0.0733789, 0.1898476, 0.5273472, 1.5005087", \
					  "0.0153270, 0.0199803, 0.0333817, 0.0732785, 0.1894236, 0.5270641, 1.5001149", \
					  "0.0161879, 0.0206318, 0.0337627, 0.0731156, 0.1896503, 0.5254618, 1.4968790", \
					  "0.0199202, 0.0242296, 0.0361903, 0.0740202, 0.1893556, 0.5274585, 1.5020326", \
					  "0.0274288, 0.0315956, 0.0430953, 0.0769164, 0.1904980, 0.5253794, 1.4990953", \
					  "0.0411737, 0.0466375, 0.0588751, 0.0890888, 0.1930712, 0.5295446, 1.4913435");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.3391675, 0.3475374, 0.3651079, 0.3979983, 0.4570877, 0.5740188, 0.8370606", \
					  "0.3425762, 0.3509153, 0.3683874, 0.4013465, 0.4611875, 0.5776466, 0.8396269", \
					  "0.3550342, 0.3633451, 0.3808808, 0.4136105, 0.4735634, 0.5893580, 0.8522602", \
					  "0.3880343, 0.3963880, 0.4139381, 0.4470488, 0.5059258, 0.6228000, 0.8856372", \
					  "0.4622811, 0.4705857, 0.4882050, 0.5210942, 0.5804862, 0.6970494, 0.9602348", \
					  "0.6266713, 0.6350130, 0.6526793, 0.6854738, 0.7451543, 0.8621562, 1.1246825", \
					  "0.9672777, 0.9766684, 0.9961617, 1.0318659, 1.0958696, 1.2149211, 1.4799139");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0468000, 0.0511740, 0.0609022, 0.0810308, 0.1258437, 0.2320158, 0.5282813", \
					  "0.0469549, 0.0512096, 0.0610825, 0.0811938, 0.1248875, 0.2323771, 0.5293757", \
					  "0.0468107, 0.0513567, 0.0609859, 0.0811954, 0.1254160, 0.2323080, 0.5308471", \
					  "0.0469678, 0.0511630, 0.0609690, 0.0811272, 0.1261185, 0.2323250, 0.5307614", \
					  "0.0469235, 0.0511227, 0.0607343, 0.0810316, 0.1250603, 0.2323598, 0.5286901", \
					  "0.0469095, 0.0512085, 0.0608916, 0.0810579, 0.1251289, 0.2309449, 0.5281511", \
					  "0.0558683, 0.0605135, 0.0704075, 0.0902222, 0.1348676, 0.2395879, 0.5347818");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0560611, 0.0606026, 0.0719271, 0.1018086, 0.1845716, 0.4207064, 1.1031641", \
					  "0.0606990, 0.0652107, 0.0766261, 0.1063708, 0.1892654, 0.4254972, 1.1043767", \
					  "0.0718147, 0.0763422, 0.0876756, 0.1173318, 0.2003069, 0.4366646, 1.1160496", \
					  "0.0946398, 0.0992446, 0.1105738, 0.1400595, 0.2229027, 0.4593634, 1.1419923", \
					  "0.1256484, 0.1308292, 0.1429949, 0.1729262, 0.2555079, 0.4928774, 1.1716332", \
					  "0.1573591, 0.1642708, 0.1791861, 0.2104856, 0.2930173, 0.5292564, 1.2119968", \
					  "0.1689469, 0.1785471, 0.1987635, 0.2374198, 0.3205863, 0.5561306, 1.2343936");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0147026, 0.0193135, 0.0325913, 0.0724256, 0.1895924, 0.5269228, 1.4964743", \
					  "0.0147798, 0.0193429, 0.0327171, 0.0723558, 0.1895120, 0.5271310, 1.4986207", \
					  "0.0146559, 0.0192802, 0.0326823, 0.0724091, 0.1892868, 0.5264753, 1.5006523", \
					  "0.0157659, 0.0201591, 0.0332371, 0.0725238, 0.1895367, 0.5271144, 1.4970550", \
					  "0.0199145, 0.0241045, 0.0358692, 0.0736208, 0.1888955, 0.5271999, 1.5018908", \
					  "0.0280049, 0.0321088, 0.0435722, 0.0769831, 0.1906909, 0.5245841, 1.4987713", \
					  "0.0422080, 0.0479207, 0.0595088, 0.0902373, 0.1925320, 0.5300547, 1.4934867");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.3112748, 0.3196406, 0.3372494, 0.3701253, 0.4297977, 0.5457954, 0.8086492", \
					  "0.3138808, 0.3221674, 0.3398724, 0.3726509, 0.4325477, 0.5490840, 0.8106739", \
					  "0.3247914, 0.3331611, 0.3506845, 0.3833755, 0.4432392, 0.5601073, 0.8209821", \
					  "0.3560486, 0.3643822, 0.3817546, 0.4145653, 0.4744178, 0.5902672, 0.8529356", \
					  "0.4297625, 0.4381170, 0.4556846, 0.4885702, 0.5483650, 0.6643278, 0.9273134", \
					  "0.6021995, 0.6105854, 0.6273373, 0.6602236, 0.7199268, 0.8368261, 1.0997626", \
					  "0.9545968, 0.9645190, 0.9846991, 1.0220448, 1.0854291, 1.2083948, 1.4747272");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0468728, 0.0511897, 0.0610238, 0.0803716, 0.1242675, 0.2321512, 0.5287311", \
					  "0.0470039, 0.0514487, 0.0612619, 0.0813019, 0.1242615, 0.2318521, 0.5311199", \
					  "0.0470602, 0.0511718, 0.0607960, 0.0805681, 0.1239089, 0.2315999, 0.5312308", \
					  "0.0469278, 0.0514789, 0.0609340, 0.0810761, 0.1241834, 0.2318863, 0.5309618", \
					  "0.0469453, 0.0510984, 0.0609703, 0.0804520, 0.1252112, 0.2316113, 0.5295042", \
					  "0.0471814, 0.0514934, 0.0612948, 0.0809997, 0.1253374, 0.2321849, 0.5307975", \
					  "0.0604906, 0.0651641, 0.0752381, 0.0933207, 0.1395696, 0.2402233, 0.5333649");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				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, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0510001, 0.0553979, 0.0665158, 0.0959456, 0.1780892, 0.4139975, 1.0934047", \
					  "0.0557210, 0.0601100, 0.0711485, 0.1005524, 0.1826957, 0.4185028, 1.1006299", \
					  "0.0667711, 0.0711387, 0.0822244, 0.1115436, 0.1939004, 0.4298967, 1.1091527", \
					  "0.0875780, 0.0921408, 0.1034646, 0.1330168, 0.2159887, 0.4513780, 1.1330015", \
					  "0.1153811, 0.1207167, 0.1325897, 0.1624393, 0.2449008, 0.4816341, 1.1617405", \
					  "0.1421448, 0.1490831, 0.1643303, 0.1956649, 0.2779098, 0.5143593, 1.1953675", \
					  "0.1431178, 0.1527597, 0.1730354, 0.2135170, 0.2960250, 0.5341079, 1.2116262");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0141753, 0.0187556, 0.0321024, 0.0721267, 0.1891661, 0.5275789, 1.4993060", \
					  "0.0141356, 0.0187764, 0.0320935, 0.0719242, 0.1885755, 0.5283823, 1.5089623", \
					  "0.0141868, 0.0187299, 0.0322030, 0.0721268, 0.1886098, 0.5286354, 1.4991344", \
					  "0.0159654, 0.0202077, 0.0329614, 0.0722509, 0.1886042, 0.5260667, 1.5091124", \
					  "0.0202436, 0.0243215, 0.0360606, 0.0734934, 0.1883044, 0.5272893, 1.5002637", \
					  "0.0290962, 0.0336694, 0.0441914, 0.0775623, 0.1904388, 0.5239745, 1.4990094", \
					  "0.0451322, 0.0509980, 0.0643366, 0.0932434, 0.1933744, 0.5269791, 1.4944248");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.2656061, 0.2740210, 0.2916517, 0.3245595, 0.3843482, 0.5004362, 0.7633851", \
					  "0.2669275, 0.2753207, 0.2928533, 0.3258895, 0.3857211, 0.5018614, 0.7648276", \
					  "0.2756387, 0.2839445, 0.3014171, 0.3339422, 0.3938742, 0.5102098, 0.7729671", \
					  "0.3034735, 0.3118072, 0.3268353, 0.3601168, 0.4220604, 0.5384716, 0.8006077", \
					  "0.3716630, 0.3798592, 0.3959254, 0.4289812, 0.4899942, 0.6067152, 0.8692108", \
					  "0.5369036, 0.5453441, 0.5617496, 0.5944964, 0.6546121, 0.7713444, 1.0334289", \
					  "0.8533430, 0.8642551, 0.8852928, 0.9276362, 0.9959112, 1.1181875, 1.3841124");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144182, 0.00415769, 0.0119893, 0.0345728, 0.0996954, 0.287486");
					values("0.0469836, 0.0511036, 0.0609850, 0.0803923, 0.1245962, 0.2319857, 0.5294037", \
					  "0.0469899, 0.0511683, 0.0607076, 0.0803834, 0.1241905, 0.2314980, 0.5294847", \
					  "0.0469253, 0.0511983, 0.0608871, 0.0810567, 0.1250362, 0.2325111, 0.5308964", \
					  "0.0469599, 0.0512072, 0.0606562, 0.0806116, 0.1240603, 0.2320005, 0.5308309", \
					  "0.0469552, 0.0513004, 0.0608068, 0.0809275, 0.1245380, 0.2320563, 0.5284758", \
					  "0.0475042, 0.0516152, 0.0609533, 0.0808269, 0.1239086, 0.2310864, 0.5282710", \
					  "0.0697711, 0.0745547, 0.0858218, 0.1044420, 0.1446244, 0.2441693, 0.5380071");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002404;
			capacitance : 0.002307;
			fall_capacitance : 0.002210;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023689, -0.0023719, -0.0023788, -0.0023734, -0.0023610, -0.0023326, -0.0022669");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030788, 0.0030787, 0.0030785, 0.0030791, 0.0030807, 0.0030841, 0.0030922");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002331;
			capacitance : 0.002229;
			fall_capacitance : 0.002126;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027160, -0.0027155, -0.0027145, -0.0027144, -0.0027142, -0.0027138, -0.0027129");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027134, 0.0027137, 0.0027142, 0.0027155, 0.0027183, 0.0027249, 0.0027400");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002079;
			capacitance : 0.002204;
			rise_capacitance : 0.002329;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021560, -0.0021720, -0.0022089, -0.0022184, -0.0022404, -0.0022909, -0.0024076");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025146, 0.0025109, 0.0025023, 0.0025016, 0.0025000, 0.0024964, 0.0024881");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002472;
			capacitance : 0.002328;
			fall_capacitance : 0.002184;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023349, -0.0023641, -0.0024311, -0.0024338, -0.0024400, -0.0024541, -0.0024868");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025489, 0.0025470, 0.0025426, 0.0025428, 0.0025433, 0.0025444, 0.0025470");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002495;
			capacitance : 0.002306;
			fall_capacitance : 0.002117;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012847, -0.0012899, -0.0013021, -0.0013010, -0.0012986, -0.0012929, -0.0012799");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017592, 0.0017565, 0.0017502, 0.0017556, 0.0017678, 0.0017961, 0.0018612");
				}
			}
		}
	}
	cell ("scs8hd_a2111o_4") {
		area : 21.270400;
		cell_footprint : "a2111o";
		cell_leakage_power : 3.278825e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0178023";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001082";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007844";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0015507";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0009217";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001095";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007815";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0001081";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0178064";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001080";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007845";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0015727";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0178023";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001095";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007813";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0001081";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0178064";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001080";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007845";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0019293";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0009207";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001094";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007942";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0001081";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0178064";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001080";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007956";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004677";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0009349";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0001084";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007939";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0001074";
			when : "A1&A2&B1&!C1&!D1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1) | (C1) | (D1)";
			max_capacitance : 0.463267;
			max_transition : 1.508950;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0250292, 0.0264792, 0.0310280, 0.0445080, 0.0843251, 0.2062511, 0.5854970", \
					  "0.0249041, 0.0263829, 0.0309624, 0.0443976, 0.0842035, 0.2064252, 0.5862031", \
					  "0.0248403, 0.0263327, 0.0308516, 0.0442980, 0.0841755, 0.2057513, 0.5880196", \
					  "0.0248755, 0.0263258, 0.0308157, 0.0442116, 0.0838803, 0.2061321, 0.5857334", \
					  "0.0247997, 0.0262161, 0.0306808, 0.0438807, 0.0834332, 0.2053421, 0.5847428", \
					  "0.0260995, 0.0274159, 0.0315346, 0.0441189, 0.0835372, 0.2048725, 0.5847156", \
					  "0.0264969, 0.0278413, 0.0319533, 0.0447954, 0.0835110, 0.2060140, 0.5834196");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0233116, 0.0217973, 0.0188732, 0.0088332, -0.0259339, -0.1437541, -0.5255052", \
					  "0.0230176, 0.0219307, 0.0185251, 0.0083726, -0.0261775, -0.1440155, -0.5256930", \
					  "0.0226043, 0.0214871, 0.0182516, 0.0081393, -0.0265886, -0.1444278, -0.5261333", \
					  "0.0223942, 0.0211851, 0.0180341, 0.0078412, -0.0269777, -0.1448450, -0.5265313", \
					  "0.0218338, 0.0206918, 0.0177945, 0.0074763, -0.0273263, -0.1452435, -0.5268719", \
					  "0.0217471, 0.0206823, 0.0173679, 0.0072644, -0.0275304, -0.1453939, -0.5270208", \
					  "0.0220579, 0.0208103, 0.0167856, 0.0066488, -0.0278140, -0.1455843, -0.5271078");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0254911, 0.0270042, 0.0315831, 0.0449864, 0.0847699, 0.2070753, 0.5882182", \
					  "0.0254298, 0.0268990, 0.0314362, 0.0448637, 0.0845924, 0.2060944, 0.5849650", \
					  "0.0252915, 0.0267660, 0.0313634, 0.0447417, 0.0845251, 0.2068577, 0.5879566", \
					  "0.0252637, 0.0267298, 0.0312690, 0.0446742, 0.0844408, 0.2068413, 0.5878835", \
					  "0.0253888, 0.0268462, 0.0313064, 0.0445663, 0.0842842, 0.2058671, 0.5873704", \
					  "0.0266382, 0.0280054, 0.0321194, 0.0448346, 0.0842434, 0.2053244, 0.5877692", \
					  "0.0271959, 0.0284687, 0.0325973, 0.0452301, 0.0845176, 0.2066163, 0.5872451");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0272910, 0.0261533, 0.0229660, 0.0128258, -0.0220254, -0.1401034, -0.5220399", \
					  "0.0271043, 0.0258765, 0.0227767, 0.0126484, -0.0221766, -0.1402294, -0.5221648", \
					  "0.0268464, 0.0256026, 0.0227136, 0.0123822, -0.0224123, -0.1404537, -0.5223426", \
					  "0.0261563, 0.0254850, 0.0223519, 0.0121407, -0.0225599, -0.1406958, -0.5225978", \
					  "0.0259239, 0.0250759, 0.0222172, 0.0119259, -0.0229552, -0.1409172, -0.5228545", \
					  "0.0263386, 0.0253185, 0.0220121, 0.0119162, -0.0230071, -0.1410380, -0.5228796", \
					  "0.0256855, 0.0246945, 0.0215862, 0.0114302, -0.0232855, -0.1411446, -0.5228240");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0234816, 0.0250190, 0.0295238, 0.0428218, 0.0825456, 0.2053839, 0.5846581", \
					  "0.0234518, 0.0249603, 0.0294725, 0.0427798, 0.0826000, 0.2045699, 0.5863592", \
					  "0.0234251, 0.0249417, 0.0294452, 0.0427227, 0.0824458, 0.2044564, 0.5841993", \
					  "0.0232917, 0.0247457, 0.0291910, 0.0422767, 0.0820510, 0.2044354, 0.5858513", \
					  "0.0235436, 0.0248884, 0.0289834, 0.0421236, 0.0812689, 0.2037690, 0.5861462", \
					  "0.0239344, 0.0252746, 0.0294988, 0.0422508, 0.0815442, 0.2026587, 0.5837937", \
					  "0.0242756, 0.0255875, 0.0297105, 0.0424922, 0.0819764, 0.2035190, 0.5832416");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0205463, 0.0194369, 0.0163431, 0.0063275, -0.0283500, -0.1468592, -0.5291373", \
					  "0.0202700, 0.0190806, 0.0159992, 0.0059697, -0.0286203, -0.1471355, -0.5293841", \
					  "0.0199908, 0.0189470, 0.0157833, 0.0057721, -0.0288596, -0.1474278, -0.5296885", \
					  "0.0197748, 0.0186610, 0.0155631, 0.0056400, -0.0291125, -0.1476625, -0.5299160", \
					  "0.0196332, 0.0185474, 0.0153658, 0.0053379, -0.0293777, -0.1479032, -0.5301327", \
					  "0.0196221, 0.0184117, 0.0152526, 0.0052042, -0.0295571, -0.1479819, -0.5301290", \
					  "0.0237652, 0.0224492, 0.0184730, 0.0060204, -0.0302361, -0.1481589, -0.5301596");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0225874, 0.0240709, 0.0284898, 0.0417264, 0.0814425, 0.2035762, 0.5855376", \
					  "0.0226089, 0.0240757, 0.0285286, 0.0417491, 0.0812669, 0.2032705, 0.5823027", \
					  "0.0226766, 0.0241653, 0.0285840, 0.0417584, 0.0814814, 0.2034098, 0.5855835", \
					  "0.0223844, 0.0238627, 0.0282287, 0.0413233, 0.0807739, 0.2041291, 0.5828461", \
					  "0.0225016, 0.0238533, 0.0277533, 0.0409461, 0.0803637, 0.2029764, 0.5850801", \
					  "0.0225037, 0.0238699, 0.0281367, 0.0407741, 0.0798063, 0.2015564, 0.5844320", \
					  "0.0224905, 0.0238544, 0.0279617, 0.0409311, 0.0797882, 0.2017136, 0.5820076");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0184731, 0.0173466, 0.0142307, 0.0041278, -0.0304162, -0.1489026, -0.5310821", \
					  "0.0182347, 0.0171476, 0.0140504, 0.0040265, -0.0307237, -0.1492060, -0.5313348", \
					  "0.0179090, 0.0167542, 0.0137861, 0.0036553, -0.0310328, -0.1494746, -0.5316133", \
					  "0.0177399, 0.0166842, 0.0134664, 0.0035129, -0.0312543, -0.1496846, -0.5318515", \
					  "0.0175149, 0.0164150, 0.0131747, 0.0032108, -0.0315441, -0.1499878, -0.5320876", \
					  "0.0174939, 0.0163745, 0.0132693, 0.0031531, -0.0316401, -0.1501089, -0.5321667", \
					  "0.0210661, 0.0198228, 0.0155076, 0.0031076, -0.0327610, -0.1503760, -0.5322717");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0177695, 0.0192415, 0.0236250, 0.0368573, 0.0762614, 0.1993873, 0.5790131", \
					  "0.0178031, 0.0192695, 0.0236692, 0.0368397, 0.0762774, 0.1994396, 0.5790420", \
					  "0.0177106, 0.0191784, 0.0235782, 0.0367057, 0.0762048, 0.1994450, 0.5746431", \
					  "0.0174738, 0.0188813, 0.0232195, 0.0361426, 0.0758983, 0.1988494, 0.5767420", \
					  "0.0174148, 0.0187770, 0.0228443, 0.0355782, 0.0751306, 0.1973265, 0.5765555", \
					  "0.0171161, 0.0184509, 0.0227620, 0.0355800, 0.0741728, 0.1957893, 0.5766162", \
					  "0.0168399, 0.0182257, 0.0223392, 0.0353578, 0.0744331, 0.1953979, 0.5760940");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0179640, 0.0167049, 0.0137318, 0.0037381, -0.0309383, -0.1493240, -0.5313828", \
					  "0.0176649, 0.0164773, 0.0134935, 0.0034880, -0.0312022, -0.1495552, -0.5316106", \
					  "0.0174105, 0.0162218, 0.0131903, 0.0031787, -0.0314952, -0.1498436, -0.5318998", \
					  "0.0171018, 0.0159463, 0.0129080, 0.0028775, -0.0318084, -0.1501529, -0.5321998", \
					  "0.0168736, 0.0157572, 0.0126885, 0.0026446, -0.0320523, -0.1504351, -0.5324285", \
					  "0.0173589, 0.0161928, 0.0128982, 0.0026182, -0.0322132, -0.1506412, -0.5326270", \
					  "0.0233377, 0.0220231, 0.0179735, 0.0055324, -0.0333228, -0.1509357, -0.5326791");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0991855, 0.1036150, 0.1154734, 0.1451155, 0.2234999, 0.4540691, 1.1635879", \
					  "0.1035427, 0.1079769, 0.1198294, 0.1494367, 0.2276980, 0.4586886, 1.1691508", \
					  "0.1141799, 0.1186294, 0.1303511, 0.1597948, 0.2381676, 0.4688414, 1.1795054", \
					  "0.1404022, 0.1447396, 0.1562828, 0.1853498, 0.2630438, 0.4937685, 1.2046020", \
					  "0.1893670, 0.1938362, 0.2056306, 0.2349772, 0.3126597, 0.5425218, 1.2516155", \
					  "0.2556186, 0.2607372, 0.2736423, 0.3037469, 0.3815626, 0.6109583, 1.3224112", \
					  "0.3211460, 0.3279382, 0.3445209, 0.3797934, 0.4576357, 0.6872382, 1.3967796");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0250704, 0.0289100, 0.0399379, 0.0725199, 0.1736590, 0.4933142, 1.4960733", \
					  "0.0250872, 0.0288653, 0.0398878, 0.0725206, 0.1736609, 0.4941111, 1.5031804", \
					  "0.0247763, 0.0284484, 0.0396224, 0.0721393, 0.1733454, 0.4942523, 1.5009011", \
					  "0.0243002, 0.0280944, 0.0390031, 0.0715003, 0.1729462, 0.4946503, 1.5043269", \
					  "0.0261033, 0.0298298, 0.0404226, 0.0720073, 0.1725470, 0.4939655, 1.4959447", \
					  "0.0325853, 0.0360819, 0.0459631, 0.0751181, 0.1738285, 0.4924091, 1.5043737", \
					  "0.0463128, 0.0500636, 0.0595951, 0.0862370, 0.1767465, 0.4949305, 1.4950834");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.4513879, 0.4575904, 0.4726255, 0.5036800, 0.5627807, 0.6811000, 0.9496381", \
					  "0.4545472, 0.4606848, 0.4759569, 0.5069246, 0.5660624, 0.6844993, 0.9520862", \
					  "0.4642187, 0.4702681, 0.4851886, 0.5161418, 0.5753055, 0.6930332, 0.9620935", \
					  "0.4939794, 0.5000757, 0.5151356, 0.5460189, 0.6051564, 0.7234370, 0.9916269", \
					  "0.5645336, 0.5706409, 0.5854885, 0.6164101, 0.6756511, 0.7935871, 1.0624704", \
					  "0.7162722, 0.7223837, 0.7374572, 0.7684215, 0.8271202, 0.9451622, 1.2139945", \
					  "1.0244767, 1.0309937, 1.0468119, 1.0791691, 1.1408420, 1.2617392, 1.5318160");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0555248, 0.0583821, 0.0661055, 0.0836364, 0.1237247, 0.2294088, 0.5233465", \
					  "0.0555097, 0.0585654, 0.0661896, 0.0832177, 0.1249186, 0.2288184, 0.5231427", \
					  "0.0555040, 0.0584793, 0.0660923, 0.0837900, 0.1239268, 0.2294658, 0.5233142", \
					  "0.0556167, 0.0585886, 0.0666817, 0.0840489, 0.1236561, 0.2290072, 0.5229029", \
					  "0.0554924, 0.0584932, 0.0667298, 0.0844832, 0.1240968, 0.2292749, 0.5236602", \
					  "0.0555918, 0.0586440, 0.0661517, 0.0839148, 0.1243822, 0.2292297, 0.5224867", \
					  "0.0610585, 0.0641863, 0.0715673, 0.0896515, 0.1295734, 0.2323058, 0.5248305");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1030385, 0.1075164, 0.1193037, 0.1488258, 0.2271375, 0.4576792, 1.1689372", \
					  "0.1072635, 0.1117100, 0.1235065, 0.1530767, 0.2312424, 0.4612717, 1.1707889", \
					  "0.1165642, 0.1210160, 0.1327538, 0.1621717, 0.2403675, 0.4709785, 1.1821653", \
					  "0.1377343, 0.1420837, 0.1537239, 0.1829513, 0.2609822, 0.4916461, 1.2027197", \
					  "0.1789311, 0.1834334, 0.1952956, 0.2247264, 0.3024680, 0.5330627, 1.2442040", \
					  "0.2412137, 0.2461889, 0.2588200, 0.2892724, 0.3675674, 0.5974129, 1.3073046", \
					  "0.3131351, 0.3193808, 0.3349465, 0.3682716, 0.4478321, 0.6783935, 1.3869621");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0250345, 0.0286919, 0.0398343, 0.0724235, 0.1739199, 0.4935569, 1.4993383", \
					  "0.0250003, 0.0287782, 0.0397123, 0.0723455, 0.1734726, 0.4940928, 1.4992825", \
					  "0.0248313, 0.0285933, 0.0396071, 0.0722144, 0.1737471, 0.4933250, 1.4990299", \
					  "0.0244715, 0.0281388, 0.0392069, 0.0717355, 0.1734026, 0.4932219, 1.4997378", \
					  "0.0257584, 0.0294695, 0.0402368, 0.0720646, 0.1728041, 0.4940091, 1.4978839", \
					  "0.0306448, 0.0340401, 0.0444150, 0.0747086, 0.1737401, 0.4927665, 1.5009158", \
					  "0.0407914, 0.0445901, 0.0545944, 0.0833743, 0.1762865, 0.4957049, 1.4994661");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.4890007, 0.4957432, 0.5120429, 0.5446228, 0.6053561, 0.7244469, 0.9942405", \
					  "0.4938429, 0.5005963, 0.5169194, 0.5495930, 0.6102379, 0.7294693, 0.9990918", \
					  "0.5071463, 0.5138813, 0.5301268, 0.5627361, 0.6231394, 0.7426544, 1.0110447", \
					  "0.5392550, 0.5460030, 0.5617087, 0.5946668, 0.6546856, 0.7743988, 1.0442585", \
					  "0.6108121, 0.6175483, 0.6337471, 0.6664326, 0.7268546, 0.8454247, 1.1156229", \
					  "0.7618658, 0.7685815, 0.7847664, 0.8176508, 0.8781689, 0.9975704, 1.2673129", \
					  "1.0733774, 1.0803742, 1.0973760, 1.1317217, 1.1938389, 1.3136303, 1.5853828");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0602643, 0.0634935, 0.0711633, 0.0884760, 0.1273885, 0.2314218, 0.5257805", \
					  "0.0601734, 0.0633388, 0.0707219, 0.0881030, 0.1272931, 0.2318531, 0.5258186", \
					  "0.0602303, 0.0633272, 0.0712834, 0.0876260, 0.1269239, 0.2315668, 0.5267066", \
					  "0.0601278, 0.0633148, 0.0712633, 0.0882262, 0.1276336, 0.2313892, 0.5257410", \
					  "0.0601686, 0.0633177, 0.0712510, 0.0877007, 0.1275440, 0.2322992, 0.5263208", \
					  "0.0601608, 0.0634097, 0.0707936, 0.0882076, 0.1271775, 0.2316603, 0.5257993", \
					  "0.0647409, 0.0677947, 0.0754336, 0.0926036, 0.1313380, 0.2358211, 0.5284175");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0638852, 0.0672886, 0.0767067, 0.1023786, 0.1771561, 0.4054547, 1.1122797", \
					  "0.0684510, 0.0718362, 0.0812344, 0.1069597, 0.1815184, 0.4098141, 1.1196473", \
					  "0.0797732, 0.0831500, 0.0925041, 0.1181144, 0.1930461, 0.4203535, 1.1292004", \
					  "0.1041246, 0.1074723, 0.1167218, 0.1420620, 0.2165037, 0.4444841, 1.1547102", \
					  "0.1396700, 0.1433122, 0.1530416, 0.1786548, 0.2526467, 0.4812147, 1.1912964", \
					  "0.1793707, 0.1839037, 0.1954831, 0.2222958, 0.2968234, 0.5245234, 1.2327824", \
					  "0.2056045, 0.2117566, 0.2270299, 0.2597405, 0.3352548, 0.5618810, 1.2688794");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0175324, 0.0206957, 0.0309968, 0.0633166, 0.1660841, 0.4879440, 1.4922691", \
					  "0.0175048, 0.0206873, 0.0310009, 0.0633683, 0.1658915, 0.4890462, 1.4947481", \
					  "0.0172124, 0.0205617, 0.0308414, 0.0632349, 0.1657178, 0.4869691, 1.4991334", \
					  "0.0177458, 0.0209828, 0.0309904, 0.0631158, 0.1659514, 0.4894721, 1.4924968", \
					  "0.0208466, 0.0238461, 0.0332180, 0.0642217, 0.1654199, 0.4890466, 1.4965846", \
					  "0.0284794, 0.0315666, 0.0401322, 0.0675462, 0.1671565, 0.4863654, 1.4984040", \
					  "0.0427177, 0.0461510, 0.0546707, 0.0800680, 0.1698796, 0.4921172, 1.4901587");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.3572080, 0.3627698, 0.3764722, 0.4049443, 0.4592731, 0.5705648, 0.8307378", \
					  "0.3603629, 0.3659402, 0.3796111, 0.4080595, 0.4630104, 0.5745344, 0.8330638", \
					  "0.3716262, 0.3771604, 0.3907477, 0.4192727, 0.4737569, 0.5848708, 0.8449969", \
					  "0.4027797, 0.4083421, 0.4220328, 0.4499374, 0.5052948, 0.6160319, 0.8756779", \
					  "0.4724843, 0.4780402, 0.4915069, 0.5201547, 0.5749063, 0.6864112, 0.9446627", \
					  "0.6247760, 0.6303410, 0.6438872, 0.6726574, 0.7271924, 0.8388484, 1.0987741", \
					  "0.9347407, 0.9410166, 0.9562640, 0.9872081, 1.0460277, 1.1622722, 1.4241828");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0485844, 0.0513931, 0.0582753, 0.0749106, 0.1147346, 0.2160038, 0.5098811", \
					  "0.0484417, 0.0512611, 0.0585724, 0.0746103, 0.1142024, 0.2156084, 0.5112477", \
					  "0.0485230, 0.0512511, 0.0582577, 0.0749239, 0.1150388, 0.2161298, 0.5098692", \
					  "0.0485020, 0.0513527, 0.0584232, 0.0756060, 0.1137585, 0.2161262, 0.5091403", \
					  "0.0484947, 0.0512016, 0.0583807, 0.0747919, 0.1136269, 0.2151405, 0.5111633", \
					  "0.0487445, 0.0515301, 0.0582650, 0.0748816, 0.1135615, 0.2153096, 0.5105768", \
					  "0.0572821, 0.0603525, 0.0679179, 0.0840728, 0.1232020, 0.2221464, 0.5139706");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0657362, 0.0691825, 0.0785922, 0.1043274, 0.1787890, 0.4065620, 1.1154012", \
					  "0.0703515, 0.0737825, 0.0832740, 0.1089558, 0.1835198, 0.4114237, 1.1215231", \
					  "0.0813220, 0.0847824, 0.0942016, 0.1197614, 0.1946232, 0.4223600, 1.1331298", \
					  "0.1047575, 0.1081971, 0.1177065, 0.1433702, 0.2178306, 0.4459070, 1.1553186", \
					  "0.1388094, 0.1425376, 0.1520566, 0.1781075, 0.2530227, 0.4815483, 1.1927757", \
					  "0.1758037, 0.1804509, 0.1921290, 0.2192931, 0.2936870, 0.5223618, 1.2340508", \
					  "0.1961814, 0.2025866, 0.2182827, 0.2520056, 0.3273753, 0.5544098, 1.2630303");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0174940, 0.0208281, 0.0310542, 0.0632058, 0.1664368, 0.4906610, 1.4979429", \
					  "0.0176994, 0.0208457, 0.0310903, 0.0631315, 0.1663893, 0.4893505, 1.4988527", \
					  "0.0175270, 0.0208337, 0.0309744, 0.0631519, 0.1664421, 0.4887219, 1.4951178", \
					  "0.0183312, 0.0215903, 0.0315005, 0.0632443, 0.1657940, 0.4895107, 1.5018097", \
					  "0.0212132, 0.0243131, 0.0340362, 0.0646886, 0.1661348, 0.4883062, 1.4951497", \
					  "0.0287739, 0.0317039, 0.0406627, 0.0682374, 0.1674593, 0.4872640, 1.4947055", \
					  "0.0430615, 0.0466801, 0.0557365, 0.0811586, 0.1707742, 0.4917099, 1.4932725");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.3309933, 0.3365437, 0.3504180, 0.3787642, 0.4336580, 0.5451693, 0.8036566", \
					  "0.3333663, 0.3389097, 0.3526245, 0.3810961, 0.4356561, 0.5460605, 0.8059260", \
					  "0.3428527, 0.3483223, 0.3617325, 0.3903293, 0.4443789, 0.5565883, 0.8163760", \
					  "0.3727956, 0.3783284, 0.3918547, 0.4202915, 0.4752105, 0.5856661, 0.8458392", \
					  "0.4435892, 0.4491428, 0.4627771, 0.4911824, 0.5460320, 0.6574515, 0.9173416", \
					  "0.6084780, 0.6140589, 0.6277073, 0.6555160, 0.7109723, 0.8219297, 1.0819168", \
					  "0.9403878, 0.9473956, 0.9630071, 0.9952745, 1.0552966, 1.1720935, 1.4363386");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0485090, 0.0513535, 0.0584887, 0.0746148, 0.1144799, 0.2155667, 0.5112145", \
					  "0.0484398, 0.0512661, 0.0582804, 0.0749293, 0.1140350, 0.2166890, 0.5109410", \
					  "0.0484288, 0.0512667, 0.0588444, 0.0750918, 0.1153955, 0.2159888, 0.5098229", \
					  "0.0485152, 0.0512320, 0.0581312, 0.0750381, 0.1135088, 0.2159780, 0.5098388", \
					  "0.0486678, 0.0515116, 0.0583676, 0.0749361, 0.1133805, 0.2161687, 0.5098436", \
					  "0.0488400, 0.0516993, 0.0588685, 0.0750571, 0.1149604, 0.2150454, 0.5095486", \
					  "0.0633644, 0.0645063, 0.0723174, 0.0882653, 0.1258740, 0.2254064, 0.5160823");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0612176, 0.0646440, 0.0741007, 0.0997951, 0.1742828, 0.4018054, 1.1129672", \
					  "0.0659175, 0.0693500, 0.0787778, 0.1043690, 0.1791728, 0.4065730, 1.1180089", \
					  "0.0772199, 0.0806360, 0.0900187, 0.1156186, 0.1900974, 0.4179893, 1.1262438", \
					  "0.0997287, 0.1031662, 0.1125831, 0.1382504, 0.2127296, 0.4412058, 1.1501420", \
					  "0.1319688, 0.1357711, 0.1458497, 0.1718028, 0.2461030, 0.4756011, 1.1833897", \
					  "0.1679831, 0.1728319, 0.1848828, 0.2127577, 0.2869987, 0.5156598, 1.2280752", \
					  "0.1857621, 0.1925019, 0.2086661, 0.2438932, 0.3203157, 0.5479677, 1.2553951");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0173449, 0.0205847, 0.0308022, 0.0626779, 0.1655421, 0.4902270, 1.5084767", \
					  "0.0172974, 0.0205641, 0.0307404, 0.0627943, 0.1650245, 0.4899685, 1.5089503", \
					  "0.0173422, 0.0206177, 0.0307392, 0.0628352, 0.1663481, 0.4907542, 1.4896265", \
					  "0.0183487, 0.0215729, 0.0315213, 0.0630023, 0.1657262, 0.4889517, 1.4925212", \
					  "0.0218824, 0.0249178, 0.0342075, 0.0647056, 0.1658341, 0.4873453, 1.4930972", \
					  "0.0300848, 0.0332389, 0.0422521, 0.0692067, 0.1674301, 0.4870610, 1.4967131", \
					  "0.0463148, 0.0500009, 0.0600129, 0.0856340, 0.1720749, 0.4886734, 1.4906836");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.2657118, 0.2713766, 0.2848794, 0.3135376, 0.3683553, 0.4801275, 0.7391706", \
					  "0.2676782, 0.2732669, 0.2869173, 0.3153558, 0.3699023, 0.4812968, 0.7411761", \
					  "0.2767349, 0.2822916, 0.2958226, 0.3242210, 0.3784509, 0.4899421, 0.7499734", \
					  "0.3026621, 0.3081777, 0.3218993, 0.3502544, 0.4045772, 0.5161231, 0.7761424", \
					  "0.3713914, 0.3769304, 0.3905535, 0.4189900, 0.4738224, 0.5853039, 0.8450680", \
					  "0.5370343, 0.5425086, 0.5558837, 0.5834696, 0.6381164, 0.7493311, 1.0065765", \
					  "0.8489174, 0.8565410, 0.8741530, 0.9100277, 0.9750261, 1.0921044, 1.3554583");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0485561, 0.0512133, 0.0584187, 0.0747704, 0.1133709, 0.2158178, 0.5106698", \
					  "0.0483470, 0.0512155, 0.0584729, 0.0748818, 0.1146763, 0.2160550, 0.5096658", \
					  "0.0483327, 0.0511960, 0.0585400, 0.0752035, 0.1149975, 0.2160546, 0.5099219", \
					  "0.0485122, 0.0512762, 0.0584747, 0.0753517, 0.1145802, 0.2159019, 0.5099343", \
					  "0.0484625, 0.0512636, 0.0585539, 0.0751073, 0.1137867, 0.2153128, 0.5104262", \
					  "0.0491617, 0.0517932, 0.0583835, 0.0740674, 0.1134354, 0.2157678, 0.5105132", \
					  "0.0729774, 0.0759479, 0.0835215, 0.1008004, 0.1352144, 0.2289958, 0.5168799");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004173;
			capacitance : 0.003991;
			fall_capacitance : 0.003809;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048370, -0.0048441, -0.0048603, -0.0048495, -0.0048246, -0.0047673, -0.0046353");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062126, 0.0062080, 0.0061972, 0.0061979, 0.0061994, 0.0062029, 0.0062109");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004407;
			capacitance : 0.004136;
			fall_capacitance : 0.003865;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054393, -0.0054400, -0.0054416, -0.0054410, -0.0054397, -0.0054366, -0.0054294");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054903, 0.0054862, 0.0054765, 0.0054781, 0.0054818, 0.0054902, 0.0055096");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004491;
			capacitance : 0.004217;
			fall_capacitance : 0.003943;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045762, -0.0045990, -0.0046515, -0.0046730, -0.0047228, -0.0048376, -0.0051021");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063848, 0.0063856, 0.0063876, 0.0063865, 0.0063839, 0.0063780, 0.0063643");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004473;
			capacitance : 0.004157;
			fall_capacitance : 0.003841;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049130, -0.0049582, -0.0050625, -0.0050692, -0.0050846, -0.0051202, -0.0052022");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055854, 0.0055855, 0.0055858, 0.0055897, 0.0055986, 0.0056192, 0.0056665");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004431;
			capacitance : 0.004086;
			fall_capacitance : 0.003740;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025441, -0.0025470, -0.0025536, -0.0025518, -0.0025476, -0.0025378, -0.0025154");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029866, 0.0029792, 0.0029620, 0.0029768, 0.0030107, 0.0030890, 0.0032693");
				}
			}
		}
	}
	cell ("scs8hd_a2111oi_0") {
		area : 8.758400;
		cell_footprint : "a2111oi";
		cell_leakage_power : 2.611915e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004609";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0001998";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.2522118e-05";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0004604";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0386137e-05";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.2483001e-05";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "2.2483001e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0004621";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "2.8731405e-05";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.2685116e-05";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0004604";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0287488e-05";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.2482335e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0004609";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0002633";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.2522118e-05";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0004604";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0386137e-05";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.2483001e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0004609";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0002355";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.2522118e-05";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0004604";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0386137e-05";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004603";
			when : "A1&!A2&B1&C1&D1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
			max_capacitance : 0.020152;
			max_transition : 1.492246;
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0058525, 0.0063700, 0.0073705, 0.0091481, 0.0124259, 0.0184866, 0.0296115", \
					  "0.0057386, 0.0062550, 0.0072792, 0.0090523, 0.0123576, 0.0184684, 0.0296106", \
					  "0.0056252, 0.0061358, 0.0071170, 0.0089374, 0.0122535, 0.0183801, 0.0296352", \
					  "0.0055368, 0.0060638, 0.0070302, 0.0088192, 0.0121054, 0.0182185, 0.0294286", \
					  "0.0054848, 0.0060091, 0.0069654, 0.0087402, 0.0120556, 0.0181192, 0.0294616", \
					  "0.0054485, 0.0059669, 0.0069416, 0.0087226, 0.0120273, 0.0180380, 0.0292208", \
					  "0.0054087, 0.0059327, 0.0069024, 0.0086690, 0.0119568, 0.0180739, 0.0291525");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0014299, 0.0009163, -3.2100000e-05, -0.0017963, -0.0050669, -0.0111462, -0.0223932", \
					  "0.0014437, 0.0009257, -1.6500000e-05, -0.0017707, -0.0050395, -0.0111091, -0.0223659", \
					  "0.0014713, 0.0009676, 3.0600000e-05, -0.0017275, -0.0049842, -0.0110397, -0.0222932", \
					  "0.0013773, 0.0008814, -4.4400000e-05, -0.0017767, -0.0050088, -0.0110436, -0.0222878", \
					  "0.0013248, 0.0008637, -7.1300000e-05, -0.0017897, -0.0051185, -0.0111242, -0.0223266", \
					  "0.0012589, 0.0007560, -0.0001697, -0.0019522, -0.0051693, -0.0111667, -0.0223651", \
					  "0.0012597, 0.0007547, -0.0002030, -0.0019567, -0.0051909, -0.0112199, -0.0224120");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0053947, 0.0059327, 0.0069151, 0.0087730, 0.0120010, 0.0180308, 0.0292152", \
					  "0.0052688, 0.0058046, 0.0067824, 0.0085970, 0.0119413, 0.0180347, 0.0291993", \
					  "0.0051445, 0.0056753, 0.0066540, 0.0084552, 0.0117895, 0.0180190, 0.0291105", \
					  "0.0050624, 0.0055868, 0.0065666, 0.0083595, 0.0116657, 0.0178392, 0.0290521", \
					  "0.0050098, 0.0055284, 0.0065004, 0.0082734, 0.0115717, 0.0176573, 0.0289049", \
					  "0.0049927, 0.0055046, 0.0064578, 0.0082239, 0.0115068, 0.0175155, 0.0288986", \
					  "0.0051183, 0.0056359, 0.0065816, 0.0083488, 0.0115536, 0.0176066, 0.0287939");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0002101, -0.0003121, -0.0012806, -0.0030605, -0.0063581, -0.0124457, -0.0237121", \
					  "0.0001531, -0.0003495, -0.0013045, -0.0030702, -0.0063466, -0.0124196, -0.0236786", \
					  "4.8700000e-05, -0.0004455, -0.0013719, -0.0031107, -0.0063592, -0.0124173, -0.0236631", \
					  "-9.7700000e-05, -0.0005839, -0.0014880, -0.0031844, -0.0064075, -0.0124342, -0.0236679", \
					  "-0.0001707, -0.0006385, -0.0015437, -0.0032574, -0.0065088, -0.0125077, -0.0236955", \
					  "-0.0002483, -0.0007386, -0.0017339, -0.0034492, -0.0066277, -0.0126018, -0.0238101", \
					  "-0.0001330, -0.0007681, -0.0017302, -0.0034891, -0.0067381, -0.0127139, -0.0237400");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0073864, 0.0079228, 0.0089238, 0.0106750, 0.0139577, 0.0200060, 0.0311257", \
					  "0.0072880, 0.0078222, 0.0088364, 0.0106040, 0.0139064, 0.0199660, 0.0311330", \
					  "0.0071630, 0.0076986, 0.0087114, 0.0104809, 0.0138256, 0.0198892, 0.0310892", \
					  "0.0070846, 0.0075965, 0.0085692, 0.0103623, 0.0136784, 0.0197789, 0.0310024", \
					  "0.0070083, 0.0075274, 0.0084783, 0.0102529, 0.0135528, 0.0196570, 0.0309319", \
					  "0.0069774, 0.0075040, 0.0084563, 0.0102424, 0.0135032, 0.0195580, 0.0307412", \
					  "0.0069451, 0.0074923, 0.0084315, 0.0102065, 0.0134337, 0.0194950, 0.0306553");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0031044, 0.0025849, 0.0016276, -0.0001393, -0.0034008, -0.0094048, -0.0205718", \
					  "0.0030448, 0.0025270, 0.0015823, -0.0001873, -0.0034378, -0.0094389, -0.0206019", \
					  "0.0029949, 0.0024791, 0.0015224, -0.0002459, -0.0034996, -0.0094991, -0.0206681", \
					  "0.0029399, 0.0024264, 0.0014833, -0.0003028, -0.0035465, -0.0095757, -0.0207288", \
					  "0.0028332, 0.0023108, 0.0013646, -0.0003857, -0.0036125, -0.0096071, -0.0207521", \
					  "0.0029460, 0.0024368, 0.0014732, -0.0002890, -0.0035807, -0.0096739, -0.0208030", \
					  "0.0030636, 0.0025426, 0.0015959, -0.0001540, -0.0033944, -0.0094691, -0.0207612");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0088342, 0.0093694, 0.0103111, 0.0120826, 0.0153487, 0.0213504, 0.0324994", \
					  "0.0087771, 0.0092953, 0.0102631, 0.0120327, 0.0153221, 0.0213239, 0.0324767", \
					  "0.0086915, 0.0092189, 0.0101815, 0.0119514, 0.0152336, 0.0212822, 0.0324197", \
					  "0.0086476, 0.0091636, 0.0101312, 0.0118989, 0.0151855, 0.0212367, 0.0323878", \
					  "0.0085999, 0.0091115, 0.0100743, 0.0118293, 0.0151010, 0.0211621, 0.0323253", \
					  "0.0085846, 0.0090973, 0.0100595, 0.0118170, 0.0150941, 0.0211151, 0.0322982", \
					  "0.0085752, 0.0090914, 0.0100708, 0.0118176, 0.0150761, 0.0211148, 0.0322455");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0030354, 0.0025229, 0.0015747, -0.0002014, -0.0034589, -0.0094662, -0.0206196", \
					  "0.0029971, 0.0024770, 0.0015248, -0.0002408, -0.0034960, -0.0095011, -0.0206637", \
					  "0.0029532, 0.0024357, 0.0014775, -0.0002919, -0.0035459, -0.0095520, -0.0207164", \
					  "0.0029052, 0.0023885, 0.0014421, -0.0003196, -0.0035887, -0.0095979, -0.0207792", \
					  "0.0028198, 0.0023186, 0.0014023, -0.0003443, -0.0036060, -0.0096284, -0.0207579", \
					  "0.0029963, 0.0024693, 0.0015144, -0.0002618, -0.0035821, -0.0096619, -0.0208309", \
					  "0.0031471, 0.0026287, 0.0016748, -7.4900000e-05, -0.0033748, -0.0094857, -0.0207782");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0065062, 0.0070360, 0.0080251, 0.0097734, 0.0130781, 0.0190941, 0.0302202", \
					  "0.0063972, 0.0069261, 0.0079373, 0.0097534, 0.0130072, 0.0190318, 0.0301855", \
					  "0.0063104, 0.0068502, 0.0078050, 0.0096059, 0.0129232, 0.0189617, 0.0301349", \
					  "0.0062558, 0.0067999, 0.0077377, 0.0095236, 0.0128094, 0.0188932, 0.0300596", \
					  "0.0062204, 0.0067488, 0.0077123, 0.0094592, 0.0127309, 0.0188827, 0.0300535", \
					  "0.0061976, 0.0067029, 0.0076537, 0.0094282, 0.0127315, 0.0188539, 0.0299923", \
					  "0.0061598, 0.0066835, 0.0076302, 0.0094515, 0.0127456, 0.0187280, 0.0299310");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00092582, 0.001714286, 0.00317424, 0.005877549, 0.01088311, 0.02015159");
					values("0.0018273, 0.0013114, 0.0003572, -0.0013991, -0.0046378, -0.0106858, -0.0219122", \
					  "0.0018437, 0.0013266, 0.0003703, -0.0013972, -0.0046378, -0.0106789, -0.0218993", \
					  "0.0018447, 0.0013439, 0.0003911, -0.0013658, -0.0046292, -0.0106633, -0.0218844", \
					  "0.0017807, 0.0012731, 0.0003365, -0.0014293, -0.0046506, -0.0106630, -0.0218898", \
					  "0.0018504, 0.0013375, 0.0003902, -0.0013739, -0.0046801, -0.0107169, -0.0219204", \
					  "0.0018963, 0.0013657, 0.0004289, -0.0013668, -0.0046035, -0.0106523, -0.0219399", \
					  "0.0019759, 0.0014760, 0.0004904, -0.0012457, -0.0045243, -0.0105307, -0.0217795");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.2483470, 0.2701384, 0.3107611, 0.3836774, 0.5200501, 0.7670796, 1.2268612", \
					  "0.2513300, 0.2732614, 0.3144448, 0.3882536, 0.5250846, 0.7729112, 1.2332002", \
					  "0.2625793, 0.2846684, 0.3255537, 0.3995470, 0.5378301, 0.7859067, 1.2472584", \
					  "0.2951389, 0.3173848, 0.3570289, 0.4321890, 0.5693471, 0.8176742, 1.2796126", \
					  "0.3686622, 0.3898771, 0.4301168, 0.5029039, 0.6382411, 0.8904024, 1.3574395", \
					  "0.5193636, 0.5419266, 0.5822833, 0.6558765, 0.7904289, 1.0394924, 1.5002267", \
					  "0.8036522, 0.8311312, 0.8804337, 0.9663222, 1.1143466, 1.3687865, 1.8284820");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.1762326, 0.2038953, 0.2556606, 0.3498992, 0.5250108, 0.8485042, 1.4442396", \
					  "0.1762465, 0.2037740, 0.2555003, 0.3494372, 0.5249560, 0.8483717, 1.4442136", \
					  "0.1760959, 0.2037531, 0.2556423, 0.3490703, 0.5277261, 0.8482530, 1.4442549", \
					  "0.1763980, 0.2035210, 0.2550649, 0.3501500, 0.5252793, 0.8471749, 1.4458591", \
					  "0.1764248, 0.2042998, 0.2543744, 0.3496379, 0.5244378, 0.8497004, 1.4498653", \
					  "0.1879529, 0.2140275, 0.2624677, 0.3546332, 0.5258181, 0.8476846, 1.4453799", \
					  "0.2332339, 0.2617471, 0.3115887, 0.4038563, 0.5638576, 0.8684877, 1.4510804");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0325945, 0.0363314, 0.0430353, 0.0550348, 0.0762708, 0.1138673, 0.1809589", \
					  "0.0373891, 0.0410682, 0.0476723, 0.0595504, 0.0807153, 0.1182426, 0.1853046", \
					  "0.0492379, 0.0526764, 0.0590141, 0.0705810, 0.0914087, 0.1287772, 0.1956735", \
					  "0.0737933, 0.0781051, 0.0853591, 0.0975640, 0.1174105, 0.1531964, 0.2196684", \
					  "0.1083584, 0.1149686, 0.1254257, 0.1433275, 0.1711433, 0.2134742, 0.2794858", \
					  "0.1525588, 0.1621730, 0.1785106, 0.2054500, 0.2469707, 0.3098325, 0.4023953", \
					  "0.1914792, 0.2062592, 0.2315447, 0.2721236, 0.3360868, 0.4328802, 0.5748049");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0348894, 0.0394107, 0.0476998, 0.0623013, 0.0884114, 0.1353392, 0.2199275", \
					  "0.0341385, 0.0387547, 0.0471210, 0.0619107, 0.0880773, 0.1350372, 0.2200915", \
					  "0.0353255, 0.0393602, 0.0468608, 0.0610294, 0.0873138, 0.1345345, 0.2197917", \
					  "0.0480738, 0.0523465, 0.0570075, 0.0677389, 0.0904723, 0.1343996, 0.2194242", \
					  "0.0751134, 0.0784703, 0.0859823, 0.0991087, 0.1202520, 0.1538580, 0.2281531", \
					  "0.1193082, 0.1264060, 0.1380650, 0.1565555, 0.1860820, 0.2289194, 0.2998860", \
					  "0.2004308, 0.2114316, 0.2301027, 0.2594600, 0.3039136, 0.3717853, 0.4632879");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.2832022, 0.3049211, 0.3447772, 0.4184679, 0.5536510, 0.8038189, 1.2661807", \
					  "0.2877664, 0.3092771, 0.3495801, 0.4236987, 0.5591717, 0.8096599, 1.2726151", \
					  "0.3005155, 0.3222936, 0.3623605, 0.4367296, 0.5726483, 0.8236209, 1.2866066", \
					  "0.3333450, 0.3548694, 0.3951297, 0.4693151, 0.6052882, 0.8565566, 1.3200382", \
					  "0.4021261, 0.4236975, 0.4637493, 0.5375371, 0.6736288, 0.9248584, 1.3884995", \
					  "0.5444218, 0.5666397, 0.6067543, 0.6800523, 0.8158847, 1.0664249, 1.5300641", \
					  "0.8116179, 0.8378512, 0.8847071, 0.9688637, 1.1159484, 1.3721200, 1.8351208");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.2079716, 0.2358688, 0.2878089, 0.3831424, 0.5599787, 0.8848985, 1.4872493", \
					  "0.2079710, 0.2359722, 0.2878441, 0.3830791, 0.5596661, 0.8849267, 1.4872350", \
					  "0.2079926, 0.2358473, 0.2878472, 0.3831323, 0.5598727, 0.8848913, 1.4872031", \
					  "0.2080137, 0.2359534, 0.2878010, 0.3831405, 0.5599861, 0.8849370, 1.4872251", \
					  "0.2078302, 0.2359116, 0.2877714, 0.3829613, 0.5597122, 0.8874397, 1.4909225", \
					  "0.2173512, 0.2444977, 0.2942698, 0.3868867, 0.5603622, 0.8850280, 1.4861210", \
					  "0.2619346, 0.2890086, 0.3407342, 0.4323205, 0.5962263, 0.9047046, 1.4922462");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0361617, 0.0398314, 0.0465081, 0.0583976, 0.0795583, 0.1171107, 0.1842013", \
					  "0.0413810, 0.0450199, 0.0516340, 0.0634916, 0.0845765, 0.1220495, 0.1890549", \
					  "0.0533138, 0.0568634, 0.0633327, 0.0750106, 0.0959297, 0.1332955, 0.2003154", \
					  "0.0780658, 0.0822879, 0.0895911, 0.1017067, 0.1222693, 0.1593766, 0.2264229", \
					  "0.1184450, 0.1240833, 0.1340375, 0.1505978, 0.1768991, 0.2179734, 0.2860339", \
					  "0.1761600, 0.1855370, 0.2003337, 0.2249429, 0.2637640, 0.3228637, 0.4101768", \
					  "0.2470771, 0.2615572, 0.2852963, 0.3232821, 0.3854321, 0.4768378, 0.6088885");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0343779, 0.0390666, 0.0473029, 0.0619944, 0.0881660, 0.1350321, 0.2201547", \
					  "0.0340679, 0.0385733, 0.0468646, 0.0615982, 0.0877706, 0.1348415, 0.2195894", \
					  "0.0344472, 0.0386052, 0.0465517, 0.0609448, 0.0873850, 0.1344277, 0.2195237", \
					  "0.0427875, 0.0464725, 0.0527101, 0.0649893, 0.0888653, 0.1339718, 0.2194928", \
					  "0.0639407, 0.0681893, 0.0753764, 0.0880534, 0.1083307, 0.1467346, 0.2246915", \
					  "0.1029626, 0.1079232, 0.1184495, 0.1340022, 0.1619054, 0.2018563, 0.2719047", \
					  "0.1717005, 0.1813637, 0.1956372, 0.2205935, 0.2569010, 0.3160870, 0.4012523");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.1878471, 0.2067884, 0.2423189, 0.3054012, 0.4235845, 0.6389960, 1.0405374", \
					  "0.1913744, 0.2101114, 0.2456255, 0.3103955, 0.4272334, 0.6444428, 1.0438423", \
					  "0.2034338, 0.2219987, 0.2576795, 0.3213261, 0.4394108, 0.6575705, 1.0576050", \
					  "0.2353016, 0.2540906, 0.2886419, 0.3520867, 0.4696296, 0.6866325, 1.0882827", \
					  "0.3054972, 0.3239701, 0.3584170, 0.4217758, 0.5390344, 0.7578598, 1.1584405", \
					  "0.4513014, 0.4730236, 0.5111460, 0.5773296, 0.6945867, 0.9125515, 1.3137290", \
					  "0.7305643, 0.7594061, 0.8096022, 0.8954130, 1.0367249, 1.2664427, 1.6703277");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.1514404, 0.1761277, 0.2213391, 0.3023741, 0.4567837, 0.7369140, 1.2601182", \
					  "0.1510257, 0.1752894, 0.2206814, 0.3059962, 0.4553619, 0.7377705, 1.2605678", \
					  "0.1511121, 0.1759931, 0.2203588, 0.3025845, 0.4554433, 0.7376896, 1.2604151", \
					  "0.1510323, 0.1757251, 0.2199645, 0.3026820, 0.4557646, 0.7381572, 1.2585432", \
					  "0.1528992, 0.1763162, 0.2208961, 0.3030476, 0.4552572, 0.7389891, 1.2650689", \
					  "0.1795894, 0.2006967, 0.2401407, 0.3164363, 0.4612533, 0.7436138, 1.2622662", \
					  "0.2498198, 0.2731592, 0.3152711, 0.3950599, 0.5284549, 0.7751747, 1.2709713");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0219376, 0.0242150, 0.0283117, 0.0356262, 0.0486418, 0.0719860, 0.1141012", \
					  "0.0273249, 0.0295401, 0.0335554, 0.0405870, 0.0535427, 0.0768311, 0.1189584", \
					  "0.0396236, 0.0418747, 0.0458697, 0.0527795, 0.0651407, 0.0882638, 0.1303979", \
					  "0.0587601, 0.0622226, 0.0680039, 0.0771829, 0.0922440, 0.1155567, 0.1574308", \
					  "0.0845381, 0.0899018, 0.0989416, 0.1136560, 0.1366177, 0.1706441, 0.2202433", \
					  "0.1124454, 0.1207412, 0.1342359, 0.1584475, 0.1947886, 0.2483573, 0.3238714", \
					  "0.1266386, 0.1403655, 0.1634610, 0.2013877, 0.2590518, 0.3434868, 0.4643167");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0197709, 0.0226309, 0.0275890, 0.0366145, 0.0530511, 0.0826103, 0.1371727", \
					  "0.0195987, 0.0221391, 0.0271897, 0.0362367, 0.0525438, 0.0824182, 0.1370594", \
					  "0.0233363, 0.0254239, 0.0293927, 0.0373924, 0.0527599, 0.0821845, 0.1369610", \
					  "0.0364142, 0.0389522, 0.0431570, 0.0508089, 0.0621034, 0.0872053, 0.1379356", \
					  "0.0594058, 0.0632206, 0.0696344, 0.0800316, 0.0956449, 0.1204387, 0.1591123", \
					  "0.1013383, 0.1074308, 0.1179246, 0.1323105, 0.1558177, 0.1926967, 0.2438851", \
					  "0.1792204, 0.1888548, 0.2047200, 0.2288103, 0.2652089, 0.3198692, 0.3965697");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.1724941, 0.1913187, 0.2271208, 0.2908877, 0.4092572, 0.6265182, 1.0265875", \
					  "0.1740287, 0.1935180, 0.2291666, 0.2931525, 0.4128213, 0.6309082, 1.0291424", \
					  "0.1842419, 0.2030362, 0.2382832, 0.3031316, 0.4223075, 0.6433317, 1.0410106", \
					  "0.2142043, 0.2326814, 0.2679590, 0.3315284, 0.4510223, 0.6668453, 1.0685327", \
					  "0.2850413, 0.3037182, 0.3383006, 0.4022591, 0.5205979, 0.7385702, 1.1408738", \
					  "0.4346348, 0.4584048, 0.5004251, 0.5685671, 0.6862832, 0.9032279, 1.3025985", \
					  "0.7076808, 0.7444773, 0.8018592, 0.8978960, 1.0524135, 1.2899398, 1.6918809");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.1514254, 0.1753328, 0.2203321, 0.3024407, 0.4553069, 0.7378750, 1.2603305", \
					  "0.1514445, 0.1749678, 0.2214192, 0.3025107, 0.4556206, 0.7411020, 1.2582043", \
					  "0.1514062, 0.1752960, 0.2203848, 0.3024199, 0.4555083, 0.7432953, 1.2638010", \
					  "0.1511294, 0.1753431, 0.2203860, 0.3023292, 0.4554359, 0.7377995, 1.2591106", \
					  "0.1552810, 0.1781003, 0.2207581, 0.3022583, 0.4563050, 0.7385610, 1.2615894", \
					  "0.1950261, 0.2156109, 0.2516819, 0.3240896, 0.4648237, 0.7368156, 1.2593192", \
					  "0.2917603, 0.3176369, 0.3588022, 0.4296087, 0.5602251, 0.7940851, 1.2737239");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0228858, 0.0249706, 0.0287317, 0.0355550, 0.0479435, 0.0706060, 0.1122527", \
					  "0.0280268, 0.0299544, 0.0337207, 0.0405435, 0.0529578, 0.0756288, 0.1172547", \
					  "0.0395811, 0.0418602, 0.0457078, 0.0521637, 0.0645369, 0.0871774, 0.1288272", \
					  "0.0569242, 0.0605143, 0.0665186, 0.0762964, 0.0914657, 0.1142417, 0.1562434", \
					  "0.0790893, 0.0841999, 0.0938977, 0.1093263, 0.1333316, 0.1684132, 0.2187491", \
					  "0.1006230, 0.1101229, 0.1246299, 0.1505027, 0.1883435, 0.2434975, 0.3196415", \
					  "0.1047940, 0.1195197, 0.1451583, 0.1859299, 0.2478118, 0.3357493, 0.4593734");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0175823, 0.0200949, 0.0247881, 0.0333486, 0.0493122, 0.0791648, 0.1339036", \
					  "0.0173747, 0.0198516, 0.0246895, 0.0333814, 0.0494122, 0.0789665, 0.1339744", \
					  "0.0211046, 0.0230608, 0.0270287, 0.0348268, 0.0496106, 0.0790155, 0.1339602", \
					  "0.0336966, 0.0363543, 0.0412454, 0.0481118, 0.0596231, 0.0844977, 0.1345921", \
					  "0.0561020, 0.0612127, 0.0675623, 0.0774706, 0.0943116, 0.1184777, 0.1576735", \
					  "0.0987996, 0.1046606, 0.1157613, 0.1302838, 0.1546020, 0.1908256, 0.2436419", \
					  "0.1781763, 0.1875637, 0.2037453, 0.2283769, 0.2673431, 0.3193115, 0.3951478");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.1256846, 0.1451279, 0.1808860, 0.2457461, 0.3623751, 0.5803585, 0.9778327", \
					  "0.1260962, 0.1454503, 0.1815740, 0.2458537, 0.3645584, 0.5887083, 0.9819086", \
					  "0.1340853, 0.1533267, 0.1890598, 0.2537670, 0.3730876, 0.5931683, 0.9911764", \
					  "0.1619389, 0.1807677, 0.2157334, 0.2799006, 0.4003035, 0.6179952, 1.0216461", \
					  "0.2310499, 0.2482085, 0.2818028, 0.3449411, 0.4622499, 0.6818371, 1.0832240", \
					  "0.3638372, 0.3893350, 0.4325765, 0.5034155, 0.6175289, 0.8339621, 1.2357771", \
					  "0.5834119, 0.6218833, 0.6876347, 0.7937598, 0.9560862, 1.1978333, 1.5917268");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.1505318, 0.1750381, 0.2201391, 0.3055077, 0.4551363, 0.7381535, 1.2609634", \
					  "0.1505085, 0.1751807, 0.2200611, 0.3025607, 0.4557122, 0.7424408, 1.2594439", \
					  "0.1496121, 0.1746093, 0.2196191, 0.3022315, 0.4573133, 0.7497259, 1.2603009", \
					  "0.1462206, 0.1721002, 0.2184889, 0.3019313, 0.4562830, 0.7408859, 1.2745865", \
					  "0.1591495, 0.1802262, 0.2211317, 0.3003297, 0.4555136, 0.7379884, 1.2649890", \
					  "0.2197529, 0.2406989, 0.2759651, 0.3409180, 0.4703067, 0.7393311, 1.2772465", \
					  "0.3451864, 0.3728081, 0.4170646, 0.4906485, 0.6148023, 0.8258297, 1.2887289");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0196682, 0.0216591, 0.0253790, 0.0321340, 0.0446275, 0.0674707, 0.1100129", \
					  "0.0245918, 0.0267544, 0.0304597, 0.0373338, 0.0497463, 0.0726678, 0.1148857", \
					  "0.0353312, 0.0379826, 0.0422835, 0.0492566, 0.0617017, 0.0847072, 0.1271722", \
					  "0.0501655, 0.0544063, 0.0612888, 0.0719483, 0.0882797, 0.1123449, 0.1544498", \
					  "0.0684793, 0.0751404, 0.0861548, 0.1035849, 0.1293839, 0.1661759, 0.2182265", \
					  "0.0846450, 0.0951157, 0.1145907, 0.1423770, 0.1840893, 0.2422068, 0.3229794", \
					  "0.0787322, 0.0993545, 0.1296024, 0.1762655, 0.2441622, 0.3390094, 0.4642079");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00092582, 0.00171429, 0.00317424, 0.00587755, 0.0108831, 0.0201516");
					values("0.0146691, 0.0172494, 0.0219552, 0.0310116, 0.0474020, 0.0776119, 0.1342852", \
					  "0.0149859, 0.0174594, 0.0220103, 0.0311041, 0.0478393, 0.0779793, 0.1360465", \
					  "0.0202705, 0.0220028, 0.0255770, 0.0330717, 0.0478458, 0.0778169, 0.1346131", \
					  "0.0329646, 0.0357959, 0.0402791, 0.0482253, 0.0590258, 0.0839193, 0.1344016", \
					  "0.0575011, 0.0609485, 0.0675632, 0.0777458, 0.0942275, 0.1195144, 0.1583986", \
					  "0.1018373, 0.1082560, 0.1177621, 0.1339879, 0.1557914, 0.1912160, 0.2430890", \
					  "0.1892800, 0.1976433, 0.2132164, 0.2359223, 0.2702278, 0.3283748, 0.4016228");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001777;
			capacitance : 0.001823;
			rise_capacitance : 0.001868;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019122, -0.0019130, -0.0019149, -0.0019120, -0.0019055, -0.0018903, -0.0018554");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022704, 0.0022699, 0.0022688, 0.0022701, 0.0022730, 0.0022796, 0.0022949");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001712;
			capacitance : 0.001771;
			rise_capacitance : 0.001830;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019814, -0.0019844, -0.0019914, -0.0019914, -0.0019914, -0.0019913, -0.0019912");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019813, 0.0019855, 0.0019951, 0.0019940, 0.0019915, 0.0019857, 0.0019724");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001616;
			capacitance : 0.001697;
			rise_capacitance : 0.001778;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015591, -0.0015734, -0.0016064, -0.0016125, -0.0016265, -0.0016589, -0.0017334");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018121, 0.0018111, 0.0018086, 0.0018089, 0.0018094, 0.0018107, 0.0018137");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001723;
			capacitance : 0.001845;
			rise_capacitance : 0.001967;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017068, -0.0017375, -0.0018081, -0.0018105, -0.0018159, -0.0018283, -0.0018569");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018852, 0.0018844, 0.0018826, 0.0018830, 0.0018840, 0.0018861, 0.0018909");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001602;
			capacitance : 0.001727;
			rise_capacitance : 0.001852;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010290, -0.0010274, -0.0010237, -0.0010237, -0.0010238, -0.0010239, -0.0010243");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013637, 0.0013612, 0.0013556, 0.0013592, 0.0013674, 0.0013863, 0.0014299");
				}
			}
		}
	}
	cell ("scs8hd_a2111oi_1") {
		area : 10.009600;
		cell_footprint : "a2111oi";
		cell_leakage_power : 1.956107e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003618";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0841818e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "5.7732282e-05";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.0899193e-05";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0525052e-05";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.0843665e-05";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003618";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "7.1067209e-05";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.0899193e-05";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0525052e-05";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.0843665e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003618";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "6.7902511e-05";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.0899193e-05";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0525053e-05";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.0843665e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003613";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "2.9866612e-05";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003614";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "2.0767093e-05";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003614";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "2.0359926e-05";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&A2&B1&C1&D1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
			max_capacitance : 0.025645;
			max_transition : 1.488548;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0105084, 0.0110800, 0.0121886, 0.0143139, 0.0183612, 0.0260641, 0.0410545", \
					  "0.0103473, 0.0109513, 0.0120446, 0.0141730, 0.0182602, 0.0259991, 0.0408657", \
					  "0.0101649, 0.0107489, 0.0118461, 0.0139873, 0.0180911, 0.0259358, 0.0407751", \
					  "0.0100565, 0.0106267, 0.0117235, 0.0138325, 0.0178857, 0.0256723, 0.0406046", \
					  "0.0099677, 0.0105401, 0.0116595, 0.0137184, 0.0177350, 0.0255316, 0.0403941", \
					  "0.0099526, 0.0105135, 0.0116183, 0.0136827, 0.0176904, 0.0255455, 0.0402997", \
					  "0.0099544, 0.0105064, 0.0115892, 0.0136461, 0.0176612, 0.0254591, 0.0402130");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0052923, 0.0047282, 0.0036516, 0.0015773, -0.0024517, -0.0101430, -0.0249668", \
					  "0.0052319, 0.0046753, 0.0036034, 0.0015105, -0.0025031, -0.0101850, -0.0250029", \
					  "0.0051840, 0.0046354, 0.0035522, 0.0014282, -0.0025896, -0.0102625, -0.0250771", \
					  "0.0050784, 0.0045333, 0.0034737, 0.0013876, -0.0026272, -0.0103133, -0.0251845", \
					  "0.0049679, 0.0044104, 0.0033382, 0.0012374, -0.0027402, -0.0103925, -0.0252150", \
					  "0.0052747, 0.0047088, 0.0036270, 0.0015420, -0.0025099, -0.0103408, -0.0252720", \
					  "0.0055071, 0.0049480, 0.0038648, 0.0018334, -0.0021911, -0.0099765, -0.0250204");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0127992, 0.0133660, 0.0144558, 0.0165415, 0.0205794, 0.0282712, 0.0431164", \
					  "0.0126906, 0.0132617, 0.0143565, 0.0164677, 0.0205143, 0.0282234, 0.0430796", \
					  "0.0125891, 0.0131561, 0.0142591, 0.0163695, 0.0204299, 0.0281450, 0.0430214", \
					  "0.0124906, 0.0130511, 0.0141511, 0.0162431, 0.0203116, 0.0280299, 0.0429063", \
					  "0.0124083, 0.0129768, 0.0140601, 0.0161601, 0.0201666, 0.0278975, 0.0428517", \
					  "0.0123869, 0.0129364, 0.0140404, 0.0161253, 0.0201428, 0.0278844, 0.0427382", \
					  "0.0123474, 0.0129258, 0.0139972, 0.0160779, 0.0200877, 0.0277968, 0.0426623");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0055611, 0.0050039, 0.0039209, 0.0018324, -0.0021950, -0.0098750, -0.0246972", \
					  "0.0054961, 0.0049332, 0.0038545, 0.0017729, -0.0022459, -0.0099316, -0.0247568", \
					  "0.0054305, 0.0048756, 0.0037924, 0.0017011, -0.0023167, -0.0100060, -0.0248292", \
					  "0.0053536, 0.0047898, 0.0037237, 0.0016382, -0.0023630, -0.0100633, -0.0248948", \
					  "0.0052801, 0.0047385, 0.0036668, 0.0015985, -0.0024118, -0.0101231, -0.0249552", \
					  "0.0055809, 0.0050093, 0.0039328, 0.0018433, -0.0022146, -0.0100372, -0.0249769", \
					  "0.0058515, 0.0053082, 0.0042288, 0.0021140, -0.0019085, -0.0096978, -0.0247583");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0092553, 0.0098291, 0.0109337, 0.0130476, 0.0170868, 0.0248327, 0.0396440", \
					  "0.0090908, 0.0096676, 0.0107848, 0.0129171, 0.0170318, 0.0248758, 0.0399479", \
					  "0.0089761, 0.0095487, 0.0106359, 0.0127611, 0.0168486, 0.0246013, 0.0396801", \
					  "0.0088959, 0.0094898, 0.0105569, 0.0126569, 0.0166905, 0.0245167, 0.0393653", \
					  "0.0088719, 0.0094180, 0.0105438, 0.0125953, 0.0166280, 0.0244071, 0.0392507", \
					  "0.0088049, 0.0093750, 0.0104662, 0.0125480, 0.0165410, 0.0242676, 0.0391387", \
					  "0.0088042, 0.0093717, 0.0104798, 0.0125820, 0.0165891, 0.0243123, 0.0392941");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0037659, 0.0032076, 0.0021271, 4.4600000e-05, -0.0039501, -0.0116495, -0.0265757", \
					  "0.0037777, 0.0032180, 0.0021321, 4.7300000e-05, -0.0039583, -0.0116435, -0.0265516", \
					  "0.0037929, 0.0032338, 0.0021622, 6.3700000e-05, -0.0039137, -0.0116154, -0.0265394", \
					  "0.0037287, 0.0031734, 0.0020771, 2.5900000e-05, -0.0039529, -0.0116760, -0.0265684", \
					  "0.0038900, 0.0033307, 0.0022268, 0.0001634, -0.0039077, -0.0116917, -0.0266096", \
					  "0.0039414, 0.0033816, 0.0022539, 0.0002952, -0.0037912, -0.0115280, -0.0265513", \
					  "0.0040878, 0.0035312, 0.0024504, 0.0003206, -0.0036578, -0.0113767, -0.0263213");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0079756, 0.0085639, 0.0097301, 0.0117775, 0.0158221, 0.0235436, 0.0384077", \
					  "0.0078487, 0.0083990, 0.0095184, 0.0116468, 0.0157085, 0.0235598, 0.0383613", \
					  "0.0077230, 0.0082781, 0.0094174, 0.0114887, 0.0155945, 0.0233267, 0.0383082", \
					  "0.0076422, 0.0082130, 0.0092787, 0.0113806, 0.0154172, 0.0231711, 0.0380901", \
					  "0.0075735, 0.0081392, 0.0092211, 0.0113718, 0.0153203, 0.0231219, 0.0379564", \
					  "0.0075318, 0.0081024, 0.0091797, 0.0113004, 0.0153597, 0.0230431, 0.0379266", \
					  "0.0074872, 0.0080703, 0.0091567, 0.0112443, 0.0152216, 0.0231016, 0.0380306");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0031769, 0.0026188, 0.0015415, -0.0005385, -0.0045454, -0.0123035, -0.0272925", \
					  "0.0031948, 0.0026361, 0.0015623, -0.0005294, -0.0045351, -0.0122784, -0.0272552", \
					  "0.0032115, 0.0026577, 0.0015980, -0.0004683, -0.0044952, -0.0122391, -0.0272048", \
					  "0.0031845, 0.0026091, 0.0015286, -0.0005195, -0.0045088, -0.0122546, -0.0272047", \
					  "0.0031547, 0.0026099, 0.0015515, -0.0005143, -0.0044912, -0.0123043, -0.0272350", \
					  "0.0030289, 0.0024791, 0.0014193, -0.0006509, -0.0046230, -0.0123096, -0.0272483", \
					  "0.0031051, 0.0025491, 0.0014820, -0.0006109, -0.0046028, -0.0122941, -0.0272041");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0075516, 0.0081401, 0.0092753, 0.0114157, 0.0154704, 0.0232587, 0.0383019", \
					  "0.0073307, 0.0079230, 0.0090666, 0.0112285, 0.0153389, 0.0231105, 0.0380113", \
					  "0.0071595, 0.0077585, 0.0088659, 0.0109746, 0.0150759, 0.0229248, 0.0380841", \
					  "0.0070536, 0.0076223, 0.0087052, 0.0108753, 0.0148951, 0.0227185, 0.0376508", \
					  "0.0069758, 0.0075580, 0.0086289, 0.0107606, 0.0147853, 0.0225066, 0.0374441", \
					  "0.0069459, 0.0075057, 0.0085930, 0.0106723, 0.0148492, 0.0223790, 0.0372988", \
					  "0.0070801, 0.0076372, 0.0086870, 0.0108125, 0.0147747, 0.0225059, 0.0371853");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000963773, 0.001857717, 0.003580835, 0.006902224, 0.01330436, 0.02564476");
					values("0.0013262, 0.0007511, -0.0003497, -0.0024632, -0.0065376, -0.0143358, -0.0293554", \
					  "0.0012737, 0.0007095, -0.0003732, -0.0024700, -0.0065165, -0.0143063, -0.0293164", \
					  "0.0011626, 0.0006157, -0.0004586, -0.0025158, -0.0065232, -0.0142804, -0.0292543", \
					  "0.0010356, 0.0005038, -0.0006078, -0.0026169, -0.0065858, -0.0142957, -0.0292499", \
					  "0.0008217, 0.0003133, -0.0007019, -0.0026963, -0.0066124, -0.0143655, -0.0292856", \
					  "0.0006292, 8.6700000e-05, -0.0009523, -0.0029638, -0.0068698, -0.0144980, -0.0293619", \
					  "0.0006629, 0.0001030, -0.0009814, -0.0030637, -0.0069997, -0.0146510, -0.0293858");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.2784852, 0.2967096, 0.3312099, 0.3976373, 0.5249643, 0.7650365, 1.2290342", \
					  "0.2808726, 0.2990057, 0.3339796, 0.4015475, 0.5295696, 0.7702390, 1.2353091", \
					  "0.2920594, 0.3100514, 0.3445571, 0.4131644, 0.5397455, 0.7836736, 1.2495541", \
					  "0.3265784, 0.3447116, 0.3788547, 0.4452093, 0.5713003, 0.8148902, 1.2819550", \
					  "0.4038217, 0.4214650, 0.4553976, 0.5213042, 0.6489475, 0.8890901, 1.3557104", \
					  "0.5648012, 0.5827692, 0.6169239, 0.6822926, 0.8091861, 1.0518235, 1.5176220", \
					  "0.8774506, 0.8991762, 0.9393638, 1.0148126, 1.1509852, 1.3964305, 1.8611401");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.1955686, 0.2183509, 0.2618038, 0.3475826, 0.5102418, 0.8217623, 1.4250112", \
					  "0.1956566, 0.2196130, 0.2620531, 0.3465670, 0.5107206, 0.8216922, 1.4228403", \
					  "0.1950657, 0.2182585, 0.2619939, 0.3464659, 0.5089772, 0.8226161, 1.4228930", \
					  "0.1956496, 0.2180798, 0.2620633, 0.3475319, 0.5096230, 0.8215842, 1.4227715", \
					  "0.1955249, 0.2183379, 0.2639581, 0.3466348, 0.5097633, 0.8204216, 1.4231986", \
					  "0.2032014, 0.2248981, 0.2669957, 0.3491469, 0.5104336, 0.8242458, 1.4215363", \
					  "0.2451022, 0.2678594, 0.3120535, 0.3910346, 0.5412351, 0.8407914, 1.4283011");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0259532, 0.0281994, 0.0325093, 0.0405694, 0.0556263, 0.0835588, 0.1353170", \
					  "0.0306080, 0.0327920, 0.0370428, 0.0449651, 0.0598797, 0.0876415, 0.1393112", \
					  "0.0421316, 0.0443164, 0.0482120, 0.0555278, 0.0701010, 0.0975600, 0.1489973", \
					  "0.0612796, 0.0643981, 0.0700305, 0.0792617, 0.0951875, 0.1217713, 0.1716162", \
					  "0.0862525, 0.0906902, 0.0986728, 0.1127086, 0.1355333, 0.1720037, 0.2277329", \
					  "0.1116835, 0.1184339, 0.1305069, 0.1511746, 0.1854113, 0.2390858, 0.3220851", \
					  "0.1111736, 0.1212547, 0.1400230, 0.1725158, 0.2253174, 0.3080939, 0.4345516");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0278754, 0.0306916, 0.0362105, 0.0462995, 0.0652113, 0.1002777, 0.1657580", \
					  "0.0274568, 0.0301822, 0.0357217, 0.0459230, 0.0648963, 0.0998233, 0.1652948", \
					  "0.0305786, 0.0329451, 0.0374322, 0.0464132, 0.0642868, 0.0992814, 0.1648462", \
					  "0.0444892, 0.0468302, 0.0512117, 0.0587987, 0.0720474, 0.1023909, 0.1645905", \
					  "0.0701168, 0.0735810, 0.0792325, 0.0881034, 0.1046944, 0.1324024, 0.1812199", \
					  "0.1121397, 0.1165318, 0.1251219, 0.1398439, 0.1639270, 0.2038955, 0.2601489", \
					  "0.1893990, 0.1970533, 0.2105853, 0.2330116, 0.2691889, 0.3282016, 0.4128030");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.3294441, 0.3477341, 0.3823327, 0.4485923, 0.5765339, 0.8220076, 1.2938385", \
					  "0.3329742, 0.3515913, 0.3865181, 0.4531190, 0.5814166, 0.8273875, 1.2996076", \
					  "0.3462869, 0.3647072, 0.3995868, 0.4665285, 0.5951959, 0.8416557, 1.3150342", \
					  "0.3793013, 0.3974843, 0.4320285, 0.4987021, 0.6272374, 0.8740701, 1.3477074", \
					  "0.4507767, 0.4685993, 0.5037300, 0.5701781, 0.6983204, 0.9445155, 1.4176728", \
					  "0.6004868, 0.6181511, 0.6531092, 0.7195665, 0.8474098, 1.0930663, 1.5657839", \
					  "0.8905522, 0.9115860, 0.9507742, 1.0250355, 1.1611729, 1.4106474, 1.8829336");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.2372798, 0.2604106, 0.3052493, 0.3913470, 0.5570613, 0.8748302, 1.4842606", \
					  "0.2372644, 0.2604826, 0.3053232, 0.3913408, 0.5570882, 0.8742956, 1.4861803", \
					  "0.2373763, 0.2604723, 0.3050314, 0.3912778, 0.5571005, 0.8745550, 1.4862790", \
					  "0.2367480, 0.2604529, 0.3052078, 0.3914701, 0.5571105, 0.8748124, 1.4860475", \
					  "0.2371017, 0.2602219, 0.3057156, 0.3916030, 0.5568742, 0.8753105, 1.4855610", \
					  "0.2429860, 0.2653111, 0.3091724, 0.3932384, 0.5569934, 0.8772825, 1.4846062", \
					  "0.2830081, 0.3067330, 0.3508849, 0.4332869, 0.5879346, 0.8904640, 1.4885480");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0303786, 0.0326224, 0.0369175, 0.0449366, 0.0599547, 0.0878504, 0.1396030", \
					  "0.0354004, 0.0376126, 0.0418725, 0.0498734, 0.0648162, 0.0925789, 0.1442135", \
					  "0.0468943, 0.0490649, 0.0531926, 0.0610596, 0.0758101, 0.1034389, 0.1549660", \
					  "0.0679091, 0.0707984, 0.0760879, 0.0853790, 0.1011504, 0.1284666, 0.1797981", \
					  "0.0992817, 0.1033218, 0.1108296, 0.1238753, 0.1457398, 0.1807082, 0.2362193", \
					  "0.1389767, 0.1453970, 0.1566703, 0.1760681, 0.2090478, 0.2602078, 0.3390168", \
					  "0.1707272, 0.1805189, 0.1981973, 0.2296307, 0.2809154, 0.3616026, 0.4819170");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0278011, 0.0307000, 0.0361381, 0.0462008, 0.0650799, 0.1001517, 0.1656022", \
					  "0.0275251, 0.0302690, 0.0357745, 0.0459755, 0.0646972, 0.0998370, 0.1652768", \
					  "0.0291459, 0.0315836, 0.0365505, 0.0459346, 0.0643149, 0.0993859, 0.1646367", \
					  "0.0395048, 0.0418321, 0.0465323, 0.0537370, 0.0690026, 0.1008601, 0.1643438", \
					  "0.0609080, 0.0641091, 0.0695359, 0.0783668, 0.0951995, 0.1219102, 0.1752730", \
					  "0.0978885, 0.1021752, 0.1088709, 0.1217470, 0.1428116, 0.1785968, 0.2341414", \
					  "0.1643419, 0.1706078, 0.1819822, 0.2015526, 0.2325630, 0.2807664, 0.3571766");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.2159338, 0.2321167, 0.2623108, 0.3200403, 0.4332514, 0.6424732, 1.0498541", \
					  "0.2185574, 0.2343020, 0.2650172, 0.3234802, 0.4352935, 0.6494861, 1.0593481", \
					  "0.2314159, 0.2468807, 0.2772898, 0.3352947, 0.4481910, 0.6596348, 1.0710141", \
					  "0.2648810, 0.2803975, 0.3108609, 0.3676988, 0.4796600, 0.6941999, 1.1000472", \
					  "0.3397741, 0.3555309, 0.3851144, 0.4425672, 0.5535059, 0.7712254, 1.1723620", \
					  "0.5006096, 0.5178146, 0.5497887, 0.6076951, 0.7177368, 0.9292455, 1.3368128", \
					  "0.8148716, 0.8373834, 0.8786878, 0.9525045, 1.0801843, 1.3033229, 1.7127212");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.1698162, 0.1897840, 0.2282772, 0.3025838, 0.4479994, 0.7204458, 1.2515138", \
					  "0.1694028, 0.1897811, 0.2302914, 0.3028375, 0.4472283, 0.7317797, 1.2719151", \
					  "0.1698784, 0.1902838, 0.2284737, 0.3027228, 0.4469050, 0.7218693, 1.2564377", \
					  "0.1698352, 0.1908756, 0.2285082, 0.3023815, 0.4453981, 0.7252076, 1.2520478", \
					  "0.1702951, 0.1902670, 0.2300409, 0.3022302, 0.4457518, 0.7249371, 1.2500855", \
					  "0.1893693, 0.2071956, 0.2426737, 0.3126835, 0.4508413, 0.7218703, 1.2542107", \
					  "0.2530419, 0.2731506, 0.3105861, 0.3787995, 0.5069129, 0.7525298, 1.2719860");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0193048, 0.0208012, 0.0236542, 0.0290045, 0.0389539, 0.0573931, 0.0919831", \
					  "0.0244300, 0.0258934, 0.0286674, 0.0339125, 0.0435539, 0.0619435, 0.0964484", \
					  "0.0353865, 0.0371219, 0.0401730, 0.0454225, 0.0549466, 0.0729780, 0.1070904", \
					  "0.0505466, 0.0530748, 0.0576891, 0.0655116, 0.0785268, 0.0982871, 0.1322219", \
					  "0.0679692, 0.0718068, 0.0788110, 0.0909234, 0.1104064, 0.1412352, 0.1875989", \
					  "0.0783634, 0.0839720, 0.0964472, 0.1143236, 0.1458521, 0.1936277, 0.2642126", \
					  "0.0559759, 0.0659591, 0.0838065, 0.1146836, 0.1631804, 0.2388922, 0.3500637");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0176098, 0.0195226, 0.0230049, 0.0296022, 0.0420166, 0.0654165, 0.1098039", \
					  "0.0178344, 0.0194979, 0.0227829, 0.0292558, 0.0418267, 0.0651103, 0.1097308", \
					  "0.0231243, 0.0243099, 0.0268284, 0.0318324, 0.0429185, 0.0651716, 0.1092604", \
					  "0.0360491, 0.0378134, 0.0406578, 0.0464272, 0.0556632, 0.0732649, 0.1124519", \
					  "0.0577893, 0.0603757, 0.0647778, 0.0734631, 0.0873398, 0.1087160, 0.1414467", \
					  "0.0978998, 0.1027071, 0.1086583, 0.1216882, 0.1413455, 0.1750065, 0.2233610", \
					  "0.1717149, 0.1784433, 0.1901309, 0.2089595, 0.2413283, 0.2897586, 0.3618744");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.1882730, 0.2040334, 0.2347978, 0.2936081, 0.4031054, 0.6150469, 1.0221013", \
					  "0.1900044, 0.2062519, 0.2368580, 0.2946084, 0.4071580, 0.6237946, 1.0269734", \
					  "0.2015308, 0.2174703, 0.2471945, 0.3057633, 0.4186843, 0.6301097, 1.0434387", \
					  "0.2331742, 0.2490583, 0.2795113, 0.3362583, 0.4482722, 0.6594595, 1.0686655", \
					  "0.3089866, 0.3246488, 0.3547546, 0.4115514, 0.5219662, 0.7338406, 1.1417435", \
					  "0.4740366, 0.4922744, 0.5263714, 0.5863975, 0.6967634, 0.9107431, 1.3169198", \
					  "0.7896910, 0.8157544, 0.8645572, 0.9460847, 1.0823102, 1.3142436, 1.7267416");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.1694790, 0.1896401, 0.2305035, 0.3030887, 0.4456936, 0.7208673, 1.2508996", \
					  "0.1703732, 0.1898973, 0.2289359, 0.3022984, 0.4454929, 0.7252532, 1.2521595", \
					  "0.1707856, 0.1894044, 0.2304456, 0.3026848, 0.4470707, 0.7211189, 1.2525442", \
					  "0.1707606, 0.1910535, 0.2285394, 0.3023713, 0.4455432, 0.7213595, 1.2514806", \
					  "0.1712337, 0.1904555, 0.2287947, 0.3055875, 0.4455737, 0.7229260, 1.2509714", \
					  "0.2025396, 0.2188470, 0.2517881, 0.3194479, 0.4545150, 0.7233488, 1.2514914", \
					  "0.2953568, 0.3139261, 0.3500128, 0.4136693, 0.5286190, 0.7665343, 1.2621267");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0193620, 0.0207441, 0.0233731, 0.0283021, 0.0376005, 0.0551424, 0.0885924", \
					  "0.0242161, 0.0255860, 0.0281763, 0.0329700, 0.0422295, 0.0597767, 0.0932555", \
					  "0.0343769, 0.0360547, 0.0390696, 0.0442768, 0.0531155, 0.0706073, 0.1040054", \
					  "0.0477163, 0.0502895, 0.0549153, 0.0628149, 0.0758666, 0.0955103, 0.1290388", \
					  "0.0617652, 0.0657660, 0.0719127, 0.0844639, 0.1047750, 0.1366297, 0.1835199", \
					  "0.0668301, 0.0733326, 0.0849059, 0.1046927, 0.1366627, 0.1853419, 0.2575843", \
					  "0.0313756, 0.0422448, 0.0620457, 0.0937487, 0.1464320, 0.2248321, 0.3386314");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0158383, 0.0175192, 0.0207107, 0.0267776, 0.0386474, 0.0613238, 0.1053503", \
					  "0.0160290, 0.0175800, 0.0206580, 0.0267175, 0.0385754, 0.0613415, 0.1052774", \
					  "0.0211930, 0.0223655, 0.0247684, 0.0297046, 0.0402176, 0.0615051, 0.1052328", \
					  "0.0331360, 0.0349698, 0.0383199, 0.0442858, 0.0537354, 0.0708907, 0.1087573", \
					  "0.0542190, 0.0575208, 0.0631917, 0.0721019, 0.0854888, 0.1066617, 0.1396214", \
					  "0.0942621, 0.0987114, 0.1068614, 0.1195888, 0.1404529, 0.1728739, 0.2213220", \
					  "0.1706933, 0.1775867, 0.1916905, 0.2102938, 0.2422480, 0.2894168, 0.3606860");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.1428587, 0.1591478, 0.1906151, 0.2488148, 0.3602356, 0.5768622, 0.9825717", \
					  "0.1428409, 0.1589508, 0.1899605, 0.2491416, 0.3639186, 0.5747631, 0.9835881", \
					  "0.1513452, 0.1681425, 0.1984812, 0.2557888, 0.3681752, 0.5851368, 0.9985294", \
					  "0.1785608, 0.1942938, 0.2241577, 0.2819087, 0.3954102, 0.6076720, 1.0184855", \
					  "0.2528334, 0.2677172, 0.2970449, 0.3539029, 0.4638213, 0.6771004, 1.0863801", \
					  "0.4092602, 0.4287136, 0.4636515, 0.5234458, 0.6257436, 0.8410515, 1.2472511", \
					  "0.6824756, 0.7120478, 0.7644169, 0.8573113, 1.0055563, 1.2321185, 1.6311210");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.1692965, 0.1893900, 0.2282512, 0.3025283, 0.4456761, 0.7241127, 1.2569427", \
					  "0.1683580, 0.1891908, 0.2279624, 0.3030164, 0.4477650, 0.7208621, 1.2506353", \
					  "0.1681491, 0.1885910, 0.2277469, 0.3023970, 0.4463192, 0.7211188, 1.2587017", \
					  "0.1654842, 0.1861376, 0.2263443, 0.3049180, 0.4474332, 0.7207713, 1.2501251", \
					  "0.1711632, 0.1895554, 0.2267650, 0.3007685, 0.4461594, 0.7198370, 1.2501736", \
					  "0.2300585, 0.2463879, 0.2747249, 0.3330026, 0.4601466, 0.7202525, 1.2517291", \
					  "0.3591503, 0.3790039, 0.4157350, 0.4825619, 0.5919339, 0.7960161, 1.2685545");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0177050, 0.0190390, 0.0215496, 0.0263817, 0.0354424, 0.0529762, 0.0867169", \
					  "0.0224500, 0.0237857, 0.0262898, 0.0311141, 0.0401806, 0.0576761, 0.0914826", \
					  "0.0311364, 0.0330518, 0.0364110, 0.0420764, 0.0513178, 0.0684328, 0.1024343", \
					  "0.0418140, 0.0447655, 0.0500077, 0.0587733, 0.0727418, 0.0941370, 0.1281615", \
					  "0.0516764, 0.0561230, 0.0644194, 0.0782423, 0.1001094, 0.1331894, 0.1817395", \
					  "0.0491042, 0.0569155, 0.0705344, 0.0925984, 0.1283632, 0.1805038, 0.2559642", \
					  "0.0009363, 0.0139642, 0.0371844, 0.0753266, 0.1336262, 0.2170810, 0.3348057");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000963773, 0.00185772, 0.00358083, 0.00690222, 0.0133044, 0.0256448");
					values("0.0132762, 0.0149804, 0.0181239, 0.0244632, 0.0362144, 0.0602701, 0.1041058", \
					  "0.0138993, 0.0153912, 0.0184308, 0.0242938, 0.0363630, 0.0594309, 0.1044098", \
					  "0.0200135, 0.0213265, 0.0234635, 0.0282539, 0.0387566, 0.0597438, 0.1050083", \
					  "0.0320932, 0.0340439, 0.0374062, 0.0433760, 0.0537509, 0.0700661, 0.1081624", \
					  "0.0543849, 0.0581034, 0.0633193, 0.0719658, 0.0862571, 0.1067469, 0.1403861", \
					  "0.0976960, 0.1017689, 0.1090680, 0.1216939, 0.1409377, 0.1726488, 0.2212680", \
					  "0.1816359, 0.1887736, 0.1996451, 0.2184261, 0.2479361, 0.2933117, 0.3649146");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002056;
			capacitance : 0.002130;
			rise_capacitance : 0.002205;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023787, -0.0023816, -0.0023885, -0.0023841, -0.0023742, -0.0023513, -0.0022985");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030037, 0.0030056, 0.0030101, 0.0030107, 0.0030120, 0.0030150, 0.0030220");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002079;
			capacitance : 0.002182;
			rise_capacitance : 0.002284;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026894, -0.0026906, -0.0026934, -0.0026935, -0.0026935, -0.0026935, -0.0026936");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026917, 0.0026906, 0.0026882, 0.0026891, 0.0026913, 0.0026962, 0.0027075");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002153;
			capacitance : 0.002274;
			rise_capacitance : 0.002395;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023704, -0.0023871, -0.0024255, -0.0024336, -0.0024524, -0.0024956, -0.0025953");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027174, 0.0027154, 0.0027107, 0.0027098, 0.0027078, 0.0027032, 0.0026925");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002163;
			capacitance : 0.002297;
			rise_capacitance : 0.002430;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023757, -0.0023974, -0.0024476, -0.0024507, -0.0024580, -0.0024747, -0.0025132");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025429, 0.0025434, 0.0025444, 0.0025456, 0.0025483, 0.0025546, 0.0025690");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002147;
			capacitance : 0.002333;
			rise_capacitance : 0.002519;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013424, -0.0013463, -0.0013553, -0.0013549, -0.0013538, -0.0013513, -0.0013457");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018976, 0.0018962, 0.0018927, 0.0018984, 0.0019114, 0.0019413, 0.0020103");
				}
			}
		}
	}
	cell ("scs8hd_a2111oi_2") {
		area : 15.014400;
		cell_footprint : "a2111oi";
		cell_leakage_power : 1.039372e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007212";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0001154";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007205";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.9735606e-05";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007203";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "4.2108075e-05";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007203";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.9071624e-05";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007212";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007232";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "6.4382209e-05";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007204";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.8899676e-05";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007767";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0207667";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007204";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.9056466e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0001408";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007205";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.9735606e-05";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007203";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "4.2108075e-05";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007203";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.9071658e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007212";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0001433";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007205";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "3.9735606e-05";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007216";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "4.2108075e-05";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007203";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "3.9071641e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
			max_capacitance : 0.047617;
			max_transition : 1.490976;
			internal_power () {
				related_pin : "C1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0044874, 0.0037960, 0.0023223, -0.0008211, -0.0075250, -0.0218765, -0.0526301", \
					  "0.0044873, 0.0038028, 0.0023365, -0.0007901, -0.0074779, -0.0218236, -0.0525606", \
					  "0.0044851, 0.0038151, 0.0023677, -0.0007100, -0.0073674, -0.0216997, -0.0524296", \
					  "0.0043607, 0.0036883, 0.0022473, -0.0008643, -0.0074366, -0.0217332, -0.0524082", \
					  "0.0042646, 0.0035944, 0.0021686, -0.0008974, -0.0075039, -0.0219315, -0.0525269", \
					  "0.0041286, 0.0034395, 0.0019904, -0.0010141, -0.0077724, -0.0218036, -0.0524555", \
					  "0.0042132, 0.0035182, 0.0020476, -0.0010759, -0.0077588, -0.0220216, -0.0525604");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0149341, 0.0156521, 0.0171981, 0.0204320, 0.0273813, 0.0415830, 0.0720904", \
					  "0.0146200, 0.0153277, 0.0169221, 0.0201193, 0.0269532, 0.0413480, 0.0722065", \
					  "0.0144123, 0.0151743, 0.0166196, 0.0198260, 0.0267838, 0.0411006, 0.0718893", \
					  "0.0143065, 0.0149645, 0.0164558, 0.0196564, 0.0265646, 0.0408000, 0.0714613", \
					  "0.0141678, 0.0148783, 0.0163241, 0.0194746, 0.0263604, 0.0406171, 0.0711358", \
					  "0.0140735, 0.0147891, 0.0162695, 0.0194394, 0.0262054, 0.0406481, 0.0712559", \
					  "0.0139887, 0.0146893, 0.0161845, 0.0193442, 0.0260130, 0.0404891, 0.0712112");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0134849, 0.0142047, 0.0157432, 0.0189620, 0.0257495, 0.0402091, 0.0709108", \
					  "0.0131736, 0.0138376, 0.0153804, 0.0186475, 0.0255287, 0.0399333, 0.0704818", \
					  "0.0128750, 0.0136458, 0.0151346, 0.0183224, 0.0251263, 0.0397065, 0.0704907", \
					  "0.0127612, 0.0134335, 0.0150236, 0.0181556, 0.0250160, 0.0392145, 0.0701400", \
					  "0.0127096, 0.0134012, 0.0148921, 0.0180426, 0.0248254, 0.0391162, 0.0698762", \
					  "0.0127380, 0.0134069, 0.0148800, 0.0180370, 0.0248713, 0.0391306, 0.0700782", \
					  "0.0128675, 0.0135422, 0.0149977, 0.0180957, 0.0247323, 0.0388901, 0.0697146");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0007915, 9.0900000e-05, -0.0014066, -0.0046204, -0.0114536, -0.0259538, -0.0567936", \
					  "0.0006565, -2.6400000e-05, -0.0014964, -0.0046620, -0.0114417, -0.0258928, -0.0567116", \
					  "0.0003976, -0.0002626, -0.0016689, -0.0048012, -0.0114805, -0.0258467, -0.0566054", \
					  "0.0001603, -0.0004807, -0.0018309, -0.0050313, -0.0116063, -0.0258708, -0.0565540", \
					  "-0.0001391, -0.0007784, -0.0022392, -0.0051301, -0.0117049, -0.0259622, -0.0565905", \
					  "-0.0002682, -0.0009175, -0.0024004, -0.0055731, -0.0121203, -0.0261939, -0.0566915", \
					  "-0.0002909, -0.0009986, -0.0022278, -0.0056161, -0.0122851, -0.0264433, -0.0568888");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0198499, 0.0205769, 0.0221864, 0.0253418, 0.0321316, 0.0469301, 0.0774848", \
					  "0.0194770, 0.0202156, 0.0217622, 0.0250510, 0.0319104, 0.0463602, 0.0772559", \
					  "0.0191403, 0.0198641, 0.0213643, 0.0245978, 0.0315854, 0.0461686, 0.0770200", \
					  "0.0189021, 0.0196045, 0.0211656, 0.0243222, 0.0311577, 0.0457136, 0.0766551", \
					  "0.0187477, 0.0194378, 0.0209013, 0.0241337, 0.0308117, 0.0452421, 0.0760198", \
					  "0.0186577, 0.0193571, 0.0208317, 0.0240052, 0.0307140, 0.0450739, 0.0757738", \
					  "0.0185952, 0.0193410, 0.0208483, 0.0239530, 0.0306637, 0.0449651, 0.0753946");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0088911, 0.0082019, 0.0067161, 0.0035945, -0.0031202, -0.0173968, -0.0477966", \
					  "0.0087398, 0.0080559, 0.0065982, 0.0034625, -0.0032663, -0.0175443, -0.0479405", \
					  "0.0085832, 0.0078938, 0.0064142, 0.0033012, -0.0034323, -0.0177161, -0.0480946", \
					  "0.0083697, 0.0076811, 0.0062172, 0.0030986, -0.0035957, -0.0178914, -0.0482825", \
					  "0.0080900, 0.0073691, 0.0059171, 0.0028043, -0.0038489, -0.0180131, -0.0484286", \
					  "0.0085687, 0.0078807, 0.0064087, 0.0032605, -0.0035190, -0.0178535, -0.0484401", \
					  "0.0090530, 0.0083641, 0.0068868, 0.0037219, -0.0029659, -0.0172965, -0.0481452");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0248394, 0.0255548, 0.0270306, 0.0301831, 0.0369362, 0.0512270, 0.0817442", \
					  "0.0245677, 0.0252909, 0.0268007, 0.0299954, 0.0367646, 0.0510838, 0.0815757", \
					  "0.0242630, 0.0249706, 0.0264401, 0.0296446, 0.0365179, 0.0509047, 0.0815443", \
					  "0.0240626, 0.0247516, 0.0262393, 0.0294300, 0.0362003, 0.0506040, 0.0812380", \
					  "0.0238804, 0.0245916, 0.0260558, 0.0292270, 0.0359729, 0.0504127, 0.0809947", \
					  "0.0238346, 0.0245251, 0.0260220, 0.0291374, 0.0358743, 0.0502012, 0.0807245", \
					  "0.0237559, 0.0244614, 0.0259424, 0.0290583, 0.0357524, 0.0500711, 0.0805990");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0090254, 0.0083411, 0.0068692, 0.0037317, -0.0030031, -0.0172755, -0.0476696", \
					  "0.0089174, 0.0082324, 0.0067588, 0.0036226, -0.0031108, -0.0173745, -0.0477762", \
					  "0.0087987, 0.0081170, 0.0066334, 0.0034812, -0.0032418, -0.0175147, -0.0479022", \
					  "0.0086488, 0.0079675, 0.0065155, 0.0033966, -0.0033034, -0.0176076, -0.0480202", \
					  "0.0084427, 0.0077775, 0.0063262, 0.0032092, -0.0034491, -0.0177183, -0.0481113", \
					  "0.0090663, 0.0083734, 0.0069267, 0.0037649, -0.0029908, -0.0175472, -0.0481676", \
					  "0.0096346, 0.0089764, 0.0074632, 0.0043690, -0.0023602, -0.0168639, -0.0476788");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0182863, 0.0190153, 0.0205271, 0.0237626, 0.0305871, 0.0449783, 0.0756523", \
					  "0.0179018, 0.0186140, 0.0201377, 0.0234967, 0.0304628, 0.0448221, 0.0753703", \
					  "0.0176258, 0.0183316, 0.0198477, 0.0230462, 0.0299210, 0.0445582, 0.0751068", \
					  "0.0174535, 0.0181440, 0.0196916, 0.0228191, 0.0296125, 0.0442047, 0.0748251", \
					  "0.0172941, 0.0179913, 0.0194372, 0.0226088, 0.0293521, 0.0437977, 0.0747351", \
					  "0.0172284, 0.0179228, 0.0193973, 0.0225468, 0.0293368, 0.0436564, 0.0741428", \
					  "0.0171952, 0.0178804, 0.0193679, 0.0225696, 0.0293206, 0.0435954, 0.0739621");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0060617, 0.0053719, 0.0039054, 0.0007496, -0.0059417, -0.0201694, -0.0507217", \
					  "0.0060604, 0.0053618, 0.0038935, 0.0007533, -0.0059520, -0.0201740, -0.0507153", \
					  "0.0059985, 0.0053237, 0.0038668, 0.0007393, -0.0059411, -0.0201923, -0.0507312", \
					  "0.0058180, 0.0051162, 0.0036646, 0.0005653, -0.0060512, -0.0202543, -0.0508241", \
					  "0.0060407, 0.0053326, 0.0038681, 0.0007710, -0.0059668, -0.0203126, -0.0508230", \
					  "0.0062328, 0.0055637, 0.0041187, 0.0010422, -0.0057729, -0.0199305, -0.0507021", \
					  "0.0066442, 0.0059577, 0.0045255, 0.0013863, -0.0053041, -0.0197029, -0.0503546");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.2626050, 0.2746872, 0.3001240, 0.3548906, 0.4684159, 0.7092537, 1.2149494", \
					  "0.2640456, 0.2760494, 0.3023525, 0.3561671, 0.4708935, 0.7131943, 1.2236366", \
					  "0.2744392, 0.2866104, 0.3116672, 0.3659328, 0.4817358, 0.7221853, 1.2353436", \
					  "0.3061428, 0.3179253, 0.3426719, 0.3961301, 0.5101767, 0.7520389, 1.2629618", \
					  "0.3758804, 0.3876249, 0.4126845, 0.4651088, 0.5771839, 0.8160770, 1.3266693", \
					  "0.5197053, 0.5320868, 0.5578721, 0.6108479, 0.7227909, 0.9605341, 1.4705969", \
					  "0.7885962, 0.8028891, 0.8328978, 0.8950007, 1.0204642, 1.2698703, 1.7791763");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1644310, 0.1796541, 0.2116912, 0.2801561, 0.4271115, 0.7488966, 1.4039747", \
					  "0.1646859, 0.1798828, 0.2114858, 0.2799662, 0.4254442, 0.7356174, 1.4037038", \
					  "0.1648388, 0.1798875, 0.2118763, 0.2802314, 0.4298036, 0.7367799, 1.4049416", \
					  "0.1649121, 0.1796821, 0.2119612, 0.2797203, 0.4273493, 0.7398469, 1.4040762", \
					  "0.1650326, 0.1797428, 0.2119495, 0.2810123, 0.4253701, 0.7358692, 1.3986390", \
					  "0.1750382, 0.1894155, 0.2203289, 0.2857848, 0.4275872, 0.7362127, 1.4023246", \
					  "0.2110146, 0.2272123, 0.2599486, 0.3276531, 0.4696858, 0.7597207, 1.4028032");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0232866, 0.0248784, 0.0281511, 0.0350345, 0.0491832, 0.0778375, 0.1360823", \
					  "0.0280795, 0.0295925, 0.0328272, 0.0395762, 0.0535526, 0.0820697, 0.1402242", \
					  "0.0396665, 0.0412302, 0.0443635, 0.0506229, 0.0640857, 0.0921461, 0.1499919", \
					  "0.0584532, 0.0606429, 0.0650684, 0.0736180, 0.0892260, 0.1160133, 0.1728607", \
					  "0.0823856, 0.0857880, 0.0922070, 0.1046485, 0.1273214, 0.1661481, 0.2293544", \
					  "0.1062347, 0.1110116, 0.1206680, 0.1391097, 0.1731684, 0.2291162, 0.3236902", \
					  "0.1038539, 0.1112493, 0.1262897, 0.1553261, 0.2077699, 0.2960707, 0.4413968");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0258396, 0.0277235, 0.0319195, 0.0405949, 0.0581996, 0.0938703, 0.1668241", \
					  "0.0254363, 0.0273679, 0.0312828, 0.0400035, 0.0576910, 0.0935470, 0.1670981", \
					  "0.0295187, 0.0309363, 0.0341393, 0.0412835, 0.0574948, 0.0928661, 0.1666912", \
					  "0.0435468, 0.0452086, 0.0485218, 0.0548530, 0.0668538, 0.0967547, 0.1661198", \
					  "0.0678376, 0.0698030, 0.0742331, 0.0829027, 0.0990202, 0.1283482, 0.1827038", \
					  "0.1083812, 0.1117949, 0.1186337, 0.1320605, 0.1568947, 0.1975585, 0.2641659", \
					  "0.1816696, 0.1870398, 0.1978258, 0.2185981, 0.2553205, 0.3166911, 0.4103105");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.3266736, 0.3392058, 0.3651327, 0.4191922, 0.5349600, 0.7807613, 1.3034154", \
					  "0.3300866, 0.3420136, 0.3678425, 0.4231158, 0.5390582, 0.7854536, 1.3090015", \
					  "0.3412148, 0.3533476, 0.3788882, 0.4336022, 0.5514621, 0.7978969, 1.3224952", \
					  "0.3743774, 0.3861923, 0.4121636, 0.4669766, 0.5833486, 0.8304271, 1.3561642", \
					  "0.4474205, 0.4599873, 0.4855203, 0.5398317, 0.6559756, 0.9023340, 1.4275009", \
					  "0.6027199, 0.6153832, 0.6405103, 0.6949589, 0.8109476, 1.0567066, 1.5804478", \
					  "0.9094778, 0.9235778, 0.9519813, 1.0136002, 1.1376246, 1.3881133, 1.9117785");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.2131609, 0.2292580, 0.2618151, 0.3333314, 0.4840155, 0.8046039, 1.4894492", \
					  "0.2133470, 0.2292017, 0.2624281, 0.3331031, 0.4839303, 0.8039702, 1.4881358", \
					  "0.2135700, 0.2292800, 0.2623338, 0.3334732, 0.4843932, 0.8052110, 1.4909755", \
					  "0.2136068, 0.2291099, 0.2625078, 0.3331971, 0.4839509, 0.8048992, 1.4875831", \
					  "0.2135553, 0.2293451, 0.2623927, 0.3334101, 0.4837761, 0.8060180, 1.4877436", \
					  "0.2186614, 0.2339262, 0.2662109, 0.3350421, 0.4846100, 0.8038357, 1.4875542", \
					  "0.2543469, 0.2695027, 0.3038550, 0.3723089, 0.5147411, 0.8218701, 1.4889082");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0276321, 0.0291738, 0.0324506, 0.0392450, 0.0532180, 0.0817107, 0.1398349", \
					  "0.0325604, 0.0340805, 0.0373150, 0.0440467, 0.0579249, 0.0863326, 0.1443531", \
					  "0.0436187, 0.0451982, 0.0483775, 0.0549164, 0.0685729, 0.0967749, 0.1546364", \
					  "0.0626088, 0.0646774, 0.0688723, 0.0771392, 0.0926789, 0.1210447, 0.1786379", \
					  "0.0899657, 0.0929372, 0.0990311, 0.1107235, 0.1319472, 0.1692604, 0.2326380", \
					  "0.1212736, 0.1257975, 0.1343943, 0.1519772, 0.1842900, 0.2394205, 0.3286200", \
					  "0.1343606, 0.1409901, 0.1553385, 0.1827795, 0.2326442, 0.3192809, 0.4562952");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0253925, 0.0273684, 0.0314244, 0.0400124, 0.0575950, 0.0935195, 0.1664471", \
					  "0.0251348, 0.0271080, 0.0311356, 0.0396430, 0.0572334, 0.0932575, 0.1665226", \
					  "0.0276258, 0.0292488, 0.0327962, 0.0403708, 0.0570081, 0.0926681, 0.1665576", \
					  "0.0385899, 0.0400237, 0.0430782, 0.0502856, 0.0634395, 0.0952483, 0.1656502", \
					  "0.0599320, 0.0617742, 0.0656932, 0.0731981, 0.0898152, 0.1175962, 0.1774437", \
					  "0.0962805, 0.0990252, 0.1047929, 0.1164757, 0.1373162, 0.1728032, 0.2372976", \
					  "0.1614173, 0.1647292, 0.1742928, 0.1895619, 0.2211997, 0.2733966, 0.3611972");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.2113508, 0.2223635, 0.2457613, 0.2940124, 0.3971000, 0.6102918, 1.0656811", \
					  "0.2122078, 0.2232553, 0.2466316, 0.2957803, 0.3993770, 0.6147324, 1.0697923", \
					  "0.2243163, 0.2349476, 0.2578013, 0.3056905, 0.4077248, 0.6265224, 1.0863500", \
					  "0.2563698, 0.2669206, 0.2891221, 0.3371388, 0.4393117, 0.6555984, 1.1103040", \
					  "0.3284007, 0.3387536, 0.3612440, 0.4087928, 0.5089269, 0.7245194, 1.1814444", \
					  "0.4762003, 0.4882288, 0.5128666, 0.5633112, 0.6643022, 0.8788666, 1.3328980", \
					  "0.7566458, 0.7719106, 0.8036959, 0.8679536, 0.9904210, 1.2250070, 1.6838638");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1464605, 0.1601276, 0.1887909, 0.2502508, 0.3820302, 0.6603890, 1.2592695", \
					  "0.1465952, 0.1600886, 0.1885482, 0.2521754, 0.3862100, 0.6620855, 1.2574241", \
					  "0.1465396, 0.1601706, 0.1888298, 0.2499261, 0.3815697, 0.6641706, 1.2573564", \
					  "0.1465706, 0.1600660, 0.1896485, 0.2502746, 0.3821618, 0.6651378, 1.2584115", \
					  "0.1474084, 0.1605824, 0.1892440, 0.2506851, 0.3816309, 0.6646721, 1.2638075", \
					  "0.1696200, 0.1822009, 0.2078095, 0.2642385, 0.3892705, 0.6625545, 1.2559457", \
					  "0.2270399, 0.2411584, 0.2702349, 0.3301368, 0.4540073, 0.7004559, 1.2723830");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0179396, 0.0190228, 0.0213064, 0.0259900, 0.0356229, 0.0551709, 0.0951554", \
					  "0.0231975, 0.0242317, 0.0264101, 0.0309834, 0.0402978, 0.0597105, 0.0995986", \
					  "0.0339316, 0.0352145, 0.0377905, 0.0426912, 0.0517893, 0.0705032, 0.1101489", \
					  "0.0484363, 0.0504019, 0.0541621, 0.0613879, 0.0744074, 0.0963937, 0.1350493", \
					  "0.0644330, 0.0673956, 0.0730876, 0.0840040, 0.1036798, 0.1371167, 0.1907601", \
					  "0.0723558, 0.0766006, 0.0853171, 0.1018604, 0.1331489, 0.1834211, 0.2665459", \
					  "0.0429959, 0.0501355, 0.0638062, 0.0916183, 0.1407715, 0.2224557, 0.3512015");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0166126, 0.0179384, 0.0207317, 0.0265039, 0.0384425, 0.0629619, 0.1139706", \
					  "0.0169870, 0.0181597, 0.0206911, 0.0261830, 0.0380447, 0.0626533, 0.1138820", \
					  "0.0229112, 0.0236536, 0.0254302, 0.0295978, 0.0394272, 0.0624547, 0.1136766", \
					  "0.0353144, 0.0364336, 0.0390617, 0.0444378, 0.0532753, 0.0709973, 0.1159774", \
					  "0.0565134, 0.0586765, 0.0622637, 0.0694887, 0.0838378, 0.1061674, 0.1448260", \
					  "0.0936882, 0.0969179, 0.1033131, 0.1155102, 0.1353685, 0.1714999, 0.2267300", \
					  "0.1638240, 0.1688785, 0.1797394, 0.1978136, 0.2296453, 0.2822922, 0.3649433");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1720641, 0.1831180, 0.2058495, 0.2542943, 0.3566974, 0.5692267, 1.0244605", \
					  "0.1732869, 0.1841816, 0.2067900, 0.2554756, 0.3578346, 0.5751856, 1.0329450", \
					  "0.1843739, 0.1947942, 0.2177873, 0.2651587, 0.3679240, 0.5819331, 1.0408546", \
					  "0.2150951, 0.2258515, 0.2478585, 0.2958680, 0.3974008, 0.6105053, 1.0677333", \
					  "0.2863550, 0.2967574, 0.3192004, 0.3667883, 0.4677222, 0.6816445, 1.1420076", \
					  "0.4369735, 0.4498764, 0.4773551, 0.5305069, 0.6333780, 0.8470233, 1.3059180", \
					  "0.7166279, 0.7363998, 0.7754822, 0.8502437, 0.9848212, 1.2324392, 1.6930516");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1461878, 0.1597553, 0.1887917, 0.2507567, 0.3864809, 0.6619510, 1.2571205", \
					  "0.1461056, 0.1598511, 0.1891783, 0.2504577, 0.3817897, 0.6610887, 1.2663779", \
					  "0.1464346, 0.1599761, 0.1885657, 0.2503188, 0.3865175, 0.6616542, 1.2595932", \
					  "0.1463789, 0.1595307, 0.1887978, 0.2513517, 0.3865585, 0.6613750, 1.2573959", \
					  "0.1499325, 0.1624982, 0.1900789, 0.2507812, 0.3856910, 0.6619206, 1.2564025", \
					  "0.1858166, 0.1984451, 0.2225781, 0.2752812, 0.3941601, 0.6675550, 1.2591176", \
					  "0.2741423, 0.2873020, 0.3158857, 0.3733705, 0.4888274, 0.7208656, 1.2705715");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0174904, 0.0184187, 0.0203469, 0.0243196, 0.0325275, 0.0494705, 0.0850297", \
					  "0.0224536, 0.0233447, 0.0252255, 0.0291619, 0.0373177, 0.0542474, 0.0895979", \
					  "0.0320440, 0.0332323, 0.0356227, 0.0402194, 0.0485088, 0.0652793, 0.1004752", \
					  "0.0442772, 0.0460756, 0.0497257, 0.0567329, 0.0692615, 0.0897691, 0.1258506", \
					  "0.0564429, 0.0591957, 0.0649342, 0.0758202, 0.0952982, 0.1277738, 0.1795811", \
					  "0.0589600, 0.0631777, 0.0722497, 0.0896676, 0.1210757, 0.1710904, 0.2521148", \
					  "0.0211234, 0.0287775, 0.0438422, 0.0729912, 0.1241481, 0.2068034, 0.3338375");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0137946, 0.0148503, 0.0171264, 0.0218980, 0.0319924, 0.0537620, 0.1005331", \
					  "0.0141211, 0.0151006, 0.0171231, 0.0216991, 0.0318755, 0.0537506, 0.1004975", \
					  "0.0196624, 0.0205190, 0.0220732, 0.0254944, 0.0340464, 0.0541394, 0.1004521", \
					  "0.0304730, 0.0317145, 0.0342417, 0.0392011, 0.0485749, 0.0649006, 0.1043886", \
					  "0.0500539, 0.0518805, 0.0558228, 0.0634743, 0.0772037, 0.0997934, 0.1360330", \
					  "0.0877681, 0.0901870, 0.0965376, 0.1089663, 0.1281418, 0.1622426, 0.2139770", \
					  "0.1589940, 0.1640728, 0.1749111, 0.1928693, 0.2244800, 0.2733018, 0.3520361");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1124518, 0.1232278, 0.1461473, 0.1945073, 0.2962356, 0.5129044, 0.9683364", \
					  "0.1129375, 0.1237072, 0.1464516, 0.1952496, 0.2972283, 0.5122194, 0.9681772", \
					  "0.1225869, 0.1339979, 0.1564064, 0.2038241, 0.3052105, 0.5254893, 0.9876033", \
					  "0.1513854, 0.1615553, 0.1850340, 0.2325224, 0.3328659, 0.5472094, 1.0068290", \
					  "0.2289998, 0.2382342, 0.2579087, 0.3035573, 0.4034660, 0.6172983, 1.0757923", \
					  "0.3760234, 0.3901888, 0.4184424, 0.4719609, 0.5706634, 0.7809022, 1.2340144", \
					  "0.6340578, 0.6558780, 0.6991555, 0.7817715, 0.9272174, 1.1730769, 1.6213685");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1433712, 0.1574524, 0.1868386, 0.2498110, 0.3818580, 0.6644934, 1.2661195", \
					  "0.1421927, 0.1564669, 0.1865330, 0.2495360, 0.3813550, 0.6606964, 1.2569638", \
					  "0.1405502, 0.1553970, 0.1856969, 0.2489403, 0.3810831, 0.6648098, 1.2651534", \
					  "0.1364512, 0.1505705, 0.1826220, 0.2477439, 0.3836405, 0.6616639, 1.2640348", \
					  "0.1483340, 0.1600630, 0.1865628, 0.2455820, 0.3787377, 0.6611954, 1.2630845", \
					  "0.2064283, 0.2183763, 0.2435214, 0.2911901, 0.4000693, 0.6609496, 1.2735636", \
					  "0.3290756, 0.3444555, 0.3752173, 0.4320899, 0.5386789, 0.7504586, 1.2803547");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0148394, 0.0156872, 0.0174304, 0.0211406, 0.0288942, 0.0454379, 0.0804029", \
					  "0.0195320, 0.0203892, 0.0221542, 0.0257598, 0.0337227, 0.0499783, 0.0851226", \
					  "0.0266919, 0.0280624, 0.0306667, 0.0358169, 0.0446928, 0.0608215, 0.0959720", \
					  "0.0349284, 0.0370961, 0.0410142, 0.0490654, 0.0627436, 0.0851557, 0.1214970", \
					  "0.0401136, 0.0436848, 0.0506636, 0.0628217, 0.0848724, 0.1189167, 0.1728251", \
					  "0.0293031, 0.0346661, 0.0464309, 0.0678528, 0.1024490, 0.1559773, 0.2401879", \
					  "-0.0331581, -0.0232119, -0.0048979, 0.0311474, 0.0894327, 0.1785143, 0.3119380");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0103595, 0.0114514, 0.0136848, 0.0186272, 0.0291075, 0.0509567, 0.0979837", \
					  "0.0115844, 0.0124736, 0.0144212, 0.0189082, 0.0289022, 0.0510132, 0.0979639", \
					  "0.0177488, 0.0187146, 0.0207057, 0.0241894, 0.0322237, 0.0521099, 0.0991115", \
					  "0.0291230, 0.0302885, 0.0330909, 0.0381351, 0.0477948, 0.0638600, 0.1032973", \
					  "0.0500442, 0.0519660, 0.0556322, 0.0636569, 0.0775386, 0.1005912, 0.1373205", \
					  "0.0915106, 0.0948314, 0.0991006, 0.1097830, 0.1295052, 0.1635573, 0.2170093", \
					  "0.1702434, 0.1745314, 0.1842212, 0.2005107, 0.2293830, 0.2771822, 0.3548947");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004310;
			capacitance : 0.004500;
			rise_capacitance : 0.004690;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051730, -0.0051748, -0.0051789, -0.0051689, -0.0051459, -0.0050928, -0.0049705");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066679, 0.0066678, 0.0066674, 0.0066689, 0.0066722, 0.0066798, 0.0066974");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003938;
			capacitance : 0.004148;
			rise_capacitance : 0.004359;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051511, -0.0051563, -0.0051684, -0.0051692, -0.0051708, -0.0051747, -0.0051835");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051470, 0.0051543, 0.0051710, 0.0051735, 0.0051792, 0.0051923, 0.0052226");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003817;
			capacitance : 0.004108;
			rise_capacitance : 0.004400;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043270, -0.0043504, -0.0044044, -0.0044259, -0.0044755, -0.0045899, -0.0048535");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045918, 0.0045881, 0.0045796, 0.0045810, 0.0045841, 0.0045913, 0.0046078");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004812;
			capacitance : 0.004486;
			fall_capacitance : 0.004160;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048004, -0.0048509, -0.0049671, -0.0049723, -0.0049843, -0.0050120, -0.0050757");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051700, 0.0051688, 0.0051660, 0.0051665, 0.0051677, 0.0051703, 0.0051765");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003844;
			capacitance : 0.004163;
			rise_capacitance : 0.004482;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024539, -0.0024552, -0.0024581, -0.0024568, -0.0024536, -0.0024463, -0.0024295");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0034920, 0.0034897, 0.0034844, 0.0034957, 0.0035218, 0.0035819, 0.0037204");
				}
			}
		}
	}
	cell ("scs8hd_a2111oi_4") {
		area : 27.526400;
		cell_footprint : "a2111oi";
		cell_leakage_power : 2.747709e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014410";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0002293";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0015497";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "8.2976425e-05";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014418";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004102";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0135923";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "8.2479738e-05";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014410";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0002822";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0015497";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "8.2976425e-05";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014380";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004102";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0136038";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "8.2479738e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014410";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0002826";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014386";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "8.2976425e-05";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0015383";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004102";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0135965";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "8.2479684e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0015107";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0006150";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0135965";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "8.1943506e-05";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014379";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0004130";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0135965";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "8.2605946e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1&!D1) | (!A2&!B1&!C1&!D1)";
			max_capacitance : 0.088816;
			max_transition : 1.496528;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0358083, 0.0366700, 0.0388469, 0.0434755, 0.0548193, 0.0809247, 0.1427956", \
					  "0.0352345, 0.0361185, 0.0382487, 0.0430133, 0.0544962, 0.0806206, 0.1425314", \
					  "0.0344948, 0.0353769, 0.0375188, 0.0423701, 0.0537521, 0.0803367, 0.1427569", \
					  "0.0341454, 0.0350435, 0.0370847, 0.0417650, 0.0531097, 0.0796306, 0.1423703", \
					  "0.0338273, 0.0346795, 0.0366970, 0.0413138, 0.0524756, 0.0788323, 0.1412848", \
					  "0.0337577, 0.0345948, 0.0365689, 0.0412799, 0.0524369, 0.0786611, 0.1407191", \
					  "0.0336591, 0.0345498, 0.0364376, 0.0412418, 0.0521339, 0.0783893, 0.1405695");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0174777, 0.0166458, 0.0146627, 0.0100059, -0.0010298, -0.0272339, -0.0890455", \
					  "0.0172881, 0.0164537, 0.0144792, 0.0098277, -0.0012430, -0.0274334, -0.0892444", \
					  "0.0170116, 0.0161928, 0.0142482, 0.0095901, -0.0015054, -0.0277176, -0.0895303", \
					  "0.0166151, 0.0157530, 0.0138478, 0.0091859, -0.0017640, -0.0280070, -0.0898594", \
					  "0.0161851, 0.0154436, 0.0134793, 0.0088713, -0.0021806, -0.0280833, -0.0898470", \
					  "0.0158348, 0.0150831, 0.0129948, 0.0083234, -0.0026024, -0.0287254, -0.0905360", \
					  "0.0167356, 0.0159277, 0.0139652, 0.0092952, -0.0014335, -0.0277906, -0.0905286");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0463013, 0.0471456, 0.0491126, 0.0538171, 0.0648850, 0.0909974, 0.1527744", \
					  "0.0458626, 0.0467685, 0.0486778, 0.0534328, 0.0644966, 0.0906836, 0.1524113", \
					  "0.0454953, 0.0463471, 0.0484005, 0.0531085, 0.0642653, 0.0904987, 0.1523075", \
					  "0.0450736, 0.0459340, 0.0479289, 0.0527000, 0.0639462, 0.0901818, 0.1520611", \
					  "0.0447319, 0.0456174, 0.0475161, 0.0522524, 0.0633559, 0.0897062, 0.1516783", \
					  "0.0446447, 0.0454638, 0.0474644, 0.0521417, 0.0632613, 0.0894649, 0.1513740", \
					  "0.0445844, 0.0453806, 0.0473225, 0.0519678, 0.0630046, 0.0892646, 0.1512124");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0190027, 0.0181633, 0.0162046, 0.0115665, 0.0004904, -0.0256992, -0.0875114", \
					  "0.0187726, 0.0179464, 0.0159658, 0.0113216, 0.0002510, -0.0259154, -0.0877426", \
					  "0.0185216, 0.0176748, 0.0157117, 0.0110427, -5.1300000e-05, -0.0262110, -0.0880512", \
					  "0.0181832, 0.0173610, 0.0154165, 0.0107580, -0.0003007, -0.0264922, -0.0883727", \
					  "0.0179260, 0.0170928, 0.0151600, 0.0105353, -0.0004585, -0.0266496, -0.0883722", \
					  "0.0180147, 0.0171758, 0.0151901, 0.0105598, -0.0006164, -0.0271056, -0.0887365", \
					  "0.0188043, 0.0179816, 0.0160134, 0.0113304, 0.0003893, -0.0260991, -0.0884045");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0271321, 0.0280141, 0.0302057, 0.0348571, 0.0460673, 0.0722737, 0.1338282", \
					  "0.0265209, 0.0273646, 0.0295694, 0.0342978, 0.0457647, 0.0719544, 0.1336697", \
					  "0.0259784, 0.0268051, 0.0288925, 0.0338749, 0.0451971, 0.0719444, 0.1340200", \
					  "0.0257186, 0.0265583, 0.0285552, 0.0333682, 0.0447090, 0.0710533, 0.1331459", \
					  "0.0254003, 0.0262861, 0.0282362, 0.0329863, 0.0440233, 0.0703451, 0.1323323", \
					  "0.0253622, 0.0262500, 0.0281663, 0.0329111, 0.0440182, 0.0702554, 0.1328106", \
					  "0.0252946, 0.0261472, 0.0281517, 0.0328468, 0.0439999, 0.0700780, 0.1325761");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0124451, 0.0116218, 0.0096498, 0.0049927, -0.0060540, -0.0321683, -0.0942107", \
					  "0.0124462, 0.0116262, 0.0096603, 0.0049868, -0.0060582, -0.0321322, -0.0941684", \
					  "0.0124986, 0.0116873, 0.0097247, 0.0050543, -0.0059566, -0.0320890, -0.0941208", \
					  "0.0121310, 0.0113246, 0.0093602, 0.0047750, -0.0062190, -0.0321084, -0.0942181", \
					  "0.0119339, 0.0111133, 0.0091878, 0.0047063, -0.0062869, -0.0321867, -0.0942053", \
					  "0.0124422, 0.0116255, 0.0096884, 0.0051232, -0.0057907, -0.0319674, -0.0943550", \
					  "0.0131163, 0.0122933, 0.0103343, 0.0057191, -0.0052326, -0.0308799, -0.0937564");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0246943, 0.0255681, 0.0277945, 0.0324696, 0.0436552, 0.0700286, 0.1318683", \
					  "0.0240802, 0.0250201, 0.0270193, 0.0319991, 0.0431887, 0.0697566, 0.1315480", \
					  "0.0235966, 0.0244982, 0.0265109, 0.0313650, 0.0426116, 0.0691109, 0.1323543", \
					  "0.0234620, 0.0243225, 0.0262645, 0.0309903, 0.0421485, 0.0685474, 0.1308076", \
					  "0.0231430, 0.0239704, 0.0259778, 0.0306435, 0.0417424, 0.0681122, 0.1307743", \
					  "0.0231297, 0.0239740, 0.0259505, 0.0306164, 0.0417786, 0.0679269, 0.1300942", \
					  "0.0230752, 0.0239247, 0.0258828, 0.0306367, 0.0418023, 0.0680827, 0.1298824");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0098037, 0.0089768, 0.0070140, 0.0023671, -0.0086222, -0.0347947, -0.0970635", \
					  "0.0098345, 0.0090052, 0.0070457, 0.0024241, -0.0085651, -0.0346937, -0.0969566", \
					  "0.0098672, 0.0090541, 0.0071177, 0.0025334, -0.0083975, -0.0345174, -0.0967541", \
					  "0.0094377, 0.0086392, 0.0067302, 0.0022100, -0.0086092, -0.0345637, -0.0967337", \
					  "0.0094059, 0.0086064, 0.0067047, 0.0021705, -0.0086703, -0.0347318, -0.0967576", \
					  "0.0092067, 0.0083934, 0.0064215, 0.0018180, -0.0090574, -0.0350797, -0.0971024", \
					  "0.0094739, 0.0087617, 0.0068429, 0.0020160, -0.0090035, -0.0348603, -0.0967584");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0247808, 0.0256540, 0.0277928, 0.0327184, 0.0440424, 0.0704020, 0.1323112", \
					  "0.0240788, 0.0249876, 0.0271773, 0.0321193, 0.0434301, 0.0699890, 0.1320742", \
					  "0.0235306, 0.0244000, 0.0264700, 0.0313964, 0.0426170, 0.0694575, 0.1315778", \
					  "0.0234793, 0.0243077, 0.0262791, 0.0310454, 0.0422344, 0.0685768, 0.1309169", \
					  "0.0234719, 0.0242968, 0.0262682, 0.0309196, 0.0418072, 0.0679778, 0.1301516", \
					  "0.0239452, 0.0247690, 0.0267017, 0.0312954, 0.0419536, 0.0676613, 0.1295992", \
					  "0.0239631, 0.0247744, 0.0267406, 0.0313026, 0.0422809, 0.0680422, 0.1301338");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001185469, 0.002810675, 0.006663937, 0.01579979, 0.03746032, 0.08881612");
					values("0.0018406, 0.0010212, -0.0009693, -0.0057117, -0.0170093, -0.0435921, -0.1061572", \
					  "0.0015243, 0.0007121, -0.0012287, -0.0058766, -0.0170363, -0.0434767, -0.1059618", \
					  "0.0008929, 0.0001121, -0.0017590, -0.0062666, -0.0172257, -0.0434272, -0.1057666", \
					  "0.0002617, -0.0004791, -0.0022953, -0.0069579, -0.0176252, -0.0435632, -0.1057060", \
					  "-0.0002471, -0.0010018, -0.0030199, -0.0073590, -0.0179683, -0.0438029, -0.1057438", \
					  "-0.0007909, -0.0015660, -0.0034888, -0.0081639, -0.0188062, -0.0444054, -0.1060619", \
					  "-0.0005391, -0.0013719, -0.0033412, -0.0080431, -0.0188695, -0.0445981, -0.1067277");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.2653381, 0.2734955, 0.2924968, 0.3377538, 0.4416929, 0.6850077, 1.2635287", \
					  "0.2666914, 0.2750571, 0.2946846, 0.3403040, 0.4457971, 0.6897335, 1.2617362", \
					  "0.2779578, 0.2860088, 0.3059931, 0.3517523, 0.4577768, 0.7047045, 1.2809555", \
					  "0.3123029, 0.3202495, 0.3392405, 0.3839916, 0.4896922, 0.7388578, 1.3147400", \
					  "0.3900709, 0.3979446, 0.4167163, 0.4610244, 0.5651720, 0.8102729, 1.3876993", \
					  "0.5538664, 0.5620386, 0.5811452, 0.6254215, 0.7285942, 0.9731856, 1.5466625", \
					  "0.8707183, 0.8801700, 0.9025048, 0.9545856, 1.0699316, 1.3232481, 1.8988837");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.1545623, 0.1645479, 0.1887619, 0.2445370, 0.3814811, 0.6974276, 1.4469124", \
					  "0.1544231, 0.1647569, 0.1884406, 0.2447604, 0.3812774, 0.6946981, 1.4412795", \
					  "0.1549987, 0.1648679, 0.1888106, 0.2448902, 0.3790210, 0.6978271, 1.4489339", \
					  "0.1547390, 0.1650631, 0.1883632, 0.2453723, 0.3790315, 0.6969425, 1.4479498", \
					  "0.1551807, 0.1650030, 0.1883947, 0.2450490, 0.3779423, 0.6946077, 1.4423542", \
					  "0.1623232, 0.1721372, 0.1943503, 0.2492373, 0.3816018, 0.6949210, 1.4384736", \
					  "0.1978522, 0.2072918, 0.2317679, 0.2883359, 0.4165690, 0.7125752, 1.4454309");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0256120, 0.0268347, 0.0297769, 0.0363557, 0.0511914, 0.0840200, 0.1570612", \
					  "0.0305008, 0.0317444, 0.0344909, 0.0409394, 0.0556802, 0.0882110, 0.1612521", \
					  "0.0424393, 0.0436219, 0.0462893, 0.0522867, 0.0664974, 0.0983754, 0.1707672", \
					  "0.0621646, 0.0638281, 0.0675467, 0.0756312, 0.0919211, 0.1232141, 0.1948619", \
					  "0.0872629, 0.0896287, 0.0949919, 0.1065912, 0.1298557, 0.1735048, 0.2503535", \
					  "0.1106894, 0.1153631, 0.1240367, 0.1412077, 0.1736517, 0.2392276, 0.3518267", \
					  "0.1085007, 0.1141590, 0.1262753, 0.1525736, 0.2045905, 0.3015405, 0.4758248");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0312844, 0.0329559, 0.0368031, 0.0455529, 0.0655722, 0.1103695, 0.2114202", \
					  "0.0306206, 0.0321820, 0.0359236, 0.0448945, 0.0650343, 0.1098721, 0.2109614", \
					  "0.0334520, 0.0346921, 0.0378922, 0.0458387, 0.0643503, 0.1089818, 0.2105627", \
					  "0.0453957, 0.0468410, 0.0501854, 0.0574329, 0.0732601, 0.1114959, 0.2095647", \
					  "0.0688658, 0.0706582, 0.0746597, 0.0835200, 0.1020382, 0.1401802, 0.2236266", \
					  "0.1083112, 0.1108067, 0.1177715, 0.1291919, 0.1575812, 0.2033629, 0.2953224", \
					  "0.1805905, 0.1854309, 0.1950996, 0.2155101, 0.2546981, 0.3248175, 0.4455061");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.3260731, 0.3336964, 0.3519042, 0.3964823, 0.4994491, 0.7421970, 1.3154273", \
					  "0.3291834, 0.3370209, 0.3559631, 0.4003698, 0.5031752, 0.7465297, 1.3202138", \
					  "0.3412668, 0.3498244, 0.3683656, 0.4132979, 0.5176997, 0.7616038, 1.3355620", \
					  "0.3756582, 0.3836063, 0.4021842, 0.4460605, 0.5507288, 0.7954783, 1.3701844", \
					  "0.4485804, 0.4571552, 0.4764448, 0.5199809, 0.6236330, 0.8681614, 1.4436545", \
					  "0.6053241, 0.6132167, 0.6320420, 0.6760805, 0.7792456, 1.0228390, 1.5976012", \
					  "0.9112733, 0.9207130, 0.9421662, 0.9907443, 1.1048780, 1.3548188, 1.9288926");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.2056075, 0.2157955, 0.2395271, 0.2966872, 0.4305117, 0.7462148, 1.4945125", \
					  "0.2051750, 0.2158240, 0.2396404, 0.2963267, 0.4298408, 0.7464252, 1.4935305", \
					  "0.2057222, 0.2158790, 0.2396473, 0.2966456, 0.4304936, 0.7464477, 1.4935716", \
					  "0.2053782, 0.2153439, 0.2397010, 0.2965923, 0.4305876, 0.7458665, 1.4941021", \
					  "0.2057958, 0.2159844, 0.2394240, 0.2963861, 0.4299111, 0.7467841, 1.4936803", \
					  "0.2106974, 0.2202074, 0.2436207, 0.2987730, 0.4309204, 0.7457984, 1.4937865", \
					  "0.2447633, 0.2543649, 0.2783264, 0.3349462, 0.4631770, 0.7644446, 1.4965282");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0305878, 0.0317714, 0.0346460, 0.0410887, 0.0559066, 0.0885872, 0.1615619", \
					  "0.0352311, 0.0364540, 0.0392217, 0.0456564, 0.0603597, 0.0929739, 0.1658465", \
					  "0.0453056, 0.0465088, 0.0492750, 0.0555670, 0.0699906, 0.1024004, 0.1751007", \
					  "0.0633461, 0.0648535, 0.0682853, 0.0757764, 0.0913612, 0.1236187, 0.1960294", \
					  "0.0899499, 0.0920267, 0.0967600, 0.1070105, 0.1278647, 0.1673105, 0.2442350", \
					  "0.1210084, 0.1240621, 0.1309978, 0.1460064, 0.1763105, 0.2336486, 0.3339294", \
					  "0.1343161, 0.1394786, 0.1502390, 0.1736679, 0.2207875, 0.3088549, 0.4609874");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0309783, 0.0326051, 0.0364259, 0.0452924, 0.0653565, 0.1101447, 0.2113022", \
					  "0.0305769, 0.0321636, 0.0359561, 0.0448089, 0.0648847, 0.1096682, 0.2108748", \
					  "0.0318753, 0.0333111, 0.0368558, 0.0450174, 0.0643990, 0.1089134, 0.2103835", \
					  "0.0404547, 0.0417848, 0.0448686, 0.0521728, 0.0691706, 0.1099966, 0.2098226", \
					  "0.0592174, 0.0608450, 0.0644873, 0.0723020, 0.0894965, 0.1273626, 0.2177949", \
					  "0.0938000, 0.0957765, 0.1002278, 0.1102372, 0.1318632, 0.1747197, 0.2638398", \
					  "0.1563629, 0.1594486, 0.1659560, 0.1811093, 0.2096927, 0.2666324, 0.3770682");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.1997481, 0.2067976, 0.2233004, 0.2626196, 0.3527172, 0.5629102, 1.0622868", \
					  "0.2015583, 0.2086012, 0.2251889, 0.2648113, 0.3558168, 0.5682040, 1.0667131", \
					  "0.2133240, 0.2202192, 0.2372700, 0.2758578, 0.3674565, 0.5810634, 1.0819974", \
					  "0.2464151, 0.2534665, 0.2697162, 0.3079438, 0.3987231, 0.6124873, 1.1082197", \
					  "0.3192523, 0.3259150, 0.3422977, 0.3804574, 0.4701945, 0.6845306, 1.1823487", \
					  "0.4683056, 0.4758075, 0.4943915, 0.5361195, 0.6269175, 0.8380610, 1.3375903", \
					  "0.7556041, 0.7659356, 0.7893311, 0.8416587, 0.9538890, 1.1877108, 1.6888900");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.1313225, 0.1400583, 0.1609510, 0.2096741, 0.3283448, 0.6030901, 1.2497533", \
					  "0.1314917, 0.1401839, 0.1610423, 0.2096294, 0.3291911, 0.6034367, 1.2502188", \
					  "0.1315552, 0.1402282, 0.1608443, 0.2101841, 0.3290168, 0.6095709, 1.2558929", \
					  "0.1316039, 0.1403006, 0.1608503, 0.2101473, 0.3289713, 0.6036378, 1.2511924", \
					  "0.1324767, 0.1409776, 0.1613811, 0.2101388, 0.3257849, 0.6036098, 1.2496854", \
					  "0.1531726, 0.1618248, 0.1803899, 0.2250275, 0.3351812, 0.6022081, 1.2688446", \
					  "0.2055924, 0.2147278, 0.2357707, 0.2845020, 0.3959199, 0.6406043, 1.2689084");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0182936, 0.0190952, 0.0209682, 0.0252205, 0.0347343, 0.0557783, 0.1027246", \
					  "0.0235287, 0.0242786, 0.0260580, 0.0301579, 0.0394605, 0.0603100, 0.1071564", \
					  "0.0343182, 0.0352536, 0.0373574, 0.0419014, 0.0509115, 0.0713848, 0.1180512", \
					  "0.0493443, 0.0506883, 0.0537155, 0.0602061, 0.0730622, 0.0970091, 0.1431999", \
					  "0.0660622, 0.0680595, 0.0725541, 0.0814782, 0.1012699, 0.1372434, 0.1988127", \
					  "0.0755957, 0.0786754, 0.0856341, 0.1006675, 0.1292673, 0.1848533, 0.2791004", \
					  "0.0470104, 0.0519694, 0.0631715, 0.0869910, 0.1354118, 0.2218135, 0.3693173");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0171793, 0.0182440, 0.0205996, 0.0260370, 0.0383533, 0.0661034, 0.1306079", \
					  "0.0174359, 0.0183165, 0.0204473, 0.0255429, 0.0378264, 0.0658383, 0.1306991", \
					  "0.0227808, 0.0234691, 0.0251176, 0.0289709, 0.0392698, 0.0654406, 0.1301620", \
					  "0.0338171, 0.0348394, 0.0372853, 0.0422281, 0.0523126, 0.0741550, 0.1321253", \
					  "0.0533362, 0.0548224, 0.0581562, 0.0662425, 0.0800922, 0.1067932, 0.1584444", \
					  "0.0891715, 0.0914705, 0.0965845, 0.1071829, 0.1297345, 0.1665544, 0.2346381", \
					  "0.1556958, 0.1594660, 0.1678409, 0.1865226, 0.2198560, 0.2781168, 0.3768228");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.1672827, 0.1743847, 0.1908999, 0.2302663, 0.3209135, 0.5336129, 1.0278143", \
					  "0.1679800, 0.1749663, 0.1920693, 0.2312827, 0.3220097, 0.5357496, 1.0309418", \
					  "0.1784157, 0.1854342, 0.2017573, 0.2415457, 0.3316934, 0.5439244, 1.0485900", \
					  "0.2101419, 0.2169709, 0.2337096, 0.2716279, 0.3615661, 0.5732382, 1.0717073", \
					  "0.2829752, 0.2899686, 0.3061300, 0.3442222, 0.4333440, 0.6469538, 1.1472879", \
					  "0.4341827, 0.4427202, 0.4625541, 0.5071084, 0.6012718, 0.8125962, 1.3124829", \
					  "0.7134011, 0.7265983, 0.7566086, 0.8205076, 0.9499544, 1.1989548, 1.7007131");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.1312688, 0.1401011, 0.1609296, 0.2098074, 0.3260847, 0.6034331, 1.2513403", \
					  "0.1312970, 0.1400830, 0.1607803, 0.2100130, 0.3261552, 0.6036162, 1.2498774", \
					  "0.1314191, 0.1401975, 0.1609721, 0.2098369, 0.3259278, 0.6006758, 1.2758982", \
					  "0.1315216, 0.1400368, 0.1608358, 0.2098313, 0.3258883, 0.5998090, 1.2494283", \
					  "0.1344693, 0.1426883, 0.1625502, 0.2102516, 0.3259987, 0.6028507, 1.2571058", \
					  "0.1680848, 0.1761414, 0.1948961, 0.2361662, 0.3409272, 0.6016644, 1.2515926", \
					  "0.2505139, 0.2597839, 0.2808125, 0.3293261, 0.4345339, 0.6635500, 1.2580407");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0177359, 0.0184266, 0.0200317, 0.0236313, 0.0317693, 0.0500940, 0.0923133", \
					  "0.0225813, 0.0232524, 0.0248088, 0.0283668, 0.0363266, 0.0546101, 0.0969240", \
					  "0.0320257, 0.0329057, 0.0348079, 0.0390213, 0.0474037, 0.0655030, 0.1075180", \
					  "0.0434965, 0.0448131, 0.0477680, 0.0541771, 0.0667822, 0.0898505, 0.1320688", \
					  "0.0537928, 0.0558448, 0.0604569, 0.0702554, 0.0896563, 0.1245167, 0.1851845", \
					  "0.0513901, 0.0546595, 0.0619504, 0.0776019, 0.1084558, 0.1639882, 0.2565960", \
					  "0.0008857, 0.0067806, 0.0184902, 0.0440076, 0.0946379, 0.1840859, 0.3313182");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0138455, 0.0146572, 0.0165093, 0.0208445, 0.0311053, 0.0554037, 0.1131897", \
					  "0.0140407, 0.0147727, 0.0164657, 0.0206341, 0.0308664, 0.0552659, 0.1131816", \
					  "0.0192921, 0.0199296, 0.0214164, 0.0247108, 0.0331299, 0.0556015, 0.1132180", \
					  "0.0294196, 0.0303910, 0.0325721, 0.0374815, 0.0471524, 0.0659654, 0.1162325", \
					  "0.0478650, 0.0492795, 0.0525243, 0.0595265, 0.0736782, 0.1005880, 0.1469152", \
					  "0.0835907, 0.0859145, 0.0907259, 0.1015969, 0.1223631, 0.1601343, 0.2263429", \
					  "0.1506055, 0.1553489, 0.1645600, 0.1809469, 0.2134193, 0.2697759, 0.3656865");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0993889, 0.1066558, 0.1239333, 0.1636700, 0.2550107, 0.4661164, 0.9631032", \
					  "0.0998707, 0.1069458, 0.1236701, 0.1633350, 0.2555789, 0.4683517, 0.9662900", \
					  "0.1089266, 0.1158239, 0.1323554, 0.1714684, 0.2626415, 0.4759402, 0.9759671", \
					  "0.1400160, 0.1465780, 0.1621577, 0.2001872, 0.2903414, 0.5041494, 1.0001329", \
					  "0.2151338, 0.2215860, 0.2362169, 0.2707117, 0.3586404, 0.5707476, 1.0678791", \
					  "0.3530045, 0.3627658, 0.3848563, 0.4324367, 0.5243497, 0.7324893, 1.2291688", \
					  "0.5945424, 0.6099858, 0.6446040, 0.7184310, 0.8623262, 1.1177431, 1.6093493");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.1275180, 0.1365525, 0.1582847, 0.2084874, 0.3251980, 0.6000763, 1.2492396", \
					  "0.1262351, 0.1354915, 0.1572919, 0.2084600, 0.3253658, 0.5999346, 1.2514941", \
					  "0.1239957, 0.1334611, 0.1557494, 0.2076681, 0.3258995, 0.6016279, 1.2497113", \
					  "0.1197364, 0.1293783, 0.1517335, 0.2049518, 0.3252591, 0.6031129, 1.2506096", \
					  "0.1355540, 0.1424929, 0.1609721, 0.2061957, 0.3210997, 0.6035394, 1.2487013", \
					  "0.1922706, 0.2014181, 0.2200168, 0.2611437, 0.3539806, 0.6025532, 1.2507317", \
					  "0.3137486, 0.3240990, 0.3478418, 0.3945932, 0.4989744, 0.7055815, 1.2738446");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0137767, 0.0143719, 0.0157151, 0.0187520, 0.0257094, 0.0419429, 0.0798336", \
					  "0.0183619, 0.0190238, 0.0204142, 0.0234038, 0.0304648, 0.0466495, 0.0845574", \
					  "0.0248994, 0.0258952, 0.0280952, 0.0326748, 0.0413024, 0.0576731, 0.0953192", \
					  "0.0321472, 0.0336862, 0.0371150, 0.0441952, 0.0575460, 0.0809394, 0.1209749", \
					  "0.0355591, 0.0378784, 0.0438918, 0.0551541, 0.0762675, 0.1120172, 0.1719772", \
					  "0.0228410, 0.0269953, 0.0356833, 0.0543909, 0.0881486, 0.1458907, 0.2395564", \
					  "-0.0455261, -0.0382205, -0.0225932, 0.0089852, 0.0662515, 0.1608548, 0.3106740");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00118547, 0.00281067, 0.00666394, 0.0157998, 0.0374603, 0.0888161");
					values("0.0089609, 0.0096098, 0.0112442, 0.0151065, 0.0241614, 0.0458203, 0.0978628", \
					  "0.0103213, 0.0108506, 0.0121850, 0.0155939, 0.0241585, 0.0458603, 0.0979347", \
					  "0.0162875, 0.0169368, 0.0184067, 0.0216353, 0.0282809, 0.0471782, 0.0977714", \
					  "0.0263841, 0.0273565, 0.0294116, 0.0341231, 0.0435370, 0.0600962, 0.1018022", \
					  "0.0466149, 0.0480263, 0.0506346, 0.0574035, 0.0698170, 0.0949940, 0.1362201", \
					  "0.0851847, 0.0873623, 0.0917031, 0.1011266, 0.1202692, 0.1554191, 0.2163262", \
					  "0.1614431, 0.1647376, 0.1723015, 0.1877790, 0.2159736, 0.2666168, 0.3542821");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007463;
			capacitance : 0.007798;
			rise_capacitance : 0.008134;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087238, -0.0087336, -0.0087561, -0.0087327, -0.0086789, -0.0085546, -0.0082683");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122334, 0.0122402, 0.0122559, 0.0122549, 0.0122526, 0.0122473, 0.0122352");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007643;
			capacitance : 0.008057;
			rise_capacitance : 0.008471;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104997, -0.0105013, -0.0105049, -0.0104996, -0.0104874, -0.0104594, -0.0103946");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0105572, 0.0105543, 0.0105476, 0.0105509, 0.0105585, 0.0105760, 0.0106164");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007456;
			capacitance : 0.007936;
			rise_capacitance : 0.008416;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0088375, -0.0088928, -0.0090203, -0.0090625, -0.0091597, -0.0093838, -0.0099003");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0144600, 0.0144845, 0.0145408, 0.0145388, 0.0145342, 0.0145235, 0.0144988");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007320;
			capacitance : 0.007884;
			rise_capacitance : 0.008449;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0096285, -0.0097078, -0.0098906, -0.0099044, -0.0099362, -0.0100095, -0.0101785");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110516, 0.0110539, 0.0110592, 0.0110545, 0.0110435, 0.0110183, 0.0109601");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007312;
			capacitance : 0.007988;
			rise_capacitance : 0.008664;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048710, -0.0048730, -0.0048776, -0.0048758, -0.0048718, -0.0048625, -0.0048411");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0050453, 0.0050472, 0.0050517, 0.0050654, 0.0050971, 0.0051701, 0.0053383");
				}
			}
		}
	}
	cell ("scs8hd_a211o_1") {
		area : 8.758400;
		cell_footprint : "a211o";
		cell_leakage_power : 2.775776e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003749";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0004092";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "3.7871558e-05";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003749";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0004235";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "3.7871558e-05";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003749";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0004230";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "3.7871558e-05";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003758";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "4.3553296e-05";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "3.7310985e-05";
			when : "A1&A2&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1) | (C1)";
			max_capacitance : 0.159312;
			max_transition : 1.511420;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0096445, 0.0107323, 0.0134645, 0.0202651, 0.0378475, 0.0834669, 0.2023629", \
					  "0.0095912, 0.0106956, 0.0134078, 0.0202116, 0.0376255, 0.0834065, 0.2024655", \
					  "0.0095426, 0.0106458, 0.0133643, 0.0201603, 0.0376320, 0.0830618, 0.2014431", \
					  "0.0094155, 0.0104894, 0.0131992, 0.0200039, 0.0374679, 0.0828917, 0.2014505", \
					  "0.0094499, 0.0104197, 0.0130032, 0.0198365, 0.0373030, 0.0831082, 0.2021493", \
					  "0.0096057, 0.0105977, 0.0131660, 0.0198572, 0.0371946, 0.0826162, 0.2019282", \
					  "0.0096144, 0.0105997, 0.0131856, 0.0199339, 0.0374842, 0.0829586, 0.2005293");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0083455, 0.0077195, 0.0059040, 0.0004209, -0.0159809, -0.0613356, -0.1809246", \
					  "0.0081271, 0.0074702, 0.0056935, 0.0002693, -0.0161427, -0.0614842, -0.1810996", \
					  "0.0079604, 0.0073480, 0.0055155, 6.6300000e-05, -0.0163382, -0.0616998, -0.1813024", \
					  "0.0078212, 0.0071927, 0.0053863, -0.0001014, -0.0164770, -0.0618402, -0.1814527", \
					  "0.0077227, 0.0070605, 0.0052857, -0.0002429, -0.0166110, -0.0619730, -0.1815598", \
					  "0.0076673, 0.0070386, 0.0051515, -0.0003784, -0.0167202, -0.0620163, -0.1815981", \
					  "0.0103415, 0.0093987, 0.0069436, 0.0002840, -0.0171114, -0.0620967, -0.1816328");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0099443, 0.0110482, 0.0137716, 0.0205399, 0.0380088, 0.0831757, 0.2017099", \
					  "0.0098913, 0.0109903, 0.0137084, 0.0204799, 0.0378241, 0.0832066, 0.2016782", \
					  "0.0098201, 0.0109194, 0.0136233, 0.0204020, 0.0377926, 0.0834403, 0.2024766", \
					  "0.0097465, 0.0108258, 0.0135227, 0.0203099, 0.0377528, 0.0834443, 0.2024531", \
					  "0.0098101, 0.0107816, 0.0134020, 0.0201525, 0.0375979, 0.0828432, 0.2011904", \
					  "0.0099470, 0.0109628, 0.0135452, 0.0201874, 0.0376931, 0.0827807, 0.2013610", \
					  "0.0100497, 0.0110289, 0.0136712, 0.0203277, 0.0378311, 0.0832647, 0.2019633");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0103485, 0.0096927, 0.0078936, 0.0023847, -0.0138598, -0.0591339, -0.1786814", \
					  "0.0102326, 0.0095611, 0.0077735, 0.0023405, -0.0139962, -0.0592534, -0.1787814", \
					  "0.0100871, 0.0094612, 0.0076294, 0.0021757, -0.0141280, -0.0593934, -0.1789412", \
					  "0.0100159, 0.0093637, 0.0075404, 0.0020942, -0.0142203, -0.0595057, -0.1790412", \
					  "0.0098544, 0.0091993, 0.0073807, 0.0019761, -0.0143590, -0.0596230, -0.1791661", \
					  "0.0097905, 0.0091191, 0.0073727, 0.0018518, -0.0144022, -0.0596756, -0.1791957", \
					  "0.0126570, 0.0116939, 0.0092809, 0.0026677, -0.0147841, -0.0597411, -0.1792308");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0085764, 0.0096453, 0.0123569, 0.0191893, 0.0367193, 0.0820780, 0.2002780", \
					  "0.0085673, 0.0096379, 0.0123281, 0.0191813, 0.0367086, 0.0821086, 0.2003785", \
					  "0.0085389, 0.0095889, 0.0122822, 0.0191590, 0.0366650, 0.0821087, 0.2004956", \
					  "0.0083615, 0.0094019, 0.0120618, 0.0188315, 0.0365664, 0.0819064, 0.2005744", \
					  "0.0082987, 0.0092621, 0.0117783, 0.0186110, 0.0362114, 0.0815521, 0.2010554", \
					  "0.0082102, 0.0092337, 0.0118421, 0.0185303, 0.0360825, 0.0811876, 0.2008196", \
					  "0.0083000, 0.0091858, 0.0118818, 0.0186200, 0.0362412, 0.0817333, 0.2000349");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0076202, 0.0070276, 0.0052182, -0.0002519, -0.0167727, -0.0622722, -0.1819077", \
					  "0.0074673, 0.0068773, 0.0051447, -0.0003901, -0.0169326, -0.0624273, -0.1820491", \
					  "0.0073737, 0.0067438, 0.0049668, -0.0005360, -0.0170633, -0.0625595, -0.1821916", \
					  "0.0072827, 0.0066680, 0.0048902, -0.0006203, -0.0171830, -0.0626524, -0.1822736", \
					  "0.0070831, 0.0065652, 0.0048047, -0.0007341, -0.0172675, -0.0627317, -0.1823499", \
					  "0.0068501, 0.0062308, 0.0045421, -0.0009241, -0.0173965, -0.0628256, -0.1823949", \
					  "0.0097726, 0.0088022, 0.0062710, -0.0003122, -0.0176831, -0.0629493, -0.1824935");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0065111, 0.0075816, 0.0102743, 0.0171008, 0.0345606, 0.0802970, 0.1984243", \
					  "0.0064776, 0.0075414, 0.0102309, 0.0170542, 0.0346954, 0.0800494, 0.1986800", \
					  "0.0063445, 0.0073921, 0.0100537, 0.0169360, 0.0344730, 0.0796738, 0.1970288", \
					  "0.0061331, 0.0071735, 0.0097783, 0.0165691, 0.0339347, 0.0797681, 0.1982619", \
					  "0.0060054, 0.0070182, 0.0095388, 0.0162632, 0.0336649, 0.0791743, 0.1978817", \
					  "0.0058688, 0.0068725, 0.0094539, 0.0162322, 0.0337011, 0.0789633, 0.1987105", \
					  "0.0060029, 0.0069270, 0.0095930, 0.0161885, 0.0338512, 0.0793710, 0.1965428");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001306721, 0.003415041, 0.008925013, 0.02332501, 0.06095856, 0.1593117");
					values("0.0069689, 0.0063689, 0.0046366, -0.0008696, -0.0174535, -0.0629346, -0.1825426", \
					  "0.0068314, 0.0062274, 0.0044307, -0.0010481, -0.0176089, -0.0630970, -0.1827221", \
					  "0.0066560, 0.0060821, 0.0043127, -0.0012152, -0.0177701, -0.0632490, -0.1828620", \
					  "0.0065361, 0.0059394, 0.0041727, -0.0014037, -0.0179286, -0.0633891, -0.1830038", \
					  "0.0065441, 0.0058821, 0.0040554, -0.0014218, -0.0179809, -0.0634200, -0.1830109", \
					  "0.0072001, 0.0062341, 0.0037694, -0.0015827, -0.0179983, -0.0633989, -0.1829273", \
					  "0.0093500, 0.0083699, 0.0058279, -0.0007730, -0.0181421, -0.0635298, -0.1829853");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0650174, 0.0715182, 0.0870400, 0.1246822, 0.2200692, 0.4681565, 1.1154287", \
					  "0.0691742, 0.0757588, 0.0911455, 0.1287763, 0.2239464, 0.4722079, 1.1197649", \
					  "0.0797693, 0.0863786, 0.1017460, 0.1393038, 0.2348427, 0.4817483, 1.1278760", \
					  "0.1022867, 0.1089295, 0.1243684, 0.1615888, 0.2571310, 0.5044726, 1.1496385", \
					  "0.1340654, 0.1410218, 0.1567598, 0.1944512, 0.2900313, 0.5384968, 1.1856177", \
					  "0.1709907, 0.1793932, 0.1962258, 0.2339542, 0.3289768, 0.5763833, 1.2251373", \
					  "0.1867016, 0.1976633, 0.2192792, 0.2605927, 0.3551648, 0.6028908, 1.2481348");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0208416, 0.0280832, 0.0472270, 0.0977277, 0.2316219, 0.5814089, 1.4997318", \
					  "0.0207871, 0.0280564, 0.0471651, 0.0976481, 0.2315556, 0.5823383, 1.4991630", \
					  "0.0206245, 0.0279085, 0.0468901, 0.0974997, 0.2319774, 0.5815051, 1.4962804", \
					  "0.0212332, 0.0283334, 0.0468899, 0.0973127, 0.2319617, 0.5837344, 1.5046998", \
					  "0.0241914, 0.0305814, 0.0482962, 0.0978712, 0.2314808, 0.5817225, 1.4978481", \
					  "0.0303934, 0.0364452, 0.0522514, 0.0991516, 0.2329046, 0.5810050, 1.4980920", \
					  "0.0430563, 0.0504718, 0.0647817, 0.1056242, 0.2331481, 0.5859638, 1.4946651");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.2351426, 0.2429285, 0.2585721, 0.2880660, 0.3435366, 0.4571228, 0.7236254", \
					  "0.2386150, 0.2465067, 0.2625880, 0.2920834, 0.3469652, 0.4610307, 0.7272565", \
					  "0.2517545, 0.2594959, 0.2750970, 0.3045001, 0.3593043, 0.4731834, 0.7395520", \
					  "0.2855420, 0.2933138, 0.3088809, 0.3377773, 0.3934805, 0.5073311, 0.7734698", \
					  "0.3611084, 0.3689705, 0.3844009, 0.4137738, 0.4689573, 0.5829560, 0.8492863", \
					  "0.5205457, 0.5286887, 0.5448273, 0.5745452, 0.6302158, 0.7444603, 1.0105827", \
					  "0.8284454, 0.8379246, 0.8559998, 0.8895780, 0.9508766, 1.0698648, 1.3390778");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0324120, 0.0373103, 0.0478204, 0.0697414, 0.1199216, 0.2433642, 0.5785603", \
					  "0.0319534, 0.0368405, 0.0473165, 0.0703433, 0.1212048, 0.2442484, 0.5806888", \
					  "0.0320016, 0.0368905, 0.0475013, 0.0704845, 0.1211839, 0.2436914, 0.5761583", \
					  "0.0319915, 0.0368786, 0.0473098, 0.0700023, 0.1205670, 0.2437509, 0.5799109", \
					  "0.0319319, 0.0368467, 0.0473929, 0.0697177, 0.1209585, 0.2434702, 0.5769213", \
					  "0.0346984, 0.0391784, 0.0492594, 0.0714316, 0.1221860, 0.2442851, 0.5764396", \
					  "0.0416836, 0.0471674, 0.0589397, 0.0816891, 0.1336161, 0.2544111, 0.5827441");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0689660, 0.0755735, 0.0910760, 0.1285544, 0.2236022, 0.4707079, 1.1159677", \
					  "0.0735230, 0.0800934, 0.0955837, 0.1330583, 0.2281059, 0.4747736, 1.1199458", \
					  "0.0839590, 0.0905595, 0.1059008, 0.1432688, 0.2382341, 0.4860306, 1.1335640", \
					  "0.1061092, 0.1126355, 0.1279094, 0.1652478, 0.2603257, 0.5075709, 1.1533152", \
					  "0.1413134, 0.1482761, 0.1639567, 0.2015180, 0.2969567, 0.5448355, 1.1910102", \
					  "0.1854764, 0.1934719, 0.2104873, 0.2484482, 0.3437727, 0.5911305, 1.2374685", \
					  "0.2195857, 0.2300973, 0.2514749, 0.2921443, 0.3874059, 0.6360695, 1.2799078");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0208966, 0.0281442, 0.0471952, 0.0978515, 0.2315213, 0.5835775, 1.5045279", \
					  "0.0208628, 0.0281217, 0.0471081, 0.0978313, 0.2319615, 0.5830135, 1.5002690", \
					  "0.0207016, 0.0279744, 0.0468777, 0.0974415, 0.2308507, 0.5828091, 1.5018462", \
					  "0.0209782, 0.0280717, 0.0468188, 0.0975255, 0.2309916, 0.5823895, 1.5017653", \
					  "0.0233035, 0.0300469, 0.0480413, 0.0975047, 0.2316141, 0.5831457, 1.5033041", \
					  "0.0292243, 0.0356538, 0.0516724, 0.0989050, 0.2322920, 0.5809943, 1.5048094", \
					  "0.0403067, 0.0469579, 0.0629660, 0.1045875, 0.2324238, 0.5836240, 1.4973441");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.2712205, 0.2794998, 0.2958520, 0.3260069, 0.3828430, 0.4975563, 0.7646723", \
					  "0.2755212, 0.2839013, 0.3002304, 0.3303955, 0.3870375, 0.5020107, 0.7691240", \
					  "0.2885205, 0.2969935, 0.3133585, 0.3435336, 0.4000337, 0.5153619, 0.7825202", \
					  "0.3212119, 0.3294467, 0.3456593, 0.3759551, 0.4324730, 0.5476058, 0.8146802", \
					  "0.3914988, 0.3997801, 0.4161236, 0.4462317, 0.5022521, 0.6172459, 0.8844515", \
					  "0.5401039, 0.5485684, 0.5649232, 0.5953733, 0.6524435, 0.7675750, 1.0347577", \
					  "0.8266965, 0.8363208, 0.8550013, 0.8888851, 0.9503995, 1.0708089, 1.3402242");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0351288, 0.0399473, 0.0501860, 0.0728895, 0.1231759, 0.2460399, 0.5790056", \
					  "0.0349721, 0.0400325, 0.0501436, 0.0728413, 0.1233355, 0.2460248, 0.5785487", \
					  "0.0351915, 0.0399657, 0.0501901, 0.0726433, 0.1233465, 0.2458535, 0.5797874", \
					  "0.0352571, 0.0400598, 0.0502746, 0.0723912, 0.1234694, 0.2463992, 0.5820621", \
					  "0.0350652, 0.0398412, 0.0500561, 0.0730805, 0.1237101, 0.2459732, 0.5811249", \
					  "0.0367124, 0.0411943, 0.0518133, 0.0736193, 0.1237474, 0.2462813, 0.5785956", \
					  "0.0437179, 0.0487386, 0.0601916, 0.0828074, 0.1341716, 0.2546784, 0.5834633");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0507571, 0.0567415, 0.0716439, 0.1088954, 0.2041247, 0.4518182, 1.0987746", \
					  "0.0554384, 0.0614856, 0.0763343, 0.1135862, 0.2088150, 0.4563110, 1.1030293", \
					  "0.0664781, 0.0723989, 0.0871362, 0.1245135, 0.2198724, 0.4670213, 1.1135044", \
					  "0.0864967, 0.0925473, 0.1072967, 0.1444502, 0.2399312, 0.4878672, 1.1335325", \
					  "0.1127234, 0.1188178, 0.1338703, 0.1710903, 0.2665784, 0.5146787, 1.1609480", \
					  "0.1382253, 0.1464031, 0.1629654, 0.1997307, 0.2954307, 0.5429197, 1.1892928", \
					  "0.1392075, 0.1503187, 0.1724437, 0.2132377, 0.3077026, 0.5560186, 1.2010795");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0177510, 0.0250320, 0.0442502, 0.0958689, 0.2307597, 0.5832629, 1.5028424", \
					  "0.0177593, 0.0249908, 0.0444185, 0.0956618, 0.2307887, 0.5833669, 1.5036901", \
					  "0.0177415, 0.0249924, 0.0443594, 0.0957150, 0.2298922, 0.5834093, 1.5044436", \
					  "0.0187884, 0.0257725, 0.0446819, 0.0959159, 0.2304903, 0.5803609, 1.5038503", \
					  "0.0217731, 0.0282344, 0.0458769, 0.0961490, 0.2299579, 0.5808085, 1.4971949", \
					  "0.0293926, 0.0350063, 0.0505866, 0.0974741, 0.2314920, 0.5785641, 1.4977584", \
					  "0.0430633, 0.0500598, 0.0648080, 0.1050976, 0.2323106, 0.5841977, 1.4931408");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.1771865, 0.1843516, 0.1982997, 0.2254297, 0.2777241, 0.3869804, 0.6509583", \
					  "0.1811695, 0.1883194, 0.2023520, 0.2297633, 0.2818032, 0.3909700, 0.6554935", \
					  "0.1946598, 0.2017384, 0.2160001, 0.2427059, 0.2949487, 0.4043090, 0.6683232", \
					  "0.2279876, 0.2350699, 0.2493568, 0.2765264, 0.3281292, 0.4378269, 0.7017671", \
					  "0.3046263, 0.3117102, 0.3259463, 0.3530430, 0.4050347, 0.5147786, 0.7790514", \
					  "0.4687691, 0.4765555, 0.4919938, 0.5207283, 0.5743577, 0.6850100, 0.9479288", \
					  "0.7750225, 0.7849181, 0.8038905, 0.8379976, 0.8985871, 1.0151850, 1.2768362");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0280545, 0.0327021, 0.0426313, 0.0641974, 0.1133350, 0.2365251, 0.5733400", \
					  "0.0280182, 0.0326921, 0.0430398, 0.0638405, 0.1132347, 0.2365946, 0.5780737", \
					  "0.0281055, 0.0327088, 0.0424870, 0.0640405, 0.1133673, 0.2365150, 0.5733875", \
					  "0.0281529, 0.0326534, 0.0426567, 0.0637187, 0.1130066, 0.2363255, 0.5739972", \
					  "0.0280792, 0.0327523, 0.0425302, 0.0638150, 0.1133825, 0.2356806, 0.5787587", \
					  "0.0328060, 0.0374015, 0.0473022, 0.0682326, 0.1164417, 0.2372092, 0.5750805", \
					  "0.0452687, 0.0504355, 0.0608703, 0.0837027, 0.1314244, 0.2484472, 0.5817946");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0480829, 0.0541515, 0.0689847, 0.1061510, 0.2018155, 0.4486027, 1.0962790", \
					  "0.0528920, 0.0589118, 0.0737708, 0.1109450, 0.2063210, 0.4537206, 1.1034089", \
					  "0.0638402, 0.0698052, 0.0845274, 0.1217316, 0.2175200, 0.4647878, 1.1099414", \
					  "0.0830765, 0.0892216, 0.1039116, 0.1409909, 0.2363715, 0.4856267, 1.1337682", \
					  "0.1080689, 0.1147449, 0.1297751, 0.1666615, 0.2621507, 0.5097998, 1.1596443", \
					  "0.1335693, 0.1419652, 0.1590092, 0.1963908, 0.2914413, 0.5391437, 1.1859603", \
					  "0.1361950, 0.1481286, 0.1711659, 0.2126071, 0.3081460, 0.5548988, 1.2011853");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0175992, 0.0248742, 0.0441224, 0.0958051, 0.2315508, 0.5833549, 1.5029681", \
					  "0.0176396, 0.0248700, 0.0441544, 0.0956718, 0.2306047, 0.5849894, 1.5114197", \
					  "0.0177516, 0.0249764, 0.0442358, 0.0958818, 0.2318467, 0.5796930, 1.4933396", \
					  "0.0190278, 0.0259065, 0.0446395, 0.0956816, 0.2295931, 0.5885554, 1.5021597", \
					  "0.0229019, 0.0289591, 0.0462211, 0.0961763, 0.2297894, 0.5833478, 1.5098749", \
					  "0.0309623, 0.0368905, 0.0523329, 0.0978786, 0.2317659, 0.5784713, 1.5025611", \
					  "0.0469983, 0.0538282, 0.0688974, 0.1078021, 0.2323692, 0.5853989, 1.4942476");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.1495494, 0.1566605, 0.1710064, 0.1981624, 0.2495838, 0.3590493, 0.6234959", \
					  "0.1521951, 0.1592559, 0.1735564, 0.2003644, 0.2525933, 0.3620559, 0.6262365", \
					  "0.1629496, 0.1700542, 0.1843593, 0.2115215, 0.2633801, 0.3728333, 0.6373061", \
					  "0.1908274, 0.1980272, 0.2123876, 0.2393944, 0.2913993, 0.4007889, 0.6652343", \
					  "0.2642436, 0.2713330, 0.2855451, 0.3125024, 0.3635280, 0.4731431, 0.7374286", \
					  "0.4099155, 0.4184907, 0.4353104, 0.4652646, 0.5190877, 0.6302843, 0.8900580", \
					  "0.6566723, 0.6681278, 0.6895376, 0.7287015, 0.7921791, 0.9080117, 1.1694671");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130672, 0.00341504, 0.00892501, 0.023325, 0.0609586, 0.159312");
					values("0.0280953, 0.0327119, 0.0426447, 0.0643995, 0.1135177, 0.2367527, 0.5744973", \
					  "0.0280791, 0.0327058, 0.0424460, 0.0642650, 0.1133767, 0.2366386, 0.5733051", \
					  "0.0281553, 0.0327301, 0.0425095, 0.0637648, 0.1133863, 0.2362705, 0.5772603", \
					  "0.0282549, 0.0326690, 0.0424092, 0.0643896, 0.1127054, 0.2364582, 0.5731859", \
					  "0.0280877, 0.0326134, 0.0422891, 0.0640068, 0.1134425, 0.2366252, 0.5773856", \
					  "0.0376351, 0.0423630, 0.0520127, 0.0721872, 0.1182510, 0.2397559, 0.5804495", \
					  "0.0558785, 0.0616516, 0.0732917, 0.0943108, 0.1379846, 0.2501110, 0.5826909");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002386;
			capacitance : 0.002259;
			fall_capacitance : 0.002132;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025423, -0.0025413, -0.0025389, -0.0025344, -0.0025239, -0.0024997, -0.0024439");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031639, 0.0031652, 0.0031681, 0.0031688, 0.0031703, 0.0031737, 0.0031815");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002416;
			capacitance : 0.002266;
			fall_capacitance : 0.002116;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029012, -0.0029012, -0.0029010, -0.0029009, -0.0029006, -0.0028999, -0.0028984");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029023, 0.0029019, 0.0029011, 0.0029010, 0.0029007, 0.0028999, 0.0028981");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002390;
			capacitance : 0.002242;
			fall_capacitance : 0.002095;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023281, -0.0023511, -0.0024040, -0.0024059, -0.0024102, -0.0024202, -0.0024431");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024994, 0.0024995, 0.0024996, 0.0025001, 0.0025014, 0.0025042, 0.0025106");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002378;
			capacitance : 0.002208;
			fall_capacitance : 0.002037;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012356, -0.0012365, -0.0012385, -0.0012396, -0.0012422, -0.0012481, -0.0012617");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018147, 0.0018116, 0.0018044, 0.0018100, 0.0018229, 0.0018526, 0.0019211");
				}
			}
		}
	}
	cell ("scs8hd_a211o_2") {
		area : 10.009600;
		cell_footprint : "a211o";
		cell_leakage_power : 3.564638e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003911";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0007601";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003888";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "5.4123061e-05";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003911";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0007750";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003888";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "5.4123061e-05";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003911";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0007744";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003888";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "5.4123061e-05";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003889";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "6.0442435e-05";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003888";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "5.3731362e-05";
			when : "A1&A2&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1) | (C1)";
			max_capacitance : 0.288401;
			max_transition : 1.509432;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0125718, 0.0138466, 0.0173963, 0.0271493, 0.0547165, 0.1338455, 0.3603570", \
					  "0.0125341, 0.0138304, 0.0174040, 0.0271366, 0.0545809, 0.1334597, 0.3597519", \
					  "0.0124622, 0.0137442, 0.0172911, 0.0270758, 0.0545380, 0.1334438, 0.3617833", \
					  "0.0123846, 0.0136402, 0.0171627, 0.0268575, 0.0544442, 0.1336792, 0.3600364", \
					  "0.0124958, 0.0136413, 0.0170450, 0.0267386, 0.0540641, 0.1330721, 0.3611680", \
					  "0.0127429, 0.0138989, 0.0172602, 0.0268336, 0.0540046, 0.1324625, 0.3609833", \
					  "0.0126879, 0.0139206, 0.0171631, 0.0269027, 0.0541260, 0.1332192, 0.3584485");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0097462, 0.0088440, 0.0062549, -0.0016392, -0.0270351, -0.1052018, -0.3342554", \
					  "0.0096142, 0.0087001, 0.0061171, -0.0018845, -0.0271655, -0.1053472, -0.3343970", \
					  "0.0094252, 0.0084655, 0.0059136, -0.0019655, -0.0273681, -0.1055744, -0.3346176", \
					  "0.0093239, 0.0083775, 0.0058123, -0.0021488, -0.0275185, -0.1057482, -0.3347585", \
					  "0.0091867, 0.0082220, 0.0056557, -0.0022712, -0.0276849, -0.1058697, -0.3349291", \
					  "0.0090904, 0.0081472, 0.0055801, -0.0023602, -0.0277675, -0.1059538, -0.3349638", \
					  "0.0122048, 0.0110617, 0.0077903, -0.0016034, -0.0282867, -0.1060627, -0.3350123");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0130417, 0.0143294, 0.0179133, 0.0276429, 0.0549721, 0.1337695, 0.3600405", \
					  "0.0129894, 0.0142697, 0.0178181, 0.0275274, 0.0549591, 0.1341219, 0.3608076", \
					  "0.0128874, 0.0141697, 0.0177304, 0.0274828, 0.0548577, 0.1335857, 0.3602335", \
					  "0.0128629, 0.0141324, 0.0176638, 0.0273060, 0.0548522, 0.1339777, 0.3606619", \
					  "0.0128783, 0.0139431, 0.0173923, 0.0271890, 0.0546300, 0.1339879, 0.3617326", \
					  "0.0131102, 0.0143002, 0.0177082, 0.0271625, 0.0546700, 0.1329791, 0.3616134", \
					  "0.0133302, 0.0145032, 0.0178493, 0.0275273, 0.0549572, 0.1340537, 0.3590714");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0118425, 0.0109457, 0.0084466, 0.0005100, -0.0248136, -0.1029802, -0.3319293", \
					  "0.0117453, 0.0108529, 0.0083491, 0.0004480, -0.0249141, -0.1030685, -0.3320314", \
					  "0.0116199, 0.0107190, 0.0082178, 0.0002049, -0.0250631, -0.1032069, -0.3321556", \
					  "0.0115178, 0.0105345, 0.0081258, 0.0001108, -0.0252052, -0.1033310, -0.3322749", \
					  "0.0114016, 0.0105086, 0.0078819, -4.9600000e-05, -0.0253817, -0.1034688, -0.3324057", \
					  "0.0113622, 0.0104225, 0.0078153, -7.2800000e-05, -0.0254468, -0.1035247, -0.3324609", \
					  "0.0147914, 0.0136349, 0.0103437, 0.0009281, -0.0259476, -0.1036456, -0.3325244");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0116288, 0.0128914, 0.0164290, 0.0262417, 0.0540122, 0.1330603, 0.3593641", \
					  "0.0116252, 0.0129156, 0.0164451, 0.0262294, 0.0538200, 0.1324762, 0.3610583", \
					  "0.0116444, 0.0129243, 0.0164351, 0.0262053, 0.0538194, 0.1325490, 0.3610733", \
					  "0.0114940, 0.0127319, 0.0162257, 0.0258654, 0.0535523, 0.1323390, 0.3609418", \
					  "0.0115070, 0.0127110, 0.0160478, 0.0256388, 0.0531220, 0.1326652, 0.3593146", \
					  "0.0114370, 0.0126232, 0.0160595, 0.0256878, 0.0528826, 0.1314235, 0.3585208", \
					  "0.0114673, 0.0126174, 0.0160014, 0.0257108, 0.0531530, 0.1321242, 0.3575573");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0091480, 0.0082173, 0.0057403, -0.0021371, -0.0276058, -0.1061009, -0.3352256", \
					  "0.0089455, 0.0080397, 0.0056044, -0.0022719, -0.0277441, -0.1062449, -0.3353561", \
					  "0.0087970, 0.0079095, 0.0054511, -0.0024709, -0.0279054, -0.1064082, -0.3355166", \
					  "0.0086822, 0.0077886, 0.0053222, -0.0025353, -0.0280105, -0.1065074, -0.3355743", \
					  "0.0086226, 0.0077293, 0.0052441, -0.0026864, -0.0281412, -0.1066161, -0.3357000", \
					  "0.0085766, 0.0076153, 0.0050600, -0.0028701, -0.0283252, -0.1067316, -0.3358013", \
					  "0.0124074, 0.0112377, 0.0079010, -0.0014466, -0.0287956, -0.1068950, -0.3358909");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0096450, 0.0109076, 0.0144390, 0.0242482, 0.0518418, 0.1306781, 0.3579580", \
					  "0.0096627, 0.0109194, 0.0144424, 0.0242491, 0.0519786, 0.1304242, 0.3596620", \
					  "0.0095995, 0.0108614, 0.0143744, 0.0241107, 0.0516193, 0.1308722, 0.3553384", \
					  "0.0094059, 0.0105653, 0.0140615, 0.0237161, 0.0515327, 0.1295821, 0.3552664", \
					  "0.0092061, 0.0104351, 0.0138146, 0.0234593, 0.0506870, 0.1300759, 0.3588273", \
					  "0.0091449, 0.0103444, 0.0137257, 0.0233406, 0.0508082, 0.1294607, 0.3585024", \
					  "0.0091588, 0.0103044, 0.0136754, 0.0233868, 0.0506638, 0.1299854, 0.3545636");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0085843, 0.0077038, 0.0051630, -0.0026788, -0.0281998, -0.1066669, -0.3357541", \
					  "0.0083839, 0.0075546, 0.0050124, -0.0029109, -0.0283307, -0.1068071, -0.3359265", \
					  "0.0082627, 0.0073531, 0.0048492, -0.0030290, -0.0285062, -0.1069947, -0.3361022", \
					  "0.0081132, 0.0072347, 0.0047084, -0.0032022, -0.0286442, -0.1071111, -0.3362078", \
					  "0.0080207, 0.0071200, 0.0046148, -0.0033443, -0.0288273, -0.1072715, -0.3363492", \
					  "0.0078466, 0.0068587, 0.0043628, -0.0035990, -0.0290674, -0.1074435, -0.3364474", \
					  "0.0126826, 0.0114356, 0.0080368, -0.0015251, -0.0287791, -0.1074097, -0.3363323");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.0720142, 0.0772658, 0.0898951, 0.1207639, 0.2037218, 0.4408823, 1.1208244", \
					  "0.0762634, 0.0815236, 0.0941364, 0.1247782, 0.2082043, 0.4441892, 1.1239717", \
					  "0.0866148, 0.0918712, 0.1044414, 0.1351952, 0.2184370, 0.4544445, 1.1342310", \
					  "0.1105462, 0.1157428, 0.1282889, 0.1590105, 0.2418107, 0.4790182, 1.1584256", \
					  "0.1483068, 0.1540272, 0.1671726, 0.1982041, 0.2810706, 0.5174292, 1.1990966", \
					  "0.1928562, 0.2000169, 0.2154646, 0.2479210, 0.3302799, 0.5666432, 1.2490188", \
					  "0.2221946, 0.2318766, 0.2523797, 0.2913310, 0.3746730, 0.6109214, 1.2899655");
				}
				rise_transition ("del_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("0.0175336, 0.0223700, 0.0355328, 0.0745718, 0.1901674, 0.5267641, 1.5029485", \
					  "0.0173826, 0.0222512, 0.0355140, 0.0744269, 0.1901428, 0.5275578, 1.5020342", \
					  "0.0173858, 0.0221604, 0.0354052, 0.0744038, 0.1904672, 0.5277652, 1.5019677", \
					  "0.0176751, 0.0224338, 0.0354988, 0.0742410, 0.1897677, 0.5262382, 1.5034454", \
					  "0.0211041, 0.0255019, 0.0377554, 0.0752224, 0.1902730, 0.5283860, 1.5014316", \
					  "0.0286707, 0.0330008, 0.0447338, 0.0784708, 0.1908870, 0.5260134, 1.5019902", \
					  "0.0421290, 0.0478533, 0.0594260, 0.0900102, 0.1934354, 0.5286341, 1.4935172");
				}
				cell_fall ("del_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("0.2808664, 0.2883218, 0.3039702, 0.3334653, 0.3883334, 0.4981196, 0.7583748", \
					  "0.2850978, 0.2925372, 0.3081655, 0.3376833, 0.3926205, 0.5023192, 0.7625953", \
					  "0.2970179, 0.3044447, 0.3200512, 0.3495795, 0.4037338, 0.5141667, 0.7743267", \
					  "0.3312521, 0.3386742, 0.3542366, 0.3836862, 0.4381298, 0.5487774, 0.8087460", \
					  "0.4066495, 0.4140916, 0.4296490, 0.4591753, 0.5140357, 0.6241674, 0.8836707", \
					  "0.5699313, 0.5774266, 0.5931001, 0.6224923, 0.6773954, 0.7879918, 1.0478725", \
					  "0.8950925, 0.9038497, 0.9218569, 0.9548726, 1.0140913, 1.1304149, 1.3933307");
				}
				fall_transition ("del_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("0.0376726, 0.0416414, 0.0507452, 0.0699654, 0.1120757, 0.2214939, 0.5323348", \
					  "0.0377100, 0.0417020, 0.0507739, 0.0700029, 0.1120718, 0.2215829, 0.5325622", \
					  "0.0376805, 0.0415314, 0.0505083, 0.0698833, 0.1126062, 0.2214832, 0.5334636", \
					  "0.0375617, 0.0417407, 0.0505154, 0.0694526, 0.1124516, 0.2202425, 0.5342690", \
					  "0.0377854, 0.0418422, 0.0505286, 0.0694865, 0.1131455, 0.2208404, 0.5334334", \
					  "0.0387961, 0.0425387, 0.0512834, 0.0703412, 0.1125365, 0.2198593, 0.5345738", \
					  "0.0471408, 0.0515720, 0.0605989, 0.0799188, 0.1253360, 0.2297927, 0.5380427");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.0763515, 0.0816310, 0.0942571, 0.1249103, 0.2081359, 0.4438738, 1.1234457", \
					  "0.0808269, 0.0860935, 0.0986598, 0.1294895, 0.2124245, 0.4490444, 1.1270412", \
					  "0.0911133, 0.0963496, 0.1089371, 0.1396411, 0.2227856, 0.4589465, 1.1381923", \
					  "0.1141087, 0.1193370, 0.1318532, 0.1623320, 0.2452482, 0.4821309, 1.1602211", \
					  "0.1531856, 0.1583292, 0.1715347, 0.2025356, 0.2854984, 0.5218194, 1.2028724", \
					  "0.2042717, 0.2112451, 0.2262573, 0.2582423, 0.3414713, 0.5775414, 1.2601721", \
					  "0.2501614, 0.2594845, 0.2788404, 0.3164398, 0.4007173, 0.6370180, 1.3154872");
				}
				rise_transition ("del_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("0.0174437, 0.0222986, 0.0356114, 0.0745328, 0.1903282, 0.5275924, 1.5019994", \
					  "0.0175221, 0.0222443, 0.0355707, 0.0745174, 0.1903440, 0.5275871, 1.5007099", \
					  "0.0173350, 0.0222183, 0.0355536, 0.0744047, 0.1900240, 0.5279868, 1.4996222", \
					  "0.0174132, 0.0221888, 0.0355176, 0.0741625, 0.1903531, 0.5271823, 1.5028591", \
					  "0.0200147, 0.0251434, 0.0376027, 0.0750724, 0.1902355, 0.5274218, 1.5028604", \
					  "0.0261464, 0.0305589, 0.0424382, 0.0780012, 0.1907410, 0.5262922, 1.4984246", \
					  "0.0375962, 0.0429314, 0.0549473, 0.0872579, 0.1928700, 0.5286255, 1.4966786");
				}
				cell_fall ("del_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("0.3164100, 0.3245229, 0.3411739, 0.3716412, 0.4277895, 0.5396463, 0.8008785", \
					  "0.3210906, 0.3292447, 0.3459057, 0.3764451, 0.4327573, 0.5446872, 0.8060602", \
					  "0.3345248, 0.3426705, 0.3592756, 0.3899459, 0.4460023, 0.5578558, 0.8190822", \
					  "0.3669225, 0.3749444, 0.3916846, 0.4221287, 0.4785181, 0.5904707, 0.8518609", \
					  "0.4370919, 0.4451628, 0.4619395, 0.4925945, 0.5487724, 0.6598397, 0.9211197", \
					  "0.5874885, 0.5956663, 0.6122999, 0.6428605, 0.6990294, 0.8110858, 1.0722173", \
					  "0.8863579, 0.8957056, 0.9144885, 0.9483894, 1.0086422, 1.1251453, 1.3894537");
				}
				fall_transition ("del_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("0.0413408, 0.0454075, 0.0545101, 0.0736365, 0.1153960, 0.2235450, 0.5351328", \
					  "0.0413252, 0.0454169, 0.0545232, 0.0734145, 0.1154057, 0.2235928, 0.5351259", \
					  "0.0413347, 0.0454029, 0.0544963, 0.0730839, 0.1154030, 0.2234664, 0.5350186", \
					  "0.0413039, 0.0453872, 0.0543720, 0.0730878, 0.1153163, 0.2235809, 0.5345613", \
					  "0.0414733, 0.0455118, 0.0540095, 0.0726757, 0.1149272, 0.2244224, 0.5366747", \
					  "0.0417565, 0.0458562, 0.0543161, 0.0732653, 0.1152756, 0.2232251, 0.5364828", \
					  "0.0499736, 0.0544017, 0.0636016, 0.0828353, 0.1256577, 0.2310378, 0.5403888");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.0549034, 0.0593454, 0.0706548, 0.1004265, 0.1834183, 0.4198258, 1.0992937", \
					  "0.0594462, 0.0639731, 0.0752678, 0.1049820, 0.1877016, 0.4237010, 1.1023609", \
					  "0.0706990, 0.0752087, 0.0864624, 0.1160921, 0.1988591, 0.4349769, 1.1138901", \
					  "0.0935834, 0.0981760, 0.1095280, 0.1390107, 0.2216182, 0.4578964, 1.1368469", \
					  "0.1245954, 0.1298910, 0.1420903, 0.1718045, 0.2542433, 0.4917307, 1.1701951", \
					  "0.1585998, 0.1656202, 0.1806520, 0.2119568, 0.2939070, 0.5299918, 1.2102511", \
					  "0.1740444, 0.1835374, 0.2042847, 0.2430135, 0.3257228, 0.5610799, 1.2395631");
				}
				rise_transition ("del_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("0.0139571, 0.0185297, 0.0318763, 0.0716945, 0.1887613, 0.5263266, 1.5030819", \
					  "0.0139111, 0.0185031, 0.0317585, 0.0716251, 0.1886603, 0.5266130, 1.4994599", \
					  "0.0138858, 0.0184784, 0.0318535, 0.0717095, 0.1882997, 0.5263264, 1.5005173", \
					  "0.0151210, 0.0194981, 0.0323709, 0.0716029, 0.1882132, 0.5264401, 1.5001956", \
					  "0.0194054, 0.0234592, 0.0350992, 0.0728317, 0.1883540, 0.5251187, 1.5025853", \
					  "0.0271314, 0.0315144, 0.0424020, 0.0760239, 0.1898870, 0.5244054, 1.4997962", \
					  "0.0413258, 0.0465395, 0.0586430, 0.0889170, 0.1921928, 0.5280327, 1.4951170");
				}
				cell_fall ("del_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("0.2137258, 0.2203894, 0.2346620, 0.2617239, 0.3122216, 0.4168410, 0.6710556", \
					  "0.2178716, 0.2245266, 0.2389763, 0.2661248, 0.3168299, 0.4203634, 0.6756168", \
					  "0.2309551, 0.2375703, 0.2515749, 0.2787016, 0.3294569, 0.4331512, 0.6884214", \
					  "0.2639675, 0.2706069, 0.2848002, 0.3117144, 0.3617276, 0.4668274, 0.7221257", \
					  "0.3401612, 0.3467965, 0.3609983, 0.3879037, 0.4387002, 0.5432219, 0.7983503", \
					  "0.5115522, 0.5186250, 0.5334176, 0.5609668, 0.6123623, 0.7174913, 0.9723607", \
					  "0.8385355, 0.8475805, 0.8656378, 0.8986454, 0.9568649, 1.0689092, 1.3279913");
				}
				fall_transition ("del_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("0.0324024, 0.0359485, 0.0444849, 0.0621804, 0.1033017, 0.2099970, 0.5291175", \
					  "0.0324950, 0.0361535, 0.0444851, 0.0623113, 0.1030964, 0.2102713, 0.5288586", \
					  "0.0324550, 0.0361604, 0.0448623, 0.0620851, 0.1032477, 0.2105743, 0.5287391", \
					  "0.0324723, 0.0361337, 0.0442581, 0.0621726, 0.1040796, 0.2106839, 0.5277840", \
					  "0.0324699, 0.0361793, 0.0443114, 0.0621720, 0.1031934, 0.2106470, 0.5260217", \
					  "0.0355997, 0.0393092, 0.0472801, 0.0643705, 0.1045794, 0.2111188, 0.5309002", \
					  "0.0489023, 0.0528688, 0.0615305, 0.0807796, 0.1217420, 0.2241214, 0.5317726");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.0525360, 0.0570338, 0.0683890, 0.0981607, 0.1809112, 0.4176635, 1.0996781", \
					  "0.0572653, 0.0617640, 0.0730525, 0.1028896, 0.1852024, 0.4217582, 1.1003813", \
					  "0.0687804, 0.0732792, 0.0845828, 0.1141523, 0.1972588, 0.4333927, 1.1125073", \
					  "0.0914430, 0.0958621, 0.1073471, 0.1370159, 0.2196110, 0.4556771, 1.1343251", \
					  "0.1221967, 0.1277969, 0.1402056, 0.1702438, 0.2526691, 0.4895331, 1.1680270", \
					  "0.1574905, 0.1649189, 0.1802920, 0.2122711, 0.2945474, 0.5301151, 1.2090073", \
					  "0.1773945, 0.1875287, 0.2086850, 0.2490591, 0.3318015, 0.5676122, 1.2463345");
				}
				rise_transition ("del_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("0.0140395, 0.0185811, 0.0318201, 0.0715604, 0.1891812, 0.5294127, 1.5094319", \
					  "0.0139605, 0.0185371, 0.0318477, 0.0715962, 0.1889787, 0.5285691, 1.5087204", \
					  "0.0140233, 0.0185444, 0.0318296, 0.0715915, 0.1880877, 0.5305975, 1.4991595", \
					  "0.0154872, 0.0199255, 0.0326383, 0.0716514, 0.1887416, 0.5239064, 1.4968918", \
					  "0.0202794, 0.0243775, 0.0357987, 0.0730607, 0.1877616, 0.5273633, 1.5028868", \
					  "0.0289608, 0.0333354, 0.0440534, 0.0772934, 0.1895869, 0.5244511, 1.5038552", \
					  "0.0445193, 0.0497211, 0.0635143, 0.0933155, 0.1932349, 0.5295245, 1.4968451");
				}
				cell_fall ("del_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("0.1877352, 0.1944438, 0.2086385, 0.2355883, 0.2865413, 0.3903210, 0.6459233", \
					  "0.1906138, 0.1973088, 0.2114886, 0.2385557, 0.2891782, 0.3937745, 0.6485401", \
					  "0.2008247, 0.2074670, 0.2216222, 0.2486110, 0.2993087, 0.4037577, 0.6582294", \
					  "0.2302601, 0.2369982, 0.2510587, 0.2780363, 0.3286273, 0.4331687, 0.6882690", \
					  "0.3012612, 0.3081862, 0.3222393, 0.3491991, 0.3997732, 0.5044799, 0.7599645", \
					  "0.4598117, 0.4673417, 0.4830464, 0.5120281, 0.5639404, 0.6690120, 0.9248166", \
					  "0.7332978, 0.7440624, 0.7645430, 0.8004687, 0.8653472, 0.9797153, 1.2392237");
				}
				fall_transition ("del_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("0.0324428, 0.0360107, 0.0443586, 0.0624610, 0.1030509, 0.2109779, 0.5293397", \
					  "0.0324614, 0.0360211, 0.0443467, 0.0620982, 0.1034510, 0.2099063, 0.5298643", \
					  "0.0324830, 0.0360358, 0.0444265, 0.0621820, 0.1032191, 0.2099891, 0.5286072", \
					  "0.0324377, 0.0362201, 0.0442996, 0.0620775, 0.1038187, 0.2100725, 0.5286059", \
					  "0.0323273, 0.0361750, 0.0443835, 0.0621314, 0.1033717, 0.2100333, 0.5265233", \
					  "0.0394594, 0.0430920, 0.0514702, 0.0679318, 0.1077953, 0.2117999, 0.5263291", \
					  "0.0614213, 0.0642384, 0.0747819, 0.0935925, 0.1314018, 0.2286145, 0.5357606");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002304;
			capacitance : 0.002188;
			fall_capacitance : 0.002073;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023932, -0.0023954, -0.0024005, -0.0023954, -0.0023836, -0.0023564, -0.0022937");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031533, 0.0031539, 0.0031552, 0.0031559, 0.0031575, 0.0031611, 0.0031696");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002356;
			capacitance : 0.002211;
			fall_capacitance : 0.002067;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028975, -0.0028950, -0.0028892, -0.0028894, -0.0028898, -0.0028907, -0.0028927");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028969, 0.0028957, 0.0028930, 0.0028930, 0.0028930, 0.0028929, 0.0028928");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002380;
			capacitance : 0.002235;
			fall_capacitance : 0.002090;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022963, -0.0023246, -0.0023897, -0.0023915, -0.0023958, -0.0024056, -0.0024281");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024880, 0.0024894, 0.0024925, 0.0024933, 0.0024951, 0.0024992, 0.0025087");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002385;
			capacitance : 0.002211;
			fall_capacitance : 0.002037;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012154, -0.0012202, -0.0012313, -0.0012308, -0.0012298, -0.0012273, -0.0012217");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017268, 0.0017244, 0.0017188, 0.0017240, 0.0017360, 0.0017636, 0.0018274");
				}
			}
		}
	}
	cell ("scs8hd_a211o_4") {
		area : 17.516800;
		cell_footprint : "a211o";
		cell_leakage_power : 7.186011e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007879";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0015315";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007873";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0001057";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007876";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0015614";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007873";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0001057";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007878";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0015567";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007873";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0001057";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007871";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0001262";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007871";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0001051";
			when : "A1&A2&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1) | (C1)";
			max_capacitance : 0.490733;
			max_transition : 1.513391;
			internal_power () {
				related_pin : "C1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0178248, 0.0166483, 0.0131608, 0.0028554, -0.0338283, -0.1606834, -0.5679401", \
					  "0.0175937, 0.0164482, 0.0129495, 0.0025488, -0.0341492, -0.1610351, -0.5682535", \
					  "0.0172542, 0.0160532, 0.0124954, 0.0021574, -0.0345059, -0.1613726, -0.5686178", \
					  "0.0169644, 0.0157670, 0.0122198, 0.0017135, -0.0349867, -0.1618033, -0.5690050", \
					  "0.0168305, 0.0156049, 0.0120747, 0.0016778, -0.0351883, -0.1619515, -0.5691049", \
					  "0.0174743, 0.0162579, 0.0123827, 0.0015704, -0.0357063, -0.1623285, -0.5692647", \
					  "0.0230306, 0.0217265, 0.0177650, 0.0046875, -0.0359392, -0.1625868, -0.5693500");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0181157, 0.0195995, 0.0240843, 0.0376022, 0.0786300, 0.2070804, 0.6106937", \
					  "0.0181250, 0.0196115, 0.0240794, 0.0375575, 0.0786507, 0.2073426, 0.6129929", \
					  "0.0180057, 0.0194916, 0.0239547, 0.0373884, 0.0782918, 0.2073943, 0.6067584", \
					  "0.0176109, 0.0190234, 0.0234650, 0.0368377, 0.0777571, 0.2075449, 0.6066264", \
					  "0.0177325, 0.0190993, 0.0233418, 0.0362983, 0.0772782, 0.2059735, 0.6123642", \
					  "0.0173839, 0.0187435, 0.0230118, 0.0362565, 0.0765357, 0.2045681, 0.6057330", \
					  "0.0174649, 0.0187816, 0.0229547, 0.0361066, 0.0769090, 0.2050699, 0.6069548");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0240331, 0.0255579, 0.0302317, 0.0441549, 0.0859643, 0.2142947, 0.6183895", \
					  "0.0239658, 0.0254978, 0.0301396, 0.0440690, 0.0858388, 0.2144130, 0.6191328", \
					  "0.0238515, 0.0253945, 0.0300289, 0.0439398, 0.0856772, 0.2141925, 0.6204254", \
					  "0.0237389, 0.0252101, 0.0297837, 0.0434785, 0.0851899, 0.2142922, 0.6203587", \
					  "0.0237256, 0.0251870, 0.0294866, 0.0431707, 0.0846208, 0.2132205, 0.6176353", \
					  "0.0244671, 0.0258420, 0.0301801, 0.0434188, 0.0838945, 0.2124480, 0.6166894", \
					  "0.0245344, 0.0258334, 0.0300895, 0.0432730, 0.0845413, 0.2124103, 0.6152027");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0203232, 0.0191522, 0.0157024, 0.0050751, -0.0314963, -0.1574678, -0.5645292", \
					  "0.0201013, 0.0188657, 0.0154198, 0.0048103, -0.0317437, -0.1577196, -0.5647432", \
					  "0.0197981, 0.0185471, 0.0150874, 0.0044555, -0.0321183, -0.1580918, -0.5650480", \
					  "0.0194556, 0.0182205, 0.0148065, 0.0042268, -0.0324091, -0.1583566, -0.5652974", \
					  "0.0192963, 0.0181046, 0.0146570, 0.0039952, -0.0326194, -0.1586041, -0.5656237", \
					  "0.0192043, 0.0180460, 0.0145777, 0.0039110, -0.0327859, -0.1587620, -0.5656993", \
					  "0.0231677, 0.0216710, 0.0175397, 0.0047509, -0.0335704, -0.1590216, -0.5658206");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0248137, 0.0263388, 0.0310167, 0.0449287, 0.0867120, 0.2150094, 0.6190967", \
					  "0.0247172, 0.0262338, 0.0309182, 0.0447717, 0.0865972, 0.2159072, 0.6183227", \
					  "0.0245604, 0.0260934, 0.0306815, 0.0446265, 0.0864078, 0.2158717, 0.6210919", \
					  "0.0244348, 0.0259527, 0.0305595, 0.0443119, 0.0860049, 0.2154082, 0.6178134", \
					  "0.0244572, 0.0258674, 0.0302835, 0.0440110, 0.0854817, 0.2140263, 0.6191466", \
					  "0.0251912, 0.0265483, 0.0308279, 0.0441211, 0.0850756, 0.2134654, 0.6186245", \
					  "0.0252818, 0.0266633, 0.0306195, 0.0439696, 0.0852267, 0.2143339, 0.6159239");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0247840, 0.0235924, 0.0201448, 0.0095844, -0.0269177, -0.1530373, -0.5599748", \
					  "0.0246049, 0.0234274, 0.0199474, 0.0094516, -0.0271276, -0.1531919, -0.5601013", \
					  "0.0245591, 0.0233351, 0.0198263, 0.0092714, -0.0272738, -0.1533858, -0.5603353", \
					  "0.0242678, 0.0230842, 0.0196228, 0.0090492, -0.0274532, -0.1535808, -0.5605263", \
					  "0.0240318, 0.0228394, 0.0193461, 0.0089537, -0.0276546, -0.1537628, -0.5607092", \
					  "0.0241988, 0.0230027, 0.0194828, 0.0088792, -0.0277827, -0.1538911, -0.5608026", \
					  "0.0276192, 0.0262859, 0.0222567, 0.0094541, -0.0285867, -0.1541361, -0.5609382");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0221714, 0.0236462, 0.0280957, 0.0413880, 0.0822302, 0.2101331, 0.6156627", \
					  "0.0221613, 0.0236286, 0.0280697, 0.0413887, 0.0821603, 0.2103901, 0.6160099", \
					  "0.0221445, 0.0236285, 0.0280567, 0.0413476, 0.0821764, 0.2103003, 0.6129571", \
					  "0.0217857, 0.0232092, 0.0275717, 0.0408432, 0.0818521, 0.2107879, 0.6142102", \
					  "0.0217564, 0.0231359, 0.0273617, 0.0404057, 0.0811823, 0.2104619, 0.6128688", \
					  "0.0216029, 0.0229621, 0.0272934, 0.0403211, 0.0808127, 0.2087118, 0.6148192", \
					  "0.0216799, 0.0229930, 0.0272791, 0.0405253, 0.0814297, 0.2095651, 0.6106709");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0193634, 0.0181399, 0.0146429, 0.0042708, -0.0323884, -0.1592089, -0.5664831", \
					  "0.0190554, 0.0178344, 0.0143342, 0.0039360, -0.0327251, -0.1595369, -0.5668255", \
					  "0.0187004, 0.0175335, 0.0139966, 0.0037033, -0.0330390, -0.1598285, -0.5671510", \
					  "0.0185195, 0.0173207, 0.0138100, 0.0033723, -0.0332869, -0.1600924, -0.5673726", \
					  "0.0183832, 0.0171641, 0.0136417, 0.0031888, -0.0335494, -0.1603307, -0.5675746", \
					  "0.0181747, 0.0169332, 0.0133386, 0.0028219, -0.0339093, -0.1605724, -0.5677211", \
					  "0.0238517, 0.0225102, 0.0184696, 0.0056962, -0.0348766, -0.1609772, -0.5679668");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0736852, 0.0773861, 0.0874439, 0.1140451, 0.1893627, 0.4176117, 1.1290450", \
					  "0.0778932, 0.0815931, 0.0915481, 0.1181596, 0.1934330, 0.4210355, 1.1331924", \
					  "0.0882747, 0.0919479, 0.1019443, 0.1284532, 0.2033028, 0.4319129, 1.1462005", \
					  "0.1119050, 0.1154856, 0.1253211, 0.1516572, 0.2264822, 0.4544316, 1.1687871", \
					  "0.1481906, 0.1519940, 0.1620855, 0.1884693, 0.2630845, 0.4920089, 1.2036018", \
					  "0.1927103, 0.1972821, 0.2088301, 0.2363373, 0.3097728, 0.5377436, 1.2509792", \
					  "0.2213075, 0.2274577, 0.2428846, 0.2748612, 0.3503627, 0.5779026, 1.2890033");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0200050, 0.0232075, 0.0333786, 0.0647865, 0.1659389, 0.4872338, 1.4997060", \
					  "0.0199584, 0.0231165, 0.0332336, 0.0646296, 0.1656220, 0.4874539, 1.5058638", \
					  "0.0196866, 0.0230353, 0.0331254, 0.0646743, 0.1656287, 0.4878967, 1.5033124", \
					  "0.0199148, 0.0232798, 0.0331534, 0.0644268, 0.1657924, 0.4880296, 1.5052956", \
					  "0.0229908, 0.0260944, 0.0353581, 0.0655700, 0.1654433, 0.4875443, 1.5002833", \
					  "0.0295653, 0.0326149, 0.0412166, 0.0686660, 0.1665001, 0.4853143, 1.5045611", \
					  "0.0440573, 0.0475419, 0.0560233, 0.0821106, 0.1697444, 0.4902981, 1.5008647");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.3148008, 0.3197882, 0.3323504, 0.3593335, 0.4117634, 0.5217124, 0.7903309", \
					  "0.3189712, 0.3240072, 0.3365545, 0.3635754, 0.4160818, 0.5258954, 0.7937191", \
					  "0.3318005, 0.3368044, 0.3492875, 0.3761075, 0.4286075, 0.5375671, 0.8071945", \
					  "0.3654669, 0.3704711, 0.3830156, 0.4097458, 0.4623006, 0.5713455, 0.8409574", \
					  "0.4409391, 0.4460223, 0.4584516, 0.4854198, 0.5377677, 0.6475718, 0.9168272", \
					  "0.6030988, 0.6080592, 0.6206291, 0.6473234, 0.6998483, 0.8097816, 1.0794122", \
					  "0.9301830, 0.9359248, 0.9498320, 0.9792511, 1.0352238, 1.1486408, 1.4211917");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0458721, 0.0482844, 0.0550173, 0.0704856, 0.1089200, 0.2140199, 0.5367787", \
					  "0.0457837, 0.0483909, 0.0549870, 0.0704692, 0.1087159, 0.2142844, 0.5368327", \
					  "0.0457862, 0.0484201, 0.0550377, 0.0704362, 0.1092794, 0.2147201, 0.5360612", \
					  "0.0458660, 0.0484920, 0.0547845, 0.0703784, 0.1085412, 0.2144759, 0.5352362", \
					  "0.0458485, 0.0483431, 0.0550616, 0.0704749, 0.1088955, 0.2139684, 0.5359157", \
					  "0.0462933, 0.0488701, 0.0556653, 0.0708260, 0.1087598, 0.2144974, 0.5356920", \
					  "0.0547497, 0.0571703, 0.0640000, 0.0795200, 0.1181103, 0.2211513, 0.5390451");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0779718, 0.0816550, 0.0916997, 0.1183174, 0.1935657, 0.4217096, 1.1330492", \
					  "0.0825963, 0.0862596, 0.0963323, 0.1229079, 0.1980955, 0.4264176, 1.1382053", \
					  "0.0930133, 0.0966748, 0.1066781, 0.1332083, 0.2081433, 0.4366222, 1.1507539", \
					  "0.1161576, 0.1197965, 0.1297294, 0.1559338, 0.2309205, 0.4593174, 1.1712037", \
					  "0.1559991, 0.1598093, 0.1699680, 0.1963687, 0.2708849, 0.4995900, 1.2107725", \
					  "0.2093133, 0.2137953, 0.2251015, 0.2526859, 0.3272371, 0.5548862, 1.2670457", \
					  "0.2600804, 0.2659654, 0.2796809, 0.3124930, 0.3886159, 0.6164457, 1.3277113");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0199558, 0.0232166, 0.0333717, 0.0647672, 0.1659260, 0.4873023, 1.5004266", \
					  "0.0198684, 0.0232508, 0.0332988, 0.0647027, 0.1659985, 0.4863090, 1.5047668", \
					  "0.0197830, 0.0230366, 0.0332027, 0.0647348, 0.1658312, 0.4876941, 1.5038418", \
					  "0.0197730, 0.0230714, 0.0330557, 0.0643231, 0.1656350, 0.4867283, 1.5053008", \
					  "0.0219317, 0.0250684, 0.0346932, 0.0651408, 0.1653708, 0.4876256, 1.5039735", \
					  "0.0279046, 0.0308810, 0.0398869, 0.0679761, 0.1660644, 0.4861631, 1.5039310", \
					  "0.0394984, 0.0428267, 0.0534359, 0.0787111, 0.1693159, 0.4895258, 1.4978636");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.3259309, 0.3312152, 0.3440460, 0.3706546, 0.4221909, 0.5298788, 0.7951231", \
					  "0.3311144, 0.3363316, 0.3491781, 0.3758062, 0.4274252, 0.5350944, 0.8006703", \
					  "0.3454680, 0.3506880, 0.3634493, 0.3904610, 0.4417620, 0.5493552, 0.8159460", \
					  "0.3798424, 0.3851167, 0.3979411, 0.4245456, 0.4760519, 0.5834746, 0.8501311", \
					  "0.4553367, 0.4605169, 0.4734646, 0.4998249, 0.5513328, 0.6587259, 0.9254491", \
					  "0.6157982, 0.6209478, 0.6338082, 0.6605204, 0.7119580, 0.8198438, 1.0860592", \
					  "0.9398008, 0.9456904, 0.9600559, 0.9893307, 1.0441050, 1.1560506, 1.4255804");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0461911, 0.0487515, 0.0551033, 0.0695132, 0.1065373, 0.2102969, 0.5320727", \
					  "0.0461568, 0.0486693, 0.0551416, 0.0694629, 0.1061538, 0.2102414, 0.5325824", \
					  "0.0461071, 0.0485495, 0.0548985, 0.0695377, 0.1076725, 0.2104632, 0.5318476", \
					  "0.0462804, 0.0487160, 0.0550990, 0.0695216, 0.1068330, 0.2105262, 0.5323481", \
					  "0.0461313, 0.0486530, 0.0548604, 0.0696053, 0.1062832, 0.2099277, 0.5323553", \
					  "0.0463526, 0.0488465, 0.0553590, 0.0697363, 0.1073875, 0.2100565, 0.5327722", \
					  "0.0546798, 0.0573409, 0.0641456, 0.0783995, 0.1158150, 0.2162452, 0.5350352");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0551733, 0.0582137, 0.0667811, 0.0908283, 0.1630524, 0.3889783, 1.1021313", \
					  "0.0597788, 0.0628143, 0.0713749, 0.0954764, 0.1678990, 0.3932743, 1.1046313", \
					  "0.0707742, 0.0738277, 0.0823517, 0.1064102, 0.1787083, 0.4045481, 1.1159363", \
					  "0.0923399, 0.0953721, 0.1039922, 0.1281801, 0.2006451, 0.4273163, 1.1380613", \
					  "0.1212585, 0.1246621, 0.1337741, 0.1583143, 0.2309261, 0.4578007, 1.1686564", \
					  "0.1508113, 0.1551756, 0.1662809, 0.1921182, 0.2648851, 0.4917178, 1.2046411", \
					  "0.1570815, 0.1632370, 0.1786667, 0.2108385, 0.2847283, 0.5103044, 1.2205493");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0155960, 0.0187451, 0.0286699, 0.0604365, 0.1630305, 0.4848015, 1.5030851", \
					  "0.0156282, 0.0187540, 0.0286369, 0.0605510, 0.1629965, 0.4862024, 1.5038358", \
					  "0.0155715, 0.0186969, 0.0286235, 0.0604883, 0.1626821, 0.4863487, 1.5037054", \
					  "0.0167343, 0.0197110, 0.0292488, 0.0606716, 0.1629789, 0.4859016, 1.5033176", \
					  "0.0204390, 0.0231099, 0.0318041, 0.0619723, 0.1624320, 0.4859370, 1.5006161", \
					  "0.0281416, 0.0309150, 0.0391945, 0.0657397, 0.1637730, 0.4832209, 1.5002144", \
					  "0.0435244, 0.0470955, 0.0556160, 0.0800232, 0.1673413, 0.4883656, 1.4932269");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.2321264, 0.2365252, 0.2475976, 0.2712314, 0.3185085, 0.4204374, 0.6803567", \
					  "0.2355067, 0.2399059, 0.2509012, 0.2745578, 0.3220682, 0.4228547, 0.6843319", \
					  "0.2480897, 0.2524327, 0.2633734, 0.2869967, 0.3343900, 0.4354171, 0.6969119", \
					  "0.2803839, 0.2847552, 0.2957008, 0.3192907, 0.3667122, 0.4676193, 0.7291959", \
					  "0.3546282, 0.3589996, 0.3699509, 0.3934955, 0.4407684, 0.5425817, 0.8037107", \
					  "0.5214897, 0.5266665, 0.5381481, 0.5622977, 0.6101465, 0.7116214, 0.9729180", \
					  "0.8445304, 0.8501693, 0.8639613, 0.8925114, 0.9467852, 1.0548882, 1.3217021");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0374716, 0.0397674, 0.0457854, 0.0601365, 0.0969208, 0.1995161, 0.5264780", \
					  "0.0374355, 0.0396647, 0.0457262, 0.0605277, 0.0964022, 0.1998995, 0.5266210", \
					  "0.0375763, 0.0398615, 0.0455333, 0.0602487, 0.0969360, 0.1994375, 0.5267816", \
					  "0.0373976, 0.0396011, 0.0456711, 0.0606042, 0.0964149, 0.1993930, 0.5266749", \
					  "0.0374749, 0.0396473, 0.0456777, 0.0605968, 0.0968797, 0.1994935, 0.5266236", \
					  "0.0410050, 0.0431475, 0.0489684, 0.0626975, 0.0983755, 0.2007405, 0.5269374", \
					  "0.0545825, 0.0570430, 0.0635829, 0.0777993, 0.1142884, 0.2134498, 0.5305636");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0545312, 0.0576784, 0.0664416, 0.0910528, 0.1635698, 0.3909175, 1.1064686", \
					  "0.0592175, 0.0623621, 0.0711472, 0.0954560, 0.1681550, 0.3948325, 1.1068571", \
					  "0.0701433, 0.0732982, 0.0820442, 0.1064351, 0.1793640, 0.4065123, 1.1174537", \
					  "0.0908711, 0.0940452, 0.1030085, 0.1278022, 0.2004438, 0.4278561, 1.1390734", \
					  "0.1180109, 0.1215651, 0.1310413, 0.1558229, 0.2290682, 0.4554747, 1.1678187", \
					  "0.1442842, 0.1489240, 0.1606186, 0.1873066, 0.2595454, 0.4879200, 1.1998634", \
					  "0.1426036, 0.1491113, 0.1652188, 0.1991010, 0.2738175, 0.4992503, 1.2101187");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0160450, 0.0191655, 0.0290476, 0.0607099, 0.1632322, 0.4892880, 1.5133912", \
					  "0.0160622, 0.0191533, 0.0290421, 0.0606672, 0.1633143, 0.4891858, 1.5046812", \
					  "0.0160967, 0.0191651, 0.0290063, 0.0606781, 0.1626481, 0.4908980, 1.4936657", \
					  "0.0174757, 0.0205050, 0.0300014, 0.0609363, 0.1620805, 0.4867073, 1.4944650", \
					  "0.0214338, 0.0241531, 0.0327716, 0.0625377, 0.1627179, 0.4871326, 1.5037402", \
					  "0.0302717, 0.0330902, 0.0411983, 0.0672383, 0.1644486, 0.4841227, 1.5032329", \
					  "0.0472360, 0.0506766, 0.0594636, 0.0826368, 0.1688558, 0.4895371, 1.4973560");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.1994146, 0.2038706, 0.2148087, 0.2386346, 0.2859089, 0.3873547, 0.6486919", \
					  "0.2017897, 0.2062115, 0.2171201, 0.2409696, 0.2883197, 0.3901151, 0.6512230", \
					  "0.2119554, 0.2163126, 0.2273596, 0.2517109, 0.2988679, 0.4005175, 0.6618939", \
					  "0.2427761, 0.2471235, 0.2580870, 0.2792560, 0.3265030, 0.4284396, 0.6894639", \
					  "0.3165962, 0.3210954, 0.3321155, 0.3557397, 0.4035558, 0.5055776, 0.7670641", \
					  "0.4888069, 0.4937352, 0.5056011, 0.5304430, 0.5785190, 0.6808957, 0.9396198", \
					  "0.8007988, 0.8073007, 0.8228798, 0.8558240, 0.9152253, 1.0257484, 1.2905369");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0375492, 0.0397182, 0.0456340, 0.0601584, 0.0975323, 0.1992413, 0.5266243", \
					  "0.0374790, 0.0397720, 0.0456910, 0.0601840, 0.0975335, 0.1996227, 0.5261965", \
					  "0.0374987, 0.0398473, 0.0456368, 0.0602782, 0.0975459, 0.1991406, 0.5266166", \
					  "0.0375824, 0.0398549, 0.0456044, 0.0608980, 0.0966083, 0.1996879, 0.5264367", \
					  "0.0374917, 0.0397005, 0.0455474, 0.0601032, 0.0964661, 0.1991221, 0.5258377", \
					  "0.0440423, 0.0463663, 0.0514930, 0.0647137, 0.0993507, 0.2004250, 0.5260469", \
					  "0.0669532, 0.0694690, 0.0781032, 0.0915018, 0.1246755, 0.2174212, 0.5325568");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004249;
			capacitance : 0.004055;
			fall_capacitance : 0.003861;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0046550, -0.0046584, -0.0046662, -0.0046587, -0.0046415, -0.0046016, -0.0045098");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058974, 0.0059030, 0.0059160, 0.0059161, 0.0059165, 0.0059175, 0.0059196");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004670;
			capacitance : 0.004455;
			fall_capacitance : 0.004239;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054705, -0.0054624, -0.0054438, -0.0054446, -0.0054463, -0.0054504, -0.0054597");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054452, 0.0054457, 0.0054468, 0.0054479, 0.0054502, 0.0054557, 0.0054683");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004912;
			capacitance : 0.004591;
			fall_capacitance : 0.004270;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0047463, -0.0047908, -0.0048932, -0.0048974, -0.0049069, -0.0049288, -0.0049794");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0050948, 0.0050909, 0.0050820, 0.0050843, 0.0050895, 0.0051014, 0.0051290");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003885;
			capacitance : 0.004176;
			rise_capacitance : 0.004466;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024673, -0.0024712, -0.0024801, -0.0024784, -0.0024745, -0.0024653, -0.0024443");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035377, 0.0035326, 0.0035209, 0.0035328, 0.0035601, 0.0036232, 0.0037684");
				}
			}
		}
	}
	cell ("scs8hd_a211oi_1") {
		area : 7.507200;
		cell_footprint : "a211oi";
		cell_leakage_power : 1.971428e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003637";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "3.1083748e-05";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "2.6727745e-05";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003637";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "4.3489162e-05";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "2.6727745e-05";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003637";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "4.1889276e-05";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "2.6727745e-05";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "3.2369110e-05";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "2.6497240e-05";
			when : "A1&A2&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A2&!B1&!C1)";
			max_capacitance : 0.041209;
			max_transition : 1.494672;
			internal_power () {
				related_pin : "B1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0024763, 0.0018243, 0.0004671, -0.0023765, -0.0083372, -0.0208163, -0.0468876", \
					  "0.0024667, 0.0018165, 0.0004591, -0.0023874, -0.0083396, -0.0208024, -0.0468748", \
					  "0.0024324, 0.0017952, 0.0004634, -0.0023616, -0.0083160, -0.0207781, -0.0468328", \
					  "0.0023570, 0.0016985, 0.0003409, -0.0024446, -0.0083726, -0.0208013, -0.0468649", \
					  "0.0022972, 0.0016640, 0.0003303, -0.0025265, -0.0084382, -0.0208702, -0.0468826", \
					  "0.0023247, 0.0016372, 0.0002643, -0.0025714, -0.0084963, -0.0209262, -0.0469842", \
					  "0.0023610, 0.0017045, 0.0003024, -0.0025572, -0.0085163, -0.0208972, -0.0469387");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0065015, 0.0072073, 0.0086078, 0.0115297, 0.0176189, 0.0299485, 0.0557038", \
					  "0.0063542, 0.0070308, 0.0084946, 0.0113761, 0.0174351, 0.0298665, 0.0556655", \
					  "0.0062591, 0.0069318, 0.0083553, 0.0112474, 0.0172380, 0.0297148, 0.0558326", \
					  "0.0061870, 0.0068580, 0.0082306, 0.0111120, 0.0172114, 0.0295872, 0.0555356", \
					  "0.0061361, 0.0068026, 0.0081921, 0.0110427, 0.0170139, 0.0296185, 0.0556416", \
					  "0.0061089, 0.0067774, 0.0081607, 0.0110485, 0.0170531, 0.0294400, 0.0556155", \
					  "0.0058654, 0.0065353, 0.0079892, 0.0109755, 0.0169711, 0.0294100, 0.0552766");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0058709, 0.0065566, 0.0080026, 0.0109513, 0.0169246, 0.0294948, 0.0552907", \
					  "0.0056845, 0.0063637, 0.0078473, 0.0108302, 0.0167990, 0.0292622, 0.0551096", \
					  "0.0055565, 0.0062313, 0.0076381, 0.0106112, 0.0166123, 0.0292010, 0.0550752", \
					  "0.0054621, 0.0061307, 0.0075293, 0.0103706, 0.0163810, 0.0290312, 0.0550766", \
					  "0.0053940, 0.0060592, 0.0074595, 0.0104205, 0.0164112, 0.0286525, 0.0545329", \
					  "0.0056236, 0.0062670, 0.0074411, 0.0102635, 0.0162313, 0.0286945, 0.0545984", \
					  "0.0056805, 0.0063151, 0.0076656, 0.0105567, 0.0164941, 0.0287709, 0.0545607");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0004325, -0.0002141, -0.0015694, -0.0044195, -0.0103917, -0.0228920, -0.0489883", \
					  "0.0003394, -0.0002830, -0.0016110, -0.0044330, -0.0103783, -0.0228613, -0.0489426", \
					  "0.0001933, -0.0004204, -0.0017028, -0.0044958, -0.0104053, -0.0228460, -0.0489204", \
					  "4.5900000e-05, -0.0005581, -0.0018702, -0.0046407, -0.0104976, -0.0228919, -0.0489248", \
					  "-0.0001370, -0.0007504, -0.0020465, -0.0047655, -0.0106280, -0.0230189, -0.0489857", \
					  "-0.0001577, -0.0007924, -0.0021473, -0.0049059, -0.0108565, -0.0231733, -0.0491527", \
					  "3.0100000e-05, -0.0006428, -0.0020492, -0.0049716, -0.0109207, -0.0232991, -0.0492068");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0076196, 0.0082962, 0.0097147, 0.0126152, 0.0186541, 0.0311363, 0.0570564", \
					  "0.0074455, 0.0081623, 0.0095918, 0.0124907, 0.0185247, 0.0309393, 0.0567648", \
					  "0.0072975, 0.0079894, 0.0093997, 0.0123120, 0.0184103, 0.0308335, 0.0566946", \
					  "0.0072057, 0.0078749, 0.0092675, 0.0121561, 0.0181789, 0.0306367, 0.0567308", \
					  "0.0071345, 0.0077976, 0.0091933, 0.0120324, 0.0180867, 0.0304515, 0.0563663", \
					  "0.0071361, 0.0077853, 0.0091486, 0.0120165, 0.0180308, 0.0304854, 0.0562348", \
					  "0.0068844, 0.0076025, 0.0091311, 0.0120872, 0.0179990, 0.0304218, 0.0562047");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0038849, 0.0032257, 0.0018542, -0.0009908, -0.0069117, -0.0193188, -0.0453074", \
					  "0.0038291, 0.0031485, 0.0017842, -0.0010624, -0.0069710, -0.0193613, -0.0453618", \
					  "0.0037478, 0.0030934, 0.0017115, -0.0011426, -0.0070507, -0.0194369, -0.0454149", \
					  "0.0036255, 0.0029907, 0.0016521, -0.0011859, -0.0071133, -0.0195363, -0.0454920", \
					  "0.0036062, 0.0029474, 0.0015811, -0.0012950, -0.0071963, -0.0195366, -0.0455534", \
					  "0.0037082, 0.0030668, 0.0016809, -0.0011537, -0.0071320, -0.0196537, -0.0455914", \
					  "0.0038155, 0.0031630, 0.0018003, -0.0010905, -0.0070171, -0.0195087, -0.0456141");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0099180, 0.0105820, 0.0119639, 0.0148305, 0.0207951, 0.0331394, 0.0589981", \
					  "0.0098112, 0.0104858, 0.0118834, 0.0147570, 0.0207249, 0.0331121, 0.0588942", \
					  "0.0097074, 0.0103878, 0.0117987, 0.0146796, 0.0206553, 0.0330770, 0.0589570", \
					  "0.0096359, 0.0103078, 0.0116871, 0.0145639, 0.0205517, 0.0329581, 0.0588213", \
					  "0.0095577, 0.0102194, 0.0116049, 0.0144811, 0.0204568, 0.0329028, 0.0587004", \
					  "0.0095639, 0.0102082, 0.0115765, 0.0144433, 0.0204147, 0.0328314, 0.0586382", \
					  "0.0092990, 0.0100160, 0.0115243, 0.0144635, 0.0204088, 0.0328237, 0.0586048");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0040387, 0.0033838, 0.0020147, -0.0008350, -0.0067548, -0.0191604, -0.0451302", \
					  "0.0039749, 0.0033169, 0.0019492, -0.0009083, -0.0068233, -0.0192217, -0.0452003", \
					  "0.0038960, 0.0032484, 0.0018760, -0.0009842, -0.0069060, -0.0193040, -0.0452874", \
					  "0.0038040, 0.0031587, 0.0018074, -0.0010290, -0.0069380, -0.0193499, -0.0453421", \
					  "0.0038333, 0.0031669, 0.0017728, -0.0010993, -0.0070175, -0.0193727, -0.0453735", \
					  "0.0039653, 0.0033135, 0.0019616, -0.0008955, -0.0068895, -0.0194426, -0.0454295", \
					  "0.0040905, 0.0034292, 0.0020959, -0.0008120, -0.0068089, -0.0193075, -0.0454250");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1460994, 0.1605980, 0.1900237, 0.2507568, 0.3769847, 0.6331295, 1.1741034", \
					  "0.1501281, 0.1646493, 0.1945178, 0.2553364, 0.3816127, 0.6401640, 1.1762596", \
					  "0.1638954, 0.1776624, 0.2069867, 0.2686700, 0.3966048, 0.6545677, 1.1888294", \
					  "0.1988519, 0.2127043, 0.2417099, 0.3022124, 0.4263771, 0.6858377, 1.2236904", \
					  "0.2746519, 0.2886177, 0.3171833, 0.3774911, 0.5027604, 0.7614239, 1.3008047", \
					  "0.4251313, 0.4420598, 0.4748174, 0.5398755, 0.6644312, 0.9230205, 1.4582289", \
					  "0.7091949, 0.7324933, 0.7781544, 0.8635405, 1.0152983, 1.2904985, 1.8302569");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0994077, 0.1172392, 0.1548378, 0.2326716, 0.3971005, 0.7364090, 1.4442028", \
					  "0.0991906, 0.1174893, 0.1552055, 0.2326222, 0.3948458, 0.7323480, 1.4372465", \
					  "0.0993382, 0.1176914, 0.1550305, 0.2327250, 0.3972856, 0.7325106, 1.4348998", \
					  "0.0993611, 0.1172738, 0.1549106, 0.2334713, 0.3959043, 0.7328466, 1.4394681", \
					  "0.1012918, 0.1187695, 0.1555589, 0.2327982, 0.3965201, 0.7324081, 1.4365629", \
					  "0.1243698, 0.1418415, 0.1764947, 0.2465372, 0.4021017, 0.7340833, 1.4375686", \
					  "0.1823011, 0.2017652, 0.2407219, 0.3176026, 0.4637740, 0.7639856, 1.4421719");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0233929, 0.0261572, 0.0316779, 0.0426567, 0.0642724, 0.1072154, 0.1942282", \
					  "0.0280305, 0.0305679, 0.0360017, 0.0468270, 0.0683500, 0.1112158, 0.1982753", \
					  "0.0390633, 0.0417777, 0.0466713, 0.0570235, 0.0781655, 0.1208845, 0.2079499", \
					  "0.0561611, 0.0600891, 0.0672884, 0.0802798, 0.1027214, 0.1437611, 0.2304630", \
					  "0.0767433, 0.0823632, 0.0930126, 0.1122269, 0.1451304, 0.1982857, 0.2853177", \
					  "0.0939150, 0.1022066, 0.1191321, 0.1486057, 0.1979690, 0.2776968, 0.4005689", \
					  "0.0789082, 0.0927227, 0.1188984, 0.1652575, 0.2426835, 0.3668345, 0.5539504");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0231716, 0.0263903, 0.0330299, 0.0461084, 0.0727456, 0.1271187, 0.2393063", \
					  "0.0225390, 0.0256677, 0.0323771, 0.0457231, 0.0724614, 0.1265113, 0.2387086", \
					  "0.0259572, 0.0284704, 0.0340602, 0.0458267, 0.0717885, 0.1265595, 0.2390195", \
					  "0.0383120, 0.0414735, 0.0478027, 0.0573895, 0.0778992, 0.1277543, 0.2388902", \
					  "0.0609422, 0.0652078, 0.0730371, 0.0860658, 0.1108871, 0.1521054, 0.2477425", \
					  "0.0981470, 0.1048984, 0.1167477, 0.1373488, 0.1722798, 0.2309186, 0.3185017", \
					  "0.1686037, 0.1790450, 0.1982417, 0.2313865, 0.2850531, 0.3666015, 0.4928888");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1780477, 0.1921415, 0.2217945, 0.2826352, 0.4086981, 0.6706434, 1.2160039", \
					  "0.1827051, 0.1972329, 0.2268222, 0.2881193, 0.4144998, 0.6767730, 1.2222778", \
					  "0.1964637, 0.2111038, 0.2409911, 0.3024107, 0.4290480, 0.6918348, 1.2377591", \
					  "0.2302504, 0.2444883, 0.2737403, 0.3348256, 0.4617700, 0.7250345, 1.2712014", \
					  "0.3002778, 0.3148027, 0.3438353, 0.4048669, 0.5314569, 0.7942480, 1.3407364", \
					  "0.4435149, 0.4595406, 0.4916522, 0.5561564, 0.6822676, 0.9446908, 1.4910404", \
					  "0.7116926, 0.7324349, 0.7740873, 0.8552312, 1.0055845, 1.2840209, 1.8306219");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1263822, 0.1447343, 0.1835724, 0.2628462, 0.4279808, 0.7728236, 1.4897780", \
					  "0.1263984, 0.1450675, 0.1831613, 0.2639199, 0.4286644, 0.7729097, 1.4906308", \
					  "0.1265503, 0.1447832, 0.1832506, 0.2638843, 0.4285688, 0.7722892, 1.4894121", \
					  "0.1264926, 0.1448900, 0.1833270, 0.2629040, 0.4285136, 0.7731762, 1.4885286", \
					  "0.1273902, 0.1456236, 0.1833429, 0.2629151, 0.4284582, 0.7746963, 1.4893199", \
					  "0.1487379, 0.1662224, 0.2016550, 0.2758143, 0.4338280, 0.7727713, 1.4918911", \
					  "0.2036231, 0.2229465, 0.2621676, 0.3402305, 0.4917003, 0.8047164, 1.4946719");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0274846, 0.0302351, 0.0357317, 0.0466605, 0.0682158, 0.1111138, 0.1981869", \
					  "0.0323327, 0.0350380, 0.0404841, 0.0513296, 0.0728134, 0.1157252, 0.2027790", \
					  "0.0434488, 0.0461671, 0.0514404, 0.0620581, 0.0834091, 0.1262604, 0.2132053", \
					  "0.0625026, 0.0661131, 0.0730126, 0.0856138, 0.1079937, 0.1507653, 0.2378021", \
					  "0.0890981, 0.0944075, 0.1044689, 0.1226742, 0.1533293, 0.2049538, 0.2941443", \
					  "0.1192850, 0.1273626, 0.1428626, 0.1698935, 0.2170747, 0.2922555, 0.4096849", \
					  "0.1320694, 0.1451228, 0.1701419, 0.2143332, 0.2889729, 0.4067547, 0.5850794");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0227830, 0.0261191, 0.0326760, 0.0456886, 0.0725581, 0.1269671, 0.2392754", \
					  "0.0224337, 0.0257134, 0.0323529, 0.0456025, 0.0722239, 0.1267501, 0.2390707", \
					  "0.0244242, 0.0272042, 0.0331142, 0.0455958, 0.0719359, 0.1265778, 0.2390305", \
					  "0.0342248, 0.0368486, 0.0423244, 0.0528488, 0.0756941, 0.1266538, 0.2389383", \
					  "0.0532600, 0.0568488, 0.0636328, 0.0757287, 0.0995821, 0.1434867, 0.2445583", \
					  "0.0865259, 0.0918668, 0.1013831, 0.1208489, 0.1511641, 0.2047176, 0.2947469", \
					  "0.1494988, 0.1574351, 0.1721059, 0.2005435, 0.2450952, 0.3182703, 0.4351711");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1014981, 0.1133974, 0.1378157, 0.1878258, 0.2918157, 0.5027824, 0.9455616", \
					  "0.1054965, 0.1173602, 0.1418026, 0.1918534, 0.2957798, 0.5083297, 0.9514628", \
					  "0.1195872, 0.1310509, 0.1552422, 0.2056403, 0.3083964, 0.5222988, 0.9738159", \
					  "0.1533477, 0.1648284, 0.1889101, 0.2387287, 0.3421257, 0.5542209, 0.9980832", \
					  "0.2287608, 0.2413449, 0.2655136, 0.3149909, 0.4171730, 0.6320053, 1.0749460", \
					  "0.3737270, 0.3918801, 0.4260714, 0.4885886, 0.5955730, 0.8091620, 1.2538982", \
					  "0.6372257, 0.6668325, 0.7208354, 0.8139616, 0.9658460, 1.2175027, 1.6661681");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0806623, 0.0957689, 0.1266468, 0.1916197, 0.3332731, 0.6124593, 1.1969702", \
					  "0.0810349, 0.0957405, 0.1278400, 0.1915225, 0.3270198, 0.6104590, 1.1967977", \
					  "0.0808095, 0.0961189, 0.1277890, 0.1925813, 0.3270142, 0.6091807, 1.2144651", \
					  "0.0808388, 0.0961549, 0.1267299, 0.1916962, 0.3331297, 0.6107886, 1.1985340", \
					  "0.0911076, 0.1040827, 0.1323428, 0.1934576, 0.3284307, 0.6177318, 1.2012924", \
					  "0.1308775, 0.1448378, 0.1732513, 0.2264843, 0.3433055, 0.6119796, 1.2118879", \
					  "0.2185606, 0.2359817, 0.2700842, 0.3317444, 0.4450906, 0.6723922, 1.2103026");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0174513, 0.0191396, 0.0225635, 0.0294361, 0.0433290, 0.0716859, 0.1305289", \
					  "0.0223165, 0.0239590, 0.0273182, 0.0340258, 0.0478930, 0.0763097, 0.1351709", \
					  "0.0316726, 0.0339041, 0.0380735, 0.0453125, 0.0587939, 0.0872108, 0.1459290", \
					  "0.0436442, 0.0469836, 0.0533014, 0.0643432, 0.0831017, 0.1130715, 0.1706131", \
					  "0.0555253, 0.0607815, 0.0703503, 0.0881509, 0.1166766, 0.1620813, 0.2308243", \
					  "0.0589003, 0.0667634, 0.0817465, 0.1091701, 0.1561606, 0.2260595, 0.3310956", \
					  "0.0217513, 0.0360215, 0.0625506, 0.1072661, 0.1818421, 0.2925123, 0.4576261");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0128563, 0.0148676, 0.0189799, 0.0276359, 0.0454373, 0.0827017, 0.1607974", \
					  "0.0132648, 0.0150479, 0.0189575, 0.0274854, 0.0453926, 0.0828239, 0.1603548", \
					  "0.0186304, 0.0202876, 0.0233116, 0.0303100, 0.0463638, 0.0826708, 0.1608445", \
					  "0.0296551, 0.0320923, 0.0365942, 0.0450986, 0.0583900, 0.0888944, 0.1615538", \
					  "0.0491591, 0.0530627, 0.0600514, 0.0726253, 0.0919926, 0.1237983, 0.1820703", \
					  "0.0867879, 0.0922257, 0.1040025, 0.1224112, 0.1513824, 0.1960614, 0.2694207", \
					  "0.1560463, 0.1659129, 0.1835094, 0.2125182, 0.2566793, 0.3258098, 0.4288652");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0752563, 0.0875057, 0.1122147, 0.1623054, 0.2653749, 0.4803288, 0.9202790", \
					  "0.0777367, 0.0897714, 0.1145567, 0.1655220, 0.2684692, 0.4822263, 0.9257700", \
					  "0.0893293, 0.1009682, 0.1248210, 0.1749817, 0.2785356, 0.4953612, 0.9426846", \
					  "0.1180190, 0.1290622, 0.1529465, 0.2023147, 0.3057035, 0.5192827, 0.9649104", \
					  "0.1872952, 0.2012436, 0.2255379, 0.2740003, 0.3761582, 0.5882152, 1.0308482", \
					  "0.3014931, 0.3226585, 0.3644717, 0.4328339, 0.5456087, 0.7536143, 1.1982350", \
					  "0.5019423, 0.5358749, 0.5977368, 0.7050712, 0.8755458, 1.1431639, 1.5825130");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0807254, 0.0952976, 0.1269074, 0.1926066, 0.3269235, 0.6127431, 1.2076602", \
					  "0.0802922, 0.0954013, 0.1276063, 0.1939693, 0.3273164, 0.6096814, 1.1965361", \
					  "0.0795236, 0.0950057, 0.1267346, 0.1937872, 0.3270517, 0.6086643, 1.1976277", \
					  "0.0816359, 0.0954115, 0.1257795, 0.1913927, 0.3273475, 0.6112739, 1.2022054", \
					  "0.1073389, 0.1179109, 0.1430978, 0.1986323, 0.3288456, 0.6085822, 1.1962382", \
					  "0.1685649, 0.1829400, 0.2085278, 0.2587858, 0.3607253, 0.6183976, 1.2004274", \
					  "0.2758051, 0.2981681, 0.3372882, 0.4076518, 0.5218626, 0.7240507, 1.2320103");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0154719, 0.0170651, 0.0203695, 0.0271225, 0.0410600, 0.0699609, 0.1301025", \
					  "0.0202218, 0.0218595, 0.0251929, 0.0318345, 0.0458277, 0.0747305, 0.1349817", \
					  "0.0279084, 0.0304858, 0.0351653, 0.0432046, 0.0571732, 0.0857071, 0.1460892", \
					  "0.0372418, 0.0413089, 0.0486405, 0.0611131, 0.0811887, 0.1123236, 0.1724199", \
					  "0.0455768, 0.0521261, 0.0638623, 0.0834715, 0.1147613, 0.1622566, 0.2332675", \
					  "0.0428935, 0.0528687, 0.0706500, 0.1042246, 0.1533722, 0.2291453, 0.3372748", \
					  "-0.0000918, 0.0180124, 0.0506476, 0.1036334, 0.1847692, 0.3028945, 0.4715291");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0101698, 0.0121632, 0.0163829, 0.0252688, 0.0435991, 0.0819515, 0.1621747", \
					  "0.0111427, 0.0129159, 0.0167896, 0.0254662, 0.0443152, 0.0818480, 0.1621303", \
					  "0.0172443, 0.0189676, 0.0222190, 0.0287731, 0.0454567, 0.0822903, 0.1620174", \
					  "0.0283795, 0.0308828, 0.0355895, 0.0441174, 0.0581668, 0.0888673, 0.1628113", \
					  "0.0494659, 0.0532621, 0.0598383, 0.0733481, 0.0924362, 0.1252489, 0.1836253", \
					  "0.0899874, 0.0957246, 0.1081290, 0.1243832, 0.1539535, 0.1982437, 0.2691196", \
					  "0.1681089, 0.1773617, 0.1941186, 0.2204715, 0.2645149, 0.3329528, 0.4344314");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002186;
			capacitance : 0.002257;
			rise_capacitance : 0.002328;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024155, -0.0024181, -0.0024242, -0.0024201, -0.0024106, -0.0023887, -0.0023382");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030417, 0.0030421, 0.0030431, 0.0030429, 0.0030426, 0.0030418, 0.0030399");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002117;
			capacitance : 0.002212;
			rise_capacitance : 0.002306;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026674, -0.0026634, -0.0026542, -0.0026535, -0.0026520, -0.0026485, -0.0026404");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026644, 0.0026597, 0.0026489, 0.0026499, 0.0026525, 0.0026582, 0.0026716");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002409;
			capacitance : 0.002277;
			fall_capacitance : 0.002145;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023723, -0.0023977, -0.0024563, -0.0024584, -0.0024633, -0.0024747, -0.0025008");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025543, 0.0025547, 0.0025555, 0.0025540, 0.0025505, 0.0025424, 0.0025238");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002077;
			capacitance : 0.002238;
			rise_capacitance : 0.002399;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012257, -0.0012243, -0.0012211, -0.0012210, -0.0012207, -0.0012199, -0.0012182");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018024, 0.0018002, 0.0017951, 0.0018008, 0.0018137, 0.0018436, 0.0019126");
				}
			}
		}
	}
	cell ("scs8hd_a211oi_2") {
		area : 12.512000;
		cell_footprint : "a211oi";
		cell_leakage_power : 3.981979e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007234";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "5.8555659e-05";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007204";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "4.8718730e-05";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007234";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "7.7854254e-05";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007806";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "4.8718730e-05";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007234";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "7.9205407e-05";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007205";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "4.8708891e-05";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007200";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "6.8512592e-05";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007820";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "4.7318672e-05";
			when : "A1&A2&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A2&!B1&!C1)";
			max_capacitance : 0.075999;
			max_transition : 1.482730;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0073388, 0.0065436, 0.0047135, 0.0004741, -0.0092429, -0.0316960, -0.0838728", \
					  "0.0072104, 0.0064214, 0.0045890, 0.0003619, -0.0093577, -0.0318140, -0.0839893", \
					  "0.0070936, 0.0063067, 0.0044728, 0.0002236, -0.0095001, -0.0319605, -0.0841317", \
					  "0.0069242, 0.0061371, 0.0043172, 0.0001387, -0.0095557, -0.0320385, -0.0842288", \
					  "0.0068717, 0.0060839, 0.0042518, 5.1700000e-05, -0.0096128, -0.0320378, -0.0841991", \
					  "0.0071623, 0.0063686, 0.0045439, 0.0003537, -0.0095150, -0.0321970, -0.0843186", \
					  "0.0074197, 0.0066462, 0.0048036, 0.0005959, -0.0091996, -0.0319258, -0.0844367");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0190296, 0.0198093, 0.0216933, 0.0259381, 0.0357214, 0.0581778, 0.1100307", \
					  "0.0187779, 0.0195839, 0.0214474, 0.0257725, 0.0355692, 0.0580830, 0.1099969", \
					  "0.0185238, 0.0193333, 0.0212185, 0.0255110, 0.0353704, 0.0579192, 0.1099362", \
					  "0.0183756, 0.0191770, 0.0210219, 0.0252856, 0.0351340, 0.0577503, 0.1098507", \
					  "0.0181814, 0.0189937, 0.0208191, 0.0251133, 0.0349284, 0.0575339, 0.1095775", \
					  "0.0181612, 0.0189596, 0.0207752, 0.0250321, 0.0348572, 0.0574126, 0.1093304", \
					  "0.0176339, 0.0185263, 0.0205983, 0.0249571, 0.0348422, 0.0573915, 0.1090585");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0108833, 0.0117253, 0.0136760, 0.0179881, 0.0278289, 0.0505728, 0.1025256", \
					  "0.0106148, 0.0114698, 0.0134122, 0.0177887, 0.0276316, 0.0504158, 0.1030106", \
					  "0.0104962, 0.0112794, 0.0132099, 0.0174558, 0.0273398, 0.0501852, 0.1025135", \
					  "0.0103427, 0.0111801, 0.0130495, 0.0172937, 0.0271813, 0.0498311, 0.1021682", \
					  "0.0102071, 0.0110035, 0.0128678, 0.0171485, 0.0268846, 0.0496372, 0.1015353", \
					  "0.0101918, 0.0109877, 0.0128870, 0.0170928, 0.0268295, 0.0493832, 0.1016136", \
					  "0.0097033, 0.0104933, 0.0123235, 0.0170002, 0.0268045, 0.0492294, 0.1019857");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0047917, 0.0040066, 0.0021835, -0.0020072, -0.0117199, -0.0342944, -0.0866208", \
					  "0.0047450, 0.0039647, 0.0021508, -0.0020416, -0.0117408, -0.0343022, -0.0866270", \
					  "0.0045997, 0.0038389, 0.0020365, -0.0020887, -0.0117421, -0.0343003, -0.0865950", \
					  "0.0043943, 0.0036252, 0.0018375, -0.0022992, -0.0119209, -0.0344262, -0.0866699", \
					  "0.0043760, 0.0036174, 0.0018163, -0.0023376, -0.0119575, -0.0345499, -0.0866833", \
					  "0.0044209, 0.0036320, 0.0018516, -0.0023828, -0.0121643, -0.0346181, -0.0868771", \
					  "0.0047131, 0.0039297, 0.0020649, -0.0021022, -0.0120252, -0.0345392, -0.0868012");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0101658, 0.0110695, 0.0129827, 0.0173887, 0.0273604, 0.0499079, 0.1020705", \
					  "0.0098605, 0.0106936, 0.0126324, 0.0170491, 0.0270107, 0.0496823, 0.1016332", \
					  "0.0096999, 0.0105223, 0.0124352, 0.0167708, 0.0267246, 0.0495424, 0.1020339", \
					  "0.0095514, 0.0103695, 0.0122207, 0.0165482, 0.0263532, 0.0490356, 0.1012664", \
					  "0.0096005, 0.0104884, 0.0123078, 0.0165330, 0.0263237, 0.0489976, 0.1009532", \
					  "0.0096034, 0.0103844, 0.0121944, 0.0163999, 0.0261418, 0.0487702, 0.1003969", \
					  "0.0099677, 0.0107133, 0.0124529, 0.0166528, 0.0263240, 0.0487569, 0.1004400");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0001200, -0.0006557, -0.0024814, -0.0067209, -0.0165086, -0.0391755, -0.0916077", \
					  "-0.0001169, -0.0008606, -0.0026093, -0.0067541, -0.0164713, -0.0390964, -0.0915023", \
					  "-0.0004697, -0.0011740, -0.0028385, -0.0068930, -0.0165122, -0.0390629, -0.0914248", \
					  "-0.0006683, -0.0013356, -0.0030198, -0.0071453, -0.0166973, -0.0391300, -0.0914207", \
					  "-0.0009650, -0.0016909, -0.0034580, -0.0073479, -0.0168805, -0.0393707, -0.0915148", \
					  "-0.0009914, -0.0017478, -0.0035508, -0.0077368, -0.0172168, -0.0395077, -0.0917583", \
					  "-0.0005917, -0.0013917, -0.0032956, -0.0073596, -0.0174445, -0.0399010, -0.0919804");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0135276, 0.0143833, 0.0163174, 0.0206850, 0.0307318, 0.0529971, 0.1056978", \
					  "0.0132036, 0.0141086, 0.0160225, 0.0204230, 0.0303823, 0.0529840, 0.1047924", \
					  "0.0129374, 0.0138076, 0.0156971, 0.0200590, 0.0300190, 0.0527778, 0.1046997", \
					  "0.0127899, 0.0136302, 0.0154619, 0.0197589, 0.0297226, 0.0523771, 0.1044720", \
					  "0.0126342, 0.0134492, 0.0153008, 0.0195992, 0.0293627, 0.0520046, 0.1043514", \
					  "0.0126261, 0.0134521, 0.0152780, 0.0195022, 0.0293020, 0.0521942, 0.1037657", \
					  "0.0121840, 0.0129650, 0.0149748, 0.0195198, 0.0293880, 0.0518333, 0.1035692");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0065634, 0.0057851, 0.0039452, -0.0002967, -0.0100190, -0.0324711, -0.0846440", \
					  "0.0064194, 0.0056270, 0.0038034, -0.0004203, -0.0101312, -0.0325979, -0.0847722", \
					  "0.0062711, 0.0055063, 0.0036394, -0.0005826, -0.0102921, -0.0327394, -0.0849135", \
					  "0.0059874, 0.0052472, 0.0034480, -0.0007876, -0.0104459, -0.0328784, -0.0850408", \
					  "0.0058192, 0.0050780, 0.0032294, -0.0009767, -0.0106256, -0.0330219, -0.0851577", \
					  "0.0061299, 0.0052502, 0.0034200, -0.0007996, -0.0105225, -0.0332143, -0.0853704", \
					  "0.0063388, 0.0055411, 0.0036735, -0.0006063, -0.0103564, -0.0330081, -0.0855191");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
					values("0.1382095, 0.1479848, 0.1701081, 0.2199815, 0.3328756, 0.5869494, 1.1824525", \
					  "0.1413556, 0.1515335, 0.1740307, 0.2242298, 0.3374487, 0.5962399, 1.1846962", \
					  "0.1552170, 0.1647594, 0.1866704, 0.2365366, 0.3503407, 0.6101862, 1.1992332", \
					  "0.1884993, 0.1977910, 0.2194813, 0.2687153, 0.3811576, 0.6418771, 1.2353983", \
					  "0.2601835, 0.2695863, 0.2909497, 0.3394860, 0.4518411, 0.7106368, 1.2992617", \
					  "0.3969901, 0.4087016, 0.4344459, 0.4889419, 0.6044624, 0.8608114, 1.4503378", \
					  "0.6537443, 0.6700100, 0.7051392, 0.7774787, 0.9199748, 1.2020621, 1.7961969");
				}
				rise_transition ("del_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("0.0815037, 0.0933860, 0.1209585, 0.1847678, 0.3356871, 0.6691814, 1.4746542", \
					  "0.0814710, 0.0935709, 0.1210185, 0.1843415, 0.3311822, 0.6677742, 1.4462634", \
					  "0.0815990, 0.0933741, 0.1210533, 0.1846983, 0.3310589, 0.6679822, 1.4464677", \
					  "0.0817042, 0.0934068, 0.1210822, 0.1842029, 0.3313192, 0.6676203, 1.4449449", \
					  "0.0844605, 0.0956504, 0.1224374, 0.1854811, 0.3310859, 0.6679083, 1.4479778", \
					  "0.1049341, 0.1170172, 0.1439784, 0.2034876, 0.3400668, 0.6748417, 1.4495379", \
					  "0.1540234, 0.1673002, 0.1976576, 0.2633986, 0.4036636, 0.7059637, 1.4532752");
				}
				cell_fall ("del_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("0.0217022, 0.0237372, 0.0282424, 0.0379743, 0.0589051, 0.1039537, 0.2039795", \
					  "0.0263853, 0.0283541, 0.0327236, 0.0423178, 0.0631072, 0.1080974, 0.2081586", \
					  "0.0380122, 0.0400766, 0.0440091, 0.0529482, 0.0732358, 0.1180092, 0.2180005", \
					  "0.0552359, 0.0580983, 0.0640194, 0.0760195, 0.0982176, 0.1421856, 0.2417904", \
					  "0.0762072, 0.0803068, 0.0893030, 0.1068927, 0.1396219, 0.1963821, 0.2969918", \
					  "0.0925972, 0.1007677, 0.1143589, 0.1411401, 0.1905100, 0.2760123, 0.4135561", \
					  "0.0824568, 0.0924454, 0.1137137, 0.1556808, 0.2338625, 0.3668088, 0.5805189");
				}
				fall_transition ("del_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("0.0227557, 0.0250985, 0.0302955, 0.0419286, 0.0675180, 0.1246946, 0.2564749", \
					  "0.0219674, 0.0242193, 0.0294517, 0.0413187, 0.0671418, 0.1245827, 0.2564088", \
					  "0.0254341, 0.0273348, 0.0314662, 0.0417380, 0.0663632, 0.1243013, 0.2554640", \
					  "0.0363456, 0.0390869, 0.0444427, 0.0537528, 0.0732063, 0.1254458, 0.2554191", \
					  "0.0563268, 0.0610354, 0.0670774, 0.0798450, 0.1045847, 0.1500504, 0.2626520", \
					  "0.0936784, 0.0983041, 0.1084293, 0.1283979, 0.1629367, 0.2246763, 0.3341405", \
					  "0.1582166, 0.1661632, 0.1823293, 0.2142502, 0.2688304, 0.3579706, 0.5059426");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
					values("0.1791086, 0.1884522, 0.2097574, 0.2585955, 0.3701468, 0.6261262, 1.2151833", \
					  "0.1832311, 0.1925473, 0.2142118, 0.2637456, 0.3758806, 0.6319822, 1.2211904", \
					  "0.1966373, 0.2059827, 0.2274800, 0.2767574, 0.3892013, 0.6461220, 1.2360714", \
					  "0.2299531, 0.2391833, 0.2608254, 0.3099168, 0.4221111, 0.6793768, 1.2701228", \
					  "0.3013186, 0.3109177, 0.3318830, 0.3809795, 0.4928487, 0.7495842, 1.3405199", \
					  "0.4466864, 0.4571707, 0.4805465, 0.5332640, 0.6460020, 0.9022930, 1.4926754", \
					  "0.7232709, 0.7370999, 0.7667394, 0.8334639, 0.9691240, 1.2454485, 1.8365625");
				}
				rise_transition ("del_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("0.1121217, 0.1239650, 0.1519487, 0.2164421, 0.3629739, 0.7007823, 1.4788731", \
					  "0.1120634, 0.1240373, 0.1518523, 0.2160049, 0.3629826, 0.7012100, 1.4815984", \
					  "0.1121166, 0.1241066, 0.1519057, 0.2160939, 0.3630367, 0.7005416, 1.4787401", \
					  "0.1121307, 0.1240857, 0.1517515, 0.2163806, 0.3630515, 0.7006092, 1.4774860", \
					  "0.1127356, 0.1247648, 0.1522893, 0.2160250, 0.3630345, 0.7001307, 1.4770458", \
					  "0.1318753, 0.1437908, 0.1703448, 0.2289792, 0.3693364, 0.7010478, 1.4826859", \
					  "0.1807235, 0.1931565, 0.2228447, 0.2878466, 0.4274192, 0.7337284, 1.4827298");
				}
				cell_fall ("del_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("0.0270350, 0.0290054, 0.0334382, 0.0430977, 0.0639192, 0.1089068, 0.2088607", \
					  "0.0318871, 0.0338490, 0.0382339, 0.0478091, 0.0685581, 0.1135290, 0.2135832", \
					  "0.0427344, 0.0447446, 0.0490238, 0.0583527, 0.0788658, 0.1237840, 0.2238404", \
					  "0.0611636, 0.0638268, 0.0694288, 0.0806506, 0.1026282, 0.1475908, 0.2476731", \
					  "0.0872623, 0.0909587, 0.0988592, 0.1150128, 0.1450736, 0.1989770, 0.3020002", \
					  "0.1158549, 0.1215758, 0.1337813, 0.1582342, 0.2038638, 0.2826556, 0.4152932", \
					  "0.1257364, 0.1352951, 0.1545517, 0.1938712, 0.2661753, 0.3899216, 0.5894942");
				}
				fall_transition ("del_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("0.0220886, 0.0244645, 0.0297504, 0.0414167, 0.0671684, 0.1245783, 0.2559926", \
					  "0.0217608, 0.0240796, 0.0293688, 0.0410590, 0.0669147, 0.1244458, 0.2553028", \
					  "0.0236635, 0.0256830, 0.0303376, 0.0411529, 0.0664248, 0.1242851, 0.2562142", \
					  "0.0328111, 0.0347366, 0.0390701, 0.0485698, 0.0704058, 0.1244438, 0.2557932", \
					  "0.0505745, 0.0530673, 0.0586500, 0.0704101, 0.0930320, 0.1407246, 0.2605072", \
					  "0.0823462, 0.0862679, 0.0943418, 0.1104403, 0.1401934, 0.1977139, 0.3066049", \
					  "0.1411640, 0.1480343, 0.1606445, 0.1842615, 0.2293163, 0.3064728, 0.4413240");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
					values("0.0963282, 0.1046505, 0.1224681, 0.1636618, 0.2562894, 0.4679025, 0.9567940", \
					  "0.1004154, 0.1086988, 0.1263927, 0.1677377, 0.2605486, 0.4772183, 0.9662928", \
					  "0.1143456, 0.1223144, 0.1399749, 0.1806495, 0.2729704, 0.4868232, 0.9747411", \
					  "0.1475889, 0.1551620, 0.1727085, 0.2131324, 0.3075087, 0.5251711, 1.0119067", \
					  "0.2189766, 0.2279174, 0.2470465, 0.2874292, 0.3798671, 0.5927370, 1.0845875", \
					  "0.3514103, 0.3639271, 0.3911439, 0.4440435, 0.5491596, 0.7627249, 1.2523901", \
					  "0.5873203, 0.6095428, 0.6520898, 0.7377114, 0.8853788, 1.1453098, 1.6463917");
				}
				rise_transition ("del_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("0.0655942, 0.0757140, 0.0991348, 0.1514582, 0.2742117, 0.5559070, 1.2033315", \
					  "0.0658694, 0.0757600, 0.0988728, 0.1526651, 0.2735940, 0.5632953, 1.2304682", \
					  "0.0658169, 0.0757782, 0.0989304, 0.1516792, 0.2736114, 0.5554857, 1.2064895", \
					  "0.0661591, 0.0759993, 0.0990478, 0.1518486, 0.2750487, 0.5587236, 1.2113808", \
					  "0.0769250, 0.0855257, 0.1063107, 0.1553388, 0.2738873, 0.5580085, 1.2041923", \
					  "0.1114821, 0.1215590, 0.1443335, 0.1916223, 0.2958787, 0.5599959, 1.2088117", \
					  "0.1897677, 0.2029913, 0.2304435, 0.2886363, 0.3969119, 0.6247644, 1.2280921");
				}
				cell_fall ("del_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("0.0155649, 0.0167130, 0.0192768, 0.0248937, 0.0370904, 0.0643149, 0.1261468", \
					  "0.0206449, 0.0217228, 0.0241765, 0.0296712, 0.0418630, 0.0689049, 0.1307699", \
					  "0.0295983, 0.0311565, 0.0341897, 0.0406564, 0.0528426, 0.0799037, 0.1416499", \
					  "0.0409788, 0.0432974, 0.0482419, 0.0580266, 0.0757320, 0.1054431, 0.1670484", \
					  "0.0524172, 0.0560395, 0.0637482, 0.0787778, 0.1062367, 0.1525635, 0.2274874", \
					  "0.0546610, 0.0606034, 0.0727340, 0.0961921, 0.1406713, 0.2129018, 0.3254515", \
					  "0.0184255, 0.0276198, 0.0487857, 0.0896331, 0.1607679, 0.2754177, 0.4546167");
				}
				fall_transition ("del_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("0.0111463, 0.0124501, 0.0154436, 0.0222038, 0.0376017, 0.0730205, 0.1549579", \
					  "0.0117077, 0.0128729, 0.0155173, 0.0219278, 0.0374253, 0.0729504, 0.1548813", \
					  "0.0170610, 0.0182490, 0.0208765, 0.0256144, 0.0390464, 0.0727833, 0.1552122", \
					  "0.0269513, 0.0286423, 0.0319278, 0.0393209, 0.0526103, 0.0801886, 0.1557776", \
					  "0.0443551, 0.0470772, 0.0525731, 0.0632811, 0.0827483, 0.1152767, 0.1776005", \
					  "0.0782803, 0.0826410, 0.0907784, 0.1084561, 0.1364508, 0.1846032, 0.2632575", \
					  "0.1426964, 0.1490222, 0.1650245, 0.1916170, 0.2362278, 0.3064620, 0.4191573");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
					values("0.0608079, 0.0688367, 0.0873295, 0.1288828, 0.2218402, 0.4339697, 0.9262590", \
					  "0.0636444, 0.0716080, 0.0897691, 0.1312987, 0.2247400, 0.4376945, 0.9257615", \
					  "0.0756495, 0.0834283, 0.1013690, 0.1422129, 0.2361787, 0.4504085, 0.9396459", \
					  "0.1076296, 0.1146443, 0.1316750, 0.1719506, 0.2652318, 0.4757516, 0.9651329", \
					  "0.1717129, 0.1821673, 0.2042296, 0.2449823, 0.3359723, 0.5485823, 1.0349287", \
					  "0.2833147, 0.2998640, 0.3337696, 0.3968757, 0.5079647, 0.7172041, 1.2048416", \
					  "0.4766316, 0.5021381, 0.5553760, 0.6540169, 0.8273487, 1.1105988, 1.5950800");
				}
				rise_transition ("del_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("0.0649101, 0.0751225, 0.0984385, 0.1517328, 0.2752779, 0.5568169, 1.2197190", \
					  "0.0644167, 0.0746720, 0.0982077, 0.1513225, 0.2737831, 0.5564216, 1.2048575", \
					  "0.0632365, 0.0736988, 0.0975883, 0.1513710, 0.2748298, 0.5573154, 1.2111139", \
					  "0.0665116, 0.0753200, 0.0971123, 0.1509855, 0.2737092, 0.5601527, 1.2095165", \
					  "0.0945885, 0.1033633, 0.1194462, 0.1619525, 0.2747087, 0.5564528, 1.2076043", \
					  "0.1479390, 0.1589210, 0.1829029, 0.2277498, 0.3162492, 0.5646130, 1.2044195", \
					  "0.2485075, 0.2652095, 0.2989666, 0.3629697, 0.4775341, 0.6840478, 1.2359409");
				}
				cell_fall ("del_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("0.0130063, 0.0140007, 0.0162264, 0.0212405, 0.0324714, 0.0583029, 0.1177716", \
					  "0.0174485, 0.0186132, 0.0210032, 0.0258681, 0.0372428, 0.0630068, 0.1227397", \
					  "0.0234617, 0.0253029, 0.0290418, 0.0361408, 0.0485194, 0.0743925, 0.1334273", \
					  "0.0299409, 0.0327510, 0.0385251, 0.0500378, 0.0690660, 0.1003553, 0.1597909", \
					  "0.0332304, 0.0380068, 0.0476577, 0.0649466, 0.0956488, 0.1439189, 0.2195690", \
					  "0.0209654, 0.0294765, 0.0450720, 0.0739587, 0.1221629, 0.1982971, 0.3155460", \
					  "-0.0416066, -0.0275938, 0.0002186, 0.0499027, 0.1301715, 0.2537997, 0.4365775");
				}
				fall_transition ("del_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("0.0072721, 0.0084856, 0.0112713, 0.0178354, 0.0325031, 0.0668461, 0.1456424", \
					  "0.0089819, 0.0098905, 0.0121980, 0.0180712, 0.0328282, 0.0675768, 0.1462292", \
					  "0.0145038, 0.0157951, 0.0184081, 0.0232674, 0.0351640, 0.0667537, 0.1454424", \
					  "0.0247015, 0.0266563, 0.0302184, 0.0376819, 0.0502676, 0.0758914, 0.1466434", \
					  "0.0439117, 0.0465964, 0.0516051, 0.0637029, 0.0807994, 0.1133614, 0.1706423", \
					  "0.0808683, 0.0848340, 0.0930655, 0.1081847, 0.1366900, 0.1826058, 0.2567278", \
					  "0.1537314, 0.1607198, 0.1745239, 0.1994231, 0.2404665, 0.3064924, 0.4173121");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003895;
			capacitance : 0.004045;
			rise_capacitance : 0.004195;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043000, -0.0043012, -0.0043041, -0.0042924, -0.0042653, -0.0042031, -0.0040595");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062318, 0.0062290, 0.0062226, 0.0062214, 0.0062188, 0.0062128, 0.0061990");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004247;
			capacitance : 0.004053;
			fall_capacitance : 0.003859;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051963, -0.0051960, -0.0051955, -0.0051959, -0.0051968, -0.0051989, -0.0052036");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052333, 0.0052297, 0.0052213, 0.0052236, 0.0052289, 0.0052412, 0.0052693");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003823;
			capacitance : 0.004089;
			rise_capacitance : 0.004355;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048969, -0.0049356, -0.0050249, -0.0050321, -0.0050489, -0.0050874, -0.0051761");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054715, 0.0054684, 0.0054614, 0.0054632, 0.0054675, 0.0054775, 0.0055003");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003805;
			capacitance : 0.004101;
			rise_capacitance : 0.004397;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025520, -0.0025507, -0.0025477, -0.0025467, -0.0025444, -0.0025389, -0.0025264");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030956, 0.0030908, 0.0030797, 0.0030951, 0.0031306, 0.0032124, 0.0034009");
				}
			}
		}
	}
	cell ("scs8hd_a211oi_4") {
		area : 20.019200;
		cell_footprint : "a211oi";
		cell_leakage_power : 4.437142e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014389";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0318284";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014386";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0002791";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0014392";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0002365";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014386";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0002791";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0014392";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0002540";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014386";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0002791";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0014394";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0004826";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014384";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0258448";
			when : "A1&A2&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A2&!B1&!C1)";
			max_capacitance : 0.119029;
			max_transition : 1.494444;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0134729, 0.0125713, 0.0103375, 0.0047679, -0.0091436, -0.0435579, -0.1296571", \
					  "0.0132909, 0.0123935, 0.0101467, 0.0045604, -0.0093174, -0.0437518, -0.1298553", \
					  "0.0130007, 0.0121265, 0.0098804, 0.0043180, -0.0095949, -0.0440043, -0.1301126", \
					  "0.0125493, 0.0116799, 0.0094609, 0.0039306, -0.0098237, -0.0442541, -0.1303883", \
					  "0.0120362, 0.0111442, 0.0089738, 0.0034690, -0.0103007, -0.0445932, -0.1306367", \
					  "0.0125152, 0.0116187, 0.0094332, 0.0037360, -0.0101858, -0.0449770, -0.1309409", \
					  "0.0127254, 0.0118392, 0.0095925, 0.0039321, -0.0099142, -0.0444043, -0.1311807");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0262196, 0.0271930, 0.0295294, 0.0352778, 0.0493516, 0.0837867, 0.1694095", \
					  "0.0255781, 0.0265055, 0.0289781, 0.0347255, 0.0489196, 0.0835301, 0.1693303", \
					  "0.0250852, 0.0259959, 0.0283385, 0.0341754, 0.0484425, 0.0833065, 0.1691873", \
					  "0.0247097, 0.0256858, 0.0279402, 0.0337508, 0.0477983, 0.0827753, 0.1690696", \
					  "0.0244635, 0.0253876, 0.0276200, 0.0333153, 0.0472831, 0.0820152, 0.1680808", \
					  "0.0244504, 0.0254102, 0.0276489, 0.0332471, 0.0472615, 0.0817333, 0.1675964", \
					  "0.0242881, 0.0253382, 0.0276376, 0.0333300, 0.0473214, 0.0816471, 0.1673991");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0361086, 0.0370302, 0.0393202, 0.0449228, 0.0588610, 0.0933960, 0.1790149", \
					  "0.0356740, 0.0366052, 0.0389244, 0.0446176, 0.0585572, 0.0931338, 0.1787886", \
					  "0.0352799, 0.0362336, 0.0385020, 0.0441926, 0.0582592, 0.0929318, 0.1785117", \
					  "0.0350551, 0.0359566, 0.0382264, 0.0439000, 0.0578985, 0.0926513, 0.1785112", \
					  "0.0346499, 0.0355800, 0.0378320, 0.0434963, 0.0574671, 0.0921366, 0.1779140", \
					  "0.0346400, 0.0355333, 0.0378031, 0.0434544, 0.0574019, 0.0919765, 0.1778865", \
					  "0.0344669, 0.0354116, 0.0377436, 0.0434389, 0.0574205, 0.0918745, 0.1774811");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0150690, 0.0141581, 0.0119283, 0.0063556, -0.0075600, -0.0419710, -0.1280700", \
					  "0.0148315, 0.0139309, 0.0116812, 0.0061019, -0.0077683, -0.0422129, -0.1282860", \
					  "0.0145909, 0.0136886, 0.0114357, 0.0058432, -0.0080730, -0.0424888, -0.1285775", \
					  "0.0141832, 0.0132867, 0.0110546, 0.0055389, -0.0082756, -0.0427217, -0.1288479", \
					  "0.0138502, 0.0129675, 0.0107630, 0.0052506, -0.0084697, -0.0428664, -0.1288397", \
					  "0.0142251, 0.0133479, 0.0111154, 0.0055672, -0.0082982, -0.0433599, -0.1292966", \
					  "0.0146025, 0.0137081, 0.0114477, 0.0058727, -0.0078942, -0.0427619, -0.1293276");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0211331, 0.0221054, 0.0245853, 0.0303254, 0.0444385, 0.0789920, 0.1646135", \
					  "0.0205421, 0.0215491, 0.0238726, 0.0296892, 0.0439400, 0.0787020, 0.1644564", \
					  "0.0201970, 0.0211272, 0.0234727, 0.0292957, 0.0433661, 0.0782486, 0.1643567", \
					  "0.0199550, 0.0209241, 0.0231762, 0.0289554, 0.0429951, 0.0778430, 0.1648263", \
					  "0.0196516, 0.0205701, 0.0228927, 0.0285218, 0.0425372, 0.0770665, 0.1637612", \
					  "0.0196856, 0.0206181, 0.0229278, 0.0285267, 0.0424769, 0.0769593, 0.1638182", \
					  "0.0192557, 0.0203559, 0.0227839, 0.0283954, 0.0424533, 0.0768250, 0.1639188");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0090831, 0.0081828, 0.0059407, 0.0003890, -0.0134529, -0.0480652, -0.1345327", \
					  "0.0090180, 0.0081352, 0.0058985, 0.0003625, -0.0134599, -0.0480422, -0.1345070", \
					  "0.0089214, 0.0080452, 0.0058591, 0.0004089, -0.0133444, -0.0479227, -0.1343269", \
					  "0.0084071, 0.0075381, 0.0054016, -4.1000000e-05, -0.0136937, -0.0480246, -0.1344536", \
					  "0.0082845, 0.0074227, 0.0052931, -0.0001532, -0.0138232, -0.0484945, -0.1346185", \
					  "0.0081570, 0.0072571, 0.0050712, -0.0002856, -0.0139889, -0.0485253, -0.1347730", \
					  "0.0085725, 0.0076583, 0.0054675, -0.0002094, -0.0140332, -0.0485990, -0.1347931");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0199588, 0.0209155, 0.0233703, 0.0292854, 0.0435043, 0.0781500, 0.1643122", \
					  "0.0191829, 0.0201729, 0.0226353, 0.0285814, 0.0428979, 0.0780903, 0.1645663", \
					  "0.0187495, 0.0196344, 0.0220725, 0.0278683, 0.0423884, 0.0771774, 0.1638105", \
					  "0.0185977, 0.0195012, 0.0218787, 0.0275194, 0.0416177, 0.0764490, 0.1641259", \
					  "0.0184142, 0.0193088, 0.0215463, 0.0271863, 0.0410840, 0.0758266, 0.1630434", \
					  "0.0185564, 0.0194507, 0.0216753, 0.0272048, 0.0411327, 0.0755411, 0.1621868", \
					  "0.0189664, 0.0198400, 0.0220245, 0.0275503, 0.0415083, 0.0756179, 0.1619856");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001244754, 0.003098825, 0.007714548, 0.01920543, 0.04781207, 0.1190285");
					values("0.0013357, 0.0004300, -0.0018341, -0.0074747, -0.0214546, -0.0562229, -0.1428394", \
					  "0.0009281, 7.2900000e-05, -0.0020940, -0.0075868, -0.0214076, -0.0560715, -0.1426457", \
					  "0.0003610, -0.0005110, -0.0025738, -0.0078899, -0.0214949, -0.0559890, -0.1424802", \
					  "-0.0003855, -0.0012367, -0.0032565, -0.0084501, -0.0218076, -0.0561166, -0.1424172", \
					  "-0.0007198, -0.0015703, -0.0036281, -0.0087752, -0.0222188, -0.0565190, -0.1425996", \
					  "-0.0009660, -0.0017775, -0.0039904, -0.0093123, -0.0228633, -0.0570411, -0.1429783", \
					  "-0.0001382, -0.0013872, -0.0037177, -0.0093668, -0.0228667, -0.0576403, -0.1434816");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.1671871, 0.1745661, 0.1920630, 0.2351101, 0.3387921, 0.5937044, 1.2266027", \
					  "0.1694553, 0.1768425, 0.1943985, 0.2378522, 0.3434414, 0.6025345, 1.2331164", \
					  "0.1826804, 0.1898841, 0.2075427, 0.2509511, 0.3561461, 0.6136504, 1.2486866", \
					  "0.2181073, 0.2249849, 0.2424148, 0.2844986, 0.3897638, 0.6530160, 1.2838843", \
					  "0.2960460, 0.3029208, 0.3199599, 0.3620980, 0.4653161, 0.7221593, 1.3579645", \
					  "0.4520327, 0.4601292, 0.4797507, 0.5258338, 0.6307787, 0.8870542, 1.5241948", \
					  "0.7532175, 0.7640514, 0.7895148, 0.8472583, 0.9751356, 1.2519659, 1.8889148");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0997525, 0.1086042, 0.1305933, 0.1846743, 0.3203851, 0.6560970, 1.4904744", \
					  "0.0998418, 0.1086456, 0.1305843, 0.1848321, 0.3203996, 0.6565127, 1.4904998", \
					  "0.0997592, 0.1086703, 0.1306446, 0.1849397, 0.3199722, 0.6560306, 1.4908191", \
					  "0.1000188, 0.1088938, 0.1305219, 0.1856537, 0.3214232, 0.6603011, 1.4917014", \
					  "0.1009979, 0.1095956, 0.1311380, 0.1850789, 0.3206679, 0.6561243, 1.4944441", \
					  "0.1190101, 0.1276751, 0.1486874, 0.1980762, 0.3273799, 0.6567620, 1.4910055", \
					  "0.1625413, 0.1721566, 0.1954297, 0.2510910, 0.3816142, 0.6862908, 1.4936721");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0202483, 0.0213892, 0.0242714, 0.0310219, 0.0466144, 0.0827183, 0.1677073", \
					  "0.0250035, 0.0261332, 0.0288538, 0.0353818, 0.0508805, 0.0868178, 0.1716604", \
					  "0.0357905, 0.0370627, 0.0400284, 0.0463291, 0.0611049, 0.0964831, 0.1812358", \
					  "0.0508861, 0.0526777, 0.0568251, 0.0659533, 0.0846903, 0.1202847, 0.2037601", \
					  "0.0672433, 0.0698592, 0.0760278, 0.0895008, 0.1167208, 0.1674599, 0.2580636", \
					  "0.0752613, 0.0790059, 0.0877437, 0.1096164, 0.1509489, 0.2254543, 0.3584849", \
					  "0.0425044, 0.0486709, 0.0631958, 0.0948258, 0.1602707, 0.2784692, 0.4824953");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0222065, 0.0236135, 0.0272275, 0.0357181, 0.0560497, 0.1040879, 0.2218361", \
					  "0.0218144, 0.0232381, 0.0265535, 0.0349806, 0.0554897, 0.1036189, 0.2214253", \
					  "0.0264137, 0.0274877, 0.0300904, 0.0370524, 0.0554262, 0.1032179, 0.2214040", \
					  "0.0369848, 0.0384022, 0.0417597, 0.0494201, 0.0658531, 0.1064883, 0.2212276", \
					  "0.0565224, 0.0585094, 0.0638007, 0.0734598, 0.0947535, 0.1361170, 0.2343505", \
					  "0.0931274, 0.0963319, 0.1032811, 0.1172740, 0.1459808, 0.2043005, 0.3100697", \
					  "0.1565457, 0.1618508, 0.1731127, 0.1974420, 0.2425204, 0.3257899, 0.4669983");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.2065827, 0.2134975, 0.2302692, 0.2704579, 0.3702169, 0.6157968, 1.2249064", \
					  "0.2107851, 0.2172383, 0.2343563, 0.2751245, 0.3752539, 0.6212066, 1.2305932", \
					  "0.2248955, 0.2310882, 0.2482682, 0.2891300, 0.3894064, 0.6360770, 1.2462817", \
					  "0.2593574, 0.2661307, 0.2822979, 0.3233630, 0.4235567, 0.6703415, 1.2808932", \
					  "0.3348921, 0.3417008, 0.3579400, 0.3984463, 0.4987204, 0.7453624, 1.3561303", \
					  "0.4908452, 0.4980331, 0.5155023, 0.5585309, 0.6580441, 0.9044393, 1.5149407", \
					  "0.7893044, 0.7984622, 0.8213829, 0.8736805, 0.9928343, 1.2574255, 1.8681015");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.1321993, 0.1407508, 0.1620542, 0.2146308, 0.3454476, 0.6710777, 1.4756416", \
					  "0.1322661, 0.1407233, 0.1619703, 0.2147405, 0.3452740, 0.6691207, 1.4738308", \
					  "0.1322581, 0.1407554, 0.1620196, 0.2147139, 0.3454659, 0.6692349, 1.4717376", \
					  "0.1326412, 0.1408343, 0.1619893, 0.2146865, 0.3453778, 0.6711259, 1.4734737", \
					  "0.1324811, 0.1412506, 0.1622065, 0.2145254, 0.3452721, 0.6694322, 1.4743036", \
					  "0.1484737, 0.1564982, 0.1759289, 0.2254485, 0.3503721, 0.6695350, 1.4715765", \
					  "0.1923178, 0.2013982, 0.2241002, 0.2767180, 0.4021825, 0.7012447, 1.4772831");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0249465, 0.0260837, 0.0289538, 0.0356726, 0.0512471, 0.0873370, 0.1722839", \
					  "0.0296344, 0.0307684, 0.0335523, 0.0401771, 0.0557254, 0.0916943, 0.1764380", \
					  "0.0395826, 0.0408199, 0.0436831, 0.0502376, 0.0655121, 0.1012248, 0.1858490", \
					  "0.0556776, 0.0572288, 0.0610232, 0.0694604, 0.0871671, 0.1233846, 0.2082167", \
					  "0.0773543, 0.0796458, 0.0850342, 0.0969657, 0.1215059, 0.1679099, 0.2587179", \
					  "0.0978971, 0.1013781, 0.1095405, 0.1276651, 0.1647498, 0.2336474, 0.3550525", \
					  "0.0907146, 0.0965238, 0.1095724, 0.1387841, 0.1984574, 0.3065225, 0.4920037");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0221895, 0.0235838, 0.0271825, 0.0356519, 0.0560137, 0.1040035, 0.2219440", \
					  "0.0218412, 0.0232376, 0.0267218, 0.0352594, 0.0556076, 0.1037923, 0.2216136", \
					  "0.0242329, 0.0254235, 0.0284710, 0.0360419, 0.0552704, 0.1034589, 0.2217525", \
					  "0.0333014, 0.0344130, 0.0374767, 0.0446094, 0.0617628, 0.1051128, 0.2213441", \
					  "0.0506802, 0.0521355, 0.0558192, 0.0646870, 0.0829911, 0.1244007, 0.2294386", \
					  "0.0816492, 0.0841115, 0.0888758, 0.1007546, 0.1255136, 0.1748592, 0.2785965", \
					  "0.1402545, 0.1438244, 0.1519393, 0.1698085, 0.2062474, 0.2735436, 0.3984497");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.1132260, 0.1191984, 0.1337042, 0.1688563, 0.2538201, 0.4619534, 0.9772708", \
					  "0.1163390, 0.1220379, 0.1364509, 0.1717555, 0.2571900, 0.4665195, 0.9826719", \
					  "0.1298241, 0.1354712, 0.1497128, 0.1841487, 0.2692243, 0.4789177, 0.9958284", \
					  "0.1637408, 0.1693441, 0.1832633, 0.2177153, 0.3025843, 0.5172223, 1.0323756", \
					  "0.2387678, 0.2447602, 0.2589985, 0.2932910, 0.3778104, 0.5856912, 1.1053428", \
					  "0.3822291, 0.3905727, 0.4107112, 0.4552098, 0.5500759, 0.7596775, 1.2786748", \
					  "0.6499792, 0.6635760, 0.6946032, 0.7623361, 0.8965564, 1.1515243, 1.6785930");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0795035, 0.0867022, 0.1048029, 0.1493681, 0.2605540, 0.5370753, 1.2238145", \
					  "0.0795503, 0.0868581, 0.1047838, 0.1493406, 0.2601195, 0.5366556, 1.2234149", \
					  "0.0796346, 0.0867612, 0.1046541, 0.1505232, 0.2607642, 0.5359416, 1.2252831", \
					  "0.0797696, 0.0870720, 0.1048003, 0.1499604, 0.2611983, 0.5397015, 1.2298907", \
					  "0.0874779, 0.0941823, 0.1106359, 0.1527567, 0.2611116, 0.5374566, 1.2289693", \
					  "0.1202662, 0.1272641, 0.1454308, 0.1864057, 0.2803910, 0.5394391, 1.2263255", \
					  "0.1976199, 0.2060353, 0.2262993, 0.2724580, 0.3743293, 0.6027527, 1.2446758");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0154559, 0.0161860, 0.0179535, 0.0220980, 0.0317158, 0.0542893, 0.1091409", \
					  "0.0204584, 0.0211487, 0.0228226, 0.0267581, 0.0362606, 0.0588112, 0.1136385", \
					  "0.0289647, 0.0299619, 0.0322747, 0.0372829, 0.0471848, 0.0695197, 0.1243066", \
					  "0.0390672, 0.0405612, 0.0440256, 0.0516529, 0.0667418, 0.0943875, 0.1491784", \
					  "0.0473238, 0.0496445, 0.0550425, 0.0668125, 0.0903331, 0.1330513, 0.2062661", \
					  "0.0423219, 0.0459203, 0.0543207, 0.0733741, 0.1100571, 0.1784046, 0.2892687", \
					  "-0.0118280, -0.0052949, 0.0096398, 0.0409434, 0.1029239, 0.2108901, 0.3870575");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0114148, 0.0122030, 0.0142027, 0.0190624, 0.0308987, 0.0605969, 0.1347669", \
					  "0.0120360, 0.0127049, 0.0144292, 0.0189469, 0.0306734, 0.0604764, 0.1347672", \
					  "0.0174199, 0.0181680, 0.0199074, 0.0236259, 0.0333319, 0.0608119, 0.1347350", \
					  "0.0266686, 0.0277580, 0.0305054, 0.0360384, 0.0475935, 0.0703112, 0.1364515", \
					  "0.0443380, 0.0460078, 0.0497373, 0.0578834, 0.0745584, 0.1056047, 0.1629282", \
					  "0.0771804, 0.0803031, 0.0861073, 0.1002046, 0.1263621, 0.1676044, 0.2465564", \
					  "0.1420836, 0.1465931, 0.1569141, 0.1777816, 0.2165829, 0.2827494, 0.3941847");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0755930, 0.0817699, 0.0967356, 0.1322720, 0.2178446, 0.4261668, 0.9457601", \
					  "0.0772069, 0.0832565, 0.0980084, 0.1332572, 0.2198577, 0.4310870, 0.9552709", \
					  "0.0882805, 0.0937836, 0.1079302, 0.1426921, 0.2296983, 0.4408961, 0.9590686", \
					  "0.1205411, 0.1259040, 0.1392183, 0.1727257, 0.2572370, 0.4680780, 0.9892580", \
					  "0.1937545, 0.2004205, 0.2162174, 0.2497701, 0.3328479, 0.5418220, 1.0636658", \
					  "0.3225477, 0.3335589, 0.3577565, 0.4093826, 0.5100474, 0.7157514, 1.2284221", \
					  "0.5536147, 0.5703449, 0.6081100, 0.6903659, 0.8484849, 1.1205844, 1.6360168");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0787669, 0.0859209, 0.1041719, 0.1493490, 0.2602543, 0.5358286, 1.2284984", \
					  "0.0781701, 0.0857739, 0.1038387, 0.1501822, 0.2602784, 0.5396925, 1.2313259", \
					  "0.0773944, 0.0846769, 0.1035150, 0.1493437, 0.2636008, 0.5358580, 1.2211580", \
					  "0.0777277, 0.0846820, 0.1022943, 0.1478318, 0.2623906, 0.5383932, 1.2443911", \
					  "0.1025077, 0.1072843, 0.1199709, 0.1570284, 0.2603325, 0.5368636, 1.2291379", \
					  "0.1580120, 0.1655541, 0.1831492, 0.2203418, 0.3003500, 0.5437341, 1.2390837", \
					  "0.2624589, 0.2734632, 0.2980321, 0.3506950, 0.4564716, 0.6539772, 1.2503678");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0134025, 0.0140704, 0.0157161, 0.0195759, 0.0288184, 0.0513705, 0.1072939", \
					  "0.0177801, 0.0185689, 0.0203352, 0.0241290, 0.0334465, 0.0559822, 0.1118993", \
					  "0.0235044, 0.0247997, 0.0275650, 0.0333462, 0.0444166, 0.0667592, 0.1227642", \
					  "0.0291847, 0.0311991, 0.0355458, 0.0446067, 0.0616441, 0.0917159, 0.1472668", \
					  "0.0299572, 0.0330491, 0.0401237, 0.0544881, 0.0815707, 0.1278095, 0.2046745", \
					  "0.0111812, 0.0162317, 0.0274282, 0.0506949, 0.0932628, 0.1688129, 0.2861848", \
					  "-0.0704816, -0.0601472, -0.0411669, -0.0004149, 0.0720171, 0.1936530, 0.3805923");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00124475, 0.00309882, 0.00771455, 0.0192054, 0.0478121, 0.119029");
					values("0.0078937, 0.0087033, 0.0106428, 0.0155961, 0.0279846, 0.0588720, 0.1355831", \
					  "0.0095026, 0.0100948, 0.0117207, 0.0161134, 0.0280091, 0.0588415, 0.1359196", \
					  "0.0151281, 0.0158275, 0.0177775, 0.0219371, 0.0313348, 0.0592641, 0.1354741", \
					  "0.0250846, 0.0261580, 0.0287873, 0.0348280, 0.0466518, 0.0698344, 0.1374855", \
					  "0.0445127, 0.0459616, 0.0499368, 0.0584291, 0.0748247, 0.1064663, 0.1635178", \
					  "0.0822495, 0.0850729, 0.0905579, 0.1039466, 0.1282450, 0.1719444, 0.2507420", \
					  "0.1565040, 0.1603145, 0.1689665, 0.1893394, 0.2273773, 0.2900988, 0.4014739");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008231;
			capacitance : 0.007857;
			fall_capacitance : 0.007483;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0088192, -0.0088259, -0.0088413, -0.0088205, -0.0087726, -0.0086621, -0.0084075");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0118016, 0.0117964, 0.0117847, 0.0117772, 0.0117599, 0.0117201, 0.0116283");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008024;
			capacitance : 0.008457;
			rise_capacitance : 0.008890;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0105915, -0.0105998, -0.0106189, -0.0106149, -0.0106057, -0.0105845, -0.0105356");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0107007, 0.0106878, 0.0106580, 0.0106545, 0.0106465, 0.0106280, 0.0105853");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008025;
			capacitance : 0.008595;
			rise_capacitance : 0.009164;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0095907, -0.0096995, -0.0099502, -0.0099636, -0.0099945, -0.0100656, -0.0102295");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0113551, 0.0113429, 0.0113147, 0.0113109, 0.0113020, 0.0112817, 0.0112348");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007520;
			capacitance : 0.008108;
			rise_capacitance : 0.008696;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050551, -0.0050572, -0.0050620, -0.0050599, -0.0050551, -0.0050439, -0.0050183");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061335, 0.0061273, 0.0061132, 0.0061238, 0.0061484, 0.0062051, 0.0063359");
				}
			}
		}
	}
	cell ("scs8hd_a21bo_1") {
		area : 10.009600;
		cell_footprint : "a21bo";
		cell_leakage_power : 1.597664e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004184";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004247";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0004324";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0004247";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0004321";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004247";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "7.5301907e-05";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0101490";
			when : "A1&A2&!B1N";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (!B1N)";
			max_capacitance : 0.163889;
			max_transition : 1.505561;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0090089, 0.0100602, 0.0127369, 0.0195735, 0.0373159, 0.0837365, 0.2070754", \
					  "0.0089497, 0.0099972, 0.0126700, 0.0195173, 0.0372544, 0.0836790, 0.2070391", \
					  "0.0088631, 0.0099218, 0.0125916, 0.0194405, 0.0371948, 0.0840898, 0.2069475", \
					  "0.0086710, 0.0097155, 0.0123907, 0.0192559, 0.0372173, 0.0840239, 0.2067981", \
					  "0.0086705, 0.0096863, 0.0121470, 0.0190186, 0.0368355, 0.0835320, 0.2057484", \
					  "0.0086403, 0.0096524, 0.0123039, 0.0191456, 0.0368862, 0.0835208, 0.2065780", \
					  "0.0087753, 0.0097647, 0.0123822, 0.0191715, 0.0370902, 0.0837844, 0.2057737");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0075076, 0.0068849, 0.0050436, -0.0008819, -0.0182622, -0.0651682, -0.1886429", \
					  "0.0073658, 0.0066992, 0.0048185, -0.0010917, -0.0184440, -0.0653542, -0.1888208", \
					  "0.0071757, 0.0065382, 0.0046815, -0.0012146, -0.0186133, -0.0655080, -0.1889440", \
					  "0.0070654, 0.0064219, 0.0045311, -0.0013605, -0.0187415, -0.0656433, -0.1890999", \
					  "0.0069534, 0.0062931, 0.0044158, -0.0015024, -0.0188703, -0.0657586, -0.1891860", \
					  "0.0072750, 0.0063516, 0.0039432, -0.0017271, -0.0189595, -0.0657966, -0.1892276", \
					  "0.0086422, 0.0077022, 0.0051593, -0.0015373, -0.0192638, -0.0658617, -0.1892661");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0088807, 0.0099410, 0.0126070, 0.0194029, 0.0370776, 0.0834025, 0.2067380", \
					  "0.0088223, 0.0098716, 0.0125400, 0.0193426, 0.0370330, 0.0833787, 0.2066526", \
					  "0.0087291, 0.0097847, 0.0124458, 0.0192499, 0.0370378, 0.0835063, 0.2055429", \
					  "0.0085994, 0.0096494, 0.0122844, 0.0191457, 0.0369188, 0.0832694, 0.2065636", \
					  "0.0085763, 0.0095912, 0.0121159, 0.0189507, 0.0367596, 0.0832564, 0.2052984", \
					  "0.0085395, 0.0095728, 0.0121805, 0.0190104, 0.0368664, 0.0829873, 0.2063132", \
					  "0.0087016, 0.0096893, 0.0123028, 0.0190766, 0.0370281, 0.0836866, 0.2057050");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0093308, 0.0086860, 0.0068201, 0.0009533, -0.0163431, -0.0631899, -0.1864896", \
					  "0.0091876, 0.0085379, 0.0066610, 0.0008157, -0.0164561, -0.0632957, -0.1866871", \
					  "0.0090603, 0.0084081, 0.0065313, 0.0006872, -0.0166000, -0.0634380, -0.1868335", \
					  "0.0090125, 0.0083599, 0.0064413, 0.0006222, -0.0166725, -0.0635052, -0.1868990", \
					  "0.0088618, 0.0082015, 0.0063481, 0.0004746, -0.0168162, -0.0636264, -0.1870245", \
					  "0.0088869, 0.0079206, 0.0059230, 0.0002980, -0.0169067, -0.0636869, -0.1870564", \
					  "0.0108859, 0.0098999, 0.0073365, 0.0006070, -0.0171465, -0.0638004, -0.1871189");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0077931, 0.0089206, 0.0116858, 0.0185536, 0.0365305, 0.0831219, 0.2055354", \
					  "0.0076991, 0.0088471, 0.0115726, 0.0184891, 0.0363408, 0.0830911, 0.2064088", \
					  "0.0077197, 0.0088730, 0.0116421, 0.0185164, 0.0363359, 0.0828262, 0.2053579", \
					  "0.0075896, 0.0087159, 0.0114797, 0.0183624, 0.0363548, 0.0829035, 0.2054111", \
					  "0.0073066, 0.0084403, 0.0111903, 0.0180822, 0.0359213, 0.0825756, 0.2053340", \
					  "0.0071858, 0.0082229, 0.0108807, 0.0179498, 0.0356899, 0.0824292, 0.2047618", \
					  "0.0071743, 0.0082322, 0.0108981, 0.0177566, 0.0354964, 0.0821920, 0.2057531");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0072245, 0.0066031, 0.0047206, -0.0013073, -0.0188947, -0.0658376, -0.1893122", \
					  "0.0072039, 0.0065791, 0.0047031, -0.0013401, -0.0189151, -0.0658601, -0.1892828", \
					  "0.0071479, 0.0065442, 0.0046562, -0.0013786, -0.0189265, -0.0658779, -0.1893266", \
					  "0.0069364, 0.0063017, 0.0044522, -0.0015789, -0.0191474, -0.0660875, -0.1895357", \
					  "0.0067822, 0.0061352, 0.0042445, -0.0017950, -0.0193423, -0.0662762, -0.1897080", \
					  "0.0084327, 0.0075107, 0.0050338, -0.0016089, -0.0193993, -0.0663941, -0.1898457", \
					  "0.0083962, 0.0074971, 0.0050351, -0.0015909, -0.0193548, -0.0663012, -0.1897939");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
					values("0.0582239, 0.0642451, 0.0787744, 0.1149043, 0.2086556, 0.4544098, 1.1001025", \
					  "0.0622744, 0.0683591, 0.0829088, 0.1190003, 0.2128697, 0.4586358, 1.1042857", \
					  "0.0726134, 0.0787228, 0.0932089, 0.1294086, 0.2233258, 0.4691554, 1.1148977", \
					  "0.0927867, 0.0990387, 0.1137830, 0.1500990, 0.2438683, 0.4892645, 1.1334440", \
					  "0.1202131, 0.1267504, 0.1416178, 0.1779385, 0.2721266, 0.5174210, 1.1610746", \
					  "0.1468767, 0.1548460, 0.1713356, 0.2081196, 0.3017007, 0.5476970, 1.1920360", \
					  "0.1489098, 0.1597906, 0.1808807, 0.2210197, 0.3147805, 0.5607372, 1.2049306");
				}
				rise_transition ("del_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("0.0185534, 0.0255026, 0.0440235, 0.0940042, 0.2276343, 0.5770639, 1.4917863", \
					  "0.0185511, 0.0254337, 0.0439580, 0.0938270, 0.2275931, 0.5768918, 1.4913124", \
					  "0.0184882, 0.0254029, 0.0440013, 0.0938680, 0.2276084, 0.5766801, 1.4921011", \
					  "0.0194041, 0.0262159, 0.0444296, 0.0942246, 0.2269036, 0.5769540, 1.4943308", \
					  "0.0218456, 0.0281087, 0.0456558, 0.0950585, 0.2267481, 0.5779179, 1.4980748", \
					  "0.0293387, 0.0349216, 0.0500179, 0.0960314, 0.2284723, 0.5752673, 1.4937555", \
					  "0.0417611, 0.0481053, 0.0626700, 0.1029291, 0.2286079, 0.5789106, 1.4894711");
				}
				cell_fall ("del_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("0.1391921, 0.1451540, 0.1573777, 0.1810246, 0.2284386, 0.3358371, 0.6088957", \
					  "0.1436852, 0.1496663, 0.1618194, 0.1851247, 0.2330552, 0.3404492, 0.6128257", \
					  "0.1580125, 0.1639747, 0.1759399, 0.1995987, 0.2474688, 0.3547306, 0.6275811", \
					  "0.1924773, 0.1983981, 0.2105398, 0.2340112, 0.2818009, 0.3892150, 0.6616527", \
					  "0.2696555, 0.2755904, 0.2878020, 0.3113686, 0.3592008, 0.4667124, 0.7393199", \
					  "0.4238581, 0.4306367, 0.4444238, 0.4704883, 0.5208008, 0.6298623, 0.9020293", \
					  "0.7074393, 0.7162591, 0.7334770, 0.7647900, 0.8221599, 0.9355630, 1.2091536");
				}
				fall_transition ("del_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("0.0214863, 0.0254354, 0.0347703, 0.0547070, 0.1042160, 0.2355681, 0.5910941", \
					  "0.0216004, 0.0254281, 0.0346540, 0.0549524, 0.1046955, 0.2357071, 0.5940292", \
					  "0.0216205, 0.0256810, 0.0347166, 0.0552290, 0.1043359, 0.2353053, 0.5996164", \
					  "0.0215944, 0.0255881, 0.0344437, 0.0555212, 0.1046645, 0.2357032, 0.5938688", \
					  "0.0216996, 0.0257240, 0.0347553, 0.0553830, 0.1040879, 0.2341504, 0.5911751", \
					  "0.0271283, 0.0312858, 0.0407671, 0.0611594, 0.1085811, 0.2372745, 0.5921110", \
					  "0.0382321, 0.0435179, 0.0538468, 0.0750115, 0.1237672, 0.2459652, 0.5960739");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
					values("0.0619995, 0.0681129, 0.0826443, 0.1186403, 0.2118243, 0.4572282, 1.1027965", \
					  "0.0665530, 0.0725904, 0.0871060, 0.1231510, 0.2163976, 0.4617293, 1.1071957", \
					  "0.0766877, 0.0827616, 0.0972578, 0.1334430, 0.2267581, 0.4715084, 1.1159844", \
					  "0.0973487, 0.1035254, 0.1179805, 0.1542521, 0.2479121, 0.4935899, 1.1392487", \
					  "0.1281539, 0.1346826, 0.1496879, 0.1862390, 0.2801065, 0.5258681, 1.1700519", \
					  "0.1641202, 0.1720379, 0.1884709, 0.2253289, 0.3195884, 0.5647789, 1.2090190", \
					  "0.1832555, 0.1939935, 0.2146109, 0.2548518, 0.3487554, 0.5949523, 1.2374247");
				}
				rise_transition ("del_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("0.0185881, 0.0255147, 0.0440386, 0.0941723, 0.2276759, 0.5770395, 1.4915739", \
					  "0.0185420, 0.0254767, 0.0439893, 0.0941281, 0.2276816, 0.5773798, 1.4933128", \
					  "0.0185157, 0.0254205, 0.0440115, 0.0941897, 0.2276850, 0.5780775, 1.4979208", \
					  "0.0190811, 0.0258406, 0.0442493, 0.0942172, 0.2267735, 0.5768220, 1.4928232", \
					  "0.0216349, 0.0279883, 0.0454894, 0.0943101, 0.2267105, 0.5777409, 1.4970036", \
					  "0.0273131, 0.0338180, 0.0493876, 0.0960182, 0.2282344, 0.5745321, 1.4940047", \
					  "0.0394678, 0.0464001, 0.0610575, 0.1022063, 0.2285150, 0.5784062, 1.4896636");
				}
				cell_fall ("del_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("0.1613096, 0.1674999, 0.1800855, 0.2044394, 0.2529229, 0.3610035, 0.6344208", \
					  "0.1666947, 0.1728799, 0.1854160, 0.2096298, 0.2582808, 0.3664591, 0.6396078", \
					  "0.1806078, 0.1867945, 0.1993175, 0.2235979, 0.2721292, 0.3802918, 0.6534903", \
					  "0.2139474, 0.2201003, 0.2326588, 0.2569725, 0.3055483, 0.4136525, 0.6871038", \
					  "0.2871256, 0.2932695, 0.3057960, 0.3301044, 0.3787222, 0.4869317, 0.7603115", \
					  "0.4373052, 0.4441928, 0.4577840, 0.4838270, 0.5343875, 0.6435862, 0.9164036", \
					  "0.7138141, 0.7226233, 0.7392469, 0.7696601, 0.8259184, 0.9400817, 1.2144000");
				}
				fall_transition ("del_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("0.0233452, 0.0273527, 0.0364248, 0.0569277, 0.1060023, 0.2365832, 0.5945650", \
					  "0.0233585, 0.0272041, 0.0361506, 0.0564655, 0.1058717, 0.2370215, 0.6001245", \
					  "0.0233957, 0.0272299, 0.0361897, 0.0564317, 0.1059237, 0.2369656, 0.5992692", \
					  "0.0233313, 0.0274037, 0.0364610, 0.0569945, 0.1061122, 0.2366430, 0.5935480", \
					  "0.0232508, 0.0271840, 0.0365126, 0.0570541, 0.1062253, 0.2364331, 0.5925699", \
					  "0.0277008, 0.0317757, 0.0405780, 0.0609345, 0.1095356, 0.2367901, 0.5924464", \
					  "0.0386164, 0.0430862, 0.0521345, 0.0739789, 0.1215918, 0.2457442, 0.5981408");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
					values("0.1284842, 0.1343032, 0.1486953, 0.1854103, 0.2793629, 0.5254816, 1.1724886", \
					  "0.1333817, 0.1392033, 0.1535643, 0.1902525, 0.2843604, 0.5304235, 1.1764193", \
					  "0.1465794, 0.1524084, 0.1668630, 0.2033675, 0.2976251, 0.5443432, 1.1883262", \
					  "0.1797537, 0.1854801, 0.1999012, 0.2364428, 0.3304600, 0.5782204, 1.2212629", \
					  "0.2532977, 0.2590642, 0.2734111, 0.3100402, 0.4042167, 0.6497294, 1.2976624", \
					  "0.3813286, 0.3872701, 0.4016499, 0.4380310, 0.5321552, 0.7779429, 1.4223498", \
					  "0.5885112, 0.5953104, 0.6101231, 0.6464084, 0.7407361, 0.9865129, 1.6311220");
				}
				rise_transition ("del_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("0.0172589, 0.0241300, 0.0429542, 0.0929581, 0.2252489, 0.5778673, 1.5037265", \
					  "0.0172342, 0.0240929, 0.0429210, 0.0931179, 0.2251706, 0.5783343, 1.5009471", \
					  "0.0172635, 0.0241468, 0.0429558, 0.0929994, 0.2260570, 0.5737653, 1.4937089", \
					  "0.0172853, 0.0241288, 0.0430120, 0.0930138, 0.2253028, 0.5759315, 1.4952554", \
					  "0.0175312, 0.0242999, 0.0430704, 0.0931326, 0.2255304, 0.5776629, 1.5055610", \
					  "0.0191687, 0.0254810, 0.0435520, 0.0932152, 0.2250430, 0.5765515, 1.4921876", \
					  "0.0232326, 0.0290351, 0.0452759, 0.0938271, 0.2254546, 0.5721472, 1.4961891");
				}
				cell_fall ("del_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("0.1156286, 0.1208611, 0.1316171, 0.1530533, 0.1973920, 0.3026938, 0.5755498", \
					  "0.1204146, 0.1256388, 0.1364720, 0.1577408, 0.2021579, 0.3075256, 0.5806602", \
					  "0.1319024, 0.1371546, 0.1477748, 0.1691414, 0.2138774, 0.3191018, 0.5916896", \
					  "0.1541936, 0.1593603, 0.1701158, 0.1914655, 0.2360965, 0.3416088, 0.6148752", \
					  "0.1870010, 0.1922300, 0.2029627, 0.2243778, 0.2691088, 0.3744955, 0.6470571", \
					  "0.2324058, 0.2371597, 0.2478910, 0.2692927, 0.3141459, 0.4196021, 0.6923115", \
					  "0.2825829, 0.2879607, 0.2989868, 0.3206247, 0.3656200, 0.4709146, 0.7433430");
				}
				fall_transition ("del_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("0.0180669, 0.0217212, 0.0301112, 0.0498256, 0.0987964, 0.2307409, 0.5916941", \
					  "0.0180503, 0.0217441, 0.0302197, 0.0498247, 0.0989223, 0.2309034, 0.5943400", \
					  "0.0179577, 0.0216382, 0.0299977, 0.0498492, 0.0988491, 0.2333531, 0.5908321", \
					  "0.0179367, 0.0217645, 0.0302585, 0.0498760, 0.0988673, 0.2315406, 0.5955381", \
					  "0.0180626, 0.0217067, 0.0303014, 0.0495783, 0.0988951, 0.2327191, 0.5903726", \
					  "0.0182965, 0.0220812, 0.0303317, 0.0502075, 0.0989896, 0.2308497, 0.5916506", \
					  "0.0195219, 0.0229333, 0.0314905, 0.0508225, 0.0995630, 0.2326173, 0.5903063");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002377;
			capacitance : 0.002258;
			fall_capacitance : 0.002138;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027135, -0.0027154, -0.0027196, -0.0027211, -0.0027244, -0.0027321, -0.0027499");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027264, 0.0027244, 0.0027198, 0.0027193, 0.0027183, 0.0027159, 0.0027103");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002408;
			capacitance : 0.002275;
			fall_capacitance : 0.002141;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026733, -0.0026744, -0.0026772, -0.0026765, -0.0026749, -0.0026712, -0.0026626");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026717, 0.0026722, 0.0026732, 0.0026736, 0.0026744, 0.0026764, 0.0026809");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001633;
			capacitance : 0.001717;
			rise_capacitance : 0.001801;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011817, 0.0011332, 0.0010215, 0.0010289, 0.0010459, 0.0010853, 0.0011760");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0067180, 0.0066363, 0.0064479, 0.0064574, 0.0064792, 0.0065294, 0.0066453");
				}
			}
		}
	}
	cell ("scs8hd_a21bo_2") {
		area : 10.009600;
		cell_footprint : "a21bo";
		cell_leakage_power : 5.184419e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007451";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004304";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0007552";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0004315";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0007540";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004317";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "7.3171395e-05";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0005265";
			when : "A1&A2&!B1N";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (!B1N)";
			max_capacitance : 0.253611;
			max_transition : 1.508498;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("0.0127950, 0.0140320, 0.0174232, 0.0265807, 0.0518335, 0.1219597, 0.3194278", \
					  "0.0127376, 0.0139792, 0.0173640, 0.0265284, 0.0517220, 0.1219221, 0.3193661", \
					  "0.0126724, 0.0139125, 0.0172641, 0.0264129, 0.0516933, 0.1219988, 0.3195626", \
					  "0.0125169, 0.0137493, 0.0170817, 0.0261189, 0.0513373, 0.1220180, 0.3202356", \
					  "0.0124199, 0.0135674, 0.0168383, 0.0257599, 0.0509656, 0.1211664, 0.3203778", \
					  "0.0125674, 0.0137201, 0.0169648, 0.0259207, 0.0508634, 0.1205365, 0.3198703", \
					  "0.0125462, 0.0136930, 0.0168657, 0.0259474, 0.0508304, 0.1206174, 0.3175236");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("0.0095858, 0.0085940, 0.0061346, -0.0012254, -0.0247243, -0.0947414, -0.2939661", \
					  "0.0094278, 0.0085031, 0.0060514, -0.0013430, -0.0248535, -0.0948688, -0.2940854", \
					  "0.0092678, 0.0082716, 0.0058474, -0.0015442, -0.0250590, -0.0950346, -0.2942501", \
					  "0.0091662, 0.0082119, 0.0056975, -0.0016871, -0.0251917, -0.0952042, -0.2944148", \
					  "0.0089772, 0.0079908, 0.0055113, -0.0018967, -0.0253937, -0.0953550, -0.2945449", \
					  "0.0086625, 0.0076420, 0.0051796, -0.0021696, -0.0256047, -0.0954830, -0.2946136", \
					  "0.0117502, 0.0106442, 0.0076194, -0.0010028, -0.0256873, -0.0956730, -0.2947039");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("0.0126792, 0.0139160, 0.0172706, 0.0264443, 0.0517484, 0.1220078, 0.3196955", \
					  "0.0125981, 0.0138339, 0.0172143, 0.0263825, 0.0516064, 0.1222843, 0.3205852", \
					  "0.0125487, 0.0137848, 0.0171571, 0.0262902, 0.0515374, 0.1218875, 0.3194342", \
					  "0.0124574, 0.0136817, 0.0169474, 0.0261054, 0.0513875, 0.1217230, 0.3194007", \
					  "0.0123248, 0.0134835, 0.0167906, 0.0257674, 0.0509104, 0.1218126, 0.3202329", \
					  "0.0124307, 0.0135908, 0.0168132, 0.0257843, 0.0508663, 0.1205440, 0.3195457", \
					  "0.0124599, 0.0136019, 0.0168541, 0.0257806, 0.0508833, 0.1214259, 0.3175487");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("0.0111679, 0.0101673, 0.0077043, 0.0003163, -0.0230956, -0.0929831, -0.2921234", \
					  "0.0111396, 0.0101767, 0.0076659, 0.0002730, -0.0231467, -0.0930506, -0.2921928", \
					  "0.0110652, 0.0100766, 0.0075614, 0.0001674, -0.0232655, -0.0931578, -0.2922871", \
					  "0.0109003, 0.0099663, 0.0074953, 8.0400000e-05, -0.0233405, -0.0932260, -0.2923709", \
					  "0.0108065, 0.0098015, 0.0073063, -8.3200000e-05, -0.0235154, -0.0933675, -0.2924843", \
					  "0.0105688, 0.0095640, 0.0071179, -0.0002998, -0.0236865, -0.0934653, -0.2925347", \
					  "0.0136403, 0.0125525, 0.0095065, 0.0008753, -0.0237670, -0.0936852, -0.2926422");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("0.0117606, 0.0130033, 0.0163643, 0.0254582, 0.0504514, 0.1200782, 0.3180032", \
					  "0.0117443, 0.0129843, 0.0163216, 0.0254336, 0.0504764, 0.1207915, 0.3162223", \
					  "0.0117767, 0.0129867, 0.0163534, 0.0254530, 0.0504627, 0.1204930, 0.3169675", \
					  "0.0116546, 0.0129054, 0.0162382, 0.0253452, 0.0503967, 0.1206538, 0.3160432", \
					  "0.0114252, 0.0126635, 0.0160207, 0.0250840, 0.0501441, 0.1203224, 0.3195707", \
					  "0.0110932, 0.0122491, 0.0156516, 0.0248478, 0.0497977, 0.1201653, 0.3182489", \
					  "0.0111598, 0.0123462, 0.0155319, 0.0245839, 0.0493158, 0.1194235, 0.3171718");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("0.0096650, 0.0087660, 0.0062489, -0.0011381, -0.0249157, -0.0950887, -0.2943219", \
					  "0.0096097, 0.0086739, 0.0062233, -0.0011795, -0.0249523, -0.0951043, -0.2943389", \
					  "0.0095122, 0.0086027, 0.0061056, -0.0012418, -0.0250253, -0.0952107, -0.2944299", \
					  "0.0092965, 0.0083757, 0.0058912, -0.0014910, -0.0252646, -0.0954488, -0.2946576", \
					  "0.0090891, 0.0081192, 0.0056490, -0.0017499, -0.0255150, -0.0956688, -0.2948805", \
					  "0.0115716, 0.0105326, 0.0076521, -0.0007916, -0.0254855, -0.0958653, -0.2950499", \
					  "0.0115984, 0.0105271, 0.0075980, -0.0009063, -0.0255011, -0.0958440, -0.2951444");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
					values("0.0738713, 0.0792147, 0.0922649, 0.1245730, 0.2110936, 0.4511261, 1.1256485", \
					  "0.0779910, 0.0833493, 0.0964038, 0.1287477, 0.2156026, 0.4551954, 1.1298205", \
					  "0.0879914, 0.0933426, 0.1063306, 0.1385929, 0.2250783, 0.4649914, 1.1397998", \
					  "0.1115192, 0.1168731, 0.1298402, 0.1620218, 0.2483420, 0.4892413, 1.1648954", \
					  "0.1475111, 0.1531992, 0.1666256, 0.1989840, 0.2853086, 0.5259940, 1.2006480", \
					  "0.1905878, 0.1974749, 0.2126281, 0.2457764, 0.3317320, 0.5717455, 1.2499766", \
					  "0.2225700, 0.2317841, 0.2513981, 0.2897913, 0.3753629, 0.6171356, 1.2897162");
				}
				rise_transition ("del_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("0.0196101, 0.0247247, 0.0390320, 0.0802060, 0.2001009, 0.5387457, 1.4980779", \
					  "0.0196057, 0.0247357, 0.0390826, 0.0801130, 0.2003819, 0.5380674, 1.4981216", \
					  "0.0194901, 0.0246997, 0.0390714, 0.0801253, 0.1999550, 0.5407804, 1.4976069", \
					  "0.0199910, 0.0251256, 0.0392443, 0.0803384, 0.2002836, 0.5391788, 1.5003245", \
					  "0.0229251, 0.0276522, 0.0412742, 0.0814621, 0.2002039, 0.5404761, 1.4986499", \
					  "0.0304687, 0.0351373, 0.0473426, 0.0841237, 0.2010351, 0.5381932, 1.4972635", \
					  "0.0454111, 0.0512027, 0.0635037, 0.0950576, 0.2037307, 0.5410488, 1.4908811");
				}
				cell_fall ("del_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("0.1690830, 0.1741428, 0.1851935, 0.2068212, 0.2488736, 0.3391313, 0.5670353", \
					  "0.1744839, 0.1794870, 0.1905426, 0.2120688, 0.2540126, 0.3445594, 0.5728450", \
					  "0.1885838, 0.1935548, 0.2045591, 0.2261090, 0.2677440, 0.3581176, 0.5867064", \
					  "0.2226614, 0.2276579, 0.2385699, 0.2602140, 0.3022189, 0.3926387, 0.6208081", \
					  "0.2997839, 0.3048181, 0.3158025, 0.3373187, 0.3793393, 0.4698161, 0.6985977", \
					  "0.4640571, 0.4697059, 0.4812131, 0.5042701, 0.5480440, 0.6391687, 0.8676038", \
					  "0.7706642, 0.7777407, 0.7924044, 0.8202545, 0.8702212, 0.9687143, 1.2005272");
				}
				fall_transition ("del_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("0.0268731, 0.0297422, 0.0364043, 0.0517388, 0.0895206, 0.1886924, 0.4851746", \
					  "0.0268356, 0.0298144, 0.0364924, 0.0520886, 0.0893272, 0.1884326, 0.4820941", \
					  "0.0268015, 0.0297554, 0.0363566, 0.0518058, 0.0900628, 0.1889493, 0.4861103", \
					  "0.0270397, 0.0297292, 0.0365219, 0.0519537, 0.0895241, 0.1886089, 0.4821181", \
					  "0.0269419, 0.0296919, 0.0364931, 0.0518608, 0.0895929, 0.1886670, 0.4828680", \
					  "0.0318962, 0.0346281, 0.0413624, 0.0567008, 0.0928780, 0.1903107, 0.4827886", \
					  "0.0454702, 0.0486531, 0.0565494, 0.0719901, 0.1086483, 0.2034848, 0.4857453");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
					values("0.0775243, 0.0828999, 0.0958408, 0.1282252, 0.2147040, 0.4544196, 1.1291373", \
					  "0.0821500, 0.0874775, 0.1005287, 0.1329076, 0.2196389, 0.4602725, 1.1360967", \
					  "0.0928444, 0.0982170, 0.1111917, 0.1434446, 0.2299650, 0.4699349, 1.1447180", \
					  "0.1163961, 0.1217439, 0.1346397, 0.1667824, 0.2532297, 0.4932663, 1.1681689", \
					  "0.1568280, 0.1624505, 0.1758741, 0.2084051, 0.2950009, 0.5350045, 1.2092510", \
					  "0.2124182, 0.2191354, 0.2339715, 0.2673522, 0.3534896, 0.5935176, 1.2713046", \
					  "0.2701158, 0.2791171, 0.2979878, 0.3355335, 0.4223543, 0.6617201, 1.3361445");
				}
				rise_transition ("del_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("0.0194927, 0.0246839, 0.0390128, 0.0800609, 0.2002797, 0.5413939, 1.5013579", \
					  "0.0195936, 0.0247550, 0.0390972, 0.0800456, 0.1997768, 0.5396704, 1.4968226", \
					  "0.0194904, 0.0246782, 0.0389730, 0.0802176, 0.1995393, 0.5406371, 1.4973246", \
					  "0.0197768, 0.0249170, 0.0392123, 0.0802121, 0.2000251, 0.5411154, 1.4996494", \
					  "0.0222654, 0.0271846, 0.0408550, 0.0810354, 0.1996966, 0.5400867, 1.4990216", \
					  "0.0283164, 0.0332904, 0.0459268, 0.0836205, 0.2004464, 0.5383213, 1.4967378", \
					  "0.0414499, 0.0466961, 0.0586973, 0.0926809, 0.2031073, 0.5425856, 1.4917094");
				}
				cell_fall ("del_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("0.1888576, 0.1941483, 0.2055536, 0.2277539, 0.2706655, 0.3618127, 0.5909713", \
					  "0.1946303, 0.1999233, 0.2113821, 0.2334798, 0.2764191, 0.3679097, 0.5968973", \
					  "0.2092194, 0.2145304, 0.2260219, 0.2482170, 0.2911028, 0.3825666, 0.6115324", \
					  "0.2423163, 0.2475403, 0.2589072, 0.2811037, 0.3239924, 0.4149707, 0.6446437", \
					  "0.3154758, 0.3207757, 0.3321506, 0.3542784, 0.3971628, 0.4885602, 0.7179619", \
					  "0.4724335, 0.4782416, 0.4903487, 0.5135588, 0.5575344, 0.6496275, 0.8791510", \
					  "0.7668052, 0.7739115, 0.7889242, 0.8164049, 0.8659494, 0.9642883, 1.1962540");
				}
				fall_transition ("del_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("0.0288098, 0.0317005, 0.0384267, 0.0541687, 0.0915090, 0.1908958, 0.4848035", \
					  "0.0289319, 0.0316971, 0.0384498, 0.0538933, 0.0916555, 0.1908948, 0.4854691", \
					  "0.0289679, 0.0316859, 0.0384491, 0.0537648, 0.0916626, 0.1905188, 0.4848512", \
					  "0.0288497, 0.0318603, 0.0385374, 0.0538220, 0.0915616, 0.1909255, 0.4835189", \
					  "0.0289519, 0.0318565, 0.0385827, 0.0538689, 0.0917007, 0.1905998, 0.4813985", \
					  "0.0329618, 0.0356871, 0.0425579, 0.0574788, 0.0941038, 0.1914815, 0.4830673", \
					  "0.0450947, 0.0479390, 0.0549698, 0.0704983, 0.1070362, 0.2024391, 0.4861435");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
					values("0.1419630, 0.1468770, 0.1591052, 0.1907592, 0.2765504, 0.5161003, 1.1920419", \
					  "0.1472880, 0.1521940, 0.1643512, 0.1959035, 0.2818741, 0.5216176, 1.1956122", \
					  "0.1610712, 0.1658825, 0.1781213, 0.2097713, 0.2956566, 0.5347310, 1.2103842", \
					  "0.1954590, 0.2003878, 0.2125421, 0.2441808, 0.3302051, 0.5697964, 1.2438450", \
					  "0.2732769, 0.2781974, 0.2904486, 0.3219885, 0.4079644, 0.6474247, 1.3237962", \
					  "0.4152112, 0.4202671, 0.4327410, 0.4643905, 0.5501266, 0.7897362, 1.4666034", \
					  "0.6543736, 0.6600037, 0.6727716, 0.7047775, 0.7909265, 1.0311325, 1.7065783");
				}
				rise_transition ("del_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("0.0178545, 0.0228049, 0.0371436, 0.0789495, 0.1978531, 0.5376280, 1.5001574", \
					  "0.0177739, 0.0227733, 0.0371364, 0.0787342, 0.1979798, 0.5403594, 1.4894649", \
					  "0.0177553, 0.0228085, 0.0370485, 0.0789090, 0.1983047, 0.5367501, 1.5003604", \
					  "0.0178002, 0.0227907, 0.0371359, 0.0788702, 0.1983170, 0.5406938, 1.4957848", \
					  "0.0179149, 0.0229222, 0.0372194, 0.0787873, 0.1985911, 0.5405519, 1.5053828", \
					  "0.0194886, 0.0242955, 0.0381096, 0.0794141, 0.1981920, 0.5379958, 1.5084985", \
					  "0.0234707, 0.0277889, 0.0407024, 0.0806883, 0.1988595, 0.5350079, 1.4954078");
				}
				cell_fall ("del_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("0.1364268, 0.1408449, 0.1504580, 0.1697015, 0.2079378, 0.2941253, 0.5212539", \
					  "0.1414174, 0.1457783, 0.1555287, 0.1747312, 0.2127583, 0.2989995, 0.5257166", \
					  "0.1523061, 0.1567325, 0.1663239, 0.1855922, 0.2239533, 0.3098034, 0.5368172", \
					  "0.1728959, 0.1775030, 0.1871274, 0.2063285, 0.2446112, 0.3304639, 0.5578691", \
					  "0.2046492, 0.2087914, 0.2184075, 0.2374891, 0.2756659, 0.3618005, 0.5890624", \
					  "0.2476036, 0.2516573, 0.2612422, 0.2804161, 0.3187008, 0.4048794, 0.6316297", \
					  "0.2948717, 0.2993272, 0.3089775, 0.3280548, 0.3665005, 0.4527834, 0.6800010");
				}
				fall_transition ("del_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("0.0217663, 0.0243945, 0.0304015, 0.0449217, 0.0816082, 0.1816992, 0.4807535", \
					  "0.0216505, 0.0244465, 0.0305212, 0.0449202, 0.0816328, 0.1818420, 0.4822162", \
					  "0.0216732, 0.0243907, 0.0303895, 0.0453829, 0.0815405, 0.1817932, 0.4782619", \
					  "0.0216746, 0.0243425, 0.0306817, 0.0454559, 0.0813020, 0.1819466, 0.4783677", \
					  "0.0216505, 0.0243494, 0.0305054, 0.0450869, 0.0816625, 0.1821665, 0.4804593", \
					  "0.0218178, 0.0245532, 0.0306206, 0.0456397, 0.0816868, 0.1815540, 0.4826748", \
					  "0.0224442, 0.0250469, 0.0313153, 0.0459210, 0.0820161, 0.1823296, 0.4780835");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002330;
			capacitance : 0.002230;
			fall_capacitance : 0.002130;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027241, -0.0027279, -0.0027368, -0.0027365, -0.0027356, -0.0027337, -0.0027292");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027442, 0.0027439, 0.0027433, 0.0027446, 0.0027474, 0.0027540, 0.0027691");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002310;
			capacitance : 0.002206;
			fall_capacitance : 0.002103;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026551, -0.0026555, -0.0026566, -0.0026566, -0.0026567, -0.0026570, -0.0026576");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026554, 0.0026554, 0.0026553, 0.0026551, 0.0026546, 0.0026536, 0.0026512");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001270;
			capacitance : 0.001317;
			rise_capacitance : 0.001364;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011851, 0.0011494, 0.0010670, 0.0010753, 0.0010943, 0.0011381, 0.0012391");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056425, 0.0055860, 0.0054556, 0.0054657, 0.0054891, 0.0055431, 0.0056675");
				}
			}
		}
	}
	cell ("scs8hd_a21bo_4") {
		area : 16.265600;
		cell_footprint : "a21bo";
		cell_leakage_power : 1.170636e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008107";
			when : "A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0018489";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0008130";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0018787";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0008129";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0018740";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0008155";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0005115";
			when : "A1&A2&B1N";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (!B1N)";
			max_capacitance : 0.416575;
			max_transition : 1.508478;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001533759, 0.004704834, 0.01443217, 0.04427093, 0.1358019, 0.4165748");
					values("0.0224419, 0.0238543, 0.0281039, 0.0406218, 0.0774442, 0.1882120, 0.5263801", \
					  "0.0223276, 0.0237397, 0.0280114, 0.0405095, 0.0773453, 0.1881245, 0.5265067", \
					  "0.0222126, 0.0236296, 0.0278782, 0.0403018, 0.0771819, 0.1878609, 0.5263729", \
					  "0.0219935, 0.0234058, 0.0275711, 0.0399130, 0.0766911, 0.1876443, 0.5260554", \
					  "0.0220019, 0.0232975, 0.0272030, 0.0395486, 0.0760854, 0.1871476, 0.5255969", \
					  "0.0221345, 0.0234685, 0.0275029, 0.0393984, 0.0756579, 0.1861713, 0.5252529", \
					  "0.0222202, 0.0235322, 0.0274891, 0.0395217, 0.0757486, 0.1856956, 0.5234640");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001533759, 0.004704834, 0.01443217, 0.04427093, 0.1358019, 0.4165748");
					values("0.0188688, 0.0177203, 0.0143667, 0.0047618, -0.0280885, -0.1376773, -0.4790277", \
					  "0.0186423, 0.0174911, 0.0141130, 0.0045984, -0.0282839, -0.1378799, -0.4792689", \
					  "0.0183499, 0.0172005, 0.0138169, 0.0043199, -0.0285909, -0.1381860, -0.4795641", \
					  "0.0181102, 0.0169988, 0.0136320, 0.0040035, -0.0288707, -0.1384647, -0.4797854", \
					  "0.0178128, 0.0167412, 0.0133148, 0.0036944, -0.0292393, -0.1387332, -0.4800314", \
					  "0.0176270, 0.0165707, 0.0131173, 0.0033594, -0.0294913, -0.1388872, -0.4800620", \
					  "0.0227085, 0.0214605, 0.0181541, 0.0066257, -0.0292128, -0.1391646, -0.4802703");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001533759, 0.004704834, 0.01443217, 0.04427093, 0.1358019, 0.4165748");
					values("0.0229688, 0.0243931, 0.0286475, 0.0411318, 0.0779890, 0.1885289, 0.5270185", \
					  "0.0228385, 0.0242651, 0.0285171, 0.0409902, 0.0778547, 0.1884366, 0.5269734", \
					  "0.0226747, 0.0241139, 0.0283514, 0.0407905, 0.0776281, 0.1883637, 0.5265988", \
					  "0.0224434, 0.0238380, 0.0280121, 0.0403696, 0.0771942, 0.1881858, 0.5263816", \
					  "0.0223044, 0.0236067, 0.0276432, 0.0399797, 0.0764663, 0.1876174, 0.5259546", \
					  "0.0225769, 0.0238756, 0.0278824, 0.0399746, 0.0759561, 0.1864571, 0.5256524", \
					  "0.0225337, 0.0238164, 0.0278297, 0.0395695, 0.0763332, 0.1871642, 0.5234654");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001533759, 0.004704834, 0.01443217, 0.04427093, 0.1358019, 0.4165748");
					values("0.0225535, 0.0214368, 0.0180317, 0.0083562, -0.0245259, -0.1341844, -0.4754149", \
					  "0.0222853, 0.0211717, 0.0179100, 0.0082193, -0.0246553, -0.1343641, -0.4756030", \
					  "0.0221960, 0.0210394, 0.0176853, 0.0079707, -0.0249493, -0.1345647, -0.4758167", \
					  "0.0219668, 0.0208097, 0.0174756, 0.0077952, -0.0251149, -0.1347045, -0.4759553", \
					  "0.0217658, 0.0206681, 0.0172721, 0.0075817, -0.0253173, -0.1349199, -0.4761480", \
					  "0.0216654, 0.0208282, 0.0173592, 0.0073223, -0.0256001, -0.1350767, -0.4761938", \
					  "0.0266879, 0.0254469, 0.0216933, 0.0101416, -0.0255750, -0.1354345, -0.4763385");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001533759, 0.004704834, 0.01443217, 0.04427093, 0.1358019, 0.4165748");
					values("0.0205679, 0.0219841, 0.0262121, 0.0383894, 0.0746697, 0.1850045, 0.5209173", \
					  "0.0205046, 0.0219339, 0.0261346, 0.0383528, 0.0746078, 0.1850556, 0.5207815", \
					  "0.0205764, 0.0220080, 0.0262099, 0.0383887, 0.0746667, 0.1851788, 0.5208798", \
					  "0.0203810, 0.0218103, 0.0260114, 0.0381957, 0.0745050, 0.1849856, 0.5239781", \
					  "0.0199509, 0.0213767, 0.0255633, 0.0377517, 0.0740772, 0.1844739, 0.5237612", \
					  "0.0191717, 0.0206081, 0.0249195, 0.0373355, 0.0734736, 0.1840947, 0.5200137", \
					  "0.0195375, 0.0208657, 0.0249092, 0.0369578, 0.0730885, 0.1835069, 0.5199863");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001533759, 0.004704834, 0.01443217, 0.04427093, 0.1358019, 0.4165748");
					values("0.0192813, 0.0181922, 0.0148402, 0.0051964, -0.0282406, -0.1385064, -0.4799591", \
					  "0.0192788, 0.0182038, 0.0148865, 0.0051293, -0.0282985, -0.1385206, -0.4800010", \
					  "0.0190870, 0.0180440, 0.0146954, 0.0050084, -0.0284593, -0.1386793, -0.4801128", \
					  "0.0187464, 0.0176566, 0.0142876, 0.0045877, -0.0288306, -0.1390691, -0.4805131", \
					  "0.0184220, 0.0172914, 0.0139654, 0.0042144, -0.0292320, -0.1395030, -0.4808825", \
					  "0.0228070, 0.0216645, 0.0181596, 0.0069103, -0.0287870, -0.1397278, -0.4811342", \
					  "0.0226494, 0.0215722, 0.0179971, 0.0067751, -0.0288341, -0.1397436, -0.4813537");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
					values("0.0700604, 0.0738547, 0.0840251, 0.1111477, 0.1881498, 0.4182708, 1.1191649", \
					  "0.0740968, 0.0778720, 0.0880728, 0.1151767, 0.1920061, 0.4221627, 1.1235893", \
					  "0.0842396, 0.0880160, 0.0981497, 0.1251503, 0.2022284, 0.4329638, 1.1339605", \
					  "0.1063399, 0.1101290, 0.1202647, 0.1471128, 0.2240754, 0.4545656, 1.1561522", \
					  "0.1381742, 0.1421219, 0.1526056, 0.1797019, 0.2562967, 0.4874326, 1.1883299", \
					  "0.1732448, 0.1779490, 0.1897526, 0.2175679, 0.2942450, 0.5251577, 1.2291340", \
					  "0.1901811, 0.1965381, 0.2119830, 0.2449662, 0.3216885, 0.5513010, 1.2526172");
				}
				rise_transition ("del_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("0.0195828, 0.0230584, 0.0339673, 0.0676053, 0.1735988, 0.5013004, 1.5014162", \
					  "0.0194527, 0.0230798, 0.0339276, 0.0676131, 0.1737380, 0.5012227, 1.5048808", \
					  "0.0194066, 0.0230157, 0.0339060, 0.0675391, 0.1735928, 0.5001114, 1.5052470", \
					  "0.0200236, 0.0234887, 0.0342972, 0.0676079, 0.1734899, 0.5013174, 1.5003979", \
					  "0.0223167, 0.0256229, 0.0360150, 0.0688769, 0.1737313, 0.5012114, 1.5016152", \
					  "0.0292217, 0.0323322, 0.0418144, 0.0718603, 0.1750089, 0.4989661, 1.5051907", \
					  "0.0431189, 0.0466286, 0.0564700, 0.0828150, 0.1771216, 0.5016733, 1.4976624");
				}
				cell_fall ("del_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("0.1859578, 0.1896610, 0.1987564, 0.2183844, 0.2573600, 0.3412826, 0.5562269", \
					  "0.1911914, 0.1948791, 0.2039979, 0.2235219, 0.2627383, 0.3469562, 0.5617754", \
					  "0.2053627, 0.2090231, 0.2180846, 0.2377235, 0.2767352, 0.3607951, 0.5757889", \
					  "0.2396677, 0.2434105, 0.2524749, 0.2719182, 0.3109380, 0.3948474, 0.6098919", \
					  "0.3159129, 0.3195866, 0.3286179, 0.3481576, 0.3870252, 0.4713839, 0.6864639", \
					  "0.4804667, 0.4846583, 0.4945160, 0.5149188, 0.5553267, 0.6398994, 0.8552049", \
					  "0.7979580, 0.8028705, 0.8147818, 0.8387678, 0.8845437, 0.9762495, 1.1946671");
				}
				fall_transition ("del_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("0.0290657, 0.0310156, 0.0362743, 0.0489548, 0.0812785, 0.1689082, 0.4403073", \
					  "0.0291803, 0.0311551, 0.0362115, 0.0487565, 0.0810123, 0.1686760, 0.4397648", \
					  "0.0289885, 0.0311910, 0.0362055, 0.0490319, 0.0810730, 0.1683378, 0.4400502", \
					  "0.0291650, 0.0310680, 0.0362313, 0.0488643, 0.0806498, 0.1689466, 0.4403433", \
					  "0.0290938, 0.0310918, 0.0363393, 0.0490764, 0.0812696, 0.1683701, 0.4407486", \
					  "0.0330353, 0.0350458, 0.0401485, 0.0527512, 0.0836182, 0.1702915, 0.4411260", \
					  "0.0447829, 0.0469179, 0.0525682, 0.0656583, 0.0968635, 0.1824057, 0.4445530");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
					values("0.0742954, 0.0780465, 0.0882562, 0.1153075, 0.1923760, 0.4226917, 1.1228121", \
					  "0.0787937, 0.0825607, 0.0927462, 0.1197760, 0.1968727, 0.4271550, 1.1270147", \
					  "0.0890920, 0.0928730, 0.1030767, 0.1300475, 0.2068351, 0.4368417, 1.1380037", \
					  "0.1110051, 0.1147510, 0.1248220, 0.1518427, 0.2285802, 0.4589272, 1.1615160", \
					  "0.1470030, 0.1509544, 0.1613727, 0.1886534, 0.2654630, 0.4956817, 1.1973971", \
					  "0.1932680, 0.1977958, 0.2094290, 0.2374975, 0.3142828, 0.5445048, 1.2467209", \
					  "0.2316466, 0.2377380, 0.2527281, 0.2847349, 0.3625115, 0.5930567, 1.2940091");
				}
				rise_transition ("del_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("0.0195205, 0.0230502, 0.0339845, 0.0675567, 0.1737587, 0.5006152, 1.5041450", \
					  "0.0195079, 0.0230922, 0.0338523, 0.0676178, 0.1734301, 0.5009446, 1.5037830", \
					  "0.0195673, 0.0230111, 0.0339884, 0.0673955, 0.1731589, 0.4998725, 1.5051003", \
					  "0.0197788, 0.0234230, 0.0341739, 0.0676929, 0.1729983, 0.5008096, 1.5056510", \
					  "0.0219136, 0.0253905, 0.0357910, 0.0687232, 0.1735549, 0.4999086, 1.5036147", \
					  "0.0277921, 0.0311625, 0.0407883, 0.0712552, 0.1743337, 0.4984473, 1.5020745", \
					  "0.0396593, 0.0431978, 0.0526410, 0.0815089, 0.1768776, 0.5028779, 1.4956495");
				}
				cell_fall ("del_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("0.1930350, 0.1967669, 0.2057256, 0.2247155, 0.2627772, 0.3449653, 0.5584314", \
					  "0.1987422, 0.2024178, 0.2114859, 0.2302017, 0.2682092, 0.3505995, 0.5639305", \
					  "0.2131208, 0.2168417, 0.2258596, 0.2449070, 0.2825422, 0.3649568, 0.5787028", \
					  "0.2482110, 0.2518064, 0.2608385, 0.2799627, 0.3178598, 0.3998016, 0.6133790", \
					  "0.3243986, 0.3280945, 0.3370682, 0.3560393, 0.3939868, 0.4762670, 0.6896269", \
					  "0.4900915, 0.4947463, 0.5042842, 0.5240374, 0.5628797, 0.6458995, 0.8594390", \
					  "0.8069223, 0.8119191, 0.8238237, 0.8478467, 0.8922094, 0.9818092, 1.1992051");
				}
				fall_transition ("del_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("0.0286933, 0.0306090, 0.0355618, 0.0478641, 0.0784697, 0.1652297, 0.4387417", \
					  "0.0284895, 0.0304227, 0.0354715, 0.0478215, 0.0790489, 0.1649973, 0.4376728", \
					  "0.0287536, 0.0304549, 0.0354756, 0.0474827, 0.0791382, 0.1655498, 0.4387606", \
					  "0.0286823, 0.0304139, 0.0353100, 0.0474151, 0.0786906, 0.1650151, 0.4385764", \
					  "0.0284646, 0.0305722, 0.0354402, 0.0476463, 0.0784642, 0.1652394, 0.4384826", \
					  "0.0322510, 0.0341693, 0.0393528, 0.0506629, 0.0810101, 0.1661210, 0.4379122", \
					  "0.0441216, 0.0461472, 0.0515244, 0.0637806, 0.0937576, 0.1775105, 0.4414345");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00153376, 0.00470483, 0.0144322, 0.0442709, 0.135802, 0.416575");
					values("0.1386651, 0.1420309, 0.1514635, 0.1773241, 0.2530355, 0.4824014, 1.1825997", \
					  "0.1443492, 0.1477595, 0.1571132, 0.1830720, 0.2587648, 0.4887244, 1.1929401", \
					  "0.1590092, 0.1623802, 0.1717395, 0.1975984, 0.2733739, 0.5023203, 1.2032781", \
					  "0.1942614, 0.1976626, 0.2070226, 0.2329258, 0.3085183, 0.5376009, 1.2419058", \
					  "0.2749291, 0.2783274, 0.2876696, 0.3137153, 0.3893456, 0.6184733, 1.3226340", \
					  "0.4263158, 0.4297770, 0.4392789, 0.4654302, 0.5413659, 0.7710341, 1.4717658", \
					  "0.6879237, 0.6918184, 0.6994068, 0.7259308, 0.8040696, 1.0324754, 1.7346293");
				}
				rise_transition ("del_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("0.0174409, 0.0209607, 0.0318304, 0.0657984, 0.1717353, 0.5002510, 1.4991749", \
					  "0.0174296, 0.0209617, 0.0318460, 0.0659115, 0.1717156, 0.5000748, 1.4971396", \
					  "0.0174076, 0.0208876, 0.0317850, 0.0657733, 0.1717317, 0.4990581, 1.4989801", \
					  "0.0174043, 0.0208938, 0.0317855, 0.0659144, 0.1714847, 0.4997169, 1.5083943", \
					  "0.0175420, 0.0210111, 0.0318457, 0.0659555, 0.1714955, 0.4986614, 1.5084779", \
					  "0.0190477, 0.0223361, 0.0328416, 0.0667355, 0.1718768, 0.4983366, 1.5008361", \
					  "0.0227305, 0.0257739, 0.0354348, 0.0677751, 0.1730442, 0.4963673, 1.4999345");
				}
				cell_fall ("del_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("0.1468391, 0.1499424, 0.1577116, 0.1743988, 0.2086303, 0.2861833, 0.4971628", \
					  "0.1514271, 0.1545315, 0.1622286, 0.1788675, 0.2131253, 0.2908928, 0.5017972", \
					  "0.1615998, 0.1646758, 0.1723133, 0.1890556, 0.2233968, 0.3009864, 0.5115289", \
					  "0.1812586, 0.1843247, 0.1919442, 0.2085678, 0.2427860, 0.3205330, 0.5310880", \
					  "0.2093653, 0.2124674, 0.2201286, 0.2365591, 0.2706916, 0.3483578, 0.5592252", \
					  "0.2420039, 0.2450774, 0.2526586, 0.2689673, 0.3032171, 0.3809628, 0.5914826", \
					  "0.2638927, 0.2670148, 0.2746936, 0.2911615, 0.3254877, 0.4033757, 0.6143189");
				}
				fall_transition ("del_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("0.0222184, 0.0238507, 0.0286121, 0.0402809, 0.0709480, 0.1576201, 0.4352254", \
					  "0.0221554, 0.0238472, 0.0285637, 0.0404211, 0.0710801, 0.1578495, 0.4349576", \
					  "0.0221834, 0.0238401, 0.0284823, 0.0401899, 0.0709978, 0.1574507, 0.4346897", \
					  "0.0222221, 0.0240339, 0.0284960, 0.0403757, 0.0709568, 0.1578392, 0.4353748", \
					  "0.0220998, 0.0239284, 0.0287123, 0.0402591, 0.0709606, 0.1577350, 0.4346379", \
					  "0.0222667, 0.0240007, 0.0286696, 0.0403615, 0.0711825, 0.1572335, 0.4341108", \
					  "0.0225954, 0.0244241, 0.0291662, 0.0413505, 0.0713414, 0.1580416, 0.4342484");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004300;
			capacitance : 0.004099;
			fall_capacitance : 0.003899;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049355, -0.0049439, -0.0049632, -0.0049637, -0.0049650, -0.0049679, -0.0049745");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049543, 0.0049592, 0.0049706, 0.0049719, 0.0049748, 0.0049817, 0.0049974");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004695;
			capacitance : 0.004464;
			fall_capacitance : 0.004233;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054917, -0.0054851, -0.0054700, -0.0054702, -0.0054708, -0.0054721, -0.0054751");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054877, 0.0054878, 0.0054879, 0.0054845, 0.0054768, 0.0054590, 0.0054179");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002095;
			capacitance : 0.002217;
			rise_capacitance : 0.002340;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028737, 0.0028161, 0.0026831, 0.0026942, 0.0027197, 0.0027786, 0.0029144");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0106657, 0.0105721, 0.0103562, 0.0103689, 0.0103983, 0.0104661, 0.0106223");
				}
			}
		}
	}
	cell ("scs8hd_a21boi_0") {
		area : 7.507200;
		cell_footprint : "a21boi";
		cell_leakage_power : 1.222177e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "9.8372035e-05";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0005095";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0001615";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0005095";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0001321";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0005095";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "5.6534608e-05";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0078004";
			when : "A1&A2&!B1N";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&B1N) | (!A2&B1N)";
			max_capacitance : 0.045786;
			max_transition : 1.477240;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001061527, 0.002253679, 0.004784682, 0.01015814, 0.02156627, 0.04578635");
					values("0.0045081, 0.0052266, 0.0067355, 0.0097931, 0.0162911, 0.0300206, 0.0591596", \
					  "0.0043794, 0.0051068, 0.0066113, 0.0097792, 0.0162435, 0.0300144, 0.0591507", \
					  "0.0042725, 0.0049811, 0.0064825, 0.0096541, 0.0162665, 0.0300781, 0.0593293", \
					  "0.0041951, 0.0048972, 0.0063659, 0.0094971, 0.0161454, 0.0299863, 0.0592306", \
					  "0.0041249, 0.0048126, 0.0062815, 0.0093624, 0.0159688, 0.0298085, 0.0589147", \
					  "0.0041151, 0.0048010, 0.0062722, 0.0093524, 0.0158901, 0.0296600, 0.0592294", \
					  "0.0039316, 0.0046281, 0.0060655, 0.0092849, 0.0158083, 0.0297158, 0.0588560");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001061527, 0.002253679, 0.004784682, 0.01015814, 0.02156627, 0.04578635");
					values("0.0022133, 0.0015526, 0.0001248, -0.0029198, -0.0094189, -0.0232518, -0.0526889", \
					  "0.0021669, 0.0014856, 6.6000000e-05, -0.0029691, -0.0094482, -0.0232943, -0.0527273", \
					  "0.0020839, 0.0014239, 6.3000000e-06, -0.0030225, -0.0095051, -0.0233409, -0.0527651", \
					  "0.0019536, 0.0013162, -7.8800000e-05, -0.0030852, -0.0095647, -0.0233768, -0.0527926", \
					  "0.0018888, 0.0012175, -0.0001975, -0.0032144, -0.0096512, -0.0234235, -0.0528253", \
					  "0.0019677, 0.0012907, -0.0001917, -0.0032364, -0.0097534, -0.0235105, -0.0528792", \
					  "0.0020155, 0.0013406, -0.0001058, -0.0031820, -0.0096798, -0.0234830, -0.0529263");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001061527, 0.002253679, 0.004784682, 0.01015814, 0.02156627, 0.04578635");
					values("0.0056825, 0.0063630, 0.0078145, 0.0108713, 0.0173448, 0.0310687, 0.0600838", \
					  "0.0056162, 0.0063036, 0.0077594, 0.0108272, 0.0173192, 0.0310099, 0.0601596", \
					  "0.0055452, 0.0062309, 0.0076924, 0.0107857, 0.0172789, 0.0310246, 0.0601487", \
					  "0.0054986, 0.0061892, 0.0076430, 0.0107227, 0.0172297, 0.0309934, 0.0601180", \
					  "0.0054547, 0.0061364, 0.0075747, 0.0106441, 0.0171264, 0.0308714, 0.0600853", \
					  "0.0054298, 0.0061172, 0.0075700, 0.0106465, 0.0171433, 0.0308322, 0.0600240", \
					  "0.0052917, 0.0059659, 0.0074013, 0.0105801, 0.0171313, 0.0309545, 0.0601056");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001061527, 0.002253679, 0.004784682, 0.01015814, 0.02156627, 0.04578635");
					values("0.0020304, 0.0013545, -7.4800000e-05, -0.0031233, -0.0096185, -0.0234604, -0.0528883", \
					  "0.0019820, 0.0013091, -0.0001183, -0.0031604, -0.0096525, -0.0234881, -0.0529263", \
					  "0.0019174, 0.0012498, -0.0001727, -0.0032096, -0.0097013, -0.0235302, -0.0529640", \
					  "0.0018453, 0.0011826, -0.0002329, -0.0032494, -0.0097403, -0.0235675, -0.0529899", \
					  "0.0018735, 0.0012087, -0.0002590, -0.0032947, -0.0097724, -0.0235665, -0.0529786", \
					  "0.0018552, 0.0011797, -0.0002537, -0.0033145, -0.0098626, -0.0236536, -0.0530425", \
					  "0.0019058, 0.0012223, -0.0002151, -0.0033005, -0.0098105, -0.0236577, -0.0531053");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001061527, 0.002253679, 0.004784682, 0.01015814, 0.02156627, 0.04578635");
					values("0.0040844, 0.0048092, 0.0062866, 0.0093539, 0.0157955, 0.0295017, 0.0586807", \
					  "0.0040437, 0.0047649, 0.0062462, 0.0093327, 0.0158145, 0.0293930, 0.0587142", \
					  "0.0039956, 0.0046999, 0.0061800, 0.0092545, 0.0157403, 0.0294472, 0.0589128", \
					  "0.0037884, 0.0044861, 0.0059570, 0.0090409, 0.0155497, 0.0294862, 0.0583707", \
					  "0.0035944, 0.0042963, 0.0057847, 0.0088559, 0.0154084, 0.0292843, 0.0581710", \
					  "0.0036240, 0.0043283, 0.0057612, 0.0087546, 0.0152679, 0.0290276, 0.0584817", \
					  "0.0035891, 0.0042641, 0.0057489, 0.0088751, 0.0154394, 0.0290109, 0.0581527");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001061527, 0.002253679, 0.004784682, 0.01015814, 0.02156627, 0.04578635");
					values("0.0009829, 0.0004486, -0.0008009, -0.0037105, -0.0101703, -0.0240352, -0.0535048", \
					  "0.0009266, 0.0003670, -0.0008761, -0.0037763, -0.0102358, -0.0240926, -0.0535696", \
					  "0.0009539, 0.0004234, -0.0008316, -0.0037239, -0.0101787, -0.0240381, -0.0535143", \
					  "0.0008438, 0.0002653, -0.0009828, -0.0038670, -0.0102989, -0.0241484, -0.0536207", \
					  "0.0006345, 5.5400000e-05, -0.0011730, -0.0040197, -0.0104144, -0.0242221, -0.0536770", \
					  "0.0008501, 0.0001408, -0.0012406, -0.0042283, -0.0106407, -0.0242972, -0.0537130", \
					  "0.0008734, 0.0001785, -0.0012290, -0.0041376, -0.0105727, -0.0244163, -0.0537341");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
					values("0.0877882, 0.1015213, 0.1297172, 0.1875677, 0.3106442, 0.5683999, 1.1166182", \
					  "0.0922974, 0.1062827, 0.1346926, 0.1938885, 0.3185584, 0.5766611, 1.1234371", \
					  "0.1064657, 0.1200002, 0.1481088, 0.2075889, 0.3312114, 0.5921134, 1.1492476", \
					  "0.1403005, 0.1536430, 0.1816911, 0.2401700, 0.3644524, 0.6257633, 1.1825095", \
					  "0.2121542, 0.2272205, 0.2560767, 0.3143978, 0.4379264, 0.6980063, 1.2502306", \
					  "0.3443325, 0.3655095, 0.4066929, 0.4803924, 0.6085261, 0.8691362, 1.4225674", \
					  "0.5785923, 0.6151033, 0.6812634, 0.7940487, 0.9687686, 1.2653556, 1.8173676");
				}
				rise_transition ("del_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("0.0611931, 0.0785102, 0.1162068, 0.1925501, 0.3572886, 0.7062083, 1.4466874", \
					  "0.0612263, 0.0785175, 0.1151699, 0.1952838, 0.3591423, 0.7090821, 1.4509081", \
					  "0.0613714, 0.0784447, 0.1151680, 0.1953701, 0.3628714, 0.7111887, 1.4652883", \
					  "0.0613848, 0.0786579, 0.1152937, 0.1936274, 0.3635245, 0.7105450, 1.4650020", \
					  "0.0729943, 0.0878390, 0.1207846, 0.1944400, 0.3613236, 0.7098446, 1.4451506", \
					  "0.1081567, 0.1259815, 0.1601205, 0.2258500, 0.3698493, 0.7093617, 1.4673033", \
					  "0.1861946, 0.2094753, 0.2511521, 0.3317245, 0.4679680, 0.7603199, 1.4511482");
				}
				cell_fall ("del_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("0.0294783, 0.0340060, 0.0430913, 0.0616584, 0.0998166, 0.1795462, 0.3479129", \
					  "0.0339536, 0.0382917, 0.0474365, 0.0659737, 0.1041432, 0.1839442, 0.3522726", \
					  "0.0448084, 0.0491148, 0.0581274, 0.0766123, 0.1147664, 0.1945963, 0.3630705", \
					  "0.0642505, 0.0702165, 0.0817872, 0.1020389, 0.1396464, 0.2193627, 0.3875585", \
					  "0.0892561, 0.0987408, 0.1160604, 0.1462795, 0.1957620, 0.2777993, 0.4454745", \
					  "0.1148839, 0.1294781, 0.1577265, 0.2044882, 0.2801392, 0.3981946, 0.5810336", \
					  "0.1250444, 0.1488527, 0.1924094, 0.2670548, 0.3861794, 0.5653169, 0.8395359");
				}
				fall_transition ("del_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("0.0253939, 0.0305764, 0.0414808, 0.0646213, 0.1136628, 0.2182568, 0.4406356", \
					  "0.0250170, 0.0303649, 0.0413501, 0.0646038, 0.1138651, 0.2178196, 0.4406993", \
					  "0.0269038, 0.0315751, 0.0415300, 0.0642841, 0.1138705, 0.2181135, 0.4404978", \
					  "0.0384210, 0.0434718, 0.0526195, 0.0706761, 0.1153349, 0.2180357, 0.4406334", \
					  "0.0609825, 0.0677732, 0.0807426, 0.1025342, 0.1402412, 0.2272798, 0.4410050", \
					  "0.1027620, 0.1135356, 0.1316282, 0.1649717, 0.2161293, 0.3013281, 0.4738983", \
					  "0.1805759, 0.1956006, 0.2245304, 0.2737649, 0.3510473, 0.4712310, 0.6598165");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
					values("0.1015286, 0.1144256, 0.1421526, 0.2001942, 0.3228547, 0.5824814, 1.1326724", \
					  "0.1069915, 0.1201024, 0.1480507, 0.2062727, 0.3290933, 0.5887298, 1.1389045", \
					  "0.1212808, 0.1343783, 0.1623397, 0.2207643, 0.3438765, 0.6038630, 1.1542625", \
					  "0.1543829, 0.1676838, 0.1954248, 0.2538118, 0.3770158, 0.6373349, 1.1881843", \
					  "0.2243991, 0.2387957, 0.2669911, 0.3252998, 0.4483762, 0.7087087, 1.2600430", \
					  "0.3564849, 0.3758928, 0.4136488, 0.4833325, 0.6112607, 0.8719622, 1.4232956", \
					  "0.5914085, 0.6225482, 0.6799450, 0.7816080, 0.9548093, 1.2491268, 1.8019471");
				}
				rise_transition ("del_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("0.0752091, 0.0926896, 0.1297606, 0.2078832, 0.3739010, 0.7252429, 1.4734590", \
					  "0.0751090, 0.0926922, 0.1296856, 0.2079626, 0.3738737, 0.7243487, 1.4693876", \
					  "0.0751194, 0.0927214, 0.1295885, 0.2081973, 0.3738568, 0.7253084, 1.4700018", \
					  "0.0751327, 0.0926919, 0.1297793, 0.2081782, 0.3740295, 0.7252997, 1.4686165", \
					  "0.0841883, 0.1000096, 0.1345955, 0.2093132, 0.3739926, 0.7251005, 1.4709156", \
					  "0.1184364, 0.1356501, 0.1703756, 0.2378683, 0.3861018, 0.7253190, 1.4706354", \
					  "0.1957815, 0.2175940, 0.2590184, 0.3365061, 0.4817625, 0.7795640, 1.4772400");
				}
				cell_fall ("del_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("0.0322828, 0.0367178, 0.0458267, 0.0643394, 0.1025010, 0.1822661, 0.3507341", \
					  "0.0372013, 0.0416450, 0.0507464, 0.0692673, 0.1074085, 0.1872223, 0.3554508", \
					  "0.0484736, 0.0528903, 0.0619881, 0.0805371, 0.1187089, 0.1985277, 0.3668851", \
					  "0.0699847, 0.0755899, 0.0863593, 0.1061928, 0.1446236, 0.2246441, 0.3933220", \
					  "0.1023536, 0.1105532, 0.1265506, 0.1542382, 0.2008614, 0.2844769, 0.4541522", \
					  "0.1453840, 0.1586722, 0.1835038, 0.2263682, 0.2961475, 0.4069232, 0.5889115", \
					  "0.1873517, 0.2093093, 0.2502685, 0.3203538, 0.4316360, 0.6009608, 0.8577840");
				}
				fall_transition ("del_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("0.0252734, 0.0304681, 0.0413715, 0.0645584, 0.1135865, 0.2181020, 0.4407734", \
					  "0.0250805, 0.0303261, 0.0412932, 0.0643403, 0.1138480, 0.2182173, 0.4413137", \
					  "0.0257970, 0.0307215, 0.0413426, 0.0643420, 0.1137415, 0.2184122, 0.4404987", \
					  "0.0340885, 0.0388326, 0.0481464, 0.0680373, 0.1142923, 0.2180922, 0.4410535", \
					  "0.0528395, 0.0589408, 0.0697316, 0.0913037, 0.1308322, 0.2243209, 0.4410230", \
					  "0.0881162, 0.0964842, 0.1126768, 0.1404344, 0.1889485, 0.2749788, 0.4623609", \
					  "0.1555456, 0.1686939, 0.1924473, 0.2333854, 0.3000464, 0.4078289, 0.5919413");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				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, 0.00106153, 0.00225368, 0.00478468, 0.0101581, 0.0215663, 0.0457864");
					values("0.0689134, 0.0790908, 0.0998125, 0.1423889, 0.2318659, 0.4215776, 0.8254022", \
					  "0.0737614, 0.0838283, 0.1044829, 0.1475544, 0.2372723, 0.4270276, 0.8312778", \
					  "0.0845316, 0.0944251, 0.1151090, 0.1581014, 0.2487087, 0.4400290, 0.8455926", \
					  "0.1046000, 0.1143956, 0.1348106, 0.1782920, 0.2682210, 0.4609757, 0.8642582", \
					  "0.1338436, 0.1436951, 0.1640856, 0.2075579, 0.2972574, 0.4888645, 0.8943554", \
					  "0.1729332, 0.1828245, 0.2025467, 0.2455347, 0.3355631, 0.5261263, 0.9302016", \
					  "0.2090064, 0.2208467, 0.2429002, 0.2852345, 0.3752264, 0.5652022, 0.9706987");
				}
				rise_transition ("del_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("0.0448318, 0.0579998, 0.0858844, 0.1448201, 0.2697592, 0.5347266, 1.0974677", \
					  "0.0445688, 0.0577918, 0.0859125, 0.1451926, 0.2703101, 0.5292433, 1.0921769", \
					  "0.0446301, 0.0577675, 0.0854906, 0.1438484, 0.2673382, 0.5327997, 1.1070929", \
					  "0.0447425, 0.0577410, 0.0855473, 0.1439447, 0.2680088, 0.5374257, 1.0954543", \
					  "0.0457530, 0.0583242, 0.0856442, 0.1435437, 0.2679235, 0.5342272, 1.0855651", \
					  "0.0507437, 0.0619697, 0.0876832, 0.1451215, 0.2679428, 0.5295549, 1.0946293", \
					  "0.0672068, 0.0764943, 0.0977805, 0.1485860, 0.2708591, 0.5306038, 1.0873753");
				}
				cell_fall ("del_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("0.0840827, 0.0883339, 0.0961651, 0.1099862, 0.1353180, 0.1851478, 0.2895190", \
					  "0.0890992, 0.0931814, 0.1009179, 0.1146915, 0.1401709, 0.1899896, 0.2941569", \
					  "0.1024611, 0.1068096, 0.1145204, 0.1284733, 0.1537937, 0.2037312, 0.3080543", \
					  "0.1354790, 0.1399121, 0.1477096, 0.1616278, 0.1871303, 0.2371516, 0.3413318", \
					  "0.2046373, 0.2094815, 0.2180121, 0.2327759, 0.2591658, 0.3094283, 0.4132278", \
					  "0.3189561, 0.3252021, 0.3357622, 0.3533943, 0.3825315, 0.4330129, 0.5374931", \
					  "0.5042525, 0.5126145, 0.5268646, 0.5495869, 0.5857090, 0.6424519, 0.7478962");
				}
				fall_transition ("del_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("0.0208834, 0.0241511, 0.0308593, 0.0447500, 0.0733872, 0.1362832, 0.2757783", \
					  "0.0209864, 0.0241559, 0.0311755, 0.0447926, 0.0734639, 0.1363492, 0.2738716", \
					  "0.0209974, 0.0241892, 0.0311999, 0.0445247, 0.0731867, 0.1363348, 0.2727459", \
					  "0.0212321, 0.0245590, 0.0312418, 0.0448122, 0.0733881, 0.1352247, 0.2725007", \
					  "0.0258668, 0.0287718, 0.0350649, 0.0480291, 0.0753988, 0.1361288, 0.2764557", \
					  "0.0372533, 0.0400153, 0.0464860, 0.0585550, 0.0842291, 0.1426924, 0.2751203", \
					  "0.0568101, 0.0600850, 0.0677456, 0.0811246, 0.1060077, 0.1567391, 0.2823164");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001678;
			capacitance : 0.001730;
			rise_capacitance : 0.001782;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020151, -0.0020140, -0.0020115, -0.0020109, -0.0020097, -0.0020069, -0.0020004");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020218, 0.0020185, 0.0020109, 0.0020117, 0.0020136, 0.0020178, 0.0020276");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001587;
			capacitance : 0.001646;
			rise_capacitance : 0.001705;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018900, -0.0018885, -0.0018850, -0.0018846, -0.0018837, -0.0018815, -0.0018764");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018926, 0.0018918, 0.0018899, 0.0018905, 0.0018918, 0.0018947, 0.0019014");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001676;
			capacitance : 0.001605;
			fall_capacitance : 0.001533;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0007545, 0.0007022, 0.0005816, 0.0005937, 0.0006215, 0.0006858, 0.0008338");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059742, 0.0059051, 0.0057459, 0.0057574, 0.0057841, 0.0058454, 0.0059869");
				}
			}
		}
	}
	cell ("scs8hd_a21boi_1") {
		area : 7.507200;
		cell_footprint : "a21boi";
		cell_leakage_power : 2.310855e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.7463183e-05";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004117";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "5.2572696e-05";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0004117";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "4.7697320e-05";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004117";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "6.3308869e-05";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0004125";
			when : "A1&A2&!B1N";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&B1N) | (!A2&B1N)";
			max_capacitance : 0.065928;
			max_transition : 1.481717;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0054823, 0.0063145, 0.0080876, 0.0120289, 0.0207790, 0.0403759, 0.0845200", \
					  "0.0053183, 0.0061292, 0.0079313, 0.0119517, 0.0206926, 0.0403377, 0.0844996", \
					  "0.0052049, 0.0060000, 0.0077904, 0.0116948, 0.0205293, 0.0403775, 0.0844498", \
					  "0.0051227, 0.0059211, 0.0076897, 0.0115683, 0.0203342, 0.0401698, 0.0845087", \
					  "0.0050418, 0.0058094, 0.0075415, 0.0114588, 0.0202601, 0.0399381, 0.0843624", \
					  "0.0050220, 0.0057918, 0.0075285, 0.0113729, 0.0201361, 0.0398851, 0.0842155", \
					  "0.0047898, 0.0055573, 0.0072798, 0.0112901, 0.0201277, 0.0398779, 0.0844636");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0031743, 0.0024189, 0.0007140, -0.0031164, -0.0118292, -0.0315768, -0.0761737", \
					  "0.0030791, 0.0023293, 0.0006432, -0.0031787, -0.0118842, -0.0316295, -0.0762333", \
					  "0.0029917, 0.0022516, 0.0005439, -0.0032690, -0.0119663, -0.0316749, -0.0762826", \
					  "0.0028401, 0.0021125, 0.0004198, -0.0033703, -0.0120115, -0.0317197, -0.0763148", \
					  "0.0028513, 0.0021085, 0.0004382, -0.0034537, -0.0121020, -0.0317640, -0.0763245", \
					  "0.0028642, 0.0020973, 0.0003991, -0.0034589, -0.0121596, -0.0319081, -0.0764386", \
					  "0.0030190, 0.0022819, 0.0005717, -0.0033486, -0.0120313, -0.0317566, -0.0764294");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0074540, 0.0082277, 0.0099552, 0.0138351, 0.0225411, 0.0421082, 0.0861185", \
					  "0.0073565, 0.0081327, 0.0098646, 0.0137775, 0.0224899, 0.0421050, 0.0862303", \
					  "0.0072439, 0.0080216, 0.0097801, 0.0136904, 0.0224497, 0.0420000, 0.0861061", \
					  "0.0071990, 0.0079637, 0.0097117, 0.0135946, 0.0223345, 0.0419569, 0.0860021", \
					  "0.0071224, 0.0079027, 0.0096319, 0.0135037, 0.0222226, 0.0418010, 0.0860633", \
					  "0.0071028, 0.0078691, 0.0096263, 0.0135032, 0.0222452, 0.0418881, 0.0858689", \
					  "0.0069085, 0.0076778, 0.0093931, 0.0133995, 0.0221880, 0.0418972, 0.0860961");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0030285, 0.0022705, 0.0005684, -0.0032691, -0.0119864, -0.0317243, -0.0763199", \
					  "0.0029579, 0.0022093, 0.0005122, -0.0033297, -0.0120400, -0.0317819, -0.0763855", \
					  "0.0028809, 0.0021352, 0.0004434, -0.0033885, -0.0120903, -0.0318262, -0.0764240", \
					  "0.0027748, 0.0020352, 0.0003566, -0.0034505, -0.0121354, -0.0318580, -0.0764394", \
					  "0.0028175, 0.0020792, 0.0004203, -0.0034788, -0.0122060, -0.0319147, -0.0764808", \
					  "0.0028232, 0.0020642, 0.0003643, -0.0035009, -0.0122316, -0.0319998, -0.0765394", \
					  "0.0028883, 0.0021268, 0.0004155, -0.0034556, -0.0122254, -0.0319479, -0.0766136");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0036618, 0.0044664, 0.0062684, 0.0101967, 0.0188011, 0.0382941, 0.0830490", \
					  "0.0036559, 0.0044567, 0.0062496, 0.0101168, 0.0188028, 0.0383238, 0.0830067", \
					  "0.0036359, 0.0044393, 0.0062007, 0.0101069, 0.0188301, 0.0385164, 0.0827380", \
					  "0.0034704, 0.0042409, 0.0060045, 0.0099570, 0.0186372, 0.0382155, 0.0825429", \
					  "0.0032578, 0.0040518, 0.0058270, 0.0096998, 0.0185119, 0.0380751, 0.0821507", \
					  "0.0033213, 0.0040770, 0.0057845, 0.0096493, 0.0184117, 0.0379296, 0.0825010", \
					  "0.0032954, 0.0040482, 0.0058704, 0.0097433, 0.0185150, 0.0379009, 0.0821084");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0010439, 0.0004425, -0.0009267, -0.0044003, -0.0128753, -0.0325480, -0.0771584", \
					  "0.0009946, 0.0003910, -0.0009775, -0.0044389, -0.0129220, -0.0326092, -0.0772296", \
					  "0.0010012, 0.0004175, -0.0009590, -0.0044231, -0.0128853, -0.0325699, -0.0772156", \
					  "0.0009041, 0.0003055, -0.0010829, -0.0045667, -0.0130200, -0.0326676, -0.0772895", \
					  "0.0006710, 3.8200000e-05, -0.0013663, -0.0048150, -0.0132242, -0.0327939, -0.0773883", \
					  "0.0012007, 0.0004884, -0.0011050, -0.0048352, -0.0135264, -0.0329183, -0.0774506", \
					  "0.0012856, 0.0005789, -0.0009872, -0.0047861, -0.0134235, -0.0330808, -0.0775595");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0765279, 0.0872035, 0.1107309, 0.1617868, 0.2755520, 0.5304594, 1.1047384", \
					  "0.0815053, 0.0919139, 0.1156654, 0.1678057, 0.2814400, 0.5369313, 1.1115511", \
					  "0.0963223, 0.1066963, 0.1295235, 0.1808071, 0.2983502, 0.5526170, 1.1273028", \
					  "0.1313970, 0.1415254, 0.1643919, 0.2153505, 0.3315665, 0.5868530, 1.1650371", \
					  "0.2041474, 0.2164544, 0.2415964, 0.2925229, 0.4082145, 0.6636016, 1.2397267", \
					  "0.3392117, 0.3574027, 0.3936067, 0.4605855, 0.5840172, 0.8415326, 1.4158219", \
					  "0.5812523, 0.6122025, 0.6726403, 0.7789095, 0.9535950, 1.2514302, 1.8277072");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0501556, 0.0639245, 0.0935221, 0.1610340, 0.3128836, 0.6548989, 1.4253039", \
					  "0.0503554, 0.0637067, 0.0934860, 0.1633993, 0.3134726, 0.6556044, 1.4250137", \
					  "0.0502766, 0.0637220, 0.0943672, 0.1609916, 0.3133902, 0.6562534, 1.4251260", \
					  "0.0506180, 0.0638918, 0.0941674, 0.1612777, 0.3150072, 0.6555299, 1.4275100", \
					  "0.0632194, 0.0746939, 0.1006734, 0.1640768, 0.3171671, 0.6552374, 1.4273049", \
					  "0.0967715, 0.1108330, 0.1399112, 0.1976277, 0.3300874, 0.6577305, 1.4266209", \
					  "0.1715176, 0.1911838, 0.2279284, 0.2984314, 0.4307514, 0.7111487, 1.4441687");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0210842, 0.0239952, 0.0302250, 0.0435237, 0.0722545, 0.1358243, 0.2781539", \
					  "0.0252568, 0.0281270, 0.0343547, 0.0476239, 0.0763640, 0.1399389, 0.2822532", \
					  "0.0352361, 0.0384868, 0.0445385, 0.0575288, 0.0861908, 0.1497124, 0.2918349", \
					  "0.0488322, 0.0534426, 0.0626291, 0.0797908, 0.1101161, 0.1732273, 0.3154982", \
					  "0.0631444, 0.0702631, 0.0841621, 0.1100736, 0.1548029, 0.2284409, 0.3693522", \
					  "0.0699613, 0.0804067, 0.1026374, 0.1430956, 0.2116822, 0.3219211, 0.4915365", \
					  "0.0373842, 0.0558088, 0.0918526, 0.1571752, 0.2648769, 0.4345160, 0.6976100");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0174919, 0.0208277, 0.0280020, 0.0441465, 0.0807016, 0.1631791, 0.3496030", \
					  "0.0171629, 0.0204203, 0.0277031, 0.0440124, 0.0807759, 0.1632882, 0.3497961", \
					  "0.0214536, 0.0239358, 0.0299991, 0.0447329, 0.0805503, 0.1631275, 0.3499779", \
					  "0.0321434, 0.0363369, 0.0426791, 0.0559964, 0.0859378, 0.1635167, 0.3500036", \
					  "0.0514724, 0.0570382, 0.0672405, 0.0860414, 0.1191284, 0.1822403, 0.3526668", \
					  "0.0873037, 0.0956636, 0.1116041, 0.1395266, 0.1861476, 0.2639733, 0.4063260", \
					  "0.1552574, 0.1683583, 0.1935620, 0.2367884, 0.3087250, 0.4168904, 0.5997158");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0955599, 0.1061207, 0.1294339, 0.1812294, 0.2971638, 0.5574010, 1.1439087", \
					  "0.1014679, 0.1119195, 0.1351171, 0.1872354, 0.3032994, 0.5638561, 1.1501636", \
					  "0.1156406, 0.1261663, 0.1500457, 0.2019986, 0.3182776, 0.5794080, 1.1667631", \
					  "0.1495253, 0.1598340, 0.1831921, 0.2351133, 0.3514480, 0.6124892, 1.1997477", \
					  "0.2208551, 0.2325113, 0.2564558, 0.3085567, 0.4246735, 0.6857998, 1.2731882", \
					  "0.3561314, 0.3720020, 0.4042862, 0.4692196, 0.5920773, 0.8534273, 1.4412666", \
					  "0.6006174, 0.6262239, 0.6781402, 0.7721701, 0.9390132, 1.2386532, 1.8302088");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0668252, 0.0806445, 0.1116487, 0.1808205, 0.3372456, 0.6878360, 1.4806490", \
					  "0.0669267, 0.0808490, 0.1117704, 0.1809035, 0.3368808, 0.6878616, 1.4769839", \
					  "0.0668371, 0.0806464, 0.1118952, 0.1810553, 0.3369042, 0.6873519, 1.4776447", \
					  "0.0670415, 0.0808075, 0.1116684, 0.1809242, 0.3369753, 0.6878351, 1.4808453", \
					  "0.0766014, 0.0889102, 0.1175125, 0.1833074, 0.3369283, 0.6878547, 1.4771991", \
					  "0.1090972, 0.1229690, 0.1525024, 0.2134199, 0.3516510, 0.6886489, 1.4776190", \
					  "0.1839309, 0.2011607, 0.2375368, 0.3069373, 0.4453017, 0.7413106, 1.4817173");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0247502, 0.0276580, 0.0338860, 0.0471509, 0.0759058, 0.1394556, 0.2817592", \
					  "0.0294945, 0.0323757, 0.0385975, 0.0518409, 0.0805947, 0.1441354, 0.2864680", \
					  "0.0399751, 0.0430704, 0.0493534, 0.0625838, 0.0914097, 0.1550173, 0.2973580", \
					  "0.0566084, 0.0610032, 0.0695958, 0.0858606, 0.1160665, 0.1800224, 0.3224948", \
					  "0.0789305, 0.0853627, 0.0983916, 0.1223572, 0.1643086, 0.2360823, 0.3799915", \
					  "0.1016862, 0.1118447, 0.1322712, 0.1696756, 0.2339648, 0.3383765, 0.5079740", \
					  "0.1018715, 0.1198497, 0.1531669, 0.2150996, 0.3187123, 0.4798845, 0.7308632");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0174095, 0.0206970, 0.0279611, 0.0442191, 0.0806175, 0.1631755, 0.3501606", \
					  "0.0171968, 0.0204628, 0.0278171, 0.0441525, 0.0805996, 0.1629519, 0.3497481", \
					  "0.0195367, 0.0223330, 0.0289201, 0.0442222, 0.0805201, 0.1631798, 0.3497891", \
					  "0.0286865, 0.0316528, 0.0384357, 0.0515221, 0.0838547, 0.1631862, 0.3502604", \
					  "0.0455087, 0.0498671, 0.0587148, 0.0760677, 0.1078163, 0.1757643, 0.3508213", \
					  "0.0774135, 0.0838375, 0.0962033, 0.1208068, 0.1629190, 0.2351717, 0.3849015", \
					  "0.1374793, 0.1488974, 0.1682945, 0.2040586, 0.2640982, 0.3633187, 0.5323303");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				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, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0668456, 0.0745555, 0.0916968, 0.1296919, 0.2136328, 0.4002332, 0.8265516", \
					  "0.0717491, 0.0794626, 0.0965478, 0.1342989, 0.2181810, 0.4053952, 0.8322302", \
					  "0.0831181, 0.0909353, 0.1080122, 0.1456656, 0.2295256, 0.4187772, 0.8436966", \
					  "0.1059151, 0.1135122, 0.1303207, 0.1681328, 0.2535895, 0.4402199, 0.8667869", \
					  "0.1389381, 0.1466428, 0.1638212, 0.2016455, 0.2852266, 0.4738758, 0.8968626", \
					  "0.1844475, 0.1925536, 0.2091961, 0.2465604, 0.3302580, 0.5192305, 0.9415786", \
					  "0.2298735, 0.2405277, 0.2607090, 0.2983243, 0.3810187, 0.5685722, 0.9931582");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0368224, 0.0468276, 0.0698254, 0.1214806, 0.2352082, 0.4908065, 1.0908616", \
					  "0.0368275, 0.0467014, 0.0698225, 0.1205705, 0.2350660, 0.4928608, 1.0888956", \
					  "0.0367407, 0.0466798, 0.0691349, 0.1197988, 0.2344223, 0.4918700, 1.0717732", \
					  "0.0371699, 0.0470870, 0.0693979, 0.1211427, 0.2357568, 0.4908763, 1.0814578", \
					  "0.0389949, 0.0483823, 0.0703949, 0.1208064, 0.2348678, 0.4947115, 1.0745289", \
					  "0.0455880, 0.0533965, 0.0734356, 0.1222993, 0.2363180, 0.4920182, 1.0792869", \
					  "0.0636796, 0.0705219, 0.0875990, 0.1286646, 0.2382731, 0.4951847, 1.0715451");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0895123, 0.0932631, 0.1002182, 0.1130161, 0.1362086, 0.1814219, 0.2791015", \
					  "0.0944721, 0.0980765, 0.1049828, 0.1178601, 0.1411211, 0.1864050, 0.2841674", \
					  "0.1076777, 0.1112904, 0.1182895, 0.1309707, 0.1543595, 0.1995940, 0.2971329", \
					  "0.1407784, 0.1444653, 0.1515095, 0.1642788, 0.1875840, 0.2331700, 0.3309552", \
					  "0.2128019, 0.2167873, 0.2244953, 0.2379077, 0.2617566, 0.3072518, 0.4045305", \
					  "0.3336687, 0.3387778, 0.3482690, 0.3645872, 0.3914097, 0.4399065, 0.5387590", \
					  "0.5288723, 0.5361390, 0.5489731, 0.5708666, 0.6061427, 0.6605815, 0.7618813");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112803, 0.0025449, 0.00574143, 0.012953, 0.0292227, 0.0659279");
					values("0.0204475, 0.0227251, 0.0282390, 0.0390550, 0.0627892, 0.1167422, 0.2444611", \
					  "0.0204562, 0.0227869, 0.0282428, 0.0390105, 0.0628271, 0.1163561, 0.2442775", \
					  "0.0204371, 0.0228782, 0.0280877, 0.0392201, 0.0625197, 0.1164705, 0.2422209", \
					  "0.0205513, 0.0230738, 0.0283704, 0.0391509, 0.0628548, 0.1162149, 0.2417765", \
					  "0.0248797, 0.0272325, 0.0318531, 0.0420180, 0.0645893, 0.1173901, 0.2425557", \
					  "0.0366541, 0.0394309, 0.0445081, 0.0550331, 0.0768352, 0.1248921, 0.2466038", \
					  "0.0573607, 0.0605848, 0.0668390, 0.0783752, 0.0995401, 0.1453774, 0.2555138");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002096;
			capacitance : 0.002174;
			rise_capacitance : 0.002251;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027350, -0.0027323, -0.0027260, -0.0027261, -0.0027263, -0.0027266, -0.0027273");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027332, 0.0027327, 0.0027314, 0.0027327, 0.0027357, 0.0027427, 0.0027588");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002052;
			capacitance : 0.002149;
			rise_capacitance : 0.002246;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026584, -0.0026590, -0.0026601, -0.0026594, -0.0026576, -0.0026535, -0.0026442");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026582, 0.0026582, 0.0026581, 0.0026582, 0.0026584, 0.0026590, 0.0026604");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001697;
			capacitance : 0.001620;
			fall_capacitance : 0.001542;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024300, 0.0023778, 0.0022572, 0.0022666, 0.0022884, 0.0023385, 0.0024541");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066467, 0.0065685, 0.0063882, 0.0063989, 0.0064237, 0.0064810, 0.0066128");
				}
			}
		}
	}
	cell ("scs8hd_a21boi_2") {
		area : 11.260800;
		cell_footprint : "a21boi";
		cell_leakage_power : 4.493231e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007751";
			when : "A1&A2&!B1N";
		}
		leakage_power () {
			value : "6.1633973e-05";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0007762";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "8.9772590e-05";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0007762";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "8.5940146e-05";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0007762";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0002535";
			when : "A1&A2&B1N";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&B1N) | (!A2&B1N)";
			max_capacitance : 0.111704;
			max_transition : 1.517070;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0094898, 0.0104948, 0.0128417, 0.0184707, 0.0318203, 0.0641755, 0.1443545", \
					  "0.0091936, 0.0101375, 0.0124556, 0.0180764, 0.0316864, 0.0643675, 0.1446275", \
					  "0.0090161, 0.0099714, 0.0122158, 0.0177393, 0.0312360, 0.0642241, 0.1439882", \
					  "0.0089022, 0.0098292, 0.0120527, 0.0174621, 0.0309987, 0.0637132, 0.1436590", \
					  "0.0087865, 0.0096747, 0.0118745, 0.0173228, 0.0306731, 0.0632237, 0.1433620", \
					  "0.0087388, 0.0096508, 0.0118746, 0.0173336, 0.0305789, 0.0630271, 0.1438393", \
					  "0.0083001, 0.0092142, 0.0113971, 0.0169930, 0.0305254, 0.0632287, 0.1430766");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0054739, 0.0045900, 0.0024147, -0.0029251, -0.0161221, -0.0487598, -0.1293541", \
					  "0.0053443, 0.0044671, 0.0022735, -0.0030363, -0.0162105, -0.0488490, -0.1294477", \
					  "0.0051575, 0.0042971, 0.0021583, -0.0031992, -0.0163420, -0.0489502, -0.1295546", \
					  "0.0048792, 0.0040205, 0.0018701, -0.0033408, -0.0164277, -0.0490389, -0.1295947", \
					  "0.0049223, 0.0040537, 0.0019719, -0.0033350, -0.0166097, -0.0491006, -0.1296998", \
					  "0.0049240, 0.0040460, 0.0018618, -0.0034538, -0.0166453, -0.0493753, -0.1297391", \
					  "0.0052184, 0.0043497, 0.0021203, -0.0032747, -0.0165180, -0.0491706, -0.1299464");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0131760, 0.0140818, 0.0163150, 0.0217223, 0.0349571, 0.0674038, 0.1472492", \
					  "0.0129430, 0.0138541, 0.0160799, 0.0215362, 0.0348324, 0.0672592, 0.1471522", \
					  "0.0127587, 0.0136531, 0.0158529, 0.0213527, 0.0346911, 0.0672530, 0.1471109", \
					  "0.0126188, 0.0135142, 0.0157635, 0.0211850, 0.0344632, 0.0670727, 0.1468002", \
					  "0.0124850, 0.0133905, 0.0155926, 0.0210031, 0.0342784, 0.0667284, 0.1465705", \
					  "0.0124442, 0.0133472, 0.0155863, 0.0209544, 0.0342902, 0.0666792, 0.1463606", \
					  "0.0120287, 0.0129233, 0.0150983, 0.0206490, 0.0342286, 0.0668638, 0.1468747");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0059465, 0.0050669, 0.0028943, -0.0024432, -0.0156352, -0.0482676, -0.1288528", \
					  "0.0058078, 0.0049278, 0.0027679, -0.0025655, -0.0157503, -0.0483841, -0.1289807", \
					  "0.0056241, 0.0047547, 0.0026151, -0.0027074, -0.0158705, -0.0484958, -0.1290791", \
					  "0.0053479, 0.0044720, 0.0023714, -0.0028534, -0.0159593, -0.0485964, -0.1291367", \
					  "0.0054391, 0.0045422, 0.0024003, -0.0029094, -0.0161681, -0.0487072, -0.1292139", \
					  "0.0054189, 0.0045500, 0.0023737, -0.0029614, -0.0161699, -0.0489185, -0.1293318", \
					  "0.0055772, 0.0046538, 0.0024682, -0.0028591, -0.0161252, -0.0487534, -0.1294856");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0075075, 0.0084573, 0.0107288, 0.0162229, 0.0295878, 0.0623023, 0.1418905", \
					  "0.0075013, 0.0084394, 0.0107219, 0.0162270, 0.0295190, 0.0619233, 0.1418248", \
					  "0.0075256, 0.0084686, 0.0107429, 0.0161890, 0.0294933, 0.0623299, 0.1420162", \
					  "0.0073481, 0.0082824, 0.0104934, 0.0160192, 0.0292481, 0.0618323, 0.1415638", \
					  "0.0071108, 0.0080397, 0.0102800, 0.0157125, 0.0289902, 0.0618451, 0.1415293", \
					  "0.0071296, 0.0080641, 0.0102800, 0.0155298, 0.0288197, 0.0612450, 0.1411566", \
					  "0.0070818, 0.0080052, 0.0101814, 0.0156896, 0.0288334, 0.0612045, 0.1411630");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0005497, -0.0001600, -0.0018761, -0.0064099, -0.0188081, -0.0510411, -0.1316062", \
					  "0.0005038, -0.0002077, -0.0019036, -0.0064465, -0.0188124, -0.0510446, -0.1316206", \
					  "0.0005569, -0.0001712, -0.0018387, -0.0063712, -0.0187527, -0.0510416, -0.1315901", \
					  "0.0004405, -0.0003092, -0.0020457, -0.0066079, -0.0189693, -0.0511470, -0.1316822", \
					  "0.0002753, -0.0004753, -0.0022797, -0.0068438, -0.0191952, -0.0513533, -0.1318380", \
					  "0.0009328, 0.0001258, -0.0017924, -0.0071889, -0.0196784, -0.0515633, -0.1319552", \
					  "0.0019930, 0.0011311, -0.0010056, -0.0062268, -0.0192113, -0.0517110, -0.1320754");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0782714, 0.0862879, 0.1051521, 0.1502940, 0.2576390, 0.5196026, 1.1620612", \
					  "0.0831232, 0.0909327, 0.1095709, 0.1548427, 0.2638421, 0.5264547, 1.1712625", \
					  "0.0982887, 0.1057825, 0.1242999, 0.1686812, 0.2769682, 0.5420993, 1.1848749", \
					  "0.1336758, 0.1411571, 0.1593144, 0.2033054, 0.3116152, 0.5740899, 1.2170543", \
					  "0.2068573, 0.2158324, 0.2362421, 0.2806872, 0.3880150, 0.6492273, 1.2946240", \
					  "0.3416493, 0.3558545, 0.3848377, 0.4447952, 0.5637370, 0.8259592, 1.4723118", \
					  "0.5927691, 0.6152097, 0.6638846, 0.7575611, 0.9274932, 1.2335574, 1.8827713");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0445167, 0.0542868, 0.0783672, 0.1377288, 0.2810240, 0.6347443, 1.4949048", \
					  "0.0445307, 0.0542765, 0.0779893, 0.1365399, 0.2842157, 0.6339851, 1.5062352", \
					  "0.0446304, 0.0543339, 0.0780524, 0.1366096, 0.2797870, 0.6335851, 1.4978798", \
					  "0.0450090, 0.0545607, 0.0783281, 0.1364333, 0.2839679, 0.6302890, 1.4943347", \
					  "0.0553533, 0.0641208, 0.0852712, 0.1397820, 0.2799221, 0.6308069, 1.5000963", \
					  "0.0838662, 0.0939346, 0.1185022, 0.1732418, 0.2955051, 0.6355129, 1.5170704", \
					  "0.1490393, 0.1634144, 0.1943909, 0.2577405, 0.3882578, 0.6812991, 1.5010582");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0167435, 0.0186326, 0.0229941, 0.0328067, 0.0552467, 0.1083345, 0.2373776", \
					  "0.0214074, 0.0231430, 0.0272228, 0.0369377, 0.0593279, 0.1123760, 0.2414804", \
					  "0.0304818, 0.0326969, 0.0375566, 0.0470795, 0.0691439, 0.1221094, 0.2509865", \
					  "0.0419961, 0.0451762, 0.0521541, 0.0662602, 0.0929043, 0.1454789, 0.2739316", \
					  "0.0525852, 0.0574155, 0.0678135, 0.0892588, 0.1290747, 0.1984454, 0.3265843", \
					  "0.0516996, 0.0593170, 0.0759039, 0.1095871, 0.1711812, 0.2755712, 0.4484668", \
					  "0.0042362, 0.0168607, 0.0444493, 0.0994609, 0.1980875, 0.3623303, 0.6257792");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0146256, 0.0166146, 0.0214612, 0.0328502, 0.0604983, 0.1290028, 0.2996233", \
					  "0.0147218, 0.0165307, 0.0210636, 0.0325221, 0.0603749, 0.1292190, 0.2996681", \
					  "0.0195577, 0.0212832, 0.0248736, 0.0343749, 0.0604090, 0.1292528, 0.2996806", \
					  "0.0291438, 0.0313452, 0.0366755, 0.0475201, 0.0690465, 0.1306636, 0.2996195", \
					  "0.0461088, 0.0498691, 0.0584729, 0.0734613, 0.1021291, 0.1561143, 0.3046290", \
					  "0.0779314, 0.0838851, 0.0964671, 0.1196656, 0.1617383, 0.2354524, 0.3662411", \
					  "0.1379872, 0.1482764, 0.1686071, 0.2061825, 0.2706281, 0.3764647, 0.5526903");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0982631, 0.1055080, 0.1223829, 0.1633227, 0.2625206, 0.5052578, 1.1019773", \
					  "0.1039472, 0.1106717, 0.1277640, 0.1689367, 0.2685190, 0.5115214, 1.1078782", \
					  "0.1182797, 0.1254342, 0.1420279, 0.1837133, 0.2836935, 0.5270590, 1.1239383", \
					  "0.1535335, 0.1603068, 0.1771895, 0.2180977, 0.3177506, 0.5613803, 1.1593740", \
					  "0.2286445, 0.2367638, 0.2541301, 0.2948751, 0.3943856, 0.6379390, 1.2352863", \
					  "0.3728933, 0.3842401, 0.4077997, 0.4602324, 0.5695509, 0.8131223, 1.4108112", \
					  "0.6388894, 0.6560558, 0.6940856, 0.7747840, 0.9286195, 1.2158330, 1.8180394");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0584322, 0.0677178, 0.0900994, 0.1446301, 0.2781441, 0.6041798, 1.4093964", \
					  "0.0584082, 0.0675363, 0.0900512, 0.1446610, 0.2781269, 0.6046462, 1.4075989", \
					  "0.0584720, 0.0677230, 0.0900141, 0.1446874, 0.2778103, 0.6048063, 1.4057758", \
					  "0.0586428, 0.0677270, 0.0901756, 0.1447214, 0.2780965, 0.6046935, 1.4085089", \
					  "0.0662609, 0.0747598, 0.0953127, 0.1465933, 0.2777902, 0.6050133, 1.4071764", \
					  "0.0956256, 0.1055837, 0.1278905, 0.1775749, 0.2945076, 0.6065301, 1.4121075", \
					  "0.1637525, 0.1761390, 0.2044585, 0.2660901, 0.3888127, 0.6624945, 1.4110374");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0211347, 0.0230387, 0.0273994, 0.0372101, 0.0596533, 0.1127238, 0.2416121", \
					  "0.0258928, 0.0277290, 0.0320091, 0.0418000, 0.0642262, 0.1173095, 0.2462417", \
					  "0.0357051, 0.0377599, 0.0424311, 0.0522764, 0.0746777, 0.1278298, 0.2569068", \
					  "0.0500574, 0.0530035, 0.0594234, 0.0725976, 0.0984043, 0.1521247, 0.2815967", \
					  "0.0674359, 0.0719045, 0.0815412, 0.1013883, 0.1385094, 0.2047064, 0.3370764", \
					  "0.0803249, 0.0872401, 0.1027738, 0.1339676, 0.1916753, 0.2907766, 0.4579314", \
					  "0.0601673, 0.0719975, 0.0981749, 0.1496843, 0.2434228, 0.4006352, 0.6508835");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0146250, 0.0166161, 0.0213730, 0.0327151, 0.0605420, 0.1292088, 0.2991737", \
					  "0.0145049, 0.0163947, 0.0210899, 0.0326377, 0.0604763, 0.1291831, 0.2997139", \
					  "0.0178116, 0.0193567, 0.0231957, 0.0335238, 0.0602568, 0.1289525, 0.2995390", \
					  "0.0262234, 0.0281396, 0.0325206, 0.0431087, 0.0659899, 0.1306404, 0.2992309", \
					  "0.0420547, 0.0447463, 0.0509674, 0.0646310, 0.0910061, 0.1464408, 0.3020562", \
					  "0.0707344, 0.0748078, 0.0848657, 0.1041571, 0.1407275, 0.2082668, 0.3447956", \
					  "0.1269618, 0.1334903, 0.1499162, 0.1792115, 0.2339678, 0.3269438, 0.4929562");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0746985, 0.0802838, 0.0936083, 0.1255814, 0.2027112, 0.3909872, 0.8505629", \
					  "0.0797624, 0.0853261, 0.0986461, 0.1306722, 0.2074817, 0.3948371, 0.8541465", \
					  "0.0915898, 0.0971562, 0.1104795, 0.1424017, 0.2200846, 0.4081790, 0.8679429", \
					  "0.1176926, 0.1232206, 0.1362878, 0.1678804, 0.2456531, 0.4322170, 0.8927045", \
					  "0.1590736, 0.1647519, 0.1780413, 0.2098769, 0.2865101, 0.4740910, 0.9374566", \
					  "0.2164060, 0.2228538, 0.2368916, 0.2683198, 0.3450050, 0.5324305, 0.9938670", \
					  "0.2842749, 0.2925989, 0.3097914, 0.3443970, 0.4190347, 0.6054994, 1.0673646");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0318908, 0.0388337, 0.0562502, 0.0988454, 0.2041604, 0.4662060, 1.0926923", \
					  "0.0318976, 0.0389256, 0.0562876, 0.0989944, 0.2031649, 0.4603626, 1.1026203", \
					  "0.0318623, 0.0388546, 0.0561124, 0.0990161, 0.2035933, 0.4668674, 1.0926929", \
					  "0.0321388, 0.0390951, 0.0563294, 0.0991661, 0.2037641, 0.4622555, 1.0904991", \
					  "0.0350969, 0.0415278, 0.0579885, 0.0998002, 0.2039297, 0.4645365, 1.0926439", \
					  "0.0434987, 0.0488488, 0.0633121, 0.1022703, 0.2041747, 0.4601435, 1.0910204", \
					  "0.0607603, 0.0663531, 0.0788261, 0.1126854, 0.2083331, 0.4645894, 1.0923009");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.1141112, 0.1172906, 0.1238868, 0.1366842, 0.1596077, 0.2027822, 0.2954230", \
					  "0.1192967, 0.1224830, 0.1291461, 0.1417247, 0.1645996, 0.2078236, 0.3007167", \
					  "0.1322350, 0.1354242, 0.1425986, 0.1551640, 0.1781484, 0.2212852, 0.3136765", \
					  "0.1651587, 0.1683549, 0.1750372, 0.1875123, 0.2104114, 0.2542216, 0.3467850", \
					  "0.2421808, 0.2453927, 0.2520554, 0.2647169, 0.2877803, 0.3315668, 0.4241967", \
					  "0.3821662, 0.3869930, 0.3951994, 0.4113705, 0.4385317, 0.4847651, 0.5792618", \
					  "0.6058746, 0.6106238, 0.6288871, 0.6501567, 0.6856362, 0.7429019, 0.8442235");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0237968, 0.0256528, 0.0297466, 0.0385127, 0.0576806, 0.1027437, 0.2155423", \
					  "0.0238507, 0.0255758, 0.0298677, 0.0388257, 0.0583597, 0.1026248, 0.2150660", \
					  "0.0237663, 0.0255935, 0.0298024, 0.0385234, 0.0579594, 0.1028076, 0.2157023", \
					  "0.0239872, 0.0256517, 0.0298343, 0.0386403, 0.0581353, 0.1021398, 0.2153816", \
					  "0.0253683, 0.0271588, 0.0310920, 0.0394271, 0.0591044, 0.1028429, 0.2159565", \
					  "0.0379419, 0.0397741, 0.0445237, 0.0530649, 0.0703162, 0.1117687, 0.2186435", \
					  "0.0606257, 0.0630272, 0.0671654, 0.0772062, 0.0964083, 0.1355510, 0.2330904");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003953;
			capacitance : 0.004125;
			rise_capacitance : 0.004298;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049500, -0.0049505, -0.0049517, -0.0049505, -0.0049476, -0.0049409, -0.0049256");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049449, 0.0049433, 0.0049396, 0.0049410, 0.0049440, 0.0049511, 0.0049673");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004249;
			capacitance : 0.004464;
			rise_capacitance : 0.004679;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054852, -0.0054840, -0.0054812, -0.0054817, -0.0054830, -0.0054861, -0.0054930");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055001, 0.0054984, 0.0054945, 0.0054953, 0.0054972, 0.0055015, 0.0055116");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001600;
			capacitance : 0.001529;
			fall_capacitance : 0.001458;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026935, 0.0026569, 0.0025726, 0.0025895, 0.0026286, 0.0027185, 0.0029259");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0087796, 0.0087054, 0.0085344, 0.0085419, 0.0085590, 0.0085985, 0.0086896");
				}
			}
		}
	}
	cell ("scs8hd_a21boi_4") {
		area : 18.768000;
		cell_footprint : "a21boi";
		cell_leakage_power : 4.034447e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0248379";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0014547";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0005387";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0014550";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0005641";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0014550";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0005053";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0014649";
			when : "A1&A2&!B1N";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&B1N) | (!A2&B1N)";
			max_capacitance : 0.184031;
			max_transition : 1.500253;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001338516, 0.003583249, 0.009592469, 0.02567934, 0.0687444, 0.1840309");
					values("0.0186618, 0.0197899, 0.0228501, 0.0304138, 0.0501338, 0.1024494, 0.2407495", \
					  "0.0180800, 0.0191794, 0.0221715, 0.0298658, 0.0498771, 0.1022400, 0.2412530", \
					  "0.0176445, 0.0186725, 0.0215997, 0.0292874, 0.0490726, 0.1014684, 0.2403495", \
					  "0.0174204, 0.0184812, 0.0212366, 0.0286295, 0.0484802, 0.1010825, 0.2398610", \
					  "0.0171588, 0.0181891, 0.0209078, 0.0283097, 0.0479756, 0.1003515, 0.2395392", \
					  "0.0170864, 0.0181285, 0.0209067, 0.0283028, 0.0477537, 0.1003308, 0.2389704", \
					  "0.0161453, 0.0172073, 0.0199171, 0.0275913, 0.0476708, 0.0996759, 0.2386801");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001338516, 0.003583249, 0.009592469, 0.02567934, 0.0687444, 0.1840309");
					values("0.0111449, 0.0101348, 0.0074321, 0.0002107, -0.0191872, -0.0713032, -0.2112804", \
					  "0.0108599, 0.0098665, 0.0071801, -2.7100000e-05, -0.0193812, -0.0714990, -0.2115178", \
					  "0.0104718, 0.0094899, 0.0068264, -0.0003120, -0.0196673, -0.0717153, -0.2117301", \
					  "0.0099138, 0.0089403, 0.0063405, -0.0007177, -0.0198712, -0.0719419, -0.2118600", \
					  "0.0099210, 0.0089226, 0.0063081, -0.0009870, -0.0202316, -0.0720885, -0.2120043", \
					  "0.0101651, 0.0091537, 0.0064540, -0.0010502, -0.0203734, -0.0726678, -0.2122442", \
					  "0.0103400, 0.0093194, 0.0065503, -0.0006228, -0.0203014, -0.0724104, -0.2126318");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001338516, 0.003583249, 0.009592469, 0.02567934, 0.0687444, 0.1840309");
					values("0.0269938, 0.0280657, 0.0308610, 0.0382235, 0.0577154, 0.1096212, 0.2483397", \
					  "0.0265343, 0.0275788, 0.0304140, 0.0378503, 0.0574752, 0.1093616, 0.2478884", \
					  "0.0260650, 0.0271487, 0.0299367, 0.0373599, 0.0570510, 0.1091482, 0.2479069", \
					  "0.0258128, 0.0268272, 0.0295986, 0.0369975, 0.0566578, 0.1087100, 0.2476365", \
					  "0.0254836, 0.0264756, 0.0292675, 0.0366175, 0.0561354, 0.1082033, 0.2471575", \
					  "0.0254545, 0.0264566, 0.0292419, 0.0365961, 0.0561405, 0.1082105, 0.2468939", \
					  "0.0245216, 0.0255357, 0.0282966, 0.0359982, 0.0560933, 0.1082218, 0.2467906");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001338516, 0.003583249, 0.009592469, 0.02567934, 0.0687444, 0.1840309");
					values("0.0118846, 0.0108753, 0.0081619, 0.0009169, -0.0184432, -0.0705491, -0.2105830", \
					  "0.0116027, 0.0106000, 0.0078931, 0.0006797, -0.0186907, -0.0708126, -0.2107949", \
					  "0.0112370, 0.0102414, 0.0075786, 0.0003925, -0.0189517, -0.0710516, -0.2109909", \
					  "0.0107228, 0.0097476, 0.0071205, 3.3000000e-05, -0.0191897, -0.0712314, -0.2112122", \
					  "0.0109032, 0.0099058, 0.0072331, 9.1600000e-05, -0.0194843, -0.0713830, -0.2111856", \
					  "0.0106914, 0.0096896, 0.0069890, -0.0002049, -0.0195912, -0.0719580, -0.2115779", \
					  "0.0109160, 0.0099266, 0.0071637, -0.0001252, -0.0195148, -0.0717294, -0.2119258");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001338516, 0.003583249, 0.009592469, 0.02567934, 0.0687444, 0.1840309");
					values("0.0159070, 0.0170249, 0.0198883, 0.0273765, 0.0472271, 0.0988667, 0.2387243", \
					  "0.0158978, 0.0170043, 0.0198385, 0.0273201, 0.0469670, 0.0989490, 0.2390385", \
					  "0.0158869, 0.0169850, 0.0198373, 0.0273034, 0.0469182, 0.0989688, 0.2391282", \
					  "0.0154730, 0.0166079, 0.0194455, 0.0269540, 0.0465327, 0.0988845, 0.2380610", \
					  "0.0152808, 0.0163488, 0.0191708, 0.0263990, 0.0461869, 0.0986685, 0.2378417", \
					  "0.0154648, 0.0165375, 0.0193474, 0.0266058, 0.0461452, 0.0980001, 0.2377013", \
					  "0.0157411, 0.0167938, 0.0195594, 0.0269751, 0.0464341, 0.0983274, 0.2373305");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001338516, 0.003583249, 0.009592469, 0.02567934, 0.0687444, 0.1840309");
					values("0.0032067, 0.0023568, 5.1600000e-05, -0.0059813, -0.0237241, -0.0749652, -0.2148943", \
					  "0.0031917, 0.0023163, 3.5100000e-05, -0.0060173, -0.0237363, -0.0749697, -0.2149334", \
					  "0.0031975, 0.0023462, 4.5700000e-05, -0.0060284, -0.0236779, -0.0749165, -0.2148909", \
					  "0.0029948, 0.0020968, -0.0002232, -0.0063355, -0.0240429, -0.0752140, -0.2151013", \
					  "0.0024880, 0.0016535, -0.0007474, -0.0069510, -0.0246279, -0.0755800, -0.2153586", \
					  "0.0029974, 0.0020299, -0.0005743, -0.0075754, -0.0256364, -0.0756962, -0.2152680", \
					  "0.0050577, 0.0045650, 0.0018926, -0.0055322, -0.0247247, -0.0764598, -0.2158604");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
					values("0.0886231, 0.0942648, 0.1088991, 0.1460514, 0.2409806, 0.4930521, 1.1672698", \
					  "0.0930695, 0.0985106, 0.1126298, 0.1503159, 0.2482670, 0.4989926, 1.1717459", \
					  "0.1074988, 0.1127331, 0.1270003, 0.1638588, 0.2603159, 0.5127733, 1.1830741", \
					  "0.1435345, 0.1486889, 0.1622626, 0.1985674, 0.2937307, 0.5490060, 1.2191782", \
					  "0.2186123, 0.2246755, 0.2396553, 0.2761586, 0.3712951, 0.6243536, 1.2944362", \
					  "0.3609413, 0.3693178, 0.3901268, 0.4389978, 0.5463414, 0.8002100, 1.4697109", \
					  "0.6262725, 0.6406861, 0.6753519, 0.7516948, 0.9032822, 1.2032567, 1.8834461");
				}
				rise_transition ("del_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("0.0511747, 0.0577269, 0.0761397, 0.1232227, 0.2500859, 0.5911283, 1.4884315", \
					  "0.0512317, 0.0577268, 0.0759012, 0.1233760, 0.2511066, 0.5870892, 1.4891964", \
					  "0.0512987, 0.0580016, 0.0757601, 0.1238901, 0.2501921, 0.5878281, 1.4882590", \
					  "0.0515892, 0.0581420, 0.0758306, 0.1231415, 0.2513265, 0.5870700, 1.4898156", \
					  "0.0600379, 0.0658922, 0.0819563, 0.1265766, 0.2504898, 0.5872717, 1.4938866", \
					  "0.0860308, 0.0932262, 0.1117724, 0.1576293, 0.2675510, 0.5939541, 1.4963075", \
					  "0.1501832, 0.1591110, 0.1822186, 0.2348119, 0.3536484, 0.6391119, 1.5002535");
				}
				cell_fall ("del_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("0.0178142, 0.0190797, 0.0223034, 0.0302055, 0.0494265, 0.0979618, 0.2253551", \
					  "0.0223491, 0.0235134, 0.0265669, 0.0343130, 0.0534827, 0.1019837, 0.2291739", \
					  "0.0316462, 0.0330983, 0.0365710, 0.0446234, 0.0633042, 0.1116754, 0.2389031", \
					  "0.0434618, 0.0455412, 0.0505802, 0.0622082, 0.0861076, 0.1344671, 0.2614082", \
					  "0.0536747, 0.0568053, 0.0643221, 0.0817283, 0.1179170, 0.1854313, 0.3155799", \
					  "0.0501813, 0.0550517, 0.0668425, 0.0949351, 0.1507991, 0.2533460, 0.4306818", \
					  "-0.0044016, 0.0041055, 0.0236001, 0.0691808, 0.1585657, 0.3204894, 0.5953183");
				}
				fall_transition ("del_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("0.0172002, 0.0185112, 0.0219549, 0.0309065, 0.0546372, 0.1184468, 0.2919543", \
					  "0.0170644, 0.0182270, 0.0214132, 0.0303673, 0.0544257, 0.1184636, 0.2919943", \
					  "0.0216669, 0.0228445, 0.0255828, 0.0326899, 0.0545669, 0.1185499, 0.2919825", \
					  "0.0306837, 0.0322179, 0.0360994, 0.0448807, 0.0650588, 0.1210428, 0.2919054", \
					  "0.0483300, 0.0506012, 0.0567083, 0.0691308, 0.0956638, 0.1490306, 0.2974913", \
					  "0.0811924, 0.0850761, 0.0941766, 0.1127937, 0.1509261, 0.2237457, 0.3655909", \
					  "0.1402140, 0.1465349, 0.1624366, 0.1953672, 0.2546011, 0.3590426, 0.5459310");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
					values("0.1167142, 0.1213659, 0.1344774, 0.1684240, 0.2580307, 0.4947407, 1.1267659", \
					  "0.1216969, 0.1263117, 0.1393700, 0.1740125, 0.2637564, 0.5009868, 1.1331163", \
					  "0.1356249, 0.1408953, 0.1536071, 0.1877755, 0.2778415, 0.5158250, 1.1484395", \
					  "0.1703915, 0.1750823, 0.1883808, 0.2222512, 0.3121445, 0.5503231, 1.1836953", \
					  "0.2470285, 0.2517466, 0.2647552, 0.2987092, 0.3884226, 0.6262851, 1.2603226", \
					  "0.3956951, 0.4022684, 0.4190188, 0.4619252, 0.5604911, 0.7986708, 1.4321704", \
					  "0.6770606, 0.6873414, 0.7141255, 0.7765112, 0.9122232, 1.1929251, 1.8309368");
				}
				rise_transition ("del_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("0.0711830, 0.0776712, 0.0949838, 0.1404903, 0.2604246, 0.5796505, 1.4305539", \
					  "0.0711912, 0.0776531, 0.0948111, 0.1401003, 0.2601886, 0.5796567, 1.4319567", \
					  "0.0712137, 0.0776593, 0.0947726, 0.1401128, 0.2602436, 0.5796155, 1.4350107", \
					  "0.0715770, 0.0776459, 0.0950165, 0.1404258, 0.2604599, 0.5797030, 1.4352782", \
					  "0.0767201, 0.0828154, 0.0988127, 0.1419107, 0.2604103, 0.5797978, 1.4322817", \
					  "0.1037441, 0.1104056, 0.1273884, 0.1702157, 0.2768204, 0.5803834, 1.4361636", \
					  "0.1688067, 0.1767420, 0.1983356, 0.2472841, 0.3610418, 0.6339578, 1.4374906");
				}
				cell_fall ("del_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("0.0227459, 0.0240119, 0.0272116, 0.0350961, 0.0543128, 0.1028675, 0.2300035", \
					  "0.0272762, 0.0284912, 0.0316903, 0.0394935, 0.0586973, 0.1071974, 0.2344268", \
					  "0.0366844, 0.0380745, 0.0414962, 0.0493819, 0.0685557, 0.1170646, 0.2445236", \
					  "0.0508434, 0.0526666, 0.0571111, 0.0676716, 0.0901518, 0.1398375, 0.2672294", \
					  "0.0674733, 0.0701951, 0.0769360, 0.0924812, 0.1247851, 0.1872538, 0.3195155", \
					  "0.0778430, 0.0821476, 0.0930195, 0.1174758, 0.1678819, 0.2615242, 0.4294275", \
					  "0.0516744, 0.0588701, 0.0766778, 0.1173040, 0.2001502, 0.3491892, 0.6022999");
				}
				fall_transition ("del_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("0.0171787, 0.0184562, 0.0218479, 0.0307649, 0.0545346, 0.1186000, 0.2917311", \
					  "0.0169737, 0.0182022, 0.0215667, 0.0305247, 0.0543426, 0.1186004, 0.2917223", \
					  "0.0198197, 0.0208224, 0.0235483, 0.0316058, 0.0544051, 0.1184764, 0.2918370", \
					  "0.0278448, 0.0290750, 0.0322862, 0.0401718, 0.0605757, 0.1198885, 0.2920549", \
					  "0.0433954, 0.0450872, 0.0493596, 0.0598487, 0.0831495, 0.1373949, 0.2955125", \
					  "0.0725314, 0.0750493, 0.0813434, 0.0968466, 0.1285468, 0.1944759, 0.3381053", \
					  "0.1287123, 0.1326684, 0.1429644, 0.1675136, 0.2149143, 0.3037610, 0.4745669");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				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, 0.00133852, 0.00358325, 0.00959247, 0.0256793, 0.0687444, 0.184031");
					values("0.0848852, 0.0889015, 0.0989937, 0.1253061, 0.1936253, 0.3736959, 0.8538615", \
					  "0.0896102, 0.0934812, 0.1035819, 0.1298360, 0.1980734, 0.3779254, 0.8595256", \
					  "0.1005942, 0.1044491, 0.1146025, 0.1409036, 0.2089664, 0.3890125, 0.8725598", \
					  "0.1247653, 0.1286666, 0.1386491, 0.1650046, 0.2328498, 0.4137710, 0.8929933", \
					  "0.1636532, 0.1675458, 0.1776759, 0.2032233, 0.2714114, 0.4518018, 0.9302690", \
					  "0.2128385, 0.2170692, 0.2276589, 0.2537053, 0.3203547, 0.5006223, 0.9800574", \
					  "0.2588005, 0.2643727, 0.2776481, 0.3065118, 0.3730891, 0.5510735, 1.0319036");
				}
				rise_transition ("del_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("0.0367130, 0.0415554, 0.0544895, 0.0891002, 0.1827510, 0.4324273, 1.1003843", \
					  "0.0367367, 0.0415189, 0.0545597, 0.0891938, 0.1816188, 0.4269915, 1.1030278", \
					  "0.0366491, 0.0415536, 0.0544350, 0.0891332, 0.1816508, 0.4275275, 1.1031552", \
					  "0.0369544, 0.0416845, 0.0545672, 0.0890615, 0.1817292, 0.4301262, 1.0856588", \
					  "0.0394355, 0.0439135, 0.0562217, 0.0899252, 0.1821057, 0.4322337, 1.0862180", \
					  "0.0472725, 0.0515564, 0.0619026, 0.0929732, 0.1829729, 0.4279942, 1.0931890", \
					  "0.0656656, 0.0693851, 0.0793554, 0.1054020, 0.1869765, 0.4329080, 1.0879211");
				}
				cell_fall ("del_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("0.1095030, 0.1114625, 0.1161491, 0.1262703, 0.1460608, 0.1854836, 0.2739192", \
					  "0.1150063, 0.1169825, 0.1216256, 0.1316993, 0.1514735, 0.1909508, 0.2797474", \
					  "0.1282936, 0.1303398, 0.1350157, 0.1449351, 0.1647034, 0.2042088, 0.2927975", \
					  "0.1618568, 0.1638329, 0.1685012, 0.1784916, 0.1983109, 0.2379405, 0.3267951", \
					  "0.2397906, 0.2419151, 0.2466057, 0.2566566, 0.2763624, 0.3161378, 0.4050755", \
					  "0.3822523, 0.3848861, 0.3910474, 0.4039057, 0.4279728, 0.4711202, 0.5621065", \
					  "0.6169542, 0.6207383, 0.6292592, 0.6451992, 0.6788903, 0.7340674, 0.8335237");
				}
				fall_transition ("del_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("0.0240905, 0.0253341, 0.0280755, 0.0346037, 0.0508615, 0.0909213, 0.2007433", \
					  "0.0240790, 0.0251696, 0.0279977, 0.0344443, 0.0509527, 0.0911828, 0.2005897", \
					  "0.0242181, 0.0252316, 0.0280665, 0.0345440, 0.0507060, 0.0911994, 0.2005209", \
					  "0.0242456, 0.0251680, 0.0279376, 0.0345858, 0.0510828, 0.0908580, 0.2006080", \
					  "0.0259089, 0.0268728, 0.0294433, 0.0361236, 0.0517311, 0.0914682, 0.2004422", \
					  "0.0395821, 0.0407591, 0.0436778, 0.0505737, 0.0655518, 0.1015677, 0.2050155", \
					  "0.0635920, 0.0657163, 0.0690174, 0.0763541, 0.0925017, 0.1282910, 0.2218728");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007586;
			capacitance : 0.007948;
			rise_capacitance : 0.008310;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0098499, -0.0098478, -0.0098429, -0.0098386, -0.0098288, -0.0098062, -0.0097540");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0098450, 0.0098382, 0.0098223, 0.0098279, 0.0098407, 0.0098704, 0.0099386");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008103;
			capacitance : 0.008562;
			rise_capacitance : 0.009021;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0107338, -0.0107258, -0.0107072, -0.0107085, -0.0107115, -0.0107185, -0.0107343");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0107227, 0.0107201, 0.0107141, 0.0107151, 0.0107174, 0.0107226, 0.0107346");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002461;
			capacitance : 0.002314;
			fall_capacitance : 0.002168;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047026, 0.0046540, 0.0045420, 0.0045413, 0.0045397, 0.0045360, 0.0045274");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0161184, 0.0159955, 0.0157122, 0.0157372, 0.0157947, 0.0159273, 0.0162328");
				}
			}
		}
	}
	cell ("scs8hd_a21o_1") {
		area : 7.507200;
		cell_footprint : "a21o";
		cell_leakage_power : 1.258843e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003752";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0003997";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0003752";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "0.0004122";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0003752";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0004092";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0076685";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "5.5490487e-05";
			when : "A1&A2&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1)";
			max_capacitance : 0.160227;
			max_transition : 1.513013;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("0.0088565, 0.0099439, 0.0126655, 0.0195661, 0.0373389, 0.0832308, 0.2031428", \
					  "0.0087915, 0.0098791, 0.0126046, 0.0194943, 0.0372692, 0.0831668, 0.2030748", \
					  "0.0086893, 0.0097737, 0.0124869, 0.0193452, 0.0370386, 0.0828015, 0.2021082", \
					  "0.0085019, 0.0095624, 0.0122569, 0.0191214, 0.0367183, 0.0828319, 0.2027581", \
					  "0.0084833, 0.0095014, 0.0119692, 0.0188896, 0.0364551, 0.0825956, 0.2025508", \
					  "0.0084833, 0.0095357, 0.0121533, 0.0188876, 0.0365302, 0.0822571, 0.2023710", \
					  "0.0085434, 0.0094823, 0.0121441, 0.0189164, 0.0364580, 0.0824327, 0.2006592");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("0.0068240, 0.0061688, 0.0042817, -0.0016153, -0.0187672, -0.0647100, -0.1851334", \
					  "0.0066715, 0.0060107, 0.0041139, -0.0017635, -0.0189200, -0.0648607, -0.1852846", \
					  "0.0065279, 0.0058650, 0.0039590, -0.0019294, -0.0190882, -0.0650262, -0.1854440", \
					  "0.0063984, 0.0057585, 0.0038374, -0.0020661, -0.0192138, -0.0651381, -0.1855623", \
					  "0.0062721, 0.0056123, 0.0037091, -0.0022182, -0.0193597, -0.0652624, -0.1856714", \
					  "0.0067922, 0.0058319, 0.0033279, -0.0025108, -0.0194589, -0.0653138, -0.1856899", \
					  "0.0076811, 0.0067472, 0.0042143, -0.0023998, -0.0197819, -0.0654562, -0.1857806");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("0.0090095, 0.0101009, 0.0128301, 0.0197244, 0.0373316, 0.0831050, 0.2024972", \
					  "0.0089544, 0.0100406, 0.0127605, 0.0196681, 0.0373090, 0.0829808, 0.2020173", \
					  "0.0088555, 0.0099399, 0.0126602, 0.0195456, 0.0373276, 0.0832535, 0.2031216", \
					  "0.0087444, 0.0098147, 0.0125173, 0.0193528, 0.0370628, 0.0828196, 0.2020687", \
					  "0.0087081, 0.0097192, 0.0122850, 0.0191235, 0.0367500, 0.0825885, 0.2018653", \
					  "0.0087240, 0.0097598, 0.0123479, 0.0191185, 0.0367465, 0.0820358, 0.2014919", \
					  "0.0088383, 0.0097849, 0.0124170, 0.0192053, 0.0370154, 0.0827793, 0.2018656");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("0.0088813, 0.0082128, 0.0063284, 0.0005044, -0.0165624, -0.0624339, -0.1828041", \
					  "0.0087779, 0.0081443, 0.0062631, 0.0004059, -0.0166573, -0.0625257, -0.1828827", \
					  "0.0087163, 0.0080517, 0.0061313, 0.0002969, -0.0167647, -0.0626328, -0.1829970", \
					  "0.0086418, 0.0079540, 0.0060692, 0.0002071, -0.0168374, -0.0627003, -0.1830618", \
					  "0.0085354, 0.0078630, 0.0059079, 6.9800000e-05, -0.0169673, -0.0628144, -0.1831606", \
					  "0.0088698, 0.0079104, 0.0054396, -0.0001203, -0.0170628, -0.0628668, -0.1831974", \
					  "0.0103256, 0.0093468, 0.0067967, 0.0001550, -0.0172967, -0.0629789, -0.1832587");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("0.0061085, 0.0071466, 0.0097626, 0.0164946, 0.0339951, 0.0793407, 0.1987973", \
					  "0.0060147, 0.0070535, 0.0096695, 0.0163486, 0.0337818, 0.0787790, 0.1987435", \
					  "0.0058169, 0.0068475, 0.0094646, 0.0162319, 0.0334688, 0.0787112, 0.1984527", \
					  "0.0055579, 0.0065813, 0.0091835, 0.0158819, 0.0334468, 0.0793396, 0.1982731", \
					  "0.0054735, 0.0064656, 0.0090349, 0.0157502, 0.0332035, 0.0789177, 0.1982534", \
					  "0.0055432, 0.0065579, 0.0091310, 0.0159113, 0.0333420, 0.0787809, 0.1980533", \
					  "0.0057047, 0.0067151, 0.0092347, 0.0160254, 0.0335620, 0.0792909, 0.1984191");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("0.0069780, 0.0063539, 0.0044447, -0.0016373, -0.0189617, -0.0649340, -0.1853597", \
					  "0.0068068, 0.0061741, 0.0042048, -0.0018195, -0.0191450, -0.0651217, -0.1855447", \
					  "0.0066701, 0.0060193, 0.0040831, -0.0019850, -0.0193016, -0.0652702, -0.1856966", \
					  "0.0065724, 0.0058868, 0.0039583, -0.0021122, -0.0194152, -0.0653727, -0.1858016", \
					  "0.0064549, 0.0058073, 0.0038499, -0.0021752, -0.0194467, -0.0653577, -0.1857429", \
					  "0.0077344, 0.0067895, 0.0042986, -0.0022977, -0.0193982, -0.0652134, -0.1855792", \
					  "0.0079464, 0.0069718, 0.0042974, -0.0021943, -0.0197312, -0.0655916, -0.1856546");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0595917, 0.0660183, 0.0813035, 0.1189282, 0.2148820, 0.4631966, 1.1087098", \
					  "0.0637150, 0.0701828, 0.0854195, 0.1229023, 0.2188614, 0.4671591, 1.1127403", \
					  "0.0738710, 0.0802333, 0.0954535, 0.1329996, 0.2285420, 0.4761431, 1.1217144", \
					  "0.0940985, 0.1006063, 0.1159445, 0.1532100, 0.2491565, 0.4976422, 1.1462338", \
					  "0.1217970, 0.1285254, 0.1437817, 0.1811165, 0.2769255, 0.5259315, 1.1740866", \
					  "0.1494234, 0.1575454, 0.1741230, 0.2115766, 0.3068596, 0.5552417, 1.2050906", \
					  "0.1541956, 0.1650172, 0.1860619, 0.2266418, 0.3212473, 0.5692973, 1.2159495");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0192986, 0.0263231, 0.0453085, 0.0961336, 0.2302569, 0.5818655, 1.5025748", \
					  "0.0192935, 0.0264375, 0.0452145, 0.0961812, 0.2303314, 0.5820298, 1.5024403", \
					  "0.0192346, 0.0263589, 0.0452972, 0.0961376, 0.2297825, 0.5829555, 1.5055247", \
					  "0.0200620, 0.0269825, 0.0457081, 0.0960186, 0.2306155, 0.5812460, 1.5005490", \
					  "0.0221555, 0.0287441, 0.0468513, 0.0966377, 0.2303393, 0.5817676, 1.4993454", \
					  "0.0289935, 0.0348452, 0.0505887, 0.0979861, 0.2317727, 0.5801390, 1.4985344", \
					  "0.0421227, 0.0482819, 0.0628759, 0.1039596, 0.2317346, 0.5841745, 1.4961150");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.1271249, 0.1327512, 0.1443104, 0.1666124, 0.2126698, 0.3172156, 0.5837851", \
					  "0.1320232, 0.1376789, 0.1495830, 0.1719500, 0.2179431, 0.3225339, 0.5892903", \
					  "0.1468173, 0.1524082, 0.1639285, 0.1862381, 0.2322925, 0.3368136, 0.6033212", \
					  "0.1818534, 0.1873643, 0.1987913, 0.2213341, 0.2673527, 0.3720250, 0.6386886", \
					  "0.2593799, 0.2649616, 0.2764880, 0.2990164, 0.3451795, 0.4497920, 0.7166034", \
					  "0.4122792, 0.4188142, 0.4319262, 0.4565034, 0.5052628, 0.6103809, 0.8759413", \
					  "0.6915297, 0.6999780, 0.7164788, 0.7469427, 0.8024971, 0.9142109, 1.1815288");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0202858, 0.0240828, 0.0326651, 0.0527797, 0.1015017, 0.2301175, 0.5865940", \
					  "0.0203350, 0.0239803, 0.0326922, 0.0532245, 0.1009687, 0.2300206, 0.5830875", \
					  "0.0203141, 0.0241304, 0.0326590, 0.0531971, 0.1012897, 0.2302971, 0.5879074", \
					  "0.0203101, 0.0241470, 0.0328167, 0.0529081, 0.1011239, 0.2300328, 0.5867317", \
					  "0.0207880, 0.0246493, 0.0331042, 0.0529046, 0.1013036, 0.2305823, 0.5811528", \
					  "0.0260275, 0.0300799, 0.0388967, 0.0589852, 0.1059512, 0.2329537, 0.5792239", \
					  "0.0377228, 0.0424142, 0.0525704, 0.0734705, 0.1202806, 0.2405430, 0.5835981");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0634726, 0.0699354, 0.0852452, 0.1228425, 0.2183622, 0.4660382, 1.1121212", \
					  "0.0682095, 0.0746224, 0.0898565, 0.1275037, 0.2229593, 0.4708273, 1.1182490", \
					  "0.0787546, 0.0851784, 0.1003943, 0.1379220, 0.2339323, 0.4823110, 1.1279204", \
					  "0.1007230, 0.1071206, 0.1223188, 0.1597631, 0.2552962, 0.5027996, 1.1495983", \
					  "0.1347803, 0.1415443, 0.1571025, 0.1945012, 0.2902373, 0.5383045, 1.1850958", \
					  "0.1779585, 0.1860248, 0.2026970, 0.2404607, 0.3359453, 0.5839064, 1.2327110", \
					  "0.2126701, 0.2233600, 0.2445695, 0.2852222, 0.3805618, 0.6287691, 1.2745305");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0192918, 0.0264692, 0.0453542, 0.0959067, 0.2302615, 0.5804185, 1.5048791", \
					  "0.0192469, 0.0263642, 0.0453105, 0.0962207, 0.2308316, 0.5830603, 1.5039084", \
					  "0.0192555, 0.0263577, 0.0451813, 0.0962126, 0.2299889, 0.5818906, 1.5024284", \
					  "0.0196799, 0.0267798, 0.0454234, 0.0961112, 0.2305096, 0.5831479, 1.5054418", \
					  "0.0221461, 0.0286999, 0.0465991, 0.0961975, 0.2293741, 0.5831776, 1.5049656", \
					  "0.0282459, 0.0342204, 0.0503571, 0.0976219, 0.2316300, 0.5803551, 1.5034527", \
					  "0.0397869, 0.0463641, 0.0625697, 0.1035240, 0.2316469, 0.5838494, 1.4968178");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.1479367, 0.1537635, 0.1656588, 0.1884601, 0.2353593, 0.3407501, 0.6076142", \
					  "0.1536607, 0.1594803, 0.1713873, 0.1946035, 0.2414007, 0.3467399, 0.6137943", \
					  "0.1683026, 0.1741265, 0.1860873, 0.2092951, 0.2559438, 0.3612965, 0.6282754", \
					  "0.2018684, 0.2076865, 0.2195815, 0.2426974, 0.2894179, 0.3947128, 0.6618001", \
					  "0.2757661, 0.2815899, 0.2934875, 0.3166997, 0.3635678, 0.4689475, 0.7361167", \
					  "0.4248008, 0.4313324, 0.4444692, 0.4694434, 0.5181273, 0.6246204, 0.8911997", \
					  "0.6979062, 0.7061645, 0.7221717, 0.7514539, 0.8060241, 0.9172172, 1.1850926");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0220486, 0.0257699, 0.0343229, 0.0549216, 0.1031147, 0.2310902, 0.5805460", \
					  "0.0218656, 0.0256342, 0.0346857, 0.0547651, 0.1032695, 0.2313571, 0.5811590", \
					  "0.0221116, 0.0258115, 0.0343305, 0.0542195, 0.1029533, 0.2311447, 0.5804218", \
					  "0.0220921, 0.0257894, 0.0344134, 0.0543322, 0.1031101, 0.2318376, 0.5851531", \
					  "0.0221084, 0.0259361, 0.0343708, 0.0544505, 0.1028739, 0.2315550, 0.5821007", \
					  "0.0264830, 0.0303864, 0.0390488, 0.0589761, 0.1061762, 0.2330218, 0.5816037", \
					  "0.0371719, 0.0416676, 0.0506922, 0.0712567, 0.1183788, 0.2407056, 0.5838390");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0411957, 0.0469749, 0.0613454, 0.0976849, 0.1920523, 0.4394278, 1.0887589", \
					  "0.0458483, 0.0515775, 0.0659721, 0.1026095, 0.1974623, 0.4433536, 1.0932690", \
					  "0.0559021, 0.0616458, 0.0760103, 0.1126039, 0.2079412, 0.4540846, 1.1041197", \
					  "0.0709829, 0.0768396, 0.0913348, 0.1279825, 0.2242839, 0.4700051, 1.1155646", \
					  "0.0892431, 0.0953465, 0.1100486, 0.1466366, 0.2418316, 0.4897723, 1.1346142", \
					  "0.1022541, 0.1105644, 0.1265332, 0.1633550, 0.2584515, 0.5055164, 1.1568503", \
					  "0.0813112, 0.0927817, 0.1144142, 0.1558176, 0.2494174, 0.4974900, 1.1425265");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0166617, 0.0239410, 0.0435923, 0.0952237, 0.2309329, 0.5814141, 1.5130132", \
					  "0.0166770, 0.0239708, 0.0434454, 0.0947082, 0.2310035, 0.5791162, 1.5118351", \
					  "0.0168534, 0.0240925, 0.0434927, 0.0951410, 0.2290850, 0.5781700, 1.5079396", \
					  "0.0180453, 0.0249969, 0.0441256, 0.0949702, 0.2296977, 0.5806151, 1.4973788", \
					  "0.0214177, 0.0275737, 0.0450962, 0.0956658, 0.2288248, 0.5832170, 1.5022342", \
					  "0.0295928, 0.0352071, 0.0504435, 0.0967065, 0.2309921, 0.5780877, 1.5010840", \
					  "0.0451853, 0.0519753, 0.0663181, 0.1052229, 0.2317689, 0.5849581, 1.4930432");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0819983, 0.0869208, 0.0968602, 0.1172574, 0.1602986, 0.2631236, 0.5304340", \
					  "0.0866545, 0.0915311, 0.1017100, 0.1218295, 0.1648546, 0.2676915, 0.5351483", \
					  "0.0996084, 0.1044987, 0.1145903, 0.1348219, 0.1778794, 0.2806685, 0.5478173", \
					  "0.1325213, 0.1373679, 0.1484296, 0.1686584, 0.2117880, 0.3146756, 0.5810257", \
					  "0.2046548, 0.2102423, 0.2212762, 0.2424155, 0.2859769, 0.3891763, 0.6560796", \
					  "0.3284877, 0.3356800, 0.3497434, 0.3748804, 0.4216952, 0.5244423, 0.7905008", \
					  "0.5411244, 0.5508951, 0.5701458, 0.6029198, 0.6591287, 0.7667020, 1.0306600");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0167783, 0.0202662, 0.0286918, 0.0476359, 0.0956895, 0.2276103, 0.5883477", \
					  "0.0166872, 0.0201948, 0.0282665, 0.0474916, 0.0959129, 0.2280018, 0.5802586", \
					  "0.0167926, 0.0203269, 0.0283976, 0.0475700, 0.0956076, 0.2275111, 0.5786032", \
					  "0.0167817, 0.0203142, 0.0283644, 0.0477611, 0.0958925, 0.2284976, 0.5793239", \
					  "0.0208987, 0.0242622, 0.0316772, 0.0502089, 0.0970775, 0.2295835, 0.5780850", \
					  "0.0303948, 0.0344301, 0.0428624, 0.0597434, 0.1043681, 0.2309445, 0.5866743", \
					  "0.0472076, 0.0522143, 0.0623091, 0.0817984, 0.1224732, 0.2382179, 0.5827525");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002315;
			capacitance : 0.002223;
			fall_capacitance : 0.002131;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024508, -0.0024509, -0.0024513, -0.0024464, -0.0024352, -0.0024093, -0.0023495");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030759, 0.0030758, 0.0030754, 0.0030768, 0.0030800, 0.0030873, 0.0031043");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002266;
			capacitance : 0.002165;
			fall_capacitance : 0.002063;
			max_transition : 1.500000;
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026634, 0.0026638, 0.0026647, 0.0026647, 0.0026647, 0.0026648, 0.0026649");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026732, -0.0026697, -0.0026617, -0.0026615, -0.0026612, -0.0026606, -0.0026591");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002469;
			capacitance : 0.002312;
			fall_capacitance : 0.002155;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012383, -0.0012393, -0.0012416, -0.0012417, -0.0012420, -0.0012428, -0.0012446");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015865, 0.0015805, 0.0015664, 0.0015768, 0.0016005, 0.0016553, 0.0017814");
				}
			}
		}
	}
	cell ("scs8hd_a21o_2") {
		area : 8.758400;
		cell_footprint : "a21o";
		cell_leakage_power : 1.703607e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "7.0991932e-05";
			when : "A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0003910";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0007488";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0003910";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "0.0007622";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0003910";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0007585";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0101153";
			when : "A1&A2&B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1)";
			max_capacitance : 0.274668;
			max_transition : 1.509353;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0119663, 0.0132423, 0.0167039, 0.0262830, 0.0529881, 0.1285705, 0.3433826", \
					  "0.0119072, 0.0131774, 0.0166358, 0.0262183, 0.0529479, 0.1283742, 0.3432490", \
					  "0.0118221, 0.0130936, 0.0165779, 0.0261226, 0.0528319, 0.1282493, 0.3451005", \
					  "0.0116824, 0.0129087, 0.0163372, 0.0258698, 0.0525428, 0.1285049, 0.3433163", \
					  "0.0117186, 0.0128625, 0.0161255, 0.0256092, 0.0520284, 0.1279529, 0.3446970", \
					  "0.0117589, 0.0129337, 0.0162708, 0.0256585, 0.0520158, 0.1271675, 0.3442764", \
					  "0.0117514, 0.0128962, 0.0162358, 0.0254608, 0.0520516, 0.1278349, 0.3415079");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0088737, 0.0079390, 0.0054034, -0.0023065, -0.0273885, -0.1029105, -0.3202658", \
					  "0.0087446, 0.0078349, 0.0053372, -0.0024049, -0.0274918, -0.1030420, -0.3204210", \
					  "0.0085854, 0.0076009, 0.0051160, -0.0026005, -0.0277101, -0.1032468, -0.3205809", \
					  "0.0084447, 0.0074339, 0.0049726, -0.0027600, -0.0278622, -0.1033661, -0.3207067", \
					  "0.0083063, 0.0073114, 0.0048069, -0.0029415, -0.0280398, -0.1035231, -0.3208480", \
					  "0.0079865, 0.0069390, 0.0044838, -0.0031982, -0.0281888, -0.1036091, -0.3208816", \
					  "0.0110537, 0.0099349, 0.0068597, -0.0022463, -0.0284451, -0.1038212, -0.3210165");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0122016, 0.0134619, 0.0169541, 0.0265109, 0.0532210, 0.1291353, 0.3441094", \
					  "0.0121424, 0.0134045, 0.0168931, 0.0264545, 0.0531660, 0.1283526, 0.3440784", \
					  "0.0120707, 0.0133240, 0.0168152, 0.0263692, 0.0530732, 0.1283373, 0.3440088", \
					  "0.0119723, 0.0132250, 0.0166076, 0.0261792, 0.0529037, 0.1284335, 0.3441077", \
					  "0.0119736, 0.0131250, 0.0165133, 0.0258897, 0.0525461, 0.1283062, 0.3450129", \
					  "0.0121233, 0.0132994, 0.0166372, 0.0259832, 0.0525048, 0.1275513, 0.3445729", \
					  "0.0120756, 0.0132532, 0.0165474, 0.0259785, 0.0526200, 0.1283112, 0.3423956");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0110069, 0.0100288, 0.0075070, -0.0001821, -0.0252260, -0.1006233, -0.3178901", \
					  "0.0109834, 0.0099425, 0.0074526, -0.0002731, -0.0252794, -0.1007016, -0.3179599", \
					  "0.0108472, 0.0098219, 0.0073350, -0.0003699, -0.0253820, -0.1007829, -0.3180664", \
					  "0.0107293, 0.0097173, 0.0072389, -0.0004858, -0.0254826, -0.1008644, -0.3181769", \
					  "0.0106358, 0.0096563, 0.0071162, -0.0006193, -0.0256299, -0.1010218, -0.3182598", \
					  "0.0103683, 0.0093641, 0.0069108, -0.0008411, -0.0258195, -0.1011144, -0.3183199", \
					  "0.0135741, 0.0124217, 0.0092670, 0.0001890, -0.0260419, -0.1013257, -0.3184469");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0094213, 0.0106495, 0.0140225, 0.0233000, 0.0493021, 0.1239817, 0.3400581", \
					  "0.0093818, 0.0106006, 0.0139761, 0.0232562, 0.0494940, 0.1243890, 0.3385836", \
					  "0.0092364, 0.0104552, 0.0138196, 0.0231337, 0.0495192, 0.1250722, 0.3377806", \
					  "0.0090070, 0.0102040, 0.0134956, 0.0228364, 0.0490163, 0.1238810, 0.3376149", \
					  "0.0088975, 0.0100887, 0.0133629, 0.0225230, 0.0488205, 0.1241741, 0.3400586", \
					  "0.0088628, 0.0100369, 0.0133074, 0.0226467, 0.0488936, 0.1233597, 0.3393673", \
					  "0.0090116, 0.0101430, 0.0134335, 0.0226553, 0.0490929, 0.1245154, 0.3381764");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0094199, 0.0084958, 0.0060361, -0.0017067, -0.0271379, -0.1028510, -0.3202293", \
					  "0.0092203, 0.0082901, 0.0058298, -0.0019154, -0.0273373, -0.1030171, -0.3203688", \
					  "0.0091068, 0.0081429, 0.0056728, -0.0020834, -0.0275106, -0.1031953, -0.3205452", \
					  "0.0090192, 0.0080262, 0.0055377, -0.0022700, -0.0276859, -0.1033362, -0.3207029", \
					  "0.0087889, 0.0077983, 0.0052358, -0.0025764, -0.0279278, -0.1035147, -0.3208395", \
					  "0.0098773, 0.0087763, 0.0056336, -0.0032167, -0.0281757, -0.1036660, -0.3209164", \
					  "0.0114159, 0.0102860, 0.0070916, -0.0020481, -0.0282993, -0.1036893, -0.3207505");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0694304, 0.0746921, 0.0873492, 0.1187778, 0.2032650, 0.4416074, 1.1214745", \
					  "0.0735021, 0.0787745, 0.0913556, 0.1227810, 0.2074469, 0.4456910, 1.1254963", \
					  "0.0836270, 0.0888800, 0.1015506, 0.1328314, 0.2174567, 0.4559285, 1.1355009", \
					  "0.1061850, 0.1114049, 0.1240570, 0.1552615, 0.2400049, 0.4791258, 1.1584729", \
					  "0.1401974, 0.1457843, 0.1589251, 0.1905539, 0.2751256, 0.5137434, 1.1936993", \
					  "0.1782699, 0.1855191, 0.2005254, 0.2333076, 0.3176113, 0.5561840, 1.2391020", \
					  "0.2002471, 0.2100344, 0.2299270, 0.2681639, 0.3526878, 0.5933011, 1.2703963");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0176072, 0.0224214, 0.0360961, 0.0759941, 0.1935242, 0.5327042, 1.5028466", \
					  "0.0174627, 0.0223930, 0.0360964, 0.0758591, 0.1932445, 0.5315233, 1.5032793", \
					  "0.0174726, 0.0223446, 0.0360289, 0.0759199, 0.1933092, 0.5316195, 1.5041978", \
					  "0.0182284, 0.0229994, 0.0364295, 0.0758933, 0.1938040, 0.5329704, 1.5060252", \
					  "0.0214011, 0.0259343, 0.0386424, 0.0772879, 0.1935436, 0.5325240, 1.5041686", \
					  "0.0291604, 0.0337527, 0.0451314, 0.0802033, 0.1948142, 0.5310919, 1.5010717", \
					  "0.0437233, 0.0485546, 0.0607820, 0.0920220, 0.1971154, 0.5341849, 1.4986571");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.1645054, 0.1699603, 0.1814903, 0.2040800, 0.2483677, 0.3444378, 0.5948450", \
					  "0.1699269, 0.1752748, 0.1868526, 0.2094751, 0.2536979, 0.3501109, 0.6004484", \
					  "0.1838218, 0.1891860, 0.2007242, 0.2232016, 0.2674404, 0.3634185, 0.6140035", \
					  "0.2184169, 0.2237640, 0.2353544, 0.2578410, 0.3016787, 0.3982855, 0.6494676", \
					  "0.2960877, 0.3014197, 0.3129685, 0.3354341, 0.3796391, 0.4763530, 0.7273891", \
					  "0.4609779, 0.4669123, 0.4791464, 0.5033497, 0.5490580, 0.6472137, 0.8977492", \
					  "0.7682550, 0.7759005, 0.7916073, 0.8205868, 0.8736381, 0.9788198, 1.2326840");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0254567, 0.0284398, 0.0357680, 0.0522028, 0.0922191, 0.2009854, 0.5316194", \
					  "0.0254011, 0.0283923, 0.0355751, 0.0517078, 0.0922857, 0.2005578, 0.5312159", \
					  "0.0254584, 0.0284339, 0.0354690, 0.0522471, 0.0921915, 0.2016224, 0.5316021", \
					  "0.0253075, 0.0284290, 0.0355486, 0.0517065, 0.0923892, 0.2010594, 0.5332477", \
					  "0.0253798, 0.0283825, 0.0355199, 0.0517504, 0.0922914, 0.2009283, 0.5309216", \
					  "0.0301152, 0.0332784, 0.0405956, 0.0568160, 0.0956196, 0.2020319, 0.5311324", \
					  "0.0430384, 0.0467452, 0.0546170, 0.0716971, 0.1115006, 0.2147476, 0.5332911");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0734764, 0.0787440, 0.0914503, 0.1227821, 0.2077105, 0.4464059, 1.1253707", \
					  "0.0781597, 0.0834235, 0.0961282, 0.1274624, 0.2123803, 0.4510316, 1.1299014", \
					  "0.0888560, 0.0940549, 0.1067445, 0.1380991, 0.2228679, 0.4615507, 1.1404104", \
					  "0.1121059, 0.1173538, 0.1298806, 0.1610493, 0.2454340, 0.4839187, 1.1635951", \
					  "0.1514519, 0.1570719, 0.1702475, 0.2018687, 0.2862942, 0.5249107, 1.2049884", \
					  "0.2042490, 0.2111124, 0.2259158, 0.2586925, 0.3431273, 0.5815314, 1.2645659", \
					  "0.2554722, 0.2648989, 0.2845542, 0.3223464, 0.4076548, 0.6458060, 1.3249534");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0175590, 0.0224318, 0.0361301, 0.0759357, 0.1937401, 0.5331571, 1.5056654", \
					  "0.0175269, 0.0224367, 0.0361441, 0.0759178, 0.1937836, 0.5332678, 1.5056433", \
					  "0.0175838, 0.0224617, 0.0360943, 0.0758496, 0.1939336, 0.5334673, 1.5060102", \
					  "0.0177057, 0.0226200, 0.0363179, 0.0760389, 0.1940470, 0.5336576, 1.5054119", \
					  "0.0205005, 0.0251844, 0.0382305, 0.0769579, 0.1935090, 0.5324308, 1.5036730", \
					  "0.0267632, 0.0315741, 0.0437598, 0.0796419, 0.1945828, 0.5313489, 1.5021300", \
					  "0.0389229, 0.0444059, 0.0572919, 0.0896384, 0.1967365, 0.5356028, 1.4969962");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.1858884, 0.1915665, 0.2036039, 0.2268607, 0.2718607, 0.3694159, 0.6210569", \
					  "0.1916253, 0.1973730, 0.2094298, 0.2326052, 0.2777441, 0.3754965, 0.6268392", \
					  "0.2063388, 0.2120856, 0.2241401, 0.2473716, 0.2922839, 0.3900298, 0.6416184", \
					  "0.2395660, 0.2452567, 0.2573090, 0.2804325, 0.3252930, 0.4228111, 0.6744561", \
					  "0.3130135, 0.3186791, 0.3306899, 0.3538732, 0.3989724, 0.4967327, 0.7480234", \
					  "0.4703944, 0.4765919, 0.4894943, 0.5138627, 0.5601463, 0.6583541, 0.9096822", \
					  "0.7653494, 0.7729565, 0.7889843, 0.8178802, 0.8701830, 0.9749511, 1.2287609");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0275580, 0.0306786, 0.0378905, 0.0542813, 0.0940982, 0.2024960, 0.5322155", \
					  "0.0275546, 0.0306217, 0.0377208, 0.0537266, 0.0942585, 0.2026520, 0.5321749", \
					  "0.0276568, 0.0305995, 0.0376091, 0.0536832, 0.0940551, 0.2031847, 0.5317048", \
					  "0.0275952, 0.0304745, 0.0376614, 0.0537095, 0.0942032, 0.2029228, 0.5339997", \
					  "0.0276138, 0.0307706, 0.0378158, 0.0538382, 0.0941958, 0.2031445, 0.5323237", \
					  "0.0313742, 0.0344427, 0.0417599, 0.0574557, 0.0962269, 0.2042807, 0.5325107", \
					  "0.0432337, 0.0465585, 0.0544438, 0.0710503, 0.1096659, 0.2142543, 0.5336320");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0481337, 0.0525748, 0.0638193, 0.0935154, 0.1766806, 0.4136481, 1.0948711", \
					  "0.0528367, 0.0572387, 0.0685002, 0.0981373, 0.1812620, 0.4188604, 1.0979962", \
					  "0.0636799, 0.0680813, 0.0792993, 0.1090651, 0.1929538, 0.4317677, 1.1073077", \
					  "0.0834747, 0.0880849, 0.0995088, 0.1294214, 0.2126109, 0.4514140, 1.1296917", \
					  "0.1087449, 0.1140846, 0.1262864, 0.1562117, 0.2399342, 0.4773509, 1.1589842", \
					  "0.1329905, 0.1401093, 0.1547780, 0.1864514, 0.2692616, 0.5069037, 1.1868178", \
					  "0.1318699, 0.1419359, 0.1627222, 0.2010253, 0.2845123, 0.5224060, 1.2022414");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0141488, 0.0189176, 0.0328885, 0.0737909, 0.1915742, 0.5289595, 1.5021344", \
					  "0.0141666, 0.0189690, 0.0329160, 0.0738480, 0.1922748, 0.5323636, 1.5063806", \
					  "0.0142468, 0.0189987, 0.0328546, 0.0739247, 0.1937731, 0.5369637, 1.4969517", \
					  "0.0158085, 0.0203454, 0.0337723, 0.0739558, 0.1918854, 0.5315294, 1.4933094", \
					  "0.0200713, 0.0243098, 0.0362376, 0.0752035, 0.1917186, 0.5328228, 1.5093530", \
					  "0.0289049, 0.0333040, 0.0446554, 0.0784955, 0.1935087, 0.5297012, 1.5078954", \
					  "0.0452744, 0.0501162, 0.0622627, 0.0929927, 0.1962899, 0.5323882, 1.4963264");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.1100719, 0.1147411, 0.1248110, 0.1447435, 0.1850520, 0.2771853, 0.5270974", \
					  "0.1144195, 0.1190820, 0.1292105, 0.1488944, 0.1891188, 0.2814119, 0.5315302", \
					  "0.1275169, 0.1321342, 0.1421785, 0.1618526, 0.2020840, 0.2944203, 0.5445171", \
					  "0.1600878, 0.1647369, 0.1747564, 0.1946484, 0.2348530, 0.3272837, 0.5769896", \
					  "0.2372705, 0.2419540, 0.2519835, 0.2719138, 0.3114400, 0.4040046, 0.6539528", \
					  "0.3803086, 0.3866709, 0.3998930, 0.4242212, 0.4685973, 0.5635445, 0.8126446", \
					  "0.6209230, 0.6322232, 0.6502719, 0.6827727, 0.7386967, 0.8407325, 1.0919862");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0204705, 0.0232355, 0.0295471, 0.0452313, 0.0840858, 0.1943585, 0.5283730", \
					  "0.0204605, 0.0231720, 0.0298020, 0.0453168, 0.0840196, 0.1949748, 0.5276841", \
					  "0.0203195, 0.0231450, 0.0297339, 0.0449668, 0.0838965, 0.1943778, 0.5300129", \
					  "0.0204777, 0.0233181, 0.0299321, 0.0451644, 0.0842379, 0.1941197, 0.5291709", \
					  "0.0217183, 0.0244482, 0.0307414, 0.0456845, 0.0850751, 0.1947946, 0.5279854", \
					  "0.0330409, 0.0360024, 0.0428233, 0.0577672, 0.0931696, 0.1990891, 0.5295332", \
					  "0.0524254, 0.0558767, 0.0648097, 0.0814018, 0.1169609, 0.2137611, 0.5317987");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002292;
			capacitance : 0.002197;
			fall_capacitance : 0.002103;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023288, -0.0023334, -0.0023439, -0.0023392, -0.0023282, -0.0023030, -0.0022448");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030539, 0.0030550, 0.0030573, 0.0030587, 0.0030619, 0.0030694, 0.0030866");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002256;
			capacitance : 0.002151;
			fall_capacitance : 0.002047;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026163, -0.0026162, -0.0026161, -0.0026162, -0.0026164, -0.0026168, -0.0026178");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026168, 0.0026163, 0.0026151, 0.0026166, 0.0026199, 0.0026275, 0.0026450");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002430;
			capacitance : 0.002265;
			fall_capacitance : 0.002100;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012356, -0.0012379, -0.0012432, -0.0012424, -0.0012406, -0.0012366, -0.0012273");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014357, 0.0014304, 0.0014181, 0.0014276, 0.0014494, 0.0015000, 0.0016165");
				}
			}
		}
	}
	cell ("scs8hd_a21o_4") {
		area : 15.014400;
		cell_footprint : "a21o";
		cell_leakage_power : 9.773159e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007896";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0014892";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007898";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "0.0015183";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0007896";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0015141";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007876";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "0.0001403";
			when : "A1&A2&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2) | (B1)";
			max_capacitance : 0.495310;
			max_transition : 1.509633;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001578657, 0.004984318, 0.01573706, 0.04968685, 0.156877, 0.4953101");
					values("0.0223667, 0.0238672, 0.0284359, 0.0421366, 0.0839403, 0.2132613, 0.6218627", \
					  "0.0222677, 0.0237655, 0.0283385, 0.0420759, 0.0837857, 0.2133502, 0.6216206", \
					  "0.0221163, 0.0236161, 0.0281764, 0.0418566, 0.0836804, 0.2142442, 0.6215449", \
					  "0.0217652, 0.0233469, 0.0276625, 0.0413861, 0.0831875, 0.2139083, 0.6211886", \
					  "0.0219803, 0.0233367, 0.0274967, 0.0410255, 0.0822122, 0.2133901, 0.6212861", \
					  "0.0220532, 0.0234200, 0.0278115, 0.0408823, 0.0820095, 0.2110784, 0.6200257", \
					  "0.0220765, 0.0234483, 0.0276235, 0.0411502, 0.0822487, 0.2115559, 0.6179212");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001578657, 0.004984318, 0.01573706, 0.04968685, 0.156877, 0.4953101");
					values("0.0178034, 0.0166485, 0.0131367, 0.0026113, -0.0351854, -0.1641013, -0.5756188", \
					  "0.0177806, 0.0166086, 0.0129969, 0.0025052, -0.0353778, -0.1643019, -0.5758482", \
					  "0.0173302, 0.0161585, 0.0126448, 0.0021136, -0.0356840, -0.1645742, -0.5761312", \
					  "0.0170861, 0.0159243, 0.0124679, 0.0018786, -0.0359815, -0.1648638, -0.5763866", \
					  "0.0167941, 0.0156670, 0.0121020, 0.0015541, -0.0363297, -0.1651326, -0.5766475", \
					  "0.0166522, 0.0154267, 0.0118898, 0.0011950, -0.0366192, -0.1653274, -0.5767402", \
					  "0.0224103, 0.0204996, 0.0164975, 0.0040657, -0.0366435, -0.1655690, -0.5768894");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001578657, 0.004984318, 0.01573706, 0.04968685, 0.156877, 0.4953101");
					values("0.0230785, 0.0245713, 0.0291522, 0.0429049, 0.0846479, 0.2138529, 0.6226799", \
					  "0.0230122, 0.0245022, 0.0290624, 0.0427589, 0.0845115, 0.2138631, 0.6223857", \
					  "0.0228517, 0.0243471, 0.0288754, 0.0426036, 0.0843913, 0.2139307, 0.6209910", \
					  "0.0226284, 0.0240842, 0.0285645, 0.0421627, 0.0839536, 0.2139839, 0.6244035", \
					  "0.0225714, 0.0239209, 0.0281637, 0.0417726, 0.0831780, 0.2132514, 0.6241151", \
					  "0.0227941, 0.0241731, 0.0285675, 0.0418928, 0.0829631, 0.2120091, 0.6213579", \
					  "0.0227206, 0.0239792, 0.0282256, 0.0415673, 0.0829031, 0.2130121, 0.6191797");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001578657, 0.004984318, 0.01573706, 0.04968685, 0.156877, 0.4953101");
					values("0.0221806, 0.0211741, 0.0175710, 0.0070750, -0.0307900, -0.1596694, -0.5711164", \
					  "0.0220832, 0.0209036, 0.0173464, 0.0068173, -0.0309518, -0.1598129, -0.5712662", \
					  "0.0218367, 0.0206585, 0.0171545, 0.0066276, -0.0311407, -0.1599895, -0.5714273", \
					  "0.0218368, 0.0205323, 0.0170143, 0.0064523, -0.0313500, -0.1601767, -0.5716134", \
					  "0.0214955, 0.0203490, 0.0167192, 0.0061939, -0.0316343, -0.1604272, -0.5718349", \
					  "0.0213413, 0.0201859, 0.0165530, 0.0058411, -0.0318602, -0.1605342, -0.5719100", \
					  "0.0264813, 0.0251988, 0.0211703, 0.0084309, -0.0322922, -0.1609987, -0.5720927");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001578657, 0.004984318, 0.01573706, 0.04968685, 0.156877, 0.4953101");
					values("0.0172701, 0.0187784, 0.0233094, 0.0368132, 0.0779505, 0.2071681, 0.6156736", \
					  "0.0172016, 0.0186866, 0.0232019, 0.0366977, 0.0776170, 0.2072896, 0.6113782", \
					  "0.0169553, 0.0184023, 0.0228487, 0.0363300, 0.0778430, 0.2067271, 0.6110113", \
					  "0.0165328, 0.0179571, 0.0223304, 0.0357317, 0.0771959, 0.2055664, 0.6149182", \
					  "0.0163054, 0.0177459, 0.0219435, 0.0350248, 0.0761330, 0.2059139, 0.6143653", \
					  "0.0162939, 0.0176671, 0.0218597, 0.0351982, 0.0760458, 0.2046003, 0.6138736", \
					  "0.0163135, 0.0177247, 0.0217824, 0.0351851, 0.0767490, 0.2048370, 0.6115026");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001578657, 0.004984318, 0.01573706, 0.04968685, 0.156877, 0.4953101");
					values("0.0188606, 0.0177193, 0.0142908, 0.0038090, -0.0345602, -0.1640517, -0.5756806", \
					  "0.0186183, 0.0174427, 0.0140411, 0.0034611, -0.0348680, -0.1643475, -0.5760067", \
					  "0.0183590, 0.0171797, 0.0136909, 0.0031530, -0.0351564, -0.1646240, -0.5762738", \
					  "0.0181619, 0.0169381, 0.0134770, 0.0028473, -0.0354791, -0.1648919, -0.5764921", \
					  "0.0180447, 0.0168174, 0.0132631, 0.0025815, -0.0360369, -0.1653025, -0.5767805", \
					  "0.0189512, 0.0173215, 0.0133773, 0.0010929, -0.0364424, -0.1654676, -0.5768772", \
					  "0.0225460, 0.0212320, 0.0171456, 0.0042530, -0.0361372, -0.1657945, -0.5767287");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0677018, 0.0712163, 0.0808036, 0.1064453, 0.1806356, 0.4088107, 1.1241236", \
					  "0.0717239, 0.0752445, 0.0848234, 0.1104109, 0.1846416, 0.4126975, 1.1281219", \
					  "0.0819115, 0.0854042, 0.0950027, 0.1205419, 0.1944466, 0.4223694, 1.1383289", \
					  "0.1038004, 0.1075832, 0.1168848, 0.1423682, 0.2162069, 0.4442469, 1.1602078", \
					  "0.1357960, 0.1394869, 0.1493635, 0.1752222, 0.2492939, 0.4785406, 1.1931380", \
					  "0.1712715, 0.1758085, 0.1873721, 0.2140908, 0.2879423, 0.5168736, 1.2339193", \
					  "0.1873396, 0.1937264, 0.2087261, 0.2416632, 0.3164433, 0.5442439, 1.2591003");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0179425, 0.0210947, 0.0309590, 0.0620151, 0.1633793, 0.4859232, 1.4996866", \
					  "0.0177840, 0.0210315, 0.0308587, 0.0619692, 0.1634283, 0.4862842, 1.4997869", \
					  "0.0178139, 0.0209522, 0.0308393, 0.0620605, 0.1632260, 0.4858857, 1.5079805", \
					  "0.0184358, 0.0214594, 0.0313654, 0.0621683, 0.1632083, 0.4859219, 1.5082676", \
					  "0.0211649, 0.0240174, 0.0333219, 0.0634395, 0.1629542, 0.4850981, 1.5071512", \
					  "0.0281853, 0.0310347, 0.0394813, 0.0668281, 0.1646288, 0.4830566, 1.5072806", \
					  "0.0427214, 0.0462009, 0.0551788, 0.0791281, 0.1675086, 0.4895511, 1.4958474");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.1794109, 0.1830442, 0.1922477, 0.2120474, 0.2527329, 0.3440360, 0.5930934", \
					  "0.1848555, 0.1885163, 0.1976699, 0.2173988, 0.2580858, 0.3498090, 0.5988187", \
					  "0.1992657, 0.2028819, 0.2120414, 0.2317361, 0.2722112, 0.3640879, 0.6126543", \
					  "0.2343628, 0.2380188, 0.2471029, 0.2668198, 0.3075256, 0.3989434, 0.6478555", \
					  "0.3126861, 0.3163128, 0.3254052, 0.3451148, 0.3857247, 0.4776702, 0.7264372", \
					  "0.4815244, 0.4854712, 0.4952576, 0.5161938, 0.5580605, 0.6499452, 0.8989744", \
					  "0.8048233, 0.8096651, 0.8217997, 0.8465204, 0.8944183, 0.9940642, 1.2470002");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0278131, 0.0297934, 0.0350918, 0.0479904, 0.0824149, 0.1805281, 0.5012424", \
					  "0.0280934, 0.0300167, 0.0350927, 0.0481397, 0.0824768, 0.1807120, 0.5011610", \
					  "0.0278530, 0.0299829, 0.0350538, 0.0480167, 0.0820985, 0.1805799, 0.5018843", \
					  "0.0278418, 0.0297817, 0.0351539, 0.0484241, 0.0818973, 0.1806839, 0.5020654", \
					  "0.0279393, 0.0298853, 0.0351369, 0.0481044, 0.0823883, 0.1805218, 0.5011639", \
					  "0.0319369, 0.0338682, 0.0391376, 0.0520789, 0.0851616, 0.1818924, 0.5014289", \
					  "0.0444217, 0.0465566, 0.0521241, 0.0655128, 0.1001249, 0.1946179, 0.5044661");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0718944, 0.0754039, 0.0850139, 0.1106863, 0.1845818, 0.4129388, 1.1280455", \
					  "0.0764623, 0.0799543, 0.0895596, 0.1152006, 0.1893578, 0.4173942, 1.1326875", \
					  "0.0867847, 0.0903046, 0.0998285, 0.1254397, 0.1993231, 0.4272442, 1.1444398", \
					  "0.1087992, 0.1122773, 0.1218038, 0.1473852, 0.2213547, 0.4492277, 1.1672419", \
					  "0.1447471, 0.1484523, 0.1583972, 0.1842950, 0.2585308, 0.4870513, 1.2026738", \
					  "0.1911604, 0.1955852, 0.2069331, 0.2339816, 0.3080513, 0.5359978, 1.2513275", \
					  "0.2289164, 0.2344419, 0.2493171, 0.2815540, 0.3571370, 0.5847580, 1.3001177");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0179308, 0.0211255, 0.0309408, 0.0621101, 0.1632602, 0.4857156, 1.5019999", \
					  "0.0178720, 0.0210578, 0.0309516, 0.0620446, 0.1634110, 0.4860450, 1.4996466", \
					  "0.0178743, 0.0210153, 0.0309011, 0.0620217, 0.1635491, 0.4848378, 1.5046724", \
					  "0.0183682, 0.0213586, 0.0312321, 0.0621663, 0.1633640, 0.4857886, 1.5016106", \
					  "0.0206979, 0.0235993, 0.0330607, 0.0632372, 0.1632848, 0.4866491, 1.5049971", \
					  "0.0262115, 0.0292736, 0.0381828, 0.0661619, 0.1641194, 0.4838712, 1.5046882", \
					  "0.0384071, 0.0435670, 0.0522153, 0.0773108, 0.1674230, 0.4874590, 1.4961854");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.1940235, 0.1975953, 0.2068591, 0.2264332, 0.2665763, 0.3574397, 0.6061424", \
					  "0.1998143, 0.2035201, 0.2128313, 0.2325399, 0.2727764, 0.3635364, 0.6118187", \
					  "0.2142391, 0.2180089, 0.2271597, 0.2475494, 0.2878190, 0.3785625, 0.6267608", \
					  "0.2502048, 0.2540430, 0.2632500, 0.2826598, 0.3229759, 0.4136266, 0.6619590", \
					  "0.3287381, 0.3324262, 0.3416706, 0.3612441, 0.4013128, 0.4922108, 0.7407328", \
					  "0.4999470, 0.5039894, 0.5137533, 0.5338242, 0.5749504, 0.6668395, 0.9153429", \
					  "0.8287370, 0.8337653, 0.8460090, 0.8706934, 0.9175622, 1.0155511, 1.2671910");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0284375, 0.0307156, 0.0355251, 0.0480664, 0.0815554, 0.1790115, 0.5024982", \
					  "0.0285636, 0.0303814, 0.0354177, 0.0479347, 0.0814655, 0.1789479, 0.5015567", \
					  "0.0286292, 0.0303403, 0.0354265, 0.0479093, 0.0815210, 0.1787837, 0.5014233", \
					  "0.0287061, 0.0303741, 0.0355714, 0.0478147, 0.0815674, 0.1790170, 0.5009774", \
					  "0.0286475, 0.0305190, 0.0353993, 0.0480665, 0.0816722, 0.1790107, 0.5008793", \
					  "0.0320041, 0.0338438, 0.0388431, 0.0506995, 0.0839141, 0.1793517, 0.5011873", \
					  "0.0437689, 0.0458312, 0.0514892, 0.0641973, 0.0965644, 0.1911510, 0.5040139");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0476244, 0.0506300, 0.0591552, 0.0833699, 0.1558240, 0.3834347, 1.0972826", \
					  "0.0522474, 0.0552446, 0.0637891, 0.0878592, 0.1604714, 0.3889410, 1.1023769", \
					  "0.0629740, 0.0659229, 0.0743059, 0.0984525, 0.1714426, 0.3984643, 1.1125856", \
					  "0.0814637, 0.0845164, 0.0931249, 0.1173965, 0.1903953, 0.4175553, 1.1374798", \
					  "0.1053227, 0.1088090, 0.1176685, 0.1422315, 0.2152521, 0.4442993, 1.1606531", \
					  "0.1262608, 0.1308647, 0.1422023, 0.1682188, 0.2406467, 0.4680716, 1.1825646", \
					  "0.1176306, 0.1240682, 0.1395013, 0.1729745, 0.2470794, 0.4734967, 1.1901362");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0143083, 0.0174116, 0.0272428, 0.0591836, 0.1609003, 0.4857913, 1.5039218", \
					  "0.0143257, 0.0174972, 0.0273408, 0.0592136, 0.1614640, 0.4867077, 1.4934067", \
					  "0.0144294, 0.0174681, 0.0273536, 0.0591183, 0.1623990, 0.4827939, 1.4955119", \
					  "0.0159115, 0.0188095, 0.0283217, 0.0595039, 0.1617841, 0.4807885, 1.5096330", \
					  "0.0197708, 0.0222552, 0.0310198, 0.0607692, 0.1609276, 0.4829313, 1.5053506", \
					  "0.0285248, 0.0313627, 0.0388346, 0.0648278, 0.1629085, 0.4816105, 1.5074079", \
					  "0.0442509, 0.0477049, 0.0572661, 0.0808732, 0.1663775, 0.4854916, 1.4961359");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.1146693, 0.1177558, 0.1254997, 0.1426933, 0.1788469, 0.2646524, 0.5101873", \
					  "0.1191651, 0.1222205, 0.1299911, 0.1471186, 0.1832382, 0.2687190, 0.5148060", \
					  "0.1324593, 0.1355317, 0.1426459, 0.1597146, 0.1962365, 0.2821399, 0.5280438", \
					  "0.1653547, 0.1684771, 0.1762091, 0.1933141, 0.2294092, 0.3152827, 0.5615597", \
					  "0.2432184, 0.2462539, 0.2539858, 0.2709625, 0.3083758, 0.3940661, 0.6405105", \
					  "0.3953569, 0.3994716, 0.4095587, 0.4304977, 0.4701788, 0.5588489, 0.8050550", \
					  "0.6564613, 0.6622009, 0.6760479, 0.7040857, 0.7555828, 0.8534067, 1.1020200");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157866, 0.00498432, 0.0157371, 0.0496869, 0.156877, 0.49531");
					values("0.0216875, 0.0232898, 0.0279483, 0.0400571, 0.0728827, 0.1713664, 0.4999532", \
					  "0.0215724, 0.0232932, 0.0281143, 0.0399930, 0.0729632, 0.1714277, 0.4977496", \
					  "0.0216356, 0.0233429, 0.0281299, 0.0400678, 0.0730486, 0.1710078, 0.4999592", \
					  "0.0216630, 0.0234315, 0.0279574, 0.0401209, 0.0729726, 0.1708428, 0.5001586", \
					  "0.0225306, 0.0241553, 0.0286701, 0.0406621, 0.0734244, 0.1710880, 0.4994629", \
					  "0.0345426, 0.0361386, 0.0411314, 0.0522401, 0.0829496, 0.1757379, 0.4992384", \
					  "0.0547345, 0.0572333, 0.0635529, 0.0767181, 0.1075656, 0.1918753, 0.5001534");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004288;
			capacitance : 0.004087;
			fall_capacitance : 0.003887;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0046573, -0.0046593, -0.0046638, -0.0046558, -0.0046372, -0.0045943, -0.0044956");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058746, 0.0058724, 0.0058673, 0.0058692, 0.0058735, 0.0058836, 0.0059068");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004693;
			capacitance : 0.004463;
			fall_capacitance : 0.004232;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054453, -0.0054464, -0.0054488, -0.0054482, -0.0054470, -0.0054442, -0.0054377");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054648, 0.0054604, 0.0054501, 0.0054504, 0.0054512, 0.0054531, 0.0054573");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004480;
			capacitance : 0.004174;
			fall_capacitance : 0.003868;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025311, -0.0025292, -0.0025247, -0.0025234, -0.0025205, -0.0025136, -0.0024979");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028280, 0.0028215, 0.0028066, 0.0028241, 0.0028643, 0.0029571, 0.0031710");
				}
			}
		}
	}
	cell ("scs8hd_a21oi_1") {
		area : 5.004800;
		cell_footprint : "a21oi";
		cell_leakage_power : 8.038995e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003642";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "1.5421146e-05";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0003642";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "2.7817031e-05";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0003642";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "2.4587788e-05";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0052264";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "4.4275113e-05";
			when : "A1&A2&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1)";
			max_capacitance : 0.065012;
			max_transition : 1.497453;
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0042449, 0.0050738, 0.0068881, 0.0107794, 0.0194321, 0.0387204, 0.0821272", \
					  "0.0040883, 0.0048992, 0.0066966, 0.0106240, 0.0192730, 0.0387879, 0.0822674", \
					  "0.0040028, 0.0047946, 0.0065283, 0.0103962, 0.0191362, 0.0387890, 0.0823112", \
					  "0.0039033, 0.0046866, 0.0064656, 0.0103439, 0.0189630, 0.0384786, 0.0818863", \
					  "0.0038695, 0.0046358, 0.0063372, 0.0102716, 0.0189384, 0.0380853, 0.0819635", \
					  "0.0041466, 0.0046450, 0.0063205, 0.0101655, 0.0187323, 0.0379536, 0.0818441", \
					  "0.0039756, 0.0046903, 0.0063331, 0.0101220, 0.0188770, 0.0381935, 0.0810885");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0001830, -0.0005312, -0.0021934, -0.0060050, -0.0146523, -0.0341681, -0.0781198", \
					  "7.6500000e-05, -0.0006086, -0.0022320, -0.0060065, -0.0146331, -0.0341289, -0.0780713", \
					  "-8.2400000e-05, -0.0007523, -0.0023371, -0.0060643, -0.0146404, -0.0341104, -0.0780398", \
					  "-0.0002046, -0.0008776, -0.0024491, -0.0062061, -0.0147288, -0.0341461, -0.0780430", \
					  "-0.0003252, -0.0010005, -0.0026479, -0.0063649, -0.0148994, -0.0342426, -0.0780859", \
					  "-0.0002538, -0.0010625, -0.0027408, -0.0064926, -0.0150619, -0.0344339, -0.0781873", \
					  "-4.6000000e-05, -0.0008355, -0.0026046, -0.0064770, -0.0151111, -0.0344541, -0.0783030");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0047795, 0.0055840, 0.0073900, 0.0112722, 0.0199190, 0.0392608, 0.0827070", \
					  "0.0045967, 0.0054099, 0.0072098, 0.0111487, 0.0198690, 0.0393167, 0.0829841", \
					  "0.0044863, 0.0052802, 0.0070164, 0.0109644, 0.0197045, 0.0391271, 0.0826628", \
					  "0.0044201, 0.0051913, 0.0069321, 0.0107965, 0.0195739, 0.0389767, 0.0825635", \
					  "0.0043350, 0.0051025, 0.0068149, 0.0107032, 0.0194356, 0.0388229, 0.0826226", \
					  "0.0043146, 0.0050815, 0.0068105, 0.0106569, 0.0193733, 0.0388486, 0.0821558", \
					  "0.0040896, 0.0048454, 0.0065398, 0.0105854, 0.0192427, 0.0385082, 0.0822035");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0030346, 0.0022780, 0.0005839, -0.0032094, -0.0118233, -0.0312890, -0.0751779", \
					  "0.0029489, 0.0021998, 0.0005334, -0.0032639, -0.0118690, -0.0313305, -0.0752246", \
					  "0.0028595, 0.0021188, 0.0004344, -0.0033425, -0.0119281, -0.0313528, -0.0752629", \
					  "0.0027037, 0.0019660, 0.0003044, -0.0034238, -0.0119816, -0.0314294, -0.0753021", \
					  "0.0026833, 0.0019489, 0.0002903, -0.0035680, -0.0120912, -0.0314821, -0.0753527", \
					  "0.0026648, 0.0019201, 0.0002125, -0.0035811, -0.0121964, -0.0316535, -0.0754766", \
					  "0.0027720, 0.0020153, 0.0003179, -0.0035564, -0.0121933, -0.0316236, -0.0755587");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0071412, 0.0079156, 0.0096316, 0.0134815, 0.0220888, 0.0413610, 0.0847372", \
					  "0.0070321, 0.0078072, 0.0095401, 0.0134107, 0.0220407, 0.0413778, 0.0847267", \
					  "0.0069173, 0.0077082, 0.0094506, 0.0133260, 0.0219759, 0.0413519, 0.0846518", \
					  "0.0068811, 0.0076467, 0.0093697, 0.0132263, 0.0218764, 0.0412682, 0.0846639", \
					  "0.0067961, 0.0075653, 0.0092868, 0.0131293, 0.0217513, 0.0411621, 0.0846139", \
					  "0.0067679, 0.0075337, 0.0092891, 0.0131105, 0.0217717, 0.0410782, 0.0844523", \
					  "0.0065689, 0.0073213, 0.0090228, 0.0130204, 0.0217648, 0.0409529, 0.0845684");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0031689, 0.0024166, 0.0007269, -0.0030782, -0.0116967, -0.0311492, -0.0750473", \
					  "0.0031034, 0.0023499, 0.0006631, -0.0031362, -0.0117468, -0.0312054, -0.0751044", \
					  "0.0030087, 0.0022633, 0.0005854, -0.0032049, -0.0118009, -0.0312643, -0.0751528", \
					  "0.0028785, 0.0021380, 0.0004937, -0.0032751, -0.0118580, -0.0313036, -0.0751912", \
					  "0.0029174, 0.0021689, 0.0004888, -0.0033814, -0.0119366, -0.0313626, -0.0752165", \
					  "0.0029227, 0.0021741, 0.0004845, -0.0033359, -0.0119722, -0.0314403, -0.0752593", \
					  "0.0030070, 0.0022513, 0.0005979, -0.0033160, -0.0119554, -0.0314098, -0.0753426");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0768998, 0.0881247, 0.1124195, 0.1653566, 0.2826278, 0.5449274, 1.1344532", \
					  "0.0817537, 0.0926456, 0.1175651, 0.1708886, 0.2901005, 0.5521616, 1.1406238", \
					  "0.0965883, 0.1074380, 0.1309746, 0.1847202, 0.3030214, 0.5662144, 1.1561169", \
					  "0.1319248, 0.1426120, 0.1662664, 0.2188191, 0.3368684, 0.6006056, 1.1917287", \
					  "0.2053970, 0.2181421, 0.2439206, 0.2966028, 0.4149451, 0.6790140, 1.2682015", \
					  "0.3405680, 0.3598318, 0.3968461, 0.4663397, 0.5921869, 0.8545677, 1.4490305", \
					  "0.5817424, 0.6144834, 0.6765906, 0.7869351, 0.9628572, 1.2646165, 1.8594480");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0487410, 0.0625149, 0.0942383, 0.1631173, 0.3193754, 0.6705833, 1.4621035", \
					  "0.0488878, 0.0627224, 0.0933934, 0.1633353, 0.3199804, 0.6711380, 1.4636001", \
					  "0.0486762, 0.0627361, 0.0934847, 0.1630095, 0.3203144, 0.6727722, 1.4647509", \
					  "0.0491424, 0.0627686, 0.0936952, 0.1630755, 0.3198893, 0.6703935, 1.4619687", \
					  "0.0615449, 0.0732852, 0.1004062, 0.1657631, 0.3241259, 0.6712574, 1.4633765", \
					  "0.0946899, 0.1096504, 0.1392033, 0.1997964, 0.3347399, 0.6783629, 1.4623995", \
					  "0.1691262, 0.1886891, 0.2265549, 0.3014354, 0.4344212, 0.7235232, 1.4658041");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0214660, 0.0245321, 0.0310734, 0.0449285, 0.0748121, 0.1405469, 0.2873043", \
					  "0.0256729, 0.0286947, 0.0352151, 0.0490730, 0.0789351, 0.1446683, 0.2912586", \
					  "0.0357523, 0.0390917, 0.0454092, 0.0589856, 0.0887717, 0.1544419, 0.3011341", \
					  "0.0497593, 0.0544698, 0.0640291, 0.0818401, 0.1128654, 0.1779877, 0.3244741", \
					  "0.0647807, 0.0722161, 0.0865437, 0.1130639, 0.1587103, 0.2336447, 0.3793277", \
					  "0.0727279, 0.0843681, 0.1067483, 0.1481643, 0.2180727, 0.3300253, 0.5019830", \
					  "0.0433846, 0.0601516, 0.0994553, 0.1661473, 0.2763663, 0.4486955, 0.7157123");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0173804, 0.0208209, 0.0284891, 0.0455106, 0.0839014, 0.1691014, 0.3621472", \
					  "0.0169404, 0.0203644, 0.0282132, 0.0453080, 0.0837549, 0.1692314, 0.3622898", \
					  "0.0209373, 0.0235297, 0.0301566, 0.0458082, 0.0834989, 0.1693149, 0.3626821", \
					  "0.0314788, 0.0358610, 0.0430991, 0.0567071, 0.0883536, 0.1695245, 0.3631852", \
					  "0.0503860, 0.0560355, 0.0669584, 0.0862230, 0.1208179, 0.1870929, 0.3644834", \
					  "0.0858282, 0.0949299, 0.1113266, 0.1402472, 0.1887878, 0.2681464, 0.4157549", \
					  "0.1518781, 0.1679919, 0.1930176, 0.2372495, 0.3090112, 0.4238160, 0.6037001");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0961081, 0.1068211, 0.1305262, 0.1833670, 0.3010719, 0.5648886, 1.1576016", \
					  "0.1016063, 0.1122676, 0.1362555, 0.1892085, 0.3071882, 0.5713064, 1.1640142", \
					  "0.1157810, 0.1268284, 0.1507990, 0.2038242, 0.3221529, 0.5865248, 1.1799023", \
					  "0.1500979, 0.1607493, 0.1844454, 0.2373153, 0.3555651, 0.6203102, 1.2136739", \
					  "0.2222153, 0.2342488, 0.2585642, 0.3111926, 0.4295522, 0.6941709, 1.2882608", \
					  "0.3584597, 0.3743998, 0.4084458, 0.4735299, 0.5978737, 0.8625162, 1.4574184", \
					  "0.6039406, 0.6301155, 0.6814976, 0.7789411, 0.9503900, 1.2483764, 1.8458481");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0651428, 0.0791140, 0.1106395, 0.1810244, 0.3392895, 0.6939495, 1.4923348", \
					  "0.0651601, 0.0791637, 0.1105043, 0.1811863, 0.3393193, 0.6939158, 1.4922605", \
					  "0.0651340, 0.0790383, 0.1105104, 0.1809723, 0.3390062, 0.6953958, 1.4963994", \
					  "0.0652727, 0.0791788, 0.1105447, 0.1810766, 0.3393783, 0.6939478, 1.4923757", \
					  "0.0742966, 0.0870379, 0.1160766, 0.1826354, 0.3391601, 0.6946433, 1.4916806", \
					  "0.1070076, 0.1213983, 0.1515374, 0.2128441, 0.3530795, 0.6951946, 1.4967710", \
					  "0.1814110, 0.1997020, 0.2363744, 0.3084154, 0.4487509, 0.7459643, 1.4974529");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0253479, 0.0284337, 0.0349667, 0.0488140, 0.0786534, 0.1443829, 0.2909755", \
					  "0.0301092, 0.0331531, 0.0396559, 0.0535210, 0.0833718, 0.1491121, 0.2957421", \
					  "0.0406860, 0.0439095, 0.0504409, 0.0642731, 0.0941332, 0.1599198, 0.3067231", \
					  "0.0576459, 0.0621214, 0.0709411, 0.0877213, 0.1188218, 0.1849933, 0.3317832", \
					  "0.0803512, 0.0871201, 0.1004275, 0.1249677, 0.1677500, 0.2410736, 0.3895696", \
					  "0.1039653, 0.1145158, 0.1355610, 0.1741256, 0.2393672, 0.3450470, 0.5183975", \
					  "0.1056305, 0.1236922, 0.1590955, 0.2218499, 0.3268379, 0.4904212, 0.7441831");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0171552, 0.0206903, 0.0283778, 0.0454148, 0.0836946, 0.1692288, 0.3623200", \
					  "0.0169594, 0.0204961, 0.0282401, 0.0453644, 0.0836020, 0.1692499, 0.3627432", \
					  "0.0191573, 0.0220795, 0.0291797, 0.0454031, 0.0833774, 0.1690786, 0.3623447", \
					  "0.0279209, 0.0311628, 0.0385736, 0.0525831, 0.0862312, 0.1694120, 0.3626807", \
					  "0.0446850, 0.0494396, 0.0588292, 0.0756708, 0.1094659, 0.1809715, 0.3635377", \
					  "0.0763861, 0.0832350, 0.0966590, 0.1209322, 0.1641523, 0.2412917, 0.3955210", \
					  "0.1365603, 0.1476543, 0.1685837, 0.2050160, 0.2663217, 0.3684607, 0.5415651");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0385522, 0.0469177, 0.0651133, 0.1044481, 0.1916845, 0.3866013, 0.8244780", \
					  "0.0431830, 0.0513125, 0.0693164, 0.1091074, 0.1979535, 0.3939020, 0.8284626", \
					  "0.0571216, 0.0650002, 0.0821996, 0.1213581, 0.2087222, 0.4055688, 0.8446009", \
					  "0.0892843, 0.0985288, 0.1145880, 0.1537279, 0.2396436, 0.4376948, 0.8759897", \
					  "0.1450493, 0.1596675, 0.1865514, 0.2310775, 0.3171814, 0.5118078, 0.9506298", \
					  "0.2402245, 0.2643841, 0.3079922, 0.3809990, 0.4969340, 0.6914143, 1.1200175", \
					  "0.4086846, 0.4458665, 0.5165410, 0.6330755, 0.8189335, 1.1012034, 1.5410310");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0351879, 0.0458055, 0.0698639, 0.1220083, 0.2402238, 0.5063841, 1.1090059", \
					  "0.0352159, 0.0457501, 0.0697298, 0.1220974, 0.2418921, 0.5126921, 1.1132014", \
					  "0.0349318, 0.0453705, 0.0690557, 0.1221062, 0.2423377, 0.5077959, 1.1059470", \
					  "0.0455222, 0.0531750, 0.0729534, 0.1224801, 0.2411055, 0.5075797, 1.1045551", \
					  "0.0744423, 0.0836603, 0.1016464, 0.1401020, 0.2441653, 0.5075673, 1.1085521", \
					  "0.1277569, 0.1404001, 0.1672220, 0.2122927, 0.2944556, 0.5178046, 1.1189967", \
					  "0.2247073, 0.2447728, 0.2870369, 0.3606672, 0.4689037, 0.6538006, 1.1401580");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0133835, 0.0152895, 0.0194181, 0.0284021, 0.0484364, 0.0933004, 0.1945296", \
					  "0.0179504, 0.0200224, 0.0241779, 0.0332970, 0.0532995, 0.0981757, 0.1991978", \
					  "0.0242830, 0.0276707, 0.0339039, 0.0446288, 0.0646610, 0.1092786, 0.2108070", \
					  "0.0317104, 0.0369581, 0.0466088, 0.0631662, 0.0902788, 0.1357527, 0.2370413", \
					  "0.0370739, 0.0453095, 0.0611502, 0.0872705, 0.1287829, 0.1932980, 0.2971657", \
					  "0.0292900, 0.0436889, 0.0698510, 0.1118144, 0.1760938, 0.2768073, 0.4240407", \
					  "-0.0218198, 0.0019572, 0.0458820, 0.1159270, 0.2236953, 0.3793948, 0.6133779");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011254, 0.00253306, 0.00570142, 0.0128328, 0.0288841, 0.0650124");
					values("0.0075636, 0.0099015, 0.0151468, 0.0270371, 0.0538095, 0.1134213, 0.2478909", \
					  "0.0091191, 0.0109740, 0.0156980, 0.0269644, 0.0534249, 0.1138472, 0.2476670", \
					  "0.0148394, 0.0171396, 0.0214694, 0.0303731, 0.0542200, 0.1131614, 0.2491663", \
					  "0.0249275, 0.0282024, 0.0344807, 0.0459582, 0.0653250, 0.1161792, 0.2499640", \
					  "0.0441876, 0.0498801, 0.0580973, 0.0745740, 0.1031213, 0.1456558, 0.2582805", \
					  "0.0834438, 0.0883047, 0.1026259, 0.1270066, 0.1677475, 0.2284544, 0.3348343", \
					  "0.1534533, 0.1655793, 0.1880649, 0.2252270, 0.2819976, 0.3749382, 0.5170098");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002113;
			capacitance : 0.002192;
			rise_capacitance : 0.002271;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024788, -0.0024844, -0.0024973, -0.0024921, -0.0024801, -0.0024524, -0.0023886");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031237, 0.0031239, 0.0031244, 0.0031256, 0.0031285, 0.0031352, 0.0031505");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002060;
			capacitance : 0.002158;
			rise_capacitance : 0.002256;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026682, -0.0026669, -0.0026640, -0.0026637, -0.0026632, -0.0026619, -0.0026589");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026673, 0.0026661, 0.0026634, 0.0026647, 0.0026675, 0.0026739, 0.0026888");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002079;
			capacitance : 0.002207;
			rise_capacitance : 0.002336;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012333, -0.0012341, -0.0012358, -0.0012361, -0.0012369, -0.0012385, -0.0012422");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018059, 0.0018014, 0.0017907, 0.0018011, 0.0018250, 0.0018802, 0.0020073");
				}
			}
		}
	}
	cell ("scs8hd_a21oi_2") {
		area : 8.758400;
		cell_footprint : "a21oi";
		cell_leakage_power : 3.899600e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007219";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "3.8081927e-05";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007219";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "6.5153768e-05";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0007219";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "6.1809166e-05";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007208";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "6.8167457e-05";
			when : "A1&A2&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1)";
			max_capacitance : 0.109873;
			max_transition : 1.521432;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122826, 0.003017245, 0.007411925, 0.01820754, 0.04472719, 0.1098732");
					values("0.0087817, 0.0097914, 0.0120724, 0.0175817, 0.0308079, 0.0629023, 0.1410658", \
					  "0.0084966, 0.0094233, 0.0117466, 0.0172898, 0.0305368, 0.0626297, 0.1413776", \
					  "0.0083076, 0.0092528, 0.0115118, 0.0169315, 0.0302657, 0.0625652, 0.1409682", \
					  "0.0081902, 0.0090963, 0.0112709, 0.0166746, 0.0300386, 0.0623913, 0.1412578", \
					  "0.0080643, 0.0089580, 0.0111390, 0.0165058, 0.0296051, 0.0619331, 0.1404559", \
					  "0.0080149, 0.0089150, 0.0111218, 0.0164913, 0.0295430, 0.0618867, 0.1409519", \
					  "0.0075479, 0.0084495, 0.0106237, 0.0161721, 0.0295527, 0.0617551, 0.1405327");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122826, 0.003017245, 0.007411925, 0.01820754, 0.04472719, 0.1098732");
					values("0.0051975, 0.0043134, 0.0021515, -0.0031208, -0.0161148, -0.0481805, -0.1273264", \
					  "0.0050990, 0.0042243, 0.0020347, -0.0032115, -0.0161937, -0.0482904, -0.1273881", \
					  "0.0048993, 0.0040411, 0.0019145, -0.0033220, -0.0162911, -0.0483739, -0.1274740", \
					  "0.0046339, 0.0037760, 0.0017070, -0.0035197, -0.0163938, -0.0484677, -0.1275706", \
					  "0.0046970, 0.0038411, 0.0017461, -0.0034874, -0.0165916, -0.0485588, -0.1276214", \
					  "0.0047829, 0.0039028, 0.0016587, -0.0035737, -0.0166532, -0.0488753, -0.1278307", \
					  "0.0048828, 0.0040200, 0.0018476, -0.0035479, -0.0166224, -0.0487455, -0.1280323");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122826, 0.003017245, 0.007411925, 0.01820754, 0.04472719, 0.1098732");
					values("0.0134298, 0.0143509, 0.0165485, 0.0219136, 0.0349510, 0.0668376, 0.1450898", \
					  "0.0132164, 0.0141301, 0.0163496, 0.0217465, 0.0348386, 0.0668441, 0.1452640", \
					  "0.0130563, 0.0139465, 0.0161506, 0.0216011, 0.0347764, 0.0668286, 0.1452257", \
					  "0.0129187, 0.0138082, 0.0160199, 0.0213762, 0.0344989, 0.0665166, 0.1451527", \
					  "0.0127994, 0.0136980, 0.0158856, 0.0212245, 0.0343231, 0.0662707, 0.1449533", \
					  "0.0127716, 0.0136489, 0.0158887, 0.0212139, 0.0343857, 0.0663691, 0.1445135", \
					  "0.0123675, 0.0132590, 0.0154120, 0.0209289, 0.0343468, 0.0664733, 0.1448712");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122826, 0.003017245, 0.007411925, 0.01820754, 0.04472719, 0.1098732");
					values("0.0058886, 0.0050126, 0.0028549, -0.0024169, -0.0154041, -0.0474877, -0.1266316", \
					  "0.0057679, 0.0048915, 0.0027342, -0.0025222, -0.0155104, -0.0476006, -0.1267182", \
					  "0.0055997, 0.0047321, 0.0026113, -0.0026394, -0.0156259, -0.0477121, -0.1268138", \
					  "0.0053432, 0.0044706, 0.0023761, -0.0028115, -0.0157133, -0.0478141, -0.1268880", \
					  "0.0054233, 0.0045504, 0.0024195, -0.0028407, -0.0159532, -0.0479289, -0.1269584", \
					  "0.0054119, 0.0045553, 0.0024364, -0.0028853, -0.0159109, -0.0481293, -0.1270802", \
					  "0.0055662, 0.0046794, 0.0025135, -0.0027792, -0.0158930, -0.0480446, -0.1272740");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122826, 0.003017245, 0.007411925, 0.01820754, 0.04472719, 0.1098732");
					values("0.0085928, 0.0095596, 0.0119305, 0.0174647, 0.0306460, 0.0627940, 0.1412948", \
					  "0.0083204, 0.0092794, 0.0115714, 0.0171110, 0.0303826, 0.0625117, 0.1407514", \
					  "0.0082056, 0.0091290, 0.0113742, 0.0168504, 0.0300414, 0.0622079, 0.1406401", \
					  "0.0080895, 0.0089871, 0.0111824, 0.0165585, 0.0297578, 0.0617666, 0.1405745", \
					  "0.0079964, 0.0088821, 0.0110623, 0.0165998, 0.0297114, 0.0613859, 0.1402370", \
					  "0.0080923, 0.0089907, 0.0111224, 0.0164273, 0.0293461, 0.0614303, 0.1394535", \
					  "0.0081925, 0.0090423, 0.0110775, 0.0162635, 0.0296262, 0.0611626, 0.1399962");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122826, 0.003017245, 0.007411925, 0.01820754, 0.04472719, 0.1098732");
					values("-9.5000000e-05, -0.0009249, -0.0030221, -0.0083012, -0.0213787, -0.0536106, -0.1328694", \
					  "-0.0003343, -0.0011244, -0.0031446, -0.0083176, -0.0213293, -0.0535372, -0.1327638", \
					  "-0.0006530, -0.0014094, -0.0033425, -0.0084299, -0.0213486, -0.0534771, -0.1326865", \
					  "-0.0007953, -0.0015574, -0.0035126, -0.0086448, -0.0215269, -0.0535260, -0.1326706", \
					  "-0.0009675, -0.0018678, -0.0039115, -0.0089662, -0.0216373, -0.0537123, -0.1327392", \
					  "-0.0010045, -0.0018544, -0.0040155, -0.0092050, -0.0220760, -0.0538920, -0.1329412", \
					  "-0.0001724, -0.0015060, -0.0037446, -0.0091566, -0.0222703, -0.0541913, -0.1330610");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
					values("0.0780991, 0.0860329, 0.1053293, 0.1503101, 0.2587072, 0.5200421, 1.1611927", \
					  "0.0828282, 0.0906432, 0.1094936, 0.1553402, 0.2635261, 0.5258581, 1.1742902", \
					  "0.0981075, 0.1056150, 0.1242056, 0.1687926, 0.2777425, 0.5441871, 1.1834576", \
					  "0.1339123, 0.1413656, 0.1597518, 0.2038682, 0.3130780, 0.5783562, 1.2309287", \
					  "0.2084400, 0.2173292, 0.2376598, 0.2820751, 0.3892551, 0.6529668, 1.2954411", \
					  "0.3462514, 0.3592173, 0.3876726, 0.4470589, 0.5655191, 0.8285805, 1.4760722", \
					  "0.5992902, 0.6214821, 0.6690287, 0.7616361, 0.9306949, 1.2352225, 1.8827266");
				}
				rise_transition ("del_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("0.0457622, 0.0555418, 0.0792536, 0.1379937, 0.2812309, 0.6337607, 1.4947746", \
					  "0.0458344, 0.0554716, 0.0798848, 0.1380256, 0.2813778, 0.6343078, 1.5158348", \
					  "0.0459885, 0.0556261, 0.0798600, 0.1384343, 0.2818681, 0.6341153, 1.4941384", \
					  "0.0462258, 0.0558041, 0.0795719, 0.1382450, 0.2867345, 0.6375261, 1.5190511", \
					  "0.0566308, 0.0651652, 0.0861826, 0.1409917, 0.2830935, 0.6330808, 1.4959939", \
					  "0.0848727, 0.0953331, 0.1194776, 0.1739637, 0.2972392, 0.6405584, 1.5214320", \
					  "0.1505763, 0.1645014, 0.1953034, 0.2577906, 0.3905526, 0.6825916, 1.5022850");
				}
				cell_fall ("del_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("0.0170778, 0.0189145, 0.0231643, 0.0328062, 0.0549497, 0.1073195, 0.2339017", \
					  "0.0217183, 0.0234303, 0.0274154, 0.0369578, 0.0590572, 0.1113735, 0.2380622", \
					  "0.0308254, 0.0329875, 0.0377162, 0.0471007, 0.0688526, 0.1210427, 0.2476702", \
					  "0.0423221, 0.0454969, 0.0525124, 0.0663449, 0.0925909, 0.1445672, 0.2697693", \
					  "0.0532612, 0.0580838, 0.0682444, 0.0895429, 0.1289222, 0.1974391, 0.3250495", \
					  "0.0517220, 0.0593032, 0.0770373, 0.1104830, 0.1711279, 0.2746807, 0.4429477", \
					  "0.0045474, 0.0194494, 0.0467018, 0.1010891, 0.1985142, 0.3608248, 0.6211206");
				}
				fall_transition ("del_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("0.0141521, 0.0161664, 0.0209758, 0.0324090, 0.0600614, 0.1280334, 0.2951343", \
					  "0.0142322, 0.0160772, 0.0205778, 0.0320721, 0.0598027, 0.1277624, 0.2948904", \
					  "0.0187425, 0.0205403, 0.0241960, 0.0339166, 0.0598878, 0.1276191, 0.2951117", \
					  "0.0279962, 0.0303518, 0.0360726, 0.0470312, 0.0685043, 0.1290894, 0.2945799", \
					  "0.0453362, 0.0488986, 0.0571431, 0.0727624, 0.1014805, 0.1548240, 0.3004240", \
					  "0.0780774, 0.0841433, 0.0959879, 0.1191018, 0.1614132, 0.2337296, 0.3631359", \
					  "0.1399808, 0.1477577, 0.1679951, 0.2054319, 0.2688426, 0.3747800, 0.5498503");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
					values("0.0983459, 0.1054946, 0.1225672, 0.1637268, 0.2635607, 0.5066846, 1.1026924", \
					  "0.1037523, 0.1109216, 0.1279747, 0.1693745, 0.2695237, 0.5129399, 1.1089701", \
					  "0.1182535, 0.1255296, 0.1424857, 0.1842736, 0.2844361, 0.5282052, 1.1249055", \
					  "0.1539440, 0.1612850, 0.1781990, 0.2193608, 0.3196356, 0.5638703, 1.1609315", \
					  "0.2306790, 0.2384956, 0.2555238, 0.2965354, 0.3964200, 0.6403784, 1.2376594", \
					  "0.3758376, 0.3855740, 0.4105177, 0.4621525, 0.5713176, 0.8153854, 1.4125082", \
					  "0.6446032, 0.6612519, 0.6991261, 0.7782354, 0.9302220, 1.2168101, 1.8171477");
				}
				rise_transition ("del_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("0.0598342, 0.0690246, 0.0914595, 0.1466042, 0.2797139, 0.6068951, 1.4119065", \
					  "0.0598392, 0.0691389, 0.0914485, 0.1461312, 0.2796391, 0.6074886, 1.4068975", \
					  "0.0599496, 0.0691634, 0.0916312, 0.1462933, 0.2799802, 0.6065556, 1.4074035", \
					  "0.0600379, 0.0692301, 0.0916424, 0.1463395, 0.2807461, 0.6072560, 1.4108522", \
					  "0.0674453, 0.0757823, 0.0964987, 0.1481049, 0.2799571, 0.6086314, 1.4103736", \
					  "0.0974525, 0.1068937, 0.1293966, 0.1786269, 0.2958615, 0.6081578, 1.4132909", \
					  "0.1645703, 0.1774629, 0.2053267, 0.2657388, 0.3888794, 0.6627749, 1.4136217");
				}
				cell_fall ("del_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("0.0215121, 0.0233537, 0.0276036, 0.0372512, 0.0594176, 0.1117180, 0.2381966", \
					  "0.0262644, 0.0280552, 0.0322368, 0.0418625, 0.0639968, 0.1162380, 0.2429941", \
					  "0.0360716, 0.0381095, 0.0427077, 0.0523811, 0.0744415, 0.1268321, 0.2535009", \
					  "0.0505285, 0.0534696, 0.0598389, 0.0728062, 0.0982709, 0.1511979, 0.2780842", \
					  "0.0683160, 0.0726203, 0.0821401, 0.1018420, 0.1383861, 0.2038106, 0.3340790", \
					  "0.0818979, 0.0887156, 0.1039266, 0.1349432, 0.1918289, 0.2895018, 0.4544575", \
					  "0.0631295, 0.0749000, 0.1007532, 0.1517776, 0.2445857, 0.3992918, 0.6468952");
				}
				fall_transition ("del_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("0.0141721, 0.0161644, 0.0209234, 0.0322617, 0.0599567, 0.1280442, 0.2947609", \
					  "0.0139931, 0.0159128, 0.0206430, 0.0321799, 0.0599097, 0.1278609, 0.2943599", \
					  "0.0170813, 0.0187180, 0.0226814, 0.0329974, 0.0598045, 0.1278337, 0.2949218", \
					  "0.0254385, 0.0273538, 0.0318122, 0.0425554, 0.0653950, 0.1293235, 0.2947957", \
					  "0.0408561, 0.0436213, 0.0504227, 0.0636465, 0.0896644, 0.1452700, 0.2976850", \
					  "0.0701002, 0.0737674, 0.0845139, 0.1036161, 0.1398161, 0.2074848, 0.3407385", \
					  "0.1270694, 0.1332647, 0.1489589, 0.1783344, 0.2314042, 0.3233294, 0.4879522");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122826, 0.00301725, 0.00741192, 0.0182075, 0.0447272, 0.109873");
					values("0.0373566, 0.0430470, 0.0568622, 0.0896880, 0.1677131, 0.3565511, 0.8191694", \
					  "0.0420747, 0.0475736, 0.0611689, 0.0940935, 0.1723867, 0.3607101, 0.8223506", \
					  "0.0563728, 0.0618534, 0.0750169, 0.1070460, 0.1846171, 0.3737035, 0.8363383", \
					  "0.0893415, 0.0960624, 0.1091798, 0.1405877, 0.2181335, 0.4053052, 0.8687205", \
					  "0.1470525, 0.1574561, 0.1793195, 0.2185099, 0.2949976, 0.4825798, 0.9456882", \
					  "0.2490705, 0.2668715, 0.3014392, 0.3670828, 0.4777419, 0.6686455, 1.1305393", \
					  "0.4341117, 0.4616841, 0.5183452, 0.6257689, 0.8046541, 1.0821113, 1.5546474");
				}
				rise_transition ("del_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("0.0317369, 0.0389886, 0.0570201, 0.0999647, 0.2060600, 0.4628356, 1.0967607", \
					  "0.0315332, 0.0390810, 0.0565545, 0.0995723, 0.2044844, 0.4636014, 1.0953051", \
					  "0.0314359, 0.0384588, 0.0564874, 0.0996016, 0.2052974, 0.4619283, 1.0954193", \
					  "0.0417760, 0.0469416, 0.0607519, 0.0998082, 0.2069655, 0.4628790, 1.1002685", \
					  "0.0691304, 0.0758646, 0.0900933, 0.1212974, 0.2103581, 0.4630840, 1.1051835", \
					  "0.1189739, 0.1295113, 0.1499762, 0.1909661, 0.2645634, 0.4762925, 1.0965775", \
					  "0.2092806, 0.2261615, 0.2613417, 0.3210979, 0.4281984, 0.6069908, 1.1281339");
				}
				cell_fall ("del_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("0.0119535, 0.0130437, 0.0156117, 0.0216803, 0.0362293, 0.0717712, 0.1589739", \
					  "0.0159623, 0.0173851, 0.0202973, 0.0262922, 0.0408793, 0.0764361, 0.1635549", \
					  "0.0208595, 0.0230874, 0.0276835, 0.0364736, 0.0520542, 0.0873197, 0.1744616", \
					  "0.0254292, 0.0288690, 0.0360711, 0.0498383, 0.0738411, 0.1133141, 0.2005011", \
					  "0.0248657, 0.0310735, 0.0429421, 0.0650457, 0.1014996, 0.1621739, 0.2596325", \
					  "0.0064612, 0.0164792, 0.0359257, 0.0725008, 0.1321540, 0.2258560, 0.3731415", \
					  "-0.0709701, -0.0540162, -0.0184169, 0.0436082, 0.1419984, 0.2935693, 0.5235357");
				}
				fall_transition ("del_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("0.0058201, 0.0070790, 0.0102407, 0.0182038, 0.0374533, 0.0841569, 0.2001048", \
					  "0.0079278, 0.0088608, 0.0113680, 0.0185312, 0.0371106, 0.0841069, 0.2018268", \
					  "0.0129303, 0.0143338, 0.0174844, 0.0236605, 0.0397070, 0.0844716, 0.2009303", \
					  "0.0222462, 0.0245393, 0.0292911, 0.0378349, 0.0545432, 0.0909213, 0.1995451", \
					  "0.0404895, 0.0434363, 0.0498373, 0.0627429, 0.0884900, 0.1285489, 0.2169002", \
					  "0.0751468, 0.0803185, 0.0898605, 0.1104007, 0.1445112, 0.2012841, 0.3040802", \
					  "0.1447404, 0.1522819, 0.1695012, 0.2002109, 0.2506113, 0.3369386, 0.4774309");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003952;
			capacitance : 0.004125;
			rise_capacitance : 0.004298;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0046932, -0.0047055, -0.0047340, -0.0047244, -0.0047024, -0.0046517, -0.0045346");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059094, 0.0059073, 0.0059025, 0.0059052, 0.0059116, 0.0059262, 0.0059598");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004284;
			capacitance : 0.004499;
			rise_capacitance : 0.004714;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054539, -0.0054605, -0.0054755, -0.0054751, -0.0054740, -0.0054715, -0.0054657");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055133, 0.0054995, 0.0054678, 0.0054669, 0.0054650, 0.0054606, 0.0054503");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003925;
			capacitance : 0.004176;
			rise_capacitance : 0.004427;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025455, -0.0025459, -0.0025469, -0.0025480, -0.0025504, -0.0025561, -0.0025691");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027001, 0.0026967, 0.0026889, 0.0027012, 0.0027295, 0.0027947, 0.0029449");
				}
			}
		}
	}
	cell ("scs8hd_a21oi_4") {
		area : 16.265600;
		cell_footprint : "a21oi";
		cell_leakage_power : 3.526671e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014406";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0220173";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0014408";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "0.0001489";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0014408";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0001553";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0014405";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "0.0001292";
			when : "A1&A2&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1)";
			max_capacitance : 0.189524;
			max_transition : 1.505598;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001345093, 0.003618552, 0.00973458, 0.02618784, 0.07045017, 0.1895241");
					values("0.0165275, 0.0176752, 0.0207069, 0.0285169, 0.0486819, 0.1026840, 0.2463370", \
					  "0.0159330, 0.0170895, 0.0199954, 0.0279555, 0.0483872, 0.1017309, 0.2461156", \
					  "0.0154451, 0.0165218, 0.0195310, 0.0271935, 0.0475364, 0.1019956, 0.2450507", \
					  "0.0152368, 0.0162931, 0.0190973, 0.0266901, 0.0469049, 0.1011868, 0.2453240", \
					  "0.0149967, 0.0160453, 0.0188295, 0.0263808, 0.0465783, 0.0999751, 0.2449033", \
					  "0.0150051, 0.0160526, 0.0188539, 0.0264719, 0.0462623, 0.1001403, 0.2434219", \
					  "0.0142265, 0.0152760, 0.0180868, 0.0258453, 0.0462562, 0.1000568, 0.2436686");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001345093, 0.003618552, 0.00973458, 0.02618784, 0.07045017, 0.1895241");
					values("0.0100159, 0.0089842, 0.0062370, -0.0011279, -0.0209116, -0.0745321, -0.2190332", \
					  "0.0097865, 0.0087330, 0.0060240, -0.0013198, -0.0210769, -0.0746342, -0.2191952", \
					  "0.0094211, 0.0084191, 0.0057211, -0.0015265, -0.0213169, -0.0747975, -0.2193963", \
					  "0.0088893, 0.0079050, 0.0052435, -0.0019600, -0.0216428, -0.0750576, -0.2195567", \
					  "0.0085660, 0.0075438, 0.0048436, -0.0024589, -0.0219526, -0.0753637, -0.2197291", \
					  "0.0087405, 0.0077343, 0.0050289, -0.0021611, -0.0221865, -0.0759343, -0.2200707", \
					  "0.0089124, 0.0078676, 0.0051731, -0.0022359, -0.0223293, -0.0758731, -0.2206384");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001345093, 0.003618552, 0.00973458, 0.02618784, 0.07045017, 0.1895241");
					values("0.0267678, 0.0277690, 0.0305873, 0.0381061, 0.0580769, 0.1114002, 0.2545430", \
					  "0.0262422, 0.0272501, 0.0301619, 0.0377358, 0.0578419, 0.1112301, 0.2540995", \
					  "0.0258348, 0.0268772, 0.0297401, 0.0373053, 0.0574620, 0.1109573, 0.2543763", \
					  "0.0255593, 0.0266204, 0.0294063, 0.0369083, 0.0569984, 0.1106460, 0.2541655", \
					  "0.0252335, 0.0262436, 0.0290736, 0.0365296, 0.0565983, 0.1101504, 0.2538279", \
					  "0.0251723, 0.0262366, 0.0290433, 0.0364966, 0.0565808, 0.1098618, 0.2534815", \
					  "0.0243251, 0.0253662, 0.0281598, 0.0360020, 0.0565577, 0.1104290, 0.2532110");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001345093, 0.003618552, 0.00973458, 0.02618784, 0.07045017, 0.1895241");
					values("0.0119035, 0.0108748, 0.0081246, 0.0007642, -0.0190073, -0.0725772, -0.2171033", \
					  "0.0116220, 0.0106058, 0.0078684, 0.0005163, -0.0192552, -0.0728008, -0.2173923", \
					  "0.0112473, 0.0102333, 0.0075380, 0.0002026, -0.0195381, -0.0730645, -0.2176126", \
					  "0.0107136, 0.0097295, 0.0070576, -0.0001534, -0.0197944, -0.0732562, -0.2178131", \
					  "0.0109367, 0.0099361, 0.0072233, -0.0001054, -0.0200438, -0.0733367, -0.2178054", \
					  "0.0107040, 0.0096976, 0.0069594, -0.0002796, -0.0201855, -0.0739729, -0.2182305", \
					  "0.0108458, 0.0098387, 0.0070969, -0.0002763, -0.0201975, -0.0738524, -0.2186121");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001345093, 0.003618552, 0.00973458, 0.02618784, 0.07045017, 0.1895241");
					values("0.0165855, 0.0177411, 0.0207907, 0.0286389, 0.0490609, 0.1023296, 0.2456061", \
					  "0.0159770, 0.0171231, 0.0201023, 0.0279130, 0.0483519, 0.1025274, 0.2461548", \
					  "0.0156356, 0.0167008, 0.0195813, 0.0274184, 0.0475041, 0.1018640, 0.2455082", \
					  "0.0156814, 0.0168590, 0.0196396, 0.0271165, 0.0472005, 0.1006527, 0.2463201", \
					  "0.0154030, 0.0164206, 0.0191848, 0.0266111, 0.0469645, 0.1004514, 0.2433245", \
					  "0.0157767, 0.0168046, 0.0196147, 0.0270725, 0.0470916, 0.1003681, 0.2441665", \
					  "0.0158845, 0.0168857, 0.0194831, 0.0267083, 0.0471456, 0.1005439, 0.2434862");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001345093, 0.003618552, 0.00973458, 0.02618784, 0.07045017, 0.1895241");
					values("0.0005442, -0.0004053, -0.0030429, -0.0103359, -0.0302339, -0.0840265, -0.2288917", \
					  "6.4600000e-05, -0.0008461, -0.0033561, -0.0104487, -0.0301738, -0.0838720, -0.2287011", \
					  "-0.0005563, -0.0014064, -0.0038530, -0.0107922, -0.0302643, -0.0838104, -0.2285329", \
					  "-0.0009468, -0.0018264, -0.0042734, -0.0112222, -0.0306542, -0.0839221, -0.2285104", \
					  "-0.0012920, -0.0023418, -0.0049255, -0.0118771, -0.0309852, -0.0843218, -0.2286451", \
					  "-0.0014185, -0.0023660, -0.0050783, -0.0122883, -0.0316609, -0.0846294, -0.2290270", \
					  "-0.0006008, -0.0016461, -0.0045612, -0.0121208, -0.0321033, -0.0853548, -0.2294371");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
					values("0.0835196, 0.0889992, 0.1035598, 0.1402440, 0.2356256, 0.4889333, 1.1626924", \
					  "0.0881251, 0.0933896, 0.1074631, 0.1450163, 0.2409302, 0.4935174, 1.1698829", \
					  "0.1024992, 0.1075998, 0.1217492, 0.1583593, 0.2545550, 0.5093243, 1.1848933", \
					  "0.1390266, 0.1441211, 0.1576819, 0.1936147, 0.2885054, 0.5445476, 1.2246421", \
					  "0.2150147, 0.2210725, 0.2360306, 0.2723342, 0.3671947, 0.6200379, 1.3011096", \
					  "0.3579909, 0.3665750, 0.3875718, 0.4368843, 0.5443440, 0.7977942, 1.4756352", \
					  "0.6231408, 0.6376177, 0.6739230, 0.7511773, 0.9028243, 1.2064805, 1.8866015");
				}
				rise_transition ("del_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("0.0485026, 0.0549969, 0.0725550, 0.1198535, 0.2469317, 0.5887764, 1.4964217", \
					  "0.0485997, 0.0551077, 0.0725747, 0.1198364, 0.2471343, 0.5845537, 1.4960228", \
					  "0.0486480, 0.0551345, 0.0726676, 0.1197421, 0.2462609, 0.5884424, 1.5012440", \
					  "0.0489078, 0.0553270, 0.0727275, 0.1198707, 0.2457070, 0.5879176, 1.4940670", \
					  "0.0582615, 0.0641702, 0.0794228, 0.1231168, 0.2476488, 0.5848143, 1.5048551", \
					  "0.0857472, 0.0925623, 0.1105921, 0.1554838, 0.2643230, 0.5908957, 1.5011029", \
					  "0.1507240, 0.1593968, 0.1828380, 0.2367241, 0.3533780, 0.6378217, 1.5055979");
				}
				cell_fall ("del_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("0.0182286, 0.0195011, 0.0227008, 0.0306832, 0.0504236, 0.1007982, 0.2336563", \
					  "0.0227847, 0.0238675, 0.0269449, 0.0347963, 0.0544713, 0.1047556, 0.2375346", \
					  "0.0321247, 0.0335758, 0.0371502, 0.0452718, 0.0643198, 0.1145765, 0.2471510", \
					  "0.0435313, 0.0456313, 0.0508126, 0.0627118, 0.0873208, 0.1373691, 0.2697396", \
					  "0.0539298, 0.0571726, 0.0650832, 0.0829358, 0.1196510, 0.1885890, 0.3240195", \
					  "0.0506666, 0.0557072, 0.0681555, 0.0962850, 0.1536533, 0.2587265, 0.4411480", \
					  "-0.0035077, 0.0047578, 0.0258118, 0.0718894, 0.1633428, 0.3291291, 0.6112195");
				}
				fall_transition ("del_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("0.0163326, 0.0176765, 0.0212200, 0.0305544, 0.0553021, 0.1223160, 0.3030161", \
					  "0.0160278, 0.0172500, 0.0206201, 0.0300197, 0.0550458, 0.1220963, 0.3026300", \
					  "0.0202499, 0.0215129, 0.0243651, 0.0322618, 0.0552462, 0.1220557, 0.3033964", \
					  "0.0294007, 0.0310737, 0.0352112, 0.0443120, 0.0650129, 0.1243851, 0.3032990", \
					  "0.0462042, 0.0486673, 0.0550993, 0.0681839, 0.0967915, 0.1517586, 0.3079891", \
					  "0.0781514, 0.0820739, 0.0916997, 0.1134052, 0.1519828, 0.2281342, 0.3753994", \
					  "0.1383761, 0.1452097, 0.1625479, 0.1941048, 0.2565769, 0.3641455, 0.5560232");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
					values("0.1122937, 0.1173023, 0.1303062, 0.1649787, 0.2563652, 0.4992544, 1.1509123", \
					  "0.1170560, 0.1218899, 0.1353131, 0.1700553, 0.2617510, 0.5052234, 1.1575679", \
					  "0.1319419, 0.1367002, 0.1499896, 0.1844266, 0.2762750, 0.5207585, 1.1726541", \
					  "0.1666842, 0.1716178, 0.1847000, 0.2194400, 0.3110822, 0.5552721, 1.2080819", \
					  "0.2442899, 0.2491134, 0.2622881, 0.2964220, 0.3879372, 0.6319563, 1.2855540", \
					  "0.3929447, 0.4003684, 0.4177722, 0.4602962, 0.5608372, 0.8048507, 1.4578672", \
					  "0.6751552, 0.6853905, 0.7123930, 0.7756008, 0.9137782, 1.2010155, 1.8571755");
				}
				rise_transition ("del_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("0.0695788, 0.0761552, 0.0931613, 0.1389673, 0.2613585, 0.5895361, 1.4667335", \
					  "0.0696210, 0.0761411, 0.0932361, 0.1388116, 0.2614235, 0.5881778, 1.4675554", \
					  "0.0696943, 0.0760848, 0.0932519, 0.1387903, 0.2615614, 0.5890204, 1.4662929", \
					  "0.0699533, 0.0761381, 0.0931754, 0.1389594, 0.2611987, 0.5878796, 1.4662292", \
					  "0.0755543, 0.0814909, 0.0971823, 0.1406864, 0.2613099, 0.5885725, 1.4675784", \
					  "0.1032084, 0.1100862, 0.1266258, 0.1693458, 0.2778109, 0.5904258, 1.4684350", \
					  "0.1693626, 0.1775826, 0.1982915, 0.2476580, 0.3628302, 0.6424753, 1.4720225");
				}
				cell_fall ("del_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("0.0231790, 0.0244090, 0.0276225, 0.0355914, 0.0553402, 0.1057242, 0.2384727", \
					  "0.0277074, 0.0289448, 0.0320977, 0.0400081, 0.0597175, 0.1100247, 0.2429727", \
					  "0.0370617, 0.0384403, 0.0419022, 0.0499221, 0.0695541, 0.1199228, 0.2526976", \
					  "0.0511310, 0.0529883, 0.0575514, 0.0683306, 0.0913336, 0.1427020, 0.2757243", \
					  "0.0679252, 0.0707148, 0.0775755, 0.0933821, 0.1264095, 0.1907794, 0.3281832", \
					  "0.0785126, 0.0829364, 0.0938345, 0.1187768, 0.1703353, 0.2661954, 0.4391831", \
					  "0.0524660, 0.0599032, 0.0779043, 0.1197065, 0.2045489, 0.3569473, 0.6161886");
				}
				fall_transition ("del_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("0.0162175, 0.0175218, 0.0210631, 0.0304077, 0.0551719, 0.1221050, 0.3036102", \
					  "0.0159793, 0.0172426, 0.0207974, 0.0302186, 0.0551485, 0.1221361, 0.3029315", \
					  "0.0186515, 0.0197255, 0.0226832, 0.0312192, 0.0550236, 0.1221184, 0.3025854", \
					  "0.0263985, 0.0277221, 0.0310387, 0.0395581, 0.0610249, 0.1233297, 0.3027456", \
					  "0.0417841, 0.0435266, 0.0480430, 0.0591194, 0.0838816, 0.1409192, 0.3064014", \
					  "0.0705615, 0.0731175, 0.0799475, 0.0967021, 0.1296680, 0.1976659, 0.3476313", \
					  "0.1264810, 0.1312441, 0.1426674, 0.1668814, 0.2162354, 0.3080335, 0.4833239");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134509, 0.00361855, 0.00973458, 0.0261878, 0.0704502, 0.189524");
					values("0.0396897, 0.0436716, 0.0541448, 0.0810301, 0.1510258, 0.3373457, 0.8235747", \
					  "0.0441375, 0.0481371, 0.0583373, 0.0848857, 0.1548315, 0.3398513, 0.8304512", \
					  "0.0578240, 0.0616119, 0.0712916, 0.0980922, 0.1667383, 0.3520360, 0.8452570", \
					  "0.0917422, 0.0959531, 0.1060564, 0.1316271, 0.2000761, 0.3816283, 0.8762685", \
					  "0.1507272, 0.1576306, 0.1742021, 0.2091757, 0.2774772, 0.4594790, 0.9481617", \
					  "0.2534842, 0.2648964, 0.2919731, 0.3487779, 0.4542498, 0.6449599, 1.1336750", \
					  "0.4449722, 0.4630240, 0.5060485, 0.5980700, 0.7679431, 1.0595876, 1.5593312");
				}
				rise_transition ("del_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("0.0338543, 0.0386886, 0.0517957, 0.0868570, 0.1808598, 0.4330803, 1.1016699", \
					  "0.0335468, 0.0385029, 0.0516746, 0.0869764, 0.1798353, 0.4326649, 1.1036707", \
					  "0.0331327, 0.0379393, 0.0512883, 0.0868878, 0.1800845, 0.4332498, 1.1044653", \
					  "0.0434543, 0.0467940, 0.0568439, 0.0877801, 0.1808196, 0.4299915, 1.1179376", \
					  "0.0698704, 0.0743608, 0.0856857, 0.1105152, 0.1881659, 0.4317938, 1.1058235", \
					  "0.1221939, 0.1291739, 0.1447007, 0.1785906, 0.2471726, 0.4489063, 1.1149869", \
					  "0.2129288, 0.2232760, 0.2473214, 0.3034654, 0.4008621, 0.5913260, 1.1393886");
				}
				cell_fall ("del_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("0.0114394, 0.0121502, 0.0139777, 0.0186054, 0.0306374, 0.0626034, 0.1483861", \
					  "0.0153362, 0.0162831, 0.0185198, 0.0232866, 0.0352630, 0.0673264, 0.1531692", \
					  "0.0199309, 0.0213848, 0.0248865, 0.0323078, 0.0464155, 0.0782849, 0.1639174", \
					  "0.0239297, 0.0262075, 0.0317870, 0.0434434, 0.0653622, 0.1038757, 0.1895502", \
					  "0.0221889, 0.0261013, 0.0350990, 0.0538843, 0.0882882, 0.1478026, 0.2476024", \
					  "0.0001851, 0.0069435, 0.0215749, 0.0526323, 0.1075550, 0.2004023, 0.3560697", \
					  "-0.0839584, -0.0724077, -0.0457979, 0.0070068, 0.1005346, 0.2522684, 0.4940500");
				}
				fall_transition ("del_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("0.0056475, 0.0064495, 0.0086365, 0.0146963, 0.0307874, 0.0740830, 0.1920633", \
					  "0.0078671, 0.0084711, 0.0100861, 0.0151921, 0.0307932, 0.0741506, 0.1906140", \
					  "0.0125471, 0.0135662, 0.0159636, 0.0211560, 0.0336262, 0.0740767, 0.1920686", \
					  "0.0215463, 0.0231452, 0.0262992, 0.0339729, 0.0488115, 0.0817965, 0.1896113", \
					  "0.0393331, 0.0413879, 0.0463741, 0.0574702, 0.0789299, 0.1191410, 0.2079144", \
					  "0.0740242, 0.0770970, 0.0846679, 0.1016771, 0.1339055, 0.1924237, 0.2929140", \
					  "0.1421765, 0.1478464, 0.1605217, 0.1863450, 0.2341818, 0.3164777, 0.4622589");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007582;
			capacitance : 0.007938;
			rise_capacitance : 0.008293;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087556, -0.0087718, -0.0088092, -0.0087880, -0.0087392, -0.0086267, -0.0083673");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0118536, 0.0118545, 0.0118567, 0.0118493, 0.0118323, 0.0117933, 0.0117032");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008113;
			capacitance : 0.008566;
			rise_capacitance : 0.009019;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0108332, -0.0108176, -0.0107819, -0.0107775, -0.0107674, -0.0107441, -0.0106902");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0108795, 0.0108601, 0.0108155, 0.0108123, 0.0108049, 0.0107879, 0.0107488");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007605;
			capacitance : 0.008141;
			rise_capacitance : 0.008676;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049554, -0.0049542, -0.0049513, -0.0049489, -0.0049434, -0.0049307, -0.0049015");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0050372, 0.0050313, 0.0050176, 0.0050279, 0.0050516, 0.0051063, 0.0052323");
				}
			}
		}
	}
	cell ("scs8hd_a221o_1") {
		area : 10.009600;
		cell_footprint : "a221o";
		cell_leakage_power : 1.387651e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003746";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003800";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003871";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003906";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0076677";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "5.4912153e-05";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "5.4912153e-05";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003716";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "5.4218826e-05";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003789";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "7.6115926e-05";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "7.0869424e-05";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003721";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0126412";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003872";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003944";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003979";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0076677";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "5.4912153e-05";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003910";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003981";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0004016";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0076677";
			when : "A1&!A2&B1&B2&C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (A1&A2) | (C1)";
			max_capacitance : 0.139170;
			max_transition : 1.501227;
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0094728, 0.0105215, 0.0130817, 0.0194405, 0.0353283, 0.0753108, 0.1783732", \
					  "0.0094441, 0.0104952, 0.0130607, 0.0194169, 0.0354600, 0.0757421, 0.1782052", \
					  "0.0093924, 0.0104278, 0.0129912, 0.0193402, 0.0352439, 0.0752682, 0.1782991", \
					  "0.0092788, 0.0103176, 0.0128239, 0.0191523, 0.0350784, 0.0751518, 0.1782679", \
					  "0.0091812, 0.0101268, 0.0126467, 0.0188423, 0.0347564, 0.0752654, 0.1779124", \
					  "0.0091060, 0.0101015, 0.0125292, 0.0187115, 0.0345840, 0.0748356, 0.1777421", \
					  "0.0092104, 0.0101508, 0.0126201, 0.0187809, 0.0346856, 0.0748041, 0.1764026");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0099341, 0.0094003, 0.0078040, 0.0027942, -0.0119511, -0.0519521, -0.1549677", \
					  "0.0098386, 0.0092967, 0.0077032, 0.0026973, -0.0120474, -0.0520503, -0.1550666", \
					  "0.0097005, 0.0091513, 0.0075386, 0.0025553, -0.0121810, -0.0521852, -0.1551764", \
					  "0.0096016, 0.0089505, 0.0074738, 0.0024542, -0.0122754, -0.0522611, -0.1552839", \
					  "0.0095039, 0.0089346, 0.0073518, 0.0023652, -0.0123795, -0.0523691, -0.1553739", \
					  "0.0093894, 0.0088326, 0.0071113, 0.0022199, -0.0124465, -0.0523919, -0.1553821", \
					  "0.0121605, 0.0112482, 0.0088740, 0.0027524, -0.0129005, -0.0524831, -0.1554286");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0063598, 0.0074052, 0.0099741, 0.0163098, 0.0320326, 0.0721483, 0.1731562", \
					  "0.0063132, 0.0073514, 0.0099032, 0.0162027, 0.0321651, 0.0718682, 0.1740347", \
					  "0.0061741, 0.0072069, 0.0097410, 0.0160586, 0.0320292, 0.0716826, 0.1729101", \
					  "0.0059717, 0.0069669, 0.0094769, 0.0157656, 0.0316938, 0.0720764, 0.1731443", \
					  "0.0058644, 0.0068438, 0.0091991, 0.0154300, 0.0313478, 0.0713753, 0.1735951", \
					  "0.0057558, 0.0067731, 0.0091859, 0.0154411, 0.0312252, 0.0708897, 0.1733806", \
					  "0.0058259, 0.0068005, 0.0091677, 0.0153387, 0.0312956, 0.0715055, 0.1729085");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0080297, 0.0074892, 0.0058762, 0.0010430, -0.0138451, -0.0539186, -0.1569552", \
					  "0.0079099, 0.0073373, 0.0058123, 0.0008787, -0.0139931, -0.0540772, -0.1571056", \
					  "0.0077374, 0.0071988, 0.0056855, 0.0007359, -0.0141371, -0.0542244, -0.1572456", \
					  "0.0076148, 0.0070518, 0.0054711, 0.0005767, -0.0142907, -0.0543731, -0.1573853", \
					  "0.0076315, 0.0070233, 0.0054899, 0.0004955, -0.0143471, -0.0544003, -0.1574020", \
					  "0.0088016, 0.0078629, 0.0054941, 0.0003149, -0.0143120, -0.0543427, -0.1573311", \
					  "0.0104510, 0.0095191, 0.0071497, 0.0010660, -0.0145632, -0.0545800, -0.1574353");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0100221, 0.0110952, 0.0136657, 0.0199181, 0.0356167, 0.0758859, 0.1784628", \
					  "0.0099705, 0.0110477, 0.0135980, 0.0198771, 0.0355773, 0.0758345, 0.1783646", \
					  "0.0099068, 0.0109805, 0.0135483, 0.0198105, 0.0356426, 0.0758360, 0.1773056", \
					  "0.0098278, 0.0108869, 0.0134479, 0.0197418, 0.0353920, 0.0753095, 0.1773497", \
					  "0.0097987, 0.0107586, 0.0133378, 0.0195185, 0.0353888, 0.0752093, 0.1779412", \
					  "0.0100760, 0.0110675, 0.0134935, 0.0195473, 0.0351864, 0.0750933, 0.1770660", \
					  "0.0102841, 0.0112528, 0.0136516, 0.0198005, 0.0354977, 0.0755420, 0.1776593");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0101876, 0.0096466, 0.0080740, 0.0032325, -0.0113073, -0.0511795, -0.1541871", \
					  "0.0100393, 0.0094276, 0.0079230, 0.0030787, -0.0114689, -0.0513293, -0.1543265", \
					  "0.0098623, 0.0093183, 0.0077381, 0.0028652, -0.0116593, -0.0515216, -0.1545203", \
					  "0.0096970, 0.0091565, 0.0075817, 0.0027272, -0.0118258, -0.0516887, -0.1546808", \
					  "0.0095753, 0.0090397, 0.0074679, 0.0025907, -0.0119594, -0.0518069, -0.1547959", \
					  "0.0094447, 0.0089099, 0.0072939, 0.0024500, -0.0120276, -0.0518505, -0.1548360", \
					  "0.0125890, 0.0116790, 0.0093612, 0.0033100, -0.0123472, -0.0519257, -0.1548635");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0103577, 0.0114264, 0.0139865, 0.0201782, 0.0358755, 0.0755415, 0.1775630", \
					  "0.0103028, 0.0113691, 0.0139394, 0.0201316, 0.0357276, 0.0758550, 0.1783569", \
					  "0.0102414, 0.0112937, 0.0138666, 0.0200758, 0.0358140, 0.0758650, 0.1783851", \
					  "0.0101930, 0.0112391, 0.0138068, 0.0200575, 0.0357164, 0.0755632, 0.1782176", \
					  "0.0101871, 0.0111634, 0.0137512, 0.0199515, 0.0356905, 0.0755170, 0.1774586", \
					  "0.0105212, 0.0114964, 0.0139229, 0.0199576, 0.0356822, 0.0754738, 0.1774733", \
					  "0.0106626, 0.0116077, 0.0140306, 0.0202219, 0.0359480, 0.0760204, 0.1771761");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0122110, 0.0116608, 0.0100641, 0.0051298, -0.0095881, -0.0496883, -0.1528313", \
					  "0.0120906, 0.0115291, 0.0099266, 0.0049882, -0.0097168, -0.0498017, -0.1529593", \
					  "0.0119131, 0.0113759, 0.0097439, 0.0048124, -0.0099093, -0.0499655, -0.1531131", \
					  "0.0118059, 0.0112643, 0.0096697, 0.0046740, -0.0100108, -0.0500708, -0.1532088", \
					  "0.0117067, 0.0111506, 0.0095321, 0.0046010, -0.0100946, -0.0501526, -0.1532887", \
					  "0.0116227, 0.0110591, 0.0094177, 0.0045589, -0.0100752, -0.0500808, -0.1531950", \
					  "0.0144731, 0.0135496, 0.0111704, 0.0050270, -0.0103690, -0.0500026, -0.1530725");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0093366, 0.0103633, 0.0129420, 0.0192962, 0.0352175, 0.0753000, 0.1773400", \
					  "0.0093045, 0.0103340, 0.0129148, 0.0192612, 0.0351450, 0.0756170, 0.1782243", \
					  "0.0092238, 0.0102681, 0.0128274, 0.0192231, 0.0350673, 0.0755205, 0.1781025", \
					  "0.0090674, 0.0100883, 0.0126308, 0.0189051, 0.0348128, 0.0753257, 0.1779397", \
					  "0.0090029, 0.0099468, 0.0124452, 0.0186427, 0.0346957, 0.0747580, 0.1767177", \
					  "0.0089050, 0.0098742, 0.0123271, 0.0184913, 0.0343264, 0.0741633, 0.1775695", \
					  "0.0089280, 0.0099007, 0.0123149, 0.0184951, 0.0344063, 0.0747162, 0.1767009");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0079612, 0.0073973, 0.0057916, 0.0008040, -0.0140082, -0.0540645, -0.1571237", \
					  "0.0077989, 0.0072788, 0.0056207, 0.0006527, -0.0141578, -0.0542173, -0.1572677", \
					  "0.0076387, 0.0070441, 0.0054126, 0.0004557, -0.0143732, -0.0544123, -0.1574635", \
					  "0.0074651, 0.0069160, 0.0052896, 0.0002911, -0.0145202, -0.0545519, -0.1576032", \
					  "0.0073249, 0.0067540, 0.0051440, 0.0001374, -0.0146446, -0.0546470, -0.1577012", \
					  "0.0070348, 0.0065012, 0.0049544, -7.8000000e-06, -0.0147215, -0.0546903, -0.1577177", \
					  "0.0102050, 0.0093040, 0.0069029, 0.0007919, -0.0148968, -0.0547618, -0.1577485");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0752485, 0.0825564, 0.0991677, 0.1386541, 0.2368059, 0.4856311, 1.1231387", \
					  "0.0795872, 0.0869087, 0.1034600, 0.1430393, 0.2410023, 0.4899134, 1.1272889", \
					  "0.0904541, 0.0977536, 0.1144267, 0.1539968, 0.2521336, 0.5014920, 1.1381660", \
					  "0.1151605, 0.1223226, 0.1388588, 0.1782591, 0.2765222, 0.5253543, 1.1607638", \
					  "0.1551888, 0.1627252, 0.1796252, 0.2192570, 0.3171474, 0.5655411, 1.2004012", \
					  "0.2059146, 0.2145804, 0.2325304, 0.2724402, 0.3703358, 0.6191885, 1.2556838", \
					  "0.2534192, 0.2648029, 0.2866216, 0.3291475, 0.4259786, 0.6750711, 1.3092574");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0242643, 0.0323249, 0.0529278, 0.1060822, 0.2435770, 0.5947779, 1.4968747", \
					  "0.0242601, 0.0323568, 0.0529025, 0.1061860, 0.2428355, 0.5947277, 1.4969156", \
					  "0.0240113, 0.0321193, 0.0526730, 0.1056870, 0.2431160, 0.5937518, 1.4947082", \
					  "0.0241577, 0.0321021, 0.0522207, 0.1056062, 0.2427922, 0.5961414, 1.5005968", \
					  "0.0263365, 0.0337236, 0.0532751, 0.1054285, 0.2424506, 0.5936048, 1.4940660", \
					  "0.0327709, 0.0398730, 0.0570410, 0.1069489, 0.2444114, 0.5949063, 1.4994891", \
					  "0.0461853, 0.0526103, 0.0681168, 0.1121122, 0.2437848, 0.5986503, 1.4887076");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.2326497, 0.2400738, 0.2548768, 0.2825376, 0.3348566, 0.4412399, 0.6847579", \
					  "0.2370396, 0.2445551, 0.2592927, 0.2868839, 0.3392056, 0.4457314, 0.6891446", \
					  "0.2497370, 0.2571047, 0.2718027, 0.2989836, 0.3515179, 0.4583881, 0.7017122", \
					  "0.2826805, 0.2900675, 0.3048148, 0.3324403, 0.3844296, 0.4911962, 0.7346651", \
					  "0.3568702, 0.3642499, 0.3789331, 0.4061778, 0.4586768, 0.5655454, 0.8088566", \
					  "0.5115115, 0.5193208, 0.5346718, 0.5625795, 0.6157861, 0.7229879, 0.9664143", \
					  "0.8007977, 0.8098501, 0.8273149, 0.8586721, 0.9173121, 1.0310982, 1.2776347");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0301813, 0.0349617, 0.0451170, 0.0676000, 0.1168957, 0.2337356, 0.5365486", \
					  "0.0301887, 0.0347347, 0.0451451, 0.0672491, 0.1169456, 0.2339695, 0.5362936", \
					  "0.0302314, 0.0350309, 0.0451913, 0.0679888, 0.1166593, 0.2329988, 0.5385489", \
					  "0.0301678, 0.0349671, 0.0451582, 0.0676043, 0.1170339, 0.2336645, 0.5361426", \
					  "0.0302941, 0.0350311, 0.0454157, 0.0677492, 0.1169143, 0.2329681, 0.5391536", \
					  "0.0326427, 0.0375612, 0.0474768, 0.0695293, 0.1183726, 0.2336290, 0.5366473", \
					  "0.0401614, 0.0452276, 0.0561424, 0.0799731, 0.1305300, 0.2462860, 0.5430995");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0794030, 0.0866927, 0.1034119, 0.1426113, 0.2400298, 0.4885949, 1.1238978", \
					  "0.0840413, 0.0912880, 0.1079945, 0.1471136, 0.2444397, 0.4921551, 1.1275343", \
					  "0.0945980, 0.1018019, 0.1184307, 0.1575804, 0.2549619, 0.5038379, 1.1405356", \
					  "0.1177664, 0.1249559, 0.1414585, 0.1807028, 0.2785331, 0.5265027, 1.1606598", \
					  "0.1576112, 0.1651005, 0.1820391, 0.2215149, 0.3195152, 0.5681112, 1.2029022", \
					  "0.2119359, 0.2204529, 0.2382937, 0.2781681, 0.3767262, 0.6247677, 1.2597736", \
					  "0.2659487, 0.2768456, 0.2984228, 0.3405063, 0.4383287, 0.6887224, 1.3214384");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0242595, 0.0323819, 0.0530686, 0.1058423, 0.2428022, 0.5958831, 1.5001808", \
					  "0.0242045, 0.0323649, 0.0529920, 0.1058713, 0.2428977, 0.5938970, 1.4952408", \
					  "0.0241226, 0.0321509, 0.0528551, 0.1058610, 0.2428929, 0.5949081, 1.4950523", \
					  "0.0240114, 0.0320089, 0.0524223, 0.1055394, 0.2435424, 0.5946811, 1.4945184", \
					  "0.0259918, 0.0335994, 0.0533668, 0.1052253, 0.2434683, 0.5966091, 1.5009397", \
					  "0.0311145, 0.0380312, 0.0562990, 0.1068276, 0.2432180, 0.5942017, 1.5012267", \
					  "0.0417545, 0.0488535, 0.0660699, 0.1111152, 0.2442382, 0.5973538, 1.4927595");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.2620121, 0.2695947, 0.2846845, 0.3124130, 0.3648563, 0.4715304, 0.7145904", \
					  "0.2669230, 0.2745477, 0.2896081, 0.3169830, 0.3694636, 0.4761589, 0.7193646", \
					  "0.2802123, 0.2878361, 0.3028102, 0.3304328, 0.3826603, 0.4893139, 0.7326614", \
					  "0.3153242, 0.3229473, 0.3379629, 0.3658632, 0.4178058, 0.5245711, 0.7677758", \
					  "0.3932225, 0.4008363, 0.4159113, 0.4436545, 0.4956607, 0.6023507, 0.8457301", \
					  "0.5604206, 0.5681396, 0.5833325, 0.6109229, 0.6637801, 0.7708224, 1.0142212", \
					  "0.8858648, 0.8949471, 0.9123726, 0.9439747, 1.0013024, 1.1136780, 1.3598895");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0322067, 0.0369987, 0.0469886, 0.0695126, 0.1177047, 0.2345370, 0.5383005", \
					  "0.0323064, 0.0369403, 0.0470334, 0.0691235, 0.1185702, 0.2353169, 0.5369714", \
					  "0.0322378, 0.0369496, 0.0470197, 0.0691491, 0.1188428, 0.2353498, 0.5373501", \
					  "0.0322474, 0.0370229, 0.0472147, 0.0687592, 0.1182961, 0.2352599, 0.5370333", \
					  "0.0323254, 0.0370157, 0.0469463, 0.0695305, 0.1187783, 0.2346000, 0.5393936", \
					  "0.0332019, 0.0381075, 0.0477162, 0.0703012, 0.1192857, 0.2344507, 0.5402495", \
					  "0.0408572, 0.0457095, 0.0567343, 0.0788127, 0.1283093, 0.2442933, 0.5428256");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0730248, 0.0800666, 0.0966975, 0.1364393, 0.2347641, 0.4829497, 1.1176015", \
					  "0.0774612, 0.0845317, 0.1011562, 0.1408560, 0.2392299, 0.4887819, 1.1211400", \
					  "0.0878642, 0.0949904, 0.1115467, 0.1511196, 0.2493860, 0.4992849, 1.1319157", \
					  "0.1113754, 0.1185002, 0.1349291, 0.1742952, 0.2727322, 0.5226521, 1.1554013", \
					  "0.1467046, 0.1541988, 0.1709998, 0.2102193, 0.3087075, 0.5576121, 1.1936558", \
					  "0.1909833, 0.1993850, 0.2172364, 0.2571302, 0.3551385, 0.6045753, 1.2381336", \
					  "0.2263158, 0.2378641, 0.2601229, 0.3026656, 0.4005102, 0.6504970, 1.2829761");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0225884, 0.0303479, 0.0505641, 0.1031999, 0.2414692, 0.5949322, 1.4947313", \
					  "0.0225564, 0.0303238, 0.0505768, 0.1034867, 0.2416713, 0.5915332, 1.4925231", \
					  "0.0225850, 0.0303692, 0.0505305, 0.1035070, 0.2417830, 0.5921738, 1.4914846", \
					  "0.0230114, 0.0307130, 0.0505754, 0.1034542, 0.2415559, 0.5922605, 1.4915553", \
					  "0.0255500, 0.0327706, 0.0521345, 0.1039564, 0.2406874, 0.5951195, 1.4890336", \
					  "0.0321636, 0.0392755, 0.0562448, 0.1056223, 0.2430457, 0.5915692, 1.4905021", \
					  "0.0461156, 0.0531391, 0.0686909, 0.1123683, 0.2424735, 0.5961063, 1.4838852");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.2016380, 0.2090193, 0.2236442, 0.2511266, 0.3027550, 0.4068819, 0.6492347", \
					  "0.2053267, 0.2127723, 0.2275446, 0.2549360, 0.3065275, 0.4108117, 0.6529032", \
					  "0.2171459, 0.2244044, 0.2390261, 0.2660448, 0.3178437, 0.4226548, 0.6648080", \
					  "0.2485828, 0.2559549, 0.2706494, 0.2980073, 0.3495097, 0.4539829, 0.6962012", \
					  "0.3200003, 0.3273213, 0.3419474, 0.3693809, 0.4210652, 0.5262275, 0.7680520", \
					  "0.4717397, 0.4797278, 0.4952775, 0.5242180, 0.5774130, 0.6824873, 0.9248178", \
					  "0.7516817, 0.7614928, 0.7803903, 0.8140209, 0.8735558, 0.9860796, 1.2315559");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0301057, 0.0348894, 0.0450699, 0.0673515, 0.1155675, 0.2312438, 0.5369890", \
					  "0.0302038, 0.0350051, 0.0450231, 0.0673908, 0.1155109, 0.2309363, 0.5356050", \
					  "0.0302525, 0.0349104, 0.0451799, 0.0674642, 0.1154274, 0.2301475, 0.5375749", \
					  "0.0302541, 0.0350043, 0.0450963, 0.0673111, 0.1155571, 0.2311720, 0.5352802", \
					  "0.0303083, 0.0351657, 0.0452735, 0.0675220, 0.1155721, 0.2306745, 0.5342728", \
					  "0.0343105, 0.0391785, 0.0491808, 0.0707472, 0.1184140, 0.2326258, 0.5394817", \
					  "0.0466112, 0.0515418, 0.0621689, 0.0847846, 0.1321142, 0.2440954, 0.5434335");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0766201, 0.0837834, 0.1003509, 0.1399961, 0.2383036, 0.4879604, 1.1202217", \
					  "0.0812655, 0.0884592, 0.1050247, 0.1447256, 0.2430540, 0.4917435, 1.1252399", \
					  "0.0917357, 0.0988310, 0.1154165, 0.1549825, 0.2532526, 0.5028121, 1.1384488", \
					  "0.1140632, 0.1212042, 0.1376376, 0.1770956, 0.2754574, 0.5246322, 1.1601843", \
					  "0.1507489, 0.1581818, 0.1749227, 0.2144215, 0.3129688, 0.5628845, 1.1959155", \
					  "0.1986912, 0.2072479, 0.2248137, 0.2647927, 0.3629743, 0.6121734, 1.2462710", \
					  "0.2415011, 0.2527229, 0.2742712, 0.3164251, 0.4145332, 0.6642760, 1.2966670");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0225898, 0.0303979, 0.0504956, 0.1032800, 0.2416314, 0.5913814, 1.4923757", \
					  "0.0226738, 0.0303738, 0.0504851, 0.1034207, 0.2405637, 0.5927445, 1.4915771", \
					  "0.0225576, 0.0303437, 0.0505698, 0.1034315, 0.2418213, 0.5927370, 1.4912108", \
					  "0.0228345, 0.0305405, 0.0506783, 0.1032578, 0.2416286, 0.5940315, 1.4894352", \
					  "0.0250350, 0.0323580, 0.0518039, 0.1034078, 0.2413454, 0.5931005, 1.4887136", \
					  "0.0305323, 0.0374460, 0.0554927, 0.1051512, 0.2423844, 0.5903844, 1.4917637", \
					  "0.0424983, 0.0501346, 0.0669326, 0.1108827, 0.2428161, 0.5945925, 1.4847771");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.2251725, 0.2327174, 0.2475192, 0.2751106, 0.3267322, 0.4315424, 0.6734427", \
					  "0.2297899, 0.2373348, 0.2521976, 0.2797979, 0.3314180, 0.4362374, 0.6781392", \
					  "0.2425197, 0.2500715, 0.2648985, 0.2923600, 0.3441106, 0.4489870, 0.6907405", \
					  "0.2765435, 0.2837795, 0.2986220, 0.3263334, 0.3778547, 0.4824577, 0.7242136", \
					  "0.3526782, 0.3603219, 0.3748239, 0.4025609, 0.4542371, 0.5590953, 0.8009453", \
					  "0.5221633, 0.5300694, 0.5454354, 0.5734669, 0.6258865, 0.7311010, 0.9728712", \
					  "0.8455041, 0.8555663, 0.8741061, 0.9069710, 0.9653048, 1.0761085, 1.3206100");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0316707, 0.0362715, 0.0464035, 0.0673381, 0.1156608, 0.2307908, 0.5395193", \
					  "0.0316659, 0.0363496, 0.0463987, 0.0674282, 0.1156278, 0.2307795, 0.5395802", \
					  "0.0315916, 0.0361771, 0.0460877, 0.0680129, 0.1149468, 0.2299098, 0.5353809", \
					  "0.0316311, 0.0364131, 0.0466662, 0.0675001, 0.1156959, 0.2308938, 0.5345157", \
					  "0.0317910, 0.0363362, 0.0467616, 0.0674761, 0.1157100, 0.2300841, 0.5364941", \
					  "0.0341898, 0.0386790, 0.0482128, 0.0690228, 0.1166813, 0.2313746, 0.5346762", \
					  "0.0453178, 0.0501977, 0.0605063, 0.0821625, 0.1286960, 0.2408498, 0.5421308");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0525200, 0.0591776, 0.0751545, 0.1144076, 0.2121571, 0.4618138, 1.0935494", \
					  "0.0573536, 0.0639570, 0.0799300, 0.1190257, 0.2167081, 0.4647503, 1.0995541", \
					  "0.0683435, 0.0749053, 0.0907600, 0.1298783, 0.2278149, 0.4764791, 1.1096297", \
					  "0.0887513, 0.0953972, 0.1112562, 0.1501597, 0.2486678, 0.4968804, 1.1292564", \
					  "0.1163841, 0.1234249, 0.1394699, 0.1782384, 0.2763367, 0.5252928, 1.1616420", \
					  "0.1474802, 0.1562712, 0.1725765, 0.2118063, 0.3093112, 0.5578643, 1.1928539", \
					  "0.1613113, 0.1733124, 0.1954596, 0.2380792, 0.3361706, 0.5842297, 1.2172510");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0198015, 0.0277708, 0.0485161, 0.1027031, 0.2406057, 0.5969252, 1.4915410", \
					  "0.0197790, 0.0277520, 0.0484038, 0.1021890, 0.2405374, 0.5911076, 1.4980303", \
					  "0.0199605, 0.0278511, 0.0485598, 0.1027386, 0.2408772, 0.5905336, 1.4904054", \
					  "0.0210460, 0.0285815, 0.0487958, 0.1023945, 0.2394966, 0.5942683, 1.4907249", \
					  "0.0242785, 0.0311464, 0.0502280, 0.1024626, 0.2393183, 0.5947877, 1.4957489", \
					  "0.0319729, 0.0386647, 0.0555880, 0.1043887, 0.2411819, 0.5900130, 1.4950429", \
					  "0.0482760, 0.0554482, 0.0725175, 0.1126630, 0.2425492, 0.5969829, 1.4829878");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1269892, 0.1336000, 0.1467631, 0.1718267, 0.2199448, 0.3210309, 0.5613005", \
					  "0.1307003, 0.1373641, 0.1506271, 0.1755956, 0.2234988, 0.3247617, 0.5652034", \
					  "0.1427519, 0.1493860, 0.1626629, 0.1875072, 0.2355532, 0.3368264, 0.5771515", \
					  "0.1726569, 0.1792343, 0.1924104, 0.2172524, 0.2654810, 0.3667374, 0.6070721", \
					  "0.2488109, 0.2553588, 0.2683353, 0.2931529, 0.3411989, 0.4408415, 0.6810095", \
					  "0.3924445, 0.4008718, 0.4168344, 0.4442253, 0.4946674, 0.5978262, 0.8381464", \
					  "0.6347582, 0.6461969, 0.6673184, 0.7036142, 0.7633864, 0.8709040, 1.1142609");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0257516, 0.0299123, 0.0393766, 0.0606057, 0.1072413, 0.2238984, 0.5334294", \
					  "0.0257573, 0.0299203, 0.0395559, 0.0606115, 0.1078699, 0.2235919, 0.5361864", \
					  "0.0255292, 0.0299212, 0.0397711, 0.0606634, 0.1078947, 0.2233127, 0.5347052", \
					  "0.0256471, 0.0299306, 0.0395287, 0.0604000, 0.1078479, 0.2237004, 0.5358672", \
					  "0.0256733, 0.0297213, 0.0394663, 0.0605148, 0.1077976, 0.2243797, 0.5338727", \
					  "0.0364538, 0.0405840, 0.0497987, 0.0697229, 0.1134025, 0.2276465, 0.5338681", \
					  "0.0544467, 0.0604282, 0.0720535, 0.0919473, 0.1332862, 0.2384184, 0.5382080");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002305;
			capacitance : 0.002186;
			fall_capacitance : 0.002068;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025518, -0.0025536, -0.0025577, -0.0025530, -0.0025423, -0.0025177, -0.0024608");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032333, 0.0032301, 0.0032227, 0.0032228, 0.0032228, 0.0032230, 0.0032234");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002338;
			capacitance : 0.002187;
			fall_capacitance : 0.002036;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028756, -0.0028747, -0.0028725, -0.0028726, -0.0028728, -0.0028732, -0.0028742");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028687, 0.0028710, 0.0028764, 0.0028740, 0.0028685, 0.0028557, 0.0028262");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002372;
			capacitance : 0.002239;
			fall_capacitance : 0.002105;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026905, -0.0026902, -0.0026895, -0.0026855, -0.0026763, -0.0026550, -0.0026059");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032262, 0.0032288, 0.0032346, 0.0032355, 0.0032374, 0.0032419, 0.0032523");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002382;
			capacitance : 0.002233;
			fall_capacitance : 0.002084;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027381, -0.0027366, -0.0027331, -0.0027334, -0.0027340, -0.0027355, -0.0027388");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027393, 0.0027365, 0.0027301, 0.0027311, 0.0027335, 0.0027390, 0.0027517");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002328;
			capacitance : 0.002172;
			fall_capacitance : 0.002017;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012473, -0.0012455, -0.0012414, -0.0012413, -0.0012411, -0.0012406, -0.0012396");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014496, 0.0014462, 0.0014385, 0.0014481, 0.0014702, 0.0015211, 0.0016385");
				}
			}
		}
	}
	cell ("scs8hd_a221o_2") {
		area : 11.260800;
		cell_footprint : "a221o";
		cell_leakage_power : 2.107858e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003902";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0150880";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007387";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003902";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007459";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003902";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007494";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0101145";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "7.0578112e-05";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003905";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007464";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003907";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007536";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003906";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007571";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0101145";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "7.0578112e-05";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003906";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007507";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003907";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007578";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003904";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007613";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0101145";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "7.0578112e-05";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003917";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "6.9651865e-05";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003923";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "9.1593650e-05";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003870";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "8.6320430e-05";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0101145";
			when : "A1&A2&B1&B2&C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (A1&A2) | (C1)";
			max_capacitance : 0.260020;
			max_transition : 1.502559;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0133310, 0.0145883, 0.0180390, 0.0271954, 0.0526379, 0.1245479, 0.3271316", \
					  "0.0132631, 0.0145366, 0.0179832, 0.0271408, 0.0525976, 0.1244969, 0.3270809", \
					  "0.0131931, 0.0144425, 0.0178903, 0.0270887, 0.0524135, 0.1237479, 0.3269472", \
					  "0.0131273, 0.0143619, 0.0177606, 0.0269685, 0.0523305, 0.1237228, 0.3268534", \
					  "0.0131042, 0.0142736, 0.0176847, 0.0268029, 0.0521863, 0.1237842, 0.3279633", \
					  "0.0136090, 0.0147456, 0.0179372, 0.0268653, 0.0519936, 0.1235240, 0.3265715", \
					  "0.0136143, 0.0147394, 0.0179745, 0.0270974, 0.0522285, 0.1241386, 0.3254357");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0117082, 0.0108573, 0.0085273, 0.0012515, -0.0218723, -0.0927128, -0.2972568", \
					  "0.0116740, 0.0107429, 0.0084274, 0.0011925, -0.0219921, -0.0928360, -0.2973719", \
					  "0.0114000, 0.0105493, 0.0082197, 0.0009838, -0.0221646, -0.0930565, -0.2975876", \
					  "0.0112423, 0.0104074, 0.0080752, 0.0008078, -0.0223688, -0.0932127, -0.2977616", \
					  "0.0110926, 0.0102360, 0.0079178, 0.0006173, -0.0225385, -0.0933690, -0.2979146", \
					  "0.0110256, 0.0101834, 0.0077544, 0.0004232, -0.0226557, -0.0934535, -0.2979625", \
					  "0.0147804, 0.0136894, 0.0107262, 0.0018470, -0.0233442, -0.0936108, -0.2980402");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0136513, 0.0149174, 0.0183257, 0.0275170, 0.0527900, 0.1243430, 0.3283970", \
					  "0.0135916, 0.0148696, 0.0182827, 0.0274704, 0.0527182, 0.1241096, 0.3269987", \
					  "0.0135440, 0.0148077, 0.0182369, 0.0273891, 0.0526589, 0.1239130, 0.3269517", \
					  "0.0135248, 0.0147659, 0.0181801, 0.0273525, 0.0526510, 0.1242258, 0.3282504", \
					  "0.0134894, 0.0146649, 0.0180942, 0.0271889, 0.0526714, 0.1240752, 0.3281725", \
					  "0.0139500, 0.0151141, 0.0183573, 0.0273593, 0.0526535, 0.1240013, 0.3270064", \
					  "0.0140858, 0.0152445, 0.0184585, 0.0273743, 0.0527641, 0.1246091, 0.3259919");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0137102, 0.0129091, 0.0105797, 0.0032396, -0.0201073, -0.0911641, -0.2958830", \
					  "0.0136252, 0.0127614, 0.0104004, 0.0030429, -0.0202062, -0.0912672, -0.2959765", \
					  "0.0134876, 0.0126019, 0.0102362, 0.0028843, -0.0203571, -0.0913982, -0.2961116", \
					  "0.0133407, 0.0124765, 0.0101107, 0.0026924, -0.0205065, -0.0915475, -0.2962508", \
					  "0.0132137, 0.0123136, 0.0099533, 0.0025510, -0.0206486, -0.0916709, -0.2963523", \
					  "0.0131887, 0.0123028, 0.0098604, 0.0025538, -0.0207471, -0.0916880, -0.2963505", \
					  "0.0155981, 0.0144638, 0.0113545, 0.0024833, -0.0211441, -0.0917233, -0.2963196");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0126070, 0.0138577, 0.0172403, 0.0265354, 0.0521305, 0.1245888, 0.3284387", \
					  "0.0125741, 0.0138324, 0.0172535, 0.0264982, 0.0522478, 0.1245742, 0.3282750", \
					  "0.0125089, 0.0137500, 0.0171660, 0.0263971, 0.0521435, 0.1241065, 0.3268662", \
					  "0.0123853, 0.0136233, 0.0170133, 0.0261910, 0.0517855, 0.1242740, 0.3281879", \
					  "0.0122502, 0.0134460, 0.0167932, 0.0257857, 0.0513785, 0.1233930, 0.3259836", \
					  "0.0123734, 0.0135350, 0.0167883, 0.0258992, 0.0511033, 0.1231179, 0.3273050", \
					  "0.0123318, 0.0134893, 0.0167322, 0.0258638, 0.0513792, 0.1232392, 0.3249873");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0094860, 0.0086328, 0.0062828, -0.0010280, -0.0244714, -0.0955794, -0.3001920", \
					  "0.0093702, 0.0085069, 0.0061739, -0.0012128, -0.0245408, -0.0956949, -0.3003214", \
					  "0.0091672, 0.0083176, 0.0060113, -0.0013561, -0.0247873, -0.0958775, -0.3005057", \
					  "0.0091060, 0.0082367, 0.0058480, -0.0014797, -0.0249408, -0.0960552, -0.3006560", \
					  "0.0089015, 0.0080466, 0.0056543, -0.0016873, -0.0251007, -0.0961836, -0.3007996", \
					  "0.0089491, 0.0079348, 0.0054872, -0.0018494, -0.0251979, -0.0962321, -0.3008288", \
					  "0.0127855, 0.0116814, 0.0085612, -0.0002696, -0.0255335, -0.0963789, -0.3008753");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0127194, 0.0139507, 0.0173590, 0.0266507, 0.0523534, 0.1240836, 0.3270601", \
					  "0.0127162, 0.0139648, 0.0173504, 0.0266224, 0.0523659, 0.1243226, 0.3269650", \
					  "0.0126587, 0.0139241, 0.0173054, 0.0265566, 0.0523104, 0.1242659, 0.3285118", \
					  "0.0125595, 0.0137798, 0.0171848, 0.0263918, 0.0518508, 0.1240181, 0.3283058", \
					  "0.0123789, 0.0135678, 0.0169222, 0.0261377, 0.0516880, 0.1242364, 0.3281336", \
					  "0.0125231, 0.0136925, 0.0169746, 0.0260317, 0.0515253, 0.1229021, 0.3277801", \
					  "0.0125017, 0.0136746, 0.0169161, 0.0260601, 0.0516123, 0.1237881, 0.3255624");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0115562, 0.0106795, 0.0083019, 0.0009641, -0.0223935, -0.0934732, -0.2980684", \
					  "0.0114728, 0.0105978, 0.0082078, 0.0008737, -0.0224812, -0.0935573, -0.2981503", \
					  "0.0112605, 0.0103989, 0.0080773, 0.0007281, -0.0225971, -0.0936580, -0.2982479", \
					  "0.0111569, 0.0102985, 0.0079361, 0.0005662, -0.0227186, -0.0937983, -0.2983768", \
					  "0.0110749, 0.0101982, 0.0078518, 0.0004204, -0.0228362, -0.0938953, -0.2984750", \
					  "0.0109919, 0.0102235, 0.0077336, 0.0003806, -0.0229443, -0.0939612, -0.2985088", \
					  "0.0141820, 0.0130542, 0.0099950, 0.0011289, -0.0235253, -0.0941033, -0.2985757");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0096864, 0.0109315, 0.0143784, 0.0236557, 0.0491905, 0.1213318, 0.3236660", \
					  "0.0096796, 0.0109363, 0.0143275, 0.0235913, 0.0492376, 0.1212303, 0.3244439", \
					  "0.0096179, 0.0108661, 0.0142548, 0.0234758, 0.0488589, 0.1208218, 0.3217469", \
					  "0.0094084, 0.0105532, 0.0139441, 0.0231132, 0.0486842, 0.1205588, 0.3217465", \
					  "0.0093443, 0.0105125, 0.0136777, 0.0227250, 0.0481459, 0.1194495, 0.3226006", \
					  "0.0092045, 0.0103737, 0.0136577, 0.0226619, 0.0480690, 0.1197324, 0.3212858", \
					  "0.0093065, 0.0104750, 0.0136757, 0.0227111, 0.0481426, 0.1200914, 0.3217608");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0096700, 0.0087441, 0.0064799, -0.0007542, -0.0241299, -0.0954073, -0.3000623", \
					  "0.0095473, 0.0086189, 0.0063554, -0.0008155, -0.0242208, -0.0955181, -0.3001788", \
					  "0.0093583, 0.0084575, 0.0061862, -0.0009755, -0.0243846, -0.0956788, -0.3003465", \
					  "0.0092857, 0.0083504, 0.0061218, -0.0011425, -0.0245270, -0.0958200, -0.3004870", \
					  "0.0093315, 0.0084232, 0.0061109, -0.0012110, -0.0246419, -0.0959110, -0.3005240", \
					  "0.0088799, 0.0078980, 0.0055428, -0.0013305, -0.0247639, -0.0959456, -0.3005376", \
					  "0.0137198, 0.0126030, 0.0094576, 0.0005719, -0.0246219, -0.0961246, -0.3005678");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0833770, 0.0891574, 0.1028157, 0.1353670, 0.2209718, 0.4600965, 1.1326784", \
					  "0.0876682, 0.0934548, 0.1071004, 0.1396301, 0.2252111, 0.4643612, 1.1369965", \
					  "0.0979912, 0.1037360, 0.1174050, 0.1498666, 0.2356018, 0.4746541, 1.1471577", \
					  "0.1236614, 0.1292642, 0.1426628, 0.1750150, 0.2607783, 0.4996552, 1.1721121", \
					  "0.1682443, 0.1742175, 0.1881546, 0.2210132, 0.3065284, 0.5447475, 1.2213256", \
					  "0.2281629, 0.2354333, 0.2509218, 0.2847786, 0.3695948, 0.6080586, 1.2814200", \
					  "0.2871955, 0.2962314, 0.3170601, 0.3563503, 0.4420479, 0.6811809, 1.3537079");
				}
				rise_transition ("del_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("0.0208055, 0.0261251, 0.0403825, 0.0810497, 0.1994812, 0.5368188, 1.5002697", \
					  "0.0207902, 0.0260888, 0.0403091, 0.0809746, 0.1994441, 0.5367462, 1.5007485", \
					  "0.0207052, 0.0259130, 0.0401147, 0.0808209, 0.1990852, 0.5369724, 1.4969734", \
					  "0.0205631, 0.0258358, 0.0400591, 0.0805058, 0.1990516, 0.5375753, 1.4984809", \
					  "0.0236162, 0.0284125, 0.0418699, 0.0810704, 0.1988047, 0.5354973, 1.4985831", \
					  "0.0303829, 0.0353948, 0.0479282, 0.0839626, 0.1994993, 0.5368134, 1.4985575", \
					  "0.0443061, 0.0508348, 0.0625783, 0.0945551, 0.2018226, 0.5384969, 1.4954863");
				}
				cell_fall ("del_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("0.2725216, 0.2793152, 0.2936101, 0.3204943, 0.3716239, 0.4752184, 0.7161424", \
					  "0.2773479, 0.2842184, 0.2984394, 0.3255829, 0.3761431, 0.4798397, 0.7212543", \
					  "0.2897771, 0.2964752, 0.3105988, 0.3376792, 0.3891978, 0.4919054, 0.7333862", \
					  "0.3230298, 0.3297388, 0.3439224, 0.3710452, 0.4212741, 0.5251896, 0.7666279", \
					  "0.3971876, 0.4037994, 0.4180357, 0.4452219, 0.4962100, 0.5994342, 0.8407960", \
					  "0.5569112, 0.5637060, 0.5775255, 0.6047045, 0.6558425, 0.7596318, 1.0011788", \
					  "0.8638693, 0.8715316, 0.8881584, 0.9192839, 0.9752925, 1.0850799, 1.3302417");
				}
				fall_transition ("del_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("0.0355477, 0.0389972, 0.0472748, 0.0656620, 0.1067743, 0.2109467, 0.5014282", \
					  "0.0356266, 0.0390466, 0.0473433, 0.0653856, 0.1068563, 0.2109087, 0.5016687", \
					  "0.0354378, 0.0391081, 0.0473541, 0.0653738, 0.1065983, 0.2109938, 0.5016415", \
					  "0.0354178, 0.0391804, 0.0476163, 0.0657026, 0.1073437, 0.2108825, 0.5009568", \
					  "0.0355506, 0.0392843, 0.0474518, 0.0654025, 0.1073551, 0.2114258, 0.5004129", \
					  "0.0369639, 0.0406886, 0.0488829, 0.0675831, 0.1082273, 0.2112127, 0.5006180", \
					  "0.0456989, 0.0495926, 0.0590753, 0.0766745, 0.1189232, 0.2228267, 0.5067330");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0874272, 0.0932039, 0.1068392, 0.1394111, 0.2249474, 0.4628717, 1.1390481", \
					  "0.0919932, 0.0978831, 0.1113819, 0.1439670, 0.2294933, 0.4678127, 1.1403751", \
					  "0.1024423, 0.1082316, 0.1217879, 0.1541374, 0.2397346, 0.4783403, 1.1506505", \
					  "0.1259441, 0.1316019, 0.1450710, 0.1773470, 0.2629920, 0.5012029, 1.1747359", \
					  "0.1686266, 0.1745687, 0.1884555, 0.2211877, 0.3066608, 0.5446144, 1.2209019", \
					  "0.2288785, 0.2359264, 0.2512808, 0.2852167, 0.3707729, 0.6088381, 1.2821482", \
					  "0.2919064, 0.3011168, 0.3206823, 0.3578691, 0.4445092, 0.6831426, 1.3558175");
				}
				rise_transition ("del_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("0.0208828, 0.0261954, 0.0403784, 0.0809427, 0.1989594, 0.5369425, 1.4987757", \
					  "0.0208972, 0.0259868, 0.0404417, 0.0809601, 0.1990197, 0.5380779, 1.4961892", \
					  "0.0206875, 0.0258653, 0.0401344, 0.0808951, 0.1990083, 0.5373744, 1.4961679", \
					  "0.0205604, 0.0258724, 0.0401205, 0.0806241, 0.1985820, 0.5384989, 1.4989915", \
					  "0.0228072, 0.0276640, 0.0415724, 0.0809803, 0.1989629, 0.5354804, 1.4987156", \
					  "0.0280867, 0.0329898, 0.0460562, 0.0833867, 0.1991078, 0.5365622, 1.5025592", \
					  "0.0395713, 0.0449937, 0.0580933, 0.0922107, 0.2014747, 0.5383387, 1.4907091");
				}
				cell_fall ("del_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("0.3031276, 0.3101061, 0.3249210, 0.3527425, 0.4044624, 0.5082680, 0.7502906", \
					  "0.3084615, 0.3155909, 0.3304911, 0.3582456, 0.4100411, 0.5132353, 0.7551452", \
					  "0.3225164, 0.3296982, 0.3445805, 0.3721005, 0.4238273, 0.5275475, 0.7699862", \
					  "0.3574388, 0.3645959, 0.3794721, 0.4069690, 0.4576953, 0.5627395, 0.8046801", \
					  "0.4361229, 0.4433432, 0.4581837, 0.4858906, 0.5375437, 0.6418169, 0.8833907", \
					  "0.6080204, 0.6151966, 0.6300748, 0.6579581, 0.7096456, 0.8139819, 1.0558835", \
					  "0.9548341, 0.9629680, 0.9799611, 1.0106982, 1.0666469, 1.1756311, 1.4204288");
				}
				fall_transition ("del_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("0.0381979, 0.0422197, 0.0504447, 0.0680343, 0.1098314, 0.2126830, 0.5025275", \
					  "0.0381849, 0.0418560, 0.0496824, 0.0675043, 0.1084507, 0.2127758, 0.5025498", \
					  "0.0381975, 0.0416957, 0.0500094, 0.0680780, 0.1087937, 0.2125103, 0.5006346", \
					  "0.0382350, 0.0418530, 0.0498126, 0.0681290, 0.1098332, 0.2123469, 0.5026431", \
					  "0.0381248, 0.0417339, 0.0498071, 0.0676402, 0.1086582, 0.2128576, 0.5027448", \
					  "0.0384632, 0.0421561, 0.0500223, 0.0678097, 0.1085371, 0.2129849, 0.5009151", \
					  "0.0468111, 0.0505361, 0.0588523, 0.0768082, 0.1183555, 0.2197635, 0.5052846");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0808068, 0.0863865, 0.0995926, 0.1318171, 0.2176485, 0.4556305, 1.1280814", \
					  "0.0852270, 0.0908126, 0.1040996, 0.1362856, 0.2218243, 0.4600552, 1.1361890", \
					  "0.0955915, 0.1011584, 0.1144280, 0.1466743, 0.2321493, 0.4707203, 1.1441080", \
					  "0.1202174, 0.1257485, 0.1389817, 0.1707876, 0.2565196, 0.4948148, 1.1676092", \
					  "0.1615701, 0.1675098, 0.1812778, 0.2138477, 0.2991508, 0.5377103, 1.2125289", \
					  "0.2149771, 0.2222944, 0.2381713, 0.2719701, 0.3570080, 0.5955148, 1.2718878", \
					  "0.2658322, 0.2761249, 0.2969029, 0.3367628, 0.4231956, 0.6611915, 1.3329301");
				}
				rise_transition ("del_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("0.0195444, 0.0245577, 0.0386402, 0.0786369, 0.1969009, 0.5362827, 1.4959372", \
					  "0.0196394, 0.0246318, 0.0385548, 0.0786598, 0.1975874, 0.5362296, 1.4944272", \
					  "0.0196358, 0.0246447, 0.0385364, 0.0788106, 0.1972103, 0.5367361, 1.4936262", \
					  "0.0196295, 0.0247550, 0.0386458, 0.0788207, 0.1973991, 0.5363246, 1.4970860", \
					  "0.0229737, 0.0276669, 0.0410323, 0.0803091, 0.1972524, 0.5373839, 1.4983962", \
					  "0.0304902, 0.0350683, 0.0474921, 0.0832708, 0.1986166, 0.5339113, 1.4944908", \
					  "0.0452479, 0.0511175, 0.0630243, 0.0955836, 0.2014807, 0.5390909, 1.4894184");
				}
				cell_fall ("del_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("0.2412449, 0.2480491, 0.2623437, 0.2894660, 0.3394613, 0.4421307, 0.6817467", \
					  "0.2454153, 0.2522496, 0.2665259, 0.2933899, 0.3440824, 0.4466260, 0.6861409", \
					  "0.2567086, 0.2635056, 0.2782103, 0.3054082, 0.3549886, 0.4573935, 0.6971942", \
					  "0.2882853, 0.2950013, 0.3091504, 0.3362484, 0.3870912, 0.4894861, 0.7290792", \
					  "0.3594170, 0.3661229, 0.3804174, 0.4076929, 0.4581859, 0.5604000, 0.7998813", \
					  "0.5173080, 0.5247338, 0.5395497, 0.5669116, 0.6187494, 0.7206397, 0.9604830", \
					  "0.8190246, 0.8276518, 0.8451876, 0.8772691, 0.9350365, 1.0450463, 1.2893501");
				}
				fall_transition ("del_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("0.0357455, 0.0391482, 0.0473799, 0.0654458, 0.1075415, 0.2090195, 0.4996344", \
					  "0.0356171, 0.0391884, 0.0475564, 0.0658824, 0.1068563, 0.2090085, 0.4997309", \
					  "0.0357342, 0.0391361, 0.0474707, 0.0654656, 0.1070226, 0.2087755, 0.4997854", \
					  "0.0357469, 0.0393499, 0.0477921, 0.0656991, 0.1060525, 0.2089231, 0.4991007", \
					  "0.0357315, 0.0392974, 0.0474422, 0.0654715, 0.1065273, 0.2077296, 0.4997461", \
					  "0.0388509, 0.0422230, 0.0503051, 0.0683019, 0.1076072, 0.2102489, 0.4979336", \
					  "0.0510756, 0.0550660, 0.0636117, 0.0817863, 0.1220198, 0.2224065, 0.5056771");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0843779, 0.0899152, 0.1031920, 0.1355262, 0.2210373, 0.4596749, 1.1326580", \
					  "0.0890804, 0.0946357, 0.1079033, 0.1402374, 0.2257303, 0.4643115, 1.1376508", \
					  "0.0995195, 0.1051806, 0.1183185, 0.1506421, 0.2361308, 0.4747634, 1.1481145", \
					  "0.1225791, 0.1280800, 0.1412896, 0.1733337, 0.2588147, 0.4975564, 1.1709463", \
					  "0.1632963, 0.1692135, 0.1830548, 0.2155838, 0.3013329, 0.5405822, 1.2159194", \
					  "0.2199510, 0.2269548, 0.2424403, 0.2760457, 0.3618434, 0.6001812, 1.2743129", \
					  "0.2771433, 0.2865655, 0.3062252, 0.3445652, 0.4310082, 0.6708377, 1.3422109");
				}
				rise_transition ("del_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("0.0196430, 0.0246823, 0.0385638, 0.0788156, 0.1973837, 0.5370463, 1.5008732", \
					  "0.0195909, 0.0245959, 0.0386262, 0.0788417, 0.1970194, 0.5364192, 1.4926853", \
					  "0.0195332, 0.0245178, 0.0386110, 0.0787716, 0.1972315, 0.5361467, 1.4945385", \
					  "0.0196740, 0.0247644, 0.0387196, 0.0787848, 0.1967647, 0.5341547, 1.4960001", \
					  "0.0223813, 0.0273151, 0.0407221, 0.0797270, 0.1970417, 0.5348625, 1.4948908", \
					  "0.0278604, 0.0328715, 0.0456215, 0.0826532, 0.1981160, 0.5347595, 1.4966834", \
					  "0.0407798, 0.0458149, 0.0584560, 0.0919779, 0.2003718, 0.5382895, 1.4915386");
				}
				cell_fall ("del_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("0.2630418, 0.2700031, 0.2845489, 0.3118956, 0.3627314, 0.4648698, 0.7038022", \
					  "0.2679074, 0.2748780, 0.2894637, 0.3167963, 0.3676320, 0.4697862, 0.7087251", \
					  "0.2814326, 0.2884867, 0.3031043, 0.3304142, 0.3811144, 0.4833802, 0.7223984", \
					  "0.3144353, 0.3214835, 0.3362056, 0.3634555, 0.4143869, 0.5164792, 0.7553669", \
					  "0.3905606, 0.3976437, 0.4122075, 0.4395955, 0.4903437, 0.5921326, 0.8310910", \
					  "0.5634913, 0.5709656, 0.5853150, 0.6127134, 0.6632450, 0.7655619, 1.0045539", \
					  "0.9053523, 0.9140468, 0.9319817, 0.9640255, 1.0205338, 1.1286502, 1.3709947");
				}
				fall_transition ("del_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("0.0372619, 0.0408898, 0.0491235, 0.0664193, 0.1071087, 0.2072235, 0.4991101", \
					  "0.0372690, 0.0409049, 0.0490577, 0.0664040, 0.1070804, 0.2072077, 0.4991300", \
					  "0.0372896, 0.0407309, 0.0488183, 0.0662506, 0.1063033, 0.2071412, 0.4991436", \
					  "0.0372615, 0.0407905, 0.0485786, 0.0660749, 0.1060465, 0.2081391, 0.4985812", \
					  "0.0373123, 0.0407323, 0.0488641, 0.0660818, 0.1063808, 0.2075264, 0.4988986", \
					  "0.0385515, 0.0420698, 0.0498473, 0.0670776, 0.1068889, 0.2083918, 0.4993039", \
					  "0.0510792, 0.0546567, 0.0634877, 0.0809657, 0.1192691, 0.2179716, 0.5032615");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0570858, 0.0619218, 0.0741424, 0.1053857, 0.1901548, 0.4285449, 1.1014364", \
					  "0.0620003, 0.0668599, 0.0789098, 0.1100434, 0.1950982, 0.4330154, 1.1078453", \
					  "0.0733180, 0.0781731, 0.0902214, 0.1213118, 0.2061377, 0.4444649, 1.1172705", \
					  "0.0968480, 0.1015294, 0.1137214, 0.1446436, 0.2294843, 0.4680376, 1.1413980", \
					  "0.1305048, 0.1360222, 0.1488618, 0.1800512, 0.2650377, 0.5050109, 1.1766418", \
					  "0.1708913, 0.1781850, 0.1934138, 0.2259078, 0.3104229, 0.5482182, 1.2250866", \
					  "0.2006937, 0.2109783, 0.2318339, 0.2712193, 0.3563388, 0.5935759, 1.2653365");
				}
				rise_transition ("del_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("0.0161181, 0.0209888, 0.0350273, 0.0762904, 0.1964850, 0.5344057, 1.4961373", \
					  "0.0159967, 0.0210027, 0.0351538, 0.0764768, 0.1967266, 0.5350483, 1.4938457", \
					  "0.0160028, 0.0209949, 0.0350792, 0.0764575, 0.1955015, 0.5361578, 1.4922843", \
					  "0.0171979, 0.0220545, 0.0357497, 0.0764082, 0.1956457, 0.5360761, 1.4915548", \
					  "0.0213732, 0.0258112, 0.0383734, 0.0777482, 0.1952834, 0.5345022, 1.4911153", \
					  "0.0299779, 0.0345991, 0.0462455, 0.0812420, 0.1971034, 0.5325944, 1.4921487", \
					  "0.0460079, 0.0515505, 0.0644118, 0.0959444, 0.2000376, 0.5379900, 1.4855355");
				}
				cell_fall ("del_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("0.1574492, 0.1634824, 0.1760451, 0.2003716, 0.2469357, 0.3432287, 0.5786511", \
					  "0.1615782, 0.1674677, 0.1803155, 0.2045443, 0.2509136, 0.3477671, 0.5828471", \
					  "0.1731490, 0.1790103, 0.1915875, 0.2157025, 0.2621697, 0.3586530, 0.5941954", \
					  "0.2043566, 0.2102685, 0.2229185, 0.2471627, 0.2934922, 0.3890081, 0.6243893", \
					  "0.2788479, 0.2846353, 0.2970961, 0.3200565, 0.3663078, 0.4633200, 0.6988306", \
					  "0.4375963, 0.4445248, 0.4590607, 0.4851683, 0.5335068, 0.6314335, 0.8669421", \
					  "0.7036129, 0.7134620, 0.7338520, 0.7687683, 0.8289895, 0.9355294, 1.1747072");
				}
				fall_transition ("del_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("0.0296460, 0.0327856, 0.0404927, 0.0576005, 0.0962490, 0.1980460, 0.4924784", \
					  "0.0296395, 0.0327818, 0.0402902, 0.0573034, 0.0968720, 0.1981688, 0.4926816", \
					  "0.0294688, 0.0327564, 0.0403366, 0.0574972, 0.0967465, 0.1981074, 0.4918543", \
					  "0.0295191, 0.0327126, 0.0405770, 0.0571757, 0.0963319, 0.1983028, 0.4920375", \
					  "0.0294530, 0.0327814, 0.0403437, 0.0570952, 0.0963890, 0.1972679, 0.4946379", \
					  "0.0382760, 0.0416001, 0.0488825, 0.0655283, 0.1017184, 0.2003459, 0.4931083", \
					  "0.0598257, 0.0638419, 0.0723677, 0.0904701, 0.1273206, 0.2172112, 0.4993005");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002285;
			capacitance : 0.002174;
			fall_capacitance : 0.002062;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025474, -0.0025489, -0.0025523, -0.0025476, -0.0025369, -0.0025122, -0.0024551");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032209, 0.0032185, 0.0032129, 0.0032148, 0.0032193, 0.0032295, 0.0032530");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002324;
			capacitance : 0.002178;
			fall_capacitance : 0.002031;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028686, -0.0028675, -0.0028650, -0.0028647, -0.0028641, -0.0028626, -0.0028591");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028627, 0.0028645, 0.0028685, 0.0028705, 0.0028750, 0.0028854, 0.0029094");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002356;
			capacitance : 0.002227;
			fall_capacitance : 0.002098;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026843, -0.0026860, -0.0026900, -0.0026860, -0.0026767, -0.0026553, -0.0026059");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032371, 0.0032363, 0.0032344, 0.0032336, 0.0032320, 0.0032282, 0.0032193");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002365;
			capacitance : 0.002223;
			fall_capacitance : 0.002080;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027242, -0.0027256, -0.0027290, -0.0027295, -0.0027307, -0.0027335, -0.0027398");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027360, 0.0027332, 0.0027270, 0.0027270, 0.0027271, 0.0027274, 0.0027280");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002312;
			capacitance : 0.002155;
			fall_capacitance : 0.001997;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012504, -0.0012510, -0.0012524, -0.0012514, -0.0012492, -0.0012440, -0.0012319");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014494, 0.0014451, 0.0014353, 0.0014439, 0.0014636, 0.0015091, 0.0016139");
				}
			}
		}
	}
	cell ("scs8hd_a221o_4") {
		area : 21.270400;
		cell_footprint : "a221o";
		cell_leakage_power : 5.542375e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007824";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0282659";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007825";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0282684";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007826";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0357462";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007808";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003531";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007831";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007806";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0004706";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007807";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0001587";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0170866";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0004978";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0178011";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0275539";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0015072";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0015285";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007834";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0015269";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007808";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003531";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007831";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0015012";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007828";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0015247";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007823";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0019102";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007808";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003531";
			when : "A1&!A2&B1&B2&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (A1&A2) | (C1)";
			max_capacitance : 0.460520;
			max_transition : 1.503357;
			internal_power () {
				related_pin : "B2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0231016, 0.0219451, 0.0186779, 0.0085846, -0.0263157, -0.1452161, -0.5252091", \
					  "0.0228905, 0.0217464, 0.0184955, 0.0085091, -0.0264528, -0.1453583, -0.5253137", \
					  "0.0225969, 0.0215215, 0.0182493, 0.0082432, -0.0266779, -0.1455804, -0.5255613", \
					  "0.0225603, 0.0214018, 0.0181286, 0.0080269, -0.0268785, -0.1457456, -0.5257158", \
					  "0.0222513, 0.0210774, 0.0178466, 0.0078608, -0.0271353, -0.1459646, -0.5259162", \
					  "0.0222139, 0.0210129, 0.0177908, 0.0075223, -0.0273178, -0.1461152, -0.5259927", \
					  "0.0267200, 0.0254357, 0.0214446, 0.0090806, -0.0282678, -0.1463040, -0.5260496");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0238343, 0.0252999, 0.0297153, 0.0429410, 0.0826839, 0.2043704, 0.5821365", \
					  "0.0237929, 0.0252422, 0.0296751, 0.0429146, 0.0826932, 0.2054677, 0.5817423", \
					  "0.0237041, 0.0251570, 0.0295944, 0.0428194, 0.0825402, 0.2042166, 0.5821131", \
					  "0.0235370, 0.0249792, 0.0293734, 0.0425698, 0.0823079, 0.2043288, 0.5844082", \
					  "0.0232486, 0.0246821, 0.0290552, 0.0420585, 0.0817314, 0.2037138, 0.5840393", \
					  "0.0237736, 0.0251269, 0.0293259, 0.0419108, 0.0812099, 0.2027164, 0.5833197", \
					  "0.0239868, 0.0252931, 0.0293894, 0.0422068, 0.0814033, 0.2032398, 0.5791645");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0177623, 0.0192262, 0.0236843, 0.0368547, 0.0762317, 0.1966787, 0.5747784", \
					  "0.0177455, 0.0192205, 0.0236575, 0.0367895, 0.0761747, 0.1984595, 0.5761557", \
					  "0.0176288, 0.0191071, 0.0234837, 0.0365478, 0.0758014, 0.1970147, 0.5723462", \
					  "0.0173115, 0.0187038, 0.0230450, 0.0359145, 0.0755293, 0.1957786, 0.5711207", \
					  "0.0171420, 0.0185226, 0.0224321, 0.0353934, 0.0743998, 0.1965547, 0.5760881", \
					  "0.0169145, 0.0182735, 0.0223731, 0.0352138, 0.0740003, 0.1943944, 0.5757374", \
					  "0.0171425, 0.0183593, 0.0223563, 0.0352689, 0.0741582, 0.1946082, 0.5732957");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0182284, 0.0171241, 0.0139019, 0.0040454, -0.0308482, -0.1502915, -0.5304735", \
					  "0.0180286, 0.0168388, 0.0135537, 0.0037416, -0.0311213, -0.1505736, -0.5308045", \
					  "0.0176266, 0.0164713, 0.0131546, 0.0033776, -0.0314008, -0.1508598, -0.5311178", \
					  "0.0173381, 0.0161937, 0.0129339, 0.0029681, -0.0318609, -0.1512244, -0.5314286", \
					  "0.0173193, 0.0161449, 0.0127231, 0.0027757, -0.0322271, -0.1515765, -0.5317311", \
					  "0.0168436, 0.0156682, 0.0121959, 0.0021952, -0.0327936, -0.1519827, -0.5319595", \
					  "0.0242809, 0.0229930, 0.0190653, 0.0067012, -0.0319248, -0.1524227, -0.5320657");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0249350, 0.0264043, 0.0308639, 0.0440758, 0.0834894, 0.2055934, 0.5821456", \
					  "0.0248406, 0.0263058, 0.0307650, 0.0439800, 0.0834020, 0.2043589, 0.5817065", \
					  "0.0247440, 0.0262458, 0.0307130, 0.0438603, 0.0832669, 0.2046057, 0.5844254", \
					  "0.0246037, 0.0260484, 0.0305108, 0.0436614, 0.0830382, 0.2040358, 0.5839741", \
					  "0.0245158, 0.0259363, 0.0303214, 0.0431899, 0.0826211, 0.2049588, 0.5812662", \
					  "0.0253582, 0.0267042, 0.0308828, 0.0436175, 0.0823238, 0.2032129, 0.5837312", \
					  "0.0256245, 0.0269507, 0.0309462, 0.0439675, 0.0829140, 0.2034854, 0.5813154");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0230669, 0.0219246, 0.0186008, 0.0085954, -0.0259961, -0.1447032, -0.5247836", \
					  "0.0227441, 0.0215783, 0.0182937, 0.0083609, -0.0262548, -0.1449451, -0.5249531", \
					  "0.0223098, 0.0211903, 0.0179089, 0.0080366, -0.0267129, -0.1454073, -0.5253790", \
					  "0.0220706, 0.0209101, 0.0176548, 0.0076563, -0.0271487, -0.1457925, -0.5257909", \
					  "0.0216863, 0.0205886, 0.0173133, 0.0072390, -0.0274272, -0.1460868, -0.5261225", \
					  "0.0215346, 0.0203346, 0.0171165, 0.0070763, -0.0276322, -0.1462581, -0.5261826", \
					  "0.0266730, 0.0256792, 0.0215617, 0.0094231, -0.0289118, -0.1464800, -0.5262195");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0255594, 0.0269954, 0.0314994, 0.0446571, 0.0838597, 0.2047562, 0.5844919", \
					  "0.0254512, 0.0269257, 0.0313366, 0.0445499, 0.0837756, 0.2047596, 0.5843478", \
					  "0.0253500, 0.0267873, 0.0312875, 0.0444669, 0.0836704, 0.2046381, 0.5843592", \
					  "0.0252131, 0.0266530, 0.0311128, 0.0442654, 0.0837152, 0.2047721, 0.5811458", \
					  "0.0252170, 0.0266538, 0.0310300, 0.0440788, 0.0835341, 0.2048465, 0.5844537", \
					  "0.0261411, 0.0275050, 0.0316872, 0.0441122, 0.0834613, 0.2041341, 0.5842281", \
					  "0.0265354, 0.0279396, 0.0320348, 0.0449048, 0.0839187, 0.2052901, 0.5806915");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0271953, 0.0260325, 0.0227486, 0.0127309, -0.0220415, -0.1407598, -0.5209114", \
					  "0.0269910, 0.0258039, 0.0226688, 0.0125611, -0.0222008, -0.1409460, -0.5210915", \
					  "0.0267943, 0.0256494, 0.0223476, 0.0123215, -0.0224565, -0.1411613, -0.5212818", \
					  "0.0265364, 0.0253765, 0.0221064, 0.0120960, -0.0226645, -0.1414312, -0.5214860", \
					  "0.0263289, 0.0251631, 0.0219046, 0.0117577, -0.0229031, -0.1415814, -0.5216613", \
					  "0.0262552, 0.0250350, 0.0218355, 0.0117586, -0.0230436, -0.1416413, -0.5216540", \
					  "0.0279196, 0.0266668, 0.0227650, 0.0104645, -0.0236795, -0.1417118, -0.5215769");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0229644, 0.0244186, 0.0288509, 0.0420666, 0.0818148, 0.2035558, 0.5813281", \
					  "0.0229344, 0.0244066, 0.0288314, 0.0420161, 0.0818299, 0.2036541, 0.5836869", \
					  "0.0228504, 0.0243157, 0.0287435, 0.0419478, 0.0817817, 0.2037030, 0.5835923", \
					  "0.0226350, 0.0240763, 0.0284820, 0.0416379, 0.0812375, 0.2029619, 0.5811084", \
					  "0.0221062, 0.0235229, 0.0279794, 0.0409619, 0.0806014, 0.2026349, 0.5830336", \
					  "0.0226346, 0.0239879, 0.0281581, 0.0410033, 0.0799862, 0.2021481, 0.5797009", \
					  "0.0225531, 0.0238855, 0.0279618, 0.0407446, 0.0801258, 0.2014187, 0.5780390");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559611, 0.004864776, 0.01517432, 0.04733209, 0.1476394, 0.4605201");
					values("0.0183785, 0.0172544, 0.0139447, 0.0039353, -0.0309568, -0.1501180, -0.5303406", \
					  "0.0181872, 0.0170421, 0.0137622, 0.0037522, -0.0311612, -0.1502888, -0.5304701", \
					  "0.0179308, 0.0167056, 0.0133437, 0.0033829, -0.0315147, -0.1506827, -0.5308315", \
					  "0.0174821, 0.0163320, 0.0130846, 0.0031464, -0.0318997, -0.1510345, -0.5311822", \
					  "0.0171535, 0.0159413, 0.0127219, 0.0024596, -0.0322787, -0.1513808, -0.5315161", \
					  "0.0169894, 0.0158238, 0.0125619, 0.0024658, -0.0325491, -0.1515361, -0.5316002", \
					  "0.0216675, 0.0202334, 0.0162737, 0.0039991, -0.0338962, -0.1519224, -0.5317498");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0927068, 0.0969409, 0.1082562, 0.1367964, 0.2139760, 0.4435759, 1.1544882", \
					  "0.0969838, 0.1012177, 0.1125132, 0.1410383, 0.2181997, 0.4476724, 1.1594501", \
					  "0.1074751, 0.1117973, 0.1230328, 0.1514026, 0.2284072, 0.4582849, 1.1710624", \
					  "0.1329685, 0.1370684, 0.1481263, 0.1763221, 0.2529972, 0.4834544, 1.1934470", \
					  "0.1781075, 0.1823759, 0.1936773, 0.2222678, 0.2989931, 0.5294268, 1.2386282", \
					  "0.2377128, 0.2426298, 0.2550778, 0.2845042, 0.3604453, 0.5905030, 1.3037702", \
					  "0.2930181, 0.2994978, 0.3149077, 0.3493616, 0.4268631, 0.6557465, 1.3660246");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0240774, 0.0276376, 0.0384366, 0.0706072, 0.1716685, 0.4923643, 1.5033566", \
					  "0.0240081, 0.0275644, 0.0383886, 0.0705015, 0.1714711, 0.4912334, 1.5018417", \
					  "0.0237595, 0.0273199, 0.0381676, 0.0703145, 0.1714793, 0.4940098, 1.4964290", \
					  "0.0234568, 0.0271877, 0.0378985, 0.0700334, 0.1711084, 0.4917314, 1.4972402", \
					  "0.0254392, 0.0289359, 0.0393669, 0.0707037, 0.1708830, 0.4923324, 1.4994347", \
					  "0.0314583, 0.0346600, 0.0442363, 0.0736126, 0.1727979, 0.4914283, 1.4970114", \
					  "0.0466905, 0.0496180, 0.0588693, 0.0847147, 0.1755384, 0.4949989, 1.4979000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.2921507, 0.2965902, 0.3076665, 0.3311753, 0.3778975, 0.4769779, 0.7228917", \
					  "0.2967753, 0.3012260, 0.3122406, 0.3357009, 0.3818569, 0.4818441, 0.7279800", \
					  "0.3091609, 0.3136006, 0.3245915, 0.3474771, 0.3944526, 0.4941687, 0.7396257", \
					  "0.3418950, 0.3463435, 0.3573217, 0.3803027, 0.4272323, 0.5269385, 0.7722685", \
					  "0.4177270, 0.4221296, 0.4331403, 0.4565817, 0.5032402, 0.6025181, 0.8484956", \
					  "0.5825451, 0.5870149, 0.5982011, 0.6217002, 0.6680950, 0.7681777, 1.0142213", \
					  "0.9053236, 0.9105178, 0.9231326, 0.9493824, 1.0004203, 1.1048745, 1.3552814");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0380848, 0.0403560, 0.0462043, 0.0605358, 0.0973057, 0.1943086, 0.4838791", \
					  "0.0380483, 0.0402590, 0.0460935, 0.0605892, 0.0972468, 0.1944497, 0.4853485", \
					  "0.0380726, 0.0402227, 0.0461765, 0.0613021, 0.0964913, 0.1941893, 0.4853187", \
					  "0.0381473, 0.0403710, 0.0461254, 0.0613566, 0.0964640, 0.1942006, 0.4864028", \
					  "0.0380640, 0.0403794, 0.0461772, 0.0605492, 0.0973226, 0.1947046, 0.4846197", \
					  "0.0389594, 0.0410152, 0.0471294, 0.0611246, 0.0979571, 0.1945391, 0.4851861", \
					  "0.0476014, 0.0500676, 0.0562286, 0.0711149, 0.1065949, 0.2049060, 0.4899906");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0972068, 0.1014233, 0.1126997, 0.1412191, 0.2179213, 0.4476810, 1.1599574", \
					  "0.1016238, 0.1058634, 0.1170784, 0.1456097, 0.2223451, 0.4519929, 1.1643303", \
					  "0.1111642, 0.1153704, 0.1265965, 0.1551094, 0.2317846, 0.4615486, 1.1738068", \
					  "0.1326578, 0.1368242, 0.1480116, 0.1763564, 0.2530988, 0.4821427, 1.1940851", \
					  "0.1734096, 0.1776959, 0.1890640, 0.2176866, 0.2945650, 0.5238660, 1.2366491", \
					  "0.2336593, 0.2384710, 0.2508199, 0.2801440, 0.3574964, 0.5870709, 1.3003314", \
					  "0.2988736, 0.3049959, 0.3201878, 0.3534025, 0.4318749, 0.6612065, 1.3710107");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0239248, 0.0276769, 0.0383748, 0.0706945, 0.1713521, 0.4935555, 1.4984288", \
					  "0.0239388, 0.0275501, 0.0384448, 0.0705630, 0.1716481, 0.4938586, 1.4985517", \
					  "0.0238014, 0.0275442, 0.0381945, 0.0705060, 0.1711703, 0.4937470, 1.4986949", \
					  "0.0238113, 0.0275186, 0.0381006, 0.0702801, 0.1716158, 0.4918547, 1.5001472", \
					  "0.0253946, 0.0287399, 0.0394748, 0.0705397, 0.1711021, 0.4944019, 1.4967575", \
					  "0.0292402, 0.0330054, 0.0427868, 0.0734514, 0.1720130, 0.4915404, 1.4988448", \
					  "0.0405530, 0.0442748, 0.0538379, 0.0814171, 0.1749394, 0.4949268, 1.4927205");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.3312552, 0.3360853, 0.3480080, 0.3725837, 0.4204820, 0.5216836, 0.7698859", \
					  "0.3369746, 0.3418848, 0.3536491, 0.3782120, 0.4258556, 0.5272901, 0.7751276", \
					  "0.3507008, 0.3554407, 0.3672692, 0.3917392, 0.4396518, 0.5408868, 0.7892683", \
					  "0.3865472, 0.3914534, 0.4032023, 0.4278698, 0.4754455, 0.5769618, 0.8248281", \
					  "0.4668403, 0.4718127, 0.4835908, 0.5081291, 0.5561845, 0.6567739, 0.9049426", \
					  "0.6417321, 0.6466248, 0.6582190, 0.6830823, 0.7310805, 0.8325753, 1.0805282", \
					  "1.0012237, 1.0067314, 1.0199361, 1.0467999, 1.0974915, 1.2029474, 1.4537349");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0420567, 0.0442549, 0.0503357, 0.0644583, 0.1007382, 0.1980559, 0.4879282", \
					  "0.0421493, 0.0442970, 0.0503107, 0.0643792, 0.1001526, 0.1974448, 0.4884137", \
					  "0.0419817, 0.0442391, 0.0503150, 0.0644240, 0.1007284, 0.1980420, 0.4879679", \
					  "0.0421218, 0.0444558, 0.0502660, 0.0642303, 0.1000808, 0.1975210, 0.4896457", \
					  "0.0421322, 0.0444673, 0.0503030, 0.0642310, 0.1002918, 0.1981383, 0.4888591", \
					  "0.0420165, 0.0444828, 0.0505194, 0.0645750, 0.1005445, 0.1977869, 0.4887074", \
					  "0.0501265, 0.0523522, 0.0585231, 0.0721496, 0.1093532, 0.2030831, 0.4915640");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0916698, 0.0957738, 0.1067232, 0.1348043, 0.2113113, 0.4414095, 1.1504577", \
					  "0.0960393, 0.1001727, 0.1110972, 0.1391638, 0.2157872, 0.4453425, 1.1553146", \
					  "0.1063790, 0.1105132, 0.1214795, 0.1493791, 0.2259967, 0.4555539, 1.1681776", \
					  "0.1307335, 0.1348006, 0.1456809, 0.1735517, 0.2498496, 0.4800889, 1.1889265", \
					  "0.1723183, 0.1765411, 0.1877986, 0.2162272, 0.2930848, 0.5228058, 1.2356780", \
					  "0.2256556, 0.2305844, 0.2430499, 0.2724574, 0.3488680, 0.5790446, 1.2896244", \
					  "0.2702957, 0.2768689, 0.2932858, 0.3281261, 0.4064540, 0.6347189, 1.3445868");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0228154, 0.0262497, 0.0367932, 0.0682735, 0.1690586, 0.4907252, 1.4998051", \
					  "0.0227498, 0.0261766, 0.0366415, 0.0683404, 0.1687709, 0.4923723, 1.4916192", \
					  "0.0226814, 0.0261655, 0.0367385, 0.0683588, 0.1694124, 0.4919021, 1.4967647", \
					  "0.0228003, 0.0261580, 0.0367571, 0.0682999, 0.1690290, 0.4901655, 1.5019593", \
					  "0.0255204, 0.0289563, 0.0390133, 0.0699615, 0.1699029, 0.4912551, 1.4963702", \
					  "0.0319550, 0.0352795, 0.0446330, 0.0731608, 0.1712750, 0.4900075, 1.4976481", \
					  "0.0472355, 0.0507057, 0.0601605, 0.0862111, 0.1746551, 0.4936667, 1.4914558");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.2593052, 0.2638436, 0.2748645, 0.2983840, 0.3447424, 0.4435428, 0.6875604", \
					  "0.2633430, 0.2678416, 0.2788814, 0.3025893, 0.3491163, 0.4479077, 0.6908502", \
					  "0.2756502, 0.2800457, 0.2909659, 0.3146218, 0.3612291, 0.4591165, 0.7031374", \
					  "0.3083347, 0.3127035, 0.3235402, 0.3469844, 0.3939223, 0.4928563, 0.7355455", \
					  "0.3862939, 0.3907293, 0.4017021, 0.4250825, 0.4718398, 0.5702491, 0.8143084", \
					  "0.5629436, 0.5674769, 0.5786057, 0.6021601, 0.6486697, 0.7477801, 0.9919238", \
					  "0.9144966, 0.9200715, 0.9332993, 0.9609181, 1.0134743, 1.1190194, 1.3670139");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0382141, 0.0403103, 0.0462866, 0.0606962, 0.0965621, 0.1921881, 0.4835761", \
					  "0.0383014, 0.0403624, 0.0464366, 0.0607932, 0.0970993, 0.1925094, 0.4833638", \
					  "0.0382463, 0.0405556, 0.0463234, 0.0607363, 0.0971527, 0.1926221, 0.4825302", \
					  "0.0381018, 0.0405836, 0.0467305, 0.0610401, 0.0971438, 0.1920983, 0.4847694", \
					  "0.0381234, 0.0404232, 0.0464860, 0.0612619, 0.0961246, 0.1922533, 0.4833073", \
					  "0.0399240, 0.0419754, 0.0480140, 0.0623275, 0.0973001, 0.1924645, 0.4843756", \
					  "0.0530180, 0.0551607, 0.0613377, 0.0757454, 0.1116872, 0.2036320, 0.4888254");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0968330, 0.1009452, 0.1119027, 0.1399741, 0.2164474, 0.4465506, 1.1554439", \
					  "0.1016164, 0.1057310, 0.1167091, 0.1447435, 0.2212207, 0.4505082, 1.1610219", \
					  "0.1117345, 0.1158561, 0.1268074, 0.1548826, 0.2313118, 0.4615477, 1.1701790", \
					  "0.1342494, 0.1383292, 0.1492495, 0.1771640, 0.2536463, 0.4831420, 1.1926876", \
					  "0.1765391, 0.1807934, 0.1920690, 0.2205694, 0.2972166, 0.5268910, 1.2396723", \
					  "0.2395465, 0.2443901, 0.2566816, 0.2861325, 0.3631388, 0.5926844, 1.3035806", \
					  "0.3107046, 0.3169828, 0.3326165, 0.3664304, 0.4448991, 0.6742412, 1.3840923");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0227754, 0.0262358, 0.0367858, 0.0683009, 0.1690596, 0.4905372, 1.5000047", \
					  "0.0227215, 0.0262675, 0.0367861, 0.0683132, 0.1686521, 0.4913313, 1.5001572", \
					  "0.0227387, 0.0262480, 0.0366496, 0.0682528, 0.1690544, 0.4901456, 1.5014483", \
					  "0.0229279, 0.0262413, 0.0368089, 0.0681141, 0.1693882, 0.4927412, 1.4973193", \
					  "0.0248650, 0.0281118, 0.0385770, 0.0692934, 0.1697147, 0.4901278, 1.4964309", \
					  "0.0297090, 0.0330559, 0.0430290, 0.0728837, 0.1706393, 0.4898689, 1.4957037", \
					  "0.0420801, 0.0457360, 0.0557259, 0.0828665, 0.1742848, 0.4930175, 1.4934004");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.2951922, 0.3000320, 0.3118392, 0.3363144, 0.3841355, 0.4842280, 0.7299227", \
					  "0.3000842, 0.3049047, 0.3167603, 0.3412523, 0.3891100, 0.4893490, 0.7340031", \
					  "0.3124373, 0.3172477, 0.3291042, 0.3535565, 0.4009157, 0.5012786, 0.7468365", \
					  "0.3460726, 0.3509027, 0.3627036, 0.3871640, 0.4350010, 0.5351187, 0.7808203", \
					  "0.4210136, 0.4258487, 0.4376054, 0.4620706, 0.5092620, 0.6095838, 0.8551911", \
					  "0.5898931, 0.5947379, 0.6062518, 0.6308183, 0.6787118, 0.7791746, 1.0248632", \
					  "0.9298552, 0.9358583, 0.9498915, 0.9781523, 1.0304039, 1.1360565, 1.3852764");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0419003, 0.0442393, 0.0501475, 0.0642262, 0.1000333, 0.1949612, 0.4854351", \
					  "0.0420360, 0.0443255, 0.0501568, 0.0644756, 0.0989267, 0.1952553, 0.4852176", \
					  "0.0420718, 0.0442389, 0.0501765, 0.0641899, 0.0994287, 0.1952478, 0.4862785", \
					  "0.0418943, 0.0442401, 0.0501597, 0.0642168, 0.1000291, 0.1949125, 0.4856072", \
					  "0.0418674, 0.0441905, 0.0502590, 0.0644370, 0.1000936, 0.1956511, 0.4857592", \
					  "0.0425566, 0.0447210, 0.0516829, 0.0648619, 0.0999645, 0.1950672, 0.4858685", \
					  "0.0546559, 0.0570937, 0.0629532, 0.0769122, 0.1120391, 0.2038590, 0.4908507");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0595781, 0.0629476, 0.0723770, 0.0979459, 0.1723495, 0.4002580, 1.1111371", \
					  "0.0641732, 0.0675452, 0.0769175, 0.1023922, 0.1768907, 0.4048531, 1.1153467", \
					  "0.0751777, 0.0785554, 0.0878346, 0.1132668, 0.1879429, 0.4161101, 1.1273033", \
					  "0.0968507, 0.1002533, 0.1096186, 0.1352099, 0.2096741, 0.4384190, 1.1465311", \
					  "0.1268951, 0.1306627, 0.1401437, 0.1661337, 0.2409916, 0.4702759, 1.1818406", \
					  "0.1582585, 0.1629945, 0.1745030, 0.2020007, 0.2760283, 0.5059632, 1.2165281", \
					  "0.1667093, 0.1728801, 0.1892753, 0.2238703, 0.2997834, 0.5270466, 1.2357959");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0174059, 0.0206077, 0.0307293, 0.0630156, 0.1658642, 0.4863390, 1.5000794", \
					  "0.0173852, 0.0205586, 0.0307944, 0.0628466, 0.1657142, 0.4906829, 1.4906910", \
					  "0.0173153, 0.0205889, 0.0308326, 0.0630233, 0.1661115, 0.4873514, 1.4897723", \
					  "0.0184439, 0.0216344, 0.0315542, 0.0633482, 0.1667139, 0.4897951, 1.4917630", \
					  "0.0218813, 0.0249101, 0.0344287, 0.0649693, 0.1659025, 0.4918899, 1.4906775", \
					  "0.0303450, 0.0333125, 0.0428039, 0.0689815, 0.1681323, 0.4859561, 1.4916609", \
					  "0.0471624, 0.0518363, 0.0605429, 0.0852579, 0.1717790, 0.4894806, 1.4897403");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.1644550, 0.1684117, 0.1782024, 0.1993113, 0.2418802, 0.3351079, 0.5741410", \
					  "0.1676735, 0.1715668, 0.1814314, 0.2025236, 0.2451375, 0.3381316, 0.5775471", \
					  "0.1786730, 0.1825971, 0.1923415, 0.2134232, 0.2566564, 0.3497995, 0.5892393", \
					  "0.2101167, 0.2141333, 0.2238656, 0.2448559, 0.2873858, 0.3806426, 0.6197372", \
					  "0.2859478, 0.2897916, 0.2995346, 0.3204671, 0.3630932, 0.4563642, 0.6956555", \
					  "0.4521460, 0.4566823, 0.4676974, 0.4906311, 0.5349999, 0.6288593, 0.8657595", \
					  "0.7348677, 0.7452232, 0.7602065, 0.7908678, 0.8431669, 0.9491947, 1.1925544");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155961, 0.00486478, 0.0151743, 0.0473321, 0.147639, 0.46052");
					values("0.0317208, 0.0336528, 0.0393678, 0.0526937, 0.0877416, 0.1816290, 0.4776027", \
					  "0.0317317, 0.0338581, 0.0392696, 0.0527377, 0.0876673, 0.1816742, 0.4765042", \
					  "0.0317648, 0.0337671, 0.0391591, 0.0530485, 0.0869012, 0.1823891, 0.4761278", \
					  "0.0316086, 0.0336789, 0.0392555, 0.0530850, 0.0869797, 0.1822792, 0.4774208", \
					  "0.0312746, 0.0334187, 0.0388290, 0.0529166, 0.0875351, 0.1820685, 0.4791874", \
					  "0.0402064, 0.0421460, 0.0475252, 0.0598351, 0.0915238, 0.1837970, 0.4769945", \
					  "0.0632352, 0.0648452, 0.0713088, 0.0863929, 0.1174257, 0.2004886, 0.4838041");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004377;
			capacitance : 0.004185;
			fall_capacitance : 0.003993;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0047677, -0.0047734, -0.0047866, -0.0047744, -0.0047462, -0.0046814, -0.0045321");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062939, 0.0062946, 0.0062961, 0.0062942, 0.0062900, 0.0062802, 0.0062577");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004287;
			capacitance : 0.004032;
			fall_capacitance : 0.003777;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052323, -0.0052312, -0.0052285, -0.0052297, -0.0052325, -0.0052390, -0.0052539");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052969, 0.0052922, 0.0052814, 0.0052793, 0.0052745, 0.0052634, 0.0052379");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004183;
			capacitance : 0.003991;
			fall_capacitance : 0.003799;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043837, -0.0043901, -0.0044047, -0.0043930, -0.0043660, -0.0043038, -0.0041603");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061670, 0.0061677, 0.0061693, 0.0061712, 0.0061756, 0.0061857, 0.0062092");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003742;
			capacitance : 0.004002;
			rise_capacitance : 0.004263;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051777, -0.0051769, -0.0051752, -0.0051745, -0.0051728, -0.0051690, -0.0051600");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052168, 0.0052066, 0.0051831, 0.0051830, 0.0051826, 0.0051817, 0.0051797");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004424;
			capacitance : 0.004122;
			fall_capacitance : 0.003820;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025050, -0.0025069, -0.0025112, -0.0025090, -0.0025041, -0.0024926, -0.0024661");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033921, 0.0033748, 0.0033350, 0.0033603, 0.0034187, 0.0035531, 0.0038631");
				}
			}
		}
	}
	cell ("scs8hd_a221oi_1") {
		area : 8.758400;
		cell_footprint : "a221oi";
		cell_leakage_power : 2.035873e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003644";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "1.8082671e-05";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "2.5221953e-05";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "2.8745618e-05";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003645";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "4.4757251e-05";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "2.4586082e-05";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "3.1725253e-05";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "3.5249364e-05";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003645";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "4.4757251e-05";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "2.6791549e-05";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "3.3930676e-05";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003644";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "3.7454055e-05";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003645";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "4.4757251e-05";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0004003";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "4.5415335e-05";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0004027";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "6.7398459e-05";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "6.1615894e-05";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003633";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "4.3307046e-05";
			when : "A1&A2&B1&B2&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A1&!B2&!C1) | (!A2&!B1&!C1) | (!A2&!B2&!C1)";
			max_capacitance : 0.047617;
			max_transition : 1.487976;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0102980, 0.0110118, 0.0125366, 0.0157314, 0.0224599, 0.0368309, 0.0676844", \
					  "0.0101176, 0.0108579, 0.0123889, 0.0156134, 0.0223891, 0.0367855, 0.0676776", \
					  "0.0099467, 0.0106338, 0.0121790, 0.0154266, 0.0221660, 0.0365135, 0.0674359", \
					  "0.0098229, 0.0105186, 0.0120372, 0.0152345, 0.0220374, 0.0363536, 0.0669905", \
					  "0.0097163, 0.0104084, 0.0119053, 0.0150394, 0.0219154, 0.0362355, 0.0667593", \
					  "0.0097122, 0.0103917, 0.0118806, 0.0149979, 0.0217525, 0.0359791, 0.0665900", \
					  "0.0095173, 0.0103018, 0.0118309, 0.0150156, 0.0217397, 0.0360134, 0.0667085");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0045555, 0.0038693, 0.0024108, -0.0007247, -0.0073693, -0.0216223, -0.0522808", \
					  "0.0044966, 0.0038139, 0.0023449, -0.0007866, -0.0074263, -0.0216933, -0.0523404", \
					  "0.0044030, 0.0037226, 0.0022491, -0.0008787, -0.0075134, -0.0217534, -0.0524207", \
					  "0.0042898, 0.0036315, 0.0021782, -0.0009264, -0.0075657, -0.0218760, -0.0525041", \
					  "0.0042430, 0.0035591, 0.0020700, -0.0010468, -0.0076537, -0.0219006, -0.0525558", \
					  "0.0043896, 0.0037195, 0.0022577, -0.0009031, -0.0076327, -0.0220172, -0.0526075", \
					  "0.0046041, 0.0039131, 0.0024252, -0.0007437, -0.0074050, -0.0218253, -0.0526851");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0125257, 0.0132266, 0.0147047, 0.0178530, 0.0245641, 0.0388097, 0.0692234", \
					  "0.0124043, 0.0131112, 0.0145996, 0.0177679, 0.0244972, 0.0387661, 0.0691942", \
					  "0.0122560, 0.0129665, 0.0144781, 0.0176588, 0.0243967, 0.0387074, 0.0692380", \
					  "0.0121594, 0.0128673, 0.0143621, 0.0175238, 0.0242429, 0.0385792, 0.0691408", \
					  "0.0120733, 0.0127679, 0.0142494, 0.0174041, 0.0241080, 0.0384910, 0.0690310", \
					  "0.0120682, 0.0127572, 0.0142253, 0.0173722, 0.0240796, 0.0383576, 0.0688927", \
					  "0.0119354, 0.0126914, 0.0141910, 0.0174093, 0.0240889, 0.0383450, 0.0687977");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0048018, 0.0041135, 0.0026462, -0.0004820, -0.0071256, -0.0213837, -0.0520415", \
					  "0.0047427, 0.0040504, 0.0025847, -0.0005449, -0.0071877, -0.0214452, -0.0521097", \
					  "0.0046625, 0.0039846, 0.0025126, -0.0006157, -0.0072685, -0.0215207, -0.0521822", \
					  "0.0045793, 0.0039033, 0.0024464, -0.0006614, -0.0073135, -0.0215872, -0.0522500", \
					  "0.0045319, 0.0038167, 0.0023559, -0.0007395, -0.0073897, -0.0216389, -0.0522990", \
					  "0.0047429, 0.0040749, 0.0026071, -0.0005356, -0.0073146, -0.0216632, -0.0523299", \
					  "0.0049146, 0.0042305, 0.0027540, -0.0003946, -0.0071309, -0.0214987, -0.0523950");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0075986, 0.0083222, 0.0098259, 0.0130087, 0.0197169, 0.0340502, 0.0646538", \
					  "0.0074323, 0.0081610, 0.0096842, 0.0129585, 0.0196222, 0.0339348, 0.0648259", \
					  "0.0072568, 0.0079421, 0.0095016, 0.0127737, 0.0195002, 0.0339198, 0.0644208", \
					  "0.0071294, 0.0078489, 0.0093580, 0.0125137, 0.0192821, 0.0339568, 0.0644782", \
					  "0.0070264, 0.0077271, 0.0092166, 0.0123611, 0.0191005, 0.0334369, 0.0639955", \
					  "0.0070231, 0.0077216, 0.0092070, 0.0123572, 0.0191132, 0.0335430, 0.0638340", \
					  "0.0067482, 0.0075198, 0.0091251, 0.0122761, 0.0190194, 0.0334765, 0.0642577");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0035507, 0.0028689, 0.0014182, -0.0016984, -0.0083939, -0.0227661, -0.0535269", \
					  "0.0035169, 0.0028398, 0.0013878, -0.0017405, -0.0084118, -0.0227866, -0.0535499", \
					  "0.0034499, 0.0027739, 0.0013350, -0.0017938, -0.0084616, -0.0228070, -0.0535674", \
					  "0.0032817, 0.0026104, 0.0012039, -0.0018874, -0.0085630, -0.0228757, -0.0536139", \
					  "0.0032568, 0.0025833, 0.0011288, -0.0020262, -0.0086465, -0.0229252, -0.0536663", \
					  "0.0032634, 0.0025871, 0.0010855, -0.0020887, -0.0087440, -0.0231253, -0.0537773", \
					  "0.0032911, 0.0025655, 0.0010859, -0.0020758, -0.0087906, -0.0231177, -0.0539399");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0097799, 0.0104838, 0.0119762, 0.0151203, 0.0218131, 0.0360960, 0.0664925", \
					  "0.0096639, 0.0103693, 0.0118583, 0.0150252, 0.0217597, 0.0360232, 0.0664920", \
					  "0.0095093, 0.0102110, 0.0117387, 0.0149260, 0.0216657, 0.0359541, 0.0664221", \
					  "0.0094262, 0.0101213, 0.0116116, 0.0147735, 0.0215174, 0.0358290, 0.0664313", \
					  "0.0093481, 0.0100364, 0.0115138, 0.0146832, 0.0213714, 0.0357304, 0.0662858", \
					  "0.0093260, 0.0100085, 0.0114894, 0.0146405, 0.0213872, 0.0356117, 0.0661118", \
					  "0.0091790, 0.0099549, 0.0114326, 0.0146292, 0.0212795, 0.0357429, 0.0662688");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0037004, 0.0030229, 0.0015658, -0.0015529, -0.0082485, -0.0226066, -0.0533775", \
					  "0.0036767, 0.0029966, 0.0015452, -0.0015715, -0.0082644, -0.0226267, -0.0533875", \
					  "0.0036209, 0.0029445, 0.0015005, -0.0016082, -0.0082995, -0.0226484, -0.0534121", \
					  "0.0034985, 0.0028384, 0.0014042, -0.0016800, -0.0083432, -0.0226913, -0.0534316", \
					  "0.0034753, 0.0027993, 0.0013521, -0.0018385, -0.0084426, -0.0227675, -0.0534814", \
					  "0.0034186, 0.0027453, 0.0012929, -0.0018216, -0.0085264, -0.0228997, -0.0535549", \
					  "0.0034638, 0.0027665, 0.0012975, -0.0018350, -0.0085428, -0.0228976, -0.0537002");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0077094, 0.0084447, 0.0099490, 0.0131191, 0.0198385, 0.0342363, 0.0648000", \
					  "0.0075301, 0.0082606, 0.0097930, 0.0129664, 0.0198295, 0.0341369, 0.0645791", \
					  "0.0074081, 0.0080872, 0.0095951, 0.0128411, 0.0195558, 0.0340379, 0.0645031", \
					  "0.0073565, 0.0080547, 0.0095432, 0.0126859, 0.0193549, 0.0337298, 0.0644561", \
					  "0.0072406, 0.0079300, 0.0094042, 0.0125670, 0.0193111, 0.0335923, 0.0645224", \
					  "0.0072668, 0.0079567, 0.0094025, 0.0125186, 0.0191365, 0.0334921, 0.0641824", \
					  "0.0073714, 0.0080343, 0.0095036, 0.0129615, 0.0197031, 0.0336658, 0.0641366");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0005877, -9.4700000e-05, -0.0015671, -0.0047080, -0.0114345, -0.0258470, -0.0566696", \
					  "0.0005088, -0.0001592, -0.0016025, -0.0047203, -0.0114226, -0.0258188, -0.0566333", \
					  "0.0003849, -0.0002597, -0.0016747, -0.0047573, -0.0114258, -0.0257942, -0.0565858", \
					  "0.0002735, -0.0003836, -0.0018398, -0.0048826, -0.0114964, -0.0258124, -0.0565756", \
					  "0.0001132, -0.0005350, -0.0019235, -0.0049758, -0.0116547, -0.0259155, -0.0566362", \
					  "0.0001144, -0.0005422, -0.0019865, -0.0051844, -0.0117946, -0.0260558, -0.0567051", \
					  "0.0002535, -0.0004554, -0.0019709, -0.0051588, -0.0118523, -0.0261184, -0.0567772");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1615339, 0.1743786, 0.2013533, 0.2582610, 0.3781513, 0.6332763, 1.1783718", \
					  "0.1655436, 0.1786053, 0.2055984, 0.2630894, 0.3834459, 0.6388295, 1.1848426", \
					  "0.1782327, 0.1905753, 0.2181118, 0.2753425, 0.3964471, 0.6511633, 1.2021453", \
					  "0.2112838, 0.2241164, 0.2505676, 0.3075603, 0.4279772, 0.6831754, 1.2264867", \
					  "0.2844501, 0.2968213, 0.3234529, 0.3799777, 0.5001241, 0.7590273, 1.3034842", \
					  "0.4279983, 0.4430169, 0.4738742, 0.5350271, 0.6556819, 0.9108443, 1.4526371", \
					  "0.6887321, 0.7102968, 0.7533510, 0.8334305, 0.9827602, 1.2582630, 1.8042141");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1068242, 0.1234861, 0.1583205, 0.2332299, 0.3928661, 0.7346680, 1.4806292", \
					  "0.1069648, 0.1229548, 0.1581087, 0.2332304, 0.3927209, 0.7343695, 1.4804371", \
					  "0.1071484, 0.1233640, 0.1582420, 0.2342044, 0.3916277, 0.7307066, 1.4615145", \
					  "0.1069560, 0.1236655, 0.1583644, 0.2331283, 0.3925847, 0.7312156, 1.4557302", \
					  "0.1089301, 0.1245009, 0.1590656, 0.2321718, 0.3950322, 0.7338606, 1.4508306", \
					  "0.1330341, 0.1486894, 0.1808221, 0.2477280, 0.3990656, 0.7302464, 1.4589265", \
					  "0.1940802, 0.2116753, 0.2472454, 0.3218710, 0.4662955, 0.7671085, 1.4701871");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0276262, 0.0306070, 0.0367489, 0.0492643, 0.0745791, 0.1261326, 0.2329672", \
					  "0.0323204, 0.0352266, 0.0412765, 0.0536697, 0.0788624, 0.1303595, 0.2371402", \
					  "0.0439179, 0.0465782, 0.0522386, 0.0642155, 0.0890883, 0.1403815, 0.2471094", \
					  "0.0647759, 0.0686492, 0.0759430, 0.0896598, 0.1143786, 0.1639549, 0.2703303", \
					  "0.0921621, 0.0976684, 0.1087385, 0.1286348, 0.1639928, 0.2219368, 0.3276121", \
					  "0.1236173, 0.1317092, 0.1484166, 0.1777760, 0.2313920, 0.3182753, 0.4527829", \
					  "0.1382036, 0.1513880, 0.1772541, 0.2246267, 0.3062245, 0.4409480, 0.6485014");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0285624, 0.0321942, 0.0395615, 0.0547254, 0.0859528, 0.1511420, 0.2887670", \
					  "0.0278137, 0.0314887, 0.0389666, 0.0541846, 0.0856593, 0.1508458, 0.2886300", \
					  "0.0303222, 0.0332992, 0.0397016, 0.0539315, 0.0850714, 0.1500637, 0.2882256", \
					  "0.0433483, 0.0464499, 0.0527563, 0.0628790, 0.0890146, 0.1506276, 0.2887574", \
					  "0.0680017, 0.0721143, 0.0791688, 0.0935251, 0.1199060, 0.1690863, 0.2931517", \
					  "0.1092971, 0.1153236, 0.1272139, 0.1480987, 0.1865095, 0.2464937, 0.3529104", \
					  "0.1843230, 0.1941822, 0.2130157, 0.2467569, 0.3051871, 0.3927559, 0.5334631");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1834534, 0.1954939, 0.2215210, 0.2763932, 0.3926909, 0.6400989, 1.1675167", \
					  "0.1883556, 0.2005465, 0.2267372, 0.2818811, 0.3985802, 0.6462626, 1.1738533", \
					  "0.2018431, 0.2144040, 0.2406952, 0.2958048, 0.4128679, 0.6612390, 1.1894090", \
					  "0.2356609, 0.2476286, 0.2737225, 0.3288666, 0.4461952, 0.6946362, 1.2235402", \
					  "0.3096089, 0.3217089, 0.3477279, 0.4025074, 0.5192860, 0.7676843, 1.2968433", \
					  "0.4607150, 0.4744291, 0.5031609, 0.5612284, 0.6778170, 0.9258221, 1.4545074", \
					  "0.7406339, 0.7589097, 0.7969124, 0.8722110, 1.0137871, 1.2795242, 1.8096238");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1235408, 0.1395915, 0.1739715, 0.2468714, 0.4020390, 0.7323476, 1.4359723", \
					  "0.1236346, 0.1396394, 0.1739471, 0.2468677, 0.4020864, 0.7323553, 1.4359042", \
					  "0.1234986, 0.1397123, 0.1739181, 0.2469363, 0.4018300, 0.7323169, 1.4354243", \
					  "0.1237389, 0.1396271, 0.1739629, 0.2467936, 0.4017887, 0.7324074, 1.4370760", \
					  "0.1245492, 0.1401331, 0.1743448, 0.2468703, 0.4018799, 0.7317834, 1.4359161", \
					  "0.1460800, 0.1606349, 0.1919511, 0.2595419, 0.4064016, 0.7325334, 1.4394368", \
					  "0.2056347, 0.2224858, 0.2572223, 0.3283837, 0.4700947, 0.7673912, 1.4428523");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0318452, 0.0348062, 0.0408956, 0.0533684, 0.0786622, 0.1301335, 0.2369474", \
					  "0.0367729, 0.0396881, 0.0457300, 0.0581350, 0.0833651, 0.1347809, 0.2414850", \
					  "0.0481449, 0.0509510, 0.0568396, 0.0690870, 0.0941124, 0.1455077, 0.2522833", \
					  "0.0694331, 0.0730351, 0.0802189, 0.0937943, 0.1189862, 0.1701911, 0.2769037", \
					  "0.1012288, 0.1062695, 0.1163869, 0.1352803, 0.1686014, 0.2258509, 0.3341561", \
					  "0.1414138, 0.1490861, 0.1642621, 0.1930629, 0.2430199, 0.3251626, 0.4573798", \
					  "0.1749649, 0.1873997, 0.2119156, 0.2575481, 0.3352773, 0.4632780, 0.6595375");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0282938, 0.0318694, 0.0392346, 0.0544562, 0.0857311, 0.1508872, 0.2886601", \
					  "0.0279515, 0.0315321, 0.0389260, 0.0541220, 0.0854008, 0.1503929, 0.2887413", \
					  "0.0290694, 0.0323422, 0.0390815, 0.0537648, 0.0850969, 0.1504580, 0.2889831", \
					  "0.0385586, 0.0415215, 0.0475522, 0.0595810, 0.0876394, 0.1504073, 0.2885155", \
					  "0.0585371, 0.0623128, 0.0691568, 0.0825636, 0.1091047, 0.1622872, 0.2928794", \
					  "0.0944074, 0.0989364, 0.1093660, 0.1290873, 0.1614326, 0.2208385, 0.3317231", \
					  "0.1603696, 0.1685216, 0.1835269, 0.2115672, 0.2594102, 0.3403634, 0.4724920");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1315787, 0.1444237, 0.1719531, 0.2288694, 0.3497937, 0.6080191, 1.1560368", \
					  "0.1350138, 0.1479876, 0.1756699, 0.2341272, 0.3544695, 0.6121240, 1.1599504", \
					  "0.1470727, 0.1597752, 0.1873254, 0.2460110, 0.3685770, 0.6262501, 1.1792427", \
					  "0.1793397, 0.1917128, 0.2188897, 0.2757434, 0.3973354, 0.6601200, 1.2125588", \
					  "0.2506567, 0.2633826, 0.2902190, 0.3471551, 0.4682628, 0.7256855, 1.2751361", \
					  "0.3894147, 0.4064265, 0.4413791, 0.5075169, 0.6314194, 0.8897649, 1.4412906", \
					  "0.6389299, 0.6657268, 0.7186032, 0.8133010, 0.9779083, 1.2683237, 1.8190474");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1049016, 0.1215692, 0.1565388, 0.2323327, 0.3922802, 0.7355636, 1.4675666", \
					  "0.1045856, 0.1214490, 0.1565655, 0.2344577, 0.3927852, 0.7350334, 1.4738730", \
					  "0.1046755, 0.1210413, 0.1575220, 0.2343084, 0.3924312, 0.7360004, 1.4663819", \
					  "0.1046448, 0.1212484, 0.1570646, 0.2316296, 0.3921767, 0.7502758, 1.4879757", \
					  "0.1113406, 0.1264098, 0.1599122, 0.2319079, 0.3925230, 0.7347100, 1.4673414", \
					  "0.1482369, 0.1633479, 0.1961438, 0.2587715, 0.4042256, 0.7428835, 1.4675123", \
					  "0.2344470, 0.2527102, 0.2876747, 0.3587491, 0.4956673, 0.7858891, 1.4879242");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0280207, 0.0306403, 0.0361359, 0.0474455, 0.0708397, 0.1198906, 0.2235290", \
					  "0.0324786, 0.0351152, 0.0405691, 0.0517035, 0.0750959, 0.1241550, 0.2279574", \
					  "0.0432664, 0.0458246, 0.0511172, 0.0620037, 0.0853587, 0.1343920, 0.2382476", \
					  "0.0610630, 0.0648483, 0.0722606, 0.0859628, 0.1094033, 0.1581835, 0.2618297", \
					  "0.0829187, 0.0886682, 0.0997403, 0.1205193, 0.1563304, 0.2151462, 0.3185901", \
					  "0.1035391, 0.1121239, 0.1286722, 0.1622466, 0.2169918, 0.3055075, 0.4398531", \
					  "0.0992473, 0.1140116, 0.1426173, 0.1936891, 0.2804570, 0.4178325, 0.6284071");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0248958, 0.0279524, 0.0345331, 0.0484696, 0.0782860, 0.1421867, 0.2793462", \
					  "0.0244674, 0.0276798, 0.0342755, 0.0484098, 0.0784010, 0.1420549, 0.2787206", \
					  "0.0267795, 0.0294919, 0.0354889, 0.0486006, 0.0782791, 0.1425444, 0.2787037", \
					  "0.0391411, 0.0418688, 0.0477619, 0.0584432, 0.0836932, 0.1427620, 0.2788965", \
					  "0.0618531, 0.0661544, 0.0740139, 0.0899177, 0.1157608, 0.1640670, 0.2850903", \
					  "0.1045999, 0.1108671, 0.1235430, 0.1440267, 0.1822204, 0.2446860, 0.3488874", \
					  "0.1825645, 0.1925269, 0.2111928, 0.2450984, 0.3012198, 0.3896282, 0.5320862");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1555949, 0.1679304, 0.1940790, 0.2496008, 0.3673452, 0.6175063, 1.1511362", \
					  "0.1601217, 0.1723655, 0.1987780, 0.2547019, 0.3727052, 0.6233553, 1.1574464", \
					  "0.1726544, 0.1851213, 0.2122630, 0.2682628, 0.3867846, 0.6376999, 1.1722080", \
					  "0.2069299, 0.2191625, 0.2454530, 0.3012403, 0.4196625, 0.6709623, 1.2062442", \
					  "0.2833830, 0.2957815, 0.3216850, 0.3771840, 0.4952027, 0.7463923, 1.2814948", \
					  "0.4440640, 0.4594548, 0.4904984, 0.5518325, 0.6704062, 0.9216322, 1.4567816", \
					  "0.7419054, 0.7655021, 0.8114802, 0.8987184, 1.0521535, 1.3271431, 1.8660824");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.1214248, 0.1375089, 0.1719375, 0.2452874, 0.4012028, 0.7342015, 1.4438719", \
					  "0.1213740, 0.1375465, 0.1718284, 0.2451903, 0.4012086, 0.7335789, 1.4446287", \
					  "0.1214903, 0.1376702, 0.1719248, 0.2452541, 0.4011264, 0.7337871, 1.4431476", \
					  "0.1214752, 0.1375643, 0.1720170, 0.2452999, 0.4011824, 0.7341463, 1.4415329", \
					  "0.1244380, 0.1397048, 0.1726760, 0.2454266, 0.4012882, 0.7331119, 1.4425807", \
					  "0.1583224, 0.1726538, 0.2017246, 0.2655579, 0.4086037, 0.7341018, 1.4439877", \
					  "0.2472051, 0.2640937, 0.2978734, 0.3661380, 0.4925784, 0.7788885, 1.4489827");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0317480, 0.0343904, 0.0398574, 0.0511610, 0.0745594, 0.1235508, 0.2274306", \
					  "0.0364607, 0.0390787, 0.0445677, 0.0558552, 0.0792796, 0.1283208, 0.2321465", \
					  "0.0470140, 0.0496419, 0.0550747, 0.0663886, 0.0898855, 0.1388952, 0.2426723", \
					  "0.0656479, 0.0692141, 0.0760837, 0.0893469, 0.1137539, 0.1631826, 0.2673194", \
					  "0.0909758, 0.0962969, 0.1065468, 0.1257735, 0.1593532, 0.2165115, 0.3227809", \
					  "0.1178996, 0.1262170, 0.1424865, 0.1724771, 0.2239982, 0.3077620, 0.4413489", \
					  "0.1243574, 0.1382536, 0.1645727, 0.2140215, 0.2969971, 0.4285604, 0.6291482");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0247806, 0.0278569, 0.0344401, 0.0484793, 0.0784501, 0.1424863, 0.2791840", \
					  "0.0245673, 0.0276651, 0.0343383, 0.0483352, 0.0783213, 0.1421423, 0.2792009", \
					  "0.0257627, 0.0286118, 0.0347320, 0.0483769, 0.0782950, 0.1424189, 0.2791175", \
					  "0.0345895, 0.0373057, 0.0434153, 0.0548807, 0.0814319, 0.1427014, 0.2791301", \
					  "0.0537698, 0.0574738, 0.0647613, 0.0786860, 0.1051247, 0.1568879, 0.2824259", \
					  "0.0891264, 0.0947086, 0.1050326, 0.1235574, 0.1585064, 0.2170478, 0.3261466", \
					  "0.1577598, 0.1660356, 0.1816270, 0.2099424, 0.2578157, 0.3366224, 0.4672805");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0686390, 0.0787180, 0.0999504, 0.1448174, 0.2398543, 0.4414132, 0.8738401", \
					  "0.0721913, 0.0823774, 0.1039968, 0.1486670, 0.2443190, 0.4474079, 0.8717845", \
					  "0.0844821, 0.0942064, 0.1149167, 0.1610048, 0.2554978, 0.4565357, 0.8844047", \
					  "0.1161391, 0.1257568, 0.1465243, 0.1907618, 0.2839556, 0.4846898, 0.9134759", \
					  "0.1880229, 0.1998511, 0.2227951, 0.2655034, 0.3588472, 0.5578008, 0.9830950", \
					  "0.3085972, 0.3275261, 0.3626294, 0.4269020, 0.5322213, 0.7313123, 1.1615432", \
					  "0.5119468, 0.5417559, 0.5985884, 0.6993462, 0.8656377, 1.1277604, 1.5547623");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0804153, 0.0939768, 0.1224066, 0.1822738, 0.3091512, 0.5833327, 1.1729974", \
					  "0.0799191, 0.0936657, 0.1222338, 0.1821271, 0.3131168, 0.5870854, 1.1598006", \
					  "0.0788052, 0.0925576, 0.1214936, 0.1821776, 0.3091037, 0.5800531, 1.1564522", \
					  "0.0806693, 0.0929849, 0.1204738, 0.1810920, 0.3097685, 0.5815505, 1.1678591", \
					  "0.1075469, 0.1168892, 0.1381174, 0.1885431, 0.3103929, 0.5828168, 1.1707797", \
					  "0.1703099, 0.1829807, 0.2075776, 0.2523831, 0.3457641, 0.5870651, 1.1607596", \
					  "0.2877897, 0.3055710, 0.3434074, 0.4059094, 0.5141164, 0.7056424, 1.1881481");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0172154, 0.0189278, 0.0224534, 0.0299328, 0.0457061, 0.0794483, 0.1516962", \
					  "0.0219985, 0.0237016, 0.0273340, 0.0347884, 0.0506959, 0.0842266, 0.1565517", \
					  "0.0307018, 0.0331447, 0.0378793, 0.0461172, 0.0620636, 0.0959420, 0.1677504", \
					  "0.0420393, 0.0459246, 0.0529941, 0.0657873, 0.0870689, 0.1219986, 0.1938870", \
					  "0.0538522, 0.0598934, 0.0713595, 0.0911175, 0.1240990, 0.1755955, 0.2545163", \
					  "0.0565945, 0.0663712, 0.0852767, 0.1180079, 0.1708776, 0.2505797, 0.3699597", \
					  "0.0247805, 0.0416230, 0.0734989, 0.1271148, 0.2121131, 0.3386933, 0.5254988");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0126987, 0.0150220, 0.0196991, 0.0296103, 0.0507240, 0.0963549, 0.1926826", \
					  "0.0134889, 0.0154327, 0.0199091, 0.0297382, 0.0507028, 0.0965851, 0.1935783", \
					  "0.0197920, 0.0216775, 0.0246484, 0.0325232, 0.0517808, 0.0966748, 0.1929068", \
					  "0.0317785, 0.0341939, 0.0390193, 0.0479214, 0.0631581, 0.1008287, 0.1941139", \
					  "0.0545522, 0.0577693, 0.0646954, 0.0776890, 0.0989284, 0.1352157, 0.2087554", \
					  "0.0971914, 0.1023721, 0.1139865, 0.1313099, 0.1641219, 0.2115717, 0.2942304", \
					  "0.1781923, 0.1864892, 0.2035093, 0.2314148, 0.2758154, 0.3504450, 0.4674587");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002065;
			capacitance : 0.002156;
			rise_capacitance : 0.002248;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025440, -0.0025451, -0.0025475, -0.0025428, -0.0025318, -0.0025066, -0.0024483");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031769, 0.0031795, 0.0031853, 0.0031863, 0.0031886, 0.0031939, 0.0032060");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002018;
			capacitance : 0.002139;
			rise_capacitance : 0.002260;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027973, -0.0027965, -0.0027945, -0.0027945, -0.0027944, -0.0027943, -0.0027939");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027951, 0.0027955, 0.0027965, 0.0027953, 0.0027925, 0.0027863, 0.0027718");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002092;
			capacitance : 0.002204;
			rise_capacitance : 0.002316;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026611, -0.0026623, -0.0026652, -0.0026604, -0.0026492, -0.0026235, -0.0025642");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032226, 0.0032211, 0.0032177, 0.0032181, 0.0032192, 0.0032216, 0.0032271");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002073;
			capacitance : 0.002210;
			rise_capacitance : 0.002347;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027196, -0.0027196, -0.0027196, -0.0027196, -0.0027195, -0.0027193, -0.0027188");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027160, 0.0027162, 0.0027167, 0.0027164, 0.0027157, 0.0027142, 0.0027107");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002007;
			capacitance : 0.002144;
			rise_capacitance : 0.002282;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012522, -0.0012540, -0.0012584, -0.0012578, -0.0012564, -0.0012531, -0.0012456");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013227, 0.0013222, 0.0013210, 0.0013269, 0.0013405, 0.0013717, 0.0014437");
				}
			}
		}
	}
	cell ("scs8hd_a221oi_2") {
		area : 15.014400;
		cell_footprint : "a221oi";
		cell_leakage_power : 4.049948e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007289";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0171132";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007294";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0171192";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007286";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0246695";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007886";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "9.0895045e-05";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007290";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0171178";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003375";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007213";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003611";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0080223";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0080214";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "9.0046968e-05";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007291";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0001056";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007291";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003281";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007827";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "9.0895038e-05";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0246455";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007291";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003270";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007291";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003964";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007234";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "9.0895045e-05";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007217";
			when : "A1&A2&!B1&!B2&C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A1&!B2&!C1) | (!A2&!B1&!C1) | (!A2&!B2&!C1)";
			max_capacitance : 0.082407;
			max_transition : 1.505508;
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0107555, 0.0116407, 0.0136843, 0.0182911, 0.0289097, 0.0531617, 0.1103253", \
					  "0.0104577, 0.0113248, 0.0133585, 0.0179434, 0.0285134, 0.0529967, 0.1102916", \
					  "0.0103334, 0.0111768, 0.0131370, 0.0177291, 0.0283043, 0.0527182, 0.1097006", \
					  "0.0103062, 0.0110693, 0.0129689, 0.0174791, 0.0279053, 0.0528260, 0.1093816", \
					  "0.0101008, 0.0109032, 0.0129710, 0.0174894, 0.0279320, 0.0519190, 0.1097425", \
					  "0.0103566, 0.0111627, 0.0130419, 0.0174726, 0.0277323, 0.0521678, 0.1089933", \
					  "0.0111495, 0.0119187, 0.0137311, 0.0180154, 0.0282581, 0.0520455, 0.1088139");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0002338, -0.0005822, -0.0024934, -0.0070068, -0.0175211, -0.0420477, -0.0994779", \
					  "-6.2800000e-05, -0.0008400, -0.0026885, -0.0071020, -0.0175332, -0.0419871, -0.0993991", \
					  "-0.0005042, -0.0012431, -0.0030052, -0.0073002, -0.0175877, -0.0419902, -0.0993410", \
					  "-0.0007794, -0.0015107, -0.0032170, -0.0075289, -0.0178185, -0.0420285, -0.0993313", \
					  "-0.0009192, -0.0016899, -0.0036360, -0.0078552, -0.0179464, -0.0422615, -0.0994122", \
					  "-0.0009223, -0.0017090, -0.0035892, -0.0079646, -0.0181896, -0.0424069, -0.0996301", \
					  "-0.0002430, -0.0011275, -0.0031366, -0.0077723, -0.0182938, -0.0426489, -0.0997642");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0165535, 0.0173975, 0.0194098, 0.0239630, 0.0343943, 0.0587149, 0.1154378", \
					  "0.0162372, 0.0171050, 0.0191232, 0.0237886, 0.0342934, 0.0586284, 0.1158065", \
					  "0.0160385, 0.0168917, 0.0188777, 0.0234461, 0.0339880, 0.0584287, 0.1156624", \
					  "0.0159061, 0.0167333, 0.0186895, 0.0232093, 0.0336910, 0.0581673, 0.1155144", \
					  "0.0157666, 0.0165972, 0.0185017, 0.0229702, 0.0335470, 0.0580299, 0.1147445", \
					  "0.0157487, 0.0165741, 0.0185167, 0.0229422, 0.0333970, 0.0576869, 0.1149866", \
					  "0.0156177, 0.0165115, 0.0184729, 0.0230261, 0.0334846, 0.0577364, 0.1147495");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0082282, 0.0074112, 0.0055114, 0.0010516, -0.0093432, -0.0335450, -0.0906253", \
					  "0.0081367, 0.0073248, 0.0054166, 0.0009601, -0.0094257, -0.0336527, -0.0907351", \
					  "0.0079985, 0.0071951, 0.0052938, 0.0008725, -0.0095402, -0.0337638, -0.0908442", \
					  "0.0077941, 0.0069929, 0.0051078, 0.0007457, -0.0096164, -0.0338767, -0.0909882", \
					  "0.0076401, 0.0068267, 0.0049207, 0.0004804, -0.0098382, -0.0340138, -0.0910538", \
					  "0.0079990, 0.0072032, 0.0052987, 0.0008483, -0.0095445, -0.0340973, -0.0911523", \
					  "0.0083502, 0.0075287, 0.0056092, 0.0011145, -0.0090825, -0.0336021, -0.0912588");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0215538, 0.0223922, 0.0242737, 0.0287812, 0.0392320, 0.0634279, 0.1201360", \
					  "0.0213390, 0.0221791, 0.0241085, 0.0286147, 0.0390442, 0.0633793, 0.1201255", \
					  "0.0211302, 0.0219353, 0.0238344, 0.0283197, 0.0389094, 0.0632243, 0.1199641", \
					  "0.0209493, 0.0218404, 0.0237133, 0.0281746, 0.0386730, 0.0630665, 0.1198303", \
					  "0.0207974, 0.0216098, 0.0235195, 0.0279941, 0.0384288, 0.0628117, 0.1196108", \
					  "0.0207589, 0.0215874, 0.0235196, 0.0279552, 0.0383669, 0.0626998, 0.1196145", \
					  "0.0205370, 0.0214137, 0.0233588, 0.0278863, 0.0383861, 0.0627099, 0.1194216");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0091844, 0.0083614, 0.0064631, 0.0020255, -0.0083691, -0.0325956, -0.0896446", \
					  "0.0090579, 0.0082390, 0.0063494, 0.0018976, -0.0084951, -0.0327190, -0.0897656", \
					  "0.0088905, 0.0081017, 0.0061884, 0.0017374, -0.0086543, -0.0328735, -0.0899477", \
					  "0.0086944, 0.0079005, 0.0060170, 0.0016156, -0.0087338, -0.0330138, -0.0900904", \
					  "0.0085854, 0.0077688, 0.0058750, 0.0014752, -0.0088855, -0.0330476, -0.0900466", \
					  "0.0089721, 0.0081581, 0.0062621, 0.0018630, -0.0085814, -0.0332909, -0.0902963", \
					  "0.0092559, 0.0084457, 0.0065471, 0.0020802, -0.0083917, -0.0328699, -0.0902144");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0111420, 0.0120291, 0.0140128, 0.0185835, 0.0291127, 0.0535556, 0.1104101", \
					  "0.0108458, 0.0116986, 0.0137222, 0.0183339, 0.0289178, 0.0533015, 0.1106936", \
					  "0.0106002, 0.0114839, 0.0134245, 0.0179953, 0.0285738, 0.0531030, 0.1109475", \
					  "0.0104778, 0.0113242, 0.0132379, 0.0177554, 0.0282975, 0.0527686, 0.1097541", \
					  "0.0103084, 0.0111408, 0.0130966, 0.0176123, 0.0280558, 0.0523790, 0.1099835", \
					  "0.0103422, 0.0111459, 0.0130628, 0.0175420, 0.0280289, 0.0522560, 0.1097120", \
					  "0.0100582, 0.0109665, 0.0129774, 0.0174600, 0.0278900, 0.0523434, 0.1099095");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0053091, 0.0045040, 0.0026122, -0.0018050, -0.0121725, -0.0365639, -0.0938733", \
					  "0.0052579, 0.0044498, 0.0025595, -0.0018446, -0.0122014, -0.0365886, -0.0938994", \
					  "0.0051423, 0.0043433, 0.0025071, -0.0019090, -0.0122437, -0.0366196, -0.0938977", \
					  "0.0049028, 0.0041187, 0.0022666, -0.0020876, -0.0123376, -0.0367192, -0.0939618", \
					  "0.0048292, 0.0040457, 0.0021806, -0.0021988, -0.0125851, -0.0368894, -0.0939963", \
					  "0.0047718, 0.0039855, 0.0021336, -0.0023215, -0.0127321, -0.0370941, -0.0942268", \
					  "0.0048894, 0.0040635, 0.0021275, -0.0024533, -0.0128530, -0.0370901, -0.0943557");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0160006, 0.0168165, 0.0187538, 0.0232572, 0.0336820, 0.0580249, 0.1146129", \
					  "0.0157511, 0.0165876, 0.0185292, 0.0230515, 0.0335498, 0.0579210, 0.1147052", \
					  "0.0155075, 0.0163182, 0.0182462, 0.0227714, 0.0333571, 0.0577621, 0.1145631", \
					  "0.0153752, 0.0161998, 0.0181252, 0.0226190, 0.0331206, 0.0575582, 0.1143386", \
					  "0.0152017, 0.0160048, 0.0179621, 0.0224435, 0.0328551, 0.0572518, 0.1141244", \
					  "0.0151907, 0.0159912, 0.0178829, 0.0223629, 0.0328760, 0.0572120, 0.1140503", \
					  "0.0148238, 0.0157527, 0.0178715, 0.0223183, 0.0327644, 0.0573054, 0.1141987");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001170764, 0.002741377, 0.006419012, 0.0150303, 0.03519387, 0.08240744");
					values("0.0061944, 0.0053847, 0.0034921, -0.0009224, -0.0112813, -0.0356933, -0.0929925", \
					  "0.0061381, 0.0053283, 0.0034408, -0.0009636, -0.0113194, -0.0357238, -0.0929985", \
					  "0.0060343, 0.0052400, 0.0033629, -0.0010292, -0.0113750, -0.0357474, -0.0930415", \
					  "0.0057666, 0.0049756, 0.0031538, -0.0011866, -0.0114641, -0.0358108, -0.0930830", \
					  "0.0058210, 0.0050191, 0.0031655, -0.0012100, -0.0116863, -0.0358643, -0.0931111", \
					  "0.0056609, 0.0048783, 0.0030146, -0.0013905, -0.0117219, -0.0361553, -0.0933244", \
					  "0.0057929, 0.0049946, 0.0031235, -0.0013520, -0.0118246, -0.0361686, -0.0934054");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
					values("0.1526850, 0.1620497, 0.1829450, 0.2299639, 0.3362221, 0.5827611, 1.1586268", \
					  "0.1569998, 0.1659122, 0.1869440, 0.2343933, 0.3420933, 0.5891974, 1.1661857", \
					  "0.1715067, 0.1802479, 0.2010127, 0.2477012, 0.3551981, 0.6037122, 1.1810598", \
					  "0.2076945, 0.2164759, 0.2368502, 0.2830163, 0.3904604, 0.6385797, 1.2174636", \
					  "0.2884055, 0.2970609, 0.3172451, 0.3634607, 0.4700658, 0.7198936, 1.3009791", \
					  "0.4509393, 0.4613764, 0.4848625, 0.5356571, 0.6435714, 0.8903263, 1.4724972", \
					  "0.7549115, 0.7700578, 0.8037755, 0.8719814, 1.0085979, 1.2770320, 1.8567361");
				}
				rise_transition ("del_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("0.0829464, 0.0939723, 0.1197460, 0.1795707, 0.3206288, 0.6496430, 1.4201892", \
					  "0.0833032, 0.0938345, 0.1198168, 0.1801156, 0.3210485, 0.6486008, 1.4219019", \
					  "0.0832564, 0.0943304, 0.1199963, 0.1803957, 0.3210169, 0.6494297, 1.4211700", \
					  "0.0833066, 0.0943087, 0.1200446, 0.1804435, 0.3210159, 0.6490401, 1.4220428", \
					  "0.0846030, 0.0950467, 0.1206752, 0.1802638, 0.3219817, 0.6504393, 1.4181539", \
					  "0.1044026, 0.1148921, 0.1390034, 0.1924691, 0.3262035, 0.6504514, 1.4197531", \
					  "0.1594642, 0.1704466, 0.1978683, 0.2586117, 0.3887282, 0.6807338, 1.4236771");
				}
				cell_fall ("del_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("0.0191212, 0.0208682, 0.0249032, 0.0338574, 0.0533791, 0.0961188, 0.1914549", \
					  "0.0240641, 0.0257346, 0.0296066, 0.0383182, 0.0575332, 0.1001848, 0.1954158", \
					  "0.0349518, 0.0368556, 0.0409394, 0.0492372, 0.0679450, 0.1100073, 0.2051339", \
					  "0.0507063, 0.0533736, 0.0590936, 0.0707853, 0.0922293, 0.1336502, 0.2279234", \
					  "0.0695056, 0.0736497, 0.0818949, 0.0985918, 0.1300339, 0.1853612, 0.2819926", \
					  "0.0835925, 0.0896460, 0.1021702, 0.1275131, 0.1729569, 0.2562900, 0.3936808", \
					  "0.0636598, 0.0727660, 0.0924761, 0.1319759, 0.2063061, 0.3337405, 0.5412691");
				}
				fall_transition ("del_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("0.0194931, 0.0217344, 0.0268009, 0.0380316, 0.0625411, 0.1168549, 0.2424728", \
					  "0.0195025, 0.0215150, 0.0263292, 0.0373698, 0.0620792, 0.1168592, 0.2420263", \
					  "0.0245504, 0.0260254, 0.0296264, 0.0389117, 0.0615980, 0.1162675, 0.2421801", \
					  "0.0361605, 0.0381964, 0.0425136, 0.0521082, 0.0702927, 0.1181369, 0.2412119", \
					  "0.0560395, 0.0602280, 0.0662658, 0.0781747, 0.1019607, 0.1452170, 0.2508712", \
					  "0.0928380, 0.0978233, 0.1075059, 0.1254557, 0.1615548, 0.2189716, 0.3220143", \
					  "0.1578653, 0.1651102, 0.1801234, 0.2098518, 0.2623232, 0.3489666, 0.4922125");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
					values("0.1788351, 0.1873298, 0.2062638, 0.2497324, 0.3503532, 0.5843682, 1.1302252", \
					  "0.1840407, 0.1923551, 0.2114514, 0.2552873, 0.3564569, 0.5905192, 1.1366000", \
					  "0.1982612, 0.2062626, 0.2253037, 0.2685847, 0.3709904, 0.6057574, 1.1523749", \
					  "0.2338284, 0.2423250, 0.2611541, 0.3049531, 0.4060939, 0.6408549, 1.1883723", \
					  "0.3138670, 0.3220028, 0.3405234, 0.3843997, 0.4854546, 0.7200836, 1.2670749", \
					  "0.4774811, 0.4869694, 0.5080124, 0.5549492, 0.6562594, 0.8907291, 1.4374368", \
					  "0.7858568, 0.7989869, 0.8285190, 0.8895246, 1.0161184, 1.2711350, 1.8184613");
				}
				rise_transition ("del_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("0.1012643, 0.1118377, 0.1363800, 0.1938885, 0.3278084, 0.6397221, 1.3679327", \
					  "0.1013447, 0.1117586, 0.1365364, 0.1940247, 0.3277358, 0.6394282, 1.3703252", \
					  "0.1014506, 0.1118986, 0.1365187, 0.1940184, 0.3280113, 0.6401218, 1.3678251", \
					  "0.1015170, 0.1120765, 0.1364734, 0.1939769, 0.3276737, 0.6395672, 1.3677253", \
					  "0.1021093, 0.1124279, 0.1368574, 0.1942302, 0.3280876, 0.6389911, 1.3668405", \
					  "0.1204493, 0.1303357, 0.1529850, 0.2054659, 0.3328801, 0.6402228, 1.3687741", \
					  "0.1753282, 0.1868142, 0.2132273, 0.2704958, 0.3947250, 0.6733744, 1.3711714");
				}
				cell_fall ("del_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("0.0238154, 0.0255616, 0.0295933, 0.0385188, 0.0581121, 0.1008277, 0.1961407", \
					  "0.0288026, 0.0305309, 0.0344649, 0.0433009, 0.0627816, 0.1054111, 0.2006325", \
					  "0.0397527, 0.0416110, 0.0456436, 0.0542504, 0.0734352, 0.1158831, 0.2110758", \
					  "0.0576029, 0.0601255, 0.0655197, 0.0765053, 0.0978134, 0.1401697, 0.2352464", \
					  "0.0824154, 0.0859995, 0.0937334, 0.1094178, 0.1393080, 0.1920798, 0.2911892", \
					  "0.1096790, 0.1151556, 0.1269426, 0.1507494, 0.1952540, 0.2734095, 0.4037782", \
					  "0.1169808, 0.1255946, 0.1441930, 0.1820263, 0.2527323, 0.3749476, 0.5735559");
				}
				fall_transition ("del_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("0.0196083, 0.0217912, 0.0268339, 0.0380106, 0.0625855, 0.1169874, 0.2414852", \
					  "0.0193647, 0.0214715, 0.0264593, 0.0376075, 0.0622507, 0.1167730, 0.2419434", \
					  "0.0223649, 0.0240011, 0.0281936, 0.0381704, 0.0616117, 0.1163342, 0.2421510", \
					  "0.0324090, 0.0342749, 0.0381871, 0.0473475, 0.0672755, 0.1172664, 0.2418479", \
					  "0.0508278, 0.0532944, 0.0588931, 0.0701597, 0.0913745, 0.1353275, 0.2473343", \
					  "0.0831889, 0.0866468, 0.0939835, 0.1100965, 0.1399718, 0.1933056, 0.2974375", \
					  "0.1427206, 0.1482237, 0.1592258, 0.1833050, 0.2265077, 0.3028169, 0.4359846");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
					values("0.1182490, 0.1277368, 0.1494790, 0.1984063, 0.3104007, 0.5716275, 1.1735722", \
					  "0.1215203, 0.1309645, 0.1530171, 0.2019610, 0.3149891, 0.5742732, 1.1834042", \
					  "0.1349955, 0.1440371, 0.1654588, 0.2138451, 0.3261054, 0.5869896, 1.1990787", \
					  "0.1692251, 0.1781972, 0.1993975, 0.2471847, 0.3606976, 0.6201913, 1.2278949", \
					  "0.2471513, 0.2563925, 0.2772680, 0.3252442, 0.4374469, 0.6991185, 1.3074241", \
					  "0.3978409, 0.4109127, 0.4390816, 0.4982264, 0.6145065, 0.8752777, 1.4844755", \
					  "0.6733705, 0.6949991, 0.7404578, 0.8295132, 0.9922860, 1.2870339, 1.8983399");
				}
				rise_transition ("del_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("0.0815536, 0.0930864, 0.1203313, 0.1834401, 0.3305425, 0.6746143, 1.4781601", \
					  "0.0818789, 0.0933693, 0.1203309, 0.1832396, 0.3301515, 0.6748542, 1.4848877", \
					  "0.0819442, 0.0934569, 0.1203602, 0.1832335, 0.3302981, 0.6736951, 1.5055076", \
					  "0.0817917, 0.0932056, 0.1203871, 0.1832121, 0.3308324, 0.6736136, 1.4797601", \
					  "0.0877723, 0.0978132, 0.1232119, 0.1838111, 0.3310557, 0.6741906, 1.4806293", \
					  "0.1221172, 0.1336404, 0.1576196, 0.2119731, 0.3422517, 0.6731612, 1.4811397", \
					  "0.2033615, 0.2168143, 0.2468792, 0.3082055, 0.4340825, 0.7208845, 1.4906023");
				}
				cell_fall ("del_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("0.0202165, 0.0218359, 0.0254811, 0.0334530, 0.0511225, 0.0909390, 0.1825840", \
					  "0.0246470, 0.0262109, 0.0297556, 0.0377022, 0.0553486, 0.0949797, 0.1866585", \
					  "0.0342895, 0.0360957, 0.0399389, 0.0478260, 0.0651679, 0.1048624, 0.1963135", \
					  "0.0469382, 0.0496185, 0.0552189, 0.0665915, 0.0880959, 0.1274950, 0.2187945", \
					  "0.0590793, 0.0630773, 0.0717006, 0.0890243, 0.1212439, 0.1770448, 0.2729090", \
					  "0.0600799, 0.0663354, 0.0795538, 0.1054181, 0.1570674, 0.2404126, 0.3798621", \
					  "0.0151566, 0.0256179, 0.0481364, 0.0922673, 0.1719943, 0.3058533, 0.5180059");
				}
				fall_transition ("del_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("0.0170870, 0.0188948, 0.0230466, 0.0326250, 0.0547711, 0.1066244, 0.2289719", \
					  "0.0168025, 0.0185432, 0.0225997, 0.0323410, 0.0546733, 0.1068995, 0.2281650", \
					  "0.0211263, 0.0225351, 0.0257780, 0.0339916, 0.0548405, 0.1066593, 0.2285518", \
					  "0.0312786, 0.0333881, 0.0383718, 0.0468317, 0.0647962, 0.1098546, 0.2286604", \
					  "0.0499784, 0.0530394, 0.0596009, 0.0720558, 0.0964250, 0.1396031, 0.2402610", \
					  "0.0860265, 0.0909679, 0.1011610, 0.1208295, 0.1530832, 0.2146604, 0.3179190", \
					  "0.1542778, 0.1622326, 0.1777427, 0.2075724, 0.2587691, 0.3452178, 0.4875861");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
					values("0.1408787, 0.1489186, 0.1679157, 0.2117387, 0.3129913, 0.5478688, 1.0976130", \
					  "0.1449313, 0.1530220, 0.1722802, 0.2162117, 0.3179066, 0.5532554, 1.1020146", \
					  "0.1578695, 0.1658108, 0.1846559, 0.2287268, 0.3315789, 0.5675262, 1.1168180", \
					  "0.1919546, 0.1999837, 0.2189084, 0.2629241, 0.3645043, 0.6006753, 1.1512016", \
					  "0.2683740, 0.2761895, 0.2950533, 0.3386801, 0.4402287, 0.6760291, 1.2259030", \
					  "0.4246064, 0.4347339, 0.4580746, 0.5088716, 0.6144737, 0.8506167, 1.4003284", \
					  "0.7111493, 0.7275088, 0.7638262, 0.8385036, 0.9803530, 1.2525248, 1.8058041");
				}
				rise_transition ("del_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("0.0970729, 0.1077250, 0.1323974, 0.1899013, 0.3243126, 0.6381582, 1.3674076", \
					  "0.0972291, 0.1077611, 0.1326072, 0.1899761, 0.3243726, 0.6365187, 1.3660287", \
					  "0.0972952, 0.1078282, 0.1325174, 0.1900825, 0.3239904, 0.6376435, 1.3675452", \
					  "0.0972491, 0.1078352, 0.1325333, 0.1899215, 0.3240347, 0.6373691, 1.3693813", \
					  "0.1008861, 0.1107640, 0.1343630, 0.1904212, 0.3242221, 0.6376936, 1.3666004", \
					  "0.1326746, 0.1429355, 0.1655524, 0.2147259, 0.3363089, 0.6374274, 1.3677327", \
					  "0.2133227, 0.2253184, 0.2524095, 0.3104504, 0.4267702, 0.6911166, 1.3729327");
				}
				cell_fall ("del_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("0.0246019, 0.0262047, 0.0298323, 0.0378283, 0.0554989, 0.0953373, 0.1870225", \
					  "0.0292544, 0.0308525, 0.0344545, 0.0424292, 0.0600822, 0.0999257, 0.1915070", \
					  "0.0392390, 0.0410168, 0.0447989, 0.0527701, 0.0703990, 0.1102460, 0.2020291", \
					  "0.0541883, 0.0566240, 0.0619566, 0.0725847, 0.0932400, 0.1339776, 0.2259048", \
					  "0.0719521, 0.0756730, 0.0836156, 0.0995864, 0.1297300, 0.1831024, 0.2796549", \
					  "0.0841678, 0.0901476, 0.1026131, 0.1279984, 0.1746284, 0.2552148, 0.3875827", \
					  "0.0612983, 0.0710834, 0.0927079, 0.1331673, 0.2102014, 0.3383908, 0.5415779");
				}
				fall_transition ("del_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("0.0170119, 0.0188027, 0.0229561, 0.0324606, 0.0547029, 0.1069734, 0.2281898", \
					  "0.0167801, 0.0185585, 0.0227698, 0.0323995, 0.0546590, 0.1068614, 0.2283268", \
					  "0.0193059, 0.0208131, 0.0243601, 0.0332246, 0.0545736, 0.1067037, 0.2284025", \
					  "0.0280206, 0.0297525, 0.0336282, 0.0423248, 0.0608315, 0.1085539, 0.2288832", \
					  "0.0446574, 0.0471924, 0.0524456, 0.0643195, 0.0852828, 0.1297669, 0.2355347", \
					  "0.0764131, 0.0799230, 0.0877864, 0.1038243, 0.1338345, 0.1884868, 0.2904426", \
					  "0.1365866, 0.1420956, 0.1561807, 0.1797206, 0.2232601, 0.2989788, 0.4282551");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00117076, 0.00274138, 0.00641901, 0.0150303, 0.0351939, 0.0824074");
					values("0.0481729, 0.0548224, 0.0706610, 0.1072196, 0.1917686, 0.3846465, 0.8357944", \
					  "0.0520036, 0.0584672, 0.0740314, 0.1107677, 0.1947869, 0.3886702, 0.8438792", \
					  "0.0652840, 0.0713813, 0.0862357, 0.1221725, 0.2054706, 0.4007880, 0.8521143", \
					  "0.0987574, 0.1046325, 0.1180907, 0.1525130, 0.2356630, 0.4318626, 0.8796834", \
					  "0.1584095, 0.1680043, 0.1871681, 0.2265677, 0.3065789, 0.4981951, 0.9519624", \
					  "0.2594944, 0.2749556, 0.3066528, 0.3676318, 0.4756773, 0.6681635, 1.1177472", \
					  "0.4339993, 0.4578142, 0.5079049, 0.6023388, 0.7696911, 1.0443165, 1.5056395");
				}
				rise_transition ("del_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("0.0556119, 0.0652279, 0.0870332, 0.1366967, 0.2493734, 0.5099117, 1.1183554", \
					  "0.0547615, 0.0642598, 0.0862470, 0.1359857, 0.2486304, 0.5091568, 1.1247319", \
					  "0.0531459, 0.0625385, 0.0849493, 0.1354249, 0.2493163, 0.5092926, 1.1157247", \
					  "0.0594222, 0.0671789, 0.0860655, 0.1334785, 0.2483210, 0.5164474, 1.1172729", \
					  "0.0888042, 0.0965489, 0.1140635, 0.1498974, 0.2496324, 0.5088305, 1.1341470", \
					  "0.1431372, 0.1531434, 0.1757385, 0.2191149, 0.3016319, 0.5216544, 1.1205180", \
					  "0.2388328, 0.2561803, 0.2886045, 0.3505162, 0.4608987, 0.6592183, 1.1588350");
				}
				cell_fall ("del_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("0.0126969, 0.0136643, 0.0158817, 0.0208588, 0.0323016, 0.0588405, 0.1206429", \
					  "0.0170315, 0.0181828, 0.0205913, 0.0254822, 0.0369143, 0.0634317, 0.1252936", \
					  "0.0228328, 0.0246618, 0.0283890, 0.0355370, 0.0480907, 0.0746318, 0.1363847", \
					  "0.0290518, 0.0318970, 0.0376592, 0.0490829, 0.0684720, 0.1004126, 0.1619706", \
					  "0.0318924, 0.0366409, 0.0460992, 0.0639094, 0.0943250, 0.1436048, 0.2215723", \
					  "0.0196117, 0.0270036, 0.0422543, 0.0707669, 0.1199382, 0.1964644, 0.3179320", \
					  "-0.0432612, -0.0298685, -0.0030487, 0.0454989, 0.1265777, 0.2499326, 0.4388009");
				}
				fall_transition ("del_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("0.0071836, 0.0083635, 0.0110753, 0.0174720, 0.0324689, 0.0675350, 0.1506958", \
					  "0.0090099, 0.0098554, 0.0120740, 0.0178869, 0.0323488, 0.0676538, 0.1491412", \
					  "0.0145755, 0.0157551, 0.0183761, 0.0233196, 0.0352753, 0.0676315, 0.1493803", \
					  "0.0248329, 0.0265396, 0.0302422, 0.0375285, 0.0503794, 0.0770410, 0.1502860", \
					  "0.0438992, 0.0465788, 0.0516721, 0.0619872, 0.0822080, 0.1137710, 0.1737975", \
					  "0.0804782, 0.0850890, 0.0932029, 0.1086659, 0.1381482, 0.1838482, 0.2602341", \
					  "0.1512882, 0.1578486, 0.1721365, 0.1967914, 0.2395802, 0.3079932, 0.4205414");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003819;
			capacitance : 0.004004;
			rise_capacitance : 0.004189;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043942, -0.0043980, -0.0044067, -0.0043978, -0.0043770, -0.0043293, -0.0042193");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059167, 0.0059117, 0.0059002, 0.0058968, 0.0058889, 0.0058707, 0.0058288");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004211;
			capacitance : 0.004431;
			rise_capacitance : 0.004652;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054324, -0.0054267, -0.0054135, -0.0054110, -0.0054051, -0.0053916, -0.0053604");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054339, 0.0054307, 0.0054231, 0.0054251, 0.0054298, 0.0054405, 0.0054651");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003807;
			capacitance : 0.004030;
			rise_capacitance : 0.004253;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045078, -0.0045151, -0.0045317, -0.0045218, -0.0044988, -0.0044459, -0.0043240");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059746, 0.0059709, 0.0059624, 0.0059610, 0.0059579, 0.0059507, 0.0059340");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004217;
			capacitance : 0.004482;
			rise_capacitance : 0.004746;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0055820, -0.0055873, -0.0055994, -0.0055996, -0.0056000, -0.0056011, -0.0056034");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056061, 0.0056068, 0.0056085, 0.0056071, 0.0056038, 0.0055962, 0.0055786");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003814;
			capacitance : 0.004107;
			rise_capacitance : 0.004400;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025316, -0.0025298, -0.0025257, -0.0025248, -0.0025228, -0.0025183, -0.0025078");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029363, 0.0029317, 0.0029213, 0.0029378, 0.0029759, 0.0030636, 0.0032658");
				}
			}
		}
	}
	cell ("scs8hd_a221oi_4") {
		area : 26.275200;
		cell_footprint : "a221oi";
		cell_leakage_power : 4.311145e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014439";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0318191";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014430";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0318332";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014432";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0469616";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014391";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0001488";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014424";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0004292";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014442";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0002416";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014442";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0002299";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014391";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0001488";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014424";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0005595";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014442";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0002299";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014442";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0002876";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014391";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0001488";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0015341";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0006333";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014432";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0006658";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0015364";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0002099";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014387";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0001484";
			when : "A1&A2&B1&B2&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A1&!B2&!C1) | (!A2&!B1&!C1) | (!A2&!B2&!C1)";
			max_capacitance : 0.143748;
			max_transition : 1.525669;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0162912, 0.0153425, 0.0129081, 0.0066097, -0.0094502, -0.0505633, -0.1566727", \
					  "0.0160863, 0.0151444, 0.0127033, 0.0064695, -0.0096371, -0.0507367, -0.1568001", \
					  "0.0158916, 0.0149474, 0.0124996, 0.0062506, -0.0098554, -0.0509613, -0.1570623", \
					  "0.0154364, 0.0145093, 0.0121200, 0.0059384, -0.0100344, -0.0512170, -0.1573087", \
					  "0.0150132, 0.0140893, 0.0116771, 0.0055080, -0.0103705, -0.0513106, -0.1573291", \
					  "0.0153762, 0.0144273, 0.0120010, 0.0057555, -0.0104076, -0.0519320, -0.1577676", \
					  "0.0160864, 0.0151231, 0.0126196, 0.0063923, -0.0096238, -0.0508643, -0.1579949");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0318150, 0.0328339, 0.0354237, 0.0417530, 0.0579389, 0.0990390, 0.2052550", \
					  "0.0312191, 0.0322713, 0.0348158, 0.0412680, 0.0576141, 0.0992367, 0.2063300", \
					  "0.0306983, 0.0317331, 0.0343342, 0.0408513, 0.0574473, 0.0987549, 0.2045311", \
					  "0.0304425, 0.0314190, 0.0339068, 0.0404286, 0.0568639, 0.0984902, 0.2042257", \
					  "0.0302051, 0.0311394, 0.0336332, 0.0400553, 0.0560955, 0.0975084, 0.2045802", \
					  "0.0301745, 0.0311078, 0.0336277, 0.0398365, 0.0561130, 0.0978468, 0.2035980", \
					  "0.0300513, 0.0310673, 0.0335255, 0.0399364, 0.0561619, 0.0972530, 0.2028577");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0420508, 0.0430175, 0.0454147, 0.0516607, 0.0677451, 0.1091398, 0.2142552", \
					  "0.0415150, 0.0424450, 0.0449618, 0.0512643, 0.0674140, 0.1086456, 0.2141128", \
					  "0.0411506, 0.0421145, 0.0445872, 0.0509603, 0.0672855, 0.1085348, 0.2140910", \
					  "0.0408323, 0.0417846, 0.0442323, 0.0505906, 0.0668475, 0.1082364, 0.2138391", \
					  "0.0404723, 0.0414737, 0.0438725, 0.0501783, 0.0663683, 0.1076903, 0.2133814", \
					  "0.0404545, 0.0413908, 0.0438315, 0.0500584, 0.0662024, 0.1075122, 0.2131572", \
					  "0.0401176, 0.0410913, 0.0435999, 0.0500039, 0.0662049, 0.1074722, 0.2130137");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0181129, 0.0171673, 0.0147363, 0.0084546, -0.0076045, -0.0487393, -0.1547682", \
					  "0.0178879, 0.0169502, 0.0145082, 0.0082512, -0.0078460, -0.0489505, -0.1550532", \
					  "0.0176184, 0.0166842, 0.0142278, 0.0079491, -0.0081491, -0.0492532, -0.1553712", \
					  "0.0172476, 0.0162983, 0.0138728, 0.0076849, -0.0083586, -0.0495069, -0.1556494", \
					  "0.0169198, 0.0159843, 0.0135781, 0.0073923, -0.0085148, -0.0494469, -0.1556689", \
					  "0.0174468, 0.0164952, 0.0140364, 0.0078188, -0.0082610, -0.0501058, -0.1560232", \
					  "0.0178425, 0.0168877, 0.0144401, 0.0081778, -0.0079027, -0.0494829, -0.1560875");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0212333, 0.0222620, 0.0248784, 0.0313757, 0.0476031, 0.0889482, 0.1944123", \
					  "0.0206378, 0.0216553, 0.0242507, 0.0308228, 0.0473522, 0.0886865, 0.1943033", \
					  "0.0200539, 0.0210541, 0.0236332, 0.0302353, 0.0467251, 0.0885941, 0.1949980", \
					  "0.0197067, 0.0206314, 0.0232906, 0.0296875, 0.0463453, 0.0877593, 0.1940011", \
					  "0.0194096, 0.0203718, 0.0228368, 0.0292081, 0.0456250, 0.0869838, 0.1930136", \
					  "0.0194088, 0.0203290, 0.0227957, 0.0291100, 0.0453071, 0.0870130, 0.1924174", \
					  "0.0191880, 0.0201555, 0.0226381, 0.0289255, 0.0451494, 0.0866055, 0.1923700");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0099993, 0.0090529, 0.0066286, 0.0004096, -0.0155788, -0.0568952, -0.1634510", \
					  "0.0098963, 0.0089612, 0.0065465, 0.0003381, -0.0156337, -0.0569388, -0.1634808", \
					  "0.0097044, 0.0088479, 0.0064419, 0.0002359, -0.0157178, -0.0569893, -0.1634692", \
					  "0.0091393, 0.0082061, 0.0058603, -0.0001470, -0.0160018, -0.0571803, -0.1635719", \
					  "0.0088624, 0.0079357, 0.0055116, -0.0006243, -0.0164629, -0.0572900, -0.1636895", \
					  "0.0087744, 0.0078468, 0.0054657, -0.0007212, -0.0167105, -0.0582026, -0.1641830", \
					  "0.0087556, 0.0077808, 0.0053797, -0.0009260, -0.0169500, -0.0578172, -0.1648069");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0315892, 0.0325484, 0.0350559, 0.0413987, 0.0574931, 0.0986183, 0.2043120", \
					  "0.0309794, 0.0319460, 0.0344775, 0.0408838, 0.0571306, 0.0984085, 0.2041031", \
					  "0.0304153, 0.0314063, 0.0339975, 0.0404629, 0.0567905, 0.0982996, 0.2040734", \
					  "0.0301394, 0.0310908, 0.0336137, 0.0399791, 0.0563398, 0.0977353, 0.2035043", \
					  "0.0298387, 0.0307811, 0.0332594, 0.0395745, 0.0558477, 0.0972030, 0.2031381", \
					  "0.0297465, 0.0307090, 0.0331677, 0.0395693, 0.0557222, 0.0969293, 0.2029778", \
					  "0.0296292, 0.0305507, 0.0330104, 0.0393955, 0.0555722, 0.0968057, 0.2030352");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0123359, 0.0113856, 0.0089507, 0.0027384, -0.0132482, -0.0546114, -0.1610979", \
					  "0.0122227, 0.0112855, 0.0088564, 0.0026494, -0.0133323, -0.0546227, -0.1612497", \
					  "0.0120237, 0.0110935, 0.0086902, 0.0025070, -0.0134476, -0.0547087, -0.1612221", \
					  "0.0115236, 0.0106044, 0.0082569, 0.0021758, -0.0136653, -0.0548492, -0.1613305", \
					  "0.0114290, 0.0105004, 0.0081304, 0.0018162, -0.0140050, -0.0550804, -0.1613231", \
					  "0.0112861, 0.0103500, 0.0079694, 0.0018754, -0.0141633, -0.0557705, -0.1617626", \
					  "0.0112786, 0.0103604, 0.0079000, 0.0016816, -0.0143418, -0.0556471, -0.1622579");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0212822, 0.0223356, 0.0250264, 0.0316532, 0.0482540, 0.0895186, 0.1956145", \
					  "0.0206591, 0.0216998, 0.0243086, 0.0308895, 0.0474786, 0.0890644, 0.1948892", \
					  "0.0201708, 0.0211917, 0.0237291, 0.0302745, 0.0467684, 0.0884189, 0.1953491", \
					  "0.0203031, 0.0212605, 0.0236118, 0.0300052, 0.0462623, 0.0878669, 0.1949138", \
					  "0.0198095, 0.0207705, 0.0232256, 0.0295447, 0.0457941, 0.0870363, 0.1937381", \
					  "0.0203245, 0.0212642, 0.0237179, 0.0299240, 0.0461430, 0.0870940, 0.1934924", \
					  "0.0217644, 0.0226482, 0.0249551, 0.0310003, 0.0470666, 0.0867387, 0.1947633");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0012741, 0.0003351, -0.0020957, -0.0084123, -0.0246715, -0.0662281, -0.1729974", \
					  "0.0007539, -0.0001493, -0.0024922, -0.0086465, -0.0246901, -0.0661211, -0.1728434", \
					  "-5.3600000e-05, -0.0009068, -0.0031562, -0.0091245, -0.0248832, -0.0660823, -0.1726999", \
					  "-0.0005795, -0.0014247, -0.0036369, -0.0096710, -0.0253196, -0.0662747, -0.1726827", \
					  "-0.0009083, -0.0017938, -0.0040742, -0.0099899, -0.0254992, -0.0666367, -0.1728157", \
					  "-0.0011063, -0.0020395, -0.0044096, -0.0104630, -0.0265789, -0.0670027, -0.1732753", \
					  "-0.0002185, -0.0011963, -0.0037446, -0.0101053, -0.0263453, -0.0672828, -0.1738282");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.1714404, 0.1780179, 0.1942675, 0.2344054, 0.3335874, 0.5882415, 1.2328971", \
					  "0.1750858, 0.1813808, 0.1977562, 0.2384579, 0.3393130, 0.5920828, 1.2457322", \
					  "0.1883832, 0.1946212, 0.2113096, 0.2518433, 0.3531302, 0.6087935, 1.2555863", \
					  "0.2247920, 0.2310539, 0.2469692, 0.2867621, 0.3877515, 0.6424919, 1.2912412", \
					  "0.3059434, 0.3121574, 0.3277318, 0.3674425, 0.4672981, 0.7234293, 1.3743293", \
					  "0.4720388, 0.4795951, 0.4977568, 0.5404978, 0.6416611, 0.8958099, 1.5439209", \
					  "0.7888805, 0.7994967, 0.8241705, 0.8807982, 1.0063440, 1.2805728, 1.9312179");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0923990, 0.1000801, 0.1200025, 0.1707185, 0.3018766, 0.6369602, 1.4997025", \
					  "0.0927397, 0.1002002, 0.1202102, 0.1708324, 0.3009391, 0.6382996, 1.5256690", \
					  "0.0928426, 0.1004621, 0.1202205, 0.1709072, 0.3038591, 0.6371216, 1.4942588", \
					  "0.0929562, 0.1006722, 0.1205664, 0.1712692, 0.3028729, 0.6376544, 1.4958840", \
					  "0.0939674, 0.1013521, 0.1209765, 0.1714849, 0.3016608, 0.6368216, 1.5030879", \
					  "0.1113465, 0.1183166, 0.1364235, 0.1826248, 0.3074124, 0.6426914, 1.4982106", \
					  "0.1601560, 0.1679436, 0.1888951, 0.2395980, 0.3637544, 0.6645869, 1.4965600");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0207164, 0.0219159, 0.0250639, 0.0326618, 0.0509016, 0.0940577, 0.1982165", \
					  "0.0255545, 0.0267392, 0.0297337, 0.0370785, 0.0550712, 0.0981126, 0.2021449", \
					  "0.0366511, 0.0379660, 0.0411345, 0.0480764, 0.0653415, 0.1078875, 0.2119517", \
					  "0.0526680, 0.0544947, 0.0588929, 0.0688489, 0.0896742, 0.1314436, 0.2350728", \
					  "0.0717815, 0.0744135, 0.0807671, 0.0951595, 0.1250028, 0.1809040, 0.2881385", \
					  "0.0841672, 0.0881090, 0.0975697, 0.1189532, 0.1640033, 0.2490341, 0.3972803", \
					  "0.0580353, 0.0641145, 0.0783150, 0.1116242, 0.1802920, 0.3094208, 0.5411721");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0235539, 0.0251524, 0.0292890, 0.0393904, 0.0636332, 0.1222241, 0.2700256", \
					  "0.0231769, 0.0246877, 0.0286202, 0.0385482, 0.0630949, 0.1218603, 0.2697907", \
					  "0.0274700, 0.0286882, 0.0317428, 0.0401093, 0.0625998, 0.1213770, 0.2698499", \
					  "0.0382600, 0.0398177, 0.0436257, 0.0525716, 0.0720665, 0.1234649, 0.2693984", \
					  "0.0585449, 0.0606701, 0.0657818, 0.0766286, 0.0998910, 0.1505301, 0.2782254", \
					  "0.0947897, 0.0980351, 0.1059065, 0.1211591, 0.1545024, 0.2176404, 0.3469537", \
					  "0.1612483, 0.1662213, 0.1780866, 0.2046006, 0.2558192, 0.3505708, 0.5121900");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.1950720, 0.2006881, 0.2147336, 0.2505886, 0.3410830, 0.5712232, 1.1608694", \
					  "0.1991792, 0.2049269, 0.2191344, 0.2554480, 0.3463137, 0.5767397, 1.1659143", \
					  "0.2138310, 0.2192496, 0.2336911, 0.2700490, 0.3615422, 0.5923956, 1.1819113", \
					  "0.2496581, 0.2550770, 0.2691569, 0.3053405, 0.3966208, 0.6279566, 1.2186075", \
					  "0.3291803, 0.3351722, 0.3490302, 0.3849764, 0.4760508, 0.7071782, 1.2978382", \
					  "0.4958156, 0.5021507, 0.5177022, 0.5558901, 0.6470449, 0.8780392, 1.4685109", \
					  "0.8130817, 0.8215734, 0.8420760, 0.8911462, 1.0042176, 1.2562501, 1.8471676");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.1116569, 0.1187104, 0.1367439, 0.1835115, 0.3030015, 0.6090426, 1.3929474", \
					  "0.1116646, 0.1186113, 0.1369761, 0.1834349, 0.3032769, 0.6091576, 1.3924301", \
					  "0.1118531, 0.1187882, 0.1370299, 0.1835244, 0.3032051, 0.6093790, 1.3930064", \
					  "0.1119288, 0.1189322, 0.1370139, 0.1836641, 0.3029679, 0.6096003, 1.3929793", \
					  "0.1123891, 0.1193941, 0.1373967, 0.1838603, 0.3030011, 0.6090102, 1.3924352", \
					  "0.1280938, 0.1345696, 0.1511809, 0.1941272, 0.3086463, 0.6093243, 1.3912355", \
					  "0.1777803, 0.1845218, 0.2041741, 0.2511923, 0.3643871, 0.6411755, 1.3957456");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0257556, 0.0270161, 0.0301088, 0.0376806, 0.0559211, 0.0990836, 0.2032108", \
					  "0.0305310, 0.0317599, 0.0347653, 0.0423235, 0.0603154, 0.1033632, 0.2077164", \
					  "0.0409201, 0.0421677, 0.0452075, 0.0525378, 0.0703547, 0.1131170, 0.2172158", \
					  "0.0579087, 0.0595841, 0.0636470, 0.0727907, 0.0927620, 0.1355590, 0.2398639", \
					  "0.0814637, 0.0838095, 0.0895075, 0.1025455, 0.1298986, 0.1829441, 0.2906160", \
					  "0.1058398, 0.1093958, 0.1179670, 0.1376153, 0.1778133, 0.2552014, 0.3941051", \
					  "0.1064299, 0.1119753, 0.1254767, 0.1563477, 0.2208853, 0.3409421, 0.5505825");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0236127, 0.0252450, 0.0292779, 0.0394127, 0.0636443, 0.1222718, 0.2699007", \
					  "0.0232371, 0.0248348, 0.0288145, 0.0388992, 0.0632824, 0.1221184, 0.2700149", \
					  "0.0254565, 0.0267417, 0.0302524, 0.0393961, 0.0626321, 0.1216414, 0.2700243", \
					  "0.0345487, 0.0358689, 0.0392699, 0.0476414, 0.0681254, 0.1222596, 0.2695557", \
					  "0.0524596, 0.0542077, 0.0584670, 0.0678704, 0.0894054, 0.1404228, 0.2740797", \
					  "0.0842978, 0.0866262, 0.0924308, 0.1049124, 0.1335048, 0.1910045, 0.3194304", \
					  "0.1439820, 0.1475500, 0.1561703, 0.1752468, 0.2157193, 0.2932684, 0.4467662");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.1280313, 0.1344225, 0.1505381, 0.1910060, 0.2922116, 0.5465972, 1.1960780", \
					  "0.1304419, 0.1368132, 0.1532972, 0.1942137, 0.2958869, 0.5511607, 1.2024569", \
					  "0.1424891, 0.1487358, 0.1654235, 0.2060663, 0.3078671, 0.5646869, 1.2224836", \
					  "0.1772441, 0.1834978, 0.1990353, 0.2390120, 0.3410331, 0.5971701, 1.2510745", \
					  "0.2559299, 0.2620853, 0.2777731, 0.3171408, 0.4178246, 0.6745944, 1.3278245", \
					  "0.4105674, 0.4196230, 0.4404143, 0.4888256, 0.5947208, 0.8507763, 1.5075063", \
					  "0.7011772, 0.7141561, 0.7482526, 0.8193026, 0.9697021, 1.2629288, 1.9209456");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0868730, 0.0945609, 0.1145923, 0.1659019, 0.2975107, 0.6344125, 1.4997953", \
					  "0.0868084, 0.0947004, 0.1146359, 0.1660551, 0.2974168, 0.6331471, 1.4990380", \
					  "0.0868500, 0.0947207, 0.1146485, 0.1657465, 0.2970460, 0.6353363, 1.5074610", \
					  "0.0869681, 0.0947248, 0.1145757, 0.1661076, 0.3002310, 0.6331989, 1.4973842", \
					  "0.0912336, 0.0985249, 0.1174086, 0.1665664, 0.2992499, 0.6344646, 1.4998003", \
					  "0.1229895, 0.1307603, 0.1491680, 0.1936063, 0.3103304, 0.6399911, 1.4979527", \
					  "0.1997153, 0.2088154, 0.2311593, 0.2822724, 0.3994959, 0.6828631, 1.4991819");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0232557, 0.0244899, 0.0274464, 0.0346892, 0.0520993, 0.0948408, 0.2021336", \
					  "0.0275666, 0.0287719, 0.0317101, 0.0389111, 0.0562135, 0.0989084, 0.2061659", \
					  "0.0376799, 0.0391431, 0.0420598, 0.0490188, 0.0661923, 0.1084561, 0.2159102", \
					  "0.0514240, 0.0532642, 0.0576988, 0.0677595, 0.0888286, 0.1312122, 0.2385478", \
					  "0.0638467, 0.0665997, 0.0742540, 0.0896013, 0.1211910, 0.1796923, 0.2914223", \
					  "0.0654428, 0.0697969, 0.0802785, 0.1033762, 0.1514585, 0.2443668, 0.4015294", \
					  "0.0176996, 0.0244801, 0.0421428, 0.0804912, 0.1592220, 0.3008016, 0.5448467");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0210145, 0.0223710, 0.0257816, 0.0346209, 0.0569854, 0.1148340, 0.2640547", \
					  "0.0203580, 0.0217221, 0.0252129, 0.0342552, 0.0569270, 0.1148649, 0.2640802", \
					  "0.0236062, 0.0250576, 0.0278580, 0.0355088, 0.0567742, 0.1149068, 0.2643812", \
					  "0.0333764, 0.0349461, 0.0384766, 0.0470575, 0.0661165, 0.1174839, 0.2646729", \
					  "0.0534438, 0.0557372, 0.0598325, 0.0715507, 0.0959279, 0.1469739, 0.2728290", \
					  "0.0891979, 0.0926397, 0.1007849, 0.1184752, 0.1544644, 0.2182776, 0.3443795", \
					  "0.1556318, 0.1617481, 0.1737498, 0.2019523, 0.2555071, 0.3527672, 0.5178882");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.1598452, 0.1653463, 0.1799379, 0.2165503, 0.3085318, 0.5423712, 1.1411008", \
					  "0.1633160, 0.1688165, 0.1832347, 0.2203701, 0.3128230, 0.5472835, 1.1461501", \
					  "0.1750874, 0.1808211, 0.1960442, 0.2330526, 0.3262418, 0.5612548, 1.1608462", \
					  "0.2094764, 0.2148786, 0.2296060, 0.2663776, 0.3586378, 0.5942926, 1.1945569", \
					  "0.2859962, 0.2917505, 0.3059944, 0.3421766, 0.4346775, 0.6698758, 1.2710833", \
					  "0.4473616, 0.4538357, 0.4708242, 0.5130488, 0.6090596, 0.8438784, 1.4442881", \
					  "0.7494906, 0.7602795, 0.7855831, 0.8458484, 0.9755481, 1.2437485, 1.8482412");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.1097921, 0.1168996, 0.1354782, 0.1828891, 0.3041863, 0.6141470, 1.4090427", \
					  "0.1098229, 0.1169285, 0.1354846, 0.1829095, 0.3043198, 0.6146191, 1.4122754", \
					  "0.1097251, 0.1170018, 0.1354804, 0.1827039, 0.3043809, 0.6162092, 1.4086372", \
					  "0.1098608, 0.1169661, 0.1357211, 0.1829092, 0.3044045, 0.6139430, 1.4081172", \
					  "0.1119797, 0.1187909, 0.1365415, 0.1833665, 0.3041628, 0.6147564, 1.4095528", \
					  "0.1411368, 0.1482541, 0.1652306, 0.2067354, 0.3163499, 0.6154606, 1.4135019", \
					  "0.2189906, 0.2266527, 0.2463721, 0.2940418, 0.4024401, 0.6645812, 1.4143522");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0297446, 0.0309221, 0.0338817, 0.0411135, 0.0585317, 0.1011939, 0.2084544", \
					  "0.0341479, 0.0353436, 0.0383003, 0.0455059, 0.0629356, 0.1056385, 0.2127891", \
					  "0.0436735, 0.0449195, 0.0479552, 0.0551376, 0.0724973, 0.1152596, 0.2226147", \
					  "0.0588395, 0.0604514, 0.0643779, 0.0736506, 0.0936529, 0.1370955, 0.2447306", \
					  "0.0769203, 0.0793815, 0.0852739, 0.0987208, 0.1270393, 0.1818690, 0.2948462", \
					  "0.0885807, 0.0924235, 0.1018954, 0.1230939, 0.1669028, 0.2495031, 0.3964582", \
					  "0.0622508, 0.0686050, 0.0843087, 0.1204656, 0.1907699, 0.3222532, 0.5450734");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0208258, 0.0221392, 0.0256268, 0.0344343, 0.0569414, 0.1151102, 0.2641514", \
					  "0.0206600, 0.0219949, 0.0254455, 0.0343143, 0.0569086, 0.1148318, 0.2646832", \
					  "0.0222224, 0.0234277, 0.0265951, 0.0348782, 0.0568085, 0.1148579, 0.2644051", \
					  "0.0300261, 0.0312900, 0.0347794, 0.0426580, 0.0623662, 0.1163450, 0.2642420", \
					  "0.0468796, 0.0486147, 0.0525658, 0.0626852, 0.0847956, 0.1348195, 0.2698343", \
					  "0.0789584, 0.0813164, 0.0873452, 0.1016854, 0.1306449, 0.1894110, 0.3175329", \
					  "0.1407942, 0.1445460, 0.1536644, 0.1758234, 0.2176385, 0.2976390, 0.4495034");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0533634, 0.0580619, 0.0702777, 0.1010220, 0.1775379, 0.3717186, 0.8651725", \
					  "0.0569356, 0.0614787, 0.0731573, 0.1035913, 0.1809325, 0.3753999, 0.8663102", \
					  "0.0693454, 0.0736273, 0.0847563, 0.1145153, 0.1912811, 0.3845273, 0.8813710", \
					  "0.1040673, 0.1078266, 0.1181075, 0.1464508, 0.2214970, 0.4153608, 0.9075831", \
					  "0.1693048, 0.1757167, 0.1905799, 0.2233301, 0.2955920, 0.4876993, 0.9799966", \
					  "0.2802973, 0.2903356, 0.3140437, 0.3656746, 0.4684813, 0.6591323, 1.1487524", \
					  "0.4749788, 0.4911434, 0.5293403, 0.6120164, 0.7667032, 1.0454735, 1.5441309");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0607214, 0.0670161, 0.0833194, 0.1245376, 0.2275173, 0.4829747, 1.1408905", \
					  "0.0595560, 0.0661954, 0.0825658, 0.1235893, 0.2254652, 0.4832077, 1.1422410", \
					  "0.0576371, 0.0643228, 0.0810660, 0.1225701, 0.2259039, 0.4831992, 1.1490724", \
					  "0.0625650, 0.0678575, 0.0820252, 0.1205682, 0.2246793, 0.4852040, 1.1472019", \
					  "0.0908307, 0.0959076, 0.1076737, 0.1369952, 0.2263595, 0.4830393, 1.1440252", \
					  "0.1461848, 0.1528892, 0.1691707, 0.2054632, 0.2842405, 0.4955185, 1.1567037", \
					  "0.2468613, 0.2578043, 0.2848806, 0.3345162, 0.4350258, 0.6312810, 1.1767866");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0127561, 0.0134130, 0.0150164, 0.0190072, 0.0288571, 0.0537674, 0.1174552", \
					  "0.0170605, 0.0178499, 0.0196708, 0.0236806, 0.0335733, 0.0585853, 0.1220770", \
					  "0.0227506, 0.0239611, 0.0268200, 0.0328478, 0.0446081, 0.0691342, 0.1329116", \
					  "0.0285238, 0.0304333, 0.0348684, 0.0443927, 0.0626435, 0.0946935, 0.1584044", \
					  "0.0299501, 0.0329855, 0.0400981, 0.0549451, 0.0834939, 0.1336379, 0.2170635", \
					  "0.0137773, 0.0188038, 0.0306563, 0.0542520, 0.1012785, 0.1789342, 0.3077831", \
					  "-0.0594554, -0.0506519, -0.0303222, 0.0113990, 0.0883506, 0.2153401, 0.4182753");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0075365, 0.0083003, 0.0102569, 0.0152575, 0.0283477, 0.0614925, 0.1469331", \
					  "0.0092871, 0.0098406, 0.0113856, 0.0157625, 0.0283799, 0.0620002, 0.1478285", \
					  "0.0148234, 0.0156216, 0.0175209, 0.0218213, 0.0315159, 0.0623061, 0.1478412", \
					  "0.0248678, 0.0259050, 0.0286393, 0.0347433, 0.0472072, 0.0721410, 0.1491537", \
					  "0.0441402, 0.0456278, 0.0494762, 0.0587831, 0.0768654, 0.1099129, 0.1714528", \
					  "0.0813120, 0.0837691, 0.0903553, 0.1028749, 0.1294715, 0.1777811, 0.2599083", \
					  "0.1524040, 0.1567807, 0.1677995, 0.1881370, 0.2280706, 0.2972069, 0.4159149");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008162;
			capacitance : 0.007801;
			fall_capacitance : 0.007441;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0086867, -0.0087039, -0.0087437, -0.0087230, -0.0086752, -0.0085653, -0.0083116");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0117633, 0.0117513, 0.0117238, 0.0117163, 0.0116991, 0.0116594, 0.0115679");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008055;
			capacitance : 0.008492;
			rise_capacitance : 0.008928;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0106800, -0.0106810, -0.0106832, -0.0106789, -0.0106690, -0.0106462, -0.0105934");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0107413, 0.0107337, 0.0107162, 0.0107189, 0.0107251, 0.0107393, 0.0107722");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007390;
			capacitance : 0.007789;
			rise_capacitance : 0.008188;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0082733, -0.0082919, -0.0083348, -0.0083139, -0.0082658, -0.0081548, -0.0078990");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0119019, 0.0118981, 0.0118894, 0.0118911, 0.0118951, 0.0119042, 0.0119253");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007844;
			capacitance : 0.008322;
			rise_capacitance : 0.008799;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0107991, -0.0107991, -0.0107992, -0.0108012, -0.0108058, -0.0108165, -0.0108410");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0108638, 0.0108593, 0.0108490, 0.0108470, 0.0108426, 0.0108322, 0.0108085");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007442;
			capacitance : 0.008036;
			rise_capacitance : 0.008630;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048944, -0.0049013, -0.0049172, -0.0049114, -0.0048981, -0.0048674, -0.0047966");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0050583, 0.0050550, 0.0050472, 0.0050641, 0.0051028, 0.0051921, 0.0053979");
				}
			}
		}
	}
	cell ("scs8hd_a222oi_1") {
		area : 10.009600;
		cell_footprint : "a222oi";
		cell_leakage_power : 8.068321e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "6.2451807e-05";
			when : "!A1&!A2&!B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "1.5586672e-05";
			when : "!A1&!A2&!B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&!A2&!B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "6.7676340e-05";
			when : "!A1&!A2&!B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0001473";
			when : "!A1&!A2&!B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001004";
			when : "!A1&!A2&!B1&B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&!A2&!B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0001525";
			when : "!A1&!A2&!B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0001249";
			when : "!A1&!A2&B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0007881";
			when : "A1&A2&!B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0004353";
			when : "A1&A2&!B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0004419";
			when : "A1&A2&B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "7.5366600e-05";
			when : "A1&A2&B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007255";
			when : "A1&A2&B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "0.0004418";
			when : "A1&A2&B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0004213";
			when : "A1&A2&B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001721";
			when : "A1&A2&B1&B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0080212";
			when : "A1&A2&B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0004213";
			when : "A1&A2&B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "7.8038230e-05";
			when : "!A1&!A2&B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&!A2&B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "0.0001301";
			when : "!A1&!A2&B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0004221";
			when : "!A1&!A2&B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001726";
			when : "!A1&!A2&B1&B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0080212";
			when : "!A1&!A2&B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0004221";
			when : "!A1&!A2&B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0001396";
			when : "!A1&A2&!B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "9.2775085e-05";
			when : "!A1&A2&!B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&A2&!B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "0.0001449";
			when : "!A1&A2&!B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0002245";
			when : "!A1&A2&!B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001776";
			when : "!A1&A2&!B1&B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&A2&!B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0002297";
			when : "!A1&A2&!B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0002021";
			when : "!A1&A2&B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001552";
			when : "!A1&A2&B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&A2&B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "0.0002073";
			when : "!A1&A2&B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0004221";
			when : "!A1&A2&B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001726";
			when : "!A1&A2&B1&B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0080212";
			when : "!A1&A2&B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0004221";
			when : "!A1&A2&B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "9.8659985e-05";
			when : "A1&!A2&!B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "5.1795814e-05";
			when : "A1&!A2&!B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "A1&!A2&!B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "0.0001039";
			when : "A1&!A2&!B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0001835";
			when : "A1&!A2&!B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001366";
			when : "A1&!A2&!B1&B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "A1&!A2&!B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0001887";
			when : "A1&!A2&!B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0001611";
			when : "A1&!A2&B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001142";
			when : "A1&!A2&B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "A1&!A2&B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "0.0001663";
			when : "A1&!A2&B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0004221";
			when : "A1&!A2&B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0001726";
			when : "A1&!A2&B1&B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0080212";
			when : "A1&!A2&B1&B2&C1&C2";
		}
		leakage_power () {
			value : "0.0004221";
			when : "A1&!A2&B1&B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0004202";
			when : "A1&A2&!B1&!B2&!C1&C2";
		}
		leakage_power () {
			value : "0.0002252";
			when : "A1&A2&!B1&!B2&!C1&!C2";
		}
		leakage_power () {
			value : "0.0007877";
			when : "A1&A2&!B1&!B2&C1&C2";
		}
		leakage_power () {
			value : "0.0004204";
			when : "A1&A2&!B1&!B2&C1&!C2";
		}
		leakage_power () {
			value : "0.0004353";
			when : "A1&A2&!B1&B2&!C1&C2";
		}
		leakage_power () {
			value : "6.7826821e-05";
			when : "A1&A2&!B1&B2&!C1&!C2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			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)";
			max_capacitance : 0.056773;
			max_transition : 1.484536;
			internal_power () {
				related_pin : "B1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0043409, 0.0036312, 0.0020423, -0.0014407, -0.0091694, -0.0262269, -0.0638442", \
					  "0.0043235, 0.0035837, 0.0020068, -0.0014629, -0.0091750, -0.0262126, -0.0638567", \
					  "0.0042839, 0.0035704, 0.0019589, -0.0015148, -0.0092138, -0.0262374, -0.0638619", \
					  "0.0041532, 0.0034491, 0.0018892, -0.0015732, -0.0092879, -0.0263005, -0.0638867", \
					  "0.0041284, 0.0034071, 0.0017904, -0.0016776, -0.0093649, -0.0263603, -0.0639389", \
					  "0.0041570, 0.0034180, 0.0018196, -0.0017275, -0.0094480, -0.0264819, -0.0640274", \
					  "0.0041375, 0.0034192, 0.0017540, -0.0017389, -0.0094910, -0.0265079, -0.0641545");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0081297, 0.0088839, 0.0105510, 0.0141152, 0.0218093, 0.0387254, 0.0759885", \
					  "0.0079855, 0.0087435, 0.0104540, 0.0139756, 0.0217560, 0.0387771, 0.0759890", \
					  "0.0078311, 0.0086111, 0.0102095, 0.0138186, 0.0216665, 0.0387406, 0.0761000", \
					  "0.0077319, 0.0084717, 0.0101668, 0.0136592, 0.0214290, 0.0385179, 0.0758971", \
					  "0.0076427, 0.0083866, 0.0099845, 0.0135800, 0.0212703, 0.0383781, 0.0756703", \
					  "0.0076287, 0.0083587, 0.0099561, 0.0135146, 0.0212677, 0.0382399, 0.0756055", \
					  "0.0074853, 0.0082804, 0.0099175, 0.0134818, 0.0211513, 0.0382118, 0.0754593");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0102479, 0.0109736, 0.0125911, 0.0161180, 0.0238425, 0.0407530, 0.0778655", \
					  "0.0101389, 0.0108702, 0.0124987, 0.0160286, 0.0237534, 0.0407373, 0.0779190", \
					  "0.0100079, 0.0107449, 0.0123904, 0.0159273, 0.0236730, 0.0406568, 0.0778872", \
					  "0.0099131, 0.0106485, 0.0122648, 0.0158062, 0.0235599, 0.0405930, 0.0777536", \
					  "0.0098245, 0.0105535, 0.0121699, 0.0157176, 0.0234430, 0.0404356, 0.0777044", \
					  "0.0097954, 0.0105284, 0.0121456, 0.0156736, 0.0234614, 0.0403537, 0.0776268", \
					  "0.0097137, 0.0104796, 0.0120785, 0.0156371, 0.0233143, 0.0403699, 0.0775843");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0046464, 0.0039211, 0.0023431, -0.0011475, -0.0088604, -0.0259276, -0.0635467", \
					  "0.0046114, 0.0038962, 0.0023164, -0.0011702, -0.0088832, -0.0259457, -0.0635637", \
					  "0.0045645, 0.0038499, 0.0022725, -0.0012055, -0.0089192, -0.0259588, -0.0635726", \
					  "0.0044571, 0.0037547, 0.0021901, -0.0012590, -0.0089621, -0.0260002, -0.0635988", \
					  "0.0044264, 0.0037132, 0.0021056, -0.0013905, -0.0090521, -0.0260351, -0.0636470", \
					  "0.0043959, 0.0037104, 0.0021048, -0.0013953, -0.0091276, -0.0261721, -0.0636866", \
					  "0.0044416, 0.0037197, 0.0021021, -0.0013955, -0.0091469, -0.0261939, -0.0638029");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0052934, 0.0060596, 0.0076932, 0.0112672, 0.0190082, 0.0360305, 0.0733544", \
					  "0.0050840, 0.0058675, 0.0075320, 0.0111163, 0.0189262, 0.0359350, 0.0732004", \
					  "0.0048945, 0.0056683, 0.0073102, 0.0108997, 0.0187495, 0.0359222, 0.0731501", \
					  "0.0047748, 0.0055262, 0.0071640, 0.0107799, 0.0184943, 0.0358248, 0.0734824", \
					  "0.0046860, 0.0054231, 0.0070227, 0.0105899, 0.0184386, 0.0354060, 0.0732434", \
					  "0.0046954, 0.0054225, 0.0072428, 0.0105065, 0.0182757, 0.0353976, 0.0726295", \
					  "0.0046746, 0.0053802, 0.0072062, 0.0107724, 0.0183923, 0.0351645, 0.0727971");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0029182, 0.0021985, 0.0006142, -0.0028863, -0.0106435, -0.0277576, -0.0654460", \
					  "0.0028482, 0.0021492, 0.0005882, -0.0028955, -0.0106294, -0.0277220, -0.0653978", \
					  "0.0027123, 0.0020415, 0.0005131, -0.0029363, -0.0106345, -0.0276984, -0.0653513", \
					  "0.0025143, 0.0018572, 0.0003423, -0.0030725, -0.0106973, -0.0277267, -0.0653549", \
					  "0.0024518, 0.0017810, 0.0002444, -0.0032597, -0.0108884, -0.0278369, -0.0654165", \
					  "0.0022828, 0.0015515, 1.5600000e-05, -0.0034010, -0.0110993, -0.0280860, -0.0655609", \
					  "0.0022868, 0.0015614, -1.4500000e-05, -0.0035478, -0.0113063, -0.0282401, -0.0657569");
				}
			}
			internal_power () {
				related_pin : "C2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0073688, 0.0081157, 0.0097228, 0.0132444, 0.0209553, 0.0378993, 0.0750711", \
					  "0.0072373, 0.0079795, 0.0096076, 0.0131625, 0.0208928, 0.0378255, 0.0750580", \
					  "0.0070648, 0.0078019, 0.0094317, 0.0129950, 0.0208008, 0.0377656, 0.0750217", \
					  "0.0069908, 0.0077261, 0.0093338, 0.0128862, 0.0205898, 0.0376818, 0.0749950", \
					  "0.0068754, 0.0076216, 0.0092298, 0.0127650, 0.0205138, 0.0375176, 0.0748132", \
					  "0.0068946, 0.0076295, 0.0092382, 0.0126927, 0.0204786, 0.0373168, 0.0747179", \
					  "0.0069716, 0.0078039, 0.0093428, 0.0130928, 0.0207018, 0.0375439, 0.0747123");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0030419, 0.0023137, 0.0007249, -0.0027935, -0.0105609, -0.0276794, -0.0653649", \
					  "0.0029846, 0.0022773, 0.0007090, -0.0027926, -0.0105341, -0.0276438, -0.0653232", \
					  "0.0028745, 0.0021845, 0.0006417, -0.0028257, -0.0105346, -0.0276182, -0.0652794", \
					  "0.0026992, 0.0020196, 0.0004871, -0.0029265, -0.0105928, -0.0276274, -0.0652642", \
					  "0.0026253, 0.0019254, 0.0003997, -0.0031117, -0.0107352, -0.0277070, -0.0652919", \
					  "0.0024672, 0.0017631, 0.0001930, -0.0032578, -0.0108764, -0.0279020, -0.0654107", \
					  "0.0024699, 0.0017492, 0.0001528, -0.0033488, -0.0110525, -0.0280295, -0.0655983");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0110677, 0.0117972, 0.0134238, 0.0169812, 0.0247241, 0.0417044, 0.0788262", \
					  "0.0109181, 0.0116594, 0.0133040, 0.0168852, 0.0246313, 0.0416456, 0.0788198", \
					  "0.0107501, 0.0114754, 0.0131782, 0.0167264, 0.0245268, 0.0416369, 0.0788517", \
					  "0.0106429, 0.0113761, 0.0130477, 0.0166067, 0.0243621, 0.0414883, 0.0787548", \
					  "0.0105504, 0.0112853, 0.0128872, 0.0164274, 0.0242333, 0.0411931, 0.0785953", \
					  "0.0105263, 0.0112639, 0.0128667, 0.0163720, 0.0241676, 0.0413715, 0.0786548", \
					  "0.0104713, 0.0112071, 0.0128416, 0.0163701, 0.0240748, 0.0411388, 0.0787472");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0058928, 0.0051916, 0.0035948, 9.0300000e-05, -0.0075685, -0.0245124, -0.0620116", \
					  "0.0058511, 0.0051207, 0.0035304, 3.6400000e-05, -0.0076159, -0.0245632, -0.0620625", \
					  "0.0058029, 0.0050704, 0.0034321, -5.8700000e-05, -0.0077070, -0.0246238, -0.0621347", \
					  "0.0056860, 0.0049608, 0.0033761, -0.0001138, -0.0077571, -0.0247296, -0.0622090", \
					  "0.0055765, 0.0048592, 0.0033046, -0.0001595, -0.0077924, -0.0247440, -0.0622331", \
					  "0.0057560, 0.0050261, 0.0034302, -9.7400000e-05, -0.0078605, -0.0249178, -0.0623247", \
					  "0.0059440, 0.0052098, 0.0036449, 0.0001310, -0.0077289, -0.0247243, -0.0624023");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0132358, 0.0139754, 0.0155731, 0.0190850, 0.0267813, 0.0437135, 0.0809517", \
					  "0.0131402, 0.0138667, 0.0154841, 0.0190118, 0.0267460, 0.0436915, 0.0809133", \
					  "0.0130566, 0.0137946, 0.0154021, 0.0189363, 0.0266735, 0.0436437, 0.0807953", \
					  "0.0129711, 0.0137055, 0.0153180, 0.0188383, 0.0265806, 0.0435804, 0.0808466", \
					  "0.0129050, 0.0136450, 0.0152514, 0.0187911, 0.0264905, 0.0434762, 0.0807738", \
					  "0.0129182, 0.0136424, 0.0152393, 0.0187554, 0.0265108, 0.0434397, 0.0807291", \
					  "0.0128739, 0.0136151, 0.0152359, 0.0188291, 0.0265092, 0.0435207, 0.0807800");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0061581, 0.0054262, 0.0038373, 0.0003394, -0.0073182, -0.0242616, -0.0617666", \
					  "0.0061000, 0.0053747, 0.0037744, 0.0002764, -0.0073780, -0.0243222, -0.0618227", \
					  "0.0060151, 0.0052857, 0.0036837, 0.0001904, -0.0074609, -0.0244038, -0.0619027", \
					  "0.0059395, 0.0052255, 0.0036370, 0.0001470, -0.0075145, -0.0244720, -0.0619759", \
					  "0.0058645, 0.0051500, 0.0035819, 0.0001315, -0.0075617, -0.0244520, -0.0619848", \
					  "0.0060761, 0.0053410, 0.0037272, 0.0002056, -0.0076329, -0.0245870, -0.0620727", \
					  "0.0062795, 0.0055510, 0.0039520, 0.0004182, -0.0073664, -0.0244595, -0.0621100");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1578781, 0.1694260, 0.1943967, 0.2482210, 0.3653992, 0.6218885, 1.1855423", \
					  "0.1628772, 0.1745923, 0.1995841, 0.2537153, 0.3714496, 0.6305453, 1.1923692", \
					  "0.1768537, 0.1884917, 0.2136599, 0.2682728, 0.3866639, 0.6457438, 1.2083287", \
					  "0.2131550, 0.2244119, 0.2493286, 0.3037451, 0.4222423, 0.6796592, 1.2448053", \
					  "0.2945591, 0.3058001, 0.3306750, 0.3844577, 0.5015031, 0.7595644, 1.3250310", \
					  "0.4623874, 0.4761087, 0.5046970, 0.5621300, 0.6800822, 0.9391483, 1.5050114", \
					  "0.7756833, 0.7956042, 0.8368199, 0.9179250, 1.0674782, 1.3404463, 1.9097004");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1049673, 0.1197337, 0.1506664, 0.2210397, 0.3745587, 0.7104746, 1.4497032", \
					  "0.1050650, 0.1197729, 0.1511208, 0.2211153, 0.3742110, 0.7134259, 1.4498164", \
					  "0.1051461, 0.1193334, 0.1507167, 0.2209784, 0.3751162, 0.7132107, 1.4508135", \
					  "0.1051028, 0.1194748, 0.1513057, 0.2210740, 0.3749116, 0.7111445, 1.4504674", \
					  "0.1062909, 0.1201276, 0.1514864, 0.2207687, 0.3746786, 0.7107878, 1.4508275", \
					  "0.1289612, 0.1418263, 0.1695517, 0.2328020, 0.3792194, 0.7179387, 1.4558177", \
					  "0.1998472, 0.2146269, 0.2467415, 0.3126228, 0.4454905, 0.7408356, 1.4579733");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0306447, 0.0341190, 0.0414878, 0.0568807, 0.0887225, 0.1552033, 0.2972235", \
					  "0.0355568, 0.0388707, 0.0461629, 0.0614064, 0.0931327, 0.1597191, 0.3016196", \
					  "0.0476152, 0.0507825, 0.0572892, 0.0721717, 0.1036238, 0.1698933, 0.3117719", \
					  "0.0716387, 0.0756642, 0.0837681, 0.0991536, 0.1293608, 0.1942614, 0.3357293", \
					  "0.1052445, 0.1111615, 0.1230339, 0.1455283, 0.1856180, 0.2536660, 0.3941799", \
					  "0.1514711, 0.1602896, 0.1776655, 0.2113423, 0.2701019, 0.3668016, 0.5295310", \
					  "0.1949506, 0.2086640, 0.2349467, 0.2871811, 0.3809424, 0.5314433, 0.7735421");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0398814, 0.0437962, 0.0522166, 0.0701823, 0.1085374, 0.1919743, 0.3741791", \
					  "0.0390911, 0.0430759, 0.0516183, 0.0697308, 0.1081890, 0.1925013, 0.3747311", \
					  "0.0404637, 0.0438543, 0.0515522, 0.0689180, 0.1077021, 0.1918500, 0.3742234", \
					  "0.0533131, 0.0558984, 0.0614654, 0.0753166, 0.1095498, 0.1906400, 0.3742108", \
					  "0.0815022, 0.0852801, 0.0928504, 0.1076057, 0.1356806, 0.2040322, 0.3751595", \
					  "0.1295777, 0.1348965, 0.1460531, 0.1678579, 0.2087982, 0.2800303, 0.4162715", \
					  "0.2178151, 0.2259267, 0.2450780, 0.2777317, 0.3349138, 0.4372896, 0.6008668");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1736618, 0.1848917, 0.2088861, 0.2615022, 0.3763307, 0.6276240, 1.1796694", \
					  "0.1793640, 0.1903084, 0.2146371, 0.2673755, 0.3823076, 0.6337755, 1.1862078", \
					  "0.1943938, 0.2054323, 0.2296228, 0.2820555, 0.3971337, 0.6492591, 1.2016639", \
					  "0.2292584, 0.2403715, 0.2646615, 0.3174069, 0.4321261, 0.6848853, 1.2378545", \
					  "0.3064161, 0.3174101, 0.3415198, 0.3943417, 0.5093997, 0.7614678, 1.3146126", \
					  "0.4661035, 0.4788104, 0.5058306, 0.5617148, 0.6769127, 0.9287178, 1.4816881", \
					  "0.7608378, 0.7792491, 0.8174627, 0.8924916, 1.0369159, 1.3068405, 1.8607639");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1189955, 0.1329029, 0.1642555, 0.2329653, 0.3840215, 0.7145447, 1.4401792", \
					  "0.1187241, 0.1333733, 0.1642854, 0.2328183, 0.3839732, 0.7146283, 1.4407217", \
					  "0.1189035, 0.1333199, 0.1641327, 0.2331756, 0.3840622, 0.7139834, 1.4403903", \
					  "0.1189491, 0.1334112, 0.1642846, 0.2335702, 0.3839953, 0.7144343, 1.4392816", \
					  "0.1198932, 0.1338211, 0.1643106, 0.2332616, 0.3834789, 0.7136371, 1.4393572", \
					  "0.1413524, 0.1544137, 0.1823198, 0.2445030, 0.3885967, 0.7135920, 1.4398477", \
					  "0.2099990, 0.2249964, 0.2565206, 0.3225274, 0.4554651, 0.7470800, 1.4442607");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0351766, 0.0387077, 0.0459272, 0.0612739, 0.0932575, 0.1596905, 0.3013720", \
					  "0.0405981, 0.0439073, 0.0512487, 0.0665282, 0.0982156, 0.1646322, 0.3064172", \
					  "0.0526674, 0.0559737, 0.0630827, 0.0781346, 0.1098785, 0.1761288, 0.3180572", \
					  "0.0782418, 0.0820985, 0.0899718, 0.1053988, 0.1367284, 0.2030993, 0.3447086", \
					  "0.1196394, 0.1250723, 0.1360569, 0.1570768, 0.1950479, 0.2644249, 0.4064439", \
					  "0.1815827, 0.1897456, 0.2062285, 0.2373444, 0.2934957, 0.3873855, 0.5460393", \
					  "0.2618550, 0.2748999, 0.3007659, 0.3505982, 0.4386388, 0.5822549, 0.8100180");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0396599, 0.0435342, 0.0519808, 0.0699829, 0.1083698, 0.1924868, 0.3746115", \
					  "0.0391915, 0.0431304, 0.0515824, 0.0696224, 0.1081794, 0.1917923, 0.3752968", \
					  "0.0395785, 0.0431575, 0.0512703, 0.0689789, 0.1077450, 0.1918485, 0.3743269", \
					  "0.0477341, 0.0507666, 0.0573903, 0.0728235, 0.1084503, 0.1919878, 0.3747708", \
					  "0.0699989, 0.0732839, 0.0801657, 0.0950834, 0.1252132, 0.1996811, 0.3744604", \
					  "0.1104965, 0.1148858, 0.1246817, 0.1438914, 0.1800753, 0.2493331, 0.4014198", \
					  "0.1839093, 0.1916906, 0.2057756, 0.2337668, 0.2855605, 0.3743882, 0.5350479");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1203686, 0.1316248, 0.1567913, 0.2099475, 0.3270413, 0.5828402, 1.1428896", \
					  "0.1246379, 0.1361816, 0.1613426, 0.2148747, 0.3323731, 0.5879903, 1.1496742", \
					  "0.1375167, 0.1487843, 0.1733045, 0.2281108, 0.3458699, 0.6024551, 1.1645512", \
					  "0.1724118, 0.1834295, 0.2083703, 0.2621671, 0.3786813, 0.6359172, 1.1986845", \
					  "0.2515602, 0.2628051, 0.2873671, 0.3409354, 0.4574406, 0.7163166, 1.2783090", \
					  "0.4102818, 0.4264373, 0.4589938, 0.5220451, 0.6411117, 0.8972954, 1.4642730", \
					  "0.6963909, 0.7229068, 0.7751061, 0.8721480, 1.0380456, 1.3204806, 1.8857926");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0991851, 0.1132801, 0.1446432, 0.2142776, 0.3660157, 0.7008117, 1.4365465", \
					  "0.0993581, 0.1132649, 0.1450043, 0.2144183, 0.3662658, 0.7007019, 1.4363952", \
					  "0.0992843, 0.1133689, 0.1448068, 0.2142216, 0.3667386, 0.7013840, 1.4369859", \
					  "0.0993797, 0.1133234, 0.1447368, 0.2147347, 0.3665777, 0.7010047, 1.4366137", \
					  "0.1039789, 0.1171514, 0.1470618, 0.2147172, 0.3666048, 0.7033565, 1.4363428", \
					  "0.1450720, 0.1573880, 0.1829465, 0.2399364, 0.3763825, 0.7014045, 1.4399864", \
					  "0.2411617, 0.2568312, 0.2888640, 0.3515176, 0.4724410, 0.7457716, 1.4407996");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0304893, 0.0335452, 0.0400163, 0.0537624, 0.0830711, 0.1462598, 0.2843409", \
					  "0.0351495, 0.0379896, 0.0444225, 0.0581743, 0.0874962, 0.1507037, 0.2888224", \
					  "0.0463117, 0.0492012, 0.0551601, 0.0688001, 0.0980839, 0.1612649, 0.2993762", \
					  "0.0670044, 0.0710038, 0.0792061, 0.0945335, 0.1228383, 0.1858961, 0.3237546", \
					  "0.0951465, 0.1012034, 0.1134030, 0.1363639, 0.1769970, 0.2452865, 0.3820737", \
					  "0.1273707, 0.1365325, 0.1549571, 0.1917946, 0.2538111, 0.3554241, 0.5147570", \
					  "0.1482986, 0.1638808, 0.1951122, 0.2520764, 0.3495142, 0.5077267, 0.7524834");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0275034, 0.0310931, 0.0388906, 0.0558109, 0.0936547, 0.1755840, 0.3570474", \
					  "0.0271995, 0.0308015, 0.0386942, 0.0557604, 0.0935600, 0.1759045, 0.3565237", \
					  "0.0286553, 0.0318463, 0.0391588, 0.0557239, 0.0933674, 0.1759063, 0.3574062", \
					  "0.0403238, 0.0435731, 0.0502923, 0.0633284, 0.0962508, 0.1752747, 0.3576619", \
					  "0.0639769, 0.0684641, 0.0771886, 0.0954772, 0.1255570, 0.1897624, 0.3586244", \
					  "0.1079479, 0.1147986, 0.1275136, 0.1518462, 0.1961385, 0.2685449, 0.4054084", \
					  "0.1878163, 0.1982672, 0.2179623, 0.2564592, 0.3199281, 0.4223236, 0.5901196");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1440255, 0.1552859, 0.1802463, 0.2344501, 0.3529105, 0.6124869, 1.1821251", \
					  "0.1487001, 0.1601710, 0.1851019, 0.2396913, 0.3585552, 0.6179212, 1.1884221", \
					  "0.1619329, 0.1736118, 0.1985804, 0.2531346, 0.3723810, 0.6322065, 1.2026403", \
					  "0.1947976, 0.2062666, 0.2311447, 0.2855603, 0.4045364, 0.6650816, 1.2359359", \
					  "0.2711489, 0.2824940, 0.3072464, 0.3614858, 0.4804658, 0.7408785, 1.3120709", \
					  "0.4280790, 0.4429939, 0.4740651, 0.5348479, 0.6562233, 0.9164668, 1.4871017", \
					  "0.7090455, 0.7325568, 0.7805943, 0.8712786, 1.0342786, 1.3194750, 1.8914328");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1174118, 0.1321272, 0.1641611, 0.2353737, 0.3901288, 0.7324257, 1.4800694", \
					  "0.1174323, 0.1320909, 0.1644684, 0.2359556, 0.3911550, 0.7310382, 1.4797278", \
					  "0.1176415, 0.1319900, 0.1643967, 0.2350375, 0.3903560, 0.7312533, 1.4845364", \
					  "0.1173251, 0.1320566, 0.1643692, 0.2350850, 0.3901898, 0.7310756, 1.4783176", \
					  "0.1206791, 0.1345073, 0.1653779, 0.2354600, 0.3904845, 0.7305048, 1.4795650", \
					  "0.1592281, 0.1718340, 0.1985806, 0.2579537, 0.3993867, 0.7314239, 1.4806910", \
					  "0.2559586, 0.2716613, 0.3047276, 0.3691029, 0.4961088, 0.7753653, 1.4837923");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0350203, 0.0380244, 0.0445252, 0.0582687, 0.0875544, 0.1508168, 0.2887201", \
					  "0.0399877, 0.0430208, 0.0494781, 0.0632377, 0.0925603, 0.1558255, 0.2938441", \
					  "0.0512870, 0.0542806, 0.0607207, 0.0744605, 0.1038219, 0.1670698, 0.3050787", \
					  "0.0732141, 0.0770954, 0.0846831, 0.0998030, 0.1294554, 0.1929320, 0.3309853", \
					  "0.1062519, 0.1117712, 0.1229175, 0.1444495, 0.1829352, 0.2516791, 0.3907713", \
					  "0.1499853, 0.1587886, 0.1764776, 0.2096960, 0.2677928, 0.3636796, 0.5244490", \
					  "0.1933199, 0.2078601, 0.2368672, 0.2907584, 0.3839042, 0.5334935, 0.7654548");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0274559, 0.0310109, 0.0388286, 0.0558588, 0.0933706, 0.1756628, 0.3573081", \
					  "0.0272851, 0.0308218, 0.0387425, 0.0557712, 0.0934666, 0.1753952, 0.3570604", \
					  "0.0278832, 0.0312748, 0.0388221, 0.0556147, 0.0933384, 0.1756910, 0.3575605", \
					  "0.0359030, 0.0388693, 0.0457118, 0.0604575, 0.0949315, 0.1753063, 0.3574121", \
					  "0.0547711, 0.0587108, 0.0672220, 0.0833864, 0.1145913, 0.1852793, 0.3589730", \
					  "0.0904019, 0.0966467, 0.1081321, 0.1295851, 0.1686219, 0.2421897, 0.3890399", \
					  "0.1593167, 0.1682898, 0.1860004, 0.2173395, 0.2728505, 0.3675187, 0.5290096");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0714863, 0.0822076, 0.1054977, 0.1556485, 0.2646122, 0.5046624, 1.0279366", \
					  "0.0745959, 0.0855188, 0.1090190, 0.1598041, 0.2692197, 0.5077824, 1.0325620", \
					  "0.0864199, 0.0969548, 0.1195917, 0.1706407, 0.2812560, 0.5221002, 1.0511843", \
					  "0.1179307, 0.1277672, 0.1504102, 0.2005095, 0.3087779, 0.5499964, 1.0753429", \
					  "0.1874105, 0.2001664, 0.2249120, 0.2731473, 0.3817672, 0.6226925, 1.1484275", \
					  "0.3037195, 0.3235940, 0.3607482, 0.4336324, 0.5528548, 0.7896119, 1.3124061", \
					  "0.4961465, 0.5287900, 0.5931025, 0.7036329, 0.8877042, 1.1820527, 1.7036821");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0826348, 0.0970172, 0.1272495, 0.1946991, 0.3414549, 0.6705855, 1.3854587", \
					  "0.0818394, 0.0964162, 0.1274005, 0.1946623, 0.3413475, 0.6645474, 1.3710019", \
					  "0.0807190, 0.0954471, 0.1267284, 0.1944743, 0.3412582, 0.6623482, 1.3710110", \
					  "0.0822618, 0.0953198, 0.1253748, 0.1942636, 0.3417677, 0.6725701, 1.3765994", \
					  "0.1098962, 0.1198569, 0.1428929, 0.2000614, 0.3411317, 0.6618510, 1.3763662", \
					  "0.1754649, 0.1882357, 0.2175079, 0.2635620, 0.3734993, 0.6705893, 1.3758429", \
					  "0.2975483, 0.3154913, 0.3585754, 0.4249361, 0.5451841, 0.7722369, 1.4001966");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0254615, 0.0282648, 0.0343802, 0.0477286, 0.0769367, 0.1408101, 0.2814778", \
					  "0.0300526, 0.0329445, 0.0391558, 0.0524088, 0.0815815, 0.1454501, 0.2862393", \
					  "0.0407916, 0.0439355, 0.0501829, 0.0637239, 0.0931325, 0.1567024, 0.2970392", \
					  "0.0577375, 0.0623554, 0.0714698, 0.0889933, 0.1190461, 0.1829872, 0.3231890", \
					  "0.0800531, 0.0873966, 0.1020175, 0.1272397, 0.1722396, 0.2436828, 0.3826830", \
					  "0.1050851, 0.1172125, 0.1403481, 0.1800388, 0.2492496, 0.3571744, 0.5206909", \
					  "0.1158433, 0.1360341, 0.1745504, 0.2418175, 0.3505135, 0.5175467, 0.7711256");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0208881, 0.0245541, 0.0326309, 0.0499480, 0.0890011, 0.1744460, 0.3604099", \
					  "0.0210006, 0.0245249, 0.0323689, 0.0499705, 0.0886518, 0.1731708, 0.3603152", \
					  "0.0243209, 0.0272224, 0.0340954, 0.0509750, 0.0889342, 0.1732865, 0.3606928", \
					  "0.0373982, 0.0409623, 0.0477934, 0.0603110, 0.0929682, 0.1738190, 0.3606107", \
					  "0.0621348, 0.0668449, 0.0761307, 0.0939964, 0.1241439, 0.1892562, 0.3622327", \
					  "0.1087364, 0.1147593, 0.1286601, 0.1555518, 0.1947281, 0.2675479, 0.4092627", \
					  "0.1949175, 0.2056716, 0.2259673, 0.2648493, 0.3232942, 0.4256402, 0.5951965");
				}
			}
			timing () {
				related_pin : "C2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0909885, 0.1016393, 0.1245457, 0.1746157, 0.2838621, 0.5226701, 1.0476777", \
					  "0.0951336, 0.1056985, 0.1288148, 0.1789912, 0.2884914, 0.5277093, 1.0526219", \
					  "0.1064227, 0.1170034, 0.1401108, 0.1906951, 0.3005885, 0.5401147, 1.0652283", \
					  "0.1379381, 0.1482450, 0.1710448, 0.2208069, 0.3292343, 0.5694723, 1.0953926", \
					  "0.2122105, 0.2230873, 0.2454522, 0.2944759, 0.4035129, 0.6421738, 1.1694528", \
					  "0.3435036, 0.3608820, 0.3958109, 0.4603593, 0.5747346, 0.8107738, 1.3355151", \
					  "0.5604072, 0.5879408, 0.6456899, 0.7446258, 0.9222396, 1.2060147, 1.7177085");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0980856, 0.1123264, 0.1434815, 0.2106822, 0.3587555, 0.6820661, 1.3968967", \
					  "0.0978172, 0.1121039, 0.1433017, 0.2111154, 0.3588235, 0.6821929, 1.3932463", \
					  "0.0970641, 0.1114819, 0.1428453, 0.2109273, 0.3586308, 0.6824594, 1.3925855", \
					  "0.0965400, 0.1104026, 0.1414969, 0.2103196, 0.3585529, 0.6827424, 1.3943272", \
					  "0.1165568, 0.1272055, 0.1531846, 0.2136248, 0.3576426, 0.6828380, 1.3937896", \
					  "0.1798944, 0.1929628, 0.2196092, 0.2694774, 0.3858875, 0.6842025, 1.3914826", \
					  "0.3046988, 0.3235915, 0.3559218, 0.4264824, 0.5479623, 0.7833518, 1.4090382");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0292165, 0.0320473, 0.0381870, 0.0514448, 0.0806014, 0.1444461, 0.2857737", \
					  "0.0341972, 0.0370063, 0.0432705, 0.0565587, 0.0857880, 0.1494902, 0.2910178", \
					  "0.0449468, 0.0479213, 0.0541949, 0.0677014, 0.0969049, 0.1609520, 0.3021022", \
					  "0.0631729, 0.0673568, 0.0760193, 0.0922328, 0.1225942, 0.1868592, 0.3278419", \
					  "0.0889455, 0.0956630, 0.1089767, 0.1325844, 0.1737450, 0.2458528, 0.3873943", \
					  "0.1204874, 0.1312375, 0.1524015, 0.1905654, 0.2552345, 0.3554869, 0.5219871", \
					  "0.1421259, 0.1610978, 0.1974668, 0.2604525, 0.3636192, 0.5211570, 0.7594523");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0210227, 0.0245200, 0.0324460, 0.0499737, 0.0889761, 0.1742936, 0.3611102", \
					  "0.0209376, 0.0246020, 0.0326148, 0.0501885, 0.0891558, 0.1732606, 0.3614073", \
					  "0.0227573, 0.0259896, 0.0334198, 0.0501522, 0.0894166, 0.1733875, 0.3595562", \
					  "0.0320958, 0.0352989, 0.0421786, 0.0565329, 0.0918825, 0.1751182, 0.3585237", \
					  "0.0516769, 0.0558365, 0.0639362, 0.0801442, 0.1122634, 0.1848039, 0.3623290", \
					  "0.0894936, 0.0950965, 0.1069062, 0.1278935, 0.1681469, 0.2385141, 0.3934168", \
					  "0.1632703, 0.1713032, 0.1887644, 0.2188603, 0.2723366, 0.3638133, 0.5264875");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001982;
			capacitance : 0.002042;
			rise_capacitance : 0.002101;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023379, -0.0023398, -0.0023443, -0.0023391, -0.0023273, -0.0022999, -0.0022368");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029618, 0.0029643, 0.0029701, 0.0029704, 0.0029712, 0.0029730, 0.0029771");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001976;
			capacitance : 0.002068;
			rise_capacitance : 0.002159;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026307, -0.0026289, -0.0026247, -0.0026244, -0.0026236, -0.0026219, -0.0026178");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026210, 0.0026242, 0.0026317, 0.0026290, 0.0026227, 0.0026081, 0.0025745");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002191;
			capacitance : 0.002104;
			fall_capacitance : 0.002017;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025161, -0.0025205, -0.0025307, -0.0025266, -0.0025171, -0.0024952, -0.0024447");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030754, 0.0030686, 0.0030531, 0.0030523, 0.0030505, 0.0030462, 0.0030362");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002022;
			capacitance : 0.002153;
			rise_capacitance : 0.002284;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027795, -0.0027795, -0.0027796, -0.0027799, -0.0027807, -0.0027825, -0.0027866");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027717, 0.0027761, 0.0027864, 0.0027865, 0.0027869, 0.0027877, 0.0027896");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002037;
			capacitance : 0.002148;
			rise_capacitance : 0.002260;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027088, -0.0027139, -0.0027257, -0.0027204, -0.0027081, -0.0026797, -0.0026143");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032214, 0.0032213, 0.0032209, 0.0032217, 0.0032233, 0.0032272, 0.0032361");
				}
			}
		}
		pin (C2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002031;
			capacitance : 0.002173;
			rise_capacitance : 0.002315;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028263, -0.0028257, -0.0028245, -0.0028251, -0.0028264, -0.0028295, -0.0028365");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028274, 0.0028267, 0.0028249, 0.0028246, 0.0028238, 0.0028219, 0.0028175");
				}
			}
		}
	}
	cell ("scs8hd_a22o_1") {
		area : 8.758400;
		cell_footprint : "a22o";
		cell_leakage_power : 1.082106e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005666";
			when : "A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0003761";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0003699";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007400";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003780";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0003834";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0003772";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007400";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003853";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0003871";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0003810";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007400";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003891";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0005670";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "6.9222812e-05";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0104639";
			when : "A1&A2&B1&B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (A1&A2)";
			max_capacitance : 0.139170;
			max_transition : 1.500591;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0101537, 0.0111563, 0.0135945, 0.0197115, 0.0352960, 0.0750872, 0.1779979", \
					  "0.0100817, 0.0110883, 0.0135284, 0.0196513, 0.0352657, 0.0750755, 0.1779989", \
					  "0.0099931, 0.0109909, 0.0134549, 0.0195954, 0.0353551, 0.0754230, 0.1778086", \
					  "0.0098460, 0.0108433, 0.0133119, 0.0194828, 0.0352585, 0.0753128, 0.1776590", \
					  "0.0097788, 0.0106480, 0.0131090, 0.0192825, 0.0351024, 0.0748992, 0.1768266", \
					  "0.0098209, 0.0108186, 0.0132254, 0.0193465, 0.0349896, 0.0747302, 0.1777132", \
					  "0.0098367, 0.0108070, 0.0132257, 0.0194068, 0.0352663, 0.0752419, 0.1773057");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0084593, 0.0079490, 0.0064459, 0.0014116, -0.0136299, -0.0538067, -0.1568604", \
					  "0.0083141, 0.0078038, 0.0062762, 0.0012649, -0.0138025, -0.0539692, -0.1570221", \
					  "0.0081519, 0.0076481, 0.0061173, 0.0010641, -0.0140010, -0.0541704, -0.1571815", \
					  "0.0079892, 0.0074599, 0.0059222, 0.0008970, -0.0141551, -0.0543255, -0.1573671", \
					  "0.0078459, 0.0073338, 0.0057609, 0.0007212, -0.0143101, -0.0544481, -0.1574798", \
					  "0.0082585, 0.0073609, 0.0051449, 0.0004227, -0.0144292, -0.0545100, -0.1575301", \
					  "0.0102147, 0.0093137, 0.0069530, 0.0009166, -0.0146489, -0.0546152, -0.1575870");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0105999, 0.0115975, 0.0140373, 0.0200876, 0.0355807, 0.0752846, 0.1781758", \
					  "0.0105351, 0.0115377, 0.0139775, 0.0200605, 0.0356597, 0.0756110, 0.1771452", \
					  "0.0104502, 0.0114467, 0.0138882, 0.0199710, 0.0356196, 0.0752775, 0.1771065", \
					  "0.0103233, 0.0113286, 0.0137911, 0.0199762, 0.0354839, 0.0756389, 0.1780272", \
					  "0.0103420, 0.0112295, 0.0136967, 0.0198358, 0.0355989, 0.0756341, 0.1772457", \
					  "0.0103297, 0.0112998, 0.0137298, 0.0198074, 0.0354915, 0.0749442, 0.1779755", \
					  "0.0103974, 0.0113341, 0.0137968, 0.0199076, 0.0356833, 0.0755709, 0.1777583");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0104474, 0.0098982, 0.0083146, 0.0031972, -0.0119952, -0.0522793, -0.1553710", \
					  "0.0103235, 0.0097631, 0.0082030, 0.0030872, -0.0121125, -0.0523904, -0.1554405", \
					  "0.0101470, 0.0096021, 0.0080536, 0.0029086, -0.0122749, -0.0525473, -0.1556264", \
					  "0.0100245, 0.0094606, 0.0079325, 0.0027910, -0.0123793, -0.0526469, -0.1557328", \
					  "0.0098866, 0.0093706, 0.0077576, 0.0026659, -0.0124656, -0.0526996, -0.1557867", \
					  "0.0094090, 0.0089050, 0.0074466, 0.0025293, -0.0124771, -0.0526633, -0.1557367", \
					  "0.0123572, 0.0114411, 0.0090753, 0.0029787, -0.0127331, -0.0526920, -0.1557262");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0088692, 0.0098999, 0.0124392, 0.0187671, 0.0345343, 0.0748134, 0.1776032", \
					  "0.0088255, 0.0098560, 0.0123977, 0.0186967, 0.0344866, 0.0745060, 0.1764939", \
					  "0.0087011, 0.0097265, 0.0122462, 0.0185813, 0.0344810, 0.0745654, 0.1764072", \
					  "0.0084497, 0.0094521, 0.0119330, 0.0181944, 0.0340545, 0.0742919, 0.1750673", \
					  "0.0083160, 0.0092701, 0.0116746, 0.0178313, 0.0336462, 0.0738873, 0.1756830", \
					  "0.0082606, 0.0092463, 0.0117076, 0.0178142, 0.0335904, 0.0737056, 0.1758466", \
					  "0.0082524, 0.0092549, 0.0116988, 0.0178689, 0.0336947, 0.0739064, 0.1759851");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0065072, 0.0059417, 0.0042008, -0.0011733, -0.0165637, -0.0568213, -0.1598831", \
					  "0.0063563, 0.0057538, 0.0040444, -0.0013530, -0.0167346, -0.0569910, -0.1600569", \
					  "0.0061655, 0.0055473, 0.0038552, -0.0015292, -0.0169266, -0.0571847, -0.1602368", \
					  "0.0059776, 0.0053675, 0.0036300, -0.0017405, -0.0171047, -0.0573423, -0.1603928", \
					  "0.0059205, 0.0052767, 0.0035055, -0.0018862, -0.0172296, -0.0574460, -0.1604784", \
					  "0.0071046, 0.0061948, 0.0037781, -0.0023186, -0.0172544, -0.0574392, -0.1604218", \
					  "0.0077218, 0.0068053, 0.0045250, -0.0015563, -0.0172175, -0.0573660, -0.1601893");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0090020, 0.0100314, 0.0125775, 0.0189032, 0.0347088, 0.0748406, 0.1756657", \
					  "0.0089730, 0.0100010, 0.0125403, 0.0188526, 0.0347788, 0.0744279, 0.1776976", \
					  "0.0088702, 0.0098958, 0.0124254, 0.0187079, 0.0345540, 0.0749266, 0.1766596", \
					  "0.0086565, 0.0096623, 0.0121643, 0.0184662, 0.0343715, 0.0740403, 0.1754556", \
					  "0.0085546, 0.0094966, 0.0119240, 0.0181480, 0.0341085, 0.0739534, 0.1751541", \
					  "0.0084484, 0.0094561, 0.0119484, 0.0181444, 0.0339518, 0.0735506, 0.1761500", \
					  "0.0083739, 0.0094444, 0.0118407, 0.0180707, 0.0339461, 0.0742788, 0.1764358");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0085207, 0.0079278, 0.0062356, 0.0008783, -0.0144546, -0.0546553, -0.1576797", \
					  "0.0084218, 0.0078344, 0.0061082, 0.0007714, -0.0145616, -0.0547603, -0.1577770", \
					  "0.0082633, 0.0076673, 0.0059464, 0.0006175, -0.0147160, -0.0549177, -0.1579307", \
					  "0.0081714, 0.0075562, 0.0058339, 0.0005063, -0.0148050, -0.0549974, -0.1580153", \
					  "0.0080174, 0.0073983, 0.0056519, 0.0003392, -0.0149568, -0.0551264, -0.1581192", \
					  "0.0089465, 0.0080263, 0.0056566, 2.0500000e-05, -0.0150278, -0.0551485, -0.1581128", \
					  "0.0101073, 0.0091760, 0.0067988, 0.0007217, -0.0149072, -0.0549800, -0.1578219");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0719663, 0.0789090, 0.0948050, 0.1331727, 0.2301657, 0.4793149, 1.1161206", \
					  "0.0761555, 0.0831320, 0.0990714, 0.1374645, 0.2344014, 0.4834064, 1.1201716", \
					  "0.0865274, 0.0934418, 0.1094689, 0.1479718, 0.2455708, 0.4933879, 1.1281838", \
					  "0.1103136, 0.1173411, 0.1333846, 0.1719519, 0.2696620, 0.5174716, 1.1520741", \
					  "0.1462695, 0.1530405, 0.1696066, 0.2088308, 0.3063649, 0.5546235, 1.1893391", \
					  "0.1895284, 0.1981761, 0.2156908, 0.2550752, 0.3524296, 0.6011519, 1.2386889", \
					  "0.2251501, 0.2364860, 0.2588619, 0.3004704, 0.3980272, 0.6470850, 1.2809875");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0229243, 0.0307598, 0.0509084, 0.1037279, 0.2424657, 0.5932888, 1.4962251", \
					  "0.0229218, 0.0307714, 0.0509530, 0.1039829, 0.2426205, 0.5945748, 1.4949117", \
					  "0.0228222, 0.0305819, 0.0509523, 0.1039251, 0.2414224, 0.5944839, 1.4945353", \
					  "0.0232779, 0.0309358, 0.0509632, 0.1038316, 0.2415015, 0.5944232, 1.4962862", \
					  "0.0255245, 0.0331621, 0.0525194, 0.1047271, 0.2417843, 0.5957146, 1.5005913", \
					  "0.0326043, 0.0392522, 0.0562613, 0.1059571, 0.2432117, 0.5937070, 1.4938148", \
					  "0.0460276, 0.0529160, 0.0691899, 0.1120877, 0.2432925, 0.5972334, 1.4877762");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1374289, 0.1434420, 0.1555913, 0.1789662, 0.2258425, 0.3254628, 0.5649056", \
					  "0.1426666, 0.1485755, 0.1606846, 0.1844961, 0.2308709, 0.3304242, 0.5702818", \
					  "0.1567166, 0.1625778, 0.1747476, 0.1984996, 0.2451342, 0.3445646, 0.5842455", \
					  "0.1906378, 0.1965256, 0.2086626, 0.2324191, 0.2789604, 0.3785681, 0.6179999", \
					  "0.2672161, 0.2731362, 0.2852206, 0.3089741, 0.3557939, 0.4555633, 0.6948928", \
					  "0.4193231, 0.4259837, 0.4399567, 0.4662847, 0.5160887, 0.6179074, 0.8575345", \
					  "0.6901944, 0.6990939, 0.7164811, 0.7485914, 0.8057928, 0.9158139, 1.1580138");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0217270, 0.0259853, 0.0355132, 0.0568066, 0.1045606, 0.2215618, 0.5344457", \
					  "0.0218836, 0.0261740, 0.0358275, 0.0571825, 0.1045154, 0.2214886, 0.5311659", \
					  "0.0219155, 0.0261798, 0.0358558, 0.0564774, 0.1045186, 0.2218100, 0.5326580", \
					  "0.0218066, 0.0260228, 0.0355322, 0.0571318, 0.1045492, 0.2216011, 0.5348461", \
					  "0.0224025, 0.0266452, 0.0360000, 0.0572080, 0.1047426, 0.2215799, 0.5347251", \
					  "0.0278475, 0.0325607, 0.0422249, 0.0632559, 0.1096713, 0.2237386, 0.5326958", \
					  "0.0403082, 0.0454828, 0.0567021, 0.0795676, 0.1276493, 0.2381855, 0.5375362");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0765307, 0.0834376, 0.0993314, 0.1374641, 0.2336531, 0.4814603, 1.1176809", \
					  "0.0810058, 0.0879517, 0.1038500, 0.1420374, 0.2387647, 0.4858218, 1.1201033", \
					  "0.0913301, 0.0982008, 0.1140955, 0.1524466, 0.2490144, 0.4961961, 1.1317500", \
					  "0.1133176, 0.1202894, 0.1362865, 0.1747492, 0.2717293, 0.5203903, 1.1536661", \
					  "0.1500937, 0.1570694, 0.1736781, 0.2126007, 0.3100551, 0.5578846, 1.1914653", \
					  "0.1975351, 0.2058271, 0.2233950, 0.2627904, 0.3607883, 0.6085982, 1.2431934", \
					  "0.2389861, 0.2500641, 0.2713872, 0.3133199, 0.4110381, 0.6603710, 1.2930179");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0228894, 0.0306688, 0.0510334, 0.1039888, 0.2425061, 0.5957236, 1.4925599", \
					  "0.0228922, 0.0307369, 0.0509630, 0.1042094, 0.2414999, 0.5942923, 1.4961823", \
					  "0.0228562, 0.0307098, 0.0508385, 0.1039926, 0.2411070, 0.5967614, 1.4980527", \
					  "0.0232336, 0.0309861, 0.0509950, 0.1039750, 0.2423007, 0.5941712, 1.4953883", \
					  "0.0251610, 0.0328411, 0.0522152, 0.1040430, 0.2413413, 0.5932935, 1.4996560", \
					  "0.0307138, 0.0377905, 0.0556841, 0.1058676, 0.2426259, 0.5927082, 1.4964141", \
					  "0.0428224, 0.0503761, 0.0667734, 0.1112517, 0.2435301, 0.5959174, 1.4904808");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1570501, 0.1630317, 0.1751311, 0.1987623, 0.2455592, 0.3452658, 0.5846978", \
					  "0.1627623, 0.1687210, 0.1808384, 0.2045135, 0.2512812, 0.3509703, 0.5905948", \
					  "0.1770847, 0.1830561, 0.1952527, 0.2189993, 0.2657068, 0.3654382, 0.6046491", \
					  "0.2128505, 0.2188597, 0.2310374, 0.2548256, 0.3013361, 0.4011073, 0.6407550", \
					  "0.2932997, 0.2992655, 0.3114725, 0.3353394, 0.3822506, 0.4820059, 0.7217574", \
					  "0.4633968, 0.4700882, 0.4834682, 0.5091396, 0.5578912, 0.6586812, 0.8984896", \
					  "0.7775577, 0.7862437, 0.8030694, 0.8339914, 0.8902822, 0.9984409, 1.2403314");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0230870, 0.0273149, 0.0371255, 0.0582788, 0.1060902, 0.2225953, 0.5364588", \
					  "0.0230779, 0.0273029, 0.0370118, 0.0581800, 0.1060931, 0.2224659, 0.5328341", \
					  "0.0231035, 0.0272038, 0.0371623, 0.0578876, 0.1052906, 0.2220175, 0.5357746", \
					  "0.0230711, 0.0272611, 0.0371724, 0.0578649, 0.1054782, 0.2221590, 0.5350647", \
					  "0.0231931, 0.0274968, 0.0370502, 0.0583575, 0.1058547, 0.2224641, 0.5313234", \
					  "0.0276067, 0.0319344, 0.0414005, 0.0624464, 0.1087190, 0.2237305, 0.5319367", \
					  "0.0391878, 0.0438935, 0.0549392, 0.0767017, 0.1251517, 0.2351746, 0.5393634");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0644835, 0.0714896, 0.0877968, 0.1271886, 0.2249196, 0.4730953, 1.1071937", \
					  "0.0689781, 0.0759341, 0.0922383, 0.1315477, 0.2293481, 0.4771633, 1.1097240", \
					  "0.0793943, 0.0863600, 0.1025610, 0.1418267, 0.2396451, 0.4900257, 1.1241931", \
					  "0.1009106, 0.1079693, 0.1242290, 0.1632154, 0.2615770, 0.5111029, 1.1429374", \
					  "0.1316858, 0.1390691, 0.1556635, 0.1947922, 0.2930581, 0.5429465, 1.1748573", \
					  "0.1684043, 0.1774726, 0.1954507, 0.2346257, 0.3322437, 0.5809744, 1.2158168", \
					  "0.1916680, 0.2038869, 0.2276368, 0.2699796, 0.3676238, 0.6145393, 1.2480187");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0217751, 0.0295709, 0.0496255, 0.1027478, 0.2401517, 0.5896039, 1.4910931", \
					  "0.0217971, 0.0294454, 0.0496025, 0.1028188, 0.2408800, 0.5919087, 1.4951206", \
					  "0.0218078, 0.0294701, 0.0496772, 0.1028800, 0.2404911, 0.5984228, 1.4973085", \
					  "0.0228637, 0.0304682, 0.0502230, 0.1029506, 0.2416556, 0.5899836, 1.4902275", \
					  "0.0258909, 0.0328823, 0.0518479, 0.1037867, 0.2404513, 0.5955821, 1.4882754", \
					  "0.0339082, 0.0405329, 0.0570752, 0.1059250, 0.2421369, 0.5906696, 1.4961909", \
					  "0.0496195, 0.0570387, 0.0727613, 0.1149387, 0.2432529, 0.5948145, 1.4854185");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1039610, 0.1095885, 0.1210067, 0.1428148, 0.1863224, 0.2827279, 0.5215222", \
					  "0.1082275, 0.1138526, 0.1252758, 0.1470914, 0.1906271, 0.2870429, 0.5253213", \
					  "0.1208634, 0.1264335, 0.1378489, 0.1596849, 0.2030653, 0.2994694, 0.5383858", \
					  "0.1529229, 0.1585380, 0.1698365, 0.1917357, 0.2353107, 0.3316576, 0.5705350", \
					  "0.2273876, 0.2332844, 0.2448872, 0.2671194, 0.3109688, 0.4075790, 0.6464174", \
					  "0.3587511, 0.3658105, 0.3809763, 0.4075799, 0.4550724, 0.5514296, 0.7898991", \
					  "0.5779324, 0.5885260, 0.6080245, 0.6427297, 0.7004138, 0.8047705, 1.0442617");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0206471, 0.0247921, 0.0333551, 0.0530161, 0.0984152, 0.2174265, 0.5300409", \
					  "0.0207246, 0.0246061, 0.0333318, 0.0529560, 0.0983010, 0.2174535, 0.5348294", \
					  "0.0206682, 0.0245441, 0.0336225, 0.0530220, 0.0986153, 0.2174304, 0.5341071", \
					  "0.0207832, 0.0246375, 0.0333300, 0.0530802, 0.0983932, 0.2171954, 0.5331924", \
					  "0.0233663, 0.0270678, 0.0354963, 0.0543495, 0.0993501, 0.2175333, 0.5319282", \
					  "0.0340009, 0.0393606, 0.0465444, 0.0650079, 0.1072274, 0.2219671, 0.5310776", \
					  "0.0516036, 0.0570215, 0.0685499, 0.0882163, 0.1284878, 0.2320648, 0.5355807");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0681139, 0.0751268, 0.0914018, 0.1308419, 0.2290534, 0.4778870, 1.1090802", \
					  "0.0729576, 0.0799233, 0.0962316, 0.1355195, 0.2337170, 0.4817953, 1.1143976", \
					  "0.0835381, 0.0904803, 0.1067391, 0.1460713, 0.2444466, 0.4917732, 1.1264745", \
					  "0.1049319, 0.1119121, 0.1282090, 0.1673125, 0.2655214, 0.5161580, 1.1473289", \
					  "0.1391591, 0.1465010, 0.1631009, 0.2027394, 0.3009315, 0.5526032, 1.1830298", \
					  "0.1839737, 0.1927380, 0.2107671, 0.2504916, 0.3483414, 0.5966557, 1.2320566", \
					  "0.2232321, 0.2340766, 0.2570968, 0.3001649, 0.3978408, 0.6469903, 1.2787326");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0218423, 0.0295595, 0.0496537, 0.1029235, 0.2416689, 0.5899379, 1.4892809", \
					  "0.0218238, 0.0295354, 0.0495404, 0.1026317, 0.2399219, 0.5914443, 1.4950705", \
					  "0.0218278, 0.0295340, 0.0495726, 0.1026612, 0.2415121, 0.5926045, 1.4974048", \
					  "0.0225367, 0.0301269, 0.0499608, 0.1030132, 0.2403390, 0.5909253, 1.4882349", \
					  "0.0252853, 0.0324640, 0.0515567, 0.1032320, 0.2402883, 0.5925568, 1.4900192", \
					  "0.0319127, 0.0388667, 0.0558216, 0.1051006, 0.2407977, 0.5898947, 1.5002293", \
					  "0.0459408, 0.0544713, 0.0704868, 0.1129518, 0.2427137, 0.5978408, 1.4829620");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1183066, 0.1240126, 0.1355505, 0.1575582, 0.2013361, 0.2978986, 0.5369815", \
					  "0.1231908, 0.1288818, 0.1404531, 0.1625998, 0.2061548, 0.3026970, 0.5414516", \
					  "0.1357983, 0.1415322, 0.1530342, 0.1752058, 0.2188565, 0.3153828, 0.5540807", \
					  "0.1686525, 0.1743439, 0.1858369, 0.2077882, 0.2516022, 0.3481955, 0.5873593", \
					  "0.2451944, 0.2509139, 0.2623862, 0.2845156, 0.3283092, 0.4250394, 0.6639304", \
					  "0.3886432, 0.3960555, 0.4102700, 0.4357494, 0.4822864, 0.5811356, 0.8199799", \
					  "0.6276149, 0.6379627, 0.6571915, 0.6905584, 0.7460007, 0.8493408, 1.0895024");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0216780, 0.0256172, 0.0343258, 0.0536847, 0.0989142, 0.2176733, 0.5320298", \
					  "0.0218010, 0.0256196, 0.0340154, 0.0535990, 0.0989660, 0.2174753, 0.5321193", \
					  "0.0217483, 0.0256102, 0.0340158, 0.0532856, 0.0989961, 0.2176715, 0.5314755", \
					  "0.0216825, 0.0255794, 0.0341737, 0.0537799, 0.0987508, 0.2176317, 0.5366253", \
					  "0.0224283, 0.0261642, 0.0346200, 0.0541863, 0.0988876, 0.2166693, 0.5326370", \
					  "0.0322824, 0.0363619, 0.0447444, 0.0630523, 0.1057342, 0.2206205, 0.5384055", \
					  "0.0499640, 0.0547430, 0.0647076, 0.0835878, 0.1245255, 0.2289695, 0.5364261");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002298;
			capacitance : 0.002191;
			fall_capacitance : 0.002084;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024833, -0.0024838, -0.0024848, -0.0024799, -0.0024686, -0.0024425, -0.0023824");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031560, 0.0031632, 0.0031797, 0.0031806, 0.0031825, 0.0031870, 0.0031973");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002366;
			capacitance : 0.002222;
			fall_capacitance : 0.002077;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029187, -0.0029179, -0.0029159, -0.0029160, -0.0029163, -0.0029169, -0.0029183");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029242, 0.0029232, 0.0029209, 0.0029222, 0.0029250, 0.0029314, 0.0029464");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002387;
			capacitance : 0.002265;
			fall_capacitance : 0.002143;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026071, -0.0026091, -0.0026136, -0.0026089, -0.0025980, -0.0025729, -0.0025150");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031809, 0.0031802, 0.0031784, 0.0031780, 0.0031772, 0.0031752, 0.0031706");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002337;
			capacitance : 0.002197;
			fall_capacitance : 0.002057;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026738, -0.0026746, -0.0026765, -0.0026766, -0.0026768, -0.0026772, -0.0026781");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026721, 0.0026721, 0.0026720, 0.0026716, 0.0026708, 0.0026688, 0.0026642");
				}
			}
		}
	}
	cell ("scs8hd_a22o_2") {
		area : 10.009600;
		cell_footprint : "a22o";
		cell_leakage_power : 1.435545e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0002375";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0129098";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0004475";
			when : "A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007350";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0007289";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007549";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0007370";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007427";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0007366";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007549";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0007447";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007470";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0007408";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007550";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0007489";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0004475";
			when : "A1&A2&!B1&B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (A1&A2)";
			max_capacitance : 0.261851;
			max_transition : 1.513538;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0137719, 0.0149919, 0.0183147, 0.0273900, 0.0527124, 0.1252909, 0.3304843", \
					  "0.0137120, 0.0149436, 0.0182407, 0.0273400, 0.0527334, 0.1252463, 0.3304349", \
					  "0.0136327, 0.0148553, 0.0181752, 0.0272610, 0.0527250, 0.1244941, 0.3284743", \
					  "0.0134918, 0.0147150, 0.0180462, 0.0270736, 0.0524155, 0.1246775, 0.3290714", \
					  "0.0134257, 0.0145749, 0.0179147, 0.0269295, 0.0523281, 0.1250154, 0.3302037", \
					  "0.0135810, 0.0147305, 0.0179862, 0.0270304, 0.0523871, 0.1246877, 0.3300560", \
					  "0.0135582, 0.0147133, 0.0178959, 0.0270929, 0.0523564, 0.1248825, 0.3276164");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0104083, 0.0095345, 0.0073082, 0.0001361, -0.0236373, -0.0956927, -0.3019906", \
					  "0.0102876, 0.0094158, 0.0071879, 1.7000000e-06, -0.0237591, -0.0958092, -0.3021210", \
					  "0.0100483, 0.0092205, 0.0069612, -0.0002056, -0.0239461, -0.0960170, -0.3023313", \
					  "0.0099093, 0.0090434, 0.0068081, -0.0003636, -0.0241160, -0.0961912, -0.3024705", \
					  "0.0097245, 0.0088624, 0.0066227, -0.0005946, -0.0243575, -0.0963440, -0.3026303", \
					  "0.0093452, 0.0084180, 0.0062177, -0.0008882, -0.0245378, -0.0964613, -0.3026853", \
					  "0.0135433, 0.0124507, 0.0093795, 0.0005631, -0.0247010, -0.0965741, -0.3027427");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0141722, 0.0153930, 0.0187101, 0.0277435, 0.0531423, 0.1254341, 0.3305278", \
					  "0.0141102, 0.0153328, 0.0186662, 0.0277053, 0.0530356, 0.1250083, 0.3291205", \
					  "0.0140419, 0.0152650, 0.0185548, 0.0276465, 0.0529512, 0.1253690, 0.3305369", \
					  "0.0139632, 0.0151809, 0.0184384, 0.0275699, 0.0530009, 0.1246269, 0.3285974", \
					  "0.0138627, 0.0150424, 0.0182685, 0.0273903, 0.0527641, 0.1253518, 0.3304915", \
					  "0.0141007, 0.0152360, 0.0184721, 0.0274735, 0.0527322, 0.1242674, 0.3301734", \
					  "0.0139794, 0.0151285, 0.0182949, 0.0273887, 0.0529243, 0.1253846, 0.3280305");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0123192, 0.0114833, 0.0092002, 0.0019825, -0.0219352, -0.0941016, -0.3004630", \
					  "0.0122130, 0.0113516, 0.0090113, 0.0018683, -0.0220369, -0.0942126, -0.3005611", \
					  "0.0120436, 0.0111736, 0.0089350, 0.0016749, -0.0221976, -0.0943541, -0.3006858", \
					  "0.0119006, 0.0110589, 0.0088149, 0.0015673, -0.0223352, -0.0944929, -0.3008330", \
					  "0.0117681, 0.0109065, 0.0086313, 0.0013581, -0.0224736, -0.0945937, -0.3009143", \
					  "0.0116561, 0.0108023, 0.0084423, 0.0012127, -0.0225830, -0.0946120, -0.3008927", \
					  "0.0155342, 0.0144248, 0.0113127, 0.0024334, -0.0230617, -0.0946539, -0.3008793");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0125669, 0.0138137, 0.0172063, 0.0264627, 0.0522002, 0.1242041, 0.3302316", \
					  "0.0125550, 0.0137923, 0.0172064, 0.0264437, 0.0522260, 0.1236212, 0.3278174", \
					  "0.0124559, 0.0136965, 0.0170821, 0.0263114, 0.0520603, 0.1235780, 0.3269105", \
					  "0.0122702, 0.0134873, 0.0167707, 0.0260196, 0.0517143, 0.1244871, 0.3289960", \
					  "0.0120780, 0.0132102, 0.0164867, 0.0256458, 0.0511010, 0.1236066, 0.3280221", \
					  "0.0120864, 0.0132146, 0.0165145, 0.0256327, 0.0510052, 0.1228627, 0.3281843", \
					  "0.0121161, 0.0132602, 0.0165082, 0.0257035, 0.0510504, 0.1235741, 0.3266828");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0085863, 0.0076623, 0.0053341, -0.0020960, -0.0263733, -0.0986705, -0.3049896", \
					  "0.0084355, 0.0074757, 0.0051778, -0.0022309, -0.0264749, -0.0987858, -0.3051299", \
					  "0.0082316, 0.0073228, 0.0049683, -0.0024663, -0.0267001, -0.0989938, -0.3053278", \
					  "0.0080709, 0.0071173, 0.0047551, -0.0026986, -0.0269082, -0.0991975, -0.3055040", \
					  "0.0079467, 0.0070064, 0.0046158, -0.0029023, -0.0271171, -0.0993606, -0.3056431", \
					  "0.0086740, 0.0076577, 0.0044530, -0.0033785, -0.0272710, -0.0993868, -0.3055905", \
					  "0.0112346, 0.0102838, 0.0071122, -0.0017793, -0.0271406, -0.0994111, -0.3054766");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0126845, 0.0139492, 0.0173529, 0.0266174, 0.0522453, 0.1245990, 0.3292509", \
					  "0.0126819, 0.0139150, 0.0172970, 0.0265965, 0.0522404, 0.1245974, 0.3275482", \
					  "0.0126238, 0.0138667, 0.0172379, 0.0265008, 0.0522870, 0.1251477, 0.3288054", \
					  "0.0124726, 0.0136909, 0.0169968, 0.0262392, 0.0519925, 0.1243417, 0.3287136", \
					  "0.0122362, 0.0134179, 0.0167613, 0.0258252, 0.0514743, 0.1246520, 0.3281311", \
					  "0.0122187, 0.0134046, 0.0166769, 0.0258309, 0.0514465, 0.1232566, 0.3283825", \
					  "0.0122532, 0.0133845, 0.0166532, 0.0257726, 0.0514827, 0.1240354, 0.3282096");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0106216, 0.0096407, 0.0073200, -0.0001336, -0.0243076, -0.0965410, -0.3028282", \
					  "0.0105198, 0.0095419, 0.0071821, -0.0002238, -0.0243934, -0.0966467, -0.3029279", \
					  "0.0103186, 0.0093515, 0.0070340, -0.0003717, -0.0245436, -0.0967737, -0.3030526", \
					  "0.0102137, 0.0092625, 0.0069236, -0.0004872, -0.0246597, -0.0968864, -0.3031446", \
					  "0.0100625, 0.0091131, 0.0068615, -0.0006144, -0.0248260, -0.0970413, -0.3032806", \
					  "0.0099426, 0.0088771, 0.0062122, -0.0010914, -0.0250886, -0.0971646, -0.3033321", \
					  "0.0137611, 0.0126361, 0.0094734, 0.0008097, -0.0246195, -0.0969256, -0.3029649");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0808648, 0.0863191, 0.0992726, 0.1307790, 0.2154304, 0.4531280, 1.1276096", \
					  "0.0850960, 0.0905325, 0.1034806, 0.1349806, 0.2198118, 0.4573901, 1.1318648", \
					  "0.0953223, 0.1007808, 0.1136562, 0.1453157, 0.2296913, 0.4683428, 1.1441628", \
					  "0.1201155, 0.1255338, 0.1385130, 0.1701187, 0.2546728, 0.4927584, 1.1678560", \
					  "0.1616607, 0.1674573, 0.1810178, 0.2132352, 0.2979600, 0.5369967, 1.2135749", \
					  "0.2142373, 0.2211787, 0.2369292, 0.2706242, 0.3557044, 0.5936210, 1.2690714", \
					  "0.2651132, 0.2749960, 0.2952585, 0.3348552, 0.4200458, 0.6584405, 1.3329805");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0201725, 0.0251537, 0.0391519, 0.0792567, 0.1974877, 0.5376995, 1.5010500", \
					  "0.0200321, 0.0251478, 0.0391358, 0.0791872, 0.1977245, 0.5376967, 1.5010588", \
					  "0.0200597, 0.0249934, 0.0390937, 0.0792569, 0.1980113, 0.5378895, 1.5032131", \
					  "0.0202437, 0.0251982, 0.0391502, 0.0790649, 0.1973149, 0.5392161, 1.5035381", \
					  "0.0233865, 0.0280801, 0.0414234, 0.0805716, 0.1979189, 0.5369343, 1.4986760", \
					  "0.0314922, 0.0357642, 0.0480219, 0.0836326, 0.1994018, 0.5363662, 1.5026048", \
					  "0.0460681, 0.0516309, 0.0641488, 0.0956684, 0.2016702, 0.5408362, 1.4949944");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1657175, 0.1709117, 0.1821246, 0.2045206, 0.2490613, 0.3446795, 0.5824581", \
					  "0.1713027, 0.1764829, 0.1876943, 0.2100839, 0.2546529, 0.3502730, 0.5881495", \
					  "0.1848776, 0.1900474, 0.2011852, 0.2235680, 0.2682955, 0.3638243, 0.6010988", \
					  "0.2191732, 0.2243893, 0.2355284, 0.2579187, 0.3026350, 0.3979229, 0.6360754", \
					  "0.2966162, 0.3017295, 0.3128940, 0.3353296, 0.3798974, 0.4756061, 0.7135514", \
					  "0.4612151, 0.4668473, 0.4791085, 0.5027923, 0.5494309, 0.6463236, 0.8843486", \
					  "0.7609730, 0.7683518, 0.7838606, 0.8134915, 0.8680351, 0.9736879, 1.2163494");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0247639, 0.0277965, 0.0350578, 0.0520811, 0.0932266, 0.1970229, 0.5032438", \
					  "0.0247681, 0.0277913, 0.0350611, 0.0521059, 0.0932265, 0.1970316, 0.5052083", \
					  "0.0248327, 0.0279083, 0.0349073, 0.0524948, 0.0932536, 0.1973309, 0.5050682", \
					  "0.0248557, 0.0277632, 0.0348900, 0.0519075, 0.0932881, 0.1976094, 0.5024361", \
					  "0.0247600, 0.0278653, 0.0352222, 0.0520831, 0.0931214, 0.1970997, 0.5053126", \
					  "0.0297492, 0.0328790, 0.0403206, 0.0570590, 0.0965003, 0.1983593, 0.5054759", \
					  "0.0435384, 0.0472401, 0.0553514, 0.0732555, 0.1150283, 0.2153586, 0.5082966");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0851199, 0.0905749, 0.1035509, 0.1350895, 0.2191832, 0.4568475, 1.1314631", \
					  "0.0896055, 0.0950756, 0.1080502, 0.1396440, 0.2237797, 0.4614137, 1.1365074", \
					  "0.0999351, 0.1053625, 0.1182535, 0.1498265, 0.2341638, 0.4714619, 1.1456576", \
					  "0.1227330, 0.1281479, 0.1409474, 0.1725340, 0.2568023, 0.4953187, 1.1708029", \
					  "0.1630561, 0.1688831, 0.1822866, 0.2143346, 0.2992543, 0.5369678, 1.2117236", \
					  "0.2177653, 0.2246700, 0.2396870, 0.2730635, 0.3582386, 0.5962013, 1.2735241", \
					  "0.2709543, 0.2801880, 0.2988803, 0.3371662, 0.4239214, 0.6637669, 1.3363001");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0201092, 0.0250444, 0.0390404, 0.0791178, 0.1978597, 0.5372574, 1.5021703", \
					  "0.0200981, 0.0251021, 0.0391007, 0.0792679, 0.1970790, 0.5383565, 1.4990656", \
					  "0.0200085, 0.0250248, 0.0390034, 0.0792805, 0.1979069, 0.5375848, 1.5009581", \
					  "0.0200389, 0.0251582, 0.0390060, 0.0792493, 0.1980866, 0.5372308, 1.5033372", \
					  "0.0223954, 0.0273040, 0.0411113, 0.0801739, 0.1972869, 0.5376113, 1.5023526", \
					  "0.0287491, 0.0336474, 0.0462331, 0.0830995, 0.1984886, 0.5358643, 1.5010970", \
					  "0.0410610, 0.0463944, 0.0605930, 0.0928481, 0.2006327, 0.5391941, 1.4949252");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1866048, 0.1919372, 0.2035049, 0.2262466, 0.2713685, 0.3675089, 0.6055190", \
					  "0.1924634, 0.1977583, 0.2093133, 0.2322157, 0.2771642, 0.3732119, 0.6113817", \
					  "0.2073440, 0.2126876, 0.2242387, 0.2470880, 0.2920794, 0.3880990, 0.6263944", \
					  "0.2429526, 0.2483411, 0.2598545, 0.2826705, 0.3276719, 0.4235279, 0.6619909", \
					  "0.3243743, 0.3296782, 0.3412551, 0.3638647, 0.4090480, 0.5051444, 0.7431685", \
					  "0.5054106, 0.5112116, 0.5234017, 0.5470259, 0.5927940, 0.6893583, 0.9277729", \
					  "0.8489064, 0.8565142, 0.8721174, 0.9009671, 0.9544006, 1.0591372, 1.3010455");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0264419, 0.0294964, 0.0365410, 0.0541884, 0.0949264, 0.1989097, 0.5052208", \
					  "0.0263576, 0.0294085, 0.0368430, 0.0541434, 0.0945880, 0.1984770, 0.5052518", \
					  "0.0263609, 0.0294259, 0.0365984, 0.0535465, 0.0946445, 0.1981790, 0.5044641", \
					  "0.0262861, 0.0293789, 0.0368082, 0.0542023, 0.0947600, 0.1988570, 0.5034136", \
					  "0.0262911, 0.0293867, 0.0367553, 0.0536729, 0.0950675, 0.1985087, 0.5029504", \
					  "0.0296064, 0.0327860, 0.0397657, 0.0562324, 0.0961844, 0.1989578, 0.5042308", \
					  "0.0434398, 0.0465524, 0.0542652, 0.0717019, 0.1117533, 0.2125553, 0.5085957");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0736412, 0.0790220, 0.0919902, 0.1238528, 0.2088322, 0.4472480, 1.1214294", \
					  "0.0781490, 0.0835422, 0.0965337, 0.1282141, 0.2133373, 0.4516059, 1.1267716", \
					  "0.0885967, 0.0939782, 0.1068888, 0.1386663, 0.2235807, 0.4621735, 1.1374376", \
					  "0.1126486, 0.1180336, 0.1308985, 0.1624641, 0.2473849, 0.4857872, 1.1653092", \
					  "0.1504320, 0.1563459, 0.1699997, 0.2023489, 0.2875589, 0.5281279, 1.2019740", \
					  "0.1986491, 0.2059475, 0.2221244, 0.2558220, 0.3406138, 0.5791282, 1.2560469", \
					  "0.2416966, 0.2520457, 0.2736942, 0.3147393, 0.4006610, 0.6379926, 1.3117885");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0192252, 0.0242230, 0.0380985, 0.0779794, 0.1969468, 0.5364926, 1.5000358", \
					  "0.0192005, 0.0242325, 0.0380835, 0.0781699, 0.1965230, 0.5360344, 1.4939999", \
					  "0.0194037, 0.0243243, 0.0381531, 0.0782000, 0.1971246, 0.5352510, 1.4985976", \
					  "0.0198631, 0.0247306, 0.0385939, 0.0784087, 0.1971373, 0.5357967, 1.5135377", \
					  "0.0240448, 0.0287336, 0.0415080, 0.0799751, 0.1968333, 0.5358384, 1.5029842", \
					  "0.0335114, 0.0377677, 0.0495927, 0.0842051, 0.1981220, 0.5345550, 1.5068886", \
					  "0.0490237, 0.0546709, 0.0668250, 0.0984905, 0.2018885, 0.5386048, 1.4931301");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1299897, 0.1349742, 0.1457939, 0.1669956, 0.2090853, 0.3006418, 0.5362603", \
					  "0.1344867, 0.1394536, 0.1502920, 0.1718048, 0.2137700, 0.3054217, 0.5410981", \
					  "0.1467486, 0.1517631, 0.1625783, 0.1840222, 0.2260127, 0.3176051, 0.5528460", \
					  "0.1786528, 0.1835527, 0.1944059, 0.2157404, 0.2577512, 0.3492707, 0.5852159", \
					  "0.2552336, 0.2601799, 0.2705347, 0.2919174, 0.3340965, 0.4257570, 0.6617603", \
					  "0.4030877, 0.4093129, 0.4228520, 0.4480741, 0.4941377, 0.5881699, 0.8248580", \
					  "0.6508915, 0.6596819, 0.6781899, 0.7117690, 0.7696075, 0.8737527, 1.1125917");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0235788, 0.0267458, 0.0336889, 0.0502142, 0.0881404, 0.1912348, 0.5015079", \
					  "0.0235693, 0.0265475, 0.0335299, 0.0494575, 0.0883782, 0.1913981, 0.5007493", \
					  "0.0237496, 0.0267345, 0.0335277, 0.0494974, 0.0883154, 0.1911410, 0.5008987", \
					  "0.0237349, 0.0267674, 0.0337381, 0.0495127, 0.0884903, 0.1916820, 0.5015608", \
					  "0.0240884, 0.0270825, 0.0347532, 0.0501968, 0.0884496, 0.1912643, 0.5011479", \
					  "0.0352704, 0.0388296, 0.0455047, 0.0604848, 0.0964399, 0.1956724, 0.5017676", \
					  "0.0555513, 0.0610530, 0.0694361, 0.0869080, 0.1217149, 0.2120042, 0.5047017");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0772256, 0.0827324, 0.0956932, 0.1274354, 0.2127173, 0.4513567, 1.1277427", \
					  "0.0821117, 0.0874814, 0.1003826, 0.1322974, 0.2176111, 0.4562004, 1.1309527", \
					  "0.0928760, 0.0982581, 0.1111854, 0.1429274, 0.2280943, 0.4667897, 1.1429762", \
					  "0.1160341, 0.1213959, 0.1343089, 0.1659715, 0.2508968, 0.4890567, 1.1674858", \
					  "0.1558558, 0.1616910, 0.1750890, 0.2074148, 0.2924455, 0.5318477, 1.2049151", \
					  "0.2108019, 0.2179476, 0.2334249, 0.2673673, 0.3526639, 0.5907904, 1.2678119", \
					  "0.2689043, 0.2785628, 0.2989400, 0.3383216, 0.4249562, 0.6626762, 1.3370578");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0193466, 0.0242175, 0.0379722, 0.0780117, 0.1963034, 0.5385917, 1.5084263", \
					  "0.0192962, 0.0242805, 0.0380938, 0.0781535, 0.1965822, 0.5387819, 1.4961126", \
					  "0.0193125, 0.0242718, 0.0380769, 0.0782169, 0.1970530, 0.5393054, 1.5043128", \
					  "0.0196568, 0.0246349, 0.0384899, 0.0783466, 0.1972033, 0.5361073, 1.5022198", \
					  "0.0226125, 0.0273194, 0.0407550, 0.0792938, 0.1968508, 0.5385375, 1.4928333", \
					  "0.0295556, 0.0344617, 0.0466123, 0.0828647, 0.1977141, 0.5335550, 1.5065490", \
					  "0.0435418, 0.0491585, 0.0614553, 0.0943148, 0.2012771, 0.5384404, 1.4957927");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1433210, 0.1483628, 0.1594088, 0.1806721, 0.2227049, 0.3140403, 0.5500066", \
					  "0.1481416, 0.1532614, 0.1642951, 0.1858228, 0.2279006, 0.3192265, 0.5553810", \
					  "0.1609525, 0.1660569, 0.1770443, 0.1985589, 0.2402627, 0.3317356, 0.5679808", \
					  "0.1934576, 0.1986708, 0.2096550, 0.2309709, 0.2729629, 0.3644853, 0.6002476", \
					  "0.2701946, 0.2752390, 0.2859352, 0.3074006, 0.3494793, 0.4411679, 0.6772011", \
					  "0.4275449, 0.4338696, 0.4470695, 0.4716653, 0.5167284, 0.6098459, 0.8464141", \
					  "0.6880122, 0.6968792, 0.7155300, 0.7503076, 0.8066324, 0.9069233, 1.1458692");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0246317, 0.0276205, 0.0344527, 0.0507553, 0.0884766, 0.1913623, 0.5005293", \
					  "0.0246386, 0.0276006, 0.0345002, 0.0499943, 0.0883655, 0.1910506, 0.5039120", \
					  "0.0245757, 0.0275001, 0.0344062, 0.0499351, 0.0883725, 0.1913011, 0.5032034", \
					  "0.0246081, 0.0275107, 0.0344246, 0.0501987, 0.0883665, 0.1916860, 0.5007953", \
					  "0.0246875, 0.0277692, 0.0353253, 0.0510754, 0.0886752, 0.1909444, 0.5029049", \
					  "0.0345085, 0.0375994, 0.0441352, 0.0587097, 0.0941751, 0.1938637, 0.5037832", \
					  "0.0548356, 0.0585147, 0.0667119, 0.0836857, 0.1180874, 0.2099240, 0.5032170");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002286;
			capacitance : 0.002180;
			fall_capacitance : 0.002074;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025208, -0.0025240, -0.0025314, -0.0025271, -0.0025171, -0.0024941, -0.0024410");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032058, 0.0032051, 0.0032035, 0.0032034, 0.0032030, 0.0032022, 0.0032003");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002350;
			capacitance : 0.002205;
			fall_capacitance : 0.002060;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028971, -0.0028963, -0.0028946, -0.0028945, -0.0028942, -0.0028936, -0.0028922");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028921, 0.0028942, 0.0028992, 0.0028981, 0.0028957, 0.0028901, 0.0028773");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002374;
			capacitance : 0.002248;
			fall_capacitance : 0.002121;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026336, -0.0026358, -0.0026408, -0.0026367, -0.0026271, -0.0026049, -0.0025539");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032064, 0.0032064, 0.0032066, 0.0032071, 0.0032082, 0.0032110, 0.0032172");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002341;
			capacitance : 0.002198;
			fall_capacitance : 0.002055;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026985, -0.0026990, -0.0027000, -0.0027001, -0.0027003, -0.0027007, -0.0027016");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027004, 0.0026992, 0.0026963, 0.0026963, 0.0026961, 0.0026959, 0.0026953");
				}
			}
		}
	}
	cell ("scs8hd_a22o_4") {
		area : 17.516800;
		cell_footprint : "a22o";
		cell_leakage_power : 9.159939e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018213";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0008648";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0001505";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0016847";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0008802";
			when : "A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0233963";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0233901";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015085";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0309513";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0015205";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0233948";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015080";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0015423";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0015134";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0309241";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015082";
			when : "A1&!A2&B1&B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (A1&A2)";
			max_capacitance : 0.485239;
			max_transition : 1.511505;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0241896, 0.0256433, 0.0302035, 0.0438391, 0.0850944, 0.2128151, 0.6143882", \
					  "0.0240976, 0.0255867, 0.0301377, 0.0437384, 0.0850311, 0.2132387, 0.6121846", \
					  "0.0239506, 0.0254449, 0.0299705, 0.0435929, 0.0848613, 0.2131506, 0.6118621", \
					  "0.0238058, 0.0252805, 0.0297607, 0.0431739, 0.0843881, 0.2121944, 0.6107392", \
					  "0.0237179, 0.0250795, 0.0293167, 0.0426736, 0.0836261, 0.2121119, 0.6113430", \
					  "0.0239300, 0.0253056, 0.0297089, 0.0428236, 0.0828906, 0.2100131, 0.6105620", \
					  "0.0239838, 0.0253954, 0.0296101, 0.0428767, 0.0833723, 0.2106906, 0.6102114");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0198934, 0.0188058, 0.0153962, 0.0053826, -0.0311552, -0.1571589, -0.5596775", \
					  "0.0196167, 0.0184727, 0.0151248, 0.0051222, -0.0314139, -0.1573736, -0.5599100", \
					  "0.0193330, 0.0181985, 0.0148111, 0.0048221, -0.0316832, -0.1576992, -0.5601998", \
					  "0.0191037, 0.0179664, 0.0145641, 0.0045849, -0.0320062, -0.1579383, -0.5604344", \
					  "0.0188514, 0.0177121, 0.0143260, 0.0042341, -0.0323133, -0.1582327, -0.5606876", \
					  "0.0187189, 0.0175528, 0.0142278, 0.0037832, -0.0326769, -0.1584077, -0.5607712", \
					  "0.0249164, 0.0236675, 0.0196268, 0.0070558, -0.0329527, -0.1587842, -0.5609137");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0251479, 0.0266293, 0.0311647, 0.0447461, 0.0860737, 0.2141393, 0.6129611", \
					  "0.0250252, 0.0265155, 0.0310521, 0.0446390, 0.0859689, 0.2140952, 0.6128258", \
					  "0.0248739, 0.0263620, 0.0308820, 0.0444653, 0.0857250, 0.2139099, 0.6128665", \
					  "0.0246710, 0.0261286, 0.0305971, 0.0440736, 0.0853627, 0.2126928, 0.6107252", \
					  "0.0246802, 0.0260717, 0.0303800, 0.0439011, 0.0848557, 0.2126920, 0.6142906", \
					  "0.0249752, 0.0263546, 0.0307193, 0.0438820, 0.0843661, 0.2110916, 0.6117662", \
					  "0.0251424, 0.0265035, 0.0307596, 0.0438845, 0.0846500, 0.2117754, 0.6096718");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0246153, 0.0234659, 0.0200407, 0.0099855, -0.0264362, -0.1524794, -0.5548891", \
					  "0.0244417, 0.0232433, 0.0198430, 0.0098817, -0.0265943, -0.1526277, -0.5550230", \
					  "0.0241662, 0.0230022, 0.0196414, 0.0096421, -0.0268501, -0.1528144, -0.5552312", \
					  "0.0241061, 0.0228191, 0.0194518, 0.0094377, -0.0270060, -0.1529872, -0.5553928", \
					  "0.0237810, 0.0226527, 0.0192352, 0.0092041, -0.0273097, -0.1532654, -0.5556051", \
					  "0.0236131, 0.0224397, 0.0189307, 0.0087470, -0.0275332, -0.1534027, -0.5556912", \
					  "0.0298151, 0.0285538, 0.0245666, 0.0122745, -0.0278381, -0.1537892, -0.5558466");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0211455, 0.0225896, 0.0270425, 0.0404239, 0.0811466, 0.2069058, 0.6067241", \
					  "0.0211148, 0.0225733, 0.0270142, 0.0403617, 0.0810777, 0.2075064, 0.6037217", \
					  "0.0210063, 0.0224759, 0.0269074, 0.0402350, 0.0810275, 0.2084398, 0.6032812", \
					  "0.0206346, 0.0220463, 0.0264114, 0.0395852, 0.0805393, 0.2064541, 0.6072233", \
					  "0.0204643, 0.0218828, 0.0259813, 0.0391024, 0.0794663, 0.2058711, 0.6044666", \
					  "0.0202153, 0.0215689, 0.0258095, 0.0389720, 0.0792189, 0.2049688, 0.6024878", \
					  "0.0202407, 0.0215257, 0.0257957, 0.0384329, 0.0793213, 0.2067093, 0.6051796");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0159957, 0.0149084, 0.0113212, 0.0009987, -0.0362349, -0.1626977, -0.5651685", \
					  "0.0158314, 0.0146709, 0.0111016, 0.0006576, -0.0364821, -0.1629503, -0.5654802", \
					  "0.0153142, 0.0141733, 0.0106452, 0.0002992, -0.0368496, -0.1633479, -0.5658939", \
					  "0.0150727, 0.0139067, 0.0103479, -5.7100000e-05, -0.0372274, -0.1636750, -0.5661716", \
					  "0.0153087, 0.0142708, 0.0105596, -0.0001428, -0.0375229, -0.1639242, -0.5662722", \
					  "0.0143405, 0.0135515, 0.0097964, -0.0009163, -0.0380594, -0.1642808, -0.5665212", \
					  "0.0203342, 0.0190282, 0.0149631, 0.0023225, -0.0378157, -0.1644597, -0.5664388");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0221717, 0.0236229, 0.0280623, 0.0414170, 0.0821192, 0.2086270, 0.6070555", \
					  "0.0221326, 0.0235898, 0.0280205, 0.0413788, 0.0820648, 0.2076492, 0.6060223", \
					  "0.0219927, 0.0234559, 0.0278739, 0.0411776, 0.0818708, 0.2096403, 0.6036531", \
					  "0.0216097, 0.0230456, 0.0274177, 0.0406783, 0.0815840, 0.2074929, 0.6035559", \
					  "0.0216338, 0.0229859, 0.0271014, 0.0402395, 0.0807649, 0.2069500, 0.6056386", \
					  "0.0213341, 0.0227099, 0.0271160, 0.0402930, 0.0802907, 0.2065115, 0.6030569", \
					  "0.0212721, 0.0225997, 0.0268185, 0.0398673, 0.0808434, 0.2066998, 0.6064951");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0207605, 0.0195565, 0.0160558, 0.0057423, -0.0315042, -0.1580297, -0.5604802", \
					  "0.0205609, 0.0193837, 0.0157654, 0.0054817, -0.0317609, -0.1583173, -0.5607516", \
					  "0.0202010, 0.0190725, 0.0154629, 0.0050620, -0.0321280, -0.1586496, -0.5610740", \
					  "0.0198975, 0.0187199, 0.0151926, 0.0047761, -0.0324728, -0.1589597, -0.5613538", \
					  "0.0199907, 0.0187940, 0.0151143, 0.0045566, -0.0328640, -0.1593186, -0.5616547", \
					  "0.0192648, 0.0180881, 0.0143980, 0.0038545, -0.0333143, -0.1594981, -0.5616430", \
					  "0.0253177, 0.0239989, 0.0199471, 0.0072869, -0.0329879, -0.1595962, -0.5614320");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0722274, 0.0758008, 0.0856780, 0.1119098, 0.1868886, 0.4154304, 1.1330021", \
					  "0.0763672, 0.0799808, 0.0898941, 0.1161254, 0.1907922, 0.4205370, 1.1338066", \
					  "0.0864217, 0.0900414, 0.0999274, 0.1261364, 0.2007982, 0.4296141, 1.1447119", \
					  "0.1091651, 0.1127876, 0.1226425, 0.1483936, 0.2230946, 0.4517829, 1.1682995", \
					  "0.1427164, 0.1465063, 0.1567196, 0.1830463, 0.2576397, 0.4874857, 1.2019568", \
					  "0.1823050, 0.1869079, 0.1986351, 0.2260381, 0.3004207, 0.5290495, 1.2449494", \
					  "0.2027799, 0.2091054, 0.2242663, 0.2575976, 0.3332686, 0.5615260, 1.2762041");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0193673, 0.0225741, 0.0326154, 0.0639216, 0.1654240, 0.4875840, 1.5004221", \
					  "0.0193084, 0.0224661, 0.0325956, 0.0639840, 0.1652294, 0.4876103, 1.5086671", \
					  "0.0192399, 0.0224790, 0.0325387, 0.0639370, 0.1651497, 0.4879133, 1.5075513", \
					  "0.0194643, 0.0226869, 0.0327586, 0.0639130, 0.1654291, 0.4887892, 1.5056257", \
					  "0.0221728, 0.0253077, 0.0346765, 0.0651465, 0.1651997, 0.4872405, 1.5056938", \
					  "0.0292709, 0.0321167, 0.0407924, 0.0682485, 0.1668162, 0.4861945, 1.5016912", \
					  "0.0443419, 0.0476447, 0.0568558, 0.0813749, 0.1693034, 0.4919208, 1.4980744");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.1757165, 0.1791815, 0.1878763, 0.2068997, 0.2474374, 0.3403290, 0.5874805", \
					  "0.1814647, 0.1848849, 0.1935382, 0.2128140, 0.2529910, 0.3458376, 0.5928015", \
					  "0.1961393, 0.1995417, 0.2081469, 0.2272796, 0.2677113, 0.3602756, 0.6072033", \
					  "0.2320178, 0.2354782, 0.2441506, 0.2632728, 0.3039267, 0.3962079, 0.6432052", \
					  "0.3137019, 0.3171773, 0.3258149, 0.3448523, 0.3854073, 0.4781663, 0.7257162", \
					  "0.4917091, 0.4954377, 0.5046870, 0.5249131, 0.5668042, 0.6603825, 0.9077902", \
					  "0.8287955, 0.8335996, 0.8455563, 0.8703287, 0.9189864, 1.0213410, 1.2733362");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0264993, 0.0282954, 0.0332351, 0.0466270, 0.0822911, 0.1798956, 0.4946201", \
					  "0.0262093, 0.0281167, 0.0332999, 0.0463566, 0.0817750, 0.1808722, 0.4954177", \
					  "0.0262188, 0.0281078, 0.0330935, 0.0463577, 0.0817685, 0.1805206, 0.4933072", \
					  "0.0264082, 0.0280790, 0.0330858, 0.0463114, 0.0815578, 0.1806042, 0.4943291", \
					  "0.0263416, 0.0280670, 0.0332900, 0.0464877, 0.0820394, 0.1802818, 0.4938824", \
					  "0.0303843, 0.0322895, 0.0378187, 0.0501595, 0.0847648, 0.1817722, 0.4925471", \
					  "0.0441494, 0.0461672, 0.0515694, 0.0652539, 0.1015352, 0.1963995, 0.4984043");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0768498, 0.0804896, 0.0903760, 0.1166253, 0.1912684, 0.4208352, 1.1343618", \
					  "0.0814082, 0.0850540, 0.0949402, 0.1211864, 0.1958291, 0.4244397, 1.1390926", \
					  "0.0918091, 0.0954389, 0.1053007, 0.1314791, 0.2061310, 0.4356585, 1.1493820", \
					  "0.1142456, 0.1178208, 0.1276266, 0.1536927, 0.2283473, 0.4572557, 1.1742017", \
					  "0.1522558, 0.1560569, 0.1662758, 0.1927004, 0.2673305, 0.4959069, 1.2143216", \
					  "0.2017757, 0.2062781, 0.2178351, 0.2453734, 0.3202077, 0.5488681, 1.2639986", \
					  "0.2454928, 0.2514675, 0.2663704, 0.2988779, 0.3749652, 0.6031475, 1.3180924");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0193682, 0.0225138, 0.0326025, 0.0638593, 0.1652563, 0.4877730, 1.5078060", \
					  "0.0193648, 0.0225230, 0.0325750, 0.0638931, 0.1652747, 0.4877730, 1.5079604", \
					  "0.0191956, 0.0224955, 0.0325353, 0.0639329, 0.1651007, 0.4869103, 1.5078128", \
					  "0.0194480, 0.0227120, 0.0327406, 0.0638497, 0.1654881, 0.4866397, 1.5030928", \
					  "0.0216571, 0.0247315, 0.0344221, 0.0649154, 0.1651012, 0.4892709, 1.5023678", \
					  "0.0273887, 0.0304393, 0.0396398, 0.0679184, 0.1665413, 0.4858762, 1.5075802", \
					  "0.0398823, 0.0433730, 0.0526754, 0.0786094, 0.1694371, 0.4906698, 1.4976078");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.1876971, 0.1912351, 0.1999191, 0.2186885, 0.2587704, 0.3502532, 0.5965435", \
					  "0.1937626, 0.1972164, 0.2059384, 0.2249627, 0.2649242, 0.3566943, 0.6030713", \
					  "0.2083572, 0.2118897, 0.2204624, 0.2393784, 0.2794949, 0.3712754, 0.6177245", \
					  "0.2445331, 0.2482410, 0.2570314, 0.2757095, 0.3160806, 0.4071928, 0.6536887", \
					  "0.3260825, 0.3296158, 0.3382217, 0.3571923, 0.3970524, 0.4886875, 0.7352145", \
					  "0.5045140, 0.5078590, 0.5171482, 0.5373614, 0.5778259, 0.6702131, 0.9166861", \
					  "0.8427483, 0.8476636, 0.8595593, 0.8835315, 0.9308826, 1.0312107, 1.2814475");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0269535, 0.0285828, 0.0334225, 0.0467447, 0.0809894, 0.1788828, 0.4925432", \
					  "0.0266937, 0.0284469, 0.0334524, 0.0460057, 0.0804273, 0.1782330, 0.4931301", \
					  "0.0266330, 0.0284724, 0.0335241, 0.0464778, 0.0812127, 0.1788204, 0.4952718", \
					  "0.0267219, 0.0284913, 0.0334121, 0.0459855, 0.0807807, 0.1789441, 0.4939976", \
					  "0.0267980, 0.0284400, 0.0337692, 0.0462835, 0.0806893, 0.1788638, 0.4944951", \
					  "0.0303637, 0.0318946, 0.0369537, 0.0492088, 0.0833921, 0.1791637, 0.4922605", \
					  "0.0436142, 0.0457788, 0.0508458, 0.0643220, 0.0986795, 0.1922229, 0.4974055");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0637968, 0.0672236, 0.0766406, 0.1020756, 0.1755991, 0.4032309, 1.1167200", \
					  "0.0678736, 0.0713111, 0.0807673, 0.1060550, 0.1798512, 0.4075785, 1.1221404", \
					  "0.0778567, 0.0813107, 0.0907499, 0.1160758, 0.1898302, 0.4184255, 1.1320732", \
					  "0.0985820, 0.1020768, 0.1116462, 0.1370715, 0.2104268, 0.4380420, 1.1582760", \
					  "0.1265788, 0.1303543, 0.1403900, 0.1663272, 0.2401655, 0.4681159, 1.1854291", \
					  "0.1543499, 0.1592662, 0.1713659, 0.1988226, 0.2727833, 0.5010868, 1.2165052", \
					  "0.1551623, 0.1619939, 0.1782779, 0.2120740, 0.2881661, 0.5154497, 1.2300888");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0180388, 0.0213142, 0.0311298, 0.0622453, 0.1642544, 0.4848715, 1.4982535", \
					  "0.0180705, 0.0212556, 0.0311472, 0.0623087, 0.1640844, 0.4867964, 1.5051574", \
					  "0.0179738, 0.0212312, 0.0310866, 0.0623096, 0.1641015, 0.4914122, 1.4943272", \
					  "0.0189816, 0.0221521, 0.0319534, 0.0626131, 0.1643124, 0.4852720, 1.5115036", \
					  "0.0226729, 0.0254877, 0.0345649, 0.0644973, 0.1642722, 0.4856251, 1.4972669", \
					  "0.0316124, 0.0344552, 0.0427432, 0.0690325, 0.1657364, 0.4851043, 1.5115046", \
					  "0.0487144, 0.0514994, 0.0611866, 0.0847723, 0.1705201, 0.4903082, 1.4943253");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.1442640, 0.1476958, 0.1564947, 0.1758581, 0.2147870, 0.3039891, 0.5485363", \
					  "0.1485144, 0.1520169, 0.1608968, 0.1801151, 0.2196859, 0.3086393, 0.5525721", \
					  "0.1607381, 0.1642627, 0.1731043, 0.1923612, 0.2314237, 0.3204692, 0.5649991", \
					  "0.1942187, 0.1977386, 0.2065423, 0.2257163, 0.2648348, 0.3541193, 0.5982884", \
					  "0.2741039, 0.2775763, 0.2863028, 0.3052523, 0.3446584, 0.4323235, 0.6766458", \
					  "0.4428854, 0.4470970, 0.4576872, 0.4796148, 0.5220397, 0.6129620, 0.8572320", \
					  "0.7389188, 0.7448890, 0.7595499, 0.7892715, 0.8437330, 0.9439940, 1.1921235");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0269737, 0.0289353, 0.0340789, 0.0466558, 0.0802848, 0.1754868, 0.4926974", \
					  "0.0271311, 0.0291380, 0.0341160, 0.0469095, 0.0796787, 0.1754305, 0.4941892", \
					  "0.0269157, 0.0288559, 0.0338950, 0.0466180, 0.0799559, 0.1758914, 0.4908163", \
					  "0.0271001, 0.0288683, 0.0339217, 0.0466345, 0.0797863, 0.1757482, 0.4917388", \
					  "0.0274433, 0.0293595, 0.0346868, 0.0469701, 0.0801276, 0.1754379, 0.4917330", \
					  "0.0376576, 0.0400189, 0.0450965, 0.0565722, 0.0868788, 0.1782872, 0.4920044", \
					  "0.0598120, 0.0622449, 0.0688703, 0.0827074, 0.1132061, 0.1987627, 0.4962123");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0684542, 0.0718629, 0.0813239, 0.1067210, 0.1799522, 0.4072099, 1.1212642", \
					  "0.0730256, 0.0764631, 0.0859065, 0.1112643, 0.1844674, 0.4118792, 1.1268620", \
					  "0.0831516, 0.0865994, 0.0960321, 0.1213141, 0.1949926, 0.4219675, 1.1363728", \
					  "0.1036328, 0.1071410, 0.1166251, 0.1421424, 0.2156555, 0.4439869, 1.1574615", \
					  "0.1349412, 0.1387066, 0.1487068, 0.1747084, 0.2486639, 0.4774855, 1.1924008", \
					  "0.1707993, 0.1754974, 0.1874673, 0.2150324, 0.2889123, 0.5173038, 1.2340277", \
					  "0.1872963, 0.1937389, 0.2097096, 0.2436576, 0.3201344, 0.5478532, 1.2622839");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0180200, 0.0212227, 0.0311686, 0.0624102, 0.1639772, 0.4885806, 1.5007429", \
					  "0.0180832, 0.0212619, 0.0311863, 0.0624118, 0.1642437, 0.4855810, 1.4971724", \
					  "0.0180004, 0.0212527, 0.0311124, 0.0623070, 0.1642618, 0.4880459, 1.4958931", \
					  "0.0189938, 0.0220236, 0.0316359, 0.0625091, 0.1642599, 0.4871733, 1.4957207", \
					  "0.0217386, 0.0247927, 0.0341357, 0.0641759, 0.1639368, 0.4849960, 1.4980194", \
					  "0.0290347, 0.0319552, 0.0407136, 0.0681161, 0.1659369, 0.4849026, 1.4963676", \
					  "0.0433756, 0.0469504, 0.0563668, 0.0819920, 0.1690041, 0.4883948, 1.4982475");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.1487913, 0.1522709, 0.1608190, 0.1792469, 0.2173167, 0.3048520, 0.5491021", \
					  "0.1532068, 0.1567252, 0.1652261, 0.1834665, 0.2216354, 0.3088510, 0.5530711", \
					  "0.1662485, 0.1696599, 0.1781500, 0.1966471, 0.2346616, 0.3220047, 0.5662315", \
					  "0.1992108, 0.2025521, 0.2112706, 0.2297062, 0.2676490, 0.3551036, 0.5991326", \
					  "0.2784091, 0.2818193, 0.2902752, 0.3086658, 0.3467266, 0.4342932, 0.6785394", \
					  "0.4466832, 0.4507852, 0.4610520, 0.4820567, 0.5227993, 0.6116669, 0.8560241", \
					  "0.7408771, 0.7468342, 0.7612796, 0.7901930, 0.8418594, 0.9395239, 1.1864456");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0260166, 0.0276474, 0.0324359, 0.0444700, 0.0771229, 0.1730663, 0.4932823", \
					  "0.0259531, 0.0278491, 0.0325705, 0.0448243, 0.0773545, 0.1726320, 0.4915243", \
					  "0.0260055, 0.0278186, 0.0324236, 0.0445991, 0.0770554, 0.1728999, 0.4918659", \
					  "0.0259875, 0.0279085, 0.0326188, 0.0445394, 0.0771736, 0.1728851, 0.4916504", \
					  "0.0261253, 0.0279378, 0.0325733, 0.0447489, 0.0771606, 0.1730718, 0.4941297", \
					  "0.0353995, 0.0370741, 0.0422023, 0.0537194, 0.0825546, 0.1750644, 0.4915658", \
					  "0.0564796, 0.0588743, 0.0647218, 0.0786076, 0.1064648, 0.1901357, 0.4937073");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004237;
			capacitance : 0.004037;
			fall_capacitance : 0.003836;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043936, -0.0043979, -0.0044076, -0.0043982, -0.0043761, -0.0043254, -0.0042083");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058828, 0.0058845, 0.0058885, 0.0058856, 0.0058790, 0.0058638, 0.0058286");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004682;
			capacitance : 0.004455;
			fall_capacitance : 0.004227;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054095, -0.0054091, -0.0054083, -0.0054081, -0.0054073, -0.0054056, -0.0054017");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054471, 0.0054388, 0.0054197, 0.0054194, 0.0054186, 0.0054169, 0.0054129");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004372;
			capacitance : 0.004113;
			fall_capacitance : 0.003854;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045172, -0.0045202, -0.0045270, -0.0045180, -0.0044969, -0.0044485, -0.0043367");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059672, 0.0059625, 0.0059518, 0.0059544, 0.0059606, 0.0059748, 0.0060074");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004915;
			capacitance : 0.004603;
			fall_capacitance : 0.004291;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0057011, -0.0057032, -0.0057081, -0.0057080, -0.0057075, -0.0057063, -0.0057038");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057273, 0.0057223, 0.0057108, 0.0057106, 0.0057101, 0.0057088, 0.0057060");
				}
			}
		}
	}
	cell ("scs8hd_a22oi_1") {
		area : 7.507200;
		cell_footprint : "a22oi";
		cell_leakage_power : 7.120038e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.4167233e-05";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "8.0170838e-06";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "1.6115523e-05";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "2.0550998e-05";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "1.4402928e-05";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "2.2501366e-05";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "2.3087619e-05";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "1.6937474e-05";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007295";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "2.5035912e-05";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0004236";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0001743";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0080213";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0004236";
			when : "A1&A2&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A2&!B2)";
			max_capacitance : 0.078745;
			max_transition : 1.495814;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0076215, 0.0084401, 0.0103513, 0.0147002, 0.0249498, 0.0479603, 0.1019583", \
					  "0.0074551, 0.0082809, 0.0102528, 0.0146041, 0.0246765, 0.0479328, 0.1021185", \
					  "0.0072600, 0.0081162, 0.0100064, 0.0144604, 0.0245846, 0.0480318, 0.1024157", \
					  "0.0071498, 0.0079591, 0.0098520, 0.0142214, 0.0243391, 0.0479662, 0.1023610", \
					  "0.0070565, 0.0078620, 0.0097440, 0.0140777, 0.0241461, 0.0475171, 0.1020268", \
					  "0.0070333, 0.0078599, 0.0097333, 0.0140466, 0.0241545, 0.0473886, 0.1016486", \
					  "0.0068162, 0.0076031, 0.0094829, 0.0139464, 0.0240538, 0.0474221, 0.1013973");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0046843, 0.0038992, 0.0020612, -0.0022398, -0.0122744, -0.0356983, -0.0902115", \
					  "0.0046054, 0.0038239, 0.0019876, -0.0023011, -0.0123313, -0.0357399, -0.0902712", \
					  "0.0044885, 0.0037093, 0.0018930, -0.0023852, -0.0124086, -0.0358028, -0.0903231", \
					  "0.0043817, 0.0036003, 0.0018120, -0.0024571, -0.0124683, -0.0358702, -0.0903532", \
					  "0.0043903, 0.0035920, 0.0017457, -0.0025598, -0.0125371, -0.0359168, -0.0904014", \
					  "0.0044256, 0.0036135, 0.0016843, -0.0026132, -0.0126797, -0.0360465, -0.0904580", \
					  "0.0044829, 0.0036779, 0.0018093, -0.0025453, -0.0125495, -0.0360411, -0.0905683");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0097394, 0.0105542, 0.0124343, 0.0167863, 0.0267811, 0.0500029, 0.1038623", \
					  "0.0096207, 0.0104434, 0.0123345, 0.0167065, 0.0267488, 0.0499697, 0.1037649", \
					  "0.0094940, 0.0103161, 0.0122274, 0.0166161, 0.0266737, 0.0499886, 0.1037630", \
					  "0.0093916, 0.0102041, 0.0120870, 0.0164546, 0.0265282, 0.0498408, 0.1037004", \
					  "0.0093063, 0.0101256, 0.0120038, 0.0163707, 0.0263781, 0.0496945, 0.1035979", \
					  "0.0092737, 0.0100896, 0.0119804, 0.0162902, 0.0263608, 0.0496051, 0.1035182", \
					  "0.0090671, 0.0098458, 0.0116951, 0.0162375, 0.0262990, 0.0495061, 0.1036514");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0048860, 0.0040912, 0.0022499, -0.0020436, -0.0120889, -0.0355021, -0.0900159", \
					  "0.0048168, 0.0040212, 0.0021827, -0.0021048, -0.0121412, -0.0355488, -0.0900740", \
					  "0.0047252, 0.0039395, 0.0021079, -0.0021730, -0.0122091, -0.0356098, -0.0901345", \
					  "0.0046220, 0.0038502, 0.0020298, -0.0022382, -0.0122489, -0.0356587, -0.0901667", \
					  "0.0046181, 0.0038517, 0.0019963, -0.0023606, -0.0123555, -0.0356992, -0.0901914", \
					  "0.0046146, 0.0038278, 0.0019976, -0.0023316, -0.0124104, -0.0358012, -0.0902549", \
					  "0.0046774, 0.0038829, 0.0020181, -0.0023060, -0.0123771, -0.0358222, -0.0903270");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0047871, 0.0056188, 0.0075362, 0.0119126, 0.0219407, 0.0453121, 0.0992983", \
					  "0.0045700, 0.0054165, 0.0073861, 0.0117894, 0.0218681, 0.0451329, 0.0990121", \
					  "0.0043865, 0.0052299, 0.0071540, 0.0115464, 0.0217214, 0.0450688, 0.0989761", \
					  "0.0042589, 0.0050751, 0.0069890, 0.0114289, 0.0214431, 0.0448058, 0.0988698", \
					  "0.0041887, 0.0049876, 0.0068803, 0.0112159, 0.0212756, 0.0446430, 0.0986836", \
					  "0.0042510, 0.0050267, 0.0071791, 0.0111790, 0.0212149, 0.0446512, 0.0983416", \
					  "0.0043606, 0.0051541, 0.0070545, 0.0114609, 0.0215056, 0.0444672, 0.0986139");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0034390, 0.0026489, 0.0007911, -0.0035205, -0.0136153, -0.0370937, -0.0916733", \
					  "0.0033605, 0.0025900, 0.0007754, -0.0035241, -0.0135969, -0.0370637, -0.0916360", \
					  "0.0032101, 0.0024523, 0.0006747, -0.0035813, -0.0136129, -0.0370480, -0.0916130", \
					  "0.0029956, 0.0022465, 0.0004684, -0.0037330, -0.0137016, -0.0370919, -0.0916308", \
					  "0.0028970, 0.0021188, 0.0003462, -0.0039107, -0.0138643, -0.0371929, -0.0916740", \
					  "0.0029005, 0.0021042, 0.0002565, -0.0039979, -0.0140631, -0.0374038, -0.0917991", \
					  "0.0029677, 0.0021497, 0.0002898, -0.0041050, -0.0141402, -0.0373461, -0.0919482");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0070009, 0.0078105, 0.0096941, 0.0140298, 0.0240463, 0.0472465, 0.1009871", \
					  "0.0068457, 0.0076831, 0.0095644, 0.0139435, 0.0239530, 0.0471723, 0.1011314", \
					  "0.0066756, 0.0074881, 0.0093773, 0.0137615, 0.0238724, 0.0471679, 0.1009960", \
					  "0.0066211, 0.0074285, 0.0093285, 0.0135122, 0.0236595, 0.0470505, 0.1010889", \
					  "0.0065044, 0.0073116, 0.0091959, 0.0135310, 0.0234855, 0.0466993, 0.1007070", \
					  "0.0065572, 0.0073572, 0.0092389, 0.0135098, 0.0235329, 0.0467435, 0.1006730", \
					  "0.0067271, 0.0075754, 0.0097809, 0.0136943, 0.0236755, 0.0467795, 0.1009683");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001161928, 0.002700152, 0.006274764, 0.01458165, 0.03388564, 0.07874533");
					values("0.0035737, 0.0027940, 0.0009454, -0.0033900, -0.0134804, -0.0369617, -0.0915341", \
					  "0.0035261, 0.0027445, 0.0009224, -0.0033884, -0.0134601, -0.0369281, -0.0915050", \
					  "0.0033923, 0.0026318, 0.0008354, -0.0034297, -0.0134757, -0.0369214, -0.0914785", \
					  "0.0032005, 0.0024434, 0.0006572, -0.0035723, -0.0135506, -0.0369467, -0.0914980", \
					  "0.0030953, 0.0023265, 0.0005541, -0.0037836, -0.0137112, -0.0370447, -0.0915375", \
					  "0.0030151, 0.0022177, 0.0003941, -0.0038846, -0.0138485, -0.0372240, -0.0916156", \
					  "0.0030627, 0.0022540, 0.0003951, -0.0039444, -0.0139792, -0.0373209, -0.0917979");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0890947, 0.0986380, 0.1201847, 0.1701590, 0.2847471, 0.5453644, 1.1547482", \
					  "0.0942003, 0.1037091, 0.1257909, 0.1750201, 0.2888894, 0.5521636, 1.1621616", \
					  "0.1080240, 0.1170714, 0.1390040, 0.1889883, 0.3065835, 0.5690595, 1.1811911", \
					  "0.1416054, 0.1508728, 0.1724293, 0.2220233, 0.3377131, 0.6029824, 1.2175494", \
					  "0.2139605, 0.2245846, 0.2473597, 0.2968455, 0.4105513, 0.6743433, 1.2893919", \
					  "0.3469275, 0.3620266, 0.3954435, 0.4611270, 0.5835453, 0.8473894, 1.4667954", \
					  "0.5789884, 0.6057937, 0.6601908, 0.7622964, 0.9399017, 1.2474375, 1.8615639");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0710170, 0.0832294, 0.1112194, 0.1764238, 0.3323595, 0.6773067, 1.4876963", \
					  "0.0712003, 0.0832280, 0.1115008, 0.1764597, 0.3271842, 0.6755858, 1.4918961", \
					  "0.0710763, 0.0832678, 0.1112413, 0.1763297, 0.3286343, 0.6791186, 1.4927524", \
					  "0.0712912, 0.0833985, 0.1111774, 0.1761029, 0.3271801, 0.6785719, 1.4937904", \
					  "0.0833389, 0.0935004, 0.1185861, 0.1792302, 0.3267619, 0.6776325, 1.4936067", \
					  "0.1262842, 0.1375175, 0.1624385, 0.2164205, 0.3438942, 0.6770466, 1.4896333", \
					  "0.2170602, 0.2319906, 0.2631003, 0.3270904, 0.4535223, 0.7359715, 1.4958140");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0286434, 0.0318060, 0.0388032, 0.0545121, 0.0898245, 0.1704463, 0.3566273", \
					  "0.0329081, 0.0360365, 0.0430294, 0.0587444, 0.0940718, 0.1747396, 0.3610262", \
					  "0.0435941, 0.0466048, 0.0534172, 0.0689245, 0.1041936, 0.1848077, 0.3710223", \
					  "0.0622420, 0.0664428, 0.0757179, 0.0937131, 0.1288497, 0.2078708, 0.3939908", \
					  "0.0851981, 0.0917564, 0.1055636, 0.1324263, 0.1811793, 0.2656814, 0.4510619", \
					  "0.1075079, 0.1170356, 0.1400119, 0.1814637, 0.2555498, 0.3787864, 0.5793547", \
					  "0.1092275, 0.1257502, 0.1603460, 0.2266911, 0.3420592, 0.5325642, 0.8346320");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0257782, 0.0294386, 0.0379059, 0.0574766, 0.1031794, 0.2088736, 0.4562261", \
					  "0.0253111, 0.0290747, 0.0376659, 0.0572703, 0.1030559, 0.2096648, 0.4560948", \
					  "0.0276425, 0.0307877, 0.0385959, 0.0572944, 0.1029412, 0.2093628, 0.4559153", \
					  "0.0399360, 0.0433578, 0.0509542, 0.0656673, 0.1055945, 0.2090089, 0.4568064", \
					  "0.0637741, 0.0676862, 0.0779820, 0.0978937, 0.1347015, 0.2208121, 0.4565455", \
					  "0.1065147, 0.1134178, 0.1271686, 0.1566821, 0.2069531, 0.2980028, 0.4908275", \
					  "0.1813063, 0.1932237, 0.2171445, 0.2607144, 0.3384770, 0.4623097, 0.6741840");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.1016522, 0.1105992, 0.1312281, 0.1785228, 0.2877029, 0.5404031, 1.1267233", \
					  "0.1072803, 0.1162293, 0.1369645, 0.1845864, 0.2939340, 0.5468153, 1.1340037", \
					  "0.1215888, 0.1307762, 0.1516068, 0.1993415, 0.3090578, 0.5624355, 1.1487075", \
					  "0.1556764, 0.1647158, 0.1853399, 0.2329257, 0.3427724, 0.5964490, 1.1832646", \
					  "0.2310601, 0.2407673, 0.2615766, 0.3089869, 0.4187078, 0.6721653, 1.2594907", \
					  "0.3747394, 0.3884143, 0.4183162, 0.4771970, 0.5937098, 0.8474441, 1.4348952", \
					  "0.6322625, 0.6545015, 0.7017603, 0.7929396, 0.9581896, 1.2488531, 1.8422772");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0803302, 0.0920973, 0.1190151, 0.1818657, 0.3269566, 0.6625011, 1.4422605", \
					  "0.0803820, 0.0919255, 0.1191194, 0.1816143, 0.3267724, 0.6627990, 1.4454206", \
					  "0.0804164, 0.0920030, 0.1190943, 0.1817863, 0.3265730, 0.6630820, 1.4435259", \
					  "0.0805510, 0.0920437, 0.1189610, 0.1817431, 0.3270131, 0.6627514, 1.4434026", \
					  "0.0890645, 0.0995755, 0.1240569, 0.1833271, 0.3270078, 0.6633002, 1.4442398", \
					  "0.1305056, 0.1412406, 0.1652029, 0.2165395, 0.3419700, 0.6636866, 1.4431307", \
					  "0.2206954, 0.2340650, 0.2635241, 0.3244973, 0.4472008, 0.7177183, 1.4492225");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0326083, 0.0357065, 0.0427457, 0.0584455, 0.0937677, 0.1744047, 0.3605140", \
					  "0.0372563, 0.0403730, 0.0473974, 0.0630778, 0.0983805, 0.1790024, 0.3653261", \
					  "0.0480228, 0.0510886, 0.0580565, 0.0737645, 0.1091155, 0.1897491, 0.3759623", \
					  "0.0674948, 0.0716404, 0.0802052, 0.0977405, 0.1338899, 0.2145375, 0.4011511", \
					  "0.0950943, 0.1009451, 0.1138134, 0.1387840, 0.1848568, 0.2709643, 0.4589677", \
					  "0.1270759, 0.1365348, 0.1567568, 0.1953584, 0.2646346, 0.3820068, 0.5863562", \
					  "0.1446018, 0.1602897, 0.1933852, 0.2560811, 0.3668163, 0.5468941, 0.8354523");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0256180, 0.0293049, 0.0378242, 0.0574986, 0.1032625, 0.2092557, 0.4558449", \
					  "0.0253973, 0.0291409, 0.0376764, 0.0573965, 0.1031114, 0.2096024, 0.4565576", \
					  "0.0265456, 0.0299277, 0.0380081, 0.0571623, 0.1030314, 0.2095127, 0.4560712", \
					  "0.0355284, 0.0386803, 0.0463591, 0.0625362, 0.1048628, 0.2091750, 0.4555151", \
					  "0.0545353, 0.0591066, 0.0682144, 0.0865550, 0.1241353, 0.2173773, 0.4562787", \
					  "0.0904735, 0.0963927, 0.1094022, 0.1347248, 0.1820638, 0.2720343, 0.4792067", \
					  "0.1584989, 0.1677197, 0.1881737, 0.2243402, 0.2892782, 0.4059861, 0.6135482");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0608077, 0.0696228, 0.0899943, 0.1366179, 0.2416496, 0.4863847, 1.0562501", \
					  "0.0647511, 0.0736185, 0.0943987, 0.1406394, 0.2466019, 0.4914710, 1.0595945", \
					  "0.0774907, 0.0861194, 0.1061943, 0.1521929, 0.2591282, 0.5040462, 1.0713759", \
					  "0.1100522, 0.1184676, 0.1383262, 0.1843523, 0.2886257, 0.5344188, 1.1026048", \
					  "0.1761266, 0.1883521, 0.2140081, 0.2601910, 0.3660666, 0.6107297, 1.1814382", \
					  "0.2878132, 0.3071653, 0.3449981, 0.4201172, 0.5438529, 0.7874855, 1.3525974", \
					  "0.4770710, 0.5085098, 0.5720711, 0.6910361, 0.8907470, 1.1961332, 1.7574381");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0611338, 0.0728236, 0.0996964, 0.1637796, 0.3077770, 0.6446438, 1.4297549", \
					  "0.0610886, 0.0726680, 0.1004530, 0.1636268, 0.3077386, 0.6458089, 1.4278541", \
					  "0.0611232, 0.0728836, 0.0997762, 0.1626251, 0.3105760, 0.6484889, 1.4320807", \
					  "0.0660370, 0.0761274, 0.1005766, 0.1629878, 0.3092405, 0.6458041, 1.4327085", \
					  "0.0974134, 0.1059044, 0.1245066, 0.1733808, 0.3085572, 0.6489473, 1.4322148", \
					  "0.1602006, 0.1720997, 0.1989617, 0.2451770, 0.3481036, 0.6533902, 1.4407143", \
					  "0.2747812, 0.2932833, 0.3314691, 0.3993392, 0.5240247, 0.7578026, 1.4411724");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0238961, 0.0267525, 0.0333021, 0.0483807, 0.0834719, 0.1638289, 0.3518023", \
					  "0.0282094, 0.0311406, 0.0377456, 0.0527805, 0.0878548, 0.1683176, 0.3561396", \
					  "0.0379414, 0.0412632, 0.0481331, 0.0632482, 0.0979236, 0.1786303, 0.3690354", \
					  "0.0516021, 0.0567053, 0.0670169, 0.0868616, 0.1225653, 0.2030784, 0.3920509", \
					  "0.0671695, 0.0752535, 0.0914547, 0.1210550, 0.1727096, 0.2598639, 0.4459287", \
					  "0.0770968, 0.0894111, 0.1150878, 0.1614196, 0.2424332, 0.3707404, 0.5751923", \
					  "0.0559869, 0.0771889, 0.1190162, 0.1944535, 0.3204666, 0.5183762, 0.8286597");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0197388, 0.0234658, 0.0319624, 0.0522430, 0.0983465, 0.2055228, 0.4555691", \
					  "0.0196704, 0.0232887, 0.0321632, 0.0523646, 0.0983855, 0.2055839, 0.4551574", \
					  "0.0239563, 0.0268013, 0.0340544, 0.0526318, 0.0981669, 0.2056954, 0.4584880", \
					  "0.0369569, 0.0404557, 0.0479864, 0.0631474, 0.1022534, 0.2065067, 0.4571530", \
					  "0.0614348, 0.0671001, 0.0764202, 0.0969462, 0.1332770, 0.2189455, 0.4595806", \
					  "0.1065393, 0.1145266, 0.1290594, 0.1584967, 0.2073470, 0.2965012, 0.4926052", \
					  "0.1897521, 0.2020368, 0.2249771, 0.2666737, 0.3418475, 0.4674647, 0.6758608");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0747619, 0.0833830, 0.1032386, 0.1487078, 0.2536263, 0.4965568, 1.0601389", \
					  "0.0792790, 0.0880722, 0.1078798, 0.1536630, 0.2589154, 0.5018955, 1.0658300", \
					  "0.0917923, 0.1003024, 0.1202302, 0.1661818, 0.2716258, 0.5151545, 1.0791228", \
					  "0.1247788, 0.1333333, 0.1529426, 0.1966818, 0.3022116, 0.5459381, 1.1100798", \
					  "0.1977308, 0.2081872, 0.2298270, 0.2751670, 0.3762534, 0.6184661, 1.1826490", \
					  "0.3228128, 0.3396827, 0.3748958, 0.4416978, 0.5583375, 0.7991495, 1.3619248", \
					  "0.5356612, 0.5633260, 0.6183376, 0.7241128, 0.9107372, 1.2097232, 1.7614691");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0721888, 0.0837361, 0.1102250, 0.1720468, 0.3149397, 0.6458840, 1.4222182", \
					  "0.0722828, 0.0837189, 0.1102318, 0.1720130, 0.3149568, 0.6470582, 1.4185589", \
					  "0.0721450, 0.0836870, 0.1103362, 0.1721537, 0.3150369, 0.6475959, 1.4205126", \
					  "0.0744211, 0.0850389, 0.1103736, 0.1720181, 0.3150762, 0.6471954, 1.4201121", \
					  "0.1004378, 0.1085260, 0.1283624, 0.1796316, 0.3155743, 0.6470228, 1.4210544", \
					  "0.1636949, 0.1755351, 0.1998739, 0.2452124, 0.3507606, 0.6514435, 1.4194279", \
					  "0.2796929, 0.2974749, 0.3342404, 0.4056715, 0.5242985, 0.7565032, 1.4298666");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0277450, 0.0305831, 0.0371031, 0.0522238, 0.0872065, 0.1676012, 0.3550073", \
					  "0.0324561, 0.0353929, 0.0420050, 0.0571453, 0.0919380, 0.1724847, 0.3598128", \
					  "0.0426091, 0.0457944, 0.0525505, 0.0679365, 0.1031372, 0.1835737, 0.3711330", \
					  "0.0587538, 0.0632559, 0.0728238, 0.0914956, 0.1276811, 0.2091485, 0.3970980", \
					  "0.0798541, 0.0869706, 0.1019891, 0.1291601, 0.1781240, 0.2658586, 0.4546535", \
					  "0.1006859, 0.1123855, 0.1359926, 0.1797678, 0.2552742, 0.3766765, 0.5863351", \
					  "0.0990437, 0.1190639, 0.1591530, 0.2322992, 0.3519455, 0.5407832, 0.8351358");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116193, 0.00270015, 0.00627476, 0.0145816, 0.0338856, 0.0787453");
					values("0.0197089, 0.0235244, 0.0321373, 0.0523936, 0.0983587, 0.2055656, 0.4552988", \
					  "0.0197644, 0.0233464, 0.0322254, 0.0518783, 0.0980007, 0.2062621, 0.4557745", \
					  "0.0220301, 0.0252771, 0.0330717, 0.0524014, 0.0983998, 0.2054355, 0.4555621", \
					  "0.0321823, 0.0353385, 0.0427502, 0.0590715, 0.1010228, 0.2083149, 0.4591330", \
					  "0.0521235, 0.0566245, 0.0659564, 0.0842776, 0.1226321, 0.2150427, 0.4568212", \
					  "0.0903097, 0.0966260, 0.1092172, 0.1342410, 0.1808176, 0.2707143, 0.4822417", \
					  "0.1640477, 0.1731909, 0.1913674, 0.2276939, 0.2897807, 0.4060511, 0.6148814");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002124;
			capacitance : 0.002208;
			rise_capacitance : 0.002292;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026317, -0.0026338, -0.0026385, -0.0026344, -0.0026252, -0.0026038, -0.0025545");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031914, 0.0031915, 0.0031917, 0.0031931, 0.0031964, 0.0032039, 0.0032213");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002093;
			capacitance : 0.002212;
			rise_capacitance : 0.002330;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028418, -0.0028403, -0.0028368, -0.0028361, -0.0028343, -0.0028301, -0.0028206");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028656, 0.0028572, 0.0028380, 0.0028382, 0.0028387, 0.0028398, 0.0028423");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002123;
			capacitance : 0.002227;
			rise_capacitance : 0.002332;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026378, -0.0026399, -0.0026445, -0.0026404, -0.0026308, -0.0026087, -0.0025578");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032094, 0.0032090, 0.0032081, 0.0032084, 0.0032090, 0.0032106, 0.0032142");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002066;
			capacitance : 0.002196;
			rise_capacitance : 0.002327;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027016, -0.0027018, -0.0027024, -0.0027024, -0.0027025, -0.0027028, -0.0027033");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026951, 0.0026953, 0.0026960, 0.0026964, 0.0026973, 0.0026995, 0.0027046");
				}
			}
		}
	}
	cell ("scs8hd_a22oi_2") {
		area : 12.512000;
		cell_footprint : "a22oi";
		cell_leakage_power : 5.247262e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0122058";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0122036";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014449";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0196758";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "5.2299233e-05";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0122058";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014446";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "6.4577290e-05";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "6.8986171e-05";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0196758";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014446";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0002925";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0008210";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "9.5047139e-05";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014397";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0008210";
			when : "A1&A2&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A2&!B2)";
			max_capacitance : 0.147410;
			max_transition : 1.496920;
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0112340, 0.0122294, 0.0147462, 0.0211728, 0.0375901, 0.0797456, 0.1882012", \
					  "0.0109028, 0.0119128, 0.0144801, 0.0209643, 0.0374516, 0.0796482, 0.1879309", \
					  "0.0105788, 0.0115446, 0.0141743, 0.0206005, 0.0371137, 0.0794060, 0.1880666", \
					  "0.0104395, 0.0114126, 0.0139526, 0.0203195, 0.0369210, 0.0791748, 0.1878499", \
					  "0.0103036, 0.0112768, 0.0137604, 0.0201932, 0.0366429, 0.0789382, 0.1876996", \
					  "0.0104267, 0.0113890, 0.0138385, 0.0202341, 0.0365713, 0.0785064, 0.1870768", \
					  "0.0105268, 0.0114229, 0.0139327, 0.0202704, 0.0368691, 0.0788265, 0.1865008");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0053344, 0.0044128, 0.0019802, -0.0043489, -0.0208085, -0.0633748, -0.1732296", \
					  "0.0051774, 0.0042803, 0.0019056, -0.0043743, -0.0207894, -0.0633285, -0.1731457", \
					  "0.0049029, 0.0040307, 0.0016971, -0.0044981, -0.0208365, -0.0633058, -0.1731071", \
					  "0.0045663, 0.0036739, 0.0013457, -0.0047774, -0.0209922, -0.0633756, -0.1731087", \
					  "0.0045374, 0.0036139, 0.0012174, -0.0049703, -0.0212679, -0.0635068, -0.1731523", \
					  "0.0043181, 0.0033749, 0.0009766, -0.0052943, -0.0215358, -0.0638640, -0.1733593", \
					  "0.0044136, 0.0034661, 0.0009959, -0.0053852, -0.0217637, -0.0640642, -0.1736541");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0117229, 0.0127132, 0.0153094, 0.0218385, 0.0382822, 0.0805657, 0.1899054", \
					  "0.0113790, 0.0124224, 0.0150349, 0.0215941, 0.0381578, 0.0808807, 0.1887812", \
					  "0.0111245, 0.0121035, 0.0147703, 0.0213612, 0.0379267, 0.0803815, 0.1887337", \
					  "0.0109332, 0.0119402, 0.0144953, 0.0208892, 0.0375672, 0.0803879, 0.1889927", \
					  "0.0107784, 0.0117505, 0.0142614, 0.0206974, 0.0371286, 0.0795167, 0.1882679", \
					  "0.0108024, 0.0117743, 0.0142650, 0.0206361, 0.0371014, 0.0797669, 0.1879981", \
					  "0.0104491, 0.0113679, 0.0137871, 0.0204505, 0.0372185, 0.0790810, 0.1880888");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0077748, 0.0068189, 0.0043720, -0.0019237, -0.0182559, -0.0606276, -0.1702711", \
					  "0.0076208, 0.0066750, 0.0042276, -0.0020498, -0.0183629, -0.0607467, -0.1703994", \
					  "0.0074247, 0.0064851, 0.0040680, -0.0022007, -0.0185205, -0.0608502, -0.1705041", \
					  "0.0070955, 0.0061788, 0.0038053, -0.0023914, -0.0186403, -0.0609916, -0.1706081", \
					  "0.0069153, 0.0060224, 0.0035769, -0.0027103, -0.0188286, -0.0611293, -0.1707133", \
					  "0.0072332, 0.0062115, 0.0038075, -0.0025700, -0.0189491, -0.0613335, -0.1708217", \
					  "0.0073079, 0.0063299, 0.0038805, -0.0025749, -0.0189953, -0.0614601, -0.1711533");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0172262, 0.0181899, 0.0207022, 0.0270792, 0.0434479, 0.0855017, 0.1940132", \
					  "0.0169585, 0.0179290, 0.0204514, 0.0269024, 0.0433221, 0.0854378, 0.1938325", \
					  "0.0166739, 0.0176448, 0.0201246, 0.0266072, 0.0431040, 0.0852762, 0.1936964", \
					  "0.0164623, 0.0174359, 0.0199482, 0.0263972, 0.0428938, 0.0851460, 0.1936902", \
					  "0.0163167, 0.0172892, 0.0197798, 0.0262191, 0.0426173, 0.0848465, 0.1934653", \
					  "0.0162684, 0.0172119, 0.0197724, 0.0260818, 0.0426191, 0.0848805, 0.1933353", \
					  "0.0158018, 0.0167788, 0.0192152, 0.0259557, 0.0425769, 0.0848691, 0.1934050");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0087032, 0.0077459, 0.0052926, -0.0010054, -0.0173363, -0.0596985, -0.1693620", \
					  "0.0085701, 0.0076239, 0.0051745, -0.0011242, -0.0174536, -0.0598214, -0.1694597", \
					  "0.0084156, 0.0074649, 0.0050206, -0.0012609, -0.0175797, -0.0599371, -0.1695736", \
					  "0.0081760, 0.0072431, 0.0048378, -0.0014020, -0.0176757, -0.0600453, -0.1696389", \
					  "0.0082778, 0.0073397, 0.0048686, -0.0015372, -0.0177422, -0.0600211, -0.1696410", \
					  "0.0082631, 0.0073062, 0.0048543, -0.0014990, -0.0179124, -0.0603126, -0.1698268", \
					  "0.0084084, 0.0074554, 0.0049899, -0.0013792, -0.0178285, -0.0603030, -0.1699605");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0058137, 0.0068698, 0.0095231, 0.0161214, 0.0325674, 0.0746450, 0.1829573", \
					  "0.0054245, 0.0064780, 0.0091622, 0.0157796, 0.0324974, 0.0745365, 0.1829325", \
					  "0.0050977, 0.0061041, 0.0086839, 0.0153803, 0.0319867, 0.0744130, 0.1835412", \
					  "0.0049258, 0.0059052, 0.0084698, 0.0150052, 0.0312720, 0.0740851, 0.1832659", \
					  "0.0048909, 0.0058948, 0.0083578, 0.0147985, 0.0312727, 0.0735762, 0.1822356", \
					  "0.0050897, 0.0060025, 0.0084384, 0.0148846, 0.0311944, 0.0734097, 0.1811640", \
					  "0.0051911, 0.0061382, 0.0085794, 0.0147350, 0.0313313, 0.0731208, 0.1820976");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0043704, 0.0034564, 0.0010598, -0.0052434, -0.0216878, -0.0642335, -0.1740667", \
					  "0.0041529, 0.0032779, 0.0009467, -0.0052922, -0.0216741, -0.0641930, -0.1739968", \
					  "0.0038377, 0.0029993, 0.0006985, -0.0054486, -0.0217261, -0.0641752, -0.1739546", \
					  "0.0034675, 0.0025711, 0.0003141, -0.0057836, -0.0219037, -0.0642384, -0.1739817", \
					  "0.0033390, 0.0024270, 7.2000000e-05, -0.0061850, -0.0223193, -0.0644847, -0.1740931", \
					  "0.0033737, 0.0024350, 1.5600000e-05, -0.0062607, -0.0225350, -0.0648251, -0.1743201", \
					  "0.0035496, 0.0025448, -4.6000000e-06, -0.0063950, -0.0228648, -0.0650335, -0.1746640");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0806575, 0.0870261, 0.1030324, 0.1427543, 0.2426304, 0.5015938, 1.1635160", \
					  "0.0857041, 0.0922927, 0.1081805, 0.1481434, 0.2488825, 0.5067757, 1.1682231", \
					  "0.1002982, 0.1065211, 0.1223759, 0.1621815, 0.2641839, 0.5225669, 1.1844649", \
					  "0.1358433, 0.1418171, 0.1572651, 0.1966732, 0.2988221, 0.5568911, 1.2175648", \
					  "0.2112512, 0.2184917, 0.2359814, 0.2758988, 0.3764647, 0.6333576, 1.2992557", \
					  "0.3479756, 0.3592107, 0.3856074, 0.4424454, 0.5572105, 0.8152138, 1.4758347", \
					  "0.5911270, 0.6108787, 0.6566291, 0.7481830, 0.9208194, 1.2304435, 1.8968431");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0515982, 0.0593775, 0.0790521, 0.1302485, 0.2617126, 0.6031985, 1.4803961", \
					  "0.0517386, 0.0594447, 0.0790346, 0.1302397, 0.2611576, 0.6031481, 1.4714771", \
					  "0.0516655, 0.0594739, 0.0788110, 0.1306493, 0.2632901, 0.6032168, 1.4716356", \
					  "0.0519413, 0.0595323, 0.0789381, 0.1302312, 0.2631165, 0.6028224, 1.4726004", \
					  "0.0633338, 0.0698921, 0.0865330, 0.1334624, 0.2615922, 0.6009290, 1.4708722", \
					  "0.1007311, 0.1086686, 0.1283627, 0.1724585, 0.2816858, 0.6046502, 1.4721958", \
					  "0.1800439, 0.1910407, 0.2178807, 0.2736862, 0.3920392, 0.6598641, 1.4753880");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0244048, 0.0266474, 0.0321857, 0.0455175, 0.0779399, 0.1589021, 0.3650960", \
					  "0.0286688, 0.0308851, 0.0363367, 0.0496476, 0.0820606, 0.1630312, 0.3690670", \
					  "0.0394944, 0.0417361, 0.0469934, 0.0599746, 0.0918860, 0.1727866, 0.3792089", \
					  "0.0554878, 0.0588681, 0.0664676, 0.0829526, 0.1162304, 0.1968713, 0.4031510", \
					  "0.0741128, 0.0780152, 0.0906257, 0.1153441, 0.1638746, 0.2522377, 0.4574794", \
					  "0.0870668, 0.0951530, 0.1123465, 0.1503162, 0.2248188, 0.3566302, 0.5865064", \
					  "0.0669331, 0.0792407, 0.1081513, 0.1698633, 0.2867379, 0.4903865, 0.8322695");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0215881, 0.0241141, 0.0305619, 0.0468331, 0.0881583, 0.1947044, 0.4712108", \
					  "0.0209256, 0.0234990, 0.0301657, 0.0465864, 0.0882688, 0.1949471, 0.4719355", \
					  "0.0239034, 0.0258902, 0.0313936, 0.0466072, 0.0880794, 0.1948133, 0.4715754", \
					  "0.0343939, 0.0373544, 0.0432648, 0.0575580, 0.0920846, 0.1952957, 0.4709697", \
					  "0.0545689, 0.0597707, 0.0674935, 0.0859532, 0.1243145, 0.2094067, 0.4718181", \
					  "0.0913946, 0.0976013, 0.1121694, 0.1396127, 0.1926913, 0.2881598, 0.5059099", \
					  "0.1579760, 0.1683201, 0.1899406, 0.2341599, 0.3112971, 0.4480205, 0.6895862");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.1024179, 0.1086679, 0.1241444, 0.1635865, 0.2638564, 0.5211730, 1.1838168", \
					  "0.1077147, 0.1140090, 0.1295136, 0.1693239, 0.2699820, 0.5274978, 1.1896871", \
					  "0.1224441, 0.1283475, 0.1438309, 0.1834454, 0.2845292, 0.5425131, 1.2052013", \
					  "0.1578106, 0.1640105, 0.1793153, 0.2191904, 0.3201868, 0.5784908, 1.2417036", \
					  "0.2367961, 0.2432406, 0.2589180, 0.2983359, 0.3990772, 0.6573515, 1.3209569", \
					  "0.3878459, 0.3966230, 0.4198647, 0.4704139, 0.5800505, 0.8383136, 1.5022553", \
					  "0.6606770, 0.6758375, 0.7123579, 0.7929198, 0.9531830, 1.2563947, 1.9229012");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0683097, 0.0760836, 0.0958229, 0.1476247, 0.2794729, 0.6192696, 1.4942986", \
					  "0.0682975, 0.0761551, 0.0958175, 0.1475743, 0.2797842, 0.6194996, 1.4943432", \
					  "0.0681059, 0.0759470, 0.0957802, 0.1475640, 0.2798003, 0.6194016, 1.4946399", \
					  "0.0681578, 0.0761942, 0.0959336, 0.1474865, 0.2797950, 0.6194315, 1.4939660", \
					  "0.0751040, 0.0818798, 0.1004485, 0.1491168, 0.2797607, 0.6192551, 1.4939030", \
					  "0.1124123, 0.1198029, 0.1385435, 0.1820982, 0.2959915, 0.6200378, 1.4932352", \
					  "0.1926209, 0.2029013, 0.2277627, 0.2821791, 0.4001612, 0.6750068, 1.4969203");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0296977, 0.0319053, 0.0373957, 0.0507137, 0.0831338, 0.1640959, 0.3701412", \
					  "0.0343372, 0.0365594, 0.0420334, 0.0553009, 0.0877189, 0.1685710, 0.3750573", \
					  "0.0447572, 0.0469793, 0.0523737, 0.0655718, 0.0979618, 0.1789503, 0.3854035", \
					  "0.0624138, 0.0654056, 0.0724506, 0.0879386, 0.1214294, 0.2027333, 0.4093858", \
					  "0.0864809, 0.0907453, 0.1011642, 0.1235080, 0.1682787, 0.2566529, 0.4641860", \
					  "0.1109982, 0.1178711, 0.1339587, 0.1689429, 0.2367345, 0.3594605, 0.5873986", \
					  "0.1127963, 0.1240949, 0.1508623, 0.2071566, 0.3162315, 0.5063454, 0.8260954");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0212372, 0.0238227, 0.0302432, 0.0465729, 0.0882919, 0.1946913, 0.4720549", \
					  "0.0210762, 0.0236564, 0.0301490, 0.0463967, 0.0882416, 0.1953258, 0.4718314", \
					  "0.0224670, 0.0247813, 0.0307121, 0.0465077, 0.0881165, 0.1949530, 0.4716287", \
					  "0.0307998, 0.0331692, 0.0387185, 0.0526286, 0.0900850, 0.1953462, 0.4712138", \
					  "0.0477332, 0.0508056, 0.0581766, 0.0753247, 0.1117400, 0.2041581, 0.4712640", \
					  "0.0802243, 0.0843943, 0.0951894, 0.1179696, 0.1644283, 0.2587337, 0.4933874", \
					  "0.1403329, 0.1473598, 0.1655286, 0.1989600, 0.2649353, 0.3866101, 0.6245541");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0458956, 0.0519120, 0.0670402, 0.1047910, 0.1985677, 0.4388808, 1.0575215", \
					  "0.0500021, 0.0560202, 0.0711010, 0.1089378, 0.2039262, 0.4455135, 1.0633465", \
					  "0.0630914, 0.0687122, 0.0834267, 0.1212985, 0.2154403, 0.4569132, 1.0862959", \
					  "0.0970013, 0.1029881, 0.1169978, 0.1537807, 0.2468832, 0.4900498, 1.1164325", \
					  "0.1577673, 0.1677213, 0.1891991, 0.2327197, 0.3251991, 0.5665959, 1.1860455", \
					  "0.2629400, 0.2788669, 0.3139470, 0.3850772, 0.5069262, 0.7457937, 1.3605022", \
					  "0.4502330, 0.4757841, 0.5325003, 0.6454439, 0.8428043, 1.1663077, 1.7811016");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0417497, 0.0491777, 0.0683108, 0.1178730, 0.2447988, 0.5745541, 1.4231649", \
					  "0.0417687, 0.0491236, 0.0689484, 0.1177890, 0.2456553, 0.5753351, 1.4239521", \
					  "0.0411346, 0.0490004, 0.0682101, 0.1180005, 0.2462046, 0.5733596, 1.4376444", \
					  "0.0497053, 0.0552097, 0.0713327, 0.1174733, 0.2464565, 0.5735923, 1.4357878", \
					  "0.0800306, 0.0864616, 0.1006910, 0.1351322, 0.2492111, 0.5771226, 1.4240462", \
					  "0.1358024, 0.1447749, 0.1661020, 0.2095198, 0.2952135, 0.5844867, 1.4308584", \
					  "0.2381869, 0.2500726, 0.2835853, 0.3485847, 0.4663090, 0.6904037, 1.4412327");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0189308, 0.0208058, 0.0255595, 0.0376001, 0.0680663, 0.1470282, 0.3479104", \
					  "0.0230474, 0.0249671, 0.0297783, 0.0417318, 0.0722639, 0.1504276, 0.3519917", \
					  "0.0309704, 0.0336501, 0.0395796, 0.0519570, 0.0826149, 0.1608603, 0.3621068", \
					  "0.0398638, 0.0443613, 0.0534024, 0.0714726, 0.1063341, 0.1847781, 0.3860130", \
					  "0.0477059, 0.0540932, 0.0683094, 0.0973453, 0.1497422, 0.2406881, 0.4418066", \
					  "0.0416706, 0.0519411, 0.0748217, 0.1202933, 0.2011146, 0.3393034, 0.5697980", \
					  "-0.0112300, 0.0056416, 0.0440257, 0.1189229, 0.2500692, 0.4621290, 0.8085689");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0138041, 0.0161756, 0.0223311, 0.0383946, 0.0792043, 0.1847489, 0.4551622", \
					  "0.0140917, 0.0163005, 0.0222941, 0.0383861, 0.0790616, 0.1838252, 0.4544278", \
					  "0.0195191, 0.0216896, 0.0262090, 0.0397455, 0.0789642, 0.1841729, 0.4561713", \
					  "0.0310291, 0.0331715, 0.0396497, 0.0536248, 0.0856591, 0.1860398, 0.4557222", \
					  "0.0520107, 0.0557843, 0.0649931, 0.0829562, 0.1212418, 0.2012605, 0.4546279", \
					  "0.0918225, 0.0987239, 0.1110051, 0.1384269, 0.1918186, 0.2832307, 0.4935305", \
					  "0.1679775, 0.1763686, 0.1976554, 0.2387890, 0.3139240, 0.4493199, 0.6806013");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0669651, 0.0728602, 0.0875706, 0.1249219, 0.2198046, 0.4631776, 1.0891320", \
					  "0.0712764, 0.0771650, 0.0921513, 0.1296873, 0.2249754, 0.4684528, 1.0948178", \
					  "0.0839072, 0.0898900, 0.1052644, 0.1421893, 0.2376135, 0.4814501, 1.1076176", \
					  "0.1179548, 0.1237187, 0.1378754, 0.1739575, 0.2713578, 0.5152575, 1.1422061", \
					  "0.1909723, 0.1984931, 0.2162327, 0.2544538, 0.3487662, 0.5919866, 1.2187023", \
					  "0.3180459, 0.3301965, 0.3579340, 0.4173575, 0.5310497, 0.7721237, 1.3976377", \
					  "0.5397078, 0.5580474, 0.6044972, 0.7009223, 0.8817870, 1.1932993, 1.8147279");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0577235, 0.0653731, 0.0849227, 0.1351474, 0.2643706, 0.5961841, 1.4508602", \
					  "0.0577359, 0.0653970, 0.0850809, 0.1351743, 0.2642659, 0.5968294, 1.4520585", \
					  "0.0577590, 0.0654077, 0.0848883, 0.1353978, 0.2641263, 0.5972134, 1.4509445", \
					  "0.0598600, 0.0667721, 0.0854129, 0.1353686, 0.2642057, 0.5980748, 1.4515815", \
					  "0.0864825, 0.0920564, 0.1058092, 0.1463617, 0.2645985, 0.5967565, 1.4512489", \
					  "0.1426456, 0.1519856, 0.1722335, 0.2136662, 0.3059160, 0.6019888, 1.4536177", \
					  "0.2437766, 0.2579177, 0.2921350, 0.3551668, 0.4733911, 0.7023135, 1.4607749");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0242303, 0.0260252, 0.0307623, 0.0426599, 0.0731007, 0.1511283, 0.3540322", \
					  "0.0287266, 0.0306326, 0.0354081, 0.0474452, 0.0780178, 0.1559819, 0.3593863", \
					  "0.0375387, 0.0398887, 0.0452715, 0.0575972, 0.0883306, 0.1670569, 0.3703512", \
					  "0.0499831, 0.0533282, 0.0611686, 0.0779813, 0.1115357, 0.1907262, 0.3921155", \
					  "0.0637244, 0.0691285, 0.0815412, 0.1069111, 0.1545889, 0.2445951, 0.4475300", \
					  "0.0702193, 0.0792670, 0.0993428, 0.1402223, 0.2148527, 0.3422378, 0.5705202", \
					  "0.0390810, 0.0535596, 0.0885253, 0.1575315, 0.2792511, 0.4784381, 0.8029661");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0138443, 0.0162354, 0.0223948, 0.0383803, 0.0797028, 0.1840976, 0.4576436", \
					  "0.0139359, 0.0162825, 0.0224487, 0.0383229, 0.0798666, 0.1837976, 0.4543747", \
					  "0.0170665, 0.0189692, 0.0242855, 0.0388394, 0.0789138, 0.1846384, 0.4547119", \
					  "0.0259342, 0.0283621, 0.0340083, 0.0477046, 0.0828915, 0.1841206, 0.4584055", \
					  "0.0438986, 0.0468964, 0.0542306, 0.0708398, 0.1065986, 0.1956502, 0.4604528", \
					  "0.0779815, 0.0825760, 0.0931844, 0.1160299, 0.1611709, 0.2528594, 0.4803529", \
					  "0.1459058, 0.1526335, 0.1683378, 0.2011592, 0.2644433, 0.3823837, 0.6131298");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003808;
			capacitance : 0.003960;
			rise_capacitance : 0.004111;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0042589, -0.0042610, -0.0042657, -0.0042549, -0.0042300, -0.0041726, -0.0040400");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061873, 0.0061880, 0.0061895, 0.0061862, 0.0061784, 0.0061605, 0.0061193");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003836;
			capacitance : 0.004039;
			rise_capacitance : 0.004241;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052154, -0.0052143, -0.0052118, -0.0052107, -0.0052079, -0.0052017, -0.0051871");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051813, 0.0051940, 0.0052231, 0.0052257, 0.0052315, 0.0052450, 0.0052760");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003826;
			capacitance : 0.004017;
			rise_capacitance : 0.004208;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0042985, -0.0043054, -0.0043214, -0.0043097, -0.0042826, -0.0042205, -0.0040769");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061780, 0.0061779, 0.0061778, 0.0061758, 0.0061714, 0.0061611, 0.0061373");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003777;
			capacitance : 0.004023;
			rise_capacitance : 0.004269;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051838, -0.0051842, -0.0051849, -0.0051847, -0.0051842, -0.0051832, -0.0051806");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052052, 0.0052022, 0.0051955, 0.0051943, 0.0051916, 0.0051852, 0.0051707");
				}
			}
		}
	}
	cell ("scs8hd_a22oi_4") {
		area : 21.270400;
		cell_footprint : "a22oi";
		cell_leakage_power : 1.284467e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0220026";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0219951";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028765";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0370303";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0001320";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0220026";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028771";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0004693";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0001291";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0370303";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028771";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0005904";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0015730";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0494444";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028770";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0016079";
			when : "A1&A2&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A2&!B2)";
			max_capacitance : 0.245371;
			max_transition : 1.516988;
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0108249, 0.0120882, 0.0155265, 0.0247159, 0.0490725, 0.1169533, 0.3074039", \
					  "0.0100199, 0.0112979, 0.0146709, 0.0240834, 0.0487101, 0.1170263, 0.3064468", \
					  "0.0094561, 0.0106314, 0.0138892, 0.0230014, 0.0482919, 0.1166713, 0.3083884", \
					  "0.0092070, 0.0103377, 0.0134874, 0.0220525, 0.0471717, 0.1153578, 0.3066291", \
					  "0.0093747, 0.0104639, 0.0135365, 0.0221806, 0.0466889, 0.1145768, 0.3060827", \
					  "0.0091311, 0.0101902, 0.0132989, 0.0219588, 0.0461475, 0.1141307, 0.3060379", \
					  "0.0099886, 0.0111043, 0.0129381, 0.0215145, 0.0463511, 0.1139338, 0.3043220");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0069498, 0.0059051, 0.0029691, -0.0055498, -0.0298396, -0.0982460, -0.2904849", \
					  "0.0065697, 0.0055827, 0.0027227, -0.0056497, -0.0298034, -0.0981473, -0.2903525", \
					  "0.0060440, 0.0050455, 0.0022532, -0.0059292, -0.0298744, -0.0980777, -0.2902376", \
					  "0.0053635, 0.0043491, 0.0015453, -0.0065176, -0.0302310, -0.0982132, -0.2902683", \
					  "0.0048845, 0.0038498, 0.0009644, -0.0073332, -0.0309277, -0.0986403, -0.2904133", \
					  "0.0049391, 0.0039364, 0.0007622, -0.0076478, -0.0314411, -0.0993126, -0.2908509", \
					  "0.0055853, 0.0039115, 0.0007413, -0.0078965, -0.0321214, -0.0998702, -0.2916467");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0217115, 0.0228708, 0.0260556, 0.0348007, 0.0591065, 0.1268495, 0.3168635", \
					  "0.0210120, 0.0221764, 0.0254462, 0.0343371, 0.0587835, 0.1266837, 0.3167080", \
					  "0.0203024, 0.0214724, 0.0248294, 0.0336398, 0.0581115, 0.1263444, 0.3165093", \
					  "0.0200112, 0.0211340, 0.0243389, 0.0331800, 0.0577908, 0.1255062, 0.3161580", \
					  "0.0196777, 0.0208026, 0.0238970, 0.0326664, 0.0571069, 0.1247775, 0.3153772", \
					  "0.0197702, 0.0208522, 0.0245269, 0.0325949, 0.0567833, 0.1247123, 0.3138173", \
					  "0.0199117, 0.0210190, 0.0240193, 0.0329381, 0.0576852, 0.1249743, 0.3158251");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0088401, 0.0077941, 0.0048203, -0.0037419, -0.0280143, -0.0964238, -0.2886697", \
					  "0.0085351, 0.0075330, 0.0046299, -0.0038124, -0.0279710, -0.0963180, -0.2885221", \
					  "0.0080215, 0.0070177, 0.0041928, -0.0040700, -0.0280714, -0.0962873, -0.2884573", \
					  "0.0073666, 0.0063886, 0.0035058, -0.0046788, -0.0284081, -0.0963830, -0.2884416", \
					  "0.0073190, 0.0062676, 0.0033084, -0.0049515, -0.0289980, -0.0966954, -0.2885084", \
					  "0.0069447, 0.0058685, 0.0028133, -0.0055553, -0.0294625, -0.0974117, -0.2889503", \
					  "0.0070324, 0.0058495, 0.0028028, -0.0057249, -0.0299442, -0.0978651, -0.2895454");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0222567, 0.0234656, 0.0267481, 0.0356317, 0.0599457, 0.1275698, 0.3195317", \
					  "0.0216793, 0.0227995, 0.0261069, 0.0352921, 0.0597472, 0.1275385, 0.3199846", \
					  "0.0210504, 0.0222100, 0.0255090, 0.0345472, 0.0592884, 0.1276144, 0.3174209", \
					  "0.0207504, 0.0219202, 0.0251070, 0.0338933, 0.0588646, 0.1270379, 0.3169957", \
					  "0.0204625, 0.0215540, 0.0246787, 0.0335446, 0.0578778, 0.1261047, 0.3165680", \
					  "0.0203756, 0.0214832, 0.0246051, 0.0333027, 0.0576860, 0.1255540, 0.3159202", \
					  "0.0193394, 0.0203925, 0.0234644, 0.0329913, 0.0574964, 0.1255858, 0.3179632");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0139436, 0.0128542, 0.0097911, 0.0012222, -0.0228382, -0.0909560, -0.2826813", \
					  "0.0137598, 0.0126603, 0.0096147, 0.0010342, -0.0230070, -0.0910216, -0.2828886", \
					  "0.0133330, 0.0122767, 0.0092789, 0.0007507, -0.0232368, -0.0912504, -0.2830667", \
					  "0.0128013, 0.0117271, 0.0087200, 0.0003185, -0.0234842, -0.0915145, -0.2833290", \
					  "0.0123700, 0.0113206, 0.0083212, -4.9200000e-05, -0.0240911, -0.0917062, -0.2835185", \
					  "0.0127369, 0.0116444, 0.0085355, -0.0001668, -0.0240089, -0.0923427, -0.2838004", \
					  "0.0127705, 0.0116293, 0.0085257, -0.0001340, -0.0242856, -0.0925398, -0.2844515");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0330736, 0.0341749, 0.0372624, 0.0459769, 0.0701997, 0.1379058, 0.3277103", \
					  "0.0325700, 0.0337500, 0.0368390, 0.0455903, 0.0699379, 0.1376093, 0.3277587", \
					  "0.0320207, 0.0331983, 0.0363046, 0.0450675, 0.0695449, 0.1373636, 0.3275221", \
					  "0.0316287, 0.0327503, 0.0358847, 0.0446437, 0.0691084, 0.1371563, 0.3271567", \
					  "0.0313142, 0.0324160, 0.0355244, 0.0442542, 0.0686519, 0.1367449, 0.3268317", \
					  "0.0312858, 0.0323881, 0.0355182, 0.0441590, 0.0686361, 0.1363441, 0.3268941", \
					  "0.0303382, 0.0314054, 0.0345248, 0.0438973, 0.0685486, 0.1362290, 0.3267266");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001404254, 0.003943857, 0.01107635, 0.03110802, 0.08736713, 0.2453712");
					values("0.0155560, 0.0144524, 0.0113895, 0.0028193, -0.0212528, -0.0892772, -0.2811232", \
					  "0.0153255, 0.0142458, 0.0111687, 0.0026138, -0.0214521, -0.0894375, -0.2813086", \
					  "0.0150431, 0.0139630, 0.0109195, 0.0023455, -0.0217120, -0.0897015, -0.2815432", \
					  "0.0145836, 0.0135246, 0.0105037, 0.0020660, -0.0219017, -0.0899379, -0.2817236", \
					  "0.0145987, 0.0134981, 0.0103673, 0.0018205, -0.0220647, -0.0898769, -0.2817088", \
					  "0.0146680, 0.0136159, 0.0105417, 0.0019721, -0.0222542, -0.0904594, -0.2819970", \
					  "0.0150075, 0.0138673, 0.0108051, 0.0022289, -0.0220637, -0.0903585, -0.2822526");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0899659, 0.0945588, 0.1071943, 0.1405081, 0.2314920, 0.4842384, 1.1959266", \
					  "0.0946430, 0.0993130, 0.1118204, 0.1462179, 0.2379621, 0.4909985, 1.2019484", \
					  "0.1092267, 0.1135380, 0.1264925, 0.1601053, 0.2522675, 0.5094939, 1.2201465", \
					  "0.1467310, 0.1510576, 0.1629750, 0.1961797, 0.2888547, 0.5438255, 1.2542243", \
					  "0.2292663, 0.2341051, 0.2467523, 0.2798993, 0.3715788, 0.6275219, 1.3367322", \
					  "0.3849245, 0.3927980, 0.4123423, 0.4583288, 0.5613950, 0.8163035, 1.5303802", \
					  "0.6745010, 0.6866223, 0.7196745, 0.7938193, 0.9517870, 1.2559574, 1.9694837");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0534540, 0.0588075, 0.0736378, 0.1159666, 0.2343518, 0.5679582, 1.5058741", \
					  "0.0533967, 0.0585986, 0.0736613, 0.1158493, 0.2346822, 0.5662367, 1.5064587", \
					  "0.0533418, 0.0586519, 0.0736619, 0.1160770, 0.2344422, 0.5707179, 1.4954155", \
					  "0.0534405, 0.0586383, 0.0734168, 0.1160955, 0.2365545, 0.5661162, 1.4977944", \
					  "0.0601790, 0.0648411, 0.0781069, 0.1175788, 0.2362338, 0.5658563, 1.4965305", \
					  "0.0942153, 0.0996405, 0.1139936, 0.1516535, 0.2510749, 0.5672960, 1.4956691", \
					  "0.1677315, 0.1746575, 0.1945249, 0.2424900, 0.3522621, 0.6194155, 1.5169879");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0234509, 0.0249586, 0.0289985, 0.0395288, 0.0666125, 0.1389027, 0.3393429", \
					  "0.0278590, 0.0293585, 0.0333121, 0.0436123, 0.0706928, 0.1433499, 0.3422131", \
					  "0.0383651, 0.0399053, 0.0439285, 0.0538751, 0.0809964, 0.1530518, 0.3525205", \
					  "0.0537164, 0.0559504, 0.0617432, 0.0754483, 0.1048215, 0.1762820, 0.3756503", \
					  "0.0700568, 0.0733807, 0.0819234, 0.1023382, 0.1467500, 0.2320679, 0.4310501", \
					  "0.0768783, 0.0820007, 0.0951797, 0.1280928, 0.1952386, 0.3250606, 0.5566345", \
					  "0.0427125, 0.0511303, 0.0728932, 0.1245712, 0.2328186, 0.4338098, 0.7844024");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0216769, 0.0233453, 0.0279216, 0.0405943, 0.0757067, 0.1753955, 0.4569697", \
					  "0.0208908, 0.0225056, 0.0272503, 0.0402113, 0.0756070, 0.1754313, 0.4567342", \
					  "0.0240901, 0.0254879, 0.0293357, 0.0407674, 0.0753931, 0.1751557, 0.4564780", \
					  "0.0340326, 0.0356793, 0.0403747, 0.0521690, 0.0815029, 0.1755041, 0.4567217", \
					  "0.0523368, 0.0548836, 0.0618342, 0.0777936, 0.1128704, 0.1937133, 0.4569870", \
					  "0.0881910, 0.0923639, 0.1028972, 0.1256962, 0.1747921, 0.2705092, 0.4969609", \
					  "0.1514688, 0.1578074, 0.1751662, 0.2129788, 0.2842252, 0.4230231, 0.6789011");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.1109286, 0.1151775, 0.1270062, 0.1590734, 0.2472826, 0.4929424, 1.1806529", \
					  "0.1165700, 0.1207815, 0.1324883, 0.1647682, 0.2533654, 0.4992600, 1.1873256", \
					  "0.1312128, 0.1353932, 0.1469423, 0.1792823, 0.2682810, 0.5146368, 1.2030392", \
					  "0.1673436, 0.1717344, 0.1832535, 0.2155352, 0.3046348, 0.5513720, 1.2401473", \
					  "0.2487796, 0.2530762, 0.2645671, 0.2966204, 0.3853816, 0.6321151, 1.3211519", \
					  "0.4091939, 0.4151328, 0.4310537, 0.4716509, 0.5694741, 0.8161632, 1.5058360", \
					  "0.7059210, 0.7154489, 0.7429438, 0.8057005, 0.9465784, 1.2375690, 1.9316173");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0712926, 0.0765353, 0.0911330, 0.1321560, 0.2478460, 0.5719626, 1.4789475", \
					  "0.0713217, 0.0764354, 0.0910177, 0.1322170, 0.2481174, 0.5713835, 1.4785051", \
					  "0.0713738, 0.0763848, 0.0908373, 0.1323087, 0.2478426, 0.5717273, 1.4790473", \
					  "0.0713843, 0.0765783, 0.0908931, 0.1323401, 0.2477587, 0.5721597, 1.4771476", \
					  "0.0754984, 0.0804335, 0.0942867, 0.1332887, 0.2480639, 0.5717800, 1.4793140", \
					  "0.1078063, 0.1131833, 0.1267643, 0.1631685, 0.2631391, 0.5724117, 1.4773871", \
					  "0.1823855, 0.1894525, 0.2068272, 0.2516388, 0.3588048, 0.6238323, 1.4805352");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0283846, 0.0299069, 0.0338993, 0.0443731, 0.0715453, 0.1439270, 0.3429515", \
					  "0.0329070, 0.0343751, 0.0383742, 0.0487891, 0.0759070, 0.1483617, 0.3473654", \
					  "0.0425232, 0.0440509, 0.0480780, 0.0583957, 0.0854278, 0.1578947, 0.3570085", \
					  "0.0584757, 0.0604515, 0.0655534, 0.0780000, 0.1069072, 0.1794215, 0.3788900", \
					  "0.0791105, 0.0819465, 0.0894032, 0.1074273, 0.1464715, 0.2284684, 0.4292838", \
					  "0.0967760, 0.1013475, 0.1127705, 0.1406309, 0.2001104, 0.3154748, 0.5415950", \
					  "0.0832314, 0.0905261, 0.1095701, 0.1549578, 0.2501034, 0.4312054, 0.7486392");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0212881, 0.0229419, 0.0275476, 0.0403569, 0.0757117, 0.1756474, 0.4562556", \
					  "0.0210105, 0.0226651, 0.0273780, 0.0401395, 0.0755604, 0.1755598, 0.4567233", \
					  "0.0225520, 0.0240477, 0.0282457, 0.0404429, 0.0753847, 0.1754469, 0.4561802", \
					  "0.0300274, 0.0315030, 0.0357215, 0.0473398, 0.0786552, 0.1752802, 0.4565902", \
					  "0.0460435, 0.0479921, 0.0532364, 0.0665709, 0.0988965, 0.1860372, 0.4569339", \
					  "0.0763463, 0.0789669, 0.0869877, 0.1053623, 0.1465474, 0.2380275, 0.4790971", \
					  "0.1338904, 0.1383092, 0.1499380, 0.1796366, 0.2389816, 0.3549911, 0.6031916");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0473356, 0.0516513, 0.0634001, 0.0946677, 0.1779155, 0.4098621, 1.0597184", \
					  "0.0512202, 0.0556347, 0.0671521, 0.0988033, 0.1832092, 0.4153520, 1.0624036", \
					  "0.0649012, 0.0688193, 0.0799135, 0.1109964, 0.1966561, 0.4288240, 1.0824412", \
					  "0.0997819, 0.1038161, 0.1141113, 0.1431932, 0.2292608, 0.4600476, 1.1114312", \
					  "0.1665113, 0.1731212, 0.1896564, 0.2263699, 0.3090297, 0.5395767, 1.1902723", \
					  "0.2862676, 0.2975053, 0.3256314, 0.3833116, 0.4968744, 0.7289298, 1.3778607", \
					  "0.5051652, 0.5230682, 0.5684844, 0.6646421, 0.8486939, 1.1670118, 1.8093783");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0412919, 0.0464100, 0.0608553, 0.1021474, 0.2139305, 0.5339724, 1.4174892", \
					  "0.0412892, 0.0462252, 0.0606325, 0.1020741, 0.2148573, 0.5304971, 1.4198308", \
					  "0.0408402, 0.0459178, 0.0609159, 0.1007324, 0.2163160, 0.5302309, 1.4369671", \
					  "0.0476877, 0.0517884, 0.0638982, 0.1015371, 0.2137130, 0.5292801, 1.4291318", \
					  "0.0761273, 0.0811361, 0.0914613, 0.1191169, 0.2172944, 0.5333665, 1.4280567", \
					  "0.1310630, 0.1365118, 0.1528801, 0.1868283, 0.2642029, 0.5372824, 1.4176836", \
					  "0.2338860, 0.2442846, 0.2651752, 0.3192883, 0.4257065, 0.6413469, 1.4368021");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0182314, 0.0194906, 0.0229045, 0.0320497, 0.0572049, 0.1268515, 0.3219257", \
					  "0.0223679, 0.0236334, 0.0271080, 0.0363089, 0.0614269, 0.1313537, 0.3263703", \
					  "0.0296134, 0.0316025, 0.0361984, 0.0465641, 0.0716293, 0.1417117, 0.3369715", \
					  "0.0374033, 0.0400270, 0.0475358, 0.0633540, 0.0954309, 0.1655005, 0.3610575", \
					  "0.0417140, 0.0455735, 0.0571645, 0.0817165, 0.1311836, 0.2204396, 0.4161250", \
					  "0.0284473, 0.0359076, 0.0537895, 0.0937368, 0.1693022, 0.3064204, 0.5442591", \
					  "-0.0444513, -0.0310919, -0.0012777, 0.0654667, 0.1903254, 0.4057953, 0.7665409");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0130031, 0.0145325, 0.0189161, 0.0312255, 0.0654920, 0.1624619, 0.4330025", \
					  "0.0134149, 0.0148140, 0.0189117, 0.0312210, 0.0654548, 0.1622801, 0.4321365", \
					  "0.0188677, 0.0202024, 0.0238133, 0.0336311, 0.0658836, 0.1627362, 0.4331578", \
					  "0.0295191, 0.0316067, 0.0358944, 0.0481391, 0.0747556, 0.1634568, 0.4324241", \
					  "0.0501151, 0.0534264, 0.0596256, 0.0757275, 0.1089939, 0.1848731, 0.4347880", \
					  "0.0892169, 0.0940264, 0.1036135, 0.1266286, 0.1754336, 0.2654219, 0.4773995", \
					  "0.1647975, 0.1696836, 0.1872977, 0.2219614, 0.2911558, 0.4196094, 0.6729083");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0707829, 0.0746694, 0.0857489, 0.1157482, 0.1983085, 0.4278819, 1.0697793", \
					  "0.0747653, 0.0785784, 0.0899355, 0.1203484, 0.2033467, 0.4330658, 1.0759356", \
					  "0.0873731, 0.0913169, 0.1029180, 0.1327026, 0.2157497, 0.4463147, 1.0894204", \
					  "0.1215302, 0.1255507, 0.1361133, 0.1663540, 0.2488265, 0.4784210, 1.1216164", \
					  "0.1973991, 0.2023308, 0.2148100, 0.2462671, 0.3277792, 0.5531985, 1.1967863", \
					  "0.3330878, 0.3406841, 0.3585914, 0.4096329, 0.5124855, 0.7410073, 1.3699177", \
					  "0.5737849, 0.5857426, 0.6188498, 0.6960255, 0.8634068, 1.1678850, 1.8073605");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0598617, 0.0649169, 0.0793025, 0.1190197, 0.2303591, 0.5427905, 1.4156204", \
					  "0.0599168, 0.0649910, 0.0793910, 0.1189896, 0.2301823, 0.5422361, 1.4180348", \
					  "0.0597780, 0.0649586, 0.0790501, 0.1190248, 0.2302893, 0.5425432, 1.4179048", \
					  "0.0610718, 0.0657076, 0.0792362, 0.1186305, 0.2304464, 0.5421312, 1.4209981", \
					  "0.0849087, 0.0888885, 0.0993425, 0.1302953, 0.2323335, 0.5426848, 1.4175336", \
					  "0.1397880, 0.1456311, 0.1631374, 0.1958059, 0.2750478, 0.5485521, 1.4186168", \
					  "0.2423282, 0.2508422, 0.2749200, 0.3294777, 0.4375433, 0.6565664, 1.4270187");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0232174, 0.0244418, 0.0278353, 0.0370070, 0.0620215, 0.1315380, 0.3267437", \
					  "0.0275590, 0.0288373, 0.0322992, 0.0414924, 0.0666919, 0.1367169, 0.3316106", \
					  "0.0354784, 0.0370569, 0.0410891, 0.0509072, 0.0763938, 0.1461211, 0.3427566", \
					  "0.0460683, 0.0483791, 0.0541251, 0.0677566, 0.0974380, 0.1683716, 0.3647294", \
					  "0.0564336, 0.0600113, 0.0691145, 0.0900371, 0.1326204, 0.2177446, 0.4148380", \
					  "0.0551748, 0.0610281, 0.0761697, 0.1104163, 0.1777240, 0.2995692, 0.5281177", \
					  "0.0063696, 0.0164966, 0.0426399, 0.1008502, 0.2125406, 0.4050722, 0.7313122");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140425, 0.00394386, 0.0110764, 0.031108, 0.0873671, 0.245371");
					values("0.0130577, 0.0145930, 0.0189550, 0.0311802, 0.0655993, 0.1619185, 0.4320704", \
					  "0.0131300, 0.0146646, 0.0189848, 0.0311455, 0.0656316, 0.1620670, 0.4320293", \
					  "0.0164140, 0.0176573, 0.0213049, 0.0323838, 0.0655889, 0.1619004, 0.4337235", \
					  "0.0247039, 0.0262370, 0.0303412, 0.0412903, 0.0708045, 0.1628312, 0.4324607", \
					  "0.0417890, 0.0438891, 0.0492921, 0.0625736, 0.0940710, 0.1757839, 0.4336420", \
					  "0.0751493, 0.0782277, 0.0857164, 0.1043670, 0.1438554, 0.2313752, 0.4597155", \
					  "0.1421177, 0.1464138, 0.1574627, 0.1836698, 0.2396505, 0.3512906, 0.5886849");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007370;
			capacitance : 0.007683;
			rise_capacitance : 0.007995;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0084941, -0.0085065, -0.0085350, -0.0085122, -0.0084594, -0.0083378, -0.0080573");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121020, 0.0120896, 0.0120609, 0.0120701, 0.0120914, 0.0121404, 0.0122534");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007523;
			capacitance : 0.007947;
			rise_capacitance : 0.008371;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102510, -0.0102485, -0.0102428, -0.0102438, -0.0102460, -0.0102511, -0.0102628");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102465, 0.0102581, 0.0102851, 0.0102860, 0.0102880, 0.0102929, 0.0103039");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007510;
			capacitance : 0.007887;
			rise_capacitance : 0.008264;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087019, -0.0087153, -0.0087462, -0.0087243, -0.0086738, -0.0085575, -0.0082892");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122846, 0.0122770, 0.0122595, 0.0122581, 0.0122548, 0.0122473, 0.0122302");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007523;
			capacitance : 0.008040;
			rise_capacitance : 0.008556;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103361, -0.0103309, -0.0103190, -0.0103163, -0.0103101, -0.0102960, -0.0102631");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103773, 0.0103671, 0.0103435, 0.0103442, 0.0103459, 0.0103497, 0.0103585");
				}
			}
		}
	}
	cell ("scs8hd_a2bb2o_1") {
		area : 10.009600;
		cell_footprint : "a2bb2o";
		cell_leakage_power : 3.254224e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001733";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0001733";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0001693";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0001733";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0004936";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0004592";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "3.0478370e-05";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0005267";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0004945";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0004601";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "3.1444302e-05";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0005276";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0004896";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0004552";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "2.6487025e-05";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0005227";
			when : "A1N&A2N&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (!A1N&!A2N)";
			max_capacitance : 0.140086;
			max_transition : 1.499931;
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0066240, 0.0077081, 0.0103572, 0.0167097, 0.0325369, 0.0731022, 0.1750296", \
					  "0.0065761, 0.0076496, 0.0102805, 0.0166622, 0.0324783, 0.0726975, 0.1756264", \
					  "0.0066184, 0.0077064, 0.0103595, 0.0167100, 0.0325375, 0.0726892, 0.1753596", \
					  "0.0065057, 0.0075811, 0.0102115, 0.0165996, 0.0324431, 0.0730065, 0.1759167", \
					  "0.0063851, 0.0074752, 0.0101210, 0.0164769, 0.0323061, 0.0729181, 0.1754954", \
					  "0.0061463, 0.0072672, 0.0099587, 0.0162922, 0.0322328, 0.0723341, 0.1756406", \
					  "0.0065194, 0.0074978, 0.0099301, 0.0162070, 0.0320866, 0.0721348, 0.1743577");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0057498, 0.0050430, 0.0031775, -0.0022878, -0.0176453, -0.0580703, -0.1618287", \
					  "0.0057296, 0.0050507, 0.0031388, -0.0022975, -0.0176658, -0.0580878, -0.1618502", \
					  "0.0056925, 0.0049812, 0.0031091, -0.0023468, -0.0177280, -0.0581222, -0.1618753", \
					  "0.0054896, 0.0047986, 0.0029076, -0.0025473, -0.0179132, -0.0582911, -0.1620718", \
					  "0.0053518, 0.0046518, 0.0027511, -0.0027173, -0.0180857, -0.0584734, -0.1622289", \
					  "0.0068445, 0.0059539, 0.0036538, -0.0023547, -0.0181223, -0.0585581, -0.1623023", \
					  "0.0069813, 0.0060649, 0.0037962, -0.0022389, -0.0179388, -0.0584280, -0.1622245");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0072622, 0.0082822, 0.0108297, 0.0171615, 0.0331189, 0.0733980, 0.1759476", \
					  "0.0072325, 0.0082568, 0.0107962, 0.0171262, 0.0331733, 0.0733978, 0.1762653", \
					  "0.0071909, 0.0082180, 0.0107586, 0.0170826, 0.0331238, 0.0733441, 0.1759922", \
					  "0.0071232, 0.0081601, 0.0106663, 0.0169765, 0.0329280, 0.0731114, 0.1769021", \
					  "0.0071071, 0.0080870, 0.0106105, 0.0168107, 0.0329014, 0.0731393, 0.1761592", \
					  "0.0071303, 0.0080850, 0.0105681, 0.0167017, 0.0325905, 0.0728238, 0.1765065", \
					  "0.0071892, 0.0081222, 0.0105371, 0.0167931, 0.0327235, 0.0732444, 0.1755104");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0067265, 0.0060218, 0.0040460, -0.0013403, -0.0164735, -0.0567429, -0.1604599", \
					  "0.0066566, 0.0059553, 0.0040477, -0.0013835, -0.0165230, -0.0567965, -0.1605060", \
					  "0.0066205, 0.0058645, 0.0039310, -0.0014290, -0.0165838, -0.0568520, -0.1605658", \
					  "0.0065624, 0.0058604, 0.0039279, -0.0014912, -0.0166428, -0.0569117, -0.1606154", \
					  "0.0064842, 0.0057900, 0.0038683, -0.0015644, -0.0167139, -0.0569791, -0.1606846", \
					  "0.0063999, 0.0057322, 0.0037732, -0.0016417, -0.0167858, -0.0570224, -0.1607171", \
					  "0.0081805, 0.0072459, 0.0048971, -0.0012319, -0.0169576, -0.0571288, -0.1607736");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0074760, 0.0085066, 0.0110384, 0.0173756, 0.0332495, 0.0739396, 0.1765851", \
					  "0.0074487, 0.0084749, 0.0110217, 0.0173302, 0.0333919, 0.0738763, 0.1765133", \
					  "0.0073922, 0.0084152, 0.0109504, 0.0172863, 0.0331539, 0.0738357, 0.1771752", \
					  "0.0073027, 0.0083080, 0.0108338, 0.0171384, 0.0331796, 0.0737228, 0.1763260", \
					  "0.0072103, 0.0081792, 0.0107086, 0.0168873, 0.0329836, 0.0735588, 0.1769334", \
					  "0.0072914, 0.0082750, 0.0107479, 0.0168864, 0.0327269, 0.0728929, 0.1758470", \
					  "0.0073175, 0.0082994, 0.0106797, 0.0169561, 0.0327593, 0.0729007, 0.1753359");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0056182, 0.0049139, 0.0030160, -0.0023947, -0.0176100, -0.0579416, -0.1617093", \
					  "0.0055584, 0.0048217, 0.0029263, -0.0025160, -0.0177040, -0.0580308, -0.1617948", \
					  "0.0054051, 0.0047047, 0.0028019, -0.0026175, -0.0178211, -0.0581473, -0.1619134", \
					  "0.0053388, 0.0046256, 0.0027081, -0.0027214, -0.0179368, -0.0582723, -0.1620188", \
					  "0.0052260, 0.0045238, 0.0026069, -0.0028556, -0.0180558, -0.0583743, -0.1621206", \
					  "0.0050648, 0.0043617, 0.0024882, -0.0029890, -0.0181479, -0.0584299, -0.1621637", \
					  "0.0067610, 0.0058263, 0.0034667, -0.0026285, -0.0182994, -0.0585128, -0.1622012");
				}
			}
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0068548, 0.0079367, 0.0105615, 0.0169484, 0.0327956, 0.0733620, 0.1763416", \
					  "0.0068188, 0.0079025, 0.0105552, 0.0168951, 0.0328433, 0.0728987, 0.1760791", \
					  "0.0068547, 0.0079432, 0.0105602, 0.0169465, 0.0328633, 0.0733539, 0.1763187", \
					  "0.0068071, 0.0078904, 0.0105332, 0.0168707, 0.0328550, 0.0730445, 0.1767539", \
					  "0.0067232, 0.0078121, 0.0104471, 0.0168067, 0.0326054, 0.0728737, 0.1756659", \
					  "0.0065418, 0.0076452, 0.0103096, 0.0166472, 0.0325861, 0.0728474, 0.1748525", \
					  "0.0069107, 0.0078526, 0.0103434, 0.0166193, 0.0324879, 0.0724503, 0.1753571");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0057874, 0.0050725, 0.0031653, -0.0023024, -0.0176502, -0.0580402, -0.1617858", \
					  "0.0057705, 0.0050436, 0.0031345, -0.0023262, -0.0176809, -0.0580742, -0.1618182", \
					  "0.0056999, 0.0049679, 0.0030595, -0.0023944, -0.0177489, -0.0581422, -0.1618817", \
					  "0.0055064, 0.0047894, 0.0028836, -0.0025927, -0.0179394, -0.0583017, -0.1620419", \
					  "0.0053836, 0.0046427, 0.0027425, -0.0027287, -0.0180839, -0.0584694, -0.1622006", \
					  "0.0067780, 0.0058700, 0.0035805, -0.0024418, -0.0182087, -0.0586370, -0.1623601", \
					  "0.0068213, 0.0059166, 0.0035727, -0.0023823, -0.0180898, -0.0585820, -0.1624095");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2109444, 0.2178112, 0.2338980, 0.2733172, 0.3715812, 0.6208296, 1.2575233", \
					  "0.2152675, 0.2221927, 0.2383291, 0.2778037, 0.3762961, 0.6252145, 1.2622647", \
					  "0.2291983, 0.2359277, 0.2522071, 0.2916068, 0.3900519, 0.6391842, 1.2757809", \
					  "0.2607630, 0.2676638, 0.2838556, 0.3229106, 0.4214130, 0.6702482, 1.3084875", \
					  "0.3324260, 0.3393612, 0.3555144, 0.3950503, 0.4935958, 0.7420477, 1.3802378", \
					  "0.4809421, 0.4879416, 0.5042463, 0.5435845, 0.6423763, 0.8912394, 1.5276844", \
					  "0.7523253, 0.7594226, 0.7759523, 0.8152847, 0.9147260, 1.1634330, 1.7999988");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0224293, 0.0299142, 0.0500233, 0.1029285, 0.2389975, 0.5891795, 1.4987720", \
					  "0.0225622, 0.0299828, 0.0499831, 0.1031838, 0.2390925, 0.5890182, 1.4975929", \
					  "0.0224678, 0.0299938, 0.0500194, 0.1031265, 0.2388950, 0.5897769, 1.4987409", \
					  "0.0224806, 0.0299048, 0.0500521, 0.1031075, 0.2388209, 0.5890229, 1.4964053", \
					  "0.0225698, 0.0300026, 0.0498930, 0.1031036, 0.2391202, 0.5888798, 1.4870717", \
					  "0.0233944, 0.0306490, 0.0503777, 0.1028696, 0.2391454, 0.5892826, 1.4839980", \
					  "0.0258822, 0.0329077, 0.0515395, 0.1039865, 0.2401979, 0.5875652, 1.4890833");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1594794, 0.1662314, 0.1794797, 0.2040542, 0.2510276, 0.3506445, 0.5933614", \
					  "0.1640516, 0.1706994, 0.1839548, 0.2085782, 0.2555355, 0.3553342, 0.5984650", \
					  "0.1741566, 0.1807977, 0.1940052, 0.2186414, 0.2656351, 0.3653548, 0.6082463", \
					  "0.1930026, 0.1996337, 0.2126046, 0.2372095, 0.2843330, 0.3845343, 0.6272999", \
					  "0.2203934, 0.2269924, 0.2400319, 0.2645207, 0.3114714, 0.4116547, 0.6541065", \
					  "0.2563543, 0.2629775, 0.2760791, 0.3006353, 0.3474430, 0.4472563, 0.6898081", \
					  "0.2851352, 0.2917629, 0.3047014, 0.3293898, 0.3764995, 0.4765586, 0.7191933");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0264866, 0.0308022, 0.0398745, 0.0602371, 0.1056149, 0.2241412, 0.5468944", \
					  "0.0265005, 0.0307627, 0.0398987, 0.0602237, 0.1056918, 0.2240479, 0.5383712", \
					  "0.0264950, 0.0307552, 0.0398837, 0.0602259, 0.1056448, 0.2243895, 0.5442818", \
					  "0.0264931, 0.0308249, 0.0400953, 0.0603436, 0.1060494, 0.2234621, 0.5405130", \
					  "0.0263223, 0.0304269, 0.0396006, 0.0599071, 0.1060473, 0.2233635, 0.5427044", \
					  "0.0265733, 0.0305739, 0.0397250, 0.0602149, 0.1059964, 0.2220497, 0.5382563", \
					  "0.0267354, 0.0310013, 0.0402940, 0.0600168, 0.1060446, 0.2240627, 0.5401742");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2014333, 0.2083383, 0.2244780, 0.2639329, 0.3622292, 0.6113667, 1.2472178", \
					  "0.2040113, 0.2109143, 0.2270143, 0.2665577, 0.3648426, 0.6140050, 1.2496012", \
					  "0.2150405, 0.2219333, 0.2380719, 0.2775114, 0.3758328, 0.6250208, 1.2605939", \
					  "0.2432733, 0.2501778, 0.2662753, 0.3057100, 0.4039883, 0.6532087, 1.2900324", \
					  "0.3175259, 0.3244373, 0.3405903, 0.3800017, 0.4781487, 0.7272598, 1.3647474", \
					  "0.4637873, 0.4708847, 0.4871660, 0.5266884, 0.6253001, 0.8743785, 1.5112396", \
					  "0.7103597, 0.7180085, 0.7346130, 0.7738771, 0.8729648, 1.1219441, 1.7577344");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0224876, 0.0299103, 0.0500508, 0.1033056, 0.2387791, 0.5890629, 1.4999307", \
					  "0.0224772, 0.0299376, 0.0500131, 0.1031218, 0.2385299, 0.5905388, 1.4896993", \
					  "0.0224657, 0.0299264, 0.0499646, 0.1032830, 0.2387274, 0.5898961, 1.4889193", \
					  "0.0224711, 0.0299422, 0.0500408, 0.1028526, 0.2390347, 0.5888149, 1.4985626", \
					  "0.0224819, 0.0299334, 0.0499685, 0.1033889, 0.2391305, 0.5898506, 1.4967981", \
					  "0.0239329, 0.0310355, 0.0507144, 0.1032157, 0.2391250, 0.5900183, 1.4981550", \
					  "0.0280457, 0.0347377, 0.0528218, 0.1045959, 0.2403671, 0.5870956, 1.4838787");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1556628, 0.1622457, 0.1753963, 0.1998001, 0.2465059, 0.3458060, 0.5888416", \
					  "0.1604641, 0.1670320, 0.1801212, 0.2046047, 0.2513293, 0.3503643, 0.5933153", \
					  "0.1704910, 0.1770735, 0.1900838, 0.2144757, 0.2613440, 0.3610484, 0.6040053", \
					  "0.1878468, 0.1943825, 0.2074519, 0.2318604, 0.2787321, 0.3786249, 0.6214466", \
					  "0.2120826, 0.2186582, 0.2317183, 0.2560758, 0.3028482, 0.4028238, 0.6451862", \
					  "0.2408257, 0.2474366, 0.2604570, 0.2847714, 0.3313666, 0.4312961, 0.6738444", \
					  "0.2596617, 0.2660356, 0.2792059, 0.3036506, 0.3506373, 0.4505422, 0.6934733");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0262877, 0.0304836, 0.0394873, 0.0597257, 0.1049374, 0.2231718, 0.5383541", \
					  "0.0262242, 0.0305831, 0.0394148, 0.0597052, 0.1050486, 0.2237093, 0.5425490", \
					  "0.0262948, 0.0305049, 0.0396550, 0.0600281, 0.1055469, 0.2229499, 0.5393000", \
					  "0.0262902, 0.0307080, 0.0396580, 0.0598053, 0.1049661, 0.2236973, 0.5382280", \
					  "0.0263936, 0.0306053, 0.0396123, 0.0591523, 0.1053764, 0.2226833, 0.5421611", \
					  "0.0263372, 0.0305307, 0.0395599, 0.0596604, 0.1053559, 0.2222151, 0.5385031", \
					  "0.0266541, 0.0310552, 0.0402313, 0.0597530, 0.1054764, 0.2237600, 0.5387906");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0793819, 0.0867497, 0.1035806, 0.1433122, 0.2416766, 0.4904874, 1.1271609", \
					  "0.0844079, 0.0917785, 0.1086030, 0.1483253, 0.2470081, 0.4956870, 1.1306482", \
					  "0.0955836, 0.1029707, 0.1197505, 0.1594461, 0.2581410, 0.5064784, 1.1429828", \
					  "0.1200450, 0.1275554, 0.1442116, 0.1837102, 0.2821061, 0.5319233, 1.1691815", \
					  "0.1642475, 0.1719720, 0.1890900, 0.2288164, 0.3274510, 0.5764780, 1.2110855", \
					  "0.2289561, 0.2376341, 0.2563166, 0.2967530, 0.3952769, 0.6442612, 1.2822354", \
					  "0.3073620, 0.3192693, 0.3410899, 0.3849978, 0.4839012, 0.7333134, 1.3676805");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0234254, 0.0310891, 0.0510529, 0.1031197, 0.2405545, 0.5936583, 1.4923134", \
					  "0.0234456, 0.0310794, 0.0510572, 0.1031029, 0.2407990, 0.5931373, 1.4945908", \
					  "0.0235023, 0.0311258, 0.0508757, 0.1034026, 0.2409716, 0.5937988, 1.4935340", \
					  "0.0238462, 0.0312720, 0.0509803, 0.1033483, 0.2413152, 0.5923664, 1.4903687", \
					  "0.0262304, 0.0335435, 0.0526224, 0.1036227, 0.2410256, 0.5909215, 1.4960316", \
					  "0.0324348, 0.0398317, 0.0572312, 0.1060017, 0.2407887, 0.5914189, 1.4889693", \
					  "0.0454291, 0.0531657, 0.0702580, 0.1135145, 0.2429206, 0.5952860, 1.4839587");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2259973, 0.2338992, 0.2494130, 0.2778348, 0.3299910, 0.4352817, 0.6788939", \
					  "0.2312461, 0.2391896, 0.2547065, 0.2830350, 0.3352331, 0.4406163, 0.6841055", \
					  "0.2451735, 0.2531025, 0.2685987, 0.2969937, 0.3491785, 0.4543814, 0.6980519", \
					  "0.2771347, 0.2850190, 0.3005003, 0.3288695, 0.3810850, 0.4862636, 0.7299026", \
					  "0.3460536, 0.3540942, 0.3694037, 0.3977064, 0.4501097, 0.5553392, 0.7991414", \
					  "0.4962710, 0.5046594, 0.5206707, 0.5502276, 0.6031683, 0.7088571, 0.9527967", \
					  "0.7775445, 0.7874716, 0.8063271, 0.8396457, 0.8979615, 1.0089904, 1.2547663");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0348269, 0.0395780, 0.0491804, 0.0708615, 0.1171382, 0.2326026, 0.5414568", \
					  "0.0346301, 0.0392479, 0.0492281, 0.0708491, 0.1171035, 0.2325328, 0.5409255", \
					  "0.0348265, 0.0392218, 0.0491803, 0.0706463, 0.1171885, 0.2324932, 0.5423407", \
					  "0.0347864, 0.0395738, 0.0491764, 0.0704951, 0.1173206, 0.2322749, 0.5412084", \
					  "0.0347710, 0.0395227, 0.0496538, 0.0702561, 0.1177293, 0.2327221, 0.5427429", \
					  "0.0376446, 0.0425045, 0.0521017, 0.0728813, 0.1186398, 0.2333924, 0.5402792", \
					  "0.0485889, 0.0537888, 0.0642244, 0.0850282, 0.1313238, 0.2431595, 0.5510601");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0762694, 0.0836703, 0.1003421, 0.1400625, 0.2387821, 0.4875094, 1.1221335", \
					  "0.0806357, 0.0879801, 0.1048181, 0.1444894, 0.2433099, 0.4919603, 1.1266895", \
					  "0.0914642, 0.0988544, 0.1155698, 0.1552795, 0.2538105, 0.5026368, 1.1381613", \
					  "0.1160685, 0.1233862, 0.1400901, 0.1795934, 0.2783858, 0.5272998, 1.1625769", \
					  "0.1554582, 0.1631886, 0.1800757, 0.2199198, 0.3182098, 0.5677822, 1.2034379", \
					  "0.2063664, 0.2154191, 0.2341515, 0.2742483, 0.3718189, 0.6215581, 1.2591128", \
					  "0.2552993, 0.2676221, 0.2906379, 0.3347959, 0.4322445, 0.6810204, 1.3164384");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0234033, 0.0311627, 0.0509842, 0.1032408, 0.2403732, 0.5911429, 1.4955649", \
					  "0.0234555, 0.0311443, 0.0509501, 0.1032532, 0.2408470, 0.5906181, 1.4951649", \
					  "0.0234091, 0.0311754, 0.0509670, 0.1034497, 0.2404188, 0.5923347, 1.4871985", \
					  "0.0239373, 0.0315060, 0.0512132, 0.1034825, 0.2407705, 0.5916558, 1.4923043", \
					  "0.0268374, 0.0339694, 0.0531527, 0.1041314, 0.2407171, 0.5910258, 1.4908359", \
					  "0.0344337, 0.0408661, 0.0581669, 0.1063542, 0.2422219, 0.5915015, 1.4928536", \
					  "0.0501149, 0.0573672, 0.0728400, 0.1147793, 0.2426223, 0.5924357, 1.4842442");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1994885, 0.2071090, 0.2220877, 0.2497953, 0.3009749, 0.4042534, 0.6467502", \
					  "0.2037837, 0.2115160, 0.2264881, 0.2541426, 0.3053647, 0.4087184, 0.6513369", \
					  "0.2166908, 0.2243228, 0.2392704, 0.2667892, 0.3176674, 0.4216640, 0.6643909", \
					  "0.2487901, 0.2563901, 0.2713185, 0.2988899, 0.3499267, 0.4535591, 0.6966514", \
					  "0.3213519, 0.3289561, 0.3438572, 0.3713765, 0.4226114, 0.5267183, 0.7694414", \
					  "0.4767111, 0.4849592, 0.5008083, 0.5296328, 0.5814692, 0.6863704, 0.9289679", \
					  "0.7638387, 0.7737774, 0.7928126, 0.8263299, 0.8842252, 0.9955766, 1.2419632");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0322874, 0.0370352, 0.0471285, 0.0683367, 0.1150039, 0.2311390, 0.5386180", \
					  "0.0325133, 0.0370136, 0.0470758, 0.0682899, 0.1148903, 0.2310003, 0.5387573", \
					  "0.0322935, 0.0369035, 0.0468568, 0.0677133, 0.1152308, 0.2305494, 0.5385645", \
					  "0.0323210, 0.0369853, 0.0469392, 0.0677228, 0.1151793, 0.2301282, 0.5446548", \
					  "0.0323703, 0.0371639, 0.0472601, 0.0680596, 0.1150862, 0.2306025, 0.5420389", \
					  "0.0366009, 0.0414047, 0.0513759, 0.0715099, 0.1180873, 0.2311328, 0.5454698", \
					  "0.0487950, 0.0537962, 0.0646401, 0.0861071, 0.1341003, 0.2429914, 0.5473674");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001320;
			capacitance : 0.001355;
			rise_capacitance : 0.001391;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0010354, 0.0010104, 0.0009526, 0.0009554, 0.0009619, 0.0009768, 0.0010113");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062254, 0.0061776, 0.0060672, 0.0060628, 0.0060526, 0.0060292, 0.0059752");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001319;
			capacitance : 0.001418;
			rise_capacitance : 0.001518;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0005997, 0.0005673, 0.0004927, 0.0004907, 0.0004861, 0.0004755, 0.0004510");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057300, 0.0056635, 0.0055102, 0.0055191, 0.0055398, 0.0055875, 0.0056974");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001504;
			capacitance : 0.001466;
			fall_capacitance : 0.001429;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014361, -0.0014357, -0.0014349, -0.0014351, -0.0014355, -0.0014364, -0.0014384");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014377, 0.0014365, 0.0014338, 0.0014334, 0.0014326, 0.0014308, 0.0014266");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001587;
			capacitance : 0.001544;
			fall_capacitance : 0.001501;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015767, -0.0015798, -0.0015870, -0.0015877, -0.0015893, -0.0015932, -0.0016020");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015919, 0.0015904, 0.0015871, 0.0015872, 0.0015875, 0.0015881, 0.0015894");
				}
			}
		}
	}
	cell ("scs8hd_a2bb2o_2") {
		area : 11.260800;
		cell_footprint : "a2bb2o";
		cell_leakage_power : 9.099822e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0006493";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0006493";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0006487";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0006493";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0013019";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0012671";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0006587";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0013343";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0008643";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0008295";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0002483";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0008980";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0013012";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0012665";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0006583";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0013349";
			when : "A1N&A2N&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (!A1N&!A2N)";
			max_capacitance : 0.262766;
			max_transition : 1.506997;
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0107511, 0.0119864, 0.0154016, 0.0247171, 0.0503678, 0.1234982, 0.3287771", \
					  "0.0107045, 0.0119651, 0.0153467, 0.0246508, 0.0503254, 0.1228254, 0.3272022", \
					  "0.0107417, 0.0119948, 0.0153934, 0.0246906, 0.0504052, 0.1228438, 0.3283332", \
					  "0.0107000, 0.0119596, 0.0153417, 0.0246535, 0.0503045, 0.1228922, 0.3288424", \
					  "0.0106169, 0.0118627, 0.0152973, 0.0245259, 0.0502977, 0.1227532, 0.3284857", \
					  "0.0104359, 0.0116944, 0.0151126, 0.0244012, 0.0500908, 0.1225026, 0.3276290", \
					  "0.0106133, 0.0118101, 0.0150472, 0.0242252, 0.0498636, 0.1219111, 0.3271322");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0073134, 0.0063217, 0.0037947, -0.0038729, -0.0282142, -0.1005965, -0.3076261", \
					  "0.0072938, 0.0062915, 0.0037637, -0.0039086, -0.0282306, -0.1006077, -0.3076388", \
					  "0.0072721, 0.0063060, 0.0036836, -0.0039292, -0.0282730, -0.1006553, -0.3076803", \
					  "0.0070522, 0.0060603, 0.0035368, -0.0041345, -0.0284749, -0.1008556, -0.3078832", \
					  "0.0068933, 0.0058852, 0.0033484, -0.0043226, -0.0286756, -0.1010699, -0.3080694", \
					  "0.0093776, 0.0083418, 0.0053753, -0.0033161, -0.0287741, -0.1012729, -0.3082620", \
					  "0.0094810, 0.0084119, 0.0054931, -0.0032097, -0.0284594, -0.1012151, -0.3083310");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0105312, 0.0117443, 0.0151811, 0.0244820, 0.0501942, 0.1226604, 0.3299809", \
					  "0.0104825, 0.0117217, 0.0151459, 0.0244480, 0.0500998, 0.1227617, 0.3299217", \
					  "0.0105115, 0.0117543, 0.0151633, 0.0244452, 0.0501615, 0.1232595, 0.3284660", \
					  "0.0104301, 0.0116848, 0.0150641, 0.0243785, 0.0500206, 0.1226794, 0.3275535", \
					  "0.0102358, 0.0114654, 0.0149005, 0.0241403, 0.0498113, 0.1222662, 0.3274848", \
					  "0.0098792, 0.0111550, 0.0146573, 0.0240035, 0.0495790, 0.1220145, 0.3271393", \
					  "0.0102292, 0.0114300, 0.0147177, 0.0238576, 0.0492749, 0.1216769, 0.3255397");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0072776, 0.0062876, 0.0037963, -0.0038509, -0.0282047, -0.1006212, -0.3076925", \
					  "0.0072806, 0.0062904, 0.0038177, -0.0038571, -0.0282032, -0.1006323, -0.3076847", \
					  "0.0072456, 0.0062790, 0.0037779, -0.0038732, -0.0282348, -0.1006639, -0.3077287", \
					  "0.0070332, 0.0060371, 0.0035289, -0.0041047, -0.0284465, -0.1008624, -0.3079061", \
					  "0.0068338, 0.0058574, 0.0033569, -0.0043034, -0.0286542, -0.1010633, -0.3080976", \
					  "0.0094415, 0.0084440, 0.0054806, -0.0032541, -0.0286233, -0.1012296, -0.3082505", \
					  "0.0096617, 0.0085880, 0.0055415, -0.0031191, -0.0283416, -0.1010882, -0.3081834");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0111756, 0.0124157, 0.0158173, 0.0250587, 0.0508809, 0.1236103, 0.3289501", \
					  "0.0111567, 0.0123933, 0.0157858, 0.0250126, 0.0508797, 0.1239839, 0.3301308", \
					  "0.0111027, 0.0123287, 0.0156768, 0.0249916, 0.0507755, 0.1234481, 0.3289495", \
					  "0.0110731, 0.0122885, 0.0156818, 0.0249577, 0.0507554, 0.1232090, 0.3285778", \
					  "0.0109861, 0.0121929, 0.0155272, 0.0247054, 0.0504661, 0.1231310, 0.3287157", \
					  "0.0111778, 0.0123557, 0.0156187, 0.0245332, 0.0503003, 0.1227568, 0.3284057", \
					  "0.0112259, 0.0123691, 0.0155952, 0.0247973, 0.0504921, 0.1231611, 0.3292341");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0089787, 0.0080215, 0.0054925, -0.0022989, -0.0263476, -0.0984489, -0.3054160", \
					  "0.0089619, 0.0080152, 0.0054589, -0.0022903, -0.0263780, -0.0984849, -0.3054551", \
					  "0.0090492, 0.0080247, 0.0054307, -0.0023445, -0.0264229, -0.0985246, -0.3054988", \
					  "0.0088308, 0.0077193, 0.0053405, -0.0023696, -0.0265084, -0.0985972, -0.3055621", \
					  "0.0087777, 0.0078046, 0.0052419, -0.0025195, -0.0266014, -0.0986970, -0.3056433", \
					  "0.0087213, 0.0077258, 0.0052404, -0.0026263, -0.0267357, -0.0987781, -0.3056851", \
					  "0.0116829, 0.0105680, 0.0074397, -0.0014192, -0.0268108, -0.0989688, -0.3057867");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0114297, 0.0126524, 0.0160283, 0.0253087, 0.0511036, 0.1235209, 0.3287315", \
					  "0.0113883, 0.0126101, 0.0159902, 0.0252801, 0.0510663, 0.1235210, 0.3285482", \
					  "0.0113364, 0.0125675, 0.0159495, 0.0252165, 0.0510108, 0.1237206, 0.3292523", \
					  "0.0112563, 0.0124869, 0.0158746, 0.0251353, 0.0508653, 0.1235661, 0.3291134", \
					  "0.0111377, 0.0122531, 0.0156130, 0.0248873, 0.0505972, 0.1233682, 0.3288023", \
					  "0.0113879, 0.0125422, 0.0158329, 0.0248332, 0.0505024, 0.1227524, 0.3282589", \
					  "0.0114209, 0.0125387, 0.0157864, 0.0249859, 0.0503471, 0.1230773, 0.3267691");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0080116, 0.0070590, 0.0044504, -0.0032268, -0.0274057, -0.0996368, -0.3066658", \
					  "0.0078696, 0.0068903, 0.0044025, -0.0033322, -0.0274449, -0.0996892, -0.3067306", \
					  "0.0077660, 0.0068098, 0.0042704, -0.0034128, -0.0275799, -0.0997899, -0.3068077", \
					  "0.0077311, 0.0067625, 0.0041655, -0.0035364, -0.0276872, -0.0999276, -0.3069562", \
					  "0.0075230, 0.0065739, 0.0040235, -0.0036756, -0.0278586, -0.1000710, -0.3070684", \
					  "0.0074046, 0.0064481, 0.0038958, -0.0038862, -0.0280418, -0.1001698, -0.3071377", \
					  "0.0102519, 0.0091537, 0.0060362, -0.0028120, -0.0282000, -0.1003573, -0.3072316");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.1998246, 0.2051081, 0.2177651, 0.2491041, 0.3341103, 0.5726859, 1.2476014", \
					  "0.2052828, 0.2105744, 0.2231018, 0.2545112, 0.3395134, 0.5775406, 1.2542171", \
					  "0.2197898, 0.2251142, 0.2377515, 0.2690909, 0.3542090, 0.5920037, 1.2667618", \
					  "0.2530763, 0.2583686, 0.2708969, 0.3022961, 0.3871683, 0.6255024, 1.3011359", \
					  "0.3276943, 0.3329912, 0.3456328, 0.3769589, 0.4620944, 0.6998894, 1.3793710", \
					  "0.4804001, 0.4858062, 0.4984538, 0.5299982, 0.6146094, 0.8532552, 1.5280692", \
					  "0.7607596, 0.7665136, 0.7795551, 0.8114046, 0.8962479, 1.1343976, 1.8086973");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0192850, 0.0239947, 0.0373103, 0.0775391, 0.1953256, 0.5341549, 1.5010518", \
					  "0.0191783, 0.0239574, 0.0374369, 0.0774189, 0.1951853, 0.5346150, 1.5004290", \
					  "0.0193024, 0.0240562, 0.0374536, 0.0773877, 0.1955102, 0.5334931, 1.5011836", \
					  "0.0191884, 0.0239533, 0.0374245, 0.0773473, 0.1953330, 0.5346834, 1.5040822", \
					  "0.0192880, 0.0239562, 0.0374354, 0.0776009, 0.1952769, 0.5346643, 1.5069975", \
					  "0.0201165, 0.0247605, 0.0381107, 0.0774604, 0.1949217, 0.5340148, 1.4961771", \
					  "0.0225526, 0.0270595, 0.0398904, 0.0786145, 0.1959606, 0.5303962, 1.4960314");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.1645740, 0.1698191, 0.1811500, 0.2031414, 0.2453471, 0.3372520, 0.5726582", \
					  "0.1693815, 0.1746202, 0.1860032, 0.2078269, 0.2502518, 0.3421609, 0.5775104", \
					  "0.1801171, 0.1853453, 0.1966714, 0.2187131, 0.2612343, 0.3527150, 0.5881056", \
					  "0.2011084, 0.2063230, 0.2176515, 0.2394360, 0.2820554, 0.3738400, 0.6087633", \
					  "0.2313437, 0.2365425, 0.2477052, 0.2694898, 0.3120384, 0.4039436, 0.6394156", \
					  "0.2708578, 0.2760958, 0.2873459, 0.3089642, 0.3517036, 0.4434570, 0.6783388", \
					  "0.3059758, 0.3111806, 0.3224443, 0.3441462, 0.3867989, 0.4787020, 0.7139306");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0259065, 0.0288610, 0.0359028, 0.0515852, 0.0898484, 0.1916577, 0.4989489", \
					  "0.0259313, 0.0289705, 0.0360056, 0.0523565, 0.0894783, 0.1917219, 0.4980179", \
					  "0.0260256, 0.0291197, 0.0361332, 0.0515634, 0.0898734, 0.1915912, 0.4985605", \
					  "0.0259878, 0.0289063, 0.0358557, 0.0520918, 0.0897633, 0.1912857, 0.4961958", \
					  "0.0257760, 0.0287714, 0.0357221, 0.0519446, 0.0902463, 0.1905031, 0.4989360", \
					  "0.0259592, 0.0289718, 0.0361268, 0.0516645, 0.0898128, 0.1900890, 0.4961906", \
					  "0.0261324, 0.0294992, 0.0363660, 0.0520609, 0.0902357, 0.1905041, 0.4973059");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.1883732, 0.1935288, 0.2062137, 0.2375311, 0.3226843, 0.5605065, 1.2340490", \
					  "0.1916423, 0.1969207, 0.2095409, 0.2409481, 0.3258719, 0.5636885, 1.2381062", \
					  "0.2031203, 0.2084020, 0.2208424, 0.2523879, 0.3374918, 0.5759309, 1.2507396", \
					  "0.2336812, 0.2389800, 0.2515105, 0.2828844, 0.3677259, 0.6059303, 1.2804653", \
					  "0.3064143, 0.3117007, 0.3243243, 0.3556559, 0.4406020, 0.6790322, 1.3521354", \
					  "0.4458176, 0.4513160, 0.4641220, 0.4955470, 0.5802466, 0.8187190, 1.4929238", \
					  "0.6818106, 0.6878621, 0.7015395, 0.7333866, 0.8180008, 1.0563205, 1.7310312");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0192798, 0.0240520, 0.0374792, 0.0774724, 0.1954665, 0.5332067, 1.5007354", \
					  "0.0193044, 0.0239330, 0.0373985, 0.0775702, 0.1952529, 0.5333953, 1.5015121", \
					  "0.0193182, 0.0240478, 0.0374742, 0.0773790, 0.1954752, 0.5341620, 1.5015285", \
					  "0.0192389, 0.0239793, 0.0374774, 0.0774221, 0.1953056, 0.5345316, 1.4945349", \
					  "0.0193518, 0.0240520, 0.0374439, 0.0774204, 0.1949734, 0.5336477, 1.4997228", \
					  "0.0206269, 0.0251854, 0.0382764, 0.0780477, 0.1952683, 0.5337991, 1.4953784", \
					  "0.0244971, 0.0289069, 0.0412180, 0.0794336, 0.1960139, 0.5309319, 1.4901484");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.1591995, 0.1644240, 0.1756296, 0.1973868, 0.2396397, 0.3302305, 0.5654384", \
					  "0.1640950, 0.1692680, 0.1803586, 0.2020451, 0.2441578, 0.3357313, 0.5706600", \
					  "0.1747680, 0.1799443, 0.1912328, 0.2130230, 0.2551885, 0.3462487, 0.5815411", \
					  "0.1934786, 0.1987160, 0.2098818, 0.2315703, 0.2736594, 0.3651864, 0.6000546", \
					  "0.2195025, 0.2248154, 0.2360213, 0.2576856, 0.2995124, 0.3909542, 0.6259510", \
					  "0.2508176, 0.2562855, 0.2674641, 0.2892029, 0.3312746, 0.4226956, 0.6578331", \
					  "0.2744917, 0.2792282, 0.2905209, 0.3123595, 0.3550527, 0.4466120, 0.6817678");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0258545, 0.0286134, 0.0355133, 0.0510581, 0.0890374, 0.1906051, 0.4964338", \
					  "0.0258363, 0.0288376, 0.0355946, 0.0516413, 0.0887221, 0.1904104, 0.4963703", \
					  "0.0257270, 0.0287153, 0.0356319, 0.0510062, 0.0888081, 0.1907331, 0.4947254", \
					  "0.0258647, 0.0287163, 0.0355773, 0.0511448, 0.0887371, 0.1900232, 0.4960892", \
					  "0.0258177, 0.0287810, 0.0355401, 0.0509540, 0.0894216, 0.1904387, 0.4971324", \
					  "0.0257628, 0.0288385, 0.0357874, 0.0512834, 0.0892782, 0.1903581, 0.4975488", \
					  "0.0262926, 0.0292485, 0.0362717, 0.0517006, 0.0895831, 0.1899177, 0.4957150");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.1009389, 0.1070904, 0.1213835, 0.1547018, 0.2404939, 0.4794420, 1.1538859", \
					  "0.1060343, 0.1121491, 0.1263918, 0.1595588, 0.2456495, 0.4839006, 1.1577125", \
					  "0.1172030, 0.1232998, 0.1374329, 0.1707348, 0.2565709, 0.4952337, 1.1689240", \
					  "0.1426721, 0.1487342, 0.1629519, 0.1960624, 0.2818403, 0.5206219, 1.1948590", \
					  "0.1934919, 0.1999098, 0.2146346, 0.2481861, 0.3340695, 0.5724469, 1.2464755", \
					  "0.2741687, 0.2816747, 0.2980188, 0.3332573, 0.4194711, 0.6580411, 1.3323384", \
					  "0.3815958, 0.3914666, 0.4124478, 0.4523941, 0.5405152, 0.7791528, 1.4525573");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0227433, 0.0277806, 0.0417159, 0.0811447, 0.1973349, 0.5369110, 1.4942125", \
					  "0.0223287, 0.0276555, 0.0415929, 0.0810580, 0.1978272, 0.5366367, 1.4972033", \
					  "0.0225354, 0.0277591, 0.0417591, 0.0811268, 0.1970920, 0.5373898, 1.5005245", \
					  "0.0224834, 0.0276362, 0.0416105, 0.0809604, 0.1980124, 0.5373965, 1.5013132", \
					  "0.0246775, 0.0296163, 0.0432719, 0.0819948, 0.1980850, 0.5378024, 1.5016580", \
					  "0.0309709, 0.0360430, 0.0490282, 0.0859984, 0.1997675, 0.5352809, 1.4969965", \
					  "0.0442238, 0.0498477, 0.0633187, 0.0966753, 0.2032921, 0.5387188, 1.4952308");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.2204060, 0.2268195, 0.2403083, 0.2659698, 0.3142275, 0.4127569, 0.6510123", \
					  "0.2262448, 0.2327048, 0.2461823, 0.2718952, 0.3201496, 0.4187016, 0.6569424", \
					  "0.2409391, 0.2474054, 0.2610024, 0.2865901, 0.3347528, 0.4332568, 0.6718277", \
					  "0.2734514, 0.2798521, 0.2933588, 0.3190119, 0.3672260, 0.4659509, 0.7043227", \
					  "0.3438712, 0.3503626, 0.3637581, 0.3894332, 0.4375785, 0.5363048, 0.7747978", \
					  "0.4983156, 0.5050411, 0.5198290, 0.5454319, 0.5939311, 0.6930442, 0.9316274", \
					  "0.7910971, 0.7994124, 0.8162211, 0.8467969, 0.9012900, 1.0067536, 1.2481748");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0348329, 0.0381713, 0.0459369, 0.0631116, 0.1012915, 0.2031657, 0.5011423", \
					  "0.0349994, 0.0383149, 0.0460016, 0.0625150, 0.1012616, 0.2032642, 0.5016901", \
					  "0.0351372, 0.0382483, 0.0458624, 0.0624857, 0.1024836, 0.2030737, 0.5037821", \
					  "0.0350004, 0.0381192, 0.0459944, 0.0627538, 0.1013485, 0.2028722, 0.5016940", \
					  "0.0349226, 0.0381813, 0.0461407, 0.0627422, 0.1016079, 0.2035192, 0.5006948", \
					  "0.0380243, 0.0412452, 0.0486468, 0.0650829, 0.1043529, 0.2041115, 0.4994318", \
					  "0.0500530, 0.0537133, 0.0613610, 0.0783082, 0.1180458, 0.2157108, 0.5067907");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0979337, 0.1040293, 0.1181362, 0.1514137, 0.2374107, 0.4762731, 1.1509911", \
					  "0.1022506, 0.1083520, 0.1224734, 0.1557559, 0.2417097, 0.4805368, 1.1556481", \
					  "0.1125999, 0.1187139, 0.1328815, 0.1661698, 0.2519473, 0.4908064, 1.1649948", \
					  "0.1380776, 0.1441927, 0.1584050, 0.1914835, 0.2771521, 0.5157776, 1.1901633", \
					  "0.1879489, 0.1939608, 0.2088276, 0.2425085, 0.3282328, 0.5674712, 1.2422808", \
					  "0.2561258, 0.2640467, 0.2807966, 0.3162866, 0.4033432, 0.6406580, 1.3155880", \
					  "0.3363842, 0.3469172, 0.3690492, 0.4110121, 0.4984774, 0.7367454, 1.4112808");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0224881, 0.0277127, 0.0417519, 0.0809117, 0.1975721, 0.5368799, 1.5003182", \
					  "0.0224850, 0.0277510, 0.0417683, 0.0809919, 0.1974195, 0.5370566, 1.4996275", \
					  "0.0225292, 0.0277540, 0.0416828, 0.0811555, 0.1971646, 0.5374149, 1.5004679", \
					  "0.0224511, 0.0277009, 0.0416539, 0.0808456, 0.1978086, 0.5380103, 1.5020415", \
					  "0.0255483, 0.0310093, 0.0443325, 0.0824793, 0.1976729, 0.5378409, 1.4961503", \
					  "0.0345039, 0.0392354, 0.0517594, 0.0870425, 0.2002798, 0.5350149, 1.4955909", \
					  "0.0509588, 0.0573632, 0.0695419, 0.1009056, 0.2041728, 0.5393114, 1.4953500");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.1983869, 0.2044514, 0.2173924, 0.2420765, 0.2889906, 0.3854629, 0.6225409", \
					  "0.2040427, 0.2100810, 0.2228930, 0.2478485, 0.2939506, 0.3910971, 0.6282238", \
					  "0.2181163, 0.2241620, 0.2370178, 0.2619545, 0.3085188, 0.4046909, 0.6420111", \
					  "0.2512267, 0.2573105, 0.2702202, 0.2950455, 0.3418492, 0.4383210, 0.6755083", \
					  "0.3259953, 0.3320653, 0.3449128, 0.3695883, 0.4162851, 0.5130709, 0.7503215", \
					  "0.4895774, 0.4960167, 0.5097515, 0.5352193, 0.5828608, 0.6796140, 0.9168813", \
					  "0.7975053, 0.8055648, 0.8222225, 0.8527219, 0.9072257, 1.0099855, 1.2508548");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0322235, 0.0354921, 0.0429850, 0.0598121, 0.0993462, 0.1991253, 0.4999088", \
					  "0.0320627, 0.0353926, 0.0432522, 0.0596218, 0.0998193, 0.1996487, 0.4987621", \
					  "0.0322039, 0.0353755, 0.0428979, 0.0595797, 0.0981481, 0.2003310, 0.5000360", \
					  "0.0322466, 0.0355176, 0.0430285, 0.0597046, 0.0988730, 0.1997786, 0.5007150", \
					  "0.0321932, 0.0354135, 0.0430656, 0.0598022, 0.0988715, 0.1994820, 0.4988552", \
					  "0.0362419, 0.0394989, 0.0469320, 0.0629115, 0.1005330, 0.2010066, 0.4990658", \
					  "0.0497220, 0.0533950, 0.0611084, 0.0782741, 0.1175601, 0.2148772, 0.5053808");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001526;
			capacitance : 0.001581;
			rise_capacitance : 0.001636;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022440, 0.0022106, 0.0021335, 0.0021362, 0.0021425, 0.0021568, 0.0021900");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0071358, 0.0070861, 0.0069715, 0.0069670, 0.0069566, 0.0069328, 0.0068777");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001526;
			capacitance : 0.001643;
			rise_capacitance : 0.001759;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015879, 0.0015411, 0.0014331, 0.0014309, 0.0014258, 0.0014141, 0.0013871");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063596, 0.0062916, 0.0061346, 0.0061454, 0.0061702, 0.0062273, 0.0063590");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001713;
			capacitance : 0.001653;
			fall_capacitance : 0.001592;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019143, -0.0019139, -0.0019130, -0.0019131, -0.0019136, -0.0019145, -0.0019167");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019197, 0.0019184, 0.0019153, 0.0019155, 0.0019161, 0.0019174, 0.0019204");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001783;
			capacitance : 0.001726;
			fall_capacitance : 0.001669;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020714, -0.0020767, -0.0020889, -0.0020900, -0.0020924, -0.0020981, -0.0021112");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020996, 0.0020975, 0.0020927, 0.0020927, 0.0020928, 0.0020929, 0.0020932");
				}
			}
		}
	}
	cell ("scs8hd_a2bb2o_4") {
		area : 20.019200;
		cell_footprint : "a2bb2o";
		cell_leakage_power : 1.112640e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0331519";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0022355";
			when : "A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0008724";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0008717";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0008699";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0008724";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0022283";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0289744";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0008598";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0022362";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0018867";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0351601";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0004924";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0018266";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0365095";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0289744";
			when : "A1N&A2N&!B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(B1&B2) | (!A1N&!A2N)";
			max_capacitance : 0.431223;
			max_transition : 1.509030;
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0205878, 0.0220773, 0.0265390, 0.0393522, 0.0769112, 0.1914009, 0.5398119", \
					  "0.0204319, 0.0219569, 0.0264554, 0.0392126, 0.0766984, 0.1909263, 0.5426803", \
					  "0.0206277, 0.0221395, 0.0266336, 0.0393976, 0.0768987, 0.1910699, 0.5429429", \
					  "0.0204311, 0.0219464, 0.0264023, 0.0392109, 0.0767629, 0.1913423, 0.5402695", \
					  "0.0201151, 0.0216047, 0.0260856, 0.0388788, 0.0763897, 0.1909749, 0.5396426", \
					  "0.0194285, 0.0210978, 0.0256804, 0.0385171, 0.0760596, 0.1905592, 0.5395711", \
					  "0.0203736, 0.0217414, 0.0258479, 0.0382673, 0.0755130, 0.1894522, 0.5415599");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0194719, 0.0184287, 0.0150447, 0.0050981, -0.0291909, -0.1428394, -0.4970888", \
					  "0.0195408, 0.0184165, 0.0150005, 0.0050468, -0.0292349, -0.1428838, -0.4971469", \
					  "0.0193791, 0.0182888, 0.0149210, 0.0049711, -0.0293150, -0.1428863, -0.4972005", \
					  "0.0189834, 0.0179045, 0.0144937, 0.0045493, -0.0296779, -0.1433099, -0.4975696", \
					  "0.0185520, 0.0174739, 0.0140919, 0.0041239, -0.0301087, -0.1437422, -0.4980137", \
					  "0.0232046, 0.0220739, 0.0185276, 0.0071643, -0.0292688, -0.1439133, -0.4981892", \
					  "0.0233436, 0.0221769, 0.0186492, 0.0072969, -0.0291956, -0.1436103, -0.4982159");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0202144, 0.0217118, 0.0261377, 0.0389631, 0.0764732, 0.1908332, 0.5405317", \
					  "0.0200113, 0.0215284, 0.0260257, 0.0387842, 0.0762881, 0.1905186, 0.5432577", \
					  "0.0201640, 0.0216621, 0.0260874, 0.0389160, 0.0764221, 0.1906583, 0.5425085", \
					  "0.0198747, 0.0213720, 0.0258082, 0.0386221, 0.0761407, 0.1903574, 0.5421599", \
					  "0.0194305, 0.0209193, 0.0253631, 0.0381348, 0.0757005, 0.1902634, 0.5389424", \
					  "0.0185915, 0.0201350, 0.0248135, 0.0378623, 0.0753366, 0.1895897, 0.5389561", \
					  "0.0196045, 0.0209622, 0.0250844, 0.0374076, 0.0747031, 0.1891922, 0.5410187");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0199514, 0.0188669, 0.0154589, 0.0055697, -0.0287047, -0.1424466, -0.4968609", \
					  "0.0198367, 0.0187899, 0.0153933, 0.0054909, -0.0287397, -0.1424689, -0.4968285", \
					  "0.0197400, 0.0186490, 0.0152236, 0.0053616, -0.0288894, -0.1426118, -0.4969672", \
					  "0.0192944, 0.0181516, 0.0147394, 0.0048710, -0.0293622, -0.1430741, -0.4974380", \
					  "0.0187742, 0.0176763, 0.0143491, 0.0044113, -0.0298334, -0.1435592, -0.4979279", \
					  "0.0233655, 0.0222384, 0.0187114, 0.0072897, -0.0291293, -0.1437828, -0.4981348", \
					  "0.0240789, 0.0228748, 0.0194914, 0.0079052, -0.0284036, -0.1429222, -0.4975338");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0233387, 0.0247976, 0.0291150, 0.0418783, 0.0797561, 0.1940463, 0.5462510", \
					  "0.0232214, 0.0246715, 0.0289876, 0.0417434, 0.0796745, 0.1939435, 0.5436799", \
					  "0.0230633, 0.0245113, 0.0288346, 0.0415866, 0.0794420, 0.1939161, 0.5458335", \
					  "0.0228920, 0.0243168, 0.0285955, 0.0411896, 0.0790069, 0.1934937, 0.5457695", \
					  "0.0227437, 0.0240761, 0.0281575, 0.0408080, 0.0783207, 0.1934462, 0.5445160", \
					  "0.0229371, 0.0243603, 0.0284403, 0.0408099, 0.0781050, 0.1921915, 0.5446561", \
					  "0.0230211, 0.0243337, 0.0283227, 0.0406612, 0.0777889, 0.1924034, 0.5430990");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0233153, 0.0221856, 0.0187652, 0.0089100, -0.0248257, -0.1378892, -0.4920927", \
					  "0.0231909, 0.0221563, 0.0186858, 0.0087524, -0.0249206, -0.1380434, -0.4922740", \
					  "0.0229989, 0.0218683, 0.0184816, 0.0085759, -0.0251757, -0.1382713, -0.4924953", \
					  "0.0228165, 0.0216401, 0.0182409, 0.0083700, -0.0253368, -0.1384609, -0.4926499", \
					  "0.0226094, 0.0214575, 0.0179879, 0.0081163, -0.0256466, -0.1386947, -0.4928751", \
					  "0.0224362, 0.0216295, 0.0178246, 0.0077432, -0.0259388, -0.1388730, -0.4929519", \
					  "0.0273267, 0.0261030, 0.0222959, 0.0105665, -0.0260631, -0.1393868, -0.4932150");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0228741, 0.0243336, 0.0286357, 0.0414133, 0.0793470, 0.1936684, 0.5434275", \
					  "0.0227821, 0.0242212, 0.0285357, 0.0413309, 0.0792115, 0.1935792, 0.5457772", \
					  "0.0226222, 0.0240689, 0.0283856, 0.0411091, 0.0789938, 0.1934750, 0.5453870", \
					  "0.0223660, 0.0237633, 0.0280096, 0.0406216, 0.0784827, 0.1930313, 0.5451819", \
					  "0.0224603, 0.0237690, 0.0277558, 0.0401499, 0.0779283, 0.1926709, 0.5439421", \
					  "0.0225373, 0.0238673, 0.0280018, 0.0401331, 0.0773715, 0.1914999, 0.5439424", \
					  "0.0227903, 0.0241385, 0.0281656, 0.0404295, 0.0774709, 0.1925980, 0.5421618");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001542619, 0.004759347, 0.01468372, 0.04530277, 0.1397698, 0.4312232");
					values("0.0196525, 0.0184865, 0.0151283, 0.0053204, -0.0284017, -0.1415812, -0.4959792", \
					  "0.0195788, 0.0183690, 0.0149743, 0.0051850, -0.0285913, -0.1417731, -0.4961761", \
					  "0.0192049, 0.0181348, 0.0146692, 0.0048605, -0.0289510, -0.1421457, -0.4964264", \
					  "0.0189724, 0.0178941, 0.0144401, 0.0045756, -0.0291911, -0.1423659, -0.4967030", \
					  "0.0186431, 0.0174875, 0.0140951, 0.0042878, -0.0295902, -0.1426462, -0.4969383", \
					  "0.0184872, 0.0172972, 0.0138067, 0.0038902, -0.0298842, -0.1428408, -0.4969977", \
					  "0.0240002, 0.0227594, 0.0186328, 0.0068988, -0.0297469, -0.1432000, -0.4972176");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.1844103, 0.1877792, 0.1971283, 0.2231200, 0.2992988, 0.5298099, 1.2367830", \
					  "0.1894332, 0.1928137, 0.2021390, 0.2281262, 0.3044429, 0.5349587, 1.2450582", \
					  "0.2042464, 0.2075690, 0.2169201, 0.2429624, 0.3190519, 0.5497822, 1.2591418", \
					  "0.2384370, 0.2418107, 0.2511735, 0.2771956, 0.3534606, 0.5836196, 1.2920439", \
					  "0.3143170, 0.3176790, 0.3270310, 0.3530593, 0.4292313, 0.6596233, 1.3684988", \
					  "0.4682198, 0.4716326, 0.4810081, 0.5070436, 0.5831590, 0.8138935, 1.5256705", \
					  "0.7551095, 0.7586768, 0.7682000, 0.7941842, 0.8713134, 1.1013533, 1.8093350");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0179361, 0.0213133, 0.0317835, 0.0652176, 0.1693413, 0.4947096, 1.4897494", \
					  "0.0178867, 0.0212162, 0.0317148, 0.0650662, 0.1687132, 0.4928701, 1.4937206", \
					  "0.0179411, 0.0212652, 0.0316963, 0.0651051, 0.1691696, 0.4925480, 1.4948205", \
					  "0.0179079, 0.0212785, 0.0317341, 0.0652379, 0.1692498, 0.4946331, 1.5011347", \
					  "0.0179423, 0.0212809, 0.0317344, 0.0652426, 0.1693418, 0.4947150, 1.4922833", \
					  "0.0185309, 0.0218241, 0.0322297, 0.0651512, 0.1693559, 0.4941474, 1.4952714", \
					  "0.0203152, 0.0234433, 0.0332236, 0.0660140, 0.1701906, 0.4899809, 1.4975049");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.1375973, 0.1406267, 0.1482539, 0.1651492, 0.1998350, 0.2797568, 0.4998462", \
					  "0.1419308, 0.1450293, 0.1526628, 0.1695633, 0.2042718, 0.2842026, 0.5042334", \
					  "0.1521640, 0.1552619, 0.1629892, 0.1798103, 0.2143221, 0.2943410, 0.5150484", \
					  "0.1681193, 0.1711723, 0.1788704, 0.1956510, 0.2304775, 0.3104403, 0.5310196", \
					  "0.1877385, 0.1908004, 0.1983345, 0.2151616, 0.2497757, 0.3296435, 0.5504122", \
					  "0.2047090, 0.2077671, 0.2154606, 0.2321824, 0.2669446, 0.3469522, 0.5671099", \
					  "0.1934213, 0.1964822, 0.2041994, 0.2207920, 0.2556633, 0.3358470, 0.5566276");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0228202, 0.0246253, 0.0292032, 0.0409628, 0.0718424, 0.1608732, 0.4490104", \
					  "0.0229709, 0.0247356, 0.0294089, 0.0408340, 0.0718276, 0.1609483, 0.4491855", \
					  "0.0227475, 0.0245655, 0.0292253, 0.0408572, 0.0717373, 0.1606917, 0.4510906", \
					  "0.0228780, 0.0246801, 0.0294460, 0.0412486, 0.0720516, 0.1609234, 0.4491218", \
					  "0.0228781, 0.0246036, 0.0293600, 0.0408856, 0.0714408, 0.1609143, 0.4516563", \
					  "0.0228066, 0.0245642, 0.0293555, 0.0409162, 0.0718255, 0.1608902, 0.4486932", \
					  "0.0229642, 0.0247649, 0.0295059, 0.0412576, 0.0721796, 0.1612167, 0.4495108");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.1672079, 0.1705900, 0.1797884, 0.2059002, 0.2821350, 0.5126665, 1.2207445", \
					  "0.1704423, 0.1738252, 0.1831530, 0.2091492, 0.2854365, 0.5160101, 1.2263219", \
					  "0.1826217, 0.1860082, 0.1952090, 0.2213170, 0.2975983, 0.5281462, 1.2374574", \
					  "0.2153989, 0.2187818, 0.2279842, 0.2540934, 0.3303593, 0.5609230, 1.2694562", \
					  "0.2933008, 0.2966310, 0.3059571, 0.3319400, 0.4080989, 0.6385416, 1.3473233", \
					  "0.4476358, 0.4510525, 0.4604480, 0.4863657, 0.5623210, 0.7930932, 1.5064399", \
					  "0.7213373, 0.7250487, 0.7348253, 0.7606558, 0.8369300, 1.0672276, 1.7744998");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0178333, 0.0212299, 0.0317334, 0.0650177, 0.1692089, 0.4941471, 1.4992221", \
					  "0.0178919, 0.0212109, 0.0317099, 0.0649951, 0.1691081, 0.4930397, 1.5090295", \
					  "0.0178855, 0.0211933, 0.0317290, 0.0649835, 0.1691404, 0.4933537, 1.4951715", \
					  "0.0178750, 0.0212050, 0.0317319, 0.0649601, 0.1691929, 0.4934813, 1.4964404", \
					  "0.0179802, 0.0212910, 0.0318354, 0.0652350, 0.1693492, 0.4947940, 1.4935139", \
					  "0.0189006, 0.0221990, 0.0324124, 0.0655519, 0.1693512, 0.4925773, 1.4965926", \
					  "0.0222630, 0.0252286, 0.0345691, 0.0664792, 0.1700200, 0.4914757, 1.4979996");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.1394093, 0.1424841, 0.1501049, 0.1668748, 0.2015692, 0.2815660, 0.5023040", \
					  "0.1438138, 0.1468846, 0.1545581, 0.1713798, 0.2062153, 0.2860384, 0.5063677", \
					  "0.1534735, 0.1565409, 0.1642180, 0.1810114, 0.2158763, 0.2957113, 0.5160235", \
					  "0.1680657, 0.1710957, 0.1786878, 0.1955950, 0.2303739, 0.3103836, 0.5313732", \
					  "0.1847584, 0.1878119, 0.1955384, 0.2124211, 0.2471972, 0.3272133, 0.5480470", \
					  "0.1961315, 0.1991986, 0.2069557, 0.2236816, 0.2585400, 0.3385298, 0.5592626", \
					  "0.1762119, 0.1793050, 0.1870299, 0.2036777, 0.2383508, 0.3186054, 0.5397731");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0228096, 0.0245736, 0.0293269, 0.0407074, 0.0717410, 0.1610948, 0.4501387", \
					  "0.0227953, 0.0244493, 0.0290456, 0.0408623, 0.0718718, 0.1609670, 0.4506567", \
					  "0.0227310, 0.0244805, 0.0291470, 0.0409155, 0.0718825, 0.1609050, 0.4505984", \
					  "0.0228627, 0.0246384, 0.0291080, 0.0408126, 0.0719688, 0.1609042, 0.4501774", \
					  "0.0228899, 0.0246667, 0.0294758, 0.0410447, 0.0714740, 0.1605073, 0.4522816", \
					  "0.0228497, 0.0245860, 0.0293396, 0.0409068, 0.0717842, 0.1607102, 0.4482411", \
					  "0.0232058, 0.0249762, 0.0294259, 0.0409495, 0.0723040, 0.1610708, 0.4525885");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0755407, 0.0792424, 0.0893216, 0.1162522, 0.1934040, 0.4245246, 1.1318996", \
					  "0.0801003, 0.0837667, 0.0938651, 0.1208411, 0.1979876, 0.4292275, 1.1359953", \
					  "0.0904213, 0.0941226, 0.1042028, 0.1311239, 0.2081552, 0.4391735, 1.1471111", \
					  "0.1127854, 0.1164568, 0.1265369, 0.1531903, 0.2301654, 0.4616738, 1.1693196", \
					  "0.1492466, 0.1530874, 0.1634069, 0.1904639, 0.2672415, 0.4984820, 1.2072637", \
					  "0.1964544, 0.2009188, 0.2124427, 0.2403564, 0.3170504, 0.5481630, 1.2568776", \
					  "0.2364168, 0.2424300, 0.2572920, 0.2896859, 0.3667850, 0.5983480, 1.3057074");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0197421, 0.0230709, 0.0337122, 0.0666949, 0.1714658, 0.4957981, 1.5002527", \
					  "0.0196108, 0.0231031, 0.0337522, 0.0666512, 0.1714976, 0.4950857, 1.5063132", \
					  "0.0195842, 0.0231336, 0.0336986, 0.0665522, 0.1712998, 0.4965858, 1.4971135", \
					  "0.0198252, 0.0232525, 0.0338376, 0.0667795, 0.1714585, 0.4959673, 1.5006525", \
					  "0.0220146, 0.0254481, 0.0356165, 0.0676482, 0.1712188, 0.4978260, 1.4978512", \
					  "0.0280326, 0.0312545, 0.0406781, 0.0704127, 0.1726708, 0.4939787, 1.4936465", \
					  "0.0404319, 0.0438685, 0.0535253, 0.0804262, 0.1751077, 0.4963601, 1.4919305");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.1974643, 0.2011528, 0.2103010, 0.2295759, 0.2682160, 0.3524049, 0.5753824", \
					  "0.2033380, 0.2070270, 0.2161516, 0.2354120, 0.2742082, 0.3588318, 0.5818040", \
					  "0.2178648, 0.2215169, 0.2305773, 0.2498195, 0.2885071, 0.3732352, 0.5962146", \
					  "0.2527551, 0.2565131, 0.2656427, 0.2848216, 0.3234472, 0.4081977, 0.6313717", \
					  "0.3291817, 0.3328266, 0.3417979, 0.3611627, 0.3997968, 0.4844627, 0.7074748", \
					  "0.4955156, 0.5002021, 0.5093841, 0.5294378, 0.5695209, 0.6550894, 0.8781796", \
					  "0.8151675, 0.8201760, 0.8320453, 0.8560315, 0.9010844, 0.9930740, 1.2170641");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0296390, 0.0315703, 0.0366453, 0.0485528, 0.0795215, 0.1692716, 0.4538815", \
					  "0.0298345, 0.0317354, 0.0367407, 0.0485889, 0.0795656, 0.1689575, 0.4547668", \
					  "0.0298581, 0.0316389, 0.0366448, 0.0489714, 0.0796617, 0.1689736, 0.4548198", \
					  "0.0298399, 0.0315885, 0.0365766, 0.0485745, 0.0801521, 0.1688711, 0.4546235", \
					  "0.0298263, 0.0316570, 0.0367571, 0.0488154, 0.0796710, 0.1689894, 0.4546800", \
					  "0.0333826, 0.0353874, 0.0401074, 0.0515428, 0.0823731, 0.1694233, 0.4533761", \
					  "0.0455281, 0.0475972, 0.0524716, 0.0648736, 0.0959205, 0.1809887, 0.4552393");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0709764, 0.0746721, 0.0847517, 0.1116920, 0.1888861, 0.4202496, 1.1271002", \
					  "0.0750079, 0.0787110, 0.0887442, 0.1157510, 0.1928636, 0.4241233, 1.1316648", \
					  "0.0851041, 0.0888165, 0.0988192, 0.1257004, 0.2028381, 0.4334302, 1.1421978", \
					  "0.1070562, 0.1107325, 0.1207724, 0.1475165, 0.2245274, 0.4565329, 1.1639469", \
					  "0.1392652, 0.1431417, 0.1535198, 0.1804549, 0.2569986, 0.4884921, 1.1994480", \
					  "0.1753238, 0.1799080, 0.1915648, 0.2191448, 0.2957130, 0.5273811, 1.2376825", \
					  "0.1938860, 0.2001107, 0.2153139, 0.2481738, 0.3245358, 0.5546191, 1.2629907");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0197355, 0.0230843, 0.0337133, 0.0666572, 0.1715764, 0.4950518, 1.5070208", \
					  "0.0195755, 0.0230920, 0.0337325, 0.0665947, 0.1715250, 0.4959833, 1.5000849", \
					  "0.0195587, 0.0230567, 0.0336495, 0.0666936, 0.1715101, 0.4958250, 1.5012148", \
					  "0.0202289, 0.0236760, 0.0341613, 0.0666612, 0.1715721, 0.4956762, 1.5021845", \
					  "0.0225209, 0.0256690, 0.0358923, 0.0681249, 0.1712595, 0.4955104, 1.4948697", \
					  "0.0294950, 0.0325637, 0.0416354, 0.0709813, 0.1724948, 0.4932589, 1.4997594", \
					  "0.0437387, 0.0472428, 0.0565366, 0.0821459, 0.1751900, 0.4983556, 1.4903848");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.1824612, 0.1860953, 0.1950838, 0.2144537, 0.2536106, 0.3392609, 0.5618599", \
					  "0.1879611, 0.1915960, 0.2006366, 0.2201220, 0.2591817, 0.3448523, 0.5674727", \
					  "0.2021687, 0.2057748, 0.2146140, 0.2341354, 0.2733184, 0.3587071, 0.5822959", \
					  "0.2369286, 0.2405181, 0.2495442, 0.2688404, 0.3079275, 0.3934656, 0.6170059", \
					  "0.3143695, 0.3179723, 0.3268828, 0.3461637, 0.3852463, 0.4710414, 0.6946303", \
					  "0.4815670, 0.4854627, 0.4950565, 0.5157717, 0.5560463, 0.6419236, 0.8657873", \
					  "0.8024638, 0.8073174, 0.8189626, 0.8431206, 0.8892957, 0.9827446, 1.2091270");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154262, 0.00475935, 0.0146837, 0.0453028, 0.13977, 0.431223");
					values("0.0291802, 0.0310986, 0.0363003, 0.0485857, 0.0806555, 0.1706805, 0.4522734", \
					  "0.0292584, 0.0311032, 0.0364287, 0.0488969, 0.0808130, 0.1706188, 0.4527113", \
					  "0.0292921, 0.0312595, 0.0362318, 0.0487685, 0.0804311, 0.1699063, 0.4552027", \
					  "0.0293052, 0.0312570, 0.0362653, 0.0486714, 0.0811477, 0.1700100, 0.4533899", \
					  "0.0291936, 0.0311455, 0.0362747, 0.0488346, 0.0805729, 0.1699391, 0.4523104", \
					  "0.0333506, 0.0351702, 0.0404153, 0.0528642, 0.0838927, 0.1718450, 0.4558604", \
					  "0.0459513, 0.0481348, 0.0538248, 0.0669612, 0.0976072, 0.1840816, 0.4571031");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004294;
			capacitance : 0.004560;
			rise_capacitance : 0.004826;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029135, 0.0028017, 0.0025440, 0.0025387, 0.0025266, 0.0024986, 0.0024340");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0192294, 0.0190741, 0.0187162, 0.0187022, 0.0186698, 0.0185952, 0.0184230");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003837;
			capacitance : 0.004127;
			rise_capacitance : 0.004417;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0008812, 0.0008058, 0.0006322, 0.0006164, 0.0005802, 0.0004965, 0.0003039");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0162966, 0.0160987, 0.0156422, 0.0156559, 0.0156875, 0.0157604, 0.0159282");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004658;
			capacitance : 0.004432;
			fall_capacitance : 0.004205;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054842, -0.0054851, -0.0054872, -0.0054878, -0.0054894, -0.0054929, -0.0055009");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055078, 0.0055035, 0.0054936, 0.0054956, 0.0055003, 0.0055112, 0.0055363");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004244;
			capacitance : 0.004049;
			fall_capacitance : 0.003854;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049288, -0.0049280, -0.0049263, -0.0049292, -0.0049357, -0.0049508, -0.0049855");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049303, 0.0049303, 0.0049305, 0.0049309, 0.0049318, 0.0049339, 0.0049390");
				}
			}
		}
	}
	cell ("scs8hd_a2bb2oi_1") {
		area : 8.758400;
		cell_footprint : "a2bb2oi";
		cell_leakage_power : 3.100206e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003912";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0003816";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0004004";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0003945";
			when : "A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003878";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0003900";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0003961";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0003865";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0004052";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0003994";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "6.1175837e-05";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "5.1563371e-05";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "7.0316528e-05";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "6.4450093e-05";
			when : "A1N&!A2N&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1N&!B1) | (A1N&!B2) | (A2N&!B1) | (A2N&!B2)";
			max_capacitance : 0.060435;
			max_transition : 1.483755;
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0045181, 0.0053309, 0.0071165, 0.0109430, 0.0191594, 0.0373883, 0.0776218", \
					  "0.0045014, 0.0053105, 0.0070801, 0.0108990, 0.0191246, 0.0374525, 0.0775654", \
					  "0.0044635, 0.0052653, 0.0070356, 0.0108046, 0.0191456, 0.0373511, 0.0776278", \
					  "0.0042545, 0.0050499, 0.0067820, 0.0105824, 0.0188855, 0.0371914, 0.0773303", \
					  "0.0040183, 0.0048083, 0.0065411, 0.0102960, 0.0185715, 0.0368454, 0.0771544", \
					  "0.0041671, 0.0049309, 0.0066260, 0.0102826, 0.0184682, 0.0365822, 0.0769805", \
					  "0.0041030, 0.0048818, 0.0065204, 0.0102625, 0.0185839, 0.0366001, 0.0764242");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0004937, -1.1600000e-05, -0.0011763, -0.0042307, -0.0118939, -0.0298503, -0.0702450", \
					  "0.0004489, -8.1900000e-05, -0.0012554, -0.0042814, -0.0119222, -0.0299040, -0.0702962", \
					  "0.0004908, -2.8000000e-05, -0.0011982, -0.0042405, -0.0118855, -0.0298626, -0.0702541", \
					  "0.0004175, -0.0001140, -0.0013166, -0.0043428, -0.0119604, -0.0299304, -0.0703239", \
					  "0.0002850, -0.0002537, -0.0014096, -0.0044463, -0.0120554, -0.0299834, -0.0703649", \
					  "0.0012367, 0.0005621, -0.0009879, -0.0045624, -0.0123206, -0.0300423, -0.0703769", \
					  "0.0015876, 0.0008568, -0.0006326, -0.0042602, -0.0122187, -0.0302547, -0.0705274");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0045351, 0.0053259, 0.0070394, 0.0107125, 0.0187736, 0.0369276, 0.0767774", \
					  "0.0045307, 0.0053061, 0.0070061, 0.0107064, 0.0188956, 0.0368287, 0.0766858", \
					  "0.0044715, 0.0052557, 0.0069437, 0.0106806, 0.0188071, 0.0367541, 0.0766259", \
					  "0.0041733, 0.0049559, 0.0066596, 0.0103560, 0.0185283, 0.0368120, 0.0766641", \
					  "0.0039539, 0.0047088, 0.0064146, 0.0101049, 0.0182711, 0.0363131, 0.0768055", \
					  "0.0040303, 0.0047964, 0.0064535, 0.0100774, 0.0182396, 0.0361935, 0.0766137", \
					  "0.0044525, 0.0052172, 0.0068222, 0.0105290, 0.0187366, 0.0366984, 0.0765984");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0005076, 1.3700000e-05, -0.0011589, -0.0041918, -0.0118552, -0.0298229, -0.0702329", \
					  "0.0004654, -8.0500000e-05, -0.0012459, -0.0042978, -0.0119510, -0.0299241, -0.0703081", \
					  "0.0005353, 1.0400000e-05, -0.0011872, -0.0042277, -0.0118906, -0.0298566, -0.0702418", \
					  "0.0004184, -0.0001236, -0.0013126, -0.0043369, -0.0119844, -0.0299376, -0.0703180", \
					  "9.7500000e-05, -0.0004694, -0.0016701, -0.0047049, -0.0122864, -0.0301881, -0.0705330", \
					  "0.0009522, 0.0002525, -0.0012954, -0.0048684, -0.0128365, -0.0303818, -0.0706961", \
					  "0.0011292, 0.0004422, -0.0011560, -0.0047004, -0.0126909, -0.0307313, -0.0709917");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0073663, 0.0081262, 0.0097898, 0.0134610, 0.0215692, 0.0395972, 0.0795637", \
					  "0.0072723, 0.0080308, 0.0096929, 0.0133908, 0.0215350, 0.0395527, 0.0795540", \
					  "0.0071739, 0.0079380, 0.0096109, 0.0132974, 0.0214588, 0.0394481, 0.0794038", \
					  "0.0071289, 0.0078754, 0.0095371, 0.0132144, 0.0213682, 0.0394362, 0.0794732", \
					  "0.0070381, 0.0078072, 0.0094556, 0.0131229, 0.0212572, 0.0393076, 0.0793464", \
					  "0.0070187, 0.0077779, 0.0094551, 0.0130922, 0.0213061, 0.0392706, 0.0791539", \
					  "0.0068220, 0.0075773, 0.0092297, 0.0130678, 0.0212519, 0.0393685, 0.0794192");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0031470, 0.0024096, 0.0007772, -0.0028542, -0.0109686, -0.0291164, -0.0695146", \
					  "0.0030801, 0.0023451, 0.0007163, -0.0029130, -0.0110323, -0.0291607, -0.0695612", \
					  "0.0030007, 0.0022720, 0.0006434, -0.0029775, -0.0110897, -0.0292078, -0.0696190", \
					  "0.0028888, 0.0021673, 0.0005623, -0.0030426, -0.0111344, -0.0292501, -0.0696513", \
					  "0.0029422, 0.0022068, 0.0005839, -0.0030876, -0.0112008, -0.0293067, -0.0696754", \
					  "0.0029427, 0.0022123, 0.0006151, -0.0030722, -0.0112285, -0.0293881, -0.0697345", \
					  "0.0030483, 0.0022952, 0.0006368, -0.0030315, -0.0111948, -0.0293424, -0.0697849");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0053090, 0.0060948, 0.0078446, 0.0116023, 0.0197166, 0.0377541, 0.0779940", \
					  "0.0051459, 0.0059335, 0.0076801, 0.0114255, 0.0196985, 0.0378077, 0.0779832", \
					  "0.0050307, 0.0057887, 0.0074928, 0.0112491, 0.0194860, 0.0376183, 0.0776796", \
					  "0.0049401, 0.0057198, 0.0073835, 0.0110880, 0.0193354, 0.0375558, 0.0775594", \
					  "0.0048717, 0.0056092, 0.0072853, 0.0109955, 0.0191053, 0.0373226, 0.0774831", \
					  "0.0048526, 0.0056086, 0.0072810, 0.0109448, 0.0191638, 0.0372923, 0.0773740", \
					  "0.0046222, 0.0053684, 0.0070135, 0.0108720, 0.0190540, 0.0369902, 0.0772286");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0033658, 0.0026346, 0.0009960, -0.0026220, -0.0107509, -0.0288939, -0.0692772", \
					  "0.0032786, 0.0025486, 0.0009417, -0.0026825, -0.0107961, -0.0289077, -0.0693357", \
					  "0.0031826, 0.0024392, 0.0008399, -0.0027644, -0.0108649, -0.0289685, -0.0693830", \
					  "0.0030514, 0.0023389, 0.0007317, -0.0028648, -0.0109165, -0.0290342, -0.0694240", \
					  "0.0030597, 0.0023484, 0.0007384, -0.0029139, -0.0110168, -0.0290715, -0.0694570", \
					  "0.0030640, 0.0023369, 0.0006960, -0.0029198, -0.0110423, -0.0292043, -0.0695526", \
					  "0.0032694, 0.0024989, 0.0008671, -0.0028336, -0.0109827, -0.0290959, -0.0695707");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0666960, 0.0752928, 0.0938489, 0.1337535, 0.2200657, 0.4101511, 0.8292781", \
					  "0.0714314, 0.0799579, 0.0983629, 0.1382950, 0.2244159, 0.4139494, 0.8345497", \
					  "0.0820312, 0.0904825, 0.1087521, 0.1484450, 0.2352435, 0.4253661, 0.8443971", \
					  "0.1008019, 0.1091132, 0.1271458, 0.1666369, 0.2528098, 0.4429961, 0.8643478", \
					  "0.1258382, 0.1340712, 0.1521049, 0.1913911, 0.2775786, 0.4675394, 0.8889464", \
					  "0.1552178, 0.1633612, 0.1809080, 0.2199150, 0.3064171, 0.4957025, 0.9152376", \
					  "0.1709942, 0.1805022, 0.1987456, 0.2369180, 0.3222154, 0.5121523, 0.9319756");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0402118, 0.0506889, 0.0748746, 0.1271006, 0.2449314, 0.5039052, 1.0788735", \
					  "0.0402050, 0.0506172, 0.0745871, 0.1273016, 0.2454814, 0.5044720, 1.0813618", \
					  "0.0399198, 0.0506619, 0.0747926, 0.1271494, 0.2437293, 0.5041475, 1.0814110", \
					  "0.0400903, 0.0507484, 0.0747345, 0.1278167, 0.2450556, 0.5046114, 1.0813836", \
					  "0.0407452, 0.0511994, 0.0746814, 0.1272511, 0.2428781, 0.5047639, 1.0781571", \
					  "0.0441532, 0.0535693, 0.0759654, 0.1283495, 0.2442553, 0.5005432, 1.0780460", \
					  "0.0568825, 0.0648072, 0.0837076, 0.1307941, 0.2455288, 0.5064847, 1.0707263");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.1130954, 0.1169464, 0.1242753, 0.1372588, 0.1604282, 0.2041339, 0.2929379", \
					  "0.1185548, 0.1225133, 0.1299027, 0.1427465, 0.1662859, 0.2099216, 0.2988301", \
					  "0.1331178, 0.1369196, 0.1441595, 0.1572451, 0.1805807, 0.2242761, 0.3131897", \
					  "0.1653629, 0.1691772, 0.1764268, 0.1895182, 0.2129063, 0.2566256, 0.3454389", \
					  "0.2358580, 0.2398372, 0.2472391, 0.2603975, 0.2840239, 0.3278649, 0.4167969", \
					  "0.3688037, 0.3733168, 0.3819325, 0.3970086, 0.4230712, 0.4694640, 0.5600377", \
					  "0.6046112, 0.6104499, 0.6212471, 0.6402113, 0.6712575, 0.7216387, 0.8153624");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0222595, 0.0248087, 0.0302014, 0.0411151, 0.0637618, 0.1122308, 0.2229647", \
					  "0.0221815, 0.0249535, 0.0300214, 0.0415727, 0.0638559, 0.1122272, 0.2227291", \
					  "0.0222624, 0.0249924, 0.0303436, 0.0411249, 0.0639155, 0.1121667, 0.2226633", \
					  "0.0223412, 0.0249212, 0.0301952, 0.0413908, 0.0638275, 0.1118010, 0.2227870", \
					  "0.0238615, 0.0264085, 0.0317411, 0.0421678, 0.0647664, 0.1127183, 0.2238741", \
					  "0.0304739, 0.0333062, 0.0386415, 0.0494369, 0.0711364, 0.1180530, 0.2266648", \
					  "0.0448393, 0.0476389, 0.0538844, 0.0656634, 0.0875848, 0.1343485, 0.2353714");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0625960, 0.0709031, 0.0889388, 0.1277795, 0.2124265, 0.4020732, 0.8195644", \
					  "0.0670891, 0.0754105, 0.0933819, 0.1323832, 0.2179388, 0.4056760, 0.8249952", \
					  "0.0768136, 0.0850236, 0.1031175, 0.1422523, 0.2276462, 0.4160483, 0.8344270", \
					  "0.0919365, 0.1001374, 0.1181196, 0.1572648, 0.2428330, 0.4341277, 0.8548081", \
					  "0.1107763, 0.1189228, 0.1367730, 0.1763289, 0.2615247, 0.4508585, 0.8707834", \
					  "0.1291508, 0.1373196, 0.1544470, 0.1930620, 0.2784946, 0.4685364, 0.8872473", \
					  "0.1207899, 0.1309588, 0.1497582, 0.1878691, 0.2729545, 0.4612168, 0.8807516");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0398517, 0.0505004, 0.0744157, 0.1264551, 0.2422997, 0.5086574, 1.0733318", \
					  "0.0400771, 0.0504950, 0.0740464, 0.1265469, 0.2455450, 0.5014660, 1.0824593", \
					  "0.0399839, 0.0508470, 0.0742209, 0.1264697, 0.2424173, 0.5006894, 1.0779374", \
					  "0.0402779, 0.0507319, 0.0744186, 0.1263147, 0.2422093, 0.5078908, 1.0851944", \
					  "0.0408581, 0.0512548, 0.0747286, 0.1272897, 0.2432298, 0.5062802, 1.0868858", \
					  "0.0455049, 0.0544838, 0.0764196, 0.1276455, 0.2441600, 0.5013880, 1.0783715", \
					  "0.0607575, 0.0686093, 0.0870571, 0.1320560, 0.2462668, 0.5032497, 1.0746460");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.1020163, 0.1059112, 0.1131843, 0.1263636, 0.1498135, 0.1934573, 0.2816861", \
					  "0.1057983, 0.1095796, 0.1168626, 0.1300325, 0.1534619, 0.1965734, 0.2855642", \
					  "0.1175823, 0.1214333, 0.1286494, 0.1418122, 0.1651811, 0.2085998, 0.2975263", \
					  "0.1488457, 0.1528300, 0.1600447, 0.1732364, 0.1966898, 0.2404569, 0.3293126", \
					  "0.2204371, 0.2244897, 0.2321111, 0.2456644, 0.2694387, 0.3133903, 0.4024968", \
					  "0.3446698, 0.3498386, 0.3594526, 0.3757133, 0.4025413, 0.4487802, 0.5393858", \
					  "0.5542007, 0.5604625, 0.5738708, 0.5945773, 0.6287345, 0.6823205, 0.7757086");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0221285, 0.0248372, 0.0302860, 0.0410812, 0.0637583, 0.1119977, 0.2234331", \
					  "0.0223136, 0.0246811, 0.0302791, 0.0409510, 0.0635344, 0.1123127, 0.2225583", \
					  "0.0223287, 0.0249463, 0.0302857, 0.0410568, 0.0637091, 0.1121527, 0.2228629", \
					  "0.0222546, 0.0247639, 0.0303898, 0.0413810, 0.0638295, 0.1118400, 0.2231152", \
					  "0.0257539, 0.0279775, 0.0329252, 0.0434734, 0.0653694, 0.1128784, 0.2226336", \
					  "0.0373442, 0.0401054, 0.0455275, 0.0547372, 0.0752452, 0.1202368, 0.2279170", \
					  "0.0571692, 0.0603565, 0.0664404, 0.0778307, 0.0981425, 0.1391551, 0.2362324");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.1024519, 0.1136161, 0.1378816, 0.1912931, 0.3090242, 0.5694115, 1.1479886", \
					  "0.1080548, 0.1190308, 0.1433686, 0.1970847, 0.3150085, 0.5756992, 1.1540499", \
					  "0.1226725, 0.1337227, 0.1581366, 0.2116959, 0.3298673, 0.5910669, 1.1700969", \
					  "0.1560430, 0.1671440, 0.1913351, 0.2447666, 0.3629101, 0.6242323, 1.2031012", \
					  "0.2274194, 0.2395470, 0.2639602, 0.3175425, 0.4354928, 0.6966191, 1.2758544", \
					  "0.3629314, 0.3794171, 0.4119261, 0.4765142, 0.6009239, 0.8624775, 1.4433625", \
					  "0.6091533, 0.6356984, 0.6855860, 0.7796435, 0.9449802, 1.2415390, 1.8229244");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0725612, 0.0873563, 0.1195013, 0.1908996, 0.3490014, 0.7001349, 1.4773717", \
					  "0.0727384, 0.0872371, 0.1197105, 0.1908220, 0.3487740, 0.6991852, 1.4762460", \
					  "0.0726942, 0.0871541, 0.1194716, 0.1909163, 0.3493454, 0.7002475, 1.4812113", \
					  "0.0726706, 0.0872894, 0.1196218, 0.1908893, 0.3491439, 0.6995785, 1.4781850", \
					  "0.0813628, 0.0944913, 0.1244242, 0.1924135, 0.3489718, 0.6995496, 1.4787604", \
					  "0.1132238, 0.1277110, 0.1578687, 0.2208275, 0.3627409, 0.7008300, 1.4830284", \
					  "0.1872214, 0.2053108, 0.2419366, 0.3129370, 0.4528171, 0.7512286, 1.4837547");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0244833, 0.0272826, 0.0332394, 0.0457778, 0.0724822, 0.1304885, 0.2584966", \
					  "0.0292218, 0.0320113, 0.0379409, 0.0504743, 0.0771487, 0.1352297, 0.2631327", \
					  "0.0397160, 0.0427122, 0.0487238, 0.0612021, 0.0879878, 0.1460121, 0.2739974", \
					  "0.0562874, 0.0604806, 0.0688195, 0.0842586, 0.1125445, 0.1711887, 0.2991511", \
					  "0.0781502, 0.0845519, 0.0969163, 0.1198995, 0.1596751, 0.2266804, 0.3564172", \
					  "0.1001506, 0.1100980, 0.1299884, 0.1659338, 0.2267724, 0.3251109, 0.4827540", \
					  "0.0987313, 0.1156421, 0.1484831, 0.2068193, 0.3061728, 0.4602329, 0.6939422");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0171298, 0.0202954, 0.0272566, 0.0424420, 0.0764077, 0.1511798, 0.3188310", \
					  "0.0168605, 0.0200741, 0.0270849, 0.0424360, 0.0763497, 0.1513612, 0.3192416", \
					  "0.0193057, 0.0219792, 0.0282420, 0.0426565, 0.0761852, 0.1515166, 0.3189516", \
					  "0.0282776, 0.0313760, 0.0374882, 0.0504140, 0.0799365, 0.1515861, 0.3191047", \
					  "0.0451980, 0.0493409, 0.0582554, 0.0742608, 0.1043892, 0.1653374, 0.3212376", \
					  "0.0768615, 0.0832643, 0.0952049, 0.1181864, 0.1582503, 0.2271528, 0.3591804", \
					  "0.1374716, 0.1474229, 0.1664841, 0.2010825, 0.2574182, 0.3509024, 0.5064928");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0803340, 0.0915035, 0.1156579, 0.1679953, 0.2803458, 0.5304575, 1.0863602", \
					  "0.0851941, 0.0960821, 0.1203435, 0.1724390, 0.2868415, 0.5374232, 1.0924117", \
					  "0.1000898, 0.1107902, 0.1341966, 0.1862909, 0.3004744, 0.5514982, 1.1070090", \
					  "0.1352610, 0.1458652, 0.1691648, 0.2209627, 0.3348184, 0.5858953, 1.1416795", \
					  "0.2089360, 0.2213606, 0.2465396, 0.2978803, 0.4124474, 0.6623879, 1.2210952", \
					  "0.3457558, 0.3644014, 0.3997953, 0.4672099, 0.5886487, 0.8386975, 1.3958216", \
					  "0.5915258, 0.6221318, 0.6815679, 0.7870841, 0.9573674, 1.2467276, 1.8067826");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0532530, 0.0670052, 0.0985671, 0.1680407, 0.3172343, 0.6511710, 1.3985268", \
					  "0.0534405, 0.0671409, 0.0985419, 0.1657355, 0.3168266, 0.6519943, 1.3975973", \
					  "0.0535001, 0.0671335, 0.0985272, 0.1670650, 0.3176077, 0.6522758, 1.3965025", \
					  "0.0537530, 0.0672871, 0.0978448, 0.1654506, 0.3168164, 0.6522820, 1.3924919", \
					  "0.0654561, 0.0771146, 0.1043475, 0.1683621, 0.3184877, 0.6554885, 1.3967112", \
					  "0.0989708, 0.1136844, 0.1425247, 0.2015869, 0.3325091, 0.6577188, 1.3961629", \
					  "0.1735274, 0.1933231, 0.2302714, 0.3019207, 0.4312382, 0.7058472, 1.4010441");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0207967, 0.0236233, 0.0295997, 0.0421414, 0.0688582, 0.1268611, 0.2548929", \
					  "0.0249914, 0.0277729, 0.0337066, 0.0462484, 0.0729502, 0.1309614, 0.2590035", \
					  "0.0348773, 0.0376956, 0.0438880, 0.0561330, 0.0826955, 0.1407233, 0.2687136", \
					  "0.0482567, 0.0527027, 0.0616400, 0.0780867, 0.1066069, 0.1639630, 0.2905047", \
					  "0.0619907, 0.0688457, 0.0822813, 0.1071352, 0.1494179, 0.2187474, 0.3456836", \
					  "0.0673253, 0.0782542, 0.0991503, 0.1379999, 0.2030094, 0.3068504, 0.4649472", \
					  "0.0321155, 0.0500047, 0.0848393, 0.1471769, 0.2500443, 0.4088061, 0.6582889");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0173361, 0.0205627, 0.0274630, 0.0426091, 0.0764934, 0.1513863, 0.3192863", \
					  "0.0170140, 0.0201222, 0.0270819, 0.0425499, 0.0763783, 0.1515054, 0.3183367", \
					  "0.0211573, 0.0238370, 0.0294266, 0.0432572, 0.0762553, 0.1516909, 0.3183059", \
					  "0.0320019, 0.0359730, 0.0425307, 0.0552555, 0.0821069, 0.1521854, 0.3191328", \
					  "0.0511857, 0.0572391, 0.0663361, 0.0847151, 0.1154574, 0.1728834, 0.3217755", \
					  "0.0868064, 0.0951790, 0.1101636, 0.1367246, 0.1831975, 0.2542486, 0.3820315", \
					  "0.1533581, 0.1667494, 0.1912814, 0.2327809, 0.2997578, 0.4057819, 0.5705724");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002315;
			capacitance : 0.002211;
			fall_capacitance : 0.002106;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023764, 0.0023190, 0.0021868, 0.0021965, 0.0022190, 0.0022707, 0.0023899");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0101945, 0.0101322, 0.0099887, 0.0099805, 0.0099615, 0.0099176, 0.0098166");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002504;
			capacitance : 0.002332;
			fall_capacitance : 0.002159;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014899, 0.0014146, 0.0012410, 0.0012463, 0.0012586, 0.0012870, 0.0013524");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0088650, 0.0087661, 0.0085382, 0.0085760, 0.0086633, 0.0088645, 0.0093282");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002080;
			capacitance : 0.002182;
			rise_capacitance : 0.002284;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026530, -0.0026527, -0.0026522, -0.0026522, -0.0026521, -0.0026520, -0.0026518");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026497, 0.0026501, 0.0026511, 0.0026509, 0.0026503, 0.0026489, 0.0026457");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002179;
			capacitance : 0.002260;
			rise_capacitance : 0.002342;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028002, -0.0027997, -0.0027985, -0.0027986, -0.0027990, -0.0027998, -0.0028016");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028019, 0.0028017, 0.0028013, 0.0028027, 0.0028058, 0.0028130, 0.0028295");
				}
			}
		}
	}
	cell ("scs8hd_a2bb2oi_2") {
		area : 15.014400;
		cell_footprint : "a2bb2oi";
		cell_leakage_power : 4.262334e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007893";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0007899";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0009258";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0007893";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0007904";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0178113";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007949";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0007981";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0001151";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0241648";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0001196";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0001225";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0007877";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0178113";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007922";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0007951";
			when : "A1N&A2N&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1N&!B1) | (A1N&!B2) | (A2N&!B1) | (A2N&!B2)";
			max_capacitance : 0.110789;
			max_transition : 1.500582;
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("0.0079957, 0.0089517, 0.0112361, 0.0166736, 0.0298782, 0.0618550, 0.1416074", \
					  "0.0079601, 0.0089228, 0.0112136, 0.0166386, 0.0298741, 0.0621784, 0.1416224", \
					  "0.0079865, 0.0089275, 0.0112113, 0.0166772, 0.0299297, 0.0622830, 0.1417306", \
					  "0.0075514, 0.0085055, 0.0107788, 0.0162989, 0.0295773, 0.0619417, 0.1415213", \
					  "0.0072549, 0.0080875, 0.0102984, 0.0157590, 0.0289726, 0.0615378, 0.1403055", \
					  "0.0073465, 0.0082521, 0.0104270, 0.0158657, 0.0289526, 0.0612073, 0.1408498", \
					  "0.0075744, 0.0084720, 0.0107572, 0.0160948, 0.0292845, 0.0610960, 0.1402597");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("-0.0010313, -0.0016545, -0.0030732, -0.0070455, -0.0187585, -0.0504887, -0.1302973", \
					  "-0.0011647, -0.0017947, -0.0032018, -0.0072075, -0.0188916, -0.0506011, -0.1304120", \
					  "-0.0010335, -0.0016656, -0.0031009, -0.0070977, -0.0188085, -0.0504779, -0.1302959", \
					  "-0.0011751, -0.0018048, -0.0032665, -0.0072823, -0.0189327, -0.0506273, -0.1304290", \
					  "-0.0013928, -0.0020319, -0.0034842, -0.0075317, -0.0192207, -0.0508409, -0.1306037", \
					  "-0.0004158, -0.0012430, -0.0032758, -0.0084333, -0.0196585, -0.0509253, -0.1305938", \
					  "0.0017410, 0.0009890, -0.0010805, -0.0062873, -0.0192120, -0.0513216, -0.1306744");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("0.0083272, 0.0093085, 0.0116553, 0.0172232, 0.0304863, 0.0629189, 0.1425159", \
					  "0.0083156, 0.0092742, 0.0116010, 0.0171637, 0.0304787, 0.0626628, 0.1418162", \
					  "0.0081797, 0.0091362, 0.0114597, 0.0170591, 0.0303282, 0.0626649, 0.1420981", \
					  "0.0077396, 0.0086888, 0.0109669, 0.0165299, 0.0297849, 0.0625418, 0.1416120", \
					  "0.0075329, 0.0083146, 0.0104776, 0.0160299, 0.0292841, 0.0616213, 0.1408114", \
					  "0.0074078, 0.0083248, 0.0105851, 0.0159649, 0.0289067, 0.0614048, 0.1412267", \
					  "0.0077305, 0.0086279, 0.0108864, 0.0163431, 0.0295327, 0.0613385, 0.1409810");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("-0.0010606, -0.0016786, -0.0030907, -0.0071096, -0.0188023, -0.0505168, -0.1303058", \
					  "-0.0011523, -0.0018304, -0.0032399, -0.0072287, -0.0189383, -0.0506496, -0.1304460", \
					  "-0.0010589, -0.0016741, -0.0031509, -0.0071523, -0.0188403, -0.0505387, -0.1303138", \
					  "-0.0011812, -0.0018162, -0.0032837, -0.0073360, -0.0190228, -0.0506522, -0.1304415", \
					  "-0.0015810, -0.0022108, -0.0037651, -0.0077058, -0.0193789, -0.0510312, -0.1307382", \
					  "0.0003812, -0.0004729, -0.0025245, -0.0077350, -0.0203223, -0.0510970, -0.1307589", \
					  "0.0015003, 0.0006407, -0.0014596, -0.0066969, -0.0196009, -0.0517073, -0.1312133");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("0.0135059, 0.0144088, 0.0166532, 0.0220501, 0.0351811, 0.0674138, 0.1461743", \
					  "0.0132455, 0.0141840, 0.0164419, 0.0218718, 0.0351085, 0.0673176, 0.1464147", \
					  "0.0130615, 0.0139692, 0.0161835, 0.0216413, 0.0349030, 0.0672327, 0.1463674", \
					  "0.0129090, 0.0138181, 0.0160232, 0.0214340, 0.0346596, 0.0670101, 0.1459557", \
					  "0.0128057, 0.0136879, 0.0158743, 0.0213008, 0.0344784, 0.0668065, 0.1460378", \
					  "0.0127536, 0.0136465, 0.0158787, 0.0212212, 0.0345328, 0.0667919, 0.1456731", \
					  "0.0123565, 0.0132458, 0.0154116, 0.0209297, 0.0344315, 0.0667271, 0.1459473");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("0.0058581, 0.0049729, 0.0028122, -0.0024854, -0.0155784, -0.0479386, -0.1278088", \
					  "0.0057296, 0.0048541, 0.0026995, -0.0025963, -0.0156774, -0.0480448, -0.1278899", \
					  "0.0055547, 0.0046902, 0.0025523, -0.0027260, -0.0157923, -0.0481440, -0.1279731", \
					  "0.0052645, 0.0044061, 0.0023196, -0.0029109, -0.0159049, -0.0482377, -0.1280691", \
					  "0.0053883, 0.0045474, 0.0023819, -0.0029071, -0.0160601, -0.0482690, -0.1280704", \
					  "0.0053383, 0.0044768, 0.0023122, -0.0030001, -0.0161004, -0.0486015, -0.1282621", \
					  "0.0054798, 0.0045687, 0.0023960, -0.0029650, -0.0161230, -0.0484951, -0.1285062");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("0.0095478, 0.0105472, 0.0128389, 0.0183639, 0.0316358, 0.0639837, 0.1435346", \
					  "0.0092699, 0.0101998, 0.0125451, 0.0180969, 0.0314112, 0.0637397, 0.1428688", \
					  "0.0090828, 0.0100431, 0.0122557, 0.0177496, 0.0311398, 0.0635314, 0.1427907", \
					  "0.0089546, 0.0098613, 0.0121202, 0.0175276, 0.0307725, 0.0633923, 0.1429660", \
					  "0.0088408, 0.0097364, 0.0119188, 0.0173520, 0.0306444, 0.0630937, 0.1422718", \
					  "0.0088093, 0.0097040, 0.0119326, 0.0173786, 0.0304454, 0.0629362, 0.1427741", \
					  "0.0083630, 0.0092849, 0.0114459, 0.0169889, 0.0303939, 0.0628586, 0.1425273");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122996, 0.003025603, 0.00744274, 0.01830854, 0.04503755, 0.1107888");
					values("0.0053865, 0.0045124, 0.0023478, -0.0029547, -0.0160458, -0.0484268, -0.1282781", \
					  "0.0052614, 0.0043922, 0.0022103, -0.0030621, -0.0161352, -0.0485390, -0.1283714", \
					  "0.0050591, 0.0041992, 0.0020945, -0.0031750, -0.0162531, -0.0486126, -0.1284614", \
					  "0.0048331, 0.0039749, 0.0018607, -0.0033919, -0.0163607, -0.0487015, -0.1285274", \
					  "0.0048542, 0.0039907, 0.0018693, -0.0033964, -0.0165528, -0.0487768, -0.1285876", \
					  "0.0050359, 0.0041598, 0.0019221, -0.0034805, -0.0165408, -0.0489824, -0.1286895", \
					  "0.0051603, 0.0042769, 0.0020666, -0.0032976, -0.0164858, -0.0488822, -0.1288889");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				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, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0581066, 0.0635745, 0.0767270, 0.1080808, 0.1838549, 0.3684950, 0.8239009", \
					  "0.0625153, 0.0680622, 0.0811822, 0.1125401, 0.1884011, 0.3732115, 0.8283209", \
					  "0.0730633, 0.0785501, 0.0915891, 0.1231967, 0.1991607, 0.3842271, 0.8393971", \
					  "0.0897424, 0.0952223, 0.1082315, 0.1397303, 0.2157057, 0.4020111, 0.8560718", \
					  "0.1103379, 0.1157026, 0.1286684, 0.1603182, 0.2364821, 0.4232222, 0.8777657", \
					  "0.1293118, 0.1348925, 0.1475756, 0.1787798, 0.2552376, 0.4412962, 0.8978701", \
					  "0.1196562, 0.1266431, 0.1416029, 0.1727702, 0.2485868, 0.4338043, 0.8914758");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0314317, 0.0384534, 0.0559310, 0.0985238, 0.2024799, 0.4591725, 1.0888670", \
					  "0.0312982, 0.0386087, 0.0561811, 0.0981865, 0.2024214, 0.4578850, 1.0893033", \
					  "0.0312050, 0.0385215, 0.0561483, 0.0986136, 0.2024337, 0.4578790, 1.0894659", \
					  "0.0315959, 0.0386132, 0.0559855, 0.0984139, 0.2032757, 0.4585007, 1.0908047", \
					  "0.0320702, 0.0389626, 0.0561819, 0.0986096, 0.2020215, 0.4585631, 1.0903521", \
					  "0.0357188, 0.0418117, 0.0575984, 0.0992711, 0.2033280, 0.4557439, 1.0855411", \
					  "0.0474326, 0.0528435, 0.0665078, 0.1028653, 0.2035593, 0.4588882, 1.0789017");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.1332108, 0.1362552, 0.1425256, 0.1548639, 0.1775003, 0.2214302, 0.3142197", \
					  "0.1381358, 0.1411690, 0.1475991, 0.1595009, 0.1823011, 0.2262970, 0.3192072", \
					  "0.1523681, 0.1553868, 0.1617358, 0.1739659, 0.1964193, 0.2403387, 0.3334232", \
					  "0.1860666, 0.1891286, 0.1954809, 0.2075489, 0.2302265, 0.2741789, 0.3671680", \
					  "0.2604967, 0.2635149, 0.2697670, 0.2820958, 0.3048332, 0.3488641, 0.4419075", \
					  "0.4052814, 0.4088113, 0.4160914, 0.4299257, 0.4549936, 0.5014946, 0.5966115", \
					  "0.6714306, 0.6753635, 0.6846603, 0.7019040, 0.7319709, 0.7847243, 0.8851356");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0209399, 0.0227708, 0.0268654, 0.0359813, 0.0562905, 0.1016942, 0.2140645", \
					  "0.0209603, 0.0226202, 0.0268799, 0.0362311, 0.0562943, 0.1017195, 0.2143788", \
					  "0.0208157, 0.0226348, 0.0267597, 0.0359195, 0.0567029, 0.1022496, 0.2141952", \
					  "0.0208276, 0.0227341, 0.0268458, 0.0360285, 0.0563555, 0.1020083, 0.2141402", \
					  "0.0215060, 0.0232909, 0.0274710, 0.0364026, 0.0567020, 0.1022247, 0.2143758", \
					  "0.0269134, 0.0288498, 0.0332658, 0.0426664, 0.0623461, 0.1070989, 0.2171274", \
					  "0.0390598, 0.0416674, 0.0463526, 0.0563130, 0.0765736, 0.1215267, 0.2262956");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				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, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0548777, 0.0605712, 0.0742271, 0.1064825, 0.1832004, 0.3695689, 0.8260450", \
					  "0.0594568, 0.0651878, 0.0786465, 0.1107982, 0.1878076, 0.3741464, 0.8286549", \
					  "0.0690847, 0.0746294, 0.0880373, 0.1202341, 0.1979803, 0.3878572, 0.8455177", \
					  "0.0835699, 0.0890644, 0.1023433, 0.1342987, 0.2114438, 0.3993514, 0.8562631", \
					  "0.1022032, 0.1072316, 0.1203794, 0.1520912, 0.2293423, 0.4162088, 0.8728813", \
					  "0.1184274, 0.1240881, 0.1371966, 0.1678800, 0.2446517, 0.4316851, 0.8885211", \
					  "0.1036489, 0.1111842, 0.1267682, 0.1592875, 0.2341123, 0.4209678, 0.8798550");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0311085, 0.0381949, 0.0555362, 0.0979051, 0.2021833, 0.4571343, 1.0921813", \
					  "0.0310220, 0.0380868, 0.0555639, 0.0979342, 0.2021044, 0.4562183, 1.0872304", \
					  "0.0309271, 0.0381043, 0.0555739, 0.0988239, 0.2017313, 0.4562243, 1.0933767", \
					  "0.0313514, 0.0384581, 0.0557735, 0.0980839, 0.2017449, 0.4571568, 1.0818831", \
					  "0.0322438, 0.0390331, 0.0561619, 0.0987107, 0.2016600, 0.4581947, 1.0865042", \
					  "0.0374261, 0.0431261, 0.0584184, 0.0993493, 0.2031389, 0.4560400, 1.0888236", \
					  "0.0522177, 0.0578691, 0.0705489, 0.1049935, 0.2045033, 0.4574231, 1.0866299");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.1079003, 0.1109461, 0.1173119, 0.1295175, 0.1522584, 0.1961024, 0.2886861", \
					  "0.1113979, 0.1143873, 0.1208034, 0.1329455, 0.1554946, 0.1995333, 0.2923817", \
					  "0.1231235, 0.1261292, 0.1324301, 0.1445943, 0.1672551, 0.2111265, 0.3041454", \
					  "0.1549566, 0.1579948, 0.1643836, 0.1765613, 0.1993713, 0.2432468, 0.3362575", \
					  "0.2295559, 0.2326736, 0.2391064, 0.2513867, 0.2743097, 0.3182179, 0.4113534", \
					  "0.3643273, 0.3683978, 0.3763413, 0.3919742, 0.4182152, 0.4634093, 0.5588617", \
					  "0.5954813, 0.6010511, 0.6123248, 0.6329854, 0.6671618, 0.7222050, 0.8212472");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0208359, 0.0226280, 0.0268262, 0.0361985, 0.0563742, 0.1019682, 0.2139454", \
					  "0.0209458, 0.0227739, 0.0268086, 0.0360373, 0.0560765, 0.1015848, 0.2142490", \
					  "0.0209871, 0.0228739, 0.0270226, 0.0360183, 0.0564567, 0.1015091, 0.2141537", \
					  "0.0208231, 0.0226417, 0.0268120, 0.0362295, 0.0566326, 0.1018804, 0.2142855", \
					  "0.0229043, 0.0245697, 0.0284023, 0.0374863, 0.0571647, 0.1020591, 0.2139794", \
					  "0.0336501, 0.0353797, 0.0401147, 0.0481344, 0.0667493, 0.1097802, 0.2188199", \
					  "0.0513826, 0.0541346, 0.0596130, 0.0698980, 0.0887285, 0.1274611, 0.2273563");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0975627, 0.1045097, 0.1214275, 0.1621260, 0.2605422, 0.5008281, 1.0905854", \
					  "0.1024684, 0.1098152, 0.1268773, 0.1677395, 0.2665065, 0.5072338, 1.0969110", \
					  "0.1172590, 0.1243978, 0.1411055, 0.1822692, 0.2814719, 0.5225477, 1.1126878", \
					  "0.1525981, 0.1595927, 0.1761902, 0.2170330, 0.3159328, 0.5572999, 1.1480537", \
					  "0.2281656, 0.2360812, 0.2532858, 0.2937078, 0.3924460, 0.6334726, 1.2256485", \
					  "0.3726856, 0.3832797, 0.4067045, 0.4588066, 0.5675192, 0.8087173, 1.4003007", \
					  "0.6367664, 0.6540052, 0.6916950, 0.7710205, 0.9227940, 1.2074638, 1.8037033");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0594004, 0.0685893, 0.0905292, 0.1445465, 0.2763031, 0.6002706, 1.3961755", \
					  "0.0594665, 0.0686406, 0.0905438, 0.1445483, 0.2763433, 0.6006342, 1.3909537", \
					  "0.0595438, 0.0685043, 0.0905603, 0.1444801, 0.2764164, 0.5987927, 1.3913490", \
					  "0.0596192, 0.0685679, 0.0904753, 0.1445364, 0.2764050, 0.5989225, 1.3969612", \
					  "0.0676219, 0.0758145, 0.0958364, 0.1466354, 0.2763406, 0.5994085, 1.3925423", \
					  "0.0978731, 0.1071411, 0.1290468, 0.1779067, 0.2932555, 0.6013341, 1.3969185", \
					  "0.1669107, 0.1795766, 0.2069941, 0.2661445, 0.3866122, 0.6544374, 1.4009470");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0220047, 0.0238355, 0.0281126, 0.0378463, 0.0601800, 0.1131505, 0.2415908", \
					  "0.0266892, 0.0284936, 0.0327308, 0.0424061, 0.0647495, 0.1177676, 0.2464299", \
					  "0.0364644, 0.0385552, 0.0431588, 0.0529170, 0.0752366, 0.1282778, 0.2569603", \
					  "0.0508755, 0.0537890, 0.0602520, 0.0733454, 0.0989318, 0.1525563, 0.2814373", \
					  "0.0682374, 0.0726193, 0.0823954, 0.1020404, 0.1391163, 0.2056231, 0.3373943", \
					  "0.0809880, 0.0880001, 0.1033585, 0.1343775, 0.1919519, 0.2910524, 0.4578286", \
					  "0.0606572, 0.0723684, 0.0980164, 0.1496198, 0.2435671, 0.4001990, 0.6507878");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0143711, 0.0163264, 0.0211090, 0.0326634, 0.0607713, 0.1300647, 0.3010691", \
					  "0.0141422, 0.0160941, 0.0209060, 0.0325089, 0.0606931, 0.1303156, 0.3008788", \
					  "0.0172190, 0.0187894, 0.0227928, 0.0333193, 0.0606699, 0.1302180, 0.3011956", \
					  "0.0253851, 0.0273756, 0.0320064, 0.0422498, 0.0662144, 0.1307881, 0.3012270", \
					  "0.0410070, 0.0437197, 0.0501197, 0.0639723, 0.0906067, 0.1484771, 0.3044531", \
					  "0.0700064, 0.0738857, 0.0839221, 0.1037325, 0.1409046, 0.2097756, 0.3466435", \
					  "0.1267020, 0.1334205, 0.1479577, 0.1789277, 0.2332416, 0.3270013, 0.4955489");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0760953, 0.0838660, 0.1028794, 0.1474732, 0.2541325, 0.5129111, 1.1471825", \
					  "0.0809561, 0.0887509, 0.1076697, 0.1522191, 0.2592104, 0.5187002, 1.1531365", \
					  "0.0962755, 0.1037121, 0.1220791, 0.1659667, 0.2738830, 0.5331134, 1.1690183", \
					  "0.1319306, 0.1393381, 0.1573224, 0.2011209, 0.3094529, 0.5693319, 1.2069858", \
					  "0.2054061, 0.2142608, 0.2345627, 0.2787846, 0.3855419, 0.6445688, 1.2817605", \
					  "0.3421408, 0.3552651, 0.3843162, 0.4436657, 0.5610575, 0.8206380, 1.4604320", \
					  "0.5907214, 0.6129952, 0.6615734, 0.7549454, 0.9214816, 1.2275811, 1.8697972");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0447629, 0.0543047, 0.0778799, 0.1361194, 0.2770971, 0.6251365, 1.4818508", \
					  "0.0446791, 0.0543428, 0.0778928, 0.1354172, 0.2774798, 0.6252603, 1.4850671", \
					  "0.0447878, 0.0543665, 0.0778531, 0.1358966, 0.2804019, 0.6248173, 1.4862074", \
					  "0.0451666, 0.0545316, 0.0779496, 0.1356137, 0.2789110, 0.6253784, 1.4800181", \
					  "0.0561521, 0.0646610, 0.0852471, 0.1386805, 0.2808724, 0.6253152, 1.4811793", \
					  "0.0847825, 0.0951072, 0.1192648, 0.1727585, 0.2939927, 0.6316986, 1.5005821", \
					  "0.1524247, 0.1661807, 0.1964337, 0.2585142, 0.3882990, 0.6768602, 1.4841272");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0173690, 0.0192200, 0.0235165, 0.0332522, 0.0556062, 0.1086051, 0.2372732", \
					  "0.0219121, 0.0236431, 0.0276833, 0.0373191, 0.0596508, 0.1126049, 0.2413065", \
					  "0.0309250, 0.0331457, 0.0379301, 0.0476273, 0.0696256, 0.1222240, 0.2506929", \
					  "0.0422157, 0.0454384, 0.0523981, 0.0664323, 0.0929838, 0.1456338, 0.2738462", \
					  "0.0526048, 0.0574657, 0.0678317, 0.0890829, 0.1289695, 0.1981731, 0.3276902", \
					  "0.0506734, 0.0581088, 0.0740106, 0.1089436, 0.1684083, 0.2740527, 0.4473887", \
					  "0.0027473, 0.0133415, 0.0429400, 0.0977435, 0.1959275, 0.3598012, 0.6224622");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122996, 0.0030256, 0.00744274, 0.0183085, 0.0450376, 0.110789");
					values("0.0145351, 0.0165830, 0.0213555, 0.0328874, 0.0609830, 0.1304245, 0.3009053", \
					  "0.0145116, 0.0163658, 0.0209481, 0.0325640, 0.0608735, 0.1301387, 0.3009380", \
					  "0.0190599, 0.0208403, 0.0247589, 0.0343105, 0.0608221, 0.1303697, 0.3013074", \
					  "0.0290067, 0.0309144, 0.0362637, 0.0474701, 0.0695400, 0.1316508, 0.3011888", \
					  "0.0454889, 0.0491652, 0.0573843, 0.0727608, 0.1022467, 0.1568787, 0.3068186", \
					  "0.0783999, 0.0846992, 0.0970003, 0.1196455, 0.1642588, 0.2361259, 0.3685685", \
					  "0.1379596, 0.1495337, 0.1681268, 0.2065594, 0.2705202, 0.3759158, 0.5547598");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004551;
			capacitance : 0.004240;
			fall_capacitance : 0.003928;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0037050, 0.0035843, 0.0033061, 0.0033063, 0.0033067, 0.0033077, 0.0033100");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0194080, 0.0192515, 0.0188908, 0.0188783, 0.0188496, 0.0187833, 0.0186306");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004460;
			capacitance : 0.004145;
			fall_capacitance : 0.003829;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0010400, 0.0009421, 0.0007166, 0.0007100, 0.0006949, 0.0006600, 0.0005796");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0163311, 0.0161642, 0.0157795, 0.0158129, 0.0158899, 0.0160673, 0.0164762");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004245;
			capacitance : 0.004463;
			rise_capacitance : 0.004682;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0055341, -0.0055373, -0.0055446, -0.0055440, -0.0055428, -0.0055398, -0.0055328");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055764, 0.0055705, 0.0055569, 0.0055560, 0.0055540, 0.0055493, 0.0055384");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003857;
			capacitance : 0.004030;
			rise_capacitance : 0.004203;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049285, -0.0049288, -0.0049294, -0.0049267, -0.0049204, -0.0049059, -0.0048722");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049393, 0.0049401, 0.0049421, 0.0049435, 0.0049467, 0.0049540, 0.0049710");
				}
			}
		}
	}
	cell ("scs8hd_a2bb2oi_4") {
		area : 26.275200;
		cell_footprint : "a2bb2oi";
		cell_leakage_power : 8.125200e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015933";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0015902";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015911";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0015933";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0019722";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0332029";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015676";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0016107";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0007249";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0456957";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0002084";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0002516";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0020245";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0332028";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015655";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0016086";
			when : "A1N&A2N&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1N&!B1) | (A1N&!B2) | (A2N&!B1) | (A2N&!B2)";
			max_capacitance : 0.192271;
			max_transition : 1.508040;
			internal_power () {
				related_pin : "B2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0111380, 0.0101211, 0.0073781, -4.9500000e-05, -0.0200501, -0.0743352, -0.2212619", \
					  "0.0108603, 0.0098432, 0.0071390, -0.0002530, -0.0202383, -0.0745585, -0.2214068", \
					  "0.0104468, 0.0094982, 0.0067888, -0.0005208, -0.0204969, -0.0747294, -0.2215549", \
					  "0.0099465, 0.0089556, 0.0062744, -0.0009878, -0.0208084, -0.0749087, -0.2217547", \
					  "0.0099453, 0.0089390, 0.0061819, -0.0012301, -0.0209475, -0.0749344, -0.2217476", \
					  "0.0102440, 0.0091935, 0.0063672, -0.0012272, -0.0212137, -0.0756386, -0.2221807", \
					  "0.0106602, 0.0095994, 0.0068024, -0.0006226, -0.0206204, -0.0749118, -0.2222063");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0185780, 0.0197590, 0.0227510, 0.0305966, 0.0509331, 0.1051174, 0.2506670", \
					  "0.0180115, 0.0191403, 0.0220989, 0.0300269, 0.0504911, 0.1053299, 0.2505397", \
					  "0.0175894, 0.0186986, 0.0215947, 0.0294201, 0.0501663, 0.1045712, 0.2510786", \
					  "0.0173286, 0.0183878, 0.0212672, 0.0288512, 0.0494468, 0.1041382, 0.2511272", \
					  "0.0171054, 0.0181367, 0.0209808, 0.0285548, 0.0487333, 0.1035202, 0.2500644", \
					  "0.0170369, 0.0180964, 0.0209386, 0.0285159, 0.0487268, 0.1033984, 0.2493649", \
					  "0.0162040, 0.0171998, 0.0199988, 0.0277314, 0.0486059, 0.1031487, 0.2497078");
				}
			}
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0154082, 0.0164829, 0.0193448, 0.0267588, 0.0467189, 0.1006979, 0.2465448", \
					  "0.0153155, 0.0164395, 0.0192841, 0.0267131, 0.0467904, 0.1008097, 0.2467910", \
					  "0.0155019, 0.0166289, 0.0194541, 0.0269547, 0.0470572, 0.1010818, 0.2469145", \
					  "0.0147334, 0.0158209, 0.0187130, 0.0262841, 0.0465599, 0.1001998, 0.2452733", \
					  "0.0144429, 0.0154064, 0.0183631, 0.0258996, 0.0461418, 0.1003760, 0.2464828", \
					  "0.0144288, 0.0154662, 0.0182885, 0.0258637, 0.0456598, 0.0996957, 0.2458097", \
					  "0.0148401, 0.0158847, 0.0187811, 0.0263472, 0.0466399, 0.0997904, 0.2453607");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0004010, -0.0004337, -0.0025265, -0.0080468, -0.0252227, -0.0781635, -0.2249964", \
					  "7.9600000e-05, -0.0007945, -0.0028776, -0.0084283, -0.0255495, -0.0784543, -0.2253022", \
					  "0.0004395, -0.0004132, -0.0025877, -0.0080581, -0.0252869, -0.0781696, -0.2250355", \
					  "-3.9000000e-06, -0.0007424, -0.0029433, -0.0084552, -0.0256452, -0.0784904, -0.2253383", \
					  "-0.0002799, -0.0011362, -0.0033913, -0.0089139, -0.0260951, -0.0789096, -0.2256223", \
					  "-0.0015453, -0.0025012, -0.0050900, -0.0104588, -0.0266457, -0.0789139, -0.2255121", \
					  "0.0044413, 0.0035045, 0.0008542, -0.0062804, -0.0258443, -0.0796236, -0.2252887");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0162187, 0.0173869, 0.0204598, 0.0283047, 0.0485842, 0.1030393, 0.2477821", \
					  "0.0161786, 0.0173614, 0.0203680, 0.0282211, 0.0486717, 0.1025453, 0.2477550", \
					  "0.0159356, 0.0171232, 0.0200622, 0.0279181, 0.0485892, 0.1028086, 0.2486649", \
					  "0.0150416, 0.0161374, 0.0191012, 0.0269245, 0.0473946, 0.1017715, 0.2471584", \
					  "0.0146886, 0.0156263, 0.0184250, 0.0261806, 0.0464848, 0.1008915, 0.2478042", \
					  "0.0144159, 0.0154870, 0.0183717, 0.0260943, 0.0459106, 0.1003697, 0.2470599", \
					  "0.0151855, 0.0163589, 0.0192326, 0.0268304, 0.0472868, 0.1006104, 0.2467459");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0004409, -0.0004129, -0.0025647, -0.0081041, -0.0252855, -0.0781367, -0.2249451", \
					  "0.0001442, -0.0007085, -0.0028577, -0.0083192, -0.0255341, -0.0783987, -0.2252087", \
					  "0.0004105, -0.0004203, -0.0025858, -0.0081370, -0.0253328, -0.0781481, -0.2249558", \
					  "-4.4700000e-05, -0.0009255, -0.0031830, -0.0088271, -0.0260152, -0.0787722, -0.2255104", \
					  "-0.0006707, -0.0015290, -0.0037873, -0.0094694, -0.0266362, -0.0792313, -0.2258489", \
					  "0.0002628, -0.0006518, -0.0032942, -0.0105128, -0.0274490, -0.0792088, -0.2255387", \
					  "0.0040373, 0.0030427, 0.0004024, -0.0068818, -0.0264492, -0.0802183, -0.2257735");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0268752, 0.0279417, 0.0308001, 0.0383521, 0.0585601, 0.1126007, 0.2581007", \
					  "0.0263674, 0.0274125, 0.0302851, 0.0379380, 0.0582125, 0.1123055, 0.2576777", \
					  "0.0259586, 0.0269728, 0.0298035, 0.0373909, 0.0577751, 0.1121676, 0.2578383", \
					  "0.0256592, 0.0266824, 0.0295294, 0.0371156, 0.0574574, 0.1118541, 0.2575876", \
					  "0.0253345, 0.0263898, 0.0291852, 0.0367414, 0.0568905, 0.1112645, 0.2568385", \
					  "0.0252452, 0.0262911, 0.0291423, 0.0366350, 0.0569942, 0.1109140, 0.2568821", \
					  "0.0243970, 0.0253981, 0.0281813, 0.0357822, 0.0568215, 0.1111887, 0.2569299");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001348323, 0.003635948, 0.009804863, 0.02644024, 0.07129995, 0.1922707");
					values("0.0118438, 0.0108079, 0.0080499, 0.0006280, -0.0193689, -0.0736915, -0.2205581", \
					  "0.0115779, 0.0105571, 0.0078093, 0.0003949, -0.0195938, -0.0739033, -0.2207736", \
					  "0.0112130, 0.0102162, 0.0074968, 0.0001153, -0.0198517, -0.0741760, -0.2210024", \
					  "0.0107000, 0.0096997, 0.0070147, -0.0002658, -0.0201034, -0.0742866, -0.2210809", \
					  "0.0108789, 0.0098829, 0.0071388, -0.0002494, -0.0204173, -0.0743705, -0.2211115", \
					  "0.0108632, 0.0098412, 0.0070963, -0.0002784, -0.0203576, -0.0749068, -0.2215027", \
					  "0.0108758, 0.0098294, 0.0070988, -0.0003819, -0.0205231, -0.0749028, -0.2218417");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				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, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
					values("0.0632618, 0.0668256, 0.0762736, 0.1010103, 0.1662186, 0.3427358, 0.8202882", \
					  "0.0676965, 0.0712945, 0.0807609, 0.1054091, 0.1707237, 0.3467094, 0.8237000", \
					  "0.0783518, 0.0820463, 0.0915546, 0.1163720, 0.1820991, 0.3587086, 0.8364004", \
					  "0.0956298, 0.0992987, 0.1088703, 0.1339204, 0.2002472, 0.3764023, 0.8524316", \
					  "0.1170975, 0.1207675, 0.1303987, 0.1551994, 0.2219724, 0.3990573, 0.8766856", \
					  "0.1356499, 0.1391972, 0.1488375, 0.1739838, 0.2404592, 0.4183245, 0.8944709", \
					  "0.1235474, 0.1282338, 0.1396180, 0.1654836, 0.2313471, 0.4089033, 0.8866934");
				}
				rise_transition ("del_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("0.0334033, 0.0379340, 0.0506455, 0.0840249, 0.1747670, 0.4189044, 1.0731365", \
					  "0.0332335, 0.0380290, 0.0506848, 0.0845074, 0.1748149, 0.4201867, 1.0779787", \
					  "0.0332062, 0.0380111, 0.0506510, 0.0839374, 0.1753443, 0.4184251, 1.0766361", \
					  "0.0337548, 0.0382403, 0.0507483, 0.0841590, 0.1752975, 0.4204032, 1.0806375", \
					  "0.0340666, 0.0386904, 0.0510673, 0.0850102, 0.1745496, 0.4189531, 1.0759725", \
					  "0.0373252, 0.0416120, 0.0528468, 0.0852153, 0.1756157, 0.4163672, 1.0735609", \
					  "0.0495128, 0.0531192, 0.0625450, 0.0905045, 0.1761554, 0.4204276, 1.0693054");
				}
				cell_fall ("del_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("0.1428128, 0.1449988, 0.1502394, 0.1615241, 0.1842427, 0.2303718, 0.3343618", \
					  "0.1471125, 0.1492893, 0.1545313, 0.1658355, 0.1884687, 0.2343508, 0.3387012", \
					  "0.1614737, 0.1636354, 0.1688772, 0.1800972, 0.2026793, 0.2489318, 0.3534701", \
					  "0.1958383, 0.1979925, 0.2032648, 0.2144342, 0.2369706, 0.2832270, 0.3877900", \
					  "0.2714167, 0.2735921, 0.2787618, 0.2899698, 0.3125906, 0.3589317, 0.4635196", \
					  "0.4225297, 0.4250738, 0.4309015, 0.4433658, 0.4680400, 0.5168996, 0.6229095", \
					  "0.7065356, 0.7097459, 0.7170199, 0.7323361, 0.7613843, 0.8164090, 0.9281299");
				}
				fall_transition ("del_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("0.0227233, 0.0239739, 0.0274211, 0.0353876, 0.0553881, 0.1037882, 0.2329503", \
					  "0.0227600, 0.0240403, 0.0272818, 0.0353502, 0.0553971, 0.1040497, 0.2329974", \
					  "0.0229359, 0.0240180, 0.0273867, 0.0353536, 0.0553606, 0.1036598, 0.2329134", \
					  "0.0229207, 0.0242341, 0.0273453, 0.0357539, 0.0553116, 0.1036532, 0.2329673", \
					  "0.0230662, 0.0243519, 0.0275395, 0.0355220, 0.0554785, 0.1038298, 0.2330616", \
					  "0.0282801, 0.0297276, 0.0330221, 0.0410613, 0.0607462, 0.1080030, 0.2349060", \
					  "0.0399161, 0.0416363, 0.0453932, 0.0533714, 0.0740308, 0.1211632, 0.2438749");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				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, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
					values("0.0598872, 0.0638424, 0.0739318, 0.0999160, 0.1667919, 0.3455495, 0.8211176", \
					  "0.0644157, 0.0683136, 0.0784068, 0.1043062, 0.1716036, 0.3488150, 0.8268371", \
					  "0.0740712, 0.0779501, 0.0878629, 0.1137222, 0.1817617, 0.3607005, 0.8368047", \
					  "0.0884239, 0.0921201, 0.1020424, 0.1279215, 0.1954217, 0.3748648, 0.8523249", \
					  "0.1062075, 0.1098870, 0.1195749, 0.1451715, 0.2129915, 0.3924494, 0.8723275", \
					  "0.1198062, 0.1236956, 0.1334540, 0.1586851, 0.2259696, 0.4053275, 0.8834867", \
					  "0.1000554, 0.1056030, 0.1176083, 0.1443731, 0.2099957, 0.3874537, 0.8692057");
				}
				rise_transition ("del_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("0.0329630, 0.0375370, 0.0502114, 0.0838274, 0.1743831, 0.4215340, 1.0675459", \
					  "0.0329602, 0.0377687, 0.0501401, 0.0838458, 0.1747468, 0.4177864, 1.0740516", \
					  "0.0329057, 0.0377268, 0.0500769, 0.0836809, 0.1763234, 0.4169118, 1.0702229", \
					  "0.0335128, 0.0381126, 0.0504540, 0.0842719, 0.1742345, 0.4193090, 1.0702689", \
					  "0.0341833, 0.0386090, 0.0509849, 0.0848733, 0.1741360, 0.4206282, 1.0716115", \
					  "0.0388148, 0.0425922, 0.0535628, 0.0855446, 0.1760902, 0.4179649, 1.0767194", \
					  "0.0538328, 0.0565781, 0.0662511, 0.0929140, 0.1769424, 0.4196095, 1.0714918");
				}
				cell_fall ("del_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("0.1197818, 0.1219991, 0.1271777, 0.1385088, 0.1611691, 0.2069627, 0.3115002", \
					  "0.1228868, 0.1250566, 0.1303556, 0.1415648, 0.1641648, 0.2104605, 0.3150205", \
					  "0.1346820, 0.1368621, 0.1420554, 0.1533106, 0.1757491, 0.2220267, 0.3265384", \
					  "0.1668910, 0.1690459, 0.1742011, 0.1838257, 0.2065072, 0.2527747, 0.3571864", \
					  "0.2434904, 0.2456686, 0.2508644, 0.2620110, 0.2846223, 0.3310009, 0.4356813", \
					  "0.3874013, 0.3902356, 0.3968966, 0.4107282, 0.4367389, 0.4858527, 0.5917415", \
					  "0.6352820, 0.6391071, 0.6508820, 0.6693510, 0.7034788, 0.7621456, 0.8730139");
				}
				fall_transition ("del_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("0.0229156, 0.0241950, 0.0274283, 0.0352943, 0.0553113, 0.1040826, 0.2330941", \
					  "0.0229203, 0.0242295, 0.0273218, 0.0353405, 0.0553515, 0.1037425, 0.2328929", \
					  "0.0227305, 0.0240935, 0.0275077, 0.0357278, 0.0553315, 0.1037609, 0.2328314", \
					  "0.0227354, 0.0240004, 0.0272891, 0.0355480, 0.0555248, 0.1038859, 0.2329846", \
					  "0.0240417, 0.0251792, 0.0284462, 0.0361417, 0.0560927, 0.1039696, 0.2331839", \
					  "0.0350773, 0.0366095, 0.0401250, 0.0472995, 0.0648376, 0.1106552, 0.2368379", \
					  "0.0545111, 0.0562394, 0.0602074, 0.0689602, 0.0890678, 0.1307536, 0.2458183");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
					values("0.1069179, 0.1113880, 0.1237314, 0.1564056, 0.2425434, 0.4727615, 1.0910601", \
					  "0.1115817, 0.1161041, 0.1286599, 0.1617462, 0.2484142, 0.4787351, 1.0973304", \
					  "0.1263677, 0.1311329, 0.1431663, 0.1756265, 0.2627303, 0.4944012, 1.1133230", \
					  "0.1617036, 0.1661866, 0.1789044, 0.2115797, 0.2980684, 0.5294264, 1.1496235", \
					  "0.2390306, 0.2437452, 0.2561943, 0.2887644, 0.3751207, 0.6061581, 1.2264336", \
					  "0.3870495, 0.3938698, 0.4115809, 0.4524959, 0.5496884, 0.7809039, 1.4007719", \
					  "0.6661297, 0.6770503, 0.7035048, 0.7668602, 0.9018060, 1.1793375, 1.8045561");
				}
				rise_transition ("del_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("0.0650874, 0.0710327, 0.0870113, 0.1298772, 0.2449414, 0.5544590, 1.3824467", \
					  "0.0651320, 0.0710538, 0.0869892, 0.1299217, 0.2448307, 0.5546566, 1.3842456", \
					  "0.0650661, 0.0710411, 0.0871448, 0.1298185, 0.2446527, 0.5528549, 1.3825816", \
					  "0.0653994, 0.0710220, 0.0871881, 0.1298654, 0.2447502, 0.5537548, 1.3864027", \
					  "0.0715143, 0.0769843, 0.0917895, 0.1321931, 0.2447395, 0.5542317, 1.3839045", \
					  "0.0993552, 0.1055817, 0.1216699, 0.1617027, 0.2631187, 0.5559206, 1.3848181", \
					  "0.1664543, 0.1736454, 0.1937656, 0.2406746, 0.3500147, 0.6113747, 1.3924405");
				}
				cell_fall ("del_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("0.0237923, 0.0250484, 0.0282896, 0.0363221, 0.0562936, 0.1074348, 0.2428508", \
					  "0.0282749, 0.0295268, 0.0327295, 0.0407145, 0.0606474, 0.1117630, 0.2471423", \
					  "0.0375420, 0.0389190, 0.0423720, 0.0505361, 0.0705208, 0.1216364, 0.2570938", \
					  "0.0514586, 0.0533135, 0.0579375, 0.0688537, 0.0920991, 0.1442256, 0.2803809", \
					  "0.0679347, 0.0706937, 0.0776247, 0.0937921, 0.1270772, 0.1923000, 0.3320401", \
					  "0.0778010, 0.0823557, 0.0934634, 0.1190356, 0.1704670, 0.2675200, 0.4425345", \
					  "0.0511741, 0.0585647, 0.0769085, 0.1186450, 0.2034200, 0.3579202, 0.6190600");
				}
				fall_transition ("del_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("0.0159720, 0.0173198, 0.0208945, 0.0303702, 0.0559183, 0.1253694, 0.3123652", \
					  "0.0157330, 0.0170545, 0.0206268, 0.0301983, 0.0558695, 0.1252649, 0.3132166", \
					  "0.0183318, 0.0194343, 0.0224154, 0.0311787, 0.0557863, 0.1250790, 0.3132417", \
					  "0.0258668, 0.0271130, 0.0307961, 0.0394516, 0.0616341, 0.1260840, 0.3130419", \
					  "0.0411474, 0.0429803, 0.0476073, 0.0588685, 0.0840071, 0.1436853, 0.3159911", \
					  "0.0700922, 0.0727815, 0.0797818, 0.0956602, 0.1302978, 0.2009448, 0.3560111", \
					  "0.1264620, 0.1307017, 0.1415997, 0.1665860, 0.2172727, 0.3090271, 0.4931028");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134832, 0.00363595, 0.00980486, 0.0264402, 0.0712999, 0.192271");
					values("0.0840825, 0.0894387, 0.1038092, 0.1404226, 0.2355837, 0.4889291, 1.1699426", \
					  "0.0886708, 0.0939952, 0.1079800, 0.1449973, 0.2407229, 0.4967062, 1.1723987", \
					  "0.1032674, 0.1083155, 0.1219268, 0.1588923, 0.2556944, 0.5088974, 1.1931461", \
					  "0.1395354, 0.1444968, 0.1580741, 0.1937715, 0.2899374, 0.5453801, 1.2286246", \
					  "0.2154488, 0.2213981, 0.2365173, 0.2727316, 0.3671676, 0.6217797, 1.3049922", \
					  "0.3578230, 0.3662886, 0.3873465, 0.4371130, 0.5452753, 0.7992476, 1.4826890", \
					  "0.6232369, 0.6378668, 0.6734275, 0.7510479, 0.9058687, 1.2104223, 1.8982265");
				}
				rise_transition ("del_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("0.0479904, 0.0544828, 0.0716442, 0.1186982, 0.2450367, 0.5847060, 1.4991166", \
					  "0.0480668, 0.0544638, 0.0716990, 0.1188720, 0.2438771, 0.5857649, 1.4911936", \
					  "0.0481213, 0.0546617, 0.0721809, 0.1187642, 0.2467011, 0.5835586, 1.4909944", \
					  "0.0484073, 0.0546712, 0.0721963, 0.1186202, 0.2439075, 0.5855890, 1.5009215", \
					  "0.0577458, 0.0632779, 0.0785808, 0.1220997, 0.2444299, 0.5816326, 1.5080399", \
					  "0.0854116, 0.0923381, 0.1101678, 0.1550258, 0.2623097, 0.5885584, 1.4977874", \
					  "0.1503212, 0.1591226, 0.1819499, 0.2343861, 0.3511061, 0.6342719, 1.4964435");
				}
				cell_fall ("del_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("0.0186984, 0.0199764, 0.0232661, 0.0313578, 0.0513676, 0.1025116, 0.2381050", \
					  "0.0230734, 0.0242778, 0.0274364, 0.0354427, 0.0553570, 0.1065146, 0.2418448", \
					  "0.0322587, 0.0337697, 0.0374465, 0.0456202, 0.0651673, 0.1161935, 0.2515835", \
					  "0.0439931, 0.0461314, 0.0514064, 0.0633642, 0.0880931, 0.1395285, 0.2739683", \
					  "0.0536201, 0.0568184, 0.0645136, 0.0833436, 0.1199504, 0.1902108, 0.3282808", \
					  "0.0494507, 0.0545187, 0.0672100, 0.0962202, 0.1543068, 0.2611721, 0.4450857", \
					  "-0.0043593, 0.0038111, 0.0242769, 0.0697192, 0.1635722, 0.3276782, 0.6151448");
				}
				fall_transition ("del_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("0.0164386, 0.0177457, 0.0213418, 0.0308215, 0.0562177, 0.1254825, 0.3127720", \
					  "0.0160621, 0.0173246, 0.0207523, 0.0303767, 0.0560552, 0.1255217, 0.3132870", \
					  "0.0202651, 0.0215879, 0.0246165, 0.0324669, 0.0561604, 0.1253414, 0.3134308", \
					  "0.0290318, 0.0307665, 0.0348225, 0.0445832, 0.0661403, 0.1271677, 0.3133738", \
					  "0.0463838, 0.0488864, 0.0556706, 0.0684770, 0.0976383, 0.1548928, 0.3186380", \
					  "0.0784267, 0.0826272, 0.0932667, 0.1123239, 0.1527794, 0.2302653, 0.3853381", \
					  "0.1385561, 0.1455656, 0.1616310, 0.1947629, 0.2580269, 0.3690667, 0.5649997");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008553;
			capacitance : 0.008064;
			fall_capacitance : 0.007575;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063944, 0.0061900, 0.0057189, 0.0057058, 0.0056757, 0.0056062, 0.0054462");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0383534, 0.0380201, 0.0372518, 0.0372111, 0.0371172, 0.0369007, 0.0364017");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008817;
			capacitance : 0.008142;
			fall_capacitance : 0.007466;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016642, 0.0014970, 0.0011115, 0.0010716, 0.0009793, 0.0007668, 0.0002769");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0322862, 0.0319189, 0.0310722, 0.0311040, 0.0311774, 0.0313464, 0.0317362");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008077;
			capacitance : 0.008512;
			rise_capacitance : 0.008948;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0107316, -0.0107271, -0.0107169, -0.0107159, -0.0107134, -0.0107078, -0.0106950");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0107225, 0.0107263, 0.0107351, 0.0107358, 0.0107373, 0.0107409, 0.0107491");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008233;
			capacitance : 0.007885;
			fall_capacitance : 0.007537;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0097934, -0.0097969, -0.0098051, -0.0098076, -0.0098132, -0.0098263, -0.0098565");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0098057, 0.0097964, 0.0097751, 0.0097760, 0.0097781, 0.0097831, 0.0097945");
				}
			}
		}
	}
	cell ("scs8hd_a311o_1") {
		area : 10.009600;
		cell_footprint : "a311o";
		cell_leakage_power : 2.854560e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003745";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003938";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "3.7031874e-05";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003940";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "3.7031874e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003941";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "3.7031874e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0004089";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "3.7031874e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003981";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "3.7031870e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0004082";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "3.7031870e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0004105";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "3.7031874e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003791";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "4.8925639e-05";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "3.6890365e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1) | (C1)";
			max_capacitance : 0.124522;
			max_transition : 1.501845;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0097510, 0.0107611, 0.0131548, 0.0189401, 0.0333531, 0.0694027, 0.1600305", \
					  "0.0097016, 0.0107154, 0.0131011, 0.0188962, 0.0333164, 0.0693722, 0.1599852", \
					  "0.0096335, 0.0106308, 0.0130445, 0.0188341, 0.0331295, 0.0689248, 0.1599787", \
					  "0.0095795, 0.0105890, 0.0129932, 0.0188000, 0.0331513, 0.0689679, 0.1599896", \
					  "0.0095042, 0.0105214, 0.0129344, 0.0187482, 0.0331424, 0.0694018, 0.1599454", \
					  "0.0097881, 0.0107064, 0.0130362, 0.0186432, 0.0330844, 0.0692963, 0.1591216", \
					  "0.0098517, 0.0107832, 0.0131502, 0.0189042, 0.0332684, 0.0693132, 0.1596310");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0108374, 0.0102694, 0.0087450, 0.0041389, -0.0090619, -0.0447920, -0.1357683", \
					  "0.0107416, 0.0100722, 0.0086051, 0.0040219, -0.0091645, -0.0449118, -0.1358783", \
					  "0.0105034, 0.0098841, 0.0083721, 0.0038697, -0.0093756, -0.0450913, -0.1360618", \
					  "0.0103788, 0.0097732, 0.0082242, 0.0037128, -0.0095362, -0.0452469, -0.1362222", \
					  "0.0102492, 0.0096096, 0.0080666, 0.0035650, -0.0096879, -0.0454138, -0.1363684", \
					  "0.0101703, 0.0095841, 0.0080197, 0.0034340, -0.0097962, -0.0455270, -0.1364758", \
					  "0.0121363, 0.0112525, 0.0089921, 0.0033144, -0.0102196, -0.0457350, -0.1366441");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0100198, 0.0110250, 0.0134352, 0.0191779, 0.0334061, 0.0691139, 0.1591909", \
					  "0.0099720, 0.0109897, 0.0133795, 0.0191485, 0.0334584, 0.0693809, 0.1598040", \
					  "0.0099023, 0.0109169, 0.0133006, 0.0190743, 0.0332533, 0.0693594, 0.1598000", \
					  "0.0098003, 0.0108122, 0.0132121, 0.0190093, 0.0332575, 0.0693857, 0.1598633", \
					  "0.0097392, 0.0107525, 0.0131599, 0.0189615, 0.0334449, 0.0694825, 0.1598625", \
					  "0.0099787, 0.0109020, 0.0132336, 0.0188535, 0.0332255, 0.0690719, 0.1591281", \
					  "0.0100185, 0.0109481, 0.0132750, 0.0190497, 0.0335492, 0.0694168, 0.1589490");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0125072, 0.0119427, 0.0103515, 0.0056569, -0.0077852, -0.0438827, -0.1351391", \
					  "0.0124150, 0.0118159, 0.0101875, 0.0055368, -0.0078949, -0.0439899, -0.1352376", \
					  "0.0122418, 0.0116773, 0.0101317, 0.0054367, -0.0080144, -0.0441043, -0.1353368", \
					  "0.0121209, 0.0115552, 0.0099539, 0.0052663, -0.0081649, -0.0442411, -0.1354706", \
					  "0.0119260, 0.0113352, 0.0098419, 0.0051072, -0.0082954, -0.0443505, -0.1355682", \
					  "0.0118591, 0.0112644, 0.0097461, 0.0050601, -0.0083149, -0.0443066, -0.1354986", \
					  "0.0136906, 0.0126935, 0.0104147, 0.0046300, -0.0084175, -0.0442162, -0.1353810");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0084433, 0.0094550, 0.0119036, 0.0178199, 0.0324356, 0.0683706, 0.1586159", \
					  "0.0084281, 0.0094294, 0.0118685, 0.0178289, 0.0322790, 0.0683607, 0.1584760", \
					  "0.0083704, 0.0093659, 0.0117832, 0.0177115, 0.0323457, 0.0685970, 0.1585502", \
					  "0.0081795, 0.0091698, 0.0115714, 0.0174395, 0.0319795, 0.0684412, 0.1590110", \
					  "0.0081642, 0.0091161, 0.0113931, 0.0172153, 0.0318880, 0.0679331, 0.1590349", \
					  "0.0080576, 0.0090354, 0.0113599, 0.0171109, 0.0316694, 0.0678875, 0.1587139", \
					  "0.0081000, 0.0090114, 0.0113944, 0.0171424, 0.0317264, 0.0679610, 0.1580940");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0081566, 0.0076315, 0.0061020, 0.0014326, -0.0122518, -0.0484004, -0.1395056", \
					  "0.0080015, 0.0074796, 0.0059588, 0.0012602, -0.0124155, -0.0485408, -0.1396352", \
					  "0.0079069, 0.0073573, 0.0058375, 0.0011292, -0.0125488, -0.0486726, -0.1397743", \
					  "0.0078020, 0.0072761, 0.0057381, 0.0010493, -0.0126196, -0.0487543, -0.1398470", \
					  "0.0077428, 0.0071815, 0.0055882, 0.0009473, -0.0127047, -0.0488028, -0.1398942", \
					  "0.0073537, 0.0068525, 0.0053800, 0.0007709, -0.0127962, -0.0488530, -0.1399243", \
					  "0.0101106, 0.0092374, 0.0069926, 0.0013165, -0.0130378, -0.0489167, -0.1399270");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0063019, 0.0073066, 0.0097430, 0.0156913, 0.0300126, 0.0660791, 0.1563187", \
					  "0.0062739, 0.0072773, 0.0096979, 0.0156260, 0.0301710, 0.0660381, 0.1565434", \
					  "0.0061358, 0.0071240, 0.0095287, 0.0154329, 0.0299023, 0.0659565, 0.1565945", \
					  "0.0059193, 0.0068580, 0.0092637, 0.0151831, 0.0296422, 0.0653417, 0.1550925", \
					  "0.0057926, 0.0067609, 0.0090176, 0.0148341, 0.0293157, 0.0653699, 0.1561351", \
					  "0.0056700, 0.0066503, 0.0089386, 0.0147771, 0.0292166, 0.0650525, 0.1565197", \
					  "0.0057856, 0.0067755, 0.0090255, 0.0147947, 0.0294906, 0.0656213, 0.1555869");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0073332, 0.0068119, 0.0052738, 0.0006440, -0.0130210, -0.0491064, -0.1401929", \
					  "0.0071801, 0.0066585, 0.0051430, 0.0004662, -0.0131795, -0.0492608, -0.1403352", \
					  "0.0070373, 0.0065139, 0.0049889, 0.0003129, -0.0133182, -0.0494011, -0.1404721", \
					  "0.0069097, 0.0063843, 0.0048466, 0.0001924, -0.0134634, -0.0495315, -0.1405983", \
					  "0.0069088, 0.0063301, 0.0048035, 0.0001044, -0.0135241, -0.0495616, -0.1406024", \
					  "0.0075993, 0.0067060, 0.0044470, -8.8000000e-05, -0.0135459, -0.0495048, -0.1405550", \
					  "0.0094639, 0.0085708, 0.0063296, 0.0006390, -0.0136693, -0.0497121, -0.1406054");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0092681, 0.0102913, 0.0126902, 0.0185102, 0.0330348, 0.0692410, 0.1598952", \
					  "0.0092216, 0.0102276, 0.0126493, 0.0184711, 0.0329976, 0.0692030, 0.1598002", \
					  "0.0091774, 0.0101860, 0.0126022, 0.0184436, 0.0329862, 0.0691533, 0.1598460", \
					  "0.0090832, 0.0100853, 0.0124965, 0.0183347, 0.0328780, 0.0686717, 0.1589658", \
					  "0.0089995, 0.0099844, 0.0124089, 0.0181620, 0.0326542, 0.0685784, 0.1596156", \
					  "0.0092389, 0.0101765, 0.0124698, 0.0181215, 0.0324362, 0.0687240, 0.1593011", \
					  "0.0092198, 0.0102110, 0.0124966, 0.0182463, 0.0326657, 0.0689834, 0.1591192");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0088392, 0.0082819, 0.0067478, 0.0021447, -0.0112005, -0.0470619, -0.1381036", \
					  "0.0086935, 0.0081768, 0.0065738, 0.0020345, -0.0113298, -0.0471828, -0.1382320", \
					  "0.0085185, 0.0078788, 0.0064080, 0.0017951, -0.0115549, -0.0474131, -0.1384299", \
					  "0.0083181, 0.0077656, 0.0062216, 0.0016135, -0.0117373, -0.0475943, -0.1386124", \
					  "0.0081996, 0.0076376, 0.0060038, 0.0014650, -0.0118758, -0.0477361, -0.1387670", \
					  "0.0081116, 0.0075406, 0.0059763, 0.0013430, -0.0119653, -0.0477970, -0.1388212", \
					  "0.0106125, 0.0097131, 0.0074906, 0.0018158, -0.0124016, -0.0479126, -0.1388745");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0880592, 0.0963426, 0.1146948, 0.1563932, 0.2576576, 0.5097542, 1.1391952", \
					  "0.0919100, 0.1001657, 0.1187288, 0.1604318, 0.2616943, 0.5130635, 1.1430185", \
					  "0.1019559, 0.1101992, 0.1284651, 0.1703543, 0.2716889, 0.5236838, 1.1550956", \
					  "0.1247574, 0.1328942, 0.1511084, 0.1927696, 0.2937217, 0.5447270, 1.1737876", \
					  "0.1614379, 0.1697932, 0.1883192, 0.2304112, 0.3315998, 0.5835267, 1.2146898", \
					  "0.2065730, 0.2154752, 0.2345065, 0.2766112, 0.3774295, 0.6289886, 1.2584105", \
					  "0.2346129, 0.2465813, 0.2690663, 0.3126141, 0.4134225, 0.6652709, 1.2945782");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0288088, 0.0374753, 0.0589235, 0.1133844, 0.2538478, 0.6076969, 1.4951900", \
					  "0.0288043, 0.0373443, 0.0588128, 0.1134308, 0.2538623, 0.6072303, 1.4919926", \
					  "0.0285062, 0.0372400, 0.0588168, 0.1136276, 0.2532568, 0.6074833, 1.4976050", \
					  "0.0284857, 0.0372011, 0.0584981, 0.1128805, 0.2534883, 0.6068016, 1.5018453", \
					  "0.0298667, 0.0382379, 0.0594682, 0.1135690, 0.2540031, 0.6074055, 1.4963216", \
					  "0.0347801, 0.0424835, 0.0618224, 0.1146089, 0.2538957, 0.6070913, 1.4966697", \
					  "0.0473263, 0.0546200, 0.0729740, 0.1193354, 0.2550534, 0.6121370, 1.4919146");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.2443500, 0.2519872, 0.2668492, 0.2941666, 0.3434927, 0.4417992, 0.6574766", \
					  "0.2489841, 0.2564811, 0.2714791, 0.2988391, 0.3480170, 0.4464030, 0.6620487", \
					  "0.2614680, 0.2690809, 0.2838747, 0.3104093, 0.3607968, 0.4589843, 0.6747263", \
					  "0.2959914, 0.3035390, 0.3183536, 0.3449823, 0.3953174, 0.4935336, 0.7092554", \
					  "0.3744337, 0.3818788, 0.3966608, 0.4236771, 0.4738177, 0.5719588, 0.7875851", \
					  "0.5422659, 0.5500135, 0.5650663, 0.5921185, 0.6425543, 0.7406666, 0.9565533", \
					  "0.8699217, 0.8790020, 0.8961344, 0.9269334, 0.9821064, 1.0857164, 1.3037377");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0328212, 0.0376370, 0.0475472, 0.0681930, 0.1131253, 0.2174156, 0.4851781", \
					  "0.0327068, 0.0376122, 0.0471706, 0.0686541, 0.1131970, 0.2175678, 0.4845600", \
					  "0.0328056, 0.0372422, 0.0475578, 0.0693770, 0.1139824, 0.2182018, 0.4854225", \
					  "0.0327229, 0.0374854, 0.0475205, 0.0693292, 0.1139556, 0.2181521, 0.4843129", \
					  "0.0328568, 0.0377062, 0.0476723, 0.0687285, 0.1138399, 0.2182464, 0.4860816", \
					  "0.0345828, 0.0388489, 0.0487399, 0.0695781, 0.1151045, 0.2177956, 0.4839867", \
					  "0.0422616, 0.0470664, 0.0576170, 0.0794793, 0.1255725, 0.2284673, 0.4913041");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0948416, 0.1031116, 0.1213327, 0.1628346, 0.2633471, 0.5144842, 1.1432807", \
					  "0.0991340, 0.1074237, 0.1256526, 0.1671678, 0.2677114, 0.5188980, 1.1476025", \
					  "0.1090944, 0.1172316, 0.1354755, 0.1770666, 0.2776974, 0.5289857, 1.1599368", \
					  "0.1316681, 0.1398825, 0.1580314, 0.1996395, 0.3003799, 0.5518264, 1.1826476", \
					  "0.1711865, 0.1797203, 0.1982526, 0.2402342, 0.3413609, 0.5930575, 1.2212017", \
					  "0.2249178, 0.2342261, 0.2534377, 0.2957564, 0.3971098, 0.6482416, 1.2765690", \
					  "0.2722539, 0.2838365, 0.3068032, 0.3511467, 0.4524061, 0.7039916, 1.3324586");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0286652, 0.0373933, 0.0589709, 0.1135853, 0.2537048, 0.6077209, 1.4969325", \
					  "0.0286188, 0.0373184, 0.0589564, 0.1135548, 0.2536515, 0.6076663, 1.4971773", \
					  "0.0284817, 0.0372376, 0.0587601, 0.1135575, 0.2539826, 0.6062281, 1.4971289", \
					  "0.0283543, 0.0369918, 0.0584685, 0.1131943, 0.2540839, 0.6063775, 1.4967202", \
					  "0.0301428, 0.0386141, 0.0593216, 0.1133898, 0.2537781, 0.6079640, 1.4968168", \
					  "0.0349486, 0.0424791, 0.0619583, 0.1146607, 0.2536135, 0.6066410, 1.5002721", \
					  "0.0461592, 0.0538395, 0.0720025, 0.1189131, 0.2536653, 0.6092565, 1.4901362");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.2939222, 0.3022882, 0.3181181, 0.3465763, 0.3983739, 0.4985321, 0.7159990", \
					  "0.2987987, 0.3070618, 0.3228850, 0.3514874, 0.4033771, 0.5035054, 0.7209622", \
					  "0.3113930, 0.3196558, 0.3354660, 0.3640064, 0.4147425, 0.5153459, 0.7328021", \
					  "0.3460644, 0.3544268, 0.3702672, 0.3988128, 0.4496041, 0.5502305, 0.7677238", \
					  "0.4236745, 0.4319108, 0.4477344, 0.4762716, 0.5272996, 0.6277983, 0.8452655", \
					  "0.5905929, 0.5990588, 0.6148934, 0.6433848, 0.6952207, 0.7957103, 1.0132184", \
					  "0.9275924, 0.9372035, 0.9551032, 0.9861412, 1.0417762, 1.1460392, 1.3648448");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0370161, 0.0420031, 0.0516116, 0.0720579, 0.1170332, 0.2217129, 0.4865109", \
					  "0.0371310, 0.0414755, 0.0514298, 0.0728399, 0.1181640, 0.2221320, 0.4864363", \
					  "0.0368617, 0.0414739, 0.0513106, 0.0724905, 0.1184027, 0.2224290, 0.4868179", \
					  "0.0370522, 0.0414706, 0.0512989, 0.0724406, 0.1181716, 0.2221172, 0.4893863", \
					  "0.0371658, 0.0415201, 0.0513009, 0.0722877, 0.1174703, 0.2214398, 0.4884662", \
					  "0.0381326, 0.0427356, 0.0521891, 0.0725622, 0.1174620, 0.2220118, 0.4870193", \
					  "0.0448301, 0.0492610, 0.0597842, 0.0803988, 0.1253622, 0.2280001, 0.4927634");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0995349, 0.1077827, 0.1261073, 0.1675278, 0.2671097, 0.5168940, 1.1459836", \
					  "0.1039509, 0.1122362, 0.1305246, 0.1718583, 0.2717285, 0.5219016, 1.1499981", \
					  "0.1129236, 0.1212030, 0.1394033, 0.1807976, 0.2808029, 0.5312227, 1.1613879", \
					  "0.1324355, 0.1406778, 0.1588504, 0.2003625, 0.3008123, 0.5514774, 1.1815313", \
					  "0.1694224, 0.1778847, 0.1964732, 0.2382604, 0.3391747, 0.5893597, 1.2178515", \
					  "0.2222028, 0.2314800, 0.2510454, 0.2934825, 0.3947095, 0.6454765, 1.2759260", \
					  "0.2731517, 0.2847042, 0.3079968, 0.3529919, 0.4541250, 0.7059182, 1.3338805");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0287211, 0.0374293, 0.0589300, 0.1134531, 0.2537355, 0.6087608, 1.5008185", \
					  "0.0287471, 0.0374034, 0.0589193, 0.1133690, 0.2538780, 0.6076232, 1.4943975", \
					  "0.0285435, 0.0373228, 0.0588508, 0.1136804, 0.2532754, 0.6072478, 1.4976692", \
					  "0.0285770, 0.0372588, 0.0586390, 0.1135036, 0.2534240, 0.6074242, 1.4973810", \
					  "0.0298981, 0.0385138, 0.0595088, 0.1133648, 0.2533991, 0.6076381, 1.4924272", \
					  "0.0345992, 0.0425062, 0.0623041, 0.1148443, 0.2532843, 0.6073981, 1.4979599", \
					  "0.0458142, 0.0537377, 0.0724664, 0.1197719, 0.2544640, 0.6089063, 1.4922223");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.3366994, 0.3453285, 0.3616904, 0.3908337, 0.4430543, 0.5430041, 0.7604767", \
					  "0.3411628, 0.3497163, 0.3660926, 0.3952491, 0.4475074, 0.5474631, 0.7648928", \
					  "0.3545726, 0.3631674, 0.3794406, 0.4084567, 0.4604150, 0.5607937, 0.7782697", \
					  "0.3886250, 0.3972341, 0.4135943, 0.4426872, 0.4949769, 0.5950773, 0.8125757", \
					  "0.4643925, 0.4732234, 0.4895719, 0.5187458, 0.5708233, 0.6714762, 0.8892850", \
					  "0.6293179, 0.6381438, 0.6544872, 0.6835991, 0.7360724, 0.8367265, 1.0545858", \
					  "0.9670977, 0.9769395, 0.9953192, 1.0268953, 1.0825824, 1.1870089, 1.4066859");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0403899, 0.0451985, 0.0551540, 0.0754706, 0.1217358, 0.2254878, 0.4912170", \
					  "0.0404169, 0.0448082, 0.0545312, 0.0763989, 0.1217250, 0.2255133, 0.4912992", \
					  "0.0400997, 0.0447926, 0.0554242, 0.0767099, 0.1215123, 0.2258960, 0.4907503", \
					  "0.0403681, 0.0451489, 0.0552016, 0.0752997, 0.1216652, 0.2254864, 0.4912650", \
					  "0.0401138, 0.0448213, 0.0552727, 0.0756603, 0.1207498, 0.2253177, 0.4904737", \
					  "0.0401175, 0.0447506, 0.0554810, 0.0755693, 0.1215771, 0.2247021, 0.4912786", \
					  "0.0480377, 0.0517385, 0.0618991, 0.0833368, 0.1279482, 0.2306357, 0.4922363");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0562251, 0.0633062, 0.0802619, 0.1208255, 0.2206466, 0.4688571, 1.0912065", \
					  "0.0609513, 0.0679512, 0.0848753, 0.1254960, 0.2253198, 0.4734445, 1.0971717", \
					  "0.0718889, 0.0788379, 0.0955297, 0.1362141, 0.2364347, 0.4846328, 1.1059929", \
					  "0.0921275, 0.0991115, 0.1158596, 0.1562784, 0.2565331, 0.5049719, 1.1271166", \
					  "0.1186399, 0.1258221, 0.1425991, 0.1830855, 0.2826371, 0.5317847, 1.1564684", \
					  "0.1466814, 0.1550221, 0.1724329, 0.2121261, 0.3124294, 0.5609511, 1.1837199", \
					  "0.1506633, 0.1617632, 0.1837585, 0.2258117, 0.3245864, 0.5733060, 1.1955814");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0218712, 0.0304240, 0.0525446, 0.1085654, 0.2478861, 0.5997645, 1.4811284", \
					  "0.0218285, 0.0304979, 0.0524289, 0.1082054, 0.2471998, 0.6008302, 1.4754040", \
					  "0.0218491, 0.0304599, 0.0525400, 0.1084257, 0.2473066, 0.5981068, 1.4820759", \
					  "0.0226094, 0.0308870, 0.0527465, 0.1081346, 0.2478909, 0.5985896, 1.4780375", \
					  "0.0247935, 0.0325271, 0.0535620, 0.1084647, 0.2474663, 0.6002727, 1.4769032", \
					  "0.0312227, 0.0382083, 0.0565457, 0.1094544, 0.2504151, 0.5961308, 1.4748001", \
					  "0.0455954, 0.0525319, 0.0694455, 0.1145939, 0.2496681, 0.6002058, 1.4688952");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.1706771, 0.1773229, 0.1904813, 0.2148094, 0.2600914, 0.3515775, 0.5639745", \
					  "0.1749807, 0.1816217, 0.1947162, 0.2190351, 0.2639944, 0.3562924, 0.5684079", \
					  "0.1889596, 0.1955702, 0.2085852, 0.2329362, 0.2783167, 0.3703658, 0.5821656", \
					  "0.2235341, 0.2301406, 0.2432166, 0.2675053, 0.3129077, 0.4045645, 0.6168892", \
					  "0.3018676, 0.3085035, 0.3215524, 0.3459101, 0.3913252, 0.4836382, 0.6957018", \
					  "0.4701480, 0.4774350, 0.4916245, 0.5175359, 0.5646055, 0.6577884, 0.8701261", \
					  "0.7865049, 0.7956440, 0.8131679, 0.8441819, 0.8977624, 0.9971420, 1.2109879");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0272986, 0.0317308, 0.0405961, 0.0606746, 0.1033330, 0.2068624, 0.4804813", \
					  "0.0273306, 0.0316900, 0.0408622, 0.0601635, 0.1037898, 0.2069592, 0.4800622", \
					  "0.0273346, 0.0316841, 0.0409999, 0.0602117, 0.1038010, 0.2074205, 0.4810219", \
					  "0.0273165, 0.0317487, 0.0406281, 0.0606496, 0.1034981, 0.2066264, 0.4812007", \
					  "0.0274420, 0.0317913, 0.0410398, 0.0602758, 0.1037764, 0.2074303, 0.4809854", \
					  "0.0319065, 0.0363972, 0.0452330, 0.0646621, 0.1067241, 0.2087322, 0.4780852", \
					  "0.0441483, 0.0488259, 0.0595747, 0.0795790, 0.1215516, 0.2205104, 0.4847155");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0535207, 0.0605652, 0.0775233, 0.1181954, 0.2177883, 0.4666509, 1.0866785", \
					  "0.0583635, 0.0653849, 0.0821495, 0.1228641, 0.2225037, 0.4707418, 1.0963541", \
					  "0.0692612, 0.0762548, 0.0929462, 0.1335879, 0.2333466, 0.4813660, 1.1085136", \
					  "0.0888901, 0.0958224, 0.1126050, 0.1530183, 0.2530094, 0.5015270, 1.1242244", \
					  "0.1143840, 0.1217106, 0.1385216, 0.1789528, 0.2790300, 0.5285415, 1.1564322", \
					  "0.1431092, 0.1519652, 0.1694845, 0.2099547, 0.3094524, 0.5582707, 1.1816910", \
					  "0.1512353, 0.1629738, 0.1863043, 0.2289809, 0.3275099, 0.5770326, 1.1999032");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0217164, 0.0303054, 0.0522956, 0.1083538, 0.2470719, 0.6004632, 1.4694861", \
					  "0.0217554, 0.0303906, 0.0522187, 0.1078436, 0.2470032, 0.6003196, 1.4870883", \
					  "0.0218317, 0.0303820, 0.0522696, 0.1086140, 0.2475335, 0.5955720, 1.4931170", \
					  "0.0227128, 0.0310452, 0.0525940, 0.1081331, 0.2486125, 0.5981557, 1.4787365", \
					  "0.0258252, 0.0332601, 0.0538609, 0.1080253, 0.2473721, 0.5970920, 1.4908392", \
					  "0.0329061, 0.0400456, 0.0580746, 0.1098151, 0.2498207, 0.5961618, 1.4817165", \
					  "0.0487793, 0.0562909, 0.0724499, 0.1170459, 0.2490756, 0.6052037, 1.4683190");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.1439335, 0.1506032, 0.1636762, 0.1880600, 0.2336035, 0.3258730, 0.5370088", \
					  "0.1469011, 0.1535670, 0.1666931, 0.1911256, 0.2361336, 0.3285156, 0.5406446", \
					  "0.1582598, 0.1648925, 0.1779992, 0.2019959, 0.2474979, 0.3397866, 0.5520690", \
					  "0.1867766, 0.1933088, 0.2064223, 0.2307074, 0.2762832, 0.3686622, 0.5808585", \
					  "0.2611635, 0.2677675, 0.2808059, 0.3049859, 0.3492789, 0.4417468, 0.6540321", \
					  "0.4070708, 0.4151718, 0.4307784, 0.4579949, 0.5059860, 0.5985387, 0.8109679", \
					  "0.6557059, 0.6665794, 0.6875368, 0.7228146, 0.7802539, 0.8800868, 1.0949011");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0273334, 0.0317335, 0.0406172, 0.0607547, 0.1038404, 0.2072035, 0.4791804", \
					  "0.0273218, 0.0316558, 0.0408383, 0.0601366, 0.1035354, 0.2073949, 0.4803837", \
					  "0.0273686, 0.0317022, 0.0408167, 0.0602953, 0.1038771, 0.2076785, 0.4806776", \
					  "0.0273311, 0.0317996, 0.0409539, 0.0608886, 0.1039091, 0.2075234, 0.4774636", \
					  "0.0272725, 0.0314434, 0.0408288, 0.0604327, 0.1045718, 0.2070346, 0.4792333", \
					  "0.0374553, 0.0415988, 0.0506908, 0.0688087, 0.1096488, 0.2116696, 0.4836362", \
					  "0.0559200, 0.0608277, 0.0719550, 0.0917411, 0.1316194, 0.2234804, 0.4863865");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002202;
			capacitance : 0.002108;
			fall_capacitance : 0.002014;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022081, -0.0022102, -0.0022149, -0.0022102, -0.0021991, -0.0021736, -0.0021149");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030696, 0.0030712, 0.0030748, 0.0030769, 0.0030817, 0.0030927, 0.0031182");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002237;
			capacitance : 0.002138;
			fall_capacitance : 0.002038;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026923, -0.0026908, -0.0026873, -0.0026868, -0.0026856, -0.0026828, -0.0026764");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029154, 0.0029148, 0.0029135, 0.0029240, 0.0029481, 0.0030037, 0.0031319");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002356;
			capacitance : 0.002201;
			fall_capacitance : 0.002047;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029282, -0.0029275, -0.0029257, -0.0029261, -0.0029270, -0.0029292, -0.0029342");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029424, 0.0029386, 0.0029297, 0.0029305, 0.0029323, 0.0029365, 0.0029463");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002360;
			capacitance : 0.002215;
			fall_capacitance : 0.002070;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023519, -0.0023683, -0.0024063, -0.0024092, -0.0024159, -0.0024314, -0.0024670");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024933, 0.0024936, 0.0024942, 0.0024928, 0.0024897, 0.0024826, 0.0024661");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002298;
			capacitance : 0.002140;
			fall_capacitance : 0.001982;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012537, -0.0012543, -0.0012558, -0.0012569, -0.0012595, -0.0012653, -0.0012788");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019083, 0.0019059, 0.0019002, 0.0019066, 0.0019212, 0.0019548, 0.0020324");
				}
			}
		}
	}
	cell ("scs8hd_a311o_2") {
		area : 11.260800;
		cell_footprint : "a311o";
		cell_leakage_power : 3.818957e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003908";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007539";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "5.3251904e-05";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003908";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007540";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.3251904e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003908";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007542";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "5.3251904e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "5.3251904e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003889";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0002273";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.3089860e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003910";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007695";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.3251904e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003908";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007582";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "5.3251904e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003908";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007688";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.3251904e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003908";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007718";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "A1&A2&!A3&B1&C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1) | (C1)";
			max_capacitance : 0.257273;
			max_transition : 1.504973;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0128527, 0.0140861, 0.0174757, 0.0265475, 0.0517162, 0.1225121, 0.3231358", \
					  "0.0127973, 0.0140260, 0.0174137, 0.0265199, 0.0517457, 0.1231700, 0.3245399", \
					  "0.0127356, 0.0139817, 0.0173748, 0.0265025, 0.0516380, 0.1224747, 0.3230482", \
					  "0.0126805, 0.0139069, 0.0172768, 0.0264166, 0.0515377, 0.1230185, 0.3244857", \
					  "0.0125961, 0.0138212, 0.0171931, 0.0262253, 0.0513168, 0.1222765, 0.3227540", \
					  "0.0130762, 0.0141995, 0.0173893, 0.0262640, 0.0511894, 0.1225709, 0.3243138", \
					  "0.0130172, 0.0141846, 0.0173712, 0.0263180, 0.0514327, 0.1227662, 0.3236505");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0103485, 0.0094650, 0.0069989, -0.0004202, -0.0235049, -0.0934979, -0.2956189", \
					  "0.0101797, 0.0093104, 0.0068542, -0.0005349, -0.0236112, -0.0936014, -0.2957043", \
					  "0.0099840, 0.0090939, 0.0067725, -0.0006656, -0.0238149, -0.0938119, -0.2959264", \
					  "0.0098561, 0.0089730, 0.0064879, -0.0008591, -0.0240280, -0.0940083, -0.2960728", \
					  "0.0097196, 0.0087834, 0.0063070, -0.0011010, -0.0242219, -0.0941672, -0.2962559", \
					  "0.0096713, 0.0087691, 0.0062700, -0.0011394, -0.0242892, -0.0942680, -0.2963369", \
					  "0.0116509, 0.0105550, 0.0074712, -0.0012891, -0.0248104, -0.0944364, -0.2964232");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0131645, 0.0143972, 0.0177720, 0.0268612, 0.0519581, 0.1233431, 0.3228822", \
					  "0.0131181, 0.0143447, 0.0177387, 0.0268105, 0.0519174, 0.1225457, 0.3230007", \
					  "0.0130523, 0.0142799, 0.0176789, 0.0267863, 0.0518470, 0.1225858, 0.3229748", \
					  "0.0130351, 0.0142637, 0.0176561, 0.0267628, 0.0518886, 0.1226864, 0.3227832", \
					  "0.0128494, 0.0140658, 0.0174734, 0.0265694, 0.0518074, 0.1226631, 0.3243635", \
					  "0.0133459, 0.0145007, 0.0176420, 0.0265343, 0.0517194, 0.1224577, 0.3229642", \
					  "0.0134955, 0.0146781, 0.0178493, 0.0266863, 0.0520383, 0.1234757, 0.3242054");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0120701, 0.0111634, 0.0087933, 0.0013383, -0.0217081, -0.0915230, -0.2935290", \
					  "0.0118470, 0.0110502, 0.0086333, 0.0012512, -0.0217830, -0.0915948, -0.2935893", \
					  "0.0118069, 0.0108940, 0.0085851, 0.0011145, -0.0219070, -0.0917785, -0.2937751", \
					  "0.0117057, 0.0109335, 0.0083071, 0.0009165, -0.0221317, -0.0919509, -0.2939279", \
					  "0.0115079, 0.0105928, 0.0081350, 0.0008030, -0.0223329, -0.0921390, -0.2940986", \
					  "0.0113956, 0.0105134, 0.0080396, 0.0005740, -0.0224497, -0.0922707, -0.2942314", \
					  "0.0121403, 0.0110338, 0.0080656, 8.0600000e-05, -0.0227925, -0.0925101, -0.2944154");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0133346, 0.0145912, 0.0179619, 0.0270630, 0.0520947, 0.1233161, 0.3227042", \
					  "0.0132858, 0.0145195, 0.0179018, 0.0270002, 0.0520540, 0.1232047, 0.3242579", \
					  "0.0132324, 0.0144588, 0.0178569, 0.0269595, 0.0519729, 0.1225197, 0.3227977", \
					  "0.0131759, 0.0144073, 0.0177788, 0.0268935, 0.0519594, 0.1226258, 0.3226426", \
					  "0.0131093, 0.0143441, 0.0177035, 0.0268162, 0.0518869, 0.1226915, 0.3228850", \
					  "0.0135313, 0.0147337, 0.0179266, 0.0267121, 0.0519200, 0.1225155, 0.3227903", \
					  "0.0136611, 0.0148192, 0.0180059, 0.0268426, 0.0519659, 0.1231549, 0.3225212");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0139487, 0.0130914, 0.0105999, 0.0031850, -0.0199717, -0.0900241, -0.2922225", \
					  "0.0138593, 0.0130273, 0.0104983, 0.0030427, -0.0200822, -0.0901474, -0.2923226", \
					  "0.0137440, 0.0127343, 0.0104029, 0.0029704, -0.0202215, -0.0902449, -0.2924318", \
					  "0.0135970, 0.0127591, 0.0101875, 0.0028813, -0.0202812, -0.0904040, -0.2925778", \
					  "0.0134331, 0.0125905, 0.0101342, 0.0026037, -0.0204689, -0.0905228, -0.2926961", \
					  "0.0134030, 0.0125077, 0.0100387, 0.0026015, -0.0206131, -0.0905737, -0.2926984", \
					  "0.0135594, 0.0124464, 0.0095679, 0.0022099, -0.0206901, -0.0906170, -0.2926511");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0118793, 0.0131279, 0.0165433, 0.0257943, 0.0514480, 0.1221242, 0.3225801", \
					  "0.0118740, 0.0131282, 0.0165261, 0.0257571, 0.0514083, 0.1228201, 0.3224855", \
					  "0.0118452, 0.0130905, 0.0164798, 0.0256622, 0.0513022, 0.1227958, 0.3244789", \
					  "0.0116988, 0.0129123, 0.0162714, 0.0253118, 0.0508258, 0.1224934, 0.3240958", \
					  "0.0117228, 0.0128927, 0.0160632, 0.0250800, 0.0503503, 0.1222935, 0.3221827", \
					  "0.0116572, 0.0128106, 0.0160796, 0.0250272, 0.0502862, 0.1210376, 0.3233759", \
					  "0.0116163, 0.0127794, 0.0160638, 0.0250988, 0.0502604, 0.1215203, 0.3209321");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0097115, 0.0086538, 0.0063817, -0.0008802, -0.0241469, -0.0946533, -0.2969285", \
					  "0.0095294, 0.0086238, 0.0062754, -0.0010060, -0.0242995, -0.0947862, -0.2970428", \
					  "0.0094693, 0.0085604, 0.0061875, -0.0011625, -0.0244164, -0.0949305, -0.2972007", \
					  "0.0093250, 0.0084025, 0.0060035, -0.0012726, -0.0245268, -0.0950211, -0.2972669", \
					  "0.0092045, 0.0083051, 0.0059522, -0.0013782, -0.0246363, -0.0951094, -0.2973678", \
					  "0.0091250, 0.0082180, 0.0057282, -0.0015212, -0.0248418, -0.0952129, -0.2974263", \
					  "0.0126799, 0.0115887, 0.0084987, -0.0001464, -0.0253271, -0.0953882, -0.2974904");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0097332, 0.0109751, 0.0143748, 0.0236207, 0.0489311, 0.1193027, 0.3204326", \
					  "0.0097491, 0.0109982, 0.0143764, 0.0236094, 0.0488066, 0.1196844, 0.3212429", \
					  "0.0097002, 0.0109433, 0.0143074, 0.0234987, 0.0490689, 0.1201962, 0.3188270", \
					  "0.0094822, 0.0106785, 0.0140056, 0.0230798, 0.0482746, 0.1195086, 0.3210768", \
					  "0.0093951, 0.0105554, 0.0137202, 0.0227802, 0.0481062, 0.1188264, 0.3206283", \
					  "0.0092066, 0.0103284, 0.0136300, 0.0227004, 0.0477658, 0.1179922, 0.3216449", \
					  "0.0091750, 0.0103372, 0.0136616, 0.0227468, 0.0477188, 0.1193738, 0.3187257");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0089067, 0.0080090, 0.0056736, -0.0016934, -0.0248627, -0.0953642, -0.2975858", \
					  "0.0088124, 0.0079010, 0.0055776, -0.0017615, -0.0249908, -0.0954732, -0.2977104", \
					  "0.0086802, 0.0077549, 0.0053511, -0.0019289, -0.0252069, -0.0956592, -0.2978861", \
					  "0.0085032, 0.0076488, 0.0052466, -0.0021161, -0.0253056, -0.0957603, -0.2979994", \
					  "0.0083908, 0.0075129, 0.0051511, -0.0022243, -0.0254754, -0.0959173, -0.2981325", \
					  "0.0081897, 0.0072295, 0.0048600, -0.0025751, -0.0257767, -0.0961059, -0.2982273", \
					  "0.0126697, 0.0117141, 0.0085296, -0.0003750, -0.0253988, -0.0961706, -0.2980881");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.0975528, 0.1039830, 0.1188790, 0.1532491, 0.2401186, 0.4807990, 1.1564358", \
					  "0.1012817, 0.1077004, 0.1226405, 0.1569771, 0.2439491, 0.4838991, 1.1627621", \
					  "0.1111260, 0.1175311, 0.1324733, 0.1667500, 0.2536991, 0.4942339, 1.1694603", \
					  "0.1341061, 0.1404527, 0.1552407, 0.1894275, 0.2760617, 0.5161316, 1.1949274", \
					  "0.1764202, 0.1829686, 0.1980954, 0.2327023, 0.3197547, 0.5602336, 1.2361141", \
					  "0.2309262, 0.2385094, 0.2548162, 0.2902641, 0.3767577, 0.6170151, 1.2960952", \
					  "0.2746217, 0.2843030, 0.3058398, 0.3455426, 0.4335863, 0.6733866, 1.3488267");
				}
				rise_transition ("del_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("0.0240097, 0.0293742, 0.0440758, 0.0842369, 0.2010946, 0.5384916, 1.5049730", \
					  "0.0239834, 0.0296448, 0.0441479, 0.0841737, 0.2010914, 0.5390115, 1.4982950", \
					  "0.0238214, 0.0294149, 0.0439890, 0.0839883, 0.2008988, 0.5390785, 1.5045628", \
					  "0.0236460, 0.0291132, 0.0437538, 0.0839213, 0.2005167, 0.5389194, 1.4989375", \
					  "0.0257049, 0.0308859, 0.0451775, 0.0845791, 0.2007715, 0.5388634, 1.5038437", \
					  "0.0322955, 0.0373329, 0.0505042, 0.0873971, 0.2021933, 0.5383649, 1.4992868", \
					  "0.0467188, 0.0525193, 0.0644593, 0.0980314, 0.2042294, 0.5429331, 1.4940884");
				}
				cell_fall ("del_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("0.3056942, 0.3131093, 0.3286761, 0.3577827, 0.4112046, 0.5162216, 0.7524831", \
					  "0.3107012, 0.3181933, 0.3337629, 0.3626415, 0.4162977, 0.5213666, 0.7589033", \
					  "0.3228870, 0.3301018, 0.3455214, 0.3745942, 0.4281566, 0.5332092, 0.7697238", \
					  "0.3573788, 0.3648383, 0.3804564, 0.4088525, 0.4627321, 0.5679243, 0.8043326", \
					  "0.4356775, 0.4430854, 0.4587094, 0.4877693, 0.5410544, 0.6460784, 0.8828065", \
					  "0.6059926, 0.6135119, 0.6290090, 0.6584122, 0.7114372, 0.8167446, 1.0545336", \
					  "0.9533682, 0.9619602, 0.9794767, 1.0115934, 1.0688608, 1.1775584, 1.4180829");
				}
				fall_transition ("del_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("0.0415757, 0.0454757, 0.0540368, 0.0723017, 0.1136550, 0.2118295, 0.4894600", \
					  "0.0416737, 0.0453645, 0.0539089, 0.0724576, 0.1128986, 0.2127477, 0.4897815", \
					  "0.0416074, 0.0457742, 0.0545619, 0.0727596, 0.1125425, 0.2122322, 0.4892955", \
					  "0.0416363, 0.0453860, 0.0539227, 0.0730458, 0.1137673, 0.2121923, 0.4897200", \
					  "0.0418070, 0.0454363, 0.0540595, 0.0721530, 0.1137064, 0.2116875, 0.4878236", \
					  "0.0421930, 0.0460889, 0.0541601, 0.0727233, 0.1138188, 0.2130054, 0.4883888", \
					  "0.0505097, 0.0544753, 0.0632872, 0.0816666, 0.1235575, 0.2202201, 0.4915012");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.1034982, 0.1099406, 0.1248509, 0.1592440, 0.2457778, 0.4862696, 1.1623988", \
					  "0.1079107, 0.1143340, 0.1292124, 0.1635743, 0.2502116, 0.4904046, 1.1656979", \
					  "0.1178410, 0.1242667, 0.1391920, 0.1733644, 0.2602230, 0.5001019, 1.1744752", \
					  "0.1408276, 0.1471952, 0.1620382, 0.1961139, 0.2829360, 0.5224786, 1.1978978", \
					  "0.1837149, 0.1903108, 0.2056322, 0.2401822, 0.3271468, 0.5667205, 1.2428090", \
					  "0.2453421, 0.2528890, 0.2687829, 0.3046259, 0.3920688, 0.6319680, 1.3070608", \
					  "0.3060764, 0.3158829, 0.3361401, 0.3756498, 0.4646344, 0.7045662, 1.3798953");
				}
				rise_transition ("del_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("0.0239963, 0.0296079, 0.0441848, 0.0843507, 0.2010759, 0.5390889, 1.5015053", \
					  "0.0238765, 0.0293404, 0.0440284, 0.0842106, 0.2010734, 0.5384176, 1.5045521", \
					  "0.0238172, 0.0293699, 0.0439631, 0.0840887, 0.2006812, 0.5398413, 1.5033034", \
					  "0.0234352, 0.0291308, 0.0436632, 0.0837702, 0.2012606, 0.5411798, 1.4992603", \
					  "0.0259804, 0.0313849, 0.0454399, 0.0845226, 0.2011607, 0.5401338, 1.4978827", \
					  "0.0305997, 0.0357810, 0.0501596, 0.0872495, 0.2021942, 0.5391982, 1.5041736", \
					  "0.0429885, 0.0485710, 0.0616411, 0.0966398, 0.2035287, 0.5423930, 1.4940262");
				}
				cell_fall ("del_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("0.3550924, 0.3633014, 0.3803073, 0.4112206, 0.4664941, 0.5740137, 0.8144702", \
					  "0.3602062, 0.3685262, 0.3854376, 0.4162760, 0.4717668, 0.5793832, 0.8195092", \
					  "0.3728016, 0.3809937, 0.3980573, 0.4286836, 0.4838772, 0.5917150, 0.8317933", \
					  "0.4077574, 0.4159417, 0.4326792, 0.4635835, 0.5192469, 0.6255274, 0.8661807", \
					  "0.4855936, 0.4938862, 0.5106698, 0.5414635, 0.5970981, 0.7048965, 0.9451220", \
					  "0.6551772, 0.6634406, 0.6798776, 0.7108342, 0.7665054, 0.8743729, 1.1147692", \
					  "1.0096214, 1.0187897, 1.0377571, 1.0707741, 1.1292897, 1.2398802, 1.4818020");
				}
				fall_transition ("del_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("0.0468551, 0.0508574, 0.0593825, 0.0773937, 0.1175106, 0.2173701, 0.4936241", \
					  "0.0469199, 0.0508443, 0.0598175, 0.0779216, 0.1175949, 0.2175441, 0.4939028", \
					  "0.0469100, 0.0508899, 0.0597286, 0.0779681, 0.1179569, 0.2183317, 0.4914874", \
					  "0.0469420, 0.0513668, 0.0592127, 0.0773757, 0.1188063, 0.2185312, 0.4929525", \
					  "0.0469848, 0.0507465, 0.0600847, 0.0780522, 0.1178311, 0.2181711, 0.4905007", \
					  "0.0469393, 0.0510208, 0.0596183, 0.0773744, 0.1177417, 0.2185514, 0.4911953", \
					  "0.0542852, 0.0585479, 0.0672375, 0.0850954, 0.1251111, 0.2232080, 0.4936595");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.1079364, 0.1143440, 0.1292216, 0.1636207, 0.2499719, 0.4899132, 1.1653697", \
					  "0.1121095, 0.1185290, 0.1334950, 0.1678064, 0.2544149, 0.4933249, 1.1711756", \
					  "0.1210755, 0.1275063, 0.1424385, 0.1766262, 0.2632871, 0.5027914, 1.1769739", \
					  "0.1407369, 0.1471657, 0.1619538, 0.1961093, 0.2827615, 0.5219055, 1.1987557", \
					  "0.1795788, 0.1861887, 0.2013921, 0.2358950, 0.3227976, 0.5624010, 1.2367972", \
					  "0.2373803, 0.2449131, 0.2614052, 0.2970821, 0.3844727, 0.6240085, 1.2996739", \
					  "0.2974607, 0.3071784, 0.3273321, 0.3671869, 0.4562569, 0.6965819, 1.3709259");
				}
				rise_transition ("del_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("0.0239844, 0.0295692, 0.0441666, 0.0842056, 0.2011178, 0.5389437, 1.5023441", \
					  "0.0239643, 0.0296496, 0.0441380, 0.0841689, 0.2009224, 0.5390606, 1.4981281", \
					  "0.0238400, 0.0293858, 0.0439825, 0.0840635, 0.2008836, 0.5393414, 1.5041540", \
					  "0.0237631, 0.0291299, 0.0437209, 0.0841823, 0.2013054, 0.5411741, 1.5004826", \
					  "0.0252122, 0.0307438, 0.0450199, 0.0844542, 0.2008669, 0.5408330, 1.5026470", \
					  "0.0299224, 0.0353266, 0.0492572, 0.0873399, 0.2019679, 0.5390646, 1.4997823", \
					  "0.0414745, 0.0472389, 0.0610978, 0.0966665, 0.2045012, 0.5410981, 1.4957344");
				}
				cell_fall ("del_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("0.3810426, 0.3895029, 0.4067456, 0.4380678, 0.4935370, 0.6008529, 0.8402621", \
					  "0.3860798, 0.3945557, 0.4118478, 0.4430198, 0.4985903, 0.6057244, 0.8452815", \
					  "0.4003315, 0.4089132, 0.4260378, 0.4572271, 0.5127752, 0.6200969, 0.8595505", \
					  "0.4349210, 0.4434291, 0.4604740, 0.4916013, 0.5470435, 0.6546483, 0.8943294", \
					  "0.5130145, 0.5214875, 0.5387408, 0.5698005, 0.6245021, 0.7322609, 0.9719094", \
					  "0.6817212, 0.6901946, 0.7074788, 0.7384255, 0.7939183, 0.9014887, 1.1412392", \
					  "1.0393758, 1.0488272, 1.0676455, 1.1009971, 1.1589175, 1.2678234, 1.5093051");
				}
				fall_transition ("del_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("0.0487206, 0.0527957, 0.0609009, 0.0788247, 0.1196273, 0.2176568, 0.4938627", \
					  "0.0489418, 0.0527467, 0.0607720, 0.0785325, 0.1194772, 0.2184064, 0.4936551", \
					  "0.0489102, 0.0527190, 0.0611894, 0.0788322, 0.1194087, 0.2176528, 0.4938359", \
					  "0.0489383, 0.0527516, 0.0613662, 0.0795399, 0.1189849, 0.2187073, 0.4920609", \
					  "0.0488368, 0.0528167, 0.0608667, 0.0784153, 0.1200608, 0.2190724, 0.4937206", \
					  "0.0487577, 0.0527512, 0.0609163, 0.0795687, 0.1197629, 0.2181027, 0.4937880", \
					  "0.0552745, 0.0593871, 0.0677973, 0.0854246, 0.1257702, 0.2230154, 0.4944585");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.0591917, 0.0640483, 0.0762432, 0.1077106, 0.1937621, 0.4332717, 1.1088603", \
					  "0.0638837, 0.0687624, 0.0809099, 0.1123421, 0.1984430, 0.4380055, 1.1137937", \
					  "0.0749448, 0.0798133, 0.0919252, 0.1233069, 0.2088373, 0.4490591, 1.1250364", \
					  "0.0980971, 0.1029678, 0.1151317, 0.1460898, 0.2317176, 0.4711986, 1.1460839", \
					  "0.1304641, 0.1358279, 0.1485134, 0.1798192, 0.2650012, 0.5055236, 1.1812624", \
					  "0.1661893, 0.1730695, 0.1879663, 0.2200106, 0.3051975, 0.5444387, 1.2199195", \
					  "0.1852354, 0.1947993, 0.2147136, 0.2529971, 0.3381737, 0.5762389, 1.2505902");
				}
				rise_transition ("del_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("0.0161558, 0.0211242, 0.0353502, 0.0771380, 0.1963175, 0.5339668, 1.4939326", \
					  "0.0160592, 0.0211158, 0.0353959, 0.0771557, 0.1963899, 0.5344555, 1.4921708", \
					  "0.0160240, 0.0210917, 0.0354031, 0.0768634, 0.1966846, 0.5349602, 1.4909334", \
					  "0.0168964, 0.0217880, 0.0357242, 0.0770288, 0.1959756, 0.5344857, 1.4946261", \
					  "0.0205380, 0.0250569, 0.0379001, 0.0781525, 0.1957913, 0.5348062, 1.4943677", \
					  "0.0283606, 0.0327700, 0.0446761, 0.0807830, 0.1972645, 0.5334919, 1.4887022", \
					  "0.0430115, 0.0486278, 0.0602594, 0.0923038, 0.2000815, 0.5370556, 1.4884878");
				}
				cell_fall ("del_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("0.2113985, 0.2176568, 0.2310971, 0.2566410, 0.3039681, 0.4002240, 0.6294423", \
					  "0.2159573, 0.2222712, 0.2356756, 0.2610556, 0.3080784, 0.4047820, 0.6345878", \
					  "0.2297377, 0.2359616, 0.2492608, 0.2747100, 0.3221712, 0.4185478, 0.6476870", \
					  "0.2641892, 0.2704532, 0.2837870, 0.3093412, 0.3565904, 0.4530176, 0.6822596", \
					  "0.3427182, 0.3488661, 0.3621329, 0.3877576, 0.4350365, 0.5315040, 0.7612239", \
					  "0.5192376, 0.5259552, 0.5398212, 0.5655919, 0.6135051, 0.7099248, 0.9400840", \
					  "0.8617953, 0.8702454, 0.8872872, 0.9172071, 0.9728496, 1.0733393, 1.3069741");
				}
				fall_transition ("del_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("0.0331640, 0.0364716, 0.0443686, 0.0609826, 0.0993794, 0.1962500, 0.4785173", \
					  "0.0331963, 0.0364559, 0.0443584, 0.0611185, 0.1004124, 0.1972289, 0.4792832", \
					  "0.0331900, 0.0366588, 0.0443273, 0.0610655, 0.0998754, 0.1963748, 0.4783658", \
					  "0.0331869, 0.0365371, 0.0443348, 0.0610845, 0.0995269, 0.1962417, 0.4765204", \
					  "0.0332937, 0.0367821, 0.0446451, 0.0610707, 0.0998130, 0.1962319, 0.4790181", \
					  "0.0363729, 0.0395123, 0.0469455, 0.0635066, 0.1004495, 0.1972018, 0.4767179", \
					  "0.0498389, 0.0534894, 0.0614651, 0.0796452, 0.1160307, 0.2119900, 0.4852806");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.0568754, 0.0617656, 0.0739619, 0.1055867, 0.1911339, 0.4303064, 1.1053087", \
					  "0.0617658, 0.0666701, 0.0788477, 0.1102228, 0.1957756, 0.4351244, 1.1109114", \
					  "0.0731217, 0.0780266, 0.0901584, 0.1214314, 0.2070550, 0.4472023, 1.1213136", \
					  "0.0958624, 0.1008173, 0.1130503, 0.1444567, 0.2298965, 0.4691575, 1.1474778", \
					  "0.1282855, 0.1338456, 0.1467802, 0.1783331, 0.2634675, 0.5029890, 1.1790764", \
					  "0.1659588, 0.1729157, 0.1883107, 0.2212916, 0.3066110, 0.5448891, 1.2203660", \
					  "0.1907471, 0.2009153, 0.2213068, 0.2610067, 0.3460284, 0.5842975, 1.2586006");
				}
				rise_transition ("del_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("0.0162637, 0.0212374, 0.0353922, 0.0767707, 0.1963257, 0.5362935, 1.4999293", \
					  "0.0161911, 0.0211746, 0.0354426, 0.0769355, 0.1967771, 0.5338329, 1.4890433", \
					  "0.0161911, 0.0212111, 0.0353454, 0.0770398, 0.1964010, 0.5326332, 1.4925944", \
					  "0.0174868, 0.0222509, 0.0360144, 0.0769882, 0.1968197, 0.5338476, 1.4859881", \
					  "0.0215235, 0.0259780, 0.0386759, 0.0782831, 0.1960471, 0.5367640, 1.4879904", \
					  "0.0299451, 0.0349933, 0.0465843, 0.0817045, 0.1977724, 0.5329002, 1.5001208", \
					  "0.0463646, 0.0520853, 0.0644131, 0.0962071, 0.2008891, 0.5403225, 1.4888678");
				}
				cell_fall ("del_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("0.1850425, 0.1912843, 0.2047145, 0.2298726, 0.2773636, 0.3740261, 0.6038853", \
					  "0.1882455, 0.1946147, 0.2077395, 0.2334260, 0.2808795, 0.3773461, 0.6071558", \
					  "0.1988338, 0.2050895, 0.2184927, 0.2440053, 0.2915091, 0.3874688, 0.6175341", \
					  "0.2289893, 0.2352930, 0.2486746, 0.2740111, 0.3215415, 0.4177972, 0.6475151", \
					  "0.3012418, 0.3075320, 0.3208077, 0.3462007, 0.3936012, 0.4904013, 0.7202756", \
					  "0.4619545, 0.4690925, 0.4840162, 0.5112854, 0.5599896, 0.6571715, 0.8874799", \
					  "0.7404334, 0.7504081, 0.7705613, 0.8063519, 0.8665717, 0.9721485, 1.2067405");
				}
				fall_transition ("del_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("0.0331552, 0.0364944, 0.0442943, 0.0615625, 0.0993814, 0.1970766, 0.4794680", \
					  "0.0331736, 0.0365940, 0.0447297, 0.0609902, 0.0997997, 0.1964064, 0.4770179", \
					  "0.0331980, 0.0366300, 0.0443389, 0.0611958, 0.0989918, 0.1969956, 0.4793154", \
					  "0.0331682, 0.0366614, 0.0443334, 0.0609619, 0.0998645, 0.1964198, 0.4778141", \
					  "0.0331841, 0.0365772, 0.0443941, 0.0610070, 0.0996125, 0.1959182, 0.4792307", \
					  "0.0406920, 0.0441017, 0.0515749, 0.0670238, 0.1038368, 0.1981828, 0.4798577", \
					  "0.0623771, 0.0672744, 0.0755248, 0.0932558, 0.1279769, 0.2162372, 0.4858734");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002208;
			capacitance : 0.002122;
			fall_capacitance : 0.002035;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023244, -0.0023259, -0.0023292, -0.0023243, -0.0023130, -0.0022869, -0.0022269");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030555, 0.0030534, 0.0030485, 0.0030502, 0.0030539, 0.0030626, 0.0030825");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002248;
			capacitance : 0.002147;
			fall_capacitance : 0.002046;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026396, -0.0026386, -0.0026364, -0.0026358, -0.0026345, -0.0026315, -0.0026245");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029356, 0.0029312, 0.0029212, 0.0029318, 0.0029562, 0.0030125, 0.0031422");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002313;
			capacitance : 0.002173;
			fall_capacitance : 0.002034;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028543, -0.0028541, -0.0028535, -0.0028538, -0.0028544, -0.0028557, -0.0028588");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028528, 0.0028546, 0.0028586, 0.0028592, 0.0028605, 0.0028636, 0.0028707");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002283;
			capacitance : 0.002148;
			fall_capacitance : 0.002012;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023310, -0.0023428, -0.0023700, -0.0023719, -0.0023762, -0.0023861, -0.0024091");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024512, 0.0024535, 0.0024588, 0.0024576, 0.0024549, 0.0024486, 0.0024340");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002286;
			capacitance : 0.002121;
			fall_capacitance : 0.001956;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012265, -0.0012308, -0.0012406, -0.0012397, -0.0012377, -0.0012330, -0.0012221");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018913, 0.0018894, 0.0018848, 0.0018914, 0.0019067, 0.0019417, 0.0020225");
				}
			}
		}
	}
	cell ("scs8hd_a311o_4") {
		area : 20.019200;
		cell_footprint : "a311o";
		cell_leakage_power : 4.284814e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008012";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0282720";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0008011";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0001270";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0008017";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0282720";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007991";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0001270";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0008017";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0015115";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007991";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0001270";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0008002";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0015315";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007991";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0001270";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0008018";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0357435";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007991";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0001270";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007994";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0018105";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007991";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0001270";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007971";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0019346";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007991";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0001270";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007985";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0001646";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007994";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0241881";
			when : "A1&A2&A3&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1) | (C1)";
			max_capacitance : 0.393687;
			max_transition : 1.503602;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0243598, 0.0232380, 0.0201274, 0.0108004, -0.0199255, -0.1219429, -0.4422441", \
					  "0.0239530, 0.0228249, 0.0197312, 0.0106204, -0.0201198, -0.1221884, -0.4424751", \
					  "0.0237064, 0.0225941, 0.0194896, 0.0103701, -0.0203719, -0.1224433, -0.4427130", \
					  "0.0234372, 0.0223148, 0.0192336, 0.0099720, -0.0207510, -0.1227824, -0.4430981", \
					  "0.0228955, 0.0217851, 0.0184976, 0.0095308, -0.0211927, -0.1232539, -0.4434964", \
					  "0.0226316, 0.0215193, 0.0184963, 0.0090980, -0.0215984, -0.1235523, -0.4437148", \
					  "0.0236160, 0.0223632, 0.0186409, 0.0080880, -0.0223609, -0.1239750, -0.4440629");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0242979, 0.0256713, 0.0297644, 0.0418096, 0.0766596, 0.1812145, 0.4996487", \
					  "0.0242281, 0.0255733, 0.0296685, 0.0417124, 0.0765746, 0.1811250, 0.4994847", \
					  "0.0240635, 0.0254512, 0.0295344, 0.0415956, 0.0764505, 0.1811234, 0.4988848", \
					  "0.0239631, 0.0253141, 0.0294256, 0.0414334, 0.0763681, 0.1811671, 0.4986683", \
					  "0.0240168, 0.0253648, 0.0294198, 0.0413513, 0.0762367, 0.1811075, 0.4990760", \
					  "0.0244742, 0.0257622, 0.0296097, 0.0410082, 0.0759349, 0.1807811, 0.4990482", \
					  "0.0251761, 0.0264309, 0.0302650, 0.0418816, 0.0765293, 0.1817007, 0.4976095");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0244594, 0.0258315, 0.0299201, 0.0418875, 0.0767407, 0.1810151, 0.4981157", \
					  "0.0243714, 0.0257242, 0.0297854, 0.0418370, 0.0766346, 0.1809394, 0.4984864", \
					  "0.0242559, 0.0256133, 0.0296992, 0.0416740, 0.0765348, 0.1809549, 0.4979620", \
					  "0.0240656, 0.0254263, 0.0295375, 0.0415336, 0.0763894, 0.1809375, 0.4982640", \
					  "0.0240231, 0.0253785, 0.0294932, 0.0414573, 0.0762941, 0.1809334, 0.4988837", \
					  "0.0247355, 0.0260355, 0.0297630, 0.0412791, 0.0762274, 0.1807376, 0.4986987", \
					  "0.0251140, 0.0264477, 0.0302772, 0.0420165, 0.0768006, 0.1817461, 0.4980250");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0274685, 0.0263629, 0.0233500, 0.0139396, -0.0167908, -0.1191634, -0.4396620", \
					  "0.0274617, 0.0263071, 0.0232312, 0.0138056, -0.0169279, -0.1193128, -0.4398565", \
					  "0.0271514, 0.0260300, 0.0229443, 0.0137346, -0.0171309, -0.1195081, -0.4400571", \
					  "0.0269493, 0.0258318, 0.0227366, 0.0135387, -0.0173262, -0.1196935, -0.4402376", \
					  "0.0267290, 0.0255813, 0.0225380, 0.0132105, -0.0175895, -0.1198845, -0.4403929", \
					  "0.0266663, 0.0254766, 0.0224701, 0.0131009, -0.0176980, -0.1199432, -0.4404290", \
					  "0.0259995, 0.0248621, 0.0217418, 0.0125948, -0.0179696, -0.1200189, -0.4403215");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0221817, 0.0235698, 0.0276192, 0.0393179, 0.0738650, 0.1783799, 0.4964857", \
					  "0.0221358, 0.0235409, 0.0275892, 0.0392826, 0.0738082, 0.1783931, 0.4969447", \
					  "0.0221117, 0.0235119, 0.0275715, 0.0392640, 0.0739310, 0.1785793, 0.4960370", \
					  "0.0217349, 0.0230861, 0.0270861, 0.0388013, 0.0735989, 0.1781922, 0.4958368", \
					  "0.0216860, 0.0229964, 0.0267725, 0.0383900, 0.0729396, 0.1779527, 0.4955319", \
					  "0.0216069, 0.0229288, 0.0268655, 0.0382786, 0.0727985, 0.1772766, 0.4956895", \
					  "0.0217680, 0.0230673, 0.0269432, 0.0385747, 0.0730694, 0.1779626, 0.4944881");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0181354, 0.0170236, 0.0138380, 0.0048271, -0.0260865, -0.1293174, -0.4502356", \
					  "0.0179323, 0.0168256, 0.0136601, 0.0046018, -0.0263125, -0.1295074, -0.4504334", \
					  "0.0176417, 0.0165355, 0.0134099, 0.0043338, -0.0265877, -0.1297697, -0.4506585", \
					  "0.0174325, 0.0163238, 0.0131626, 0.0041242, -0.0268239, -0.1299737, -0.4508264", \
					  "0.0172810, 0.0161566, 0.0129707, 0.0037954, -0.0271044, -0.1302165, -0.4510717", \
					  "0.0171446, 0.0160298, 0.0127317, 0.0035612, -0.0273684, -0.1303507, -0.4510826", \
					  "0.0233760, 0.0221440, 0.0183934, 0.0075201, -0.0271487, -0.1307317, -0.4512024");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0174190, 0.0188551, 0.0230454, 0.0352058, 0.0704602, 0.1746132, 0.4911116", \
					  "0.0174322, 0.0188597, 0.0230556, 0.0351655, 0.0701593, 0.1754877, 0.4941205", \
					  "0.0173176, 0.0187302, 0.0228616, 0.0348755, 0.0698729, 0.1745188, 0.4910167", \
					  "0.0169967, 0.0183412, 0.0223750, 0.0341996, 0.0692346, 0.1752909, 0.4905823", \
					  "0.0167416, 0.0180624, 0.0217522, 0.0334864, 0.0684224, 0.1738967, 0.4918246", \
					  "0.0163974, 0.0176915, 0.0215608, 0.0332031, 0.0679632, 0.1727534, 0.4925824", \
					  "0.0166401, 0.0179364, 0.0216270, 0.0333950, 0.0680620, 0.1725979, 0.4906369");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0177719, 0.0166550, 0.0134886, 0.0044592, -0.0264173, -0.1294994, -0.4503422", \
					  "0.0175017, 0.0164328, 0.0132355, 0.0042880, -0.0266347, -0.1297268, -0.4505521", \
					  "0.0173325, 0.0162142, 0.0129959, 0.0040116, -0.0269014, -0.1299888, -0.4507965", \
					  "0.0170087, 0.0159038, 0.0127277, 0.0036794, -0.0272172, -0.1302694, -0.4510706", \
					  "0.0170343, 0.0159076, 0.0126822, 0.0036113, -0.0273489, -0.1303842, -0.4511652", \
					  "0.0167948, 0.0155791, 0.0122385, 0.0030936, -0.0278645, -0.1307548, -0.4513854", \
					  "0.0238806, 0.0226460, 0.0188779, 0.0076140, -0.0267275, -0.1311230, -0.4513125");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0232215, 0.0245857, 0.0286459, 0.0406823, 0.0756474, 0.1806220, 0.4989941", \
					  "0.0231137, 0.0244849, 0.0285430, 0.0405624, 0.0755548, 0.1805702, 0.4987482", \
					  "0.0229828, 0.0243497, 0.0284173, 0.0404149, 0.0754308, 0.1805989, 0.4981617", \
					  "0.0228205, 0.0241893, 0.0282965, 0.0403633, 0.0753301, 0.1804738, 0.4978515", \
					  "0.0226994, 0.0240316, 0.0280930, 0.0400245, 0.0750070, 0.1800787, 0.4982629", \
					  "0.0236680, 0.0249320, 0.0287414, 0.0400412, 0.0748410, 0.1788792, 0.4977569", \
					  "0.0237254, 0.0249869, 0.0288330, 0.0404947, 0.0747778, 0.1801819, 0.4964211");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001519381, 0.004617039, 0.01403009, 0.0426341, 0.1295549, 0.3936866");
					values("0.0197884, 0.0186670, 0.0156113, 0.0064179, -0.0242395, -0.1264986, -0.4469683", \
					  "0.0198529, 0.0187256, 0.0156788, 0.0063840, -0.0243266, -0.1266107, -0.4470531", \
					  "0.0194429, 0.0184528, 0.0153444, 0.0061207, -0.0245644, -0.1268544, -0.4472754", \
					  "0.0190686, 0.0179368, 0.0148727, 0.0056837, -0.0249471, -0.1272431, -0.4476446", \
					  "0.0186892, 0.0175647, 0.0145091, 0.0053863, -0.0254164, -0.1276639, -0.4480537", \
					  "0.0186398, 0.0174922, 0.0143541, 0.0050665, -0.0256317, -0.1278673, -0.4482061", \
					  "0.0238539, 0.0226468, 0.0190415, 0.0078553, -0.0265053, -0.1281239, -0.4483022");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
					values("0.1147017, 0.1199161, 0.1331490, 0.1653325, 0.2468701, 0.4796447, 1.1810699", \
					  "0.1185069, 0.1237377, 0.1369444, 0.1691011, 0.2506254, 0.4833726, 1.1854836", \
					  "0.1282402, 0.1334727, 0.1466520, 0.1787914, 0.2601925, 0.4929530, 1.1952823", \
					  "0.1516265, 0.1567843, 0.1700418, 0.2020740, 0.2832521, 0.5159196, 1.2180054", \
					  "0.1978674, 0.2030573, 0.2163755, 0.2485728, 0.3298566, 0.5625456, 1.2615811", \
					  "0.2616387, 0.2671822, 0.2809017, 0.3134025, 0.3949925, 0.6283649, 1.3283368", \
					  "0.3259770, 0.3330388, 0.3497418, 0.3862148, 0.4681511, 0.7012792, 1.4008537");
				}
				rise_transition ("del_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("0.0290454, 0.0333775, 0.0456990, 0.0800755, 0.1840096, 0.5087494, 1.5030490", \
					  "0.0290956, 0.0332261, 0.0456976, 0.0800164, 0.1838432, 0.5071485, 1.5004628", \
					  "0.0289836, 0.0330014, 0.0456491, 0.0797147, 0.1837787, 0.5085722, 1.5020362", \
					  "0.0285456, 0.0328767, 0.0450393, 0.0795885, 0.1834787, 0.5089879, 1.5026975", \
					  "0.0294539, 0.0337705, 0.0457794, 0.0801505, 0.1833194, 0.5092639, 1.5009838", \
					  "0.0345914, 0.0383657, 0.0497786, 0.0821919, 0.1847634, 0.5077218, 1.4997854", \
					  "0.0486156, 0.0519099, 0.0628048, 0.0914857, 0.1874340, 0.5108236, 1.4967931");
				}
				cell_fall ("del_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("0.3017957, 0.3067051, 0.3185534, 0.3429974, 0.3893254, 0.4847525, 0.7068672", \
					  "0.3075569, 0.3124908, 0.3242391, 0.3483333, 0.3952880, 0.4908520, 0.7127261", \
					  "0.3207727, 0.3256536, 0.3375213, 0.3619630, 0.4088635, 0.5044367, 0.7252228", \
					  "0.3525090, 0.3573968, 0.3692750, 0.3935643, 0.4402373, 0.5355441, 0.7569112", \
					  "0.4236388, 0.4285181, 0.4403327, 0.4645080, 0.5114529, 0.6067568, 0.8290653", \
					  "0.5772150, 0.5821276, 0.5940189, 0.6183968, 0.6648815, 0.7603361, 0.9827446", \
					  "0.8806318, 0.8861440, 0.8995374, 0.9265564, 0.9769315, 1.0763253, 1.3023845");
				}
				fall_transition ("del_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("0.0412260, 0.0437449, 0.0497262, 0.0640245, 0.0987608, 0.1875753, 0.4402176", \
					  "0.0413705, 0.0438441, 0.0500174, 0.0641801, 0.0980599, 0.1871012, 0.4415946", \
					  "0.0412163, 0.0438554, 0.0497952, 0.0642150, 0.0992220, 0.1869147, 0.4412291", \
					  "0.0412217, 0.0436693, 0.0497445, 0.0640312, 0.0983771, 0.1875112, 0.4409785", \
					  "0.0412200, 0.0437406, 0.0497341, 0.0642215, 0.0982601, 0.1874040, 0.4416649", \
					  "0.0420318, 0.0444989, 0.0505846, 0.0645045, 0.0998922, 0.1877493, 0.4411083", \
					  "0.0495622, 0.0521906, 0.0586270, 0.0732077, 0.1083925, 0.1959986, 0.4469791");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
					values("0.1234670, 0.1286483, 0.1420466, 0.1742534, 0.2555817, 0.4881181, 1.1855885", \
					  "0.1280213, 0.1330978, 0.1464932, 0.1786947, 0.2600432, 0.4926385, 1.1905782", \
					  "0.1379929, 0.1431990, 0.1565438, 0.1887177, 0.2700078, 0.5024854, 1.2007068", \
					  "0.1612793, 0.1664445, 0.1797286, 0.2117248, 0.2929318, 0.5249523, 1.2265873", \
					  "0.2087592, 0.2140219, 0.2273130, 0.2593655, 0.3406240, 0.5728545, 1.2732128", \
					  "0.2798662, 0.2855294, 0.2997096, 0.3329013, 0.4152215, 0.6479984, 1.3472643", \
					  "0.3630306, 0.3702564, 0.3871305, 0.4237601, 0.5068764, 0.7392722, 1.4390181");
				}
				rise_transition ("del_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("0.0291859, 0.0336114, 0.0456548, 0.0799732, 0.1836557, 0.5080736, 1.5025547", \
					  "0.0291027, 0.0335921, 0.0456300, 0.0799778, 0.1837132, 0.5079705, 1.5028490", \
					  "0.0291235, 0.0335163, 0.0455975, 0.0800133, 0.1833692, 0.5090989, 1.4987016", \
					  "0.0287646, 0.0330693, 0.0452369, 0.0794938, 0.1833874, 0.5086110, 1.5005971", \
					  "0.0298403, 0.0337522, 0.0457932, 0.0799244, 0.1833879, 0.5090628, 1.5035874", \
					  "0.0346260, 0.0389227, 0.0502153, 0.0824767, 0.1847122, 0.5079410, 1.5016473", \
					  "0.0454842, 0.0498277, 0.0606328, 0.0910911, 0.1874794, 0.5095695, 1.5002957");
				}
				cell_fall ("del_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("0.3641086, 0.3696981, 0.3828335, 0.4090953, 0.4582724, 0.5558916, 0.7809621", \
					  "0.3684217, 0.3741820, 0.3873709, 0.4137768, 0.4627352, 0.5605225, 0.7853905", \
					  "0.3820576, 0.3876608, 0.4007484, 0.4273368, 0.4762774, 0.5740027, 0.7989315", \
					  "0.4154062, 0.4210294, 0.4341455, 0.4604897, 0.5095671, 0.6071666, 0.8320993", \
					  "0.4916602, 0.4972396, 0.5102935, 0.5368949, 0.5857487, 0.6835827, 0.9083781", \
					  "0.6578516, 0.6634688, 0.6765662, 0.7029863, 0.7519980, 0.8499318, 1.0748268", \
					  "1.0053542, 1.0114859, 1.0257940, 1.0543991, 1.1050494, 1.2062190, 1.4333580");
				}
				fall_transition ("del_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("0.0472463, 0.0500395, 0.0565393, 0.0707614, 0.1034995, 0.1923701, 0.4454668", \
					  "0.0471341, 0.0498604, 0.0559539, 0.0702015, 0.1030294, 0.1912367, 0.4441006", \
					  "0.0470808, 0.0497935, 0.0558502, 0.0702647, 0.1042931, 0.1915249, 0.4439996", \
					  "0.0473131, 0.0496985, 0.0561374, 0.0706308, 0.1045171, 0.1922865, 0.4437530", \
					  "0.0470870, 0.0497980, 0.0558614, 0.0699737, 0.1044498, 0.1920536, 0.4440246", \
					  "0.0472549, 0.0498820, 0.0562555, 0.0705759, 0.1033998, 0.1922170, 0.4447960", \
					  "0.0537639, 0.0565635, 0.0628222, 0.0771402, 0.1112687, 0.1964128, 0.4478775");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
					values("0.1275290, 0.1327225, 0.1460840, 0.1781717, 0.2592594, 0.4904466, 1.1913271", \
					  "0.1315847, 0.1367536, 0.1500761, 0.1822707, 0.2634812, 0.4953152, 1.1923433", \
					  "0.1396771, 0.1448643, 0.1582190, 0.1902906, 0.2714137, 0.5030544, 1.2012127", \
					  "0.1569389, 0.1621218, 0.1754282, 0.2074530, 0.2886256, 0.5202495, 1.2209250", \
					  "0.1926229, 0.1979061, 0.2113436, 0.2435989, 0.3248848, 0.5576519, 1.2555368", \
					  "0.2502116, 0.2558326, 0.2696335, 0.3030268, 0.3851169, 0.6175743, 1.3180573", \
					  "0.3183222, 0.3251665, 0.3418807, 0.3782204, 0.4619941, 0.6951973, 1.3933091");
				}
				rise_transition ("del_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("0.0291335, 0.0334653, 0.0454891, 0.0798186, 0.1838697, 0.5084632, 1.5015901", \
					  "0.0290985, 0.0334380, 0.0456463, 0.0800792, 0.1833369, 0.5089290, 1.5018667", \
					  "0.0290986, 0.0334366, 0.0454214, 0.0799362, 0.1839008, 0.5090657, 1.5021593", \
					  "0.0288341, 0.0332355, 0.0454395, 0.0795138, 0.1837796, 0.5078907, 1.4995490", \
					  "0.0296517, 0.0339312, 0.0460224, 0.0800279, 0.1836093, 0.5086798, 1.5032600", \
					  "0.0327701, 0.0369706, 0.0496213, 0.0824842, 0.1848653, 0.5081092, 1.5036020", \
					  "0.0425193, 0.0469006, 0.0585070, 0.0897049, 0.1875059, 0.5093843, 1.4996911");
				}
				cell_fall ("del_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("0.3977198, 0.4036400, 0.4174501, 0.4446446, 0.4946850, 0.5933993, 0.8182883", \
					  "0.4029575, 0.4088394, 0.4226934, 0.4501263, 0.5001813, 0.5973290, 0.8237656", \
					  "0.4166397, 0.4227055, 0.4364787, 0.4638727, 0.5136696, 0.6125297, 0.8384688", \
					  "0.4522936, 0.4583649, 0.4721613, 0.4996307, 0.5494544, 0.6481982, 0.8741900", \
					  "0.5305729, 0.5364832, 0.5502555, 0.5774468, 0.6275582, 0.7256323, 0.9518939", \
					  "0.6977033, 0.7035886, 0.7175625, 0.7446641, 0.7947893, 0.8935173, 1.1194201", \
					  "1.0531280, 1.0596456, 1.0745455, 1.1035445, 1.1557377, 1.2571335, 1.4827801");
				}
				fall_transition ("del_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("0.0506344, 0.0532718, 0.0597051, 0.0732037, 0.1072728, 0.1948202, 0.4481527", \
					  "0.0506056, 0.0534492, 0.0594168, 0.0731994, 0.1070853, 0.1959669, 0.4471169", \
					  "0.0506368, 0.0532131, 0.0595132, 0.0733716, 0.1074820, 0.1946501, 0.4471967", \
					  "0.0506662, 0.0532365, 0.0595083, 0.0734772, 0.1075547, 0.1947644, 0.4474675", \
					  "0.0505755, 0.0532379, 0.0597919, 0.0731567, 0.1062863, 0.1956447, 0.4478110", \
					  "0.0508429, 0.0535306, 0.0598019, 0.0736096, 0.1076043, 0.1944226, 0.4479614", \
					  "0.0564502, 0.0594012, 0.0654554, 0.0798185, 0.1112539, 0.1983587, 0.4495126");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
					values("0.0586874, 0.0621877, 0.0717117, 0.0978797, 0.1734916, 0.4019479, 1.0958426", \
					  "0.0632051, 0.0667552, 0.0763017, 0.1023351, 0.1783250, 0.4067376, 1.1002467", \
					  "0.0743024, 0.0778060, 0.0873450, 0.1134397, 0.1891672, 0.4178114, 1.1146450", \
					  "0.0959972, 0.0995058, 0.1090963, 0.1354356, 0.2115410, 0.4410954, 1.1343309", \
					  "0.1259312, 0.1297289, 0.1397719, 0.1659721, 0.2422892, 0.4722387, 1.1653555", \
					  "0.1577336, 0.1624246, 0.1740367, 0.2011871, 0.2770929, 0.5072532, 1.2028711", \
					  "0.1690512, 0.1755265, 0.1911783, 0.2236932, 0.3000741, 0.5282410, 1.2226530");
				}
				rise_transition ("del_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("0.0173162, 0.0209513, 0.0323143, 0.0670714, 0.1743307, 0.5004306, 1.4915906", \
					  "0.0173348, 0.0210030, 0.0323062, 0.0670290, 0.1741739, 0.5003853, 1.4904755", \
					  "0.0172455, 0.0209223, 0.0322887, 0.0669710, 0.1743946, 0.4994077, 1.4893520", \
					  "0.0181346, 0.0217056, 0.0327617, 0.0670427, 0.1740697, 0.4992022, 1.4900139", \
					  "0.0209710, 0.0242069, 0.0347024, 0.0682287, 0.1738267, 0.4998371, 1.4902745", \
					  "0.0280607, 0.0313049, 0.0406257, 0.0711648, 0.1747446, 0.4978671, 1.4897608", \
					  "0.0421255, 0.0457777, 0.0557756, 0.0821860, 0.1773624, 0.5029598, 1.4833451");
				}
				cell_fall ("del_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("0.2211704, 0.2255282, 0.2358149, 0.2574139, 0.2997826, 0.3866547, 0.6005467", \
					  "0.2254706, 0.2297354, 0.2401344, 0.2617875, 0.3038772, 0.3917800, 0.6047366", \
					  "0.2383577, 0.2426797, 0.2529906, 0.2744361, 0.3167227, 0.4039423, 0.6177385", \
					  "0.2708730, 0.2751878, 0.2854674, 0.3069287, 0.3488236, 0.4367676, 0.6506159", \
					  "0.3447772, 0.3490351, 0.3593102, 0.3807788, 0.4227501, 0.5108595, 0.7246020", \
					  "0.5073706, 0.5119178, 0.5227943, 0.5451724, 0.5880471, 0.6765714, 0.8901128", \
					  "0.8169102, 0.8224855, 0.8358833, 0.8621155, 0.9118268, 1.0065405, 1.2262766");
				}
				fall_transition ("del_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("0.0337810, 0.0357631, 0.0414521, 0.0551351, 0.0879916, 0.1737652, 0.4293666", \
					  "0.0337177, 0.0360372, 0.0417526, 0.0550015, 0.0880543, 0.1737250, 0.4298863", \
					  "0.0337311, 0.0358044, 0.0416604, 0.0547817, 0.0870599, 0.1739561, 0.4298836", \
					  "0.0335152, 0.0357911, 0.0414664, 0.0547729, 0.0876608, 0.1732181, 0.4302075", \
					  "0.0336349, 0.0358833, 0.0415736, 0.0553183, 0.0873037, 0.1730644, 0.4300864", \
					  "0.0373338, 0.0395655, 0.0450928, 0.0579721, 0.0899363, 0.1743201, 0.4302973", \
					  "0.0506097, 0.0531590, 0.0591250, 0.0745946, 0.1056922, 0.1895706, 0.4375210");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00151938, 0.00461704, 0.0140301, 0.0426341, 0.129555, 0.393687");
					values("0.0548410, 0.0584004, 0.0681706, 0.0950400, 0.1722539, 0.4011708, 1.0957517", \
					  "0.0596529, 0.0632278, 0.0729654, 0.0998131, 0.1768650, 0.4060239, 1.1042998", \
					  "0.0708016, 0.0743486, 0.0839949, 0.1106481, 0.1879498, 0.4171116, 1.1115779", \
					  "0.0915145, 0.0950656, 0.1047666, 0.1314054, 0.2082690, 0.4399040, 1.1392257", \
					  "0.1200274, 0.1239071, 0.1336603, 0.1606137, 0.2372190, 0.4687597, 1.1694513", \
					  "0.1505025, 0.1553752, 0.1669993, 0.1949556, 0.2714414, 0.5014795, 1.1973734", \
					  "0.1612347, 0.1681094, 0.1827644, 0.2177922, 0.2953487, 0.5241131, 1.2200869");
				}
				rise_transition ("del_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("0.0170093, 0.0206371, 0.0318592, 0.0667588, 0.1744330, 0.4984798, 1.4862388", \
					  "0.0170178, 0.0207134, 0.0319666, 0.0667729, 0.1728259, 0.5017063, 1.4980507", \
					  "0.0170460, 0.0207887, 0.0318893, 0.0667281, 0.1731693, 0.4979144, 1.4840988", \
					  "0.0182146, 0.0216936, 0.0326172, 0.0669159, 0.1735364, 0.5035829, 1.4821834", \
					  "0.0214071, 0.0247133, 0.0351070, 0.0679964, 0.1735247, 0.4984514, 1.4955293", \
					  "0.0293310, 0.0325993, 0.0423684, 0.0716572, 0.1753547, 0.4964936, 1.4927489", \
					  "0.0449616, 0.0488590, 0.0608026, 0.0856807, 0.1780618, 0.5024994, 1.4838936");
				}
				cell_fall ("del_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("0.1833509, 0.1876852, 0.1978955, 0.2196773, 0.2617900, 0.3497750, 0.5634644", \
					  "0.1866082, 0.1908720, 0.2012767, 0.2227602, 0.2650741, 0.3530038, 0.5670640", \
					  "0.1976779, 0.2019605, 0.2122228, 0.2337757, 0.2759776, 0.3639763, 0.5779266", \
					  "0.2257260, 0.2300940, 0.2405778, 0.2621448, 0.3041841, 0.3922624, 0.6061687", \
					  "0.2982689, 0.3025312, 0.3128010, 0.3343183, 0.3764057, 0.4644841, 0.6784968", \
					  "0.4620191, 0.4668382, 0.4782982, 0.5017451, 0.5454121, 0.6343521, 0.8478840", \
					  "0.7409963, 0.7477787, 0.7632951, 0.7944523, 0.8493343, 0.9486670, 1.1673914");
				}
				fall_transition ("del_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("0.0337800, 0.0357937, 0.0415533, 0.0549790, 0.0880449, 0.1736469, 0.4308857", \
					  "0.0337211, 0.0360076, 0.0414219, 0.0549125, 0.0880394, 0.1733244, 0.4305631", \
					  "0.0337315, 0.0360460, 0.0415118, 0.0549053, 0.0880418, 0.1732799, 0.4308849", \
					  "0.0337088, 0.0357790, 0.0415130, 0.0552192, 0.0882023, 0.1733987, 0.4302814", \
					  "0.0335194, 0.0357052, 0.0413505, 0.0548355, 0.0880116, 0.1728873, 0.4305643", \
					  "0.0412555, 0.0433477, 0.0488966, 0.0616777, 0.0915397, 0.1751124, 0.4304442", \
					  "0.0635187, 0.0661873, 0.0729270, 0.0873293, 0.1190164, 0.1931271, 0.4375994");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004086;
			capacitance : 0.003936;
			fall_capacitance : 0.003785;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043137, -0.0043189, -0.0043307, -0.0043183, -0.0042900, -0.0042245, -0.0040737");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061661, 0.0061664, 0.0061672, 0.0061673, 0.0061675, 0.0061679, 0.0061689");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003835;
			capacitance : 0.003998;
			rise_capacitance : 0.004161;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051998, -0.0051981, -0.0051942, -0.0051928, -0.0051895, -0.0051821, -0.0051650");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056701, 0.0056669, 0.0056595, 0.0056809, 0.0057300, 0.0058433, 0.0061046");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004307;
			capacitance : 0.004052;
			fall_capacitance : 0.003796;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053003, -0.0053023, -0.0053069, -0.0053068, -0.0053065, -0.0053059, -0.0053044");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053148, 0.0053136, 0.0053110, 0.0053120, 0.0053144, 0.0053198, 0.0053323");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004372;
			capacitance : 0.004065;
			fall_capacitance : 0.003758;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0047733, -0.0048129, -0.0049042, -0.0049119, -0.0049296, -0.0049704, -0.0050644");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054373, 0.0054363, 0.0054339, 0.0054338, 0.0054337, 0.0054334, 0.0054326");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004379;
			capacitance : 0.004052;
			fall_capacitance : 0.003725;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025453, -0.0025425, -0.0025360, -0.0025342, -0.0025300, -0.0025204, -0.0024982");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027127, 0.0027128, 0.0027131, 0.0027263, 0.0027567, 0.0028267, 0.0029882");
				}
			}
		}
	}
	cell ("scs8hd_a311oi_1") {
		area : 8.758400;
		cell_footprint : "a311oi";
		cell_leakage_power : 3.493798e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0052257";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "3.9432853e-05";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.6100688e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003635";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "3.1836092e-05";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "2.6350329e-05";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003635";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "3.1966613e-05";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.6350329e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003635";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "3.2084446e-05";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "2.6350329e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003635";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "4.5495173e-05";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.6350329e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003635";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "3.6060673e-05";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "2.6350329e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003635";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "4.5061868e-05";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.6350329e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003635";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "4.5002247e-05";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "2.6350329e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A2&!B1&!C1) | (!A3&!B1&!C1)";
			max_capacitance : 0.037547;
			max_transition : 1.495840;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0077057, 0.0083911, 0.0097347, 0.0124723, 0.0180784, 0.0294391, 0.0527191", \
					  "0.0075422, 0.0082430, 0.0096251, 0.0123704, 0.0180227, 0.0292929, 0.0524769", \
					  "0.0073481, 0.0080295, 0.0093744, 0.0121716, 0.0178513, 0.0292081, 0.0524141", \
					  "0.0072357, 0.0078953, 0.0092280, 0.0119854, 0.0176138, 0.0290703, 0.0522995", \
					  "0.0071588, 0.0078046, 0.0091150, 0.0118284, 0.0174200, 0.0287839, 0.0521001", \
					  "0.0071503, 0.0077864, 0.0091024, 0.0118043, 0.0173852, 0.0288469, 0.0521232", \
					  "0.0069883, 0.0076905, 0.0090797, 0.0118359, 0.0173277, 0.0286767, 0.0518493");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0039202, 0.0032750, 0.0019771, -0.0007091, -0.0061849, -0.0174907, -0.0408145", \
					  "0.0038624, 0.0032246, 0.0019277, -0.0007516, -0.0062300, -0.0175515, -0.0408618", \
					  "0.0038028, 0.0031663, 0.0018644, -0.0008399, -0.0063018, -0.0175979, -0.0409319", \
					  "0.0036790, 0.0030523, 0.0017505, -0.0009161, -0.0064003, -0.0176885, -0.0410028", \
					  "0.0035623, 0.0029509, 0.0016526, -0.0010283, -0.0064746, -0.0177671, -0.0410675", \
					  "0.0036776, 0.0030202, 0.0017191, -0.0009368, -0.0064740, -0.0178404, -0.0411943", \
					  "0.0037717, 0.0031275, 0.0018237, -0.0008964, -0.0063953, -0.0177699, -0.0412429");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0097400, 0.0103852, 0.0117090, 0.0144202, 0.0199335, 0.0312065, 0.0544254", \
					  "0.0096188, 0.0102796, 0.0116138, 0.0143460, 0.0199049, 0.0311841, 0.0543406", \
					  "0.0094725, 0.0101196, 0.0114583, 0.0141969, 0.0197946, 0.0311420, 0.0543800", \
					  "0.0093538, 0.0100048, 0.0113321, 0.0140631, 0.0196273, 0.0309902, 0.0542807", \
					  "0.0092447, 0.0098822, 0.0112122, 0.0139020, 0.0194880, 0.0308251, 0.0540531", \
					  "0.0091711, 0.0098149, 0.0111215, 0.0138263, 0.0193384, 0.0306875, 0.0538785", \
					  "0.0089375, 0.0096303, 0.0109581, 0.0137093, 0.0192020, 0.0305069, 0.0536571");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0039830, 0.0033471, 0.0020387, -0.0006395, -0.0061211, -0.0174282, -0.0407484", \
					  "0.0039272, 0.0032933, 0.0019858, -0.0006984, -0.0061742, -0.0174803, -0.0408098", \
					  "0.0038693, 0.0032300, 0.0019190, -0.0007640, -0.0062464, -0.0175518, -0.0408784", \
					  "0.0037859, 0.0031577, 0.0018552, -0.0008097, -0.0062984, -0.0175995, -0.0409355", \
					  "0.0037055, 0.0030698, 0.0017696, -0.0009178, -0.0063728, -0.0176281, -0.0409570", \
					  "0.0038738, 0.0032287, 0.0019338, -0.0007489, -0.0063024, -0.0177272, -0.0410247", \
					  "0.0039862, 0.0033463, 0.0020375, -0.0006737, -0.0062145, -0.0175973, -0.0411022");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0118460, 0.0124941, 0.0138285, 0.0165274, 0.0220491, 0.0333350, 0.0565058", \
					  "0.0117737, 0.0124074, 0.0137336, 0.0164472, 0.0220119, 0.0333347, 0.0564644", \
					  "0.0116653, 0.0123200, 0.0136645, 0.0163862, 0.0219561, 0.0332718, 0.0564305", \
					  "0.0116094, 0.0122355, 0.0135696, 0.0162930, 0.0218466, 0.0332348, 0.0564076", \
					  "0.0115274, 0.0121802, 0.0134872, 0.0162043, 0.0217427, 0.0331043, 0.0562954", \
					  "0.0115148, 0.0121637, 0.0134841, 0.0161873, 0.0217160, 0.0330770, 0.0562363", \
					  "0.0113998, 0.0120950, 0.0134636, 0.0162062, 0.0217238, 0.0330636, 0.0562885");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0038871, 0.0032482, 0.0019433, -0.0007416, -0.0062182, -0.0175267, -0.0408561", \
					  "0.0038269, 0.0031900, 0.0018843, -0.0007995, -0.0062781, -0.0175885, -0.0409117", \
					  "0.0037634, 0.0031242, 0.0018155, -0.0008601, -0.0063408, -0.0176453, -0.0409730", \
					  "0.0036949, 0.0030569, 0.0017597, -0.0009057, -0.0063855, -0.0177039, -0.0410368", \
					  "0.0036094, 0.0029725, 0.0016816, -0.0009706, -0.0064301, -0.0177410, -0.0410425", \
					  "0.0038187, 0.0031887, 0.0018908, -0.0008113, -0.0063615, -0.0177745, -0.0410677", \
					  "0.0039455, 0.0033155, 0.0019956, -0.0006919, -0.0062632, -0.0176479, -0.0411242");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0064568, 0.0071079, 0.0085102, 0.0111972, 0.0167658, 0.0282953, 0.0513004", \
					  "0.0062922, 0.0069740, 0.0083160, 0.0110576, 0.0167122, 0.0280331, 0.0514153", \
					  "0.0062011, 0.0068652, 0.0082243, 0.0109146, 0.0165013, 0.0279768, 0.0512929", \
					  "0.0061493, 0.0067853, 0.0081094, 0.0108317, 0.0164012, 0.0278294, 0.0510530", \
					  "0.0060850, 0.0067323, 0.0080567, 0.0107712, 0.0162580, 0.0275900, 0.0512820", \
					  "0.0060520, 0.0067064, 0.0080179, 0.0107461, 0.0162575, 0.0275946, 0.0511124", \
					  "0.0058122, 0.0064458, 0.0077934, 0.0106605, 0.0161999, 0.0276116, 0.0510117");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0022693, 0.0016349, 0.0003387, -0.0023333, -0.0078529, -0.0192280, -0.0426393", \
					  "0.0022560, 0.0016244, 0.0003122, -0.0023422, -0.0078567, -0.0192273, -0.0426349", \
					  "0.0022195, 0.0016002, 0.0003286, -0.0023447, -0.0078405, -0.0192011, -0.0425957", \
					  "0.0021609, 0.0015193, 0.0002141, -0.0024243, -0.0078981, -0.0192263, -0.0426455", \
					  "0.0020957, 0.0014793, 0.0001970, -0.0024559, -0.0079451, -0.0193072, -0.0426427", \
					  "0.0021070, 0.0014737, 0.0001539, -0.0025528, -0.0080320, -0.0193422, -0.0427513", \
					  "0.0021841, 0.0015464, 0.0002287, -0.0024932, -0.0080143, -0.0192989, -0.0426902");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0057626, 0.0064461, 0.0078171, 0.0105812, 0.0161841, 0.0275250, 0.0507306", \
					  "0.0055819, 0.0062494, 0.0076254, 0.0104028, 0.0160276, 0.0275017, 0.0508364", \
					  "0.0054777, 0.0061431, 0.0074645, 0.0101921, 0.0158509, 0.0273576, 0.0507441", \
					  "0.0053859, 0.0059999, 0.0073631, 0.0100979, 0.0156371, 0.0271956, 0.0504030", \
					  "0.0053097, 0.0059718, 0.0073697, 0.0100874, 0.0156088, 0.0270307, 0.0502228", \
					  "0.0055362, 0.0061653, 0.0074546, 0.0099277, 0.0154845, 0.0268485, 0.0502371", \
					  "0.0056009, 0.0062195, 0.0074958, 0.0101850, 0.0157233, 0.0269131, 0.0499539");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001026999, 0.002109455, 0.004332817, 0.0088996, 0.01827977, 0.03754661");
					values("0.0002149, -0.0004109, -0.0017080, -0.0043924, -0.0099224, -0.0213195, -0.0447529", \
					  "0.0001239, -0.0004821, -0.0017496, -0.0044037, -0.0099060, -0.0212890, -0.0447077", \
					  "-2.3700000e-05, -0.0006134, -0.0018478, -0.0044551, -0.0099334, -0.0212805, -0.0446815", \
					  "-0.0001581, -0.0007508, -0.0019858, -0.0046097, -0.0100272, -0.0213231, -0.0446930", \
					  "-0.0003337, -0.0009372, -0.0021687, -0.0047657, -0.0101651, -0.0214640, -0.0447725", \
					  "-0.0003524, -0.0009759, -0.0022905, -0.0049021, -0.0102965, -0.0215301, -0.0448632", \
					  "-0.0001776, -0.0008226, -0.0019183, -0.0047244, -0.0104309, -0.0217682, -0.0450115");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.1572208, 0.1720747, 0.2021656, 0.2630449, 0.3846890, 0.6327184, 1.1399444", \
					  "0.1610258, 0.1760505, 0.2059730, 0.2670570, 0.3904735, 0.6371295, 1.1446495", \
					  "0.1737941, 0.1880306, 0.2181410, 0.2793273, 0.4039331, 0.6514983, 1.1598770", \
					  "0.2089100, 0.2233949, 0.2528834, 0.3131793, 0.4364069, 0.6845529, 1.1965857", \
					  "0.2866040, 0.3007478, 0.3300046, 0.3891403, 0.5104824, 0.7621637, 1.2685051", \
					  "0.4419650, 0.4592362, 0.4923094, 0.5554928, 0.6770633, 0.9265032, 1.4380205", \
					  "0.7382980, 0.7624287, 0.8066335, 0.8897124, 1.0369831, 1.3003929, 1.8110299");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.1015981, 0.1202421, 0.1574469, 0.2346899, 0.3947467, 0.7204702, 1.3886888", \
					  "0.1014917, 0.1200185, 0.1584699, 0.2350096, 0.3969987, 0.7163921, 1.3812459", \
					  "0.1016408, 0.1199898, 0.1575990, 0.2346682, 0.3945075, 0.7160769, 1.3814493", \
					  "0.1015571, 0.1198616, 0.1570755, 0.2352341, 0.3945206, 0.7182029, 1.3815818", \
					  "0.1028584, 0.1207322, 0.1576648, 0.2346758, 0.3944863, 0.7162684, 1.3809252", \
					  "0.1249978, 0.1422656, 0.1766328, 0.2471046, 0.3979690, 0.7264123, 1.3856948", \
					  "0.1807047, 0.2000129, 0.2396164, 0.3164533, 0.4577818, 0.7476167, 1.3855826");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0285560, 0.0319547, 0.0387055, 0.0517696, 0.0770115, 0.1263791, 0.2248486", \
					  "0.0326940, 0.0360577, 0.0427440, 0.0557003, 0.0809131, 0.1301940, 0.2286920", \
					  "0.0436635, 0.0466741, 0.0529059, 0.0652068, 0.0901274, 0.1393460, 0.2378451", \
					  "0.0623862, 0.0665500, 0.0746072, 0.0887525, 0.1124650, 0.1610522, 0.2591817", \
					  "0.0852771, 0.0915192, 0.1028575, 0.1231967, 0.1580006, 0.2138710, 0.3114704", \
					  "0.1025992, 0.1141138, 0.1316907, 0.1624250, 0.2142265, 0.2973782, 0.4225794", \
					  "0.0922855, 0.1068630, 0.1342531, 0.1823050, 0.2629374, 0.3898449, 0.5846615");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0306133, 0.0344427, 0.0421931, 0.0577077, 0.0882816, 0.1501602, 0.2783146", \
					  "0.0294887, 0.0335474, 0.0415768, 0.0570977, 0.0881442, 0.1507204, 0.2769674", \
					  "0.0310849, 0.0343774, 0.0416915, 0.0564184, 0.0875342, 0.1498063, 0.2771195", \
					  "0.0431350, 0.0459782, 0.0527894, 0.0644764, 0.0912731, 0.1504840, 0.2777074", \
					  "0.0637282, 0.0709266, 0.0794807, 0.0932464, 0.1203719, 0.1689813, 0.2823301", \
					  "0.1049433, 0.1115327, 0.1245058, 0.1463416, 0.1834164, 0.2458312, 0.3485795", \
					  "0.1755583, 0.1868166, 0.2070272, 0.2419404, 0.2994183, 0.3843171, 0.5194281");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.1992754, 0.2145472, 0.2454834, 0.3083445, 0.4368051, 0.6990195, 1.2364472", \
					  "0.2033580, 0.2190673, 0.2501819, 0.3135198, 0.4424646, 0.7054572, 1.2436887", \
					  "0.2163641, 0.2313011, 0.2625288, 0.3262170, 0.4557606, 0.7194362, 1.2579416", \
					  "0.2509781, 0.2662540, 0.2971079, 0.3604343, 0.4899533, 0.7541553, 1.2932218", \
					  "0.3264777, 0.3416761, 0.3726254, 0.4356591, 0.5643630, 0.8280102, 1.3680582", \
					  "0.4834764, 0.5004458, 0.5335665, 0.5979348, 0.7261270, 0.9890275, 1.5277715", \
					  "0.7867995, 0.8090193, 0.8510559, 0.9316136, 1.0796848, 1.3523737, 1.8911597");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.1359006, 0.1556555, 0.1953066, 0.2778247, 0.4455835, 0.7890835, 1.4956002", \
					  "0.1358178, 0.1556451, 0.1953314, 0.2775756, 0.4457125, 0.7894496, 1.4944457", \
					  "0.1359328, 0.1554001, 0.1958736, 0.2777545, 0.4456303, 0.7904555, 1.4947772", \
					  "0.1358976, 0.1554857, 0.1957187, 0.2779211, 0.4453512, 0.7894623, 1.4933832", \
					  "0.1361909, 0.1557981, 0.1955872, 0.2776209, 0.4455786, 0.7888871, 1.4951037", \
					  "0.1535078, 0.1719509, 0.2086646, 0.2861141, 0.4480724, 0.7887169, 1.4929437", \
					  "0.2072361, 0.2275196, 0.2674430, 0.3458480, 0.4983279, 0.8147159, 1.4958405");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0339003, 0.0373144, 0.0439465, 0.0569424, 0.0821782, 0.1315207, 0.2300881", \
					  "0.0384277, 0.0417870, 0.0484224, 0.0613625, 0.0864812, 0.1357926, 0.2341989", \
					  "0.0491446, 0.0523741, 0.0588114, 0.0715586, 0.0965954, 0.1458219, 0.2443599", \
					  "0.0691076, 0.0731327, 0.0807917, 0.0949231, 0.1200618, 0.1695970, 0.2680798", \
					  "0.0974724, 0.1032685, 0.1141280, 0.1335772, 0.1665824, 0.2221296, 0.3225764", \
					  "0.1290073, 0.1376617, 0.1537195, 0.1828336, 0.2324004, 0.3119206, 0.4363205", \
					  "0.1404558, 0.1543046, 0.1803037, 0.2266484, 0.3043491, 0.4270099, 0.6133906");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0300658, 0.0339606, 0.0417357, 0.0571809, 0.0881582, 0.1505560, 0.2771765", \
					  "0.0296466, 0.0336373, 0.0414362, 0.0568347, 0.0879630, 0.1503601, 0.2775832", \
					  "0.0306402, 0.0342431, 0.0415239, 0.0565935, 0.0875900, 0.1498047, 0.2771060", \
					  "0.0393269, 0.0431784, 0.0495731, 0.0619805, 0.0898557, 0.1499012, 0.2772231", \
					  "0.0592668, 0.0632479, 0.0709509, 0.0848712, 0.1119035, 0.1630537, 0.2809210", \
					  "0.0940495, 0.1002638, 0.1110819, 0.1306817, 0.1650534, 0.2230449, 0.3259626", \
					  "0.1598482, 0.1688504, 0.1856849, 0.2143843, 0.2634511, 0.3410155, 0.4690652");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.2111524, 0.2258052, 0.2552214, 0.3143489, 0.4346637, 0.6807024, 1.1842712", \
					  "0.2168538, 0.2316415, 0.2601236, 0.3199532, 0.4403802, 0.6864696, 1.1902789", \
					  "0.2309133, 0.2452969, 0.2749755, 0.3348973, 0.4556065, 0.7018634, 1.2060803", \
					  "0.2648076, 0.2795904, 0.3080400, 0.3680345, 0.4887119, 0.7356670, 1.2404037", \
					  "0.3352995, 0.3491749, 0.3791236, 0.4380882, 0.5591602, 0.8059425, 1.3104368", \
					  "0.4821221, 0.4979490, 0.5287888, 0.5893291, 0.7096911, 0.9561957, 1.4605669", \
					  "0.7634341, 0.7816457, 0.8216567, 0.8948792, 1.0350111, 1.2934922, 1.7980106");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.1495842, 0.1680965, 0.2062952, 0.2834238, 0.4406845, 0.7643017, 1.4258440", \
					  "0.1495618, 0.1682693, 0.2059660, 0.2833775, 0.4413264, 0.7641821, 1.4264430", \
					  "0.1496299, 0.1681078, 0.2059652, 0.2840255, 0.4415780, 0.7643833, 1.4264758", \
					  "0.1495305, 0.1682985, 0.2059609, 0.2833493, 0.4412059, 0.7655780, 1.4254506", \
					  "0.1500058, 0.1684561, 0.2063719, 0.2832531, 0.4424531, 0.7644019, 1.4258518", \
					  "0.1672776, 0.1849303, 0.2197210, 0.2926763, 0.4454180, 0.7649099, 1.4267205", \
					  "0.2192796, 0.2382443, 0.2770010, 0.3519864, 0.4975174, 0.7946352, 1.4319006");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0372137, 0.0405394, 0.0472027, 0.0601587, 0.0853007, 0.1346414, 0.2330524", \
					  "0.0417371, 0.0450539, 0.0516760, 0.0645943, 0.0897415, 0.1390584, 0.2375035", \
					  "0.0514885, 0.0547498, 0.0612370, 0.0740366, 0.0990861, 0.1483928, 0.2467528", \
					  "0.0707900, 0.0745219, 0.0817944, 0.0951912, 0.1202299, 0.1693884, 0.2679513", \
					  "0.1005777, 0.1057487, 0.1154364, 0.1328366, 0.1633425, 0.2165518, 0.3166060", \
					  "0.1377833, 0.1455226, 0.1597502, 0.1860519, 0.2303887, 0.3023432, 0.4201213", \
					  "0.1648187, 0.1772870, 0.2008399, 0.2423012, 0.3119480, 0.4222866, 0.5910485");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0298414, 0.0336660, 0.0415881, 0.0571103, 0.0877675, 0.1504194, 0.2778124", \
					  "0.0295848, 0.0334555, 0.0413226, 0.0567630, 0.0878242, 0.1505614, 0.2768942", \
					  "0.0298667, 0.0335238, 0.0411628, 0.0564861, 0.0876848, 0.1502901, 0.2776784", \
					  "0.0362797, 0.0396447, 0.0464073, 0.0596744, 0.0887782, 0.1500580, 0.2779720", \
					  "0.0536763, 0.0570754, 0.0639860, 0.0787751, 0.1050568, 0.1594274, 0.2796737", \
					  "0.0868289, 0.0918071, 0.1011953, 0.1193395, 0.1506788, 0.2067893, 0.3133841", \
					  "0.1498671, 0.1569298, 0.1707266, 0.1965647, 0.2397460, 0.3098575, 0.4307210");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0965447, 0.1077033, 0.1304076, 0.1760189, 0.2701482, 0.4594410, 0.8418284", \
					  "0.1008635, 0.1119741, 0.1348541, 0.1810663, 0.2740078, 0.4619026, 0.8491072", \
					  "0.1153005, 0.1260729, 0.1483605, 0.1945822, 0.2868851, 0.4776862, 0.8677728", \
					  "0.1497317, 0.1606240, 0.1828756, 0.2281657, 0.3208039, 0.5128634, 0.8957174", \
					  "0.2260685, 0.2381028, 0.2605450, 0.3055374, 0.3979626, 0.5861200, 0.9773848", \
					  "0.3721018, 0.3892928, 0.4208563, 0.4800803, 0.5777985, 0.7669496, 1.1532176", \
					  "0.6389505, 0.6667985, 0.7204725, 0.8064200, 0.9478408, 1.1790263, 1.5712430");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0753543, 0.0893362, 0.1192562, 0.1778378, 0.3008943, 0.5613237, 1.0654594", \
					  "0.0752098, 0.0894207, 0.1180819, 0.1776208, 0.3011552, 0.5505376, 1.0616401", \
					  "0.0752430, 0.0896448, 0.1192403, 0.1776584, 0.2992695, 0.5487552, 1.0749274", \
					  "0.0754096, 0.0895500, 0.1181843, 0.1783663, 0.3026085, 0.5571276, 1.0648888", \
					  "0.0856709, 0.0980494, 0.1240573, 0.1799455, 0.2995983, 0.5490421, 1.0794150", \
					  "0.1254924, 0.1383953, 0.1645998, 0.2146995, 0.3168246, 0.5520463, 1.0759018", \
					  "0.2113045, 0.2284131, 0.2615314, 0.3170331, 0.4197887, 0.6202011, 1.0858885");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0171491, 0.0188013, 0.0220864, 0.0285907, 0.0414536, 0.0674315, 0.1202909", \
					  "0.0220070, 0.0236032, 0.0267063, 0.0331540, 0.0460382, 0.0719888, 0.1248712", \
					  "0.0312241, 0.0333862, 0.0374321, 0.0441672, 0.0569072, 0.0827790, 0.1355675", \
					  "0.0428486, 0.0461248, 0.0522435, 0.0629810, 0.0806645, 0.1086865, 0.1601230", \
					  "0.0543720, 0.0595171, 0.0688778, 0.0854787, 0.1128341, 0.1555978, 0.2200115", \
					  "0.0557339, 0.0639471, 0.0785146, 0.1061790, 0.1491513, 0.2154821, 0.3138126", \
					  "0.0162987, 0.0304760, 0.0563473, 0.1002227, 0.1704629, 0.2752188, 0.4301032");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0125048, 0.0144412, 0.0184367, 0.0265329, 0.0430852, 0.0769876, 0.1469445", \
					  "0.0129961, 0.0147151, 0.0184579, 0.0263712, 0.0430472, 0.0769883, 0.1470099", \
					  "0.0183462, 0.0199865, 0.0229539, 0.0295681, 0.0440225, 0.0770281, 0.1470820", \
					  "0.0293481, 0.0316995, 0.0360960, 0.0443321, 0.0567624, 0.0838712, 0.1481786", \
					  "0.0483523, 0.0520182, 0.0597696, 0.0715475, 0.0896292, 0.1195869, 0.1707566", \
					  "0.0848773, 0.0911194, 0.1026657, 0.1186535, 0.1467875, 0.1912449, 0.2582583", \
					  "0.1544298, 0.1642921, 0.1813552, 0.2089651, 0.2519406, 0.3165793, 0.4131696");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0713483, 0.0829231, 0.1055486, 0.1515892, 0.2450579, 0.4326659, 0.8182269", \
					  "0.0741205, 0.0853440, 0.1081209, 0.1542533, 0.2474417, 0.4375980, 0.8230914", \
					  "0.0857446, 0.0966345, 0.1187368, 0.1640392, 0.2584313, 0.4517541, 0.8382242", \
					  "0.1150202, 0.1253057, 0.1473756, 0.1935651, 0.2868664, 0.4755018, 0.8609831", \
					  "0.1834474, 0.1977115, 0.2205854, 0.2651358, 0.3569370, 0.5450049, 0.9333420", \
					  "0.2965543, 0.3174083, 0.3548849, 0.4224256, 0.5270887, 0.7128770, 1.0972109", \
					  "0.4959991, 0.5289855, 0.5881275, 0.6897519, 0.8505416, 1.1018044, 1.4857537");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0749848, 0.0892622, 0.1180472, 0.1778848, 0.3020248, 0.5523645, 1.0637226", \
					  "0.0747453, 0.0888793, 0.1180067, 0.1775196, 0.2997165, 0.5496411, 1.0630616", \
					  "0.0743457, 0.0888743, 0.1181366, 0.1774322, 0.2994147, 0.5531354, 1.0687267", \
					  "0.0767331, 0.0898708, 0.1176266, 0.1774239, 0.3009662, 0.5572811, 1.0635861", \
					  "0.1032815, 0.1138096, 0.1362493, 0.1863981, 0.3007033, 0.5507207, 1.0605758", \
					  "0.1632741, 0.1774167, 0.2034020, 0.2486663, 0.3382659, 0.5614408, 1.0742472", \
					  "0.2689762, 0.2907465, 0.3287021, 0.3931108, 0.5008894, 0.6835544, 1.1054072");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0150382, 0.0166109, 0.0197988, 0.0260961, 0.0391098, 0.0655798, 0.1198496", \
					  "0.0198090, 0.0214130, 0.0246091, 0.0308864, 0.0438464, 0.0703987, 0.1246101", \
					  "0.0272736, 0.0298555, 0.0344132, 0.0421079, 0.0552262, 0.0817813, 0.1361111", \
					  "0.0363020, 0.0403409, 0.0474957, 0.0594840, 0.0786948, 0.1079525, 0.1618795", \
					  "0.0441484, 0.0505774, 0.0619493, 0.0810755, 0.1109662, 0.1557705, 0.2220750", \
					  "0.0411246, 0.0502705, 0.0695949, 0.1003258, 0.1473254, 0.2174133, 0.3206474", \
					  "-0.0048428, 0.0132808, 0.0434814, 0.0957002, 0.1739864, 0.2879874, 0.4480772");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001027, 0.00210945, 0.00433282, 0.0088996, 0.0182798, 0.0375466");
					values("0.0098164, 0.0118414, 0.0159253, 0.0242015, 0.0414088, 0.0762175, 0.1486460", \
					  "0.0108941, 0.0125806, 0.0162604, 0.0242176, 0.0411069, 0.0762087, 0.1484147", \
					  "0.0170372, 0.0187040, 0.0219012, 0.0279599, 0.0430853, 0.0767601, 0.1495936", \
					  "0.0282934, 0.0304527, 0.0350698, 0.0432372, 0.0565275, 0.0838486, 0.1489877", \
					  "0.0487934, 0.0526138, 0.0592090, 0.0711243, 0.0897049, 0.1197594, 0.1720343", \
					  "0.0894653, 0.0948065, 0.1038364, 0.1216574, 0.1510157, 0.1953800, 0.2613610", \
					  "0.1666783, 0.1758567, 0.1922085, 0.2182402, 0.2594541, 0.3213725, 0.4208938");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002143;
			capacitance : 0.002218;
			rise_capacitance : 0.002294;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024632, -0.0024655, -0.0024709, -0.0024667, -0.0024569, -0.0024343, -0.0023822");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030865, 0.0030880, 0.0030915, 0.0030904, 0.0030879, 0.0030822, 0.0030690");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002106;
			capacitance : 0.002186;
			rise_capacitance : 0.002267;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025697, -0.0025690, -0.0025673, -0.0025669, -0.0025661, -0.0025642, -0.0025597");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029557, 0.0029487, 0.0029326, 0.0029437, 0.0029693, 0.0030284, 0.0031646");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002046;
			capacitance : 0.002145;
			rise_capacitance : 0.002244;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026428, -0.0026461, -0.0026538, -0.0026542, -0.0026554, -0.0026580, -0.0026640");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026449, 0.0026479, 0.0026548, 0.0026538, 0.0026515, 0.0026462, 0.0026341");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002084;
			capacitance : 0.002211;
			rise_capacitance : 0.002337;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023986, -0.0024240, -0.0024825, -0.0024852, -0.0024915, -0.0025059, -0.0025391");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025842, 0.0025822, 0.0025774, 0.0025776, 0.0025781, 0.0025791, 0.0025815");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002017;
			capacitance : 0.002172;
			rise_capacitance : 0.002328;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012384, -0.0012374, -0.0012349, -0.0012348, -0.0012344, -0.0012336, -0.0012317");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018412, 0.0018389, 0.0018337, 0.0018395, 0.0018530, 0.0018839, 0.0019553");
				}
			}
		}
	}
	cell ("scs8hd_a311oi_2") {
		area : 15.014400;
		cell_footprint : "a311oi";
		cell_leakage_power : 1.480102e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007233";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0171067";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007210";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "4.8056441e-05";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007234";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0171067";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007232";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "4.8056441e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007233";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "7.0625092e-05";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007210";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "4.8056441e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007233";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "9.1164659e-05";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007210";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "4.8056441e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007233";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0002846";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007210";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "4.8056435e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007233";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003162";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007210";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "4.8056435e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007233";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003619";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007210";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "4.8056089e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007203";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "8.7986943e-05";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007211";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "4.6953279e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A2&!B1&!C1) | (!A3&!B1&!C1)";
			max_capacitance : 0.071421;
			max_transition : 1.488161;
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0241132, 0.0248970, 0.0266861, 0.0307820, 0.0401101, 0.0613465, 0.1096478", \
					  "0.0239142, 0.0247140, 0.0265130, 0.0306627, 0.0399473, 0.0611698, 0.1096409", \
					  "0.0237240, 0.0244897, 0.0263228, 0.0304383, 0.0398508, 0.0610613, 0.1094642", \
					  "0.0235318, 0.0243261, 0.0260986, 0.0302822, 0.0396800, 0.0609530, 0.1093533", \
					  "0.0233274, 0.0241196, 0.0259307, 0.0300765, 0.0394641, 0.0607394, 0.1093077", \
					  "0.0232697, 0.0240720, 0.0258712, 0.0299649, 0.0393452, 0.0605635, 0.1091261", \
					  "0.0231414, 0.0239391, 0.0257389, 0.0299648, 0.0393146, 0.0604758, 0.1088904");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0081505, 0.0073744, 0.0055911, 0.0015336, -0.0077173, -0.0288492, -0.0774563", \
					  "0.0080364, 0.0072619, 0.0054767, 0.0014203, -0.0078286, -0.0289634, -0.0775707", \
					  "0.0079032, 0.0071238, 0.0053512, 0.0012844, -0.0079572, -0.0291150, -0.0777073", \
					  "0.0077670, 0.0070016, 0.0052173, 0.0011752, -0.0080911, -0.0292272, -0.0778212", \
					  "0.0076361, 0.0068589, 0.0050975, 0.0010947, -0.0081038, -0.0292054, -0.0778672", \
					  "0.0078363, 0.0070210, 0.0052441, 0.0011961, -0.0081809, -0.0293764, -0.0778982", \
					  "0.0081262, 0.0073724, 0.0055942, 0.0014806, -0.0077903, -0.0292188, -0.0780753");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0122667, 0.0131001, 0.0150282, 0.0191766, 0.0285637, 0.0499253, 0.0985081", \
					  "0.0119250, 0.0127700, 0.0146548, 0.0188623, 0.0283854, 0.0496239, 0.0986038", \
					  "0.0117309, 0.0125413, 0.0144061, 0.0185154, 0.0280926, 0.0495622, 0.0982677", \
					  "0.0116201, 0.0124190, 0.0142032, 0.0183306, 0.0276780, 0.0490675, 0.0977850", \
					  "0.0114432, 0.0122418, 0.0140359, 0.0181521, 0.0275860, 0.0490236, 0.0979093", \
					  "0.0114675, 0.0122662, 0.0140627, 0.0181096, 0.0275041, 0.0487222, 0.0978073", \
					  "0.0110221, 0.0118111, 0.0136179, 0.0180453, 0.0274165, 0.0484835, 0.0976115");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0048792, 0.0041027, 0.0023231, -0.0016970, -0.0109297, -0.0321874, -0.0809656", \
					  "0.0047990, 0.0040247, 0.0022716, -0.0017525, -0.0109824, -0.0322158, -0.0809931", \
					  "0.0046695, 0.0039192, 0.0021844, -0.0018096, -0.0109997, -0.0322395, -0.0809728", \
					  "0.0044601, 0.0037031, 0.0019636, -0.0020119, -0.0111749, -0.0323772, -0.0810700", \
					  "0.0044616, 0.0037320, 0.0020103, -0.0019570, -0.0111732, -0.0324797, -0.0810985", \
					  "0.0045752, 0.0037976, 0.0020481, -0.0021439, -0.0113527, -0.0325056, -0.0813036", \
					  "0.0048548, 0.0040613, 0.0022439, -0.0018349, -0.0111840, -0.0324203, -0.0811932");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0106658, 0.0114960, 0.0133723, 0.0176065, 0.0270357, 0.0482727, 0.0967458", \
					  "0.0102550, 0.0111039, 0.0129691, 0.0172455, 0.0267286, 0.0482449, 0.0970872", \
					  "0.0099886, 0.0108155, 0.0126940, 0.0169036, 0.0263028, 0.0479361, 0.0972334", \
					  "0.0099522, 0.0107482, 0.0125993, 0.0167316, 0.0259340, 0.0475350, 0.0964341", \
					  "0.0097313, 0.0105220, 0.0123262, 0.0164178, 0.0258253, 0.0469475, 0.0955721", \
					  "0.0099976, 0.0107790, 0.0125974, 0.0166898, 0.0259853, 0.0473369, 0.0957209", \
					  "0.0101987, 0.0109248, 0.0126573, 0.0166017, 0.0260251, 0.0470217, 0.0952515");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0001660, -0.0005974, -0.0023613, -0.0064175, -0.0157285, -0.0370748, -0.0859547", \
					  "-3.0900000e-05, -0.0007645, -0.0024757, -0.0064525, -0.0156883, -0.0369972, -0.0858498", \
					  "-0.0003520, -0.0010525, -0.0027163, -0.0066092, -0.0157318, -0.0369658, -0.0857717", \
					  "-0.0005524, -0.0012646, -0.0029345, -0.0068739, -0.0159078, -0.0370495, -0.0857639", \
					  "-0.0008482, -0.0016009, -0.0032662, -0.0070964, -0.0161388, -0.0372772, -0.0858654", \
					  "-0.0008736, -0.0016486, -0.0033633, -0.0073131, -0.0164104, -0.0374269, -0.0860713", \
					  "-0.0005192, -0.0013349, -0.0031571, -0.0073301, -0.0162757, -0.0377944, -0.0863272");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0152436, 0.0160858, 0.0179520, 0.0221341, 0.0315182, 0.0527294, 0.1010050", \
					  "0.0148988, 0.0157527, 0.0176254, 0.0219139, 0.0314200, 0.0526889, 0.1014656", \
					  "0.0144871, 0.0153551, 0.0172685, 0.0214831, 0.0310529, 0.0524955, 0.1009222", \
					  "0.0142253, 0.0150351, 0.0168551, 0.0210396, 0.0306186, 0.0521660, 0.1013722", \
					  "0.0140047, 0.0147985, 0.0166225, 0.0207103, 0.0301360, 0.0515902, 0.1006949", \
					  "0.0139388, 0.0147452, 0.0165459, 0.0206010, 0.0299875, 0.0513928, 0.1002837", \
					  "0.0134011, 0.0142890, 0.0163392, 0.0204877, 0.0299195, 0.0510388, 0.0995159");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0079064, 0.0071219, 0.0053600, 0.0012962, -0.0079524, -0.0290871, -0.0776981", \
					  "0.0077733, 0.0070016, 0.0052212, 0.0011812, -0.0080538, -0.0291972, -0.0778238", \
					  "0.0076661, 0.0068968, 0.0051096, 0.0010317, -0.0082091, -0.0293390, -0.0779561", \
					  "0.0073925, 0.0066167, 0.0048559, 0.0008944, -0.0083529, -0.0294922, -0.0781214", \
					  "0.0070536, 0.0062901, 0.0046132, 0.0006377, -0.0085303, -0.0296047, -0.0781850", \
					  "0.0072566, 0.0064694, 0.0046996, 0.0006022, -0.0087903, -0.0298994, -0.0783260", \
					  "0.0075326, 0.0067456, 0.0049619, 0.0008686, -0.0084019, -0.0297568, -0.0785945");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0195224, 0.0203186, 0.0220964, 0.0262091, 0.0354974, 0.0566765, 0.1049265", \
					  "0.0192911, 0.0200976, 0.0219026, 0.0260486, 0.0354055, 0.0566283, 0.1049012", \
					  "0.0190505, 0.0198461, 0.0216700, 0.0258343, 0.0352325, 0.0565036, 0.1048296", \
					  "0.0187526, 0.0195527, 0.0213684, 0.0255138, 0.0349176, 0.0562747, 0.1047478", \
					  "0.0185262, 0.0193111, 0.0211091, 0.0252148, 0.0345800, 0.0559334, 0.1043562", \
					  "0.0183943, 0.0191914, 0.0209562, 0.0250419, 0.0343729, 0.0556659, 0.1040715", \
					  "0.0179795, 0.0188119, 0.0206146, 0.0248001, 0.0340656, 0.0552197, 0.1035937");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0083018, 0.0075212, 0.0057404, 0.0016721, -0.0075689, -0.0287207, -0.0773096", \
					  "0.0081961, 0.0074251, 0.0056421, 0.0015872, -0.0076569, -0.0287953, -0.0774233", \
					  "0.0080872, 0.0072906, 0.0055094, 0.0014491, -0.0077893, -0.0289246, -0.0775350", \
					  "0.0079405, 0.0071764, 0.0054033, 0.0013672, -0.0078912, -0.0290673, -0.0776486", \
					  "0.0077994, 0.0070384, 0.0052844, 0.0012766, -0.0078902, -0.0290647, -0.0776376", \
					  "0.0079476, 0.0071715, 0.0053791, 0.0013051, -0.0081590, -0.0292021, -0.0777462", \
					  "0.0082220, 0.0074617, 0.0056797, 0.0016332, -0.0076290, -0.0291086, -0.0779598");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.1581489, 0.1682778, 0.1906435, 0.2399795, 0.3503236, 0.5998981, 1.1673141", \
					  "0.1615200, 0.1713217, 0.1941141, 0.2446264, 0.3557616, 0.6060848, 1.1830427", \
					  "0.1739739, 0.1840453, 0.2059192, 0.2566040, 0.3683342, 0.6201321, 1.1900454", \
					  "0.2068635, 0.2164749, 0.2384114, 0.2879856, 0.4004968, 0.6529142, 1.2263512", \
					  "0.2802679, 0.2895939, 0.3112397, 0.3598051, 0.4701394, 0.7217707, 1.2964275", \
					  "0.4239530, 0.4349051, 0.4593247, 0.5128629, 0.6248182, 0.8765607, 1.4508488", \
					  "0.6930094, 0.7082143, 0.7408466, 0.8096893, 0.9455806, 1.2182930, 1.7911873");
				}
				rise_transition ("del_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("0.0934051, 0.1055466, 0.1331621, 0.1968286, 0.3401668, 0.6689790, 1.4213970", \
					  "0.0931823, 0.1057372, 0.1333858, 0.1968323, 0.3422156, 0.6689288, 1.4401025", \
					  "0.0935939, 0.1057506, 0.1334872, 0.1963303, 0.3405802, 0.6690158, 1.4201887", \
					  "0.0937091, 0.1055949, 0.1333499, 0.1961730, 0.3423035, 0.6702486, 1.4275299", \
					  "0.0950905, 0.1067709, 0.1343406, 0.1967171, 0.3401153, 0.6703498, 1.4269050", \
					  "0.1143977, 0.1268089, 0.1535208, 0.2113893, 0.3482680, 0.6710328, 1.4247843", \
					  "0.1615912, 0.1741717, 0.2043699, 0.2682407, 0.4072886, 0.7041684, 1.4309260");
				}
				cell_fall ("del_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("0.0336280, 0.0365182, 0.0428353, 0.0563837, 0.0850344, 0.1464257, 0.2812504", \
					  "0.0378738, 0.0407074, 0.0469926, 0.0604145, 0.0890654, 0.1504308, 0.2851111", \
					  "0.0489986, 0.0515972, 0.0575436, 0.0705362, 0.0988388, 0.1600256, 0.2946565", \
					  "0.0712586, 0.0745266, 0.0813919, 0.0951961, 0.1227336, 0.1834137, 0.3182029", \
					  "0.1009754, 0.1056554, 0.1156053, 0.1354336, 0.1725957, 0.2385886, 0.3726184", \
					  "0.1295577, 0.1363962, 0.1508484, 0.1797854, 0.2372287, 0.3351781, 0.4981993", \
					  "0.1323537, 0.1432078, 0.1662279, 0.2129521, 0.2990108, 0.4481274, 0.6944170");
				}
				fall_transition ("del_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("0.0400278, 0.0430507, 0.0499866, 0.0655035, 0.1001893, 0.1780679, 0.3564476", \
					  "0.0386185, 0.0418301, 0.0491998, 0.0650878, 0.0999059, 0.1782600, 0.3566661", \
					  "0.0388066, 0.0416290, 0.0482192, 0.0635675, 0.0992093, 0.1780317, 0.3569006", \
					  "0.0486119, 0.0514794, 0.0572360, 0.0703052, 0.1010877, 0.1773433, 0.3564850", \
					  "0.0695185, 0.0732573, 0.0838146, 0.0997357, 0.1297323, 0.1915035, 0.3576573", \
					  "0.1123143, 0.1180556, 0.1300885, 0.1547214, 0.1923581, 0.2673328, 0.4067079", \
					  "0.1846362, 0.1933358, 0.2136634, 0.2486886, 0.3104302, 0.4162596, 0.5890469");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.2001086, 0.2099824, 0.2317942, 0.2815607, 0.3939369, 0.6493251, 1.2317505", \
					  "0.2046544, 0.2146123, 0.2365743, 0.2867365, 0.3997534, 0.6558022, 1.2387371", \
					  "0.2184548, 0.2283995, 0.2507323, 0.3013993, 0.4149125, 0.6714688, 1.2548090", \
					  "0.2527082, 0.2625505, 0.2846494, 0.3348841, 0.4484827, 0.7058456, 1.2900971", \
					  "0.3296925, 0.3392242, 0.3612798, 0.4109680, 0.5241826, 0.7812899, 1.3659627", \
					  "0.4902547, 0.5006381, 0.5240061, 0.5756007, 0.6880252, 0.9444524, 1.5285442", \
					  "0.7995944, 0.8130262, 0.8439961, 0.9070712, 1.0388418, 1.3096221, 1.8929891");
				}
				rise_transition ("del_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("0.1253769, 0.1379808, 0.1667580, 0.2318276, 0.3797383, 0.7178446, 1.4853695", \
					  "0.1253638, 0.1380265, 0.1665974, 0.2315268, 0.3795250, 0.7171278, 1.4847586", \
					  "0.1255437, 0.1380873, 0.1665281, 0.2318865, 0.3801428, 0.7170856, 1.4849143", \
					  "0.1254564, 0.1380646, 0.1669256, 0.2317490, 0.3796616, 0.7177580, 1.4881615", \
					  "0.1257731, 0.1383634, 0.1668959, 0.2317339, 0.3796930, 0.7165387, 1.4843500", \
					  "0.1410642, 0.1528169, 0.1791988, 0.2404014, 0.3825930, 0.7167518, 1.4850634", \
					  "0.1875988, 0.2010632, 0.2305339, 0.2948070, 0.4326444, 0.7421908, 1.4869538");
				}
				cell_fall ("del_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("0.0400679, 0.0428667, 0.0490936, 0.0624929, 0.0911207, 0.1523140, 0.2871277", \
					  "0.0444649, 0.0472117, 0.0534432, 0.0668054, 0.0952578, 0.1565748, 0.2914197", \
					  "0.0543195, 0.0570382, 0.0630581, 0.0762172, 0.1046361, 0.1657679, 0.3005143", \
					  "0.0743699, 0.0774689, 0.0841738, 0.0980576, 0.1263930, 0.1872864, 0.3220962", \
					  "0.1054496, 0.1096392, 0.1185107, 0.1362685, 0.1711077, 0.2363105, 0.3727227", \
					  "0.1426881, 0.1488735, 0.1620539, 0.1881371, 0.2385833, 0.3267375, 0.4831979", \
					  "0.1641009, 0.1737885, 0.1947139, 0.2366345, 0.3144126, 0.4494697, 0.6707273");
				}
				fall_transition ("del_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("0.0389251, 0.0419846, 0.0490900, 0.0648138, 0.0998672, 0.1782363, 0.3567397", \
					  "0.0384195, 0.0416827, 0.0487344, 0.0646252, 0.0995910, 0.1781441, 0.3558293", \
					  "0.0386918, 0.0417010, 0.0484793, 0.0640077, 0.0992077, 0.1775608, 0.3563994", \
					  "0.0452595, 0.0481770, 0.0540196, 0.0676291, 0.1002587, 0.1774636, 0.3564790", \
					  "0.0626869, 0.0657724, 0.0723559, 0.0878207, 0.1178636, 0.1854911, 0.3569819", \
					  "0.0977972, 0.1017299, 0.1110711, 0.1297773, 0.1654180, 0.2382712, 0.3880191", \
					  "0.1638696, 0.1698321, 0.1828983, 0.2099699, 0.2610899, 0.3507070, 0.5142994");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.2304002, 0.2395924, 0.2609466, 0.3106626, 0.4208505, 0.6711739, 1.2409005", \
					  "0.2355634, 0.2448177, 0.2661477, 0.3158079, 0.4258905, 0.6765788, 1.2464137", \
					  "0.2478303, 0.2582291, 0.2802383, 0.3297989, 0.4406567, 0.6917258, 1.2615173", \
					  "0.2824659, 0.2917624, 0.3138940, 0.3630236, 0.4747960, 0.7264159, 1.2964474", \
					  "0.3555392, 0.3645619, 0.3869559, 0.4361562, 0.5471006, 0.7988993, 1.3695290", \
					  "0.5083037, 0.5177641, 0.5422084, 0.5919602, 0.7027020, 0.9533421, 1.5244014", \
					  "0.8057962, 0.8180882, 0.8443715, 0.9060862, 1.0333584, 1.2975357, 1.8679305");
				}
				rise_transition ("del_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("0.1504546, 0.1628635, 0.1909607, 0.2552126, 0.4001888, 0.7291288, 1.4817708", \
					  "0.1500112, 0.1628340, 0.1909574, 0.2556744, 0.4001918, 0.7304719, 1.4830370", \
					  "0.1507740, 0.1630238, 0.1914601, 0.2551852, 0.4005827, 0.7302737, 1.4820695", \
					  "0.1504242, 0.1628734, 0.1914824, 0.2549230, 0.4003435, 0.7304421, 1.4818690", \
					  "0.1504855, 0.1630779, 0.1909441, 0.2550766, 0.4005993, 0.7300231, 1.4804142", \
					  "0.1638373, 0.1754687, 0.2018089, 0.2630552, 0.4036369, 0.7304164, 1.4851956", \
					  "0.2102705, 0.2232846, 0.2520576, 0.3163200, 0.4520016, 0.7585406, 1.4852138");
				}
				cell_fall ("del_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("0.0445752, 0.0473221, 0.0535662, 0.0669343, 0.0954139, 0.1566999, 0.2914841", \
					  "0.0490626, 0.0518030, 0.0580189, 0.0713619, 0.0997994, 0.1610989, 0.2958395", \
					  "0.0581464, 0.0608578, 0.0669392, 0.0801727, 0.1085954, 0.1697330, 0.3046297", \
					  "0.0759892, 0.0789441, 0.0854424, 0.0988012, 0.1270941, 0.1881457, 0.3228923", \
					  "0.1051660, 0.1089040, 0.1168670, 0.1329783, 0.1651482, 0.2294334, 0.3645190", \
					  "0.1417866, 0.1474035, 0.1589487, 0.1823314, 0.2264405, 0.3066492, 0.4567719", \
					  "0.1663698, 0.1748578, 0.1933430, 0.2303747, 0.2989744, 0.4185624, 0.6178328");
				}
				fall_transition ("del_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("0.0385432, 0.0417074, 0.0487991, 0.0646538, 0.0995463, 0.1778748, 0.3567931", \
					  "0.0382765, 0.0414682, 0.0485385, 0.0644521, 0.0994607, 0.1780700, 0.3556185", \
					  "0.0381187, 0.0412332, 0.0481361, 0.0639038, 0.0991694, 0.1778727, 0.3560700", \
					  "0.0423732, 0.0453932, 0.0515952, 0.0659466, 0.0999454, 0.1777292, 0.3564995", \
					  "0.0569928, 0.0597930, 0.0659073, 0.0798364, 0.1116289, 0.1827128, 0.3572254", \
					  "0.0894517, 0.0924855, 0.1002472, 0.1163118, 0.1496099, 0.2206774, 0.3793613", \
					  "0.1519680, 0.1569273, 0.1677223, 0.1907702, 0.2346296, 0.3169866, 0.4765586");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.0988644, 0.1064626, 0.1234242, 0.1615125, 0.2466869, 0.4396876, 0.8764272", \
					  "0.1025568, 0.1099354, 0.1267810, 0.1651609, 0.2515255, 0.4433608, 0.8805930", \
					  "0.1165100, 0.1237920, 0.1402578, 0.1778416, 0.2639275, 0.4579606, 0.8998985", \
					  "0.1500874, 0.1572738, 0.1737232, 0.2111517, 0.2954487, 0.4879412, 0.9286464", \
					  "0.2221722, 0.2303723, 0.2478827, 0.2851769, 0.3694524, 0.5625752, 1.0031695", \
					  "0.3571951, 0.3686252, 0.3929203, 0.4420426, 0.5392007, 0.7323137, 1.1709896", \
					  "0.5998750, 0.6197759, 0.6589972, 0.7363641, 0.8727392, 1.1122184, 1.5646562");
				}
				rise_transition ("del_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("0.0694641, 0.0789350, 0.1006801, 0.1493493, 0.2617116, 0.5160549, 1.0986170", \
					  "0.0695931, 0.0792889, 0.1009714, 0.1497633, 0.2627730, 0.5166263, 1.1030632", \
					  "0.0696450, 0.0788584, 0.1007672, 0.1495864, 0.2627588, 0.5197142, 1.1152773", \
					  "0.0699148, 0.0791753, 0.1005879, 0.1497801, 0.2614690, 0.5177520, 1.0997777", \
					  "0.0798811, 0.0881540, 0.1076710, 0.1533231, 0.2637616, 0.5237935, 1.1058076", \
					  "0.1147679, 0.1243282, 0.1448732, 0.1897207, 0.2840521, 0.5208566, 1.1154306", \
					  "0.1934808, 0.2056437, 0.2306197, 0.2840599, 0.3837259, 0.5928740, 1.1217839");
				}
				cell_fall ("del_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("0.0168443, 0.0180270, 0.0206268, 0.0263322, 0.0387274, 0.0660222, 0.1273490", \
					  "0.0216875, 0.0228201, 0.0253475, 0.0309539, 0.0432659, 0.0705439, 0.1318306", \
					  "0.0310263, 0.0325433, 0.0357481, 0.0418852, 0.0540883, 0.0812281, 0.1425711", \
					  "0.0425622, 0.0448662, 0.0497079, 0.0593133, 0.0768065, 0.1062447, 0.1673050", \
					  "0.0533158, 0.0567582, 0.0641923, 0.0791236, 0.1061518, 0.1522107, 0.2263969", \
					  "0.0535454, 0.0591693, 0.0709610, 0.0946888, 0.1376176, 0.2091849, 0.3227415", \
					  "0.0096613, 0.0189553, 0.0393607, 0.0781166, 0.1474422, 0.2616042, 0.4389264");
				}
				fall_transition ("del_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("0.0127829, 0.0141626, 0.0172262, 0.0241131, 0.0396059, 0.0750416, 0.1563653", \
					  "0.0132176, 0.0143911, 0.0171700, 0.0237948, 0.0394841, 0.0749767, 0.1558243", \
					  "0.0185208, 0.0196349, 0.0219598, 0.0274254, 0.0408129, 0.0748627, 0.1558174", \
					  "0.0291502, 0.0308396, 0.0340270, 0.0413085, 0.0543877, 0.0820647, 0.1568333", \
					  "0.0479909, 0.0505781, 0.0559793, 0.0672882, 0.0853942, 0.1176104, 0.1785908", \
					  "0.0830515, 0.0874937, 0.0959823, 0.1114269, 0.1408845, 0.1884798, 0.2646795", \
					  "0.1485995, 0.1558425, 0.1697451, 0.1960641, 0.2403195, 0.3105509, 0.4240998");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.0664518, 0.0741244, 0.0914827, 0.1296051, 0.2149188, 0.4069701, 0.8432737", \
					  "0.0690860, 0.0766222, 0.0936183, 0.1322151, 0.2180694, 0.4120196, 0.8482517", \
					  "0.0800978, 0.0873705, 0.1040771, 0.1425661, 0.2272110, 0.4219737, 0.8645373", \
					  "0.1123122, 0.1191852, 0.1353278, 0.1725907, 0.2564183, 0.4485121, 0.8889984", \
					  "0.1798144, 0.1892481, 0.2085604, 0.2464882, 0.3268660, 0.5190000, 0.9552968", \
					  "0.2946137, 0.3096390, 0.3403296, 0.3983394, 0.5008135, 0.6906107, 1.1276681", \
					  "0.4964237, 0.5204185, 0.5679403, 0.6601701, 0.8185291, 1.0839577, 1.5234455");
				}
				rise_transition ("del_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("0.0690953, 0.0787199, 0.1002259, 0.1492485, 0.2612606, 0.5169464, 1.1016059", \
					  "0.0686286, 0.0781734, 0.1001360, 0.1496925, 0.2616799, 0.5166086, 1.1025314", \
					  "0.0677924, 0.0776504, 0.0998311, 0.1494921, 0.2614046, 0.5225516, 1.1235484", \
					  "0.0697489, 0.0787411, 0.0995448, 0.1488121, 0.2614581, 0.5179002, 1.1055432", \
					  "0.0973347, 0.1049362, 0.1204716, 0.1591292, 0.2626484, 0.5160338, 1.1036025", \
					  "0.1534419, 0.1638121, 0.1851038, 0.2266005, 0.3092014, 0.5283672, 1.1013177", \
					  "0.2571844, 0.2712316, 0.3044777, 0.3623933, 0.4667758, 0.6580477, 1.1389616");
				}
				cell_fall ("del_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("0.0143712, 0.0154145, 0.0177380, 0.0229169, 0.0345969, 0.0611958, 0.1216004", \
					  "0.0190021, 0.0201283, 0.0224992, 0.0277466, 0.0393817, 0.0658920, 0.1265175", \
					  "0.0257203, 0.0275254, 0.0312354, 0.0382239, 0.0506142, 0.0769982, 0.1375100", \
					  "0.0332540, 0.0361211, 0.0419322, 0.0527483, 0.0715976, 0.1030556, 0.1632531", \
					  "0.0379573, 0.0425613, 0.0518839, 0.0694104, 0.0991197, 0.1474071, 0.2228258", \
					  "0.0280006, 0.0357704, 0.0501433, 0.0787785, 0.1267677, 0.2013882, 0.3195243", \
					  "-0.0329696, -0.0188826, 0.0072164, 0.0543578, 0.1316846, 0.2563008, 0.4370211");
				}
				fall_transition ("del_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("0.0089220, 0.0101929, 0.0131555, 0.0200147, 0.0354051, 0.0711571, 0.1519488", \
					  "0.0101690, 0.0112305, 0.0138036, 0.0201624, 0.0356841, 0.0709035, 0.1528518", \
					  "0.0161214, 0.0172733, 0.0198808, 0.0247890, 0.0375751, 0.0714186, 0.1530585", \
					  "0.0268271, 0.0283894, 0.0320911, 0.0393495, 0.0532114, 0.0790919, 0.1523880", \
					  "0.0472399, 0.0493737, 0.0548625, 0.0649750, 0.0838795, 0.1165179, 0.1749401", \
					  "0.0861185, 0.0902312, 0.0985199, 0.1131154, 0.1408402, 0.1894349, 0.2639963", \
					  "0.1612479, 0.1682710, 0.1813446, 0.2046299, 0.2490873, 0.3135626, 0.4250214");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003993;
			capacitance : 0.004099;
			rise_capacitance : 0.004206;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048168, -0.0048222, -0.0048348, -0.0048250, -0.0048024, -0.0047504, -0.0046304");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063297, 0.0063320, 0.0063375, 0.0063424, 0.0063538, 0.0063801, 0.0064408");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003862;
			capacitance : 0.004000;
			rise_capacitance : 0.004138;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051385, -0.0051412, -0.0051475, -0.0051469, -0.0051455, -0.0051424, -0.0051351");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056375, 0.0056384, 0.0056404, 0.0056598, 0.0057046, 0.0058079, 0.0060460");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003835;
			capacitance : 0.004034;
			rise_capacitance : 0.004233;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051302, -0.0051299, -0.0051291, -0.0051301, -0.0051322, -0.0051372, -0.0051488");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051519, 0.0051494, 0.0051438, 0.0051457, 0.0051501, 0.0051603, 0.0051837");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003838;
			capacitance : 0.004080;
			rise_capacitance : 0.004323;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048663, -0.0048993, -0.0049754, -0.0049798, -0.0049900, -0.0050136, -0.0050681");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052537, 0.0052553, 0.0052589, 0.0052564, 0.0052508, 0.0052377, 0.0052077");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003802;
			capacitance : 0.004093;
			rise_capacitance : 0.004383;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025370, -0.0025346, -0.0025291, -0.0025288, -0.0025283, -0.0025269, -0.0025238");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0039395, 0.0039301, 0.0039083, 0.0039258, 0.0039660, 0.0040587, 0.0042724");
				}
			}
		}
	}
	cell ("scs8hd_a311oi_4") {
		area : 26.275200;
		cell_footprint : "a311oi";
		cell_leakage_power : 4.365084e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001512";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0135902";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0261251";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014411";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0318124";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0015351";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "8.2661112e-05";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014413";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0318124";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014389";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "8.2661112e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014411";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0001611";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014388";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "8.2661119e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014411";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0002154";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0015497";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "8.2661119e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014411";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0005694";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0015427";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "8.2659933e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014411";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0002233";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0015486";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "8.2659933e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014411";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0002667";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0135966";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "8.2659926e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014386";
			when : "A1&A2&A3&!B1&C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1&!C1) | (!A2&!B1&!C1) | (!A3&!B1&!C1)";
			max_capacitance : 0.112620;
			max_transition : 1.488868;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0280491, 0.0290199, 0.0313876, 0.0371208, 0.0505082, 0.0834872, 0.1645208", \
					  "0.0275043, 0.0284859, 0.0308258, 0.0365954, 0.0502248, 0.0832860, 0.1640960", \
					  "0.0267468, 0.0277380, 0.0301935, 0.0358746, 0.0496572, 0.0829065, 0.1637591", \
					  "0.0261446, 0.0270693, 0.0293410, 0.0350113, 0.0487450, 0.0824547, 0.1642910", \
					  "0.0257586, 0.0266572, 0.0288986, 0.0344275, 0.0478583, 0.0811869, 0.1624958", \
					  "0.0255850, 0.0265025, 0.0287629, 0.0341568, 0.0476655, 0.0806107, 0.1621839", \
					  "0.0251302, 0.0262018, 0.0284775, 0.0339547, 0.0475846, 0.0800618, 0.1613578");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0154157, 0.0145029, 0.0123334, 0.0069438, -0.0063155, -0.0389663, -0.1198927", \
					  "0.0151805, 0.0142786, 0.0121133, 0.0067238, -0.0065154, -0.0391839, -0.1201145", \
					  "0.0148560, 0.0140201, 0.0118279, 0.0064411, -0.0068246, -0.0394460, -0.1203523", \
					  "0.0144447, 0.0135389, 0.0113952, 0.0061177, -0.0072340, -0.0397887, -0.1207348", \
					  "0.0139427, 0.0130780, 0.0109236, 0.0056226, -0.0074300, -0.0399295, -0.1208438", \
					  "0.0137085, 0.0128564, 0.0106386, 0.0052105, -0.0081038, -0.0406668, -0.1212464", \
					  "0.0145781, 0.0136587, 0.0114143, 0.0059670, -0.0072955, -0.0398792, -0.1215902");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0368551, 0.0377607, 0.0400128, 0.0454509, 0.0587941, 0.0915526, 0.1720131", \
					  "0.0363920, 0.0373001, 0.0395513, 0.0450596, 0.0585523, 0.0912929, 0.1720173", \
					  "0.0358366, 0.0367104, 0.0389419, 0.0445203, 0.0580004, 0.0910265, 0.1718112", \
					  "0.0352184, 0.0360893, 0.0383785, 0.0438999, 0.0575080, 0.0906150, 0.1713599", \
					  "0.0347078, 0.0355859, 0.0378162, 0.0432953, 0.0567028, 0.0898366, 0.1706311", \
					  "0.0343822, 0.0352493, 0.0374650, 0.0429056, 0.0563575, 0.0892007, 0.1701899", \
					  "0.0336920, 0.0346232, 0.0368102, 0.0423218, 0.0557070, 0.0884332, 0.1690069");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0164152, 0.0155368, 0.0133274, 0.0079344, -0.0053345, -0.0379725, -0.1188917", \
					  "0.0161719, 0.0153031, 0.0131026, 0.0077247, -0.0055626, -0.0381912, -0.1191041", \
					  "0.0159142, 0.0150268, 0.0128313, 0.0074336, -0.0058344, -0.0384787, -0.1193832", \
					  "0.0156098, 0.0147608, 0.0125729, 0.0072334, -0.0060692, -0.0387233, -0.1196540", \
					  "0.0153688, 0.0145009, 0.0123453, 0.0069846, -0.0062722, -0.0386698, -0.1196809", \
					  "0.0155994, 0.0146978, 0.0124698, 0.0070651, -0.0065200, -0.0391310, -0.1198596", \
					  "0.0159818, 0.0150733, 0.0129093, 0.0074832, -0.0058157, -0.0388428, -0.1202432");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0458475, 0.0467533, 0.0489453, 0.0544857, 0.0677780, 0.1005740, 0.1811921", \
					  "0.0454413, 0.0463484, 0.0485346, 0.0541041, 0.0674286, 0.1002570, 0.1808997", \
					  "0.0451075, 0.0459809, 0.0482142, 0.0536840, 0.0672258, 0.1001035, 0.1807550", \
					  "0.0447193, 0.0456130, 0.0478543, 0.0534267, 0.0668374, 0.0999373, 0.1806286", \
					  "0.0442746, 0.0451926, 0.0474472, 0.0529229, 0.0663873, 0.0993461, 0.1801520", \
					  "0.0442039, 0.0450737, 0.0472930, 0.0527558, 0.0663067, 0.0991990, 0.1800516", \
					  "0.0439862, 0.0449031, 0.0471992, 0.0527010, 0.0661907, 0.0989376, 0.1797347");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0161709, 0.0152692, 0.0130751, 0.0076882, -0.0055599, -0.0382203, -0.1191575", \
					  "0.0159152, 0.0150232, 0.0128548, 0.0074521, -0.0058094, -0.0384583, -0.1193665", \
					  "0.0156256, 0.0147277, 0.0125522, 0.0071608, -0.0061244, -0.0387503, -0.1197110", \
					  "0.0153353, 0.0144758, 0.0122909, 0.0068961, -0.0064007, -0.0390264, -0.1199296", \
					  "0.0151112, 0.0142371, 0.0120659, 0.0067479, -0.0064427, -0.0390318, -0.1199956", \
					  "0.0153877, 0.0144986, 0.0123071, 0.0069313, -0.0065016, -0.0392792, -0.1201424", \
					  "0.0157134, 0.0148429, 0.0126432, 0.0072493, -0.0060884, -0.0391268, -0.1205673");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0218169, 0.0227813, 0.0251355, 0.0308298, 0.0444617, 0.0776613, 0.1588318", \
					  "0.0211906, 0.0221292, 0.0245416, 0.0302396, 0.0439468, 0.0770083, 0.1586348", \
					  "0.0207004, 0.0216877, 0.0239402, 0.0295463, 0.0431353, 0.0765355, 0.1581314", \
					  "0.0205265, 0.0214198, 0.0236134, 0.0291330, 0.0426125, 0.0758862, 0.1574015", \
					  "0.0201568, 0.0210761, 0.0233458, 0.0287954, 0.0423073, 0.0750526, 0.1559456", \
					  "0.0201664, 0.0210799, 0.0232903, 0.0287260, 0.0420827, 0.0749101, 0.1566040", \
					  "0.0191815, 0.0201428, 0.0226983, 0.0285413, 0.0419594, 0.0745004, 0.1564991");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0095797, 0.0086905, 0.0065178, 0.0011606, -0.0120681, -0.0448806, -0.1261330", \
					  "0.0094737, 0.0085893, 0.0064180, 0.0010747, -0.0121297, -0.0449008, -0.1261516", \
					  "0.0093258, 0.0083701, 0.0062468, 0.0009791, -0.0121421, -0.0449156, -0.1260936", \
					  "0.0087995, 0.0079592, 0.0058441, 0.0005781, -0.0124418, -0.0450763, -0.1262032", \
					  "0.0089976, 0.0081455, 0.0060630, 0.0007187, -0.0123568, -0.0452570, -0.1262169", \
					  "0.0087483, 0.0078887, 0.0057676, 0.0005010, -0.0127378, -0.0455491, -0.1266041", \
					  "0.0092922, 0.0084046, 0.0061943, 0.0007964, -0.0125791, -0.0450942, -0.1264546");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0215062, 0.0224296, 0.0249176, 0.0305760, 0.0442673, 0.0772694, 0.1585999", \
					  "0.0207564, 0.0217047, 0.0240542, 0.0297622, 0.0435957, 0.0772886, 0.1581748", \
					  "0.0202616, 0.0211397, 0.0235506, 0.0290890, 0.0427208, 0.0765083, 0.1574421", \
					  "0.0200968, 0.0210418, 0.0232592, 0.0288092, 0.0422675, 0.0757167, 0.1572690", \
					  "0.0196689, 0.0205688, 0.0228190, 0.0282445, 0.0417689, 0.0749120, 0.1565584", \
					  "0.0202463, 0.0212884, 0.0236245, 0.0290286, 0.0422425, 0.0750949, 0.1556175", \
					  "0.0208920, 0.0217111, 0.0238137, 0.0290591, 0.0423784, 0.0744362, 0.1562974");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001233325, 0.00304218, 0.007503994, 0.01850972, 0.045657, 0.1126198");
					values("0.0010934, 0.0002180, -0.0019672, -0.0073810, -0.0207404, -0.0537077, -0.1351450", \
					  "0.0006691, -0.0001714, -0.0022597, -0.0075211, -0.0207091, -0.0535604, -0.1349268", \
					  "1.5600000e-05, -0.0007915, -0.0027794, -0.0078973, -0.0208542, -0.0535014, -0.1347690", \
					  "-0.0007830, -0.0015646, -0.0035515, -0.0084986, -0.0212557, -0.0536963, -0.1347757", \
					  "-0.0008657, -0.0016575, -0.0036939, -0.0087406, -0.0216559, -0.0540549, -0.1349212", \
					  "-0.0012669, -0.0021254, -0.0042179, -0.0094195, -0.0222709, -0.0547589, -0.1356081", \
					  "-0.0006723, -0.0015701, -0.0037874, -0.0093060, -0.0226283, -0.0550566, -0.1354212");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
					values("0.1750109, 0.1820734, 0.1990967, 0.2401055, 0.3374308, 0.5746974, 1.1606859", \
					  "0.1778272, 0.1849261, 0.2024242, 0.2440357, 0.3422085, 0.5803551, 1.1618129", \
					  "0.1892586, 0.1963956, 0.2135293, 0.2552884, 0.3548161, 0.5944299, 1.1771092", \
					  "0.2224758, 0.2292701, 0.2458399, 0.2866031, 0.3862955, 0.6290946, 1.2188525", \
					  "0.2971310, 0.3037473, 0.3200131, 0.3596898, 0.4579917, 0.6964980, 1.2827484", \
					  "0.4459233, 0.4535372, 0.4714915, 0.5147828, 0.6142005, 0.8526777, 1.4410827", \
					  "0.7274938, 0.7382470, 0.7612312, 0.8156411, 0.9359443, 1.1955960, 1.7821590");
				}
				rise_transition ("del_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("0.1008301, 0.1093409, 0.1303089, 0.1820376, 0.3076983, 0.6195924, 1.4039329", \
					  "0.1006954, 0.1092233, 0.1301077, 0.1817256, 0.3079218, 0.6195681, 1.3838655", \
					  "0.1006814, 0.1090850, 0.1303402, 0.1816398, 0.3079204, 0.6190253, 1.3853968", \
					  "0.1012047, 0.1095988, 0.1303296, 0.1816963, 0.3080545, 0.6224234, 1.3937519", \
					  "0.1021246, 0.1103893, 0.1307438, 0.1820957, 0.3082711, 0.6207215, 1.3835229", \
					  "0.1196747, 0.1280838, 0.1483028, 0.1952005, 0.3153129, 0.6194665, 1.3895449", \
					  "0.1625265, 0.1711635, 0.1927974, 0.2453604, 0.3690735, 0.6532723, 1.3937284");
				}
				cell_fall ("del_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("0.0336508, 0.0354941, 0.0401815, 0.0507367, 0.0748652, 0.1294474, 0.2571385", \
					  "0.0378895, 0.0398155, 0.0442240, 0.0547942, 0.0787682, 0.1334750, 0.2611743", \
					  "0.0488500, 0.0505366, 0.0547032, 0.0647736, 0.0884377, 0.1429363, 0.2706228", \
					  "0.0715838, 0.0737057, 0.0786642, 0.0899406, 0.1118182, 0.1653330, 0.2926984", \
					  "0.1001334, 0.1031966, 0.1103648, 0.1262396, 0.1577057, 0.2194528, 0.3459506", \
					  "0.1246608, 0.1293313, 0.1393883, 0.1651135, 0.2142810, 0.3065187, 0.4663674", \
					  "0.1206686, 0.1276893, 0.1441926, 0.1805494, 0.2560880, 0.3960541, 0.6442831");
				}
				fall_transition ("del_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("0.0430832, 0.0451967, 0.0501383, 0.0622775, 0.0912843, 0.1609438, 0.3320642", \
					  "0.0415829, 0.0437237, 0.0490091, 0.0615198, 0.0907605, 0.1607502, 0.3332949", \
					  "0.0411773, 0.0431174, 0.0478126, 0.0598036, 0.0894647, 0.1603597, 0.3327592", \
					  "0.0506142, 0.0527107, 0.0571972, 0.0670908, 0.0924767, 0.1596410, 0.3326814", \
					  "0.0710511, 0.0736215, 0.0791324, 0.0921462, 0.1204436, 0.1782777, 0.3340346", \
					  "0.1113142, 0.1170158, 0.1233221, 0.1412649, 0.1793246, 0.2492289, 0.3911910", \
					  "0.1851739, 0.1910177, 0.2044746, 0.2336624, 0.2904664, 0.3905878, 0.5685536");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
					values("0.2274244, 0.2340424, 0.2513740, 0.2918101, 0.3912824, 0.6343824, 1.2316563", \
					  "0.2317208, 0.2385666, 0.2556674, 0.2964757, 0.3963668, 0.6401213, 1.2379727", \
					  "0.2443658, 0.2516311, 0.2686202, 0.3096831, 0.4095360, 0.6545173, 1.2532642", \
					  "0.2776406, 0.2853923, 0.3015691, 0.3432732, 0.4447863, 0.6900397, 1.2900873", \
					  "0.3551598, 0.3620351, 0.3785168, 0.4198920, 0.5199630, 0.7648804, 1.3654075", \
					  "0.5175805, 0.5241951, 0.5424510, 0.5837529, 0.6833678, 0.9272559, 1.5270838", \
					  "0.8343701, 0.8432287, 0.8644654, 0.9140996, 1.0298258, 1.2879242, 1.8869613");
				}
				rise_transition ("del_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("0.1414813, 0.1501392, 0.1719735, 0.2251124, 0.3556032, 0.6757770, 1.4626031", \
					  "0.1413368, 0.1500452, 0.1718977, 0.2252071, 0.3558268, 0.6755453, 1.4665049", \
					  "0.1415467, 0.1502250, 0.1716953, 0.2251990, 0.3553462, 0.6752503, 1.4613318", \
					  "0.1414577, 0.1501395, 0.1719933, 0.2252293, 0.3557883, 0.6756627, 1.4610112", \
					  "0.1417239, 0.1503293, 0.1719562, 0.2250855, 0.3555205, 0.6757648, 1.4611333", \
					  "0.1532925, 0.1617290, 0.1818710, 0.2327268, 0.3585132, 0.6761234, 1.4611866", \
					  "0.1948038, 0.2048490, 0.2260552, 0.2794982, 0.4039595, 0.7008035, 1.4638144");
				}
				cell_fall ("del_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("0.0412064, 0.0429920, 0.0473632, 0.0578198, 0.0817303, 0.1363986, 0.2641334", \
					  "0.0454914, 0.0472878, 0.0516068, 0.0619924, 0.0859130, 0.1403797, 0.2682640", \
					  "0.0549274, 0.0567288, 0.0609830, 0.0712199, 0.0948034, 0.1492412, 0.2768414", \
					  "0.0741390, 0.0761757, 0.0810051, 0.0922220, 0.1157782, 0.1701571, 0.2977840", \
					  "0.1036309, 0.1063406, 0.1126851, 0.1268642, 0.1564726, 0.2166677, 0.3457395", \
					  "0.1365947, 0.1406106, 0.1503103, 0.1713701, 0.2143992, 0.2963150, 0.4489989", \
					  "0.1481136, 0.1544316, 0.1690758, 0.2018253, 0.2695315, 0.3953547, 0.6156742");
				}
				fall_transition ("del_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("0.0420035, 0.0439014, 0.0489662, 0.0612758, 0.0906566, 0.1608946, 0.3320438", \
					  "0.0412980, 0.0434088, 0.0484441, 0.0609386, 0.0902040, 0.1603910, 0.3325800", \
					  "0.0415400, 0.0435786, 0.0483636, 0.0602650, 0.0896962, 0.1601725, 0.3322816", \
					  "0.0481491, 0.0498618, 0.0540628, 0.0647689, 0.0916004, 0.1599941, 0.3322337", \
					  "0.0647652, 0.0668793, 0.0718493, 0.0829531, 0.1089600, 0.1709468, 0.3339982", \
					  "0.1000362, 0.1026177, 0.1084509, 0.1232036, 0.1540855, 0.2203722, 0.3684268", \
					  "0.1658407, 0.1698456, 0.1794673, 0.2000628, 0.2436092, 0.3289431, 0.4923112");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
					values("0.2665461, 0.2731924, 0.2885490, 0.3302461, 0.4286275, 0.6706838, 1.2635580", \
					  "0.2702533, 0.2770900, 0.2926107, 0.3345290, 0.4331700, 0.6754068, 1.2683800", \
					  "0.2848715, 0.2917793, 0.3078315, 0.3486095, 0.4488743, 0.6919156, 1.2840029", \
					  "0.3186200, 0.3255149, 0.3415545, 0.3827997, 0.4836644, 0.7257390, 1.3187406", \
					  "0.3916701, 0.3979378, 0.4140557, 0.4564995, 0.5555577, 0.7988893, 1.3923916", \
					  "0.5474981, 0.5543839, 0.5714742, 0.6120650, 0.7108279, 0.9536641, 1.5472355", \
					  "0.8519146, 0.8597187, 0.8803946, 0.9299182, 1.0409873, 1.2949118, 1.8879220");
				}
				rise_transition ("del_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("0.1750147, 0.1837892, 0.2053198, 0.2588075, 0.3876801, 0.7053192, 1.4855294", \
					  "0.1750093, 0.1838141, 0.2053155, 0.2588237, 0.3876807, 0.7053726, 1.4853275", \
					  "0.1750565, 0.1840372, 0.2053735, 0.2580716, 0.3880190, 0.7058934, 1.4852745", \
					  "0.1749542, 0.1837713, 0.2053950, 0.2583167, 0.3881048, 0.7057869, 1.4858375", \
					  "0.1749830, 0.1837939, 0.2057328, 0.2582173, 0.3877812, 0.7057347, 1.4848373", \
					  "0.1843840, 0.1927800, 0.2134236, 0.2644557, 0.3910749, 0.7057081, 1.4853593", \
					  "0.2254692, 0.2344695, 0.2573330, 0.3088721, 0.4332589, 0.7301886, 1.4888676");
				}
				cell_fall ("del_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("0.0452456, 0.0470775, 0.0515816, 0.0620153, 0.0858286, 0.1404769, 0.2680827", \
					  "0.0494232, 0.0513794, 0.0556884, 0.0661040, 0.0898501, 0.1444272, 0.2721632", \
					  "0.0578140, 0.0596119, 0.0639104, 0.0741603, 0.0978680, 0.1522750, 0.2799174", \
					  "0.0735571, 0.0754611, 0.0800683, 0.0906027, 0.1142881, 0.1685408, 0.2963896", \
					  "0.0991094, 0.1015253, 0.1071106, 0.1196039, 0.1466456, 0.2040933, 0.3325850", \
					  "0.1298181, 0.1331688, 0.1409873, 0.1585525, 0.1954260, 0.2675304, 0.4109821", \
					  "0.1403659, 0.1456915, 0.1581847, 0.1866569, 0.2436315, 0.3520625, 0.5434402");
				}
				fall_transition ("del_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("0.0415717, 0.0435311, 0.0486956, 0.0610689, 0.0904210, 0.1605097, 0.3333969", \
					  "0.0410659, 0.0431617, 0.0483159, 0.0606304, 0.0901046, 0.1605587, 0.3323113", \
					  "0.0410041, 0.0430326, 0.0480277, 0.0602755, 0.0897004, 0.1600911, 0.3329789", \
					  "0.0449832, 0.0469220, 0.0514200, 0.0626303, 0.0906116, 0.1602334, 0.3324824", \
					  "0.0581162, 0.0599907, 0.0644101, 0.0754128, 0.1018935, 0.1665674, 0.3338550", \
					  "0.0892493, 0.0913617, 0.0964927, 0.1089501, 0.1368138, 0.2006589, 0.3585738", \
					  "0.1505323, 0.1536439, 0.1610103, 0.1781664, 0.2148608, 0.2887067, 0.4462641");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
					values("0.1112658, 0.1169643, 0.1304370, 0.1631276, 0.2414404, 0.4325529, 0.8934814", \
					  "0.1144661, 0.1198840, 0.1329376, 0.1656714, 0.2445205, 0.4373562, 0.8990730", \
					  "0.1271126, 0.1323589, 0.1460894, 0.1782005, 0.2565592, 0.4464827, 0.9098871", \
					  "0.1611801, 0.1664960, 0.1795269, 0.2113692, 0.2881299, 0.4774878, 0.9473018", \
					  "0.2348601, 0.2405909, 0.2539210, 0.2855801, 0.3622896, 0.5523098, 1.0142178", \
					  "0.3738643, 0.3817585, 0.4005816, 0.4428218, 0.5310711, 0.7214985, 1.1871814", \
					  "0.6313517, 0.6451554, 0.6736512, 0.7377169, 0.8639493, 1.1021575, 1.5801310");
				}
				rise_transition ("del_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("0.0775835, 0.0844857, 0.1011891, 0.1425305, 0.2446653, 0.5000000, 1.1146754", \
					  "0.0777790, 0.0845271, 0.1012804, 0.1433351, 0.2445028, 0.4953142, 1.1143090", \
					  "0.0778078, 0.0846341, 0.1012260, 0.1423004, 0.2437986, 0.4935153, 1.1098988", \
					  "0.0779147, 0.0845202, 0.1012789, 0.1425646, 0.2432086, 0.4969324, 1.1226908", \
					  "0.0863107, 0.0923857, 0.1076792, 0.1462680, 0.2456801, 0.4922623, 1.1072561", \
					  "0.1195620, 0.1262278, 0.1427648, 0.1815725, 0.2665191, 0.4978295, 1.1116421", \
					  "0.1972927, 0.2053681, 0.2246977, 0.2670763, 0.3612034, 0.5705866, 1.1312240");
				}
				cell_fall ("del_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("0.0170176, 0.0177880, 0.0195983, 0.0238877, 0.0338878, 0.0574326, 0.1140498", \
					  "0.0218304, 0.0225481, 0.0242981, 0.0284965, 0.0384129, 0.0618771, 0.1184694", \
					  "0.0309817, 0.0317745, 0.0340703, 0.0391390, 0.0492292, 0.0725410, 0.1291080", \
					  "0.0419518, 0.0434326, 0.0468923, 0.0544906, 0.0692784, 0.0974400, 0.1539850", \
					  "0.0510173, 0.0533148, 0.0586749, 0.0701957, 0.0940107, 0.1371033, 0.2107674", \
					  "0.0467861, 0.0504181, 0.0597226, 0.0782927, 0.1140463, 0.1829850, 0.2958893", \
					  "-0.0059899, 0.0002728, 0.0146922, 0.0459110, 0.1070368, 0.2152140, 0.3941548");
				}
				fall_transition ("del_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("0.0129126, 0.0137814, 0.0158958, 0.0209779, 0.0333490, 0.0639985, 0.1396850", \
					  "0.0131734, 0.0139583, 0.0158564, 0.0206585, 0.0332150, 0.0640330, 0.1399404", \
					  "0.0185827, 0.0192345, 0.0209362, 0.0247811, 0.0353048, 0.0640829, 0.1398772", \
					  "0.0281356, 0.0294201, 0.0320818, 0.0375903, 0.0496487, 0.0728273, 0.1410297", \
					  "0.0467411, 0.0484829, 0.0523743, 0.0616951, 0.0775523, 0.1085352, 0.1656485", \
					  "0.0807020, 0.0836119, 0.0901623, 0.1034924, 0.1302576, 0.1734276, 0.2513173", \
					  "0.1445793, 0.1491594, 0.1597803, 0.1811645, 0.2217655, 0.2892704, 0.4028473");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123332, 0.00304218, 0.00750399, 0.0185097, 0.045657, 0.11262");
					values("0.0742839, 0.0799878, 0.0936462, 0.1265323, 0.2049620, 0.3938330, 0.8579557", \
					  "0.0763113, 0.0819046, 0.0952543, 0.1278965, 0.2077756, 0.3981448, 0.8617335", \
					  "0.0868711, 0.0921215, 0.1052992, 0.1376743, 0.2154717, 0.4074560, 0.8728367", \
					  "0.1191449, 0.1241653, 0.1368475, 0.1682828, 0.2457385, 0.4356317, 0.9042939", \
					  "0.1897677, 0.1963323, 0.2118687, 0.2430784, 0.3187840, 0.5075252, 0.9708088", \
					  "0.3119366, 0.3221956, 0.3454112, 0.3944702, 0.4909876, 0.6735338, 1.1409080", \
					  "0.5287699, 0.5459594, 0.5813587, 0.6588285, 0.8071975, 1.0726356, 1.5384382");
				}
				rise_transition ("del_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("0.0771569, 0.0839237, 0.1012144, 0.1422359, 0.2438827, 0.4943927, 1.1130777", \
					  "0.0768697, 0.0836021, 0.1007253, 0.1423582, 0.2437807, 0.4961537, 1.1063844", \
					  "0.0758505, 0.0827883, 0.1002588, 0.1421149, 0.2439947, 0.4958484, 1.1070662", \
					  "0.0762112, 0.0828261, 0.0992520, 0.1410675, 0.2437428, 0.5002002, 1.1235490", \
					  "0.1025766, 0.1070395, 0.1195458, 0.1521987, 0.2444905, 0.4948499, 1.1105047", \
					  "0.1581047, 0.1647606, 0.1808256, 0.2173859, 0.2926836, 0.5070865, 1.1088467", \
					  "0.2663283, 0.2747617, 0.2969239, 0.3491093, 0.4455850, 0.6317169, 1.1439968");
				}
				cell_fall ("del_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("0.0136186, 0.0142587, 0.0157822, 0.0194021, 0.0280872, 0.0492344, 0.1010518", \
					  "0.0180901, 0.0188394, 0.0204480, 0.0241073, 0.0328040, 0.0539186, 0.1057607", \
					  "0.0241401, 0.0252939, 0.0279096, 0.0333626, 0.0438665, 0.0648095, 0.1166590", \
					  "0.0304092, 0.0322275, 0.0363285, 0.0449708, 0.0613225, 0.0897177, 0.1420593", \
					  "0.0321799, 0.0350976, 0.0416688, 0.0552547, 0.0814610, 0.1253454, 0.1982725", \
					  "0.0164709, 0.0214037, 0.0324887, 0.0531818, 0.0948836, 0.1670425, 0.2794134", \
					  "-0.0572607, -0.0485481, -0.0306384, 0.0092472, 0.0796737, 0.1935286, 0.3697663");
				}
				fall_transition ("del_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("0.0080803, 0.0088528, 0.0107378, 0.0154188, 0.0271524, 0.0556075, 0.1260520", \
					  "0.0095812, 0.0101638, 0.0117283, 0.0158479, 0.0269868, 0.0555291, 0.1265489", \
					  "0.0152032, 0.0159706, 0.0178428, 0.0217487, 0.0303216, 0.0562303, 0.1264641", \
					  "0.0251959, 0.0262306, 0.0290512, 0.0344350, 0.0458935, 0.0670720, 0.1285393", \
					  "0.0450913, 0.0466644, 0.0505620, 0.0584978, 0.0735683, 0.1034718, 0.1560494", \
					  "0.0824671, 0.0853055, 0.0908156, 0.1038037, 0.1275540, 0.1692581, 0.2426877", \
					  "0.1556490, 0.1596557, 0.1691015, 0.1880613, 0.2239114, 0.2841566, 0.3922042");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007567;
			capacitance : 0.007797;
			rise_capacitance : 0.008027;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0092701, -0.0092854, -0.0093209, -0.0093005, -0.0092535, -0.0091450, -0.0088952");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122986, 0.0123074, 0.0123277, 0.0123344, 0.0123497, 0.0123851, 0.0124666");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007504;
			capacitance : 0.007775;
			rise_capacitance : 0.008044;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102558, -0.0102538, -0.0102493, -0.0102482, -0.0102456, -0.0102398, -0.0102263");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0113942, 0.0114033, 0.0114244, 0.0114658, 0.0115611, 0.0117810, 0.0122877");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007532;
			capacitance : 0.007938;
			rise_capacitance : 0.008344;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102729, -0.0102647, -0.0102459, -0.0102418, -0.0102325, -0.0102109, -0.0101613");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102469, 0.0102538, 0.0102698, 0.0102726, 0.0102791, 0.0102941, 0.0103286");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007349;
			capacitance : 0.007832;
			rise_capacitance : 0.008315;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0094537, -0.0095246, -0.0096879, -0.0096984, -0.0097225, -0.0097781, -0.0099062");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0107015, 0.0106976, 0.0106885, 0.0106908, 0.0106961, 0.0107083, 0.0107363");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007390;
			capacitance : 0.008025;
			rise_capacitance : 0.008660;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049434, -0.0049440, -0.0049455, -0.0049436, -0.0049393, -0.0049294, -0.0049066");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053692, 0.0053612, 0.0053427, 0.0053672, 0.0054237, 0.0055540, 0.0058543");
				}
			}
		}
	}
	cell ("scs8hd_a31o_1") {
		area : 8.758400;
		cell_footprint : "a31o";
		cell_leakage_power : 4.488418e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003738";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0003783";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003738";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0003784";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003738";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0003786";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003738";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0003912";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003738";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0003826";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003738";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0003918";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003738";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0003946";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003820";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0014872";
			when : "A1&A2&A3&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1)";
			max_capacitance : 0.140086;
			max_transition : 1.509070;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0088518, 0.0098571, 0.0123423, 0.0185067, 0.0343512, 0.0743401, 0.1772615", \
					  "0.0088040, 0.0098138, 0.0122861, 0.0184624, 0.0341949, 0.0743336, 0.1781019", \
					  "0.0087255, 0.0097351, 0.0122263, 0.0184132, 0.0341643, 0.0742820, 0.1780384", \
					  "0.0085769, 0.0095821, 0.0120708, 0.0182801, 0.0340130, 0.0745512, 0.1776408", \
					  "0.0085279, 0.0094561, 0.0118761, 0.0180454, 0.0338659, 0.0744390, 0.1776860", \
					  "0.0085653, 0.0095648, 0.0119704, 0.0181545, 0.0338254, 0.0737378, 0.1776346", \
					  "0.0085088, 0.0095466, 0.0119257, 0.0181630, 0.0341356, 0.0744384, 0.1771390");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0072388, 0.0065995, 0.0048511, -0.0004736, -0.0157905, -0.0562435, -0.1600529", \
					  "0.0071014, 0.0064746, 0.0047134, -0.0006165, -0.0159296, -0.0563759, -0.1601922", \
					  "0.0069039, 0.0062687, 0.0045308, -0.0008073, -0.0161403, -0.0565815, -0.1603932", \
					  "0.0067588, 0.0061212, 0.0043767, -0.0009899, -0.0163003, -0.0567435, -0.1605421", \
					  "0.0066089, 0.0059815, 0.0042058, -0.0011494, -0.0164398, -0.0568694, -0.1606554", \
					  "0.0062821, 0.0054785, 0.0037597, -0.0013204, -0.0165415, -0.0569200, -0.1606923", \
					  "0.0081962, 0.0072834, 0.0049490, -0.0011374, -0.0168238, -0.0570334, -0.1607729");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0091037, 0.0101207, 0.0125864, 0.0187360, 0.0342970, 0.0747012, 0.1778790", \
					  "0.0090662, 0.0100747, 0.0125402, 0.0186717, 0.0342688, 0.0743177, 0.1769364", \
					  "0.0089891, 0.0099934, 0.0124658, 0.0186080, 0.0342522, 0.0742565, 0.1778979", \
					  "0.0088973, 0.0099101, 0.0123858, 0.0185602, 0.0342535, 0.0743309, 0.1768225", \
					  "0.0088314, 0.0097744, 0.0123052, 0.0184683, 0.0342275, 0.0742775, 0.1779480", \
					  "0.0088866, 0.0098718, 0.0122916, 0.0184295, 0.0341902, 0.0740295, 0.1778633", \
					  "0.0090148, 0.0099335, 0.0124197, 0.0185424, 0.0344073, 0.0747002, 0.1763028");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0090258, 0.0083586, 0.0066169, 0.0013630, -0.0138239, -0.0541930, -0.1579392", \
					  "0.0088952, 0.0082701, 0.0065125, 0.0012597, -0.0139451, -0.0543204, -0.1580539", \
					  "0.0087330, 0.0080987, 0.0063556, 0.0010742, -0.0141334, -0.0544924, -0.1582515", \
					  "0.0085838, 0.0079480, 0.0061896, 0.0009241, -0.0142731, -0.0546355, -0.1583797", \
					  "0.0084404, 0.0078107, 0.0060557, 0.0007610, -0.0144385, -0.0547821, -0.1585066", \
					  "0.0081104, 0.0075214, 0.0058510, 0.0005826, -0.0145693, -0.0548849, -0.1586034", \
					  "0.0100565, 0.0091310, 0.0067848, 0.0007129, -0.0150097, -0.0551090, -0.1587918");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0092573, 0.0102623, 0.0127409, 0.0188411, 0.0343131, 0.0741684, 0.1767304", \
					  "0.0092096, 0.0102064, 0.0126841, 0.0187845, 0.0342736, 0.0741351, 0.1777026", \
					  "0.0091198, 0.0101334, 0.0125948, 0.0187020, 0.0343634, 0.0740074, 0.1767818", \
					  "0.0090049, 0.0099934, 0.0124690, 0.0186460, 0.0342121, 0.0745232, 0.1774636", \
					  "0.0089964, 0.0099271, 0.0124039, 0.0185768, 0.0342628, 0.0746604, 0.1777284", \
					  "0.0089772, 0.0099701, 0.0124334, 0.0185250, 0.0342796, 0.0745427, 0.1775141", \
					  "0.0090250, 0.0099662, 0.0123903, 0.0186234, 0.0345577, 0.0746362, 0.1774077");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0108958, 0.0102604, 0.0085039, 0.0031464, -0.0121567, -0.0526062, -0.1563498", \
					  "0.0107983, 0.0101624, 0.0084033, 0.0030725, -0.0122442, -0.0526927, -0.1564955", \
					  "0.0106796, 0.0100336, 0.0082695, 0.0029592, -0.0123529, -0.0527944, -0.1565789", \
					  "0.0105649, 0.0099244, 0.0081640, 0.0028343, -0.0124647, -0.0528982, -0.1566771", \
					  "0.0104387, 0.0098005, 0.0079779, 0.0026798, -0.0125805, -0.0530012, -0.1567695", \
					  "0.0102474, 0.0096434, 0.0078909, 0.0025983, -0.0126151, -0.0529930, -0.1567465", \
					  "0.0123894, 0.0114654, 0.0090832, 0.0029566, -0.0128587, -0.0530211, -0.1567466");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0061555, 0.0072037, 0.0097629, 0.0161526, 0.0320479, 0.0724628, 0.1751605", \
					  "0.0060642, 0.0071011, 0.0096653, 0.0159938, 0.0318605, 0.0715896, 0.1752959", \
					  "0.0058772, 0.0068857, 0.0094216, 0.0156821, 0.0315934, 0.0714058, 0.1740208", \
					  "0.0056087, 0.0066042, 0.0091062, 0.0153984, 0.0313487, 0.0718124, 0.1740540", \
					  "0.0054780, 0.0064696, 0.0088978, 0.0151307, 0.0309652, 0.0717120, 0.1741529", \
					  "0.0055438, 0.0065621, 0.0089775, 0.0152288, 0.0311015, 0.0709639, 0.1741377", \
					  "0.0055851, 0.0064490, 0.0089079, 0.0151965, 0.0312539, 0.0717311, 0.1736277");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0059873, 0.0053714, 0.0035681, -0.0020271, -0.0176247, -0.0581592, -0.1620009", \
					  "0.0058269, 0.0051906, 0.0033939, -0.0022014, -0.0178018, -0.0583157, -0.1621504", \
					  "0.0056839, 0.0050584, 0.0032290, -0.0023499, -0.0179553, -0.0584802, -0.1622888", \
					  "0.0056048, 0.0049428, 0.0031349, -0.0024595, -0.0180403, -0.0585359, -0.1623474", \
					  "0.0054212, 0.0047110, 0.0028791, -0.0026759, -0.0182192, -0.0586981, -0.1624848", \
					  "0.0063327, 0.0054385, 0.0030903, -0.0030078, -0.0183561, -0.0587798, -0.1625404", \
					  "0.0066037, 0.0056757, 0.0033253, -0.0027999, -0.0185179, -0.0589445, -0.1624366");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0755307, 0.0828188, 0.0994322, 0.1385292, 0.2362529, 0.4855331, 1.1250219", \
					  "0.0793402, 0.0866792, 0.1032245, 0.1423504, 0.2401012, 0.4904565, 1.1308876", \
					  "0.0891505, 0.0964611, 0.1131202, 0.1522628, 0.2500459, 0.5005251, 1.1409285", \
					  "0.1106550, 0.1180175, 0.1347164, 0.1739491, 0.2720876, 0.5212850, 1.1601896", \
					  "0.1422280, 0.1498426, 0.1663111, 0.2061844, 0.3047876, 0.5553918, 1.1954480", \
					  "0.1768689, 0.1854370, 0.2031120, 0.2429942, 0.3414362, 0.5917338, 1.2333736", \
					  "0.1915487, 0.2027487, 0.2248287, 0.2665462, 0.3650041, 0.6149307, 1.2534001");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0240683, 0.0318276, 0.0519741, 0.1044289, 0.2421044, 0.5973967, 1.5063137", \
					  "0.0240509, 0.0319252, 0.0519126, 0.1043312, 0.2432296, 0.5967443, 1.5009306", \
					  "0.0239412, 0.0318125, 0.0519827, 0.1044619, 0.2433806, 0.5962951, 1.5017415", \
					  "0.0243576, 0.0321661, 0.0519055, 0.1042360, 0.2421672, 0.5963178, 1.4994559", \
					  "0.0257162, 0.0334517, 0.0532282, 0.1055852, 0.2430300, 0.5956731, 1.5024459", \
					  "0.0319809, 0.0388336, 0.0562903, 0.1065103, 0.2439138, 0.5954919, 1.5009052", \
					  "0.0449729, 0.0517624, 0.0680287, 0.1117511, 0.2440542, 0.6020455, 1.4953910");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1477156, 0.1537111, 0.1656753, 0.1882648, 0.2333641, 0.3308398, 0.5692929", \
					  "0.1525240, 0.1584562, 0.1705202, 0.1933708, 0.2385750, 0.3362024, 0.5744998", \
					  "0.1669165, 0.1728140, 0.1844854, 0.2074416, 0.2523978, 0.3499448, 0.5882466", \
					  "0.2022127, 0.2081043, 0.2200054, 0.2425161, 0.2876539, 0.3851996, 0.6238139", \
					  "0.2822108, 0.2881168, 0.3000546, 0.3228792, 0.3679216, 0.4654626, 0.7035759", \
					  "0.4461836, 0.4529718, 0.4661100, 0.4908335, 0.5372861, 0.6363538, 0.8740840", \
					  "0.7514267, 0.7599729, 0.7763461, 0.8060562, 0.8599322, 0.9643613, 1.2007956");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0225743, 0.0265876, 0.0352217, 0.0548007, 0.1011013, 0.2162425, 0.5253145", \
					  "0.0226270, 0.0266096, 0.0352902, 0.0551458, 0.1006919, 0.2168356, 0.5254310", \
					  "0.0225778, 0.0265402, 0.0356002, 0.0553654, 0.1010166, 0.2167730, 0.5254132", \
					  "0.0225631, 0.0265214, 0.0353407, 0.0549120, 0.1009540, 0.2161402, 0.5265995", \
					  "0.0225277, 0.0265194, 0.0353622, 0.0547668, 0.1005559, 0.2158357, 0.5348994", \
					  "0.0273789, 0.0315116, 0.0403577, 0.0601298, 0.1049328, 0.2180228, 0.5256037", \
					  "0.0385880, 0.0433400, 0.0537024, 0.0736800, 0.1191256, 0.2286275, 0.5319575");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0814011, 0.0887430, 0.1052912, 0.1441473, 0.2410992, 0.4909967, 1.1279763", \
					  "0.0857805, 0.0930888, 0.1095907, 0.1483886, 0.2455937, 0.4945334, 1.1341525", \
					  "0.0956362, 0.1029435, 0.1194371, 0.1583732, 0.2556302, 0.5053469, 1.1452911", \
					  "0.1174432, 0.1248043, 0.1413368, 0.1804129, 0.2780907, 0.5274275, 1.1671447", \
					  "0.1524526, 0.1602166, 0.1774299, 0.2171782, 0.3153507, 0.5653671, 1.2051562", \
					  "0.1971424, 0.2056994, 0.2237931, 0.2639795, 0.3623035, 0.6123776, 1.2534259", \
					  "0.2287190, 0.2398726, 0.2618436, 0.3043293, 0.4028146, 0.6533302, 1.2907198");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0240980, 0.0319128, 0.0517905, 0.1046191, 0.2428585, 0.5954443, 1.5027706", \
					  "0.0239719, 0.0319299, 0.0519407, 0.1045188, 0.2423974, 0.5982792, 1.5018146", \
					  "0.0239956, 0.0318820, 0.0519088, 0.1044164, 0.2432924, 0.5963049, 1.5019079", \
					  "0.0241812, 0.0319284, 0.0519333, 0.1044415, 0.2427591, 0.5979304, 1.4997114", \
					  "0.0263850, 0.0338219, 0.0533341, 0.1049914, 0.2432148, 0.5950404, 1.5022679", \
					  "0.0314247, 0.0385254, 0.0563502, 0.1062996, 0.2444242, 0.5952729, 1.5006552", \
					  "0.0434387, 0.0507470, 0.0678015, 0.1118641, 0.2446111, 0.5990409, 1.4956669");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1794792, 0.1857835, 0.1983873, 0.2222992, 0.2684699, 0.3672314, 0.6063192", \
					  "0.1850149, 0.1913043, 0.2038871, 0.2276860, 0.2739875, 0.3725549, 0.6114029", \
					  "0.1990263, 0.2053026, 0.2178042, 0.2417027, 0.2878921, 0.3867535, 0.6257138", \
					  "0.2345620, 0.2408431, 0.2533956, 0.2767491, 0.3232484, 0.4225014, 0.6615181", \
					  "0.3140841, 0.3203682, 0.3329219, 0.3566434, 0.4030892, 0.5019881, 0.7407751", \
					  "0.4851844, 0.4919931, 0.5053883, 0.5302334, 0.5775382, 0.6770026, 0.9161363", \
					  "0.8120185, 0.8202027, 0.8367126, 0.8657579, 0.9188187, 1.0217913, 1.2620088");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0251865, 0.0289185, 0.0377860, 0.0573084, 0.1036713, 0.2193248, 0.5274485", \
					  "0.0251529, 0.0291248, 0.0378149, 0.0580745, 0.1037819, 0.2183312, 0.5334165", \
					  "0.0251856, 0.0292266, 0.0380678, 0.0579530, 0.1038027, 0.2184760, 0.5269511", \
					  "0.0251289, 0.0291237, 0.0378263, 0.0583132, 0.1033721, 0.2182988, 0.5265950", \
					  "0.0251955, 0.0292253, 0.0380238, 0.0581666, 0.1037670, 0.2181483, 0.5320855", \
					  "0.0285174, 0.0325171, 0.0410753, 0.0605215, 0.1058842, 0.2199770, 0.5276682", \
					  "0.0385786, 0.0429168, 0.0521837, 0.0729333, 0.1178546, 0.2285066, 0.5334953");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0856529, 0.0929594, 0.1095423, 0.1481919, 0.2445318, 0.4924660, 1.1312906", \
					  "0.0900486, 0.0972589, 0.1138227, 0.1525005, 0.2488901, 0.4970994, 1.1366416", \
					  "0.0988382, 0.1061496, 0.1226731, 0.1614227, 0.2579954, 0.5058707, 1.1432122", \
					  "0.1179046, 0.1251858, 0.1417369, 0.1806913, 0.2781206, 0.5261970, 1.1639790", \
					  "0.1516473, 0.1593339, 0.1763332, 0.2159832, 0.3139340, 0.5634925, 1.1999134", \
					  "0.1965318, 0.2053194, 0.2236469, 0.2639620, 0.3620548, 0.6114922, 1.2493577", \
					  "0.2326444, 0.2439804, 0.2665667, 0.3099676, 0.4084841, 0.6593648, 1.2957719");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0240518, 0.0318295, 0.0519770, 0.1045344, 0.2427785, 0.5981307, 1.5033378", \
					  "0.0239119, 0.0318866, 0.0519767, 0.1045060, 0.2429190, 0.5977950, 1.4998578", \
					  "0.0240580, 0.0318693, 0.0519351, 0.1046369, 0.2424496, 0.5960694, 1.5081063", \
					  "0.0241672, 0.0319799, 0.0518544, 0.1046973, 0.2418847, 0.5963169, 1.4976430", \
					  "0.0259907, 0.0337039, 0.0532169, 0.1050486, 0.2426902, 0.5961509, 1.5025683", \
					  "0.0313916, 0.0385054, 0.0567035, 0.1066037, 0.2440574, 0.5949772, 1.4982088", \
					  "0.0432790, 0.0508275, 0.0682853, 0.1123752, 0.2434196, 0.5977801, 1.4958391");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1915875, 0.1978919, 0.2103985, 0.2340766, 0.2795796, 0.3781590, 0.6170320", \
					  "0.1973616, 0.2036233, 0.2161435, 0.2398177, 0.2852632, 0.3836938, 0.6228103", \
					  "0.2120132, 0.2184922, 0.2310254, 0.2539661, 0.3001258, 0.3984862, 0.6376711", \
					  "0.2477918, 0.2540537, 0.2665516, 0.2902419, 0.3355994, 0.4340521, 0.6732503", \
					  "0.3267936, 0.3330599, 0.3452969, 0.3689900, 0.4149646, 0.5133594, 0.7525301", \
					  "0.4995368, 0.5062049, 0.5193245, 0.5437818, 0.5901102, 0.6890599, 0.9280382", \
					  "0.8331772, 0.8413758, 0.8571768, 0.8851955, 0.9369624, 1.0403493, 1.2803476");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0256806, 0.0296458, 0.0384269, 0.0574493, 0.1037573, 0.2183098, 0.5344870", \
					  "0.0256722, 0.0296458, 0.0383018, 0.0580879, 0.1036819, 0.2190977, 0.5271681", \
					  "0.0256672, 0.0295547, 0.0381788, 0.0585772, 0.1037254, 0.2192247, 0.5272260", \
					  "0.0256701, 0.0296305, 0.0382946, 0.0580663, 0.1037683, 0.2192461, 0.5273707", \
					  "0.0256481, 0.0296153, 0.0387331, 0.0583413, 0.1036682, 0.2190149, 0.5275408", \
					  "0.0280146, 0.0319361, 0.0408381, 0.0595958, 0.1050024, 0.2192690, 0.5268961", \
					  "0.0374717, 0.0416220, 0.0509274, 0.0708087, 0.1151071, 0.2266059, 0.5304430");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0464785, 0.0530594, 0.0690912, 0.1082652, 0.2064256, 0.4561899, 1.0968093", \
					  "0.0511420, 0.0576670, 0.0735768, 0.1129735, 0.2115034, 0.4606260, 1.1006687", \
					  "0.0617929, 0.0681981, 0.0840237, 0.1231767, 0.2215545, 0.4716313, 1.1101237", \
					  "0.0790106, 0.0855215, 0.1013441, 0.1404938, 0.2398506, 0.4902240, 1.1289553", \
					  "0.1013756, 0.1081390, 0.1239737, 0.1632284, 0.2616272, 0.5128152, 1.1489530", \
					  "0.1233459, 0.1316626, 0.1482024, 0.1872159, 0.2853394, 0.5354956, 1.1771465", \
					  "0.1195359, 0.1309523, 0.1524679, 0.1946069, 0.2921078, 0.5418527, 1.1800048");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0188824, 0.0270349, 0.0480187, 0.1024944, 0.2412113, 0.5968775, 1.5090703", \
					  "0.0189271, 0.0270351, 0.0480064, 0.1028102, 0.2418244, 0.5929982, 1.4927929", \
					  "0.0189706, 0.0270574, 0.0480188, 0.1022969, 0.2404411, 0.5951503, 1.4926151", \
					  "0.0200558, 0.0278379, 0.0481533, 0.1026281, 0.2416201, 0.5903084, 1.4950113", \
					  "0.0230462, 0.0299290, 0.0492409, 0.1025709, 0.2399182, 0.5959995, 1.4899260", \
					  "0.0303409, 0.0370006, 0.0536277, 0.1032871, 0.2420757, 0.5903162, 1.5026096", \
					  "0.0463886, 0.0531557, 0.0689541, 0.1107315, 0.2415504, 0.5968507, 1.4910638");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0828698, 0.0876691, 0.0976769, 0.1167307, 0.1571905, 0.2513193, 0.4894126", \
					  "0.0877672, 0.0925793, 0.1025000, 0.1216511, 0.1621027, 0.2562598, 0.4939024", \
					  "0.1012915, 0.1060793, 0.1159611, 0.1354190, 0.1755510, 0.2696910, 0.5077128", \
					  "0.1358691, 0.1406850, 0.1506119, 0.1700940, 0.2105479, 0.3046035, 0.5434930", \
					  "0.2111135, 0.2163633, 0.2269858, 0.2471666, 0.2881612, 0.3823911, 0.6200028", \
					  "0.3426694, 0.3497957, 0.3635577, 0.3877019, 0.4320161, 0.5279236, 0.7625841", \
					  "0.5694246, 0.5793629, 0.5981459, 0.6306223, 0.6837925, 0.7849305, 1.0223247");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0169760, 0.0204038, 0.0282840, 0.0470701, 0.0918767, 0.2125733, 0.5243059", \
					  "0.0169223, 0.0204661, 0.0284385, 0.0469826, 0.0917458, 0.2124708, 0.5237282", \
					  "0.0170691, 0.0206111, 0.0285241, 0.0468930, 0.0917921, 0.2102918, 0.5253196", \
					  "0.0169742, 0.0204220, 0.0285844, 0.0468384, 0.0915041, 0.2106888, 0.5244423", \
					  "0.0208556, 0.0241471, 0.0316519, 0.0488704, 0.0926963, 0.2121819, 0.5250405", \
					  "0.0303263, 0.0343607, 0.0428506, 0.0592071, 0.0998528, 0.2145798, 0.5247682", \
					  "0.0475274, 0.0527556, 0.0634828, 0.0812190, 0.1201048, 0.2230803, 0.5281308");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002273;
			capacitance : 0.002180;
			fall_capacitance : 0.002088;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023659, -0.0023679, -0.0023724, -0.0023676, -0.0023565, -0.0023310, -0.0022721");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030453, 0.0030466, 0.0030497, 0.0030503, 0.0030517, 0.0030548, 0.0030620");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002304;
			capacitance : 0.002208;
			fall_capacitance : 0.002112;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026309, -0.0026300, -0.0026279, -0.0026275, -0.0026265, -0.0026242, -0.0026189");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029273, 0.0029306, 0.0029382, 0.0029480, 0.0029706, 0.0030226, 0.0031426");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002335;
			capacitance : 0.002206;
			fall_capacitance : 0.002077;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028083, -0.0028083, -0.0028082, -0.0028082, -0.0028082, -0.0028081, -0.0028078");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028256, 0.0028205, 0.0028086, 0.0028092, 0.0028107, 0.0028140, 0.0028216");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002355;
			capacitance : 0.002217;
			fall_capacitance : 0.002078;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012311, -0.0012309, -0.0012304, -0.0012300, -0.0012290, -0.0012268, -0.0012217");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030211, 0.0030160, 0.0030042, 0.0030154, 0.0030413, 0.0031010, 0.0032386");
				}
			}
		}
	}
	cell ("scs8hd_a31o_2") {
		area : 8.758400;
		cell_footprint : "a31o";
		cell_leakage_power : 1.132710e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003895";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0007367";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003895";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0007369";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003898";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0007371";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003890";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0007503";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003895";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0007410";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003890";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0007506";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003888";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0007538";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0101141";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "7.7585175e-05";
			when : "A1&A2&A3&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1)";
			max_capacitance : 0.238047;
			max_transition : 1.501676;
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0097396, 0.0109743, 0.0142712, 0.0230918, 0.0469196, 0.1122903, 0.2980669", \
					  "0.0096893, 0.0109171, 0.0142084, 0.0230140, 0.0469113, 0.1124486, 0.2977336", \
					  "0.0095821, 0.0107870, 0.0140260, 0.0227614, 0.0467487, 0.1121640, 0.2955752", \
					  "0.0093278, 0.0105038, 0.0136763, 0.0223711, 0.0461655, 0.1120271, 0.2972926", \
					  "0.0092717, 0.0104125, 0.0134775, 0.0220390, 0.0457951, 0.1121315, 0.2966029", \
					  "0.0091680, 0.0102925, 0.0134726, 0.0219908, 0.0457824, 0.1112890, 0.2960757", \
					  "0.0092478, 0.0103601, 0.0133906, 0.0221060, 0.0458167, 0.1120462, 0.2949367");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0095155, 0.0085719, 0.0062559, -0.0008775, -0.0237226, -0.0900332, -0.2759903", \
					  "0.0093601, 0.0084313, 0.0061163, -0.0010405, -0.0238610, -0.0901879, -0.2761417", \
					  "0.0091846, 0.0082851, 0.0059589, -0.0012082, -0.0240262, -0.0903527, -0.2763043", \
					  "0.0090904, 0.0081621, 0.0057994, -0.0013710, -0.0241723, -0.0904574, -0.2764068", \
					  "0.0089646, 0.0079605, 0.0055687, -0.0016532, -0.0244087, -0.0906401, -0.2765560", \
					  "0.0097614, 0.0087028, 0.0057796, -0.0024347, -0.0246693, -0.0907612, -0.2766324", \
					  "0.0111344, 0.0100686, 0.0070237, -0.0013111, -0.0248560, -0.0910257, -0.2766228");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0122393, 0.0134230, 0.0166415, 0.0252543, 0.0488726, 0.1152651, 0.2999905", \
					  "0.0121918, 0.0133938, 0.0165985, 0.0252137, 0.0488740, 0.1147023, 0.2997982", \
					  "0.0121006, 0.0132851, 0.0165167, 0.0251307, 0.0488301, 0.1147330, 0.2985330", \
					  "0.0119939, 0.0131702, 0.0163681, 0.0249945, 0.0487302, 0.1146701, 0.2983601", \
					  "0.0118221, 0.0129701, 0.0162123, 0.0246902, 0.0484390, 0.1144416, 0.2982861", \
					  "0.0120369, 0.0131637, 0.0162871, 0.0248308, 0.0483392, 0.1140996, 0.2994836", \
					  "0.0119676, 0.0130837, 0.0161889, 0.0248430, 0.0484693, 0.1141627, 0.2973965");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0090712, 0.0081474, 0.0058141, -0.0012341, -0.0235636, -0.0895864, -0.2754918", \
					  "0.0089626, 0.0080129, 0.0057038, -0.0013384, -0.0236645, -0.0896909, -0.2755939", \
					  "0.0087873, 0.0077972, 0.0054928, -0.0015586, -0.0238916, -0.0899105, -0.2758103", \
					  "0.0085776, 0.0076677, 0.0053084, -0.0017297, -0.0240846, -0.0900966, -0.2760033", \
					  "0.0084017, 0.0074570, 0.0051217, -0.0019705, -0.0242968, -0.0902707, -0.2761580", \
					  "0.0082597, 0.0072411, 0.0049784, -0.0021824, -0.0244531, -0.0903608, -0.2762015", \
					  "0.0111347, 0.0100698, 0.0071303, -0.0011417, -0.0247120, -0.0905209, -0.2762876");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0123184, 0.0135298, 0.0167315, 0.0253377, 0.0489148, 0.1151112, 0.2997185", \
					  "0.0122766, 0.0134626, 0.0166816, 0.0252749, 0.0488912, 0.1146712, 0.2984221", \
					  "0.0122138, 0.0133932, 0.0166120, 0.0252168, 0.0487995, 0.1150573, 0.2995869", \
					  "0.0121459, 0.0132713, 0.0165101, 0.0251392, 0.0487871, 0.1146602, 0.2985418", \
					  "0.0119055, 0.0131268, 0.0163512, 0.0249666, 0.0486438, 0.1145489, 0.2983700", \
					  "0.0122221, 0.0133509, 0.0164833, 0.0249180, 0.0486489, 0.1143017, 0.2994948", \
					  "0.0122284, 0.0133349, 0.0164796, 0.0250524, 0.0488533, 0.1150161, 0.2977088");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0107932, 0.0098690, 0.0075563, 0.0004844, -0.0216936, -0.0875585, -0.2733965", \
					  "0.0107255, 0.0097915, 0.0074466, 0.0004031, -0.0217935, -0.0876557, -0.2734936", \
					  "0.0105756, 0.0096411, 0.0073095, 0.0002492, -0.0219560, -0.0878070, -0.2736358", \
					  "0.0104132, 0.0094926, 0.0071707, 9.2300000e-05, -0.0220896, -0.0879503, -0.2737834", \
					  "0.0102412, 0.0093200, 0.0069691, -0.0001202, -0.0223037, -0.0881363, -0.2739486", \
					  "0.0101384, 0.0091884, 0.0067774, -0.0003430, -0.0225003, -0.0882729, -0.2740533", \
					  "0.0128763, 0.0118338, 0.0088587, 0.0005172, -0.0231268, -0.0885691, -0.2742672");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0125576, 0.0137486, 0.0169525, 0.0255449, 0.0491092, 0.1147668, 0.2984795", \
					  "0.0125019, 0.0136994, 0.0168926, 0.0255090, 0.0490257, 0.1146811, 0.2983101", \
					  "0.0124231, 0.0136239, 0.0168300, 0.0254262, 0.0489633, 0.1145280, 0.2994373", \
					  "0.0123108, 0.0134943, 0.0167184, 0.0253204, 0.0489040, 0.1144965, 0.2995065", \
					  "0.0121582, 0.0133116, 0.0165459, 0.0251086, 0.0487641, 0.1151105, 0.2996684", \
					  "0.0124283, 0.0135608, 0.0167010, 0.0252115, 0.0487779, 0.1143824, 0.2995943", \
					  "0.0124023, 0.0135193, 0.0166285, 0.0252496, 0.0490318, 0.1148889, 0.2975450");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0128185, 0.0118351, 0.0094470, 0.0023341, -0.0200084, -0.0860024, -0.2718968", \
					  "0.0126895, 0.0117260, 0.0093385, 0.0022530, -0.0200983, -0.0860934, -0.2719688", \
					  "0.0125038, 0.0115521, 0.0091945, 0.0020989, -0.0202477, -0.0862196, -0.2720777", \
					  "0.0123591, 0.0114129, 0.0090456, 0.0019157, -0.0203813, -0.0863568, -0.2722095", \
					  "0.0122456, 0.0112987, 0.0089023, 0.0018019, -0.0205076, -0.0864486, -0.2723148", \
					  "0.0121620, 0.0112109, 0.0088183, 0.0016844, -0.0205767, -0.0864606, -0.2722953", \
					  "0.0150161, 0.0139465, 0.0109572, 0.0026486, -0.0209614, -0.0864876, -0.2722725");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
					values("0.0878371, 0.0938530, 0.1079519, 0.1411666, 0.2269532, 0.4638284, 1.1240052", \
					  "0.0917628, 0.0978104, 0.1118118, 0.1450192, 0.2308996, 0.4673157, 1.1293044", \
					  "0.1010002, 0.1069974, 0.1211910, 0.1543574, 0.2400092, 0.4764514, 1.1360277", \
					  "0.1240043, 0.1299873, 0.1441599, 0.1773489, 0.2630983, 0.4997409, 1.1589093", \
					  "0.1615899, 0.1679067, 0.1824847, 0.2161565, 0.3023149, 0.5384622, 1.1985964", \
					  "0.2062654, 0.2136008, 0.2295595, 0.2641976, 0.3503939, 0.5878120, 1.2495998", \
					  "0.2378366, 0.2475359, 0.2677986, 0.3074127, 0.3942084, 0.6305083, 1.2903987");
				}
				rise_transition ("del_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("0.0226702, 0.0282856, 0.0431390, 0.0846259, 0.2042639, 0.5463870, 1.4995475", \
					  "0.0225048, 0.0280940, 0.0431084, 0.0845962, 0.2046378, 0.5456645, 1.4977793", \
					  "0.0226524, 0.0281852, 0.0431602, 0.0846096, 0.2043931, 0.5460932, 1.4981828", \
					  "0.0227109, 0.0282889, 0.0432050, 0.0844547, 0.2048028, 0.5451237, 1.4959903", \
					  "0.0248765, 0.0302443, 0.0449215, 0.0860925, 0.2046294, 0.5460273, 1.4989248", \
					  "0.0319876, 0.0370412, 0.0502086, 0.0884164, 0.2064129, 0.5450094, 1.5001158", \
					  "0.0467255, 0.0528611, 0.0658059, 0.0990766, 0.2085915, 0.5470037, 1.4948685");
				}
				cell_fall ("del_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("0.1803474, 0.1856689, 0.1969834, 0.2187913, 0.2605368, 0.3472206, 0.5622454", \
					  "0.1859730, 0.1912380, 0.2025612, 0.2243606, 0.2660810, 0.3529147, 0.5679716", \
					  "0.1994645, 0.2047543, 0.2160357, 0.2377351, 0.2794438, 0.3662620, 0.5813632", \
					  "0.2345075, 0.2397475, 0.2510122, 0.2728800, 0.3143985, 0.4015943, 0.6164095", \
					  "0.3140093, 0.3192762, 0.3304726, 0.3521606, 0.3938205, 0.4814029, 0.6966989", \
					  "0.4867999, 0.4924247, 0.5045708, 0.5274033, 0.5703107, 0.6583998, 0.8732024", \
					  "0.8152766, 0.8225277, 0.8375518, 0.8650175, 0.9143795, 1.0096498, 1.2284950");
				}
				fall_transition ("del_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("0.0275994, 0.0303055, 0.0370239, 0.0526814, 0.0892373, 0.1834797, 0.4598273", \
					  "0.0274882, 0.0302748, 0.0370764, 0.0523023, 0.0893383, 0.1834958, 0.4598233", \
					  "0.0276656, 0.0303431, 0.0370365, 0.0523000, 0.0893800, 0.1834861, 0.4598318", \
					  "0.0274906, 0.0305046, 0.0371371, 0.0524819, 0.0887088, 0.1833770, 0.4597499", \
					  "0.0275188, 0.0304543, 0.0372844, 0.0524528, 0.0889341, 0.1835686, 0.4623200", \
					  "0.0315076, 0.0343845, 0.0412015, 0.0561636, 0.0917505, 0.1845025, 0.4595481", \
					  "0.0444165, 0.0475458, 0.0550524, 0.0708208, 0.1064913, 0.1969046, 0.4646550");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
					values("0.0930883, 0.0992322, 0.1132240, 0.1464153, 0.2319698, 0.4687057, 1.1290859", \
					  "0.0973796, 0.1033960, 0.1175307, 0.1507394, 0.2361670, 0.4721300, 1.1311339", \
					  "0.1073802, 0.1133564, 0.1275145, 0.1606615, 0.2462182, 0.4823844, 1.1438159", \
					  "0.1296802, 0.1355280, 0.1496663, 0.1827932, 0.2687545, 0.5048378, 1.1641139", \
					  "0.1688892, 0.1752541, 0.1899407, 0.2238159, 0.3099619, 0.5461234, 1.2057659", \
					  "0.2221166, 0.2294139, 0.2453467, 0.2801363, 0.3663155, 0.6032805, 1.2628144", \
					  "0.2680841, 0.2777178, 0.2978752, 0.3369870, 0.4243879, 0.6611617, 1.3200629");
				}
				rise_transition ("del_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("0.0226102, 0.0281391, 0.0431347, 0.0846260, 0.2043975, 0.5462364, 1.4996386", \
					  "0.0226690, 0.0282182, 0.0431635, 0.0846491, 0.2042770, 0.5460943, 1.4974807", \
					  "0.0225152, 0.0282662, 0.0431762, 0.0846438, 0.2042264, 0.5462060, 1.4990745", \
					  "0.0226131, 0.0283446, 0.0430455, 0.0845884, 0.2048322, 0.5461530, 1.4996275", \
					  "0.0252507, 0.0304768, 0.0450085, 0.0856237, 0.2044290, 0.5460012, 1.4987298", \
					  "0.0306240, 0.0357836, 0.0495716, 0.0884311, 0.2061533, 0.5448296, 1.4982078", \
					  "0.0435591, 0.0494408, 0.0630625, 0.0973640, 0.2083162, 0.5473809, 1.4941091");
				}
				cell_fall ("del_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("0.2121367, 0.2178621, 0.2297762, 0.2525491, 0.2957698, 0.3852110, 0.6020202", \
					  "0.2175282, 0.2232552, 0.2354345, 0.2580769, 0.3014154, 0.3907500, 0.6074950", \
					  "0.2319627, 0.2376588, 0.2497274, 0.2727154, 0.3159238, 0.4051709, 0.6216210", \
					  "0.2676023, 0.2733104, 0.2852121, 0.3083056, 0.3511560, 0.4403098, 0.6569983", \
					  "0.3469659, 0.3527759, 0.3648015, 0.3874658, 0.4306197, 0.5200508, 0.7367418", \
					  "0.5238980, 0.5298665, 0.5423281, 0.5653466, 0.6087010, 0.6982179, 0.9150575", \
					  "0.8711505, 0.8786399, 0.8938321, 0.9213377, 0.9706443, 1.0662614, 1.2855488");
				}
				fall_transition ("del_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("0.0308327, 0.0339023, 0.0408629, 0.0567617, 0.0932086, 0.1873409, 0.4616200", \
					  "0.0309087, 0.0338175, 0.0408269, 0.0561205, 0.0928971, 0.1873374, 0.4607101", \
					  "0.0308564, 0.0338449, 0.0408046, 0.0559067, 0.0921915, 0.1877372, 0.4618192", \
					  "0.0309708, 0.0339494, 0.0408622, 0.0558281, 0.0931570, 0.1867882, 0.4641550", \
					  "0.0310232, 0.0337917, 0.0406285, 0.0561087, 0.0927976, 0.1872708, 0.4615638", \
					  "0.0333586, 0.0361043, 0.0427383, 0.0574557, 0.0938672, 0.1875324, 0.4634846", \
					  "0.0451403, 0.0485359, 0.0551449, 0.0703663, 0.1058856, 0.1980623, 0.4658929");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
					values("0.0973730, 0.1033970, 0.1175319, 0.1507206, 0.2358175, 0.4714115, 1.1298227", \
					  "0.1017081, 0.1077585, 0.1217728, 0.1548736, 0.2404154, 0.4756369, 1.1342269", \
					  "0.1105289, 0.1165766, 0.1305776, 0.1637300, 0.2491718, 0.4848045, 1.1461275", \
					  "0.1297772, 0.1357982, 0.1498611, 0.1829712, 0.2685558, 0.5044393, 1.1653047", \
					  "0.1656022, 0.1719106, 0.1866133, 0.2204038, 0.3065278, 0.5430007, 1.2024269", \
					  "0.2169893, 0.2242572, 0.2402395, 0.2752102, 0.3616784, 0.5981284, 1.2596933", \
					  "0.2640967, 0.2736469, 0.2939305, 0.3332287, 0.4206090, 0.6581474, 1.3159724");
				}
				rise_transition ("del_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("0.0226526, 0.0281821, 0.0431027, 0.0846323, 0.2045968, 0.5457016, 1.4948739", \
					  "0.0224908, 0.0281538, 0.0429977, 0.0844762, 0.2048462, 0.5451719, 1.4979018", \
					  "0.0224926, 0.0281221, 0.0431031, 0.0846133, 0.2045426, 0.5458268, 1.4981471", \
					  "0.0227158, 0.0282264, 0.0431207, 0.0845942, 0.2044947, 0.5460937, 1.4996150", \
					  "0.0248370, 0.0302786, 0.0448724, 0.0855115, 0.2044818, 0.5462695, 1.4997716", \
					  "0.0298092, 0.0353144, 0.0493034, 0.0883959, 0.2057254, 0.5443432, 1.5000867", \
					  "0.0421271, 0.0479776, 0.0619483, 0.0975693, 0.2087138, 0.5466778, 1.4932141");
				}
				cell_fall ("del_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("0.2268834, 0.2327034, 0.2448385, 0.2675711, 0.3104786, 0.3997077, 0.6157657", \
					  "0.2328128, 0.2386442, 0.2507669, 0.2736512, 0.3166503, 0.4058879, 0.6223905", \
					  "0.2478557, 0.2536571, 0.2658395, 0.2886733, 0.3317270, 0.4208152, 0.6371313", \
					  "0.2833646, 0.2891306, 0.3011830, 0.3240919, 0.3672522, 0.4559276, 0.6723209", \
					  "0.3629487, 0.3687513, 0.3808501, 0.4036981, 0.4468632, 0.5356334, 0.7522660", \
					  "0.5413583, 0.5473013, 0.5596802, 0.5828092, 0.6259860, 0.7151715, 0.9325707", \
					  "0.8967642, 0.9041214, 0.9190969, 0.9458518, 0.9941785, 1.0888990, 1.3076391");
				}
				fall_transition ("del_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("0.0317642, 0.0346285, 0.0413315, 0.0566569, 0.0929630, 0.1871540, 0.4639266", \
					  "0.0316216, 0.0345558, 0.0413517, 0.0564144, 0.0929157, 0.1867356, 0.4633608", \
					  "0.0316924, 0.0345975, 0.0412473, 0.0563596, 0.0927856, 0.1869709, 0.4617188", \
					  "0.0316650, 0.0344510, 0.0412521, 0.0562746, 0.0931380, 0.1864441, 0.4634433", \
					  "0.0317414, 0.0345221, 0.0411672, 0.0568393, 0.0932034, 0.1872361, 0.4614385", \
					  "0.0332466, 0.0362400, 0.0424591, 0.0575292, 0.0935428, 0.1873501, 0.4606993", \
					  "0.0445463, 0.0476446, 0.0541611, 0.0706909, 0.1049755, 0.1961722, 0.4655387");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
					values("0.0533067, 0.0582314, 0.0705180, 0.1022809, 0.1877801, 0.4241587, 1.0841339", \
					  "0.0580667, 0.0629128, 0.0752184, 0.1071051, 0.1924330, 0.4284382, 1.0911124", \
					  "0.0692867, 0.0741451, 0.0862638, 0.1177777, 0.2038207, 0.4398683, 1.0971736", \
					  "0.0908925, 0.0958740, 0.1080076, 0.1395854, 0.2255279, 0.4615413, 1.1235370", \
					  "0.1205175, 0.1259093, 0.1386698, 0.1700381, 0.2556773, 0.4931756, 1.1552524", \
					  "0.1544752, 0.1614294, 0.1764267, 0.2085485, 0.2936351, 0.5298603, 1.1932645", \
					  "0.1727616, 0.1826085, 0.2023904, 0.2415641, 0.3262662, 0.5627974, 1.2196811");
				}
				rise_transition ("del_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("0.0164227, 0.0217830, 0.0368293, 0.0801405, 0.2018035, 0.5404849, 1.4914046", \
					  "0.0164217, 0.0217581, 0.0368495, 0.0799568, 0.2021899, 0.5404113, 1.4972531", \
					  "0.0164399, 0.0218107, 0.0368644, 0.0799200, 0.2024327, 0.5407734, 1.4896879", \
					  "0.0176738, 0.0227685, 0.0374144, 0.0800332, 0.2018310, 0.5405520, 1.5016756", \
					  "0.0215551, 0.0261863, 0.0396922, 0.0811190, 0.2015396, 0.5446792, 1.5015681", \
					  "0.0300323, 0.0345640, 0.0467289, 0.0839261, 0.2031547, 0.5406310, 1.4980687", \
					  "0.0462581, 0.0519012, 0.0641509, 0.0966979, 0.2053490, 0.5465567, 1.4874308");
				}
				cell_fall ("del_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("0.1045211, 0.1088323, 0.1180278, 0.1360503, 0.1717675, 0.2528144, 0.4658026", \
					  "0.1095773, 0.1137919, 0.1230054, 0.1411012, 0.1769711, 0.2573984, 0.4700972", \
					  "0.1232873, 0.1274868, 0.1366205, 0.1546782, 0.1905522, 0.2711285, 0.4837756", \
					  "0.1574037, 0.1616176, 0.1706965, 0.1886705, 0.2247030, 0.3055496, 0.5185866", \
					  "0.2373013, 0.2415774, 0.2507461, 0.2688084, 0.3049268, 0.3859611, 0.5978982", \
					  "0.3855918, 0.3914092, 0.4034889, 0.4258577, 0.4655173, 0.5494520, 0.7621500", \
					  "0.6406754, 0.6488124, 0.6630659, 0.6961653, 0.7455828, 0.8401662, 1.0545195");
				}
				fall_transition ("del_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("0.0198137, 0.0223652, 0.0282964, 0.0423296, 0.0772167, 0.1726805, 0.4562480", \
					  "0.0198522, 0.0222535, 0.0281899, 0.0421492, 0.0770362, 0.1728695, 0.4563255", \
					  "0.0197332, 0.0222687, 0.0281747, 0.0421320, 0.0769953, 0.1723603, 0.4565433", \
					  "0.0198397, 0.0223048, 0.0284768, 0.0424931, 0.0770840, 0.1729409, 0.4547670", \
					  "0.0213982, 0.0237591, 0.0292311, 0.0433386, 0.0774651, 0.1729828, 0.4583466", \
					  "0.0327675, 0.0353104, 0.0417743, 0.0547917, 0.0872997, 0.1773211, 0.4593262", \
					  "0.0525477, 0.0562183, 0.0640225, 0.0798585, 0.1113146, 0.1928339, 0.4577818");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002309;
			capacitance : 0.002209;
			fall_capacitance : 0.002109;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024743, -0.0024750, -0.0024768, -0.0024722, -0.0024618, -0.0024378, -0.0023825");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031463, 0.0031471, 0.0031488, 0.0031480, 0.0031461, 0.0031417, 0.0031314");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002284;
			capacitance : 0.002191;
			fall_capacitance : 0.002097;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025492, -0.0025477, -0.0025440, -0.0025438, -0.0025431, -0.0025417, -0.0025383");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028881, 0.0028852, 0.0028784, 0.0028891, 0.0029138, 0.0029707, 0.0031019");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002338;
			capacitance : 0.002204;
			fall_capacitance : 0.002070;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027936, -0.0027919, -0.0027880, -0.0027880, -0.0027880, -0.0027881, -0.0027883");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027860, 0.0027884, 0.0027939, 0.0027922, 0.0027885, 0.0027800, 0.0027604");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002365;
			capacitance : 0.002221;
			fall_capacitance : 0.002077;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012511, -0.0012517, -0.0012532, -0.0012524, -0.0012508, -0.0012469, -0.0012381");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017500, 0.0017464, 0.0017381, 0.0017485, 0.0017724, 0.0018277, 0.0019553");
				}
			}
		}
	}
	cell ("scs8hd_a31o_4") {
		area : 17.516800;
		cell_footprint : "a31o";
		cell_leakage_power : 1.062451e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007892";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0014892";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007892";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0014895";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007892";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0014898";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007885";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0015215";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007892";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0014978";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007870";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0015185";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007883";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0015220";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007872";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0001632";
			when : "A1&A2&A3&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1)";
			max_capacitance : 0.433970;
			max_transition : 1.504992;
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0237717, 0.0251888, 0.0294537, 0.0422016, 0.0801451, 0.1953890, 0.5483957", \
					  "0.0236680, 0.0250771, 0.0293347, 0.0420851, 0.0800418, 0.1953452, 0.5483052", \
					  "0.0234935, 0.0249164, 0.0291786, 0.0419346, 0.0798666, 0.1951626, 0.5481323", \
					  "0.0232684, 0.0247002, 0.0289838, 0.0416596, 0.0794573, 0.1944264, 0.5487532", \
					  "0.0229134, 0.0243459, 0.0286183, 0.0411690, 0.0789928, 0.1940652, 0.5487562", \
					  "0.0233662, 0.0246925, 0.0288186, 0.0411297, 0.0785569, 0.1933579, 0.5473799", \
					  "0.0236211, 0.0248630, 0.0289593, 0.0413039, 0.0788085, 0.1937932, 0.5460248");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0264355, 0.0253539, 0.0219866, 0.0122899, -0.0215106, -0.1352374, -0.4917450", \
					  "0.0262229, 0.0250671, 0.0218377, 0.0120890, -0.0216471, -0.1353732, -0.4918936", \
					  "0.0260611, 0.0249824, 0.0215502, 0.0119278, -0.0218546, -0.1355653, -0.4920881", \
					  "0.0257765, 0.0246909, 0.0213431, 0.0116221, -0.0221010, -0.1357723, -0.4922260", \
					  "0.0256307, 0.0244946, 0.0211036, 0.0114242, -0.0223585, -0.1360044, -0.4924958", \
					  "0.0255205, 0.0243652, 0.0209146, 0.0111474, -0.0225757, -0.1361481, -0.4925892", \
					  "0.0305578, 0.0293236, 0.0255062, 0.0137006, -0.0231841, -0.1365761, -0.4927911");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0173423, 0.0187961, 0.0230665, 0.0355272, 0.0724876, 0.1873040, 0.5406056", \
					  "0.0172721, 0.0187048, 0.0229415, 0.0354291, 0.0723969, 0.1867072, 0.5409559", \
					  "0.0170066, 0.0184179, 0.0226187, 0.0350817, 0.0722001, 0.1863160, 0.5388053", \
					  "0.0165544, 0.0179267, 0.0220569, 0.0344682, 0.0716038, 0.1857805, 0.5387971", \
					  "0.0163586, 0.0177209, 0.0216419, 0.0338555, 0.0710591, 0.1860370, 0.5374240", \
					  "0.0162192, 0.0175450, 0.0216199, 0.0339584, 0.0710993, 0.1848267, 0.5403765", \
					  "0.0163479, 0.0176620, 0.0215686, 0.0340340, 0.0712160, 0.1851073, 0.5368798");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0194931, 0.0184315, 0.0151284, 0.0054290, -0.0293177, -0.1440982, -0.5010522", \
					  "0.0192160, 0.0181610, 0.0148621, 0.0051700, -0.0296007, -0.1444030, -0.5013280", \
					  "0.0189515, 0.0178379, 0.0144975, 0.0047803, -0.0299121, -0.1447029, -0.5016286", \
					  "0.0187141, 0.0176339, 0.0142475, 0.0044644, -0.0303215, -0.1450297, -0.5019264", \
					  "0.0185435, 0.0174131, 0.0139653, 0.0040636, -0.0306650, -0.1452359, -0.5020099", \
					  "0.0191325, 0.0178982, 0.0141774, 0.0023555, -0.0313092, -0.1456539, -0.5023256", \
					  "0.0223529, 0.0210958, 0.0172994, 0.0054416, -0.0314603, -0.1463088, -0.5023587");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0228264, 0.0242438, 0.0285355, 0.0412888, 0.0792761, 0.1947424, 0.5474641", \
					  "0.0227379, 0.0241734, 0.0284374, 0.0412301, 0.0791592, 0.1946142, 0.5475550", \
					  "0.0226016, 0.0240287, 0.0283451, 0.0410592, 0.0789907, 0.1941227, 0.5476274", \
					  "0.0223923, 0.0237982, 0.0280330, 0.0406194, 0.0785725, 0.1937440, 0.5485424", \
					  "0.0220397, 0.0233811, 0.0276667, 0.0400906, 0.0778805, 0.1931953, 0.5470281", \
					  "0.0225394, 0.0238626, 0.0279562, 0.0403093, 0.0773289, 0.1921817, 0.5472183", \
					  "0.0225759, 0.0238957, 0.0278529, 0.0401951, 0.0775869, 0.1925618, 0.5437692");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0184418, 0.0172646, 0.0139538, 0.0042551, -0.0295279, -0.1433284, -0.5001057", \
					  "0.0182881, 0.0171138, 0.0138543, 0.0041288, -0.0296611, -0.1434764, -0.5002909", \
					  "0.0178987, 0.0167939, 0.0134027, 0.0037771, -0.0300461, -0.1438546, -0.5005656", \
					  "0.0177342, 0.0166384, 0.0131907, 0.0035471, -0.0302989, -0.1440677, -0.5008423", \
					  "0.0173639, 0.0162654, 0.0129665, 0.0031740, -0.0306723, -0.1444474, -0.5011457", \
					  "0.0172858, 0.0161402, 0.0127182, 0.0028193, -0.0309911, -0.1445868, -0.5012013", \
					  "0.0221719, 0.0209518, 0.0171367, 0.0054505, -0.0314182, -0.1449119, -0.5013665");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0233702, 0.0247846, 0.0290870, 0.0418371, 0.0797443, 0.1948407, 0.5491303", \
					  "0.0232695, 0.0246698, 0.0289786, 0.0417265, 0.0796727, 0.1949500, 0.5482630", \
					  "0.0231391, 0.0245714, 0.0288345, 0.0416059, 0.0794536, 0.1944391, 0.5487014", \
					  "0.0229495, 0.0243822, 0.0286300, 0.0413051, 0.0791087, 0.1944010, 0.5478428", \
					  "0.0224869, 0.0239001, 0.0282189, 0.0407610, 0.0786768, 0.1939694, 0.5484906", \
					  "0.0232402, 0.0245770, 0.0286647, 0.0410708, 0.0783732, 0.1929827, 0.5482114", \
					  "0.0232806, 0.0246101, 0.0286372, 0.0406878, 0.0784299, 0.1937641, 0.5456409");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001544252, 0.00476943, 0.01473041, 0.04549493, 0.1405113, 0.4339698");
					values("0.0224034, 0.0212635, 0.0179096, 0.0082116, -0.0255726, -0.1393767, -0.4960280", \
					  "0.0221566, 0.0210338, 0.0176939, 0.0080038, -0.0258058, -0.1396148, -0.4962292", \
					  "0.0219456, 0.0208136, 0.0174237, 0.0077477, -0.0260357, -0.1398262, -0.4965078", \
					  "0.0216650, 0.0205131, 0.0171030, 0.0074093, -0.0263689, -0.1401304, -0.4967914", \
					  "0.0213290, 0.0201770, 0.0167935, 0.0070945, -0.0267612, -0.1404865, -0.4971220", \
					  "0.0210627, 0.0199276, 0.0164864, 0.0066046, -0.0271930, -0.1407839, -0.4973411", \
					  "0.0256543, 0.0246669, 0.0208261, 0.0088029, -0.0277780, -0.1413528, -0.4977649");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
					values("0.0854629, 0.0895885, 0.1005366, 0.1286383, 0.2061477, 0.4369944, 1.1482252", \
					  "0.0894258, 0.0935427, 0.1044785, 0.1326243, 0.2099741, 0.4411130, 1.1519091", \
					  "0.0988506, 0.1029983, 0.1139549, 0.1420362, 0.2192609, 0.4505225, 1.1608335", \
					  "0.1207533, 0.1248299, 0.1356804, 0.1637886, 0.2411075, 0.4725861, 1.1807773", \
					  "0.1555544, 0.1597872, 0.1709830, 0.1992599, 0.2767609, 0.5080459, 1.2187692", \
					  "0.1961446, 0.2009817, 0.2132524, 0.2423711, 0.3193798, 0.5510424, 1.2605661", \
					  "0.2190792, 0.2257282, 0.2413058, 0.2752532, 0.3530491, 0.5831614, 1.2925200");
				}
				rise_transition ("del_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("0.0224836, 0.0261867, 0.0369800, 0.0694720, 0.1728256, 0.4989246, 1.5015449", \
					  "0.0225727, 0.0260668, 0.0369793, 0.0693971, 0.1726553, 0.4971553, 1.5003659", \
					  "0.0225817, 0.0260610, 0.0368733, 0.0695881, 0.1724438, 0.4972999, 1.5002962", \
					  "0.0228670, 0.0263312, 0.0370953, 0.0694828, 0.1724312, 0.4980175, 1.5039179", \
					  "0.0245236, 0.0279929, 0.0386544, 0.0707670, 0.1730250, 0.4976959, 1.5006413", \
					  "0.0310770, 0.0343190, 0.0438000, 0.0733470, 0.1743553, 0.4960478, 1.5046900", \
					  "0.0457231, 0.0494966, 0.0583576, 0.0849608, 0.1769814, 0.5000846, 1.4976618");
				}
				cell_fall ("del_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("0.1988707, 0.2025727, 0.2118165, 0.2315288, 0.2712064, 0.3578630, 0.5811425", \
					  "0.2044307, 0.2081639, 0.2173216, 0.2370278, 0.2767510, 0.3633648, 0.5872525", \
					  "0.2182941, 0.2219831, 0.2309286, 0.2506126, 0.2899707, 0.3766614, 0.6000119", \
					  "0.2535436, 0.2572141, 0.2663045, 0.2861223, 0.3256761, 0.4122374, 0.6357512", \
					  "0.3336228, 0.3372363, 0.3463878, 0.3660233, 0.4055070, 0.4922331, 0.7158177", \
					  "0.5081898, 0.5121820, 0.5218947, 0.5421898, 0.5825246, 0.6690739, 0.8929797", \
					  "0.8453258, 0.8503308, 0.8618132, 0.8863072, 0.9327394, 1.0270598, 1.2554973");
				}
				fall_transition ("del_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("0.0301090, 0.0321086, 0.0373280, 0.0496866, 0.0820931, 0.1728159, 0.4557593", \
					  "0.0301556, 0.0321426, 0.0371135, 0.0497526, 0.0824540, 0.1723890, 0.4565497", \
					  "0.0301761, 0.0320377, 0.0371590, 0.0496772, 0.0820085, 0.1722180, 0.4559197", \
					  "0.0300982, 0.0321399, 0.0371486, 0.0497968, 0.0821274, 0.1727183, 0.4557331", \
					  "0.0300654, 0.0320940, 0.0372854, 0.0500964, 0.0827424, 0.1726315, 0.4559944", \
					  "0.0334892, 0.0354936, 0.0404527, 0.0525044, 0.0844260, 0.1739484, 0.4568765", \
					  "0.0460330, 0.0481762, 0.0533300, 0.0665302, 0.0979951, 0.1863398, 0.4608365");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
					values("0.0911280, 0.0952472, 0.1061987, 0.1343847, 0.2117837, 0.4430258, 1.1510051", \
					  "0.0953821, 0.0994932, 0.1104480, 0.1386229, 0.2160685, 0.4468844, 1.1554543", \
					  "0.1052516, 0.1093887, 0.1202937, 0.1484470, 0.2256711, 0.4576028, 1.1648728", \
					  "0.1271813, 0.1312439, 0.1421406, 0.1701325, 0.2472994, 0.4784935, 1.1890511", \
					  "0.1649646, 0.1692170, 0.1804986, 0.2092635, 0.2865491, 0.5179486, 1.2266064", \
					  "0.2155166, 0.2203842, 0.2327324, 0.2620996, 0.3396221, 0.5709229, 1.2792875", \
					  "0.2565284, 0.2629995, 0.2787062, 0.3115999, 0.3903772, 0.6228296, 1.3305762");
				}
				rise_transition ("del_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("0.0224871, 0.0261641, 0.0368695, 0.0695398, 0.1725123, 0.4980216, 1.5002779", \
					  "0.0224727, 0.0261464, 0.0369548, 0.0693707, 0.1725671, 0.4985996, 1.4985052", \
					  "0.0224848, 0.0261083, 0.0369596, 0.0695726, 0.1726206, 0.4973667, 1.5046723", \
					  "0.0226556, 0.0263520, 0.0370319, 0.0695711, 0.1727316, 0.4966135, 1.4986549", \
					  "0.0249238, 0.0283851, 0.0388993, 0.0705359, 0.1727817, 0.4983182, 1.4987637", \
					  "0.0298287, 0.0332578, 0.0431056, 0.0733847, 0.1742950, 0.4958381, 1.5049920", \
					  "0.0429124, 0.0461530, 0.0559370, 0.0841276, 0.1771119, 0.4991926, 1.4965639");
				}
				cell_fall ("del_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("0.2107342, 0.2145559, 0.2237900, 0.2432332, 0.2824635, 0.3676293, 0.5906288", \
					  "0.2158709, 0.2197289, 0.2289715, 0.2484712, 0.2876160, 0.3731084, 0.5951893", \
					  "0.2306395, 0.2343743, 0.2437639, 0.2631995, 0.3021714, 0.3877342, 0.6105109", \
					  "0.2662676, 0.2701136, 0.2788300, 0.2983583, 0.3375469, 0.4228606, 0.6457418", \
					  "0.3458910, 0.3497002, 0.3588641, 0.3782208, 0.4171521, 0.5026360, 0.7253461", \
					  "0.5209895, 0.5254588, 0.5350782, 0.5549293, 0.5945087, 0.6797299, 0.9028370", \
					  "0.8649341, 0.8699614, 0.8817605, 0.9056076, 0.9504698, 1.0426637, 1.2687278");
				}
				fall_transition ("del_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("0.0305743, 0.0325171, 0.0374000, 0.0492534, 0.0807132, 0.1703739, 0.4557376", \
					  "0.0305615, 0.0323652, 0.0373158, 0.0492491, 0.0805582, 0.1704648, 0.4553857", \
					  "0.0305991, 0.0325249, 0.0373857, 0.0492514, 0.0811705, 0.1709546, 0.4559460", \
					  "0.0306203, 0.0323455, 0.0372254, 0.0492830, 0.0807174, 0.1709273, 0.4557840", \
					  "0.0306111, 0.0323290, 0.0373422, 0.0497150, 0.0813226, 0.1705836, 0.4543609", \
					  "0.0332465, 0.0348735, 0.0396749, 0.0510659, 0.0822337, 0.1717969, 0.4561083", \
					  "0.0448385, 0.0471402, 0.0525631, 0.0637959, 0.0959536, 0.1823057, 0.4580884");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
					values("0.0955702, 0.0996784, 0.1106253, 0.1387541, 0.2161813, 0.4466374, 1.1552731", \
					  "0.0998292, 0.1039379, 0.1148833, 0.1429941, 0.2204359, 0.4507714, 1.1593178", \
					  "0.1088210, 0.1129232, 0.1238731, 0.1519319, 0.2293685, 0.4598175, 1.1685697", \
					  "0.1283490, 0.1324814, 0.1434208, 0.1714054, 0.2486302, 0.4804841, 1.1877629", \
					  "0.1645156, 0.1688243, 0.1801422, 0.2084667, 0.2857954, 0.5178644, 1.2247939", \
					  "0.2157683, 0.2205891, 0.2329381, 0.2625200, 0.3402658, 0.5713294, 1.2804252", \
					  "0.2645265, 0.2707569, 0.2863384, 0.3203704, 0.3997289, 0.6311958, 1.3387051");
				}
				rise_transition ("del_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("0.0224894, 0.0261298, 0.0369811, 0.0693425, 0.1727517, 0.4987798, 1.5009872", \
					  "0.0224717, 0.0261147, 0.0369801, 0.0693890, 0.1727944, 0.4989258, 1.5022981", \
					  "0.0224617, 0.0262116, 0.0369712, 0.0694841, 0.1728237, 0.4988035, 1.5004171", \
					  "0.0226224, 0.0261645, 0.0369519, 0.0695858, 0.1728216, 0.4974292, 1.5045115", \
					  "0.0242475, 0.0278222, 0.0384440, 0.0703447, 0.1726940, 0.4969366, 1.5047719", \
					  "0.0294785, 0.0330522, 0.0430640, 0.0734965, 0.1742191, 0.4953445, 1.4973154", \
					  "0.0415360, 0.0454289, 0.0555320, 0.0835255, 0.1774584, 0.4981889, 1.4969113");
				}
				cell_fall ("del_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("0.2234294, 0.2272162, 0.2364844, 0.2559905, 0.2947916, 0.3799240, 0.6025488", \
					  "0.2294178, 0.2332128, 0.2423478, 0.2616932, 0.3005718, 0.3857490, 0.6085629", \
					  "0.2440414, 0.2478416, 0.2571119, 0.2766476, 0.3154677, 0.4006238, 0.6232448", \
					  "0.2797925, 0.2835956, 0.2928257, 0.3122984, 0.3510144, 0.4359310, 0.6580554", \
					  "0.3579573, 0.3617640, 0.3710774, 0.3904428, 0.4292223, 0.5141381, 0.7367237", \
					  "0.5301927, 0.5342174, 0.5437744, 0.5634551, 0.6023759, 0.6878944, 0.9107172", \
					  "0.8669142, 0.8718645, 0.8836883, 0.9073594, 0.9515794, 1.0424572, 1.2683178");
				}
				fall_transition ("del_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("0.0310402, 0.0329037, 0.0377379, 0.0494944, 0.0809164, 0.1701781, 0.4547754", \
					  "0.0310926, 0.0328281, 0.0380119, 0.0502695, 0.0812892, 0.1699862, 0.4545971", \
					  "0.0310295, 0.0328786, 0.0377377, 0.0494688, 0.0809360, 0.1698048, 0.4547950", \
					  "0.0310162, 0.0328650, 0.0377986, 0.0498078, 0.0810235, 0.1693706, 0.4552554", \
					  "0.0310890, 0.0329922, 0.0379057, 0.0495064, 0.0809023, 0.1702992, 0.4542708", \
					  "0.0332238, 0.0349626, 0.0394717, 0.0508158, 0.0823778, 0.1699453, 0.4550215", \
					  "0.0445312, 0.0465446, 0.0514079, 0.0632632, 0.0940996, 0.1801284, 0.4571807");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00154425, 0.00476943, 0.0147304, 0.0454949, 0.140511, 0.43397");
					values("0.0506669, 0.0539382, 0.0630142, 0.0884553, 0.1633003, 0.3933991, 1.1011455", \
					  "0.0551325, 0.0583863, 0.0674591, 0.0928623, 0.1680352, 0.3975142, 1.1059677", \
					  "0.0658320, 0.0690761, 0.0780592, 0.1033386, 0.1786943, 0.4078009, 1.1198549", \
					  "0.0844110, 0.0877058, 0.0968520, 0.1223721, 0.1978675, 0.4295934, 1.1396674", \
					  "0.1085975, 0.1122170, 0.1215199, 0.1472911, 0.2228157, 0.4538988, 1.1622421", \
					  "0.1299536, 0.1345640, 0.1460074, 0.1730004, 0.2479095, 0.4773450, 1.1858371", \
					  "0.1224177, 0.1283355, 0.1436198, 0.1777426, 0.2527691, 0.4824400, 1.1902124");
				}
				rise_transition ("del_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("0.0161532, 0.0195828, 0.0303450, 0.0641279, 0.1682226, 0.4973354, 1.4983154", \
					  "0.0161632, 0.0196441, 0.0303557, 0.0641219, 0.1682719, 0.4923301, 1.4997197", \
					  "0.0162483, 0.0196938, 0.0303660, 0.0639494, 0.1684328, 0.4944185, 1.4992151", \
					  "0.0175410, 0.0208823, 0.0312263, 0.0643114, 0.1685672, 0.4932276, 1.5023078", \
					  "0.0210791, 0.0239728, 0.0336178, 0.0653643, 0.1687069, 0.4932700, 1.4974618", \
					  "0.0297764, 0.0323802, 0.0412492, 0.0688560, 0.1706928, 0.4923063, 1.5034592", \
					  "0.0455345, 0.0507638, 0.0596290, 0.0843406, 0.1736874, 0.4962127, 1.4922356");
				}
				cell_fall ("del_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("0.1054814, 0.1082978, 0.1154239, 0.1307521, 0.1634361, 0.2406241, 0.4591917", \
					  "0.1102888, 0.1131100, 0.1201976, 0.1357136, 0.1684314, 0.2456036, 0.4643370", \
					  "0.1235532, 0.1262938, 0.1334059, 0.1488666, 0.1821502, 0.2592947, 0.4778515", \
					  "0.1574351, 0.1602844, 0.1673362, 0.1828431, 0.2155558, 0.2927504, 0.5113004", \
					  "0.2369662, 0.2397992, 0.2468710, 0.2623216, 0.2951090, 0.3724600, 0.5913601", \
					  "0.3878240, 0.3917590, 0.4011787, 0.4207027, 0.4576405, 0.5380295, 0.7567846", \
					  "0.6480309, 0.6535609, 0.6665932, 0.6934353, 0.7416288, 0.8317591, 1.0523703");
				}
				fall_transition ("del_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("0.0199530, 0.0215900, 0.0260148, 0.0372306, 0.0676232, 0.1574046, 0.4493555", \
					  "0.0199772, 0.0215893, 0.0261495, 0.0370677, 0.0676023, 0.1570318, 0.4502925", \
					  "0.0200333, 0.0217732, 0.0261310, 0.0371349, 0.0676219, 0.1573375, 0.4509493", \
					  "0.0200103, 0.0216493, 0.0259882, 0.0373484, 0.0674971, 0.1574558, 0.4478579", \
					  "0.0217208, 0.0231188, 0.0271780, 0.0382652, 0.0682309, 0.1570100, 0.4507440", \
					  "0.0333676, 0.0349336, 0.0397423, 0.0502640, 0.0783166, 0.1621180, 0.4508455", \
					  "0.0548877, 0.0572733, 0.0616839, 0.0747165, 0.1029505, 0.1791299, 0.4538607");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004156;
			capacitance : 0.003979;
			fall_capacitance : 0.003802;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045215, -0.0045262, -0.0045370, -0.0045282, -0.0045078, -0.0044610, -0.0043530");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058057, 0.0057991, 0.0057840, 0.0057818, 0.0057768, 0.0057653, 0.0057389");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004624;
			capacitance : 0.004428;
			fall_capacitance : 0.004232;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051542, -0.0051513, -0.0051446, -0.0051446, -0.0051447, -0.0051449, -0.0051454");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058572, 0.0058590, 0.0058631, 0.0058847, 0.0059344, 0.0060489, 0.0063129");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004814;
			capacitance : 0.004585;
			fall_capacitance : 0.004357;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0056709, -0.0056660, -0.0056546, -0.0056545, -0.0056542, -0.0056534, -0.0056516");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056652, 0.0056669, 0.0056706, 0.0056714, 0.0056732, 0.0056772, 0.0056865");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004551;
			capacitance : 0.004252;
			fall_capacitance : 0.003953;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024175, -0.0024239, -0.0024387, -0.0024378, -0.0024358, -0.0024310, -0.0024201");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033262, 0.0033150, 0.0032894, 0.0033158, 0.0033765, 0.0035165, 0.0038393");
				}
			}
		}
	}
	cell ("scs8hd_a31oi_1") {
		area : 6.256000;
		cell_footprint : "a31oi";
		cell_leakage_power : 2.006417e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003636";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "1.5996700e-05";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003636";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "1.6109784e-05";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003636";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "1.6236331e-05";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003636";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "2.8005838e-05";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003636";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "2.0213626e-05";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003636";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "2.7860298e-05";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003636";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "2.8945437e-05";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0003613";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0001502";
			when : "A1&A2&A3&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1)";
			max_capacitance : 0.056773;
			max_transition : 1.482096;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0072475, 0.0080012, 0.0096234, 0.0131616, 0.0208969, 0.0378059, 0.0750988", \
					  "0.0071001, 0.0078617, 0.0095106, 0.0130734, 0.0208356, 0.0377674, 0.0750740", \
					  "0.0069340, 0.0076846, 0.0093190, 0.0129280, 0.0207014, 0.0377360, 0.0750417", \
					  "0.0068099, 0.0075545, 0.0091813, 0.0127377, 0.0205480, 0.0376157, 0.0748830", \
					  "0.0067028, 0.0074364, 0.0090531, 0.0126174, 0.0204000, 0.0373575, 0.0746355", \
					  "0.0066372, 0.0073769, 0.0089825, 0.0125326, 0.0202965, 0.0372468, 0.0744755", \
					  "0.0062812, 0.0070046, 0.0086190, 0.0123276, 0.0201131, 0.0371352, 0.0743745");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0032846, 0.0025600, 0.0009775, -0.0025199, -0.0102378, -0.0273009, -0.0649204", \
					  "0.0032221, 0.0025034, 0.0009237, -0.0025689, -0.0102873, -0.0273486, -0.0649695", \
					  "0.0031443, 0.0024284, 0.0008473, -0.0026372, -0.0103506, -0.0274025, -0.0650208", \
					  "0.0030355, 0.0023344, 0.0007724, -0.0026887, -0.0103982, -0.0274404, -0.0650506", \
					  "0.0030367, 0.0023117, 0.0006923, -0.0027941, -0.0104634, -0.0274716, -0.0650892", \
					  "0.0030564, 0.0023412, 0.0007923, -0.0027534, -0.0105132, -0.0275778, -0.0651423", \
					  "0.0031260, 0.0024395, 0.0008098, -0.0027271, -0.0104613, -0.0275684, -0.0652180");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0092456, 0.0099993, 0.0116099, 0.0151375, 0.0228904, 0.0398516, 0.0771522", \
					  "0.0091569, 0.0099156, 0.0115355, 0.0150715, 0.0228604, 0.0398109, 0.0770929", \
					  "0.0090723, 0.0098198, 0.0114396, 0.0150023, 0.0227711, 0.0397256, 0.0770686", \
					  "0.0089946, 0.0097369, 0.0113592, 0.0149027, 0.0226848, 0.0397105, 0.0769207", \
					  "0.0089300, 0.0096672, 0.0112700, 0.0148364, 0.0226147, 0.0396145, 0.0769374", \
					  "0.0089280, 0.0096725, 0.0112928, 0.0148473, 0.0226469, 0.0395249, 0.0769097", \
					  "0.0087846, 0.0095039, 0.0110849, 0.0147994, 0.0226947, 0.0397146, 0.0770463");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0031357, 0.0024130, 0.0008307, -0.0026640, -0.0103839, -0.0274406, -0.0650695", \
					  "0.0030742, 0.0023536, 0.0007696, -0.0027182, -0.0104463, -0.0274935, -0.0651197", \
					  "0.0030046, 0.0022879, 0.0007090, -0.0027734, -0.0104949, -0.0275405, -0.0651594", \
					  "0.0029104, 0.0022024, 0.0006394, -0.0028279, -0.0105300, -0.0275854, -0.0651947", \
					  "0.0029908, 0.0022631, 0.0006271, -0.0029223, -0.0105907, -0.0276159, -0.0652230", \
					  "0.0029833, 0.0022465, 0.0006636, -0.0028521, -0.0106148, -0.0276870, -0.0652665", \
					  "0.0030430, 0.0023167, 0.0007145, -0.0028102, -0.0105887, -0.0276608, -0.0653356");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0045259, 0.0053346, 0.0070092, 0.0106486, 0.0183777, 0.0354772, 0.0724430", \
					  "0.0043633, 0.0051349, 0.0068122, 0.0104441, 0.0182009, 0.0353338, 0.0724127", \
					  "0.0042774, 0.0050399, 0.0066764, 0.0102188, 0.0180461, 0.0351737, 0.0726555", \
					  "0.0042658, 0.0050022, 0.0066102, 0.0101744, 0.0178874, 0.0350059, 0.0726779", \
					  "0.0041442, 0.0048791, 0.0064746, 0.0099941, 0.0177540, 0.0349141, 0.0716973", \
					  "0.0041578, 0.0048747, 0.0064606, 0.0099515, 0.0176951, 0.0345616, 0.0716711", \
					  "0.0042602, 0.0049446, 0.0065106, 0.0098866, 0.0176294, 0.0346248, 0.0719746");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0001600, -0.0005257, -0.0020799, -0.0055748, -0.0133248, -0.0304354, -0.0681160", \
					  "3.8200000e-05, -0.0006245, -0.0021447, -0.0056043, -0.0133319, -0.0304264, -0.0680951", \
					  "-0.0001471, -0.0007942, -0.0022819, -0.0056858, -0.0133721, -0.0304347, -0.0680846", \
					  "-0.0002243, -0.0009078, -0.0024132, -0.0058560, -0.0134842, -0.0304968, -0.0681128", \
					  "-0.0003447, -0.0009899, -0.0025164, -0.0059755, -0.0136654, -0.0306186, -0.0681852", \
					  "-0.0002523, -0.0009251, -0.0026585, -0.0060370, -0.0138136, -0.0307597, -0.0683238", \
					  "-6.2200000e-05, -0.0008476, -0.0024025, -0.0060236, -0.0138057, -0.0308012, -0.0684245");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0050751, 0.0058590, 0.0075534, 0.0111299, 0.0189018, 0.0359539, 0.0732883", \
					  "0.0048927, 0.0056914, 0.0074052, 0.0110163, 0.0188632, 0.0359141, 0.0732569", \
					  "0.0047600, 0.0055406, 0.0072031, 0.0108847, 0.0187359, 0.0357636, 0.0730840", \
					  "0.0046488, 0.0054122, 0.0070416, 0.0106503, 0.0184638, 0.0355755, 0.0729917", \
					  "0.0045784, 0.0053062, 0.0069259, 0.0105044, 0.0183662, 0.0354013, 0.0729960", \
					  "0.0045464, 0.0052910, 0.0069196, 0.0104705, 0.0182627, 0.0351929, 0.0728152", \
					  "0.0042986, 0.0050360, 0.0066457, 0.0103751, 0.0181388, 0.0350280, 0.0726763");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0030707, 0.0023390, 0.0007693, -0.0027269, -0.0104412, -0.0274960, -0.0651320", \
					  "0.0029912, 0.0022746, 0.0007139, -0.0027690, -0.0104868, -0.0275498, -0.0651668", \
					  "0.0029159, 0.0022028, 0.0006136, -0.0028546, -0.0105448, -0.0275865, -0.0652051", \
					  "0.0027303, 0.0020425, 0.0004896, -0.0029344, -0.0106121, -0.0276501, -0.0652570", \
					  "0.0026413, 0.0019355, 0.0003842, -0.0030765, -0.0107211, -0.0277172, -0.0653085", \
					  "0.0026943, 0.0019658, 0.0003697, -0.0030885, -0.0108477, -0.0278885, -0.0654358", \
					  "0.0027905, 0.0020628, 0.0004541, -0.0030938, -0.0108346, -0.0278461, -0.0655332");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0828313, 0.0940328, 0.1177521, 0.1678511, 0.2765511, 0.5155698, 1.0375562", \
					  "0.0875083, 0.0989695, 0.1225858, 0.1734084, 0.2839731, 0.5215310, 1.0455439", \
					  "0.1023143, 0.1129146, 0.1364494, 0.1877957, 0.2987652, 0.5355756, 1.0569284", \
					  "0.1378705, 0.1484032, 0.1714188, 0.2217154, 0.3310259, 0.5703376, 1.0932237", \
					  "0.2139606, 0.2262041, 0.2504503, 0.3002555, 0.4096216, 0.6490767, 1.1706220", \
					  "0.3551033, 0.3737873, 0.4083551, 0.4733802, 0.5894348, 0.8301592, 1.3522194", \
					  "0.6123830, 0.6426623, 0.7000265, 0.8030046, 0.9663621, 1.2411524, 1.7739633");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0526216, 0.0662039, 0.0968542, 0.1617924, 0.3059916, 0.6243743, 1.3226769", \
					  "0.0525769, 0.0661844, 0.0968497, 0.1621284, 0.3065518, 0.6238218, 1.3219377", \
					  "0.0528088, 0.0662809, 0.0968148, 0.1638904, 0.3098507, 0.6250057, 1.3244500", \
					  "0.0529530, 0.0663993, 0.0962441, 0.1624504, 0.3056622, 0.6226358, 1.3211752", \
					  "0.0637968, 0.0751605, 0.1018109, 0.1642357, 0.3102418, 0.6235512, 1.3229192", \
					  "0.0972949, 0.1116053, 0.1400457, 0.1962761, 0.3211798, 0.6256414, 1.3278029", \
					  "0.1718572, 0.1903884, 0.2266380, 0.2965689, 0.4197845, 0.6761371, 1.3327626");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0262011, 0.0298209, 0.0374202, 0.0532415, 0.0866722, 0.1585800, 0.3154625", \
					  "0.0300452, 0.0336731, 0.0412953, 0.0571608, 0.0905745, 0.1625334, 0.3195053", \
					  "0.0402978, 0.0438277, 0.0507810, 0.0664757, 0.0998987, 0.1718250, 0.3287998", \
					  "0.0558848, 0.0608489, 0.0708029, 0.0893375, 0.1226374, 0.1943195, 0.3511906", \
					  "0.0731578, 0.0808526, 0.0954837, 0.1228837, 0.1695673, 0.2469178, 0.4030658", \
					  "0.0833819, 0.0953123, 0.1179638, 0.1600229, 0.2307074, 0.3445071, 0.5210293", \
					  "0.0530706, 0.0729939, 0.1114890, 0.1782113, 0.2889246, 0.4617579, 0.7309971");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0234662, 0.0275675, 0.0363404, 0.0558586, 0.0985433, 0.1924430, 0.3979337", \
					  "0.0227447, 0.0269925, 0.0361595, 0.0556748, 0.0982023, 0.1917178, 0.3982053", \
					  "0.0249288, 0.0285690, 0.0367583, 0.0553156, 0.0983228, 0.1918776, 0.3988254", \
					  "0.0354332, 0.0401771, 0.0482101, 0.0638742, 0.1010340, 0.1916309, 0.3981964", \
					  "0.0555040, 0.0615501, 0.0734740, 0.0936905, 0.1313000, 0.2061204, 0.3989751", \
					  "0.0929767, 0.1022850, 0.1191088, 0.1485959, 0.1998657, 0.2832240, 0.4443944", \
					  "0.1630994, 0.1774047, 0.2033064, 0.2488404, 0.3221035, 0.4388049, 0.6280547");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1134532, 0.1253329, 0.1506027, 0.2055196, 0.3248072, 0.5862664, 1.1605698", \
					  "0.1185144, 0.1304481, 0.1559425, 0.2112687, 0.3310069, 0.5927882, 1.1670781", \
					  "0.1324837, 0.1440439, 0.1692485, 0.2254501, 0.3458587, 0.6082402, 1.1823507", \
					  "0.1675484, 0.1791088, 0.2044872, 0.2596990, 0.3800932, 0.6428625, 1.2183112", \
					  "0.2448136, 0.2564428, 0.2814902, 0.3364140, 0.4560940, 0.7189042, 1.2945996", \
					  "0.3959785, 0.4113441, 0.4442167, 0.5084061, 0.6308017, 0.8930704, 1.4686947", \
					  "0.6786997, 0.7038536, 0.7539403, 0.8456625, 1.0088055, 1.2958692, 1.8718544");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0768570, 0.0922499, 0.1253673, 0.1979728, 0.3575467, 0.7083111, 1.4770967", \
					  "0.0768625, 0.0922568, 0.1253586, 0.1980083, 0.3579210, 0.7082792, 1.4780638", \
					  "0.0768418, 0.0919557, 0.1256431, 0.1982787, 0.3579738, 0.7087939, 1.4762066", \
					  "0.0770744, 0.0920530, 0.1253638, 0.1982318, 0.3576835, 0.7092107, 1.4820963", \
					  "0.0826583, 0.0967556, 0.1279608, 0.1985373, 0.3577588, 0.7079149, 1.4786741", \
					  "0.1138757, 0.1286850, 0.1590044, 0.2217452, 0.3667621, 0.7079756, 1.4783217", \
					  "0.1878726, 0.2060229, 0.2416875, 0.3130858, 0.4508709, 0.7496277, 1.4819905");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0319031, 0.0354998, 0.0430855, 0.0588830, 0.0922798, 0.1642908, 0.3211007", \
					  "0.0363064, 0.0398906, 0.0474595, 0.0632429, 0.0966870, 0.1686572, 0.3255675", \
					  "0.0464987, 0.0500787, 0.0575635, 0.0733237, 0.1067346, 0.1787711, 0.3358112", \
					  "0.0640942, 0.0688762, 0.0783277, 0.0960550, 0.1301403, 0.2026902, 0.3597895", \
					  "0.0874988, 0.0944988, 0.1081066, 0.1336325, 0.1780295, 0.2561344, 0.4141884", \
					  "0.1097381, 0.1207411, 0.1425928, 0.1810324, 0.2481872, 0.3568580, 0.5358062", \
					  "0.1044265, 0.1236323, 0.1577169, 0.2212926, 0.3262360, 0.4953038, 0.7533147");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0232121, 0.0272752, 0.0361798, 0.0557218, 0.0982212, 0.1918814, 0.3978497", \
					  "0.0230436, 0.0272150, 0.0361800, 0.0556043, 0.0984147, 0.1916768, 0.3986602", \
					  "0.0243050, 0.0280889, 0.0364670, 0.0554770, 0.0981835, 0.1917469, 0.3980657", \
					  "0.0327015, 0.0365340, 0.0443816, 0.0610131, 0.1001990, 0.1915970, 0.3978381", \
					  "0.0506780, 0.0555993, 0.0661135, 0.0846948, 0.1211426, 0.2021903, 0.3987155", \
					  "0.0843672, 0.0913118, 0.1057372, 0.1317490, 0.1772334, 0.2599067, 0.4283095", \
					  "0.1486082, 0.1608543, 0.1812133, 0.2194178, 0.2840806, 0.3903705, 0.5716246");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1180562, 0.1290746, 0.1520803, 0.2026537, 0.3119315, 0.5512080, 1.0757520", \
					  "0.1238488, 0.1348180, 0.1581129, 0.2086487, 0.3181988, 0.5575522, 1.0821285", \
					  "0.1390693, 0.1494606, 0.1731601, 0.2236415, 0.3335712, 0.5730103, 1.0977719", \
					  "0.1725606, 0.1836667, 0.2067387, 0.2573277, 0.3673170, 0.6069959, 1.1320664", \
					  "0.2460866, 0.2567594, 0.2799881, 0.3305684, 0.4401443, 0.6799226, 1.2052355", \
					  "0.3911291, 0.4050003, 0.4339964, 0.4921620, 0.6058430, 0.8457375, 1.3710647", \
					  "0.6591701, 0.6800336, 0.7224292, 0.8045594, 0.9563781, 1.2244966, 1.7526365");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0840515, 0.0982924, 0.1289418, 0.1959644, 0.3425416, 0.6637085, 1.3731343", \
					  "0.0840544, 0.0982986, 0.1293518, 0.1958284, 0.3430718, 0.6640120, 1.3702254", \
					  "0.0841692, 0.0981882, 0.1287445, 0.1966874, 0.3425908, 0.6645715, 1.3715100", \
					  "0.0842141, 0.0981493, 0.1288626, 0.1965669, 0.3426485, 0.6640892, 1.3716083", \
					  "0.0897023, 0.1025893, 0.1318360, 0.1967158, 0.3428851, 0.6644730, 1.3723546", \
					  "0.1200169, 0.1332777, 0.1625349, 0.2211814, 0.3545626, 0.6654281, 1.3708642", \
					  "0.1914508, 0.2083628, 0.2415025, 0.3098546, 0.4406553, 0.7144891, 1.3780395");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0347234, 0.0383189, 0.0458940, 0.0616804, 0.0950801, 0.1669947, 0.3239317", \
					  "0.0391366, 0.0427571, 0.0502920, 0.0661303, 0.0995095, 0.1714197, 0.3284330", \
					  "0.0486253, 0.0521868, 0.0596974, 0.0754572, 0.1088855, 0.1808850, 0.3377744", \
					  "0.0661394, 0.0705366, 0.0791338, 0.0960988, 0.1299233, 0.2020116, 0.3589987", \
					  "0.0918140, 0.0979000, 0.1101827, 0.1327345, 0.1736731, 0.2498790, 0.4074202", \
					  "0.1204955, 0.1300093, 0.1490507, 0.1835219, 0.2434733, 0.3428399, 0.5163113", \
					  "0.1314242, 0.1475447, 0.1783746, 0.2355865, 0.3307807, 0.4819620, 0.7174314");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0231207, 0.0272075, 0.0361213, 0.0556570, 0.0982793, 0.1921801, 0.3983084", \
					  "0.0230014, 0.0271335, 0.0360614, 0.0556141, 0.0984814, 0.1921053, 0.3987305", \
					  "0.0235645, 0.0274791, 0.0361552, 0.0553942, 0.0984521, 0.1916066, 0.3982074", \
					  "0.0298089, 0.0335579, 0.0416348, 0.0588511, 0.0992292, 0.1914595, 0.3985589", \
					  "0.0458918, 0.0501887, 0.0591172, 0.0772741, 0.1151519, 0.1985192, 0.3986320", \
					  "0.0772119, 0.0837011, 0.0957925, 0.1192197, 0.1617241, 0.2437792, 0.4205891", \
					  "0.1389936, 0.1485947, 0.1677587, 0.2004028, 0.2569969, 0.3555553, 0.5343025");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0378138, 0.0450316, 0.0605693, 0.0939399, 0.1648793, 0.3223520, 0.6625686", \
					  "0.0426765, 0.0497949, 0.0651152, 0.0984870, 0.1698360, 0.3275203, 0.6678107", \
					  "0.0569676, 0.0638958, 0.0786893, 0.1112470, 0.1828428, 0.3395860, 0.6830267", \
					  "0.0889673, 0.0971444, 0.1118527, 0.1447652, 0.2156442, 0.3712753, 0.7165922", \
					  "0.1466148, 0.1598206, 0.1837719, 0.2242884, 0.2950341, 0.4482212, 0.7882560", \
					  "0.2448504, 0.2664066, 0.3058697, 0.3711753, 0.4740714, 0.6334512, 0.9759326", \
					  "0.4189161, 0.4479734, 0.5160839, 0.6185735, 0.7907094, 1.0323480, 1.3967610");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0333028, 0.0426392, 0.0624854, 0.1084217, 0.2054602, 0.4205696, 0.8932468", \
					  "0.0333830, 0.0422828, 0.0624599, 0.1071853, 0.2038971, 0.4199347, 0.8920184", \
					  "0.0334008, 0.0422445, 0.0627037, 0.1071705, 0.2059876, 0.4182519, 0.8906745", \
					  "0.0448580, 0.0514275, 0.0671613, 0.1080953, 0.2039095, 0.4231626, 0.9009934", \
					  "0.0734104, 0.0816719, 0.0971271, 0.1273332, 0.2104449, 0.4238175, 0.8953389", \
					  "0.1258062, 0.1384627, 0.1620363, 0.2011450, 0.2682499, 0.4393407, 0.8946996", \
					  "0.2208638, 0.2518535, 0.2824850, 0.3477021, 0.4349724, 0.5875388, 0.9516447");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0135269, 0.0153462, 0.0191559, 0.0272929, 0.0451916, 0.0844646, 0.1702234", \
					  "0.0180597, 0.0200514, 0.0239103, 0.0322047, 0.0500333, 0.0889775, 0.1749329", \
					  "0.0244315, 0.0275852, 0.0333958, 0.0433397, 0.0612648, 0.1002988, 0.1859026", \
					  "0.0316928, 0.0363911, 0.0458970, 0.0613559, 0.0860133, 0.1263952, 0.2122139", \
					  "0.0373076, 0.0450720, 0.0596288, 0.0841396, 0.1223026, 0.1811302, 0.2725854", \
					  "0.0297541, 0.0429114, 0.0668366, 0.1049896, 0.1659583, 0.2591823, 0.3944828", \
					  "-0.0234592, -0.0000038, 0.0410002, 0.1062196, 0.2067048, 0.3448636, 0.5639404");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0078564, 0.0100857, 0.0150418, 0.0255726, 0.0492517, 0.1016224, 0.2158557", \
					  "0.0093984, 0.0111675, 0.0154954, 0.0258436, 0.0493615, 0.1009571, 0.2176742", \
					  "0.0151976, 0.0174711, 0.0214819, 0.0292400, 0.0499503, 0.1020741, 0.2148792", \
					  "0.0257251, 0.0294210, 0.0345072, 0.0449785, 0.0621392, 0.1060320, 0.2156273", \
					  "0.0452640, 0.0505318, 0.0592804, 0.0733985, 0.0997699, 0.1379986, 0.2277231", \
					  "0.0833014, 0.0903390, 0.1032702, 0.1272464, 0.1626864, 0.2179374, 0.3112453", \
					  "0.1569257, 0.1667914, 0.1878910, 0.2217617, 0.2770665, 0.3625144, 0.4896563");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002069;
			capacitance : 0.002142;
			rise_capacitance : 0.002215;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024025, -0.0024052, -0.0024112, -0.0024061, -0.0023944, -0.0023673, -0.0023048");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031386, 0.0031370, 0.0031333, 0.0031349, 0.0031384, 0.0031466, 0.0031655");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002181;
			capacitance : 0.002269;
			rise_capacitance : 0.002357;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026157, -0.0026141, -0.0026104, -0.0026101, -0.0026096, -0.0026082, -0.0026050");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029749, 0.0029771, 0.0029821, 0.0029930, 0.0030183, 0.0030764, 0.0032104");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002062;
			capacitance : 0.002161;
			rise_capacitance : 0.002260;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026399, -0.0026426, -0.0026489, -0.0026488, -0.0026486, -0.0026481, -0.0026468");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026319, 0.0026353, 0.0026432, 0.0026408, 0.0026355, 0.0026232, 0.0025948");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002060;
			capacitance : 0.002184;
			rise_capacitance : 0.002309;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012278, -0.0012294, -0.0012332, -0.0012329, -0.0012322, -0.0012306, -0.0012269");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017586, 0.0017544, 0.0017447, 0.0017556, 0.0017807, 0.0018387, 0.0019723");
				}
			}
		}
	}
	cell ("scs8hd_a31oi_2") {
		area : 12.512000;
		cell_footprint : "a31oi";
		cell_leakage_power : 1.164563e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007224";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0001446";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007226";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0122072";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "3.4992798e-05";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "5.3526380e-05";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0001973";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "5.6932412e-05";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "6.4517334e-05";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007208";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "9.5655458e-05";
			when : "A1&A2&A3&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1)";
			max_capacitance : 0.100718;
			max_transition : 1.496139;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("0.0102745, 0.0112433, 0.0135184, 0.0187237, 0.0310267, 0.0607588, 0.1317029", \
					  "0.0099141, 0.0108720, 0.0132296, 0.0185595, 0.0308888, 0.0607388, 0.1321875", \
					  "0.0095912, 0.0105269, 0.0127210, 0.0180536, 0.0305834, 0.0603000, 0.1318677", \
					  "0.0093210, 0.0102373, 0.0123929, 0.0176002, 0.0302534, 0.0601659, 0.1313590", \
					  "0.0091495, 0.0100391, 0.0121661, 0.0172888, 0.0296991, 0.0594104, 0.1315396", \
					  "0.0090966, 0.0099806, 0.0121101, 0.0171856, 0.0294775, 0.0591849, 0.1310559", \
					  "0.0085674, 0.0094642, 0.0115618, 0.0169745, 0.0293682, 0.0587484, 0.1301521");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("0.0061815, 0.0053221, 0.0032700, -0.0017201, -0.0138981, -0.0434234, -0.1151680", \
					  "0.0060431, 0.0052118, 0.0031573, -0.0018281, -0.0139814, -0.0435045, -0.1152505", \
					  "0.0058840, 0.0050051, 0.0029651, -0.0019805, -0.0140823, -0.0436131, -0.1153635", \
					  "0.0055242, 0.0047160, 0.0027255, -0.0021688, -0.0142501, -0.0437223, -0.1154678", \
					  "0.0052462, 0.0044010, 0.0023944, -0.0025203, -0.0145267, -0.0439249, -0.1155853", \
					  "0.0053705, 0.0046021, 0.0025713, -0.0026139, -0.0148806, -0.0442684, -0.1157846", \
					  "0.0054011, 0.0045920, 0.0024991, -0.0025586, -0.0148247, -0.0443705, -0.1161343");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("0.0146997, 0.0155842, 0.0177107, 0.0227612, 0.0349795, 0.0643164, 0.1354023", \
					  "0.0144711, 0.0153528, 0.0175006, 0.0226336, 0.0348698, 0.0642923, 0.1353834", \
					  "0.0142231, 0.0151192, 0.0172702, 0.0224125, 0.0347065, 0.0642769, 0.1354621", \
					  "0.0139517, 0.0148411, 0.0169843, 0.0221446, 0.0344854, 0.0641280, 0.1353670", \
					  "0.0137493, 0.0146187, 0.0167217, 0.0218039, 0.0340899, 0.0637233, 0.1350617", \
					  "0.0135995, 0.0144722, 0.0165884, 0.0216902, 0.0339695, 0.0633260, 0.1345237", \
					  "0.0129216, 0.0137680, 0.0159588, 0.0212990, 0.0335674, 0.0633314, 0.1345586");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("0.0066715, 0.0058124, 0.0037371, -0.0012603, -0.0133855, -0.0429356, -0.1146916", \
					  "0.0065621, 0.0057137, 0.0036567, -0.0013514, -0.0134849, -0.0430268, -0.1147937", \
					  "0.0063997, 0.0055576, 0.0034965, -0.0014912, -0.0135995, -0.0431410, -0.1149109", \
					  "0.0061676, 0.0053414, 0.0033131, -0.0016286, -0.0137440, -0.0432366, -0.1149897", \
					  "0.0060269, 0.0051969, 0.0031280, -0.0017779, -0.0138183, -0.0432644, -0.1149654", \
					  "0.0061077, 0.0052719, 0.0031953, -0.0018349, -0.0141251, -0.0435439, -0.1151784", \
					  "0.0062011, 0.0053827, 0.0032779, -0.0017652, -0.0139536, -0.0436014, -0.1153456");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("0.0192329, 0.0200910, 0.0222146, 0.0273111, 0.0395633, 0.0690055, 0.1402148", \
					  "0.0190383, 0.0199431, 0.0220389, 0.0271082, 0.0394357, 0.0689252, 0.1399246", \
					  "0.0187642, 0.0196405, 0.0218115, 0.0269318, 0.0392398, 0.0687169, 0.1400263", \
					  "0.0186287, 0.0195259, 0.0216604, 0.0267849, 0.0390805, 0.0686623, 0.1397469", \
					  "0.0184487, 0.0193286, 0.0214487, 0.0265361, 0.0388635, 0.0684460, 0.1398210", \
					  "0.0184177, 0.0192904, 0.0213815, 0.0265189, 0.0388059, 0.0682300, 0.1396625", \
					  "0.0179284, 0.0187911, 0.0210455, 0.0263593, 0.0387906, 0.0685099, 0.1396803");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("0.0066456, 0.0057921, 0.0037263, -0.0012779, -0.0134146, -0.0429602, -0.1147187", \
					  "0.0065373, 0.0056818, 0.0036132, -0.0013828, -0.0135185, -0.0430629, -0.1148346", \
					  "0.0063423, 0.0054943, 0.0034442, -0.0015367, -0.0136492, -0.0431699, -0.1149312", \
					  "0.0061039, 0.0052840, 0.0032545, -0.0016958, -0.0138026, -0.0432967, -0.1150166", \
					  "0.0059518, 0.0051110, 0.0030563, -0.0018687, -0.0138834, -0.0433507, -0.1150393", \
					  "0.0060541, 0.0052321, 0.0031189, -0.0018617, -0.0141197, -0.0436038, -0.1152007", \
					  "0.0061678, 0.0053077, 0.0032388, -0.0017978, -0.0139948, -0.0436226, -0.1153582");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("0.0091252, 0.0100689, 0.0123794, 0.0176871, 0.0300108, 0.0595018, 0.1305218", \
					  "0.0087998, 0.0097047, 0.0119760, 0.0172306, 0.0296267, 0.0592367, 0.1314161", \
					  "0.0085542, 0.0094598, 0.0116253, 0.0169280, 0.0292598, 0.0590476, 0.1306688", \
					  "0.0086205, 0.0094869, 0.0115930, 0.0166767, 0.0288987, 0.0586264, 0.1301357", \
					  "0.0083421, 0.0091877, 0.0113061, 0.0163551, 0.0287092, 0.0582915, 0.1302324", \
					  "0.0084025, 0.0093208, 0.0114366, 0.0165578, 0.0287268, 0.0581356, 0.1283640", \
					  "0.0083236, 0.0091077, 0.0111469, 0.0160268, 0.0285266, 0.0580808, 0.1285451");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001210578, 0.002930999, 0.007096407, 0.01718151, 0.04159912, 0.100718");
					values("-6.1800000e-05, -0.0008560, -0.0028500, -0.0078211, -0.0200235, -0.0497077, -0.1216281", \
					  "-0.0003192, -0.0010876, -0.0030242, -0.0079038, -0.0200418, -0.0496870, -0.1215771", \
					  "-0.0006255, -0.0014134, -0.0032961, -0.0081005, -0.0201309, -0.0496956, -0.1215661", \
					  "-0.0007719, -0.0015751, -0.0035830, -0.0084534, -0.0203692, -0.0498022, -0.1216110", \
					  "-0.0009944, -0.0018076, -0.0036876, -0.0085522, -0.0204866, -0.0500530, -0.1217207", \
					  "-0.0009108, -0.0017606, -0.0037896, -0.0087429, -0.0209859, -0.0502639, -0.1219414", \
					  "-0.0004581, -0.0014064, -0.0033996, -0.0087109, -0.0209318, -0.0505264, -0.1219601");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
					values("0.0908389, 0.0988189, 0.1169200, 0.1588449, 0.2570190, 0.4920895, 1.0588341", \
					  "0.0952927, 0.1030004, 0.1217393, 0.1643322, 0.2629463, 0.5010986, 1.0696479", \
					  "0.1096635, 0.1172367, 0.1350099, 0.1778030, 0.2773168, 0.5155810, 1.0854943", \
					  "0.1459024, 0.1532439, 0.1707204, 0.2123918, 0.3127134, 0.5508277, 1.1225256", \
					  "0.2258883, 0.2339757, 0.2518941, 0.2930237, 0.3923951, 0.6283745, 1.2023553", \
					  "0.3762566, 0.3878022, 0.4135526, 0.4670217, 0.5736060, 0.8121538, 1.3819290", \
					  "0.6525086, 0.6731251, 0.7148360, 0.7988217, 0.9532688, 1.2286256, 1.8061811");
				}
				rise_transition ("del_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("0.0505640, 0.0597413, 0.0826247, 0.1361378, 0.2669682, 0.5813927, 1.3440030", \
					  "0.0505578, 0.0600698, 0.0822379, 0.1374753, 0.2673607, 0.5844711, 1.3494398", \
					  "0.0507680, 0.0598368, 0.0821829, 0.1361026, 0.2663852, 0.5858199, 1.3423027", \
					  "0.0508431, 0.0600605, 0.0825176, 0.1360825, 0.2707503, 0.5837765, 1.3515538", \
					  "0.0583229, 0.0664192, 0.0865185, 0.1379349, 0.2673584, 0.5814501, 1.3496196", \
					  "0.0879594, 0.0970925, 0.1193654, 0.1681455, 0.2805798, 0.5832337, 1.3509165", \
					  "0.1538561, 0.1660708, 0.1950235, 0.2541440, 0.3727293, 0.6321366, 1.3562510");
				}
				cell_fall ("del_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("0.0308582, 0.0337564, 0.0404984, 0.0557702, 0.0906120, 0.1721957, 0.3668623", \
					  "0.0347578, 0.0376625, 0.0444053, 0.0597503, 0.0945735, 0.1761663, 0.3708084", \
					  "0.0454048, 0.0477374, 0.0542442, 0.0694524, 0.1043373, 0.1858367, 0.3809061", \
					  "0.0637298, 0.0679641, 0.0762545, 0.0933842, 0.1279054, 0.2094658, 0.4040872", \
					  "0.0863253, 0.0918905, 0.1043091, 0.1297300, 0.1775873, 0.2637958, 0.4583500", \
					  "0.1029493, 0.1104750, 0.1297830, 0.1695498, 0.2431343, 0.3672596, 0.5818312", \
					  "0.0833586, 0.0976399, 0.1284116, 0.1909129, 0.3058002, 0.5024413, 0.8217110");
				}
				fall_transition ("del_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("0.0301252, 0.0330845, 0.0406466, 0.0588914, 0.1033452, 0.2107222, 0.4719668", \
					  "0.0292541, 0.0325434, 0.0403113, 0.0586951, 0.1029797, 0.2103780, 0.4714949", \
					  "0.0296446, 0.0327441, 0.0400566, 0.0580907, 0.1028280, 0.2107927, 0.4713640", \
					  "0.0394227, 0.0427474, 0.0501735, 0.0653502, 0.1049868, 0.2105604, 0.4725941", \
					  "0.0593162, 0.0634034, 0.0736038, 0.0941483, 0.1328546, 0.2216936, 0.4721896", \
					  "0.0966981, 0.1052604, 0.1218172, 0.1483604, 0.2007167, 0.2977940, 0.5065475", \
					  "0.1666733, 0.1780258, 0.2011192, 0.2463624, 0.3265802, 0.4554381, 0.6872595");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
					values("0.1260210, 0.1340341, 0.1527420, 0.1975849, 0.3045660, 0.5620545, 1.1844744", \
					  "0.1309798, 0.1388826, 0.1578439, 0.2030622, 0.3108045, 0.5686904, 1.1907820", \
					  "0.1453677, 0.1530398, 0.1724172, 0.2175409, 0.3257452, 0.5841702, 1.2066391", \
					  "0.1808866, 0.1890550, 0.2079860, 0.2531830, 0.3610634, 0.6202308, 1.2432437", \
					  "0.2619794, 0.2699403, 0.2884891, 0.3332142, 0.4411819, 0.7003120, 1.3242925", \
					  "0.4248505, 0.4345939, 0.4584005, 0.5109013, 0.6213873, 0.8805024, 1.5053108", \
					  "0.7315430, 0.7470771, 0.7836525, 0.8592900, 1.0079432, 1.2977714, 1.9225650");
				}
				rise_transition ("del_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("0.0769002, 0.0871953, 0.1118385, 0.1714660, 0.3145642, 0.6588456, 1.4914612", \
					  "0.0769884, 0.0873858, 0.1120015, 0.1712466, 0.3140162, 0.6589277, 1.4943964", \
					  "0.0770958, 0.0871312, 0.1121761, 0.1716980, 0.3145093, 0.6593598, 1.4897967", \
					  "0.0770790, 0.0874312, 0.1121007, 0.1718146, 0.3140870, 0.6601034, 1.4896648", \
					  "0.0801333, 0.0898405, 0.1133773, 0.1715237, 0.3143499, 0.6588659, 1.4914423", \
					  "0.1083951, 0.1184625, 0.1416011, 0.1935399, 0.3238093, 0.6593732, 1.4961392", \
					  "0.1776252, 0.1902847, 0.2179581, 0.2778102, 0.4039916, 0.6999255, 1.4918582");
				}
				cell_fall ("del_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("0.0369168, 0.0397862, 0.0464591, 0.0616986, 0.0966028, 0.1780749, 0.3730617", \
					  "0.0411475, 0.0440192, 0.0507203, 0.0659314, 0.1007746, 0.1824323, 0.3773193", \
					  "0.0505780, 0.0533469, 0.0599742, 0.0752015, 0.1100744, 0.1916904, 0.3865937", \
					  "0.0681347, 0.0716091, 0.0794008, 0.0960716, 0.1314921, 0.2134363, 0.4085824", \
					  "0.0934443, 0.0983111, 0.1093121, 0.1317415, 0.1757440, 0.2626235, 0.4594372", \
					  "0.1192314, 0.1269232, 0.1436558, 0.1776918, 0.2428439, 0.3579633, 0.5705599", \
					  "0.1199076, 0.1320846, 0.1591624, 0.2145925, 0.3171660, 0.4942883, 0.7853326");
				}
				fall_transition ("del_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("0.0296057, 0.0326796, 0.0402442, 0.0586571, 0.1029278, 0.2110517, 0.4728592", \
					  "0.0293330, 0.0325499, 0.0401802, 0.0585874, 0.1029739, 0.2111537, 0.4717388", \
					  "0.0299085, 0.0329096, 0.0403209, 0.0583335, 0.1029217, 0.2111220, 0.4715174", \
					  "0.0363081, 0.0391035, 0.0465151, 0.0625340, 0.1043423, 0.2107378, 0.4722827", \
					  "0.0527265, 0.0562312, 0.0643762, 0.0826554, 0.1214771, 0.2180947, 0.4722854", \
					  "0.0855268, 0.0914978, 0.1019646, 0.1257620, 0.1719519, 0.2657794, 0.4915722", \
					  "0.1481714, 0.1559116, 0.1739667, 0.2087063, 0.2741726, 0.3903456, 0.6138583");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
					values("0.1458470, 0.1533971, 0.1713846, 0.2153359, 0.3192073, 0.5677620, 1.1668190", \
					  "0.1507701, 0.1587364, 0.1767812, 0.2204067, 0.3244888, 0.5732788, 1.1725239", \
					  "0.1646709, 0.1721637, 0.1907619, 0.2349837, 0.3393789, 0.5885753, 1.1879477", \
					  "0.1996335, 0.2076513, 0.2259801, 0.2700245, 0.3747284, 0.6240649, 1.2242128", \
					  "0.2770674, 0.2848938, 0.3031800, 0.3469538, 0.4512387, 0.7006801, 1.3008841", \
					  "0.4362147, 0.4458356, 0.4667807, 0.5161800, 0.6232065, 0.8729658, 1.4730958", \
					  "0.7341399, 0.7484101, 0.7790020, 0.8498066, 0.9909380, 1.2684238, 1.8699167");
				}
				rise_transition ("del_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("0.0938739, 0.1035813, 0.1277678, 0.1862465, 0.3245504, 0.6572222, 1.4608900", \
					  "0.0937331, 0.1040058, 0.1279948, 0.1854068, 0.3242961, 0.6564692, 1.4613915", \
					  "0.0938534, 0.1037893, 0.1280457, 0.1854782, 0.3239878, 0.6571675, 1.4603300", \
					  "0.0937303, 0.1039718, 0.1285052, 0.1859863, 0.3248312, 0.6568158, 1.4605107", \
					  "0.0958196, 0.1055878, 0.1287352, 0.1855813, 0.3239393, 0.6570696, 1.4608516", \
					  "0.1231751, 0.1325800, 0.1549204, 0.2062415, 0.3336960, 0.6573256, 1.4620676", \
					  "0.1912695, 0.2029228, 0.2292396, 0.2886678, 0.4171772, 0.7024856, 1.4643042");
				}
				cell_fall ("del_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("0.0416232, 0.0444730, 0.0512091, 0.0664245, 0.1012438, 0.1828877, 0.3777753", \
					  "0.0460055, 0.0489162, 0.0556046, 0.0708176, 0.1056830, 0.1871626, 0.3822415", \
					  "0.0548304, 0.0576623, 0.0643145, 0.0795817, 0.1144143, 0.1959768, 0.3909155", \
					  "0.0710437, 0.0743218, 0.0815355, 0.0974964, 0.1327187, 0.2145321, 0.4092322", \
					  "0.0958103, 0.1000752, 0.1097690, 0.1296825, 0.1702755, 0.2554957, 0.4512081", \
					  "0.1233287, 0.1297331, 0.1443868, 0.1738790, 0.2312009, 0.3358714, 0.5457719", \
					  "0.1298641, 0.1404898, 0.1640330, 0.2124245, 0.3026123, 0.4591251, 0.7255015");
				}
				fall_transition ("del_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("0.0294992, 0.0326077, 0.0402553, 0.0585378, 0.1029601, 0.2111443, 0.4722155", \
					  "0.0294805, 0.0325492, 0.0401436, 0.0584543, 0.1028469, 0.2105707, 0.4713966", \
					  "0.0293834, 0.0325298, 0.0399939, 0.0584234, 0.1028446, 0.2107880, 0.4721367", \
					  "0.0337405, 0.0367210, 0.0438720, 0.0606445, 0.1036287, 0.2105844, 0.4718017", \
					  "0.0475014, 0.0507011, 0.0578345, 0.0753273, 0.1154040, 0.2154114, 0.4720414", \
					  "0.0778859, 0.0823104, 0.0915044, 0.1127732, 0.1552739, 0.2509900, 0.4872832", \
					  "0.1386355, 0.1446489, 0.1580962, 0.1876725, 0.2441522, 0.3531044, 0.5798979");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00121058, 0.002931, 0.00709641, 0.0171815, 0.0415991, 0.100718");
					values("0.0368568, 0.0418257, 0.0534486, 0.0805890, 0.1435603, 0.2940326, 0.6567566", \
					  "0.0418130, 0.0465427, 0.0578797, 0.0847952, 0.1479478, 0.2992595, 0.6673515", \
					  "0.0558296, 0.0603244, 0.0712017, 0.0983553, 0.1606449, 0.3126216, 0.6764733", \
					  "0.0889393, 0.0944897, 0.1060848, 0.1322804, 0.1945446, 0.3440969, 0.7094126", \
					  "0.1477101, 0.1567280, 0.1756789, 0.2106931, 0.2731070, 0.4231343, 0.7895458", \
					  "0.2468904, 0.2626267, 0.2942621, 0.3527782, 0.4500746, 0.6101717, 0.9710580", \
					  "0.4347706, 0.4586349, 0.5102220, 0.6051085, 0.7611350, 1.0167661, 1.4021250");
				}
				rise_transition ("del_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("0.0309849, 0.0369495, 0.0521368, 0.0875282, 0.1736574, 0.3812389, 0.8846271", \
					  "0.0308773, 0.0367970, 0.0519954, 0.0872889, 0.1728412, 0.3798129, 0.8974052", \
					  "0.0306781, 0.0365503, 0.0514635, 0.0877174, 0.1742834, 0.3829732, 0.8833052", \
					  "0.0425189, 0.0460789, 0.0574567, 0.0887534, 0.1730237, 0.3851448, 0.8900063", \
					  "0.0692363, 0.0751461, 0.0871031, 0.1113994, 0.1815843, 0.3843669, 0.8944299", \
					  "0.1247588, 0.1324114, 0.1496598, 0.1827890, 0.2445500, 0.4047746, 0.8830613", \
					  "0.2191281, 0.2284696, 0.2574059, 0.3121472, 0.4047622, 0.5614698, 0.9391714");
				}
				cell_fall ("del_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("0.0131376, 0.0143150, 0.0170491, 0.0234976, 0.0388277, 0.0759042, 0.1649857", \
					  "0.0174596, 0.0188736, 0.0217441, 0.0282565, 0.0434275, 0.0805213, 0.1694929", \
					  "0.0230098, 0.0254166, 0.0300554, 0.0388117, 0.0547404, 0.0913143, 0.1805650", \
					  "0.0292131, 0.0325597, 0.0400180, 0.0537599, 0.0775157, 0.1174623, 0.2066047", \
					  "0.0320223, 0.0376495, 0.0491557, 0.0706999, 0.1077647, 0.1683539, 0.2662794", \
					  "0.0183378, 0.0277499, 0.0462474, 0.0814474, 0.1417876, 0.2333974, 0.3841102", \
					  "-0.0479521, -0.0318989, 0.0003736, 0.0611263, 0.1589641, 0.3103116, 0.5376076");
				}
				fall_transition ("del_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("0.0072500, 0.0086983, 0.0121276, 0.0207148, 0.0410609, 0.0898089, 0.2102097", \
					  "0.0089822, 0.0100505, 0.0129299, 0.0206821, 0.0408317, 0.0905386, 0.2109854", \
					  "0.0148063, 0.0160970, 0.0192619, 0.0253729, 0.0426103, 0.0895907, 0.2083776", \
					  "0.0249046, 0.0271657, 0.0312700, 0.0401835, 0.0567886, 0.0956076, 0.2094613", \
					  "0.0440411, 0.0472830, 0.0541647, 0.0675938, 0.0904523, 0.1306171, 0.2230496", \
					  "0.0817266, 0.0862451, 0.0959419, 0.1150916, 0.1512430, 0.2105042, 0.3113919", \
					  "0.1537080, 0.1598681, 0.1767083, 0.2069294, 0.2575652, 0.3427857, 0.4871314");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004004;
			capacitance : 0.004125;
			rise_capacitance : 0.004247;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048056, -0.0048118, -0.0048262, -0.0048149, -0.0047888, -0.0047286, -0.0045899");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063657, 0.0063690, 0.0063765, 0.0063794, 0.0063862, 0.0064017, 0.0064376");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003870;
			capacitance : 0.004030;
			rise_capacitance : 0.004189;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051214, -0.0051188, -0.0051126, -0.0051116, -0.0051094, -0.0051043, -0.0050925");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055914, 0.0055865, 0.0055750, 0.0055942, 0.0056385, 0.0057404, 0.0059754");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003860;
			capacitance : 0.004080;
			rise_capacitance : 0.004300;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051869, -0.0051842, -0.0051779, -0.0051788, -0.0051807, -0.0051852, -0.0051956");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052009, 0.0052004, 0.0051992, 0.0052015, 0.0052068, 0.0052191, 0.0052475");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003954;
			capacitance : 0.004191;
			rise_capacitance : 0.004428;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025219, -0.0025252, -0.0025328, -0.0025297, -0.0025226, -0.0025061, -0.0024682");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032518, 0.0032427, 0.0032219, 0.0032452, 0.0032990, 0.0034230, 0.0037089");
				}
			}
		}
	}
	cell ("scs8hd_a31oi_4") {
		area : 21.270400;
		cell_footprint : "a31oi";
		cell_leakage_power : 3.564268e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014397";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0001628";
			when : "A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0014401";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0220045";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014400";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0220045";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0014401";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "8.0995276e-05";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014401";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0001315";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0014401";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0004091";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014401";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0001422";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0014401";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0005726";
			when : "A1&A2&!A3&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1)";
			max_capacitance : 0.181284;
			max_transition : 1.497759;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0182354, 0.0194074, 0.0224644, 0.0300605, 0.0494134, 0.1005706, 0.2371481", \
					  "0.0175729, 0.0186963, 0.0218094, 0.0295545, 0.0495209, 0.1007437, 0.2372826", \
					  "0.0169222, 0.0181090, 0.0210524, 0.0287953, 0.0487645, 0.1005362, 0.2378486", \
					  "0.0165474, 0.0175938, 0.0204441, 0.0279161, 0.0479776, 0.0998443, 0.2379116", \
					  "0.0161775, 0.0172316, 0.0200028, 0.0273849, 0.0468577, 0.0990307, 0.2367708", \
					  "0.0161096, 0.0171606, 0.0199168, 0.0272294, 0.0465795, 0.0979679, 0.2348769", \
					  "0.0150932, 0.0161188, 0.0188128, 0.0266901, 0.0463832, 0.0978818, 0.2356306");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0121678, 0.0111653, 0.0084758, 0.0013244, -0.0178056, -0.0691056, -0.2067164", \
					  "0.0119533, 0.0109579, 0.0082928, 0.0011337, -0.0179582, -0.0692787, -0.2068829", \
					  "0.0115687, 0.0105870, 0.0079680, 0.0008524, -0.0181871, -0.0694743, -0.2070610", \
					  "0.0109972, 0.0100249, 0.0074180, 0.0004813, -0.0186248, -0.0697577, -0.2072516", \
					  "0.0103637, 0.0093362, 0.0067213, -0.0002292, -0.0190229, -0.0700584, -0.2075244", \
					  "0.0105214, 0.0094539, 0.0067948, -0.0004824, -0.0197505, -0.0707568, -0.2078891", \
					  "0.0107038, 0.0096818, 0.0069359, -0.0002889, -0.0196690, -0.0709282, -0.2084602");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0272326, 0.0282273, 0.0309929, 0.0382635, 0.0574788, 0.1086743, 0.2450483", \
					  "0.0266470, 0.0276972, 0.0305019, 0.0379192, 0.0572683, 0.1084772, 0.2451766", \
					  "0.0261049, 0.0271367, 0.0300027, 0.0374703, 0.0569694, 0.1083729, 0.2449546", \
					  "0.0255621, 0.0265896, 0.0293416, 0.0368176, 0.0563882, 0.1079604, 0.2443157", \
					  "0.0250878, 0.0261072, 0.0288749, 0.0361607, 0.0556011, 0.1072660, 0.2437687", \
					  "0.0248182, 0.0258496, 0.0286131, 0.0358506, 0.0552369, 0.1065575, 0.2432998", \
					  "0.0234010, 0.0244133, 0.0271463, 0.0351364, 0.0545864, 0.1061198, 0.2427651");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0131913, 0.0121896, 0.0094997, 0.0023357, -0.0167776, -0.0681143, -0.2057055", \
					  "0.0129669, 0.0119701, 0.0092637, 0.0021195, -0.0169983, -0.0683460, -0.2059198", \
					  "0.0126702, 0.0116670, 0.0089638, 0.0018311, -0.0172574, -0.0685596, -0.2061480", \
					  "0.0122220, 0.0112272, 0.0086316, 0.0015539, -0.0174872, -0.0687754, -0.2063554", \
					  "0.0119701, 0.0109739, 0.0082872, 0.0013009, -0.0176651, -0.0687713, -0.2063793", \
					  "0.0120666, 0.0110602, 0.0083666, 0.0013016, -0.0182354, -0.0693363, -0.2067115", \
					  "0.0122848, 0.0112720, 0.0085666, 0.0014332, -0.0178555, -0.0694072, -0.2069610");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0360101, 0.0370863, 0.0397920, 0.0470974, 0.0663984, 0.1176882, 0.2541348", \
					  "0.0357207, 0.0367644, 0.0394869, 0.0467896, 0.0660985, 0.1174237, 0.2540022", \
					  "0.0352370, 0.0363062, 0.0390444, 0.0464116, 0.0659119, 0.1172605, 0.2537328", \
					  "0.0348235, 0.0358642, 0.0386308, 0.0460261, 0.0654976, 0.1170097, 0.2536536", \
					  "0.0345123, 0.0355500, 0.0383215, 0.0456479, 0.0651626, 0.1165965, 0.2534165", \
					  "0.0344786, 0.0355301, 0.0383556, 0.0456367, 0.0650043, 0.1163331, 0.2530991", \
					  "0.0335330, 0.0345204, 0.0374405, 0.0452894, 0.0649351, 0.1165412, 0.2530856");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0130593, 0.0120571, 0.0093682, 0.0022062, -0.0169098, -0.0682209, -0.2058406", \
					  "0.0128344, 0.0118323, 0.0091264, 0.0019742, -0.0171437, -0.0684939, -0.2060626", \
					  "0.0124815, 0.0114867, 0.0088118, 0.0016839, -0.0174103, -0.0687109, -0.2062637", \
					  "0.0120844, 0.0111012, 0.0084644, 0.0013639, -0.0177084, -0.0689610, -0.2065192", \
					  "0.0117609, 0.0107948, 0.0081652, 0.0011373, -0.0178093, -0.0690145, -0.2065119", \
					  "0.0119695, 0.0109595, 0.0082760, 0.0011399, -0.0181382, -0.0694964, -0.2068154", \
					  "0.0122099, 0.0112100, 0.0085172, 0.0012943, -0.0179244, -0.0694576, -0.2070644");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0169137, 0.0180918, 0.0211565, 0.0288120, 0.0484881, 0.1001573, 0.2362206", \
					  "0.0163115, 0.0173982, 0.0203630, 0.0280348, 0.0479139, 0.0995500, 0.2378732", \
					  "0.0158762, 0.0169711, 0.0198446, 0.0273095, 0.0470331, 0.0987760, 0.2358069", \
					  "0.0158290, 0.0168927, 0.0196540, 0.0269330, 0.0465887, 0.0983817, 0.2353021", \
					  "0.0155611, 0.0165865, 0.0192964, 0.0266195, 0.0462919, 0.0976329, 0.2348661", \
					  "0.0158635, 0.0168326, 0.0194894, 0.0266777, 0.0460280, 0.0972434, 0.2339922", \
					  "0.0156772, 0.0165610, 0.0191441, 0.0261837, 0.0460974, 0.0969595, 0.2321914");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001335165, 0.003565333, 0.009520618, 0.0254232, 0.06788835, 0.1812843");
					values("0.0002258, -0.0006955, -0.0032317, -0.0102750, -0.0294686, -0.0810911, -0.2190432", \
					  "-0.0003057, -0.0011806, -0.0036130, -0.0104822, -0.0295364, -0.0810456, -0.2189602", \
					  "-0.0009496, -0.0018400, -0.0042070, -0.0109332, -0.0297521, -0.0810967, -0.2189278", \
					  "-0.0015259, -0.0024165, -0.0049233, -0.0116346, -0.0302429, -0.0812986, -0.2189819", \
					  "-0.0014749, -0.0025164, -0.0050576, -0.0120265, -0.0304648, -0.0818030, -0.2191717", \
					  "-0.0014282, -0.0025406, -0.0052192, -0.0122495, -0.0310773, -0.0820078, -0.2195492", \
					  "-0.0007272, -0.0012813, -0.0040345, -0.0120292, -0.0313893, -0.0827425, -0.2198584");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0963586, 0.1020192, 0.1163675, 0.1530390, 0.2466820, 0.4927101, 1.1491464", \
					  "0.1001705, 0.1057899, 0.1209800, 0.1583170, 0.2535734, 0.5003250, 1.1557177", \
					  "0.1139127, 0.1199415, 0.1343133, 0.1705820, 0.2672660, 0.5158516, 1.1718742", \
					  "0.1503821, 0.1554876, 0.1695078, 0.2059332, 0.3016621, 0.5542704, 1.2118928", \
					  "0.2306080, 0.2363456, 0.2504746, 0.2862892, 0.3802058, 0.6302169, 1.2882118", \
					  "0.3814109, 0.3893837, 0.4094085, 0.4557556, 0.5594737, 0.8087258, 1.4649213", \
					  "0.6618669, 0.6757235, 0.7077984, 0.7801262, 0.9266095, 1.2204868, 1.8836857");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0509604, 0.0574768, 0.0749869, 0.1224915, 0.2455337, 0.5764331, 1.4570044", \
					  "0.0509693, 0.0574313, 0.0748965, 0.1217355, 0.2487785, 0.5754557, 1.4546243", \
					  "0.0511600, 0.0576611, 0.0750087, 0.1224386, 0.2467428, 0.5784725, 1.4553080", \
					  "0.0514007, 0.0578601, 0.0751398, 0.1215661, 0.2467276, 0.5789676, 1.4664324", \
					  "0.0574770, 0.0634710, 0.0794499, 0.1237442, 0.2457373, 0.5788997, 1.4571023", \
					  "0.0839121, 0.0907564, 0.1082769, 0.1524995, 0.2611721, 0.5757159, 1.4559083", \
					  "0.1449671, 0.1538913, 0.1765156, 0.2290336, 0.3476282, 0.6248417, 1.4596317");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0303484, 0.0323778, 0.0375636, 0.0505025, 0.0822271, 0.1628501, 0.3738072", \
					  "0.0341915, 0.0362271, 0.0414263, 0.0544019, 0.0860757, 0.1668278, 0.3773132", \
					  "0.0446945, 0.0464589, 0.0512771, 0.0639216, 0.0956475, 0.1761263, 0.3872708", \
					  "0.0632473, 0.0658540, 0.0722931, 0.0873519, 0.1183076, 0.1989289, 0.4099900", \
					  "0.0839597, 0.0876970, 0.0974000, 0.1192446, 0.1652687, 0.2533497, 0.4638503", \
					  "0.0960594, 0.1019949, 0.1166483, 0.1495167, 0.2213077, 0.3523639, 0.5847951", \
					  "0.0670361, 0.0765390, 0.1001413, 0.1544068, 0.2639809, 0.4685472, 0.8209696");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0328560, 0.0349125, 0.0403927, 0.0552513, 0.0954554, 0.2037035, 0.4948846", \
					  "0.0316270, 0.0339019, 0.0398638, 0.0550329, 0.0952590, 0.2038159, 0.4953877", \
					  "0.0321559, 0.0339428, 0.0394059, 0.0540207, 0.0949536, 0.2037008, 0.4949106", \
					  "0.0402809, 0.0426774, 0.0486795, 0.0625247, 0.0978878, 0.2036627, 0.4955223", \
					  "0.0591068, 0.0623152, 0.0704161, 0.0883500, 0.1262822, 0.2169820, 0.4958548", \
					  "0.0961611, 0.1010552, 0.1129819, 0.1405883, 0.1885051, 0.2910948, 0.5296554", \
					  "0.1613287, 0.1692481, 0.1880438, 0.2298397, 0.3068500, 0.4471912, 0.7093615");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.1267321, 0.1319519, 0.1454647, 0.1812364, 0.2748906, 0.5223209, 1.1811819", \
					  "0.1311889, 0.1363369, 0.1504539, 0.1864826, 0.2805707, 0.5287817, 1.1878156", \
					  "0.1456321, 0.1507899, 0.1648932, 0.2011345, 0.2958520, 0.5445819, 1.2043661", \
					  "0.1810760, 0.1866908, 0.2003996, 0.2365494, 0.3313045, 0.5806500, 1.2423695", \
					  "0.2623154, 0.2673915, 0.2809792, 0.3163916, 0.4108603, 0.6601791, 1.3220128", \
					  "0.4247743, 0.4314433, 0.4480503, 0.4896348, 0.5887901, 0.8376017, 1.4991444", \
					  "0.7326564, 0.7429621, 0.7691688, 0.8300329, 0.9622833, 1.2467143, 1.9105100");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0751400, 0.0819233, 0.0997157, 0.1469496, 0.2725716, 0.6064720, 1.4912400", \
					  "0.0751682, 0.0818331, 0.0998548, 0.1470316, 0.2724182, 0.6057830, 1.4977589", \
					  "0.0752499, 0.0818848, 0.0997585, 0.1470734, 0.2724013, 0.6050110, 1.4939217", \
					  "0.0753466, 0.0819923, 0.0997206, 0.1472995, 0.2723381, 0.6051044, 1.4927873", \
					  "0.0780432, 0.0846383, 0.1014241, 0.1473453, 0.2723402, 0.6063964, 1.4936461", \
					  "0.1031526, 0.1098401, 0.1272066, 0.1699380, 0.2834833, 0.6052439, 1.4938939", \
					  "0.1650587, 0.1735507, 0.1946720, 0.2438612, 0.3596621, 0.6489932, 1.4947374");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0373132, 0.0393760, 0.0444559, 0.0572840, 0.0891009, 0.1696512, 0.3801707", \
					  "0.0414897, 0.0434668, 0.0485896, 0.0614384, 0.0930774, 0.1736655, 0.3843499", \
					  "0.0505937, 0.0525644, 0.0576115, 0.0702774, 0.1019486, 0.1826201, 0.3937619", \
					  "0.0673074, 0.0696766, 0.0756773, 0.0897646, 0.1223521, 0.2031724, 0.4142199", \
					  "0.0909386, 0.0942354, 0.1025080, 0.1215859, 0.1627928, 0.2502894, 0.4625302", \
					  "0.1119838, 0.1171014, 0.1297985, 0.1592790, 0.2205579, 0.3375510, 0.5690560", \
					  "0.1011601, 0.1093631, 0.1297935, 0.1770468, 0.2750633, 0.4560607, 0.7735335");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0319636, 0.0340721, 0.0397982, 0.0548434, 0.0952316, 0.2040361, 0.4953967", \
					  "0.0318584, 0.0338651, 0.0395864, 0.0547487, 0.0951846, 0.2037220, 0.4953109", \
					  "0.0323698, 0.0344091, 0.0398161, 0.0544438, 0.0950063, 0.2034761, 0.4962865", \
					  "0.0384196, 0.0404128, 0.0457730, 0.0597648, 0.0968840, 0.2036940, 0.4953175", \
					  "0.0541084, 0.0562589, 0.0626712, 0.0783066, 0.1148457, 0.2116763, 0.4949658", \
					  "0.0865371, 0.0898814, 0.0980456, 0.1187641, 0.1623112, 0.2598227, 0.5145234", \
					  "0.1479580, 0.1530064, 0.1679208, 0.1960291, 0.2588708, 0.3796126, 0.6342376");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.1486222, 0.1537274, 0.1675873, 0.2028827, 0.2958017, 0.5396850, 1.1871832", \
					  "0.1543509, 0.1595366, 0.1732034, 0.2088081, 0.3015140, 0.5455859, 1.1930729", \
					  "0.1686999, 0.1737870, 0.1877303, 0.2229788, 0.3163640, 0.5608918, 1.2083480", \
					  "0.2043355, 0.2095923, 0.2227014, 0.2586871, 0.3519686, 0.5972656, 1.2448901", \
					  "0.2813138, 0.2865875, 0.2999024, 0.3356707, 0.4288472, 0.6739647, 1.3221861", \
					  "0.4401497, 0.4459847, 0.4624781, 0.5015895, 0.5994288, 0.8438620, 1.4923969", \
					  "0.7467866, 0.7553705, 0.7774904, 0.8331619, 0.9567612, 1.2323818, 1.8831432");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0964541, 0.1034055, 0.1211167, 0.1674545, 0.2911496, 0.6193507, 1.4916698", \
					  "0.0966560, 0.1033557, 0.1211199, 0.1676295, 0.2909852, 0.6187014, 1.4912822", \
					  "0.0965246, 0.1036434, 0.1208760, 0.1673691, 0.2913218, 0.6192516, 1.4920868", \
					  "0.0965574, 0.1032309, 0.1207774, 0.1679815, 0.2919520, 0.6192394, 1.4929349", \
					  "0.0981881, 0.1046935, 0.1216350, 0.1675528, 0.2915827, 0.6184088, 1.4921698", \
					  "0.1215049, 0.1279153, 0.1453952, 0.1881930, 0.3016100, 0.6194807, 1.4955321", \
					  "0.1821977, 0.1898039, 0.2091538, 0.2576160, 0.3739306, 0.6617441, 1.4966828");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0415016, 0.0435628, 0.0486443, 0.0614593, 0.0932327, 0.1737170, 0.3845447", \
					  "0.0456339, 0.0476055, 0.0527780, 0.0656020, 0.0972410, 0.1777916, 0.3883966", \
					  "0.0536430, 0.0556558, 0.0607475, 0.0734891, 0.1052393, 0.1858221, 0.3967836", \
					  "0.0678522, 0.0700453, 0.0757205, 0.0891119, 0.1213071, 0.2020166, 0.4129209", \
					  "0.0894709, 0.0922942, 0.0993498, 0.1158112, 0.1528882, 0.2378789, 0.4492854", \
					  "0.1104611, 0.1147017, 0.1254342, 0.1498857, 0.2018934, 0.3053595, 0.5319226", \
					  "0.1031100, 0.1100111, 0.1273346, 0.1669917, 0.2498274, 0.4046888, 0.6872329");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0318601, 0.0339971, 0.0396339, 0.0547915, 0.0950325, 0.2038793, 0.4952362", \
					  "0.0317736, 0.0338572, 0.0395876, 0.0547344, 0.0951646, 0.2035209, 0.4951980", \
					  "0.0319134, 0.0340393, 0.0395029, 0.0545141, 0.0950408, 0.2035186, 0.4951513", \
					  "0.0357159, 0.0377946, 0.0432168, 0.0575161, 0.0962424, 0.2033376, 0.4952004", \
					  "0.0481324, 0.0500690, 0.0557122, 0.0697372, 0.1073755, 0.2086910, 0.4947435", \
					  "0.0772909, 0.0799686, 0.0868682, 0.1036367, 0.1431763, 0.2410449, 0.5090086", \
					  "0.1358073, 0.1396156, 0.1507077, 0.1741951, 0.2255386, 0.3352232, 0.5915577");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0383824, 0.0420797, 0.0515623, 0.0756334, 0.1370524, 0.2976872, 0.7235063", \
					  "0.0430648, 0.0465096, 0.0558516, 0.0795931, 0.1421827, 0.3028279, 0.7340478", \
					  "0.0571786, 0.0604979, 0.0691821, 0.0924700, 0.1543209, 0.3154222, 0.7422927", \
					  "0.0911489, 0.0954060, 0.1047781, 0.1273014, 0.1878995, 0.3481908, 0.7758805", \
					  "0.1507477, 0.1571918, 0.1727002, 0.2058348, 0.2673410, 0.4269873, 0.8544002", \
					  "0.2560975, 0.2662929, 0.2909875, 0.3444389, 0.4436378, 0.6156948, 1.0386663", \
					  "0.4513876, 0.4684718, 0.5098666, 0.5980797, 0.7556341, 1.0245967, 1.4733814");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0311948, 0.0356386, 0.0476761, 0.0785690, 0.1614362, 0.3826181, 0.9733030", \
					  "0.0311307, 0.0354225, 0.0473051, 0.0787019, 0.1615254, 0.3826689, 0.9912083", \
					  "0.0307890, 0.0351993, 0.0471570, 0.0786002, 0.1615848, 0.3829881, 0.9747251", \
					  "0.0411810, 0.0441500, 0.0528363, 0.0798454, 0.1628077, 0.3823210, 0.9721043", \
					  "0.0681162, 0.0721881, 0.0823611, 0.1052883, 0.1715587, 0.3864735, 0.9727886", \
					  "0.1183375, 0.1264695, 0.1424111, 0.1725027, 0.2338381, 0.4035834, 0.9818606", \
					  "0.2092077, 0.2189413, 0.2438151, 0.2947975, 0.3847304, 0.5559328, 1.0131439");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0120770, 0.0128358, 0.0147359, 0.0195579, 0.0319872, 0.0648766, 0.1524793", \
					  "0.0160618, 0.0170256, 0.0192966, 0.0241169, 0.0366368, 0.0696358, 0.1571100", \
					  "0.0208194, 0.0223085, 0.0259007, 0.0334156, 0.0476834, 0.0806766, 0.1679475", \
					  "0.0250175, 0.0273585, 0.0330082, 0.0448769, 0.0671349, 0.1059895, 0.1937377", \
					  "0.0236045, 0.0277743, 0.0367696, 0.0557748, 0.0903518, 0.1508419, 0.2523023", \
					  "0.0026010, 0.0095347, 0.0248840, 0.0557664, 0.1109078, 0.2045917, 0.3608855", \
					  "-0.0802202, -0.0690100, -0.0438086, 0.0109248, 0.1052254, 0.2573962, 0.5008695");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133517, 0.00356533, 0.00952062, 0.0254232, 0.0678883, 0.181284");
					values("0.0062096, 0.0070660, 0.0093929, 0.0156019, 0.0323360, 0.0772169, 0.1955154", \
					  "0.0083115, 0.0088902, 0.0106498, 0.0160986, 0.0324636, 0.0771882, 0.1954879", \
					  "0.0134404, 0.0143318, 0.0166420, 0.0220211, 0.0350077, 0.0769528, 0.1962127", \
					  "0.0227885, 0.0243517, 0.0278255, 0.0349098, 0.0504838, 0.0845544, 0.1950072", \
					  "0.0417227, 0.0433622, 0.0486160, 0.0591051, 0.0817563, 0.1209159, 0.2115017", \
					  "0.0768953, 0.0794943, 0.0878208, 0.1045347, 0.1362004, 0.1937362, 0.2966697", \
					  "0.1443137, 0.1513462, 0.1636108, 0.1899558, 0.2387766, 0.3211539, 0.4767826");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007534;
			capacitance : 0.007777;
			rise_capacitance : 0.008021;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0091824, -0.0092048, -0.0092565, -0.0092366, -0.0091908, -0.0090852, -0.0088419");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122848, 0.0122784, 0.0122636, 0.0122713, 0.0122888, 0.0123294, 0.0124228");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007490;
			capacitance : 0.007773;
			rise_capacitance : 0.008056;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102435, -0.0102392, -0.0102292, -0.0102272, -0.0102226, -0.0102119, -0.0101875");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0113948, 0.0113982, 0.0114061, 0.0114463, 0.0115390, 0.0117527, 0.0122453");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007546;
			capacitance : 0.007969;
			rise_capacitance : 0.008393;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103053, -0.0103007, -0.0102899, -0.0102902, -0.0102909, -0.0102925, -0.0102963");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103436, 0.0103347, 0.0103144, 0.0103164, 0.0103209, 0.0103313, 0.0103554");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007602;
			capacitance : 0.008109;
			rise_capacitance : 0.008615;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049418, -0.0049377, -0.0049283, -0.0049286, -0.0049294, -0.0049313, -0.0049355");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051729, 0.0051652, 0.0051475, 0.0051726, 0.0052307, 0.0053645, 0.0056730");
				}
			}
		}
	}
	cell ("scs8hd_a32o_1") {
		area : 10.009600;
		cell_footprint : "a32o";
		cell_leakage_power : 5.799638e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003812";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003684";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007351";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003781";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003813";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003685";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007351";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003783";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003815";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003687";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003856";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007351";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003954";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0004228";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0019206";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007445";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0022770";
			when : "A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007351";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003785";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003962";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003833";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007351";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003931";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003855";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007351";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003824";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003956";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003828";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007351";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003926";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003984";
			when : "A1&A2&!A3&!B1&B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1&B2)";
			max_capacitance : 0.130015;
			max_transition : 1.501419;
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0079507, 0.0089625, 0.0114315, 0.0174890, 0.0326319, 0.0702723, 0.1651700", \
					  "0.0079086, 0.0089160, 0.0113797, 0.0174439, 0.0325896, 0.0700086, 0.1653757", \
					  "0.0078106, 0.0088152, 0.0112650, 0.0172871, 0.0323692, 0.0701190, 0.1650431", \
					  "0.0075946, 0.0085818, 0.0110105, 0.0170649, 0.0321307, 0.0698671, 0.1633313", \
					  "0.0075386, 0.0084764, 0.0108168, 0.0167599, 0.0317652, 0.0694361, 0.1650950", \
					  "0.0074323, 0.0084186, 0.0108173, 0.0167659, 0.0317707, 0.0690900, 0.1629422", \
					  "0.0073764, 0.0083816, 0.0108287, 0.0167188, 0.0319364, 0.0696731, 0.1633223");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0085013, 0.0078833, 0.0061932, 0.0010180, -0.0135312, -0.0512374, -0.1467604", \
					  "0.0083978, 0.0078017, 0.0060978, 0.0009275, -0.0136303, -0.0513312, -0.1468378", \
					  "0.0082496, 0.0076365, 0.0059460, 0.0007870, -0.0137817, -0.0514865, -0.1469992", \
					  "0.0081667, 0.0075509, 0.0058760, 0.0006877, -0.0138554, -0.0515433, -0.1470658", \
					  "0.0080069, 0.0073692, 0.0056806, 0.0005121, -0.0139931, -0.0516589, -0.1471669", \
					  "0.0090450, 0.0081501, 0.0058622, 7.5300000e-05, -0.0140864, -0.0516979, -0.1471806", \
					  "0.0098706, 0.0089754, 0.0066860, 0.0008412, -0.0140011, -0.0517070, -0.1469434");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0095056, 0.0105047, 0.0129272, 0.0188523, 0.0338345, 0.0711574, 0.1659326", \
					  "0.0094641, 0.0104628, 0.0128855, 0.0188191, 0.0338060, 0.0711392, 0.1658866", \
					  "0.0094023, 0.0103978, 0.0128314, 0.0187988, 0.0336521, 0.0714454, 0.1663995", \
					  "0.0092737, 0.0102697, 0.0127026, 0.0186719, 0.0335713, 0.0713466, 0.1663362", \
					  "0.0091618, 0.0100773, 0.0125525, 0.0184750, 0.0333711, 0.0708880, 0.1663990", \
					  "0.0093183, 0.0102678, 0.0126504, 0.0184321, 0.0334622, 0.0706531, 0.1663277", \
					  "0.0093367, 0.0102914, 0.0126454, 0.0185109, 0.0335289, 0.0712265, 0.1657385");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0083104, 0.0077922, 0.0062499, 0.0014207, -0.0127595, -0.0503898, -0.1459596", \
					  "0.0081915, 0.0076543, 0.0061133, 0.0012870, -0.0128928, -0.0505195, -0.1460905", \
					  "0.0079991, 0.0074587, 0.0059195, 0.0010817, -0.0131062, -0.0507287, -0.1462900", \
					  "0.0078556, 0.0073171, 0.0057579, 0.0008874, -0.0132627, -0.0508826, -0.1464426", \
					  "0.0076957, 0.0071281, 0.0055960, 0.0007329, -0.0134257, -0.0510311, -0.1465800", \
					  "0.0071992, 0.0066949, 0.0051389, 0.0005364, -0.0135234, -0.0510666, -0.1465985", \
					  "0.0100369, 0.0091406, 0.0068423, 0.0010429, -0.0137646, -0.0511364, -0.1466226");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0098901, 0.0108910, 0.0132909, 0.0191853, 0.0339211, 0.0711552, 0.1665566", \
					  "0.0098456, 0.0108458, 0.0132463, 0.0191610, 0.0338891, 0.0715691, 0.1664410", \
					  "0.0097735, 0.0107639, 0.0131792, 0.0190800, 0.0338662, 0.0711039, 0.1665221", \
					  "0.0096956, 0.0106886, 0.0131053, 0.0190380, 0.0340085, 0.0711628, 0.1662525", \
					  "0.0095717, 0.0105383, 0.0129865, 0.0189000, 0.0339131, 0.0712572, 0.1655977", \
					  "0.0097556, 0.0106866, 0.0130625, 0.0188634, 0.0337006, 0.0710212, 0.1665857", \
					  "0.0098177, 0.0108128, 0.0131532, 0.0191180, 0.0340344, 0.0716638, 0.1652788");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0102311, 0.0097042, 0.0081438, 0.0034035, -0.0106574, -0.0481913, -0.1436788", \
					  "0.0101526, 0.0096057, 0.0081062, 0.0032845, -0.0107736, -0.0482998, -0.1438018", \
					  "0.0099804, 0.0094167, 0.0078878, 0.0031116, -0.0109493, -0.0484744, -0.1439832", \
					  "0.0097972, 0.0092688, 0.0077580, 0.0029305, -0.0111187, -0.0486470, -0.1441491", \
					  "0.0096499, 0.0091188, 0.0075907, 0.0027496, -0.0112938, -0.0488050, -0.1442866", \
					  "0.0093725, 0.0088638, 0.0073037, 0.0025674, -0.0114367, -0.0489123, -0.1443856", \
					  "0.0118667, 0.0109567, 0.0087016, 0.0028634, -0.0119768, -0.0491468, -0.1445770");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0100486, 0.0110468, 0.0134640, 0.0193305, 0.0339701, 0.0710968, 0.1663891", \
					  "0.0099962, 0.0109939, 0.0134154, 0.0192803, 0.0339215, 0.0711070, 0.1664926", \
					  "0.0099305, 0.0109270, 0.0133303, 0.0192066, 0.0340026, 0.0711087, 0.1653454", \
					  "0.0098165, 0.0108079, 0.0132151, 0.0191283, 0.0340305, 0.0710820, 0.1656835", \
					  "0.0097213, 0.0106696, 0.0131248, 0.0190283, 0.0338801, 0.0711538, 0.1664759", \
					  "0.0098860, 0.0108083, 0.0131762, 0.0189852, 0.0338522, 0.0710693, 0.1665546", \
					  "0.0099400, 0.0108788, 0.0131618, 0.0191519, 0.0341879, 0.0716364, 0.1653759");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0120383, 0.0115099, 0.0099340, 0.0050794, -0.0091790, -0.0468634, -0.1424102", \
					  "0.0119313, 0.0114075, 0.0098255, 0.0049460, -0.0092843, -0.0469656, -0.1425282", \
					  "0.0117993, 0.0112087, 0.0096985, 0.0048158, -0.0094408, -0.0471095, -0.1426445", \
					  "0.0116664, 0.0111355, 0.0095637, 0.0047036, -0.0095487, -0.0472061, -0.1427607", \
					  "0.0115458, 0.0109892, 0.0094532, 0.0045453, -0.0096431, -0.0472904, -0.1428335", \
					  "0.0114338, 0.0109153, 0.0093056, 0.0044624, -0.0096482, -0.0472388, -0.1427968", \
					  "0.0139944, 0.0130903, 0.0107956, 0.0049284, -0.0100280, -0.0472640, -0.1427769");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0078945, 0.0089093, 0.0113699, 0.0174425, 0.0325539, 0.0699509, 0.1644864", \
					  "0.0078407, 0.0088457, 0.0113240, 0.0173814, 0.0325009, 0.0702324, 0.1654259", \
					  "0.0077213, 0.0087177, 0.0111611, 0.0172056, 0.0320337, 0.0696017, 0.1649051", \
					  "0.0075092, 0.0084867, 0.0108848, 0.0169404, 0.0320072, 0.0691527, 0.1645602", \
					  "0.0073939, 0.0083607, 0.0106606, 0.0166007, 0.0315766, 0.0692922, 0.1648499", \
					  "0.0072440, 0.0082479, 0.0105794, 0.0165515, 0.0315281, 0.0687368, 0.1637970", \
					  "0.0072545, 0.0081492, 0.0104997, 0.0164913, 0.0315582, 0.0692231, 0.1638006");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0064858, 0.0058562, 0.0041454, -0.0010849, -0.0156924, -0.0534485, -0.1489938", \
					  "0.0062824, 0.0056599, 0.0039622, -0.0012774, -0.0158804, -0.0536392, -0.1492008", \
					  "0.0060688, 0.0054412, 0.0037240, -0.0014634, -0.0160835, -0.0538260, -0.1494030", \
					  "0.0059201, 0.0053163, 0.0035837, -0.0016599, -0.0162532, -0.0539885, -0.1495574", \
					  "0.0058063, 0.0052381, 0.0034611, -0.0017425, -0.0162922, -0.0539961, -0.1495403", \
					  "0.0067443, 0.0058245, 0.0035349, -0.0022682, -0.0164153, -0.0540846, -0.1496092", \
					  "0.0072911, 0.0065232, 0.0042029, -0.0017292, -0.0165476, -0.0541956, -0.1495022");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0829834, 0.0906748, 0.1080442, 0.1483393, 0.2477219, 0.4966602, 1.1282472", \
					  "0.0869245, 0.0946402, 0.1120161, 0.1523619, 0.2517828, 0.5007384, 1.1324099", \
					  "0.0966356, 0.1043236, 0.1217243, 0.1621815, 0.2616175, 0.5109900, 1.1413648", \
					  "0.1184682, 0.1261846, 0.1435533, 0.1841403, 0.2833949, 0.5339948, 1.1631863", \
					  "0.1515435, 0.1594314, 0.1771440, 0.2179635, 0.3177896, 0.5677993, 1.1997784", \
					  "0.1889708, 0.1976059, 0.2159315, 0.2567420, 0.3565073, 0.6068452, 1.2365855", \
					  "0.2085831, 0.2195816, 0.2416445, 0.2838070, 0.3834578, 0.6328937, 1.2632515");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0276091, 0.0358226, 0.0566507, 0.1099948, 0.2490642, 0.6033398, 1.4976733", \
					  "0.0275777, 0.0358070, 0.0566297, 0.1099749, 0.2490348, 0.6036242, 1.4968854", \
					  "0.0273787, 0.0356131, 0.0565023, 0.1102353, 0.2488555, 0.6020321, 1.4905128", \
					  "0.0275961, 0.0357911, 0.0563915, 0.1098344, 0.2496894, 0.6021952, 1.4912223", \
					  "0.0288590, 0.0369911, 0.0575911, 0.1107810, 0.2495089, 0.6026335, 1.4937678", \
					  "0.0344839, 0.0414622, 0.0600676, 0.1119660, 0.2506737, 0.6020842, 1.4946349", \
					  "0.0471234, 0.0540806, 0.0711384, 0.1168480, 0.2516131, 0.6058323, 1.4849578");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1507039, 0.1561122, 0.1675808, 0.1899722, 0.2339090, 0.3258586, 0.5425503", \
					  "0.1560066, 0.1615877, 0.1728150, 0.1952213, 0.2395597, 0.3317145, 0.5480977", \
					  "0.1705245, 0.1760788, 0.1872427, 0.2095754, 0.2535366, 0.3456813, 0.5624367", \
					  "0.2066247, 0.2121748, 0.2235920, 0.2455511, 0.2896313, 0.3818970, 0.5987892", \
					  "0.2907855, 0.2962987, 0.3076124, 0.3299056, 0.3739128, 0.4661023, 0.6830053", \
					  "0.4676015, 0.4738024, 0.4864261, 0.5104298, 0.5562670, 0.6491282, 0.8660513", \
					  "0.7935393, 0.8016405, 0.8168229, 0.8461309, 0.9002668, 1.0021434, 1.2221063");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0219428, 0.0261364, 0.0350011, 0.0548946, 0.0992868, 0.2049300, 0.4826762", \
					  "0.0221178, 0.0259610, 0.0353551, 0.0552886, 0.0989862, 0.2046404, 0.4824461", \
					  "0.0220321, 0.0260283, 0.0353507, 0.0552684, 0.0995075, 0.2052339, 0.4829539", \
					  "0.0220791, 0.0260331, 0.0349332, 0.0548423, 0.0990201, 0.2050230, 0.4823913", \
					  "0.0222006, 0.0260946, 0.0353513, 0.0550124, 0.0992541, 0.2054876, 0.4821843", \
					  "0.0269302, 0.0309556, 0.0397269, 0.0599470, 0.1032159, 0.2073664, 0.4823860", \
					  "0.0392285, 0.0434200, 0.0533066, 0.0756124, 0.1204354, 0.2216730, 0.4882029");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0894163, 0.0971151, 0.1143557, 0.1544427, 0.2526740, 0.5023665, 1.1338976", \
					  "0.0936713, 0.1014097, 0.1187036, 0.1588371, 0.2572911, 0.5069863, 1.1357747", \
					  "0.1035480, 0.1112233, 0.1284807, 0.1686332, 0.2671297, 0.5169236, 1.1455304", \
					  "0.1255453, 0.1332006, 0.1505169, 0.1907919, 0.2900625, 0.5383374, 1.1683089", \
					  "0.1623171, 0.1702423, 0.1880131, 0.2288155, 0.3281000, 0.5774886, 1.2089275", \
					  "0.2099015, 0.2186706, 0.2372378, 0.2784532, 0.3779961, 0.6278883, 1.2572116", \
					  "0.2469351, 0.2580129, 0.2801449, 0.3234029, 0.4232359, 0.6726349, 1.3023430");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0274628, 0.0357901, 0.0565942, 0.1100586, 0.2500139, 0.6010750, 1.4947268", \
					  "0.0273957, 0.0357397, 0.0564041, 0.1104733, 0.2492773, 0.6021605, 1.4918015", \
					  "0.0274426, 0.0357163, 0.0565537, 0.1099438, 0.2500680, 0.6013909, 1.4946963", \
					  "0.0273462, 0.0355921, 0.0563638, 0.1101474, 0.2494582, 0.6026395, 1.4849120", \
					  "0.0292886, 0.0372711, 0.0576668, 0.1102985, 0.2488664, 0.6039781, 1.4918650", \
					  "0.0340717, 0.0413629, 0.0604146, 0.1117717, 0.2517692, 0.6018567, 1.4951395", \
					  "0.0457072, 0.0529061, 0.0708251, 0.1166841, 0.2508629, 0.6037410, 1.4903986");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1762983, 0.1820928, 0.1939169, 0.2163974, 0.2614083, 0.3547794, 0.5723815", \
					  "0.1820799, 0.1878997, 0.1996669, 0.2226216, 0.2674498, 0.3609099, 0.5785326", \
					  "0.1963536, 0.2021129, 0.2136857, 0.2366675, 0.2813713, 0.3747474, 0.5922751", \
					  "0.2322141, 0.2380554, 0.2497766, 0.2726417, 0.3175599, 0.4108089, 0.6284138", \
					  "0.3165201, 0.3223289, 0.3340430, 0.3567777, 0.4016663, 0.4950849, 0.7126654", \
					  "0.4996076, 0.5059246, 0.5182224, 0.5421621, 0.5879643, 0.6818167, 0.8995584", \
					  "0.8452155, 0.8532722, 0.8689214, 0.8973821, 0.9498671, 1.0508000, 1.2712165");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0239789, 0.0278118, 0.0366592, 0.0573547, 0.1016458, 0.2069405, 0.4890831", \
					  "0.0240114, 0.0278566, 0.0370277, 0.0565441, 0.1016326, 0.2070570, 0.4858529", \
					  "0.0240182, 0.0278434, 0.0370652, 0.0567811, 0.1017189, 0.2063765, 0.4856924", \
					  "0.0238243, 0.0278110, 0.0370400, 0.0566490, 0.1014259, 0.2073481, 0.4830049", \
					  "0.0240164, 0.0278623, 0.0370703, 0.0567623, 0.1017445, 0.2064796, 0.4867933", \
					  "0.0275293, 0.0313259, 0.0402087, 0.0594700, 0.1032757, 0.2080248, 0.4886415", \
					  "0.0385609, 0.0426751, 0.0525936, 0.0729838, 0.1184949, 0.2192878, 0.4887626");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0936254, 0.1013532, 0.1186980, 0.1586193, 0.2562204, 0.5046952, 1.1356961", \
					  "0.0979301, 0.1056205, 0.1229795, 0.1628915, 0.2606201, 0.5088012, 1.1396596", \
					  "0.1068035, 0.1145172, 0.1317991, 0.1717830, 0.2699957, 0.5176563, 1.1487045", \
					  "0.1259147, 0.1335767, 0.1508967, 0.1910640, 0.2899109, 0.5374544, 1.1671574", \
					  "0.1606640, 0.1686318, 0.1863914, 0.2270161, 0.3260691, 0.5756070, 1.2064755", \
					  "0.2080478, 0.2167087, 0.2355584, 0.2768991, 0.3766547, 0.6255946, 1.2546605", \
					  "0.2485620, 0.2591601, 0.2818087, 0.3258085, 0.4256260, 0.6749754, 1.3045842");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0275678, 0.0358063, 0.0566295, 0.1101611, 0.2499159, 0.6013485, 1.4947609", \
					  "0.0275685, 0.0357503, 0.0565768, 0.1102020, 0.2495525, 0.6030903, 1.4929106", \
					  "0.0274517, 0.0357412, 0.0565087, 0.1103226, 0.2491196, 0.6041999, 1.4924314", \
					  "0.0276768, 0.0358344, 0.0564853, 0.1102063, 0.2494665, 0.6027956, 1.4985094", \
					  "0.0291030, 0.0373070, 0.0574573, 0.1103201, 0.2501550, 0.6011083, 1.4947832", \
					  "0.0341491, 0.0418332, 0.0607654, 0.1121874, 0.2496990, 0.6018016, 1.4952286", \
					  "0.0458315, 0.0538027, 0.0718286, 0.1176903, 0.2504559, 0.6042944, 1.4901133");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1857427, 0.1915043, 0.2032209, 0.2258807, 0.2692938, 0.3618441, 0.5792387", \
					  "0.1915074, 0.1972790, 0.2089892, 0.2308789, 0.2754269, 0.3678437, 0.5851422", \
					  "0.2059024, 0.2116935, 0.2234171, 0.2459521, 0.2894627, 0.3820775, 0.5994797", \
					  "0.2431328, 0.2488861, 0.2601553, 0.2828032, 0.3270603, 0.4197402, 0.6370733", \
					  "0.3266980, 0.3324739, 0.3441243, 0.3666836, 0.4109413, 0.5036325, 0.7209885", \
					  "0.5120242, 0.5182050, 0.5300166, 0.5534370, 0.5984302, 0.6913712, 0.9084216", \
					  "0.8659946, 0.8734066, 0.8885931, 0.9163093, 0.9676009, 1.0669832, 1.2862801");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0244865, 0.0283038, 0.0370287, 0.0573111, 0.1014532, 0.2070281, 0.4882199", \
					  "0.0244854, 0.0283584, 0.0370299, 0.0576312, 0.1013909, 0.2065778, 0.4872582", \
					  "0.0245169, 0.0281782, 0.0373931, 0.0572538, 0.1014740, 0.2069700, 0.4882665", \
					  "0.0245382, 0.0283476, 0.0377467, 0.0573846, 0.1014047, 0.2065775, 0.4881877", \
					  "0.0245287, 0.0283654, 0.0375094, 0.0568919, 0.1009118, 0.2068052, 0.4871876", \
					  "0.0271688, 0.0310529, 0.0396287, 0.0586115, 0.1024762, 0.2077499, 0.4838359", \
					  "0.0378210, 0.0418120, 0.0507926, 0.0717422, 0.1163533, 0.2179448, 0.4869815");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0607618, 0.0678450, 0.0845532, 0.1248685, 0.2244257, 0.4737225, 1.1028513", \
					  "0.0649293, 0.0719682, 0.0887567, 0.1289257, 0.2285360, 0.4780405, 1.1069029", \
					  "0.0748129, 0.0817730, 0.0983293, 0.1385650, 0.2381979, 0.4879848, 1.1229251", \
					  "0.0935266, 0.1006147, 0.1171269, 0.1572078, 0.2574256, 0.5068078, 1.1351734", \
					  "0.1176796, 0.1249475, 0.1417499, 0.1816333, 0.2816472, 0.5319054, 1.1639275", \
					  "0.1420107, 0.1506211, 0.1679107, 0.2081804, 0.3075988, 0.5577759, 1.1868936", \
					  "0.1376665, 0.1492221, 0.1707936, 0.2139504, 0.3127633, 0.5615618, 1.1914234");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0230285, 0.0312641, 0.0523504, 0.1075592, 0.2474750, 0.5984564, 1.4877899", \
					  "0.0229929, 0.0312726, 0.0525303, 0.1076502, 0.2461718, 0.5980122, 1.4839852", \
					  "0.0230845, 0.0313189, 0.0524206, 0.1073965, 0.2468594, 0.5974367, 1.5014192", \
					  "0.0241891, 0.0321617, 0.0530062, 0.1077852, 0.2489840, 0.5977925, 1.4907678", \
					  "0.0267161, 0.0342086, 0.0541850, 0.1079384, 0.2463431, 0.6009749, 1.4825046", \
					  "0.0338609, 0.0406781, 0.0585674, 0.1091110, 0.2488156, 0.5956697, 1.4940508", \
					  "0.0503823, 0.0573514, 0.0743657, 0.1169029, 0.2494840, 0.6036192, 1.4801045");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0944974, 0.0995148, 0.1096403, 0.1286910, 0.1678682, 0.2551095, 0.4707701", \
					  "0.0992312, 0.1042552, 0.1143265, 0.1334402, 0.1726095, 0.2598496, 0.4757952", \
					  "0.1126200, 0.1174823, 0.1275413, 0.1470079, 0.1860547, 0.2734230, 0.4890854", \
					  "0.1473243, 0.1522909, 0.1623248, 0.1812813, 0.2203957, 0.3076821, 0.5234297", \
					  "0.2277898, 0.2328423, 0.2432115, 0.2627469, 0.3021034, 0.3895489, 0.6026380", \
					  "0.3745244, 0.3814496, 0.3948479, 0.4180578, 0.4610269, 0.5504424, 0.7658279", \
					  "0.6325769, 0.6419140, 0.6597163, 0.6923733, 0.7449948, 0.8405753, 1.0565484");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0193887, 0.0226871, 0.0304587, 0.0483793, 0.0900277, 0.1980668, 0.4844150", \
					  "0.0194249, 0.0226890, 0.0306459, 0.0483446, 0.0900302, 0.1982151, 0.4827038", \
					  "0.0193948, 0.0229714, 0.0305953, 0.0481995, 0.0897459, 0.1985506, 0.4798527", \
					  "0.0192513, 0.0227506, 0.0304564, 0.0483172, 0.0897242, 0.1981855, 0.4815079", \
					  "0.0217499, 0.0254087, 0.0324652, 0.0493631, 0.0903645, 0.1971144, 0.4796951", \
					  "0.0322965, 0.0357703, 0.0436363, 0.0614762, 0.0981473, 0.2019998, 0.4861119", \
					  "0.0500279, 0.0553716, 0.0650497, 0.0828915, 0.1191798, 0.2122988, 0.4842701");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0642034, 0.0712633, 0.0879751, 0.1283088, 0.2280829, 0.4766764, 1.1041891", \
					  "0.0688799, 0.0759432, 0.0926361, 0.1329555, 0.2323076, 0.4810314, 1.1103873", \
					  "0.0793995, 0.0864114, 0.1030038, 0.1431729, 0.2438198, 0.4937022, 1.1244154", \
					  "0.0995113, 0.1066377, 0.1232209, 0.1632799, 0.2634816, 0.5138608, 1.1403103", \
					  "0.1303712, 0.1376951, 0.1546444, 0.1944858, 0.2941564, 0.5440375, 1.1747437", \
					  "0.1679321, 0.1763871, 0.1942116, 0.2345437, 0.3338153, 0.5832545, 1.2153708", \
					  "0.1921542, 0.2034815, 0.2262284, 0.2689163, 0.3680795, 0.6186144, 1.2454898");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0230501, 0.0311357, 0.0523105, 0.1073439, 0.2462388, 0.5978553, 1.4793748", \
					  "0.0229994, 0.0312635, 0.0523532, 0.1073835, 0.2467337, 0.5997917, 1.4835393", \
					  "0.0230329, 0.0312025, 0.0524296, 0.1069864, 0.2486313, 0.6061351, 1.4757096", \
					  "0.0237950, 0.0318531, 0.0526874, 0.1075077, 0.2487325, 0.5943404, 1.4901703", \
					  "0.0262197, 0.0338209, 0.0538649, 0.1070407, 0.2467365, 0.6007485, 1.4799945", \
					  "0.0326577, 0.0397276, 0.0577401, 0.1086501, 0.2474278, 0.5969696, 1.4931351", \
					  "0.0470405, 0.0539843, 0.0713121, 0.1154546, 0.2483316, 0.6041572, 1.4809531");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1044408, 0.1093241, 0.1193510, 0.1390231, 0.1783314, 0.2659731, 0.4820780", \
					  "0.1098103, 0.1147699, 0.1249659, 0.1446100, 0.1838727, 0.2715819, 0.4876137", \
					  "0.1230810, 0.1280791, 0.1382160, 0.1578278, 0.1969905, 0.2845831, 0.5007600", \
					  "0.1571904, 0.1621837, 0.1722979, 0.1919458, 0.2313180, 0.3189811, 0.5350124", \
					  "0.2359571, 0.2410036, 0.2512121, 0.2703843, 0.3099760, 0.3976767, 0.6136427", \
					  "0.3813120, 0.3880027, 0.4009861, 0.4239255, 0.4662171, 0.5555080, 0.7717292", \
					  "0.6282058, 0.6374095, 0.6547143, 0.6853184, 0.7364446, 0.8301119, 1.0466491");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0197304, 0.0233555, 0.0312020, 0.0487549, 0.0902765, 0.1975718, 0.4807399", \
					  "0.0198243, 0.0233264, 0.0309344, 0.0486746, 0.0902107, 0.1984298, 0.4865231", \
					  "0.0197144, 0.0231719, 0.0311427, 0.0486288, 0.0900603, 0.1976199, 0.4872031", \
					  "0.0197568, 0.0232323, 0.0312861, 0.0488370, 0.0902202, 0.1987666, 0.4863404", \
					  "0.0211008, 0.0243277, 0.0321139, 0.0498561, 0.0908300, 0.1975742, 0.4807666", \
					  "0.0311810, 0.0344353, 0.0425111, 0.0579413, 0.0970926, 0.2017970, 0.4818395", \
					  "0.0487782, 0.0532050, 0.0625877, 0.0791671, 0.1143726, 0.2097373, 0.4841427");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002290;
			capacitance : 0.002190;
			fall_capacitance : 0.002090;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022690, -0.0022692, -0.0022697, -0.0022647, -0.0022530, -0.0022261, -0.0021641");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030687, 0.0030684, 0.0030678, 0.0030654, 0.0030600, 0.0030476, 0.0030190");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002280;
			capacitance : 0.002175;
			fall_capacitance : 0.002071;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026404, -0.0026387, -0.0026348, -0.0026345, -0.0026337, -0.0026320, -0.0026281");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029212, 0.0029220, 0.0029239, 0.0029341, 0.0029576, 0.0030118, 0.0031366");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002327;
			capacitance : 0.002184;
			fall_capacitance : 0.002042;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028381, -0.0028374, -0.0028356, -0.0028360, -0.0028368, -0.0028386, -0.0028429");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028524, 0.0028505, 0.0028462, 0.0028471, 0.0028490, 0.0028534, 0.0028636");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002391;
			capacitance : 0.002274;
			fall_capacitance : 0.002157;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024936, -0.0024961, -0.0025017, -0.0024974, -0.0024877, -0.0024653, -0.0024135");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030671, 0.0030654, 0.0030617, 0.0030612, 0.0030602, 0.0030578, 0.0030524");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002275;
			capacitance : 0.002152;
			fall_capacitance : 0.002029;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026113, -0.0026104, -0.0026084, -0.0026089, -0.0026100, -0.0026126, -0.0026186");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026061, 0.0026049, 0.0026020, 0.0026018, 0.0026011, 0.0025997, 0.0025964");
				}
			}
		}
	}
	cell ("scs8hd_a32o_2") {
		area : 11.260800;
		cell_footprint : "a32o";
		cell_leakage_power : 7.119629e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007511";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007354";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007506";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007500";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007512";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007355";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007506";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007501";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007514";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007356";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007506";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007502";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007666";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007508";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007508";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007654";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007553";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007396";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007506";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007542";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007643";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007486";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007508";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007632";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007646";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007488";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007508";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007634";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0004404";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "8.9101571e-05";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007486";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004546";
			when : "A1&A2&A3&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1&B2)";
			max_capacitance : 0.235300;
			max_transition : 1.517885;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0109808, 0.0101001, 0.0078779, 0.0011612, -0.0206005, -0.0857082, -0.2692361", \
					  "0.0108719, 0.0099917, 0.0077885, 0.0010121, -0.0207264, -0.0858074, -0.2693340", \
					  "0.0106940, 0.0098366, 0.0075673, 0.0008345, -0.0209179, -0.0860178, -0.2695411", \
					  "0.0105038, 0.0096212, 0.0074266, 0.0006331, -0.0210983, -0.0861815, -0.2696855", \
					  "0.0103726, 0.0094835, 0.0071622, 0.0004499, -0.0213001, -0.0863553, -0.2698452", \
					  "0.0102123, 0.0092822, 0.0070543, 0.0001982, -0.0215245, -0.0865044, -0.2699003", \
					  "0.0135477, 0.0124958, 0.0095508, 0.0013051, -0.0219459, -0.0866870, -0.2700388");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0129386, 0.0141260, 0.0173803, 0.0261587, 0.0500767, 0.1157845, 0.2978915", \
					  "0.0128857, 0.0140817, 0.0173440, 0.0261194, 0.0500625, 0.1157581, 0.2979429", \
					  "0.0128402, 0.0140366, 0.0173059, 0.0260130, 0.0498968, 0.1156529, 0.2974987", \
					  "0.0127191, 0.0138920, 0.0171225, 0.0258389, 0.0496480, 0.1153047, 0.2972144", \
					  "0.0125264, 0.0137101, 0.0169185, 0.0255533, 0.0492304, 0.1151724, 0.2975500", \
					  "0.0128483, 0.0140242, 0.0170780, 0.0255699, 0.0490632, 0.1144247, 0.2968000", \
					  "0.0129427, 0.0140196, 0.0171326, 0.0255806, 0.0492804, 0.1149294, 0.2960089");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0132914, 0.0144819, 0.0177314, 0.0265049, 0.0504232, 0.1161355, 0.2982128", \
					  "0.0132382, 0.0144249, 0.0176842, 0.0264631, 0.0504108, 0.1161154, 0.2982421", \
					  "0.0131883, 0.0143897, 0.0176547, 0.0263751, 0.0502492, 0.1158781, 0.2977425", \
					  "0.0131032, 0.0142946, 0.0175474, 0.0262950, 0.0501783, 0.1158864, 0.2981082", \
					  "0.0129637, 0.0141582, 0.0172718, 0.0260141, 0.0498477, 0.1156247, 0.2966439", \
					  "0.0132609, 0.0144351, 0.0175367, 0.0260174, 0.0497874, 0.1149952, 0.2971724", \
					  "0.0133971, 0.0144673, 0.0176018, 0.0261992, 0.0498223, 0.1158622, 0.2966148");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0128298, 0.0119655, 0.0097483, 0.0029628, -0.0186594, -0.0836203, -0.2670500", \
					  "0.0127935, 0.0118960, 0.0096164, 0.0029143, -0.0187424, -0.0836928, -0.2671242", \
					  "0.0126395, 0.0117411, 0.0095238, 0.0027185, -0.0189061, -0.0838548, -0.2672823", \
					  "0.0125268, 0.0116112, 0.0093910, 0.0026095, -0.0190467, -0.0839910, -0.2674211", \
					  "0.0123211, 0.0114194, 0.0091990, 0.0024326, -0.0192714, -0.0841615, -0.2675715", \
					  "0.0123491, 0.0114104, 0.0090752, 0.0020664, -0.0195441, -0.0843573, -0.2677057", \
					  "0.0153984, 0.0143380, 0.0113682, 0.0030971, -0.0202058, -0.0847472, -0.2679720");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0132212, 0.0144285, 0.0176372, 0.0264480, 0.0503357, 0.1158635, 0.2978251", \
					  "0.0131317, 0.0143739, 0.0175958, 0.0263901, 0.0503211, 0.1159845, 0.2982694", \
					  "0.0130855, 0.0142844, 0.0175539, 0.0263155, 0.0502549, 0.1159514, 0.2981481", \
					  "0.0129929, 0.0141885, 0.0174568, 0.0261893, 0.0500135, 0.1156170, 0.2975208", \
					  "0.0128834, 0.0140822, 0.0172262, 0.0259530, 0.0497517, 0.1155603, 0.2965821", \
					  "0.0131777, 0.0143470, 0.0174597, 0.0259300, 0.0496439, 0.1150557, 0.2970990", \
					  "0.0132443, 0.0143648, 0.0174601, 0.0260359, 0.0497607, 0.1153456, 0.2966986");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0149255, 0.0140330, 0.0118253, 0.0051264, -0.0166019, -0.0815879, -0.2649652", \
					  "0.0149224, 0.0139418, 0.0117948, 0.0049918, -0.0166778, -0.0816557, -0.2650330", \
					  "0.0148200, 0.0139090, 0.0116941, 0.0049504, -0.0167227, -0.0817108, -0.2650996", \
					  "0.0147573, 0.0138859, 0.0116607, 0.0048753, -0.0168262, -0.0818013, -0.2651837", \
					  "0.0145868, 0.0137219, 0.0114883, 0.0047078, -0.0169937, -0.0819238, -0.2652905", \
					  "0.0144487, 0.0135414, 0.0113193, 0.0044637, -0.0172272, -0.0820677, -0.2653743", \
					  "0.0183631, 0.0173030, 0.0140838, 0.0058370, -0.0174433, -0.0823776, -0.2655371");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0111269, 0.0122971, 0.0154935, 0.0240941, 0.0476628, 0.1127582, 0.2943605", \
					  "0.0110884, 0.0122805, 0.0154687, 0.0240729, 0.0476196, 0.1131039, 0.2950054", \
					  "0.0110156, 0.0121895, 0.0153635, 0.0239478, 0.0475550, 0.1126239, 0.2933001", \
					  "0.0108006, 0.0119478, 0.0150904, 0.0236084, 0.0472993, 0.1120238, 0.2928067", \
					  "0.0106781, 0.0117708, 0.0148223, 0.0233724, 0.0467425, 0.1125409, 0.2924920", \
					  "0.0105854, 0.0117041, 0.0147414, 0.0233199, 0.0467259, 0.1115690, 0.2941652", \
					  "0.0107296, 0.0117968, 0.0148698, 0.0233724, 0.0468608, 0.1119103, 0.2930351");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0092946, 0.0083657, 0.0060815, -0.0009170, -0.0233203, -0.0887643, -0.2723392", \
					  "0.0091383, 0.0082204, 0.0059130, -0.0010885, -0.0234726, -0.0889314, -0.2725148", \
					  "0.0089462, 0.0080137, 0.0056934, -0.0012955, -0.0236901, -0.0891320, -0.2727191", \
					  "0.0087599, 0.0078343, 0.0054800, -0.0015437, -0.0238905, -0.0893454, -0.2728967", \
					  "0.0086670, 0.0076791, 0.0052734, -0.0017949, -0.0241461, -0.0894811, -0.2729574", \
					  "0.0090808, 0.0080507, 0.0049934, -0.0023692, -0.0243513, -0.0896197, -0.2730554", \
					  "0.0112600, 0.0101702, 0.0071401, -0.0011876, -0.0244095, -0.0898290, -0.2730079");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0117638, 0.0129473, 0.0161330, 0.0247247, 0.0482110, 0.1132465, 0.2951073", \
					  "0.0117192, 0.0128908, 0.0160658, 0.0246526, 0.0482007, 0.1134999, 0.2949257", \
					  "0.0116060, 0.0127789, 0.0159586, 0.0245187, 0.0478383, 0.1134434, 0.2933263", \
					  "0.0113395, 0.0125143, 0.0157007, 0.0242846, 0.0479076, 0.1128497, 0.2956494", \
					  "0.0113071, 0.0123983, 0.0154751, 0.0239569, 0.0474949, 0.1123019, 0.2953872", \
					  "0.0112320, 0.0123448, 0.0154773, 0.0240693, 0.0475026, 0.1122946, 0.2949141", \
					  "0.0112190, 0.0123219, 0.0154481, 0.0240417, 0.0476221, 0.1132332, 0.2937116");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0113439, 0.0104571, 0.0081447, 0.0011534, -0.0211530, -0.0865411, -0.2700544", \
					  "0.0112382, 0.0102897, 0.0080359, 0.0010193, -0.0212777, -0.0866642, -0.2701728", \
					  "0.0110380, 0.0101447, 0.0078293, 0.0008142, -0.0214931, -0.0868610, -0.2703677", \
					  "0.0108969, 0.0099708, 0.0076300, 0.0006409, -0.0216409, -0.0870012, -0.2704921", \
					  "0.0107683, 0.0098129, 0.0074790, 0.0004238, -0.0219189, -0.0872171, -0.2706656", \
					  "0.0112317, 0.0101441, 0.0072238, 2.5900000e-05, -0.0219500, -0.0871194, -0.2704768", \
					  "0.0135966, 0.0125253, 0.0097531, 0.0014238, -0.0220143, -0.0874124, -0.2705084");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.0902885, 0.0961822, 0.1104450, 0.1450056, 0.2345414, 0.4790708, 1.1576661", \
					  "0.0942802, 0.1001574, 0.1144058, 0.1489795, 0.2383675, 0.4828983, 1.1613308", \
					  "0.1038412, 0.1097200, 0.1240151, 0.1584399, 0.2481240, 0.4928070, 1.1712766", \
					  "0.1262181, 0.1321275, 0.1462963, 0.1804921, 0.2701974, 0.5147626, 1.1959893", \
					  "0.1636037, 0.1695315, 0.1839345, 0.2185657, 0.3086987, 0.5531558, 1.2317652", \
					  "0.2100289, 0.2169344, 0.2323727, 0.2673282, 0.3559351, 0.6009144, 1.2813438", \
					  "0.2395193, 0.2487314, 0.2684362, 0.3073530, 0.3966216, 0.6403200, 1.3184743");
				}
				rise_transition ("del_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("0.0257858, 0.0312302, 0.0460449, 0.0880563, 0.2091727, 0.5509662, 1.5015514", \
					  "0.0256421, 0.0312334, 0.0460850, 0.0880508, 0.2092843, 0.5524862, 1.5066735", \
					  "0.0256408, 0.0311245, 0.0460869, 0.0878566, 0.2086214, 0.5493794, 1.5025766", \
					  "0.0257025, 0.0312539, 0.0461152, 0.0879834, 0.2093000, 0.5508332, 1.5041608", \
					  "0.0283341, 0.0334150, 0.0479582, 0.0889772, 0.2093001, 0.5525865, 1.5077766", \
					  "0.0350530, 0.0401524, 0.0527946, 0.0913596, 0.2106210, 0.5495355, 1.5050330", \
					  "0.0506310, 0.0559391, 0.0679267, 0.1022890, 0.2125739, 0.5549989, 1.4983033");
				}
				cell_fall ("del_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("0.1717065, 0.1761431, 0.1859807, 0.2061012, 0.2461585, 0.3311537, 0.5388474", \
					  "0.1774202, 0.1819219, 0.1917802, 0.2115808, 0.2515304, 0.3368558, 0.5445904", \
					  "0.1915304, 0.1959525, 0.2056723, 0.2258120, 0.2658024, 0.3504189, 0.5584151", \
					  "0.2278366, 0.2322207, 0.2420056, 0.2620816, 0.3016824, 0.3870828, 0.5951729", \
					  "0.3109137, 0.3153077, 0.3250822, 0.3451172, 0.3851420, 0.4703821, 0.6781857", \
					  "0.4925130, 0.4973816, 0.5079878, 0.5290133, 0.5701379, 0.6560837, 0.8634348", \
					  "0.8325203, 0.8388105, 0.8524481, 0.8781760, 0.9269097, 1.0205575, 1.2332115");
				}
				fall_transition ("del_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("0.0259993, 0.0286293, 0.0347942, 0.0497441, 0.0867618, 0.1789750, 0.4451145", \
					  "0.0258816, 0.0284923, 0.0348672, 0.0498500, 0.0864488, 0.1789590, 0.4425184", \
					  "0.0260205, 0.0286612, 0.0347717, 0.0498262, 0.0866961, 0.1791151, 0.4418834", \
					  "0.0258682, 0.0285325, 0.0349204, 0.0496832, 0.0865149, 0.1782762, 0.4423082", \
					  "0.0260278, 0.0286667, 0.0350906, 0.0503139, 0.0865492, 0.1787951, 0.4434574", \
					  "0.0303023, 0.0332273, 0.0394380, 0.0538154, 0.0894533, 0.1797553, 0.4432133", \
					  "0.0447583, 0.0477735, 0.0545803, 0.0701206, 0.1065741, 0.1968064, 0.4492662");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.0965022, 0.1024045, 0.1166648, 0.1512313, 0.2407561, 0.4853711, 1.1638749", \
					  "0.1008702, 0.1067466, 0.1210033, 0.1555714, 0.2449876, 0.4895629, 1.1680057", \
					  "0.1109179, 0.1167884, 0.1310752, 0.1655740, 0.2552839, 0.4998231, 1.1808444", \
					  "0.1334704, 0.1393501, 0.1535102, 0.1878556, 0.2771888, 0.5217426, 1.2003619", \
					  "0.1744633, 0.1806146, 0.1946872, 0.2292889, 0.3187670, 0.5632860, 1.2418119", \
					  "0.2298956, 0.2368165, 0.2525048, 0.2878426, 0.3773009, 0.6220546, 1.3037605", \
					  "0.2811353, 0.2901057, 0.3095200, 0.3488743, 0.4387408, 0.6834364, 1.3612543");
				}
				rise_transition ("del_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("0.0257804, 0.0312181, 0.0460773, 0.0880545, 0.2091137, 0.5514830, 1.5025833", \
					  "0.0256863, 0.0312226, 0.0460520, 0.0880414, 0.2092365, 0.5524472, 1.5059302", \
					  "0.0255729, 0.0310849, 0.0460037, 0.0879912, 0.2093287, 0.5504461, 1.5041220", \
					  "0.0256828, 0.0311128, 0.0459576, 0.0879663, 0.2091842, 0.5523857, 1.5065263", \
					  "0.0276743, 0.0330461, 0.0479088, 0.0887181, 0.2092292, 0.5525348, 1.5116651", \
					  "0.0335461, 0.0391174, 0.0522929, 0.0912521, 0.2103570, 0.5494401, 1.5038318", \
					  "0.0470658, 0.0525399, 0.0655311, 0.1002723, 0.2122753, 0.5537368, 1.4968147");
				}
				cell_fall ("del_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("0.1948195, 0.1995194, 0.2097117, 0.2302035, 0.2710665, 0.3571604, 0.5660740", \
					  "0.2008679, 0.2055015, 0.2157295, 0.2362162, 0.2770148, 0.3633846, 0.5721704", \
					  "0.2150643, 0.2196646, 0.2298109, 0.2503207, 0.2910902, 0.3773725, 0.5862304", \
					  "0.2513897, 0.2561404, 0.2663239, 0.2867893, 0.3275647, 0.4138903, 0.6226524", \
					  "0.3336895, 0.3381077, 0.3484904, 0.3689129, 0.4095417, 0.4958959, 0.7046608", \
					  "0.5166227, 0.5215118, 0.5321685, 0.5526756, 0.5939542, 0.6807728, 0.8897566", \
					  "0.8655620, 0.8719433, 0.8855143, 0.9110001, 0.9589112, 1.0529168, 1.2654905");
				}
				fall_transition ("del_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("0.0279065, 0.0305942, 0.0367879, 0.0517613, 0.0881967, 0.1807101, 0.4429198", \
					  "0.0280017, 0.0305531, 0.0365941, 0.0521332, 0.0883250, 0.1808970, 0.4437150", \
					  "0.0280000, 0.0305463, 0.0369229, 0.0521073, 0.0882999, 0.1807457, 0.4437108", \
					  "0.0281876, 0.0305797, 0.0369071, 0.0521629, 0.0883807, 0.1810024, 0.4439778", \
					  "0.0279443, 0.0307734, 0.0367967, 0.0521362, 0.0888368, 0.1809869, 0.4439556", \
					  "0.0312690, 0.0338856, 0.0396492, 0.0538214, 0.0892366, 0.1815687, 0.4436783", \
					  "0.0449054, 0.0478352, 0.0540050, 0.0690197, 0.1050646, 0.1950096, 0.4484070");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.0998828, 0.1057941, 0.1199241, 0.1543832, 0.2441357, 0.4893858, 1.1684399", \
					  "0.1041643, 0.1102292, 0.1243040, 0.1588581, 0.2482772, 0.4928514, 1.1705590", \
					  "0.1135168, 0.1193807, 0.1336625, 0.1681999, 0.2576042, 0.5020977, 1.1805331", \
					  "0.1340162, 0.1398979, 0.1541189, 0.1884238, 0.2781969, 0.5237176, 1.2038320", \
					  "0.1738403, 0.1799395, 0.1943693, 0.2289733, 0.3184077, 0.5627401, 1.2411969", \
					  "0.2327497, 0.2396603, 0.2554023, 0.2909883, 0.3805707, 0.6248177, 1.3067760", \
					  "0.2975442, 0.3064388, 0.3257236, 0.3651595, 0.4554928, 0.7004545, 1.3776179");
				}
				rise_transition ("del_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("0.0255288, 0.0311101, 0.0460915, 0.0879058, 0.2092990, 0.5495726, 1.5034807", \
					  "0.0257083, 0.0310912, 0.0460064, 0.0880146, 0.2093778, 0.5522804, 1.5086477", \
					  "0.0256773, 0.0311490, 0.0460818, 0.0880435, 0.2092129, 0.5524904, 1.5069687", \
					  "0.0257257, 0.0311373, 0.0459741, 0.0880164, 0.2093166, 0.5508837, 1.5039778", \
					  "0.0273994, 0.0328455, 0.0475657, 0.0884054, 0.2086479, 0.5524032, 1.5122177", \
					  "0.0329031, 0.0384633, 0.0520663, 0.0913411, 0.2101146, 0.5490499, 1.5039112", \
					  "0.0456605, 0.0512035, 0.0651655, 0.1005063, 0.2127477, 0.5523419, 1.4968431");
				}
				cell_fall ("del_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("0.1885235, 0.1929789, 0.2028046, 0.2225049, 0.2621134, 0.3459748, 0.5537243", \
					  "0.1944313, 0.1990379, 0.2086997, 0.2285801, 0.2677810, 0.3523088, 0.5601112", \
					  "0.2100854, 0.2145038, 0.2242849, 0.2442078, 0.2836392, 0.3674970, 0.5751259", \
					  "0.2455313, 0.2499248, 0.2596578, 0.2794260, 0.3189593, 0.4032178, 0.6111365", \
					  "0.3244878, 0.3289614, 0.3387269, 0.3583207, 0.3978572, 0.4824466, 0.6900487", \
					  "0.4982602, 0.5027805, 0.5131489, 0.5336330, 0.5739006, 0.6589174, 0.8667795", \
					  "0.8233424, 0.8293959, 0.8422255, 0.8669927, 0.9133772, 1.0054538, 1.2164740");
				}
				fall_transition ("del_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("0.0265562, 0.0290448, 0.0351264, 0.0500278, 0.0855829, 0.1776332, 0.4419907", \
					  "0.0267542, 0.0291673, 0.0351627, 0.0494538, 0.0859667, 0.1770689, 0.4444668", \
					  "0.0266018, 0.0291828, 0.0350821, 0.0499744, 0.0853683, 0.1773385, 0.4432926", \
					  "0.0266568, 0.0292152, 0.0352216, 0.0496116, 0.0857096, 0.1774846, 0.4428855", \
					  "0.0264667, 0.0291555, 0.0351046, 0.0496554, 0.0858027, 0.1773891, 0.4427260", \
					  "0.0300396, 0.0322793, 0.0385058, 0.0523525, 0.0875678, 0.1785589, 0.4423187", \
					  "0.0433126, 0.0460856, 0.0516396, 0.0668195, 0.1017270, 0.1907176, 0.4452255");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.0656136, 0.0706754, 0.0835330, 0.1162329, 0.2041498, 0.4478982, 1.1251025", \
					  "0.0698331, 0.0750415, 0.0878470, 0.1205923, 0.2083684, 0.4514825, 1.1304511", \
					  "0.0799918, 0.0850923, 0.0978376, 0.1304647, 0.2184074, 0.4635149, 1.1385785", \
					  "0.1006527, 0.1058374, 0.1187391, 0.1514211, 0.2396989, 0.4831382, 1.1600698", \
					  "0.1293199, 0.1348288, 0.1481852, 0.1811028, 0.2691877, 0.5139583, 1.1906465", \
					  "0.1586836, 0.1655656, 0.1803799, 0.2142500, 0.3016787, 0.5454714, 1.2238810", \
					  "0.1627509, 0.1716717, 0.1923946, 0.2315845, 0.3194577, 0.5617523, 1.2389196");
				}
				rise_transition ("del_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("0.0214568, 0.0267936, 0.0418529, 0.0846881, 0.2071228, 0.5482236, 1.5006576", \
					  "0.0214276, 0.0267350, 0.0416933, 0.0846191, 0.2075447, 0.5493599, 1.5104500", \
					  "0.0214232, 0.0267448, 0.0417914, 0.0845750, 0.2078313, 0.5469547, 1.5016974", \
					  "0.0225962, 0.0278115, 0.0424478, 0.0847898, 0.2079477, 0.5463645, 1.4952876", \
					  "0.0262493, 0.0309585, 0.0447794, 0.0862139, 0.2064882, 0.5526485, 1.4943252", \
					  "0.0351759, 0.0400335, 0.0522911, 0.0891744, 0.2083828, 0.5455079, 1.5067746", \
					  "0.0532364, 0.0580797, 0.0700239, 0.1029256, 0.2106301, 0.5500979, 1.4940722");
				}
				cell_fall ("del_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("0.1128946, 0.1169678, 0.1258492, 0.1437637, 0.1788015, 0.2575318, 0.4626139", \
					  "0.1178346, 0.1218517, 0.1306522, 0.1483967, 0.1838253, 0.2625162, 0.4676137", \
					  "0.1316535, 0.1356436, 0.1444935, 0.1623535, 0.1975296, 0.2762150, 0.4812780", \
					  "0.1659960, 0.1699983, 0.1788688, 0.1966578, 0.2315951, 0.3107189, 0.5155122", \
					  "0.2469614, 0.2509938, 0.2599136, 0.2776618, 0.3137381, 0.3918727, 0.5944555", \
					  "0.4074565, 0.4127420, 0.4237884, 0.4452561, 0.4846887, 0.5658173, 0.7701693", \
					  "0.6872100, 0.6946188, 0.7101617, 0.7386807, 0.7885670, 0.8782280, 1.0850238");
				}
				fall_transition ("del_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("0.0223628, 0.0246744, 0.0303112, 0.0436215, 0.0771876, 0.1686177, 0.4393741", \
					  "0.0223620, 0.0246685, 0.0306078, 0.0438434, 0.0772525, 0.1686720, 0.4397391", \
					  "0.0224068, 0.0246877, 0.0304297, 0.0436502, 0.0771331, 0.1688265, 0.4393331", \
					  "0.0223024, 0.0247194, 0.0304805, 0.0437340, 0.0771416, 0.1682298, 0.4399235", \
					  "0.0232655, 0.0255513, 0.0313407, 0.0441900, 0.0771500, 0.1682052, 0.4391426", \
					  "0.0348901, 0.0374464, 0.0433344, 0.0565663, 0.0865924, 0.1726970, 0.4402861", \
					  "0.0555541, 0.0587347, 0.0664294, 0.0825575, 0.1131154, 0.1899587, 0.4413943");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.0705081, 0.0756538, 0.0884843, 0.1211603, 0.2087468, 0.4514751, 1.1290809", \
					  "0.0750400, 0.0801609, 0.0929318, 0.1255465, 0.2133150, 0.4560497, 1.1361477", \
					  "0.0851338, 0.0902600, 0.1029932, 0.1356281, 0.2238877, 0.4682051, 1.1432386", \
					  "0.1054772, 0.1106497, 0.1235832, 0.1561770, 0.2443337, 0.4889981, 1.1704729", \
					  "0.1370300, 0.1425936, 0.1559720, 0.1888203, 0.2770809, 0.5218382, 1.2019289", \
					  "0.1738678, 0.1805166, 0.1955761, 0.2294790, 0.3173502, 0.5608791, 1.2395340", \
					  "0.1935788, 0.2025394, 0.2219690, 0.2610206, 0.3496160, 0.5924897, 1.2698868");
				}
				rise_transition ("del_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("0.0214274, 0.0267622, 0.0418502, 0.0846403, 0.2070239, 0.5500541, 1.5033801", \
					  "0.0214197, 0.0268470, 0.0418712, 0.0844860, 0.2073930, 0.5486521, 1.4979558", \
					  "0.0214476, 0.0268066, 0.0417683, 0.0847768, 0.2061847, 0.5530982, 1.4947890", \
					  "0.0222637, 0.0274970, 0.0421381, 0.0847229, 0.2080411, 0.5521092, 1.5178852", \
					  "0.0251888, 0.0300820, 0.0442666, 0.0857437, 0.2069305, 0.5475044, 1.5148653", \
					  "0.0329327, 0.0375744, 0.0501771, 0.0884010, 0.2084651, 0.5460110, 1.5079858", \
					  "0.0479768, 0.0531887, 0.0655593, 0.0991553, 0.2101482, 0.5515431, 1.4923334");
				}
				cell_fall ("del_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("0.1259617, 0.1299957, 0.1388117, 0.1568336, 0.1924524, 0.2714217, 0.4766574", \
					  "0.1309109, 0.1349404, 0.1436785, 0.1617124, 0.1970821, 0.2761189, 0.4812786", \
					  "0.1441605, 0.1480871, 0.1569831, 0.1748969, 0.2102174, 0.2891802, 0.4943285", \
					  "0.1776430, 0.1816641, 0.1905816, 0.2083804, 0.2440516, 0.3230707, 0.5283238", \
					  "0.2571017, 0.2610803, 0.2695415, 0.2873158, 0.3229593, 0.4021817, 0.6071056", \
					  "0.4141670, 0.4192769, 0.4303514, 0.4514977, 0.4897485, 0.5707954, 0.7758673", \
					  "0.6820238, 0.6893021, 0.7054921, 0.7339550, 0.7821170, 0.8703774, 1.0777520");
				}
				fall_transition ("del_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("0.0227891, 0.0251542, 0.0308062, 0.0438742, 0.0774890, 0.1688122, 0.4386721", \
					  "0.0228084, 0.0250466, 0.0310742, 0.0438182, 0.0776486, 0.1688823, 0.4399518", \
					  "0.0227659, 0.0251832, 0.0309005, 0.0438635, 0.0776519, 0.1690209, 0.4398169", \
					  "0.0228149, 0.0252893, 0.0310241, 0.0441005, 0.0773916, 0.1689831, 0.4401356", \
					  "0.0229553, 0.0252941, 0.0313205, 0.0446943, 0.0778375, 0.1688188, 0.4405286", \
					  "0.0341953, 0.0367786, 0.0423611, 0.0552992, 0.0848520, 0.1721338, 0.4394207", \
					  "0.0545203, 0.0574895, 0.0648846, 0.0787509, 0.1082522, 0.1878840, 0.4416733");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002064;
			capacitance : 0.002140;
			rise_capacitance : 0.002215;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022078, -0.0022084, -0.0022099, -0.0022049, -0.0021934, -0.0021669, -0.0021058");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029713, 0.0029709, 0.0029701, 0.0029710, 0.0029732, 0.0029780, 0.0029893");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002276;
			capacitance : 0.002189;
			fall_capacitance : 0.002102;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025584, -0.0025578, -0.0025566, -0.0025575, -0.0025596, -0.0025644, -0.0025756");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028732, 0.0028724, 0.0028706, 0.0028817, 0.0029075, 0.0029668, 0.0031034");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002246;
			capacitance : 0.002140;
			fall_capacitance : 0.002035;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026237, -0.0026246, -0.0026267, -0.0026253, -0.0026221, -0.0026146, -0.0025973");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026333, 0.0026317, 0.0026278, 0.0026295, 0.0026334, 0.0026424, 0.0026633");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002301;
			capacitance : 0.002181;
			fall_capacitance : 0.002062;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024040, -0.0024056, -0.0024093, -0.0024046, -0.0023936, -0.0023684, -0.0023102");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031139, 0.0031145, 0.0031158, 0.0031159, 0.0031161, 0.0031165, 0.0031175");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002518;
			capacitance : 0.002355;
			fall_capacitance : 0.002191;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0030116, -0.0030085, -0.0030014, -0.0030017, -0.0030023, -0.0030038, -0.0030072");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030088, 0.0030080, 0.0030061, 0.0030060, 0.0030059, 0.0030056, 0.0030050");
				}
			}
		}
	}
	cell ("scs8hd_a32o_4") {
		area : 21.270400;
		cell_footprint : "a32o";
		cell_leakage_power : 7.875384e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0233697";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0233675";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015012";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0308408";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014723";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014534";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015013";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0017357";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014717";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014538";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015013";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0015017";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0018996";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0008709";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001682";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014994";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0008969";
			when : "A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0017471";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014915";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014725";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015008";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0017617";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0308412";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0308390";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015015";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0383123";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014932";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014742";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015013";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0018355";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0018341";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0379006";
			when : "A1&A2&!A3&!B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3) | (B1&B2)";
			max_capacitance : 0.463267;
			max_transition : 1.507988;
			internal_power () {
				related_pin : "B2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0212568, 0.0200746, 0.0168201, 0.0067585, -0.0294116, -0.1508288, -0.5336937", \
					  "0.0210461, 0.0199692, 0.0166135, 0.0065037, -0.0296100, -0.1510508, -0.5338920", \
					  "0.0207801, 0.0196253, 0.0162571, 0.0061858, -0.0298902, -0.1512887, -0.5341452", \
					  "0.0205695, 0.0194203, 0.0160487, 0.0059691, -0.0301493, -0.1515534, -0.5343597", \
					  "0.0203616, 0.0192520, 0.0157948, 0.0055885, -0.0305550, -0.1518635, -0.5346068", \
					  "0.0199332, 0.0187757, 0.0151262, 0.0050073, -0.0308877, -0.1520889, -0.5347204", \
					  "0.0257794, 0.0245021, 0.0204971, 0.0081847, -0.0306311, -0.1523091, -0.5346203");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0215568, 0.0230091, 0.0274523, 0.0406474, 0.0804812, 0.2024154, 0.5826136", \
					  "0.0214927, 0.0229398, 0.0273773, 0.0406160, 0.0804278, 0.2027252, 0.5786229", \
					  "0.0214266, 0.0228813, 0.0272820, 0.0405082, 0.0802754, 0.2024053, 0.5848365", \
					  "0.0212013, 0.0225878, 0.0269399, 0.0400838, 0.0797972, 0.2008631, 0.5821598", \
					  "0.0209782, 0.0223356, 0.0265683, 0.0395327, 0.0790741, 0.2016622, 0.5779481", \
					  "0.0208946, 0.0222668, 0.0265286, 0.0393950, 0.0786206, 0.2001367, 0.5778643", \
					  "0.0212874, 0.0226116, 0.0267085, 0.0396188, 0.0789850, 0.2009362, 0.5809972");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0245518, 0.0259529, 0.0303961, 0.0435342, 0.0829032, 0.2047002, 0.5848815", \
					  "0.0245243, 0.0259490, 0.0302677, 0.0434516, 0.0829218, 0.2050915, 0.5868759", \
					  "0.0243622, 0.0257793, 0.0301174, 0.0432754, 0.0827169, 0.2047458, 0.5849411", \
					  "0.0241765, 0.0256156, 0.0300289, 0.0431466, 0.0825579, 0.2045622, 0.5848385", \
					  "0.0238955, 0.0252910, 0.0296285, 0.0425418, 0.0820691, 0.2038530, 0.5837093", \
					  "0.0244998, 0.0258381, 0.0300067, 0.0426689, 0.0818010, 0.2029990, 0.5827024", \
					  "0.0246507, 0.0259502, 0.0299507, 0.0429583, 0.0817503, 0.2037009, 0.5830686");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0195065, 0.0184108, 0.0151681, 0.0054170, -0.0296832, -0.1502589, -0.5331355", \
					  "0.0192974, 0.0181707, 0.0149875, 0.0052457, -0.0298253, -0.1503670, -0.5332538", \
					  "0.0189613, 0.0178776, 0.0147509, 0.0049664, -0.0301296, -0.1506711, -0.5335440", \
					  "0.0185736, 0.0174282, 0.0142734, 0.0045139, -0.0306011, -0.1510685, -0.5339279", \
					  "0.0181908, 0.0170360, 0.0138617, 0.0040715, -0.0310449, -0.1515364, -0.5343538", \
					  "0.0180929, 0.0169274, 0.0136270, 0.0036489, -0.0314465, -0.1517719, -0.5345151", \
					  "0.0235057, 0.0222452, 0.0183099, 0.0060499, -0.0328307, -0.1521831, -0.5347514");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0254052, 0.0268010, 0.0312448, 0.0443899, 0.0837052, 0.2050179, 0.5852139", \
					  "0.0253543, 0.0267662, 0.0310925, 0.0442826, 0.0836009, 0.2053724, 0.5852624", \
					  "0.0251961, 0.0266165, 0.0309820, 0.0440939, 0.0834884, 0.2053399, 0.5849744", \
					  "0.0249847, 0.0264156, 0.0308069, 0.0439712, 0.0833993, 0.2050875, 0.5868634", \
					  "0.0249098, 0.0262678, 0.0305658, 0.0436255, 0.0830936, 0.2059330, 0.5841862", \
					  "0.0255592, 0.0269093, 0.0311049, 0.0436864, 0.0829919, 0.2040030, 0.5835380", \
					  "0.0256521, 0.0270071, 0.0311130, 0.0439150, 0.0833405, 0.2053095, 0.5827290");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0239438, 0.0227905, 0.0195997, 0.0098462, -0.0251782, -0.1455598, -0.5282364", \
					  "0.0238470, 0.0226526, 0.0194769, 0.0097149, -0.0253386, -0.1457021, -0.5284239", \
					  "0.0235074, 0.0223494, 0.0191755, 0.0094012, -0.0255788, -0.1459205, -0.5287091", \
					  "0.0231069, 0.0219614, 0.0187857, 0.0090096, -0.0260622, -0.1462931, -0.5290281", \
					  "0.0227828, 0.0216197, 0.0184022, 0.0086189, -0.0264552, -0.1467757, -0.5294638", \
					  "0.0226019, 0.0213806, 0.0180570, 0.0081639, -0.0269138, -0.1471042, -0.5296929", \
					  "0.0281778, 0.0268855, 0.0230525, 0.0107491, -0.0281250, -0.1477201, -0.5300918");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0254999, 0.0269105, 0.0312263, 0.0443661, 0.0837171, 0.2052908, 0.5846437", \
					  "0.0253910, 0.0268098, 0.0311567, 0.0443265, 0.0836855, 0.2053599, 0.5866461", \
					  "0.0252470, 0.0266718, 0.0310543, 0.0442019, 0.0835795, 0.2058710, 0.5859412", \
					  "0.0250665, 0.0264901, 0.0308481, 0.0440138, 0.0833952, 0.2039335, 0.5865459", \
					  "0.0249217, 0.0263492, 0.0306739, 0.0437335, 0.0832152, 0.2052540, 0.5866470", \
					  "0.0256540, 0.0270203, 0.0312152, 0.0439732, 0.0832511, 0.2042359, 0.5865418", \
					  "0.0258869, 0.0271812, 0.0313267, 0.0441764, 0.0834759, 0.2052634, 0.5828856");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0274821, 0.0263332, 0.0231183, 0.0133303, -0.0218937, -0.1424320, -0.5251867", \
					  "0.0274019, 0.0262030, 0.0229921, 0.0132152, -0.0220176, -0.1425766, -0.5253309", \
					  "0.0271555, 0.0260030, 0.0228131, 0.0130137, -0.0222028, -0.1427497, -0.5254618", \
					  "0.0269372, 0.0257900, 0.0225470, 0.0127771, -0.0223938, -0.1428983, -0.5257228", \
					  "0.0268284, 0.0256634, 0.0223608, 0.0125538, -0.0226586, -0.1431509, -0.5258483", \
					  "0.0266206, 0.0254359, 0.0221259, 0.0124184, -0.0228250, -0.1432307, -0.5258557", \
					  "0.0327531, 0.0314956, 0.0275628, 0.0152672, -0.0237039, -0.1434516, -0.5259073");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0208486, 0.0223106, 0.0267507, 0.0399444, 0.0797707, 0.2029553, 0.5813757", \
					  "0.0208005, 0.0222358, 0.0266581, 0.0399476, 0.0797212, 0.2018266, 0.5827960", \
					  "0.0206947, 0.0221436, 0.0265630, 0.0397530, 0.0795771, 0.2016945, 0.5819617", \
					  "0.0204418, 0.0218541, 0.0261758, 0.0391679, 0.0789287, 0.2021577, 0.5794430", \
					  "0.0200535, 0.0214015, 0.0255996, 0.0385031, 0.0780127, 0.1999501, 0.5791478", \
					  "0.0201660, 0.0214953, 0.0257129, 0.0385434, 0.0772980, 0.1989681, 0.5768089", \
					  "0.0198452, 0.0211756, 0.0251743, 0.0381222, 0.0777224, 0.1986637, 0.5773837");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0164105, 0.0152531, 0.0119111, 0.0019221, -0.0343518, -0.1559834, -0.5389793", \
					  "0.0161654, 0.0150443, 0.0116322, 0.0016229, -0.0346311, -0.1562145, -0.5392283", \
					  "0.0157783, 0.0146122, 0.0113241, 0.0012378, -0.0349009, -0.1565286, -0.5395389", \
					  "0.0154757, 0.0142737, 0.0108621, 0.0008176, -0.0353908, -0.1569671, -0.5399497", \
					  "0.0151216, 0.0139658, 0.0105491, 0.0003111, -0.0358515, -0.1573037, -0.5401714", \
					  "0.0144276, 0.0132212, 0.0095740, -0.0004872, -0.0363598, -0.1576125, -0.5403404", \
					  "0.0198795, 0.0186098, 0.0146937, 0.0033903, -0.0357242, -0.1573922, -0.5398941");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1130829, 0.1178514, 0.1303498, 0.1606892, 0.2384153, 0.4667876, 1.1727960", \
					  "0.1170173, 0.1218362, 0.1341779, 0.1645046, 0.2422037, 0.4703888, 1.1775180", \
					  "0.1263213, 0.1311192, 0.1435069, 0.1738680, 0.2516094, 0.4798205, 1.1867016", \
					  "0.1499618, 0.1547662, 0.1671963, 0.1974446, 0.2750871, 0.5032936, 1.2099685", \
					  "0.1949509, 0.1997753, 0.2124367, 0.2431566, 0.3212729, 0.5498058, 1.2564182", \
					  "0.2556958, 0.2610184, 0.2744887, 0.3058965, 0.3845228, 0.6139168, 1.3221872", \
					  "0.3140798, 0.3210797, 0.3373870, 0.3741061, 0.4540864, 0.6827766, 1.3905714");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0270426, 0.0309259, 0.0418772, 0.0736449, 0.1719976, 0.4929014, 1.5079884", \
					  "0.0270227, 0.0308359, 0.0420567, 0.0734605, 0.1721472, 0.4934032, 1.4981975", \
					  "0.0269624, 0.0309194, 0.0418299, 0.0737562, 0.1723166, 0.4933375, 1.4998832", \
					  "0.0267762, 0.0306317, 0.0415830, 0.0735301, 0.1721761, 0.4932978, 1.5016870", \
					  "0.0280973, 0.0320161, 0.0428855, 0.0747546, 0.1722993, 0.4922783, 1.5017385", \
					  "0.0338016, 0.0372577, 0.0474966, 0.0773986, 0.1751277, 0.4921258, 1.5005102", \
					  "0.0491345, 0.0526245, 0.0625404, 0.0889271, 0.1782782, 0.4950170, 1.4979210");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.2039630, 0.2076555, 0.2168398, 0.2368478, 0.2786409, 0.3717624, 0.6125867", \
					  "0.2101248, 0.2138392, 0.2230097, 0.2429593, 0.2847638, 0.3782555, 0.6181742", \
					  "0.2241454, 0.2277748, 0.2367958, 0.2565920, 0.2984107, 0.3919207, 0.6318845", \
					  "0.2592005, 0.2628409, 0.2720604, 0.2919418, 0.3333235, 0.4269999, 0.6676500", \
					  "0.3415805, 0.3444814, 0.3536042, 0.3734133, 0.4150107, 0.5083625, 0.7492126", \
					  "0.5254579, 0.5293263, 0.5389471, 0.5592758, 0.6016240, 0.6955364, 0.9360516", \
					  "0.8795305, 0.8844808, 0.8965447, 0.9217246, 0.9707977, 1.0730903, 1.3191397");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0278418, 0.0298149, 0.0350185, 0.0486048, 0.0844296, 0.1820407, 0.4837827", \
					  "0.0277733, 0.0296424, 0.0350199, 0.0490244, 0.0842113, 0.1820776, 0.4840253", \
					  "0.0276886, 0.0297516, 0.0350227, 0.0484787, 0.0841966, 0.1820196, 0.4839476", \
					  "0.0275737, 0.0295828, 0.0350592, 0.0486016, 0.0851235, 0.1829879, 0.4834289", \
					  "0.0276390, 0.0295900, 0.0350465, 0.0488632, 0.0847107, 0.1829813, 0.4828463", \
					  "0.0305422, 0.0324868, 0.0382650, 0.0506832, 0.0861639, 0.1833640, 0.4844198", \
					  "0.0442692, 0.0463819, 0.0522330, 0.0655406, 0.1013103, 0.1973723, 0.4894072");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1214582, 0.1262245, 0.1387163, 0.1690482, 0.2466922, 0.4748183, 1.1800700", \
					  "0.1259439, 0.1307374, 0.1431212, 0.1734956, 0.2510892, 0.4787765, 1.1853624", \
					  "0.1359906, 0.1407379, 0.1531373, 0.1834595, 0.2610475, 0.4886550, 1.1955399", \
					  "0.1589148, 0.1637097, 0.1761159, 0.2063164, 0.2840476, 0.5119121, 1.2209050", \
					  "0.2051770, 0.2100186, 0.2226963, 0.2535024, 0.3314972, 0.5601557, 1.2667536", \
					  "0.2746183, 0.2800374, 0.2937762, 0.3254905, 0.4044705, 0.6335236, 1.3415893", \
					  "0.3507785, 0.3577218, 0.3743729, 0.4108670, 0.4920785, 0.7213507, 1.4280022");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0270281, 0.0308945, 0.0418645, 0.0736880, 0.1721730, 0.4920443, 1.5031072", \
					  "0.0270023, 0.0309144, 0.0418697, 0.0737610, 0.1723331, 0.4932960, 1.4988234", \
					  "0.0269619, 0.0308935, 0.0418010, 0.0737459, 0.1723766, 0.4933505, 1.4959205", \
					  "0.0268624, 0.0307175, 0.0416907, 0.0734807, 0.1724865, 0.4926531, 1.4954049", \
					  "0.0285998, 0.0324418, 0.0430773, 0.0746181, 0.1726751, 0.4931838, 1.5010891", \
					  "0.0328719, 0.0365326, 0.0472297, 0.0774930, 0.1743101, 0.4917624, 1.5001261", \
					  "0.0458955, 0.0498056, 0.0606332, 0.0881733, 0.1782473, 0.4934967, 1.4954252");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.2249536, 0.2288448, 0.2382758, 0.2585265, 0.3006790, 0.3938454, 0.6355343", \
					  "0.2305179, 0.2343256, 0.2438537, 0.2641573, 0.3061421, 0.4000139, 0.6415521", \
					  "0.2443942, 0.2481875, 0.2576621, 0.2779062, 0.3197874, 0.4133915, 0.6549779", \
					  "0.2786253, 0.2824551, 0.2919286, 0.3121997, 0.3538677, 0.4476675, 0.6892943", \
					  "0.3573351, 0.3611330, 0.3706838, 0.3909459, 0.4329034, 0.5263330, 0.7679416", \
					  "0.5327774, 0.5367828, 0.5464704, 0.5670739, 0.6093758, 0.7036413, 0.9452962", \
					  "0.8716886, 0.8767726, 0.8890863, 0.9138632, 0.9621667, 1.0636163, 1.3081688");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0294543, 0.0312725, 0.0365070, 0.0497639, 0.0860792, 0.1831227, 0.4848776", \
					  "0.0293545, 0.0312427, 0.0366224, 0.0498962, 0.0858750, 0.1830732, 0.4842540", \
					  "0.0291943, 0.0312062, 0.0366015, 0.0498140, 0.0863030, 0.1832716, 0.4838893", \
					  "0.0294047, 0.0311464, 0.0365207, 0.0497943, 0.0855984, 0.1833246, 0.4843132", \
					  "0.0293058, 0.0312980, 0.0365007, 0.0499622, 0.0854665, 0.1830502, 0.4833411", \
					  "0.0316394, 0.0336360, 0.0384575, 0.0515361, 0.0865686, 0.1840476, 0.4841334", \
					  "0.0437377, 0.0458132, 0.0516815, 0.0652185, 0.0995085, 0.1966930, 0.4901226");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1251169, 0.1299022, 0.1422701, 0.1726185, 0.2501174, 0.4772810, 1.1837943", \
					  "0.1291678, 0.1339640, 0.1463044, 0.1766171, 0.2541240, 0.4814704, 1.1877266", \
					  "0.1370821, 0.1418758, 0.1542918, 0.1846124, 0.2622103, 0.4903141, 1.1979511", \
					  "0.1539349, 0.1587404, 0.1711432, 0.2013887, 0.2789844, 0.5066379, 1.2122386", \
					  "0.1880452, 0.1929444, 0.2056612, 0.2363355, 0.3142652, 0.5422411, 1.2479316", \
					  "0.2436019, 0.2489180, 0.2624794, 0.2944505, 0.3732983, 0.6016745, 1.3110365", \
					  "0.3071468, 0.3138728, 0.3303287, 0.3660813, 0.4471395, 0.6763065, 1.3819484");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0269903, 0.0309404, 0.0418783, 0.0737868, 0.1724193, 0.4933490, 1.4943793", \
					  "0.0269719, 0.0305363, 0.0420368, 0.0734301, 0.1721304, 0.4933355, 1.4983943", \
					  "0.0269681, 0.0309037, 0.0417701, 0.0736686, 0.1725127, 0.4934237, 1.4957420", \
					  "0.0268661, 0.0304888, 0.0418652, 0.0733546, 0.1723729, 0.4935262, 1.4990639", \
					  "0.0281910, 0.0320049, 0.0431814, 0.0743530, 0.1724572, 0.4928812, 1.4991759", \
					  "0.0317000, 0.0355043, 0.0460765, 0.0771986, 0.1742737, 0.4912628, 1.4958906", \
					  "0.0427539, 0.0461203, 0.0569804, 0.0860557, 0.1780168, 0.4934485, 1.4921200");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.2320954, 0.2359304, 0.2454507, 0.2657656, 0.3070264, 0.4009070, 0.6430383", \
					  "0.2379182, 0.2417818, 0.2512698, 0.2715017, 0.3135444, 0.4066019, 0.6487889", \
					  "0.2528277, 0.2566633, 0.2661830, 0.2858032, 0.3284284, 0.4217137, 0.6638337", \
					  "0.2879284, 0.2917537, 0.3012643, 0.3216711, 0.3633608, 0.4567616, 0.6988892", \
					  "0.3661078, 0.3699526, 0.3794235, 0.3996480, 0.4417101, 0.5348874, 0.7770823", \
					  "0.5389273, 0.5428960, 0.5525568, 0.5726046, 0.6150649, 0.7090810, 0.9513167", \
					  "0.8769238, 0.8819634, 0.8938840, 0.9182196, 0.9656623, 1.0660497, 1.3119285");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0299819, 0.0317579, 0.0370208, 0.0501843, 0.0865043, 0.1834027, 0.4857357", \
					  "0.0300119, 0.0317516, 0.0370580, 0.0501931, 0.0863154, 0.1832768, 0.4849431", \
					  "0.0299855, 0.0317577, 0.0370369, 0.0502963, 0.0862388, 0.1834122, 0.4857815", \
					  "0.0300364, 0.0317650, 0.0371732, 0.0502630, 0.0863221, 0.1835638, 0.4854085", \
					  "0.0300635, 0.0320302, 0.0369381, 0.0507507, 0.0859333, 0.1835689, 0.4854508", \
					  "0.0317554, 0.0335092, 0.0384343, 0.0516245, 0.0867911, 0.1835184, 0.4848303", \
					  "0.0426456, 0.0444983, 0.0497564, 0.0628896, 0.0978767, 0.1941895, 0.4903973");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0749073, 0.0788124, 0.0892513, 0.1161318, 0.1911918, 0.4177017, 1.1228443", \
					  "0.0790920, 0.0829778, 0.0933837, 0.1204041, 0.1952045, 0.4227458, 1.1297440", \
					  "0.0895722, 0.0934724, 0.1038582, 0.1307860, 0.2055350, 0.4333985, 1.1427252", \
					  "0.1124689, 0.1163701, 0.1267695, 0.1536254, 0.2282272, 0.4554353, 1.1634909", \
					  "0.1463634, 0.1505089, 0.1614987, 0.1889560, 0.2641162, 0.4933772, 1.1978512", \
					  "0.1864389, 0.1915276, 0.2041624, 0.2332688, 0.3083352, 0.5367501, 1.2455664", \
					  "0.2100824, 0.2171062, 0.2338023, 0.2699579, 0.3475436, 0.5731134, 1.2783975");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0204575, 0.0237998, 0.0339939, 0.0653413, 0.1665606, 0.4904874, 1.4901973", \
					  "0.0204376, 0.0237870, 0.0340066, 0.0653853, 0.1663456, 0.4905257, 1.4911390", \
					  "0.0204204, 0.0237342, 0.0339701, 0.0654334, 0.1664973, 0.4906269, 1.5042751", \
					  "0.0209865, 0.0243713, 0.0345070, 0.0655454, 0.1661921, 0.4888366, 1.4878995", \
					  "0.0239416, 0.0272449, 0.0369819, 0.0677238, 0.1669246, 0.4876569, 1.4886189", \
					  "0.0319890, 0.0352402, 0.0446384, 0.0718873, 0.1691651, 0.4868461, 1.4900056", \
					  "0.0491199, 0.0528037, 0.0621001, 0.0879205, 0.1736544, 0.4901139, 1.4870184");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1279325, 0.1312021, 0.1393864, 0.1573639, 0.1944531, 0.2795029, 0.5148861", \
					  "0.1328810, 0.1361601, 0.1443219, 0.1624139, 0.1995168, 0.2841953, 0.5195832", \
					  "0.1460770, 0.1493409, 0.1575857, 0.1755552, 0.2130775, 0.2981307, 0.5333580", \
					  "0.1800387, 0.1833381, 0.1916411, 0.2095598, 0.2464421, 0.3315969, 0.5670180", \
					  "0.2626145, 0.2658474, 0.2740160, 0.2914006, 0.3285980, 0.4139209, 0.6493451", \
					  "0.4306630, 0.4348164, 0.4450067, 0.4660430, 0.5064881, 0.5940955, 0.8293040", \
					  "0.7270559, 0.7329454, 0.7470602, 0.7742200, 0.8263029, 0.9237967, 1.1630411");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0233938, 0.0253707, 0.0301084, 0.0427302, 0.0753909, 0.1694925, 0.4801303", \
					  "0.0234555, 0.0253428, 0.0301052, 0.0426120, 0.0753926, 0.1702040, 0.4782366", \
					  "0.0233143, 0.0251724, 0.0303374, 0.0430037, 0.0753872, 0.1697843, 0.4790284", \
					  "0.0234108, 0.0251756, 0.0303211, 0.0426766, 0.0755725, 0.1695359, 0.4799955", \
					  "0.0235579, 0.0253411, 0.0305282, 0.0433641, 0.0758300, 0.1694103, 0.4801278", \
					  "0.0343790, 0.0360874, 0.0411553, 0.0531819, 0.0830655, 0.1732987, 0.4792188", \
					  "0.0550910, 0.0576132, 0.0641180, 0.0785201, 0.1096571, 0.1923278, 0.4826034");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0798839, 0.0837945, 0.0942231, 0.1211096, 0.1961128, 0.4230735, 1.1325479", \
					  "0.0845721, 0.0884617, 0.0988428, 0.1258639, 0.2006305, 0.4279971, 1.1332526", \
					  "0.0947974, 0.0986952, 0.1090958, 0.1360134, 0.2107126, 0.4389246, 1.1419752", \
					  "0.1164872, 0.1203456, 0.1307454, 0.1575865, 0.2324111, 0.4610011, 1.1639898", \
					  "0.1523299, 0.1564664, 0.1673920, 0.1948658, 0.2699750, 0.4978795, 1.2028444", \
					  "0.1993277, 0.2043020, 0.2168147, 0.2459059, 0.3215873, 0.5489589, 1.2581053", \
					  "0.2396101, 0.2462919, 0.2627991, 0.2976239, 0.3752932, 0.6018772, 1.3068753");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0204398, 0.0237924, 0.0339317, 0.0653357, 0.1665444, 0.4896922, 1.5030492", \
					  "0.0204482, 0.0238090, 0.0339812, 0.0654159, 0.1660935, 0.4902567, 1.4878934", \
					  "0.0202293, 0.0237158, 0.0340049, 0.0653997, 0.1663149, 0.4907327, 1.4953717", \
					  "0.0207673, 0.0241723, 0.0344427, 0.0656031, 0.1664757, 0.4875870, 1.4942017", \
					  "0.0233267, 0.0266493, 0.0366361, 0.0670885, 0.1667856, 0.4905690, 1.4826962", \
					  "0.0298518, 0.0330234, 0.0425476, 0.0709735, 0.1683940, 0.4856279, 1.4883381", \
					  "0.0446300, 0.0477045, 0.0579506, 0.0840768, 0.1726171, 0.4909655, 1.4870997");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1415193, 0.1448196, 0.1530675, 0.1710750, 0.2084367, 0.2938435, 0.5297084", \
					  "0.1466175, 0.1499446, 0.1582019, 0.1762087, 0.2135814, 0.2989291, 0.5347892", \
					  "0.1600093, 0.1632979, 0.1715310, 0.1894303, 0.2266048, 0.3118495, 0.5475660", \
					  "0.1932421, 0.1965948, 0.2049158, 0.2228299, 0.2600382, 0.3451910, 0.5808000", \
					  "0.2735056, 0.2767915, 0.2851102, 0.3029778, 0.3403701, 0.4258449, 0.6616688", \
					  "0.4405970, 0.4447530, 0.4546189, 0.4751717, 0.5152628, 0.6024733, 0.8383791", \
					  "0.7299495, 0.7359489, 0.7502083, 0.7784802, 0.8290456, 0.9247838, 1.1634264");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0238832, 0.0257023, 0.0308058, 0.0430114, 0.0759391, 0.1704265, 0.4808194", \
					  "0.0239975, 0.0258532, 0.0308051, 0.0434228, 0.0759686, 0.1705018, 0.4805504", \
					  "0.0239121, 0.0257163, 0.0306404, 0.0429480, 0.0758547, 0.1702061, 0.4780293", \
					  "0.0241186, 0.0258292, 0.0307214, 0.0430074, 0.0758830, 0.1702749, 0.4798820", \
					  "0.0241654, 0.0259730, 0.0307845, 0.0434143, 0.0760685, 0.1700348, 0.4801118", \
					  "0.0339259, 0.0357065, 0.0402522, 0.0516330, 0.0814901, 0.1732217, 0.4810448", \
					  "0.0539971, 0.0564341, 0.0619888, 0.0746752, 0.1043508, 0.1884554, 0.4821344");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004160;
			capacitance : 0.003980;
			fall_capacitance : 0.003802;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043492, -0.0043525, -0.0043601, -0.0043487, -0.0043224, -0.0042619, -0.0041224");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062243, 0.0062234, 0.0062215, 0.0062252, 0.0062338, 0.0062539, 0.0063001");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004147;
			capacitance : 0.003979;
			fall_capacitance : 0.003811;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052231, -0.0052208, -0.0052154, -0.0052150, -0.0052139, -0.0052112, -0.0052049");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057236, 0.0057144, 0.0056933, 0.0057130, 0.0057583, 0.0058628, 0.0061036");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004404;
			capacitance : 0.004139;
			fall_capacitance : 0.003875;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054632, -0.0054621, -0.0054596, -0.0054600, -0.0054609, -0.0054628, -0.0054672");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054847, 0.0054812, 0.0054732, 0.0054736, 0.0054744, 0.0054763, 0.0054807");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004383;
			capacitance : 0.004149;
			fall_capacitance : 0.003915;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043911, -0.0043931, -0.0043975, -0.0043869, -0.0043625, -0.0043059, -0.0041757");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062327, 0.0062310, 0.0062272, 0.0062259, 0.0062229, 0.0062160, 0.0062004");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003806;
			capacitance : 0.004052;
			rise_capacitance : 0.004299;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050808, -0.0050797, -0.0050772, -0.0050755, -0.0050718, -0.0050630, -0.0050427");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051080, 0.0051049, 0.0050978, 0.0050970, 0.0050950, 0.0050903, 0.0050795");
				}
			}
		}
	}
	cell ("scs8hd_a32oi_1") {
		area : 8.758400;
		cell_footprint : "a32oi";
		cell_leakage_power : 2.270532e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "2.0407514e-05";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "8.1308006e-06";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007230";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "1.7616379e-05";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "2.0541510e-05";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "8.2647969e-06";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007230";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "1.7750441e-05";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "2.0654804e-05";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "8.3780901e-06";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007230";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "1.7863732e-05";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "3.4043281e-05";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "2.1767302e-05";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007230";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "3.1252920e-05";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "2.4632601e-05";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "1.2355986e-05";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007230";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "2.1841588e-05";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "3.3172605e-05";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "2.0896242e-05";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007230";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "3.0381883e-05";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "3.3575525e-05";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "2.1298830e-05";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007230";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "3.0784474e-05";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0004128";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001894";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007203";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004264";
			when : "A1&A2&A3&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A3&!B1) | (!A2&!B2) | (!A3&!B2)";
			max_capacitance : 0.072337;
			max_transition : 1.489475;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0087603, 0.0095524, 0.0113661, 0.0155029, 0.0248409, 0.0461918, 0.0951101", \
					  "0.0086287, 0.0094224, 0.0112611, 0.0154088, 0.0248015, 0.0461666, 0.0951941", \
					  "0.0084843, 0.0092767, 0.0111034, 0.0152813, 0.0247214, 0.0461612, 0.0952175", \
					  "0.0083706, 0.0091666, 0.0109896, 0.0151486, 0.0245639, 0.0460761, 0.0950395", \
					  "0.0082517, 0.0090421, 0.0108469, 0.0149711, 0.0243846, 0.0458695, 0.0950177", \
					  "0.0081948, 0.0089900, 0.0107513, 0.0148536, 0.0243102, 0.0456637, 0.0948284", \
					  "0.0078225, 0.0085775, 0.0105169, 0.0147073, 0.0240587, 0.0456431, 0.0946558");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0038900, 0.0031080, 0.0013328, -0.0027280, -0.0120834, -0.0336125, -0.0831054", \
					  "0.0038444, 0.0030680, 0.0012882, -0.0027651, -0.0121171, -0.0336537, -0.0831475", \
					  "0.0037872, 0.0030097, 0.0012339, -0.0028267, -0.0121688, -0.0337050, -0.0831872", \
					  "0.0036731, 0.0029204, 0.0011670, -0.0028673, -0.0122254, -0.0337508, -0.0832387", \
					  "0.0036243, 0.0028577, 0.0010811, -0.0029582, -0.0122534, -0.0337818, -0.0832758", \
					  "0.0037676, 0.0029939, 0.0012208, -0.0028676, -0.0123856, -0.0338667, -0.0832853", \
					  "0.0038661, 0.0030895, 0.0012951, -0.0028151, -0.0122398, -0.0338861, -0.0833883");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0108911, 0.0116876, 0.0134832, 0.0175936, 0.0269613, 0.0483602, 0.0973326", \
					  "0.0107850, 0.0115756, 0.0133847, 0.0175216, 0.0268908, 0.0483137, 0.0972948", \
					  "0.0107008, 0.0115159, 0.0133298, 0.0174596, 0.0268725, 0.0483020, 0.0972744", \
					  "0.0106334, 0.0114202, 0.0132388, 0.0173744, 0.0268283, 0.0482233, 0.0972508", \
					  "0.0105566, 0.0113519, 0.0131564, 0.0173055, 0.0266889, 0.0481293, 0.0971708", \
					  "0.0105585, 0.0113580, 0.0131594, 0.0172675, 0.0267251, 0.0481474, 0.0972190", \
					  "0.0103942, 0.0111649, 0.0129357, 0.0171948, 0.0267044, 0.0481274, 0.0971833");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0038368, 0.0030583, 0.0012809, -0.0027821, -0.0121288, -0.0336671, -0.0831457", \
					  "0.0037787, 0.0030025, 0.0012246, -0.0028279, -0.0121761, -0.0337144, -0.0832064", \
					  "0.0037062, 0.0029221, 0.0011530, -0.0028982, -0.0122425, -0.0337750, -0.0832694", \
					  "0.0035996, 0.0028455, 0.0010806, -0.0029557, -0.0122940, -0.0338262, -0.0833154", \
					  "0.0036157, 0.0028254, 0.0009997, -0.0029975, -0.0123398, -0.0338562, -0.0833404", \
					  "0.0037309, 0.0029517, 0.0011818, -0.0029242, -0.0124192, -0.0339183, -0.0833795", \
					  "0.0038474, 0.0030698, 0.0012759, -0.0027961, -0.0122622, -0.0339058, -0.0834218");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0036380, 0.0044995, 0.0063873, 0.0106056, 0.0199480, 0.0412910, 0.0902428", \
					  "0.0034229, 0.0042763, 0.0061661, 0.0104618, 0.0198592, 0.0412493, 0.0903890", \
					  "0.0032527, 0.0040678, 0.0059691, 0.0101434, 0.0196767, 0.0411507, 0.0908674", \
					  "0.0031709, 0.0039692, 0.0058230, 0.0100104, 0.0195285, 0.0411357, 0.0907648", \
					  "0.0031745, 0.0039734, 0.0057744, 0.0099230, 0.0193028, 0.0405868, 0.0904241", \
					  "0.0032617, 0.0040272, 0.0057597, 0.0098590, 0.0192853, 0.0408603, 0.0897874", \
					  "0.0031827, 0.0039563, 0.0057362, 0.0097512, 0.0194280, 0.0405123, 0.0891309");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0016806, 0.0009247, -0.0008411, -0.0049326, -0.0143683, -0.0360101, -0.0856094", \
					  "0.0015868, 0.0008525, -0.0008824, -0.0049480, -0.0143605, -0.0359853, -0.0855819", \
					  "0.0014421, 0.0007275, -0.0009743, -0.0050015, -0.0143753, -0.0359792, -0.0855570", \
					  "0.0012518, 0.0005222, -0.0011645, -0.0051492, -0.0144439, -0.0360134, -0.0855714", \
					  "0.0011951, 0.0004463, -0.0012738, -0.0053093, -0.0146027, -0.0360991, -0.0856020", \
					  "0.0012634, 0.0003653, -0.0013711, -0.0053822, -0.0147560, -0.0362945, -0.0857511", \
					  "0.0012622, 0.0004590, -0.0013610, -0.0055137, -0.0148799, -0.0362949, -0.0858243");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0059423, 0.0067460, 0.0085711, 0.0126952, 0.0220537, 0.0434565, 0.0923601", \
					  "0.0057681, 0.0065984, 0.0084414, 0.0125882, 0.0219919, 0.0434217, 0.0922762", \
					  "0.0056355, 0.0064244, 0.0082408, 0.0124839, 0.0219133, 0.0433274, 0.0922595", \
					  "0.0055740, 0.0063686, 0.0081789, 0.0122628, 0.0217152, 0.0432255, 0.0923042", \
					  "0.0055848, 0.0063750, 0.0081565, 0.0122696, 0.0216720, 0.0429887, 0.0921633", \
					  "0.0057096, 0.0062869, 0.0080682, 0.0121882, 0.0215046, 0.0427916, 0.0916616", \
					  "0.0056475, 0.0064084, 0.0080720, 0.0122320, 0.0217711, 0.0430036, 0.0920595");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0018838, 0.0011238, -0.0006490, -0.0047452, -0.0141843, -0.0358248, -0.0854276", \
					  "0.0018017, 0.0010597, -0.0006843, -0.0047580, -0.0141720, -0.0358006, -0.0853967", \
					  "0.0016622, 0.0009288, -0.0007818, -0.0048054, -0.0141803, -0.0357912, -0.0853738", \
					  "0.0015269, 0.0007515, -0.0009500, -0.0049334, -0.0142560, -0.0358236, -0.0853812", \
					  "0.0014283, 0.0006789, -0.0010533, -0.0050851, -0.0144162, -0.0359144, -0.0854311", \
					  "0.0013667, 0.0006051, -0.0011670, -0.0052044, -0.0145160, -0.0360659, -0.0855184", \
					  "0.0014435, 0.0006441, -0.0011521, -0.0052486, -0.0146377, -0.0361601, -0.0856634");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0067491, 0.0076063, 0.0094930, 0.0136222, 0.0230298, 0.0445981, 0.0938238", \
					  "0.0065774, 0.0074533, 0.0093267, 0.0135465, 0.0229716, 0.0444418, 0.0935001", \
					  "0.0064328, 0.0072616, 0.0090903, 0.0133558, 0.0228232, 0.0445108, 0.0933284", \
					  "0.0063155, 0.0071214, 0.0089826, 0.0131550, 0.0226350, 0.0443924, 0.0937995", \
					  "0.0062412, 0.0070285, 0.0088536, 0.0130086, 0.0224001, 0.0441086, 0.0933808", \
					  "0.0062372, 0.0070264, 0.0088320, 0.0129600, 0.0223519, 0.0440262, 0.0933145", \
					  "0.0059896, 0.0067693, 0.0086271, 0.0128539, 0.0222568, 0.0439372, 0.0928350");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001145605, 0.002624819, 0.00601401, 0.01377935, 0.03157138, 0.07233663");
					values("0.0038145, 0.0030372, 0.0012623, -0.0027940, -0.0121527, -0.0336837, -0.0831805", \
					  "0.0037720, 0.0029938, 0.0012219, -0.0028349, -0.0121857, -0.0337186, -0.0832125", \
					  "0.0037010, 0.0029329, 0.0011654, -0.0029125, -0.0122308, -0.0337686, -0.0832482", \
					  "0.0035369, 0.0028009, 0.0010561, -0.0029629, -0.0122931, -0.0338199, -0.0833072", \
					  "0.0034679, 0.0027083, 0.0009540, -0.0030906, -0.0124000, -0.0338861, -0.0833548", \
					  "0.0035550, 0.0027733, 0.0009926, -0.0030902, -0.0125243, -0.0340241, -0.0834693", \
					  "0.0036588, 0.0028711, 0.0010832, -0.0030424, -0.0124204, -0.0339867, -0.0835259");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0915225, 0.1019153, 0.1249711, 0.1759642, 0.2917493, 0.5540540, 1.1567090", \
					  "0.0965368, 0.1072301, 0.1304031, 0.1816491, 0.2981347, 0.5589016, 1.1573427", \
					  "0.1113466, 0.1213669, 0.1437836, 0.1961619, 0.3131415, 0.5764667, 1.1777652", \
					  "0.1479843, 0.1579648, 0.1803799, 0.2316797, 0.3501249, 0.6126026, 1.2145631", \
					  "0.2304338, 0.2412467, 0.2639762, 0.3146445, 0.4309113, 0.6929260, 1.2976142", \
					  "0.3851079, 0.4021813, 0.4360345, 0.5014973, 0.6203194, 0.8834063, 1.4883964", \
					  "0.6676152, 0.6967933, 0.7527557, 0.8559249, 1.0303630, 1.3259881, 1.9277495");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0568700, 0.0696549, 0.0985953, 0.1644753, 0.3174301, 0.6644775, 1.4547262", \
					  "0.0569343, 0.0696731, 0.0986628, 0.1648008, 0.3173817, 0.6608363, 1.4505492", \
					  "0.0572866, 0.0697331, 0.0986620, 0.1649322, 0.3160587, 0.6640411, 1.4502105", \
					  "0.0572259, 0.0700224, 0.0987300, 0.1648539, 0.3172974, 0.6638971, 1.4567061", \
					  "0.0639771, 0.0752179, 0.1018216, 0.1653511, 0.3160542, 0.6623329, 1.4590502", \
					  "0.1019446, 0.1136090, 0.1399494, 0.1939806, 0.3259666, 0.6670993, 1.4510417", \
					  "0.1800706, 0.1975032, 0.2327797, 0.2987984, 0.4243201, 0.7082450, 1.4495746");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0268568, 0.0309187, 0.0396923, 0.0586355, 0.0996199, 0.1907442, 0.3974744", \
					  "0.0309394, 0.0349657, 0.0437445, 0.0626096, 0.1036007, 0.1948618, 0.4014155", \
					  "0.0414123, 0.0452045, 0.0534852, 0.0716867, 0.1126185, 0.2036555, 0.4101589", \
					  "0.0581703, 0.0636030, 0.0742479, 0.0948869, 0.1352393, 0.2262006, 0.4326994", \
					  "0.0774285, 0.0852280, 0.1009932, 0.1313203, 0.1843069, 0.2777211, 0.4833658", \
					  "0.0903569, 0.1025501, 0.1269706, 0.1724656, 0.2526503, 0.3841889, 0.5996674", \
					  "0.0654272, 0.0848256, 0.1243782, 0.1964548, 0.3204447, 0.5194170, 0.8371936");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0270660, 0.0315645, 0.0416859, 0.0643226, 0.1162438, 0.2351313, 0.5074117", \
					  "0.0261026, 0.0308148, 0.0413135, 0.0642007, 0.1160466, 0.2344709, 0.5075038", \
					  "0.0280928, 0.0319553, 0.0414158, 0.0636067, 0.1158708, 0.2346825, 0.5069085", \
					  "0.0382906, 0.0432618, 0.0528935, 0.0704912, 0.1175924, 0.2346619, 0.5076754", \
					  "0.0594345, 0.0656116, 0.0782555, 0.1005592, 0.1438688, 0.2436094, 0.5072158", \
					  "0.0974105, 0.1067647, 0.1250029, 0.1570140, 0.2148912, 0.3163250, 0.5369539", \
					  "0.1669038, 0.1820562, 0.2095842, 0.2595270, 0.3446663, 0.4810420, 0.7115526");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.1100035, 0.1200937, 0.1428707, 0.1939982, 0.3101162, 0.5747673, 1.1803428", \
					  "0.1155131, 0.1254914, 0.1483854, 0.1999415, 0.3165139, 0.5814251, 1.1872225", \
					  "0.1299341, 0.1397570, 0.1624563, 0.2151299, 0.3318522, 0.5974412, 1.2031764", \
					  "0.1662793, 0.1764832, 0.1991470, 0.2504131, 0.3676926, 0.6332433, 1.2393860", \
					  "0.2491500, 0.2591233, 0.2818606, 0.3331337, 0.4496985, 0.7152676, 1.3220307", \
					  "0.4133336, 0.4274820, 0.4578251, 0.5183207, 0.6385655, 0.9039128, 1.5102332", \
					  "0.7117699, 0.7366336, 0.7859387, 0.8796255, 1.0470591, 1.3377903, 1.9447681");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0722719, 0.0848310, 0.1145340, 0.1818983, 0.3352369, 0.6852183, 1.4857703", \
					  "0.0719360, 0.0848168, 0.1146236, 0.1818878, 0.3350648, 0.6859105, 1.4893040", \
					  "0.0720233, 0.0848625, 0.1146224, 0.1817985, 0.3351421, 0.6855882, 1.4877047", \
					  "0.0722854, 0.0848695, 0.1145475, 0.1819514, 0.3353057, 0.6856129, 1.4846354", \
					  "0.0763931, 0.0882697, 0.1163955, 0.1817151, 0.3353376, 0.6854909, 1.4881173", \
					  "0.1117912, 0.1241871, 0.1502533, 0.2053610, 0.3436538, 0.6850789, 1.4875893", \
					  "0.1929548, 0.2084714, 0.2426302, 0.3082565, 0.4365231, 0.7255939, 1.4894752");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0321571, 0.0362233, 0.0450026, 0.0638630, 0.1047951, 0.1959479, 0.4024669", \
					  "0.0365966, 0.0406343, 0.0493827, 0.0681789, 0.1091796, 0.2003598, 0.4069347", \
					  "0.0470547, 0.0509694, 0.0595489, 0.0782533, 0.1191983, 0.2103521, 0.4170269", \
					  "0.0655261, 0.0706568, 0.0809743, 0.1014451, 0.1425342, 0.2339305, 0.4409138", \
					  "0.0905734, 0.0979648, 0.1130383, 0.1411534, 0.1925764, 0.2876828, 0.4952538", \
					  "0.1154843, 0.1268385, 0.1495801, 0.1928590, 0.2692718, 0.3957356, 0.6184535", \
					  "0.1146683, 0.1330403, 0.1702501, 0.2397743, 0.3592134, 0.5528901, 0.8595341");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0266362, 0.0311887, 0.0413608, 0.0642172, 0.1161360, 0.2345884, 0.5068913", \
					  "0.0263730, 0.0309430, 0.0411747, 0.0640097, 0.1160478, 0.2340471, 0.5073285", \
					  "0.0275744, 0.0316781, 0.0412991, 0.0637295, 0.1159147, 0.2345503, 0.5065996", \
					  "0.0360501, 0.0400346, 0.0489122, 0.0683463, 0.1166977, 0.2344849, 0.5071229", \
					  "0.0542377, 0.0595698, 0.0703610, 0.0923881, 0.1356737, 0.2407533, 0.5067216", \
					  "0.0883640, 0.0961543, 0.1121097, 0.1417086, 0.1935474, 0.2948254, 0.5271686", \
					  "0.1523840, 0.1641188, 0.1877082, 0.2304392, 0.3045338, 0.4296090, 0.6600793");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.1097836, 0.1186732, 0.1385868, 0.1839011, 0.2861192, 0.5187362, 1.0501403", \
					  "0.1153627, 0.1243125, 0.1443799, 0.1897704, 0.2922297, 0.5248981, 1.0564302", \
					  "0.1306440, 0.1399540, 0.1601713, 0.2054354, 0.3081521, 0.5410182, 1.0724606", \
					  "0.1666020, 0.1754000, 0.1957131, 0.2411963, 0.3438559, 0.5768396, 1.1089996", \
					  "0.2459183, 0.2548981, 0.2752072, 0.3205863, 0.4231116, 0.6562616, 1.1882944", \
					  "0.4028403, 0.4152496, 0.4419524, 0.4967877, 0.6040247, 0.8373554, 1.3693454", \
					  "0.6854774, 0.7053526, 0.7482842, 0.8314769, 0.9849870, 1.2504690, 1.7866840");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0747271, 0.0860610, 0.1121706, 0.1717414, 0.3068533, 0.6166918, 1.3241680", \
					  "0.0746212, 0.0859737, 0.1121354, 0.1716450, 0.3072970, 0.6168662, 1.3235190", \
					  "0.0745672, 0.0860447, 0.1121439, 0.1718156, 0.3069228, 0.6166130, 1.3236792", \
					  "0.0746387, 0.0858412, 0.1121273, 0.1716956, 0.3073223, 0.6170554, 1.3246230", \
					  "0.0794789, 0.0897713, 0.1146110, 0.1722185, 0.3072159, 0.6161636, 1.3237168", \
					  "0.1152034, 0.1257860, 0.1496218, 0.1998299, 0.3197877, 0.6170478, 1.3269629", \
					  "0.1944838, 0.2093055, 0.2406457, 0.3009422, 0.4194850, 0.6693046, 1.3308414");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0356087, 0.0396192, 0.0483909, 0.0672686, 0.1081992, 0.1993917, 0.4058930", \
					  "0.0401237, 0.0441403, 0.0529067, 0.0717149, 0.1126875, 0.2039397, 0.4103314", \
					  "0.0497168, 0.0537039, 0.0623331, 0.0810632, 0.1220263, 0.2132920, 0.4200281", \
					  "0.0680787, 0.0727021, 0.0824312, 0.1020062, 0.1431011, 0.2343490, 0.4410729", \
					  "0.0953096, 0.1016444, 0.1150467, 0.1406864, 0.1886119, 0.2822398, 0.4893998", \
					  "0.1272236, 0.1372204, 0.1572542, 0.1956929, 0.2638832, 0.3809855, 0.5996478", \
					  "0.1440993, 0.1602030, 0.1934215, 0.2559062, 0.3625955, 0.5370774, 0.8186797");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0265873, 0.0310600, 0.0411985, 0.0640894, 0.1160244, 0.2342572, 0.5069946", \
					  "0.0264337, 0.0309208, 0.0411490, 0.0639751, 0.1160056, 0.2343174, 0.5071945", \
					  "0.0267894, 0.0311155, 0.0410376, 0.0638673, 0.1159524, 0.2341194, 0.5071004", \
					  "0.0331169, 0.0370230, 0.0461419, 0.0664229, 0.1163772, 0.2348739, 0.5071262", \
					  "0.0494901, 0.0539240, 0.0637387, 0.0843047, 0.1293733, 0.2388969, 0.5072707", \
					  "0.0813067, 0.0876932, 0.1012812, 0.1277944, 0.1769237, 0.2788256, 0.5236280", \
					  "0.1440150, 0.1532866, 0.1727027, 0.2102938, 0.2763549, 0.3937768, 0.6256536");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0436188, 0.0520189, 0.0707004, 0.1122810, 0.2041601, 0.4149369, 0.8962540", \
					  "0.0483405, 0.0565625, 0.0751878, 0.1171590, 0.2108928, 0.4204574, 0.9050016", \
					  "0.0621206, 0.0700180, 0.0887322, 0.1296018, 0.2243299, 0.4338322, 0.9207816", \
					  "0.0976443, 0.1057545, 0.1235120, 0.1642451, 0.2558235, 0.4692767, 0.9528153", \
					  "0.1625084, 0.1758394, 0.2013861, 0.2454935, 0.3371697, 0.5470984, 1.0314896", \
					  "0.2775580, 0.3000587, 0.3416809, 0.4122544, 0.5267898, 0.7334415, 1.2134180", \
					  "0.4857678, 0.5222633, 0.5899169, 0.7050726, 0.8966536, 1.1733328, 1.6548586");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0392598, 0.0498600, 0.0741553, 0.1312862, 0.2581617, 0.5487856, 1.2200299", \
					  "0.0387240, 0.0496786, 0.0737628, 0.1312826, 0.2571746, 0.5488550, 1.2246536", \
					  "0.0385667, 0.0493513, 0.0739875, 0.1295521, 0.2576340, 0.5479661, 1.2338790", \
					  "0.0464428, 0.0547433, 0.0760244, 0.1303870, 0.2599497, 0.5489393, 1.2363962", \
					  "0.0774024, 0.0852815, 0.1020987, 0.1433148, 0.2602381, 0.5470900, 1.2293029", \
					  "0.1321170, 0.1447457, 0.1700527, 0.2153178, 0.2996360, 0.5559465, 1.2194881", \
					  "0.2344211, 0.2546117, 0.2959228, 0.3646290, 0.4693905, 0.6640207, 1.2381099");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0179375, 0.0206717, 0.0266837, 0.0403718, 0.0713846, 0.1427185, 0.3056917", \
					  "0.0220049, 0.0247811, 0.0309643, 0.0447525, 0.0757674, 0.1466061, 0.3110011", \
					  "0.0294690, 0.0332448, 0.0407327, 0.0546042, 0.0857385, 0.1563802, 0.3186305", \
					  "0.0376027, 0.0439006, 0.0549079, 0.0744823, 0.1092969, 0.1798274, 0.3416387", \
					  "0.0441481, 0.0533143, 0.0709489, 0.1018726, 0.1525371, 0.2348172, 0.3955717", \
					  "0.0353152, 0.0503103, 0.0787690, 0.1274589, 0.2075799, 0.3301879, 0.5177935", \
					  "-0.0247389, 0.0012832, 0.0487139, 0.1284756, 0.2542717, 0.4433423, 0.7352397");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0130323, 0.0163594, 0.0242831, 0.0422439, 0.0831601, 0.1795920, 0.3941209", \
					  "0.0135189, 0.0166045, 0.0241565, 0.0422964, 0.0830771, 0.1769206, 0.3937595", \
					  "0.0191145, 0.0221145, 0.0279547, 0.0435324, 0.0834572, 0.1768130, 0.3910683", \
					  "0.0307076, 0.0341094, 0.0421397, 0.0573858, 0.0894527, 0.1786427, 0.3910255", \
					  "0.0516138, 0.0573412, 0.0679832, 0.0890396, 0.1236732, 0.1948431, 0.3953733", \
					  "0.0928080, 0.1011496, 0.1174101, 0.1459096, 0.1939459, 0.2778335, 0.4419148", \
					  "0.1689179, 0.1835105, 0.2066483, 0.2498647, 0.3228020, 0.4405264, 0.6346044");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0554767, 0.0630069, 0.0802542, 0.1190370, 0.2068451, 0.4069479, 0.8651206", \
					  "0.0602883, 0.0680581, 0.0854615, 0.1242604, 0.2121041, 0.4123669, 0.8703938", \
					  "0.0739824, 0.0813282, 0.0982554, 0.1382147, 0.2261846, 0.4260979, 0.8839047", \
					  "0.1079817, 0.1154398, 0.1321713, 0.1699720, 0.2593925, 0.4603226, 0.9188015", \
					  "0.1759825, 0.1872694, 0.2093736, 0.2499168, 0.3369784, 0.5366554, 0.9944893", \
					  "0.2944263, 0.3140005, 0.3490533, 0.4135854, 0.5212802, 0.7145263, 1.1700272", \
					  "0.5027342, 0.5324794, 0.5861018, 0.6940115, 0.8676125, 1.1376861, 1.5981606");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0484808, 0.0585454, 0.0817040, 0.1346247, 0.2556721, 0.5344290, 1.1669938", \
					  "0.0482766, 0.0585163, 0.0818965, 0.1346406, 0.2558370, 0.5322970, 1.1652002", \
					  "0.0482340, 0.0583892, 0.0817326, 0.1347084, 0.2559090, 0.5321239, 1.1673357", \
					  "0.0530779, 0.0616302, 0.0828561, 0.1346335, 0.2558986, 0.5328173, 1.1694341", \
					  "0.0816802, 0.0908106, 0.1065122, 0.1480121, 0.2573446, 0.5328638, 1.1664620", \
					  "0.1389521, 0.1493220, 0.1731291, 0.2168001, 0.3009004, 0.5438148, 1.1679250", \
					  "0.2385947, 0.2576390, 0.2993508, 0.3630893, 0.4740665, 0.6619116, 1.1941020");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0220251, 0.0247346, 0.0308088, 0.0444255, 0.0754652, 0.1460699, 0.3079473", \
					  "0.0266191, 0.0293967, 0.0355492, 0.0492807, 0.0804126, 0.1516337, 0.3131238", \
					  "0.0355827, 0.0391340, 0.0460016, 0.0600151, 0.0912478, 0.1623124, 0.3241882", \
					  "0.0481188, 0.0533469, 0.0634258, 0.0820267, 0.1158274, 0.1869859, 0.3490608", \
					  "0.0624220, 0.0706746, 0.0866109, 0.1150094, 0.1628402, 0.2441126, 0.4073767", \
					  "0.0704144, 0.0840528, 0.1101724, 0.1557413, 0.2297924, 0.3467009, 0.5368299", \
					  "0.0426299, 0.0667782, 0.1116927, 0.1883859, 0.3085738, 0.4919722, 0.7685126");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011456, 0.00262482, 0.00601401, 0.0137794, 0.0315714, 0.0723366");
					values("0.0130436, 0.0163859, 0.0241440, 0.0424112, 0.0830886, 0.1768174, 0.3926176", \
					  "0.0131215, 0.0164689, 0.0241968, 0.0420130, 0.0831408, 0.1795328, 0.3915256", \
					  "0.0168948, 0.0197063, 0.0262087, 0.0427607, 0.0831133, 0.1770998, 0.3913898", \
					  "0.0263181, 0.0297781, 0.0367812, 0.0513898, 0.0871114, 0.1763246, 0.3907097", \
					  "0.0444686, 0.0490838, 0.0585187, 0.0767443, 0.1117424, 0.1895445, 0.3963670", \
					  "0.0794559, 0.0861070, 0.0998906, 0.1249279, 0.1692667, 0.2499838, 0.4242291", \
					  "0.1490776, 0.1584086, 0.1776177, 0.2134145, 0.2754334, 0.3853046, 0.5692365");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002091;
			capacitance : 0.002158;
			rise_capacitance : 0.002225;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024258, -0.0024316, -0.0024448, -0.0024400, -0.0024290, -0.0024035, -0.0023447");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030070, 0.0030083, 0.0030114, 0.0030124, 0.0030146, 0.0030198, 0.0030318");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002118;
			capacitance : 0.002197;
			rise_capacitance : 0.002275;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025171, -0.0025196, -0.0025252, -0.0025251, -0.0025249, -0.0025245, -0.0025235");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029036, 0.0028988, 0.0028875, 0.0028988, 0.0029250, 0.0029851, 0.0031238");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002047;
			capacitance : 0.002146;
			rise_capacitance : 0.002245;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026603, -0.0026603, -0.0026601, -0.0026610, -0.0026632, -0.0026680, -0.0026792");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026709, 0.0026676, 0.0026602, 0.0026594, 0.0026576, 0.0026535, 0.0026440");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002138;
			capacitance : 0.002234;
			rise_capacitance : 0.002331;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026306, -0.0026325, -0.0026369, -0.0026323, -0.0026216, -0.0025969, -0.0025401");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032211, 0.0032196, 0.0032163, 0.0032168, 0.0032181, 0.0032211, 0.0032281");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002063;
			capacitance : 0.002187;
			rise_capacitance : 0.002310;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027701, -0.0027700, -0.0027696, -0.0027695, -0.0027693, -0.0027689, -0.0027677");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027709, 0.0027705, 0.0027694, 0.0027698, 0.0027705, 0.0027723, 0.0027763");
				}
			}
		}
	}
	cell ("scs8hd_a32oi_2") {
		area : 16.265600;
		cell_footprint : "a32oi";
		cell_leakage_power : 5.303592e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003438";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0008094";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003414";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014381";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0010679";
			when : "A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0122058";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0122037";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014404";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0196766";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0122059";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0122037";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014404";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0196759";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "3.3414816e-05";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "1.4501014e-05";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014408";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "3.4827755e-05";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "5.2208895e-05";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "3.3121502e-05";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014408";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "5.3736333e-05";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0196776";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0196754";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014404";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0271476";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "6.0386002e-05";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "4.1319074e-05";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014408";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "6.0207312e-05";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003078";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0002666";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014408";
			when : "A1&A2&!A3&B1&B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A3&!B1) | (!A2&!B2) | (!A3&!B2)";
			max_capacitance : 0.130015;
			max_transition : 1.498418;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0120051, 0.0129757, 0.0155073, 0.0216647, 0.0364959, 0.0740374, 0.1682187", \
					  "0.0116765, 0.0126961, 0.0152866, 0.0213739, 0.0364451, 0.0740234, 0.1682684", \
					  "0.0113439, 0.0123895, 0.0148343, 0.0209894, 0.0361315, 0.0739030, 0.1689264", \
					  "0.0111372, 0.0121173, 0.0145439, 0.0205884, 0.0357284, 0.0734978, 0.1683817", \
					  "0.0109508, 0.0118657, 0.0142565, 0.0202880, 0.0352639, 0.0730493, 0.1679316", \
					  "0.0109088, 0.0118599, 0.0142204, 0.0200968, 0.0351777, 0.0732397, 0.1680641", \
					  "0.0103934, 0.0112967, 0.0137602, 0.0199609, 0.0349249, 0.0725895, 0.1670453");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0074822, 0.0065567, 0.0042464, -0.0015876, -0.0163895, -0.0540603, -0.1493647", \
					  "0.0073793, 0.0064643, 0.0041547, -0.0016781, -0.0164691, -0.0541399, -0.1494588", \
					  "0.0072151, 0.0062498, 0.0039582, -0.0018406, -0.0166232, -0.0542150, -0.1495706", \
					  "0.0068994, 0.0060085, 0.0037269, -0.0020479, -0.0167590, -0.0543503, -0.1496964", \
					  "0.0065863, 0.0056897, 0.0034360, -0.0023406, -0.0170045, -0.0544817, -0.1497827", \
					  "0.0068098, 0.0059046, 0.0035521, -0.0024067, -0.0173843, -0.0547713, -0.1499386", \
					  "0.0068430, 0.0059029, 0.0035569, -0.0023601, -0.0172560, -0.0550353, -0.1502643");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0171749, 0.0180943, 0.0204709, 0.0264324, 0.0412432, 0.0787028, 0.1731516", \
					  "0.0168772, 0.0178503, 0.0202365, 0.0262340, 0.0411776, 0.0785913, 0.1730725", \
					  "0.0165098, 0.0174799, 0.0198973, 0.0259249, 0.0409668, 0.0785156, 0.1730454", \
					  "0.0162091, 0.0171734, 0.0195559, 0.0255878, 0.0406144, 0.0782241, 0.1729954", \
					  "0.0159417, 0.0168771, 0.0192494, 0.0252147, 0.0402102, 0.0778700, 0.1725189", \
					  "0.0158415, 0.0167175, 0.0191015, 0.0250182, 0.0400278, 0.0775746, 0.1721723", \
					  "0.0150574, 0.0160310, 0.0186245, 0.0246664, 0.0396565, 0.0772494, 0.1719576");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0082488, 0.0073295, 0.0050089, -0.0008352, -0.0156330, -0.0532501, -0.1486176", \
					  "0.0081452, 0.0072330, 0.0049127, -0.0009292, -0.0157248, -0.0533439, -0.1487040", \
					  "0.0080097, 0.0070804, 0.0047677, -0.0010669, -0.0158568, -0.0534675, -0.1488164", \
					  "0.0077911, 0.0068983, 0.0046235, -0.0011816, -0.0159648, -0.0535748, -0.1489253", \
					  "0.0076944, 0.0067620, 0.0044818, -0.0012921, -0.0160048, -0.0535679, -0.1489138", \
					  "0.0078070, 0.0068908, 0.0045586, -0.0013249, -0.0163371, -0.0538358, -0.1490517", \
					  "0.0079464, 0.0070300, 0.0047156, -0.0012003, -0.0161243, -0.0539455, -0.1492267");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0210808, 0.0220090, 0.0243561, 0.0302862, 0.0451946, 0.0825639, 0.1770670", \
					  "0.0208870, 0.0218331, 0.0242352, 0.0301984, 0.0450957, 0.0825453, 0.1770760", \
					  "0.0207589, 0.0217240, 0.0241244, 0.0300326, 0.0450228, 0.0824821, 0.1771764", \
					  "0.0205727, 0.0215362, 0.0238932, 0.0298647, 0.0448418, 0.0824076, 0.1769241", \
					  "0.0204588, 0.0213960, 0.0237671, 0.0297820, 0.0446870, 0.0822223, 0.1768234", \
					  "0.0204465, 0.0213591, 0.0237011, 0.0296877, 0.0447117, 0.0822463, 0.1766486", \
					  "0.0199845, 0.0208887, 0.0234376, 0.0295593, 0.0446005, 0.0821091, 0.1768102");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0082653, 0.0073416, 0.0050228, -0.0008222, -0.0156224, -0.0532383, -0.1485886", \
					  "0.0081571, 0.0072314, 0.0049157, -0.0009294, -0.0157282, -0.0533283, -0.1486961", \
					  "0.0079855, 0.0070706, 0.0047568, -0.0010773, -0.0158585, -0.0534756, -0.1488185", \
					  "0.0077807, 0.0068711, 0.0045836, -0.0012252, -0.0160077, -0.0535975, -0.1489161", \
					  "0.0075994, 0.0066907, 0.0044382, -0.0013319, -0.0160434, -0.0536205, -0.1489375", \
					  "0.0077893, 0.0068867, 0.0045536, -0.0012953, -0.0163058, -0.0537701, -0.1490854", \
					  "0.0079563, 0.0070205, 0.0046864, -0.0011922, -0.0161280, -0.0538814, -0.1491823");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0058253, 0.0068804, 0.0094273, 0.0155645, 0.0306680, 0.0678157, 0.1620748", \
					  "0.0054501, 0.0064766, 0.0090406, 0.0152622, 0.0305015, 0.0682007, 0.1624218", \
					  "0.0051601, 0.0061360, 0.0086004, 0.0148379, 0.0299043, 0.0674463, 0.1618883", \
					  "0.0049654, 0.0059398, 0.0083393, 0.0144488, 0.0293693, 0.0672215, 0.1627397", \
					  "0.0049073, 0.0058481, 0.0081719, 0.0141492, 0.0291823, 0.0669987, 0.1614881", \
					  "0.0049720, 0.0058939, 0.0082111, 0.0141663, 0.0289233, 0.0666259, 0.1613458", \
					  "0.0048496, 0.0057652, 0.0081093, 0.0138552, 0.0290367, 0.0662946, 0.1613113");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0030969, 0.0022028, -6.0100000e-05, -0.0059223, -0.0208682, -0.0586698, -0.1542626", \
					  "0.0029160, 0.0020590, -0.0001642, -0.0059655, -0.0208527, -0.0586482, -0.1542134", \
					  "0.0026461, 0.0018352, -0.0003410, -0.0060793, -0.0208851, -0.0586269, -0.1541696", \
					  "0.0022923, 0.0014616, -0.0007158, -0.0063256, -0.0210356, -0.0586895, -0.1541821", \
					  "0.0022361, 0.0013651, -0.0009123, -0.0066565, -0.0213431, -0.0588659, -0.1542672", \
					  "0.0021153, 0.0011621, -0.0010742, -0.0068486, -0.0215960, -0.0591870, -0.1544712", \
					  "0.0021225, 0.0011676, -0.0011811, -0.0070959, -0.0219969, -0.0594546, -0.1548562");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0112771, 0.0122538, 0.0146407, 0.0206022, 0.0354950, 0.0729269, 0.1672629", \
					  "0.0109454, 0.0119194, 0.0143587, 0.0203934, 0.0353335, 0.0727715, 0.1670747", \
					  "0.0106838, 0.0116298, 0.0140326, 0.0200511, 0.0350082, 0.0726675, 0.1669355", \
					  "0.0104243, 0.0113704, 0.0137682, 0.0197260, 0.0346303, 0.0722564, 0.1668341", \
					  "0.0105263, 0.0114703, 0.0138055, 0.0195273, 0.0346143, 0.0719697, 0.1662030", \
					  "0.0107986, 0.0116055, 0.0139445, 0.0199892, 0.0347261, 0.0715581, 0.1659401", \
					  "0.0105618, 0.0114140, 0.0138019, 0.0195918, 0.0348011, 0.0719969, 0.1665797");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0040682, 0.0031756, 0.0008850, -0.0049931, -0.0199385, -0.0577574, -0.1533360", \
					  "0.0039189, 0.0030570, 0.0008133, -0.0050102, -0.0199034, -0.0577041, -0.1532614", \
					  "0.0036825, 0.0028346, 0.0006251, -0.0051138, -0.0199322, -0.0576699, -0.1532158", \
					  "0.0033685, 0.0025013, 0.0003073, -0.0053600, -0.0200753, -0.0577233, -0.1532121", \
					  "0.0033663, 0.0024700, 0.0002212, -0.0055094, -0.0203312, -0.0578529, -0.1532394", \
					  "0.0031589, 0.0022382, -4.4700000e-05, -0.0058261, -0.0205556, -0.0581832, -0.1534440", \
					  "0.0032121, 0.0023145, 8.4000000e-06, -0.0059324, -0.0208001, -0.0583631, -0.1537344");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0925398, 0.0996824, 0.1170577, 0.1589752, 0.2606780, 0.5165993, 1.1600800", \
					  "0.0977367, 0.1049610, 0.1224431, 0.1645877, 0.2672586, 0.5244704, 1.1683293", \
					  "0.1121805, 0.1195369, 0.1365962, 0.1783246, 0.2828638, 0.5400499, 1.1840892", \
					  "0.1495020, 0.1561567, 0.1729602, 0.2149946, 0.3179051, 0.5757108, 1.2212005", \
					  "0.2334000, 0.2405135, 0.2575175, 0.2986726, 0.4027525, 0.6589850, 1.3055659", \
					  "0.3926526, 0.4038220, 0.4293516, 0.4839490, 0.5932462, 0.8507083, 1.4991645", \
					  "0.6853951, 0.7040002, 0.7465739, 0.8345907, 0.9991805, 1.2948957, 1.9432909");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0532945, 0.0617397, 0.0826055, 0.1359150, 0.2690662, 0.6055019, 1.4543070", \
					  "0.0532932, 0.0614640, 0.0824624, 0.1356623, 0.2690674, 0.6054757, 1.4528168", \
					  "0.0533736, 0.0615670, 0.0826177, 0.1356631, 0.2692994, 0.6051792, 1.4555144", \
					  "0.0535607, 0.0618580, 0.0826634, 0.1352851, 0.2685720, 0.6056742, 1.4546230", \
					  "0.0595162, 0.0667598, 0.0858933, 0.1364645, 0.2698024, 0.6052293, 1.4527936", \
					  "0.0934722, 0.1016078, 0.1210668, 0.1668088, 0.2815362, 0.6107119, 1.4594931", \
					  "0.1667213, 0.1788695, 0.2060009, 0.2636949, 0.3799509, 0.6517181, 1.4541648");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0296406, 0.0328155, 0.0402752, 0.0578004, 0.0991870, 0.1994329, 0.4493247", \
					  "0.0337529, 0.0368636, 0.0443183, 0.0617248, 0.1030683, 0.2034034, 0.4536156", \
					  "0.0445419, 0.0469500, 0.0539808, 0.0712790, 0.1124655, 0.2128025, 0.4625908", \
					  "0.0635449, 0.0674143, 0.0762643, 0.0948952, 0.1355686, 0.2349311, 0.4848595", \
					  "0.0863049, 0.0921295, 0.1051326, 0.1327583, 0.1862140, 0.2886885, 0.5383042", \
					  "0.1038700, 0.1124993, 0.1320049, 0.1757976, 0.2543770, 0.3988699, 0.6608385", \
					  "0.0890881, 0.1031008, 0.1350461, 0.2022537, 0.3287075, 0.5496379, 0.9182172");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0327807, 0.0359721, 0.0441294, 0.0645278, 0.1166248, 0.2494822, 0.5840669", \
					  "0.0313701, 0.0350006, 0.0435771, 0.0643252, 0.1165102, 0.2494591, 0.5846878", \
					  "0.0321139, 0.0350101, 0.0429124, 0.0634147, 0.1163071, 0.2490860, 0.5849351", \
					  "0.0414554, 0.0445532, 0.0526618, 0.0696702, 0.1175132, 0.2488892, 0.5838859", \
					  "0.0607392, 0.0650941, 0.0759467, 0.0980720, 0.1423200, 0.2563733, 0.5846950", \
					  "0.1000040, 0.1069720, 0.1230855, 0.1519079, 0.2120280, 0.3255995, 0.6056430", \
					  "0.1672060, 0.1780027, 0.2031808, 0.2518979, 0.3386881, 0.4874904, 0.7643758");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1183122, 0.1249343, 0.1418016, 0.1834020, 0.2868261, 0.5460695, 1.1993329", \
					  "0.1235753, 0.1303578, 0.1473917, 0.1892392, 0.2927112, 0.5522661, 1.2061531", \
					  "0.1378382, 0.1444578, 0.1617022, 0.2035275, 0.3079447, 0.5683245, 1.2221079", \
					  "0.1742145, 0.1810487, 0.1980416, 0.2398831, 0.3446142, 0.6053626, 1.2597726", \
					  "0.2587980, 0.2655605, 0.2822619, 0.3236185, 0.4278523, 0.6888083, 1.3438590", \
					  "0.4309968, 0.4395809, 0.4623866, 0.5115838, 0.6188215, 0.8793445, 1.5346535", \
					  "0.7502734, 0.7660345, 0.8014105, 0.8774889, 1.0315947, 1.3211959, 1.9769320");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0721417, 0.0809763, 0.1022111, 0.1563801, 0.2929559, 0.6336973, 1.4984179", \
					  "0.0721840, 0.0811100, 0.1021983, 0.1564928, 0.2924934, 0.6340957, 1.4941001", \
					  "0.0722143, 0.0808304, 0.1024044, 0.1564990, 0.2921870, 0.6339581, 1.4933077", \
					  "0.0725287, 0.0811283, 0.1022271, 0.1564331, 0.2920613, 0.6342138, 1.4932044", \
					  "0.0752171, 0.0830444, 0.1036529, 0.1566246, 0.2924501, 0.6342719, 1.4922774", \
					  "0.1073209, 0.1154272, 0.1342182, 0.1797196, 0.3012863, 0.6337706, 1.4954029", \
					  "0.1829187, 0.1937071, 0.2194393, 0.2743289, 0.3914364, 0.6726633, 1.4948680");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0377797, 0.0408183, 0.0482525, 0.0656781, 0.1069789, 0.2073029, 0.4575602", \
					  "0.0422718, 0.0453511, 0.0527461, 0.0701542, 0.1114799, 0.2117287, 0.4615742", \
					  "0.0527427, 0.0556999, 0.0629402, 0.0802349, 0.1214754, 0.2218232, 0.4718786", \
					  "0.0727685, 0.0764406, 0.0848681, 0.1034857, 0.1450181, 0.2453843, 0.4957076", \
					  "0.1012757, 0.1065340, 0.1184172, 0.1438434, 0.1950345, 0.2993411, 0.5505783", \
					  "0.1317834, 0.1400192, 0.1581770, 0.1973346, 0.2731083, 0.4095090, 0.6745876", \
					  "0.1401013, 0.1529787, 0.1825432, 0.2451876, 0.3648805, 0.5730046, 0.9269628");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0318552, 0.0350848, 0.0434284, 0.0642402, 0.1164798, 0.2489935, 0.5845116", \
					  "0.0315806, 0.0349213, 0.0432598, 0.0641149, 0.1162419, 0.2490434, 0.5848455", \
					  "0.0319692, 0.0351399, 0.0431713, 0.0635997, 0.1161720, 0.2487680, 0.5839520", \
					  "0.0393550, 0.0423357, 0.0496166, 0.0675745, 0.1169159, 0.2489465, 0.5842258", \
					  "0.0571796, 0.0607702, 0.0696267, 0.0904333, 0.1341983, 0.2537136, 0.5845721", \
					  "0.0919185, 0.0966386, 0.1088832, 0.1356497, 0.1901374, 0.3026087, 0.5976768", \
					  "0.1554990, 0.1632765, 0.1837461, 0.2228891, 0.2973867, 0.4386306, 0.7185121");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1271683, 0.1336838, 0.1497221, 0.1894218, 0.2881300, 0.5347099, 1.1546912", \
					  "0.1331790, 0.1392222, 0.1557122, 0.1957091, 0.2944069, 0.5411689, 1.1613986", \
					  "0.1485154, 0.1548057, 0.1715020, 0.2113281, 0.3103765, 0.5570054, 1.1774747", \
					  "0.1847220, 0.1910333, 0.2072458, 0.2475266, 0.3466383, 0.5936492, 1.2140724", \
					  "0.2659916, 0.2724743, 0.2886736, 0.3282883, 0.4273988, 0.6746437, 1.2952850", \
					  "0.4327230, 0.4414548, 0.4616722, 0.5085790, 0.6112783, 0.8586560, 1.4794254", \
					  "0.7425542, 0.7567046, 0.7864728, 0.8569869, 0.9998815, 1.2782670, 1.9031146");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0834687, 0.0918147, 0.1122216, 0.1637107, 0.2931277, 0.6187052, 1.4391772", \
					  "0.0833641, 0.0915886, 0.1121198, 0.1639525, 0.2931154, 0.6181332, 1.4428280", \
					  "0.0834699, 0.0915459, 0.1122913, 0.1636681, 0.2932976, 0.6190909, 1.4381500", \
					  "0.0833240, 0.0917665, 0.1122062, 0.1636566, 0.2932271, 0.6191089, 1.4398532", \
					  "0.0860863, 0.0936896, 0.1133666, 0.1638197, 0.2935020, 0.6194222, 1.4391915", \
					  "0.1168770, 0.1244415, 0.1431981, 0.1871069, 0.3039167, 0.6192792, 1.4394531", \
					  "0.1928640, 0.2028507, 0.2268110, 0.2798864, 0.3944199, 0.6648399, 1.4412674");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0412861, 0.0443487, 0.0517540, 0.0691943, 0.1104945, 0.2107908, 0.4608119", \
					  "0.0455649, 0.0486232, 0.0560150, 0.0734723, 0.1147288, 0.2152165, 0.4648729", \
					  "0.0542034, 0.0572444, 0.0645796, 0.0819683, 0.1232560, 0.2234912, 0.4736295", \
					  "0.0709456, 0.0742540, 0.0821999, 0.1000824, 0.1415212, 0.2418737, 0.4917476", \
					  "0.0975233, 0.1018601, 0.1119679, 0.1340290, 0.1804552, 0.2835137, 0.5345710", \
					  "0.1299606, 0.1364574, 0.1517066, 0.1838106, 0.2474159, 0.3702246, 0.6300799", \
					  "0.1480542, 0.1586383, 0.1830370, 0.2351298, 0.3349791, 0.5110016, 0.8267228");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0317571, 0.0351071, 0.0434096, 0.0641055, 0.1164337, 0.2492425, 0.5839346", \
					  "0.0316404, 0.0349864, 0.0432886, 0.0640982, 0.1163547, 0.2486978, 0.5849299", \
					  "0.0317171, 0.0349525, 0.0431491, 0.0639558, 0.1163800, 0.2487757, 0.5840936", \
					  "0.0358713, 0.0389271, 0.0465745, 0.0658794, 0.1168723, 0.2486760, 0.5840879", \
					  "0.0491779, 0.0523475, 0.0603784, 0.0795291, 0.1267820, 0.2520018, 0.5852570", \
					  "0.0790364, 0.0830494, 0.0930643, 0.1160605, 0.1657465, 0.2833868, 0.5943859", \
					  "0.1378161, 0.1437254, 0.1581196, 0.1906888, 0.2540909, 0.3820656, 0.6708887");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0420217, 0.0477861, 0.0616853, 0.0954944, 0.1780062, 0.3832208, 0.9016471", \
					  "0.0467886, 0.0523024, 0.0662523, 0.1002885, 0.1839155, 0.3902381, 0.9102978", \
					  "0.0609801, 0.0661982, 0.0795170, 0.1136063, 0.1969176, 0.4019104, 0.9202417", \
					  "0.0961742, 0.1023748, 0.1150225, 0.1480846, 0.2290055, 0.4372983, 0.9594373", \
					  "0.1614753, 0.1708774, 0.1912169, 0.2308190, 0.3123793, 0.5186029, 1.0370180", \
					  "0.2781181, 0.2944171, 0.3273586, 0.3916077, 0.5028227, 0.7091675, 1.2266916", \
					  "0.4915432, 0.5179354, 0.5737422, 0.6796851, 0.8606549, 1.1498998, 1.6677911");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0361446, 0.0436307, 0.0616682, 0.1072944, 0.2233543, 0.5053643, 1.2261682", \
					  "0.0361131, 0.0435295, 0.0615934, 0.1063197, 0.2231964, 0.5083332, 1.2292662", \
					  "0.0359221, 0.0430088, 0.0613944, 0.1069153, 0.2197348, 0.5049265, 1.2307599", \
					  "0.0440602, 0.0494041, 0.0641120, 0.1065011, 0.2198050, 0.5045910, 1.2343663", \
					  "0.0729732, 0.0789043, 0.0924339, 0.1232751, 0.2227640, 0.5118149, 1.2327450", \
					  "0.1279701, 0.1362899, 0.1547914, 0.1935632, 0.2702003, 0.5157094, 1.2418467", \
					  "0.2288328, 0.2426550, 0.2738824, 0.3286644, 0.4332839, 0.6261258, 1.2512473");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0176929, 0.0195300, 0.0241147, 0.0353628, 0.0634560, 0.1343629, 0.3125806", \
					  "0.0218671, 0.0237325, 0.0283948, 0.0395519, 0.0676534, 0.1380971, 0.3159039", \
					  "0.0294280, 0.0321264, 0.0379500, 0.0498694, 0.0781081, 0.1485598, 0.3263722", \
					  "0.0380065, 0.0421339, 0.0512267, 0.0692609, 0.1022348, 0.1722540, 0.3500475", \
					  "0.0432664, 0.0504182, 0.0649502, 0.0932581, 0.1428553, 0.2284146, 0.4057566", \
					  "0.0354495, 0.0460288, 0.0677556, 0.1140857, 0.1908712, 0.3212567, 0.5342402", \
					  "-0.0255752, -0.0079687, 0.0320091, 0.1066793, 0.2326557, 0.4344006, 0.7571032");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0127729, 0.0151145, 0.0210712, 0.0359948, 0.0735298, 0.1688051, 0.4075735", \
					  "0.0132648, 0.0153474, 0.0210314, 0.0359429, 0.0740172, 0.1687370, 0.4078018", \
					  "0.0186048, 0.0208189, 0.0253818, 0.0377421, 0.0736185, 0.1684462, 0.4072251", \
					  "0.0292291, 0.0320429, 0.0382298, 0.0520049, 0.0810211, 0.1703906, 0.4073683", \
					  "0.0508919, 0.0541398, 0.0627503, 0.0805627, 0.1150209, 0.1882706, 0.4092603", \
					  "0.0908687, 0.0954838, 0.1094936, 0.1358257, 0.1858049, 0.2713015, 0.4529830", \
					  "0.1663448, 0.1756185, 0.1951128, 0.2340891, 0.3044522, 0.4281767, 0.6430955");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0580615, 0.0633370, 0.0759811, 0.1073607, 0.1852731, 0.3806363, 0.8730741", \
					  "0.0628059, 0.0679800, 0.0808829, 0.1126230, 0.1909061, 0.3861285, 0.8780944", \
					  "0.0766048, 0.0816927, 0.0943488, 0.1254594, 0.2032545, 0.3995174, 0.8921200", \
					  "0.1111452, 0.1160696, 0.1274662, 0.1583863, 0.2358472, 0.4321413, 0.9255115", \
					  "0.1825257, 0.1900007, 0.2061145, 0.2389634, 0.3160434, 0.5110313, 1.0016697", \
					  "0.3092286, 0.3203039, 0.3470374, 0.4011576, 0.5003561, 0.6925304, 1.1803274", \
					  "0.5340417, 0.5516796, 0.5957289, 0.6836690, 0.8475047, 1.1223007, 1.6179275");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0484807, 0.0553539, 0.0721218, 0.1147047, 0.2218473, 0.4914651, 1.1720812", \
					  "0.0484962, 0.0551785, 0.0722868, 0.1146914, 0.2216299, 0.4916777, 1.1718247", \
					  "0.0483871, 0.0551352, 0.0723040, 0.1147194, 0.2217884, 0.4910705, 1.1729375", \
					  "0.0519243, 0.0578149, 0.0734210, 0.1145520, 0.2218805, 0.4916477, 1.1718013", \
					  "0.0784780, 0.0849801, 0.0971380, 0.1300612, 0.2241242, 0.4918339, 1.1725607", \
					  "0.1333937, 0.1419771, 0.1591327, 0.1986975, 0.2751026, 0.5030052, 1.1722604", \
					  "0.2311556, 0.2441742, 0.2758748, 0.3334161, 0.4355177, 0.6230409, 1.1955829");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0227598, 0.0246354, 0.0291524, 0.0404047, 0.0683476, 0.1387931, 0.3164645", \
					  "0.0273090, 0.0292100, 0.0338014, 0.0451611, 0.0733225, 0.1440290, 0.3216311", \
					  "0.0358520, 0.0382027, 0.0437057, 0.0554068, 0.0839122, 0.1542552, 0.3328856", \
					  "0.0477647, 0.0512492, 0.0590871, 0.0753375, 0.1070263, 0.1784606, 0.3578939", \
					  "0.0604766, 0.0661700, 0.0786384, 0.1032435, 0.1487848, 0.2318656, 0.4120951", \
					  "0.0647684, 0.0741699, 0.0943512, 0.1345360, 0.2060646, 0.3268668, 0.5353558", \
					  "0.0280279, 0.0441929, 0.0811329, 0.1474432, 0.2652125, 0.4538509, 0.7574076");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0128478, 0.0151750, 0.0211010, 0.0360003, 0.0739471, 0.1684238, 0.4083683", \
					  "0.0129639, 0.0152264, 0.0210900, 0.0360703, 0.0736639, 0.1680822, 0.4073293", \
					  "0.0163138, 0.0182371, 0.0232460, 0.0368644, 0.0739640, 0.1681839, 0.4075703", \
					  "0.0250337, 0.0273641, 0.0330010, 0.0462543, 0.0779079, 0.1682237, 0.4071299", \
					  "0.0427055, 0.0458745, 0.0532320, 0.0688680, 0.1021121, 0.1813570, 0.4098375", \
					  "0.0763400, 0.0808989, 0.0914909, 0.1135319, 0.1562537, 0.2399436, 0.4382577", \
					  "0.1439080, 0.1505956, 0.1670367, 0.1974577, 0.2579578, 0.3677899, 0.5756640");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003905;
			capacitance : 0.004039;
			rise_capacitance : 0.004172;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043412, -0.0043429, -0.0043468, -0.0043354, -0.0043093, -0.0042490, -0.0041101");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062253, 0.0062269, 0.0062306, 0.0062340, 0.0062418, 0.0062597, 0.0063011");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003877;
			capacitance : 0.004006;
			rise_capacitance : 0.004134;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050988, -0.0050967, -0.0050920, -0.0050907, -0.0050879, -0.0050811, -0.0050654");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055475, 0.0055500, 0.0055557, 0.0055765, 0.0056243, 0.0057345, 0.0059885");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003927;
			capacitance : 0.004150;
			rise_capacitance : 0.004373;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052161, -0.0052144, -0.0052103, -0.0052111, -0.0052129, -0.0052170, -0.0052264");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052329, 0.0052302, 0.0052240, 0.0052238, 0.0052234, 0.0052225, 0.0052204");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003837;
			capacitance : 0.004015;
			rise_capacitance : 0.004192;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0042191, -0.0042213, -0.0042263, -0.0042141, -0.0041858, -0.0041207, -0.0039705");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060648, 0.0060617, 0.0060546, 0.0060554, 0.0060573, 0.0060617, 0.0060717");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003830;
			capacitance : 0.004055;
			rise_capacitance : 0.004281;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051851, -0.0051876, -0.0051935, -0.0051928, -0.0051910, -0.0051869, -0.0051775");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052221, 0.0052155, 0.0052003, 0.0052006, 0.0052014, 0.0052032, 0.0052073");
				}
			}
		}
	}
	cell ("scs8hd_a32oi_4") {
		area : 27.526400;
		cell_footprint : "a32oi";
		cell_leakage_power : 1.404426e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0220028";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0219954";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028773";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0370306";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0220029";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001373";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0370325";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028770";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0005448";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0006146";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0512477";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028770";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007348";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0016024";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001922";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028784";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0016443";
			when : "A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0219954";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028769";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0370306";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "7.7243326e-05";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0219987";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028770";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "9.8233813e-05";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0001303";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0220029";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028770";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0001509";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0370374";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0370299";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028770";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0520651";
			when : "A1&!A2&!A3&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A1&!B2) | (!A2&!B1) | (!A3&!B1) | (!A2&!B2) | (!A3&!B2)";
			max_capacitance : 0.211497;
			max_transition : 1.498299;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0171042, 0.0160514, 0.0131898, 0.0053560, -0.0161595, -0.0753452, -0.2383005", \
					  "0.0169352, 0.0158732, 0.0130136, 0.0051796, -0.0163180, -0.0755938, -0.2384384", \
					  "0.0166244, 0.0155733, 0.0127174, 0.0048898, -0.0165650, -0.0757666, -0.2386982", \
					  "0.0162496, 0.0152253, 0.0124066, 0.0046384, -0.0168280, -0.0759874, -0.2388913", \
					  "0.0159032, 0.0148662, 0.0120614, 0.0043175, -0.0169709, -0.0760254, -0.2389189", \
					  "0.0161815, 0.0151402, 0.0122882, 0.0044044, -0.0174656, -0.0765530, -0.2391006", \
					  "0.0163539, 0.0152969, 0.0124239, 0.0045380, -0.0170016, -0.0768155, -0.2394419");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0330509, 0.0340645, 0.0369882, 0.0449534, 0.0666952, 0.1256014, 0.2869593", \
					  "0.0324170, 0.0334993, 0.0365258, 0.0445490, 0.0663463, 0.1254345, 0.2870673", \
					  "0.0316895, 0.0327933, 0.0358166, 0.0439790, 0.0658508, 0.1251819, 0.2871256", \
					  "0.0310375, 0.0321643, 0.0350620, 0.0432404, 0.0653775, 0.1247952, 0.2867094", \
					  "0.0305215, 0.0315545, 0.0345059, 0.0425506, 0.0643686, 0.1239517, 0.2858775", \
					  "0.0302742, 0.0312718, 0.0341001, 0.0421652, 0.0640065, 0.1231786, 0.2851215", \
					  "0.0290474, 0.0301790, 0.0334488, 0.0413815, 0.0632865, 0.1228385, 0.2842918");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0407489, 0.0418118, 0.0447292, 0.0526634, 0.0743236, 0.1335103, 0.2950580", \
					  "0.0405571, 0.0416188, 0.0445877, 0.0524554, 0.0741560, 0.1333330, 0.2948627", \
					  "0.0401269, 0.0412161, 0.0441730, 0.0521745, 0.0739547, 0.1332725, 0.2947696", \
					  "0.0397842, 0.0408491, 0.0438244, 0.0518930, 0.0736583, 0.1330189, 0.2947381", \
					  "0.0395211, 0.0406244, 0.0435154, 0.0515302, 0.0733092, 0.1326684, 0.2944344", \
					  "0.0395323, 0.0406233, 0.0434669, 0.0514078, 0.0732862, 0.1325135, 0.2943470", \
					  "0.0388106, 0.0399500, 0.0431189, 0.0513186, 0.0731653, 0.1327559, 0.2949584");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0169162, 0.0158762, 0.0129616, 0.0051139, -0.0163549, -0.0755466, -0.2385022", \
					  "0.0166784, 0.0156511, 0.0127448, 0.0049071, -0.0165803, -0.0757844, -0.2387309", \
					  "0.0163856, 0.0153331, 0.0124658, 0.0046331, -0.0168306, -0.0760739, -0.2389517", \
					  "0.0160259, 0.0149990, 0.0121713, 0.0043701, -0.0171005, -0.0763015, -0.2391400", \
					  "0.0156736, 0.0146482, 0.0118351, 0.0040902, -0.0171958, -0.0763434, -0.2391594", \
					  "0.0160957, 0.0150475, 0.0121699, 0.0043350, -0.0175287, -0.0764801, -0.2392944", \
					  "0.0162801, 0.0152146, 0.0122934, 0.0044217, -0.0172574, -0.0767202, -0.2396219");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0109403, 0.0121786, 0.0154059, 0.0238597, 0.0458081, 0.1052139, 0.2672536", \
					  "0.0101167, 0.0113158, 0.0145596, 0.0231028, 0.0453455, 0.1049192, 0.2670598", \
					  "0.0095181, 0.0106852, 0.0137396, 0.0221569, 0.0443758, 0.1044377, 0.2670925", \
					  "0.0092745, 0.0103789, 0.0133225, 0.0211960, 0.0438403, 0.1034598, 0.2655090", \
					  "0.0089865, 0.0103247, 0.0134428, 0.0213339, 0.0432150, 0.1029182, 0.2668078", \
					  "0.0092594, 0.0102601, 0.0130868, 0.0210885, 0.0427703, 0.1021709, 0.2627253", \
					  "0.0102395, 0.0099505, 0.0128143, 0.0206803, 0.0427847, 0.1016313, 0.2636397");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0071301, 0.0061528, 0.0034089, -0.0043767, -0.0260248, -0.0856102, -0.2490023", \
					  "0.0067481, 0.0057965, 0.0031647, -0.0045167, -0.0260183, -0.0855275, -0.2488802", \
					  "0.0062184, 0.0052843, 0.0026560, -0.0048175, -0.0261242, -0.0854745, -0.2487637", \
					  "0.0055592, 0.0045569, 0.0019331, -0.0054731, -0.0265057, -0.0856521, -0.2488197", \
					  "0.0051542, 0.0041305, 0.0014411, -0.0061035, -0.0271124, -0.0860431, -0.2489324", \
					  "0.0051907, 0.0041510, 0.0012978, -0.0064622, -0.0277804, -0.0868980, -0.2494626", \
					  "0.0053156, 0.0041453, 0.0011627, -0.0067960, -0.0283241, -0.0873204, -0.2502827");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0213240, 0.0224225, 0.0254186, 0.0334268, 0.0551745, 0.1142623, 0.2754712", \
					  "0.0206501, 0.0217645, 0.0248168, 0.0329297, 0.0548190, 0.1139920, 0.2756226", \
					  "0.0199805, 0.0211064, 0.0242164, 0.0322787, 0.0541509, 0.1136813, 0.2753641", \
					  "0.0196385, 0.0207280, 0.0237302, 0.0318272, 0.0538337, 0.1129778, 0.2748468", \
					  "0.0193236, 0.0204015, 0.0233382, 0.0313621, 0.0530933, 0.1124752, 0.2745606", \
					  "0.0199184, 0.0209734, 0.0237862, 0.0319693, 0.0535213, 0.1126327, 0.2742346", \
					  "0.0195382, 0.0206014, 0.0234205, 0.0314019, 0.0536242, 0.1122789, 0.2747165");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0089534, 0.0079290, 0.0051414, -0.0026949, -0.0243539, -0.0839703, -0.2473699", \
					  "0.0086554, 0.0076729, 0.0049617, -0.0027594, -0.0243267, -0.0838451, -0.2472198", \
					  "0.0081304, 0.0071767, 0.0045352, -0.0030256, -0.0244162, -0.0838108, -0.2471213", \
					  "0.0074667, 0.0065138, 0.0038311, -0.0036196, -0.0247605, -0.0839403, -0.2471279", \
					  "0.0073645, 0.0063620, 0.0036205, -0.0039760, -0.0253880, -0.0843053, -0.2472010", \
					  "0.0070369, 0.0059623, 0.0031113, -0.0045365, -0.0258581, -0.0849876, -0.2476217", \
					  "0.0070984, 0.0060457, 0.0032055, -0.0047164, -0.0262752, -0.0854105, -0.2482716");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0231113, 0.0242806, 0.0274339, 0.0358462, 0.0573452, 0.1163499, 0.2775537", \
					  "0.0225812, 0.0237942, 0.0269712, 0.0351721, 0.0572509, 0.1170829, 0.2784519", \
					  "0.0219593, 0.0231613, 0.0261901, 0.0346065, 0.0568004, 0.1165759, 0.2790055", \
					  "0.0214430, 0.0225085, 0.0255355, 0.0337960, 0.0560978, 0.1167165, 0.2781405", \
					  "0.0210192, 0.0221294, 0.0250655, 0.0331046, 0.0550368, 0.1150507, 0.2779279", \
					  "0.0209498, 0.0220607, 0.0249226, 0.0329114, 0.0546941, 0.1140200, 0.2776856", \
					  "0.0198849, 0.0208881, 0.0240369, 0.0325098, 0.0543825, 0.1134546, 0.2763737");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001369911, 0.003753311, 0.0102834, 0.02817469, 0.07719362, 0.2114967");
					values("0.0154525, 0.0144304, 0.0115319, 0.0037164, -0.0177836, -0.0769954, -0.2399254", \
					  "0.0152466, 0.0142267, 0.0113506, 0.0035192, -0.0179531, -0.0771655, -0.2400978", \
					  "0.0148722, 0.0138300, 0.0109922, 0.0032223, -0.0181892, -0.0773623, -0.2403036", \
					  "0.0143679, 0.0133738, 0.0105369, 0.0029103, -0.0185352, -0.0776590, -0.2405339", \
					  "0.0139099, 0.0128784, 0.0100354, 0.0023426, -0.0188588, -0.0778658, -0.2406283", \
					  "0.0137499, 0.0127068, 0.0097306, 0.0018566, -0.0196908, -0.0785375, -0.2410913", \
					  "0.0141773, 0.0131115, 0.0102373, 0.0022960, -0.0192537, -0.0788458, -0.2416770");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
					values("0.0982857, 0.1028726, 0.1150132, 0.1470182, 0.2313414, 0.4598023, 1.0837352", \
					  "0.1029357, 0.1075217, 0.1203812, 0.1527351, 0.2385381, 0.4684565, 1.0940117", \
					  "0.1177347, 0.1222430, 0.1345895, 0.1671714, 0.2533165, 0.4846450, 1.1109667", \
					  "0.1539266, 0.1587770, 0.1707031, 0.2027356, 0.2891467, 0.5221749, 1.1473628", \
					  "0.2381689, 0.2427265, 0.2546931, 0.2864080, 0.3717990, 0.6044630, 1.2295370", \
					  "0.3989595, 0.4059187, 0.4234374, 0.4658351, 0.5606968, 0.7915522, 1.4239934", \
					  "0.6963382, 0.7071700, 0.7365447, 0.8055679, 0.9487091, 1.2260589, 1.8617220");
				}
				rise_transition ("del_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("0.0560837, 0.0613943, 0.0759731, 0.1163056, 0.2264044, 0.5262579, 1.3509125", \
					  "0.0562257, 0.0615400, 0.0759418, 0.1162559, 0.2268979, 0.5292712, 1.3463984", \
					  "0.0562735, 0.0616147, 0.0763166, 0.1163069, 0.2264162, 0.5288479, 1.3542412", \
					  "0.0564943, 0.0619103, 0.0759713, 0.1161076, 0.2267239, 0.5355418, 1.3469240", \
					  "0.0611925, 0.0659226, 0.0794446, 0.1174363, 0.2262959, 0.5287204, 1.3491239", \
					  "0.0927708, 0.0979247, 0.1120844, 0.1477721, 0.2409583, 0.5269723, 1.3531670", \
					  "0.1631162, 0.1710063, 0.1900339, 0.2346964, 0.3355604, 0.5802155, 1.3520024");
				}
				cell_fall ("del_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("0.0334974, 0.0356679, 0.0412295, 0.0557056, 0.0919761, 0.1862911, 0.4396637", \
					  "0.0373642, 0.0395314, 0.0451952, 0.0594776, 0.0958958, 0.1902400, 0.4436135", \
					  "0.0474502, 0.0493884, 0.0547183, 0.0688417, 0.1050931, 0.1997825, 0.4536198", \
					  "0.0678646, 0.0704174, 0.0769404, 0.0928178, 0.1279871, 0.2225596, 0.4762589", \
					  "0.0907585, 0.0942331, 0.1049060, 0.1277509, 0.1750688, 0.2738757, 0.5277608", \
					  "0.1089213, 0.1146735, 0.1280837, 0.1615667, 0.2386212, 0.3811538, 0.6474449", \
					  "0.0885736, 0.0976288, 0.1208141, 0.1757893, 0.2895416, 0.5066815, 0.8988744");
				}
				fall_transition ("del_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("0.0375810, 0.0399208, 0.0460792, 0.0631040, 0.1097476, 0.2380665, 0.5922709", \
					  "0.0366006, 0.0390914, 0.0455326, 0.0628022, 0.1095556, 0.2378550, 0.5922604", \
					  "0.0363613, 0.0384325, 0.0444488, 0.0615610, 0.1092633, 0.2381973, 0.5937583", \
					  "0.0444899, 0.0469897, 0.0533732, 0.0685685, 0.1110912, 0.2381700, 0.5921464", \
					  "0.0638440, 0.0672319, 0.0746615, 0.0932637, 0.1376821, 0.2473000, 0.5928186", \
					  "0.1015216, 0.1061970, 0.1199499, 0.1455114, 0.2008287, 0.3182080, 0.6157461", \
					  "0.1720069, 0.1794291, 0.1980481, 0.2405998, 0.3249052, 0.4802257, 0.7807844");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
					values("0.1359179, 0.1406608, 0.1534186, 0.1874280, 0.2792349, 0.5287278, 1.2096275", \
					  "0.1405278, 0.1452939, 0.1581412, 0.1928400, 0.2853185, 0.5351099, 1.2161442", \
					  "0.1542285, 0.1593244, 0.1722189, 0.2070290, 0.3001805, 0.5506344, 1.2317067", \
					  "0.1903174, 0.1951073, 0.2077975, 0.2428531, 0.3359712, 0.5870069, 1.2695855", \
					  "0.2736945, 0.2784640, 0.2911190, 0.3251545, 0.4181158, 0.6694453, 1.3531237", \
					  "0.4472488, 0.4525546, 0.4683766, 0.5091489, 0.6048920, 0.8554350, 1.5388762", \
					  "0.7736342, 0.7835181, 0.8070399, 0.8679289, 1.0039594, 1.2875221, 1.9709463");
				}
				rise_transition ("del_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("0.0848946, 0.0904582, 0.1064823, 0.1502526, 0.2708324, 0.5979318, 1.4937704", \
					  "0.0847688, 0.0905018, 0.1067416, 0.1504307, 0.2703875, 0.5983301, 1.4942706", \
					  "0.0848841, 0.0906467, 0.1063231, 0.1505147, 0.2706683, 0.5982390, 1.4982987", \
					  "0.0849447, 0.0903372, 0.1065222, 0.1503686, 0.2706020, 0.5984155, 1.4942391", \
					  "0.0861602, 0.0917368, 0.1072375, 0.1506468, 0.2705832, 0.5986189, 1.4941455", \
					  "0.1141343, 0.1196473, 0.1339006, 0.1717583, 0.2798199, 0.5985589, 1.4932383", \
					  "0.1869877, 0.1938928, 0.2127272, 0.2572203, 0.3645352, 0.6406414, 1.4933154");
				}
				cell_fall ("del_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("0.0424063, 0.0445016, 0.0501237, 0.0643714, 0.1006378, 0.1952789, 0.4484381", \
					  "0.0467266, 0.0488990, 0.0543910, 0.0686190, 0.1049793, 0.1991871, 0.4536286", \
					  "0.0565805, 0.0585909, 0.0640344, 0.0782257, 0.1144795, 0.2089905, 0.4627261", \
					  "0.0757770, 0.0782374, 0.0845606, 0.0997934, 0.1361270, 0.2310735, 0.4852329", \
					  "0.1036962, 0.1070070, 0.1155264, 0.1361347, 0.1813480, 0.2808582, 0.5353458", \
					  "0.1316246, 0.1367427, 0.1501320, 0.1813382, 0.2486448, 0.3799897, 0.6515307", \
					  "0.1320593, 0.1402921, 0.1611635, 0.2110556, 0.3176670, 0.5197548, 0.8821726");
				}
				fall_transition ("del_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("0.0366833, 0.0390171, 0.0453547, 0.0625385, 0.1094556, 0.2380034, 0.5920053", \
					  "0.0365750, 0.0388412, 0.0452376, 0.0624880, 0.1094053, 0.2383436, 0.5931929", \
					  "0.0365758, 0.0387989, 0.0449038, 0.0620529, 0.1092198, 0.2382566, 0.5920616", \
					  "0.0427961, 0.0452504, 0.0507334, 0.0660271, 0.1101489, 0.2381372, 0.5920532", \
					  "0.0593100, 0.0617641, 0.0690834, 0.0855351, 0.1279401, 0.2435077, 0.5925524", \
					  "0.0943959, 0.0978955, 0.1067901, 0.1289504, 0.1787700, 0.2923763, 0.6076313", \
					  "0.1586997, 0.1641453, 0.1782894, 0.2123933, 0.2825084, 0.4183504, 0.7221458");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
					values("0.1431693, 0.1474863, 0.1590087, 0.1920726, 0.2788780, 0.5134399, 1.1524434", \
					  "0.1492714, 0.1537288, 0.1657154, 0.1981569, 0.2853016, 0.5201886, 1.1588375", \
					  "0.1638463, 0.1683777, 0.1805907, 0.2132459, 0.3004429, 0.5353986, 1.1745752", \
					  "0.2005910, 0.2051344, 0.2163602, 0.2495936, 0.3372612, 0.5725341, 1.2116416", \
					  "0.2803665, 0.2848770, 0.2971035, 0.3295429, 0.4169998, 0.6520774, 1.2913827", \
					  "0.4489719, 0.4543304, 0.4686664, 0.5050132, 0.5961298, 0.8313481, 1.4713033", \
					  "0.7672069, 0.7754083, 0.7968978, 0.8503468, 0.9717177, 1.2416225, 1.8848814");
				}
				rise_transition ("del_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("0.0974331, 0.1030296, 0.1180655, 0.1597143, 0.2724579, 0.5806184, 1.4270427", \
					  "0.0978728, 0.1033659, 0.1183002, 0.1595103, 0.2724927, 0.5815950, 1.4267175", \
					  "0.0977378, 0.1032444, 0.1183200, 0.1592716, 0.2724159, 0.5809351, 1.4270188", \
					  "0.0975665, 0.1030677, 0.1181136, 0.1595135, 0.2725913, 0.5816828, 1.4262542", \
					  "0.0990868, 0.1042907, 0.1187418, 0.1596034, 0.2726770, 0.5812706, 1.4262886", \
					  "0.1251342, 0.1303534, 0.1435208, 0.1799814, 0.2831630, 0.5819289, 1.4273009", \
					  "0.1952479, 0.2014087, 0.2185792, 0.2616830, 0.3643955, 0.6271118, 1.4273542");
				}
				cell_fall ("del_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("0.0457263, 0.0477572, 0.0533390, 0.0676030, 0.1037832, 0.1984639, 0.4516252", \
					  "0.0497045, 0.0517364, 0.0572943, 0.0715597, 0.1076951, 0.2023118, 0.4564975", \
					  "0.0574870, 0.0595298, 0.0650697, 0.0792350, 0.1153801, 0.2097672, 0.4636855", \
					  "0.0722617, 0.0746099, 0.0804579, 0.0950551, 0.1314857, 0.2259165, 0.4795064", \
					  "0.0964232, 0.0992420, 0.1065048, 0.1237332, 0.1645310, 0.2619041, 0.5163612", \
					  "0.1242266, 0.1282796, 0.1390561, 0.1640931, 0.2193405, 0.3345544, 0.5987774", \
					  "0.1316195, 0.1380412, 0.1550612, 0.1959898, 0.2822550, 0.4480057, 0.7665370");
				}
				fall_transition ("del_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("0.0366570, 0.0389411, 0.0453150, 0.0625587, 0.1093275, 0.2380954, 0.5923436", \
					  "0.0365009, 0.0388255, 0.0452037, 0.0624743, 0.1094362, 0.2382841, 0.5922547", \
					  "0.0365800, 0.0387685, 0.0449646, 0.0622760, 0.1093840, 0.2381920, 0.5918908", \
					  "0.0397621, 0.0421477, 0.0480421, 0.0642667, 0.1100676, 0.2382611, 0.5921877", \
					  "0.0513484, 0.0536517, 0.0597467, 0.0754829, 0.1195224, 0.2416006, 0.5928645", \
					  "0.0804766, 0.0831672, 0.0906404, 0.1084496, 0.1534683, 0.2707860, 0.6012099", \
					  "0.1396703, 0.1434211, 0.1535511, 0.1795886, 0.2351214, 0.3596100, 0.6723590");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
					values("0.0470021, 0.0510316, 0.0619388, 0.0900651, 0.1639454, 0.3626967, 0.9028446", \
					  "0.0510387, 0.0550201, 0.0658316, 0.0942080, 0.1685205, 0.3686924, 0.9094799", \
					  "0.0648137, 0.0685062, 0.0786207, 0.1065998, 0.1804628, 0.3817343, 0.9226361", \
					  "0.0999652, 0.1037546, 0.1132303, 0.1393825, 0.2149791, 0.4128506, 0.9546610", \
					  "0.1674061, 0.1722882, 0.1882226, 0.2220661, 0.2953517, 0.4929355, 1.0387818", \
					  "0.2874376, 0.2975640, 0.3228925, 0.3786751, 0.4840497, 0.6834898, 1.2216527", \
					  "0.5075160, 0.5255840, 0.5675090, 0.6566189, 0.8269682, 1.1185515, 1.6618944");
				}
				rise_transition ("del_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("0.0404257, 0.0455227, 0.0586714, 0.0950531, 0.1951418, 0.4632455, 1.2073872", \
					  "0.0402948, 0.0451661, 0.0585662, 0.0944671, 0.1937255, 0.4672766, 1.2057439", \
					  "0.0399887, 0.0452439, 0.0586576, 0.0948989, 0.1931065, 0.4672600, 1.2079102", \
					  "0.0471943, 0.0508340, 0.0621268, 0.0949871, 0.1955141, 0.4650667, 1.2059196", \
					  "0.0756452, 0.0809160, 0.0913883, 0.1143418, 0.1985074, 0.4690531, 1.2225333", \
					  "0.1303507, 0.1362114, 0.1513029, 0.1837697, 0.2523617, 0.4758383, 1.2124032", \
					  "0.2339258, 0.2414035, 0.2635148, 0.3145365, 0.4106721, 0.5965302, 1.2328671");
				}
				cell_fall ("del_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("0.0184059, 0.0196151, 0.0228756, 0.0313228, 0.0540936, 0.1158362, 0.2848735", \
					  "0.0224294, 0.0236495, 0.0269961, 0.0356060, 0.0584164, 0.1204350, 0.2893382", \
					  "0.0300568, 0.0318200, 0.0361410, 0.0458410, 0.0687102, 0.1306348, 0.2994366", \
					  "0.0378101, 0.0408943, 0.0476179, 0.0624638, 0.0921685, 0.1546794, 0.3242430", \
					  "0.0425445, 0.0467120, 0.0572779, 0.0804891, 0.1259913, 0.2091647, 0.3783701", \
					  "0.0288874, 0.0360080, 0.0533457, 0.0904974, 0.1614629, 0.2895196, 0.5060451", \
					  "-0.0433306, -0.0305554, -0.0022929, 0.0599439, 0.1772141, 0.3750381, 0.7068052");
				}
				fall_transition ("del_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("0.0133176, 0.0148426, 0.0189646, 0.0303136, 0.0611353, 0.1456220, 0.3762603", \
					  "0.0137205, 0.0151126, 0.0189783, 0.0302183, 0.0612717, 0.1455502, 0.3764055", \
					  "0.0190614, 0.0205260, 0.0239781, 0.0328475, 0.0615085, 0.1467031, 0.3764490", \
					  "0.0296513, 0.0312240, 0.0358425, 0.0466292, 0.0709774, 0.1465376, 0.3776577", \
					  "0.0504920, 0.0528493, 0.0594298, 0.0748064, 0.1051578, 0.1715667, 0.3784112", \
					  "0.0906446, 0.0946686, 0.1045957, 0.1264525, 0.1707535, 0.2548136, 0.4306763", \
					  "0.1641526, 0.1715501, 0.1862067, 0.2198495, 0.2854171, 0.4064870, 0.6315942");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136991, 0.00375331, 0.0102834, 0.0281747, 0.0771936, 0.211497");
					values("0.0705056, 0.0740965, 0.0843220, 0.1117622, 0.1852358, 0.3842140, 0.9271880", \
					  "0.0745985, 0.0783800, 0.0888658, 0.1164053, 0.1902717, 0.3896733, 0.9327324", \
					  "0.0874172, 0.0911735, 0.1019493, 0.1290811, 0.2026655, 0.4026494, 0.9464420", \
					  "0.1219543, 0.1256056, 0.1353914, 0.1629027, 0.2360845, 0.4350028, 0.9791721", \
					  "0.1980016, 0.2026345, 0.2144997, 0.2434181, 0.3156621, 0.5152258, 1.0594605", \
					  "0.3322535, 0.3396130, 0.3591106, 0.4053533, 0.4996500, 0.6978415, 1.2391843", \
					  "0.5743521, 0.5860227, 0.6153996, 0.6900838, 0.8446500, 1.1242820, 1.6698460");
				}
				rise_transition ("del_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("0.0586863, 0.0635273, 0.0768498, 0.1134192, 0.2129161, 0.4845904, 1.2310786", \
					  "0.0587363, 0.0635108, 0.0769823, 0.1134195, 0.2137217, 0.4849092, 1.2281237", \
					  "0.0585001, 0.0634326, 0.0768118, 0.1134733, 0.2129754, 0.4846548, 1.2289638", \
					  "0.0600374, 0.0645690, 0.0772164, 0.1132062, 0.2129326, 0.4853114, 1.2285660", \
					  "0.0847758, 0.0886019, 0.0979747, 0.1259893, 0.2152329, 0.4854286, 1.2293068", \
					  "0.1399449, 0.1455397, 0.1598466, 0.1941838, 0.2641844, 0.4949821, 1.2290720", \
					  "0.2417255, 0.2516694, 0.2732678, 0.3240710, 0.4248364, 0.6152806, 1.2447935");
				}
				cell_fall ("del_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("0.0232766, 0.0244650, 0.0276664, 0.0360514, 0.0588106, 0.1204833, 0.2893166", \
					  "0.0274607, 0.0287349, 0.0319576, 0.0404737, 0.0633253, 0.1254075, 0.2975874", \
					  "0.0352305, 0.0367690, 0.0405718, 0.0497736, 0.0728024, 0.1350740, 0.3037774", \
					  "0.0457101, 0.0478946, 0.0533436, 0.0659526, 0.0933121, 0.1566032, 0.3256227", \
					  "0.0557848, 0.0592142, 0.0678343, 0.0873253, 0.1266302, 0.2032277, 0.3762944", \
					  "0.0549316, 0.0599410, 0.0740764, 0.1058956, 0.1682809, 0.2801008, 0.4867481", \
					  "0.0049847, 0.0145152, 0.0393681, 0.0937243, 0.1973444, 0.3751547, 0.6714797");
				}
				fall_transition ("del_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("0.0134025, 0.0148763, 0.0189787, 0.0302002, 0.0613250, 0.1455919, 0.3761037", \
					  "0.0134706, 0.0149466, 0.0190408, 0.0302670, 0.0611089, 0.1463117, 0.3772070", \
					  "0.0165876, 0.0178925, 0.0214450, 0.0314585, 0.0612946, 0.1458374, 0.3767931", \
					  "0.0247334, 0.0262375, 0.0300707, 0.0401619, 0.0666155, 0.1468597, 0.3773332", \
					  "0.0419222, 0.0438628, 0.0489206, 0.0611470, 0.0892009, 0.1602293, 0.3789991", \
					  "0.0753711, 0.0782156, 0.0852857, 0.1020046, 0.1385629, 0.2160160, 0.4101069", \
					  "0.1425850, 0.1466601, 0.1572468, 0.1810154, 0.2326330, 0.3332780, 0.5387743");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007473;
			capacitance : 0.007693;
			rise_capacitance : 0.007912;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0085944, -0.0085986, -0.0086084, -0.0085859, -0.0085337, -0.0084134, -0.0081361");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121659, 0.0121726, 0.0121879, 0.0121947, 0.0122106, 0.0122473, 0.0123318");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.007860;
			capacitance : 0.007598;
			fall_capacitance : 0.007334;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0101916, -0.0101907, -0.0101889, -0.0101886, -0.0101879, -0.0101862, -0.0101826");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0113109, 0.0113262, 0.0113616, 0.0114038, 0.0115009, 0.0117248, 0.0122409");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007418;
			capacitance : 0.007841;
			rise_capacitance : 0.008264;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102420, -0.0102421, -0.0102426, -0.0102443, -0.0102482, -0.0102571, -0.0102777");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103072, 0.0103010, 0.0102868, 0.0102853, 0.0102818, 0.0102740, 0.0102561");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007472;
			capacitance : 0.007826;
			rise_capacitance : 0.008181;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087195, -0.0087272, -0.0087452, -0.0087224, -0.0086700, -0.0085492, -0.0082705");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0120635, 0.0120600, 0.0120519, 0.0120499, 0.0120454, 0.0120352, 0.0120117");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007506;
			capacitance : 0.008024;
			rise_capacitance : 0.008542;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104267, -0.0104285, -0.0104328, -0.0104319, -0.0104298, -0.0104251, -0.0104141");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104585, 0.0104539, 0.0104434, 0.0104445, 0.0104471, 0.0104530, 0.0104669");
				}
			}
		}
	}
	cell ("scs8hd_a41o_1") {
		area : 10.009600;
		cell_footprint : "a41o";
		cell_leakage_power : 6.081451e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003747";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004176";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0076681";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "7.9503312e-05";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004004";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004004";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004004";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004006";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004006";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004008";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004009";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004157";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004046";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004047";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004048";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004147";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0004087";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003747";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004171";
			when : "A1&A2&!A3&A4&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3&A4) | (B1)";
			max_capacitance : 0.149241;
			max_transition : 1.512232;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0093189, 0.0104000, 0.0130727, 0.0197182, 0.0364625, 0.0797212, 0.1906917", \
					  "0.0092718, 0.0103482, 0.0130183, 0.0196502, 0.0366113, 0.0796965, 0.1905494", \
					  "0.0091840, 0.0102598, 0.0129248, 0.0195693, 0.0365187, 0.0796129, 0.1905012", \
					  "0.0090016, 0.0100762, 0.0127380, 0.0193558, 0.0361914, 0.0790706, 0.1892615", \
					  "0.0089532, 0.0099321, 0.0126061, 0.0190587, 0.0360110, 0.0791754, 0.1901564", \
					  "0.0090936, 0.0101419, 0.0126512, 0.0190804, 0.0357977, 0.0784887, 0.1890932", \
					  "0.0091554, 0.0101174, 0.0126084, 0.0191139, 0.0358520, 0.0788008, 0.1884216");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0074848, 0.0068150, 0.0050090, -0.0004938, -0.0166067, -0.0595363, -0.1708698", \
					  "0.0073614, 0.0067084, 0.0048804, -0.0006383, -0.0167169, -0.0596525, -0.1709726", \
					  "0.0071617, 0.0064968, 0.0046833, -0.0008369, -0.0169272, -0.0598483, -0.1711831", \
					  "0.0070094, 0.0063553, 0.0045332, -0.0009959, -0.0170815, -0.0599948, -0.1713257", \
					  "0.0068523, 0.0062127, 0.0043665, -0.0011666, -0.0172443, -0.0601369, -0.1714573", \
					  "0.0063801, 0.0057300, 0.0039568, -0.0013300, -0.0173404, -0.0601951, -0.1714931", \
					  "0.0085294, 0.0076099, 0.0052030, -0.0011879, -0.0176422, -0.0602860, -0.1715537");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0094812, 0.0105725, 0.0132446, 0.0198935, 0.0367185, 0.0794765, 0.1908926", \
					  "0.0094530, 0.0105289, 0.0131929, 0.0198166, 0.0367889, 0.0795371, 0.1900342", \
					  "0.0093879, 0.0104605, 0.0131323, 0.0197726, 0.0365964, 0.0793589, 0.1907804", \
					  "0.0093058, 0.0103660, 0.0130264, 0.0196231, 0.0364462, 0.0793498, 0.1896602", \
					  "0.0091788, 0.0102135, 0.0128791, 0.0194050, 0.0361465, 0.0795192, 0.1904973", \
					  "0.0093586, 0.0103722, 0.0129075, 0.0192902, 0.0360822, 0.0787157, 0.1893604", \
					  "0.0095661, 0.0105218, 0.0129938, 0.0195101, 0.0361761, 0.0792028, 0.1887318");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0092286, 0.0085816, 0.0067578, 0.0012942, -0.0146650, -0.0575075, -0.1687700", \
					  "0.0091410, 0.0084759, 0.0066429, 0.0011960, -0.0147485, -0.0575787, -0.1688217", \
					  "0.0089939, 0.0083023, 0.0064876, 0.0010213, -0.0149389, -0.0577745, -0.1690361", \
					  "0.0087935, 0.0081410, 0.0063207, 0.0008344, -0.0151123, -0.0579453, -0.1692098", \
					  "0.0086406, 0.0079766, 0.0061333, 0.0006650, -0.0152909, -0.0581125, -0.1693718", \
					  "0.0083217, 0.0077397, 0.0059962, 0.0004838, -0.0154381, -0.0582347, -0.1694750", \
					  "0.0102837, 0.0093371, 0.0068962, 0.0005723, -0.0159459, -0.0584983, -0.1696969");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0095299, 0.0106024, 0.0132771, 0.0199212, 0.0368391, 0.0799427, 0.1908774", \
					  "0.0094756, 0.0105473, 0.0132143, 0.0198361, 0.0368198, 0.0798964, 0.1900456", \
					  "0.0094094, 0.0104673, 0.0131490, 0.0197917, 0.0365352, 0.0798368, 0.1907878", \
					  "0.0093029, 0.0103798, 0.0130195, 0.0196485, 0.0365924, 0.0797037, 0.1897738", \
					  "0.0092176, 0.0102686, 0.0129446, 0.0195026, 0.0362916, 0.0790815, 0.1905311", \
					  "0.0094017, 0.0104059, 0.0129561, 0.0192801, 0.0360848, 0.0787599, 0.1894463", \
					  "0.0094297, 0.0103900, 0.0129910, 0.0194288, 0.0361507, 0.0791527, 0.1884272");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0112023, 0.0105474, 0.0087450, 0.0033671, -0.0125291, -0.0552698, -0.1665061", \
					  "0.0111240, 0.0104662, 0.0086864, 0.0032435, -0.0126146, -0.0553699, -0.1665831", \
					  "0.0109791, 0.0103194, 0.0085440, 0.0031054, -0.0127627, -0.0555138, -0.1667188", \
					  "0.0108732, 0.0102122, 0.0083806, 0.0029840, -0.0128805, -0.0556295, -0.1668393", \
					  "0.0107372, 0.0100683, 0.0082401, 0.0028334, -0.0130348, -0.0557706, -0.1669674", \
					  "0.0106480, 0.0099830, 0.0081380, 0.0027375, -0.0131133, -0.0558327, -0.1670089", \
					  "0.0126998, 0.0117485, 0.0093388, 0.0029714, -0.0135441, -0.0559708, -0.1670922");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0095303, 0.0106024, 0.0132674, 0.0198904, 0.0368706, 0.0799729, 0.1901281", \
					  "0.0094813, 0.0105574, 0.0132262, 0.0198782, 0.0368337, 0.0795789, 0.1900419", \
					  "0.0093909, 0.0104627, 0.0131280, 0.0197533, 0.0367349, 0.0798381, 0.1906777", \
					  "0.0092741, 0.0103509, 0.0130125, 0.0196183, 0.0365957, 0.0793923, 0.1897972", \
					  "0.0091890, 0.0102424, 0.0129180, 0.0194612, 0.0364121, 0.0795638, 0.1904044", \
					  "0.0093711, 0.0103835, 0.0129407, 0.0193461, 0.0360857, 0.0788400, 0.1892015", \
					  "0.0094338, 0.0103734, 0.0128437, 0.0194574, 0.0361623, 0.0790587, 0.1887310");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0127029, 0.0120306, 0.0102457, 0.0048710, -0.0109462, -0.0536143, -0.1647536", \
					  "0.0125846, 0.0119299, 0.0101987, 0.0047731, -0.0110075, -0.0536714, -0.1648097", \
					  "0.0125810, 0.0119152, 0.0101774, 0.0047470, -0.0110689, -0.0537335, -0.1648827", \
					  "0.0124733, 0.0118334, 0.0100835, 0.0046620, -0.0111678, -0.0538315, -0.1649685", \
					  "0.0123697, 0.0117050, 0.0099212, 0.0045424, -0.0112569, -0.0539193, -0.1650509", \
					  "0.0123637, 0.0117184, 0.0098823, 0.0044624, -0.0113423, -0.0539928, -0.1651000", \
					  "0.0145376, 0.0135992, 0.0111570, 0.0048299, -0.0116787, -0.0541329, -0.1651841");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0060546, 0.0070445, 0.0095173, 0.0158665, 0.0321990, 0.0748125, 0.1844823", \
					  "0.0059447, 0.0069355, 0.0094245, 0.0156861, 0.0323287, 0.0748233, 0.1845509", \
					  "0.0057386, 0.0067328, 0.0092351, 0.0156483, 0.0319090, 0.0747738, 0.1851706", \
					  "0.0055368, 0.0065066, 0.0090085, 0.0154296, 0.0321040, 0.0743540, 0.1836774", \
					  "0.0054325, 0.0064386, 0.0088541, 0.0152981, 0.0316191, 0.0744297, 0.1847630", \
					  "0.0055184, 0.0065022, 0.0089844, 0.0154612, 0.0319092, 0.0739291, 0.1834991", \
					  "0.0056918, 0.0065893, 0.0091094, 0.0155532, 0.0323401, 0.0749196, 0.1841076");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0074814, 0.0068071, 0.0049663, -0.0008466, -0.0172650, -0.0602653, -0.1715880", \
					  "0.0072586, 0.0066137, 0.0047730, -0.0010474, -0.0174591, -0.0604707, -0.1718277", \
					  "0.0070956, 0.0064343, 0.0045818, -0.0012406, -0.0176377, -0.0606515, -0.1719758", \
					  "0.0070759, 0.0063992, 0.0044641, -0.0013685, -0.0177432, -0.0607296, -0.1720485", \
					  "0.0067715, 0.0060705, 0.0041776, -0.0016185, -0.0179575, -0.0609035, -0.1721815", \
					  "0.0076753, 0.0067516, 0.0043558, -0.0019598, -0.0181173, -0.0609920, -0.1722473", \
					  "0.0079751, 0.0070491, 0.0046572, -0.0016742, -0.0181897, -0.0611093, -0.1721244");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0848720, 0.0928332, 0.1105363, 0.1508467, 0.2494722, 0.5009557, 1.1448629", \
					  "0.0886207, 0.0965957, 0.1143019, 0.1544646, 0.2533448, 0.5037993, 1.1486326", \
					  "0.0976170, 0.1055800, 0.1232870, 0.1634688, 0.2622927, 0.5127616, 1.1577852", \
					  "0.1183786, 0.1263162, 0.1439433, 0.1841019, 0.2824242, 0.5332239, 1.1793909", \
					  "0.1517950, 0.1597336, 0.1774805, 0.2175839, 0.3162574, 0.5681730, 1.2149047", \
					  "0.1880114, 0.1968984, 0.2152473, 0.2556812, 0.3539253, 0.6055698, 1.2515454", \
					  "0.2044195, 0.2159742, 0.2377391, 0.2809530, 0.3785613, 0.6304312, 1.2751221");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0257837, 0.0334000, 0.0526590, 0.1030360, 0.2379432, 0.5901686, 1.5008246", \
					  "0.0258190, 0.0333831, 0.0525224, 0.1029426, 0.2381072, 0.5890887, 1.4993169", \
					  "0.0257889, 0.0333076, 0.0525505, 0.1028387, 0.2379851, 0.5899048, 1.4959003", \
					  "0.0261292, 0.0336941, 0.0527121, 0.1027381, 0.2376659, 0.5914633, 1.5026789", \
					  "0.0269467, 0.0344635, 0.0536885, 0.1040452, 0.2381604, 0.5894056, 1.5016843", \
					  "0.0331508, 0.0399138, 0.0567430, 0.1051976, 0.2394514, 0.5887889, 1.5047898", \
					  "0.0464898, 0.0534679, 0.0698739, 0.1113787, 0.2401835, 0.5935615, 1.4961222");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1502219, 0.1561683, 0.1683268, 0.1917607, 0.2383977, 0.3416181, 0.5968842", \
					  "0.1558457, 0.1618217, 0.1739048, 0.1971032, 0.2440143, 0.3472485, 0.6030563", \
					  "0.1696864, 0.1755435, 0.1875900, 0.2107546, 0.2575886, 0.3607311, 0.6164694", \
					  "0.2052811, 0.2112033, 0.2232078, 0.2466923, 0.2932872, 0.3964034, 0.6522601", \
					  "0.2857967, 0.2916959, 0.3037384, 0.3271415, 0.3740243, 0.4772671, 0.7328753", \
					  "0.4507683, 0.4574172, 0.4703173, 0.4956299, 0.5446478, 0.6487114, 0.9047244", \
					  "0.7554959, 0.7639874, 0.7805417, 0.8106188, 0.8665375, 0.9761665, 1.2344794");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0226574, 0.0265579, 0.0353221, 0.0559153, 0.1037016, 0.2277689, 0.5607549", \
					  "0.0225067, 0.0265239, 0.0352081, 0.0562085, 0.1040173, 0.2280891, 0.5624126", \
					  "0.0224835, 0.0264316, 0.0352228, 0.0561402, 0.1040467, 0.2281174, 0.5597472", \
					  "0.0225201, 0.0264810, 0.0352098, 0.0555880, 0.1041904, 0.2281940, 0.5597242", \
					  "0.0226158, 0.0266295, 0.0355648, 0.0560430, 0.1035810, 0.2268672, 0.5660097", \
					  "0.0272427, 0.0314058, 0.0406126, 0.0611430, 0.1077669, 0.2295228, 0.5640808", \
					  "0.0384320, 0.0431121, 0.0538568, 0.0744661, 0.1225107, 0.2393880, 0.5640004");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0924506, 0.1004460, 0.1181641, 0.1584681, 0.2569630, 0.5079628, 1.1545749", \
					  "0.0965831, 0.1045671, 0.1222677, 0.1625690, 0.2611602, 0.5117590, 1.1554880", \
					  "0.1062509, 0.1141280, 0.1318353, 0.1720981, 0.2705411, 0.5216488, 1.1682985", \
					  "0.1278638, 0.1357134, 0.1532851, 0.1933968, 0.2917441, 0.5422386, 1.1879049", \
					  "0.1649734, 0.1731148, 0.1910520, 0.2315959, 0.3303589, 0.5810110, 1.2264033", \
					  "0.2128692, 0.2220142, 0.2407787, 0.2816340, 0.3804076, 0.6314392, 1.2775182", \
					  "0.2479111, 0.2597846, 0.2825374, 0.3260877, 0.4244568, 0.6754033, 1.3204712");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0259236, 0.0334772, 0.0526915, 0.1030322, 0.2377770, 0.5906162, 1.4981815", \
					  "0.0258380, 0.0334450, 0.0525219, 0.1027888, 0.2379106, 0.5893628, 1.5046332", \
					  "0.0257026, 0.0333967, 0.0526462, 0.1029841, 0.2378742, 0.5905687, 1.4973034", \
					  "0.0258155, 0.0334301, 0.0523679, 0.1026907, 0.2374007, 0.5916582, 1.5040720", \
					  "0.0276419, 0.0351909, 0.0539366, 0.1037959, 0.2378274, 0.5904170, 1.4990488", \
					  "0.0329673, 0.0399358, 0.0573384, 0.1051973, 0.2396804, 0.5883662, 1.5047706", \
					  "0.0454041, 0.0527689, 0.0699018, 0.1119310, 0.2400565, 0.5916425, 1.4969470");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1821627, 0.1884792, 0.2011846, 0.2256752, 0.2734702, 0.3779406, 0.6339641", \
					  "0.1878931, 0.1941836, 0.2066729, 0.2310552, 0.2792611, 0.3837278, 0.6400036", \
					  "0.2017510, 0.2080493, 0.2207346, 0.2451453, 0.2931716, 0.3976706, 0.6537916", \
					  "0.2373426, 0.2435833, 0.2562739, 0.2807012, 0.3287592, 0.4332505, 0.6896935", \
					  "0.3177034, 0.3239487, 0.3365933, 0.3609033, 0.4091525, 0.5136809, 0.7700996", \
					  "0.4897380, 0.4964756, 0.5098510, 0.5353260, 0.5845601, 0.6896205, 0.9460026", \
					  "0.8173994, 0.8258430, 0.8422707, 0.8718175, 0.9267895, 1.0371637, 1.2948185");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0251312, 0.0291499, 0.0379287, 0.0587420, 0.1067747, 0.2301802, 0.5666220", \
					  "0.0251274, 0.0290617, 0.0385174, 0.0590116, 0.1070474, 0.2304846, 0.5630633", \
					  "0.0251028, 0.0290655, 0.0378911, 0.0583212, 0.1064489, 0.2290457, 0.5666897", \
					  "0.0251752, 0.0290718, 0.0379360, 0.0583832, 0.1063655, 0.2297989, 0.5613963", \
					  "0.0251964, 0.0292512, 0.0380918, 0.0584554, 0.1062700, 0.2290754, 0.5609542", \
					  "0.0280841, 0.0324417, 0.0414106, 0.0612752, 0.1084743, 0.2299929, 0.5608218", \
					  "0.0387547, 0.0433985, 0.0526699, 0.0734799, 0.1204969, 0.2393233, 0.5645104");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0980333, 0.1059866, 0.1236713, 0.1638849, 0.2627018, 0.5141346, 1.1580983", \
					  "0.1021242, 0.1100699, 0.1277952, 0.1680982, 0.2667472, 0.5173738, 1.1608786", \
					  "0.1110307, 0.1189252, 0.1366512, 0.1768893, 0.2756561, 0.5260312, 1.1711515", \
					  "0.1304463, 0.1383661, 0.1558629, 0.1959685, 0.2947941, 0.5453464, 1.1901228", \
					  "0.1662672, 0.1745052, 0.1925431, 0.2329097, 0.3315719, 0.5829591, 1.2296042", \
					  "0.2154573, 0.2248237, 0.2439577, 0.2850384, 0.3837093, 0.6346065, 1.2801417", \
					  "0.2563023, 0.2682571, 0.2921378, 0.3367228, 0.4357188, 0.6865813, 1.3313493");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0257569, 0.0333985, 0.0525815, 0.1028389, 0.2374189, 0.5903547, 1.5001149", \
					  "0.0257618, 0.0334891, 0.0524756, 0.1028458, 0.2380435, 0.5879169, 1.5053937", \
					  "0.0257570, 0.0333715, 0.0525809, 0.1029398, 0.2377879, 0.5902963, 1.4990233", \
					  "0.0256923, 0.0334178, 0.0525697, 0.1027944, 0.2378791, 0.5890328, 1.5017412", \
					  "0.0276897, 0.0350488, 0.0540165, 0.1036801, 0.2381251, 0.5900657, 1.4991515", \
					  "0.0330852, 0.0403207, 0.0579298, 0.1056165, 0.2386990, 0.5876735, 1.5049220", \
					  "0.0457979, 0.0532528, 0.0710874, 0.1131545, 0.2403356, 0.5920288, 1.4968787");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2027128, 0.2092050, 0.2222154, 0.2466072, 0.2954841, 0.4005410, 0.6572651", \
					  "0.2086423, 0.2151405, 0.2281484, 0.2529918, 0.3013529, 0.4064487, 0.6633548", \
					  "0.2226349, 0.2291076, 0.2420777, 0.2669799, 0.3151829, 0.4203062, 0.6773529", \
					  "0.2587200, 0.2652092, 0.2782223, 0.3029665, 0.3511309, 0.4561695, 0.7138573", \
					  "0.3386325, 0.3451531, 0.3581282, 0.3829825, 0.4314250, 0.5364569, 0.7935081", \
					  "0.5133208, 0.5201702, 0.5337418, 0.5590347, 0.6082683, 0.7137691, 0.9705549", \
					  "0.8512122, 0.8595217, 0.8755234, 0.9047663, 0.9591522, 1.0687935, 1.3266780");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0262829, 0.0305331, 0.0392577, 0.0603176, 0.1076977, 0.2304221, 0.5673841", \
					  "0.0265056, 0.0305461, 0.0393780, 0.0600439, 0.1080476, 0.2304682, 0.5614018", \
					  "0.0262519, 0.0302652, 0.0395576, 0.0593714, 0.1081946, 0.2309628, 0.5635329", \
					  "0.0265843, 0.0305650, 0.0392467, 0.0595310, 0.1083213, 0.2310918, 0.5622355", \
					  "0.0263916, 0.0303833, 0.0392967, 0.0593972, 0.1082298, 0.2310632, 0.5621776", \
					  "0.0287319, 0.0326891, 0.0413458, 0.0617303, 0.1089668, 0.2307810, 0.5671834", \
					  "0.0377523, 0.0419446, 0.0519848, 0.0725614, 0.1202320, 0.2380499, 0.5640361");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1016099, 0.1095491, 0.1272627, 0.1675625, 0.2662398, 0.5168338, 1.1607869", \
					  "0.1060587, 0.1140255, 0.1317290, 0.1719843, 0.2707944, 0.5211704, 1.1655358", \
					  "0.1148571, 0.1227700, 0.1404804, 0.1807611, 0.2795115, 0.5300724, 1.1748541", \
					  "0.1330902, 0.1409994, 0.1586096, 0.1988046, 0.2975703, 0.5478614, 1.1923579", \
					  "0.1680572, 0.1762535, 0.1942751, 0.2345711, 0.3334290, 0.5840209, 1.2290464", \
					  "0.2208491, 0.2301226, 0.2494040, 0.2906840, 0.3893625, 0.6399936, 1.2865967", \
					  "0.2759379, 0.2879988, 0.3115590, 0.3567578, 0.4561322, 0.7078406, 1.3512654");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0257203, 0.0334866, 0.0524524, 0.1029016, 0.2381177, 0.5886691, 1.5054037", \
					  "0.0258041, 0.0333392, 0.0525424, 0.1028801, 0.2380869, 0.5892495, 1.5048185", \
					  "0.0257364, 0.0334652, 0.0525214, 0.1029511, 0.2381331, 0.5895747, 1.4988870", \
					  "0.0257852, 0.0334788, 0.0525453, 0.1029674, 0.2377288, 0.5910571, 1.5050526", \
					  "0.0273421, 0.0349087, 0.0537931, 0.1034188, 0.2380445, 0.5891709, 1.4999270", \
					  "0.0323781, 0.0398327, 0.0577847, 0.1054814, 0.2388251, 0.5886225, 1.5030076", \
					  "0.0441511, 0.0522817, 0.0703682, 0.1131293, 0.2404863, 0.5916981, 1.4967870");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2114751, 0.2180533, 0.2311530, 0.2560198, 0.3047717, 0.4098311, 0.6673723", \
					  "0.2171857, 0.2237480, 0.2368501, 0.2618464, 0.3099825, 0.4151170, 0.6727370", \
					  "0.2323385, 0.2388617, 0.2519498, 0.2768549, 0.3257302, 0.4307922, 0.6880793", \
					  "0.2670182, 0.2735681, 0.2866615, 0.3116895, 0.3604581, 0.4654772, 0.7225074", \
					  "0.3427106, 0.3492651, 0.3623145, 0.3872609, 0.4357288, 0.5407133, 0.7982158", \
					  "0.5076191, 0.5144210, 0.5279808, 0.5530321, 0.6023039, 0.7075811, 0.9650457", \
					  "0.8221643, 0.8304404, 0.8462774, 0.8751537, 0.9289254, 1.0383491, 1.2964679");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0270836, 0.0309888, 0.0396860, 0.0597710, 0.1080080, 0.2312622, 0.5627839", \
					  "0.0268254, 0.0307942, 0.0400121, 0.0595704, 0.1083124, 0.2317705, 0.5626700", \
					  "0.0272016, 0.0311636, 0.0403412, 0.0605821, 0.1079738, 0.2315823, 0.5633417", \
					  "0.0271372, 0.0311039, 0.0401394, 0.0604540, 0.1078280, 0.2313695, 0.5666941", \
					  "0.0269473, 0.0308639, 0.0397243, 0.0596651, 0.1080299, 0.2313199, 0.5637219", \
					  "0.0292270, 0.0330714, 0.0417437, 0.0614401, 0.1088018, 0.2318729, 0.5637015", \
					  "0.0377798, 0.0421696, 0.0508150, 0.0719024, 0.1188079, 0.2373573, 0.5643783");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0437611, 0.0496944, 0.0644017, 0.1013024, 0.1970212, 0.4473555, 1.0896455", \
					  "0.0483350, 0.0542813, 0.0690121, 0.1063860, 0.2021832, 0.4520949, 1.0932878", \
					  "0.0585802, 0.0645802, 0.0793338, 0.1170035, 0.2135808, 0.4638086, 1.1096014", \
					  "0.0740338, 0.0800533, 0.0951057, 0.1328297, 0.2291282, 0.4785303, 1.1220248", \
					  "0.0931982, 0.0997581, 0.1147945, 0.1526402, 0.2492360, 0.4987158, 1.1468752", \
					  "0.1071296, 0.1156331, 0.1320568, 0.1699205, 0.2663229, 0.5160954, 1.1645485", \
					  "0.0870240, 0.0986280, 0.1210946, 0.1630515, 0.2590298, 0.5066933, 1.1520050");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0181419, 0.0258603, 0.0461012, 0.0993034, 0.2360019, 0.5930070, 1.4937384", \
					  "0.0181718, 0.0259086, 0.0462483, 0.0983923, 0.2368500, 0.5941067, 1.4941700", \
					  "0.0183220, 0.0259405, 0.0461699, 0.0994741, 0.2350000, 0.5930546, 1.5122323", \
					  "0.0195244, 0.0269203, 0.0465668, 0.0990112, 0.2357768, 0.5856847, 1.4927428", \
					  "0.0229226, 0.0292907, 0.0477282, 0.0998059, 0.2345980, 0.5900849, 1.5094570", \
					  "0.0310389, 0.0371835, 0.0530298, 0.1007366, 0.2367131, 0.5842505, 1.5027559", \
					  "0.0468183, 0.0536148, 0.0686713, 0.1095778, 0.2369357, 0.5931284, 1.4893593");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0776789, 0.0823559, 0.0921401, 0.1116430, 0.1529117, 0.2525452, 0.5085670", \
					  "0.0826442, 0.0873184, 0.0969021, 0.1165036, 0.1578532, 0.2574680, 0.5138650", \
					  "0.0961592, 0.1008312, 0.1104952, 0.1299751, 0.1714764, 0.2710597, 0.5280332", \
					  "0.1307875, 0.1354812, 0.1452475, 0.1647378, 0.2063387, 0.3059770, 0.5619520", \
					  "0.2041757, 0.2094461, 0.2200453, 0.2404777, 0.2825970, 0.3820735, 0.6387639", \
					  "0.3306923, 0.3377641, 0.3514126, 0.3759251, 0.4212982, 0.5199837, 0.7754172", \
					  "0.5494417, 0.5592367, 0.5777868, 0.6100337, 0.6643673, 0.7689213, 1.0242308");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0162425, 0.0195053, 0.0274398, 0.0462698, 0.0937871, 0.2209484, 0.5606495", \
					  "0.0162298, 0.0194807, 0.0275438, 0.0463447, 0.0939476, 0.2209334, 0.5609436", \
					  "0.0162509, 0.0195881, 0.0277084, 0.0463715, 0.0938859, 0.2209501, 0.5584215", \
					  "0.0162151, 0.0198190, 0.0276816, 0.0464151, 0.0935379, 0.2207382, 0.5610807", \
					  "0.0204714, 0.0237789, 0.0311511, 0.0488922, 0.0949781, 0.2213819, 0.5580672", \
					  "0.0301089, 0.0339804, 0.0420619, 0.0586654, 0.1017774, 0.2251521, 0.5610845", \
					  "0.0471371, 0.0523333, 0.0621324, 0.0811878, 0.1211748, 0.2326719, 0.5620922");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002224;
			capacitance : 0.002148;
			fall_capacitance : 0.002073;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023401, -0.0023416, -0.0023452, -0.0023410, -0.0023312, -0.0023088, -0.0022571");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029838, 0.0029840, 0.0029843, 0.0029840, 0.0029833, 0.0029816, 0.0029777");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002282;
			capacitance : 0.002203;
			fall_capacitance : 0.002125;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025331, -0.0025325, -0.0025311, -0.0025308, -0.0025299, -0.0025278, -0.0025231");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028914, 0.0028904, 0.0028881, 0.0028994, 0.0029254, 0.0029853, 0.0031234");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002269;
			capacitance : 0.002183;
			fall_capacitance : 0.002097;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025649, -0.0025643, -0.0025627, -0.0025622, -0.0025610, -0.0025582, -0.0025517");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025751, 0.0025720, 0.0025648, 0.0025648, 0.0025649, 0.0025650, 0.0025652");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002248;
			capacitance : 0.002142;
			fall_capacitance : 0.002035;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026413, -0.0026392, -0.0026343, -0.0026340, -0.0026333, -0.0026316, -0.0026278");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026529, 0.0026512, 0.0026475, 0.0026479, 0.0026489, 0.0026510, 0.0026560");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002479;
			capacitance : 0.002330;
			fall_capacitance : 0.002181;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012545, -0.0012493, -0.0012371, -0.0012369, -0.0012365, -0.0012354, -0.0012331");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017830, 0.0017780, 0.0017665, 0.0017817, 0.0018166, 0.0018972, 0.0020829");
				}
			}
		}
	}
	cell ("scs8hd_a41o_2") {
		area : 11.260800;
		cell_footprint : "a41o";
		cell_leakage_power : 5.471959e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003817";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007431";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007432";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007432";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007476";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007555";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007515";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007597";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007627";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0004731";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "8.6341653e-05";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007432";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007433";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007434";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007436";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003816";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007511";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007473";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007474";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003817";
			when : "A1&!A2&A3&!A4&B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3&A4) | (B1)";
			max_capacitance : 0.288401;
			max_transition : 1.503303;
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0127061, 0.0139599, 0.0175630, 0.0273976, 0.0551093, 0.1341267, 0.3626810", \
					  "0.0126709, 0.0139364, 0.0175397, 0.0273651, 0.0550366, 0.1340192, 0.3626480", \
					  "0.0126096, 0.0138752, 0.0174792, 0.0273064, 0.0549529, 0.1339204, 0.3626477", \
					  "0.0124830, 0.0137485, 0.0173458, 0.0272390, 0.0548586, 0.1337503, 0.3611014", \
					  "0.0123392, 0.0135779, 0.0171621, 0.0270618, 0.0546647, 0.1335437, 0.3605390", \
					  "0.0127875, 0.0140070, 0.0174079, 0.0268837, 0.0544937, 0.1331761, 0.3621155", \
					  "0.0129333, 0.0140984, 0.0174340, 0.0271991, 0.0546866, 0.1336161, 0.3607901");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0131727, 0.0122241, 0.0096328, 0.0018214, -0.0239139, -0.1025577, -0.3315895", \
					  "0.0131425, 0.0121517, 0.0096613, 0.0017458, -0.0239757, -0.1026313, -0.3316602", \
					  "0.0130449, 0.0120920, 0.0095669, 0.0016297, -0.0240979, -0.1027514, -0.3317906", \
					  "0.0128761, 0.0119089, 0.0094173, 0.0014986, -0.0242269, -0.1028705, -0.3319073", \
					  "0.0127311, 0.0117779, 0.0092048, 0.0013520, -0.0244151, -0.1030246, -0.3320624", \
					  "0.0126536, 0.0117074, 0.0091731, 0.0012317, -0.0245385, -0.1031310, -0.3321216", \
					  "0.0155274, 0.0143822, 0.0111228, 0.0017597, -0.0248969, -0.1033247, -0.3322238");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0127640, 0.0140215, 0.0175485, 0.0274760, 0.0551565, 0.1341294, 0.3615228", \
					  "0.0127358, 0.0139999, 0.0176019, 0.0274270, 0.0550996, 0.1340399, 0.3627265", \
					  "0.0126326, 0.0139134, 0.0175077, 0.0273741, 0.0549759, 0.1345580, 0.3624401", \
					  "0.0125362, 0.0137933, 0.0173908, 0.0272797, 0.0549087, 0.1338030, 0.3611483", \
					  "0.0124189, 0.0136688, 0.0172621, 0.0270433, 0.0546530, 0.1343601, 0.3623147", \
					  "0.0129045, 0.0141008, 0.0175094, 0.0270826, 0.0546291, 0.1331409, 0.3608319", \
					  "0.0129451, 0.0141022, 0.0175116, 0.0272002, 0.0547925, 0.1338367, 0.3595170");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0146747, 0.0137087, 0.0112420, 0.0033745, -0.0223016, -0.1009223, -0.3298939", \
					  "0.0145697, 0.0136209, 0.0111427, 0.0032814, -0.0224122, -0.1010154, -0.3299809", \
					  "0.0145374, 0.0135794, 0.0110857, 0.0032172, -0.0224853, -0.1010941, -0.3300536", \
					  "0.0144741, 0.0135019, 0.0109904, 0.0031181, -0.0225846, -0.1011811, -0.3301598", \
					  "0.0142898, 0.0133422, 0.0109032, 0.0029850, -0.0227217, -0.1012965, -0.3302644", \
					  "0.0142462, 0.0132617, 0.0107753, 0.0028899, -0.0228414, -0.1014079, -0.3303332", \
					  "0.0169416, 0.0160955, 0.0128032, 0.0033832, -0.0231756, -0.1015619, -0.3304407");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0094068, 0.0106945, 0.0142477, 0.0240323, 0.0516283, 0.1309938, 0.3591400", \
					  "0.0093526, 0.0106259, 0.0141557, 0.0239470, 0.0514902, 0.1304693, 0.3571615", \
					  "0.0092089, 0.0104773, 0.0139928, 0.0237217, 0.0512221, 0.1308702, 0.3576319", \
					  "0.0089808, 0.0102096, 0.0136190, 0.0233588, 0.0508990, 0.1300501, 0.3570340", \
					  "0.0088878, 0.0101024, 0.0134492, 0.0229676, 0.0504004, 0.1293842, 0.3545501", \
					  "0.0088691, 0.0100612, 0.0134596, 0.0229921, 0.0504147, 0.1292097, 0.3564887", \
					  "0.0088495, 0.0100337, 0.0133342, 0.0231046, 0.0507095, 0.1293654, 0.3543650");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0096465, 0.0087634, 0.0062924, -0.0017221, -0.0282501, -0.1074613, -0.3367411", \
					  "0.0094982, 0.0085624, 0.0061351, -0.0018583, -0.0284011, -0.1076127, -0.3368887", \
					  "0.0093302, 0.0084254, 0.0059507, -0.0020460, -0.0285701, -0.1078069, -0.3370442", \
					  "0.0092032, 0.0082601, 0.0057885, -0.0022661, -0.0287678, -0.1079598, -0.3371864", \
					  "0.0090545, 0.0080523, 0.0055049, -0.0025296, -0.0289861, -0.1080981, -0.3372928", \
					  "0.0102418, 0.0091341, 0.0059557, -0.0032554, -0.0292293, -0.1082685, -0.3373845", \
					  "0.0113756, 0.0102179, 0.0069669, -0.0023966, -0.0296015, -0.1085602, -0.3374973");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0125337, 0.0137815, 0.0173502, 0.0272166, 0.0549344, 0.1341284, 0.3625866", \
					  "0.0124753, 0.0137285, 0.0173390, 0.0272032, 0.0548096, 0.1344430, 0.3621806", \
					  "0.0123819, 0.0136314, 0.0172383, 0.0270954, 0.0547609, 0.1335851, 0.3608837", \
					  "0.0122874, 0.0135482, 0.0171378, 0.0269787, 0.0546405, 0.1337827, 0.3611992", \
					  "0.0121447, 0.0133842, 0.0169322, 0.0267404, 0.0541024, 0.1338291, 0.3601545", \
					  "0.0125230, 0.0137149, 0.0170829, 0.0266673, 0.0540572, 0.1334112, 0.3607570", \
					  "0.0126170, 0.0137925, 0.0172085, 0.0266862, 0.0541207, 0.1333726, 0.3612801");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0095206, 0.0085738, 0.0060723, -0.0018391, -0.0277477, -0.1066429, -0.3358455", \
					  "0.0094899, 0.0085177, 0.0060035, -0.0018804, -0.0278099, -0.1067173, -0.3359097", \
					  "0.0092937, 0.0083372, 0.0058657, -0.0020416, -0.0280087, -0.1068770, -0.3360770", \
					  "0.0091152, 0.0081570, 0.0056496, -0.0022628, -0.0281830, -0.1070685, -0.3362633", \
					  "0.0089245, 0.0079679, 0.0054819, -0.0024780, -0.0284217, -0.1072774, -0.3364478", \
					  "0.0086726, 0.0076995, 0.0052352, -0.0027171, -0.0285864, -0.1073739, -0.3365248", \
					  "0.0120434, 0.0109145, 0.0076883, -0.0016557, -0.0288001, -0.1075391, -0.3366074");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0127005, 0.0139673, 0.0175199, 0.0273907, 0.0551110, 0.1342131, 0.3616441", \
					  "0.0126402, 0.0139122, 0.0175205, 0.0273720, 0.0550491, 0.1340003, 0.3613692", \
					  "0.0125964, 0.0138636, 0.0174666, 0.0272971, 0.0549401, 0.1339650, 0.3626438", \
					  "0.0124939, 0.0137707, 0.0173563, 0.0272218, 0.0548955, 0.1340641, 0.3613193", \
					  "0.0124370, 0.0136725, 0.0172352, 0.0269766, 0.0546575, 0.1338819, 0.3606146", \
					  "0.0128445, 0.0140620, 0.0174337, 0.0269432, 0.0544547, 0.1330213, 0.3621251", \
					  "0.0128752, 0.0140497, 0.0174154, 0.0269566, 0.0546418, 0.1339549, 0.3615530");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001442584, 0.004162098, 0.01200835, 0.03464611, 0.09995987, 0.288401");
					values("0.0113976, 0.0104218, 0.0078804, -6.8500000e-05, -0.0258846, -0.1046511, -0.3337771", \
					  "0.0112942, 0.0103299, 0.0078067, -0.0001262, -0.0259430, -0.1047067, -0.3338359", \
					  "0.0110787, 0.0101473, 0.0076304, -0.0002590, -0.0260815, -0.1048368, -0.3339681", \
					  "0.0108936, 0.0099734, 0.0074881, -0.0004706, -0.0262721, -0.1050240, -0.3341388", \
					  "0.0107224, 0.0097645, 0.0072735, -0.0006714, -0.0264953, -0.1052318, -0.3343330", \
					  "0.0106124, 0.0096424, 0.0071055, -0.0007986, -0.0266614, -0.1053818, -0.3344508", \
					  "0.0135058, 0.0124061, 0.0091658, -0.0001042, -0.0273299, -0.1057153, -0.3346768");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.1050598, 0.1118347, 0.1273692, 0.1621050, 0.2477389, 0.4848906, 1.1642662", \
					  "0.1089763, 0.1157803, 0.1312580, 0.1659094, 0.2513528, 0.4892777, 1.1699516", \
					  "0.1184422, 0.1251805, 0.1407258, 0.1753480, 0.2607156, 0.4982315, 1.1781147", \
					  "0.1409262, 0.1476943, 0.1631179, 0.1977564, 0.2832212, 0.5200809, 1.1995791", \
					  "0.1853655, 0.1922357, 0.2079635, 0.2430391, 0.3286245, 0.5664281, 1.2466945", \
					  "0.2446462, 0.2526709, 0.2695897, 0.3055891, 0.3918995, 0.6293683, 1.3091110", \
					  "0.3036494, 0.3145075, 0.3362015, 0.3773671, 0.4647341, 0.7021665, 1.3815920");
				}
				rise_transition ("del_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("0.0238514, 0.0290482, 0.0431511, 0.0809346, 0.1932542, 0.5277668, 1.5002523", \
					  "0.0234348, 0.0288611, 0.0431596, 0.0808891, 0.1931229, 0.5277571, 1.5002222", \
					  "0.0236135, 0.0290519, 0.0430444, 0.0810935, 0.1928563, 0.5290978, 1.5025634", \
					  "0.0235032, 0.0290136, 0.0430872, 0.0809850, 0.1933028, 0.5292000, 1.4995294", \
					  "0.0250967, 0.0303013, 0.0443732, 0.0820626, 0.1934832, 0.5281692, 1.5017291", \
					  "0.0319450, 0.0369940, 0.0500582, 0.0852407, 0.1956994, 0.5280442, 1.5005882", \
					  "0.0466593, 0.0520910, 0.0652588, 0.0974601, 0.1987118, 0.5319826, 1.4986182");
				}
				cell_fall ("del_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("0.1880204, 0.1939205, 0.2064611, 0.2308675, 0.2781033, 0.3819677, 0.6495180", \
					  "0.1939633, 0.1998807, 0.2123933, 0.2368976, 0.2844922, 0.3881314, 0.6552777", \
					  "0.2080081, 0.2139006, 0.2263068, 0.2507483, 0.2980343, 0.4018995, 0.6693891", \
					  "0.2415342, 0.2473960, 0.2599127, 0.2843190, 0.3315382, 0.4354408, 0.7028675", \
					  "0.3165753, 0.3223924, 0.3348904, 0.3591898, 0.4067845, 0.5105258, 0.7782107", \
					  "0.4753737, 0.4817616, 0.4950489, 0.5206510, 0.5693155, 0.6739583, 0.9417935", \
					  "0.7742341, 0.7821004, 0.7983942, 0.8284897, 0.8838305, 0.9956957, 1.2662469");
				}
				fall_transition ("del_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("0.0268605, 0.0301100, 0.0378003, 0.0552011, 0.0984538, 0.2125928, 0.5584075", \
					  "0.0269042, 0.0301201, 0.0377805, 0.0552776, 0.0979646, 0.2120435, 0.5591660", \
					  "0.0268683, 0.0300350, 0.0379520, 0.0553469, 0.0985202, 0.2125178, 0.5588826", \
					  "0.0269357, 0.0300924, 0.0377577, 0.0551946, 0.0981593, 0.2124451, 0.5590770", \
					  "0.0268979, 0.0302950, 0.0380980, 0.0552576, 0.0982250, 0.2123375, 0.5586168", \
					  "0.0306284, 0.0340319, 0.0417396, 0.0587504, 0.1008648, 0.2136331, 0.5613349", \
					  "0.0416496, 0.0452896, 0.0536297, 0.0717015, 0.1145784, 0.2249056, 0.5623180");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.1129778, 0.1197716, 0.1350600, 0.1698682, 0.2554181, 0.4923665, 1.1716322", \
					  "0.1170537, 0.1238293, 0.1393845, 0.1739944, 0.2593949, 0.4965106, 1.1757449", \
					  "0.1266169, 0.1333991, 0.1488360, 0.1835143, 0.2691336, 0.5062036, 1.1850302", \
					  "0.1487377, 0.1555469, 0.1710424, 0.2057127, 0.2912281, 0.5282347, 1.2077275", \
					  "0.1924357, 0.1994730, 0.2153110, 0.2502175, 0.3358895, 0.5730459, 1.2526543", \
					  "0.2550219, 0.2629555, 0.2800915, 0.3164032, 0.4027569, 0.6405125, 1.3232619", \
					  "0.3187495, 0.3292804, 0.3509100, 0.3916924, 0.4798262, 0.7178170, 1.3969413");
				}
				rise_transition ("del_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("0.0236036, 0.0290098, 0.0432696, 0.0810992, 0.1932477, 0.5287074, 1.4992895", \
					  "0.0235658, 0.0290553, 0.0430466, 0.0810656, 0.1926399, 0.5293346, 1.5030350", \
					  "0.0236225, 0.0290542, 0.0430718, 0.0809672, 0.1930111, 0.5286556, 1.4995858", \
					  "0.0234486, 0.0288804, 0.0429652, 0.0809360, 0.1933275, 0.5289197, 1.4958378", \
					  "0.0249762, 0.0304439, 0.0442155, 0.0821294, 0.1935378, 0.5292267, 1.4980106", \
					  "0.0312900, 0.0362841, 0.0497381, 0.0852662, 0.1951924, 0.5280747, 1.4992056", \
					  "0.0434885, 0.0491413, 0.0622850, 0.0956029, 0.1985114, 0.5313573, 1.4981876");
				}
				cell_fall ("del_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("0.2208110, 0.2270292, 0.2402228, 0.2655518, 0.3145420, 0.4195994, 0.6880557", \
					  "0.2270733, 0.2333159, 0.2464875, 0.2717974, 0.3207785, 0.4257951, 0.6944980", \
					  "0.2410484, 0.2473013, 0.2604617, 0.2853990, 0.3342315, 0.4395267, 0.7079644", \
					  "0.2764512, 0.2827398, 0.2959098, 0.3212054, 0.3702476, 0.4754858, 0.7439016", \
					  "0.3557720, 0.3619747, 0.3750885, 0.4004221, 0.4491166, 0.5544731, 0.8230091", \
					  "0.5309658, 0.5373877, 0.5508586, 0.5765001, 0.6258243, 0.7313401, 0.9997765", \
					  "0.8750161, 0.8829876, 0.8993803, 0.9294792, 0.9846977, 1.0964982, 1.3669775");
				}
				fall_transition ("del_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("0.0295361, 0.0329458, 0.0406442, 0.0579232, 0.1008165, 0.2146574, 0.5588616", \
					  "0.0294647, 0.0328532, 0.0406091, 0.0578221, 0.1007802, 0.2146408, 0.5604493", \
					  "0.0295682, 0.0328924, 0.0405853, 0.0588650, 0.1003880, 0.2144265, 0.5626872", \
					  "0.0295785, 0.0328550, 0.0407349, 0.0579023, 0.1008669, 0.2147222, 0.5623267", \
					  "0.0295220, 0.0327974, 0.0406223, 0.0579285, 0.1010032, 0.2149384, 0.5610395", \
					  "0.0314990, 0.0346951, 0.0425359, 0.0597218, 0.1018097, 0.2149897, 0.5595784", \
					  "0.0421640, 0.0459480, 0.0538200, 0.0721300, 0.1132629, 0.2248554, 0.5635412");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.1186496, 0.1254492, 0.1409769, 0.1757354, 0.2613406, 0.4984329, 1.1776591", \
					  "0.1229855, 0.1297863, 0.1452129, 0.1799138, 0.2655281, 0.5025307, 1.1813565", \
					  "0.1317097, 0.1385098, 0.1539943, 0.1886309, 0.2742415, 0.5112628, 1.1898919", \
					  "0.1509119, 0.1577197, 0.1731955, 0.2079099, 0.2932724, 0.5306541, 1.2095110", \
					  "0.1895671, 0.1965392, 0.2125185, 0.2476121, 0.3333097, 0.5703893, 1.2501227", \
					  "0.2492557, 0.2572419, 0.2746000, 0.3110542, 0.3976244, 0.6351154, 1.3176702", \
					  "0.3099369, 0.3202572, 0.3420758, 0.3841885, 0.4726792, 0.7104817, 1.3893954");
				}
				rise_transition ("del_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("0.0238186, 0.0290720, 0.0431840, 0.0809389, 0.1931947, 0.5271070, 1.5003617", \
					  "0.0236368, 0.0290997, 0.0431087, 0.0809377, 0.1930468, 0.5286542, 1.4989470", \
					  "0.0236311, 0.0291504, 0.0430272, 0.0809643, 0.1929028, 0.5288956, 1.4989376", \
					  "0.0236483, 0.0289405, 0.0431307, 0.0809263, 0.1928111, 0.5292984, 1.5023892", \
					  "0.0254629, 0.0308821, 0.0444430, 0.0818836, 0.1934165, 0.5291417, 1.4988851", \
					  "0.0299438, 0.0355421, 0.0489747, 0.0853655, 0.1952313, 0.5282471, 1.4973697", \
					  "0.0443650, 0.0502101, 0.0630342, 0.0960911, 0.1987745, 0.5292831, 1.4967498");
				}
				cell_fall ("del_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("0.2463896, 0.2528596, 0.2664544, 0.2923971, 0.3422863, 0.4483721, 0.7175812", \
					  "0.2524358, 0.2589189, 0.2725750, 0.2984882, 0.3483566, 0.4545211, 0.7237412", \
					  "0.2665799, 0.2730523, 0.2866665, 0.3124545, 0.3623548, 0.4681543, 0.7374567", \
					  "0.3028218, 0.3093174, 0.3229569, 0.3488659, 0.3987102, 0.5048351, 0.7740266", \
					  "0.3832825, 0.3897368, 0.4033089, 0.4293036, 0.4787252, 0.5851095, 0.8541388", \
					  "0.5630697, 0.5695815, 0.5832930, 0.6092704, 0.6590288, 0.7653042, 1.0344293", \
					  "0.9245006, 0.9324876, 0.9489121, 0.9787635, 1.0337761, 1.1446509, 1.4153797");
				}
				fall_transition ("del_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("0.0314001, 0.0346117, 0.0422866, 0.0597366, 0.1028288, 0.2163526, 0.5614104", \
					  "0.0312276, 0.0346158, 0.0423047, 0.0597823, 0.1028670, 0.2163387, 0.5624778", \
					  "0.0313464, 0.0348397, 0.0425167, 0.0596686, 0.1027078, 0.2166112, 0.5623949", \
					  "0.0313160, 0.0346141, 0.0422896, 0.0597866, 0.1028599, 0.2163486, 0.5608490", \
					  "0.0314269, 0.0348535, 0.0423237, 0.0603337, 0.1019991, 0.2165992, 0.5613811", \
					  "0.0321618, 0.0356780, 0.0434107, 0.0601050, 0.1030824, 0.2167013, 0.5606698", \
					  "0.0423380, 0.0459286, 0.0539458, 0.0713994, 0.1129293, 0.2235222, 0.5633289");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.1225197, 0.1292651, 0.1445986, 0.1794032, 0.2648340, 0.5016118, 1.1803524", \
					  "0.1267399, 0.1335419, 0.1490132, 0.1836680, 0.2692802, 0.5062593, 1.1848514", \
					  "0.1352674, 0.1420907, 0.1575782, 0.1922063, 0.2776271, 0.5152833, 1.1956803", \
					  "0.1525827, 0.1593695, 0.1748837, 0.2095969, 0.2949681, 0.5322930, 1.2109999", \
					  "0.1871477, 0.1941963, 0.2100509, 0.2449787, 0.3307034, 0.5675600, 1.2496456", \
					  "0.2424509, 0.2502847, 0.2674791, 0.3039861, 0.3904815, 0.6275144, 1.3071954", \
					  "0.3037699, 0.3138118, 0.3352435, 0.3767743, 0.4658046, 0.7038853, 1.3820088");
				}
				rise_transition ("del_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("0.0235913, 0.0290268, 0.0433313, 0.0810961, 0.1928750, 0.5293559, 1.5025089", \
					  "0.0236288, 0.0291363, 0.0430440, 0.0809822, 0.1929445, 0.5288082, 1.4987881", \
					  "0.0235319, 0.0288756, 0.0431142, 0.0808825, 0.1930784, 0.5281250, 1.5013336", \
					  "0.0234788, 0.0288821, 0.0430555, 0.0810201, 0.1928223, 0.5293380, 1.5023476", \
					  "0.0247711, 0.0303099, 0.0441408, 0.0817767, 0.1931504, 0.5291194, 1.4964999", \
					  "0.0289517, 0.0347708, 0.0484566, 0.0850604, 0.1951548, 0.5278286, 1.5024404", \
					  "0.0405457, 0.0464782, 0.0604549, 0.0948356, 0.1987933, 0.5301487, 1.4929188");
				}
				cell_fall ("del_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("0.2525688, 0.2589410, 0.2725847, 0.2981907, 0.3467496, 0.4523394, 0.7212744", \
					  "0.2585958, 0.2650092, 0.2784865, 0.3041435, 0.3534643, 0.4586128, 0.7274790", \
					  "0.2738598, 0.2803554, 0.2938729, 0.3194860, 0.3688387, 0.4741733, 0.7431222", \
					  "0.3098302, 0.3162507, 0.3295391, 0.3551446, 0.4044658, 0.5087953, 0.7777686", \
					  "0.3906153, 0.3970240, 0.4104857, 0.4361438, 0.4850333, 0.5906244, 0.8592304", \
					  "0.5723381, 0.5787949, 0.5923627, 0.6170179, 0.6664219, 0.7720724, 1.0410942", \
					  "0.9389184, 0.9469687, 0.9629362, 0.9924156, 1.0464762, 1.1566179, 1.4265359");
				}
				fall_transition ("del_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("0.0312641, 0.0343495, 0.0420116, 0.0590275, 0.1014284, 0.2153833, 0.5618641", \
					  "0.0312087, 0.0343874, 0.0419114, 0.0590258, 0.1015644, 0.2149171, 0.5598061", \
					  "0.0312570, 0.0344594, 0.0419955, 0.0590225, 0.1015186, 0.2150528, 0.5626570", \
					  "0.0312226, 0.0347001, 0.0420215, 0.0590622, 0.1015730, 0.2152891, 0.5606926", \
					  "0.0312077, 0.0345866, 0.0422833, 0.0592238, 0.1011328, 0.2153077, 0.5612915", \
					  "0.0315635, 0.0347435, 0.0421515, 0.0610287, 0.1023550, 0.2142837, 0.5589429", \
					  "0.0416242, 0.0457939, 0.0535526, 0.0710524, 0.1111858, 0.2207697, 0.5646699");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00144258, 0.0041621, 0.0120084, 0.0346461, 0.0999599, 0.288401");
					values("0.0509103, 0.0554365, 0.0667650, 0.0964679, 0.1787948, 0.4140105, 1.0937184", \
					  "0.0556589, 0.0601559, 0.0714458, 0.1010536, 0.1836443, 0.4201665, 1.0972904", \
					  "0.0668503, 0.0713258, 0.0825624, 0.1120837, 0.1945407, 0.4296585, 1.1129797", \
					  "0.0888401, 0.0934910, 0.1048334, 0.1344816, 0.2169230, 0.4547626, 1.1338385", \
					  "0.1188031, 0.1242832, 0.1365524, 0.1661960, 0.2488416, 0.4843462, 1.1630068", \
					  "0.1523402, 0.1595505, 0.1750172, 0.2062329, 0.2883173, 0.5238941, 1.2041322", \
					  "0.1697968, 0.1802020, 0.2008547, 0.2407241, 0.3241981, 0.5592538, 1.2364041");
				}
				rise_transition ("del_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("0.0137117, 0.0183408, 0.0316442, 0.0714217, 0.1882231, 0.5272321, 1.5019209", \
					  "0.0137765, 0.0183745, 0.0317177, 0.0712202, 0.1887951, 0.5284420, 1.4941121", \
					  "0.0137797, 0.0183476, 0.0317326, 0.0714447, 0.1873665, 0.5265984, 1.5033027", \
					  "0.0153086, 0.0196821, 0.0325276, 0.0714499, 0.1879900, 0.5306469, 1.5031030", \
					  "0.0197313, 0.0237662, 0.0354003, 0.0727876, 0.1874395, 0.5264640, 1.4925812", \
					  "0.0283311, 0.0327113, 0.0435389, 0.0768525, 0.1894394, 0.5228551, 1.4964557", \
					  "0.0444459, 0.0495590, 0.0625088, 0.0920686, 0.1923656, 0.5287089, 1.4922067");
				}
				cell_fall ("del_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("0.1002439, 0.1047171, 0.1144030, 0.1338657, 0.1738506, 0.2694196, 0.5347842", \
					  "0.1053404, 0.1097917, 0.1195738, 0.1390981, 0.1789462, 0.2745153, 0.5399974", \
					  "0.1190526, 0.1235053, 0.1331724, 0.1526766, 0.1927804, 0.2878836, 0.5538023", \
					  "0.1531671, 0.1576136, 0.1673183, 0.1868217, 0.2268803, 0.3222931, 0.5881026", \
					  "0.2325005, 0.2371425, 0.2469473, 0.2661037, 0.3064354, 0.4020632, 0.6652285", \
					  "0.3775783, 0.3838135, 0.3969100, 0.4211198, 0.4644002, 0.5628778, 0.8277989", \
					  "0.6255917, 0.6345424, 0.6525977, 0.6854313, 0.7419146, 0.8466179, 1.1126815");
				}
				fall_transition ("del_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("0.0181706, 0.0210098, 0.0275651, 0.0429266, 0.0830321, 0.2001495, 0.5574077", \
					  "0.0182106, 0.0209228, 0.0276022, 0.0429171, 0.0830444, 0.2002971, 0.5550441", \
					  "0.0181576, 0.0209852, 0.0273392, 0.0431562, 0.0830357, 0.1999450, 0.5560880", \
					  "0.0182245, 0.0209389, 0.0274457, 0.0432466, 0.0831478, 0.2000026, 0.5553303", \
					  "0.0200292, 0.0226384, 0.0286765, 0.0436840, 0.0838464, 0.2004227, 0.5529395", \
					  "0.0305684, 0.0337113, 0.0404966, 0.0552372, 0.0925685, 0.2037857, 0.5547393", \
					  "0.0489187, 0.0532472, 0.0620149, 0.0801698, 0.1150986, 0.2161736, 0.5551976");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002193;
			capacitance : 0.002122;
			fall_capacitance : 0.002051;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025102, -0.0025108, -0.0025120, -0.0025080, -0.0024986, -0.0024770, -0.0024272");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031213, 0.0031248, 0.0031330, 0.0031330, 0.0031331, 0.0031332, 0.0031335");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002258;
			capacitance : 0.002178;
			fall_capacitance : 0.002097;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026413, -0.0026407, -0.0026393, -0.0026389, -0.0026381, -0.0026361, -0.0026317");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029250, 0.0029204, 0.0029098, 0.0029188, 0.0029396, 0.0029874, 0.0030977");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002257;
			capacitance : 0.002167;
			fall_capacitance : 0.002076;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026411, -0.0026416, -0.0026426, -0.0026435, -0.0026456, -0.0026504, -0.0026614");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026529, 0.0026511, 0.0026470, 0.0026465, 0.0026454, 0.0026428, 0.0026368");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002317;
			capacitance : 0.002201;
			fall_capacitance : 0.002085;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026713, -0.0026699, -0.0026665, -0.0026661, -0.0026653, -0.0026635, -0.0026591");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026710, 0.0026700, 0.0026678, 0.0026692, 0.0026722, 0.0026792, 0.0026954");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002383;
			capacitance : 0.002239;
			fall_capacitance : 0.002096;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012429, -0.0012387, -0.0012288, -0.0012278, -0.0012253, -0.0012195, -0.0012063");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018600, 0.0018549, 0.0018432, 0.0018594, 0.0018966, 0.0019825, 0.0021804");
				}
			}
		}
	}
	cell ("scs8hd_a41o_4") {
		area : 21.270400;
		cell_footprint : "a41o";
		cell_leakage_power : 5.440579e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015068";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007910";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0001781";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007832";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0233744";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007832";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0233744";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014769";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014771";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0009348";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014767";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014774";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014765";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007833";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014961";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007832";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0308459";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007836";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0308459";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014856";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007829";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014981";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007835";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0379061";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0015128";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007830";
			when : "A1&A2&A3&!A4&B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&A2&A3&A4) | (B1)";
			max_capacitance : 0.490733;
			max_transition : 1.505295;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0224601, 0.0238814, 0.0283146, 0.0421821, 0.0838279, 0.2126852, 0.6188633", \
					  "0.0223587, 0.0237829, 0.0282277, 0.0421015, 0.0837547, 0.2125332, 0.6189201", \
					  "0.0222496, 0.0236489, 0.0281333, 0.0419210, 0.0835823, 0.2123696, 0.6174641", \
					  "0.0219715, 0.0233973, 0.0279403, 0.0417412, 0.0832506, 0.2122545, 0.6172754", \
					  "0.0216943, 0.0231436, 0.0275774, 0.0413069, 0.0827574, 0.2115043, 0.6181730", \
					  "0.0224586, 0.0238070, 0.0280819, 0.0412060, 0.0821224, 0.2105517, 0.6162497", \
					  "0.0224626, 0.0238360, 0.0279364, 0.0413232, 0.0822538, 0.2111121, 0.6134408");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0185568, 0.0174067, 0.0138847, 0.0033945, -0.0341190, -0.1620397, -0.5695879", \
					  "0.0185019, 0.0174251, 0.0137849, 0.0033818, -0.0342012, -0.1621144, -0.5696535", \
					  "0.0181892, 0.0170304, 0.0134952, 0.0030287, -0.0344869, -0.1623487, -0.5699125", \
					  "0.0178410, 0.0166844, 0.0131381, 0.0027233, -0.0348835, -0.1627554, -0.5702619", \
					  "0.0175159, 0.0162929, 0.0127912, 0.0022686, -0.0353337, -0.1632048, -0.5706834", \
					  "0.0172107, 0.0160476, 0.0124189, 0.0018771, -0.0357580, -0.1634282, -0.5708439", \
					  "0.0219216, 0.0206499, 0.0167373, 0.0040706, -0.0362816, -0.1637714, -0.5710354");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0234260, 0.0248508, 0.0293302, 0.0431001, 0.0847654, 0.2135143, 0.6185010", \
					  "0.0233461, 0.0247473, 0.0292274, 0.0429985, 0.0846258, 0.2133990, 0.6183819", \
					  "0.0231500, 0.0245849, 0.0290068, 0.0428887, 0.0845334, 0.2131789, 0.6168826", \
					  "0.0229848, 0.0244051, 0.0289073, 0.0427117, 0.0842947, 0.2133487, 0.6192515", \
					  "0.0228706, 0.0242658, 0.0287041, 0.0423997, 0.0838309, 0.2130765, 0.6170607", \
					  "0.0235028, 0.0248591, 0.0291168, 0.0421066, 0.0834715, 0.2120004, 0.6192877", \
					  "0.0239625, 0.0252714, 0.0295551, 0.0427837, 0.0839604, 0.2127885, 0.6168486");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0230523, 0.0218714, 0.0182951, 0.0077812, -0.0295759, -0.1571683, -0.5644874", \
					  "0.0228378, 0.0216649, 0.0181700, 0.0076085, -0.0297277, -0.1572671, -0.5646152", \
					  "0.0225861, 0.0213936, 0.0178822, 0.0074543, -0.0299445, -0.1574989, -0.5648173", \
					  "0.0222409, 0.0210299, 0.0175023, 0.0070201, -0.0303811, -0.1578941, -0.5652138", \
					  "0.0217221, 0.0205765, 0.0170790, 0.0064740, -0.0309026, -0.1584101, -0.5656871", \
					  "0.0215474, 0.0203372, 0.0167540, 0.0060681, -0.0313266, -0.1587397, -0.5659445", \
					  "0.0255520, 0.0242737, 0.0202374, 0.0075549, -0.0326963, -0.1593354, -0.5663726");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0233789, 0.0248356, 0.0292528, 0.0431158, 0.0847432, 0.2136596, 0.6196000", \
					  "0.0232980, 0.0247392, 0.0291555, 0.0430195, 0.0846547, 0.2135483, 0.6195121", \
					  "0.0232036, 0.0246221, 0.0290576, 0.0428755, 0.0844144, 0.2135504, 0.6174452", \
					  "0.0229716, 0.0243836, 0.0289068, 0.0427020, 0.0842759, 0.2133535, 0.6199394", \
					  "0.0228911, 0.0243047, 0.0288168, 0.0425539, 0.0841076, 0.2127721, 0.6165413", \
					  "0.0235516, 0.0249472, 0.0292276, 0.0422050, 0.0837227, 0.2119347, 0.6167365", \
					  "0.0237226, 0.0250767, 0.0292980, 0.0425823, 0.0835623, 0.2126901, 0.6183804");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0266357, 0.0254777, 0.0220612, 0.0115924, -0.0257789, -0.1531686, -0.5602692", \
					  "0.0264454, 0.0253113, 0.0218188, 0.0112943, -0.0259540, -0.1533090, -0.5603848", \
					  "0.0263744, 0.0251697, 0.0215715, 0.0111525, -0.0260979, -0.1534531, -0.5605729", \
					  "0.0261092, 0.0249125, 0.0213035, 0.0108297, -0.0263878, -0.1537308, -0.5608501", \
					  "0.0257953, 0.0247237, 0.0211083, 0.0106170, -0.0266790, -0.1540286, -0.5611057", \
					  "0.0257142, 0.0244868, 0.0209040, 0.0104183, -0.0269175, -0.1542037, -0.5612278", \
					  "0.0299035, 0.0286167, 0.0245800, 0.0118216, -0.0280255, -0.1545814, -0.5614268");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0234454, 0.0248778, 0.0292932, 0.0430831, 0.0846842, 0.2137425, 0.6203879", \
					  "0.0233239, 0.0247588, 0.0291908, 0.0430077, 0.0845503, 0.2137130, 0.6173753", \
					  "0.0231828, 0.0246011, 0.0290599, 0.0428507, 0.0844493, 0.2134990, 0.6174122", \
					  "0.0229286, 0.0243333, 0.0288740, 0.0426510, 0.0843004, 0.2129503, 0.6177401", \
					  "0.0227980, 0.0242516, 0.0287226, 0.0424933, 0.0839881, 0.2130751, 0.6195999", \
					  "0.0235655, 0.0249544, 0.0292817, 0.0425280, 0.0838822, 0.2121236, 0.6189550", \
					  "0.0237633, 0.0250806, 0.0293079, 0.0426619, 0.0841105, 0.2127449, 0.6149012");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0300132, 0.0288438, 0.0252770, 0.0148641, -0.0223081, -0.1493538, -0.5562266", \
					  "0.0297212, 0.0285975, 0.0249936, 0.0145658, -0.0224908, -0.1495354, -0.5563271", \
					  "0.0295424, 0.0283352, 0.0248297, 0.0143693, -0.0227084, -0.1496963, -0.5565210", \
					  "0.0294256, 0.0282407, 0.0246765, 0.0142680, -0.0228217, -0.1498774, -0.5567372", \
					  "0.0291431, 0.0279982, 0.0243880, 0.0139944, -0.0230683, -0.1501038, -0.5569136", \
					  "0.0293448, 0.0281423, 0.0244893, 0.0139068, -0.0232376, -0.1502750, -0.5570449", \
					  "0.0340481, 0.0327701, 0.0287173, 0.0159297, -0.0243419, -0.1506097, -0.5572235");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0171451, 0.0186150, 0.0230774, 0.0364274, 0.0770233, 0.2045953, 0.6070800", \
					  "0.0170278, 0.0185196, 0.0229423, 0.0362593, 0.0769730, 0.2039023, 0.6084433", \
					  "0.0167309, 0.0181798, 0.0225870, 0.0358959, 0.0768812, 0.2037401, 0.6047211", \
					  "0.0162563, 0.0176766, 0.0220264, 0.0352935, 0.0759520, 0.2035217, 0.6079831", \
					  "0.0161754, 0.0175793, 0.0218424, 0.0347781, 0.0756099, 0.2038062, 0.6106903", \
					  "0.0159397, 0.0173247, 0.0215624, 0.0347043, 0.0751134, 0.2027039, 0.6071688", \
					  "0.0161062, 0.0174661, 0.0216301, 0.0348792, 0.0760734, 0.2039699, 0.6052723");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001576216, 0.004968915, 0.01566417, 0.04938024, 0.1556679, 0.4907325");
					values("0.0200389, 0.0189692, 0.0155063, 0.0049596, -0.0337547, -0.1624884, -0.5701208", \
					  "0.0197137, 0.0185735, 0.0151462, 0.0046578, -0.0340678, -0.1627974, -0.5704067", \
					  "0.0194385, 0.0182724, 0.0147880, 0.0042463, -0.0344070, -0.1631166, -0.5707297", \
					  "0.0190592, 0.0178993, 0.0144013, 0.0038216, -0.0349064, -0.1635232, -0.5710969", \
					  "0.0188496, 0.0176340, 0.0140883, 0.0032679, -0.0353555, -0.1638334, -0.5713054", \
					  "0.0207055, 0.0194252, 0.0153055, 0.0020343, -0.0358484, -0.1640699, -0.5714054", \
					  "0.0221708, 0.0210877, 0.0167835, 0.0041981, -0.0362303, -0.1646664, -0.5714786");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.1209945, 0.1260647, 0.1391495, 0.1709488, 0.2502664, 0.4799245, 1.1926319", \
					  "0.1247508, 0.1298174, 0.1429276, 0.1747285, 0.2540999, 0.4837161, 1.1960564", \
					  "0.1338262, 0.1388351, 0.1520103, 0.1838359, 0.2632997, 0.4925807, 1.2025970", \
					  "0.1557775, 0.1608439, 0.1740932, 0.2058203, 0.2852195, 0.5142621, 1.2252996", \
					  "0.2010480, 0.2060935, 0.2194082, 0.2514873, 0.3309071, 0.5605127, 1.2728943", \
					  "0.2633000, 0.2686121, 0.2823261, 0.3145895, 0.3945514, 0.6244983, 1.3359868", \
					  "0.3234221, 0.3305032, 0.3476068, 0.3842064, 0.4652353, 0.6946418, 1.4069232");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0282701, 0.0321730, 0.0435154, 0.0748424, 0.1713349, 0.4894331, 1.5009526", \
					  "0.0283356, 0.0322464, 0.0435358, 0.0747525, 0.1713013, 0.4896972, 1.5019693", \
					  "0.0282399, 0.0323499, 0.0434694, 0.0749008, 0.1716120, 0.4891824, 1.5052946", \
					  "0.0282264, 0.0321465, 0.0434056, 0.0747514, 0.1715414, 0.4896030, 1.5032604", \
					  "0.0289612, 0.0329938, 0.0439641, 0.0758239, 0.1719404, 0.4897582, 1.5027340", \
					  "0.0344965, 0.0377298, 0.0480205, 0.0780870, 0.1743782, 0.4896524, 1.5046179", \
					  "0.0495872, 0.0532485, 0.0632355, 0.0898577, 0.1776786, 0.4914704, 1.4976886");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.1920086, 0.1956942, 0.2048801, 0.2247735, 0.2658812, 0.3580923, 0.6100478", \
					  "0.1983884, 0.2019652, 0.2112501, 0.2311583, 0.2722993, 0.3645377, 0.6164970", \
					  "0.2124385, 0.2160294, 0.2250618, 0.2448409, 0.2859015, 0.3787922, 0.6303413", \
					  "0.2483273, 0.2519728, 0.2611547, 0.2807324, 0.3220297, 0.4143867, 0.6661819", \
					  "0.3295150, 0.3331599, 0.3423711, 0.3621991, 0.4030563, 0.4958106, 0.7477824", \
					  "0.5068735, 0.5108037, 0.5205080, 0.5410062, 0.5829260, 0.6758316, 0.9277841", \
					  "0.8484917, 0.8533818, 0.8655339, 0.8903220, 0.9383976, 1.0392677, 1.2945244");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0275724, 0.0295446, 0.0349010, 0.0482224, 0.0832194, 0.1828291, 0.5095332", \
					  "0.0277028, 0.0297785, 0.0348118, 0.0480444, 0.0832279, 0.1828345, 0.5096129", \
					  "0.0275327, 0.0295687, 0.0348491, 0.0485259, 0.0833251, 0.1834259, 0.5090064", \
					  "0.0275508, 0.0295506, 0.0348498, 0.0479693, 0.0832311, 0.1829179, 0.5084984", \
					  "0.0276813, 0.0297325, 0.0350572, 0.0484402, 0.0829819, 0.1828489, 0.5090225", \
					  "0.0308762, 0.0328556, 0.0381212, 0.0510163, 0.0849757, 0.1834266, 0.5093369", \
					  "0.0427721, 0.0449793, 0.0505739, 0.0648162, 0.0989827, 0.1965375, 0.5123719");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.1331771, 0.1381894, 0.1513626, 0.1831715, 0.2626154, 0.4918975, 1.2017072", \
					  "0.1374235, 0.1424336, 0.1556077, 0.1874170, 0.2668627, 0.4961890, 1.2058350", \
					  "0.1471056, 0.1521642, 0.1652602, 0.1970730, 0.2764436, 0.5060108, 1.2180144", \
					  "0.1696119, 0.1746676, 0.1878361, 0.2195504, 0.2987956, 0.5277778, 1.2414054", \
					  "0.2163590, 0.2214975, 0.2349302, 0.2669734, 0.3464429, 0.5751948, 1.2869918", \
					  "0.2883505, 0.2939623, 0.3082195, 0.3411472, 0.4216091, 0.6517211, 1.3632808", \
					  "0.3674840, 0.3746762, 0.3921987, 0.4298901, 0.5122720, 0.7417394, 1.4542166");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0281994, 0.0323273, 0.0434140, 0.0749331, 0.1716128, 0.4890970, 1.5052254", \
					  "0.0282163, 0.0323153, 0.0434039, 0.0749383, 0.1716303, 0.4889278, 1.5052334", \
					  "0.0283502, 0.0322658, 0.0436017, 0.0747183, 0.1713369, 0.4896734, 1.5031255", \
					  "0.0282389, 0.0321604, 0.0434758, 0.0747662, 0.1714936, 0.4887227, 1.4987968", \
					  "0.0298671, 0.0334568, 0.0444471, 0.0758090, 0.1717070, 0.4894988, 1.4973616", \
					  "0.0341905, 0.0378698, 0.0484956, 0.0786648, 0.1740343, 0.4890894, 1.5030860", \
					  "0.0475096, 0.0517984, 0.0618624, 0.0894461, 0.1779763, 0.4917118, 1.4999788");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.2292196, 0.2332388, 0.2430930, 0.2639688, 0.3061625, 0.4007177, 0.6540747", \
					  "0.2353379, 0.2393604, 0.2492115, 0.2700473, 0.3124700, 0.4068306, 0.6600412", \
					  "0.2496783, 0.2537821, 0.2636573, 0.2842581, 0.3266064, 0.4211884, 0.6744836", \
					  "0.2850928, 0.2883872, 0.2982843, 0.3192968, 0.3621879, 0.4565801, 0.7097801", \
					  "0.3662511, 0.3702578, 0.3800682, 0.4008877, 0.4432619, 0.5375745, 0.7907281", \
					  "0.5471426, 0.5512642, 0.5612794, 0.5823154, 0.6241598, 0.7189372, 0.9723091", \
					  "0.9073650, 0.9125724, 0.9249060, 0.9498743, 0.9970369, 1.0976752, 1.3537362");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0309852, 0.0329198, 0.0382679, 0.0511223, 0.0857030, 0.1857836, 0.5117478", \
					  "0.0309887, 0.0330491, 0.0383334, 0.0511616, 0.0858636, 0.1855588, 0.5107313", \
					  "0.0310111, 0.0330520, 0.0383566, 0.0514025, 0.0861254, 0.1852571, 0.5106475", \
					  "0.0310702, 0.0329012, 0.0382021, 0.0512204, 0.0858794, 0.1855747, 0.5099661", \
					  "0.0309630, 0.0329622, 0.0383075, 0.0514815, 0.0854322, 0.1857274, 0.5105875", \
					  "0.0325719, 0.0344224, 0.0395142, 0.0521330, 0.0872059, 0.1862350, 0.5117456", \
					  "0.0436599, 0.0456656, 0.0510824, 0.0642259, 0.0982924, 0.1956054, 0.5134735");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.1394409, 0.1445100, 0.1575956, 0.1894085, 0.2687401, 0.4981618, 1.2112514", \
					  "0.1435301, 0.1486008, 0.1616872, 0.1935000, 0.2728305, 0.5022900, 1.2152601", \
					  "0.1519119, 0.1569471, 0.1700237, 0.2018412, 0.2812874, 0.5102366, 1.2215202", \
					  "0.1696265, 0.1746658, 0.1878874, 0.2196157, 0.2989241, 0.5277921, 1.2382179", \
					  "0.2071396, 0.2122988, 0.2258108, 0.2578015, 0.3371993, 0.5668372, 1.2787422", \
					  "0.2691160, 0.2748124, 0.2890626, 0.3221926, 0.4028708, 0.6324714, 1.3448245", \
					  "0.3412489, 0.3482611, 0.3653877, 0.4030463, 0.4860611, 0.7152884, 1.4273330");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0282205, 0.0321272, 0.0434983, 0.0748777, 0.1715151, 0.4889774, 1.4990279", \
					  "0.0282487, 0.0321507, 0.0434990, 0.0748689, 0.1714891, 0.4891697, 1.4994453", \
					  "0.0283616, 0.0322874, 0.0434355, 0.0749467, 0.1714889, 0.4895068, 1.4980208", \
					  "0.0281907, 0.0320924, 0.0435049, 0.0748097, 0.1716140, 0.4879628, 1.5009877", \
					  "0.0292852, 0.0329576, 0.0441090, 0.0756621, 0.1715378, 0.4898114, 1.5034194", \
					  "0.0330266, 0.0369453, 0.0481545, 0.0789251, 0.1741415, 0.4893268, 1.5041750", \
					  "0.0455825, 0.0490823, 0.0604884, 0.0889229, 0.1789435, 0.4893800, 1.5006294");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.2429834, 0.2470662, 0.2568974, 0.2779320, 0.3205133, 0.4148630, 0.6684120", \
					  "0.2488484, 0.2529532, 0.2629629, 0.2839974, 0.3265662, 0.4209432, 0.6740942", \
					  "0.2646411, 0.2687181, 0.2787159, 0.2997668, 0.3423907, 0.4365742, 0.6901381", \
					  "0.3008385, 0.3049110, 0.3149005, 0.3359397, 0.3785534, 0.4726923, 0.7262567", \
					  "0.3823906, 0.3863753, 0.3964108, 0.4175013, 0.4599155, 0.5543674, 0.8075395", \
					  "0.5633638, 0.5674954, 0.5775262, 0.5987023, 0.6407965, 0.7356429, 0.9890678", \
					  "0.9296335, 0.9347254, 0.9468868, 0.9713140, 1.0185937, 1.1180812, 1.3732467");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0320828, 0.0341225, 0.0396701, 0.0521480, 0.0863953, 0.1861141, 0.5109097", \
					  "0.0321423, 0.0339709, 0.0393456, 0.0522269, 0.0857561, 0.1858174, 0.5105407", \
					  "0.0321236, 0.0341346, 0.0389809, 0.0518042, 0.0863536, 0.1856160, 0.5118858", \
					  "0.0321589, 0.0340810, 0.0389797, 0.0518359, 0.0863589, 0.1853583, 0.5115375", \
					  "0.0321406, 0.0342664, 0.0392674, 0.0519495, 0.0865339, 0.1856431, 0.5118849", \
					  "0.0329184, 0.0347454, 0.0400743, 0.0525949, 0.0868878, 0.1858418, 0.5109979", \
					  "0.0432809, 0.0453068, 0.0503191, 0.0630062, 0.0965989, 0.1937031, 0.5125617");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.1439451, 0.1490463, 0.1621279, 0.1939466, 0.2733432, 0.5018342, 1.2131873", \
					  "0.1482261, 0.1533714, 0.1664392, 0.1982542, 0.2776980, 0.5065234, 1.2179199", \
					  "0.1567682, 0.1618039, 0.1748815, 0.2066974, 0.2861464, 0.5150847, 1.2263002", \
					  "0.1730272, 0.1780118, 0.1912157, 0.2230077, 0.3024056, 0.5317410, 1.2416979", \
					  "0.2054838, 0.2106459, 0.2240305, 0.2560121, 0.3355695, 0.5643782, 1.2781683", \
					  "0.2607252, 0.2662889, 0.2804972, 0.3137274, 0.3942712, 0.6233584, 1.3368775", \
					  "0.3293499, 0.3360915, 0.3532988, 0.3907493, 0.4742167, 0.7040887, 1.4150089");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0283798, 0.0322998, 0.0434544, 0.0749723, 0.1715044, 0.4886738, 1.5025744", \
					  "0.0283551, 0.0322950, 0.0434407, 0.0749616, 0.1714295, 0.4894379, 1.4979513", \
					  "0.0283670, 0.0322842, 0.0434447, 0.0749392, 0.1715072, 0.4894905, 1.4984806", \
					  "0.0283560, 0.0323664, 0.0432962, 0.0748911, 0.1716339, 0.4884562, 1.5049926", \
					  "0.0291984, 0.0330137, 0.0438684, 0.0753987, 0.1718866, 0.4883630, 1.4997652", \
					  "0.0321954, 0.0361467, 0.0475005, 0.0784566, 0.1736027, 0.4882141, 1.5026961", \
					  "0.0431993, 0.0474209, 0.0582122, 0.0878564, 0.1782966, 0.4892010, 1.4997453");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.2637572, 0.2679947, 0.2783166, 0.2999902, 0.3431143, 0.4387460, 0.6931593", \
					  "0.2696710, 0.2739066, 0.2842461, 0.3058394, 0.3492232, 0.4445602, 0.6980992", \
					  "0.2838872, 0.2881369, 0.2984623, 0.3200880, 0.3634366, 0.4581942, 0.7125828", \
					  "0.3200011, 0.3243237, 0.3347077, 0.3563281, 0.3996057, 0.4949223, 0.7493884", \
					  "0.3977487, 0.4020050, 0.4123441, 0.4339525, 0.4771014, 0.5725394, 0.8270262", \
					  "0.5690921, 0.5733615, 0.5834191, 0.6050523, 0.6483730, 0.7440400, 0.9983745", \
					  "0.9150996, 0.9203295, 0.9326026, 0.9572692, 1.0046874, 1.1047870, 1.3613132");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0341004, 0.0361518, 0.0412776, 0.0539135, 0.0881901, 0.1874713, 0.5124288", \
					  "0.0341558, 0.0361313, 0.0409472, 0.0536600, 0.0880361, 0.1875910, 0.5123149", \
					  "0.0341433, 0.0361305, 0.0413067, 0.0542520, 0.0882575, 0.1875461, 0.5125914", \
					  "0.0341141, 0.0359197, 0.0410091, 0.0537805, 0.0877558, 0.1879716, 0.5133702", \
					  "0.0340639, 0.0360162, 0.0409206, 0.0542815, 0.0879844, 0.1878262, 0.5131752", \
					  "0.0350322, 0.0368282, 0.0423553, 0.0544503, 0.0885387, 0.1873932, 0.5120017", \
					  "0.0443737, 0.0464907, 0.0513618, 0.0637808, 0.0968921, 0.1948998, 0.5143121");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0494225, 0.0525134, 0.0611441, 0.0851410, 0.1569835, 0.3818986, 1.0906115", \
					  "0.0541370, 0.0572496, 0.0657947, 0.0898809, 0.1617675, 0.3865074, 1.0953141", \
					  "0.0651031, 0.0681468, 0.0766636, 0.1006426, 0.1730648, 0.3979976, 1.1065385", \
					  "0.0848251, 0.0879990, 0.0968249, 0.1212039, 0.1937347, 0.4204793, 1.1271285", \
					  "0.1110814, 0.1146739, 0.1240693, 0.1486331, 0.2213757, 0.4475220, 1.1551565", \
					  "0.1393782, 0.1440096, 0.1553816, 0.1816197, 0.2539462, 0.4791476, 1.1877791", \
					  "0.1443760, 0.1506138, 0.1666871, 0.2004998, 0.2748403, 0.4991941, 1.2090215");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0147846, 0.0179373, 0.0277800, 0.0593224, 0.1606157, 0.4800312, 1.4881353", \
					  "0.0148149, 0.0179031, 0.0277820, 0.0593157, 0.1608040, 0.4815104, 1.4920192", \
					  "0.0148594, 0.0179350, 0.0278241, 0.0592924, 0.1619314, 0.4795818, 1.4913005", \
					  "0.0163654, 0.0193363, 0.0288363, 0.0598114, 0.1610986, 0.4809910, 1.4947221", \
					  "0.0202030, 0.0229339, 0.0315375, 0.0611958, 0.1610572, 0.4808234, 1.4981650", \
					  "0.0283897, 0.0312957, 0.0399388, 0.0654795, 0.1625289, 0.4802399, 1.4990583", \
					  "0.0447615, 0.0489238, 0.0579056, 0.0814812, 0.1665171, 0.4865813, 1.4897956");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0979916, 0.1008009, 0.1078294, 0.1236549, 0.1575528, 0.2413183, 0.4901686", \
					  "0.1030292, 0.1058515, 0.1129461, 0.1286116, 0.1625874, 0.2464016, 0.4953453", \
					  "0.1166180, 0.1193865, 0.1265096, 0.1425664, 0.1766099, 0.2600940, 0.5084589", \
					  "0.1503835, 0.1531388, 0.1601379, 0.1770072, 0.2099216, 0.2937839, 0.5426616", \
					  "0.2318895, 0.2348060, 0.2420131, 0.2573866, 0.2919036, 0.3757854, 0.6247169", \
					  "0.3790800, 0.3829589, 0.3931431, 0.4136964, 0.4522363, 0.5391171, 0.7871730", \
					  "0.6371030, 0.6426610, 0.6559983, 0.6839815, 0.7340256, 0.8290221, 1.0790384");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157622, 0.00496892, 0.0156642, 0.0493802, 0.155668, 0.490733");
					values("0.0182762, 0.0199532, 0.0246416, 0.0364150, 0.0686082, 0.1693194, 0.5057777", \
					  "0.0182944, 0.0199976, 0.0245984, 0.0363100, 0.0687590, 0.1692420, 0.5027315", \
					  "0.0184345, 0.0199321, 0.0245178, 0.0362814, 0.0686599, 0.1693397, 0.5063313", \
					  "0.0183206, 0.0200161, 0.0243683, 0.0362263, 0.0687745, 0.1693107, 0.5062729", \
					  "0.0204474, 0.0219359, 0.0261268, 0.0376591, 0.0696636, 0.1694655, 0.5021958", \
					  "0.0320969, 0.0340349, 0.0385217, 0.0493733, 0.0789950, 0.1736655, 0.5057436", \
					  "0.0515815, 0.0543603, 0.0597510, 0.0740760, 0.1038634, 0.1893544, 0.5071726");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004015;
			capacitance : 0.003894;
			fall_capacitance : 0.003773;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0041413, -0.0041438, -0.0041496, -0.0041384, -0.0041125, -0.0040530, -0.0039158");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059840, 0.0059863, 0.0059915, 0.0059952, 0.0060035, 0.0060227, 0.0060670");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004030;
			capacitance : 0.003905;
			fall_capacitance : 0.003781;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050940, -0.0050867, -0.0050698, -0.0050690, -0.0050670, -0.0050627, -0.0050524");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055757, 0.0055695, 0.0055554, 0.0055751, 0.0056206, 0.0057254, 0.0059671");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004222;
			capacitance : 0.004070;
			fall_capacitance : 0.003918;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051602, -0.0051595, -0.0051579, -0.0051581, -0.0051586, -0.0051597, -0.0051621");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051619, 0.0051662, 0.0051762, 0.0051751, 0.0051725, 0.0051666, 0.0051529");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004281;
			capacitance : 0.004071;
			fall_capacitance : 0.003861;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051811, -0.0051782, -0.0051716, -0.0051725, -0.0051747, -0.0051797, -0.0051913");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051713, 0.0051763, 0.0051877, 0.0051864, 0.0051833, 0.0051763, 0.0051601");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004634;
			capacitance : 0.004335;
			fall_capacitance : 0.004036;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024854, -0.0024782, -0.0024616, -0.0024649, -0.0024725, -0.0024901, -0.0025307");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026947, 0.0026926, 0.0026875, 0.0027100, 0.0027618, 0.0028812, 0.0031566");
				}
			}
		}
	}
	cell ("scs8hd_a41oi_1") {
		area : 8.758400;
		cell_footprint : "a41oi";
		cell_leakage_power : 1.939980e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "1.6286372e-05";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "1.6306402e-05";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "1.6318930e-05";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "2.9719659e-05";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "2.4643548e-05";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "3.3509636e-05";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "3.6732949e-05";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003618";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "6.7057559e-05";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "1.6427321e-05";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "1.6494657e-05";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "1.6608956e-05";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "1.6751318e-05";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "2.6409476e-05";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "2.0495234e-05";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "2.0620594e-05";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003634";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "2.0774379e-05";
			when : "A1&!A2&A3&!A4&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1) | (!A4&!B1)";
			max_capacitance : 0.056773;
			max_transition : 1.491347;
			internal_power () {
				related_pin : "A3";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0041065, 0.0033861, 0.0018017, -0.0016890, -0.0093892, -0.0264218, -0.0640080", \
					  "0.0040602, 0.0033406, 0.0017577, -0.0017267, -0.0094388, -0.0264613, -0.0640364", \
					  "0.0039911, 0.0032724, 0.0016930, -0.0017861, -0.0094874, -0.0265117, -0.0640969", \
					  "0.0038944, 0.0031791, 0.0016161, -0.0018554, -0.0095424, -0.0265621, -0.0641351", \
					  "0.0038128, 0.0031093, 0.0015451, -0.0019057, -0.0095999, -0.0265999, -0.0641605", \
					  "0.0038919, 0.0031625, 0.0015693, -0.0019507, -0.0097423, -0.0266805, -0.0642237", \
					  "0.0039715, 0.0032479, 0.0016462, -0.0018607, -0.0096269, -0.0267395, -0.0643087");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0110501, 0.0117800, 0.0133971, 0.0169472, 0.0246777, 0.0416543, 0.0787978", \
					  "0.0109505, 0.0116872, 0.0133298, 0.0168745, 0.0246157, 0.0416085, 0.0788058", \
					  "0.0107812, 0.0115294, 0.0131629, 0.0167358, 0.0245253, 0.0415429, 0.0788529", \
					  "0.0106425, 0.0113950, 0.0130109, 0.0165812, 0.0244133, 0.0414573, 0.0788249", \
					  "0.0105539, 0.0112951, 0.0128975, 0.0164772, 0.0242548, 0.0413367, 0.0786276", \
					  "0.0105330, 0.0112699, 0.0128757, 0.0164481, 0.0241985, 0.0412087, 0.0785668", \
					  "0.0103430, 0.0111268, 0.0128340, 0.0164168, 0.0241018, 0.0412372, 0.0786069");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0126675, 0.0134201, 0.0150331, 0.0185767, 0.0263464, 0.0433114, 0.0806623", \
					  "0.0125825, 0.0133302, 0.0149700, 0.0185029, 0.0262899, 0.0433570, 0.0806637", \
					  "0.0124894, 0.0132461, 0.0148777, 0.0184491, 0.0262279, 0.0432753, 0.0805892", \
					  "0.0123855, 0.0131450, 0.0147657, 0.0183574, 0.0261765, 0.0432170, 0.0805814", \
					  "0.0123150, 0.0130551, 0.0146752, 0.0182639, 0.0260566, 0.0431409, 0.0805308", \
					  "0.0123217, 0.0130449, 0.0146421, 0.0182373, 0.0260065, 0.0430015, 0.0804391", \
					  "0.0121659, 0.0129670, 0.0145807, 0.0182115, 0.0259504, 0.0430252, 0.0805541");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0041626, 0.0034431, 0.0018552, -0.0016249, -0.0093339, -0.0263656, -0.0639429", \
					  "0.0041183, 0.0033982, 0.0018158, -0.0016709, -0.0093714, -0.0264039, -0.0639941", \
					  "0.0040394, 0.0033272, 0.0017456, -0.0017284, -0.0094243, -0.0264522, -0.0640348", \
					  "0.0039318, 0.0032254, 0.0016594, -0.0018180, -0.0094968, -0.0265038, -0.0640749", \
					  "0.0038444, 0.0031352, 0.0015730, -0.0019085, -0.0095678, -0.0265565, -0.0641209", \
					  "0.0039311, 0.0031771, 0.0016195, -0.0018947, -0.0096723, -0.0266531, -0.0641667", \
					  "0.0039942, 0.0032826, 0.0016658, -0.0018300, -0.0095976, -0.0266809, -0.0642698");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0038562, 0.0046318, 0.0063062, 0.0098980, 0.0176653, 0.0346898, 0.0719170", \
					  "0.0036887, 0.0044463, 0.0061282, 0.0097784, 0.0174596, 0.0344611, 0.0716374", \
					  "0.0035758, 0.0043407, 0.0059799, 0.0095103, 0.0174837, 0.0344173, 0.0716928", \
					  "0.0035472, 0.0042810, 0.0058913, 0.0094503, 0.0171538, 0.0344246, 0.0713801", \
					  "0.0034146, 0.0041246, 0.0057185, 0.0092347, 0.0170249, 0.0340870, 0.0714426", \
					  "0.0033607, 0.0040887, 0.0056546, 0.0092026, 0.0169033, 0.0337919, 0.0713533", \
					  "0.0033562, 0.0040682, 0.0056176, 0.0090594, 0.0168373, 0.0337081, 0.0711597");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0002280, -0.0004812, -0.0020583, -0.0055692, -0.0133256, -0.0304348, -0.0681182", \
					  "0.0001396, -0.0005458, -0.0020936, -0.0055704, -0.0133029, -0.0303988, -0.0680659", \
					  "1.8800000e-05, -0.0006540, -0.0021884, -0.0056056, -0.0133037, -0.0303677, -0.0680210", \
					  "-0.0001074, -0.0007737, -0.0023263, -0.0057391, -0.0133776, -0.0303891, -0.0680223", \
					  "-0.0002749, -0.0009633, -0.0024833, -0.0058527, -0.0135384, -0.0304884, -0.0680625", \
					  "-0.0002712, -0.0009738, -0.0025896, -0.0060838, -0.0137059, -0.0306385, -0.0681853", \
					  "-0.0001209, -0.0008670, -0.0025100, -0.0060688, -0.0137764, -0.0307112, -0.0681699");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0067323, 0.0074851, 0.0091661, 0.0127076, 0.0205085, 0.0376769, 0.0751894", \
					  "0.0066019, 0.0073927, 0.0090516, 0.0126398, 0.0204369, 0.0375404, 0.0747180", \
					  "0.0064143, 0.0072002, 0.0088621, 0.0124922, 0.0203260, 0.0375099, 0.0748402", \
					  "0.0062894, 0.0070438, 0.0086641, 0.0122551, 0.0201196, 0.0372300, 0.0746206", \
					  "0.0061918, 0.0069207, 0.0085659, 0.0121440, 0.0199001, 0.0372618, 0.0746719", \
					  "0.0061813, 0.0069354, 0.0085532, 0.0120687, 0.0198854, 0.0369987, 0.0742232", \
					  "0.0059750, 0.0067029, 0.0083224, 0.0120153, 0.0199224, 0.0369629, 0.0740786");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0038283, 0.0031085, 0.0015301, -0.0019607, -0.0096670, -0.0267202, -0.0642781", \
					  "0.0037809, 0.0030409, 0.0014735, -0.0019984, -0.0097043, -0.0267456, -0.0643177", \
					  "0.0037008, 0.0029847, 0.0014064, -0.0020735, -0.0097691, -0.0267943, -0.0643707", \
					  "0.0035277, 0.0028382, 0.0012862, -0.0021636, -0.0098431, -0.0268582, -0.0644349", \
					  "0.0033883, 0.0026754, 0.0011481, -0.0022811, -0.0099374, -0.0269248, -0.0644882", \
					  "0.0035104, 0.0028033, 0.0011414, -0.0023536, -0.0101389, -0.0270712, -0.0646123", \
					  "0.0035898, 0.0028671, 0.0012680, -0.0022724, -0.0100190, -0.0270898, -0.0646835");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0089561, 0.0097047, 0.0113114, 0.0148530, 0.0225739, 0.0395057, 0.0766934", \
					  "0.0088541, 0.0096050, 0.0112528, 0.0148126, 0.0225626, 0.0394874, 0.0767183", \
					  "0.0086769, 0.0094257, 0.0110658, 0.0146653, 0.0224711, 0.0394882, 0.0766791", \
					  "0.0085163, 0.0092604, 0.0108840, 0.0144704, 0.0222907, 0.0393449, 0.0766738", \
					  "0.0083915, 0.0091178, 0.0107511, 0.0142921, 0.0220788, 0.0391550, 0.0765678", \
					  "0.0083169, 0.0090532, 0.0106696, 0.0142105, 0.0219672, 0.0389511, 0.0762185", \
					  "0.0079677, 0.0087002, 0.0104450, 0.0140322, 0.0217677, 0.0388639, 0.0761690");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001100267, 0.002421177, 0.005327883, 0.01172419, 0.02579949, 0.05677268");
					values("0.0041130, 0.0033910, 0.0018085, -0.0016798, -0.0093849, -0.0264197, -0.0640025", \
					  "0.0040719, 0.0033497, 0.0017691, -0.0017168, -0.0094300, -0.0264520, -0.0640311", \
					  "0.0040022, 0.0032838, 0.0017033, -0.0017675, -0.0094702, -0.0264987, -0.0640789", \
					  "0.0039156, 0.0032071, 0.0016391, -0.0018337, -0.0095293, -0.0265436, -0.0641232", \
					  "0.0037852, 0.0030743, 0.0015236, -0.0019253, -0.0095837, -0.0265891, -0.0641440", \
					  "0.0039011, 0.0031696, 0.0015920, -0.0019487, -0.0097291, -0.0266776, -0.0642188", \
					  "0.0039857, 0.0032673, 0.0016652, -0.0018131, -0.0096078, -0.0267738, -0.0642976");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1050524, 0.1164529, 0.1407061, 0.1935461, 0.3073365, 0.5579862, 1.1055650", \
					  "0.1103946, 0.1217689, 0.1463011, 0.1994565, 0.3130547, 0.5625494, 1.1068455", \
					  "0.1235655, 0.1355055, 0.1600894, 0.2137264, 0.3277400, 0.5800312, 1.1255933", \
					  "0.1589457, 0.1699322, 0.1944178, 0.2469202, 0.3617583, 0.6120214, 1.1588276", \
					  "0.2367758, 0.2481684, 0.2723466, 0.3242566, 0.4381790, 0.6907588, 1.2384426", \
					  "0.3829750, 0.3989981, 0.4307235, 0.4933808, 0.6111173, 0.8605929, 1.4091822", \
					  "0.6491488, 0.6750963, 0.7260591, 0.8176124, 0.9806529, 1.2599811, 1.8110238");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0687159, 0.0829129, 0.1151042, 0.1831381, 0.3358804, 0.6798846, 1.4276521", \
					  "0.0687286, 0.0830214, 0.1140838, 0.1831490, 0.3341412, 0.6675717, 1.3978759", \
					  "0.0688079, 0.0831424, 0.1142019, 0.1830258, 0.3352088, 0.6722949, 1.4008140", \
					  "0.0688148, 0.0832476, 0.1144764, 0.1832501, 0.3352842, 0.6674431, 1.3996246", \
					  "0.0749086, 0.0878895, 0.1171864, 0.1841513, 0.3345981, 0.6781526, 1.4075751", \
					  "0.1063867, 0.1206911, 0.1504544, 0.2088239, 0.3462773, 0.6745897, 1.3985495", \
					  "0.1780880, 0.1962747, 0.2308735, 0.3000151, 0.4390693, 0.7138061, 1.4173683");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0366817, 0.0413894, 0.0510845, 0.0713548, 0.1141516, 0.2058790, 0.4054254", \
					  "0.0405155, 0.0449902, 0.0547715, 0.0751031, 0.1178503, 0.2096902, 0.4092630", \
					  "0.0500139, 0.0544863, 0.0641452, 0.0845055, 0.1272378, 0.2191081, 0.4186357", \
					  "0.0699793, 0.0752039, 0.0866835, 0.1066651, 0.1492095, 0.2408607, 0.4405143", \
					  "0.0970071, 0.1047481, 0.1196217, 0.1486628, 0.1995737, 0.2916854, 0.4908770", \
					  "0.1206473, 0.1326576, 0.1557770, 0.1998317, 0.2751408, 0.4004552, 0.6051331", \
					  "0.1167826, 0.1352280, 0.1724773, 0.2399734, 0.3572265, 0.5448596, 0.8440371");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0392189, 0.0443619, 0.0555842, 0.0800850, 0.1345610, 0.2548501, 0.5175927", \
					  "0.0385582, 0.0438917, 0.0552535, 0.0801337, 0.1342090, 0.2544542, 0.5180846", \
					  "0.0378499, 0.0429031, 0.0541738, 0.0794178, 0.1342642, 0.2538361, 0.5179505", \
					  "0.0473837, 0.0525261, 0.0616115, 0.0829974, 0.1345240, 0.2535956, 0.5176464", \
					  "0.0687148, 0.0748856, 0.0873142, 0.1111774, 0.1556306, 0.2606886, 0.5180155", \
					  "0.1098936, 0.1205281, 0.1383773, 0.1695033, 0.2283844, 0.3250528, 0.5449350", \
					  "0.1868200, 0.2013547, 0.2278270, 0.2762996, 0.3585155, 0.4898102, 0.7133699");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1349342, 0.1463929, 0.1711576, 0.2249512, 0.3422370, 0.5987270, 1.1623421", \
					  "0.1406194, 0.1520862, 0.1771813, 0.2312765, 0.3487717, 0.6057267, 1.1691847", \
					  "0.1542853, 0.1656419, 0.1904431, 0.2451401, 0.3635458, 0.6211496, 1.1850542", \
					  "0.1894354, 0.2013444, 0.2263694, 0.2807814, 0.3992030, 0.6575251, 1.2227112", \
					  "0.2715068, 0.2828637, 0.3075322, 0.3615357, 0.4795173, 0.7376832, 1.3030771", \
					  "0.4379861, 0.4528603, 0.4821934, 0.5420177, 0.6602227, 0.9182359, 1.4840025", \
					  "0.7510901, 0.7741005, 0.8188265, 0.9027562, 1.0575463, 1.3363706, 1.9014654");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0895193, 0.1046187, 0.1369177, 0.2082177, 0.3646207, 0.7079737, 1.4652010", \
					  "0.0896402, 0.1043491, 0.1372941, 0.2083673, 0.3644428, 0.7080269, 1.4644169", \
					  "0.0897726, 0.1045360, 0.1369680, 0.2082513, 0.3645268, 0.7080201, 1.4648713", \
					  "0.0895642, 0.1044675, 0.1369753, 0.2084810, 0.3648162, 0.7082926, 1.4617790", \
					  "0.0918027, 0.1061557, 0.1377356, 0.2085037, 0.3648880, 0.7074182, 1.4617316", \
					  "0.1208218, 0.1349070, 0.1633791, 0.2260004, 0.3707235, 0.7077084, 1.4626591", \
					  "0.1944643, 0.2110472, 0.2457926, 0.3141860, 0.4473461, 0.7446292, 1.4621216");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0448015, 0.0494107, 0.0590780, 0.0793757, 0.1221427, 0.2138317, 0.4133803", \
					  "0.0489529, 0.0535563, 0.0632086, 0.0835017, 0.1262596, 0.2180181, 0.4176701", \
					  "0.0585834, 0.0631598, 0.0727752, 0.0930677, 0.1358174, 0.2277044, 0.4272217", \
					  "0.0787751, 0.0841162, 0.0945293, 0.1152814, 0.1583578, 0.2504323, 0.4502145", \
					  "0.1084381, 0.1156623, 0.1299495, 0.1574740, 0.2077861, 0.3018626, 0.5022782", \
					  "0.1402650, 0.1512787, 0.1733472, 0.2141510, 0.2866378, 0.4081251, 0.6199735", \
					  "0.1497736, 0.1670358, 0.2014602, 0.2675161, 0.3777698, 0.5624270, 0.8523370");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0385794, 0.0437741, 0.0550422, 0.0798377, 0.1343042, 0.2544533, 0.5184450", \
					  "0.0384629, 0.0436758, 0.0549533, 0.0798114, 0.1343737, 0.2543540, 0.5177526", \
					  "0.0383149, 0.0435083, 0.0546759, 0.0798271, 0.1343147, 0.2538228, 0.5186362", \
					  "0.0451616, 0.0498863, 0.0596591, 0.0822440, 0.1347859, 0.2544203, 0.5181148", \
					  "0.0640853, 0.0695554, 0.0815968, 0.1040405, 0.1494401, 0.2589986, 0.5186789", \
					  "0.1019229, 0.1095657, 0.1238777, 0.1536588, 0.2066829, 0.3064808, 0.5361732", \
					  "0.1741506, 0.1849941, 0.2060702, 0.2488651, 0.3219467, 0.4425657, 0.6678003");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1571022, 0.1686458, 0.1936815, 0.2480377, 0.3665705, 0.6254796, 1.1934843", \
					  "0.1627016, 0.1740555, 0.1995212, 0.2542340, 0.3726424, 0.6317775, 1.1998541", \
					  "0.1760727, 0.1878412, 0.2135174, 0.2685510, 0.3875065, 0.6471917, 1.2158670", \
					  "0.2123824, 0.2245027, 0.2494828, 0.3044879, 0.4242112, 0.6841261, 1.2531413", \
					  "0.2947543, 0.3062911, 0.3313668, 0.3861375, 0.5053178, 0.7653472, 1.3347001", \
					  "0.4689197, 0.4819569, 0.5102929, 0.5684168, 0.6874112, 0.9473317, 1.5168534", \
					  "0.8019458, 0.8222715, 0.8631572, 0.9428259, 1.0911970, 1.3670478, 1.9378001");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1063996, 0.1218629, 0.1545294, 0.2274696, 0.3838478, 0.7295413, 1.4887591", \
					  "0.1067936, 0.1216994, 0.1548895, 0.2267403, 0.3842228, 0.7301608, 1.4904801", \
					  "0.1066350, 0.1216789, 0.1550419, 0.2264166, 0.3843634, 0.7296747, 1.4886016", \
					  "0.1066257, 0.1216618, 0.1545290, 0.2269629, 0.3843448, 0.7295814, 1.4896393", \
					  "0.1073104, 0.1220322, 0.1546320, 0.2271617, 0.3838816, 0.7294124, 1.4901905", \
					  "0.1334181, 0.1466338, 0.1753822, 0.2402172, 0.3883213, 0.7299701, 1.4913470", \
					  "0.2063825, 0.2229297, 0.2566367, 0.3243356, 0.4583187, 0.7615346, 1.4903565");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0502245, 0.0548206, 0.0644695, 0.0847469, 0.1275403, 0.2193227, 0.4188505", \
					  "0.0544163, 0.0589803, 0.0687044, 0.0889817, 0.1317114, 0.2234394, 0.4232193", \
					  "0.0632961, 0.0677872, 0.0774394, 0.0977603, 0.1405238, 0.2323607, 0.4319912", \
					  "0.0814098, 0.0864813, 0.0966759, 0.1171962, 0.1601159, 0.2520036, 0.4517678", \
					  "0.1100338, 0.1166040, 0.1298284, 0.1551992, 0.2031147, 0.2968694, 0.4973530", \
					  "0.1425112, 0.1523379, 0.1720483, 0.2090350, 0.2754391, 0.3896363, 0.5993391", \
					  "0.1539462, 0.1703329, 0.2014338, 0.2608502, 0.3630495, 0.5314193, 0.8013658");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0384953, 0.0436823, 0.0550121, 0.0798421, 0.1344086, 0.2545077, 0.5179570", \
					  "0.0384561, 0.0436219, 0.0550843, 0.0797683, 0.1343813, 0.2542020, 0.5182130", \
					  "0.0383191, 0.0434427, 0.0547646, 0.0796381, 0.1342896, 0.2544102, 0.5175347", \
					  "0.0432226, 0.0479463, 0.0580853, 0.0814007, 0.1346101, 0.2542589, 0.5186169", \
					  "0.0595454, 0.0645400, 0.0750949, 0.0975361, 0.1457980, 0.2575614, 0.5185055", \
					  "0.0951775, 0.1017717, 0.1155872, 0.1419521, 0.1919452, 0.2967133, 0.5316695", \
					  "0.1624301, 0.1743180, 0.1935365, 0.2299236, 0.2971113, 0.4117348, 0.6351203");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1670988, 0.1773922, 0.2020566, 0.2541287, 0.3663402, 0.6114318, 1.1467057", \
					  "0.1724856, 0.1833892, 0.2081235, 0.2600214, 0.3724535, 0.6174245, 1.1528147", \
					  "0.1879060, 0.1985783, 0.2234539, 0.2755611, 0.3882088, 0.6331063, 1.1690371", \
					  "0.2238278, 0.2354126, 0.2592522, 0.3120099, 0.4249301, 0.6699649, 1.2059186", \
					  "0.3064854, 0.3175994, 0.3415735, 0.3936361, 0.5065556, 0.7517885, 1.2879988", \
					  "0.4846615, 0.4972280, 0.5236799, 0.5780228, 0.6904020, 0.9356894, 1.4721779", \
					  "0.8279870, 0.8454074, 0.8829465, 0.9598193, 1.0993189, 1.3591333, 1.8974859");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.1145956, 0.1291737, 0.1603313, 0.2289808, 0.3765910, 0.7020907, 1.4173364", \
					  "0.1146504, 0.1291574, 0.1606294, 0.2280172, 0.3777893, 0.7027386, 1.4175271", \
					  "0.1144929, 0.1291442, 0.1604727, 0.2283291, 0.3769033, 0.7014127, 1.4161959", \
					  "0.1147333, 0.1293424, 0.1603555, 0.2291620, 0.3771460, 0.7019825, 1.4167111", \
					  "0.1148729, 0.1289068, 0.1601967, 0.2282391, 0.3768267, 0.7021042, 1.4171353", \
					  "0.1400233, 0.1519760, 0.1786909, 0.2409145, 0.3804982, 0.7025436, 1.4159495", \
					  "0.2129592, 0.2290560, 0.2614635, 0.3256510, 0.4514815, 0.7347334, 1.4193005");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0541040, 0.0587086, 0.0683522, 0.0886736, 0.1314544, 0.2231801, 0.4227558", \
					  "0.0583637, 0.0629666, 0.0726194, 0.0929141, 0.1357660, 0.2275360, 0.4272551", \
					  "0.0668838, 0.0714697, 0.0811694, 0.1014593, 0.1442288, 0.2361142, 0.4358552", \
					  "0.0835136, 0.0882256, 0.0982827, 0.1187284, 0.1616365, 0.2534832, 0.4532410", \
					  "0.1101925, 0.1161401, 0.1282792, 0.1520006, 0.1985411, 0.2918333, 0.4921589", \
					  "0.1430612, 0.1516274, 0.1689604, 0.2024109, 0.2627058, 0.3707606, 0.5800743", \
					  "0.1576281, 0.1718458, 0.2001532, 0.2529792, 0.3451393, 0.4973572, 0.7506401");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0385904, 0.0437564, 0.0550077, 0.0798132, 0.1341868, 0.2535629, 0.5174300", \
					  "0.0384801, 0.0436365, 0.0549956, 0.0798691, 0.1343665, 0.2536867, 0.5171724", \
					  "0.0382455, 0.0435413, 0.0549023, 0.0797211, 0.1343246, 0.2537660, 0.5170054", \
					  "0.0413988, 0.0462473, 0.0567656, 0.0807899, 0.1346281, 0.2536544, 0.5187482", \
					  "0.0540024, 0.0588782, 0.0695316, 0.0926482, 0.1420544, 0.2567826, 0.5180834", \
					  "0.0853666, 0.0912637, 0.1040340, 0.1289841, 0.1795450, 0.2862451, 0.5287851", \
					  "0.1498775, 0.1580983, 0.1751059, 0.2079986, 0.2683948, 0.3832199, 0.6118672");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0411558, 0.0477574, 0.0619818, 0.0926929, 0.1589877, 0.3039231, 0.6218875", \
					  "0.0461320, 0.0525702, 0.0668998, 0.0977621, 0.1633300, 0.3077912, 0.6248318", \
					  "0.0604977, 0.0668455, 0.0804878, 0.1105635, 0.1775104, 0.3224929, 0.6382434", \
					  "0.0942338, 0.1012788, 0.1145588, 0.1448133, 0.2108595, 0.3555355, 0.6725976", \
					  "0.1560493, 0.1670319, 0.1884278, 0.2252129, 0.2906696, 0.4347704, 0.7457553", \
					  "0.2619354, 0.2809404, 0.3155277, 0.3757473, 0.4708272, 0.6200555, 0.9358341", \
					  "0.4439416, 0.4778922, 0.5359663, 0.6356810, 0.7924978, 1.0192330, 1.3626433");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0382488, 0.0468284, 0.0657453, 0.1073150, 0.1988039, 0.3962932, 0.8359916", \
					  "0.0382714, 0.0469251, 0.0659817, 0.1080065, 0.1972982, 0.3976623, 0.8379071", \
					  "0.0378549, 0.0467534, 0.0656540, 0.1071004, 0.2002867, 0.3975427, 0.8382071", \
					  "0.0476091, 0.0540819, 0.0695436, 0.1078458, 0.1977662, 0.4007400, 0.8413211", \
					  "0.0776012, 0.0850367, 0.0982719, 0.1262379, 0.2035278, 0.3983699, 0.8421474", \
					  "0.1335552, 0.1445087, 0.1646068, 0.2014457, 0.2626280, 0.4189609, 0.8447309", \
					  "0.2407499, 0.2565173, 0.2888667, 0.3408382, 0.4322289, 0.5726347, 0.9035309");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0149971, 0.0167856, 0.0206144, 0.0288188, 0.0469237, 0.0864049, 0.1739624", \
					  "0.0197608, 0.0215598, 0.0254249, 0.0337434, 0.0517885, 0.0912479, 0.1782326", \
					  "0.0272348, 0.0299001, 0.0355916, 0.0450333, 0.0630841, 0.1026942, 0.1892464", \
					  "0.0363981, 0.0409517, 0.0492698, 0.0640057, 0.0883907, 0.1286632, 0.2146680", \
					  "0.0444403, 0.0516354, 0.0649646, 0.0882009, 0.1256910, 0.1841271, 0.2759319", \
					  "0.0401565, 0.0520649, 0.0748372, 0.1121134, 0.1722789, 0.2632957, 0.3991166", \
					  "-0.0043159, 0.0148046, 0.0529506, 0.1157454, 0.2130767, 0.3515525, 0.5677956");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00110027, 0.00242118, 0.00532788, 0.0117242, 0.0257995, 0.0567727");
					values("0.0098964, 0.0122109, 0.0171302, 0.0280388, 0.0517695, 0.1058276, 0.2197306", \
					  "0.0110187, 0.0129453, 0.0175324, 0.0278649, 0.0517195, 0.1043289, 0.2209862", \
					  "0.0171849, 0.0192406, 0.0228410, 0.0311691, 0.0523393, 0.1051811, 0.2211263", \
					  "0.0282158, 0.0313475, 0.0366035, 0.0468181, 0.0640374, 0.1085287, 0.2215657", \
					  "0.0492247, 0.0535785, 0.0613468, 0.0770754, 0.1016215, 0.1399366, 0.2309290", \
					  "0.0917206, 0.0957242, 0.1081961, 0.1300156, 0.1630887, 0.2206050, 0.3134205", \
					  "0.1671513, 0.1765746, 0.1954098, 0.2282966, 0.2792043, 0.3656064, 0.4971435");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002023;
			capacitance : 0.002080;
			rise_capacitance : 0.002137;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023864, -0.0023894, -0.0023964, -0.0023919, -0.0023815, -0.0023575, -0.0023022");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031639, 0.0031636, 0.0031629, 0.0031608, 0.0031561, 0.0031451, 0.0031199");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002067;
			capacitance : 0.002137;
			rise_capacitance : 0.002208;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026185, -0.0026204, -0.0026247, -0.0026240, -0.0026223, -0.0026185, -0.0026097");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029069, 0.0029020, 0.0028909, 0.0029004, 0.0029222, 0.0029725, 0.0030885");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002259;
			capacitance : 0.002175;
			fall_capacitance : 0.002091;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026029, -0.0026021, -0.0026004, -0.0026000, -0.0025991, -0.0025972, -0.0025926");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026044, 0.0026060, 0.0026095, 0.0026086, 0.0026065, 0.0026018, 0.0025909");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002109;
			capacitance : 0.002217;
			rise_capacitance : 0.002326;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026521, -0.0026516, -0.0026506, -0.0026506, -0.0026507, -0.0026510, -0.0026517");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026676, 0.0026641, 0.0026561, 0.0026563, 0.0026567, 0.0026577, 0.0026599");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002104;
			capacitance : 0.002222;
			rise_capacitance : 0.002341;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012629, -0.0012650, -0.0012699, -0.0012693, -0.0012680, -0.0012650, -0.0012582");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038081, 0.0038011, 0.0037850, 0.0038029, 0.0038443, 0.0039398, 0.0041599");
				}
			}
		}
	}
	cell ("scs8hd_a41oi_2") {
		area : 16.265600;
		cell_footprint : "a41oi";
		cell_leakage_power : 3.211859e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007211";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0001176";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0121991";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0121991";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "2.6756954e-05";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "2.6395417e-05";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007223";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "2.5569561e-05";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "2.8393564e-05";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "2.7731686e-05";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "4.5637332e-05";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007224";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0196706";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0196706";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "3.4364130e-05";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "4.7401532e-05";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0267307";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003048";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "6.6668798e-05";
			when : "A1&A2&A3&!A4&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1) | (!A4&!B1)";
			max_capacitance : 0.106211;
			max_transition : 1.497411;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0098505, 0.0108345, 0.0131069, 0.0184430, 0.0312506, 0.0623496, 0.1376926", \
					  "0.0095730, 0.0105595, 0.0128924, 0.0183201, 0.0312127, 0.0622638, 0.1377443", \
					  "0.0093382, 0.0103030, 0.0125450, 0.0180798, 0.0309872, 0.0622938, 0.1377469", \
					  "0.0090998, 0.0100352, 0.0122585, 0.0175921, 0.0307892, 0.0619172, 0.1380738", \
					  "0.0088984, 0.0097807, 0.0119969, 0.0173320, 0.0301735, 0.0616412, 0.1373168", \
					  "0.0088461, 0.0097504, 0.0119408, 0.0172205, 0.0299939, 0.0613858, 0.1369219", \
					  "0.0084178, 0.0092686, 0.0114297, 0.0169928, 0.0298618, 0.0611206, 0.1371558");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0062774, 0.0054152, 0.0032901, -0.0018660, -0.0145101, -0.0455793, -0.1217047", \
					  "0.0061815, 0.0053177, 0.0032087, -0.0019399, -0.0146053, -0.0456412, -0.1217598", \
					  "0.0060295, 0.0051745, 0.0030712, -0.0021049, -0.0147022, -0.0457408, -0.1218479", \
					  "0.0057229, 0.0048657, 0.0028012, -0.0022641, -0.0148646, -0.0458803, -0.1219723", \
					  "0.0053637, 0.0045223, 0.0024494, -0.0025692, -0.0150859, -0.0460157, -0.1220918", \
					  "0.0053787, 0.0044905, 0.0023940, -0.0028648, -0.0154770, -0.0463418, -0.1222479", \
					  "0.0056229, 0.0047265, 0.0025448, -0.0026862, -0.0154287, -0.0466188, -0.1225468");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0150074, 0.0158989, 0.0180823, 0.0233447, 0.0360477, 0.0670008, 0.1424645", \
					  "0.0147741, 0.0156804, 0.0178637, 0.0231967, 0.0359918, 0.0669922, 0.1423416", \
					  "0.0144130, 0.0153326, 0.0175678, 0.0229562, 0.0358404, 0.0669161, 0.1423499", \
					  "0.0140418, 0.0149450, 0.0171355, 0.0225023, 0.0354507, 0.0665835, 0.1420963", \
					  "0.0137368, 0.0146341, 0.0168229, 0.0221386, 0.0350078, 0.0661648, 0.1418038", \
					  "0.0135745, 0.0144952, 0.0166139, 0.0219212, 0.0346917, 0.0658251, 0.1414105", \
					  "0.0128697, 0.0137379, 0.0159557, 0.0214626, 0.0342893, 0.0655020, 0.1412144");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0072361, 0.0063678, 0.0042568, -0.0009106, -0.0135768, -0.0446330, -0.1207583", \
					  "0.0071362, 0.0062686, 0.0041585, -0.0010058, -0.0136506, -0.0447215, -0.1208348", \
					  "0.0069911, 0.0061263, 0.0040259, -0.0011244, -0.0137657, -0.0448021, -0.1209384", \
					  "0.0067860, 0.0059437, 0.0038609, -0.0012697, -0.0138915, -0.0449128, -0.1210335", \
					  "0.0066210, 0.0057779, 0.0036608, -0.0013868, -0.0139304, -0.0449558, -0.1210274", \
					  "0.0066501, 0.0057789, 0.0036294, -0.0016354, -0.0142709, -0.0452062, -0.1211710", \
					  "0.0068102, 0.0059492, 0.0038343, -0.0014028, -0.0141292, -0.0454155, -0.1213503");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0190537, 0.0199103, 0.0220888, 0.0273466, 0.0400961, 0.0710147, 0.1465584", \
					  "0.0188440, 0.0197204, 0.0219345, 0.0271975, 0.0399650, 0.0709124, 0.1464721", \
					  "0.0186062, 0.0195326, 0.0217241, 0.0270113, 0.0398347, 0.0709411, 0.1464763", \
					  "0.0183393, 0.0191974, 0.0214201, 0.0267431, 0.0396684, 0.0707812, 0.1464106", \
					  "0.0181233, 0.0189809, 0.0211823, 0.0264847, 0.0393390, 0.0705239, 0.1461467", \
					  "0.0180793, 0.0189669, 0.0211438, 0.0264396, 0.0393214, 0.0702445, 0.1460562", \
					  "0.0176354, 0.0184938, 0.0208120, 0.0262877, 0.0392429, 0.0705774, 0.1458694");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0072274, 0.0063709, 0.0042516, -0.0009245, -0.0135667, -0.0446415, -0.1207715", \
					  "0.0071332, 0.0062749, 0.0041607, -0.0010142, -0.0136581, -0.0447281, -0.1208339", \
					  "0.0069929, 0.0061331, 0.0040290, -0.0011306, -0.0137648, -0.0448667, -0.1209409", \
					  "0.0067843, 0.0059252, 0.0038404, -0.0013111, -0.0139067, -0.0449193, -0.1210182", \
					  "0.0066240, 0.0057780, 0.0036926, -0.0014029, -0.0139520, -0.0449821, -0.1210223", \
					  "0.0066549, 0.0057866, 0.0036670, -0.0015465, -0.0142864, -0.0452055, -0.1211644", \
					  "0.0068088, 0.0059216, 0.0038088, -0.0013788, -0.0141356, -0.0454279, -0.1213747");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0227600, 0.0236415, 0.0258309, 0.0311120, 0.0439203, 0.0750308, 0.1506310", \
					  "0.0225941, 0.0234728, 0.0256649, 0.0309794, 0.0437870, 0.0748910, 0.1505558", \
					  "0.0223751, 0.0232519, 0.0254386, 0.0307903, 0.0436091, 0.0747366, 0.1504186", \
					  "0.0221780, 0.0230704, 0.0252742, 0.0306078, 0.0434744, 0.0746723, 0.1503514", \
					  "0.0220219, 0.0229309, 0.0251122, 0.0304168, 0.0433284, 0.0744908, 0.1502193", \
					  "0.0220288, 0.0229080, 0.0250617, 0.0304069, 0.0433092, 0.0743333, 0.1499265", \
					  "0.0217339, 0.0226375, 0.0249595, 0.0303253, 0.0432290, 0.0746907, 0.1502202");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0072730, 0.0064032, 0.0042933, -0.0008802, -0.0135284, -0.0445971, -0.1207236", \
					  "0.0071437, 0.0062797, 0.0041636, -0.0010004, -0.0136523, -0.0446991, -0.1208069", \
					  "0.0069712, 0.0061063, 0.0040038, -0.0011464, -0.0137806, -0.0448394, -0.1209521", \
					  "0.0067384, 0.0058815, 0.0037940, -0.0013365, -0.0139311, -0.0449549, -0.1210620", \
					  "0.0065336, 0.0056901, 0.0036217, -0.0014663, -0.0140480, -0.0450224, -0.1211103", \
					  "0.0066284, 0.0057747, 0.0036213, -0.0015553, -0.0143012, -0.0452178, -0.1212224", \
					  "0.0067776, 0.0058884, 0.0037758, -0.0014230, -0.0141746, -0.0454223, -0.1213986");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("0.0087912, 0.0098030, 0.0120981, 0.0176109, 0.0302967, 0.0611569, 0.1363608", \
					  "0.0085187, 0.0094480, 0.0117397, 0.0172648, 0.0300779, 0.0615095, 0.1367958", \
					  "0.0083073, 0.0092342, 0.0114748, 0.0168484, 0.0297727, 0.0610915, 0.1366074", \
					  "0.0081754, 0.0090912, 0.0112847, 0.0165762, 0.0291561, 0.0605750, 0.1367261", \
					  "0.0080964, 0.0089791, 0.0111192, 0.0163726, 0.0290382, 0.0600580, 0.1359357", \
					  "0.0083086, 0.0093759, 0.0110665, 0.0162541, 0.0288485, 0.0598964, 0.1357590", \
					  "0.0079339, 0.0087425, 0.0108666, 0.0159826, 0.0290252, 0.0596848, 0.1344244");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00122134, 0.002983344, 0.007287356, 0.01780068, 0.04348138, 0.1062111");
					values("-1.1000000e-05, -0.0008395, -0.0029033, -0.0080678, -0.0208027, -0.0520225, -0.1283377", \
					  "-0.0002873, -0.0010582, -0.0030518, -0.0081278, -0.0207778, -0.0519618, -0.1282506", \
					  "-0.0006093, -0.0014066, -0.0033207, -0.0082718, -0.0208029, -0.0519056, -0.1281523", \
					  "-0.0007654, -0.0016066, -0.0035338, -0.0085601, -0.0209902, -0.0519500, -0.1281399", \
					  "-0.0010558, -0.0018696, -0.0038914, -0.0088279, -0.0212360, -0.0521784, -0.1282312", \
					  "-0.0010534, -0.0019008, -0.0039864, -0.0090242, -0.0215358, -0.0524214, -0.1283707", \
					  "-0.0007105, -0.0016471, -0.0037782, -0.0090962, -0.0218528, -0.0527535, -0.1286103");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
					values("0.0905095, 0.0983528, 0.1167827, 0.1599597, 0.2624330, 0.5112569, 1.1131043", \
					  "0.0953172, 0.1031751, 0.1225852, 0.1662846, 0.2692365, 0.5177938, 1.1227046", \
					  "0.1103091, 0.1178808, 0.1359225, 0.1802083, 0.2836822, 0.5344391, 1.1403453", \
					  "0.1465275, 0.1541530, 0.1722667, 0.2156025, 0.3205475, 0.5705449, 1.1748064", \
					  "0.2272885, 0.2355376, 0.2540554, 0.2967994, 0.4002815, 0.6520996, 1.2610646", \
					  "0.3784341, 0.3904905, 0.4168247, 0.4719614, 0.5824091, 0.8316166, 1.4377899", \
					  "0.6560072, 0.6752197, 0.7192949, 0.8059310, 0.9623751, 1.2529584, 1.8636002");
				}
				rise_transition ("del_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("0.0477254, 0.0570300, 0.0800767, 0.1359130, 0.2730500, 0.6041928, 1.4149727", \
					  "0.0477870, 0.0571026, 0.0798141, 0.1357641, 0.2726365, 0.6056063, 1.4181415", \
					  "0.0478677, 0.0571519, 0.0803070, 0.1369757, 0.2720960, 0.6111334, 1.4212871", \
					  "0.0480725, 0.0573566, 0.0802541, 0.1357398, 0.2760575, 0.6077678, 1.4144508", \
					  "0.0550857, 0.0633409, 0.0838263, 0.1370731, 0.2723082, 0.6058645, 1.4162628", \
					  "0.0826900, 0.0920322, 0.1149445, 0.1655737, 0.2847011, 0.6099188, 1.4178906", \
					  "0.1457913, 0.1589350, 0.1889831, 0.2495037, 0.3772129, 0.6532345, 1.4200044");
				}
				cell_fall ("del_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("0.0344846, 0.0384262, 0.0473669, 0.0674301, 0.1137685, 0.2228410, 0.4854829", \
					  "0.0380901, 0.0420660, 0.0510963, 0.0713006, 0.1176118, 0.2267197, 0.4893673", \
					  "0.0477769, 0.0513376, 0.0600883, 0.0800736, 0.1264723, 0.2354566, 0.4977055", \
					  "0.0687732, 0.0731928, 0.0828249, 0.1028305, 0.1484545, 0.2574799, 0.5202875", \
					  "0.0943735, 0.1007680, 0.1148824, 0.1436793, 0.1991671, 0.3085684, 0.5706019", \
					  "0.1140118, 0.1238028, 0.1471804, 0.1910916, 0.2739362, 0.4208689, 0.6857313", \
					  "0.1048503, 0.1201157, 0.1533643, 0.2221176, 0.3512991, 0.5730268, 0.9434835");
				}
				fall_transition ("del_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("0.0418265, 0.0457211, 0.0552659, 0.0790714, 0.1377105, 0.2831183, 0.6386903", \
					  "0.0402908, 0.0446859, 0.0548444, 0.0788221, 0.1378445, 0.2830815, 0.6377131", \
					  "0.0391472, 0.0430625, 0.0529600, 0.0777381, 0.1376715, 0.2829243, 0.6372973", \
					  "0.0455933, 0.0502135, 0.0595715, 0.0811287, 0.1375510, 0.2821724, 0.6387809", \
					  "0.0635258, 0.0691801, 0.0809314, 0.1061280, 0.1587302, 0.2873621, 0.6376489", \
					  "0.1026025, 0.1107283, 0.1285570, 0.1617515, 0.2256383, 0.3475268, 0.6542807", \
					  "0.1723778, 0.1848154, 0.2118066, 0.2634605, 0.3524963, 0.5145187, 0.8025948");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
					values("0.1250849, 0.1332256, 0.1516772, 0.1959130, 0.3020393, 0.5596597, 1.1873083", \
					  "0.1304822, 0.1381504, 0.1567527, 0.2015111, 0.3084945, 0.5665070, 1.1940599", \
					  "0.1438066, 0.1519702, 0.1707215, 0.2160671, 0.3238204, 0.5825394, 1.2107466", \
					  "0.1797919, 0.1873916, 0.2058988, 0.2512301, 0.3591907, 0.6188834, 1.2484380", \
					  "0.2616784, 0.2697077, 0.2880919, 0.3324774, 0.4398756, 0.6999718, 1.3298487", \
					  "0.4278300, 0.4382841, 0.4613824, 0.5126998, 0.6223245, 0.8815164, 1.5114998", \
					  "0.7398948, 0.7551946, 0.7914114, 0.8677203, 1.0144232, 1.3025750, 1.9332074");
				}
				rise_transition ("del_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("0.0712212, 0.0810738, 0.1051574, 0.1636506, 0.3059292, 0.6502963, 1.4914480", \
					  "0.0712646, 0.0809394, 0.1053692, 0.1637386, 0.3056836, 0.6513469, 1.4933744", \
					  "0.0712904, 0.0810989, 0.1050240, 0.1635199, 0.3059333, 0.6511744, 1.4967221", \
					  "0.0712812, 0.0812198, 0.1052477, 0.1636589, 0.3058815, 0.6512068, 1.4936687", \
					  "0.0738712, 0.0832433, 0.1063646, 0.1640804, 0.3056718, 0.6506878, 1.4925882", \
					  "0.1004176, 0.1107693, 0.1329975, 0.1844593, 0.3139105, 0.6504952, 1.4974109", \
					  "0.1662262, 0.1783317, 0.2059637, 0.2666889, 0.3924333, 0.6904186, 1.4940109");
				}
				cell_fall ("del_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("0.0469831, 0.0507942, 0.0596018, 0.0797308, 0.1259121, 0.2349422, 0.4976008", \
					  "0.0512022, 0.0549554, 0.0637676, 0.0838637, 0.1302255, 0.2391913, 0.5017154", \
					  "0.0609502, 0.0647486, 0.0735390, 0.0935884, 0.1399224, 0.2488978, 0.5114186", \
					  "0.0819759, 0.0862441, 0.0957909, 0.1163092, 0.1628286, 0.2721117, 0.5349207", \
					  "0.1135722, 0.1193313, 0.1324147, 0.1596037, 0.2139262, 0.3248607, 0.5885739", \
					  "0.1484151, 0.1572975, 0.1769931, 0.2182149, 0.2960805, 0.4367182, 0.7108069", \
					  "0.1614574, 0.1754697, 0.2068683, 0.2714399, 0.3938892, 0.6072992, 0.9645228");
				}
				fall_transition ("del_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("0.0405680, 0.0444860, 0.0544941, 0.0785629, 0.1378688, 0.2823670, 0.6363620", \
					  "0.0404993, 0.0444419, 0.0543107, 0.0783877, 0.1376262, 0.2823164, 0.6372489", \
					  "0.0400058, 0.0439451, 0.0538507, 0.0781978, 0.1377856, 0.2829339, 0.6382417", \
					  "0.0459015, 0.0493915, 0.0579777, 0.0803651, 0.1375874, 0.2828289, 0.6388928", \
					  "0.0622603, 0.0669639, 0.0771523, 0.1004615, 0.1520314, 0.2855029, 0.6371684", \
					  "0.0981775, 0.1041944, 0.1182913, 0.1480451, 0.2073621, 0.3309363, 0.6471165", \
					  "0.1655958, 0.1748061, 0.1973272, 0.2411073, 0.3216337, 0.4663481, 0.7632744");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
					values("0.1408903, 0.1483468, 0.1659271, 0.2097377, 0.3133191, 0.5631334, 1.1710453", \
					  "0.1467674, 0.1543447, 0.1717183, 0.2157208, 0.3193110, 0.5694972, 1.1774779", \
					  "0.1614668, 0.1693372, 0.1875761, 0.2311429, 0.3356190, 0.5859586, 1.1941079", \
					  "0.1977466, 0.2052394, 0.2235041, 0.2673251, 0.3717582, 0.6227694, 1.2314556", \
					  "0.2796530, 0.2870486, 0.3053868, 0.3489896, 0.4533942, 0.7045386, 1.3135276", \
					  "0.4506748, 0.4600152, 0.4822781, 0.5296634, 0.6348737, 0.8862295, 1.4963228", \
					  "0.7794678, 0.7929981, 0.8229400, 0.8901783, 1.0310731, 1.3058620, 1.9148856");
				}
				rise_transition ("del_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("0.0868127, 0.0964013, 0.1199916, 0.1774521, 0.3147977, 0.6502198, 1.4674583", \
					  "0.0867010, 0.0961701, 0.1200325, 0.1774573, 0.3157634, 0.6505201, 1.4690855", \
					  "0.0866220, 0.0964450, 0.1202640, 0.1767880, 0.3149917, 0.6498733, 1.4661472", \
					  "0.0867766, 0.0964221, 0.1200560, 0.1769465, 0.3153328, 0.6497240, 1.4667846", \
					  "0.0879258, 0.0973585, 0.1202893, 0.1769634, 0.3149119, 0.6499403, 1.4689552", \
					  "0.1123673, 0.1216070, 0.1435223, 0.1940587, 0.3220397, 0.6503874, 1.4668394", \
					  "0.1771038, 0.1883911, 0.2149443, 0.2729193, 0.3995812, 0.6870653, 1.4689170");
				}
				cell_fall ("del_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("0.0532157, 0.0569423, 0.0657781, 0.0858500, 0.1321276, 0.2411197, 0.5039274", \
					  "0.0573055, 0.0610279, 0.0698678, 0.0899340, 0.1362728, 0.2451786, 0.5075972", \
					  "0.0655817, 0.0694089, 0.0781981, 0.0982922, 0.1445522, 0.2534523, 0.5161543", \
					  "0.0822634, 0.0864137, 0.0957148, 0.1161587, 0.1624590, 0.2717784, 0.5340506", \
					  "0.1102901, 0.1152919, 0.1264912, 0.1510782, 0.2017818, 0.3127154, 0.5761176", \
					  "0.1434813, 0.1510049, 0.1677515, 0.2029252, 0.2703381, 0.3994405, 0.6717769", \
					  "0.1579871, 0.1699720, 0.1968478, 0.2516434, 0.3573486, 0.5415224, 0.8667792");
				}
				fall_transition ("del_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("0.0405225, 0.0444849, 0.0543716, 0.0785939, 0.1377084, 0.2823129, 0.6374810", \
					  "0.0404623, 0.0444381, 0.0543215, 0.0783617, 0.1375270, 0.2822688, 0.6381357", \
					  "0.0401739, 0.0441797, 0.0541277, 0.0784254, 0.1376693, 0.2833042, 0.6373101", \
					  "0.0441471, 0.0478973, 0.0568321, 0.0800117, 0.1379812, 0.2829413, 0.6379567", \
					  "0.0567727, 0.0607797, 0.0701575, 0.0928969, 0.1465602, 0.2855041, 0.6393552", \
					  "0.0888813, 0.0938275, 0.1055077, 0.1307545, 0.1864224, 0.3142419, 0.6459082", \
					  "0.1527845, 0.1597393, 0.1763926, 0.2124159, 0.2833520, 0.4202898, 0.7234829");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
					values("0.1601324, 0.1677172, 0.1856193, 0.2298937, 0.3343705, 0.5840649, 1.1896208", \
					  "0.1654013, 0.1731455, 0.1918560, 0.2356454, 0.3404965, 0.5902481, 1.1957131", \
					  "0.1797584, 0.1872744, 0.2058341, 0.2507212, 0.3546988, 0.6052195, 1.2104897", \
					  "0.2158420, 0.2232684, 0.2417951, 0.2861863, 0.3911529, 0.6418250, 1.2472846", \
					  "0.2934097, 0.3012120, 0.3199556, 0.3639752, 0.4680906, 0.7187299, 1.3248486", \
					  "0.4583223, 0.4670275, 0.4871754, 0.5352722, 0.6406634, 0.8916125, 1.4978351", \
					  "0.7706678, 0.7828929, 0.8115524, 0.8767697, 1.0113153, 1.2870367, 1.8936037");
				}
				rise_transition ("del_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("0.1043128, 0.1141491, 0.1381181, 0.1961251, 0.3331429, 0.6668741, 1.4803319", \
					  "0.1043741, 0.1140681, 0.1383983, 0.1949302, 0.3327282, 0.6683402, 1.4817894", \
					  "0.1043196, 0.1140940, 0.1383429, 0.1954790, 0.3326793, 0.6671588, 1.4823452", \
					  "0.1041418, 0.1141651, 0.1381196, 0.1948068, 0.3330062, 0.6670686, 1.4820200", \
					  "0.1050001, 0.1148193, 0.1379708, 0.1954088, 0.3335519, 0.6666717, 1.4803581", \
					  "0.1283928, 0.1375818, 0.1599542, 0.2109256, 0.3404589, 0.6670597, 1.4857531", \
					  "0.1925459, 0.2039263, 0.2299565, 0.2881942, 0.4131802, 0.7056730, 1.4849263");
				}
				cell_fall ("del_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("0.0577655, 0.0615606, 0.0703854, 0.0904596, 0.1366091, 0.2457301, 0.5081547", \
					  "0.0620126, 0.0657789, 0.0746552, 0.0946846, 0.1409899, 0.2498843, 0.5122638", \
					  "0.0704134, 0.0742824, 0.0830296, 0.1032447, 0.1494132, 0.2584628, 0.5210831", \
					  "0.0861421, 0.0901555, 0.0991441, 0.1195066, 0.1658510, 0.2750562, 0.5373134", \
					  "0.1120228, 0.1166142, 0.1271693, 0.1497933, 0.1992361, 0.3097204, 0.5730418", \
					  "0.1454225, 0.1518447, 0.1665128, 0.1972493, 0.2587939, 0.3826106, 0.6515185", \
					  "0.1628481, 0.1739249, 0.1967196, 0.2457312, 0.3382813, 0.5042439, 0.8137789");
				}
				fall_transition ("del_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("0.0404974, 0.0444222, 0.0544413, 0.0785904, 0.1376294, 0.2829103, 0.6381655", \
					  "0.0404018, 0.0444850, 0.0542730, 0.0785003, 0.1378132, 0.2828995, 0.6379721", \
					  "0.0402785, 0.0442589, 0.0542174, 0.0785081, 0.1376298, 0.2822253, 0.6372311", \
					  "0.0425005, 0.0465067, 0.0556834, 0.0792864, 0.1378005, 0.2831442, 0.6392820", \
					  "0.0517565, 0.0555972, 0.0651540, 0.0881342, 0.1439826, 0.2847782, 0.6378175", \
					  "0.0792880, 0.0837038, 0.0939574, 0.1181066, 0.1736391, 0.3067362, 0.6451640", \
					  "0.1385181, 0.1449825, 0.1597314, 0.1904888, 0.2544618, 0.3867359, 0.7045146");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122134, 0.00298334, 0.00728736, 0.0178007, 0.0434814, 0.106211");
					values("0.0323808, 0.0370991, 0.0478735, 0.0734182, 0.1332070, 0.2782974, 0.6306528", \
					  "0.0378331, 0.0422209, 0.0528928, 0.0782602, 0.1385539, 0.2850974, 0.6385085", \
					  "0.0523000, 0.0565417, 0.0668656, 0.0920021, 0.1527228, 0.2987548, 0.6521565", \
					  "0.0848691, 0.0907298, 0.1025729, 0.1266973, 0.1847498, 0.3300153, 0.6871513", \
					  "0.1407229, 0.1501408, 0.1693215, 0.2051729, 0.2675545, 0.4120016, 0.7583946", \
					  "0.2392181, 0.2536387, 0.2869476, 0.3453475, 0.4433270, 0.6005120, 0.9521152", \
					  "0.4130368, 0.4383474, 0.4929807, 0.5921376, 0.7482393, 1.0001184, 1.3843994");
				}
				rise_transition ("del_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("0.0257422, 0.0316794, 0.0453767, 0.0800718, 0.1615302, 0.3630502, 0.8546752", \
					  "0.0258050, 0.0313538, 0.0453962, 0.0799443, 0.1621772, 0.3651388, 0.8558649", \
					  "0.0263366, 0.0315015, 0.0452778, 0.0793220, 0.1617380, 0.3678044, 0.8635109", \
					  "0.0385532, 0.0421756, 0.0519720, 0.0809555, 0.1619009, 0.3676383, 0.8662553", \
					  "0.0650043, 0.0707302, 0.0827319, 0.1060784, 0.1708551, 0.3650673, 0.8656558", \
					  "0.1147896, 0.1245265, 0.1415552, 0.1759142, 0.2361598, 0.3883271, 0.8627023", \
					  "0.2088599, 0.2247794, 0.2529550, 0.3052994, 0.4061099, 0.5451637, 0.9152972");
				}
				cell_fall ("del_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("0.0121108, 0.0132916, 0.0160547, 0.0224881, 0.0376574, 0.0748129, 0.1654725", \
					  "0.0164352, 0.0178893, 0.0208643, 0.0273171, 0.0426624, 0.0797452, 0.1702231", \
					  "0.0220118, 0.0244274, 0.0292008, 0.0380491, 0.0539829, 0.0910333, 0.1810415", \
					  "0.0282236, 0.0320484, 0.0395580, 0.0534450, 0.0774391, 0.1171649, 0.2079217", \
					  "0.0322065, 0.0380581, 0.0499555, 0.0722321, 0.1095650, 0.1699834, 0.2684875", \
					  "0.0218846, 0.0318535, 0.0509223, 0.0880624, 0.1469054, 0.2422023, 0.3905011", \
					  "-0.0365191, -0.0192935, 0.0155453, 0.0774658, 0.1763253, 0.3291661, 0.5599226");
				}
				fall_transition ("del_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("0.0062666, 0.0076501, 0.0111992, 0.0194810, 0.0400528, 0.0905408, 0.2121572", \
					  "0.0082576, 0.0092314, 0.0119757, 0.0196300, 0.0399237, 0.0906667, 0.2128868", \
					  "0.0134276, 0.0148040, 0.0181074, 0.0243782, 0.0415587, 0.0896717, 0.2123792", \
					  "0.0229884, 0.0248280, 0.0293607, 0.0386871, 0.0554222, 0.0955065, 0.2133161", \
					  "0.0411250, 0.0443444, 0.0508992, 0.0638020, 0.0882120, 0.1288728, 0.2249339", \
					  "0.0767033, 0.0813795, 0.0920744, 0.1122036, 0.1472925, 0.2067408, 0.3111354", \
					  "0.1465915, 0.1557940, 0.1727649, 0.2031337, 0.2539245, 0.3394465, 0.4800585");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003783;
			capacitance : 0.003880;
			rise_capacitance : 0.003976;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0041193, -0.0041298, -0.0041540, -0.0041428, -0.0041170, -0.0040575, -0.0039202");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059739, 0.0059748, 0.0059769, 0.0059784, 0.0059820, 0.0059902, 0.0060090");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003786;
			capacitance : 0.003896;
			rise_capacitance : 0.004005;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050681, -0.0050715, -0.0050794, -0.0050791, -0.0050785, -0.0050771, -0.0050739");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055838, 0.0055767, 0.0055605, 0.0055802, 0.0056255, 0.0057300, 0.0059708");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003935;
			capacitance : 0.004078;
			rise_capacitance : 0.004221;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051524, -0.0051569, -0.0051671, -0.0051671, -0.0051670, -0.0051668, -0.0051663");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051632, 0.0051653, 0.0051701, 0.0051698, 0.0051691, 0.0051674, 0.0051637");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003892;
			capacitance : 0.004101;
			rise_capacitance : 0.004309;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051942, -0.0051903, -0.0051814, -0.0051818, -0.0051827, -0.0051849, -0.0051898");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052003, 0.0051996, 0.0051980, 0.0051951, 0.0051884, 0.0051728, 0.0051370");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004037;
			capacitance : 0.004290;
			rise_capacitance : 0.004543;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024602, -0.0024630, -0.0024694, -0.0024689, -0.0024679, -0.0024654, -0.0024598");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027577, 0.0027510, 0.0027355, 0.0027591, 0.0028135, 0.0029389, 0.0032280");
				}
			}
		}
	}
	cell ("scs8hd_a41oi_4") {
		area : 27.526400;
		cell_footprint : "a41oi";
		cell_leakage_power : 7.472428e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014402";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0219888";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014409";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0219887";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0014408";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "6.4083877e-05";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014402";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0219888";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0015500";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0219921";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "6.3753500e-05";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "6.5110847e-05";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0001158";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0014403";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0370215";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014405";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0370215";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003977";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0004106";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0512418";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0006107";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0014406";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007618";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014592";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0002085";
			when : "A1&A2&A3&A4&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!B1) | (!A2&!B1) | (!A3&!B1) | (!A4&!B1)";
			max_capacitance : 0.165720;
			max_transition : 1.495447;
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0438158, 0.0448047, 0.0474736, 0.0544324, 0.0725890, 0.1199496, 0.2438899", \
					  "0.0435141, 0.0445147, 0.0471581, 0.0540909, 0.0723449, 0.1196788, 0.2434759", \
					  "0.0431512, 0.0441792, 0.0468152, 0.0538143, 0.0720570, 0.1194809, 0.2433131", \
					  "0.0428269, 0.0437782, 0.0464001, 0.0534315, 0.0717497, 0.1193861, 0.2430832", \
					  "0.0423516, 0.0433650, 0.0460207, 0.0530835, 0.0713593, 0.1188804, 0.2427794", \
					  "0.0423385, 0.0433440, 0.0460544, 0.0529357, 0.0710982, 0.1187080, 0.2427877", \
					  "0.0422006, 0.0431963, 0.0457856, 0.0528024, 0.0711356, 0.1188822, 0.2424504");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0145031, 0.0135199, 0.0109266, 0.0041694, -0.0136854, -0.0608192, -0.1853214", \
					  "0.0142592, 0.0132868, 0.0107099, 0.0039285, -0.0138867, -0.0610341, -0.1856095", \
					  "0.0139664, 0.0129940, 0.0104244, 0.0036768, -0.0141581, -0.0612905, -0.1858077", \
					  "0.0135607, 0.0125692, 0.0100233, 0.0032886, -0.0144611, -0.0615541, -0.1860352", \
					  "0.0132222, 0.0122616, 0.0097270, 0.0030635, -0.0146405, -0.0616596, -0.1861437", \
					  "0.0134575, 0.0124784, 0.0098608, 0.0030930, -0.0150239, -0.0618997, -0.1863067", \
					  "0.0135686, 0.0126659, 0.0099992, 0.0032053, -0.0147995, -0.0622305, -0.1866470");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0164790, 0.0176334, 0.0205211, 0.0277865, 0.0461085, 0.0932798, 0.2168893", \
					  "0.0159049, 0.0170627, 0.0198307, 0.0271481, 0.0455475, 0.0931263, 0.2164834", \
					  "0.0155335, 0.0165950, 0.0193411, 0.0264968, 0.0449396, 0.0923913, 0.2168880", \
					  "0.0155462, 0.0165860, 0.0192264, 0.0261001, 0.0443920, 0.0917986, 0.2161296", \
					  "0.0152256, 0.0162336, 0.0188566, 0.0257282, 0.0438011, 0.0912548, 0.2140528", \
					  "0.0155085, 0.0165118, 0.0194269, 0.0263614, 0.0438623, 0.0909995, 0.2136975", \
					  "0.0153788, 0.0164212, 0.0188689, 0.0254856, 0.0441644, 0.0909121, 0.2139423");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0005691, -0.0003436, -0.0028333, -0.0095717, -0.0275200, -0.0749572, -0.1999265", \
					  "3.2800000e-05, -0.0008450, -0.0032077, -0.0097289, -0.0275096, -0.0748498, -0.1997579", \
					  "-0.0006730, -0.0014999, -0.0037739, -0.0101098, -0.0276212, -0.0747733, -0.1995783", \
					  "-0.0009033, -0.0017411, -0.0041770, -0.0107443, -0.0280220, -0.0748985, -0.1995433", \
					  "-0.0012297, -0.0021522, -0.0045878, -0.0109622, -0.0282383, -0.0752381, -0.1996597", \
					  "-0.0015116, -0.0024857, -0.0050200, -0.0116259, -0.0290857, -0.0759065, -0.2000857", \
					  "-0.0008879, -0.0019336, -0.0045568, -0.0114827, -0.0294654, -0.0762353, -0.2002554");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0182881, 0.0194364, 0.0222754, 0.0294927, 0.0477500, 0.0951292, 0.2194339", \
					  "0.0177456, 0.0188869, 0.0218041, 0.0292743, 0.0477494, 0.0951779, 0.2187234", \
					  "0.0171886, 0.0183307, 0.0212377, 0.0285345, 0.0472273, 0.0950795, 0.2188706", \
					  "0.0166821, 0.0177570, 0.0205467, 0.0276876, 0.0464114, 0.0942936, 0.2182604", \
					  "0.0162992, 0.0173124, 0.0200785, 0.0270472, 0.0456182, 0.0931968, 0.2178378", \
					  "0.0161920, 0.0172305, 0.0198737, 0.0268029, 0.0448914, 0.0923726, 0.2174522", \
					  "0.0151996, 0.0162011, 0.0188370, 0.0262824, 0.0447650, 0.0922141, 0.2161569");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0132433, 0.0122566, 0.0096736, 0.0028902, -0.0148982, -0.0620614, -0.1866379", \
					  "0.0130253, 0.0120479, 0.0094728, 0.0027109, -0.0150836, -0.0622222, -0.1867864", \
					  "0.0126228, 0.0116827, 0.0091618, 0.0024373, -0.0153304, -0.0624373, -0.1869870", \
					  "0.0121175, 0.0111325, 0.0086610, 0.0020760, -0.0156733, -0.0627591, -0.1872074", \
					  "0.0116738, 0.0107265, 0.0082196, 0.0015132, -0.0159218, -0.0629404, -0.1873690", \
					  "0.0114470, 0.0104535, 0.0078796, 0.0010307, -0.0169061, -0.0637481, -0.1876817", \
					  "0.0118389, 0.0108528, 0.0082837, 0.0014022, -0.0165583, -0.0639443, -0.1883094");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0282089, 0.0292372, 0.0318772, 0.0388393, 0.0568027, 0.1037907, 0.2274953", \
					  "0.0277372, 0.0287730, 0.0315119, 0.0385168, 0.0566596, 0.1039734, 0.2275849", \
					  "0.0270796, 0.0281118, 0.0308339, 0.0379762, 0.0563004, 0.1036872, 0.2274896", \
					  "0.0262425, 0.0272685, 0.0299798, 0.0371279, 0.0556011, 0.1031879, 0.2272133", \
					  "0.0256091, 0.0266359, 0.0293038, 0.0362993, 0.0545845, 0.1022108, 0.2262551", \
					  "0.0252876, 0.0263135, 0.0289869, 0.0358658, 0.0539443, 0.1013937, 0.2257655", \
					  "0.0237749, 0.0247582, 0.0275741, 0.0350571, 0.0532080, 0.1008854, 0.2248968");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0147245, 0.0137498, 0.0111551, 0.0043803, -0.0134410, -0.0605892, -0.1851459", \
					  "0.0145021, 0.0135315, 0.0109556, 0.0041682, -0.0136492, -0.0607784, -0.1853378", \
					  "0.0142035, 0.0132482, 0.0106715, 0.0039466, -0.0138974, -0.0610802, -0.1855642", \
					  "0.0138041, 0.0128456, 0.0103062, 0.0035905, -0.0141687, -0.0612690, -0.1857928", \
					  "0.0134475, 0.0124726, 0.0099253, 0.0033362, -0.0143239, -0.0613245, -0.1858295", \
					  "0.0132302, 0.0122769, 0.0096743, 0.0028980, -0.0149290, -0.0618569, -0.1860459", \
					  "0.0138149, 0.0128611, 0.0102342, 0.0034179, -0.0145551, -0.0622309, -0.1864261");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0367004, 0.0377048, 0.0402907, 0.0472365, 0.0652250, 0.1124464, 0.2361766", \
					  "0.0362736, 0.0372878, 0.0399521, 0.0469771, 0.0649923, 0.1122666, 0.2358169", \
					  "0.0358131, 0.0368693, 0.0395214, 0.0465617, 0.0648075, 0.1120426, 0.2359308", \
					  "0.0352418, 0.0362561, 0.0390175, 0.0460416, 0.0643343, 0.1118192, 0.2354948", \
					  "0.0347764, 0.0357574, 0.0384188, 0.0454118, 0.0635828, 0.1111365, 0.2353109", \
					  "0.0346696, 0.0356904, 0.0383177, 0.0452534, 0.0634022, 0.1108197, 0.2350400", \
					  "0.0341502, 0.0352581, 0.0380888, 0.0450075, 0.0632471, 0.1108753, 0.2345227");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001315339, 0.003460233, 0.009102758, 0.02394642, 0.06299532, 0.1657204");
					values("0.0146143, 0.0136173, 0.0110254, 0.0042601, -0.0135830, -0.0607198, -0.1852564", \
					  "0.0143975, 0.0134190, 0.0108376, 0.0040597, -0.0137589, -0.0609511, -0.1854639", \
					  "0.0140919, 0.0131401, 0.0105578, 0.0038007, -0.0140454, -0.0611439, -0.1856512", \
					  "0.0137165, 0.0127519, 0.0102008, 0.0034426, -0.0143150, -0.0613935, -0.1858968", \
					  "0.0133114, 0.0123595, 0.0098505, 0.0031956, -0.0144688, -0.0614896, -0.1859707", \
					  "0.0135055, 0.0125845, 0.0099321, 0.0031485, -0.0148805, -0.0616865, -0.1861105", \
					  "0.0136927, 0.0126700, 0.0101166, 0.0033185, -0.0146599, -0.0621376, -0.1865669");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0990657, 0.1046621, 0.1187858, 0.1535494, 0.2419136, 0.4684533, 1.0589755", \
					  "0.1039377, 0.1094819, 0.1237608, 0.1591764, 0.2482141, 0.4752228, 1.0671403", \
					  "0.1181334, 0.1235483, 0.1373661, 0.1728394, 0.2619728, 0.4906643, 1.0853952", \
					  "0.1542101, 0.1593660, 0.1728797, 0.2076304, 0.2974447, 0.5258813, 1.1199053", \
					  "0.2351535, 0.2405327, 0.2541135, 0.2886456, 0.3763671, 0.6054928, 1.2010986", \
					  "0.3892270, 0.3967369, 0.4155200, 0.4590437, 0.5557672, 0.7840984, 1.3802816", \
					  "0.6749802, 0.6875733, 0.7179135, 0.7855641, 0.9231745, 1.1934655, 1.7950321");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0499479, 0.0562139, 0.0729612, 0.1168368, 0.2317346, 0.5344216, 1.3286545", \
					  "0.0501336, 0.0564609, 0.0728821, 0.1174347, 0.2329341, 0.5344694, 1.3297399", \
					  "0.0503344, 0.0564864, 0.0732202, 0.1175439, 0.2328688, 0.5343591, 1.3311399", \
					  "0.0506028, 0.0566680, 0.0733359, 0.1169557, 0.2317855, 0.5339899, 1.3282020", \
					  "0.0557948, 0.0614979, 0.0765767, 0.1184032, 0.2342024, 0.5347378, 1.3336527", \
					  "0.0802226, 0.0868865, 0.1032288, 0.1447849, 0.2465226, 0.5376307, 1.3287293", \
					  "0.1380623, 0.1467865, 0.1679508, 0.2171620, 0.3279082, 0.5848524, 1.3404673");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0361705, 0.0387208, 0.0452625, 0.0611215, 0.0996781, 0.1954207, 0.4420476", \
					  "0.0396491, 0.0423396, 0.0488593, 0.0648321, 0.1034599, 0.1990919, 0.4457999", \
					  "0.0490251, 0.0514136, 0.0577852, 0.0736911, 0.1123164, 0.2082935, 0.4550921", \
					  "0.0708781, 0.0737337, 0.0807254, 0.0968005, 0.1340067, 0.2298362, 0.4764457", \
					  "0.0958316, 0.1000042, 0.1100055, 0.1328401, 0.1817788, 0.2795978, 0.5260833", \
					  "0.1159310, 0.1222688, 0.1375710, 0.1719184, 0.2470346, 0.3825560, 0.6443828", \
					  "0.0982577, 0.1081148, 0.1322700, 0.1879326, 0.3000554, 0.5089548, 0.8834079");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0464698, 0.0489764, 0.0556287, 0.0732005, 0.1209132, 0.2485904, 0.5847026", \
					  "0.0449532, 0.0477022, 0.0547636, 0.0730171, 0.1209993, 0.2480920, 0.5854393", \
					  "0.0428747, 0.0455527, 0.0524737, 0.0711494, 0.1207786, 0.2483735, 0.5860686", \
					  "0.0491352, 0.0522148, 0.0585848, 0.0757987, 0.1205860, 0.2481807, 0.5849551", \
					  "0.0659459, 0.0694282, 0.0782624, 0.0989455, 0.1449207, 0.2550556, 0.5870989", \
					  "0.1047986, 0.1100782, 0.1228611, 0.1532931, 0.2055082, 0.3235512, 0.6073393", \
					  "0.1727172, 0.1810101, 0.2009463, 0.2458908, 0.3278844, 0.4836747, 0.7681111");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.1368162, 0.1420430, 0.1557470, 0.1902777, 0.2795469, 0.5119062, 1.1210747", \
					  "0.1419301, 0.1471270, 0.1611477, 0.1956209, 0.2859013, 0.5188526, 1.1280638", \
					  "0.1556056, 0.1607937, 0.1746464, 0.2102219, 0.3007951, 0.5346860, 1.1445882", \
					  "0.1901703, 0.1955366, 0.2093926, 0.2447724, 0.3359195, 0.5709195, 1.1814204", \
					  "0.2719722, 0.2773442, 0.2905413, 0.3252567, 0.4159185, 0.6508324, 1.2635503", \
					  "0.4386760, 0.4448399, 0.4608653, 0.5011877, 0.5945913, 0.8284705, 1.4407004", \
					  "0.7552162, 0.7649101, 0.7898077, 0.8464890, 0.9709659, 1.2371365, 1.8507337");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0763876, 0.0831319, 0.1006046, 0.1460736, 0.2649252, 0.5763249, 1.3932833", \
					  "0.0764277, 0.0830335, 0.1005473, 0.1459384, 0.2649699, 0.5771570, 1.3925129", \
					  "0.0764034, 0.0832113, 0.1005131, 0.1460529, 0.2649898, 0.5766277, 1.3932643", \
					  "0.0766008, 0.0831427, 0.1004648, 0.1461421, 0.2649822, 0.5761956, 1.3957925", \
					  "0.0783730, 0.0846914, 0.1014641, 0.1463270, 0.2650736, 0.5763305, 1.3930387", \
					  "0.1014670, 0.1077904, 0.1247775, 0.1667667, 0.2754018, 0.5762135, 1.3940132", \
					  "0.1613651, 0.1688337, 0.1887051, 0.2363975, 0.3473346, 0.6189938, 1.3949837");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0492094, 0.0517597, 0.0580842, 0.0738418, 0.1123529, 0.2080960, 0.4544543", \
					  "0.0532499, 0.0557187, 0.0620736, 0.0778524, 0.1163049, 0.2119955, 0.4583745", \
					  "0.0625465, 0.0651715, 0.0714036, 0.0872336, 0.1255118, 0.2212402, 0.4677633", \
					  "0.0825275, 0.0852616, 0.0923498, 0.1086763, 0.1473225, 0.2431575, 0.4900149", \
					  "0.1130196, 0.1167402, 0.1260771, 0.1474342, 0.1936118, 0.2934378, 0.5418136", \
					  "0.1446741, 0.1506595, 0.1645708, 0.1968058, 0.2638674, 0.3944267, 0.6576331", \
					  "0.1483194, 0.1573470, 0.1794123, 0.2311170, 0.3369661, 0.5360611, 0.8880858");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0448423, 0.0474740, 0.0543940, 0.0724539, 0.1207651, 0.2486865, 0.5850188", \
					  "0.0448122, 0.0473929, 0.0543387, 0.0724244, 0.1207135, 0.2481033, 0.5850475", \
					  "0.0443224, 0.0468710, 0.0536203, 0.0720249, 0.1205208, 0.2481507, 0.5857533", \
					  "0.0494789, 0.0518049, 0.0582147, 0.0746750, 0.1208875, 0.2485051, 0.5845009", \
					  "0.0650619, 0.0678685, 0.0753552, 0.0937612, 0.1371774, 0.2526556, 0.5852260", \
					  "0.1008195, 0.1044142, 0.1141828, 0.1371810, 0.1882784, 0.3013414, 0.6023921", \
					  "0.1674206, 0.1737974, 0.1901382, 0.2252055, 0.2943787, 0.4306767, 0.7212972");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.1723916, 0.1781270, 0.1924645, 0.2284422, 0.3235102, 0.5698475, 1.2132172", \
					  "0.1776670, 0.1832155, 0.1969397, 0.2343295, 0.3292698, 0.5755714, 1.2195661", \
					  "0.1919551, 0.1975004, 0.2111312, 0.2490812, 0.3445001, 0.5913126, 1.2352769", \
					  "0.2272221, 0.2326826, 0.2467820, 0.2841126, 0.3806001, 0.6280086, 1.2721751", \
					  "0.3082023, 0.3135910, 0.3278597, 0.3644738, 0.4603239, 0.7082857, 1.3537411", \
					  "0.4796347, 0.4863214, 0.5019866, 0.5420922, 0.6376736, 0.8848233, 1.5305117", \
					  "0.8137095, 0.8230001, 0.8447607, 0.8970698, 1.0195800, 1.2907083, 1.9370596");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.1044982, 0.1116199, 0.1298891, 0.1782113, 0.3040663, 0.6329804, 1.4944401", \
					  "0.1041835, 0.1114412, 0.1301208, 0.1788405, 0.3041664, 0.6321397, 1.4946140", \
					  "0.1044497, 0.1115670, 0.1300799, 0.1788040, 0.3045083, 0.6323894, 1.4945080", \
					  "0.1045753, 0.1115628, 0.1306915, 0.1783310, 0.3043978, 0.6327030, 1.4947699", \
					  "0.1048869, 0.1118477, 0.1305141, 0.1786028, 0.3039617, 0.6320772, 1.4951939", \
					  "0.1248085, 0.1314683, 0.1484179, 0.1924134, 0.3108379, 0.6331339, 1.4944410", \
					  "0.1849604, 0.1916653, 0.2118977, 0.2599318, 0.3763313, 0.6666611, 1.4954474");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0560249, 0.0584901, 0.0648485, 0.0806215, 0.1189648, 0.2149547, 0.4618254", \
					  "0.0599419, 0.0626074, 0.0689401, 0.0846035, 0.1231072, 0.2186651, 0.4654266", \
					  "0.0680339, 0.0706561, 0.0769095, 0.0926328, 0.1309230, 0.2267025, 0.4736604", \
					  "0.0838033, 0.0864521, 0.0933277, 0.1093713, 0.1477394, 0.2438880, 0.4905426", \
					  "0.1099015, 0.1131846, 0.1213979, 0.1402190, 0.1830770, 0.2816762, 0.5295069", \
					  "0.1396219, 0.1447730, 0.1562235, 0.1835443, 0.2416085, 0.3593582, 0.6168826", \
					  "0.1438058, 0.1519371, 0.1703506, 0.2137686, 0.3050170, 0.4762341, 0.7924143");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0446753, 0.0473348, 0.0542623, 0.0724939, 0.1205669, 0.2481912, 0.5857196", \
					  "0.0446314, 0.0472106, 0.0542059, 0.0723896, 0.1206806, 0.2484617, 0.5846155", \
					  "0.0442669, 0.0468653, 0.0539231, 0.0721917, 0.1206896, 0.2481473, 0.5854895", \
					  "0.0480920, 0.0505311, 0.0566609, 0.0740265, 0.1211776, 0.2482524, 0.5853538", \
					  "0.0598870, 0.0625088, 0.0691560, 0.0862122, 0.1312979, 0.2516842, 0.5855085", \
					  "0.0918179, 0.0949196, 0.1026812, 0.1226433, 0.1694724, 0.2842515, 0.5950220", \
					  "0.1567675, 0.1609037, 0.1717086, 0.2005358, 0.2591744, 0.3851094, 0.6758210");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.1869482, 0.1925374, 0.2065425, 0.2422736, 0.3344574, 0.5727044, 1.1906476", \
					  "0.1923450, 0.1980442, 0.2122744, 0.2472492, 0.3403756, 0.5781658, 1.1968778", \
					  "0.2063623, 0.2117719, 0.2257505, 0.2626282, 0.3551866, 0.5929845, 1.2119145", \
					  "0.2418406, 0.2479610, 0.2614542, 0.2979119, 0.3912190, 0.6297207, 1.2478889", \
					  "0.3206301, 0.3257598, 0.3394470, 0.3756009, 0.4690500, 0.7072429, 1.3263777", \
					  "0.4859449, 0.4915766, 0.5070739, 0.5460569, 0.6383812, 0.8766545, 1.4961558", \
					  "0.8107317, 0.8180049, 0.8373843, 0.8888249, 1.0027585, 1.2629005, 1.8828639");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.1225946, 0.1292945, 0.1474415, 0.1946252, 0.3155988, 0.6321032, 1.4599959", \
					  "0.1225965, 0.1295269, 0.1473046, 0.1940441, 0.3156288, 0.6318363, 1.4606902", \
					  "0.1225087, 0.1294225, 0.1473189, 0.1945957, 0.3162643, 0.6316530, 1.4611382", \
					  "0.1224628, 0.1293253, 0.1473278, 0.1945643, 0.3164810, 0.6321226, 1.4604280", \
					  "0.1223927, 0.1293125, 0.1472949, 0.1943042, 0.3157097, 0.6318326, 1.4617041", \
					  "0.1409059, 0.1472897, 0.1642944, 0.2071133, 0.3219438, 0.6328548, 1.4597924", \
					  "0.1967670, 0.2041937, 0.2228451, 0.2708470, 0.3839991, 0.6678214, 1.4650989");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0599325, 0.0623983, 0.0687463, 0.0845216, 0.1228429, 0.2188384, 0.4650441", \
					  "0.0637801, 0.0664320, 0.0727322, 0.0884709, 0.1268785, 0.2228122, 0.4695609", \
					  "0.0715395, 0.0739888, 0.0804501, 0.0961480, 0.1345827, 0.2302021, 0.4768574", \
					  "0.0853964, 0.0878623, 0.0944544, 0.1104369, 0.1489475, 0.2448724, 0.4920308", \
					  "0.1074450, 0.1103710, 0.1177921, 0.1352799, 0.1765946, 0.2742422, 0.5213225", \
					  "0.1347690, 0.1386331, 0.1484695, 0.1719263, 0.2228458, 0.3323608, 0.5873504", \
					  "0.1384678, 0.1456778, 0.1609617, 0.1983181, 0.2753507, 0.4239240, 0.7199715");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0447393, 0.0473058, 0.0542330, 0.0724649, 0.1205193, 0.2483732, 0.5855989", \
					  "0.0446240, 0.0471605, 0.0541367, 0.0722565, 0.1205578, 0.2482665, 0.5861797", \
					  "0.0444452, 0.0470290, 0.0539173, 0.0722009, 0.1206329, 0.2480828, 0.5849659", \
					  "0.0464013, 0.0490505, 0.0554959, 0.0734195, 0.1209274, 0.2483367, 0.5856111", \
					  "0.0540702, 0.0565083, 0.0634577, 0.0810322, 0.1274392, 0.2507164, 0.5870811", \
					  "0.0801790, 0.0828266, 0.0895239, 0.1074828, 0.1531178, 0.2723831, 0.5933886", \
					  "0.1384911, 0.1420943, 0.1521629, 0.1748866, 0.2273933, 0.3458867, 0.6523534");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0367057, 0.0402402, 0.0490182, 0.0711987, 0.1271434, 0.2709529, 0.6469212", \
					  "0.0415461, 0.0450260, 0.0535773, 0.0755177, 0.1315934, 0.2767920, 0.6530779", \
					  "0.0558446, 0.0589536, 0.0671427, 0.0892346, 0.1445920, 0.2888306, 0.6680044", \
					  "0.0893211, 0.0936480, 0.1026681, 0.1235898, 0.1787746, 0.3218048, 0.6994283", \
					  "0.1477340, 0.1542297, 0.1692033, 0.2005032, 0.2595053, 0.3993152, 0.7750964", \
					  "0.2485107, 0.2594947, 0.2852729, 0.3370528, 0.4295192, 0.5878208, 0.9636291", \
					  "0.4372177, 0.4562345, 0.4967708, 0.5809273, 0.7317789, 0.9867127, 1.3986237");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0292898, 0.0335928, 0.0444953, 0.0733205, 0.1481095, 0.3449818, 0.8669295", \
					  "0.0291656, 0.0336348, 0.0444725, 0.0737829, 0.1487362, 0.3488456, 0.8656881", \
					  "0.0292590, 0.0332042, 0.0444492, 0.0731157, 0.1499335, 0.3461132, 0.8626804", \
					  "0.0402792, 0.0431188, 0.0507116, 0.0749206, 0.1485267, 0.3465468, 0.8712835", \
					  "0.0668986, 0.0710088, 0.0805732, 0.1011880, 0.1584331, 0.3493749, 0.8691964", \
					  "0.1198717, 0.1262640, 0.1390309, 0.1684305, 0.2285885, 0.3751597, 0.8680835", \
					  "0.2091530, 0.2256368, 0.2424727, 0.2900812, 0.3795912, 0.5296034, 0.9218603");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0118057, 0.0125168, 0.0143349, 0.0187859, 0.0301955, 0.0597997, 0.1374138", \
					  "0.0158583, 0.0167962, 0.0189645, 0.0235153, 0.0349667, 0.0646943, 0.1421416", \
					  "0.0208648, 0.0223313, 0.0257459, 0.0328618, 0.0461656, 0.0755661, 0.1532583", \
					  "0.0255801, 0.0277217, 0.0334300, 0.0445856, 0.0655250, 0.1017278, 0.1783593", \
					  "0.0260959, 0.0298181, 0.0382838, 0.0561632, 0.0885035, 0.1453612, 0.2387279", \
					  "0.0077282, 0.0141436, 0.0289335, 0.0579191, 0.1111683, 0.2007885, 0.3437646", \
					  "-0.0670072, -0.0557340, -0.0298974, 0.0204711, 0.1107726, 0.2537713, 0.4746942");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131534, 0.00346023, 0.00910276, 0.0239464, 0.0629953, 0.16572");
					values("0.0058726, 0.0067093, 0.0088863, 0.0147225, 0.0302936, 0.0703413, 0.1766750", \
					  "0.0079951, 0.0085944, 0.0102135, 0.0152609, 0.0302100, 0.0705533, 0.1766927", \
					  "0.0128058, 0.0137188, 0.0160136, 0.0211209, 0.0329716, 0.0706443, 0.1769382", \
					  "0.0218744, 0.0235129, 0.0263825, 0.0338436, 0.0484039, 0.0787943, 0.1760706", \
					  "0.0393802, 0.0416472, 0.0466448, 0.0570199, 0.0785619, 0.1154727, 0.1950512", \
					  "0.0745067, 0.0778075, 0.0848954, 0.1007755, 0.1319622, 0.1852740, 0.2822258", \
					  "0.1432138, 0.1488147, 0.1616927, 0.1855195, 0.2315684, 0.3088983, 0.4480624");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007464;
			capacitance : 0.007668;
			rise_capacitance : 0.007873;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0088029, -0.0088105, -0.0088281, -0.0088079, -0.0087615, -0.0086546, -0.0084080");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122278, 0.0122333, 0.0122461, 0.0122523, 0.0122667, 0.0122996, 0.0123757");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007507;
			capacitance : 0.007705;
			rise_capacitance : 0.007903;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102775, -0.0102709, -0.0102555, -0.0102558, -0.0102566, -0.0102581, -0.0102616");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0114872, 0.0114907, 0.0114986, 0.0115412, 0.0116393, 0.0118654, 0.0123866");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007337;
			capacitance : 0.007650;
			rise_capacitance : 0.007962;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0100714, -0.0100700, -0.0100668, -0.0100661, -0.0100642, -0.0100598, -0.0100496");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0101159, 0.0101082, 0.0100906, 0.0100919, 0.0100948, 0.0101017, 0.0101175");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007451;
			capacitance : 0.007869;
			rise_capacitance : 0.008286;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0101932, -0.0101875, -0.0101742, -0.0101713, -0.0101645, -0.0101492, -0.0101136");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102374, 0.0102214, 0.0101846, 0.0101882, 0.0101964, 0.0102154, 0.0102591");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007607;
			capacitance : 0.008118;
			rise_capacitance : 0.008628;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049791, -0.0049856, -0.0050007, -0.0049977, -0.0049908, -0.0049749, -0.0049382");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051043, 0.0051011, 0.0050938, 0.0051109, 0.0051505, 0.0052416, 0.0054515");
				}
			}
		}
	}
	cell ("scs8hd_and2_0") {
		area : 6.256000;
		cell_footprint : "and2";
		cell_leakage_power : 3.839718e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005065";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0004655";
			when : "!A&!B";
		}
		leakage_power () {
			value : "5.7880838e-05";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0005061";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B)";
			max_capacitance : 0.103465;
			max_transition : 1.516691;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001216019, 0.002957403, 0.007192515, 0.01749247, 0.04254233, 0.1034646");
					values("0.0057161, 0.0066345, 0.0087790, 0.0139762, 0.0263367, 0.0564621, 0.1305143", \
					  "0.0056651, 0.0065755, 0.0087303, 0.0139011, 0.0262863, 0.0566472, 0.1294766", \
					  "0.0055673, 0.0064799, 0.0086373, 0.0138050, 0.0262668, 0.0563801, 0.1289992", \
					  "0.0054164, 0.0063187, 0.0084505, 0.0136629, 0.0259584, 0.0566178, 0.1298498", \
					  "0.0053164, 0.0061673, 0.0083324, 0.0134076, 0.0258846, 0.0562012, 0.1293306", \
					  "0.0052721, 0.0061592, 0.0083273, 0.0133539, 0.0258360, 0.0562378, 0.1292353", \
					  "0.0053266, 0.0062584, 0.0083848, 0.0135503, 0.0260883, 0.0563355, 0.1298351");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001216019, 0.002957403, 0.007192515, 0.01749247, 0.04254233, 0.1034646");
					values("0.0049443, 0.0042783, 0.0025012, -0.0024245, -0.0148691, -0.0453059, -0.1195481", \
					  "0.0047984, 0.0041401, 0.0023474, -0.0025586, -0.0150011, -0.0454362, -0.1195853", \
					  "0.0046552, 0.0039983, 0.0021773, -0.0027334, -0.0151655, -0.0456055, -0.1197442", \
					  "0.0045267, 0.0038405, 0.0020277, -0.0028707, -0.0152947, -0.0457314, -0.1198472", \
					  "0.0044349, 0.0037323, 0.0019144, -0.0029778, -0.0153619, -0.0457819, -0.1198784", \
					  "0.0046416, 0.0038034, 0.0017489, -0.0032409, -0.0154874, -0.0458643, -0.1199413", \
					  "0.0047906, 0.0039354, 0.0018641, -0.0031937, -0.0155784, -0.0457955, -0.1198582");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001216019, 0.002957403, 0.007192515, 0.01749247, 0.04254233, 0.1034646");
					values("0.0058970, 0.0068123, 0.0089642, 0.0141052, 0.0264578, 0.0565403, 0.1299843", \
					  "0.0058665, 0.0067745, 0.0089237, 0.0140846, 0.0264055, 0.0565268, 0.1296977", \
					  "0.0057894, 0.0066998, 0.0088499, 0.0140292, 0.0264642, 0.0565993, 0.1298412", \
					  "0.0056508, 0.0065565, 0.0087151, 0.0139097, 0.0261768, 0.0565104, 0.1297510", \
					  "0.0055892, 0.0064578, 0.0085958, 0.0137088, 0.0261544, 0.0564431, 0.1295187", \
					  "0.0055695, 0.0064532, 0.0085584, 0.0136263, 0.0261410, 0.0561353, 0.1289915", \
					  "0.0055369, 0.0064150, 0.0085992, 0.0137075, 0.0263414, 0.0565957, 0.1290908");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001216019, 0.002957403, 0.007192515, 0.01749247, 0.04254233, 0.1034646");
					values("0.0062200, 0.0055350, 0.0037365, -0.0011633, -0.0135954, -0.0440377, -0.1181362", \
					  "0.0061203, 0.0054320, 0.0036196, -0.0012792, -0.0137092, -0.0441448, -0.1182241", \
					  "0.0059661, 0.0053047, 0.0034741, -0.0014188, -0.0138454, -0.0442837, -0.1184038", \
					  "0.0058229, 0.0051484, 0.0033223, -0.0015730, -0.0139806, -0.0444032, -0.1185209", \
					  "0.0057209, 0.0050179, 0.0032042, -0.0016831, -0.0140641, -0.0444726, -0.1185547", \
					  "0.0058577, 0.0050042, 0.0029047, -0.0017916, -0.0141263, -0.0445024, -0.1185720", \
					  "0.0061702, 0.0052985, 0.0032300, -0.0018421, -0.0142647, -0.0444939, -0.1185530");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.0678619, 0.0761280, 0.0946761, 0.1381877, 0.2421615, 0.4953630, 1.1093267", \
					  "0.0722890, 0.0804982, 0.0990951, 0.1426284, 0.2465204, 0.4996726, 1.1155478", \
					  "0.0832436, 0.0915022, 0.1101038, 0.1534206, 0.2586746, 0.5118964, 1.1257081", \
					  "0.1060538, 0.1144365, 0.1332532, 0.1768583, 0.2818767, 0.5342380, 1.1512423", \
					  "0.1405716, 0.1493231, 0.1685253, 0.2123148, 0.3172825, 0.5713585, 1.1852616", \
					  "0.1855302, 0.1958457, 0.2158341, 0.2598066, 0.3643834, 0.6176565, 1.2334382", \
					  "0.2272846, 0.2408005, 0.2656936, 0.3127017, 0.4157300, 0.6734382, 1.2842747");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.0259350, 0.0356430, 0.0597967, 0.1200173, 0.2686731, 0.6285173, 1.5042060", \
					  "0.0259624, 0.0356179, 0.0597511, 0.1200152, 0.2685552, 0.6264512, 1.5042706", \
					  "0.0259143, 0.0356843, 0.0598429, 0.1202911, 0.2694703, 0.6303637, 1.4998307", \
					  "0.0270952, 0.0365478, 0.0602085, 0.1201685, 0.2680152, 0.6303369, 1.5166908", \
					  "0.0300899, 0.0390705, 0.0620392, 0.1208632, 0.2683936, 0.6312180, 1.4996410", \
					  "0.0387242, 0.0468519, 0.0666254, 0.1230337, 0.2695630, 0.6253520, 1.5023731", \
					  "0.0566940, 0.0649281, 0.0825784, 0.1306944, 0.2708382, 0.6332705, 1.4942709");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.0939383, 0.1003228, 0.1126995, 0.1369645, 0.1870112, 0.3047704, 0.5898829", \
					  "0.0988848, 0.1052713, 0.1176591, 0.1415744, 0.1921951, 0.3097523, 0.5955261", \
					  "0.1121092, 0.1183530, 0.1305656, 0.1548250, 0.2054040, 0.3230123, 0.6075442", \
					  "0.1460286, 0.1522586, 0.1646247, 0.1888360, 0.2394734, 0.3571620, 0.6426514", \
					  "0.2216745, 0.2284483, 0.2413727, 0.2660318, 0.3163250, 0.4330076, 0.7203204", \
					  "0.3546224, 0.3631177, 0.3790238, 0.4075693, 0.4613576, 0.5783070, 0.8628815", \
					  "0.5771688, 0.5888897, 0.6102656, 0.6464809, 0.7073646, 0.8274022, 1.1125102");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.0216814, 0.0264358, 0.0373724, 0.0618489, 0.1228919, 0.2766536, 0.6635710", \
					  "0.0217740, 0.0263807, 0.0371279, 0.0616669, 0.1226036, 0.2761404, 0.6637360", \
					  "0.0216852, 0.0267577, 0.0372576, 0.0616472, 0.1223878, 0.2760751, 0.6554543", \
					  "0.0217707, 0.0265187, 0.0373724, 0.0618994, 0.1226878, 0.2755138, 0.6545359", \
					  "0.0254235, 0.0298150, 0.0398396, 0.0635021, 0.1234586, 0.2775342, 0.6541699", \
					  "0.0362495, 0.0411618, 0.0513036, 0.0738003, 0.1291848, 0.2784435, 0.6554925", \
					  "0.0560388, 0.0625207, 0.0731800, 0.0953919, 0.1458036, 0.2852507, 0.6582463");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.0722690, 0.0805415, 0.0991711, 0.1422795, 0.2461556, 0.4983825, 1.1152548", \
					  "0.0771283, 0.0853529, 0.1039210, 0.1471942, 0.2508123, 0.5035798, 1.1177591", \
					  "0.0878587, 0.0960964, 0.1146120, 0.1580125, 0.2621127, 0.5162179, 1.1318225", \
					  "0.1098575, 0.1182246, 0.1369108, 0.1803755, 0.2848762, 0.5380192, 1.1517182", \
					  "0.1461207, 0.1549000, 0.1738739, 0.2178411, 0.3225285, 0.5761993, 1.1897844", \
					  "0.1956512, 0.2056498, 0.2258077, 0.2698990, 0.3747000, 0.6279774, 1.2459599", \
					  "0.2453492, 0.2586587, 0.2833592, 0.3299865, 0.4332980, 0.6883953, 1.3024055");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.0259635, 0.0356158, 0.0597740, 0.1199597, 0.2698855, 0.6301435, 1.5125141", \
					  "0.0259868, 0.0356771, 0.0596856, 0.1199772, 0.2689180, 0.6310844, 1.5030925", \
					  "0.0259472, 0.0356686, 0.0598365, 0.1202255, 0.2676275, 0.6336114, 1.5080882", \
					  "0.0266655, 0.0362247, 0.0600106, 0.1201193, 0.2673261, 0.6275648, 1.4951547", \
					  "0.0292903, 0.0384042, 0.0616736, 0.1204588, 0.2677908, 0.6319404, 1.4997054", \
					  "0.0363060, 0.0445271, 0.0655933, 0.1223519, 0.2694892, 0.6250699, 1.4993191", \
					  "0.0517497, 0.0599155, 0.0791675, 0.1288650, 0.2698420, 0.6289393, 1.4971980");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.1120275, 0.1184280, 0.1309918, 0.1555644, 0.2065243, 0.3241908, 0.6093618", \
					  "0.1170438, 0.1236893, 0.1362735, 0.1606288, 0.2114767, 0.3293569, 0.6154344", \
					  "0.1312725, 0.1376465, 0.1502291, 0.1748694, 0.2258462, 0.3435269, 0.6284374", \
					  "0.1649616, 0.1713255, 0.1839311, 0.2085459, 0.2596246, 0.3774223, 0.6622146", \
					  "0.2472733, 0.2536499, 0.2663477, 0.2910766, 0.3421808, 0.4601925, 0.7462512", \
					  "0.4014242, 0.4095370, 0.4247737, 0.4522578, 0.5056546, 0.6241241, 0.9097503", \
					  "0.6658110, 0.6779710, 0.6982921, 0.7323491, 0.7907225, 0.9115620, 1.1969933");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00121602, 0.0029574, 0.00719252, 0.0174925, 0.0425423, 0.103465");
					values("0.0230598, 0.0278098, 0.0385574, 0.0633168, 0.1238521, 0.2773189, 0.6550516", \
					  "0.0233582, 0.0280260, 0.0386856, 0.0632745, 0.1237261, 0.2771037, 0.6624423", \
					  "0.0230955, 0.0279974, 0.0386020, 0.0633262, 0.1238113, 0.2773391, 0.6544630", \
					  "0.0232048, 0.0282612, 0.0386531, 0.0631295, 0.1237826, 0.2765660, 0.6554943", \
					  "0.0240485, 0.0286938, 0.0393421, 0.0636758, 0.1238515, 0.2757675, 0.6646824", \
					  "0.0340191, 0.0387574, 0.0496390, 0.0715878, 0.1280162, 0.2793919, 0.6572600", \
					  "0.0524472, 0.0581464, 0.0699922, 0.0913652, 0.1425543, 0.2848214, 0.6589866");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001631;
			capacitance : 0.001582;
			fall_capacitance : 0.001534;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017286, -0.0017294, -0.0017310, -0.0017283, -0.0017220, -0.0017074, -0.0016739");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020767, 0.0020755, 0.0020726, 0.0020726, 0.0020727, 0.0020728, 0.0020731");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001682;
			capacitance : 0.001608;
			fall_capacitance : 0.001534;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018276, -0.0018323, -0.0018432, -0.0018432, -0.0018432, -0.0018432, -0.0018432");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018163, 0.0018221, 0.0018353, 0.0018360, 0.0018376, 0.0018413, 0.0018498");
				}
			}
		}
	}
	cell ("scs8hd_and2_1") {
		area : 6.256000;
		cell_footprint : "and2";
		cell_leakage_power : 3.024873e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004106";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0003683";
			when : "!A&!B";
		}
		leakage_power () {
			value : "2.1528704e-05";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0004095";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B)";
			max_capacitance : 0.138255;
			max_transition : 1.503490;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0067346, 0.0077306, 0.0101847, 0.0163176, 0.0318960, 0.0718905, 0.1738155", \
					  "0.0067102, 0.0077027, 0.0101393, 0.0162768, 0.0319558, 0.0715198, 0.1737291", \
					  "0.0066289, 0.0076200, 0.0100700, 0.0162134, 0.0319873, 0.0715181, 0.1718234", \
					  "0.0065073, 0.0074555, 0.0099224, 0.0160902, 0.0316615, 0.0710362, 0.1726314", \
					  "0.0063735, 0.0073106, 0.0097955, 0.0158994, 0.0314169, 0.0715810, 0.1728133", \
					  "0.0065090, 0.0074587, 0.0098880, 0.0158883, 0.0315766, 0.0715507, 0.1716464", \
					  "0.0065077, 0.0074023, 0.0098509, 0.0159399, 0.0315818, 0.0716106, 0.1727884");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0059818, 0.0052290, 0.0032574, -0.0024182, -0.0178928, -0.0579078, -0.1602237", \
					  "0.0058684, 0.0051414, 0.0031657, -0.0025374, -0.0180230, -0.0580303, -0.1603485", \
					  "0.0057198, 0.0049748, 0.0029857, -0.0026988, -0.0181757, -0.0581851, -0.1604898", \
					  "0.0055722, 0.0048031, 0.0028055, -0.0028864, -0.0183303, -0.0583321, -0.1606164", \
					  "0.0054700, 0.0046621, 0.0026510, -0.0030288, -0.0184525, -0.0583789, -0.1606574", \
					  "0.0059492, 0.0050223, 0.0026622, -0.0033539, -0.0185654, -0.0584691, -0.1607156", \
					  "0.0061623, 0.0052688, 0.0029848, -0.0030157, -0.0185526, -0.0584505, -0.1605666");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0070370, 0.0080347, 0.0104793, 0.0165830, 0.0321679, 0.0719665, 0.1728624", \
					  "0.0070159, 0.0080065, 0.0104538, 0.0165620, 0.0321305, 0.0719053, 0.1734083", \
					  "0.0069463, 0.0079305, 0.0103705, 0.0164822, 0.0321633, 0.0716692, 0.1718488", \
					  "0.0068278, 0.0078094, 0.0102383, 0.0163900, 0.0318301, 0.0717974, 0.1729093", \
					  "0.0067126, 0.0076447, 0.0101133, 0.0162246, 0.0318272, 0.0716197, 0.1729614", \
					  "0.0066956, 0.0076446, 0.0101070, 0.0161589, 0.0318750, 0.0713951, 0.1717006", \
					  "0.0066355, 0.0075931, 0.0100600, 0.0162439, 0.0319913, 0.0718748, 0.1723581");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0071798, 0.0064155, 0.0044043, -0.0013080, -0.0167936, -0.0568252, -0.1591258", \
					  "0.0071011, 0.0063064, 0.0043081, -0.0014061, -0.0168904, -0.0569197, -0.1592064", \
					  "0.0069447, 0.0061830, 0.0041765, -0.0015420, -0.0170134, -0.0570302, -0.1593154", \
					  "0.0068313, 0.0060467, 0.0040125, -0.0016826, -0.0171393, -0.0571483, -0.1594222", \
					  "0.0067165, 0.0059197, 0.0039084, -0.0017941, -0.0172202, -0.0571995, -0.1594719", \
					  "0.0069187, 0.0059660, 0.0036378, -0.0019168, -0.0172665, -0.0572050, -0.1594555", \
					  "0.0075404, 0.0066196, 0.0042429, -0.0018208, -0.0173922, -0.0572442, -0.1594396");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0722442, 0.0792389, 0.0954453, 0.1344289, 0.2316011, 0.4793187, 1.1115719", \
					  "0.0768682, 0.0837819, 0.0998331, 0.1388810, 0.2364837, 0.4839301, 1.1183977", \
					  "0.0879911, 0.0949296, 0.1110999, 0.1501496, 0.2474168, 0.4964346, 1.1283440", \
					  "0.1123684, 0.1193080, 0.1354133, 0.1744006, 0.2719737, 0.5201045, 1.1526204", \
					  "0.1495948, 0.1570243, 0.1739065, 0.2134451, 0.3117225, 0.5601469, 1.1976277", \
					  "0.2001003, 0.2087500, 0.2266771, 0.2662260, 0.3638529, 0.6124865, 1.2479403", \
					  "0.2510484, 0.2625600, 0.2857924, 0.3285223, 0.4252438, 0.6739516, 1.3061822");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0263784, 0.0341431, 0.0542264, 0.1069451, 0.2454334, 0.5987031, 1.4981645", \
					  "0.0263419, 0.0341492, 0.0542977, 0.1074024, 0.2450359, 0.6000113, 1.4957042", \
					  "0.0263444, 0.0341317, 0.0541748, 0.1072888, 0.2460435, 0.6000218, 1.4892059", \
					  "0.0271985, 0.0348831, 0.0545822, 0.1075733, 0.2450667, 0.5949917, 1.4953617", \
					  "0.0306636, 0.0378899, 0.0569766, 0.1084252, 0.2453179, 0.5968879, 1.5034898", \
					  "0.0397413, 0.0462401, 0.0624753, 0.1109075, 0.2476928, 0.5970740, 1.4962396", \
					  "0.0586255, 0.0652015, 0.0795008, 0.1213174, 0.2488513, 0.6031778, 1.4913413");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0984980, 0.1034652, 0.1138175, 0.1339378, 0.1746821, 0.2702874, 0.5098205", \
					  "0.1037082, 0.1086060, 0.1188527, 0.1390961, 0.1798904, 0.2751188, 0.5153971", \
					  "0.1170962, 0.1220449, 0.1322222, 0.1523960, 0.1935604, 0.2885255, 0.5291056", \
					  "0.1504333, 0.1553637, 0.1655425, 0.1857236, 0.2270382, 0.3222650, 0.5627629", \
					  "0.2275968, 0.2327357, 0.2433747, 0.2639197, 0.3045513, 0.4007387, 0.6414559", \
					  "0.3672238, 0.3740269, 0.3875496, 0.4121160, 0.4570159, 0.5541544, 0.7935138", \
					  "0.6006133, 0.6099278, 0.6257473, 0.6594404, 0.7140913, 0.8156625, 1.0545176");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0216384, 0.0250590, 0.0329794, 0.0514949, 0.0970231, 0.2174816, 0.5348322", \
					  "0.0217055, 0.0253238, 0.0332647, 0.0515993, 0.0971637, 0.2184439, 0.5339547", \
					  "0.0217852, 0.0252520, 0.0333072, 0.0515777, 0.0967885, 0.2174214, 0.5338888", \
					  "0.0217069, 0.0251690, 0.0330296, 0.0515577, 0.0968681, 0.2168024, 0.5386079", \
					  "0.0246872, 0.0278758, 0.0354231, 0.0529998, 0.0979551, 0.2170052, 0.5353468", \
					  "0.0362771, 0.0396485, 0.0473107, 0.0647289, 0.1062416, 0.2214289, 0.5359309", \
					  "0.0564934, 0.0609598, 0.0712460, 0.0886129, 0.1276958, 0.2320119, 0.5383992");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0772424, 0.0842176, 0.1003905, 0.1392081, 0.2358700, 0.4830670, 1.1160138", \
					  "0.0821848, 0.0891787, 0.1053171, 0.1439606, 0.2411999, 0.4881821, 1.1204474", \
					  "0.0929255, 0.0998851, 0.1159661, 0.1548323, 0.2520482, 0.5007065, 1.1308032", \
					  "0.1157805, 0.1228113, 0.1389258, 0.1777689, 0.2756328, 0.5256828, 1.1593017", \
					  "0.1544049, 0.1614962, 0.1784134, 0.2180533, 0.3156393, 0.5641735, 1.1995135", \
					  "0.2087686, 0.2171633, 0.2349073, 0.2750076, 0.3733939, 0.6211542, 1.2578181", \
					  "0.2674887, 0.2784728, 0.3010216, 0.3442966, 0.4422137, 0.6928190, 1.3227296");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0263691, 0.0342003, 0.0542888, 0.1071793, 0.2444578, 0.5986351, 1.5033788", \
					  "0.0263689, 0.0341811, 0.0541911, 0.1072400, 0.2450039, 0.5950880, 1.4912110", \
					  "0.0262973, 0.0341346, 0.0542960, 0.1071859, 0.2462153, 0.5995228, 1.4939513", \
					  "0.0268954, 0.0345506, 0.0544644, 0.1071262, 0.2447368, 0.6033326, 1.5027269", \
					  "0.0296748, 0.0373238, 0.0565365, 0.1080149, 0.2453381, 0.6011552, 1.5030112", \
					  "0.0367790, 0.0435754, 0.0613764, 0.1106110, 0.2464095, 0.5960702, 1.4982978", \
					  "0.0521781, 0.0593698, 0.0759755, 0.1186061, 0.2484505, 0.5987801, 1.4922744");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1173298, 0.1224154, 0.1329990, 0.1534824, 0.1953201, 0.2909133, 0.5306278", \
					  "0.1226311, 0.1277880, 0.1383015, 0.1587665, 0.2005845, 0.2961416, 0.5360538", \
					  "0.1364039, 0.1414948, 0.1520091, 0.1723641, 0.2143247, 0.3099577, 0.5495676", \
					  "0.1702382, 0.1753879, 0.1857767, 0.2063745, 0.2482965, 0.3439331, 0.5835769", \
					  "0.2530192, 0.2581070, 0.2686648, 0.2891638, 0.3311263, 0.4268856, 0.6668324", \
					  "0.4116736, 0.4177771, 0.4308243, 0.4546212, 0.4990786, 0.5957304, 0.8358608", \
					  "0.6847098, 0.6935663, 0.7107218, 0.7414739, 0.7942564, 0.8949639, 1.1350509");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0232420, 0.0269069, 0.0347981, 0.0530660, 0.0982296, 0.2180182, 0.5348387", \
					  "0.0233450, 0.0266999, 0.0349585, 0.0530284, 0.0981686, 0.2173949, 0.5350284", \
					  "0.0232919, 0.0267869, 0.0349431, 0.0532932, 0.0984149, 0.2202786, 0.5348543", \
					  "0.0234096, 0.0267771, 0.0347258, 0.0530832, 0.0981649, 0.2176810, 0.5342161", \
					  "0.0238167, 0.0272412, 0.0350754, 0.0534181, 0.0981183, 0.2194578, 0.5352181", \
					  "0.0345084, 0.0378047, 0.0460052, 0.0632858, 0.1040755, 0.2209120, 0.5376709", \
					  "0.0539154, 0.0581264, 0.0664852, 0.0841356, 0.1238473, 0.2294629, 0.5375135");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001485;
			capacitance : 0.001445;
			fall_capacitance : 0.001405;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014731, -0.0014738, -0.0014754, -0.0014724, -0.0014654, -0.0014493, -0.0014122");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018553, 0.0018566, 0.0018596, 0.0018596, 0.0018595, 0.0018592, 0.0018585");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001539;
			capacitance : 0.001468;
			fall_capacitance : 0.001396;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016361, -0.0016369, -0.0016388, -0.0016385, -0.0016378, -0.0016362, -0.0016323");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016405, 0.0016413, 0.0016433, 0.0016436, 0.0016444, 0.0016461, 0.0016501");
				}
			}
		}
	}
	cell ("scs8hd_and2_2") {
		area : 7.507200;
		cell_footprint : "and2";
		cell_leakage_power : 5.775648e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007724";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0007276";
			when : "!A&!B";
		}
		leakage_power () {
			value : "3.7013459e-05";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0007733";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B)";
			max_capacitance : 0.263682;
			max_transition : 1.510309;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0103376, 0.0115375, 0.0148940, 0.0240184, 0.0495849, 0.1222438, 0.3297527", \
					  "0.0103251, 0.0115341, 0.0148989, 0.0240165, 0.0496502, 0.1220544, 0.3284813", \
					  "0.0102784, 0.0114954, 0.0148443, 0.0239490, 0.0496471, 0.1219986, 0.3281084", \
					  "0.0101385, 0.0113435, 0.0146717, 0.0238474, 0.0494728, 0.1221701, 0.3263996", \
					  "0.0100644, 0.0112679, 0.0145181, 0.0236051, 0.0491742, 0.1219752, 0.3273841", \
					  "0.0101814, 0.0113271, 0.0145963, 0.0234888, 0.0491296, 0.1214467, 0.3291102", \
					  "0.0102326, 0.0113364, 0.0145558, 0.0238502, 0.0491972, 0.1221685, 0.3270042");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0079781, 0.0069686, 0.0044172, -0.0034170, -0.0280977, -0.1009025, -0.3088155", \
					  "0.0079444, 0.0069215, 0.0043259, -0.0035020, -0.0281823, -0.1009777, -0.3088782", \
					  "0.0077691, 0.0067824, 0.0041870, -0.0036299, -0.0283140, -0.1011122, -0.3090079", \
					  "0.0076344, 0.0066197, 0.0040322, -0.0038420, -0.0285117, -0.1013021, -0.3091862", \
					  "0.0074989, 0.0064833, 0.0037975, -0.0041006, -0.0287539, -0.1014324, -0.3092622", \
					  "0.0072510, 0.0062069, 0.0034944, -0.0043701, -0.0289293, -0.1015113, -0.3092436", \
					  "0.0095298, 0.0084129, 0.0053040, -0.0035193, -0.0289987, -0.1017773, -0.3094002");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0106158, 0.0118229, 0.0151815, 0.0243185, 0.0498823, 0.1224240, 0.3292361", \
					  "0.0106150, 0.0118390, 0.0151790, 0.0243686, 0.0498983, 0.1222294, 0.3285283", \
					  "0.0105718, 0.0117677, 0.0150921, 0.0242202, 0.0498240, 0.1223107, 0.3288373", \
					  "0.0104934, 0.0116875, 0.0150264, 0.0241920, 0.0498304, 0.1228095, 0.3283963", \
					  "0.0103530, 0.0115519, 0.0147537, 0.0239282, 0.0495322, 0.1219971, 0.3285424", \
					  "0.0104821, 0.0116716, 0.0149654, 0.0240277, 0.0493618, 0.1216506, 0.3283836", \
					  "0.0107098, 0.0118253, 0.0150574, 0.0241618, 0.0498491, 0.1224659, 0.3272684");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0092039, 0.0081946, 0.0054882, -0.0024201, -0.0270649, -0.0998886, -0.3077767", \
					  "0.0091211, 0.0080455, 0.0054411, -0.0024710, -0.0271450, -0.0999574, -0.3078417", \
					  "0.0089529, 0.0079322, 0.0053109, -0.0025663, -0.0272461, -0.1000645, -0.3079534", \
					  "0.0088501, 0.0078769, 0.0052225, -0.0027122, -0.0274163, -0.1002040, -0.3080693", \
					  "0.0087752, 0.0077643, 0.0050866, -0.0028700, -0.0275428, -0.1002883, -0.3081320", \
					  "0.0087043, 0.0076631, 0.0048851, -0.0030308, -0.0277153, -0.1004243, -0.3082057", \
					  "0.0108345, 0.0097244, 0.0065768, -0.0022547, -0.0277730, -0.1005157, -0.3082115");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0879972, 0.0935991, 0.1071799, 0.1395351, 0.2239513, 0.4611703, 1.1336420", \
					  "0.0925886, 0.0982227, 0.1117593, 0.1439351, 0.2284110, 0.4652906, 1.1398051", \
					  "0.1037705, 0.1094270, 0.1229465, 0.1551133, 0.2397335, 0.4767327, 1.1504550", \
					  "0.1294681, 0.1350805, 0.1486068, 0.1808690, 0.2656807, 0.5043697, 1.1775777", \
					  "0.1773992, 0.1835043, 0.1973661, 0.2306565, 0.3155486, 0.5538510, 1.2261623", \
					  "0.2442885, 0.2517640, 0.2680753, 0.3026748, 0.3883039, 0.6246099, 1.2974674", \
					  "0.3219724, 0.3321986, 0.3539029, 0.3959932, 0.4826466, 0.7179056, 1.3903723");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0241456, 0.0294398, 0.0429273, 0.0822023, 0.1988961, 0.5384359, 1.4974506", \
					  "0.0240928, 0.0290489, 0.0429420, 0.0823952, 0.1986350, 0.5386520, 1.5073491", \
					  "0.0241007, 0.0291634, 0.0429020, 0.0823649, 0.1994363, 0.5358348, 1.5026708", \
					  "0.0244512, 0.0295402, 0.0431861, 0.0824352, 0.1987163, 0.5403396, 1.4969327", \
					  "0.0284615, 0.0330346, 0.0464679, 0.0842941, 0.1990581, 0.5400186, 1.4931236", \
					  "0.0393036, 0.0434410, 0.0554128, 0.0903721, 0.2022369, 0.5364832, 1.4984705", \
					  "0.0586924, 0.0640249, 0.0759682, 0.1068000, 0.2072175, 0.5409331, 1.4923897");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.1317271, 0.1363360, 0.1465993, 0.1673249, 0.2078764, 0.2972325, 0.5312041", \
					  "0.1369105, 0.1416027, 0.1517608, 0.1727074, 0.2134893, 0.3019676, 0.5367597", \
					  "0.1508627, 0.1555032, 0.1657913, 0.1863127, 0.2266550, 0.3160703, 0.5505569", \
					  "0.1842237, 0.1887671, 0.1990038, 0.2197236, 0.2601240, 0.3484115, 0.5833897", \
					  "0.2641691, 0.2687418, 0.2789665, 0.2995307, 0.3400657, 0.4290186, 0.6637937", \
					  "0.4260081, 0.4318371, 0.4443489, 0.4682404, 0.5124698, 0.6030103, 0.8357836", \
					  "0.6997157, 0.7078573, 0.7250266, 0.7572545, 0.8131007, 0.9118359, 1.1484441");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0270336, 0.0296611, 0.0359719, 0.0507948, 0.0878768, 0.1901731, 0.4990967", \
					  "0.0270190, 0.0298141, 0.0360947, 0.0509846, 0.0877690, 0.1899872, 0.4974288", \
					  "0.0269335, 0.0295398, 0.0362878, 0.0508523, 0.0877156, 0.1899420, 0.4975292", \
					  "0.0270926, 0.0298227, 0.0362582, 0.0510997, 0.0880206, 0.1902449, 0.4990582", \
					  "0.0277502, 0.0304058, 0.0368763, 0.0513180, 0.0881802, 0.1899816, 0.4979119", \
					  "0.0395429, 0.0421908, 0.0486167, 0.0624441, 0.0953845, 0.1931946, 0.4997585", \
					  "0.0631146, 0.0664610, 0.0736256, 0.0901359, 0.1241540, 0.2138630, 0.5008532");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0927583, 0.0983604, 0.1119467, 0.1442865, 0.2285457, 0.4655452, 1.1376133", \
					  "0.0978035, 0.1034803, 0.1169622, 0.1492009, 0.2335183, 0.4705181, 1.1447856", \
					  "0.1085846, 0.1142222, 0.1276394, 0.1598685, 0.2442785, 0.4814920, 1.1554746", \
					  "0.1325503, 0.1381633, 0.1516389, 0.1838820, 0.2682962, 0.5051666, 1.1766482", \
					  "0.1779939, 0.1840526, 0.1975514, 0.2308400, 0.3156115, 0.5549937, 1.2293965", \
					  "0.2457043, 0.2528018, 0.2687290, 0.3034900, 0.3885283, 0.6255879, 1.2976266", \
					  "0.3278924, 0.3372738, 0.3577180, 0.3976738, 0.4846610, 0.7210932, 1.3929438");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0242251, 0.0292466, 0.0430371, 0.0822155, 0.1989842, 0.5385319, 1.4945564", \
					  "0.0240862, 0.0290396, 0.0427951, 0.0821689, 0.1988291, 0.5391132, 1.5080025", \
					  "0.0241418, 0.0291021, 0.0429013, 0.0823096, 0.1989701, 0.5396057, 1.4949979", \
					  "0.0241575, 0.0291943, 0.0430162, 0.0823972, 0.1994635, 0.5376415, 1.4962298", \
					  "0.0270405, 0.0320315, 0.0459477, 0.0838691, 0.1993337, 0.5367671, 1.5103092", \
					  "0.0345441, 0.0395657, 0.0521361, 0.0882271, 0.2011856, 0.5364422, 1.4994699", \
					  "0.0511493, 0.0565649, 0.0687861, 0.1013963, 0.2055042, 0.5402915, 1.4930849");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.1524827, 0.1572775, 0.1681680, 0.1895299, 0.2309350, 0.3211375, 0.5565108", \
					  "0.1580247, 0.1629273, 0.1737588, 0.1950631, 0.2365720, 0.3264535, 0.5612095", \
					  "0.1724014, 0.1772274, 0.1879215, 0.2092539, 0.2506262, 0.3408440, 0.5760297", \
					  "0.2066080, 0.2114887, 0.2222397, 0.2435718, 0.2848043, 0.3740381, 0.6093450", \
					  "0.2890095, 0.2938325, 0.3046023, 0.3258225, 0.3674063, 0.4577860, 0.6929962", \
					  "0.4663080, 0.4719861, 0.4841608, 0.5075861, 0.5511364, 0.6427150, 0.8780159", \
					  "0.7755396, 0.7835936, 0.8005843, 0.8336768, 0.8877343, 0.9884478, 1.2250262");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0293039, 0.0319434, 0.0382292, 0.0531853, 0.0901953, 0.1908683, 0.4996491", \
					  "0.0293181, 0.0318014, 0.0383250, 0.0536269, 0.0902439, 0.1912604, 0.4990605", \
					  "0.0291809, 0.0318043, 0.0383466, 0.0532621, 0.0902483, 0.1916141, 0.4986598", \
					  "0.0291839, 0.0319911, 0.0386480, 0.0536586, 0.0904874, 0.1912612, 0.4980766", \
					  "0.0292788, 0.0318500, 0.0384132, 0.0532814, 0.0900235, 0.1912620, 0.4992642", \
					  "0.0386101, 0.0413299, 0.0477026, 0.0613415, 0.0948096, 0.1926084, 0.4983893", \
					  "0.0619736, 0.0652357, 0.0718786, 0.0874338, 0.1212592, 0.2097115, 0.5021266");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001473;
			capacitance : 0.001433;
			fall_capacitance : 0.001393;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014929, -0.0014939, -0.0014963, -0.0014935, -0.0014870, -0.0014721, -0.0014377");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018807, 0.0018804, 0.0018798, 0.0018799, 0.0018799, 0.0018801, 0.0018805");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001519;
			capacitance : 0.001448;
			fall_capacitance : 0.001376;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016327, -0.0016324, -0.0016317, -0.0016318, -0.0016320, -0.0016324, -0.0016335");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016299, 0.0016309, 0.0016333, 0.0016334, 0.0016337, 0.0016344, 0.0016360");
				}
			}
		}
	}
	cell ("scs8hd_and2_4") {
		area : 8.758400;
		cell_footprint : "and2";
		cell_leakage_power : 1.284208e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014522";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0014440";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0007843";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0014563";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B)";
			max_capacitance : 0.466013;
			max_transition : 1.515441;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562697, 0.004884042, 0.01526455, 0.04770774, 0.1491055, 0.4660132");
					values("0.0185995, 0.0199952, 0.0243553, 0.0372443, 0.0767793, 0.1989689, 0.5781948", \
					  "0.0185350, 0.0199774, 0.0242897, 0.0372893, 0.0768279, 0.1993111, 0.5816570", \
					  "0.0184489, 0.0198489, 0.0241453, 0.0371662, 0.0767429, 0.1991810, 0.5822182", \
					  "0.0183547, 0.0197478, 0.0239296, 0.0369903, 0.0764709, 0.1991382, 0.5800914", \
					  "0.0180818, 0.0194821, 0.0235693, 0.0364700, 0.0758788, 0.1973932, 0.5797070", \
					  "0.0182930, 0.0196650, 0.0238294, 0.0366824, 0.0758801, 0.1973733, 0.5804965", \
					  "0.0183397, 0.0196896, 0.0237819, 0.0366441, 0.0758891, 0.1986615, 0.5785278");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562697, 0.004884042, 0.01526455, 0.04770774, 0.1491055, 0.4660132");
					values("0.0149950, 0.0138736, 0.0103669, -0.0003837, -0.0376289, -0.1602577, -0.5457557", \
					  "0.0148632, 0.0137085, 0.0102453, -0.0005140, -0.0377308, -0.1603748, -0.5458434", \
					  "0.0146684, 0.0135341, 0.0099517, -0.0007432, -0.0380208, -0.1606096, -0.5460856", \
					  "0.0144958, 0.0133292, 0.0097737, -0.0010577, -0.0383271, -0.1608548, -0.5462590", \
					  "0.0142373, 0.0130685, 0.0094209, -0.0015120, -0.0387038, -0.1611300, -0.5464581", \
					  "0.0139385, 0.0126983, 0.0087532, -0.0022755, -0.0391919, -0.1613902, -0.5465590", \
					  "0.0172175, 0.0159445, 0.0120209, -9.4000000e-05, -0.0392705, -0.1618384, -0.5466691");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562697, 0.004884042, 0.01526455, 0.04770774, 0.1491055, 0.4660132");
					values("0.0189680, 0.0203783, 0.0247068, 0.0377169, 0.0772231, 0.2003480, 0.5817066", \
					  "0.0189563, 0.0203828, 0.0246962, 0.0377479, 0.0772728, 0.2003079, 0.5799060", \
					  "0.0188668, 0.0202747, 0.0246200, 0.0376147, 0.0771052, 0.1994036, 0.5829744", \
					  "0.0187339, 0.0201438, 0.0244331, 0.0373867, 0.0768657, 0.1997032, 0.5778335", \
					  "0.0185286, 0.0199108, 0.0241567, 0.0369146, 0.0764002, 0.1980284, 0.5798210", \
					  "0.0188242, 0.0201508, 0.0243701, 0.0371454, 0.0763632, 0.1981390, 0.5809351", \
					  "0.0187575, 0.0200339, 0.0241421, 0.0371300, 0.0763455, 0.1986303, 0.5789427");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562697, 0.004884042, 0.01526455, 0.04770774, 0.1491055, 0.4660132");
					values("0.0164363, 0.0153300, 0.0117499, 0.0009209, -0.0362871, -0.1588229, -0.5442539", \
					  "0.0163676, 0.0152119, 0.0116229, 0.0008186, -0.0363657, -0.1589361, -0.5443938", \
					  "0.0162367, 0.0150235, 0.0114688, 0.0006068, -0.0365733, -0.1590818, -0.5445317", \
					  "0.0161113, 0.0149272, 0.0112889, 0.0004315, -0.0367666, -0.1592464, -0.5446672", \
					  "0.0159172, 0.0147473, 0.0110681, 0.0001309, -0.0370812, -0.1594689, -0.5448220", \
					  "0.0156941, 0.0145131, 0.0106831, -0.0003291, -0.0374532, -0.1597061, -0.5449256", \
					  "0.0194600, 0.0181567, 0.0141548, 0.0016714, -0.0373704, -0.1599660, -0.5449881");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0876648, 0.0916247, 0.1022117, 0.1291310, 0.2038952, 0.4320545, 1.1434069", \
					  "0.0919811, 0.0959745, 0.1066070, 0.1335967, 0.2082288, 0.4369525, 1.1513991", \
					  "0.1022735, 0.1062441, 0.1167805, 0.1437543, 0.2185816, 0.4468898, 1.1596912", \
					  "0.1268218, 0.1307695, 0.1411661, 0.1681356, 0.2426304, 0.4723885, 1.1838422", \
					  "0.1709665, 0.1752834, 0.1861798, 0.2139237, 0.2890421, 0.5177078, 1.2293067", \
					  "0.2280326, 0.2335823, 0.2469136, 0.2768488, 0.3522656, 0.5804940, 1.2901555", \
					  "0.2845646, 0.2921271, 0.3103087, 0.3475150, 0.4259194, 0.6520215, 1.3616765");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0223438, 0.0259268, 0.0357558, 0.0670012, 0.1680347, 0.4912171, 1.5042767", \
					  "0.0224664, 0.0257317, 0.0358308, 0.0669399, 0.1681193, 0.4941905, 1.5139616", \
					  "0.0224172, 0.0259165, 0.0359581, 0.0669990, 0.1683271, 0.4935142, 1.5154412", \
					  "0.0224807, 0.0259136, 0.0360817, 0.0670884, 0.1681471, 0.4944783, 1.4991031", \
					  "0.0269250, 0.0298074, 0.0397996, 0.0691424, 0.1684865, 0.4892050, 1.4983862", \
					  "0.0382588, 0.0403305, 0.0492862, 0.0755594, 0.1710191, 0.4898419, 1.5038200", \
					  "0.0574462, 0.0605639, 0.0698658, 0.0950617, 0.1784682, 0.4955316, 1.4993874");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.1112311, 0.1142019, 0.1215841, 0.1380760, 0.1722333, 0.2520420, 0.4823594", \
					  "0.1172833, 0.1202547, 0.1275973, 0.1441576, 0.1778311, 0.2577717, 0.4883528", \
					  "0.1313795, 0.1343452, 0.1417983, 0.1581291, 0.1922485, 0.2723071, 0.5023458", \
					  "0.1667686, 0.1697582, 0.1772024, 0.1936025, 0.2275074, 0.3076756, 0.5381427", \
					  "0.2494106, 0.2523627, 0.2598147, 0.2762289, 0.3092158, 0.3894178, 0.6197889", \
					  "0.4097264, 0.4138423, 0.4237149, 0.4440890, 0.4839478, 0.5644809, 0.7943281", \
					  "0.6897821, 0.6955332, 0.7092755, 0.7351146, 0.7882998, 0.8832698, 1.1151309");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0229291, 0.0244998, 0.0289103, 0.0401655, 0.0703723, 0.1620182, 0.4675382", \
					  "0.0228174, 0.0245395, 0.0288827, 0.0403964, 0.0707808, 0.1620034, 0.4680623", \
					  "0.0229380, 0.0244598, 0.0290189, 0.0401248, 0.0705334, 0.1619244, 0.4684201", \
					  "0.0227995, 0.0244806, 0.0289286, 0.0401445, 0.0705276, 0.1621792, 0.4681414", \
					  "0.0235588, 0.0252927, 0.0296959, 0.0406001, 0.0710397, 0.1617483, 0.4691019", \
					  "0.0368901, 0.0386169, 0.0427790, 0.0537751, 0.0808908, 0.1666850, 0.4676087", \
					  "0.0606468, 0.0627842, 0.0683025, 0.0815656, 0.1092541, 0.1873756, 0.4690237");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0920046, 0.0959626, 0.1065567, 0.1335692, 0.2084691, 0.4363228, 1.1488427", \
					  "0.0966495, 0.1006547, 0.1112486, 0.1382486, 0.2129876, 0.4409030, 1.1512918", \
					  "0.1069210, 0.1108866, 0.1215957, 0.1485851, 0.2230826, 0.4517144, 1.1630361", \
					  "0.1295952, 0.1335541, 0.1440774, 0.1710195, 0.2458417, 0.4744549, 1.1841212", \
					  "0.1711082, 0.1753246, 0.1864360, 0.2140391, 0.2892946, 0.5177824, 1.2285677", \
					  "0.2288500, 0.2339204, 0.2467122, 0.2762158, 0.3519340, 0.5796391, 1.2897596", \
					  "0.2867211, 0.2936501, 0.3105881, 0.3459913, 0.4243307, 0.6527915, 1.3615976");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0226322, 0.0258702, 0.0359641, 0.0669646, 0.1676185, 0.4928156, 1.5133124", \
					  "0.0224215, 0.0257221, 0.0358265, 0.0668992, 0.1683258, 0.4925743, 1.5038122", \
					  "0.0223887, 0.0257939, 0.0358308, 0.0668790, 0.1679371, 0.4940680, 1.5030115", \
					  "0.0225364, 0.0258509, 0.0359772, 0.0670088, 0.1679524, 0.4956575, 1.4952721", \
					  "0.0258356, 0.0289592, 0.0387752, 0.0689040, 0.1682919, 0.4901217, 1.4993593", \
					  "0.0333749, 0.0364960, 0.0460920, 0.0738961, 0.1702167, 0.4904628, 1.5032453", \
					  "0.0501968, 0.0530286, 0.0624852, 0.0885767, 0.1761786, 0.4926985, 1.4997058");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.1330867, 0.1363343, 0.1444597, 0.1620212, 0.1976831, 0.2790234, 0.5098482", \
					  "0.1392599, 0.1424873, 0.1505494, 0.1680091, 0.2037990, 0.2853735, 0.5161899", \
					  "0.1537044, 0.1569422, 0.1650794, 0.1825622, 0.2182637, 0.2998984, 0.5303646", \
					  "0.1902894, 0.1934869, 0.2015498, 0.2190732, 0.2547615, 0.3362857, 0.5668159", \
					  "0.2753534, 0.2785659, 0.2866621, 0.3041873, 0.3398394, 0.4214601, 0.6519182", \
					  "0.4566751, 0.4607646, 0.4704261, 0.4905367, 0.5292669, 0.6123041, 0.8428685", \
					  "0.7790583, 0.7850419, 0.7988925, 0.8265211, 0.8773658, 0.9699965, 1.1993114");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0261265, 0.0276628, 0.0324206, 0.0437249, 0.0740875, 0.1646379, 0.4686514", \
					  "0.0260946, 0.0278409, 0.0321987, 0.0437946, 0.0740187, 0.1646675, 0.4684182", \
					  "0.0259807, 0.0277086, 0.0322783, 0.0436372, 0.0740986, 0.1645570, 0.4706975", \
					  "0.0260845, 0.0278350, 0.0322277, 0.0437128, 0.0740666, 0.1646172, 0.4684602", \
					  "0.0260470, 0.0278549, 0.0323016, 0.0438691, 0.0740634, 0.1646156, 0.4680796", \
					  "0.0368107, 0.0383800, 0.0428119, 0.0532064, 0.0802374, 0.1667949, 0.4688013", \
					  "0.0607472, 0.0631416, 0.0685520, 0.0805997, 0.1097464, 0.1866558, 0.4707415");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002246;
			capacitance : 0.002162;
			fall_capacitance : 0.002079;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025818, -0.0025825, -0.0025843, -0.0025798, -0.0025693, -0.0025450, -0.0024892");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031345, 0.0031369, 0.0031423, 0.0031433, 0.0031459, 0.0031517, 0.0031651");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002388;
			capacitance : 0.002256;
			fall_capacitance : 0.002124;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028800, -0.0028779, -0.0028729, -0.0028727, -0.0028721, -0.0028708, -0.0028679");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028785, 0.0028755, 0.0028687, 0.0028696, 0.0028717, 0.0028764, 0.0028874");
				}
			}
		}
	}
	cell ("scs8hd_and2b_1") {
		area : 7.507200;
		cell_footprint : "and2b";
		cell_leakage_power : 3.210773e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "4.5231058e-05";
			when : "!AN&B";
		}
		leakage_power () {
			value : "0.0004401";
			when : "!AN&!B";
		}
		leakage_power () {
			value : "0.0004195";
			when : "AN&B";
		}
		leakage_power () {
			value : "0.0003795";
			when : "AN&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B)";
			max_capacitance : 0.150156;
			max_transition : 1.504981;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0077219, 0.0087716, 0.0113309, 0.0177678, 0.0343612, 0.0773042, 0.1872847", \
					  "0.0076905, 0.0087342, 0.0113001, 0.0177244, 0.0342911, 0.0775714, 0.1881657", \
					  "0.0077347, 0.0087800, 0.0113253, 0.0178089, 0.0343960, 0.0773474, 0.1881449", \
					  "0.0076088, 0.0086434, 0.0112089, 0.0176452, 0.0342392, 0.0772005, 0.1871700", \
					  "0.0075581, 0.0086083, 0.0111760, 0.0176322, 0.0343747, 0.0766409, 0.1880627", \
					  "0.0073385, 0.0082896, 0.0109761, 0.0175295, 0.0340271, 0.0770185, 0.1880837", \
					  "0.0074579, 0.0084389, 0.0109954, 0.0174182, 0.0340146, 0.0770412, 0.1889899");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0052182, 0.0044477, 0.0024625, -0.0034449, -0.0199215, -0.0631665, -0.1752588", \
					  "0.0051973, 0.0044360, 0.0024143, -0.0034755, -0.0199562, -0.0631981, -0.1752935", \
					  "0.0051177, 0.0043501, 0.0023500, -0.0035584, -0.0200240, -0.0632675, -0.1753635", \
					  "0.0048855, 0.0041287, 0.0021137, -0.0037924, -0.0202479, -0.0634952, -0.1755813", \
					  "0.0047085, 0.0039576, 0.0019518, -0.0039691, -0.0204291, -0.0636655, -0.1757570", \
					  "0.0056685, 0.0047678, 0.0024127, -0.0038598, -0.0204861, -0.0637623, -0.1758422", \
					  "0.0056920, 0.0047588, 0.0024690, -0.0038036, -0.0204233, -0.0636602, -0.1757887");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0078783, 0.0089165, 0.0114878, 0.0179056, 0.0343162, 0.0771706, 0.1881703", \
					  "0.0078364, 0.0088934, 0.0114617, 0.0178864, 0.0343867, 0.0775292, 0.1870544", \
					  "0.0077705, 0.0088126, 0.0113736, 0.0177815, 0.0343279, 0.0771417, 0.1882585", \
					  "0.0076570, 0.0086882, 0.0112455, 0.0176912, 0.0342419, 0.0770320, 0.1868507", \
					  "0.0076432, 0.0086268, 0.0111181, 0.0175460, 0.0341194, 0.0770903, 0.1877079", \
					  "0.0076920, 0.0087030, 0.0111898, 0.0175703, 0.0341837, 0.0767246, 0.1879711", \
					  "0.0075903, 0.0085621, 0.0110502, 0.0176076, 0.0343030, 0.0774117, 0.1880944");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0055284, 0.0047171, 0.0025915, -0.0034674, -0.0200113, -0.0632902, -0.1753847", \
					  "0.0054206, 0.0046173, 0.0024925, -0.0035576, -0.0200990, -0.0633816, -0.1754734", \
					  "0.0053119, 0.0044903, 0.0023784, -0.0036760, -0.0202135, -0.0634895, -0.1754949", \
					  "0.0051783, 0.0043616, 0.0022386, -0.0038207, -0.0203350, -0.0635964, -0.1756847", \
					  "0.0051218, 0.0043040, 0.0021785, -0.0038915, -0.0203894, -0.0636161, -0.1756820", \
					  "0.0051604, 0.0041860, 0.0017536, -0.0040917, -0.0205156, -0.0637069, -0.1757466", \
					  "0.0057530, 0.0048102, 0.0023455, -0.0040713, -0.0206670, -0.0637126, -0.1757119");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.1434925, 0.1504533, 0.1664276, 0.2044217, 0.3001284, 0.5479276, 1.1865010", \
					  "0.1488322, 0.1558353, 0.1718197, 0.2098443, 0.3056625, 0.5523185, 1.1912599", \
					  "0.1624761, 0.1694997, 0.1854343, 0.2236987, 0.3191565, 0.5664046, 1.2045287", \
					  "0.1962496, 0.2032771, 0.2192457, 0.2572316, 0.3529805, 0.6010046, 1.2383734", \
					  "0.2721810, 0.2792540, 0.2952851, 0.3333835, 0.4290299, 0.6755009, 1.3162594", \
					  "0.4067313, 0.4137649, 0.4300200, 0.4683900, 0.5639180, 0.8105354, 1.4529220", \
					  "0.6351389, 0.6427169, 0.6594075, 0.6978451, 0.7938868, 1.0413870, 1.6812389");
				}
				rise_transition ("del_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("0.0227548, 0.0299964, 0.0489750, 0.0997105, 0.2339358, 0.5876429, 1.4936868", \
					  "0.0227233, 0.0299831, 0.0490730, 0.0995120, 0.2344979, 0.5847800, 1.4872751", \
					  "0.0227428, 0.0299866, 0.0489641, 0.0998248, 0.2348428, 0.5891355, 1.4899916", \
					  "0.0227246, 0.0300294, 0.0489815, 0.0997149, 0.2339235, 0.5884023, 1.4864782", \
					  "0.0229060, 0.0301316, 0.0490258, 0.0994228, 0.2344543, 0.5830541, 1.5011322", \
					  "0.0239314, 0.0311740, 0.0498143, 0.0999499, 0.2334116, 0.5870670, 1.5029410", \
					  "0.0270751, 0.0337926, 0.0516078, 0.1014938, 0.2341090, 0.5823924, 1.4971657");
				}
				cell_fall ("del_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("0.1315374, 0.1372049, 0.1487782, 0.1708524, 0.2151728, 0.3183750, 0.5826655", \
					  "0.1363794, 0.1421096, 0.1535699, 0.1756630, 0.2199975, 0.3231694, 0.5874256", \
					  "0.1473382, 0.1530056, 0.1644587, 0.1864595, 0.2311384, 0.3343849, 0.5977244", \
					  "0.1685552, 0.1742428, 0.1855898, 0.2076163, 0.2523308, 0.3556280, 0.6192133", \
					  "0.2006755, 0.2063920, 0.2179180, 0.2399493, 0.2844285, 0.3876993, 0.6513549", \
					  "0.2469601, 0.2526606, 0.2641164, 0.2861341, 0.3309837, 0.4342327, 0.6975330", \
					  "0.3031778, 0.3090097, 0.3205116, 0.3427116, 0.3878125, 0.4910258, 0.7539149");
				}
				fall_transition ("del_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("0.0213675, 0.0251026, 0.0335504, 0.0529026, 0.1013474, 0.2314639, 0.5785365", \
					  "0.0215395, 0.0253601, 0.0334365, 0.0531000, 0.1014724, 0.2308817, 0.5837132", \
					  "0.0215313, 0.0253420, 0.0338030, 0.0532230, 0.1013939, 0.2305549, 0.5797146", \
					  "0.0215036, 0.0253209, 0.0336219, 0.0530190, 0.1010147, 0.2335405, 0.5823248", \
					  "0.0215920, 0.0253114, 0.0337234, 0.0531278, 0.1013122, 0.2306830, 0.5841349", \
					  "0.0218480, 0.0256788, 0.0340282, 0.0535365, 0.1013142, 0.2304971, 0.5791922", \
					  "0.0224767, 0.0263261, 0.0348464, 0.0541962, 0.1018598, 0.2331189, 0.5796293");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.0758072, 0.0827708, 0.0986772, 0.1364774, 0.2316559, 0.4780363, 1.1184184", \
					  "0.0806698, 0.0877540, 0.1035845, 0.1413447, 0.2363296, 0.4837415, 1.1218612", \
					  "0.0908773, 0.0978466, 0.1137381, 0.1514379, 0.2468790, 0.4931212, 1.1345578", \
					  "0.1125065, 0.1195154, 0.1354558, 0.1732437, 0.2690921, 0.5176628, 1.1540647", \
					  "0.1498770, 0.1573821, 0.1738170, 0.2123953, 0.3083561, 0.5556106, 1.1934741", \
					  "0.2030322, 0.2117413, 0.2299307, 0.2693377, 0.3657656, 0.6127109, 1.2532241", \
					  "0.2591850, 0.2712457, 0.2943639, 0.3380711, 0.4336838, 0.6826805, 1.3185311");
				}
				rise_transition ("del_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("0.0222952, 0.0297118, 0.0487524, 0.0994007, 0.2338638, 0.5882150, 1.5034417", \
					  "0.0223326, 0.0296287, 0.0487230, 0.0998067, 0.2344910, 0.5884316, 1.4932034", \
					  "0.0223625, 0.0296383, 0.0487256, 0.0996489, 0.2348792, 0.5863943, 1.5049814", \
					  "0.0228217, 0.0300831, 0.0489066, 0.0996896, 0.2347391, 0.5853795, 1.4834876", \
					  "0.0256350, 0.0325986, 0.0511424, 0.1008266, 0.2346136, 0.5871883, 1.4899909", \
					  "0.0328020, 0.0395077, 0.0561691, 0.1034216, 0.2364536, 0.5843491, 1.4985987", \
					  "0.0475524, 0.0549087, 0.0706967, 0.1123099, 0.2375313, 0.5875176, 1.4869536");
				}
				cell_fall ("del_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("0.1173752, 0.1230099, 0.1345898, 0.1563534, 0.2010864, 0.3043729, 0.5681836", \
					  "0.1228292, 0.1283865, 0.1399597, 0.1617102, 0.2064654, 0.3097559, 0.5730634", \
					  "0.1368365, 0.1425085, 0.1540493, 0.1759669, 0.2205944, 0.3237985, 0.5876410", \
					  "0.1710594, 0.1767988, 0.1882665, 0.2101613, 0.2548838, 0.3582027, 0.6219700", \
					  "0.2535966, 0.2592903, 0.2706428, 0.2927164, 0.3374734, 0.4408465, 0.7050573", \
					  "0.4165249, 0.4237574, 0.4378086, 0.4631257, 0.5105397, 0.6147100, 0.8779540", \
					  "0.6974581, 0.7075583, 0.7264889, 0.7594436, 0.8153508, 0.9240712, 1.1860282");
				}
				fall_transition ("del_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("0.0222568, 0.0258947, 0.0341472, 0.0537494, 0.1012799, 0.2323339, 0.5786140", \
					  "0.0221387, 0.0261586, 0.0341125, 0.0537569, 0.1012883, 0.2324027, 0.5786508", \
					  "0.0222801, 0.0261305, 0.0342222, 0.0535467, 0.1016187, 0.2307921, 0.5826261", \
					  "0.0221034, 0.0258927, 0.0341706, 0.0538098, 0.1016459, 0.2307391, 0.5797492", \
					  "0.0224670, 0.0263732, 0.0347987, 0.0537959, 0.1015126, 0.2308298, 0.5829411", \
					  "0.0325706, 0.0366432, 0.0451283, 0.0628683, 0.1069365, 0.2345500, 0.5798308", \
					  "0.0509965, 0.0557859, 0.0652733, 0.0837709, 0.1256765, 0.2430018, 0.5822946");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001462;
			capacitance : 0.001534;
			rise_capacitance : 0.001606;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016814, 0.0016284, 0.0015062, 0.0015000, 0.0014859, 0.0014532, 0.0013780");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047145, 0.0046409, 0.0044713, 0.0044707, 0.0044694, 0.0044664, 0.0044593");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001689;
			capacitance : 0.001611;
			fall_capacitance : 0.001533;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019655, -0.0019634, -0.0019587, -0.0019590, -0.0019597, -0.0019613, -0.0019649");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019707, 0.0019687, 0.0019639, 0.0019640, 0.0019641, 0.0019645, 0.0019652");
				}
			}
		}
	}
	cell ("scs8hd_and2b_2") {
		area : 8.758400;
		cell_footprint : "and2b";
		cell_leakage_power : 5.930826e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.8409197e-05";
			when : "!AN&B";
		}
		leakage_power () {
			value : "0.0008006";
			when : "!AN&!B";
		}
		leakage_power () {
			value : "0.0007777";
			when : "AN&B";
		}
		leakage_power () {
			value : "0.0007356";
			when : "AN&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B)";
			max_capacitance : 0.271922;
			max_transition : 1.508976;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0110723, 0.0123015, 0.0157185, 0.0250269, 0.0512779, 0.1256894, 0.3394171", \
					  "0.0110094, 0.0122339, 0.0156525, 0.0249819, 0.0511801, 0.1260236, 0.3370670", \
					  "0.0110600, 0.0122894, 0.0157244, 0.0250112, 0.0512735, 0.1264906, 0.3389803", \
					  "0.0109312, 0.0121727, 0.0156127, 0.0249036, 0.0511435, 0.1257459, 0.3383987", \
					  "0.0108891, 0.0121339, 0.0155580, 0.0248990, 0.0511414, 0.1255444, 0.3387902", \
					  "0.0105796, 0.0118400, 0.0153475, 0.0247579, 0.0508908, 0.1250704, 0.3392503", \
					  "0.0110042, 0.0121541, 0.0154752, 0.0247147, 0.0507754, 0.1253192, 0.3400305");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0072394, 0.0062699, 0.0035961, -0.0043326, -0.0295278, -0.1044031, -0.3193867", \
					  "0.0072181, 0.0062145, 0.0035846, -0.0043522, -0.0295506, -0.1044224, -0.3194104", \
					  "0.0072308, 0.0062032, 0.0035347, -0.0044128, -0.0296042, -0.1044782, -0.3194478", \
					  "0.0069728, 0.0059874, 0.0033154, -0.0046525, -0.0298297, -0.1046992, -0.3196815", \
					  "0.0067490, 0.0057413, 0.0031012, -0.0048468, -0.0300397, -0.1048881, -0.3198570", \
					  "0.0088476, 0.0078056, 0.0047671, -0.0041044, -0.0301411, -0.1050053, -0.3199729", \
					  "0.0090774, 0.0079451, 0.0048956, -0.0039770, -0.0298509, -0.1049358, -0.3199316");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0111731, 0.0123997, 0.0158518, 0.0252179, 0.0514110, 0.1260034, 0.3383628", \
					  "0.0111886, 0.0124022, 0.0158299, 0.0251919, 0.0513506, 0.1260060, 0.3386251", \
					  "0.0111399, 0.0123766, 0.0158263, 0.0251458, 0.0513463, 0.1260377, 0.3393873", \
					  "0.0110495, 0.0122742, 0.0156985, 0.0250454, 0.0512202, 0.1256222, 0.3393048", \
					  "0.0110331, 0.0122551, 0.0156618, 0.0248440, 0.0511808, 0.1254214, 0.3399180", \
					  "0.0112814, 0.0124643, 0.0157243, 0.0249307, 0.0509997, 0.1252070, 0.3383567", \
					  "0.0113537, 0.0125526, 0.0158103, 0.0250736, 0.0512152, 0.1262576, 0.3378301");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0076421, 0.0065963, 0.0038604, -0.0042982, -0.0296480, -0.1045916, -0.3195786", \
					  "0.0075123, 0.0065004, 0.0037717, -0.0043465, -0.0297249, -0.1046738, -0.3196643", \
					  "0.0074039, 0.0063612, 0.0036644, -0.0044710, -0.0298425, -0.1047695, -0.3197662", \
					  "0.0073102, 0.0062657, 0.0035305, -0.0046149, -0.0299883, -0.1049039, -0.3198797", \
					  "0.0071809, 0.0062058, 0.0034472, -0.0047519, -0.0301082, -0.1049743, -0.3199276", \
					  "0.0070991, 0.0061167, 0.0033101, -0.0049106, -0.0302501, -0.1050775, -0.3199768", \
					  "0.0091831, 0.0078604, 0.0046782, -0.0042779, -0.0305212, -0.1052513, -0.3200566");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1621010, 0.1680894, 0.1820042, 0.2143387, 0.2987083, 0.5359189, 1.2109145", \
					  "0.1669352, 0.1729621, 0.1868938, 0.2193324, 0.3033531, 0.5402475, 1.2151463", \
					  "0.1809148, 0.1869181, 0.2008279, 0.2332556, 0.3174345, 0.5535856, 1.2290757", \
					  "0.2147462, 0.2207704, 0.2347176, 0.2671485, 0.3512914, 0.5876762, 1.2632903", \
					  "0.2908628, 0.2969155, 0.3108395, 0.3431666, 0.4275861, 0.6650668, 1.3398053", \
					  "0.4271332, 0.4332338, 0.4473846, 0.4801603, 0.5642157, 0.8020344, 1.4777944", \
					  "0.6599019, 0.6664230, 0.6809953, 0.7140400, 0.7983342, 1.0346988, 1.7113909");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0218981, 0.0269562, 0.0405076, 0.0792885, 0.1943308, 0.5300160, 1.5071780", \
					  "0.0220132, 0.0270815, 0.0406811, 0.0793449, 0.1945883, 0.5319090, 1.4893705", \
					  "0.0220071, 0.0270935, 0.0406216, 0.0793207, 0.1942858, 0.5331382, 1.4952606", \
					  "0.0220219, 0.0270507, 0.0406246, 0.0793283, 0.1944821, 0.5321453, 1.4921587", \
					  "0.0220469, 0.0270969, 0.0407001, 0.0791096, 0.1947346, 0.5300940, 1.4985830", \
					  "0.0231739, 0.0281133, 0.0414516, 0.0794648, 0.1943910, 0.5308521, 1.5066501", \
					  "0.0258191, 0.0304919, 0.0434858, 0.0810545, 0.1947121, 0.5286063, 1.4981699");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1688286, 0.1742647, 0.1860726, 0.2087252, 0.2523156, 0.3471195, 0.5963084", \
					  "0.1737979, 0.1792111, 0.1910284, 0.2138589, 0.2572586, 0.3523740, 0.6013258", \
					  "0.1849245, 0.1904441, 0.2022176, 0.2247506, 0.2683908, 0.3636019, 0.6124929", \
					  "0.2060696, 0.2114916, 0.2232549, 0.2458705, 0.2894645, 0.3843950, 0.6344310", \
					  "0.2378486, 0.2433077, 0.2549453, 0.2775935, 0.3207009, 0.4159505, 0.6655841", \
					  "0.2834168, 0.2888918, 0.3006072, 0.3233396, 0.3668766, 0.4621891, 0.7120811", \
					  "0.3380612, 0.3435385, 0.3556027, 0.3781516, 0.4220593, 0.5174413, 0.7673240");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0275293, 0.0304802, 0.0376289, 0.0532344, 0.0920973, 0.1996836, 0.5266615", \
					  "0.0275045, 0.0306735, 0.0377098, 0.0534587, 0.0920336, 0.1993916, 0.5272220", \
					  "0.0277009, 0.0304785, 0.0375865, 0.0534716, 0.0918830, 0.1996793, 0.5280924", \
					  "0.0275374, 0.0306208, 0.0377029, 0.0532126, 0.0919915, 0.1994164, 0.5278983", \
					  "0.0276817, 0.0305841, 0.0377921, 0.0538891, 0.0925235, 0.1995105, 0.5281991", \
					  "0.0276710, 0.0307543, 0.0379311, 0.0540486, 0.0926554, 0.1985054, 0.5239215", \
					  "0.0279693, 0.0310709, 0.0382697, 0.0541026, 0.0929736, 0.1999824, 0.5257815");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0934645, 0.0994412, 0.1134071, 0.1458397, 0.2297823, 0.4660864, 1.1403407", \
					  "0.0985172, 0.1043364, 0.1182704, 0.1507210, 0.2344886, 0.4710251, 1.1459040", \
					  "0.1087236, 0.1147691, 0.1286850, 0.1609963, 0.2447570, 0.4815773, 1.1573341", \
					  "0.1314408, 0.1373968, 0.1513558, 0.1836111, 0.2675035, 0.5047947, 1.1840263", \
					  "0.1754215, 0.1818145, 0.1964364, 0.2293729, 0.3137455, 0.5503401, 1.2255641", \
					  "0.2417492, 0.2494292, 0.2658617, 0.3009746, 0.3861950, 0.6228815, 1.3000709", \
					  "0.3226799, 0.3328576, 0.3543214, 0.3951386, 0.4824699, 0.7186232, 1.3927348");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0219784, 0.0269569, 0.0405546, 0.0791277, 0.1946381, 0.5335139, 1.4945067", \
					  "0.0217941, 0.0269114, 0.0405687, 0.0791827, 0.1943705, 0.5313618, 1.4907675", \
					  "0.0218372, 0.0268434, 0.0404443, 0.0792581, 0.1947965, 0.5331029, 1.5052758", \
					  "0.0218721, 0.0268409, 0.0405017, 0.0792388, 0.1944683, 0.5311589, 1.5089758", \
					  "0.0245337, 0.0296221, 0.0428553, 0.0805226, 0.1944812, 0.5313399, 1.4972026", \
					  "0.0320537, 0.0372121, 0.0497621, 0.0853915, 0.1971242, 0.5311533, 1.5022986", \
					  "0.0480984, 0.0538530, 0.0662173, 0.0985984, 0.2015199, 0.5351242, 1.4903770");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1541239, 0.1595852, 0.1712997, 0.1938940, 0.2374463, 0.3324744, 0.5825083", \
					  "0.1596910, 0.1652031, 0.1770273, 0.1995941, 0.2431680, 0.3381797, 0.5881990", \
					  "0.1735028, 0.1793408, 0.1910035, 0.2137260, 0.2572096, 0.3520763, 0.6017093", \
					  "0.2086765, 0.2130788, 0.2249932, 0.2476159, 0.2910497, 0.3859875, 0.6355256", \
					  "0.2892220, 0.2961142, 0.3078059, 0.3304649, 0.3739632, 0.4692249, 0.7189262", \
					  "0.4706170, 0.4781840, 0.4915749, 0.5162444, 0.5615763, 0.6574753, 0.9074862", \
					  "0.7902943, 0.8001680, 0.8188843, 0.8511203, 0.9081847, 1.0125727, 1.2634480");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0283462, 0.0312048, 0.0384576, 0.0539611, 0.0924328, 0.1996170, 0.5265646", \
					  "0.0281831, 0.0311869, 0.0381033, 0.0536869, 0.0924737, 0.1996291, 0.5298140", \
					  "0.0281674, 0.0312095, 0.0383688, 0.0537064, 0.0923495, 0.1997723, 0.5289086", \
					  "0.0282519, 0.0311804, 0.0381914, 0.0536917, 0.0924590, 0.1995783, 0.5289781", \
					  "0.0281890, 0.0313508, 0.0384039, 0.0537552, 0.0922848, 0.1994052, 0.5283095", \
					  "0.0367995, 0.0397099, 0.0462506, 0.0606041, 0.0964798, 0.2005940, 0.5248942", \
					  "0.0591083, 0.0623812, 0.0698798, 0.0870176, 0.1226499, 0.2169918, 0.5328277");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001456;
			capacitance : 0.001528;
			rise_capacitance : 0.001600;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016908, 0.0016372, 0.0015134, 0.0015066, 0.0014907, 0.0014543, 0.0013703");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0046891, 0.0046198, 0.0044599, 0.0044603, 0.0044614, 0.0044637, 0.0044692");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001663;
			capacitance : 0.001588;
			fall_capacitance : 0.001512;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019560, -0.0019583, -0.0019635, -0.0019639, -0.0019647, -0.0019666, -0.0019710");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019584, 0.0019598, 0.0019632, 0.0019634, 0.0019637, 0.0019645, 0.0019662");
				}
			}
		}
	}
	cell ("scs8hd_and2b_4") {
		area : 10.009600;
		cell_footprint : "and2b";
		cell_leakage_power : 1.312713e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008397";
			when : "!AN&B";
		}
		leakage_power () {
			value : "0.0015055";
			when : "!AN&!B";
		}
		leakage_power () {
			value : "0.0014570";
			when : "AN&B";
		}
		leakage_power () {
			value : "0.0014487";
			when : "AN&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B)";
			max_capacitance : 0.407420;
			max_transition : 1.511858;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001528089, 0.004670112, 0.01427269, 0.04361989, 0.1333102, 0.4074195");
					values("0.0200882, 0.0214479, 0.0255236, 0.0374608, 0.0731930, 0.1805732, 0.5092938", \
					  "0.0200357, 0.0214087, 0.0254809, 0.0374234, 0.0731141, 0.1806720, 0.5096894", \
					  "0.0200789, 0.0214496, 0.0254983, 0.0375359, 0.0732591, 0.1806899, 0.5097104", \
					  "0.0199461, 0.0213262, 0.0254051, 0.0373643, 0.0731009, 0.1814145, 0.5101273", \
					  "0.0197952, 0.0211536, 0.0251937, 0.0371945, 0.0729393, 0.1813116, 0.5114146", \
					  "0.0195934, 0.0209495, 0.0250153, 0.0369518, 0.0725884, 0.1808630, 0.5087301", \
					  "0.0198134, 0.0211265, 0.0250918, 0.0370609, 0.0724322, 0.1803584, 0.5105651");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001528089, 0.004670112, 0.01427269, 0.04361989, 0.1333102, 0.4074195");
					values("0.0146392, 0.0135139, 0.0101039, 0.0001679, -0.0331690, -0.1412744, -0.4745970", \
					  "0.0145259, 0.0134448, 0.0101153, 0.0002082, -0.0331674, -0.1412965, -0.4745961", \
					  "0.0144678, 0.0133677, 0.0100171, 9.0000000e-05, -0.0332703, -0.1413521, -0.4746629", \
					  "0.0142699, 0.0131410, 0.0097949, -0.0001587, -0.0335128, -0.1416063, -0.4749043", \
					  "0.0140290, 0.0129497, 0.0095786, -0.0004084, -0.0337696, -0.1418769, -0.4751563", \
					  "0.0172756, 0.0161436, 0.0126603, 0.0015941, -0.0334752, -0.1420667, -0.4753506", \
					  "0.0173592, 0.0162402, 0.0126739, 0.0016158, -0.0333320, -0.1419428, -0.4753442");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001528089, 0.004670112, 0.01427269, 0.04361989, 0.1333102, 0.4074195");
					values("0.0201508, 0.0215231, 0.0256031, 0.0375872, 0.0733743, 0.1815522, 0.5089388", \
					  "0.0201129, 0.0214537, 0.0255933, 0.0376293, 0.0733001, 0.1811739, 0.5093808", \
					  "0.0200393, 0.0214300, 0.0255305, 0.0375586, 0.0731897, 0.1805076, 0.5091449", \
					  "0.0199092, 0.0212607, 0.0253349, 0.0373285, 0.0730031, 0.1812587, 0.5125187", \
					  "0.0197951, 0.0212023, 0.0252193, 0.0369891, 0.0727034, 0.1811748, 0.5123256", \
					  "0.0199731, 0.0212845, 0.0252586, 0.0371330, 0.0720702, 0.1802006, 0.5088292", \
					  "0.0199637, 0.0212076, 0.0251392, 0.0370322, 0.0728291, 0.1812163, 0.5100395");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001528089, 0.004670112, 0.01427269, 0.04361989, 0.1333102, 0.4074195");
					values("0.0150286, 0.0139074, 0.0104651, 0.0003900, -0.0332700, -0.1415459, -0.4749288", \
					  "0.0149226, 0.0137652, 0.0103928, 0.0002953, -0.0333296, -0.1416215, -0.4750018", \
					  "0.0146925, 0.0135950, 0.0101557, 6.8000000e-05, -0.0335144, -0.1417767, -0.4752060", \
					  "0.0145498, 0.0134542, 0.0100189, -6.7700000e-05, -0.0336540, -0.1418893, -0.4752812", \
					  "0.0144114, 0.0133105, 0.0097947, -0.0003406, -0.0339006, -0.1420384, -0.4753584", \
					  "0.0142496, 0.0130495, 0.0095186, -0.0006588, -0.0341009, -0.1420795, -0.4753110", \
					  "0.0177427, 0.0164916, 0.0127302, 0.0013108, -0.0340240, -0.1424687, -0.4754280");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.1926375, 0.1969901, 0.2081185, 0.2362253, 0.3130710, 0.5427923, 1.2392128", \
					  "0.1975098, 0.2018745, 0.2130462, 0.2411187, 0.3184812, 0.5474236, 1.2459245", \
					  "0.2117325, 0.2159954, 0.2271770, 0.2553549, 0.3323711, 0.5612696, 1.2596194", \
					  "0.2461429, 0.2504262, 0.2616396, 0.2896784, 0.3666104, 0.5954998, 1.2956750", \
					  "0.3249122, 0.3292060, 0.3402982, 0.3684709, 0.4454244, 0.6740730, 1.3741112", \
					  "0.4782693, 0.4825910, 0.4938926, 0.5222083, 0.5993588, 0.8287968, 1.5263510", \
					  "0.7411226, 0.7456753, 0.7573834, 0.7863012, 0.8636693, 1.0927251, 1.7923047");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.0244993, 0.0281022, 0.0388711, 0.0718367, 0.1761647, 0.5010541, 1.4978152", \
					  "0.0244440, 0.0279964, 0.0389153, 0.0718019, 0.1762198, 0.5002334, 1.5019302", \
					  "0.0245067, 0.0280808, 0.0389146, 0.0717492, 0.1762302, 0.5003706, 1.5018370", \
					  "0.0244629, 0.0280823, 0.0388895, 0.0716830, 0.1758026, 0.5031900, 1.5110836", \
					  "0.0244827, 0.0280307, 0.0390500, 0.0717738, 0.1761819, 0.5028812, 1.5015154", \
					  "0.0253276, 0.0290083, 0.0397271, 0.0720196, 0.1756705, 0.5024236, 1.5000892", \
					  "0.0284098, 0.0318643, 0.0420815, 0.0738534, 0.1767177, 0.5005832, 1.4991679");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.1510506, 0.1541416, 0.1619518, 0.1786392, 0.2121576, 0.2875023, 0.4904591", \
					  "0.1560533, 0.1591755, 0.1668985, 0.1836712, 0.2173578, 0.2926688, 0.4957266", \
					  "0.1674596, 0.1705685, 0.1784074, 0.1951175, 0.2286623, 0.3039800, 0.5070449", \
					  "0.1903201, 0.1934664, 0.2011005, 0.2178792, 0.2514572, 0.3268627, 0.5296622", \
					  "0.2250630, 0.2282180, 0.2359444, 0.2523975, 0.2861752, 0.3615489, 0.5646077", \
					  "0.2723511, 0.2754544, 0.2836061, 0.3001880, 0.3340347, 0.4094141, 0.6122022", \
					  "0.3271964, 0.3302582, 0.3379052, 0.3544001, 0.3884539, 0.4637137, 0.6675860");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.0241975, 0.0259873, 0.0304424, 0.0417104, 0.0706536, 0.1526087, 0.4183330", \
					  "0.0241244, 0.0259172, 0.0304876, 0.0417708, 0.0705331, 0.1522252, 0.4160254", \
					  "0.0241466, 0.0259437, 0.0304040, 0.0416865, 0.0708056, 0.1525343, 0.4187415", \
					  "0.0239879, 0.0257657, 0.0303282, 0.0417143, 0.0707295, 0.1527122, 0.4164006", \
					  "0.0241237, 0.0258228, 0.0303708, 0.0421613, 0.0708924, 0.1521201, 0.4162217", \
					  "0.0242193, 0.0259702, 0.0304846, 0.0417868, 0.0707609, 0.1527169, 0.4181671", \
					  "0.0247690, 0.0267014, 0.0308791, 0.0424047, 0.0714749, 0.1529480, 0.4184610");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.0989837, 0.1032441, 0.1144054, 0.1425210, 0.2194605, 0.4478675, 1.1460427", \
					  "0.1035684, 0.1077671, 0.1191204, 0.1471722, 0.2237122, 0.4531895, 1.1496702", \
					  "0.1133630, 0.1176309, 0.1287583, 0.1568448, 0.2335006, 0.4631286, 1.1593889", \
					  "0.1344687, 0.1387158, 0.1498002, 0.1778231, 0.2547225, 0.4837514, 1.1844140", \
					  "0.1749096, 0.1793837, 0.1909902, 0.2196009, 0.2967253, 0.5253775, 1.2286443", \
					  "0.2320218, 0.2372716, 0.2503586, 0.2807749, 0.3574606, 0.5867609, 1.2841344", \
					  "0.2899909, 0.2970846, 0.3139846, 0.3495398, 0.4296516, 0.6587341, 1.3554723");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.0240534, 0.0277482, 0.0385522, 0.0715667, 0.1761302, 0.5029348, 1.4968600", \
					  "0.0240291, 0.0277885, 0.0385100, 0.0714536, 0.1760681, 0.5023177, 1.5035652", \
					  "0.0240159, 0.0276685, 0.0385303, 0.0714166, 0.1759247, 0.5015122, 1.4980271", \
					  "0.0239857, 0.0276854, 0.0386018, 0.0715713, 0.1761296, 0.5020809, 1.5096343", \
					  "0.0265549, 0.0301116, 0.0406459, 0.0733093, 0.1764687, 0.5034448, 1.5118585", \
					  "0.0335461, 0.0372515, 0.0471934, 0.0773847, 0.1782488, 0.5014715, 1.4975513", \
					  "0.0500120, 0.0530942, 0.0633687, 0.0909752, 0.1829607, 0.5051785, 1.4970389");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.1398796, 0.1432273, 0.1516160, 0.1691405, 0.2037573, 0.2796702, 0.4828239", \
					  "0.1459556, 0.1493545, 0.1576512, 0.1750512, 0.2098573, 0.2855915, 0.4886521", \
					  "0.1603184, 0.1637027, 0.1719471, 0.1894633, 0.2239724, 0.2998030, 0.5027900", \
					  "0.1965679, 0.1999326, 0.2081697, 0.2255458, 0.2602572, 0.3361572, 0.5390156", \
					  "0.2813715, 0.2847595, 0.2927813, 0.3102831, 0.3453012, 0.4212733, 0.6244091", \
					  "0.4624066, 0.4665266, 0.4763219, 0.4962416, 0.5335972, 0.6110268, 0.8140164", \
					  "0.7880243, 0.7939495, 0.8079078, 0.8348414, 0.8838932, 0.9727558, 1.1793267");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00152809, 0.00467011, 0.0142727, 0.0436199, 0.13331, 0.40742");
					values("0.0275099, 0.0292096, 0.0335834, 0.0451398, 0.0732716, 0.1537704, 0.4191681", \
					  "0.0275338, 0.0291915, 0.0338027, 0.0449161, 0.0732752, 0.1544184, 0.4163527", \
					  "0.0274894, 0.0291112, 0.0336030, 0.0447782, 0.0736384, 0.1541290, 0.4162103", \
					  "0.0275209, 0.0293405, 0.0336925, 0.0450467, 0.0732789, 0.1543990, 0.4166537", \
					  "0.0274888, 0.0290856, 0.0336403, 0.0448089, 0.0730013, 0.1539711, 0.4164164", \
					  "0.0374851, 0.0391744, 0.0431269, 0.0536459, 0.0791196, 0.1562434, 0.4176605", \
					  "0.0608460, 0.0631445, 0.0683655, 0.0809589, 0.1089458, 0.1774777, 0.4210308");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001363;
			capacitance : 0.001429;
			rise_capacitance : 0.001496;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0034941, 0.0034570, 0.0033714, 0.0033664, 0.0033550, 0.0033287, 0.0032681");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049934, 0.0049267, 0.0047730, 0.0047755, 0.0047813, 0.0047948, 0.0048257");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002435;
			capacitance : 0.002292;
			fall_capacitance : 0.002150;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028972, -0.0028977, -0.0028989, -0.0028985, -0.0028978, -0.0028960, -0.0028920");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028974, 0.0028986, 0.0029014, 0.0029023, 0.0029045, 0.0029096, 0.0029212");
				}
			}
		}
	}
	cell ("scs8hd_and3_1") {
		area : 6.256000;
		cell_footprint : "and3";
		cell_leakage_power : 3.473329e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003739";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0004161";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0003741";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0004171";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0003781";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "2.5403482e-05";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0004209";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B&C)";
			max_capacitance : 0.140086;
			max_transition : 1.507816;
			internal_power () {
				related_pin : "B";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0065813, 0.0058415, 0.0039444, -0.0016310, -0.0171385, -0.0575867, -0.1613201", \
					  "0.0064840, 0.0057697, 0.0038701, -0.0017138, -0.0172198, -0.0576639, -0.1614339", \
					  "0.0063866, 0.0056641, 0.0037665, -0.0018303, -0.0173153, -0.0577694, -0.1615763", \
					  "0.0062769, 0.0055561, 0.0036109, -0.0019815, -0.0174730, -0.0579046, -0.1616335", \
					  "0.0061450, 0.0053995, 0.0034591, -0.0021500, -0.0176216, -0.0580211, -0.1617548", \
					  "0.0061343, 0.0052117, 0.0030292, -0.0024142, -0.0178152, -0.0581724, -0.1618690", \
					  "0.0070709, 0.0061322, 0.0037693, -0.0023376, -0.0180383, -0.0583224, -0.1619525");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0070185, 0.0080261, 0.0104994, 0.0166364, 0.0324891, 0.0729280, 0.1740197", \
					  "0.0069861, 0.0079926, 0.0104662, 0.0166130, 0.0324088, 0.0724255, 0.1749067", \
					  "0.0069385, 0.0079495, 0.0104122, 0.0165763, 0.0322384, 0.0724573, 0.1759266", \
					  "0.0068641, 0.0078601, 0.0103427, 0.0165122, 0.0322812, 0.0725358, 0.1748291", \
					  "0.0067861, 0.0077869, 0.0102759, 0.0163657, 0.0321028, 0.0719073, 0.1741390", \
					  "0.0068193, 0.0078049, 0.0102537, 0.0163455, 0.0321599, 0.0721787, 0.1752299", \
					  "0.0069583, 0.0079289, 0.0103335, 0.0165649, 0.0322957, 0.0726142, 0.1751059");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0073530, 0.0083499, 0.0108386, 0.0169590, 0.0325440, 0.0721104, 0.1742067", \
					  "0.0073208, 0.0083242, 0.0108057, 0.0169427, 0.0325766, 0.0726286, 0.1750972", \
					  "0.0072604, 0.0082591, 0.0107370, 0.0168713, 0.0326570, 0.0725183, 0.1750504", \
					  "0.0071378, 0.0081382, 0.0106163, 0.0167564, 0.0324755, 0.0725891, 0.1751763", \
					  "0.0070280, 0.0080301, 0.0104943, 0.0166377, 0.0323629, 0.0721431, 0.1752304", \
					  "0.0070756, 0.0080308, 0.0104874, 0.0165123, 0.0322811, 0.0722975, 0.1754698", \
					  "0.0069815, 0.0079266, 0.0103464, 0.0166415, 0.0324446, 0.0727892, 0.1757369");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0076381, 0.0068423, 0.0048822, -0.0008083, -0.0164403, -0.0569750, -0.1607542", \
					  "0.0075129, 0.0067622, 0.0048086, -0.0008849, -0.0165118, -0.0570473, -0.1608226", \
					  "0.0074327, 0.0066621, 0.0046804, -0.0010055, -0.0166127, -0.0571349, -0.1609348", \
					  "0.0072785, 0.0065156, 0.0045529, -0.0011331, -0.0167280, -0.0572318, -0.1610223", \
					  "0.0071759, 0.0064269, 0.0044740, -0.0012085, -0.0167873, -0.0572742, -0.1610569", \
					  "0.0068740, 0.0061156, 0.0042652, -0.0012713, -0.0167962, -0.0572387, -0.1610210", \
					  "0.0083715, 0.0074498, 0.0050153, -0.0011496, -0.0169421, -0.0573162, -0.1610592");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0071058, 0.0081226, 0.0106034, 0.0167445, 0.0326073, 0.0726456, 0.1745658", \
					  "0.0070702, 0.0080767, 0.0105579, 0.0167528, 0.0324185, 0.0726032, 0.1753849", \
					  "0.0069947, 0.0079861, 0.0104691, 0.0166694, 0.0324297, 0.0726908, 0.1755861", \
					  "0.0068740, 0.0078836, 0.0103306, 0.0165206, 0.0324269, 0.0721281, 0.1746209", \
					  "0.0067408, 0.0077601, 0.0101815, 0.0163596, 0.0321334, 0.0724506, 0.1754034", \
					  "0.0068258, 0.0077982, 0.0102660, 0.0162545, 0.0320928, 0.0724364, 0.1741790", \
					  "0.0068164, 0.0078188, 0.0102114, 0.0164831, 0.0321164, 0.0726090, 0.1746223");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0055562, 0.0048250, 0.0028923, -0.0027339, -0.0183160, -0.0588092, -0.1626362", \
					  "0.0054395, 0.0047281, 0.0028001, -0.0028262, -0.0184036, -0.0589003, -0.1627248", \
					  "0.0052781, 0.0045567, 0.0026242, -0.0030041, -0.0185821, -0.0590775, -0.1628639", \
					  "0.0051055, 0.0043699, 0.0024373, -0.0032306, -0.0187635, -0.0592464, -0.1630368", \
					  "0.0050353, 0.0042768, 0.0022988, -0.0034202, -0.0189418, -0.0593851, -0.1631437", \
					  "0.0056331, 0.0046449, 0.0022766, -0.0037313, -0.0190606, -0.0594728, -0.1631778", \
					  "0.0058722, 0.0049444, 0.0025721, -0.0032187, -0.0189568, -0.0593516, -0.1629825");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0893347, 0.0974357, 0.1151817, 0.1551096, 0.2531345, 0.5013745, 1.1381035", \
					  "0.0936727, 0.1017815, 0.1195117, 0.1595083, 0.2575960, 0.5057826, 1.1417353", \
					  "0.1039364, 0.1119792, 0.1297451, 0.1698609, 0.2676003, 0.5173175, 1.1560605", \
					  "0.1281821, 0.1362781, 0.1541111, 0.1940813, 0.2923986, 0.5420924, 1.1802055", \
					  "0.1703204, 0.1789099, 0.1971108, 0.2381988, 0.3365007, 0.5862022, 1.2252774", \
					  "0.2273799, 0.2373659, 0.2575500, 0.2989844, 0.3976777, 0.6481587, 1.2886476", \
					  "0.2870667, 0.3005454, 0.3263492, 0.3734305, 0.4712792, 0.7215351, 1.3577862");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0272299, 0.0350596, 0.0547888, 0.1058000, 0.2420549, 0.5968627, 1.4955582", \
					  "0.0272473, 0.0350650, 0.0545707, 0.1057774, 0.2415250, 0.5960938, 1.4923089", \
					  "0.0272608, 0.0352017, 0.0545773, 0.1058815, 0.2423681, 0.5983450, 1.5073232", \
					  "0.0275577, 0.0354049, 0.0550142, 0.1057402, 0.2424437, 0.5929751, 1.5012124", \
					  "0.0308366, 0.0382493, 0.0577602, 0.1076118, 0.2426727, 0.5979338, 1.5078165", \
					  "0.0393815, 0.0463483, 0.0635500, 0.1109347, 0.2449166, 0.5944479, 1.4948650", \
					  "0.0575808, 0.0662602, 0.0819198, 0.1225886, 0.2470215, 0.5990962, 1.4932261");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1044739, 0.1100414, 0.1210728, 0.1428417, 0.1856831, 0.2823017, 0.5256751", \
					  "0.1098409, 0.1153851, 0.1265461, 0.1481997, 0.1906543, 0.2879168, 0.5317103", \
					  "0.1227221, 0.1282812, 0.1396749, 0.1609766, 0.2039544, 0.3006360, 0.5447442", \
					  "0.1564416, 0.1619562, 0.1731834, 0.1937007, 0.2375999, 0.3346018, 0.5785356", \
					  "0.2336606, 0.2394187, 0.2507932, 0.2733410, 0.3165620, 0.4137157, 0.6578625", \
					  "0.3749627, 0.3835220, 0.3981997, 0.4237261, 0.4708929, 0.5700247, 0.8138994", \
					  "0.6140327, 0.6241802, 0.6443647, 0.6770768, 0.7347611, 0.8396769, 1.0839729");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0212176, 0.0250218, 0.0336212, 0.0520490, 0.0975977, 0.2203226, 0.5398047", \
					  "0.0210868, 0.0250300, 0.0334905, 0.0522079, 0.0980015, 0.2189096, 0.5397823", \
					  "0.0211105, 0.0249987, 0.0331468, 0.0523471, 0.0975077, 0.2179800, 0.5452950", \
					  "0.0211038, 0.0248456, 0.0331991, 0.0523138, 0.0978997, 0.2187545, 0.5442421", \
					  "0.0236473, 0.0274456, 0.0350457, 0.0529417, 0.0979216, 0.2184486, 0.5465194", \
					  "0.0346633, 0.0382318, 0.0466039, 0.0648638, 0.1068518, 0.2225619, 0.5403259", \
					  "0.0530938, 0.0587164, 0.0695520, 0.0888511, 0.1286099, 0.2345177, 0.5433361");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0951108, 0.1031888, 0.1209416, 0.1607494, 0.2584449, 0.5070990, 1.1436423", \
					  "0.0996299, 0.1077476, 0.1255559, 0.1655443, 0.2630811, 0.5113542, 1.1479795", \
					  "0.1100892, 0.1182766, 0.1359984, 0.1758642, 0.2737612, 0.5224438, 1.1600044", \
					  "0.1334082, 0.1414406, 0.1592409, 0.1992411, 0.2968898, 0.5467226, 1.1819330", \
					  "0.1759598, 0.1845393, 0.2028783, 0.2437023, 0.3419296, 0.5910152, 1.2272773", \
					  "0.2370128, 0.2469705, 0.2671031, 0.3084426, 0.4070139, 0.6566331, 1.2962303", \
					  "0.3036611, 0.3171546, 0.3426615, 0.3888144, 0.4881999, 0.7392774, 1.3745725");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0272433, 0.0351756, 0.0547085, 0.1057484, 0.2421966, 0.5982008, 1.4889072", \
					  "0.0274319, 0.0352204, 0.0546927, 0.1057447, 0.2417475, 0.5941842, 1.4999857", \
					  "0.0273142, 0.0351224, 0.0548073, 0.1056870, 0.2418127, 0.5977299, 1.4958021", \
					  "0.0276205, 0.0353231, 0.0549013, 0.1057602, 0.2422154, 0.5997259, 1.4908371", \
					  "0.0303225, 0.0379347, 0.0572248, 0.1072615, 0.2421887, 0.5915572, 1.4885864", \
					  "0.0373615, 0.0451693, 0.0625961, 0.1105158, 0.2435225, 0.5940231, 1.5057899", \
					  "0.0537697, 0.0616784, 0.0785507, 0.1206980, 0.2462393, 0.5941717, 1.4903423");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1240259, 0.1299469, 0.1416618, 0.1640924, 0.2075036, 0.3050505, 0.5488910", \
					  "0.1295007, 0.1354033, 0.1471464, 0.1694955, 0.2132360, 0.3109206, 0.5542269", \
					  "0.1434198, 0.1492622, 0.1610470, 0.1831018, 0.2269017, 0.3244924, 0.5680211", \
					  "0.1775218, 0.1833969, 0.1950296, 0.2171852, 0.2611341, 0.3588118, 0.6029389", \
					  "0.2588751, 0.2646189, 0.2764275, 0.2986868, 0.3426780, 0.4405055, 0.6847203", \
					  "0.4220386, 0.4294480, 0.4437676, 0.4691361, 0.5157514, 0.6143577, 0.8582036", \
					  "0.7022869, 0.7125259, 0.7318161, 0.7649474, 0.8204964, 0.9246284, 1.1685395");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0232414, 0.0269714, 0.0353986, 0.0544209, 0.0997704, 0.2191579, 0.5407491", \
					  "0.0231654, 0.0270110, 0.0353182, 0.0544612, 0.0998406, 0.2199534, 0.5404930", \
					  "0.0231122, 0.0271191, 0.0356553, 0.0542652, 0.0993267, 0.2207643, 0.5402390", \
					  "0.0230987, 0.0270410, 0.0355290, 0.0543059, 0.0999319, 0.2196265, 0.5419958", \
					  "0.0234344, 0.0271840, 0.0356293, 0.0547042, 0.0994042, 0.2197246, 0.5461260", \
					  "0.0333921, 0.0374057, 0.0458474, 0.0629434, 0.1050372, 0.2228042, 0.5462337", \
					  "0.0516262, 0.0566141, 0.0669085, 0.0857546, 0.1251255, 0.2331554, 0.5439694");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1005135, 0.1085638, 0.1263726, 0.1663969, 0.2635473, 0.5118542, 1.1480156", \
					  "0.1050885, 0.1131789, 0.1309191, 0.1709103, 0.2679234, 0.5167811, 1.1508697", \
					  "0.1145992, 0.1226470, 0.1403719, 0.1801220, 0.2775547, 0.5254219, 1.1600967", \
					  "0.1346555, 0.1427298, 0.1604554, 0.2003459, 0.2976346, 0.5477008, 1.1859280", \
					  "0.1724329, 0.1809878, 0.1996280, 0.2403394, 0.3382295, 0.5881773, 1.2243191", \
					  "0.2307253, 0.2404420, 0.2606213, 0.3028036, 0.4014344, 0.6505923, 1.2869332", \
					  "0.2983851, 0.3112803, 0.3360816, 0.3827974, 0.4825973, 0.7333747, 1.3684287");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0273689, 0.0352221, 0.0546662, 0.1055724, 0.2420446, 0.5923270, 1.4998962", \
					  "0.0273818, 0.0351675, 0.0547373, 0.1055543, 0.2422205, 0.5989801, 1.4909842", \
					  "0.0272549, 0.0350502, 0.0545976, 0.1058270, 0.2422060, 0.5939232, 1.5014897", \
					  "0.0274774, 0.0352255, 0.0548852, 0.1057623, 0.2422761, 0.5995900, 1.4975280", \
					  "0.0303140, 0.0379317, 0.0571498, 0.1073716, 0.2417986, 0.5932724, 1.5016238", \
					  "0.0366847, 0.0443467, 0.0623585, 0.1104385, 0.2430739, 0.5940151, 1.4974150", \
					  "0.0506056, 0.0587980, 0.0761840, 0.1199767, 0.2466733, 0.5983179, 1.4923507");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1396900, 0.1457668, 0.1577129, 0.1798511, 0.2240409, 0.3218630, 0.5656943", \
					  "0.1451019, 0.1511045, 0.1631173, 0.1854915, 0.2292199, 0.3270487, 0.5708427", \
					  "0.1585697, 0.1644182, 0.1771796, 0.1991641, 0.2434292, 0.3413660, 0.5854949", \
					  "0.1932770, 0.1992486, 0.2112229, 0.2334976, 0.2777350, 0.3755689, 0.6196903", \
					  "0.2749836, 0.2809212, 0.2914966, 0.3141288, 0.3583834, 0.4563816, 0.7003507", \
					  "0.4461529, 0.4533381, 0.4668608, 0.4919267, 0.5381973, 0.6354489, 0.8793973", \
					  "0.7426946, 0.7525662, 0.7714215, 0.8038313, 0.8583327, 0.9620607, 1.2064096");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0245060, 0.0282925, 0.0368056, 0.0563953, 0.1014049, 0.2201764, 0.5409969", \
					  "0.0244340, 0.0282875, 0.0367871, 0.0557704, 0.1014907, 0.2220482, 0.5440651", \
					  "0.0245896, 0.0285041, 0.0368090, 0.0563344, 0.1012598, 0.2215938, 0.5475263", \
					  "0.0243849, 0.0282986, 0.0368282, 0.0562215, 0.1014066, 0.2206835, 0.5408437", \
					  "0.0245040, 0.0285185, 0.0371433, 0.0559395, 0.1012011, 0.2216927, 0.5425894", \
					  "0.0323972, 0.0363800, 0.0452088, 0.0623453, 0.1055828, 0.2224219, 0.5414110", \
					  "0.0502244, 0.0545952, 0.0639938, 0.0838904, 0.1232683, 0.2329562, 0.5452864");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001493;
			capacitance : 0.001457;
			fall_capacitance : 0.001421;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014859, -0.0014875, -0.0014910, -0.0014881, -0.0014814, -0.0014660, -0.0014305");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018432, 0.0018422, 0.0018400, 0.0018406, 0.0018419, 0.0018451, 0.0018523");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001463;
			capacitance : 0.001498;
			rise_capacitance : 0.001533;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017260, -0.0017244, -0.0017206, -0.0017201, -0.0017190, -0.0017164, -0.0017105");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019455, 0.0019412, 0.0019312, 0.0019373, 0.0019514, 0.0019839, 0.0020588");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001602;
			capacitance : 0.001528;
			fall_capacitance : 0.001453;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016524, -0.0016521, -0.0016514, -0.0016512, -0.0016509, -0.0016500, -0.0016479");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016548, 0.0016545, 0.0016537, 0.0016540, 0.0016547, 0.0016563, 0.0016602");
				}
			}
		}
	}
	cell ("scs8hd_and3_2") {
		area : 7.507200;
		cell_footprint : "and3";
		cell_leakage_power : 6.618007e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007299";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0007291";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0007734";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0007303";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0007750";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0007342";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "4.2149166e-05";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0007804";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B&C)";
			max_capacitance : 0.271922;
			max_transition : 1.510690;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0104951, 0.0116709, 0.0150987, 0.0245035, 0.0506641, 0.1252039, 0.3383424", \
					  "0.0104892, 0.0116920, 0.0151282, 0.0244242, 0.0507036, 0.1259260, 0.3380226", \
					  "0.0104561, 0.0116591, 0.0150859, 0.0244547, 0.0505213, 0.1258952, 0.3384296", \
					  "0.0103503, 0.0115587, 0.0149970, 0.0243784, 0.0506063, 0.1253728, 0.3362105", \
					  "0.0103096, 0.0115018, 0.0148764, 0.0241225, 0.0503569, 0.1245514, 0.3382213", \
					  "0.0104577, 0.0116129, 0.0148929, 0.0239868, 0.0500617, 0.1243369, 0.3362424", \
					  "0.0105578, 0.0116795, 0.0149580, 0.0242406, 0.0502039, 0.1249585, 0.3366521");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0075788, 0.0065580, 0.0039518, -0.0040025, -0.0292298, -0.1041186, -0.3190879", \
					  "0.0075295, 0.0065172, 0.0039204, -0.0040541, -0.0292710, -0.1041668, -0.3191427", \
					  "0.0073546, 0.0063685, 0.0037412, -0.0041761, -0.0294135, -0.1042971, -0.3193169", \
					  "0.0071884, 0.0062156, 0.0035240, -0.0044327, -0.0296492, -0.1045002, -0.3194759", \
					  "0.0070345, 0.0060294, 0.0033349, -0.0046472, -0.0298687, -0.1046704, -0.3195890", \
					  "0.0066057, 0.0055573, 0.0028163, -0.0050504, -0.0301646, -0.1048737, -0.3196873", \
					  "0.0091862, 0.0080516, 0.0048569, -0.0040560, -0.0301185, -0.1049747, -0.3197412");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0104463, 0.0116349, 0.0150629, 0.0244643, 0.0505060, 0.1249943, 0.3361485", \
					  "0.0104286, 0.0116170, 0.0150511, 0.0244454, 0.0506036, 0.1250983, 0.3395640", \
					  "0.0103798, 0.0116008, 0.0150014, 0.0243594, 0.0505525, 0.1244688, 0.3381905", \
					  "0.0103004, 0.0115019, 0.0149375, 0.0243413, 0.0504882, 0.1253080, 0.3386258", \
					  "0.0103069, 0.0114919, 0.0148589, 0.0241471, 0.0503161, 0.1245056, 0.3385788", \
					  "0.0105520, 0.0117187, 0.0150181, 0.0241217, 0.0502974, 0.1248189, 0.3380542", \
					  "0.0108264, 0.0119602, 0.0152092, 0.0244522, 0.0507102, 0.1255283, 0.3381777");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0085569, 0.0075845, 0.0049560, -0.0029836, -0.0281203, -0.1029251, -0.3178615", \
					  "0.0085024, 0.0074725, 0.0049021, -0.0030567, -0.0281709, -0.1029738, -0.3178933", \
					  "0.0084011, 0.0073892, 0.0047193, -0.0031304, -0.0282629, -0.1030616, -0.3179882", \
					  "0.0082947, 0.0072914, 0.0046301, -0.0033232, -0.0284351, -0.1032109, -0.3181359", \
					  "0.0081889, 0.0071631, 0.0045119, -0.0034923, -0.0286292, -0.1033718, -0.3182339", \
					  "0.0079199, 0.0068800, 0.0041138, -0.0038305, -0.0289380, -0.1035862, -0.3183960", \
					  "0.0103077, 0.0091795, 0.0059725, -0.0029289, -0.0290275, -0.1037649, -0.3185019");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0107627, 0.0119494, 0.0153665, 0.0247335, 0.0508304, 0.1257699, 0.3382332", \
					  "0.0107548, 0.0119538, 0.0153803, 0.0247058, 0.0509044, 0.1259183, 0.3378684", \
					  "0.0106688, 0.0118603, 0.0152770, 0.0246851, 0.0507499, 0.1257858, 0.3379041", \
					  "0.0105838, 0.0117908, 0.0152175, 0.0245916, 0.0507929, 0.1253732, 0.3398456", \
					  "0.0105055, 0.0116640, 0.0150411, 0.0244300, 0.0505635, 0.1252896, 0.3385972", \
					  "0.0106947, 0.0118461, 0.0151563, 0.0242163, 0.0503809, 0.1248041, 0.3393307", \
					  "0.0106971, 0.0118655, 0.0151315, 0.0244800, 0.0507570, 0.1256188, 0.3371254");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0096920, 0.0086563, 0.0059957, -0.0019973, -0.0271704, -0.1020281, -0.3169911", \
					  "0.0096136, 0.0085779, 0.0059528, -0.0020727, -0.0272348, -0.1020939, -0.3170526", \
					  "0.0095678, 0.0085036, 0.0058672, -0.0021854, -0.0273591, -0.1021958, -0.3171331", \
					  "0.0094494, 0.0083997, 0.0057710, -0.0022501, -0.0274639, -0.1022951, -0.3172280", \
					  "0.0092881, 0.0082389, 0.0055752, -0.0024483, -0.0276698, -0.1024277, -0.3173326", \
					  "0.0093689, 0.0083616, 0.0056003, -0.0025559, -0.0277319, -0.1024940, -0.3173740", \
					  "0.0115538, 0.0104320, 0.0072955, -0.0018180, -0.0279969, -0.1026636, -0.3174401");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1110063, 0.1177355, 0.1334732, 0.1686350, 0.2544909, 0.4913473, 1.1673196", \
					  "0.1154007, 0.1222424, 0.1380071, 0.1728901, 0.2585989, 0.4966597, 1.1725924", \
					  "0.1258341, 0.1327283, 0.1483995, 0.1834379, 0.2692073, 0.5059852, 1.1813436", \
					  "0.1499062, 0.1567597, 0.1725100, 0.2075311, 0.2934002, 0.5306755, 1.2054892", \
					  "0.2017676, 0.2089549, 0.2252523, 0.2608343, 0.3464909, 0.5834526, 1.2606874", \
					  "0.2759686, 0.2842903, 0.3028231, 0.3404777, 0.4280979, 0.6654416, 1.3448561", \
					  "0.3654505, 0.3772047, 0.4016308, 0.4470279, 0.5368108, 0.7735571, 1.4480699");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0270121, 0.0326515, 0.0469059, 0.0849963, 0.1975572, 0.5343730, 1.5050943", \
					  "0.0268707, 0.0326648, 0.0466445, 0.0849218, 0.1977861, 0.5360518, 1.5048811", \
					  "0.0270209, 0.0325426, 0.0466639, 0.0849884, 0.1979866, 0.5355430, 1.5002525", \
					  "0.0270167, 0.0325413, 0.0465688, 0.0848424, 0.1982882, 0.5362336, 1.4930083", \
					  "0.0300766, 0.0353590, 0.0489318, 0.0868754, 0.1984482, 0.5337536, 1.4979881", \
					  "0.0400437, 0.0449438, 0.0589322, 0.0926281, 0.2018298, 0.5346698, 1.4942781", \
					  "0.0597596, 0.0658915, 0.0783461, 0.1107548, 0.2083563, 0.5383836, 1.4973175");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1354062, 0.1406248, 0.1518908, 0.1735319, 0.2170607, 0.3106196, 0.5594141", \
					  "0.1410484, 0.1462149, 0.1575259, 0.1797240, 0.2226897, 0.3163347, 0.5651091", \
					  "0.1543623, 0.1595537, 0.1707620, 0.1930494, 0.2358082, 0.3302585, 0.5784072", \
					  "0.1865603, 0.1917556, 0.2031586, 0.2251663, 0.2679427, 0.3624296, 0.6108869", \
					  "0.2666194, 0.2718122, 0.2829524, 0.3045727, 0.3476878, 0.4423150, 0.6911234", \
					  "0.4289767, 0.4351957, 0.4488446, 0.4744062, 0.5211201, 0.6173987, 0.8650852", \
					  "0.7023309, 0.7113276, 0.7299129, 0.7634949, 0.8222675, 0.9288909, 1.1792755");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0262278, 0.0289837, 0.0359257, 0.0524763, 0.0908524, 0.1983582, 0.5273338", \
					  "0.0260768, 0.0290419, 0.0360768, 0.0517608, 0.0908403, 0.1983475, 0.5276221", \
					  "0.0261228, 0.0290831, 0.0360098, 0.0519440, 0.0907901, 0.1981973, 0.5207126", \
					  "0.0261256, 0.0291378, 0.0362140, 0.0516664, 0.0908841, 0.1983318, 0.5267666", \
					  "0.0263444, 0.0293679, 0.0361248, 0.0524661, 0.0909845, 0.1979874, 0.5254379", \
					  "0.0376379, 0.0407346, 0.0474138, 0.0626299, 0.0980370, 0.2010907, 0.5247398", \
					  "0.0599944, 0.0638840, 0.0721038, 0.0902807, 0.1271332, 0.2201787, 0.5273814");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1165527, 0.1233785, 0.1391408, 0.1742468, 0.2600311, 0.4966362, 1.1714445", \
					  "0.1212650, 0.1280920, 0.1438750, 0.1789737, 0.2646683, 0.5012902, 1.1760166", \
					  "0.1318228, 0.1387886, 0.1544928, 0.1892526, 0.2749385, 0.5130369, 1.1865039", \
					  "0.1557957, 0.1626663, 0.1784326, 0.2134136, 0.2992148, 0.5362733, 1.2148816", \
					  "0.2042226, 0.2113819, 0.2276677, 0.2631891, 0.3490745, 0.5860027, 1.2647006", \
					  "0.2801605, 0.2885181, 0.3064796, 0.3441941, 0.4315406, 0.6690227, 1.3445526", \
					  "0.3750639, 0.3858723, 0.4088923, 0.4525122, 0.5428543, 0.7802119, 1.4547449");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0269891, 0.0328187, 0.0467211, 0.0850989, 0.1978023, 0.5345671, 1.4930845", \
					  "0.0270063, 0.0328283, 0.0466789, 0.0851162, 0.1981653, 0.5328240, 1.5008830", \
					  "0.0269433, 0.0325430, 0.0467442, 0.0850161, 0.1977155, 0.5326214, 1.5003246", \
					  "0.0271267, 0.0326578, 0.0467437, 0.0849520, 0.1975917, 0.5346092, 1.5102977", \
					  "0.0294576, 0.0347952, 0.0485123, 0.0862519, 0.1983151, 0.5340159, 1.5106904", \
					  "0.0371084, 0.0425876, 0.0556159, 0.0915149, 0.2006959, 0.5339151, 1.5001437", \
					  "0.0538656, 0.0595850, 0.0724424, 0.1059321, 0.2067335, 0.5358264, 1.4951226");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1558337, 0.1613385, 0.1730379, 0.1961342, 0.2403532, 0.3361152, 0.5852955", \
					  "0.1613963, 0.1669171, 0.1787823, 0.2012965, 0.2459322, 0.3417495, 0.5909141", \
					  "0.1751485, 0.1806686, 0.1925001, 0.2153727, 0.2591126, 0.3548720, 0.6040382", \
					  "0.2084269, 0.2139438, 0.2259309, 0.2488686, 0.2929744, 0.3888236, 0.6380167", \
					  "0.2910706, 0.2965679, 0.3083688, 0.3313004, 0.3756225, 0.4713991, 0.7202535", \
					  "0.4674149, 0.4738245, 0.4875698, 0.5126671, 0.5588685, 0.6552575, 0.9046244", \
					  "0.7762285, 0.7853322, 0.8035392, 0.8365859, 0.8943843, 1.0002480, 1.2510096");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0285455, 0.0316557, 0.0386744, 0.0544696, 0.0930647, 0.2000065, 0.5236184", \
					  "0.0286707, 0.0315053, 0.0388954, 0.0550800, 0.0929957, 0.2001192, 0.5241268", \
					  "0.0286500, 0.0314906, 0.0388081, 0.0544440, 0.0936083, 0.1999076, 0.5261261", \
					  "0.0286739, 0.0317987, 0.0386411, 0.0545425, 0.0933031, 0.2002235, 0.5237965", \
					  "0.0286246, 0.0315772, 0.0385974, 0.0544998, 0.0935087, 0.1993870, 0.5268513", \
					  "0.0369680, 0.0400522, 0.0465583, 0.0615565, 0.0976759, 0.2008124, 0.5260565", \
					  "0.0593282, 0.0629817, 0.0705816, 0.0887849, 0.1245292, 0.2185810, 0.5269320");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1222210, 0.1289932, 0.1447157, 0.1798633, 0.2655619, 0.5025522, 1.1773095", \
					  "0.1268613, 0.1337479, 0.1495053, 0.1843962, 0.2700276, 0.5074248, 1.1830640", \
					  "0.1361541, 0.1429889, 0.1587376, 0.1938903, 0.2795650, 0.5168109, 1.1916641", \
					  "0.1567391, 0.1635977, 0.1793501, 0.2143818, 0.3001009, 0.5369015, 1.2106269", \
					  "0.1986377, 0.2056308, 0.2219481, 0.2575868, 0.3437024, 0.5804002, 1.2545958", \
					  "0.2673862, 0.2755387, 0.2935836, 0.3308669, 0.4187197, 0.6561833, 1.3322763", \
					  "0.3571561, 0.3677467, 0.3902163, 0.4333615, 0.5243286, 0.7620732, 1.4365406");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0269635, 0.0326365, 0.0468659, 0.0849927, 0.1975379, 0.5346035, 1.5034687", \
					  "0.0269017, 0.0324364, 0.0466183, 0.0850144, 0.1978750, 0.5357613, 1.5054825", \
					  "0.0272718, 0.0326769, 0.0467765, 0.0851215, 0.1978397, 0.5353534, 1.5055439", \
					  "0.0270895, 0.0326272, 0.0465946, 0.0848672, 0.1983150, 0.5362740, 1.5005712", \
					  "0.0287602, 0.0347880, 0.0483620, 0.0863021, 0.1984705, 0.5362233, 1.5004789", \
					  "0.0349535, 0.0401195, 0.0542750, 0.0911166, 0.2009894, 0.5341859, 1.4995757", \
					  "0.0489553, 0.0550745, 0.0689759, 0.1032669, 0.2059989, 0.5376513, 1.4936786");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1707946, 0.1763770, 0.1883642, 0.2116072, 0.2562181, 0.3514216, 0.6006698", \
					  "0.1763615, 0.1819217, 0.1939906, 0.2172671, 0.2618295, 0.3571476, 0.6065792", \
					  "0.1905155, 0.1960332, 0.2076076, 0.2308916, 0.2751839, 0.3714959, 0.6209682", \
					  "0.2250193, 0.2306584, 0.2427079, 0.2659397, 0.3101287, 0.4060599, 0.6553926", \
					  "0.3066224, 0.3122264, 0.3241526, 0.3473338, 0.3893757, 0.4880554, 0.7376297", \
					  "0.4893182, 0.4954671, 0.5082988, 0.5326687, 0.5786703, 0.6751326, 0.9244251", \
					  "0.8155733, 0.8244663, 0.8426760, 0.8755581, 0.9321675, 1.0369271, 1.2875535");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0294443, 0.0324895, 0.0396240, 0.0555572, 0.0945143, 0.2010316, 0.5264296", \
					  "0.0294076, 0.0324915, 0.0396874, 0.0560659, 0.0943645, 0.2006059, 0.5257880", \
					  "0.0295161, 0.0325324, 0.0396912, 0.0554805, 0.0939911, 0.2008707, 0.5237696", \
					  "0.0296090, 0.0325384, 0.0397135, 0.0555619, 0.0946280, 0.2006561, 0.5265324", \
					  "0.0295887, 0.0324803, 0.0396822, 0.0555379, 0.0943620, 0.2005838, 0.5247668", \
					  "0.0362145, 0.0391395, 0.0462365, 0.0614188, 0.0971733, 0.2018739, 0.5246403", \
					  "0.0576909, 0.0610000, 0.0686646, 0.0847893, 0.1212427, 0.2168495, 0.5274424");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001444;
			capacitance : 0.001411;
			fall_capacitance : 0.001377;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014765, -0.0014768, -0.0014775, -0.0014747, -0.0014683, -0.0014534, -0.0014190");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018292, 0.0018284, 0.0018265, 0.0018264, 0.0018263, 0.0018259, 0.0018250");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001521;
			capacitance : 0.001488;
			fall_capacitance : 0.001455;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017521, -0.0017472, -0.0017360, -0.0017360, -0.0017358, -0.0017355, -0.0017348");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019571, 0.0019513, 0.0019380, 0.0019442, 0.0019585, 0.0019917, 0.0020680");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001574;
			capacitance : 0.001500;
			fall_capacitance : 0.001426;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016493, -0.0016493, -0.0016493, -0.0016496, -0.0016501, -0.0016514, -0.0016544");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016563, 0.0016565, 0.0016572, 0.0016570, 0.0016567, 0.0016560, 0.0016543");
				}
			}
		}
	}
	cell ("scs8hd_and3_4") {
		area : 11.260800;
		cell_footprint : "and3";
		cell_leakage_power : 1.411991e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014438";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0014436";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0014529";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0014439";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0014571";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0014480";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0011455";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0014612";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B&C)";
			max_capacitance : 0.458689;
			max_transition : 1.511125;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0195991, 0.0209818, 0.0252997, 0.0381014, 0.0771397, 0.1976274, 0.5727476", \
					  "0.0195834, 0.0209771, 0.0252691, 0.0381936, 0.0772536, 0.1969392, 0.5740233", \
					  "0.0194862, 0.0208620, 0.0251680, 0.0380863, 0.0771108, 0.1968277, 0.5734566", \
					  "0.0193337, 0.0207334, 0.0250514, 0.0380016, 0.0768886, 0.1976195, 0.5697458", \
					  "0.0192516, 0.0206672, 0.0247584, 0.0374437, 0.0764787, 0.1971637, 0.5732861", \
					  "0.0195377, 0.0208662, 0.0250469, 0.0373335, 0.0762971, 0.1961966, 0.5727223", \
					  "0.0196928, 0.0209529, 0.0249680, 0.0376206, 0.0763207, 0.1972948, 0.5724519");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0153921, 0.0142327, 0.0106364, 0.0001330, -0.0364907, -0.1571857, -0.5360439", \
					  "0.0151760, 0.0140543, 0.0105423, 3.6600000e-05, -0.0365370, -0.1572447, -0.5361755", \
					  "0.0149668, 0.0138478, 0.0103145, -0.0002152, -0.0367810, -0.1574603, -0.5363837", \
					  "0.0147112, 0.0135957, 0.0100237, -0.0005469, -0.0371162, -0.1577353, -0.5366327", \
					  "0.0143975, 0.0132230, 0.0096162, -0.0010658, -0.0376705, -0.1581368, -0.5368828", \
					  "0.0137824, 0.0125977, 0.0088796, -0.0017171, -0.0380708, -0.1583868, -0.5370075", \
					  "0.0178380, 0.0165762, 0.0125807, 0.0003129, -0.0381009, -0.1587852, -0.5371351");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0197930, 0.0211671, 0.0254714, 0.0384319, 0.0773074, 0.1981522, 0.5765191", \
					  "0.0197326, 0.0211305, 0.0254484, 0.0383108, 0.0772838, 0.1977591, 0.5708346", \
					  "0.0196780, 0.0210974, 0.0254098, 0.0383226, 0.0773385, 0.1980955, 0.5699143", \
					  "0.0195602, 0.0209536, 0.0252810, 0.0381574, 0.0771860, 0.1968079, 0.5720312", \
					  "0.0195556, 0.0209437, 0.0251308, 0.0378850, 0.0767862, 0.1975072, 0.5695889", \
					  "0.0198134, 0.0211431, 0.0253123, 0.0378716, 0.0766249, 0.1969646, 0.5761584", \
					  "0.0198412, 0.0211832, 0.0252304, 0.0380544, 0.0771609, 0.1979998, 0.5718233");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0167761, 0.0156033, 0.0121463, 0.0016217, -0.0346820, -0.1551890, -0.5340032", \
					  "0.0166394, 0.0156869, 0.0119962, 0.0015615, -0.0347370, -0.1552508, -0.5340981", \
					  "0.0165373, 0.0153533, 0.0119021, 0.0013838, -0.0350111, -0.1554748, -0.5342601", \
					  "0.0163520, 0.0152338, 0.0117437, 0.0011527, -0.0352766, -0.1556555, -0.5344431", \
					  "0.0162058, 0.0150426, 0.0113930, 0.0007709, -0.0356136, -0.1559375, -0.5346404", \
					  "0.0159310, 0.0147559, 0.0110996, 0.0003866, -0.0361172, -0.1563283, -0.5349068", \
					  "0.0196063, 0.0183146, 0.0143917, 0.0021090, -0.0364707, -0.1568161, -0.5351563");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0200342, 0.0213917, 0.0256965, 0.0385958, 0.0776162, 0.1982346, 0.5704982", \
					  "0.0199401, 0.0213343, 0.0256182, 0.0384962, 0.0774770, 0.1981290, 0.5725469", \
					  "0.0198685, 0.0212184, 0.0255049, 0.0384446, 0.0773868, 0.1980975, 0.5758858", \
					  "0.0197575, 0.0211348, 0.0254096, 0.0383422, 0.0773430, 0.1974845, 0.5703668", \
					  "0.0196678, 0.0210588, 0.0252154, 0.0381882, 0.0769201, 0.1975457, 0.5704398", \
					  "0.0200010, 0.0213406, 0.0255429, 0.0381611, 0.0771375, 0.1972901, 0.5737776", \
					  "0.0199894, 0.0212322, 0.0254258, 0.0382852, 0.0768973, 0.1980705, 0.5715429");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0183352, 0.0172179, 0.0136770, 0.0030509, -0.0334057, -0.1539190, -0.5327173", \
					  "0.0183333, 0.0172019, 0.0136130, 0.0029976, -0.0334882, -0.1539863, -0.5328173", \
					  "0.0180887, 0.0169374, 0.0133473, 0.0028097, -0.0336419, -0.1541538, -0.5329386", \
					  "0.0179976, 0.0168237, 0.0133370, 0.0026752, -0.0337643, -0.1542314, -0.5330492", \
					  "0.0178152, 0.0166251, 0.0130360, 0.0023988, -0.0341111, -0.1544724, -0.5331959", \
					  "0.0179902, 0.0167984, 0.0131105, 0.0021941, -0.0343385, -0.1546986, -0.5333323", \
					  "0.0214724, 0.0202112, 0.0162106, 0.0039037, -0.0346831, -0.1549038, -0.5333958");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1143226, 0.1190315, 0.1313109, 0.1609706, 0.2380201, 0.4667419, 1.1743670", \
					  "0.1184174, 0.1231064, 0.1353521, 0.1651979, 0.2422975, 0.4712320, 1.1773628", \
					  "0.1281005, 0.1327944, 0.1450647, 0.1748970, 0.2519611, 0.4806076, 1.1876824", \
					  "0.1514350, 0.1561407, 0.1684546, 0.1982715, 0.2751989, 0.5036950, 1.2112406", \
					  "0.1993734, 0.2041809, 0.2167468, 0.2469515, 0.3240090, 0.5520540, 1.2649309", \
					  "0.2649089, 0.2707258, 0.2851811, 0.3169677, 0.3957581, 0.6244583, 1.3327830", \
					  "0.3337162, 0.3416515, 0.3607373, 0.3998179, 0.4819994, 0.7093335, 1.4168294");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0277865, 0.0314925, 0.0422749, 0.0735460, 0.1720460, 0.4928190, 1.5012956", \
					  "0.0277485, 0.0315454, 0.0422182, 0.0734253, 0.1723123, 0.4912274, 1.5040206", \
					  "0.0277867, 0.0315439, 0.0420959, 0.0733591, 0.1721078, 0.4930015, 1.4989692", \
					  "0.0278294, 0.0315289, 0.0420932, 0.0733367, 0.1718743, 0.4955226, 1.4951834", \
					  "0.0308581, 0.0344617, 0.0444160, 0.0752292, 0.1726585, 0.4943669, 1.5111250", \
					  "0.0406145, 0.0439131, 0.0535837, 0.0818980, 0.1761691, 0.4927600, 1.5031079", \
					  "0.0616488, 0.0645680, 0.0745367, 0.0992197, 0.1843543, 0.4959838, 1.4970685");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1227049, 0.1259418, 0.1338086, 0.1514588, 0.1870471, 0.2678647, 0.4953171", \
					  "0.1289071, 0.1320546, 0.1398960, 0.1574208, 0.1930444, 0.2743210, 0.5019852", \
					  "0.1429058, 0.1460697, 0.1540077, 0.1714812, 0.2072200, 0.2883900, 0.5159224", \
					  "0.1782986, 0.1814687, 0.1894519, 0.2066921, 0.2422915, 0.3236934, 0.5514308", \
					  "0.2600086, 0.2631911, 0.2711010, 0.2884888, 0.3233652, 0.4047233, 0.6322771", \
					  "0.4297722, 0.4339114, 0.4439529, 0.4647742, 0.5047508, 0.5864473, 0.8140274", \
					  "0.7231864, 0.7289358, 0.7431647, 0.7717052, 0.8239768, 0.9210501, 1.1484700");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0246235, 0.0264042, 0.0309829, 0.0430346, 0.0731350, 0.1633573, 0.4621930", \
					  "0.0245851, 0.0263620, 0.0310704, 0.0426429, 0.0731950, 0.1630882, 0.4643976", \
					  "0.0246240, 0.0264733, 0.0310155, 0.0426694, 0.0733417, 0.1635016, 0.4619240", \
					  "0.0245180, 0.0263877, 0.0311656, 0.0427947, 0.0733385, 0.1631918, 0.4643127", \
					  "0.0248892, 0.0265470, 0.0312009, 0.0429639, 0.0742030, 0.1634520, 0.4609933", \
					  "0.0369297, 0.0385206, 0.0433465, 0.0549087, 0.0820648, 0.1670973, 0.4645709", \
					  "0.0605015, 0.0627341, 0.0686663, 0.0818728, 0.1119916, 0.1897554, 0.4656540");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1197566, 0.1244534, 0.1367227, 0.1665478, 0.2434859, 0.4712962, 1.1789194", \
					  "0.1241478, 0.1288453, 0.1411454, 0.1707760, 0.2477457, 0.4759774, 1.1832438", \
					  "0.1339598, 0.1386751, 0.1509595, 0.1807745, 0.2577872, 0.4856410, 1.1921837", \
					  "0.1563456, 0.1610468, 0.1735494, 0.2031044, 0.2800792, 0.5090732, 1.2195654", \
					  "0.2012548, 0.2062564, 0.2188500, 0.2490536, 0.3264192, 0.5546954, 1.2620415", \
					  "0.2674006, 0.2730075, 0.2871308, 0.3193249, 0.3973828, 0.6260907, 1.3341138", \
					  "0.3379017, 0.3453711, 0.3634484, 0.4016238, 0.4838115, 0.7125202, 1.4194573");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0277683, 0.0315363, 0.0421305, 0.0734907, 0.1722614, 0.4933579, 1.5080308", \
					  "0.0278272, 0.0315331, 0.0422886, 0.0734153, 0.1720800, 0.4942119, 1.4987274", \
					  "0.0278679, 0.0315102, 0.0421931, 0.0733466, 0.1722947, 0.4934089, 1.4968816", \
					  "0.0277955, 0.0315668, 0.0420984, 0.0734014, 0.1721949, 0.4917703, 1.4977056", \
					  "0.0297982, 0.0335232, 0.0438227, 0.0747346, 0.1724641, 0.4958808, 1.4978051", \
					  "0.0372677, 0.0407250, 0.0510393, 0.0799624, 0.1754869, 0.4923949, 1.5075251", \
					  "0.0549579, 0.0579806, 0.0678253, 0.0953331, 0.1818659, 0.4955004, 1.4986534");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1446644, 0.1481195, 0.1567596, 0.1753541, 0.2124446, 0.2946484, 0.5231399", \
					  "0.1506511, 0.1540252, 0.1626428, 0.1811775, 0.2184651, 0.3012928, 0.5295209", \
					  "0.1654602, 0.1688896, 0.1774370, 0.1957626, 0.2331320, 0.3158209, 0.5436412", \
					  "0.2018712, 0.2053301, 0.2139370, 0.2325247, 0.2687545, 0.3519803, 0.5805154", \
					  "0.2851777, 0.2885745, 0.2970223, 0.3156447, 0.3540309, 0.4370094, 0.6654143", \
					  "0.4723250, 0.4764227, 0.4863747, 0.5071159, 0.5476515, 0.6314479, 0.8596991", \
					  "0.8089038, 0.8149018, 0.8292559, 0.8578103, 0.9099230, 1.0054614, 1.2359519");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0276012, 0.0294164, 0.0344621, 0.0461981, 0.0766465, 0.1657721, 0.4641504", \
					  "0.0277353, 0.0295987, 0.0342615, 0.0461942, 0.0765661, 0.1655465, 0.4654027", \
					  "0.0276697, 0.0294052, 0.0343984, 0.0462165, 0.0768343, 0.1654882, 0.4633212", \
					  "0.0276785, 0.0294005, 0.0344732, 0.0462384, 0.0768919, 0.1654386, 0.4653289", \
					  "0.0277485, 0.0295808, 0.0343566, 0.0466548, 0.0766401, 0.1655215, 0.4637986", \
					  "0.0367823, 0.0386055, 0.0429207, 0.0542310, 0.0817140, 0.1668596, 0.4631908", \
					  "0.0600941, 0.0623975, 0.0684066, 0.0807091, 0.1095115, 0.1877101, 0.4659885");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1238199, 0.1285088, 0.1407674, 0.1705774, 0.2475987, 0.4752579, 1.1828950", \
					  "0.1279965, 0.1327531, 0.1449726, 0.1748275, 0.2517758, 0.4793141, 1.1857386", \
					  "0.1368368, 0.1415028, 0.1536935, 0.1835125, 0.2605103, 0.4881033, 1.1953910", \
					  "0.1561410, 0.1608411, 0.1731041, 0.2028763, 0.2798546, 0.5077740, 1.2156692", \
					  "0.1950579, 0.1999483, 0.2124346, 0.2427145, 0.3201423, 0.5479777, 1.2573178", \
					  "0.2556027, 0.2611021, 0.2750190, 0.3071966, 0.3860201, 0.6146610, 1.3245065", \
					  "0.3215254, 0.3286992, 0.3465306, 0.3839460, 0.4661927, 0.6948253, 1.4018150");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0278405, 0.0315632, 0.0422223, 0.0734488, 0.1723258, 0.4951695, 1.4988214", \
					  "0.0279428, 0.0314311, 0.0423879, 0.0732805, 0.1718300, 0.4934151, 1.5054327", \
					  "0.0277875, 0.0316580, 0.0423799, 0.0734077, 0.1719878, 0.4940649, 1.5066421", \
					  "0.0278259, 0.0314995, 0.0422740, 0.0731689, 0.1723409, 0.4931346, 1.5066568", \
					  "0.0294771, 0.0331970, 0.0439072, 0.0745717, 0.1726320, 0.4932190, 1.5012154", \
					  "0.0357388, 0.0393567, 0.0499634, 0.0794387, 0.1751188, 0.4921208, 1.5106673", \
					  "0.0516147, 0.0547845, 0.0658227, 0.0934854, 0.1818349, 0.4962134, 1.4978783");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1571137, 0.1606886, 0.1695363, 0.1884570, 0.2264567, 0.3098060, 0.5383646", \
					  "0.1633582, 0.1669471, 0.1757239, 0.1948057, 0.2326513, 0.3158777, 0.5441730", \
					  "0.1777779, 0.1813258, 0.1901822, 0.2090678, 0.2470245, 0.3303375, 0.5588071", \
					  "0.2147587, 0.2183237, 0.2271695, 0.2460694, 0.2837803, 0.3671108, 0.5956134", \
					  "0.3005244, 0.3040817, 0.3128903, 0.3317965, 0.3675120, 0.4510970, 0.6794794", \
					  "0.4921857, 0.4962867, 0.5061800, 0.5266685, 0.5657139, 0.6499437, 0.8784412", \
					  "0.8433249, 0.8494767, 0.8636993, 0.8920096, 0.9428911, 1.0381892, 1.2665740");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0291036, 0.0309847, 0.0359022, 0.0481519, 0.0781797, 0.1667833, 0.4657016", \
					  "0.0291213, 0.0309981, 0.0357732, 0.0477367, 0.0784396, 0.1668957, 0.4641047", \
					  "0.0291034, 0.0307939, 0.0357962, 0.0480983, 0.0780637, 0.1667557, 0.4658555", \
					  "0.0289841, 0.0308065, 0.0359165, 0.0481420, 0.0786168, 0.1674622, 0.4637258", \
					  "0.0290262, 0.0307691, 0.0357045, 0.0477595, 0.0784559, 0.1668185, 0.4632891", \
					  "0.0364988, 0.0381866, 0.0426633, 0.0535156, 0.0816015, 0.1681022, 0.4637114", \
					  "0.0594299, 0.0615841, 0.0669957, 0.0797540, 0.1078920, 0.1868062, 0.4670523");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002400;
			capacitance : 0.002316;
			fall_capacitance : 0.002233;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027779, -0.0027777, -0.0027771, -0.0027722, -0.0027610, -0.0027351, -0.0026754");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035027, 0.0035069, 0.0035168, 0.0035150, 0.0035111, 0.0035019, 0.0034808");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002322;
			capacitance : 0.002230;
			fall_capacitance : 0.002137;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026817, -0.0026822, -0.0026833, -0.0026826, -0.0026809, -0.0026770, -0.0026681");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030016, 0.0029991, 0.0029934, 0.0030030, 0.0030251, 0.0030760, 0.0031935");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002370;
			capacitance : 0.002242;
			fall_capacitance : 0.002114;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028752, -0.0028723, -0.0028655, -0.0028652, -0.0028646, -0.0028632, -0.0028599");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028716, 0.0028687, 0.0028619, 0.0028613, 0.0028600, 0.0028570, 0.0028502");
				}
			}
		}
	}
	cell ("scs8hd_and3b_1") {
		area : 8.758400;
		cell_footprint : "and3b";
		cell_leakage_power : 3.710709e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004441";
			when : "!AN&!B&C";
		}
		leakage_power () {
			value : "0.0004052";
			when : "!AN&!B&!C";
		}
		leakage_power () {
			value : "5.3490107e-05";
			when : "!AN&B&C";
		}
		leakage_power () {
			value : "0.0004477";
			when : "!AN&B&!C";
		}
		leakage_power () {
			value : "0.0003942";
			when : "AN&!B&C";
		}
		leakage_power () {
			value : "0.0003934";
			when : "AN&!B&!C";
		}
		leakage_power () {
			value : "0.0004360";
			when : "AN&B&C";
		}
		leakage_power () {
			value : "0.0003945";
			when : "AN&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B&C)";
			max_capacitance : 0.140086;
			max_transition : 1.506158;
			internal_power () {
				related_pin : "B";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0054687, 0.0047224, 0.0027454, -0.0029110, -0.0184630, -0.0589265, -0.1627339", \
					  "0.0053833, 0.0046406, 0.0026486, -0.0029916, -0.0185397, -0.0590026, -0.1627795", \
					  "0.0053153, 0.0045662, 0.0025819, -0.0030746, -0.0186182, -0.0590876, -0.1628753", \
					  "0.0051872, 0.0044332, 0.0024310, -0.0032276, -0.0187609, -0.0592181, -0.1629693", \
					  "0.0051496, 0.0043646, 0.0023514, -0.0033489, -0.0188860, -0.0593153, -0.1630495", \
					  "0.0051182, 0.0041925, 0.0019018, -0.0036248, -0.0190671, -0.0594401, -0.1631547", \
					  "0.0058823, 0.0049401, 0.0025493, -0.0035586, -0.0192450, -0.0595131, -0.1631646");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0083552, 0.0093802, 0.0118846, 0.0180162, 0.0336646, 0.0738400, 0.1765636", \
					  "0.0083410, 0.0093663, 0.0118679, 0.0180493, 0.0336568, 0.0738201, 0.1765132", \
					  "0.0082935, 0.0093177, 0.0118209, 0.0179767, 0.0337928, 0.0737379, 0.1766456", \
					  "0.0082156, 0.0092428, 0.0117448, 0.0179280, 0.0337698, 0.0733569, 0.1771833", \
					  "0.0081125, 0.0091401, 0.0115959, 0.0178413, 0.0336823, 0.0736715, 0.1755782", \
					  "0.0082542, 0.0092164, 0.0116962, 0.0177815, 0.0335560, 0.0738901, 0.1766097", \
					  "0.0082559, 0.0091859, 0.0115986, 0.0178794, 0.0338332, 0.0741025, 0.1760977");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0087454, 0.0097674, 0.0122641, 0.0184304, 0.0340367, 0.0739521, 0.1774554", \
					  "0.0087352, 0.0097595, 0.0122597, 0.0183746, 0.0340583, 0.0744710, 0.1777788", \
					  "0.0086515, 0.0096720, 0.0121616, 0.0183268, 0.0339928, 0.0744362, 0.1777889", \
					  "0.0085391, 0.0095569, 0.0120563, 0.0182245, 0.0338781, 0.0740222, 0.1762931", \
					  "0.0084287, 0.0094546, 0.0119408, 0.0181203, 0.0338259, 0.0740453, 0.1767277", \
					  "0.0085376, 0.0095159, 0.0119927, 0.0179838, 0.0337768, 0.0740943, 0.1757104", \
					  "0.0084482, 0.0093958, 0.0118080, 0.0181055, 0.0338230, 0.0743052, 0.1771759");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0065580, 0.0057961, 0.0037248, -0.0020572, -0.0177354, -0.0582943, -0.1621059", \
					  "0.0064887, 0.0056855, 0.0036541, -0.0021299, -0.0178043, -0.0583569, -0.1621635", \
					  "0.0063510, 0.0055742, 0.0035268, -0.0022508, -0.0179144, -0.0584606, -0.1622911", \
					  "0.0062413, 0.0054607, 0.0033882, -0.0023648, -0.0180182, -0.0585563, -0.1623512", \
					  "0.0061285, 0.0053240, 0.0032961, -0.0024756, -0.0181010, -0.0586110, -0.1624180", \
					  "0.0059264, 0.0050835, 0.0031091, -0.0025037, -0.0181748, -0.0586439, -0.1624089", \
					  "0.0070758, 0.0061283, 0.0037082, -0.0024414, -0.0182328, -0.0586307, -0.1623783");
				}
			}
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0084361, 0.0094625, 0.0119618, 0.0181471, 0.0338685, 0.0739985, 0.1769293", \
					  "0.0083813, 0.0094051, 0.0119046, 0.0180835, 0.0339503, 0.0740114, 0.1757775", \
					  "0.0084262, 0.0094498, 0.0119351, 0.0181245, 0.0339038, 0.0741696, 0.1767468", \
					  "0.0083062, 0.0093251, 0.0118028, 0.0180190, 0.0337779, 0.0740229, 0.1777835", \
					  "0.0081649, 0.0091897, 0.0116952, 0.0178879, 0.0337576, 0.0739299, 0.1754872", \
					  "0.0080160, 0.0089955, 0.0115364, 0.0178332, 0.0334536, 0.0737481, 0.1767593", \
					  "0.0080970, 0.0090687, 0.0115696, 0.0177718, 0.0334412, 0.0736199, 0.1772145");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0055618, 0.0048113, 0.0029101, -0.0027177, -0.0182901, -0.0587910, -0.1625771", \
					  "0.0055023, 0.0047868, 0.0028732, -0.0027513, -0.0183231, -0.0588204, -0.1626239", \
					  "0.0054466, 0.0047299, 0.0028151, -0.0028080, -0.0183781, -0.0588734, -0.1626808", \
					  "0.0052331, 0.0045076, 0.0025895, -0.0030243, -0.0185880, -0.0590914, -0.1628924", \
					  "0.0050760, 0.0043359, 0.0024388, -0.0032090, -0.0187552, -0.0592554, -0.1630519", \
					  "0.0060954, 0.0052155, 0.0029413, -0.0030556, -0.0187905, -0.0593551, -0.1631411", \
					  "0.0060875, 0.0051801, 0.0029859, -0.0031269, -0.0187970, -0.0592857, -0.1631543");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1516640, 0.1598633, 0.1778171, 0.2181058, 0.3158511, 0.5645490, 1.2018775", \
					  "0.1569235, 0.1650867, 0.1830276, 0.2233245, 0.3213085, 0.5694498, 1.2065630", \
					  "0.1706159, 0.1787747, 0.1965386, 0.2368960, 0.3345673, 0.5837362, 1.2192904", \
					  "0.2035705, 0.2117202, 0.2295277, 0.2698478, 0.3676338, 0.6167440, 1.2519753", \
					  "0.2702431, 0.2784171, 0.2963483, 0.3366022, 0.4347289, 0.6837975, 1.3194851", \
					  "0.3834693, 0.3917730, 0.4099210, 0.4503360, 0.5481497, 0.7988147, 1.4363359", \
					  "0.5693026, 0.5778348, 0.5964126, 0.6372085, 0.7357195, 0.9854423, 1.6210879");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0278943, 0.0357078, 0.0552288, 0.1060078, 0.2416399, 0.5954985, 1.5023847", \
					  "0.0279034, 0.0357138, 0.0552256, 0.1060474, 0.2417911, 0.5960151, 1.5001825", \
					  "0.0277368, 0.0355718, 0.0552401, 0.1059872, 0.2422035, 0.5975295, 1.4909757", \
					  "0.0277046, 0.0356792, 0.0551188, 0.1062833, 0.2421254, 0.5966473, 1.4985970", \
					  "0.0278910, 0.0358908, 0.0553681, 0.1062635, 0.2420179, 0.5974173, 1.4850353", \
					  "0.0287255, 0.0363662, 0.0559592, 0.1066949, 0.2407746, 0.5947157, 1.5061578", \
					  "0.0308265, 0.0382121, 0.0573282, 0.1076855, 0.2417434, 0.5908766, 1.4915694");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1279938, 0.1336110, 0.1450008, 0.1665456, 0.2091224, 0.3060708, 0.5494697", \
					  "0.1330385, 0.1386909, 0.1500461, 0.1716284, 0.2142129, 0.3111447, 0.5547260", \
					  "0.1441889, 0.1498311, 0.1611696, 0.1827516, 0.2253592, 0.3223088, 0.5659032", \
					  "0.1645702, 0.1702462, 0.1814848, 0.2030300, 0.2461017, 0.3428850, 0.5865251", \
					  "0.1951591, 0.2008029, 0.2121501, 0.2336454, 0.2766125, 0.3735894, 0.6171545", \
					  "0.2396112, 0.2452822, 0.2565046, 0.2779804, 0.3211243, 0.4180095, 0.6611402", \
					  "0.2925424, 0.2983093, 0.3098905, 0.3316731, 0.3750116, 0.4720946, 0.7154674");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0213702, 0.0250719, 0.0334122, 0.0523459, 0.0978916, 0.2193708, 0.5474667", \
					  "0.0212769, 0.0250514, 0.0334224, 0.0523449, 0.0981222, 0.2193093, 0.5438257", \
					  "0.0212708, 0.0250617, 0.0334180, 0.0523503, 0.0981448, 0.2192763, 0.5430148", \
					  "0.0212880, 0.0251155, 0.0333815, 0.0521578, 0.0976417, 0.2177697, 0.5435402", \
					  "0.0214251, 0.0252317, 0.0335382, 0.0523967, 0.0980194, 0.2193792, 0.5383025", \
					  "0.0216733, 0.0255329, 0.0336882, 0.0526618, 0.0981191, 0.2181947, 0.5450939", \
					  "0.0223178, 0.0262126, 0.0348411, 0.0534872, 0.0985474, 0.2182481, 0.5396527");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0982060, 0.1063438, 0.1242012, 0.1641957, 0.2618022, 0.5106303, 1.1485157", \
					  "0.1027702, 0.1109000, 0.1288202, 0.1689157, 0.2666661, 0.5149382, 1.1530644", \
					  "0.1125826, 0.1207431, 0.1386253, 0.1787786, 0.2764693, 0.5245129, 1.1622402", \
					  "0.1349844, 0.1431416, 0.1609956, 0.2011306, 0.2991248, 0.5472768, 1.1856174", \
					  "0.1766741, 0.1853123, 0.2037724, 0.2445480, 0.3425591, 0.5911466, 1.2273601", \
					  "0.2377834, 0.2476601, 0.2678582, 0.3100347, 0.4089604, 0.6579054, 1.2961239", \
					  "0.3055811, 0.3187700, 0.3436806, 0.3901550, 0.4880412, 0.7373337, 1.3729660");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0276040, 0.0355666, 0.0550620, 0.1061784, 0.2415547, 0.5971815, 1.5024679", \
					  "0.0276922, 0.0355458, 0.0551000, 0.1061494, 0.2413603, 0.5970503, 1.5026472", \
					  "0.0277474, 0.0354945, 0.0551811, 0.1061284, 0.2418014, 0.5954747, 1.5036882", \
					  "0.0279055, 0.0356891, 0.0552187, 0.1061929, 0.2420523, 0.5913283, 1.4956237", \
					  "0.0304796, 0.0382069, 0.0576387, 0.1074880, 0.2422430, 0.5936267, 1.4880901", \
					  "0.0373910, 0.0449073, 0.0626927, 0.1103059, 0.2427013, 0.5922148, 1.5027953", \
					  "0.0529173, 0.0607539, 0.0777331, 0.1204868, 0.2464697, 0.5964074, 1.4902892");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1220836, 0.1280027, 0.1397138, 0.1619199, 0.2055712, 0.3029991, 0.5460841", \
					  "0.1275052, 0.1333956, 0.1449390, 0.1672704, 0.2110509, 0.3084448, 0.5515062", \
					  "0.1417518, 0.1476478, 0.1594127, 0.1816180, 0.2252456, 0.3226730, 0.5662887", \
					  "0.1758585, 0.1817239, 0.1933250, 0.2155529, 0.2593262, 0.3568023, 0.5998625", \
					  "0.2558911, 0.2617831, 0.2734939, 0.2957131, 0.3396225, 0.4370996, 0.6800909", \
					  "0.4169213, 0.4243552, 0.4386206, 0.4641985, 0.5107436, 0.6094382, 0.8526058", \
					  "0.6911163, 0.7014539, 0.7206736, 0.7541385, 0.8098682, 0.9141682, 1.1578706");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0231407, 0.0268833, 0.0352304, 0.0541738, 0.0992224, 0.2203627, 0.5395406", \
					  "0.0231687, 0.0269326, 0.0357292, 0.0543893, 0.0995057, 0.2200782, 0.5385005", \
					  "0.0232064, 0.0269777, 0.0352168, 0.0539669, 0.0993327, 0.2201950, 0.5461128", \
					  "0.0231653, 0.0269708, 0.0353762, 0.0542547, 0.0992338, 0.2204060, 0.5393500", \
					  "0.0242653, 0.0278583, 0.0365599, 0.0546634, 0.0997442, 0.2206595, 0.5393057", \
					  "0.0333222, 0.0372030, 0.0461975, 0.0631186, 0.1050512, 0.2223374, 0.5397024", \
					  "0.0520587, 0.0563405, 0.0662730, 0.0851838, 0.1260995, 0.2319940, 0.5432512");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1045535, 0.1127407, 0.1306672, 0.1709252, 0.2680438, 0.5157460, 1.1503858", \
					  "0.1093079, 0.1174504, 0.1353162, 0.1754140, 0.2724703, 0.5209583, 1.1547732", \
					  "0.1182756, 0.1263819, 0.1442380, 0.1844460, 0.2815114, 0.5297500, 1.1633843", \
					  "0.1375655, 0.1456811, 0.1635196, 0.2036341, 0.3012137, 0.5502998, 1.1837750", \
					  "0.1745276, 0.1831189, 0.2016726, 0.2423984, 0.3404915, 0.5891468, 1.2291270", \
					  "0.2324935, 0.2423000, 0.2625152, 0.3045863, 0.4034529, 0.6517539, 1.2882918", \
					  "0.3001807, 0.3131428, 0.3376802, 0.3844230, 0.4836723, 0.7348377, 1.3681314");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0279685, 0.0356577, 0.0551972, 0.1061200, 0.2420171, 0.5948163, 1.4948914", \
					  "0.0276771, 0.0354686, 0.0552122, 0.1059484, 0.2419554, 0.5972052, 1.5022769", \
					  "0.0278131, 0.0356407, 0.0552211, 0.1060972, 0.2417562, 0.5972244, 1.5032180", \
					  "0.0277046, 0.0356836, 0.0550729, 0.1062277, 0.2421903, 0.5978946, 1.4907552", \
					  "0.0300979, 0.0379875, 0.0574487, 0.1073533, 0.2423687, 0.5969319, 1.5055052", \
					  "0.0361200, 0.0437880, 0.0620966, 0.1106690, 0.2430287, 0.5921115, 1.4871702", \
					  "0.0502135, 0.0584847, 0.0761123, 0.1201736, 0.2461011, 0.5952571, 1.4914028");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1384129, 0.1443952, 0.1562389, 0.1786481, 0.2221283, 0.3196636, 0.5632055", \
					  "0.1436809, 0.1496928, 0.1615010, 0.1839061, 0.2276480, 0.3252165, 0.5682221", \
					  "0.1572634, 0.1632454, 0.1751193, 0.1975196, 0.2411078, 0.3386575, 0.5824693", \
					  "0.1916764, 0.1976357, 0.2094852, 0.2319161, 0.2756013, 0.3732101, 0.6168918", \
					  "0.2729303, 0.2788706, 0.2908661, 0.3133246, 0.3573629, 0.4551163, 0.6988108", \
					  "0.4407624, 0.4480691, 0.4620862, 0.4870458, 0.5339054, 0.6326389, 0.8762497", \
					  "0.7326608, 0.7426402, 0.7613260, 0.7938541, 0.8482913, 0.9518453, 1.1954743");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0243303, 0.0283258, 0.0366140, 0.0556572, 0.1005068, 0.2203014, 0.5465600", \
					  "0.0243584, 0.0281968, 0.0367233, 0.0559462, 0.1009645, 0.2210507, 0.5409947", \
					  "0.0242470, 0.0281231, 0.0366300, 0.0555654, 0.1005383, 0.2206968, 0.5391677", \
					  "0.0244087, 0.0283738, 0.0369387, 0.0557489, 0.1007800, 0.2207634, 0.5421616", \
					  "0.0244493, 0.0284396, 0.0370241, 0.0558063, 0.1007550, 0.2202184, 0.5409733", \
					  "0.0326347, 0.0366104, 0.0451751, 0.0631222, 0.1050582, 0.2219971, 0.5422096", \
					  "0.0504417, 0.0546381, 0.0641996, 0.0826730, 0.1235126, 0.2314317, 0.5443667");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001457;
			capacitance : 0.001511;
			rise_capacitance : 0.001565;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013796, 0.0013279, 0.0012087, 0.0012108, 0.0012158, 0.0012273, 0.0012538");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045445, 0.0044809, 0.0043344, 0.0043417, 0.0043586, 0.0043976, 0.0044874");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001465;
			capacitance : 0.001501;
			rise_capacitance : 0.001536;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019252, -0.0019297, -0.0019401, -0.0019391, -0.0019366, -0.0019308, -0.0019175");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021544, 0.0021500, 0.0021398, 0.0021417, 0.0021460, 0.0021559, 0.0021787");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001596;
			capacitance : 0.001520;
			fall_capacitance : 0.001444;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016757, -0.0016756, -0.0016753, -0.0016754, -0.0016757, -0.0016764, -0.0016779");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016664, 0.0016679, 0.0016711, 0.0016717, 0.0016731, 0.0016762, 0.0016834");
				}
			}
		}
	}
	cell ("scs8hd_and3b_2") {
		area : 10.009600;
		cell_footprint : "and3b";
		cell_leakage_power : 6.855723e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008030";
			when : "!AN&!B&C";
		}
		leakage_power () {
			value : "0.0007623";
			when : "!AN&!B&!C";
		}
		leakage_power () {
			value : "6.8192231e-05";
			when : "!AN&B&C";
		}
		leakage_power () {
			value : "0.0008083";
			when : "!AN&B&!C";
		}
		leakage_power () {
			value : "0.0007499";
			when : "AN&!B&C";
		}
		leakage_power () {
			value : "0.0007491";
			when : "AN&!B&!C";
		}
		leakage_power () {
			value : "0.0007934";
			when : "AN&B&C";
		}
		leakage_power () {
			value : "0.0007503";
			when : "AN&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B&C)";
			max_capacitance : 0.271922;
			max_transition : 1.507908;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0118254, 0.0130292, 0.0164743, 0.0258838, 0.0520285, 0.1272780, 0.3414616", \
					  "0.0117688, 0.0129796, 0.0163822, 0.0258535, 0.0520145, 0.1266436, 0.3413667", \
					  "0.0117886, 0.0130031, 0.0164075, 0.0258715, 0.0520431, 0.1266597, 0.3414410", \
					  "0.0116770, 0.0128898, 0.0162943, 0.0257511, 0.0519851, 0.1267337, 0.3394774", \
					  "0.0115329, 0.0127597, 0.0162148, 0.0256520, 0.0518444, 0.1258643, 0.3376087", \
					  "0.0113858, 0.0125317, 0.0160530, 0.0255836, 0.0516816, 0.1257634, 0.3384840", \
					  "0.0118014, 0.0129565, 0.0162158, 0.0256012, 0.0516612, 0.1264627, 0.3387503");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0075802, 0.0065892, 0.0039982, -0.0039346, -0.0291697, -0.1040585, -0.3190552", \
					  "0.0076125, 0.0065641, 0.0039694, -0.0039477, -0.0291760, -0.1040696, -0.3190607", \
					  "0.0075218, 0.0065949, 0.0039697, -0.0039753, -0.0292060, -0.1040963, -0.3190687", \
					  "0.0073416, 0.0063301, 0.0037311, -0.0042055, -0.0294177, -0.1042884, -0.3192797", \
					  "0.0071396, 0.0061560, 0.0035361, -0.0043936, -0.0296042, -0.1044924, -0.3194644", \
					  "0.0092592, 0.0082109, 0.0053013, -0.0035756, -0.0296464, -0.1045511, -0.3195193", \
					  "0.0094440, 0.0084670, 0.0053086, -0.0035204, -0.0295331, -0.1045407, -0.3195623");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0116344, 0.0128766, 0.0163349, 0.0257243, 0.0518613, 0.1265965, 0.3374392", \
					  "0.0116114, 0.0128405, 0.0163119, 0.0257317, 0.0518828, 0.1270406, 0.3397351", \
					  "0.0116108, 0.0128310, 0.0162880, 0.0257322, 0.0518656, 0.1261765, 0.3397781", \
					  "0.0115283, 0.0127557, 0.0162202, 0.0256215, 0.0518495, 0.1270902, 0.3373519", \
					  "0.0114914, 0.0127137, 0.0161070, 0.0254915, 0.0516127, 0.1258503, 0.3407738", \
					  "0.0118245, 0.0129907, 0.0162914, 0.0254257, 0.0514263, 0.1260357, 0.3394917", \
					  "0.0121137, 0.0132515, 0.0165118, 0.0258221, 0.0520138, 0.1265149, 0.3383595");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0075001, 0.0064925, 0.0038420, -0.0042042, -0.0294359, -0.1042650, -0.3191986", \
					  "0.0074726, 0.0064377, 0.0037835, -0.0042945, -0.0294807, -0.1043136, -0.3192447", \
					  "0.0073945, 0.0063662, 0.0036853, -0.0043592, -0.0295667, -0.1044016, -0.3193431", \
					  "0.0072991, 0.0062690, 0.0036003, -0.0045033, -0.0297278, -0.1045338, -0.3194697", \
					  "0.0071914, 0.0061612, 0.0034726, -0.0046670, -0.0299029, -0.1046817, -0.3195633", \
					  "0.0069714, 0.0058878, 0.0031856, -0.0049767, -0.0301800, -0.1048632, -0.3196743", \
					  "0.0091142, 0.0079927, 0.0047868, -0.0041470, -0.0302371, -0.1049873, -0.3197346");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0120202, 0.0131691, 0.0166467, 0.0260800, 0.0522491, 0.1272921, 0.3374700", \
					  "0.0120084, 0.0132345, 0.0166810, 0.0260279, 0.0522419, 0.1264886, 0.3407171", \
					  "0.0119432, 0.0131490, 0.0166430, 0.0260049, 0.0522009, 0.1272507, 0.3392436", \
					  "0.0118570, 0.0130706, 0.0165190, 0.0259481, 0.0520515, 0.1259328, 0.3375986", \
					  "0.0117913, 0.0129567, 0.0163753, 0.0257695, 0.0519181, 0.1267653, 0.3400352", \
					  "0.0120448, 0.0131900, 0.0165177, 0.0256257, 0.0517180, 0.1260509, 0.3399045", \
					  "0.0120128, 0.0131926, 0.0164450, 0.0258499, 0.0517430, 0.1267072, 0.3404496");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0086555, 0.0076491, 0.0049341, -0.0031909, -0.0285098, -0.1033983, -0.3183502", \
					  "0.0085796, 0.0075643, 0.0048722, -0.0032362, -0.0285529, -0.1034484, -0.3184113", \
					  "0.0085196, 0.0074838, 0.0047650, -0.0033519, -0.0286383, -0.1035213, -0.3184806", \
					  "0.0083746, 0.0073780, 0.0046755, -0.0034644, -0.0287774, -0.1036406, -0.3185792", \
					  "0.0082377, 0.0071989, 0.0044981, -0.0036235, -0.0289353, -0.1037591, -0.3186823", \
					  "0.0082336, 0.0071890, 0.0044056, -0.0037998, -0.0291183, -0.1038907, -0.3187578", \
					  "0.0102899, 0.0092300, 0.0060170, -0.0030957, -0.0293068, -0.1039793, -0.3187766");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1717951, 0.1787116, 0.1945221, 0.2297682, 0.3156809, 0.5531168, 1.2252304", \
					  "0.1772338, 0.1841002, 0.1997974, 0.2350844, 0.3210237, 0.5575791, 1.2313911", \
					  "0.1909737, 0.1979235, 0.2135903, 0.2488389, 0.3347778, 0.5713398, 1.2454505", \
					  "0.2238517, 0.2307944, 0.2464756, 0.2817210, 0.3676903, 0.6041455, 1.2789521", \
					  "0.2904151, 0.2973552, 0.3132405, 0.3484404, 0.4342270, 0.6718612, 1.3459928", \
					  "0.4027856, 0.4098216, 0.4257710, 0.4611456, 0.5470180, 0.7843072, 1.4580879", \
					  "0.5897158, 0.5968833, 0.6127421, 0.6483936, 0.7345746, 0.9710610, 1.6478525");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0272367, 0.0329103, 0.0471014, 0.0854175, 0.1975956, 0.5345678, 1.5009374", \
					  "0.0273265, 0.0328098, 0.0472551, 0.0853365, 0.1976018, 0.5326121, 1.5020367", \
					  "0.0273138, 0.0328420, 0.0471621, 0.0853538, 0.1978658, 0.5328904, 1.5033715", \
					  "0.0270964, 0.0326369, 0.0472339, 0.0852602, 0.1981629, 0.5341462, 1.4920470", \
					  "0.0273563, 0.0328963, 0.0470666, 0.0852369, 0.1978961, 0.5321887, 1.4907674", \
					  "0.0280854, 0.0336250, 0.0476495, 0.0856470, 0.1975486, 0.5327685, 1.4907501", \
					  "0.0293799, 0.0346862, 0.0491455, 0.0867530, 0.1985973, 0.5307292, 1.4963129");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1593746, 0.1646188, 0.1759923, 0.1983034, 0.2414348, 0.3357251, 0.5852545", \
					  "0.1643414, 0.1695931, 0.1810436, 0.2033065, 0.2464854, 0.3410190, 0.5901699", \
					  "0.1757860, 0.1809320, 0.1923467, 0.2144019, 0.2575053, 0.3526042, 0.6017103", \
					  "0.1957592, 0.2009586, 0.2122574, 0.2344797, 0.2775999, 0.3723846, 0.6220413", \
					  "0.2257206, 0.2309289, 0.2425656, 0.2644720, 0.3077076, 0.4026085, 0.6515566", \
					  "0.2675049, 0.2727181, 0.2841830, 0.3064127, 0.3497403, 0.4447901, 0.6938561", \
					  "0.3179538, 0.3232050, 0.3345432, 0.3568448, 0.4002781, 0.4954753, 0.7449404");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0262429, 0.0292444, 0.0363025, 0.0526360, 0.0913069, 0.1989129, 0.5284658", \
					  "0.0263079, 0.0293881, 0.0361891, 0.0520883, 0.0910547, 0.1991153, 0.5268024", \
					  "0.0263433, 0.0291992, 0.0362903, 0.0526002, 0.0911404, 0.1988826, 0.5272972", \
					  "0.0263118, 0.0291916, 0.0365040, 0.0521690, 0.0911877, 0.1989322, 0.5272320", \
					  "0.0263022, 0.0292674, 0.0362968, 0.0519965, 0.0911547, 0.1987383, 0.5268793", \
					  "0.0264400, 0.0295382, 0.0363612, 0.0522759, 0.0916274, 0.1978809, 0.5264323", \
					  "0.0266651, 0.0296646, 0.0368254, 0.0530307, 0.0917591, 0.1991090, 0.5267374");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1198165, 0.1267996, 0.1426031, 0.1777827, 0.2634468, 0.4998997, 1.1740557", \
					  "0.1243002, 0.1313073, 0.1472403, 0.1824602, 0.2681001, 0.5050210, 1.1779162", \
					  "0.1346257, 0.1414932, 0.1573443, 0.1925118, 0.2779728, 0.5149705, 1.1915564", \
					  "0.1575271, 0.1644544, 0.1803248, 0.2155707, 0.3012872, 0.5379762, 1.2116027", \
					  "0.2050232, 0.2122715, 0.2285671, 0.2641442, 0.3501716, 0.5865070, 1.2629269", \
					  "0.2806905, 0.2889652, 0.3070578, 0.3448941, 0.4318707, 0.6689870, 1.3427885", \
					  "0.3752953, 0.3862591, 0.4094135, 0.4529737, 0.5433902, 0.7802789, 1.4540810");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0273287, 0.0328970, 0.0469708, 0.0853437, 0.1977466, 0.5331853, 1.4880555", \
					  "0.0275800, 0.0329821, 0.0470199, 0.0853921, 0.1979027, 0.5358007, 1.4990672", \
					  "0.0272966, 0.0328063, 0.0471061, 0.0852088, 0.1976458, 0.5336709, 1.5065105", \
					  "0.0272136, 0.0327746, 0.0470180, 0.0853597, 0.1977869, 0.5349521, 1.4904252", \
					  "0.0294234, 0.0348998, 0.0485252, 0.0864803, 0.1983123, 0.5324173, 1.4984799", \
					  "0.0367540, 0.0418671, 0.0555342, 0.0914803, 0.2007032, 0.5329818, 1.4970614", \
					  "0.0528323, 0.0589400, 0.0722094, 0.1052590, 0.2066537, 0.5366038, 1.4899471");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1558585, 0.1614080, 0.1733101, 0.1963826, 0.2406619, 0.3365168, 0.5864588", \
					  "0.1613980, 0.1669343, 0.1787777, 0.2018191, 0.2462070, 0.3422227, 0.5922833", \
					  "0.1759168, 0.1814631, 0.1933455, 0.2158744, 0.2602568, 0.3560441, 0.6056244", \
					  "0.2095430, 0.2150505, 0.2270641, 0.2494121, 0.2935571, 0.3896378, 0.6395910", \
					  "0.2899426, 0.2953923, 0.3073292, 0.3316831, 0.3761360, 0.4722560, 0.7219947", \
					  "0.4677833, 0.4742659, 0.4877838, 0.5130604, 0.5593693, 0.6564141, 0.9062562", \
					  "0.7767240, 0.7859613, 0.8047020, 0.8373122, 0.8950489, 1.0012018, 1.2527348");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0287203, 0.0319727, 0.0389402, 0.0546787, 0.0936505, 0.2005479, 0.5264800", \
					  "0.0289264, 0.0320473, 0.0391922, 0.0550208, 0.0937755, 0.2008741, 0.5239679", \
					  "0.0288605, 0.0318247, 0.0388318, 0.0547625, 0.0937479, 0.2007350, 0.5267063", \
					  "0.0289812, 0.0320615, 0.0390773, 0.0548082, 0.0938917, 0.2005724, 0.5265133", \
					  "0.0288120, 0.0318748, 0.0391919, 0.0547603, 0.0939306, 0.1998698, 0.5267844", \
					  "0.0371070, 0.0401588, 0.0470631, 0.0617229, 0.0978900, 0.2020173, 0.5295285", \
					  "0.0592976, 0.0628083, 0.0709381, 0.0886231, 0.1246239, 0.2192539, 0.5298516");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1261620, 0.1327350, 0.1486459, 0.1839174, 0.2697304, 0.5063341, 1.1781888", \
					  "0.1306322, 0.1376590, 0.1534536, 0.1884607, 0.2741490, 0.5106060, 1.1853547", \
					  "0.1398388, 0.1465981, 0.1626338, 0.1978072, 0.2833070, 0.5196689, 1.1971314", \
					  "0.1594642, 0.1663926, 0.1821462, 0.2173558, 0.3029524, 0.5400059, 1.2134879", \
					  "0.2001694, 0.2071851, 0.2235564, 0.2592875, 0.3453198, 0.5818081, 1.2583632", \
					  "0.2679742, 0.2761083, 0.2935976, 0.3315123, 0.4193320, 0.6563234, 1.3331916", \
					  "0.3575492, 0.3682590, 0.3907778, 0.4338136, 0.5240680, 0.7609414, 1.4352300");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0272783, 0.0331916, 0.0472908, 0.0852482, 0.1980633, 0.5357511, 1.4928091", \
					  "0.0272729, 0.0328795, 0.0469117, 0.0852427, 0.1978104, 0.5343651, 1.4969063", \
					  "0.0273421, 0.0331693, 0.0469337, 0.0853682, 0.1976811, 0.5342899, 1.5050359", \
					  "0.0273105, 0.0328169, 0.0470882, 0.0853521, 0.1979709, 0.5327421, 1.4887169", \
					  "0.0289118, 0.0349813, 0.0485325, 0.0863550, 0.1982421, 0.5338747, 1.5079081", \
					  "0.0348283, 0.0402079, 0.0549530, 0.0914501, 0.2010312, 0.5324798, 1.5052480", \
					  "0.0487521, 0.0547975, 0.0691886, 0.1032722, 0.2069503, 0.5343059, 1.4959345");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.1707877, 0.1763518, 0.1885050, 0.2118476, 0.2563963, 0.3521923, 0.6020848", \
					  "0.1763772, 0.1820787, 0.1939121, 0.2172764, 0.2617200, 0.3579647, 0.6080759", \
					  "0.1906630, 0.1961934, 0.2082854, 0.2311488, 0.2757178, 0.3719521, 0.6220203", \
					  "0.2244787, 0.2301466, 0.2422526, 0.2655265, 0.3101413, 0.4060747, 0.6558044", \
					  "0.3067169, 0.3122926, 0.3243817, 0.3476089, 0.3922808, 0.4884891, 0.7385455", \
					  "0.4874975, 0.4932524, 0.5090589, 0.5338717, 0.5794551, 0.6763726, 0.9265875", \
					  "0.8156700, 0.8245182, 0.8428258, 0.8754152, 0.9323752, 1.0372850, 1.2885617");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0297334, 0.0326492, 0.0399025, 0.0561063, 0.0946842, 0.2014758, 0.5269361", \
					  "0.0297312, 0.0326507, 0.0400058, 0.0557788, 0.0944263, 0.2014425, 0.5259569", \
					  "0.0296412, 0.0327296, 0.0397029, 0.0562687, 0.0947375, 0.2012324, 0.5280670", \
					  "0.0297422, 0.0327908, 0.0400018, 0.0556832, 0.0946559, 0.2014243, 0.5275954", \
					  "0.0295561, 0.0325887, 0.0398803, 0.0557232, 0.0947154, 0.2011056, 0.5280253", \
					  "0.0362608, 0.0393926, 0.0456859, 0.0603595, 0.0971482, 0.2013756, 0.5239093", \
					  "0.0573848, 0.0611212, 0.0688121, 0.0850829, 0.1217236, 0.2171544, 0.5292164");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001344;
			capacitance : 0.001392;
			rise_capacitance : 0.001440;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015276, 0.0014747, 0.0013527, 0.0013567, 0.0013658, 0.0013869, 0.0014356");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0041660, 0.0041141, 0.0039945, 0.0040013, 0.0040170, 0.0040531, 0.0041364");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001518;
			capacitance : 0.001484;
			fall_capacitance : 0.001450;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019052, -0.0019133, -0.0019320, -0.0019305, -0.0019270, -0.0019190, -0.0019005");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021352, 0.0021315, 0.0021229, 0.0021247, 0.0021288, 0.0021382, 0.0021599");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001563;
			capacitance : 0.001491;
			fall_capacitance : 0.001420;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016419, -0.0016406, -0.0016376, -0.0016373, -0.0016366, -0.0016350, -0.0016313");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016548, 0.0016507, 0.0016412, 0.0016412, 0.0016412, 0.0016413, 0.0016414");
				}
			}
		}
	}
	cell ("scs8hd_and3b_4") {
		area : 12.512000;
		cell_footprint : "and3b";
		cell_leakage_power : 1.443709e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015145";
			when : "!AN&!B&C";
		}
		leakage_power () {
			value : "0.0015053";
			when : "!AN&!B&!C";
		}
		leakage_power () {
			value : "0.0012094";
			when : "!AN&B&C";
		}
		leakage_power () {
			value : "0.0015187";
			when : "!AN&B&!C";
		}
		leakage_power () {
			value : "0.0014481";
			when : "AN&!B&C";
		}
		leakage_power () {
			value : "0.0014480";
			when : "AN&!B&!C";
		}
		leakage_power () {
			value : "0.0014573";
			when : "AN&B&C";
		}
		leakage_power () {
			value : "0.0014483";
			when : "AN&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B&C)";
			max_capacitance : 0.399180;
			max_transition : 1.506384;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001522894, 0.004638414, 0.01412763, 0.04302977, 0.1310596, 0.3991798");
					values("0.0213540, 0.0227068, 0.0267361, 0.0385427, 0.0736215, 0.1801969, 0.5009060", \
					  "0.0213184, 0.0226558, 0.0266957, 0.0386549, 0.0735999, 0.1799591, 0.5008764", \
					  "0.0213017, 0.0226878, 0.0266733, 0.0386219, 0.0737338, 0.1801446, 0.5005103", \
					  "0.0212115, 0.0225769, 0.0266210, 0.0384877, 0.0736381, 0.1799815, 0.5003729", \
					  "0.0210351, 0.0223600, 0.0263944, 0.0383381, 0.0733805, 0.1799118, 0.5005542", \
					  "0.0208950, 0.0222345, 0.0262426, 0.0382193, 0.0732494, 0.1794707, 0.5001011", \
					  "0.0213144, 0.0226085, 0.0265264, 0.0382411, 0.0730669, 0.1788946, 0.5001864");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001522894, 0.004638414, 0.01412763, 0.04302977, 0.1310596, 0.3991798");
					values("0.0150620, 0.0139045, 0.0106557, 0.0008388, -0.0318184, -0.1377712, -0.4637395", \
					  "0.0150234, 0.0139526, 0.0106434, 0.0008417, -0.0318151, -0.1377485, -0.4637936", \
					  "0.0150071, 0.0138765, 0.0106037, 0.0008090, -0.0318554, -0.1377957, -0.4638269", \
					  "0.0147776, 0.0136392, 0.0103085, 0.0005323, -0.0321302, -0.1380508, -0.4640718", \
					  "0.0144590, 0.0133532, 0.0099961, 0.0001869, -0.0324101, -0.1383358, -0.4643411", \
					  "0.0179995, 0.0168544, 0.0133190, 0.0023968, -0.0322147, -0.1385499, -0.4645379", \
					  "0.0182230, 0.0170909, 0.0136410, 0.0026899, -0.0318720, -0.1384626, -0.4645586");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001522894, 0.004638414, 0.01412763, 0.04302977, 0.1310596, 0.3991798");
					values("0.0214540, 0.0227828, 0.0268429, 0.0388011, 0.0737770, 0.1800621, 0.5005823", \
					  "0.0213946, 0.0227668, 0.0268253, 0.0386887, 0.0738261, 0.1799007, 0.5027182", \
					  "0.0213569, 0.0227104, 0.0267814, 0.0387323, 0.0738037, 0.1800306, 0.5002180", \
					  "0.0212395, 0.0225737, 0.0266284, 0.0385649, 0.0737022, 0.1798450, 0.5009224", \
					  "0.0210671, 0.0222644, 0.0262430, 0.0382751, 0.0733743, 0.1797557, 0.5003277", \
					  "0.0215271, 0.0228210, 0.0267421, 0.0381934, 0.0731531, 0.1792345, 0.5019617", \
					  "0.0216876, 0.0229278, 0.0267836, 0.0386162, 0.0737944, 0.1801908, 0.5006037");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001522894, 0.004638414, 0.01412763, 0.04302977, 0.1310596, 0.3991798");
					values("0.0149677, 0.0138866, 0.0105265, 0.0007705, -0.0318514, -0.1377197, -0.4636627", \
					  "0.0148694, 0.0137573, 0.0104780, 0.0007402, -0.0319053, -0.1377662, -0.4637402", \
					  "0.0147619, 0.0136071, 0.0102498, 0.0005093, -0.0321083, -0.1379350, -0.4639216", \
					  "0.0145706, 0.0134927, 0.0101613, 0.0003465, -0.0323301, -0.1381111, -0.4640713", \
					  "0.0143839, 0.0132498, 0.0098698, 1.3700000e-05, -0.0326065, -0.1383525, -0.4642646", \
					  "0.0143348, 0.0131629, 0.0096758, -0.0003393, -0.0330409, -0.1386853, -0.4643145", \
					  "0.0177701, 0.0165172, 0.0127958, 0.0014652, -0.0333095, -0.1390904, -0.4645676");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001522894, 0.004638414, 0.01412763, 0.04302977, 0.1310596, 0.3991798");
					values("0.0216588, 0.0229628, 0.0270316, 0.0389715, 0.0741023, 0.1799929, 0.5024300", \
					  "0.0216928, 0.0230088, 0.0270885, 0.0390211, 0.0741249, 0.1801467, 0.5022104", \
					  "0.0216272, 0.0229522, 0.0270347, 0.0389692, 0.0740604, 0.1801680, 0.5001788", \
					  "0.0214691, 0.0228384, 0.0268773, 0.0388296, 0.0738836, 0.1799704, 0.5001725", \
					  "0.0213026, 0.0226406, 0.0266611, 0.0385649, 0.0736046, 0.1797632, 0.5006717", \
					  "0.0219077, 0.0231996, 0.0270651, 0.0385319, 0.0733697, 0.1794076, 0.5031706", \
					  "0.0218133, 0.0230994, 0.0269972, 0.0387890, 0.0740616, 0.1794797, 0.5015973");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001522894, 0.004638414, 0.01412763, 0.04302977, 0.1310596, 0.3991798");
					values("0.0165073, 0.0154128, 0.0119958, 0.0021470, -0.0307820, -0.1367520, -0.4627390", \
					  "0.0164295, 0.0152849, 0.0119011, 0.0020147, -0.0308457, -0.1368329, -0.4628416", \
					  "0.0163334, 0.0152097, 0.0117706, 0.0018708, -0.0309705, -0.1369620, -0.4629800", \
					  "0.0161942, 0.0150596, 0.0116673, 0.0016863, -0.0311812, -0.1371018, -0.4630934", \
					  "0.0159788, 0.0148467, 0.0114401, 0.0015110, -0.0313119, -0.1371859, -0.4631453", \
					  "0.0162520, 0.0150403, 0.0112974, 0.0013151, -0.0315798, -0.1373058, -0.4631592", \
					  "0.0193764, 0.0181070, 0.0142862, 0.0029689, -0.0318980, -0.1374966, -0.4632580");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
					values("0.2271928, 0.2322163, 0.2450275, 0.2758032, 0.3550199, 0.5843091, 1.2814063", \
					  "0.2319637, 0.2370423, 0.2499169, 0.2808231, 0.3598858, 0.5891601, 1.2861979", \
					  "0.2457508, 0.2508427, 0.2634905, 0.2944885, 0.3736415, 0.6028718, 1.3000929", \
					  "0.2801664, 0.2851860, 0.2980389, 0.3288068, 0.4078747, 0.6374937, 1.3343701", \
					  "0.3593884, 0.3642718, 0.3771590, 0.4080753, 0.4872081, 0.7166335, 1.4136888", \
					  "0.5163998, 0.5212977, 0.5343698, 0.5656979, 0.6452457, 0.8752845, 1.5702145", \
					  "0.7897285, 0.7949259, 0.8080367, 0.8395458, 0.9199585, 1.1492244, 1.8473089");
				}
				rise_transition ("del_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("0.0294178, 0.0335049, 0.0451987, 0.0782040, 0.1807387, 0.5061100, 1.5004851", \
					  "0.0296723, 0.0337200, 0.0451979, 0.0782033, 0.1807348, 0.5058438, 1.5013233", \
					  "0.0296187, 0.0337310, 0.0452708, 0.0782441, 0.1806996, 0.5059547, 1.4981197", \
					  "0.0295859, 0.0336222, 0.0451910, 0.0780909, 0.1803758, 0.5059787, 1.4968708", \
					  "0.0296265, 0.0338167, 0.0452943, 0.0782553, 0.1807693, 0.5059392, 1.5002639", \
					  "0.0303125, 0.0340438, 0.0454671, 0.0785031, 0.1807208, 0.5057040, 1.4997726", \
					  "0.0326425, 0.0366062, 0.0476832, 0.0800250, 0.1816887, 0.5028612, 1.4992964");
				}
				cell_fall ("del_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("0.1658306, 0.1691980, 0.1773995, 0.1950878, 0.2306716, 0.3075202, 0.5086165", \
					  "0.1708484, 0.1743665, 0.1826775, 0.2004927, 0.2359069, 0.3127935, 0.5140797", \
					  "0.1824473, 0.1858063, 0.1940341, 0.2117730, 0.2473190, 0.3240489, 0.5255290", \
					  "0.2054638, 0.2088175, 0.2167412, 0.2344583, 0.2698984, 0.3468074, 0.5479281", \
					  "0.2405546, 0.2438922, 0.2521510, 0.2697859, 0.3053184, 0.3817766, 0.5831217", \
					  "0.2878222, 0.2911726, 0.2996869, 0.3175065, 0.3529428, 0.4299118, 0.6312490", \
					  "0.3418850, 0.3452609, 0.3541902, 0.3719782, 0.4074595, 0.4845253, 0.6860404");
				}
				fall_transition ("del_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("0.0260539, 0.0278817, 0.0329868, 0.0447255, 0.0741491, 0.1542533, 0.4116677", \
					  "0.0260962, 0.0278659, 0.0328735, 0.0449209, 0.0735613, 0.1545137, 0.4112387", \
					  "0.0260714, 0.0279717, 0.0329111, 0.0444144, 0.0735531, 0.1541143, 0.4112695", \
					  "0.0260282, 0.0279142, 0.0327611, 0.0448208, 0.0736179, 0.1544394, 0.4137808", \
					  "0.0262083, 0.0279206, 0.0327861, 0.0447680, 0.0743491, 0.1542254, 0.4114602", \
					  "0.0261952, 0.0280733, 0.0328988, 0.0448138, 0.0740791, 0.1543151, 0.4131299", \
					  "0.0265403, 0.0283566, 0.0333000, 0.0449768, 0.0742018, 0.1549585, 0.4113455");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
					values("0.1269391, 0.1319359, 0.1447714, 0.1756819, 0.2547237, 0.4836300, 1.1803044", \
					  "0.1315657, 0.1365608, 0.1493258, 0.1799884, 0.2589887, 0.4885539, 1.1846424", \
					  "0.1409691, 0.1459796, 0.1588041, 0.1896872, 0.2686776, 0.4974833, 1.1940621", \
					  "0.1623140, 0.1673049, 0.1800545, 0.2109213, 0.2897698, 0.5194353, 1.2145080", \
					  "0.2055980, 0.2101853, 0.2232817, 0.2547432, 0.3343175, 0.5641096, 1.2622580", \
					  "0.2714158, 0.2772158, 0.2916837, 0.3246714, 0.4045447, 0.6345890, 1.3313636", \
					  "0.3429274, 0.3506320, 0.3686530, 0.4072651, 0.4904474, 0.7201661, 1.4158890");
				}
				rise_transition ("del_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("0.0294797, 0.0336861, 0.0450460, 0.0779663, 0.1805810, 0.5064394, 1.5002447", \
					  "0.0293630, 0.0334143, 0.0449052, 0.0779161, 0.1804733, 0.5064299, 1.5003473", \
					  "0.0293285, 0.0333667, 0.0449505, 0.0781011, 0.1803392, 0.5063279, 1.4919146", \
					  "0.0293716, 0.0334068, 0.0447922, 0.0779556, 0.1804634, 0.5064134, 1.5018702", \
					  "0.0310989, 0.0359724, 0.0470080, 0.0793748, 0.1810046, 0.5051854, 1.4961530", \
					  "0.0377292, 0.0415935, 0.0527157, 0.0837866, 0.1837563, 0.5051122, 1.5002410", \
					  "0.0544433, 0.0584848, 0.0690636, 0.0976446, 0.1891201, 0.5075911, 1.4962428");
				}
				cell_fall ("del_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("0.1524526, 0.1560593, 0.1648427, 0.1835503, 0.2196343, 0.2972079, 0.4986647", \
					  "0.1586468, 0.1622652, 0.1711548, 0.1897399, 0.2260230, 0.3034005, 0.5051199", \
					  "0.1731550, 0.1767274, 0.1855764, 0.2037723, 0.2401110, 0.3174926, 0.5192228", \
					  "0.2091891, 0.2128686, 0.2216892, 0.2402318, 0.2763342, 0.3537098, 0.5554569", \
					  "0.2920005, 0.2955757, 0.3043081, 0.3230151, 0.3605253, 0.4381299, 0.6386862", \
					  "0.4802549, 0.4844854, 0.4945389, 0.5150508, 0.5538005, 0.6323195, 0.8334339", \
					  "0.8192068, 0.8253767, 0.8396733, 0.8676899, 0.9178559, 1.0086517, 1.2138699");
				}
				fall_transition ("del_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("0.0292515, 0.0312276, 0.0359140, 0.0473678, 0.0764938, 0.1559549, 0.4119351", \
					  "0.0292345, 0.0310461, 0.0359900, 0.0474379, 0.0763354, 0.1557771, 0.4120289", \
					  "0.0293761, 0.0311125, 0.0359951, 0.0480609, 0.0756469, 0.1551082, 0.4138813", \
					  "0.0293513, 0.0311944, 0.0360183, 0.0477646, 0.0759109, 0.1555621, 0.4134924", \
					  "0.0292305, 0.0310319, 0.0358412, 0.0474480, 0.0761323, 0.1557333, 0.4114296", \
					  "0.0376085, 0.0392745, 0.0437934, 0.0545775, 0.0805904, 0.1573921, 0.4117928", \
					  "0.0607543, 0.0631990, 0.0689540, 0.0810781, 0.1087792, 0.1789381, 0.4166372");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00152289, 0.00463841, 0.0141276, 0.0430298, 0.13106, 0.39918");
					values("0.1323383, 0.1373809, 0.1501765, 0.1811401, 0.2601377, 0.4894388, 1.1859032", \
					  "0.1369391, 0.1418629, 0.1547239, 0.1855839, 0.2646583, 0.4930941, 1.1893154", \
					  "0.1452700, 0.1502618, 0.1631185, 0.1939959, 0.2730220, 0.5017352, 1.1978877", \
					  "0.1632703, 0.1682651, 0.1810590, 0.2119168, 0.2909540, 0.5201188, 1.2168434", \
					  "0.2000437, 0.2052148, 0.2184333, 0.2497281, 0.3289960, 0.5588678, 1.2533763", \
					  "0.2592967, 0.2650913, 0.2792932, 0.3122564, 0.3930390, 0.6229072, 1.3213542", \
					  "0.3259998, 0.3333319, 0.3512072, 0.3892943, 0.4729238, 0.7028496, 1.3986732");
				}
				rise_transition ("del_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("0.0296517, 0.0337347, 0.0452190, 0.0779583, 0.1805570, 0.5063906, 1.5009120", \
					  "0.0292319, 0.0335220, 0.0448756, 0.0780455, 0.1805227, 0.5064200, 1.4977146", \
					  "0.0294505, 0.0335230, 0.0448459, 0.0781074, 0.1803896, 0.5063875, 1.4940650", \
					  "0.0293912, 0.0334815, 0.0447739, 0.0780227, 0.1807139, 0.5052443, 1.4926134", \
					  "0.0312300, 0.0353332, 0.0463425, 0.0790757, 0.1809156, 0.5063745, 1.5010216", \
					  "0.0365860, 0.0410120, 0.0521439, 0.0836129, 0.1831894, 0.5046842, 1.5063839", \
					  "0.0510512, 0.0550877, 0.0660351, 0.0956715, 0.1889032, 0.5059809, 1.4963309");
				}
				cell_fall ("del_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("0.1657980, 0.1695706, 0.1785076, 0.1976574, 0.2343910, 0.3125621, 0.5144212", \
					  "0.1719667, 0.1757479, 0.1848596, 0.2038761, 0.2410106, 0.3188810, 0.5208846", \
					  "0.1863065, 0.1900558, 0.1990957, 0.2180450, 0.2549734, 0.3329158, 0.5349522", \
					  "0.2229364, 0.2267665, 0.2356038, 0.2538390, 0.2905280, 0.3687419, 0.5707880", \
					  "0.3082311, 0.3119582, 0.3201246, 0.3392211, 0.3761862, 0.4544010, 0.6565777", \
					  "0.5004732, 0.5046669, 0.5138472, 0.5338984, 0.5726581, 0.6504027, 0.8524146", \
					  "0.8525504, 0.8606307, 0.8747406, 0.9028651, 0.9526729, 1.0419916, 1.2472307");
				}
				fall_transition ("del_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("0.0308260, 0.0326948, 0.0376411, 0.0492262, 0.0781560, 0.1575188, 0.4124303", \
					  "0.0308008, 0.0325979, 0.0375625, 0.0494540, 0.0775038, 0.1572332, 0.4124476", \
					  "0.0309272, 0.0328373, 0.0375843, 0.0491407, 0.0778258, 0.1570821, 0.4143871", \
					  "0.0309428, 0.0328409, 0.0376020, 0.0493872, 0.0779295, 0.1574895, 0.4125080", \
					  "0.0308365, 0.0328226, 0.0373953, 0.0491660, 0.0780364, 0.1567804, 0.4145712", \
					  "0.0374454, 0.0391606, 0.0434981, 0.0538625, 0.0804235, 0.1581039, 0.4126534", \
					  "0.0604999, 0.0624788, 0.0681194, 0.0810436, 0.1081479, 0.1783164, 0.4182429");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001481;
			capacitance : 0.001554;
			rise_capacitance : 0.001628;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035651, 0.0035293, 0.0034467, 0.0034396, 0.0034232, 0.0033853, 0.0032979");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057186, 0.0056427, 0.0054680, 0.0054693, 0.0054723, 0.0054793, 0.0054955");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002304;
			capacitance : 0.002211;
			fall_capacitance : 0.002117;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029049, -0.0029045, -0.0029037, -0.0029021, -0.0028984, -0.0028899, -0.0028703");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031706, 0.0031692, 0.0031661, 0.0031694, 0.0031770, 0.0031946, 0.0032351");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002358;
			capacitance : 0.002228;
			fall_capacitance : 0.002097;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028487, -0.0028490, -0.0028497, -0.0028493, -0.0028484, -0.0028465, -0.0028420");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028522, 0.0028512, 0.0028491, 0.0028484, 0.0028466, 0.0028425, 0.0028332");
				}
			}
		}
	}
	cell ("scs8hd_and4_1") {
		area : 8.758400;
		cell_footprint : "and4";
		cell_leakage_power : 3.617359e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003685";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0003682";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0003694";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "0.0003685";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0003697";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "0.0003687";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0004137";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "0.0003699";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0003737";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0003727";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0004170";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "0.0003739";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0004227";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "0.0003777";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "2.8536659e-05";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "0.0004250";
			when : "A&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B&C&D)";
			max_capacitance : 0.141917;
			max_transition : 1.508494;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0074022, 0.0084226, 0.0109481, 0.0172214, 0.0331516, 0.0739849, 0.1783974", \
					  "0.0073638, 0.0083971, 0.0109269, 0.0172033, 0.0330890, 0.0742288, 0.1792275", \
					  "0.0073010, 0.0083266, 0.0108557, 0.0171242, 0.0330749, 0.0741465, 0.1792169", \
					  "0.0071929, 0.0082285, 0.0107540, 0.0170248, 0.0329460, 0.0738068, 0.1778691", \
					  "0.0070978, 0.0081150, 0.0105977, 0.0168138, 0.0326930, 0.0731644, 0.1776177", \
					  "0.0072072, 0.0081973, 0.0106481, 0.0166535, 0.0326138, 0.0732382, 0.1778049", \
					  "0.0072333, 0.0081795, 0.0106074, 0.0169236, 0.0326825, 0.0738172, 0.1781657");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0053741, 0.0046746, 0.0027733, -0.0028569, -0.0185586, -0.0595625, -0.1647906", \
					  "0.0053124, 0.0046257, 0.0026847, -0.0029535, -0.0186395, -0.0596085, -0.1649227", \
					  "0.0051757, 0.0044953, 0.0025565, -0.0030545, -0.0187609, -0.0597499, -0.1650674", \
					  "0.0049946, 0.0042947, 0.0023307, -0.0033075, -0.0189749, -0.0599351, -0.1652311", \
					  "0.0047992, 0.0040844, 0.0021162, -0.0035191, -0.0191726, -0.0600992, -0.1653671", \
					  "0.0054322, 0.0044887, 0.0020953, -0.0038556, -0.0193029, -0.0602056, -0.1654472", \
					  "0.0061360, 0.0050910, 0.0026104, -0.0035298, -0.0193967, -0.0602515, -0.1653711");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0074486, 0.0084759, 0.0110120, 0.0172913, 0.0331701, 0.0739401, 0.1769630", \
					  "0.0074351, 0.0084379, 0.0109888, 0.0172767, 0.0331592, 0.0738298, 0.1775804", \
					  "0.0073809, 0.0084038, 0.0109310, 0.0172223, 0.0331147, 0.0739106, 0.1783262", \
					  "0.0073137, 0.0083384, 0.0108630, 0.0171593, 0.0330444, 0.0735808, 0.1778856", \
					  "0.0072258, 0.0082558, 0.0107519, 0.0169899, 0.0329034, 0.0735506, 0.1782373", \
					  "0.0072982, 0.0082855, 0.0107608, 0.0168419, 0.0327938, 0.0738282, 0.1767873", \
					  "0.0074116, 0.0083755, 0.0108387, 0.0170485, 0.0329445, 0.0739289, 0.1784775");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0065445, 0.0058225, 0.0039348, -0.0016411, -0.0172600, -0.0582038, -0.1634546", \
					  "0.0064624, 0.0057880, 0.0038783, -0.0017159, -0.0173214, -0.0582650, -0.1635184", \
					  "0.0063553, 0.0056619, 0.0037652, -0.0018447, -0.0174301, -0.0583657, -0.1636244", \
					  "0.0061886, 0.0054911, 0.0035810, -0.0020457, -0.0176403, -0.0585492, -0.1637929", \
					  "0.0060293, 0.0053454, 0.0033646, -0.0021981, -0.0178072, -0.0587009, -0.1639397", \
					  "0.0058260, 0.0049110, 0.0029684, -0.0024956, -0.0180178, -0.0588621, -0.1640841", \
					  "0.0073290, 0.0063847, 0.0039584, -0.0022337, -0.0181237, -0.0589081, -0.1640607");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0073012, 0.0083262, 0.0108548, 0.0171245, 0.0329802, 0.0735793, 0.1783896", \
					  "0.0072647, 0.0082838, 0.0108166, 0.0170913, 0.0329573, 0.0736638, 0.1778961", \
					  "0.0072116, 0.0082348, 0.0107621, 0.0170515, 0.0329237, 0.0735686, 0.1787585", \
					  "0.0071618, 0.0081877, 0.0107149, 0.0170004, 0.0330044, 0.0735835, 0.1764815", \
					  "0.0070751, 0.0080887, 0.0105787, 0.0168849, 0.0329184, 0.0735380, 0.1773709", \
					  "0.0072539, 0.0082155, 0.0106766, 0.0167683, 0.0326436, 0.0733497, 0.1775811", \
					  "0.0071840, 0.0081096, 0.0105658, 0.0168766, 0.0328175, 0.0737347, 0.1773015");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0077209, 0.0070641, 0.0051101, -0.0003829, -0.0159151, -0.0567786, -0.1619897", \
					  "0.0076696, 0.0069928, 0.0050662, -0.0004352, -0.0159780, -0.0568519, -0.1620788", \
					  "0.0076101, 0.0069309, 0.0050145, -0.0005239, -0.0160490, -0.0569317, -0.1621490", \
					  "0.0074405, 0.0067708, 0.0048666, -0.0006992, -0.0162199, -0.0570730, -0.1622925", \
					  "0.0073850, 0.0067041, 0.0047587, -0.0008043, -0.0163412, -0.0571700, -0.1623660", \
					  "0.0070861, 0.0064002, 0.0045453, -0.0009973, -0.0164764, -0.0572872, -0.1624463", \
					  "0.0087498, 0.0078189, 0.0054243, -0.0007373, -0.0166061, -0.0573598, -0.1624877");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0074527, 0.0084772, 0.0110057, 0.0172476, 0.0331124, 0.0734953, 0.1777960", \
					  "0.0074231, 0.0084459, 0.0109795, 0.0172075, 0.0330976, 0.0739958, 0.1776921", \
					  "0.0073612, 0.0083850, 0.0109255, 0.0172058, 0.0330457, 0.0737047, 0.1766521", \
					  "0.0072918, 0.0083154, 0.0108459, 0.0171187, 0.0331142, 0.0736500, 0.1773049", \
					  "0.0072261, 0.0082438, 0.0107311, 0.0170459, 0.0329296, 0.0739291, 0.1788959", \
					  "0.0073310, 0.0083160, 0.0108087, 0.0168592, 0.0327627, 0.0738228, 0.1786658", \
					  "0.0072439, 0.0082187, 0.0107047, 0.0170117, 0.0328717, 0.0737147, 0.1782967");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0085894, 0.0078839, 0.0059875, 0.0003812, -0.0152135, -0.0560999, -0.1612881", \
					  "0.0085034, 0.0078207, 0.0059014, 0.0003179, -0.0152686, -0.0561733, -0.1613730", \
					  "0.0084200, 0.0077470, 0.0057472, 0.0002047, -0.0153553, -0.0562539, -0.1614617", \
					  "0.0083335, 0.0076458, 0.0057066, 9.1600000e-05, -0.0154563, -0.0563437, -0.1615585", \
					  "0.0082587, 0.0075710, 0.0056324, 3.7400000e-05, -0.0155326, -0.0563914, -0.1615947", \
					  "0.0080948, 0.0074044, 0.0055362, -4.2100000e-05, -0.0155741, -0.0564083, -0.1615940", \
					  "0.0097848, 0.0088387, 0.0064456, 0.0002623, -0.0156916, -0.0564528, -0.1616078");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1089623, 0.1180744, 0.1376990, 0.1799959, 0.2788560, 0.5291471, 1.1724255", \
					  "0.1128489, 0.1221144, 0.1417899, 0.1837066, 0.2830014, 0.5334614, 1.1717163", \
					  "0.1227339, 0.1318866, 0.1514899, 0.1937543, 0.2926756, 0.5443220, 1.1818135", \
					  "0.1463066, 0.1554054, 0.1749941, 0.2171229, 0.3161329, 0.5664629, 1.2070750", \
					  "0.1917386, 0.2011784, 0.2213721, 0.2643258, 0.3635577, 0.6139066, 1.2638631", \
					  "0.2560357, 0.2668792, 0.2884339, 0.3319878, 0.4325967, 0.6827779, 1.3233318", \
					  "0.3261166, 0.3404235, 0.3672484, 0.4161731, 0.5160919, 0.7669317, 1.4068861");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0313752, 0.0397115, 0.0592738, 0.1091332, 0.2423167, 0.5989129, 1.5061490", \
					  "0.0314874, 0.0395782, 0.0591907, 0.1089839, 0.2424437, 0.5963083, 1.5063901", \
					  "0.0315581, 0.0395502, 0.0590731, 0.1088845, 0.2424348, 0.5949548, 1.5061918", \
					  "0.0313698, 0.0394986, 0.0591858, 0.1089109, 0.2421899, 0.5987768, 1.5020363", \
					  "0.0339738, 0.0418854, 0.0614915, 0.1110709, 0.2427770, 0.5931603, 1.5084939", \
					  "0.0414890, 0.0490990, 0.0668761, 0.1145092, 0.2452910, 0.5947346, 1.5062723", \
					  "0.0604951, 0.0684248, 0.0842471, 0.1254794, 0.2486651, 0.6010591, 1.4974509");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1083824, 0.1142220, 0.1255984, 0.1471416, 0.1895535, 0.2830035, 0.5181487", \
					  "0.1140781, 0.1196898, 0.1308656, 0.1524245, 0.1948235, 0.2889145, 0.5235816", \
					  "0.1277856, 0.1333353, 0.1445665, 0.1660840, 0.2085011, 0.3022682, 0.5370839", \
					  "0.1605884, 0.1662297, 0.1775682, 0.1989569, 0.2413607, 0.3355248, 0.5706162", \
					  "0.2396620, 0.2453970, 0.2568238, 0.2785973, 0.3210749, 0.4131642, 0.6482798", \
					  "0.3843937, 0.3919875, 0.4065771, 0.4327397, 0.4791368, 0.5754526, 0.8095751", \
					  "0.6272500, 0.6396104, 0.6556858, 0.6940563, 0.7514087, 0.8544762, 1.0858984");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0214033, 0.0251431, 0.0333531, 0.0515536, 0.0951272, 0.2096550, 0.5193707", \
					  "0.0213638, 0.0252311, 0.0333708, 0.0514843, 0.0952238, 0.2106392, 0.5227391", \
					  "0.0212682, 0.0252040, 0.0335852, 0.0519058, 0.0952085, 0.2108129, 0.5176044", \
					  "0.0213528, 0.0251595, 0.0335047, 0.0520215, 0.0953041, 0.2108888, 0.5216197", \
					  "0.0228568, 0.0265336, 0.0346595, 0.0527435, 0.0951327, 0.2110484, 0.5200105", \
					  "0.0346839, 0.0384689, 0.0470554, 0.0648815, 0.1048828, 0.2141130, 0.5173796", \
					  "0.0534888, 0.0579610, 0.0691631, 0.0873674, 0.1266389, 0.2270521, 0.5217241");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1175520, 0.1267728, 0.1464439, 0.1885972, 0.2872196, 0.5372092, 1.1753333", \
					  "0.1222337, 0.1311196, 0.1508077, 0.1929611, 0.2920047, 0.5413722, 1.1810039", \
					  "0.1319972, 0.1411110, 0.1607483, 0.2029717, 0.3018455, 0.5517551, 1.1953302", \
					  "0.1551166, 0.1642896, 0.1838047, 0.2258646, 0.3249188, 0.5748032, 1.2154334", \
					  "0.1994285, 0.2090945, 0.2294596, 0.2723982, 0.3714136, 0.6213853, 1.2659550", \
					  "0.2669578, 0.2776763, 0.2995112, 0.3432401, 0.4435746, 0.6941045, 1.3369750", \
					  "0.3432959, 0.3567582, 0.3840228, 0.4328705, 0.5343214, 0.7846625, 1.4250656");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0314961, 0.0397531, 0.0592104, 0.1088759, 0.2425191, 0.5982544, 1.5014068", \
					  "0.0313513, 0.0396842, 0.0592458, 0.1089981, 0.2429336, 0.5952104, 1.4991212", \
					  "0.0315435, 0.0397093, 0.0593015, 0.1092098, 0.2420918, 0.5991306, 1.5083685", \
					  "0.0312547, 0.0395956, 0.0591763, 0.1088445, 0.2419585, 0.5946108, 1.5018277", \
					  "0.0341965, 0.0419931, 0.0611294, 0.1105685, 0.2423658, 0.5948901, 1.5081613", \
					  "0.0399423, 0.0481701, 0.0664065, 0.1143063, 0.2445253, 0.5932031, 1.5046644", \
					  "0.0566845, 0.0653134, 0.0822182, 0.1242452, 0.2482061, 0.6001575, 1.4950216");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1327672, 0.1390001, 0.1510613, 0.1736205, 0.2170960, 0.3121284, 0.5471607", \
					  "0.1385612, 0.1446217, 0.1568751, 0.1790707, 0.2228312, 0.3178630, 0.5528197", \
					  "0.1522176, 0.1582197, 0.1701044, 0.1927141, 0.2364219, 0.3314419, 0.5663750", \
					  "0.1858214, 0.1918774, 0.2039267, 0.2263433, 0.2699629, 0.3649305, 0.6000465", \
					  "0.2680713, 0.2736359, 0.2856498, 0.3083199, 0.3521070, 0.4472209, 0.6822143", \
					  "0.4360311, 0.4434927, 0.4578054, 0.4833080, 0.5295336, 0.6257142, 0.8610972", \
					  "0.7261290, 0.7365335, 0.7570968, 0.7902990, 0.8462639, 0.9487875, 1.1822986");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0239746, 0.0276545, 0.0361403, 0.0546351, 0.0978447, 0.2113866, 0.5182759", \
					  "0.0237812, 0.0277235, 0.0359871, 0.0547442, 0.0978988, 0.2111439, 0.5177024", \
					  "0.0237317, 0.0276615, 0.0363532, 0.0547386, 0.0979127, 0.2128573, 0.5177491", \
					  "0.0238253, 0.0278003, 0.0363040, 0.0544021, 0.0974186, 0.2122788, 0.5259391", \
					  "0.0240348, 0.0285468, 0.0366403, 0.0552197, 0.0981334, 0.2112917, 0.5176500", \
					  "0.0328135, 0.0368738, 0.0452332, 0.0632744, 0.1032228, 0.2142165, 0.5194007", \
					  "0.0514191, 0.0564950, 0.0667264, 0.0846756, 0.1236707, 0.2258920, 0.5230008");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1225872, 0.1317388, 0.1512976, 0.1933504, 0.2922284, 0.5413268, 1.1809632", \
					  "0.1269511, 0.1361243, 0.1557006, 0.1979621, 0.2965404, 0.5461319, 1.1843759", \
					  "0.1365593, 0.1456807, 0.1653175, 0.2075239, 0.3063736, 0.5550705, 1.1964796", \
					  "0.1569183, 0.1660676, 0.1856355, 0.2277554, 0.3264401, 0.5754346, 1.2226727", \
					  "0.1973183, 0.2068224, 0.2271228, 0.2699301, 0.3689335, 0.6182768, 1.2578950", \
					  "0.2620364, 0.2727147, 0.2944549, 0.3387157, 0.4388881, 0.6891017, 1.3349472", \
					  "0.3379855, 0.3516437, 0.3784177, 0.4273656, 0.5294676, 0.7797251, 1.4186755");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0313352, 0.0394205, 0.0590662, 0.1090113, 0.2429728, 0.5943622, 1.4930662", \
					  "0.0313070, 0.0396853, 0.0592393, 0.1090906, 0.2423386, 0.5985327, 1.4981139", \
					  "0.0315501, 0.0397053, 0.0593008, 0.1092125, 0.2426693, 0.5970318, 1.5034695", \
					  "0.0314048, 0.0394369, 0.0591066, 0.1091603, 0.2418755, 0.5955030, 1.5079902", \
					  "0.0338955, 0.0417809, 0.0610608, 0.1103377, 0.2423128, 0.5969424, 1.4986561", \
					  "0.0390971, 0.0477027, 0.0664193, 0.1140348, 0.2439376, 0.5953610, 1.5060776", \
					  "0.0541748, 0.0627231, 0.0806140, 0.1244133, 0.2481764, 0.5981763, 1.4974795");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1472499, 0.1535167, 0.1655307, 0.1890387, 0.2330778, 0.3285796, 0.5637709", \
					  "0.1529241, 0.1591558, 0.1710541, 0.1948009, 0.2384835, 0.3340537, 0.5695581", \
					  "0.1675053, 0.1736887, 0.1862144, 0.2093187, 0.2532758, 0.3490629, 0.5843986", \
					  "0.2003441, 0.2066020, 0.2189888, 0.2419614, 0.2861876, 0.3819148, 0.6177130", \
					  "0.2826700, 0.2889085, 0.3013433, 0.3243871, 0.3687026, 0.4644447, 0.7000071", \
					  "0.4615852, 0.4689060, 0.4829764, 0.5082114, 0.5540299, 0.6502635, 0.8854648", \
					  "0.7740264, 0.7841658, 0.8031729, 0.8358940, 0.8907028, 0.9927603, 1.2284755");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0252177, 0.0291596, 0.0377579, 0.0561841, 0.0994909, 0.2131865, 0.5275393", \
					  "0.0249570, 0.0290605, 0.0382325, 0.0557499, 0.0995070, 0.2125549, 0.5189867", \
					  "0.0251496, 0.0291864, 0.0375075, 0.0562286, 0.0994379, 0.2124834, 0.5183833", \
					  "0.0251750, 0.0291728, 0.0375765, 0.0562141, 0.0992150, 0.2134108, 0.5196606", \
					  "0.0253093, 0.0292484, 0.0375691, 0.0562542, 0.0990875, 0.2134268, 0.5248880", \
					  "0.0320570, 0.0358799, 0.0449045, 0.0616488, 0.1027323, 0.2134840, 0.5183808", \
					  "0.0496214, 0.0544579, 0.0643918, 0.0831502, 0.1218920, 0.2242837, 0.5213895");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1276755, 0.1368352, 0.1563834, 0.1984909, 0.2971533, 0.5459644, 1.1846657", \
					  "0.1323786, 0.1414703, 0.1610074, 0.2032190, 0.3017127, 0.5506757, 1.1893837", \
					  "0.1414112, 0.1506119, 0.1702108, 0.2123998, 0.3108403, 0.5602305, 1.1975806", \
					  "0.1601245, 0.1692478, 0.1888615, 0.2309528, 0.3294335, 0.5785420, 1.2187010", \
					  "0.1962798, 0.2057266, 0.2257756, 0.2684586, 0.3673887, 0.6168085, 1.2548962", \
					  "0.2558910, 0.2663400, 0.2879643, 0.3321922, 0.4322767, 0.6819423, 1.3204721", \
					  "0.3308379, 0.3441777, 0.3703107, 0.4190072, 0.5211587, 0.7721427, 1.4098807");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0313762, 0.0394266, 0.0590871, 0.1090407, 0.2420486, 0.5949324, 1.5068756", \
					  "0.0313749, 0.0394325, 0.0590576, 0.1088408, 0.2424579, 0.5944928, 1.5013522", \
					  "0.0315183, 0.0397405, 0.0592034, 0.1090936, 0.2425166, 0.5983551, 1.5004821", \
					  "0.0312313, 0.0395840, 0.0591802, 0.1092035, 0.2423477, 0.5971974, 1.4986742", \
					  "0.0331208, 0.0414233, 0.0607415, 0.1098804, 0.2427207, 0.5949825, 1.5048588", \
					  "0.0381711, 0.0462575, 0.0653648, 0.1138133, 0.2436180, 0.5945097, 1.5020165", \
					  "0.0513411, 0.0600210, 0.0792251, 0.1237876, 0.2485948, 0.5969472, 1.4958996");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1575249, 0.1638394, 0.1764608, 0.1996745, 0.2435595, 0.3393411, 0.5750488", \
					  "0.1632405, 0.1695517, 0.1815676, 0.2050499, 0.2495284, 0.3454469, 0.5811764", \
					  "0.1769160, 0.1833042, 0.1957745, 0.2185473, 0.2631800, 0.3592527, 0.5949635", \
					  "0.2108178, 0.2171508, 0.2296849, 0.2526022, 0.2971952, 0.3931336, 0.6288317", \
					  "0.2951191, 0.3014346, 0.3139218, 0.3372198, 0.3817876, 0.4777438, 0.7138155", \
					  "0.4772187, 0.4843833, 0.4983102, 0.5230573, 0.5671664, 0.6633864, 0.8992664", \
					  "0.8022185, 0.8121142, 0.8305523, 0.8624288, 0.9163051, 1.0170990, 1.2532524");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0260158, 0.0297750, 0.0383869, 0.0572184, 0.1003252, 0.2139390, 0.5242003", \
					  "0.0260381, 0.0299954, 0.0388613, 0.0570480, 0.1004620, 0.2132855, 0.5190593", \
					  "0.0260488, 0.0300270, 0.0386105, 0.0570269, 0.1004353, 0.2134282, 0.5189463", \
					  "0.0260075, 0.0300788, 0.0383090, 0.0575774, 0.1002893, 0.2132320, 0.5190683", \
					  "0.0260384, 0.0301113, 0.0386159, 0.0571917, 0.1001259, 0.2133631, 0.5197967", \
					  "0.0317394, 0.0356922, 0.0440560, 0.0611325, 0.1024744, 0.2147968, 0.5191060", \
					  "0.0483720, 0.0531496, 0.0628254, 0.0815000, 0.1200131, 0.2239087, 0.5234345");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001546;
			capacitance : 0.001516;
			fall_capacitance : 0.001485;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016821, -0.0016848, -0.0016909, -0.0016875, -0.0016797, -0.0016616, -0.0016200");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020988, 0.0020961, 0.0020899, 0.0020902, 0.0020909, 0.0020924, 0.0020960");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001567;
			capacitance : 0.001531;
			fall_capacitance : 0.001494;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015508, -0.0015518, -0.0015541, -0.0015540, -0.0015536, -0.0015527, -0.0015507");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017300, 0.0017270, 0.0017202, 0.0017262, 0.0017401, 0.0017722, 0.0018460");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001557;
			capacitance : 0.001522;
			fall_capacitance : 0.001488;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013668, -0.0013640, -0.0013573, -0.0013572, -0.0013568, -0.0013561, -0.0013542");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013595, 0.0013596, 0.0013599, 0.0013598, 0.0013596, 0.0013591, 0.0013581");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001596;
			capacitance : 0.001539;
			fall_capacitance : 0.001482;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015512, -0.0015514, -0.0015518, -0.0015516, -0.0015509, -0.0015495, -0.0015462");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015563, 0.0015548, 0.0015512, 0.0015513, 0.0015516, 0.0015521, 0.0015533");
				}
			}
		}
	}
	cell ("scs8hd_and4_2") {
		area : 10.009600;
		cell_footprint : "and4";
		cell_leakage_power : 6.988721e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007266";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0007264";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0007276";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "0.0007267";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0007279";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "0.0007269";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0007725";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "0.0007281";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0007319";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0007309";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0007761";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "0.0007321";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0007824";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "0.0007360";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "4.4072520e-05";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "0.0007859";
			when : "A&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B&C&D)";
			max_capacitance : 0.260020;
			max_transition : 1.511340;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0106143, 0.0118010, 0.0151882, 0.0244267, 0.0496820, 0.1214074, 0.3243011", \
					  "0.0105684, 0.0117728, 0.0151547, 0.0243202, 0.0497943, 0.1215620, 0.3227191", \
					  "0.0105485, 0.0117287, 0.0151200, 0.0243511, 0.0497336, 0.1214655, 0.3242781", \
					  "0.0104114, 0.0116147, 0.0149958, 0.0242428, 0.0496443, 0.1214319, 0.3242071", \
					  "0.0103577, 0.0115281, 0.0149117, 0.0239329, 0.0494612, 0.1211768, 0.3255565", \
					  "0.0105613, 0.0117020, 0.0149011, 0.0238729, 0.0488928, 0.1206936, 0.3220271", \
					  "0.0108298, 0.0119801, 0.0151827, 0.0241718, 0.0492518, 0.1210594, 0.3229177");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0073397, 0.0063630, 0.0038874, -0.0038627, -0.0280735, -0.0998312, -0.3045700", \
					  "0.0072559, 0.0063061, 0.0038123, -0.0038759, -0.0281323, -0.0998756, -0.3046326", \
					  "0.0071990, 0.0062368, 0.0037098, -0.0040096, -0.0282621, -0.0999851, -0.3046840", \
					  "0.0069829, 0.0060488, 0.0035458, -0.0041672, -0.0284663, -0.1001770, -0.3048808", \
					  "0.0068737, 0.0059130, 0.0033472, -0.0044293, -0.0286916, -0.1003837, -0.3050500", \
					  "0.0063293, 0.0053380, 0.0028246, -0.0048406, -0.0289812, -0.1005968, -0.3051631", \
					  "0.0091958, 0.0080856, 0.0049494, -0.0038854, -0.0289989, -0.1007611, -0.3052241");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0106398, 0.0118365, 0.0151443, 0.0244071, 0.0498159, 0.1219984, 0.3234729", \
					  "0.0106357, 0.0118368, 0.0152150, 0.0243863, 0.0498495, 0.1220247, 0.3243480", \
					  "0.0106154, 0.0118088, 0.0151897, 0.0244271, 0.0497498, 0.1214459, 0.3243159", \
					  "0.0105353, 0.0117180, 0.0150951, 0.0243382, 0.0497460, 0.1214869, 0.3224227", \
					  "0.0104974, 0.0116817, 0.0150346, 0.0242024, 0.0495537, 0.1212535, 0.3246830", \
					  "0.0107099, 0.0118494, 0.0150563, 0.0240697, 0.0494514, 0.1209908, 0.3254270", \
					  "0.0107900, 0.0119177, 0.0151534, 0.0241944, 0.0495858, 0.1212427, 0.3231697");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0084547, 0.0074669, 0.0049410, -0.0028085, -0.0269137, -0.0985292, -0.3031856", \
					  "0.0083232, 0.0073791, 0.0048879, -0.0027737, -0.0269231, -0.0985597, -0.3032220", \
					  "0.0083399, 0.0073566, 0.0048373, -0.0029086, -0.0270405, -0.0986447, -0.3033004", \
					  "0.0081048, 0.0071644, 0.0046664, -0.0030508, -0.0272550, -0.0988497, -0.3034909", \
					  "0.0079009, 0.0069649, 0.0044280, -0.0033396, -0.0274782, -0.0990291, -0.3036393", \
					  "0.0077226, 0.0067817, 0.0042384, -0.0036070, -0.0277758, -0.0992563, -0.3038178", \
					  "0.0103331, 0.0092359, 0.0060891, -0.0027951, -0.0279605, -0.0994990, -0.3039696");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0104737, 0.0116655, 0.0149784, 0.0242665, 0.0496668, 0.1217676, 0.3250198", \
					  "0.0104254, 0.0116433, 0.0150218, 0.0242232, 0.0495955, 0.1211971, 0.3253913", \
					  "0.0104489, 0.0116396, 0.0150195, 0.0242565, 0.0496194, 0.1212498, 0.3239031", \
					  "0.0103768, 0.0115590, 0.0149219, 0.0241806, 0.0495369, 0.1211222, 0.3252707", \
					  "0.0103213, 0.0115019, 0.0148626, 0.0239794, 0.0494357, 0.1204869, 0.3230583", \
					  "0.0106271, 0.0117597, 0.0149872, 0.0238787, 0.0491032, 0.1209281, 0.3239165", \
					  "0.0107784, 0.0119145, 0.0151335, 0.0241790, 0.0496975, 0.1212100, 0.3231312");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0096270, 0.0087286, 0.0061434, -0.0015899, -0.0256375, -0.0971533, -0.3017398", \
					  "0.0095055, 0.0085781, 0.0059932, -0.0015908, -0.0256482, -0.0972001, -0.3018247", \
					  "0.0095308, 0.0085436, 0.0060596, -0.0017123, -0.0257594, -0.0972670, -0.3018587", \
					  "0.0093433, 0.0084018, 0.0059154, -0.0018332, -0.0258769, -0.0973938, -0.3019806", \
					  "0.0092430, 0.0082843, 0.0057869, -0.0019818, -0.0260591, -0.0975447, -0.3020981", \
					  "0.0092344, 0.0082547, 0.0056557, -0.0022186, -0.0262912, -0.0977260, -0.3022251", \
					  "0.0118098, 0.0107047, 0.0075752, -0.0013080, -0.0265878, -0.0979117, -0.3023062");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0106288, 0.0118265, 0.0152074, 0.0244434, 0.0496806, 0.1214029, 0.3223425", \
					  "0.0106074, 0.0118080, 0.0151871, 0.0244322, 0.0496747, 0.1213479, 0.3239609", \
					  "0.0105682, 0.0117682, 0.0150668, 0.0243284, 0.0497590, 0.1218341, 0.3250246", \
					  "0.0105016, 0.0116612, 0.0150915, 0.0242921, 0.0497157, 0.1206572, 0.3223390", \
					  "0.0104257, 0.0115665, 0.0149429, 0.0241123, 0.0495234, 0.1210908, 0.3257954", \
					  "0.0108325, 0.0119652, 0.0152062, 0.0239953, 0.0494315, 0.1209661, 0.3238485", \
					  "0.0107802, 0.0119442, 0.0151341, 0.0242633, 0.0496808, 0.1213549, 0.3247966");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0104610, 0.0095048, 0.0070118, -0.0007315, -0.0248812, -0.0964945, -0.3010855", \
					  "0.0103908, 0.0095035, 0.0069513, -0.0007389, -0.0249548, -0.0965487, -0.3011297", \
					  "0.0103683, 0.0093958, 0.0068791, -0.0008848, -0.0250222, -0.0966145, -0.3012151", \
					  "0.0102406, 0.0093053, 0.0068115, -0.0009662, -0.0251333, -0.0966798, -0.3012824", \
					  "0.0101760, 0.0092129, 0.0066997, -0.0011133, -0.0252630, -0.0968046, -0.3013639", \
					  "0.0101989, 0.0092086, 0.0066550, -0.0012570, -0.0253676, -0.0968746, -0.3013895", \
					  "0.0126882, 0.0115749, 0.0084241, -0.0004166, -0.0257601, -0.0970181, -0.3014660");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.1374452, 0.1455044, 0.1635286, 0.2023204, 0.2922839, 0.5321743, 1.2070429", \
					  "0.1414460, 0.1495527, 0.1675922, 0.2062800, 0.2961179, 0.5355875, 1.2131062", \
					  "0.1513446, 0.1593968, 0.1774802, 0.2162563, 0.3061878, 0.5458586, 1.2212144", \
					  "0.1747437, 0.1828432, 0.2008691, 0.2397798, 0.3296179, 0.5689804, 1.2448617", \
					  "0.2277436, 0.2359094, 0.2542455, 0.2932122, 0.3827711, 0.6222607, 1.2990661", \
					  "0.3098876, 0.3192558, 0.3388490, 0.3792083, 0.4705587, 0.7109416, 1.3916883", \
					  "0.4106877, 0.4225519, 0.4486249, 0.4962444, 0.5904099, 0.8311775, 1.5059354");
				}
				rise_transition ("del_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("0.0323399, 0.0384700, 0.0539448, 0.0929331, 0.2046762, 0.5394891, 1.5023974", \
					  "0.0324174, 0.0385991, 0.0536668, 0.0931657, 0.2047606, 0.5403485, 1.4929036", \
					  "0.0322488, 0.0383921, 0.0539656, 0.0930342, 0.2049409, 0.5407393, 1.5042638", \
					  "0.0324656, 0.0386583, 0.0537058, 0.0930916, 0.2049495, 0.5410449, 1.5024711", \
					  "0.0337792, 0.0396393, 0.0550276, 0.0943304, 0.2053435, 0.5406531, 1.4982044", \
					  "0.0425100, 0.0481073, 0.0629884, 0.1002323, 0.2093855, 0.5390794, 1.5009481", \
					  "0.0633292, 0.0695100, 0.0826468, 0.1163969, 0.2161778, 0.5439140, 1.4960909");
				}
				cell_fall ("del_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("0.1396716, 0.1448530, 0.1560168, 0.1775947, 0.2187761, 0.3067868, 0.5309551", \
					  "0.1452719, 0.1503587, 0.1613907, 0.1829938, 0.2242563, 0.3114918, 0.5358821", \
					  "0.1590015, 0.1641133, 0.1750500, 0.1963172, 0.2378753, 0.3257598, 0.5503204", \
					  "0.1925387, 0.1977363, 0.2088452, 0.2304377, 0.2706493, 0.3583407, 0.5826399", \
					  "0.2705193, 0.2756805, 0.2868533, 0.3083737, 0.3505110, 0.4386684, 0.6632675", \
					  "0.4366295, 0.4430378, 0.4564774, 0.4813159, 0.5254897, 0.6152718, 0.8405417", \
					  "0.7165939, 0.7255612, 0.7442225, 0.7776786, 0.8327374, 0.9341145, 1.1620764");
				}
				fall_transition ("del_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("0.0260435, 0.0289360, 0.0358398, 0.0509002, 0.0864338, 0.1821995, 0.4675923", \
					  "0.0259819, 0.0288785, 0.0357955, 0.0509331, 0.0866750, 0.1822306, 0.4686105", \
					  "0.0261544, 0.0289999, 0.0359042, 0.0511313, 0.0870356, 0.1823243, 0.4678563", \
					  "0.0259632, 0.0288874, 0.0359065, 0.0509833, 0.0866245, 0.1822535, 0.4697724", \
					  "0.0265213, 0.0295235, 0.0363353, 0.0517470, 0.0870712, 0.1818605, 0.4678799", \
					  "0.0365589, 0.0396512, 0.0467168, 0.0614282, 0.0940237, 0.1852667, 0.4682596", \
					  "0.0586619, 0.0622433, 0.0706205, 0.0875329, 0.1230740, 0.2072751, 0.4758872");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.1459850, 0.1540554, 0.1718323, 0.2108060, 0.3007715, 0.5408048, 1.2158242", \
					  "0.1504219, 0.1584151, 0.1765081, 0.2152420, 0.3051019, 0.5444579, 1.2186611", \
					  "0.1604364, 0.1684965, 0.1865796, 0.2253484, 0.3153464, 0.5546366, 1.2308021", \
					  "0.1838366, 0.1919062, 0.2097962, 0.2486427, 0.3384386, 0.5776298, 1.2535848", \
					  "0.2334564, 0.2417391, 0.2599725, 0.2990630, 0.3890563, 0.6286671, 1.3071161", \
					  "0.3157644, 0.3249647, 0.3449735, 0.3852594, 0.4780142, 0.7183434, 1.3953207", \
					  "0.4215790, 0.4335124, 0.4580052, 0.5047933, 0.5989779, 0.8390496, 1.5141275");
				}
				rise_transition ("del_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("0.0322697, 0.0383815, 0.0539665, 0.0932270, 0.2052780, 0.5389085, 1.4966633", \
					  "0.0324951, 0.0386933, 0.0537720, 0.0931151, 0.2050296, 0.5373406, 1.4995354", \
					  "0.0325357, 0.0385322, 0.0540068, 0.0930164, 0.2051365, 0.5406248, 1.5044203", \
					  "0.0323372, 0.0385070, 0.0539558, 0.0930537, 0.2047994, 0.5409874, 1.5023237", \
					  "0.0336190, 0.0397281, 0.0550308, 0.0938949, 0.2052358, 0.5404767, 1.5113396", \
					  "0.0399991, 0.0458468, 0.0610258, 0.0991007, 0.2077218, 0.5383134, 1.4963362", \
					  "0.0570300, 0.0631196, 0.0772723, 0.1123349, 0.2146208, 0.5425756, 1.4970676");
				}
				cell_fall ("del_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("0.1672182, 0.1728690, 0.1848492, 0.2074216, 0.2507262, 0.3406834, 0.5661711", \
					  "0.1730618, 0.1789301, 0.1909413, 0.2138932, 0.2569005, 0.3466804, 0.5719252", \
					  "0.1875591, 0.1931814, 0.2051441, 0.2280042, 0.2711795, 0.3611250, 0.5866321", \
					  "0.2214257, 0.2270750, 0.2390215, 0.2618983, 0.3032193, 0.3933189, 0.6184309", \
					  "0.3007229, 0.3063259, 0.3182823, 0.3411318, 0.3853618, 0.4752808, 0.7008344", \
					  "0.4845900, 0.4909998, 0.5042790, 0.5289316, 0.5725492, 0.6634678, 0.8890017", \
					  "0.8082686, 0.8176181, 0.8360265, 0.8689289, 0.9231664, 1.0240397, 1.2523216");
				}
				fall_transition ("del_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("0.0293059, 0.0324838, 0.0393442, 0.0551065, 0.0909708, 0.1856775, 0.4720310", \
					  "0.0291961, 0.0323064, 0.0393900, 0.0552000, 0.0903047, 0.1850571, 0.4693557", \
					  "0.0293586, 0.0323877, 0.0394205, 0.0547296, 0.0909987, 0.1856335, 0.4713067", \
					  "0.0294049, 0.0323409, 0.0394894, 0.0550159, 0.0906542, 0.1850396, 0.4703100", \
					  "0.0292850, 0.0324164, 0.0396134, 0.0549287, 0.0909069, 0.1854871, 0.4705855", \
					  "0.0364442, 0.0395412, 0.0462091, 0.0601933, 0.0942190, 0.1867420, 0.4692574", \
					  "0.0584036, 0.0620936, 0.0696250, 0.0865344, 0.1214898, 0.2062443, 0.4799193");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.1507360, 0.1587695, 0.1766306, 0.2155830, 0.3054872, 0.5452997, 1.2203913", \
					  "0.1551380, 0.1631772, 0.1813057, 0.2202023, 0.3101823, 0.5494036, 1.2267396", \
					  "0.1648827, 0.1729459, 0.1910235, 0.2297906, 0.3196711, 0.5589821, 1.2334340", \
					  "0.1853945, 0.1934638, 0.2113815, 0.2502125, 0.3400828, 0.5796766, 1.2568004", \
					  "0.2290951, 0.2373059, 0.2555861, 0.2946324, 0.3846012, 0.6240868, 1.3038606", \
					  "0.3045566, 0.3136882, 0.3336922, 0.3742858, 0.4662622, 0.7062659, 1.3817978", \
					  "0.4056176, 0.4172536, 0.4415402, 0.4882703, 0.5833016, 0.8234926, 1.4986281");
				}
				rise_transition ("del_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("0.0321278, 0.0382967, 0.0539123, 0.0931680, 0.2052271, 0.5384685, 1.4892049", \
					  "0.0327042, 0.0388710, 0.0540619, 0.0932963, 0.2052770, 0.5401402, 1.4935609", \
					  "0.0324307, 0.0385354, 0.0540126, 0.0930215, 0.2049488, 0.5407765, 1.5040293", \
					  "0.0323442, 0.0384893, 0.0539682, 0.0928457, 0.2048922, 0.5399234, 1.4923570", \
					  "0.0336420, 0.0397067, 0.0549127, 0.0939658, 0.2049681, 0.5414593, 1.4945704", \
					  "0.0393321, 0.0448721, 0.0602839, 0.0990303, 0.2078553, 0.5388667, 1.5033148", \
					  "0.0540554, 0.0602217, 0.0752181, 0.1114526, 0.2144474, 0.5403706, 1.4956727");
				}
				cell_fall ("del_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("0.1827546, 0.1884233, 0.2008568, 0.2243084, 0.2681187, 0.3588051, 0.5848970", \
					  "0.1885209, 0.1943015, 0.2066422, 0.2295112, 0.2741105, 0.3639110, 0.5897812", \
					  "0.2032890, 0.2091311, 0.2211861, 0.2449551, 0.2886429, 0.3795139, 0.6056328", \
					  "0.2371815, 0.2430943, 0.2553587, 0.2794383, 0.3230195, 0.4137517, 0.6398033", \
					  "0.3199466, 0.3257660, 0.3380465, 0.3613409, 0.4052867, 0.4961901, 0.7223556", \
					  "0.5065702, 0.5129008, 0.5260496, 0.5511871, 0.5956881, 0.6865440, 0.9126642", \
					  "0.8506835, 0.8598445, 0.8780299, 0.9103636, 0.9653808, 1.0651401, 1.2935096");
				}
				fall_transition ("del_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("0.0309342, 0.0342116, 0.0411377, 0.0564927, 0.0927090, 0.1871331, 0.4750711", \
					  "0.0309004, 0.0340417, 0.0409718, 0.0576028, 0.0918247, 0.1873613, 0.4702874", \
					  "0.0309384, 0.0340325, 0.0417054, 0.0563749, 0.0927714, 0.1874185, 0.4751208", \
					  "0.0310144, 0.0340111, 0.0412160, 0.0565640, 0.0928383, 0.1870630, 0.4739585", \
					  "0.0309199, 0.0339832, 0.0411571, 0.0567428, 0.0925099, 0.1871747, 0.4742643", \
					  "0.0360666, 0.0389534, 0.0452303, 0.0594306, 0.0941281, 0.1874774, 0.4701198", \
					  "0.0572317, 0.0606568, 0.0684175, 0.0848355, 0.1180214, 0.2037281, 0.4780228");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.1555662, 0.1636652, 0.1817690, 0.2205296, 0.3105752, 0.5494397, 1.2241229", \
					  "0.1602589, 0.1683577, 0.1864865, 0.2252823, 0.3152698, 0.5542793, 1.2289015", \
					  "0.1695549, 0.1776263, 0.1955978, 0.2345849, 0.3245093, 0.5642448, 1.2390974", \
					  "0.1882354, 0.1962752, 0.2143783, 0.2531980, 0.3429480, 0.5820252, 1.2568738", \
					  "0.2265394, 0.2345362, 0.2528089, 0.2919468, 0.3819447, 0.6217075, 1.2959818", \
					  "0.2931627, 0.3021099, 0.3219244, 0.3628829, 0.4545264, 0.6947901, 1.3693631", \
					  "0.3879475, 0.3990477, 0.4226863, 0.4683306, 0.5635531, 0.8040374, 1.4787236");
				}
				rise_transition ("del_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("0.0326679, 0.0385210, 0.0539846, 0.0929495, 0.2049738, 0.5407547, 1.5007943", \
					  "0.0326650, 0.0386664, 0.0539567, 0.0929714, 0.2043417, 0.5407093, 1.5041375", \
					  "0.0326620, 0.0388507, 0.0540729, 0.0932951, 0.2052684, 0.5386491, 1.4889620", \
					  "0.0322456, 0.0386664, 0.0538729, 0.0931739, 0.2049742, 0.5410446, 1.4992810", \
					  "0.0331899, 0.0397163, 0.0548161, 0.0938807, 0.2047195, 0.5384728, 1.5022859", \
					  "0.0381274, 0.0443475, 0.0594626, 0.0983175, 0.2072018, 0.5397585, 1.5022097", \
					  "0.0499838, 0.0564991, 0.0718044, 0.1089915, 0.2143757, 0.5422107, 1.4926329");
				}
				cell_fall ("del_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("0.1931703, 0.1990906, 0.2114774, 0.2350261, 0.2789643, 0.3697202, 0.5958983", \
					  "0.1990215, 0.2049011, 0.2172997, 0.2407034, 0.2848143, 0.3755863, 0.6017596", \
					  "0.2125847, 0.2184979, 0.2309550, 0.2547404, 0.2988702, 0.3893458, 0.6156511", \
					  "0.2477513, 0.2536009, 0.2660777, 0.2907621, 0.3345713, 0.4257333, 0.6520275", \
					  "0.3313091, 0.3372213, 0.3496061, 0.3728895, 0.4169713, 0.5080780, 0.7341782", \
					  "0.5216645, 0.5279168, 0.5407123, 0.5635194, 0.6079141, 0.6986550, 0.9250408", \
					  "0.8763444, 0.8851906, 0.9024814, 0.9344731, 0.9889535, 1.0879485, 1.3153862");
				}
				fall_transition ("del_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("0.0316731, 0.0347491, 0.0420922, 0.0574953, 0.0938416, 0.1874707, 0.4714742", \
					  "0.0317273, 0.0348513, 0.0419327, 0.0581269, 0.0936998, 0.1874130, 0.4713366", \
					  "0.0317540, 0.0347540, 0.0417943, 0.0574113, 0.0931009, 0.1877942, 0.4753462", \
					  "0.0316479, 0.0347955, 0.0420772, 0.0573937, 0.0929327, 0.1872599, 0.4708344", \
					  "0.0317347, 0.0347947, 0.0420195, 0.0574567, 0.0926689, 0.1875768, 0.4718448", \
					  "0.0353317, 0.0380519, 0.0444945, 0.0588993, 0.0942248, 0.1880656, 0.4756797", \
					  "0.0560472, 0.0592284, 0.0664631, 0.0821088, 0.1169242, 0.2013330, 0.4782388");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001506;
			capacitance : 0.001480;
			fall_capacitance : 0.001453;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016659, -0.0016677, -0.0016717, -0.0016683, -0.0016604, -0.0016422, -0.0016003");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020849, 0.0020849, 0.0020849, 0.0020845, 0.0020837, 0.0020818, 0.0020773");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001539;
			capacitance : 0.001506;
			fall_capacitance : 0.001474;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015472, -0.0015480, -0.0015498, -0.0015492, -0.0015478, -0.0015447, -0.0015375");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017190, 0.0017174, 0.0017135, 0.0017193, 0.0017326, 0.0017632, 0.0018338");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001532;
			capacitance : 0.001501;
			fall_capacitance : 0.001469;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013576, -0.0013569, -0.0013554, -0.0013551, -0.0013546, -0.0013533, -0.0013504");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013533, 0.0013551, 0.0013592, 0.0013590, 0.0013584, 0.0013571, 0.0013540");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001572;
			capacitance : 0.001514;
			fall_capacitance : 0.001456;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015391, -0.0015395, -0.0015403, -0.0015400, -0.0015392, -0.0015372, -0.0015328");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015464, 0.0015440, 0.0015384, 0.0015383, 0.0015380, 0.0015374, 0.0015359");
				}
			}
		}
	}
	cell ("scs8hd_and4_4") {
		area : 11.260800;
		cell_footprint : "and4";
		cell_leakage_power : 1.452881e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014439";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0014438";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0014440";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "0.0014439";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0014442";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "0.0014441";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0014523";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "0.0014443";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0014482";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0014481";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0014567";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "0.0014484";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0014614";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "0.0014522";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0015052";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "0.0014655";
			when : "A&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B&C&D)";
			max_capacitance : 0.457774;
			max_transition : 1.510275;
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0197063, 0.0211305, 0.0254134, 0.0383930, 0.0773043, 0.1973681, 0.5689696", \
					  "0.0197103, 0.0210967, 0.0253467, 0.0383291, 0.0772327, 0.1974319, 0.5720004", \
					  "0.0196300, 0.0210078, 0.0252804, 0.0382256, 0.0772405, 0.1971522, 0.5741307", \
					  "0.0195414, 0.0209166, 0.0251165, 0.0381048, 0.0771797, 0.1972133, 0.5722780", \
					  "0.0194806, 0.0208667, 0.0250705, 0.0378784, 0.0769134, 0.1975986, 0.5689696", \
					  "0.0200497, 0.0213598, 0.0254680, 0.0378400, 0.0765645, 0.1969771, 0.5685058", \
					  "0.0199984, 0.0213274, 0.0254226, 0.0382361, 0.0772587, 0.1973214, 0.5705840");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0183097, 0.0171598, 0.0136707, 0.0032081, -0.0329052, -0.1531062, -0.5309810", \
					  "0.0182261, 0.0170954, 0.0135768, 0.0031317, -0.0329566, -0.1531899, -0.5310528", \
					  "0.0181784, 0.0169719, 0.0134606, 0.0030545, -0.0331217, -0.1532939, -0.5312399", \
					  "0.0180583, 0.0168739, 0.0133674, 0.0028566, -0.0333710, -0.1535133, -0.5313742", \
					  "0.0177990, 0.0166280, 0.0130757, 0.0025667, -0.0337049, -0.1537794, -0.5316217", \
					  "0.0177862, 0.0165990, 0.0129336, 0.0021705, -0.0341527, -0.1540903, -0.5316868", \
					  "0.0213694, 0.0200767, 0.0161451, 0.0038949, -0.0345848, -0.1544528, -0.5319042");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0199217, 0.0213375, 0.0256341, 0.0386002, 0.0774395, 0.1973288, 0.5693782", \
					  "0.0199200, 0.0212724, 0.0255685, 0.0384412, 0.0774110, 0.1976221, 0.5688830", \
					  "0.0198550, 0.0212425, 0.0255027, 0.0384968, 0.0773610, 0.1975359, 0.5719026", \
					  "0.0197109, 0.0211045, 0.0253513, 0.0382767, 0.0773148, 0.1972890, 0.5715770", \
					  "0.0195626, 0.0209183, 0.0251379, 0.0380894, 0.0770844, 0.1971976, 0.5718557", \
					  "0.0201634, 0.0215249, 0.0256447, 0.0379078, 0.0770280, 0.1970545, 0.5689471", \
					  "0.0203003, 0.0216418, 0.0256888, 0.0384503, 0.0771316, 0.1979727, 0.5733981");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0197255, 0.0186325, 0.0149598, 0.0044951, -0.0318210, -0.1520071, -0.5299501", \
					  "0.0197503, 0.0185483, 0.0149188, 0.0045232, -0.0319039, -0.1520819, -0.5299800", \
					  "0.0194423, 0.0183181, 0.0147280, 0.0042309, -0.0320355, -0.1522325, -0.5301056", \
					  "0.0194543, 0.0183173, 0.0147256, 0.0040842, -0.0322134, -0.1523545, -0.5302312", \
					  "0.0192093, 0.0180225, 0.0144450, 0.0039310, -0.0323819, -0.1524960, -0.5303198", \
					  "0.0193576, 0.0181507, 0.0144690, 0.0036151, -0.0327117, -0.1527051, -0.5304231", \
					  "0.0227697, 0.0215025, 0.0175094, 0.0052578, -0.0334171, -0.1529563, -0.5305498");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0197492, 0.0211205, 0.0254105, 0.0382903, 0.0773760, 0.1980379, 0.5731188", \
					  "0.0197138, 0.0210804, 0.0253606, 0.0383109, 0.0773663, 0.1976962, 0.5734364", \
					  "0.0196857, 0.0210419, 0.0253232, 0.0382713, 0.0772727, 0.1978127, 0.5698537", \
					  "0.0194725, 0.0208466, 0.0250991, 0.0381310, 0.0771652, 0.1977818, 0.5694688", \
					  "0.0192907, 0.0206457, 0.0249226, 0.0376256, 0.0768313, 0.1965606, 0.5707579", \
					  "0.0198450, 0.0211562, 0.0252593, 0.0375355, 0.0765414, 0.1959882, 0.5685512", \
					  "0.0202619, 0.0215587, 0.0255885, 0.0382972, 0.0771084, 0.1970300, 0.5726252");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0152088, 0.0140157, 0.0105695, 4.9200000e-05, -0.0365322, -0.1570682, -0.5351750", \
					  "0.0150860, 0.0139739, 0.0104766, 5.7300000e-05, -0.0364970, -0.1570850, -0.5352059", \
					  "0.0149984, 0.0138395, 0.0102989, -0.0002130, -0.0367502, -0.1572896, -0.5354159", \
					  "0.0147077, 0.0135924, 0.0100494, -0.0005068, -0.0370546, -0.1575416, -0.5356498", \
					  "0.0143652, 0.0131828, 0.0096498, -0.0009449, -0.0375005, -0.1578861, -0.5358784", \
					  "0.0136707, 0.0124924, 0.0088604, -0.0017489, -0.0381882, -0.1583627, -0.5361282", \
					  "0.0176929, 0.0164107, 0.0124842, 0.0001857, -0.0382478, -0.1586845, -0.5362036");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0198900, 0.0212832, 0.0255611, 0.0384476, 0.0774616, 0.1980083, 0.5721978", \
					  "0.0197817, 0.0212229, 0.0254592, 0.0384411, 0.0774657, 0.1975272, 0.5749349", \
					  "0.0198063, 0.0211245, 0.0253806, 0.0383833, 0.0774140, 0.1975170, 0.5698124", \
					  "0.0196864, 0.0210555, 0.0253158, 0.0383281, 0.0773100, 0.1975835, 0.5746903", \
					  "0.0195936, 0.0209462, 0.0252626, 0.0380424, 0.0771095, 0.1973415, 0.5728753", \
					  "0.0200363, 0.0213927, 0.0254646, 0.0378487, 0.0769150, 0.1973277, 0.5718941", \
					  "0.0201738, 0.0214546, 0.0254843, 0.0383149, 0.0773869, 0.1977639, 0.5707633");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0165257, 0.0155146, 0.0118494, 0.0014385, -0.0349523, -0.1552508, -0.5332609", \
					  "0.0164073, 0.0153295, 0.0117832, 0.0013728, -0.0349444, -0.1552986, -0.5333566", \
					  "0.0163316, 0.0151859, 0.0116955, 0.0012612, -0.0351036, -0.1554442, -0.5334116", \
					  "0.0160952, 0.0149320, 0.0114991, 0.0009895, -0.0354284, -0.1556941, -0.5336479", \
					  "0.0159305, 0.0147824, 0.0111788, 0.0005600, -0.0358384, -0.1560051, -0.5339404", \
					  "0.0156388, 0.0144692, 0.0108266, 0.0001450, -0.0364433, -0.1564775, -0.5341770", \
					  "0.0192874, 0.0180031, 0.0140592, 0.0017689, -0.0367490, -0.1569226, -0.5344693");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1360237, 0.1414054, 0.1552354, 0.1877507, 0.2677423, 0.4960874, 1.2040594", \
					  "0.1400080, 0.1453885, 0.1591936, 0.1917115, 0.2716492, 0.5001589, 1.2080060", \
					  "0.1492314, 0.1545927, 0.1684235, 0.2009840, 0.2811019, 0.5097460, 1.2158263", \
					  "0.1713033, 0.1767263, 0.1905247, 0.2232861, 0.3033503, 0.5318339, 1.2388349", \
					  "0.2207723, 0.2262674, 0.2403831, 0.2726029, 0.3528876, 0.5813980, 1.2882512", \
					  "0.2934551, 0.2997036, 0.3152677, 0.3495721, 0.4315037, 0.6602879, 1.3670908", \
					  "0.3737635, 0.3820507, 0.4021070, 0.4434434, 0.5290824, 0.7575131, 1.4643802");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0325636, 0.0365210, 0.0479945, 0.0799345, 0.1768911, 0.4938343, 1.5081333", \
					  "0.0325481, 0.0365252, 0.0480115, 0.0799003, 0.1767149, 0.4941499, 1.5089924", \
					  "0.0326158, 0.0366287, 0.0481369, 0.0796201, 0.1767059, 0.4956377, 1.4987183", \
					  "0.0326336, 0.0364999, 0.0480144, 0.0798080, 0.1766258, 0.4957057, 1.5001229", \
					  "0.0339848, 0.0379694, 0.0493036, 0.0814827, 0.1773664, 0.4958420, 1.4949260", \
					  "0.0442469, 0.0470992, 0.0575968, 0.0869038, 0.1809617, 0.4949217, 1.4921714", \
					  "0.0643741, 0.0683694, 0.0784710, 0.1056346, 0.1891542, 0.4982598, 1.4949972");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1201311, 0.1233268, 0.1312461, 0.1485673, 0.1839919, 0.2654564, 0.4943331", \
					  "0.1263771, 0.1295387, 0.1375575, 0.1549176, 0.1906256, 0.2719945, 0.5006219", \
					  "0.1404900, 0.1436190, 0.1514623, 0.1689162, 0.2045949, 0.2855094, 0.5141032", \
					  "0.1758176, 0.1789927, 0.1869778, 0.2042636, 0.2391524, 0.3207395, 0.5494699", \
					  "0.2574531, 0.2605969, 0.2685089, 0.2855828, 0.3220141, 0.4035784, 0.6322124", \
					  "0.4240865, 0.4282706, 0.4382812, 0.4591525, 0.4996525, 0.5822330, 0.8109473", \
					  "0.7107391, 0.7166648, 0.7310121, 0.7597512, 0.8120717, 0.9075610, 1.1395251");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0239359, 0.0256414, 0.0305287, 0.0423133, 0.0734627, 0.1645356, 0.4684863", \
					  "0.0238971, 0.0256916, 0.0304607, 0.0420244, 0.0730408, 0.1643404, 0.4685971", \
					  "0.0239132, 0.0256157, 0.0303550, 0.0421350, 0.0734240, 0.1646728, 0.4681278", \
					  "0.0239637, 0.0258075, 0.0306333, 0.0427183, 0.0732703, 0.1643592, 0.4686905", \
					  "0.0243257, 0.0261083, 0.0308331, 0.0434344, 0.0735189, 0.1645338, 0.4668536", \
					  "0.0362960, 0.0381559, 0.0429631, 0.0545897, 0.0825919, 0.1689207, 0.4693784", \
					  "0.0596392, 0.0619695, 0.0683027, 0.0812194, 0.1117902, 0.1925445, 0.4711063");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1434769, 0.1488706, 0.1626709, 0.1951962, 0.2752086, 0.5030169, 1.2094770", \
					  "0.1473939, 0.1528412, 0.1666143, 0.1994134, 0.2792904, 0.5081489, 1.2133331", \
					  "0.1570324, 0.1624072, 0.1761855, 0.2089319, 0.2888895, 0.5178001, 1.2232280", \
					  "0.1793769, 0.1848160, 0.1984931, 0.2311358, 0.3112049, 0.5398350, 1.2464879", \
					  "0.2257094, 0.2311951, 0.2453137, 0.2782464, 0.3583727, 0.5874544, 1.2964958", \
					  "0.2983690, 0.3046162, 0.3198831, 0.3545291, 0.4365348, 0.6661879, 1.3727378", \
					  "0.3804938, 0.3883743, 0.4076652, 0.4478397, 0.5332798, 0.7632447, 1.4692084");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0323967, 0.0362617, 0.0479883, 0.0799118, 0.1767466, 0.4946324, 1.5027967", \
					  "0.0329102, 0.0369624, 0.0482383, 0.0798433, 0.1765717, 0.4946828, 1.4979420", \
					  "0.0328343, 0.0368990, 0.0482630, 0.0799946, 0.1767293, 0.4947265, 1.5007727", \
					  "0.0326054, 0.0366208, 0.0481034, 0.0797380, 0.1768886, 0.4950081, 1.4999497", \
					  "0.0338679, 0.0379547, 0.0493088, 0.0808474, 0.1772389, 0.4948693, 1.5102750", \
					  "0.0408291, 0.0448378, 0.0556532, 0.0858723, 0.1805592, 0.4952715, 1.5046717", \
					  "0.0581714, 0.0621898, 0.0734426, 0.1010917, 0.1872645, 0.4982428, 1.4941879");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1437209, 0.1471113, 0.1557686, 0.1745259, 0.2118965, 0.2953230, 0.5249042", \
					  "0.1498908, 0.1533661, 0.1619553, 0.1807095, 0.2178999, 0.3008810, 0.5302937", \
					  "0.1649196, 0.1683634, 0.1769603, 0.1956344, 0.2329013, 0.3159611, 0.5452114", \
					  "0.2008399, 0.2043444, 0.2130015, 0.2315496, 0.2681140, 0.3513948, 0.5813793", \
					  "0.2839765, 0.2874002, 0.2960078, 0.3147145, 0.3529074, 0.4364393, 0.6653380", \
					  "0.4701685, 0.4743393, 0.4843244, 0.5052040, 0.5451519, 0.6300140, 0.8591197", \
					  "0.8016368, 0.8077507, 0.8222357, 0.8510883, 0.9031763, 1.0002009, 1.2320013");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0272656, 0.0291727, 0.0338870, 0.0459922, 0.0770626, 0.1675202, 0.4686386", \
					  "0.0272418, 0.0290937, 0.0339055, 0.0460120, 0.0773018, 0.1676404, 0.4685574", \
					  "0.0271846, 0.0289670, 0.0339883, 0.0460648, 0.0771739, 0.1679851, 0.4670864", \
					  "0.0272599, 0.0289460, 0.0340281, 0.0461037, 0.0772814, 0.1677932, 0.4674529", \
					  "0.0272045, 0.0291304, 0.0339857, 0.0461874, 0.0769392, 0.1673924, 0.4695671", \
					  "0.0362854, 0.0384021, 0.0430478, 0.0543888, 0.0821077, 0.1692074, 0.4696450", \
					  "0.0595300, 0.0620148, 0.0680968, 0.0806392, 0.1107494, 0.1896707, 0.4718960");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1480064, 0.1534863, 0.1672521, 0.1998540, 0.2798265, 0.5080042, 1.2136592", \
					  "0.1521947, 0.1576047, 0.1714361, 0.2040078, 0.2840692, 0.5123306, 1.2175037", \
					  "0.1611150, 0.1664894, 0.1802481, 0.2127324, 0.2925763, 0.5212538, 1.2277533", \
					  "0.1801495, 0.1855424, 0.1992544, 0.2319189, 0.3118634, 0.5405902, 1.2449234", \
					  "0.2210098, 0.2264817, 0.2405029, 0.2733195, 0.3535072, 0.5816388, 1.2918108", \
					  "0.2870112, 0.2930590, 0.3082902, 0.3430205, 0.4249583, 0.6541618, 1.3601115", \
					  "0.3635864, 0.3714670, 0.3905352, 0.4303931, 0.5161632, 0.7461297, 1.4516710");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0326270, 0.0366802, 0.0479313, 0.0798014, 0.1769199, 0.4950755, 1.5000992", \
					  "0.0326348, 0.0363979, 0.0481699, 0.0797675, 0.1768665, 0.4952002, 1.5015473", \
					  "0.0325907, 0.0366249, 0.0479934, 0.0798786, 0.1765749, 0.4947360, 1.4975645", \
					  "0.0324149, 0.0362724, 0.0481062, 0.0798961, 0.1769040, 0.4948579, 1.4985101", \
					  "0.0335980, 0.0377186, 0.0491906, 0.0809215, 0.1772298, 0.4954834, 1.4987265", \
					  "0.0398942, 0.0438042, 0.0551484, 0.0856007, 0.1802535, 0.4951436, 1.4931243", \
					  "0.0558370, 0.0595978, 0.0704270, 0.0993018, 0.1872344, 0.4964524, 1.4942115");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1572928, 0.1608877, 0.1698583, 0.1890278, 0.2272081, 0.3107357, 0.5406716", \
					  "0.1633782, 0.1669848, 0.1759823, 0.1948641, 0.2333284, 0.3170128, 0.5469247", \
					  "0.1784827, 0.1821388, 0.1912067, 0.2103103, 0.2487298, 0.3322431, 0.5620799", \
					  "0.2148431, 0.2185022, 0.2273634, 0.2466276, 0.2840553, 0.3679647, 0.5984011", \
					  "0.3004738, 0.3040852, 0.3130582, 0.3322032, 0.3694972, 0.4537578, 0.6847525", \
					  "0.4914695, 0.4956205, 0.5056542, 0.5263392, 0.5666903, 0.6515192, 0.8807388", \
					  "0.8436649, 0.8497021, 0.8641542, 0.8926452, 0.9440039, 1.0399054, 1.2715533");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0287195, 0.0305732, 0.0355615, 0.0477635, 0.0789228, 0.1688118, 0.4702920", \
					  "0.0287236, 0.0306356, 0.0355536, 0.0482691, 0.0790017, 0.1688001, 0.4705170", \
					  "0.0288991, 0.0305827, 0.0355356, 0.0477290, 0.0786293, 0.1688841, 0.4699902", \
					  "0.0289860, 0.0308951, 0.0356959, 0.0477945, 0.0786676, 0.1693014, 0.4694374", \
					  "0.0288176, 0.0305927, 0.0356804, 0.0479450, 0.0789118, 0.1686253, 0.4707805", \
					  "0.0359904, 0.0377462, 0.0421122, 0.0532493, 0.0818442, 0.1699192, 0.4705890", \
					  "0.0587256, 0.0611008, 0.0665838, 0.0797006, 0.1095202, 0.1882094, 0.4726178");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1527680, 0.1582564, 0.1720141, 0.2045669, 0.2845145, 0.5128812, 1.2168406", \
					  "0.1571605, 0.1624802, 0.1763246, 0.2088307, 0.2888673, 0.5165943, 1.2224813", \
					  "0.1654779, 0.1708323, 0.1846662, 0.2172009, 0.2972719, 0.5252869, 1.2304091", \
					  "0.1822976, 0.1876837, 0.2014383, 0.2340551, 0.3138115, 0.5424088, 1.2468948", \
					  "0.2170778, 0.2224753, 0.2364458, 0.2694169, 0.3494103, 0.5783126, 1.2850199", \
					  "0.2751004, 0.2810926, 0.2962803, 0.3308419, 0.4129717, 0.6417653, 1.3509190", \
					  "0.3455485, 0.3529604, 0.3713275, 0.4111042, 0.4966219, 0.7265213, 1.4315854");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0326318, 0.0366839, 0.0480648, 0.0797451, 0.1768740, 0.4943564, 1.4985811", \
					  "0.0324729, 0.0367038, 0.0479036, 0.0799076, 0.1765021, 0.4954709, 1.4977416", \
					  "0.0323549, 0.0364185, 0.0481434, 0.0797069, 0.1767676, 0.4954433, 1.4948537", \
					  "0.0323175, 0.0364372, 0.0479940, 0.0798634, 0.1766028, 0.4948332, 1.4964082", \
					  "0.0336680, 0.0374985, 0.0490550, 0.0806408, 0.1768355, 0.4954027, 1.5048485", \
					  "0.0382291, 0.0423855, 0.0537560, 0.0851491, 0.1800227, 0.4942677, 1.4974003", \
					  "0.0520779, 0.0561163, 0.0672459, 0.0973658, 0.1872928, 0.4965999, 1.4967353");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1699795, 0.1735756, 0.1829458, 0.2024703, 0.2412593, 0.3258758, 0.5564242", \
					  "0.1762868, 0.1800132, 0.1893164, 0.2086535, 0.2476457, 0.3322399, 0.5627924", \
					  "0.1904898, 0.1941441, 0.2033239, 0.2229129, 0.2619827, 0.3463422, 0.5763579", \
					  "0.2272878, 0.2310704, 0.2402053, 0.2595017, 0.2982597, 0.3830511, 0.6135014", \
					  "0.3137829, 0.3174933, 0.3266721, 0.3453657, 0.3842846, 0.4694244, 0.6994631", \
					  "0.5093746, 0.5134683, 0.5233495, 0.5438127, 0.5832550, 0.6675947, 0.8978835", \
					  "0.8743765, 0.8804505, 0.8946432, 0.9229846, 0.9737290, 1.0689237, 1.3008218");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0302855, 0.0322926, 0.0371212, 0.0494170, 0.0806978, 0.1704498, 0.4715728", \
					  "0.0303015, 0.0322833, 0.0372049, 0.0496572, 0.0806524, 0.1703976, 0.4714732", \
					  "0.0301733, 0.0320892, 0.0371130, 0.0494114, 0.0804928, 0.1708696, 0.4706176", \
					  "0.0303839, 0.0322991, 0.0372297, 0.0494202, 0.0807827, 0.1702160, 0.4702794", \
					  "0.0302437, 0.0321248, 0.0371778, 0.0494742, 0.0804552, 0.1707321, 0.4707578", \
					  "0.0357789, 0.0375807, 0.0418127, 0.0526625, 0.0820993, 0.1706919, 0.4713041", \
					  "0.0581786, 0.0601878, 0.0656603, 0.0787556, 0.1082083, 0.1878741, 0.4739629");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002258;
			capacitance : 0.002192;
			fall_capacitance : 0.002126;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027454, -0.0027458, -0.0027469, -0.0027424, -0.0027320, -0.0027081, -0.0026530");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033275, 0.0033308, 0.0033385, 0.0033389, 0.0033401, 0.0033426, 0.0033485");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002341;
			capacitance : 0.002260;
			fall_capacitance : 0.002179;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027580, -0.0027596, -0.0027633, -0.0027631, -0.0027626, -0.0027614, -0.0027587");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030839, 0.0030812, 0.0030750, 0.0030843, 0.0031057, 0.0031551, 0.0032690");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002295;
			capacitance : 0.002211;
			fall_capacitance : 0.002126;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025804, -0.0025811, -0.0025827, -0.0025826, -0.0025824, -0.0025819, -0.0025808");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025830, 0.0025828, 0.0025823, 0.0025820, 0.0025813, 0.0025797, 0.0025760");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002302;
			capacitance : 0.002182;
			fall_capacitance : 0.002062;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027682, -0.0027667, -0.0027634, -0.0027633, -0.0027631, -0.0027626, -0.0027615");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027739, 0.0027718, 0.0027669, 0.0027672, 0.0027676, 0.0027687, 0.0027713");
				}
			}
		}
	}
	cell ("scs8hd_and4b_1") {
		area : 10.009600;
		cell_footprint : "and4b";
		cell_leakage_power : 3.809679e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004046";
			when : "!AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0004037";
			when : "!AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0004454";
			when : "!AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0004047";
			when : "!AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0004509";
			when : "!AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0004086";
			when : "!AN&B&!C&!D";
		}
		leakage_power () {
			value : "5.2177524e-05";
			when : "!AN&B&C&D";
		}
		leakage_power () {
			value : "0.0004519";
			when : "!AN&B&C&!D";
		}
		leakage_power () {
			value : "0.0003782";
			when : "AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0003780";
			when : "AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0003791";
			when : "AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0003782";
			when : "AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0003794";
			when : "AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0003785";
			when : "AN&B&!C&!D";
		}
		leakage_power () {
			value : "0.0004225";
			when : "AN&B&C&D";
		}
		leakage_power () {
			value : "0.0003795";
			when : "AN&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B&C&D)";
			max_capacitance : 0.139170;
			max_transition : 1.510887;
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0087666, 0.0098085, 0.0123317, 0.0185219, 0.0340869, 0.0738267, 0.1754110", \
					  "0.0087603, 0.0097956, 0.0123164, 0.0185101, 0.0340016, 0.0739886, 0.1749206", \
					  "0.0086845, 0.0097211, 0.0122467, 0.0184129, 0.0339848, 0.0739542, 0.1756978", \
					  "0.0086263, 0.0096647, 0.0121847, 0.0183600, 0.0339567, 0.0739810, 0.1749373", \
					  "0.0085514, 0.0095778, 0.0120896, 0.0182365, 0.0339083, 0.0738042, 0.1760741", \
					  "0.0086756, 0.0096618, 0.0121028, 0.0181432, 0.0337667, 0.0740129, 0.1748926", \
					  "0.0086512, 0.0095997, 0.0120470, 0.0182438, 0.0338755, 0.0737581, 0.1750449");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0054828, 0.0047564, 0.0027778, -0.0028144, -0.0182611, -0.0584702, -0.1614826", \
					  "0.0054064, 0.0046693, 0.0027284, -0.0028923, -0.0183346, -0.0585364, -0.1615525", \
					  "0.0052986, 0.0045529, 0.0025904, -0.0030107, -0.0184424, -0.0586404, -0.1616762", \
					  "0.0051598, 0.0044264, 0.0024471, -0.0031853, -0.0186050, -0.0587961, -0.1618205", \
					  "0.0049981, 0.0042615, 0.0022534, -0.0033815, -0.0187870, -0.0589397, -0.1619458", \
					  "0.0046994, 0.0038712, 0.0019168, -0.0035747, -0.0189549, -0.0590741, -0.1620378", \
					  "0.0059688, 0.0050174, 0.0026393, -0.0034935, -0.0191352, -0.0591781, -0.1620962");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0086105, 0.0096529, 0.0121382, 0.0183544, 0.0338864, 0.0736308, 0.1754384", \
					  "0.0085926, 0.0096352, 0.0121210, 0.0183412, 0.0338719, 0.0740560, 0.1745693", \
					  "0.0085529, 0.0095914, 0.0121016, 0.0182590, 0.0337887, 0.0737075, 0.1758077", \
					  "0.0084965, 0.0095335, 0.0120530, 0.0182142, 0.0339362, 0.0736929, 0.1746254", \
					  "0.0084476, 0.0094741, 0.0119580, 0.0181532, 0.0337324, 0.0737534, 0.1757207", \
					  "0.0086315, 0.0096136, 0.0120574, 0.0179770, 0.0336975, 0.0738564, 0.1756673", \
					  "0.0085723, 0.0095276, 0.0119683, 0.0182018, 0.0337512, 0.0739227, 0.1762931");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0067045, 0.0059739, 0.0040102, -0.0015711, -0.0169451, -0.0571049, -0.1600778", \
					  "0.0066404, 0.0059073, 0.0039562, -0.0016077, -0.0170027, -0.0571646, -0.1601470", \
					  "0.0065660, 0.0058353, 0.0038826, -0.0016941, -0.0170729, -0.0572336, -0.1602073", \
					  "0.0064604, 0.0057085, 0.0037569, -0.0018283, -0.0172066, -0.0573595, -0.1603281", \
					  "0.0063437, 0.0055857, 0.0035881, -0.0019989, -0.0173806, -0.0575110, -0.1604698", \
					  "0.0060715, 0.0053239, 0.0033961, -0.0021622, -0.0175112, -0.0575983, -0.1605199", \
					  "0.0072297, 0.0062862, 0.0039016, -0.0021686, -0.0178005, -0.0578160, -0.1606968");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0089544, 0.0099619, 0.0125145, 0.0186902, 0.0341838, 0.0739476, 0.1757435", \
					  "0.0089379, 0.0099812, 0.0125007, 0.0186493, 0.0341540, 0.0739261, 0.1750366", \
					  "0.0088680, 0.0099029, 0.0124175, 0.0185948, 0.0340974, 0.0738848, 0.1747908", \
					  "0.0087715, 0.0098104, 0.0123394, 0.0184887, 0.0340084, 0.0738523, 0.1752649", \
					  "0.0086591, 0.0096995, 0.0122107, 0.0183965, 0.0341188, 0.0738237, 0.1757594", \
					  "0.0088211, 0.0098165, 0.0122548, 0.0182461, 0.0338575, 0.0739969, 0.1758908", \
					  "0.0088803, 0.0098255, 0.0122657, 0.0184901, 0.0341302, 0.0741186, 0.1761840");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0075478, 0.0068027, 0.0047884, -0.0009055, -0.0164477, -0.0567017, -0.1597227", \
					  "0.0074804, 0.0067324, 0.0047247, -0.0010061, -0.0165105, -0.0567548, -0.1597609", \
					  "0.0073819, 0.0066252, 0.0045904, -0.0010926, -0.0165978, -0.0568315, -0.1598353", \
					  "0.0072767, 0.0065026, 0.0044841, -0.0012007, -0.0167042, -0.0569329, -0.1599572", \
					  "0.0071606, 0.0064012, 0.0043830, -0.0012835, -0.0167658, -0.0569827, -0.1599879", \
					  "0.0069893, 0.0062221, 0.0043127, -0.0013459, -0.0167919, -0.0569886, -0.1599851", \
					  "0.0083155, 0.0074121, 0.0050225, -0.0011447, -0.0168844, -0.0569907, -0.1599726");
				}
			}
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0085001, 0.0095474, 0.0120454, 0.0182598, 0.0338746, 0.0738729, 0.1759011", \
					  "0.0084256, 0.0094654, 0.0120016, 0.0182046, 0.0339776, 0.0738536, 0.1758526", \
					  "0.0085001, 0.0095372, 0.0120493, 0.0182529, 0.0339056, 0.0739273, 0.1768024", \
					  "0.0084306, 0.0094727, 0.0119719, 0.0181849, 0.0339595, 0.0738366, 0.1758240", \
					  "0.0083014, 0.0093309, 0.0118864, 0.0180860, 0.0337405, 0.0740736, 0.1756765", \
					  "0.0082315, 0.0093181, 0.0118792, 0.0180745, 0.0338576, 0.0738049, 0.1761338", \
					  "0.0083871, 0.0093660, 0.0118084, 0.0179410, 0.0336216, 0.0732488, 0.1756513");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0053488, 0.0046524, 0.0027450, -0.0028180, -0.0182437, -0.0584837, -0.1615336", \
					  "0.0053287, 0.0046122, 0.0027043, -0.0028541, -0.0182645, -0.0584904, -0.1615547", \
					  "0.0053039, 0.0045976, 0.0026918, -0.0028519, -0.0182996, -0.0585230, -0.1615817", \
					  "0.0050896, 0.0043722, 0.0024535, -0.0030828, -0.0185129, -0.0587353, -0.1617777", \
					  "0.0049360, 0.0042043, 0.0022907, -0.0032670, -0.0186910, -0.0589177, -0.1619595", \
					  "0.0060802, 0.0052049, 0.0029147, -0.0030713, -0.0187554, -0.0590024, -0.1620337", \
					  "0.0061370, 0.0052413, 0.0029514, -0.0031026, -0.0186695, -0.0589375, -0.1620232");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1813914, 0.1906565, 0.2102767, 0.2526409, 0.3516126, 0.6010361, 1.2372201", \
					  "0.1863618, 0.1955776, 0.2153253, 0.2577118, 0.3566381, 0.6062649, 1.2425341", \
					  "0.2002213, 0.2094650, 0.2290897, 0.2714145, 0.3707170, 0.6203076, 1.2564041", \
					  "0.2349745, 0.2441822, 0.2638078, 0.3061814, 0.4051254, 0.6547681, 1.2910130", \
					  "0.3100148, 0.3191047, 0.3375445, 0.3799540, 0.4791755, 0.7298669, 1.3640408", \
					  "0.4435555, 0.4528702, 0.4726777, 0.5135649, 0.6128474, 0.8626460, 1.5036392", \
					  "0.6732525, 0.6826793, 0.7026450, 0.7452907, 0.8447421, 1.0948832, 1.7300287");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0320015, 0.0400446, 0.0600699, 0.1104355, 0.2438144, 0.5981668, 1.4945377", \
					  "0.0319173, 0.0402033, 0.0600638, 0.1104586, 0.2439499, 0.5982858, 1.4951635", \
					  "0.0318343, 0.0402293, 0.0600345, 0.1101255, 0.2439886, 0.5956100, 1.4978730", \
					  "0.0318906, 0.0400081, 0.0601108, 0.1104388, 0.2439552, 0.5982890, 1.4946264", \
					  "0.0319941, 0.0401894, 0.0600461, 0.1103436, 0.2438028, 0.5972176, 1.5007841", \
					  "0.0323033, 0.0406951, 0.0606160, 0.1103014, 0.2439096, 0.5976758, 1.5108870", \
					  "0.0334425, 0.0418211, 0.0615158, 0.1117483, 0.2439856, 0.5926397, 1.5011313");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1433494, 0.1495142, 0.1617093, 0.1845731, 0.2289599, 0.3258550, 0.5675739", \
					  "0.1484022, 0.1545009, 0.1666871, 0.1892971, 0.2337271, 0.3312682, 0.5727596", \
					  "0.1597667, 0.1659125, 0.1780901, 0.2010013, 0.2453930, 0.3423368, 0.5842727", \
					  "0.1812720, 0.1873546, 0.1993734, 0.2222268, 0.2666796, 0.3640457, 0.6057298", \
					  "0.2131187, 0.2192379, 0.2314021, 0.2542454, 0.2984156, 0.3959640, 0.6375017", \
					  "0.2586603, 0.2647656, 0.2768177, 0.2996273, 0.3437017, 0.4413151, 0.6829589", \
					  "0.3131524, 0.3192819, 0.3315525, 0.3553485, 0.4000029, 0.4976546, 0.7392935");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0233245, 0.0274582, 0.0362588, 0.0550323, 0.1001138, 0.2182912, 0.5353185", \
					  "0.0233539, 0.0273968, 0.0359749, 0.0549762, 0.1001270, 0.2177293, 0.5344309", \
					  "0.0233815, 0.0275135, 0.0360712, 0.0552453, 0.1000917, 0.2188558, 0.5341195", \
					  "0.0233797, 0.0274191, 0.0360872, 0.0553537, 0.1000285, 0.2191775, 0.5345689", \
					  "0.0235836, 0.0275099, 0.0359604, 0.0551849, 0.1001235, 0.2180184, 0.5345575", \
					  "0.0234951, 0.0274865, 0.0362322, 0.0555530, 0.1003887, 0.2178426, 0.5337811", \
					  "0.0241345, 0.0281345, 0.0367717, 0.0560829, 0.1002928, 0.2180948, 0.5344758");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1193501, 0.1286146, 0.1482709, 0.1904489, 0.2892878, 0.5394056, 1.1745795", \
					  "0.1239917, 0.1331609, 0.1527606, 0.1949785, 0.2937338, 0.5428428, 1.1796885", \
					  "0.1334259, 0.1426693, 0.1623696, 0.2047237, 0.3035628, 0.5524496, 1.1888502", \
					  "0.1559252, 0.1651072, 0.1847662, 0.2270371, 0.3257798, 0.5752923, 1.2129651", \
					  "0.1997866, 0.2093704, 0.2296942, 0.2729141, 0.3721741, 0.6212901, 1.2637441", \
					  "0.2672005, 0.2779404, 0.2998060, 0.3442258, 0.4446288, 0.6937202, 1.3326283", \
					  "0.3445667, 0.3583883, 0.3852865, 0.4340735, 0.5358965, 0.7868067, 1.4231112");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0320060, 0.0401879, 0.0600647, 0.1103072, 0.2440252, 0.5946503, 1.4990150", \
					  "0.0317946, 0.0399548, 0.0599031, 0.1101540, 0.2440187, 0.5969306, 1.4989765", \
					  "0.0319316, 0.0403075, 0.0601358, 0.1102039, 0.2438503, 0.5965594, 1.5003544", \
					  "0.0318470, 0.0399523, 0.0599559, 0.1101996, 0.2440018, 0.5985201, 1.4972531", \
					  "0.0343706, 0.0423227, 0.0619453, 0.1113765, 0.2441815, 0.5948567, 1.5091980", \
					  "0.0404527, 0.0485794, 0.0670490, 0.1151159, 0.2460681, 0.5959209, 1.4934191", \
					  "0.0564139, 0.0642469, 0.0824893, 0.1254813, 0.2496563, 0.5974702, 1.4949632");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1326319, 0.1387594, 0.1510342, 0.1741031, 0.2187133, 0.3162477, 0.5580495", \
					  "0.1382291, 0.1444676, 0.1566042, 0.1796568, 0.2243501, 0.3219038, 0.5637668", \
					  "0.1521879, 0.1583973, 0.1707268, 0.1938626, 0.2381495, 0.3356508, 0.5772881", \
					  "0.1871368, 0.1933175, 0.2054975, 0.2286150, 0.2731091, 0.3707893, 0.6126508", \
					  "0.2689549, 0.2751099, 0.2873233, 0.3102770, 0.3550610, 0.4524335, 0.6939122", \
					  "0.4400642, 0.4476217, 0.4622013, 0.4882653, 0.5352792, 0.6338648, 0.8756555", \
					  "0.7374343, 0.7474988, 0.7677260, 0.8015968, 0.8583671, 0.9634040, 1.2058329");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0243653, 0.0283003, 0.0369182, 0.0560675, 0.1007749, 0.2181354, 0.5347160", \
					  "0.0244043, 0.0282823, 0.0372687, 0.0560996, 0.1007721, 0.2181690, 0.5345649", \
					  "0.0243899, 0.0281192, 0.0367059, 0.0553785, 0.1005104, 0.2193477, 0.5352788", \
					  "0.0243612, 0.0284022, 0.0370955, 0.0554044, 0.1002620, 0.2187695, 0.5347578", \
					  "0.0243847, 0.0282514, 0.0368273, 0.0558126, 0.1007663, 0.2180621, 0.5340053", \
					  "0.0332391, 0.0374141, 0.0457249, 0.0637279, 0.1054552, 0.2200435, 0.5349156", \
					  "0.0527711, 0.0574401, 0.0672678, 0.0863524, 0.1271558, 0.2318452, 0.5396058");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1245741, 0.1337766, 0.1532297, 0.1955159, 0.2942675, 0.5418125, 1.1770972", \
					  "0.1290787, 0.1382979, 0.1577748, 0.2000319, 0.2988124, 0.5469302, 1.1838781", \
					  "0.1383558, 0.1475603, 0.1672621, 0.2095730, 0.3081423, 0.5565067, 1.1947701", \
					  "0.1581379, 0.1673120, 0.1869282, 0.2291819, 0.3277306, 0.5766039, 1.2133158", \
					  "0.1980830, 0.2076120, 0.2277292, 0.2705632, 0.3694580, 0.6189124, 1.2583289", \
					  "0.2618892, 0.2726888, 0.2946189, 0.3388240, 0.4389172, 0.6886592, 1.3275625", \
					  "0.3382808, 0.3520823, 0.3786741, 0.4279862, 0.5294163, 0.7800318, 1.4154174");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0315266, 0.0400108, 0.0601196, 0.1102884, 0.2442579, 0.5970953, 1.4912319", \
					  "0.0317141, 0.0400175, 0.0601013, 0.1101951, 0.2442069, 0.5980325, 1.4994155", \
					  "0.0316905, 0.0401664, 0.0601195, 0.1101281, 0.2439920, 0.5973436, 1.5086352", \
					  "0.0318552, 0.0399711, 0.0599507, 0.1103818, 0.2439796, 0.5984873, 1.4926420", \
					  "0.0336823, 0.0420913, 0.0616333, 0.1115460, 0.2440702, 0.5985423, 1.5076335", \
					  "0.0392715, 0.0480083, 0.0669619, 0.1154141, 0.2453800, 0.5944482, 1.5050907", \
					  "0.0545861, 0.0631018, 0.0822826, 0.1258361, 0.2494712, 0.5968355, 1.4962763");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1447101, 0.1510267, 0.1636116, 0.1869711, 0.2316108, 0.3295066, 0.5712826", \
					  "0.1504139, 0.1567442, 0.1692908, 0.1926881, 0.2374034, 0.3353079, 0.5773354", \
					  "0.1651734, 0.1714790, 0.1840146, 0.2074395, 0.2520708, 0.3499947, 0.5915802", \
					  "0.1997899, 0.2061409, 0.2186444, 0.2420237, 0.2867413, 0.3846458, 0.6268791", \
					  "0.2826388, 0.2889276, 0.3014320, 0.3247520, 0.3698495, 0.4678654, 0.7098319", \
					  "0.4591936, 0.4666335, 0.4808739, 0.5063866, 0.5530254, 0.6512258, 0.8932209", \
					  "0.7730909, 0.7832486, 0.8027363, 0.8359555, 0.8911706, 0.9952652, 1.2371787");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0252821, 0.0293115, 0.0377495, 0.0564707, 0.1015368, 0.2186737, 0.5344763", \
					  "0.0252887, 0.0290914, 0.0376965, 0.0565926, 0.1014794, 0.2188163, 0.5352573", \
					  "0.0250703, 0.0290881, 0.0376959, 0.0564154, 0.1015819, 0.2186685, 0.5343763", \
					  "0.0252842, 0.0291477, 0.0377498, 0.0564253, 0.1016115, 0.2186693, 0.5425463", \
					  "0.0252936, 0.0292473, 0.0377634, 0.0568817, 0.1012623, 0.2199419, 0.5356945", \
					  "0.0324781, 0.0365942, 0.0450895, 0.0630483, 0.1051225, 0.2208513, 0.5371130", \
					  "0.0499612, 0.0544209, 0.0641977, 0.0844535, 0.1240917, 0.2304072, 0.5373401");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1313011, 0.1402384, 0.1600187, 0.2023419, 0.3004672, 0.5485024, 1.1827758", \
					  "0.1359461, 0.1451824, 0.1648406, 0.2069775, 0.3053257, 0.5532119, 1.1897224", \
					  "0.1449097, 0.1541191, 0.1738434, 0.2161668, 0.3147098, 0.5624975, 1.1965441", \
					  "0.1632739, 0.1724581, 0.1920609, 0.2342362, 0.3325362, 0.5811003, 1.2153277", \
					  "0.1983119, 0.2078568, 0.2281614, 0.2710560, 0.3696527, 0.6181858, 1.2637427", \
					  "0.2571023, 0.2676615, 0.2893979, 0.3340545, 0.4342734, 0.6835331, 1.3185408", \
					  "0.3341885, 0.3477325, 0.3736307, 0.4226744, 0.5248771, 0.7745571, 1.4106365");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0317204, 0.0402245, 0.0600304, 0.1103771, 0.2439104, 0.5983695, 1.4956600", \
					  "0.0318945, 0.0399367, 0.0599717, 0.1103382, 0.2438855, 0.5983730, 1.4968984", \
					  "0.0319919, 0.0402121, 0.0601454, 0.1104101, 0.2435964, 0.5984373, 1.4979135", \
					  "0.0317703, 0.0401464, 0.0599992, 0.1102570, 0.2439828, 0.5985997, 1.4923823", \
					  "0.0338205, 0.0419055, 0.0613881, 0.1114188, 0.2442256, 0.5981653, 1.5018397", \
					  "0.0390821, 0.0471896, 0.0665461, 0.1150373, 0.2455023, 0.5947521, 1.4995154", \
					  "0.0509675, 0.0603784, 0.0797756, 0.1245731, 0.2502591, 0.5969352, 1.4912253");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1604987, 0.1669647, 0.1797248, 0.2032399, 0.2479378, 0.3461838, 0.5881409", \
					  "0.1660118, 0.1724642, 0.1851618, 0.2082416, 0.2537194, 0.3519345, 0.5941735", \
					  "0.1797964, 0.1861509, 0.1985523, 0.2223228, 0.2673805, 0.3657460, 0.6078582", \
					  "0.2134109, 0.2198427, 0.2326083, 0.2562266, 0.3014026, 0.3997157, 0.6419204", \
					  "0.2945926, 0.3010575, 0.3138545, 0.3375762, 0.3830780, 0.4815580, 0.7233205", \
					  "0.4779189, 0.4852354, 0.4992954, 0.5246706, 0.5710968, 0.6698066, 0.9117125", \
					  "0.7990604, 0.8094667, 0.8285907, 0.8611131, 0.9157416, 1.0195361, 1.2618837");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0264656, 0.0305510, 0.0394116, 0.0585584, 0.1034333, 0.2202028, 0.5434486", \
					  "0.0267545, 0.0308890, 0.0397237, 0.0593292, 0.1035511, 0.2202747, 0.5359362", \
					  "0.0267283, 0.0307723, 0.0396553, 0.0583825, 0.1032243, 0.2211095, 0.5431265", \
					  "0.0267290, 0.0308283, 0.0394830, 0.0587719, 0.1032699, 0.2208543, 0.5360090", \
					  "0.0267614, 0.0307464, 0.0393770, 0.0586641, 0.1031367, 0.2216651, 0.5410768", \
					  "0.0323037, 0.0362376, 0.0444921, 0.0624758, 0.1055690, 0.2221192, 0.5353957", \
					  "0.0491597, 0.0540089, 0.0635371, 0.0820952, 0.1230802, 0.2307788, 0.5410569");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001481;
			capacitance : 0.001560;
			rise_capacitance : 0.001639;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014967, 0.0014421, 0.0013162, 0.0013096, 0.0012945, 0.0012596, 0.0011791");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049357, 0.0048540, 0.0046658, 0.0046660, 0.0046663, 0.0046671, 0.0046690");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001587;
			capacitance : 0.001551;
			fall_capacitance : 0.001515;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017525, -0.0017535, -0.0017558, -0.0017528, -0.0017460, -0.0017303, -0.0016941");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019694, 0.0019706, 0.0019732, 0.0019750, 0.0019789, 0.0019880, 0.0020090");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001562;
			capacitance : 0.001529;
			fall_capacitance : 0.001496;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013550, -0.0013552, -0.0013557, -0.0013555, -0.0013551, -0.0013540, -0.0013516");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014192, 0.0014177, 0.0014140, 0.0014214, 0.0014384, 0.0014775, 0.0015678");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001635;
			capacitance : 0.001568;
			fall_capacitance : 0.001501;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016871, -0.0016854, -0.0016815, -0.0016813, -0.0016807, -0.0016795, -0.0016765");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016851, 0.0016842, 0.0016819, 0.0016817, 0.0016814, 0.0016806, 0.0016788");
				}
			}
		}
	}
	cell ("scs8hd_and4b_2") {
		area : 11.260800;
		cell_footprint : "and4b";
		cell_leakage_power : 7.162224e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007607";
			when : "!AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0007597";
			when : "!AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0008026";
			when : "!AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0007609";
			when : "!AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0008092";
			when : "!AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0007648";
			when : "!AN&B&!C&!D";
		}
		leakage_power () {
			value : "6.6850618e-05";
			when : "!AN&B&C&D";
		}
		leakage_power () {
			value : "0.0008124";
			when : "!AN&B&C&!D";
		}
		leakage_power () {
			value : "0.0007342";
			when : "AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0007340";
			when : "AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0007350";
			when : "AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0007342";
			when : "AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0007354";
			when : "AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0007345";
			when : "AN&B&!C&!D";
		}
		leakage_power () {
			value : "0.0007794";
			when : "AN&B&C&D";
		}
		leakage_power () {
			value : "0.0007356";
			when : "AN&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B&C&D)";
			max_capacitance : 0.260935;
			max_transition : 1.505715;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0119349, 0.0131245, 0.0165441, 0.0257704, 0.0512315, 0.1232442, 0.3248584", \
					  "0.0118805, 0.0130786, 0.0164935, 0.0257225, 0.0511842, 0.1231997, 0.3248164", \
					  "0.0119435, 0.0131409, 0.0165528, 0.0257888, 0.0512954, 0.1232780, 0.3251437", \
					  "0.0118311, 0.0130446, 0.0164664, 0.0256969, 0.0511939, 0.1231823, 0.3249282", \
					  "0.0117970, 0.0130176, 0.0164356, 0.0256743, 0.0511559, 0.1231722, 0.3249472", \
					  "0.0116953, 0.0128601, 0.0162790, 0.0255272, 0.0510040, 0.1230360, 0.3278917", \
					  "0.0121619, 0.0133520, 0.0165129, 0.0256109, 0.0509410, 0.1224233, 0.3266652");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0074756, 0.0064906, 0.0039460, -0.0037341, -0.0280553, -0.1000446, -0.3055373", \
					  "0.0074572, 0.0064775, 0.0040091, -0.0037733, -0.0280584, -0.1000559, -0.3055384", \
					  "0.0074567, 0.0064833, 0.0039755, -0.0037698, -0.0280735, -0.1000349, -0.3055390", \
					  "0.0072886, 0.0062980, 0.0037550, -0.0039312, -0.0282450, -0.1002209, -0.3057230", \
					  "0.0071382, 0.0061610, 0.0035897, -0.0041439, -0.0284176, -0.1004126, -0.3059065", \
					  "0.0093110, 0.0082750, 0.0053395, -0.0033110, -0.0284681, -0.1004621, -0.3059616", \
					  "0.0096187, 0.0086295, 0.0055637, -0.0031184, -0.0282069, -0.1003955, -0.3059715");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0121416, 0.0132826, 0.0166702, 0.0259437, 0.0513626, 0.1230017, 0.3270924", \
					  "0.0121282, 0.0133109, 0.0167371, 0.0260179, 0.0513935, 0.1231860, 0.3282468", \
					  "0.0121019, 0.0132892, 0.0166217, 0.0259150, 0.0513044, 0.1229215, 0.3271001", \
					  "0.0120318, 0.0132117, 0.0166283, 0.0258869, 0.0513222, 0.1230131, 0.3247972", \
					  "0.0119641, 0.0130797, 0.0164503, 0.0256867, 0.0511778, 0.1231945, 0.3273787", \
					  "0.0122763, 0.0134147, 0.0166040, 0.0256232, 0.0508467, 0.1227630, 0.3271032", \
					  "0.0127211, 0.0138507, 0.0170479, 0.0260465, 0.0513933, 0.1232922, 0.3257781");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0076551, 0.0066564, 0.0040674, -0.0037930, -0.0281222, -0.1000868, -0.3055732", \
					  "0.0075696, 0.0065656, 0.0040044, -0.0038310, -0.0281867, -0.1001416, -0.3056149", \
					  "0.0075006, 0.0065037, 0.0039215, -0.0039025, -0.0282610, -0.1002134, -0.3056952", \
					  "0.0073424, 0.0063555, 0.0037438, -0.0040816, -0.0284628, -0.1003543, -0.3058605", \
					  "0.0071652, 0.0061715, 0.0035804, -0.0042755, -0.0286596, -0.1006000, -0.3060000", \
					  "0.0070844, 0.0060594, 0.0033421, -0.0045893, -0.0289268, -0.1007830, -0.3061454", \
					  "0.0091624, 0.0080606, 0.0048412, -0.0040047, -0.0292203, -0.1009943, -0.3062350");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0120138, 0.0131822, 0.0166228, 0.0258929, 0.0511255, 0.1229618, 0.3279211", \
					  "0.0119950, 0.0131894, 0.0165816, 0.0257949, 0.0511625, 0.1227153, 0.3267249", \
					  "0.0119632, 0.0131523, 0.0164864, 0.0258578, 0.0511515, 0.1226928, 0.3268495", \
					  "0.0119099, 0.0130977, 0.0164962, 0.0257572, 0.0511730, 0.1234916, 0.3245155", \
					  "0.0118762, 0.0130106, 0.0164033, 0.0256178, 0.0510134, 0.1227853, 0.3268414", \
					  "0.0123048, 0.0134233, 0.0166189, 0.0255835, 0.0508086, 0.1232651, 0.3265277", \
					  "0.0123406, 0.0134705, 0.0166902, 0.0258320, 0.0508416, 0.1230341, 0.3256993");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0088302, 0.0078522, 0.0052611, -0.0025418, -0.0268428, -0.0987538, -0.3041726", \
					  "0.0088119, 0.0078340, 0.0052336, -0.0025617, -0.0268957, -0.0987873, -0.3042273", \
					  "0.0087395, 0.0077558, 0.0051474, -0.0026521, -0.0269458, -0.0988562, -0.3042811", \
					  "0.0086033, 0.0076491, 0.0050013, -0.0027831, -0.0270916, -0.0989870, -0.3043993", \
					  "0.0084664, 0.0074861, 0.0048910, -0.0029614, -0.0272889, -0.0991564, -0.3045392", \
					  "0.0084176, 0.0074105, 0.0046835, -0.0032268, -0.0275710, -0.0993703, -0.3046851", \
					  "0.0104151, 0.0093055, 0.0061172, -0.0027442, -0.0280928, -0.0996550, -0.3048667");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0123058, 0.0134930, 0.0168371, 0.0261483, 0.0515414, 0.1230170, 0.3269051", \
					  "0.0122814, 0.0134935, 0.0169180, 0.0261839, 0.0513987, 0.1230107, 0.3267827", \
					  "0.0122115, 0.0134417, 0.0168363, 0.0260475, 0.0514014, 0.1231000, 0.3276368", \
					  "0.0121788, 0.0133692, 0.0167893, 0.0260053, 0.0514609, 0.1232729, 0.3247676", \
					  "0.0120980, 0.0132900, 0.0166183, 0.0258510, 0.0512461, 0.1228834, 0.3281298", \
					  "0.0124827, 0.0136274, 0.0167525, 0.0257035, 0.0511083, 0.1230697, 0.3246103", \
					  "0.0125038, 0.0136405, 0.0168585, 0.0259926, 0.0511227, 0.1232242, 0.3270186");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001418721, 0.004025541, 0.01142224, 0.03240996, 0.0919614, 0.2609352");
					values("0.0097600, 0.0087130, 0.0061037, -0.0018734, -0.0263065, -0.0983421, -0.3038078", \
					  "0.0097076, 0.0086941, 0.0060451, -0.0018623, -0.0263647, -0.0983803, -0.3038558", \
					  "0.0095402, 0.0085586, 0.0059603, -0.0020002, -0.0264665, -0.0984585, -0.3039333", \
					  "0.0095083, 0.0084784, 0.0058345, -0.0021442, -0.0265665, -0.0985288, -0.3040007", \
					  "0.0093699, 0.0083710, 0.0057476, -0.0022093, -0.0266621, -0.0986264, -0.3040765", \
					  "0.0093328, 0.0083121, 0.0055879, -0.0022165, -0.0267137, -0.0986912, -0.3041023", \
					  "0.0113734, 0.0102519, 0.0071164, -0.0018431, -0.0270815, -0.0987534, -0.3041244");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.2079943, 0.2159534, 0.2337971, 0.2722974, 0.3617114, 0.5995761, 1.2721517", \
					  "0.2131751, 0.2210499, 0.2388930, 0.2773956, 0.3668070, 0.6046616, 1.2776731", \
					  "0.2273564, 0.2352496, 0.2530217, 0.2915527, 0.3808820, 0.6187013, 1.2911863", \
					  "0.2611234, 0.2690317, 0.2868701, 0.3253397, 0.4145835, 0.6523654, 1.3249813", \
					  "0.3359967, 0.3439034, 0.3617790, 0.4002857, 0.4895885, 0.7274655, 1.4002284", \
					  "0.4689882, 0.4766792, 0.4945861, 0.5333149, 0.6227302, 0.8605477, 1.5331250", \
					  "0.7003237, 0.7082722, 0.7261378, 0.7650388, 0.8545127, 1.0931382, 1.7647391");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0331540, 0.0393310, 0.0543690, 0.0937854, 0.2054566, 0.5375612, 1.4888237", \
					  "0.0333303, 0.0393569, 0.0544224, 0.0937694, 0.2054677, 0.5377231, 1.4875355", \
					  "0.0333395, 0.0393056, 0.0546495, 0.0937782, 0.2054456, 0.5385377, 1.4922377", \
					  "0.0332312, 0.0392658, 0.0546434, 0.0937458, 0.2049104, 0.5389192, 1.4936444", \
					  "0.0331783, 0.0392230, 0.0546880, 0.0937935, 0.2053850, 0.5385217, 1.4937753", \
					  "0.0333515, 0.0399786, 0.0549693, 0.0935637, 0.2051435, 0.5388243, 1.4961320", \
					  "0.0344800, 0.0404974, 0.0560106, 0.0947190, 0.2059069, 0.5340939, 1.4994833");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.1781416, 0.1836605, 0.1956099, 0.2189316, 0.2631630, 0.3572071, 0.5955716", \
					  "0.1832093, 0.1887187, 0.2004977, 0.2240652, 0.2677518, 0.3618479, 0.6008686", \
					  "0.1948182, 0.2003068, 0.2121193, 0.2356211, 0.2799692, 0.3732090, 0.6123893", \
					  "0.2161416, 0.2216231, 0.2334038, 0.2569376, 0.3010391, 0.3946529, 0.6336020", \
					  "0.2476238, 0.2531012, 0.2652243, 0.2884744, 0.3328058, 0.4267601, 0.6650038", \
					  "0.2919186, 0.2974771, 0.3090110, 0.3321321, 0.3765480, 0.4706042, 0.7103154", \
					  "0.3442429, 0.3498127, 0.3617957, 0.3850144, 0.4296464, 0.5244163, 0.7638118");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0292283, 0.0323876, 0.0395891, 0.0561633, 0.0938386, 0.1964251, 0.5085193", \
					  "0.0292086, 0.0323625, 0.0400090, 0.0556632, 0.0948127, 0.1958362, 0.5070075", \
					  "0.0292225, 0.0324219, 0.0398429, 0.0556506, 0.0942825, 0.1961658, 0.5058463", \
					  "0.0291988, 0.0323537, 0.0398065, 0.0557913, 0.0938250, 0.1965793, 0.5065194", \
					  "0.0294738, 0.0327261, 0.0401285, 0.0557142, 0.0938738, 0.1960181, 0.5070636", \
					  "0.0295843, 0.0325058, 0.0397452, 0.0561913, 0.0939268, 0.1955671, 0.5067912", \
					  "0.0297885, 0.0329405, 0.0401606, 0.0563923, 0.0947915, 0.1966898, 0.5089330");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.1481149, 0.1556513, 0.1735111, 0.2121791, 0.3015644, 0.5397361, 1.2112013", \
					  "0.1524578, 0.1603208, 0.1781792, 0.2167634, 0.3061010, 0.5440219, 1.2154937", \
					  "0.1624720, 0.1703622, 0.1878207, 0.2265075, 0.3159386, 0.5543617, 1.2255148", \
					  "0.1849973, 0.1927904, 0.2106811, 0.2492488, 0.3385491, 0.5769720, 1.2467847", \
					  "0.2342652, 0.2417763, 0.2598635, 0.2989442, 0.3883323, 0.6259695, 1.2994581", \
					  "0.3165308, 0.3255069, 0.3450921, 0.3858610, 0.4769185, 0.7157043, 1.3902243", \
					  "0.4230972, 0.4344592, 0.4587252, 0.5047544, 0.5990439, 0.8376236, 1.5096838");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0332293, 0.0397972, 0.0546970, 0.0939203, 0.2054039, 0.5380422, 1.4998671", \
					  "0.0335474, 0.0397085, 0.0546269, 0.0935238, 0.2052438, 0.5391347, 1.4957199", \
					  "0.0332247, 0.0392360, 0.0547590, 0.0939055, 0.2050733, 0.5376530, 1.4965997", \
					  "0.0332748, 0.0394147, 0.0543781, 0.0936378, 0.2054711, 0.5389861, 1.4892743", \
					  "0.0345610, 0.0414081, 0.0562617, 0.0947379, 0.2053525, 0.5390508, 1.5046867", \
					  "0.0411114, 0.0470318, 0.0618392, 0.0991479, 0.2089952, 0.5379668, 1.5044724", \
					  "0.0586311, 0.0649116, 0.0783711, 0.1137663, 0.2147311, 0.5412660, 1.4895858");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.1675503, 0.1731874, 0.1852676, 0.2086909, 0.2533714, 0.3476932, 0.5868325", \
					  "0.1735080, 0.1791908, 0.1913424, 0.2148757, 0.2593053, 0.3536857, 0.5930043", \
					  "0.1874675, 0.1930947, 0.2055180, 0.2290727, 0.2735072, 0.3675112, 0.6069336", \
					  "0.2225981, 0.2282898, 0.2388955, 0.2624243, 0.3068269, 0.4026985, 0.6404887", \
					  "0.3028239, 0.3084810, 0.3217030, 0.3452373, 0.3898796, 0.4831416, 0.7238008", \
					  "0.4890514, 0.4954395, 0.5087749, 0.5337462, 0.5788719, 0.6744886, 0.9135343", \
					  "0.8199110, 0.8290397, 0.8470561, 0.8807668, 0.9375524, 1.0428407, 1.2835047");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0306232, 0.0335641, 0.0410125, 0.0572250, 0.0946476, 0.1965099, 0.5071193", \
					  "0.0306028, 0.0335920, 0.0409827, 0.0568747, 0.0952782, 0.1969787, 0.5058031", \
					  "0.0305578, 0.0335853, 0.0408060, 0.0566332, 0.0949296, 0.1972989, 0.5074809", \
					  "0.0305286, 0.0335109, 0.0408158, 0.0566958, 0.0952902, 0.1965286, 0.5066473", \
					  "0.0304435, 0.0336160, 0.0409046, 0.0573370, 0.0951191, 0.1969681, 0.5078475", \
					  "0.0374100, 0.0404538, 0.0470182, 0.0617415, 0.0982312, 0.1982138, 0.5061350", \
					  "0.0596552, 0.0634387, 0.0710389, 0.0879179, 0.1255715, 0.2159529, 0.5126718");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.1531794, 0.1609797, 0.1789601, 0.2174105, 0.3068497, 0.5443862, 1.2158690", \
					  "0.1578587, 0.1656060, 0.1833756, 0.2220063, 0.3113834, 0.5495274, 1.2240532", \
					  "0.1673912, 0.1752838, 0.1927457, 0.2314990, 0.3208127, 0.5590033, 1.2301316", \
					  "0.1870433, 0.1949738, 0.2127803, 0.2513434, 0.3405954, 0.5788144, 1.2481701", \
					  "0.2302887, 0.2379809, 0.2560527, 0.2950160, 0.3844463, 0.6224851, 1.2983176", \
					  "0.3048486, 0.3137241, 0.3334652, 0.3741461, 0.4653258, 0.7038358, 1.3787977", \
					  "0.4060727, 0.4171975, 0.4413940, 0.4873702, 0.5814005, 0.8207550, 1.4919588");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0334773, 0.0397164, 0.0546178, 0.0935038, 0.2052640, 0.5391148, 1.4958635", \
					  "0.0333064, 0.0396052, 0.0547227, 0.0938946, 0.2050612, 0.5372238, 1.5048373", \
					  "0.0332360, 0.0392676, 0.0547670, 0.0934877, 0.2050986, 0.5379071, 1.4984343", \
					  "0.0331756, 0.0393578, 0.0543893, 0.0936555, 0.2054338, 0.5391614, 1.4878423", \
					  "0.0341372, 0.0406381, 0.0556804, 0.0945271, 0.2053070, 0.5388418, 1.5057154", \
					  "0.0401133, 0.0458009, 0.0610440, 0.0990659, 0.2077745, 0.5387223, 1.5031484", \
					  "0.0546825, 0.0608026, 0.0760219, 0.1114632, 0.2152822, 0.5407659, 1.4906516");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.1808418, 0.1867076, 0.1991375, 0.2229898, 0.2681715, 0.3623681, 0.6018639", \
					  "0.1866772, 0.1924602, 0.2046786, 0.2285972, 0.2737809, 0.3683510, 0.6082106", \
					  "0.2017427, 0.2075165, 0.2199498, 0.2437880, 0.2890188, 0.3832157, 0.6227232", \
					  "0.2358890, 0.2418316, 0.2547632, 0.2786253, 0.3237940, 0.4181854, 0.6574694", \
					  "0.3190778, 0.3248823, 0.3371989, 0.3609819, 0.4061491, 0.5010901, 0.7406524", \
					  "0.5065501, 0.5128261, 0.5270363, 0.5516724, 0.5973618, 0.6922308, 0.9322653", \
					  "0.8529600, 0.8617799, 0.8800874, 0.9130757, 0.9690787, 1.0726169, 1.3140837");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0317258, 0.0347444, 0.0419696, 0.0577953, 0.0958325, 0.1972818, 0.5070831", \
					  "0.0316448, 0.0347169, 0.0423451, 0.0580233, 0.0959590, 0.1981075, 0.5101815", \
					  "0.0317523, 0.0349047, 0.0419583, 0.0577346, 0.0957775, 0.1973689, 0.5072925", \
					  "0.0317222, 0.0349029, 0.0418337, 0.0578178, 0.0958817, 0.1977258, 0.5076765", \
					  "0.0315965, 0.0347158, 0.0421836, 0.0579888, 0.0956821, 0.1980063, 0.5074884", \
					  "0.0368547, 0.0398113, 0.0460326, 0.0609036, 0.0974303, 0.1985085, 0.5064367", \
					  "0.0582773, 0.0618591, 0.0695144, 0.0864016, 0.1209643, 0.2143451, 0.5126008");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.1595293, 0.1674361, 0.1849836, 0.2236536, 0.3129599, 0.5506277, 1.2214083", \
					  "0.1641876, 0.1721213, 0.1900236, 0.2284565, 0.3177930, 0.5555022, 1.2263226", \
					  "0.1732374, 0.1812106, 0.1989621, 0.2376105, 0.3269719, 0.5643651, 1.2368335", \
					  "0.1916132, 0.1994832, 0.2173226, 0.2557782, 0.3448875, 0.5821725, 1.2572733", \
					  "0.2289274, 0.2369750, 0.2548075, 0.2935978, 0.3831067, 0.6211544, 1.2911987", \
					  "0.2947749, 0.3035402, 0.3228330, 0.3635925, 0.4549150, 0.6934009, 1.3665696", \
					  "0.3897093, 0.4003449, 0.4236927, 0.4689576, 0.5635977, 0.8028803, 1.4737721");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0331265, 0.0391269, 0.0546567, 0.0938759, 0.2055063, 0.5378380, 1.5005088", \
					  "0.0330565, 0.0392095, 0.0545806, 0.0934494, 0.2050295, 0.5377999, 1.5011248", \
					  "0.0335428, 0.0396222, 0.0547301, 0.0938862, 0.2050443, 0.5389947, 1.4940430", \
					  "0.0332485, 0.0393244, 0.0545764, 0.0938215, 0.2053284, 0.5386843, 1.4926569", \
					  "0.0341110, 0.0400742, 0.0553944, 0.0944570, 0.2049316, 0.5375269, 1.4979801", \
					  "0.0388100, 0.0449639, 0.0607487, 0.0989357, 0.2079244, 0.5384796, 1.4882193", \
					  "0.0508110, 0.0571515, 0.0727005, 0.1096881, 0.2145986, 0.5401100, 1.4907653");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.1995530, 0.2056534, 0.2183751, 0.2428114, 0.2887502, 0.3837627, 0.6237250", \
					  "0.2053560, 0.2112978, 0.2239801, 0.2483689, 0.2943756, 0.3896243, 0.6301238", \
					  "0.2188028, 0.2250231, 0.2373176, 0.2618666, 0.3079322, 0.4030415, 0.6435493", \
					  "0.2539753, 0.2602118, 0.2729384, 0.2956995, 0.3411139, 0.4382523, 0.6787693", \
					  "0.3370321, 0.3429720, 0.3556665, 0.3799963, 0.4258227, 0.5216137, 0.7621201", \
					  "0.5246065, 0.5306334, 0.5464015, 0.5704784, 0.6168048, 0.7104359, 0.9508905", \
					  "0.8837879, 0.8925900, 0.9104962, 0.9424330, 0.9985082, 1.1013843, 1.3436524");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141872, 0.00402554, 0.0114222, 0.03241, 0.0919614, 0.260935");
					values("0.0336363, 0.0366425, 0.0441438, 0.0605160, 0.0982261, 0.2000272, 0.5084359", \
					  "0.0334610, 0.0366609, 0.0439956, 0.0602988, 0.0983546, 0.1999705, 0.5068977", \
					  "0.0334633, 0.0366242, 0.0443579, 0.0603191, 0.0984856, 0.1999191, 0.5074704", \
					  "0.0336257, 0.0365972, 0.0438004, 0.0604684, 0.0984983, 0.1999319, 0.5072618", \
					  "0.0333688, 0.0366013, 0.0441832, 0.0600823, 0.0976116, 0.2000144, 0.5094818", \
					  "0.0368298, 0.0397753, 0.0459813, 0.0617983, 0.0995138, 0.2002057, 0.5111183", \
					  "0.0574717, 0.0611639, 0.0692548, 0.0849529, 0.1204257, 0.2142781, 0.5121465");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001433;
			capacitance : 0.001504;
			rise_capacitance : 0.001574;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015873, 0.0015293, 0.0013955, 0.0013884, 0.0013721, 0.0013346, 0.0012480");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0046296, 0.0045557, 0.0043855, 0.0043860, 0.0043873, 0.0043901, 0.0043968");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001579;
			capacitance : 0.001548;
			fall_capacitance : 0.001517;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017443, -0.0017470, -0.0017532, -0.0017501, -0.0017430, -0.0017266, -0.0016887");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019735, 0.0019726, 0.0019704, 0.0019722, 0.0019761, 0.0019853, 0.0020064");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001571;
			capacitance : 0.001540;
			fall_capacitance : 0.001509;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013620, -0.0013619, -0.0013617, -0.0013615, -0.0013611, -0.0013602, -0.0013581");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014245, 0.0014231, 0.0014197, 0.0014272, 0.0014445, 0.0014844, 0.0015763");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001602;
			capacitance : 0.001538;
			fall_capacitance : 0.001473;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016393, -0.0016391, -0.0016386, -0.0016384, -0.0016380, -0.0016369, -0.0016345");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016385, 0.0016385, 0.0016384, 0.0016387, 0.0016393, 0.0016407, 0.0016439");
				}
			}
		}
	}
	cell ("scs8hd_and4b_4") {
		area : 13.763200;
		cell_footprint : "and4b";
		cell_leakage_power : 1.480462e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014569";
			when : "AN&B&C&D";
		}
		leakage_power () {
			value : "0.0014488";
			when : "AN&B&C&!D";
		}
		leakage_power () {
			value : "0.0014977";
			when : "!AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0014976";
			when : "!AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0015071";
			when : "!AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0014979";
			when : "!AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0015115";
			when : "!AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0015018";
			when : "!AN&B&!C&!D";
		}
		leakage_power () {
			value : "0.0015618";
			when : "!AN&B&C&D";
		}
		leakage_power () {
			value : "0.0015155";
			when : "!AN&B&C&!D";
		}
		leakage_power () {
			value : "0.0014484";
			when : "AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0014483";
			when : "AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0014485";
			when : "AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0014484";
			when : "AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0014487";
			when : "AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0014485";
			when : "AN&B&!C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&B&C&D)";
			max_capacitance : 0.400095;
			max_transition : 1.509941;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0211911, 0.0225175, 0.0264318, 0.0385488, 0.0736948, 0.1802624, 0.5041748", \
					  "0.0211328, 0.0224908, 0.0264197, 0.0385221, 0.0737708, 0.1800913, 0.5026591", \
					  "0.0211816, 0.0225433, 0.0265427, 0.0384743, 0.0737932, 0.1802823, 0.5042670", \
					  "0.0210354, 0.0223988, 0.0263652, 0.0384027, 0.0736092, 0.1800229, 0.5025725", \
					  "0.0209146, 0.0222524, 0.0262735, 0.0382308, 0.0735539, 0.1799824, 0.5038670", \
					  "0.0206968, 0.0219874, 0.0262246, 0.0382170, 0.0733320, 0.1798490, 0.5018767", \
					  "0.0214298, 0.0227484, 0.0266514, 0.0383553, 0.0732505, 0.1792337, 0.5008998");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0150484, 0.0138830, 0.0106295, 0.0009447, -0.0316760, -0.1378571, -0.4646174", \
					  "0.0150303, 0.0139478, 0.0106531, 0.0009588, -0.0316694, -0.1378298, -0.4646076", \
					  "0.0150552, 0.0139346, 0.0106773, 0.0009832, -0.0316852, -0.1378651, -0.4646511", \
					  "0.0147887, 0.0136436, 0.0104047, 0.0007534, -0.0319168, -0.1380591, -0.4648635", \
					  "0.0145453, 0.0134499, 0.0101239, 0.0004760, -0.0321750, -0.1383282, -0.4651246", \
					  "0.0181662, 0.0170131, 0.0135211, 0.0026035, -0.0320538, -0.1385103, -0.4653078", \
					  "0.0184790, 0.0173396, 0.0138668, 0.0029177, -0.0317022, -0.1385082, -0.4653739");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0213043, 0.0226489, 0.0267301, 0.0387491, 0.0737925, 0.1800265, 0.5047674", \
					  "0.0212685, 0.0226316, 0.0266747, 0.0386755, 0.0739233, 0.1801425, 0.5040018", \
					  "0.0212407, 0.0225909, 0.0266355, 0.0387024, 0.0738630, 0.1801878, 0.5012501", \
					  "0.0211212, 0.0224679, 0.0264866, 0.0385164, 0.0737095, 0.1799572, 0.5046580", \
					  "0.0210504, 0.0223867, 0.0264069, 0.0381964, 0.0734172, 0.1797600, 0.5045186", \
					  "0.0214161, 0.0226700, 0.0265397, 0.0381757, 0.0734527, 0.1797144, 0.5044023", \
					  "0.0215316, 0.0227972, 0.0266629, 0.0386823, 0.0739095, 0.1802609, 0.5022849");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0149480, 0.0138461, 0.0105292, 0.0009143, -0.0317530, -0.1377758, -0.4645540", \
					  "0.0148766, 0.0137764, 0.0104905, 0.0008512, -0.0317361, -0.1378171, -0.4645993", \
					  "0.0147763, 0.0136591, 0.0103181, 0.0006859, -0.0319122, -0.1379309, -0.4646942", \
					  "0.0146078, 0.0134789, 0.0101242, 0.0004735, -0.0321492, -0.1381334, -0.4648785", \
					  "0.0143654, 0.0132007, 0.0098434, 0.0001553, -0.0325396, -0.1384761, -0.4651453", \
					  "0.0145702, 0.0133379, 0.0096034, -9.0200000e-05, -0.0328820, -0.1387742, -0.4653103", \
					  "0.0177096, 0.0164624, 0.0127384, 0.0013785, -0.0332986, -0.1392029, -0.4656027");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0213914, 0.0227033, 0.0267275, 0.0387386, 0.0739829, 0.1801182, 0.5038946", \
					  "0.0213421, 0.0227120, 0.0267234, 0.0387200, 0.0739615, 0.1800133, 0.5038951", \
					  "0.0212815, 0.0226095, 0.0267011, 0.0386720, 0.0738789, 0.1799040, 0.5034060", \
					  "0.0211416, 0.0224871, 0.0265103, 0.0385422, 0.0737402, 0.1800348, 0.5037872", \
					  "0.0210834, 0.0224297, 0.0264638, 0.0382990, 0.0735430, 0.1797319, 0.5044245", \
					  "0.0216872, 0.0229654, 0.0267835, 0.0382441, 0.0736207, 0.1797716, 0.5009551", \
					  "0.0217180, 0.0229856, 0.0268672, 0.0386182, 0.0734046, 0.1802928, 0.5024674");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0167245, 0.0156053, 0.0123419, 0.0026885, -0.0298618, -0.1357591, -0.4624228", \
					  "0.0167266, 0.0156217, 0.0122152, 0.0026198, -0.0299492, -0.1358349, -0.4624973", \
					  "0.0166156, 0.0155101, 0.0121095, 0.0025294, -0.0300495, -0.1359399, -0.4626058", \
					  "0.0163598, 0.0152937, 0.0120076, 0.0022504, -0.0302434, -0.1361043, -0.4627847", \
					  "0.0161516, 0.0150227, 0.0116558, 0.0020251, -0.0306215, -0.1364531, -0.4630259", \
					  "0.0160721, 0.0149547, 0.0114836, 0.0015693, -0.0309616, -0.1367064, -0.4631707", \
					  "0.0194249, 0.0181712, 0.0144641, 0.0030196, -0.0317449, -0.1372075, -0.4635039");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0215259, 0.0228533, 0.0268709, 0.0389099, 0.0740207, 0.1800555, 0.5017605", \
					  "0.0214524, 0.0228161, 0.0268626, 0.0388631, 0.0740990, 0.1800279, 0.5017166", \
					  "0.0214411, 0.0227664, 0.0267862, 0.0388251, 0.0739688, 0.1801006, 0.5007942", \
					  "0.0212765, 0.0226494, 0.0266473, 0.0386801, 0.0739050, 0.1799300, 0.5033596", \
					  "0.0211543, 0.0224408, 0.0264200, 0.0384153, 0.0736893, 0.1798625, 0.5007545", \
					  "0.0216696, 0.0229670, 0.0268498, 0.0382012, 0.0735132, 0.1797942, 0.5006798", \
					  "0.0217533, 0.0230311, 0.0269044, 0.0388206, 0.0738304, 0.1805051, 0.5027026");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001523476, 0.004641957, 0.01414382, 0.04309554, 0.13131, 0.4000953");
					values("0.0180562, 0.0169117, 0.0135131, 0.0037643, -0.0290146, -0.1350908, -0.4618176", \
					  "0.0179663, 0.0168307, 0.0134577, 0.0036649, -0.0290913, -0.1351380, -0.4618496", \
					  "0.0178170, 0.0166881, 0.0132887, 0.0035641, -0.0292353, -0.1352860, -0.4620315", \
					  "0.0177245, 0.0165876, 0.0132327, 0.0034702, -0.0293532, -0.1354148, -0.4621375", \
					  "0.0175828, 0.0164688, 0.0130980, 0.0032267, -0.0295136, -0.1354858, -0.4621568", \
					  "0.0175663, 0.0164112, 0.0129325, 0.0031202, -0.0296948, -0.1356133, -0.4622250", \
					  "0.0208723, 0.0196244, 0.0158635, 0.0043975, -0.0305844, -0.1358089, -0.4623116");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
					values("0.2475806, 0.2528393, 0.2670431, 0.3009779, 0.3836794, 0.6145369, 1.3117962", \
					  "0.2525297, 0.2583505, 0.2725653, 0.3064519, 0.3886595, 0.6197816, 1.3175970", \
					  "0.2658668, 0.2717877, 0.2861020, 0.3199587, 0.4021798, 0.6329076, 1.3288339", \
					  "0.3008822, 0.3066870, 0.3208470, 0.3547597, 0.4369541, 0.6680225, 1.3658695", \
					  "0.3800669, 0.3857978, 0.4002868, 0.4339558, 0.5159972, 0.7464247, 1.4435335", \
					  "0.5355246, 0.5410316, 0.5544658, 0.5884276, 0.6717581, 0.9025328, 1.5977055", \
					  "0.8057547, 0.8103309, 0.8254764, 0.8588695, 0.9431312, 1.1729172, 1.8711135");
				}
				rise_transition ("del_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("0.0341520, 0.0384663, 0.0507871, 0.0843343, 0.1844357, 0.5061377, 1.5002616", \
					  "0.0338807, 0.0384836, 0.0508058, 0.0843399, 0.1848073, 0.5061894, 1.5098517", \
					  "0.0339450, 0.0385125, 0.0506927, 0.0842498, 0.1846369, 0.5065869, 1.4978743", \
					  "0.0337558, 0.0384534, 0.0508045, 0.0843124, 0.1848183, 0.5063025, 1.5099406", \
					  "0.0337718, 0.0381394, 0.0504972, 0.0841826, 0.1844835, 0.5048562, 1.5048418", \
					  "0.0340076, 0.0386749, 0.0508831, 0.0842689, 0.1848249, 0.5065177, 1.5038871", \
					  "0.0356477, 0.0404584, 0.0522367, 0.0855125, 0.1855995, 0.5030011, 1.4926660");
				}
				cell_fall ("del_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("0.1649050, 0.1683022, 0.1766632, 0.1945808, 0.2300667, 0.3077260, 0.5106505", \
					  "0.1698234, 0.1732036, 0.1815398, 0.1993693, 0.2350952, 0.3126609, 0.5153440", \
					  "0.1816687, 0.1851196, 0.1934886, 0.2113159, 0.2470981, 0.3247144, 0.5273185", \
					  "0.2052019, 0.2085887, 0.2169110, 0.2347512, 0.2704887, 0.3481150, 0.5509000", \
					  "0.2413249, 0.2447059, 0.2529850, 0.2708651, 0.3064880, 0.3840931, 0.5871669", \
					  "0.2906412, 0.2940023, 0.3022830, 0.3201926, 0.3558654, 0.4336169, 0.6364806", \
					  "0.3493110, 0.3527236, 0.3611633, 0.3792856, 0.4149269, 0.4928676, 0.6959832");
				}
				fall_transition ("del_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("0.0251949, 0.0271114, 0.0321014, 0.0441672, 0.0742217, 0.1556700, 0.4159754", \
					  "0.0252564, 0.0272909, 0.0321994, 0.0441973, 0.0742535, 0.1557963, 0.4161493", \
					  "0.0254033, 0.0271957, 0.0322465, 0.0444039, 0.0738794, 0.1561491, 0.4183240", \
					  "0.0252479, 0.0272032, 0.0322210, 0.0439842, 0.0738241, 0.1561080, 0.4182860", \
					  "0.0253188, 0.0271436, 0.0321206, 0.0441036, 0.0745069, 0.1557195, 0.4161327", \
					  "0.0253151, 0.0273580, 0.0322695, 0.0443933, 0.0740791, 0.1559853, 0.4168666", \
					  "0.0260283, 0.0279190, 0.0326620, 0.0450435, 0.0744244, 0.1567420, 0.4164168");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
					values("0.1527438, 0.1584358, 0.1729683, 0.2066853, 0.2887614, 0.5193994, 1.2183665", \
					  "0.1570156, 0.1627328, 0.1772383, 0.2108065, 0.2928164, 0.5228092, 1.2192691", \
					  "0.1661190, 0.1718514, 0.1863333, 0.2200954, 0.3019156, 0.5322477, 1.2288276", \
					  "0.1870450, 0.1927594, 0.2072689, 0.2409309, 0.3230530, 0.5539760, 1.2530443", \
					  "0.2318381, 0.2376055, 0.2522493, 0.2860739, 0.3684288, 0.5994597, 1.3002304", \
					  "0.3037094, 0.3101165, 0.3259675, 0.3618112, 0.4457503, 0.6770854, 1.3771159", \
					  "0.3860672, 0.3942741, 0.4130752, 0.4546167, 0.5416674, 0.7733494, 1.4694043");
				}
				rise_transition ("del_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("0.0340137, 0.0383893, 0.0505785, 0.0838449, 0.1847392, 0.5069340, 1.5084095", \
					  "0.0336372, 0.0383064, 0.0504732, 0.0841420, 0.1844979, 0.5041871, 1.5053022", \
					  "0.0338410, 0.0380633, 0.0503482, 0.0840264, 0.1846949, 0.5064389, 1.4914054", \
					  "0.0339124, 0.0382678, 0.0504390, 0.0841163, 0.1847507, 0.5064920, 1.5085186", \
					  "0.0349235, 0.0392893, 0.0513432, 0.0851302, 0.1850337, 0.5064252, 1.5097138", \
					  "0.0415036, 0.0453877, 0.0569544, 0.0892566, 0.1876862, 0.5056229, 1.5075838", \
					  "0.0585159, 0.0629461, 0.0739832, 0.1031903, 0.1944019, 0.5091246, 1.4960951");
				}
				cell_fall ("del_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("0.1572722, 0.1610447, 0.1702219, 0.1893321, 0.2264317, 0.3052751, 0.5087888", \
					  "0.1636485, 0.1674642, 0.1766002, 0.1958840, 0.2330369, 0.3117609, 0.5154029", \
					  "0.1783017, 0.1819868, 0.1911720, 0.2099347, 0.2472691, 0.3261081, 0.5295666", \
					  "0.2141183, 0.2178284, 0.2271042, 0.2460549, 0.2831769, 0.3620561, 0.5654097", \
					  "0.2968009, 0.3005285, 0.3096664, 0.3288598, 0.3663045, 0.4453002, 0.6487538", \
					  "0.4863115, 0.4905343, 0.5009388, 0.5215635, 0.5605751, 0.6404481, 0.8441893", \
					  "0.8279494, 0.8341988, 0.8489440, 0.8777643, 0.9284664, 1.0206448, 1.2245238");
				}
				fall_transition ("del_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("0.0294374, 0.0314200, 0.0363143, 0.0485072, 0.0776280, 0.1585597, 0.4171033", \
					  "0.0296676, 0.0313915, 0.0364075, 0.0484231, 0.0777306, 0.1585586, 0.4191393", \
					  "0.0296028, 0.0314193, 0.0365497, 0.0489612, 0.0772521, 0.1585386, 0.4173277", \
					  "0.0296045, 0.0317173, 0.0365698, 0.0483735, 0.0775500, 0.1586310, 0.4168615", \
					  "0.0295485, 0.0314251, 0.0364977, 0.0483344, 0.0776051, 0.1583565, 0.4171233", \
					  "0.0372924, 0.0394197, 0.0437543, 0.0549332, 0.0819639, 0.1597145, 0.4174962", \
					  "0.0599454, 0.0624866, 0.0682393, 0.0813099, 0.1100394, 0.1810471, 0.4236103");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
					values("0.1589513, 0.1645827, 0.1790532, 0.2128470, 0.2949893, 0.5253034, 1.2204574", \
					  "0.1633274, 0.1689370, 0.1834017, 0.2171334, 0.2992615, 0.5296208, 1.2249808", \
					  "0.1716952, 0.1774473, 0.1919277, 0.2256575, 0.3077833, 0.5381457, 1.2354896", \
					  "0.1896697, 0.1953694, 0.2097721, 0.2435602, 0.3257005, 0.5560927, 1.2519616", \
					  "0.2288460, 0.2347000, 0.2492404, 0.2830970, 0.3652976, 0.5961897, 1.2954726", \
					  "0.2939451, 0.3002963, 0.3161065, 0.3516872, 0.4355462, 0.6667681, 1.3632241", \
					  "0.3710238, 0.3790058, 0.3984225, 0.4389144, 0.5254339, 0.7580415, 1.4545563");
				}
				rise_transition ("del_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("0.0338055, 0.0385573, 0.0506033, 0.0840540, 0.1845779, 0.5059042, 1.4991557", \
					  "0.0339846, 0.0383860, 0.0505863, 0.0840398, 0.1845826, 0.5063598, 1.4993765", \
					  "0.0340207, 0.0383896, 0.0506083, 0.0838976, 0.1843884, 0.5064560, 1.4985815", \
					  "0.0340114, 0.0383775, 0.0505902, 0.0839843, 0.1844729, 0.5063103, 1.5001715", \
					  "0.0347827, 0.0391085, 0.0513258, 0.0849241, 0.1850301, 0.5066713, 1.5085300", \
					  "0.0404074, 0.0447611, 0.0565468, 0.0890657, 0.1875632, 0.5061273, 1.4999860", \
					  "0.0558366, 0.0593382, 0.0713634, 0.1020978, 0.1948263, 0.5085924, 1.4957503");
				}
				cell_fall ("del_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("0.1717659, 0.1756731, 0.1851196, 0.2046702, 0.2424727, 0.3218681, 0.5253186", \
					  "0.1777732, 0.1816474, 0.1909917, 0.2107645, 0.2484135, 0.3278017, 0.5315482", \
					  "0.1927151, 0.1966459, 0.2059805, 0.2255616, 0.2634368, 0.3428533, 0.5462780", \
					  "0.2290263, 0.2329494, 0.2423503, 0.2606360, 0.2993581, 0.3788435, 0.5828149", \
					  "0.3140577, 0.3177286, 0.3273282, 0.3460648, 0.3824936, 0.4620468, 0.6657500", \
					  "0.5065806, 0.5109406, 0.5218055, 0.5427321, 0.5798098, 0.6598634, 0.8640503", \
					  "0.8671641, 0.8735013, 0.8880182, 0.9165864, 0.9663710, 1.0573814, 1.2645675");
				}
				fall_transition ("del_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("0.0309061, 0.0327568, 0.0379484, 0.0497739, 0.0791101, 0.1590744, 0.4172167", \
					  "0.0310432, 0.0330180, 0.0380475, 0.0496821, 0.0786825, 0.1596683, 0.4175651", \
					  "0.0310802, 0.0328848, 0.0378609, 0.0498571, 0.0784539, 0.1590537, 0.4171262", \
					  "0.0308975, 0.0328401, 0.0379525, 0.0502905, 0.0790085, 0.1590711, 0.4174902", \
					  "0.0308933, 0.0328349, 0.0378720, 0.0498483, 0.0790229, 0.1594049, 0.4172782", \
					  "0.0364029, 0.0383914, 0.0427390, 0.0532674, 0.0811890, 0.1602902, 0.4196628", \
					  "0.0590059, 0.0616058, 0.0673912, 0.0799291, 0.1068506, 0.1790562, 0.4224870");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00152348, 0.00464196, 0.0141438, 0.0430955, 0.13131, 0.400095");
					values("0.1631873, 0.1688765, 0.1833325, 0.2171306, 0.2992131, 0.5294066, 1.2255971", \
					  "0.1676376, 0.1733527, 0.1878547, 0.2214363, 0.3034483, 0.5337571, 1.2298499", \
					  "0.1757534, 0.1814442, 0.1958930, 0.2296953, 0.3118124, 0.5415878, 1.2372026", \
					  "0.1920359, 0.1978753, 0.2121154, 0.2458926, 0.3280092, 0.5583237, 1.2548529", \
					  "0.2255887, 0.2312636, 0.2458369, 0.2798219, 0.3620373, 0.5927494, 1.2879666", \
					  "0.2827541, 0.2890380, 0.3047795, 0.3401143, 0.4240674, 0.6551493, 1.3547123", \
					  "0.3538770, 0.3616112, 0.3804199, 0.4207259, 0.5077727, 0.7396151, 1.4354151");
				}
				rise_transition ("del_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("0.0341185, 0.0385884, 0.0506280, 0.0840728, 0.1847181, 0.5063533, 1.5053098", \
					  "0.0336431, 0.0383302, 0.0504809, 0.0841404, 0.1846495, 0.5063496, 1.5046172", \
					  "0.0341380, 0.0386639, 0.0506497, 0.0840819, 0.1848038, 0.5064226, 1.4896246", \
					  "0.0340097, 0.0383996, 0.0506849, 0.0839971, 0.1845978, 0.5050043, 1.4993043", \
					  "0.0345613, 0.0393773, 0.0513170, 0.0846257, 0.1849657, 0.5069403, 1.4925182", \
					  "0.0388761, 0.0434495, 0.0558360, 0.0892233, 0.1876987, 0.5062973, 1.4912891", \
					  "0.0518957, 0.0563358, 0.0682764, 0.1004252, 0.1939439, 0.5080942, 1.4962631");
				}
				cell_fall ("del_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("0.1847454, 0.1887754, 0.1985069, 0.2184910, 0.2566943, 0.3372281, 0.5417946", \
					  "0.1909886, 0.1950257, 0.2047949, 0.2244933, 0.2633033, 0.3433474, 0.5478349", \
					  "0.2050417, 0.2090803, 0.2187599, 0.2384413, 0.2769840, 0.3573550, 0.5620922", \
					  "0.2412181, 0.2451682, 0.2548351, 0.2754623, 0.3135888, 0.3934622, 0.5982109", \
					  "0.3261298, 0.3302454, 0.3398649, 0.3609448, 0.3984939, 0.4788485, 0.6832332", \
					  "0.5235299, 0.5278122, 0.5379813, 0.5586427, 0.5962588, 0.6770199, 0.8813525", \
					  "0.8949015, 0.9011064, 0.9156414, 0.9438682, 0.9935034, 1.0841742, 1.2916287");
				}
				fall_transition ("del_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("0.0324964, 0.0344681, 0.0395606, 0.0520290, 0.0815501, 0.1610018, 0.4197305", \
					  "0.0325092, 0.0345184, 0.0397112, 0.0519046, 0.0806726, 0.1613907, 0.4184996", \
					  "0.0326775, 0.0345311, 0.0396165, 0.0516352, 0.0812487, 0.1610317, 0.4192596", \
					  "0.0326490, 0.0346631, 0.0397798, 0.0516609, 0.0803969, 0.1610167, 0.4197644", \
					  "0.0326774, 0.0346423, 0.0398889, 0.0518791, 0.0803207, 0.1610587, 0.4182907", \
					  "0.0365338, 0.0382589, 0.0426647, 0.0539021, 0.0820338, 0.1617183, 0.4182560", \
					  "0.0591114, 0.0614904, 0.0666517, 0.0797132, 0.1061485, 0.1787967, 0.4227272");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001450;
			capacitance : 0.001518;
			rise_capacitance : 0.001587;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038513, 0.0038134, 0.0037259, 0.0037188, 0.0037025, 0.0036647, 0.0035778");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054941, 0.0054264, 0.0052703, 0.0052726, 0.0052778, 0.0052900, 0.0053182");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002221;
			capacitance : 0.002141;
			fall_capacitance : 0.002062;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027848, -0.0027853, -0.0027863, -0.0027803, -0.0027664, -0.0027345, -0.0026608");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030780, 0.0030774, 0.0030760, 0.0030795, 0.0030875, 0.0031059, 0.0031482");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002250;
			capacitance : 0.002161;
			fall_capacitance : 0.002073;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026104, -0.0026102, -0.0026098, -0.0026105, -0.0026121, -0.0026158, -0.0026244");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026873, 0.0026863, 0.0026839, 0.0026936, 0.0027159, 0.0027673, 0.0028860");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002297;
			capacitance : 0.002175;
			fall_capacitance : 0.002054;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027687, -0.0027674, -0.0027642, -0.0027640, -0.0027636, -0.0027626, -0.0027602");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027675, 0.0027695, 0.0027741, 0.0027723, 0.0027684, 0.0027592, 0.0027382");
				}
			}
		}
	}
	cell ("scs8hd_and4bb_1") {
		area : 12.512000;
		cell_footprint : "and4bb";
		cell_leakage_power : 4.193028e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003846";
			when : "AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0003844";
			when : "AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0003855";
			when : "AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0003846";
			when : "AN&BN&C&!D";
		}
		leakage_power () {
			value : "0.0005216";
			when : "!AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0004775";
			when : "!AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0001234";
			when : "!AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0005227";
			when : "!AN&!BN&C&!D";
		}
		leakage_power () {
			value : "0.0004336";
			when : "!AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0004326";
			when : "!AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0004766";
			when : "!AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0004337";
			when : "!AN&BN&C&!D";
		}
		leakage_power () {
			value : "0.0004259";
			when : "AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0004249";
			when : "AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0004713";
			when : "AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0004260";
			when : "AN&!BN&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&!BN&C&D)";
			max_capacitance : 0.138255;
			max_transition : 1.499226;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0082489, 0.0093062, 0.0118429, 0.0180536, 0.0336678, 0.0737074, 0.1755775", \
					  "0.0081973, 0.0092630, 0.0117923, 0.0180145, 0.0337146, 0.0733651, 0.1747125", \
					  "0.0082530, 0.0093126, 0.0118373, 0.0180724, 0.0336340, 0.0733194, 0.1757631", \
					  "0.0081582, 0.0092242, 0.0117486, 0.0179803, 0.0335326, 0.0732953, 0.1755914", \
					  "0.0080705, 0.0091238, 0.0116746, 0.0178663, 0.0334997, 0.0731457, 0.1745147", \
					  "0.0079892, 0.0090759, 0.0116602, 0.0178029, 0.0334696, 0.0727865, 0.1747147", \
					  "0.0081697, 0.0091257, 0.0115666, 0.0176866, 0.0333531, 0.0729947, 0.1742616");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0050306, 0.0042837, 0.0023336, -0.0032909, -0.0186987, -0.0586776, -0.1609913", \
					  "0.0049958, 0.0042560, 0.0023094, -0.0033157, -0.0187093, -0.0586978, -0.1609996", \
					  "0.0049743, 0.0042346, 0.0022739, -0.0033345, -0.0187421, -0.0587289, -0.1610428", \
					  "0.0047893, 0.0040457, 0.0020863, -0.0035352, -0.0189284, -0.0589143, -0.1612473", \
					  "0.0045881, 0.0038533, 0.0018788, -0.0037286, -0.0191135, -0.0591045, -0.1613361", \
					  "0.0055002, 0.0046269, 0.0023499, -0.0035964, -0.0191826, -0.0592169, -0.1614981", \
					  "0.0055355, 0.0046734, 0.0024201, -0.0036048, -0.0190780, -0.0590790, -0.1614281");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0100974, 0.0111298, 0.0137087, 0.0198880, 0.0355621, 0.0751488, 0.1764044", \
					  "0.0100461, 0.0110759, 0.0136376, 0.0198288, 0.0353434, 0.0750971, 0.1763698", \
					  "0.0100811, 0.0111434, 0.0136749, 0.0198714, 0.0355426, 0.0751236, 0.1763522", \
					  "0.0099693, 0.0110322, 0.0135546, 0.0197744, 0.0353221, 0.0753436, 0.1761631", \
					  "0.0098582, 0.0109210, 0.0134683, 0.0196470, 0.0351763, 0.0748809, 0.1758224", \
					  "0.0098664, 0.0109377, 0.0135328, 0.0196856, 0.0352951, 0.0750334, 0.1768216", \
					  "0.0099648, 0.0109199, 0.0133592, 0.0195320, 0.0351189, 0.0744379, 0.1770227");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0057494, 0.0050065, 0.0030617, -0.0024914, -0.0178172, -0.0577683, -0.1600418", \
					  "0.0057395, 0.0049985, 0.0030506, -0.0024850, -0.0178270, -0.0577868, -0.1600719", \
					  "0.0056931, 0.0049529, 0.0030076, -0.0025328, -0.0178717, -0.0578310, -0.1601009", \
					  "0.0054739, 0.0047417, 0.0028085, -0.0027459, -0.0180727, -0.0580239, -0.1602994", \
					  "0.0052935, 0.0045438, 0.0026038, -0.0029327, -0.0182716, -0.0582196, -0.1604906", \
					  "0.0063095, 0.0054268, 0.0031578, -0.0027980, -0.0183767, -0.0583562, -0.1606208", \
					  "0.0063983, 0.0054877, 0.0032087, -0.0027704, -0.0182727, -0.0582615, -0.1605890");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0097703, 0.0108309, 0.0133480, 0.0195703, 0.0350381, 0.0749924, 0.1758686", \
					  "0.0097502, 0.0108030, 0.0133611, 0.0195472, 0.0350260, 0.0742645, 0.1760265", \
					  "0.0097125, 0.0107713, 0.0133255, 0.0195047, 0.0350050, 0.0749550, 0.1747509", \
					  "0.0096410, 0.0106985, 0.0132499, 0.0194161, 0.0349187, 0.0746494, 0.1758521", \
					  "0.0096160, 0.0106575, 0.0131697, 0.0193801, 0.0349444, 0.0750327, 0.1748564", \
					  "0.0098435, 0.0108413, 0.0132895, 0.0191681, 0.0348290, 0.0744134, 0.1747114", \
					  "0.0098333, 0.0107630, 0.0132106, 0.0193920, 0.0349837, 0.0748931, 0.1754498");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0057272, 0.0049767, 0.0029842, -0.0026308, -0.0179570, -0.0578818, -0.1601275", \
					  "0.0056682, 0.0049078, 0.0029099, -0.0026916, -0.0180219, -0.0579475, -0.1601990", \
					  "0.0055669, 0.0048133, 0.0028233, -0.0027908, -0.0181091, -0.0580304, -0.1602755", \
					  "0.0054641, 0.0046994, 0.0026717, -0.0029367, -0.0182520, -0.0581558, -0.1603782", \
					  "0.0054355, 0.0046660, 0.0026341, -0.0030183, -0.0183510, -0.0582359, -0.1604654", \
					  "0.0051665, 0.0043663, 0.0024032, -0.0032005, -0.0185134, -0.0583619, -0.1605437", \
					  "0.0061814, 0.0052496, 0.0028818, -0.0031752, -0.0186918, -0.0584486, -0.1605890");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0100368, 0.0110983, 0.0136477, 0.0197953, 0.0352404, 0.0743120, 0.1752733", \
					  "0.0099832, 0.0110454, 0.0136060, 0.0197809, 0.0352206, 0.0747928, 0.1750863", \
					  "0.0099507, 0.0110041, 0.0135599, 0.0197497, 0.0351971, 0.0746275, 0.1767976", \
					  "0.0098616, 0.0109168, 0.0134686, 0.0196551, 0.0351509, 0.0750175, 0.1748009", \
					  "0.0097682, 0.0108258, 0.0133403, 0.0195317, 0.0350319, 0.0747375, 0.1759210", \
					  "0.0100022, 0.0109362, 0.0133738, 0.0194036, 0.0349678, 0.0749394, 0.1749647", \
					  "0.0099774, 0.0109732, 0.0134243, 0.0196863, 0.0351975, 0.0749065, 0.1765127");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0067623, 0.0059820, 0.0039141, -0.0018083, -0.0172937, -0.0573031, -0.1595799", \
					  "0.0066968, 0.0059057, 0.0038588, -0.0018817, -0.0173522, -0.0573576, -0.1596284", \
					  "0.0066095, 0.0058357, 0.0037808, -0.0019646, -0.0174302, -0.0574259, -0.1596819", \
					  "0.0064916, 0.0057080, 0.0036417, -0.0020612, -0.0175210, -0.0575191, -0.1598010", \
					  "0.0064118, 0.0056382, 0.0035841, -0.0021332, -0.0175694, -0.0575555, -0.1598306", \
					  "0.0062787, 0.0054735, 0.0035057, -0.0021897, -0.0176011, -0.0575696, -0.1598280", \
					  "0.0073613, 0.0064357, 0.0040404, -0.0020738, -0.0177134, -0.0575807, -0.1598186");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1868271, 0.1959747, 0.2156868, 0.2581247, 0.3571455, 0.6050149, 1.2364368", \
					  "0.1921935, 0.2014496, 0.2210943, 0.2635613, 0.3622957, 0.6102761, 1.2418248", \
					  "0.2059654, 0.2151826, 0.2348518, 0.2773033, 0.3761869, 0.6236714, 1.2553310", \
					  "0.2404533, 0.2497097, 0.2693779, 0.3118339, 0.4106275, 0.6582099, 1.2900041", \
					  "0.3165912, 0.3257978, 0.3455262, 0.3879274, 0.4868839, 0.7344259, 1.3684822", \
					  "0.4559602, 0.4652569, 0.4851481, 0.5277384, 0.6268375, 0.8747665, 1.5101851", \
					  "0.6964162, 0.7057896, 0.7257095, 0.7683201, 0.8674740, 1.1160052, 1.7486735");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0324735, 0.0406904, 0.0606456, 0.1106879, 0.2440685, 0.5943342, 1.4948248", \
					  "0.0325378, 0.0406895, 0.0607352, 0.1110912, 0.2436797, 0.5952949, 1.4861582", \
					  "0.0325207, 0.0406803, 0.0608009, 0.1109984, 0.2435737, 0.5945701, 1.4914445", \
					  "0.0325659, 0.0406574, 0.0607972, 0.1110746, 0.2434061, 0.5951468, 1.4915678", \
					  "0.0325236, 0.0406896, 0.0607726, 0.1109363, 0.2439254, 0.5944481, 1.4945036", \
					  "0.0327561, 0.0413019, 0.0612447, 0.1107693, 0.2440399, 0.5951730, 1.4992256", \
					  "0.0339291, 0.0423091, 0.0620478, 0.1121890, 0.2438458, 0.5902609, 1.4902269");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1347230, 0.1406179, 0.1523263, 0.1743175, 0.2175987, 0.3136684, 0.5534500", \
					  "0.1397176, 0.1456098, 0.1572933, 0.1790638, 0.2224858, 0.3188275, 0.5582462", \
					  "0.1510058, 0.1568236, 0.1684757, 0.1905768, 0.2335344, 0.3297133, 0.5688893", \
					  "0.1715603, 0.1773735, 0.1890177, 0.2108968, 0.2543239, 0.3506762, 0.5904481", \
					  "0.2017995, 0.2076487, 0.2192526, 0.2412281, 0.2846443, 0.3809457, 0.6208292", \
					  "0.2416820, 0.2473741, 0.2590051, 0.2810811, 0.3245391, 0.4209581, 0.6601093", \
					  "0.2833480, 0.2891778, 0.3006021, 0.3228998, 0.3662626, 0.4626462, 0.7025591");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0225198, 0.0265081, 0.0347184, 0.0538760, 0.0988610, 0.2180376, 0.5355452", \
					  "0.0224072, 0.0263674, 0.0346863, 0.0540462, 0.0987475, 0.2181232, 0.5315349", \
					  "0.0224442, 0.0263015, 0.0348054, 0.0535231, 0.0986203, 0.2164216, 0.5345852", \
					  "0.0224699, 0.0263499, 0.0347891, 0.0540028, 0.0988393, 0.2178474, 0.5339026", \
					  "0.0225171, 0.0263347, 0.0349229, 0.0539188, 0.0985624, 0.2182232, 0.5343332", \
					  "0.0226028, 0.0264529, 0.0350612, 0.0538063, 0.0989977, 0.2175126, 0.5330482", \
					  "0.0232074, 0.0271166, 0.0357751, 0.0546803, 0.0991293, 0.2184898, 0.5387792");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2021852, 0.2112730, 0.2311118, 0.2735573, 0.3720264, 0.6196778, 1.2506576", \
					  "0.2074099, 0.2164510, 0.2362963, 0.2787537, 0.3771758, 0.6249091, 1.2557263", \
					  "0.2214440, 0.2307000, 0.2503444, 0.2927955, 0.3912922, 0.6388668, 1.2699415", \
					  "0.2555678, 0.2648489, 0.2845146, 0.3269309, 0.4257688, 0.6731208, 1.3051009", \
					  "0.3319883, 0.3412669, 0.3609181, 0.4033838, 0.5021835, 0.7492604, 1.3810547", \
					  "0.4703035, 0.4796952, 0.4996427, 0.5421480, 0.6412534, 0.8887762, 1.5201271", \
					  "0.7099048, 0.7195562, 0.7395521, 0.7827711, 0.8819461, 1.1294515, 1.7612819");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0326199, 0.0410528, 0.0609520, 0.1112012, 0.2438117, 0.5952920, 1.4861821", \
					  "0.0326219, 0.0410529, 0.0608970, 0.1111695, 0.2438281, 0.5951660, 1.4866669", \
					  "0.0325322, 0.0409112, 0.0608974, 0.1112047, 0.2437526, 0.5953003, 1.4861506", \
					  "0.0327991, 0.0409033, 0.0609469, 0.1110921, 0.2440381, 0.5937999, 1.4929824", \
					  "0.0326559, 0.0409777, 0.0609907, 0.1112240, 0.2434770, 0.5949667, 1.4872932", \
					  "0.0334429, 0.0414458, 0.0614551, 0.1113045, 0.2443023, 0.5951865, 1.4838352", \
					  "0.0343497, 0.0427941, 0.0626234, 0.1123806, 0.2438148, 0.5889211, 1.4899998");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1631934, 0.1693568, 0.1816244, 0.2044274, 0.2488801, 0.3459685, 0.5858825", \
					  "0.1681121, 0.1742915, 0.1865881, 0.2095480, 0.2537494, 0.3506356, 0.5899419", \
					  "0.1791244, 0.1853006, 0.1976020, 0.2205516, 0.2647384, 0.3616251, 0.6009203", \
					  "0.1999517, 0.2061218, 0.2184051, 0.2411361, 0.2856879, 0.3826696, 0.6225552", \
					  "0.2312125, 0.2373662, 0.2495328, 0.2722877, 0.3165630, 0.4136104, 0.6535715", \
					  "0.2734263, 0.2796173, 0.2919192, 0.3148448, 0.3594276, 0.4563866, 0.6959296", \
					  "0.3207020, 0.3268997, 0.3392027, 0.3616885, 0.4063384, 0.5034001, 0.7428771");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0249030, 0.0288603, 0.0373061, 0.0561205, 0.1010229, 0.2184541, 0.5330469", \
					  "0.0248540, 0.0287545, 0.0371537, 0.0561541, 0.1010620, 0.2192950, 0.5340000", \
					  "0.0248552, 0.0287573, 0.0371633, 0.0561025, 0.1010664, 0.2193670, 0.5321862", \
					  "0.0248664, 0.0289231, 0.0372420, 0.0565393, 0.1012295, 0.2189767, 0.5330490", \
					  "0.0247933, 0.0287649, 0.0375044, 0.0564827, 0.1010936, 0.2192535, 0.5389951", \
					  "0.0252620, 0.0289787, 0.0374295, 0.0565776, 0.1011007, 0.2178518, 0.5370772", \
					  "0.0253451, 0.0292743, 0.0377109, 0.0571313, 0.1012849, 0.2197032, 0.5323668");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1261821, 0.1354080, 0.1549798, 0.1973435, 0.2958409, 0.5432439, 1.1735571", \
					  "0.1306119, 0.1398433, 0.1595806, 0.2018640, 0.3002766, 0.5471215, 1.1801011", \
					  "0.1397997, 0.1490911, 0.1688037, 0.2111448, 0.3095542, 0.5575457, 1.1886877", \
					  "0.1589183, 0.1681184, 0.1878590, 0.2301538, 0.3284936, 0.5759860, 1.2067345", \
					  "0.1979526, 0.2074940, 0.2278312, 0.2706853, 0.3696784, 0.6176961, 1.2499899", \
					  "0.2613650, 0.2721141, 0.2939546, 0.3381800, 0.4380589, 0.6862179, 1.3222984", \
					  "0.3362774, 0.3500580, 0.3767575, 0.4258137, 0.5277891, 0.7760486, 1.4073670");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0324351, 0.0408256, 0.0608416, 0.1109326, 0.2438244, 0.5951611, 1.4877721", \
					  "0.0324910, 0.0409380, 0.0608134, 0.1109915, 0.2434203, 0.5940284, 1.4986219", \
					  "0.0327839, 0.0408304, 0.0607505, 0.1109743, 0.2439219, 0.5949584, 1.4885613", \
					  "0.0324151, 0.0407048, 0.0607530, 0.1108967, 0.2437739, 0.5954110, 1.4869908", \
					  "0.0346300, 0.0428901, 0.0623952, 0.1119787, 0.2443231, 0.5961073, 1.4926880", \
					  "0.0402333, 0.0484087, 0.0673581, 0.1160064, 0.2453822, 0.5918698, 1.4885327", \
					  "0.0553495, 0.0639238, 0.0824809, 0.1263622, 0.2495794, 0.5963452, 1.4844769");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1468625, 0.1531699, 0.1657624, 0.1893038, 0.2340800, 0.3316760, 0.5714983", \
					  "0.1524368, 0.1587564, 0.1714049, 0.1948883, 0.2396739, 0.3372374, 0.5771235", \
					  "0.1664111, 0.1725696, 0.1851542, 0.2087536, 0.2536224, 0.3513002, 0.5915046", \
					  "0.2004986, 0.2068281, 0.2194349, 0.2426294, 0.2877640, 0.3854698, 0.6258252", \
					  "0.2830729, 0.2893948, 0.3019523, 0.3254038, 0.3704804, 0.4681461, 0.7079803", \
					  "0.4609650, 0.4683616, 0.4825396, 0.5080816, 0.5546619, 0.6527771, 0.8926136", \
					  "0.7723974, 0.7825866, 0.8015493, 0.8344010, 0.8876667, 0.9913852, 1.2315083");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0262998, 0.0303294, 0.0389973, 0.0572440, 0.1026047, 0.2191390, 0.5341611", \
					  "0.0262864, 0.0303338, 0.0386531, 0.0574311, 0.1024803, 0.2190126, 0.5334925", \
					  "0.0263198, 0.0305422, 0.0388943, 0.0573953, 0.1024299, 0.2194687, 0.5372390", \
					  "0.0262802, 0.0303167, 0.0389258, 0.0575976, 0.1023668, 0.2204587, 0.5349239", \
					  "0.0263501, 0.0303934, 0.0388417, 0.0579231, 0.1023226, 0.2203254, 0.5328257", \
					  "0.0334690, 0.0374757, 0.0454699, 0.0634401, 0.1059186, 0.2211659, 0.5342074", \
					  "0.0515726, 0.0563016, 0.0661860, 0.0849562, 0.1275100, 0.2314336, 0.5393724");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1328808, 0.1421092, 0.1618266, 0.2041030, 0.3022398, 0.5486503, 1.1794863", \
					  "0.1373148, 0.1466298, 0.1664145, 0.2088347, 0.3067838, 0.5533640, 1.1824877", \
					  "0.1465999, 0.1557627, 0.1755050, 0.2177629, 0.3162032, 0.5622408, 1.1922787", \
					  "0.1641416, 0.1733602, 0.1931011, 0.2353452, 0.3337484, 0.5808059, 1.2137913", \
					  "0.1984984, 0.2081268, 0.2283025, 0.2711941, 0.3696926, 0.6170205, 1.2521515", \
					  "0.2569149, 0.2667911, 0.2884687, 0.3333326, 0.4332087, 0.6809618, 1.3138447", \
					  "0.3318842, 0.3450542, 0.3708267, 0.4200928, 0.5223726, 0.7702424, 1.4010557");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0324988, 0.0407094, 0.0607184, 0.1110314, 0.2436414, 0.5955193, 1.4890313", \
					  "0.0325463, 0.0410427, 0.0609033, 0.1111100, 0.2435963, 0.5950319, 1.4895812", \
					  "0.0324831, 0.0409246, 0.0608226, 0.1107927, 0.2439769, 0.5938066, 1.4942176", \
					  "0.0325372, 0.0407620, 0.0607912, 0.1107573, 0.2441168, 0.5934789, 1.4867334", \
					  "0.0341230, 0.0425897, 0.0620935, 0.1120485, 0.2437084, 0.5950669, 1.4984801", \
					  "0.0389268, 0.0479878, 0.0672181, 0.1156147, 0.2453648, 0.5927321, 1.4805281", \
					  "0.0518462, 0.0613854, 0.0809154, 0.1253940, 0.2496050, 0.5945896, 1.4844930");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1603803, 0.1667641, 0.1794444, 0.2029873, 0.2481993, 0.3456316, 0.5859778", \
					  "0.1656843, 0.1720772, 0.1847564, 0.2084329, 0.2534747, 0.3514071, 0.5917484", \
					  "0.1800948, 0.1862027, 0.1988207, 0.2225574, 0.2677438, 0.3652874, 0.6054785", \
					  "0.2137064, 0.2201354, 0.2328165, 0.2563810, 0.3013866, 0.3991840, 0.6393767", \
					  "0.2971180, 0.3035274, 0.3161726, 0.3398124, 0.3851816, 0.4830961, 0.7234197", \
					  "0.4779836, 0.4848554, 0.4996809, 0.5248717, 0.5701665, 0.6680040, 0.9078333", \
					  "0.8015021, 0.8113542, 0.8301187, 0.8619394, 0.9161725, 1.0186839, 1.2591082");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0274541, 0.0315194, 0.0401793, 0.0595208, 0.1038843, 0.2211713, 0.5381165", \
					  "0.0278040, 0.0315920, 0.0407390, 0.0590108, 0.1039616, 0.2213182, 0.5370117", \
					  "0.0274659, 0.0318690, 0.0403446, 0.0589765, 0.1039295, 0.2212376, 0.5404925", \
					  "0.0275249, 0.0315134, 0.0400775, 0.0593740, 0.1039331, 0.2209912, 0.5338866", \
					  "0.0274633, 0.0315910, 0.0402315, 0.0593754, 0.1038081, 0.2205617, 0.5338451", \
					  "0.0330717, 0.0370955, 0.0460209, 0.0629274, 0.1062403, 0.2221283, 0.5345042", \
					  "0.0504625, 0.0553020, 0.0648534, 0.0833481, 0.1239279, 0.2310267, 0.5379204");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001423;
			capacitance : 0.001485;
			rise_capacitance : 0.001548;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024631, 0.0024186, 0.0023160, 0.0023121, 0.0023033, 0.0022828, 0.0022357");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052693, 0.0051996, 0.0050389, 0.0050441, 0.0050560, 0.0050836, 0.0051471");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001450;
			capacitance : 0.001501;
			rise_capacitance : 0.001552;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022676, 0.0022287, 0.0021391, 0.0021390, 0.0021388, 0.0021384, 0.0021375");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047848, 0.0047272, 0.0045944, 0.0045980, 0.0046061, 0.0046248, 0.0046679");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001495;
			capacitance : 0.001462;
			fall_capacitance : 0.001429;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016166, -0.0016166, -0.0016165, -0.0016151, -0.0016117, -0.0016040, -0.0015861");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017651, 0.0017663, 0.0017692, 0.0017704, 0.0017731, 0.0017794, 0.0017938");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001552;
			capacitance : 0.001489;
			fall_capacitance : 0.001427;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015742, -0.0015725, -0.0015684, -0.0015687, -0.0015693, -0.0015708, -0.0015743");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015783, 0.0015745, 0.0015657, 0.0015661, 0.0015671, 0.0015692, 0.0015742");
				}
			}
		}
	}
	cell ("scs8hd_and4bb_2") {
		area : 12.512000;
		cell_footprint : "and4bb";
		cell_leakage_power : 7.481754e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008236";
			when : "AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0007805";
			when : "AN&!BN&C&!D";
		}
		leakage_power () {
			value : "0.0007369";
			when : "AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0007367";
			when : "AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0007378";
			when : "AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0007369";
			when : "AN&BN&C&!D";
		}
		leakage_power () {
			value : "0.0008693";
			when : "!AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0008269";
			when : "!AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0001284";
			when : "!AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0008711";
			when : "!AN&!BN&C&!D";
		}
		leakage_power () {
			value : "0.0007807";
			when : "!AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0007797";
			when : "!AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0008215";
			when : "!AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0007808";
			when : "!AN&BN&C&!D";
		}
		leakage_power () {
			value : "0.0007804";
			when : "AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0007795";
			when : "AN&!BN&!C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&!BN&C&D)";
			max_capacitance : 0.235300;
			max_transition : 1.500989;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0116116, 0.0127477, 0.0160663, 0.0248932, 0.0485898, 0.1139860, 0.2950843", \
					  "0.0115567, 0.0127304, 0.0160139, 0.0248349, 0.0485346, 0.1139629, 0.2945268", \
					  "0.0116110, 0.0127912, 0.0160431, 0.0248995, 0.0485472, 0.1140339, 0.2945435", \
					  "0.0115360, 0.0127151, 0.0159683, 0.0248206, 0.0485120, 0.1138737, 0.2964031", \
					  "0.0113884, 0.0125752, 0.0158755, 0.0246516, 0.0483337, 0.1137947, 0.2942318", \
					  "0.0112701, 0.0124667, 0.0157594, 0.0244779, 0.0481832, 0.1137071, 0.2961953", \
					  "0.0116529, 0.0128034, 0.0158696, 0.0245101, 0.0480017, 0.1130870, 0.2941754");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0071811, 0.0061922, 0.0037201, -0.0036396, -0.0262532, -0.0917979, -0.2754389", \
					  "0.0071440, 0.0061622, 0.0036931, -0.0036582, -0.0262753, -0.0918083, -0.2754117", \
					  "0.0071220, 0.0061562, 0.0036938, -0.0036920, -0.0262951, -0.0918109, -0.2754206", \
					  "0.0069425, 0.0059757, 0.0034893, -0.0038627, -0.0264603, -0.0919970, -0.2756000", \
					  "0.0067342, 0.0057626, 0.0032945, -0.0040674, -0.0266685, -0.0921882, -0.2757929", \
					  "0.0087816, 0.0077609, 0.0048898, -0.0033363, -0.0267825, -0.0923428, -0.2759448", \
					  "0.0090164, 0.0080101, 0.0051310, -0.0030747, -0.0264033, -0.0921900, -0.2759053");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0127208, 0.0138976, 0.0171953, 0.0259999, 0.0496877, 0.1152095, 0.2956750", \
					  "0.0126857, 0.0138524, 0.0171707, 0.0259647, 0.0496157, 0.1151525, 0.2985153", \
					  "0.0127143, 0.0138937, 0.0171438, 0.0260003, 0.0496673, 0.1151267, 0.2976756", \
					  "0.0126504, 0.0138264, 0.0171408, 0.0259356, 0.0495938, 0.1150822, 0.2971996", \
					  "0.0125187, 0.0137042, 0.0169623, 0.0258138, 0.0494724, 0.1149485, 0.2970576", \
					  "0.0124530, 0.0136480, 0.0169393, 0.0256996, 0.0493770, 0.1148695, 0.2975291", \
					  "0.0130091, 0.0141570, 0.0172500, 0.0259000, 0.0494123, 0.1146549, 0.2964093");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0072462, 0.0062799, 0.0037829, -0.0035408, -0.0260327, -0.0914249, -0.2749613", \
					  "0.0072060, 0.0062352, 0.0037720, -0.0035656, -0.0260337, -0.0914247, -0.2749728", \
					  "0.0072165, 0.0062326, 0.0037659, -0.0035397, -0.0260528, -0.0914197, -0.2749641", \
					  "0.0070718, 0.0061322, 0.0036618, -0.0036813, -0.0261687, -0.0915580, -0.2750984", \
					  "0.0069116, 0.0059480, 0.0034488, -0.0038688, -0.0263472, -0.0917318, -0.2752577", \
					  "0.0088561, 0.0078489, 0.0049938, -0.0031728, -0.0264327, -0.0918341, -0.2753611", \
					  "0.0092168, 0.0081616, 0.0053036, -0.0028360, -0.0260953, -0.0917033, -0.2753056");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0126320, 0.0138218, 0.0171181, 0.0259363, 0.0495295, 0.1150592, 0.2975586", \
					  "0.0126265, 0.0138004, 0.0171107, 0.0259251, 0.0494950, 0.1150219, 0.2967241", \
					  "0.0125819, 0.0137606, 0.0170738, 0.0258534, 0.0495268, 0.1149361, 0.2974792", \
					  "0.0125073, 0.0136806, 0.0170046, 0.0258045, 0.0494834, 0.1150303, 0.2952396", \
					  "0.0124691, 0.0136507, 0.0169318, 0.0257071, 0.0493157, 0.1148630, 0.2975319", \
					  "0.0129580, 0.0140751, 0.0171066, 0.0256265, 0.0489628, 0.1145551, 0.2949412", \
					  "0.0129582, 0.0140742, 0.0171667, 0.0257873, 0.0493486, 0.1146762, 0.2961266");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0075018, 0.0065270, 0.0040607, -0.0033400, -0.0258552, -0.0912088, -0.2747066", \
					  "0.0074857, 0.0064689, 0.0039646, -0.0033890, -0.0259002, -0.0912486, -0.2747579", \
					  "0.0073763, 0.0064060, 0.0039228, -0.0034768, -0.0259568, -0.0913064, -0.2748200", \
					  "0.0072951, 0.0063140, 0.0038229, -0.0035769, -0.0260896, -0.0914384, -0.2749358", \
					  "0.0071681, 0.0061856, 0.0036781, -0.0037432, -0.0262444, -0.0915564, -0.2750282", \
					  "0.0071052, 0.0061347, 0.0035406, -0.0039449, -0.0264869, -0.0917332, -0.2751459", \
					  "0.0089243, 0.0078291, 0.0048749, -0.0034369, -0.0268916, -0.0919263, -0.2752447");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0125897, 0.0137628, 0.0170731, 0.0258840, 0.0494642, 0.1150110, 0.2975625", \
					  "0.0125623, 0.0137402, 0.0169711, 0.0258348, 0.0494963, 0.1149229, 0.2974515", \
					  "0.0125219, 0.0137104, 0.0169777, 0.0258038, 0.0494707, 0.1149714, 0.2970909", \
					  "0.0124708, 0.0136575, 0.0169499, 0.0257626, 0.0494751, 0.1149813, 0.2955449", \
					  "0.0124230, 0.0136045, 0.0168218, 0.0256277, 0.0493357, 0.1147390, 0.2954644", \
					  "0.0128981, 0.0140109, 0.0171121, 0.0255495, 0.0490788, 0.1145854, 0.2968515", \
					  "0.0129171, 0.0140280, 0.0171173, 0.0257727, 0.0491271, 0.1146816, 0.2960530");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0085517, 0.0075338, 0.0050484, -0.0022862, -0.0247228, -0.0900010, -0.2734327", \
					  "0.0084630, 0.0074978, 0.0049919, -0.0023357, -0.0247600, -0.0900427, -0.2734848", \
					  "0.0084232, 0.0074379, 0.0049408, -0.0023963, -0.0248214, -0.0901061, -0.2735487", \
					  "0.0083913, 0.0074093, 0.0049069, -0.0024587, -0.0248814, -0.0901568, -0.2736116", \
					  "0.0082956, 0.0073248, 0.0048332, -0.0025682, -0.0250181, -0.0902685, -0.2736729", \
					  "0.0082203, 0.0072114, 0.0048029, -0.0026820, -0.0251838, -0.0904070, -0.2737577", \
					  "0.0104471, 0.0093472, 0.0063217, -0.0021922, -0.0256100, -0.0905111, -0.2737896");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.2200581, 0.2280991, 0.2465579, 0.2858556, 0.3764436, 0.6145786, 1.2733258", \
					  "0.2251883, 0.2334784, 0.2516770, 0.2910536, 0.3815453, 0.6188453, 1.2779388", \
					  "0.2387894, 0.2471218, 0.2652672, 0.3046605, 0.3953292, 0.6336876, 1.2895959", \
					  "0.2736237, 0.2819509, 0.3001813, 0.3394767, 0.4300831, 0.6683014, 1.3274631", \
					  "0.3500726, 0.3584481, 0.3767623, 0.4160897, 0.5066565, 0.7439456, 1.4028657", \
					  "0.4896873, 0.4980399, 0.5163862, 0.5555599, 0.6462214, 0.8836643, 1.5450775", \
					  "0.7339424, 0.7423996, 0.7607048, 0.8007039, 0.8914928, 1.1295167, 1.7862790");
				}
				rise_transition ("del_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("0.0327991, 0.0392879, 0.0553757, 0.0960039, 0.2106745, 0.5465043, 1.4977782", \
					  "0.0329143, 0.0394086, 0.0552861, 0.0960402, 0.2106245, 0.5452514, 1.4850797", \
					  "0.0327817, 0.0392129, 0.0553987, 0.0957783, 0.2100492, 0.5468319, 1.4930907", \
					  "0.0327697, 0.0392053, 0.0554074, 0.0958971, 0.2107197, 0.5463384, 1.4987387", \
					  "0.0327277, 0.0392357, 0.0551544, 0.0960090, 0.2106038, 0.5448642, 1.4839281", \
					  "0.0331255, 0.0396278, 0.0551265, 0.0960989, 0.2106911, 0.5457442, 1.4983448", \
					  "0.0340804, 0.0403913, 0.0570745, 0.0973554, 0.2114121, 0.5429152, 1.4901858");
				}
				cell_fall ("del_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("0.1801883, 0.1858785, 0.1978583, 0.2206761, 0.2635938, 0.3522807, 0.5720576", \
					  "0.1851400, 0.1907890, 0.2028661, 0.2253053, 0.2684799, 0.3574075, 0.5770740", \
					  "0.1965036, 0.2021411, 0.2140156, 0.2369145, 0.2799470, 0.3689694, 0.5883668", \
					  "0.2169178, 0.2225683, 0.2345584, 0.2574999, 0.3003143, 0.3891654, 0.6088525", \
					  "0.2472849, 0.2529053, 0.2647266, 0.2876709, 0.3304109, 0.4194212, 0.6391016", \
					  "0.2886134, 0.2942320, 0.3061945, 0.3289079, 0.3717955, 0.4610455, 0.6805315", \
					  "0.3332584, 0.3388994, 0.3509477, 0.3738291, 0.4170255, 0.5062198, 0.7259247");
				}
				fall_transition ("del_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("0.0282873, 0.0315207, 0.0389927, 0.0553451, 0.0919754, 0.1881669, 0.4733554", \
					  "0.0281536, 0.0314617, 0.0388731, 0.0557338, 0.0924440, 0.1876745, 0.4705074", \
					  "0.0282927, 0.0315995, 0.0389782, 0.0550463, 0.0925663, 0.1878709, 0.4708957", \
					  "0.0280923, 0.0313330, 0.0386683, 0.0548115, 0.0921273, 0.1875399, 0.4706682", \
					  "0.0282609, 0.0316926, 0.0389772, 0.0551390, 0.0925658, 0.1878803, 0.4709867", \
					  "0.0282395, 0.0314887, 0.0389764, 0.0551706, 0.0920491, 0.1869102, 0.4704703", \
					  "0.0288201, 0.0321222, 0.0391362, 0.0554874, 0.0924274, 0.1875393, 0.4694440");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.2257656, 0.2340597, 0.2524870, 0.2917183, 0.3824333, 0.6199908, 1.2801352", \
					  "0.2310394, 0.2392955, 0.2577563, 0.2969466, 0.3876462, 0.6261241, 1.2840838", \
					  "0.2448375, 0.2531604, 0.2713822, 0.3107092, 0.4013471, 0.6396597, 1.2988463", \
					  "0.2793158, 0.2876298, 0.3060877, 0.3452768, 0.4359581, 0.6744231, 1.3328505", \
					  "0.3555380, 0.3638530, 0.3821173, 0.4215149, 0.5121796, 0.7506539, 1.4094078", \
					  "0.4929386, 0.5013039, 0.5198587, 0.5591146, 0.6496808, 0.8871120, 1.5502073", \
					  "0.7304456, 0.7389324, 0.7574101, 0.7970579, 0.8878953, 1.1254583, 1.7868259");
				}
				rise_transition ("del_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("0.0328688, 0.0393364, 0.0552863, 0.0960500, 0.2105974, 0.5454712, 1.4871955", \
					  "0.0329164, 0.0394943, 0.0551324, 0.0958612, 0.2102546, 0.5464066, 1.4993465", \
					  "0.0328454, 0.0392663, 0.0554625, 0.0958757, 0.2107154, 0.5464171, 1.4987536", \
					  "0.0327349, 0.0391840, 0.0551506, 0.0957416, 0.2105276, 0.5453207, 1.4994456", \
					  "0.0327100, 0.0391650, 0.0553246, 0.0956707, 0.2105399, 0.5455147, 1.4997070", \
					  "0.0330143, 0.0394536, 0.0551216, 0.0960654, 0.2105644, 0.5455731, 1.5009887", \
					  "0.0335243, 0.0400281, 0.0562105, 0.0966843, 0.2107226, 0.5432437, 1.4902031");
				}
				cell_fall ("del_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("0.1932274, 0.1991357, 0.2112121, 0.2344231, 0.2774844, 0.3663426, 0.5861550", \
					  "0.1982600, 0.2040958, 0.2163791, 0.2392461, 0.2824388, 0.3714424, 0.5913778", \
					  "0.2096716, 0.2155019, 0.2277330, 0.2509742, 0.2938293, 0.3828125, 0.6029107", \
					  "0.2299504, 0.2356800, 0.2479604, 0.2711308, 0.3142264, 0.4030557, 0.6229015", \
					  "0.2595210, 0.2653604, 0.2776178, 0.3007737, 0.3433705, 0.4325804, 0.6522480", \
					  "0.2977356, 0.3035367, 0.3158814, 0.3390615, 0.3821255, 0.4712711, 0.6908693", \
					  "0.3371282, 0.3428865, 0.3551194, 0.3783228, 0.4215986, 0.5108980, 0.7307108");
				}
				fall_transition ("del_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("0.0303342, 0.0334793, 0.0403923, 0.0559390, 0.0922901, 0.1883554, 0.4708439", \
					  "0.0301706, 0.0331992, 0.0402858, 0.0567838, 0.0928048, 0.1881297, 0.4704465", \
					  "0.0301115, 0.0332504, 0.0403390, 0.0558768, 0.0929845, 0.1878008, 0.4708616", \
					  "0.0302868, 0.0333246, 0.0404705, 0.0559381, 0.0922438, 0.1878903, 0.4723186", \
					  "0.0305112, 0.0334372, 0.0403789, 0.0565534, 0.0926129, 0.1877239, 0.4710209", \
					  "0.0304197, 0.0334274, 0.0406324, 0.0560558, 0.0926250, 0.1870404, 0.4711891", \
					  "0.0304499, 0.0337321, 0.0410623, 0.0564925, 0.0926039, 0.1882639, 0.4702079");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.1558234, 0.1641496, 0.1825228, 0.2218458, 0.3122755, 0.5503298, 1.2104120", \
					  "0.1603794, 0.1686856, 0.1871840, 0.2264463, 0.3171174, 0.5553368, 1.2122761", \
					  "0.1696809, 0.1780039, 0.1963673, 0.2354723, 0.3261757, 0.5645486, 1.2233071", \
					  "0.1887497, 0.1971021, 0.2155534, 0.2549529, 0.3455445, 0.5830836, 1.2437713", \
					  "0.2313841, 0.2397871, 0.2583715, 0.2978290, 0.3883832, 0.6259102, 1.2855895", \
					  "0.3060264, 0.3154013, 0.3352921, 0.3766444, 0.4688522, 0.7067225, 1.3661869", \
					  "0.4081737, 0.4196791, 0.4440774, 0.4902145, 0.5853851, 0.8242706, 1.4815077");
				}
				rise_transition ("del_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("0.0327083, 0.0392121, 0.0551939, 0.0959491, 0.2105788, 0.5468165, 1.4991188", \
					  "0.0327084, 0.0390958, 0.0552972, 0.0960058, 0.2106765, 0.5464242, 1.4893654", \
					  "0.0327382, 0.0391902, 0.0551785, 0.0957791, 0.2106130, 0.5460063, 1.4971028", \
					  "0.0328523, 0.0393252, 0.0551326, 0.0960789, 0.2106803, 0.5462398, 1.4864610", \
					  "0.0337115, 0.0401744, 0.0560330, 0.0962543, 0.2110205, 0.5447199, 1.4946576", \
					  "0.0390340, 0.0458558, 0.0614265, 0.1011272, 0.2139140, 0.5450366, 1.4870070", \
					  "0.0530430, 0.0595918, 0.0751933, 0.1123980, 0.2195330, 0.5477952, 1.4917999");
				}
				cell_fall ("del_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("0.1810687, 0.1870572, 0.1994606, 0.2228936, 0.2664162, 0.3554849, 0.5754805", \
					  "0.1868241, 0.1927837, 0.2052584, 0.2285013, 0.2720007, 0.3612835, 0.5816061", \
					  "0.2018444, 0.2077350, 0.2199489, 0.2433755, 0.2869977, 0.3762492, 0.5965446", \
					  "0.2365732, 0.2424857, 0.2548849, 0.2782896, 0.3203832, 0.4095514, 0.6297434", \
					  "0.3188956, 0.3247912, 0.3371310, 0.3604765, 0.4025253, 0.4921356, 0.7123753", \
					  "0.5065115, 0.5130586, 0.5252959, 0.5494857, 0.5944034, 0.6840937, 0.9044648", \
					  "0.8501709, 0.8590090, 0.8774809, 0.9096029, 0.9638134, 1.0601713, 1.2824367");
				}
				fall_transition ("del_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("0.0311175, 0.0340987, 0.0414387, 0.0567306, 0.0930881, 0.1886812, 0.4717319", \
					  "0.0310648, 0.0341379, 0.0412735, 0.0568191, 0.0936111, 0.1886453, 0.4707276", \
					  "0.0311173, 0.0341148, 0.0415775, 0.0571080, 0.0934072, 0.1888454, 0.4703730", \
					  "0.0309454, 0.0341004, 0.0412210, 0.0567166, 0.0931584, 0.1885429, 0.4717606", \
					  "0.0309887, 0.0341473, 0.0413100, 0.0568436, 0.0932803, 0.1884399, 0.4706470", \
					  "0.0357805, 0.0389784, 0.0453634, 0.0602277, 0.0949339, 0.1891285, 0.4743118", \
					  "0.0569462, 0.0604358, 0.0684039, 0.0847931, 0.1175526, 0.2058898, 0.4752516");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.1592121, 0.1675418, 0.1859942, 0.2252634, 0.3157453, 0.5537741, 1.2140396", \
					  "0.1640881, 0.1724164, 0.1904808, 0.2299324, 0.3206375, 0.5589723, 1.2174929", \
					  "0.1733743, 0.1816904, 0.1997254, 0.2391701, 0.3298378, 0.5679702, 1.2265502", \
					  "0.1912021, 0.1996243, 0.2178046, 0.2572247, 0.3476344, 0.5854577, 1.2433059", \
					  "0.2287169, 0.2371147, 0.2554175, 0.2949654, 0.3855483, 0.6239125, 1.2809377", \
					  "0.2954750, 0.3045919, 0.3246071, 0.3658339, 0.4577539, 0.6957829, 1.3544128", \
					  "0.3926172, 0.4037277, 0.4274948, 0.4729740, 0.5680025, 0.8064840, 1.4632485");
				}
				rise_transition ("del_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("0.0327807, 0.0392241, 0.0552470, 0.0959707, 0.2106419, 0.5467547, 1.4999045", \
					  "0.0327280, 0.0391504, 0.0553591, 0.0958917, 0.2105158, 0.5460176, 1.4965231", \
					  "0.0327124, 0.0391892, 0.0554652, 0.0957830, 0.2107035, 0.5465603, 1.4940683", \
					  "0.0327121, 0.0392637, 0.0551562, 0.0959850, 0.2105299, 0.5460258, 1.4914170", \
					  "0.0334325, 0.0396834, 0.0558492, 0.0965495, 0.2108767, 0.5456526, 1.4905666", \
					  "0.0378950, 0.0447406, 0.0604836, 0.1007471, 0.2125558, 0.5466226, 1.4915125", \
					  "0.0496182, 0.0562510, 0.0721784, 0.1109625, 0.2194609, 0.5468328, 1.4902413");
				}
				cell_fall ("del_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("0.1901050, 0.1962310, 0.2087889, 0.2323871, 0.2760407, 0.3653542, 0.5855091", \
					  "0.1960958, 0.2021081, 0.2146234, 0.2381648, 0.2818979, 0.3708646, 0.5914077", \
					  "0.2101110, 0.2159565, 0.2285764, 0.2520729, 0.2959401, 0.3849403, 0.6053723", \
					  "0.2446182, 0.2507035, 0.2631050, 0.2866264, 0.3318355, 0.4211200, 0.6401441", \
					  "0.3285075, 0.3345804, 0.3470325, 0.3705405, 0.4139559, 0.5035948, 0.7245804", \
					  "0.5173625, 0.5236952, 0.5363293, 0.5601338, 0.6045363, 0.6946638, 0.9149002", \
					  "0.8665430, 0.8755336, 0.8928194, 0.9255310, 0.9795325, 1.0753909, 1.2989400");
				}
				fall_transition ("del_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("0.0317638, 0.0345361, 0.0416403, 0.0571309, 0.0935487, 0.1887802, 0.4725695", \
					  "0.0316361, 0.0345804, 0.0416523, 0.0572288, 0.0936332, 0.1890488, 0.4730876", \
					  "0.0315972, 0.0346256, 0.0417962, 0.0571570, 0.0935513, 0.1894479, 0.4733061", \
					  "0.0316913, 0.0346429, 0.0417624, 0.0571009, 0.0935766, 0.1894502, 0.4740652", \
					  "0.0316194, 0.0345732, 0.0418093, 0.0576337, 0.0937173, 0.1888380, 0.4740760", \
					  "0.0352201, 0.0380906, 0.0456289, 0.0597854, 0.0945357, 0.1889855, 0.4707329", \
					  "0.0565613, 0.0599796, 0.0673662, 0.0820621, 0.1158731, 0.2040690, 0.4748196");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001418;
			capacitance : 0.001482;
			rise_capacitance : 0.001546;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023497, 0.0023000, 0.0021855, 0.0021799, 0.0021670, 0.0021372, 0.0020685");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051035, 0.0050312, 0.0048646, 0.0048695, 0.0048808, 0.0049068, 0.0049669");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001410;
			capacitance : 0.001475;
			rise_capacitance : 0.001540;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019672, 0.0019228, 0.0018203, 0.0018184, 0.0018140, 0.0018039, 0.0017806");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045094, 0.0044434, 0.0042914, 0.0042938, 0.0042994, 0.0043124, 0.0043422");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001509;
			capacitance : 0.001476;
			fall_capacitance : 0.001442;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015981, -0.0015978, -0.0015973, -0.0015965, -0.0015945, -0.0015901, -0.0015799");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017428, 0.0017426, 0.0017423, 0.0017442, 0.0017488, 0.0017592, 0.0017832");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001543;
			capacitance : 0.001499;
			fall_capacitance : 0.001455;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013954, -0.0013949, -0.0013936, -0.0013933, -0.0013927, -0.0013913, -0.0013880");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013878, 0.0013898, 0.0013944, 0.0013946, 0.0013949, 0.0013957, 0.0013975");
				}
			}
		}
	}
	cell ("scs8hd_and4bb_4") {
		area : 16.265600;
		cell_footprint : "and4bb";
		cell_leakage_power : 1.499592e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015446";
			when : "!AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0015350";
			when : "!AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0015933";
			when : "!AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0015485";
			when : "!AN&!BN&C&!D";
		}
		leakage_power () {
			value : "0.0014861";
			when : "!AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0014860";
			when : "!AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0014951";
			when : "!AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0014863";
			when : "!AN&BN&C&!D";
		}
		leakage_power () {
			value : "0.0014989";
			when : "AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0014988";
			when : "AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0015071";
			when : "AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0014990";
			when : "AN&!BN&C&!D";
		}
		leakage_power () {
			value : "0.0014537";
			when : "AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0014537";
			when : "AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0014538";
			when : "AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0014537";
			when : "AN&BN&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!AN&!BN&C&D)";
			max_capacitance : 0.397349;
			max_transition : 1.501524;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0199151, 0.0212095, 0.0252891, 0.0372940, 0.0723401, 0.1780710, 0.4980812", \
					  "0.0198796, 0.0211721, 0.0252514, 0.0372487, 0.0723125, 0.1780086, 0.4996237", \
					  "0.0199110, 0.0212769, 0.0252350, 0.0372911, 0.0723438, 0.1780175, 0.5006735", \
					  "0.0197824, 0.0211335, 0.0251791, 0.0371767, 0.0721900, 0.1780637, 0.4972312", \
					  "0.0196897, 0.0210413, 0.0250861, 0.0370250, 0.0720506, 0.1779858, 0.4995498", \
					  "0.0195745, 0.0209124, 0.0249342, 0.0368818, 0.0720007, 0.1770305, 0.4964427", \
					  "0.0202800, 0.0215918, 0.0253791, 0.0371465, 0.0718448, 0.1770970, 0.4964725");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0145636, 0.0134568, 0.0101771, 0.0005044, -0.0321410, -0.1378002, -0.4622491", \
					  "0.0145777, 0.0135359, 0.0102095, 0.0005688, -0.0321291, -0.1378172, -0.4622495", \
					  "0.0145290, 0.0133967, 0.0101749, 0.0005346, -0.0321576, -0.1378453, -0.4622939", \
					  "0.0143799, 0.0132397, 0.0100007, 0.0002777, -0.0323645, -0.1380554, -0.4624806", \
					  "0.0141537, 0.0130577, 0.0097444, 6.0200000e-05, -0.0325918, -0.1382541, -0.4626880", \
					  "0.0174363, 0.0163291, 0.0128138, 0.0019444, -0.0324877, -0.1384238, -0.4628402", \
					  "0.0176464, 0.0165243, 0.0130192, 0.0020959, -0.0322801, -0.1383535, -0.4628601");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0226962, 0.0240045, 0.0280526, 0.0400540, 0.0749266, 0.1807585, 0.4995375", \
					  "0.0226558, 0.0239624, 0.0280114, 0.0399491, 0.0750523, 0.1807003, 0.4991762", \
					  "0.0226865, 0.0240123, 0.0280463, 0.0399813, 0.0749732, 0.1807020, 0.4994815", \
					  "0.0225785, 0.0239165, 0.0279442, 0.0399382, 0.0748681, 0.1806112, 0.4994115", \
					  "0.0224155, 0.0237413, 0.0277753, 0.0397094, 0.0747974, 0.1804613, 0.5022204", \
					  "0.0224005, 0.0237630, 0.0277637, 0.0397153, 0.0746887, 0.1803607, 0.4989837", \
					  "0.0230771, 0.0243723, 0.0283067, 0.0397840, 0.0747008, 0.1798338, 0.4988595");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0149877, 0.0138922, 0.0105188, 0.0008454, -0.0315616, -0.1368550, -0.4611379", \
					  "0.0150040, 0.0138665, 0.0105175, 0.0009102, -0.0315712, -0.1368760, -0.4611343", \
					  "0.0150018, 0.0139566, 0.0105450, 0.0009090, -0.0315654, -0.1368362, -0.4611436", \
					  "0.0147675, 0.0136415, 0.0103385, 0.0007072, -0.0317715, -0.1370552, -0.4613513", \
					  "0.0145074, 0.0134285, 0.0101220, 0.0004549, -0.0319607, -0.1372888, -0.4615742", \
					  "0.0178279, 0.0166669, 0.0131482, 0.0021138, -0.0321794, -0.1375244, -0.4617845", \
					  "0.0187365, 0.0175952, 0.0141139, 0.0031037, -0.0313007, -0.1373952, -0.4618634");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0226443, 0.0239363, 0.0280066, 0.0400302, 0.0749805, 0.1803244, 0.4998647", \
					  "0.0226634, 0.0239698, 0.0280290, 0.0400796, 0.0750473, 0.1803615, 0.4991731", \
					  "0.0225855, 0.0239841, 0.0280311, 0.0400112, 0.0748540, 0.1803930, 0.5014153", \
					  "0.0224348, 0.0238099, 0.0278040, 0.0398574, 0.0748953, 0.1802495, 0.5023291", \
					  "0.0223976, 0.0237264, 0.0276478, 0.0395984, 0.0747206, 0.1803473, 0.4989327", \
					  "0.0229804, 0.0242788, 0.0281202, 0.0395498, 0.0747007, 0.1801459, 0.4986041", \
					  "0.0230128, 0.0242980, 0.0281465, 0.0400156, 0.0748060, 0.1805618, 0.5005605");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0152614, 0.0141339, 0.0108100, 0.0011770, -0.0312507, -0.1366038, -0.4608800", \
					  "0.0152615, 0.0141622, 0.0106912, 0.0011172, -0.0313817, -0.1366756, -0.4609605", \
					  "0.0151466, 0.0140361, 0.0106288, 0.0009940, -0.0314247, -0.1367828, -0.4610562", \
					  "0.0149413, 0.0138125, 0.0104853, 0.0008026, -0.0317127, -0.1369795, -0.4612531", \
					  "0.0147245, 0.0136052, 0.0102808, 0.0005283, -0.0319771, -0.1371942, -0.4614066", \
					  "0.0147179, 0.0135356, 0.0100719, 0.0001856, -0.0323834, -0.1375174, -0.4616103", \
					  "0.0179040, 0.0166449, 0.0129421, 0.0015526, -0.0330586, -0.1378898, -0.4617909");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0229622, 0.0243278, 0.0282153, 0.0403488, 0.0753711, 0.1807092, 0.5013959", \
					  "0.0229333, 0.0243003, 0.0281877, 0.0403201, 0.0753501, 0.1804758, 0.4992081", \
					  "0.0229092, 0.0242801, 0.0283209, 0.0403010, 0.0751297, 0.1804656, 0.5017884", \
					  "0.0227542, 0.0241045, 0.0281072, 0.0401123, 0.0751112, 0.1805199, 0.5015304", \
					  "0.0226225, 0.0239641, 0.0278852, 0.0398973, 0.0749385, 0.1796497, 0.4986571", \
					  "0.0233525, 0.0246567, 0.0284768, 0.0397361, 0.0749500, 0.1802604, 0.4990328", \
					  "0.0233970, 0.0246793, 0.0285270, 0.0402580, 0.0750269, 0.1807015, 0.5007726");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001521728, 0.004631311, 0.01409519, 0.04289809, 0.1305584, 0.3973487");
					values("0.0168687, 0.0157280, 0.0122708, 0.0025394, -0.0302409, -0.1357192, -0.4600915", \
					  "0.0167823, 0.0156098, 0.0121859, 0.0024441, -0.0303049, -0.1358355, -0.4601227", \
					  "0.0165772, 0.0154431, 0.0120200, 0.0022912, -0.0304651, -0.1359821, -0.4602655", \
					  "0.0164627, 0.0153416, 0.0119436, 0.0021038, -0.0305500, -0.1360566, -0.4603381", \
					  "0.0162439, 0.0151420, 0.0117559, 0.0019367, -0.0307754, -0.1361947, -0.4604826", \
					  "0.0163210, 0.0151712, 0.0115936, 0.0015939, -0.0310178, -0.1363867, -0.4606093", \
					  "0.0193988, 0.0181532, 0.0144655, 0.0030894, -0.0318440, -0.1365420, -0.4606080");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
					values("0.2270462, 0.2324517, 0.2468210, 0.2802957, 0.3619966, 0.5920992, 1.2861371", \
					  "0.2322744, 0.2376800, 0.2520519, 0.2855665, 0.3673523, 0.5974278, 1.2912482", \
					  "0.2459484, 0.2516780, 0.2657299, 0.2993053, 0.3810610, 0.6111735, 1.3057059", \
					  "0.2805020, 0.2861461, 0.3004959, 0.3340165, 0.4158081, 0.6458056, 1.3380885", \
					  "0.3593308, 0.3650120, 0.3793395, 0.4127761, 0.4945632, 0.7243097, 1.4174685", \
					  "0.5076606, 0.5133202, 0.5276920, 0.5610074, 0.6427610, 0.8723509, 1.5650504", \
					  "0.7634173, 0.7691427, 0.7832037, 0.8172154, 0.8989857, 1.1287502, 1.8224688");
				}
				rise_transition ("del_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("0.0335577, 0.0380056, 0.0502520, 0.0836124, 0.1839492, 0.5043963, 1.5012735", \
					  "0.0335487, 0.0380007, 0.0502417, 0.0834037, 0.1837999, 0.5031002, 1.4913842", \
					  "0.0333186, 0.0379019, 0.0502289, 0.0835271, 0.1839329, 0.5042489, 1.5008926", \
					  "0.0337270, 0.0380451, 0.0501903, 0.0833507, 0.1837191, 0.5037635, 1.4926830", \
					  "0.0333711, 0.0377119, 0.0501734, 0.0833380, 0.1836300, 0.5044703, 1.4899189", \
					  "0.0338222, 0.0382475, 0.0496625, 0.0836272, 0.1837462, 0.5023746, 1.4888221", \
					  "0.0342406, 0.0385526, 0.0514747, 0.0841640, 0.1843080, 0.5008414, 1.4912370");
				}
				cell_fall ("del_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("0.1572163, 0.1605381, 0.1686377, 0.1858537, 0.2204795, 0.2963996, 0.4983112", \
					  "0.1621912, 0.1655094, 0.1736015, 0.1910110, 0.2256618, 0.3015612, 0.5031557", \
					  "0.1742188, 0.1775287, 0.1856119, 0.2030127, 0.2376079, 0.3135050, 0.5151317", \
					  "0.1983288, 0.2016388, 0.2097839, 0.2270696, 0.2617449, 0.3376482, 0.5393189", \
					  "0.2353274, 0.2386392, 0.2467342, 0.2640751, 0.2987404, 0.3744293, 0.5761350", \
					  "0.2879982, 0.2913572, 0.2993975, 0.3168350, 0.3515424, 0.4275932, 0.6294094", \
					  "0.3532125, 0.3565475, 0.3646791, 0.3821228, 0.4168788, 0.4929497, 0.6947768");
				}
				fall_transition ("del_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("0.0246433, 0.0265077, 0.0311000, 0.0429231, 0.0720110, 0.1532063, 0.4167408", \
					  "0.0246820, 0.0265338, 0.0313993, 0.0426381, 0.0718242, 0.1538268, 0.4151246", \
					  "0.0245524, 0.0264227, 0.0313008, 0.0429643, 0.0720001, 0.1534761, 0.4164065", \
					  "0.0246124, 0.0264649, 0.0313491, 0.0426044, 0.0717304, 0.1533926, 0.4149500", \
					  "0.0247712, 0.0264800, 0.0312618, 0.0431120, 0.0723089, 0.1532441, 0.4146224", \
					  "0.0248535, 0.0266435, 0.0314214, 0.0430628, 0.0721265, 0.1534964, 0.4163808", \
					  "0.0250615, 0.0268758, 0.0317044, 0.0432803, 0.0726669, 0.1535619, 0.4158657");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
					values("0.2562586, 0.2619247, 0.2762936, 0.3098100, 0.3914571, 0.6206441, 1.3139994", \
					  "0.2614268, 0.2670696, 0.2813652, 0.3151754, 0.3967288, 0.6257541, 1.3185834", \
					  "0.2749720, 0.2806513, 0.2950551, 0.3285398, 0.4102765, 0.6399010, 1.3320571", \
					  "0.3095487, 0.3152395, 0.3296328, 0.3630836, 0.4448560, 0.6744824, 1.3665858", \
					  "0.3893629, 0.3949898, 0.4093554, 0.4428008, 0.5244007, 0.7534762, 1.4489447", \
					  "0.5445127, 0.5502027, 0.5646381, 0.5983751, 0.6798028, 0.9101947, 1.6010548", \
					  "0.8165611, 0.8223295, 0.8370163, 0.8706045, 0.9527877, 1.1826027, 1.8764956");
				}
				rise_transition ("del_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("0.0338217, 0.0382414, 0.0499958, 0.0835996, 0.1838212, 0.5046372, 1.4880498", \
					  "0.0336896, 0.0380436, 0.0503885, 0.0835967, 0.1838930, 0.5035077, 1.4871248", \
					  "0.0335543, 0.0380672, 0.0503646, 0.0835981, 0.1838774, 0.5040005, 1.4866949", \
					  "0.0335641, 0.0379678, 0.0503520, 0.0835199, 0.1838728, 0.5040179, 1.4884353", \
					  "0.0333911, 0.0380904, 0.0501973, 0.0836824, 0.1839965, 0.5030458, 1.5002550", \
					  "0.0338126, 0.0381606, 0.0504213, 0.0839937, 0.1837511, 0.5031834, 1.4886151", \
					  "0.0348770, 0.0391913, 0.0515442, 0.0847319, 0.1843638, 0.5010377, 1.4844918");
				}
				cell_fall ("del_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("0.1945783, 0.1984445, 0.2077772, 0.2270992, 0.2651998, 0.3453551, 0.5494482", \
					  "0.1995264, 0.2033422, 0.2127160, 0.2320116, 0.2701654, 0.3503766, 0.5546847", \
					  "0.2114393, 0.2152236, 0.2245202, 0.2440294, 0.2820157, 0.3622023, 0.5666141", \
					  "0.2353098, 0.2391350, 0.2482671, 0.2677703, 0.3057673, 0.3860887, 0.5903986", \
					  "0.2720807, 0.2758610, 0.2850713, 0.3046243, 0.3428191, 0.4231518, 0.6273131", \
					  "0.3230860, 0.3269003, 0.3365753, 0.3560405, 0.3940792, 0.4744747, 0.6786890", \
					  "0.3843506, 0.3882390, 0.3972815, 0.4165445, 0.4547702, 0.5351663, 0.7393083");
				}
				fall_transition ("del_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("0.0297133, 0.0317697, 0.0369129, 0.0492037, 0.0787462, 0.1610586, 0.4182647", \
					  "0.0295290, 0.0315701, 0.0369397, 0.0491758, 0.0787464, 0.1604522, 0.4193308", \
					  "0.0297400, 0.0317931, 0.0367968, 0.0490608, 0.0792169, 0.1606518, 0.4185728", \
					  "0.0295906, 0.0315911, 0.0368079, 0.0491842, 0.0790153, 0.1608534, 0.4184348", \
					  "0.0296259, 0.0317445, 0.0371313, 0.0495644, 0.0794932, 0.1608335, 0.4183440", \
					  "0.0298201, 0.0318449, 0.0369453, 0.0494337, 0.0795326, 0.1598374, 0.4180573", \
					  "0.0300455, 0.0318698, 0.0371563, 0.0499849, 0.0793365, 0.1610053, 0.4180443");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
					values("0.1579531, 0.1634251, 0.1776933, 0.2113803, 0.2930060, 0.5224006, 1.2150119", \
					  "0.1621987, 0.1678500, 0.1822034, 0.2157479, 0.2971571, 0.5266632, 1.2178675", \
					  "0.1701501, 0.1759450, 0.1902043, 0.2236677, 0.3052569, 0.5345832, 1.2280956", \
					  "0.1874467, 0.1932134, 0.2074942, 0.2410484, 0.3226359, 0.5521661, 1.2475950", \
					  "0.2264428, 0.2322342, 0.2465591, 0.2802924, 0.3619572, 0.5918291, 1.2832703", \
					  "0.2912043, 0.2976617, 0.3132500, 0.3487442, 0.4321311, 0.6621458, 1.3559646", \
					  "0.3676777, 0.3756330, 0.3947583, 0.4349147, 0.5216345, 0.7523032, 1.4445414");
				}
				rise_transition ("del_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("0.0336026, 0.0383753, 0.0503068, 0.0836935, 0.1840475, 0.5037779, 1.4970002", \
					  "0.0336769, 0.0381014, 0.0499499, 0.0835075, 0.1839453, 0.5031867, 1.4897218", \
					  "0.0336445, 0.0380201, 0.0501483, 0.0833435, 0.1838787, 0.5031308, 1.4923892", \
					  "0.0336950, 0.0380920, 0.0500378, 0.0835564, 0.1837643, 0.5034155, 1.5015236", \
					  "0.0344512, 0.0388193, 0.0510829, 0.0841782, 0.1839297, 0.5041729, 1.4894305", \
					  "0.0397292, 0.0441350, 0.0562738, 0.0886677, 0.1871554, 0.5042742, 1.4932390", \
					  "0.0547220, 0.0590362, 0.0706608, 0.1016243, 0.1933953, 0.5057441, 1.4885161");
				}
				cell_fall ("del_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("0.1719370, 0.1758812, 0.1852838, 0.2048647, 0.2427355, 0.3219534, 0.5254766", \
					  "0.1778776, 0.1817609, 0.1913186, 0.2108318, 0.2485775, 0.3280239, 0.5316099", \
					  "0.1929447, 0.1968790, 0.2062768, 0.2259276, 0.2638478, 0.3430249, 0.5465382", \
					  "0.2291841, 0.2330369, 0.2424489, 0.2608847, 0.2987745, 0.3779818, 0.5815719", \
					  "0.3119874, 0.3158485, 0.3252221, 0.3462697, 0.3841993, 0.4637283, 0.6674361", \
					  "0.5079290, 0.5122655, 0.5224937, 0.5431717, 0.5815597, 0.6616505, 0.8655631", \
					  "0.8682440, 0.8744996, 0.8890976, 0.9175725, 0.9673690, 1.0583863, 1.2653805");
				}
				fall_transition ("del_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("0.0310218, 0.0331423, 0.0380596, 0.0498911, 0.0793048, 0.1596077, 0.4180138", \
					  "0.0311613, 0.0331508, 0.0380544, 0.0499063, 0.0790811, 0.1599726, 0.4177426", \
					  "0.0312084, 0.0332148, 0.0381212, 0.0498670, 0.0793046, 0.1596049, 0.4178559", \
					  "0.0312060, 0.0332658, 0.0380624, 0.0500053, 0.0785450, 0.1596033, 0.4176205", \
					  "0.0311575, 0.0332070, 0.0382327, 0.0501261, 0.0791062, 0.1595651, 0.4195752", \
					  "0.0365290, 0.0383966, 0.0427943, 0.0534798, 0.0813657, 0.1606897, 0.4196556", \
					  "0.0592110, 0.0616182, 0.0675589, 0.0801355, 0.1077097, 0.1796464, 0.4225571");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00152173, 0.00463131, 0.0140952, 0.0428981, 0.130558, 0.397349");
					values("0.1635062, 0.1691677, 0.1832332, 0.2168974, 0.2984496, 0.5271565, 1.2186442", \
					  "0.1677742, 0.1734327, 0.1874976, 0.2211566, 0.3026531, 0.5319746, 1.2235130", \
					  "0.1756523, 0.1814406, 0.1957096, 0.2291679, 0.3107666, 0.5399341, 1.2305965", \
					  "0.1909752, 0.1967065, 0.2108227, 0.2443450, 0.3259830, 0.5551494, 1.2471912", \
					  "0.2236477, 0.2294166, 0.2437388, 0.2774967, 0.3591771, 0.5888150, 1.2801280", \
					  "0.2802476, 0.2865160, 0.3020356, 0.3373057, 0.4208444, 0.6505916, 1.3433312", \
					  "0.3503984, 0.3580640, 0.3766770, 0.4166496, 0.5033863, 0.7341764, 1.4260653");
				}
				rise_transition ("del_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("0.0335650, 0.0379453, 0.0502155, 0.0835812, 0.1839475, 0.5045938, 1.4927158", \
					  "0.0335798, 0.0379347, 0.0502077, 0.0835525, 0.1837999, 0.5035128, 1.4928632", \
					  "0.0336046, 0.0380011, 0.0501616, 0.0833390, 0.1839905, 0.5034554, 1.4921213", \
					  "0.0336743, 0.0380408, 0.0502053, 0.0833683, 0.1836895, 0.5039520, 1.4924529", \
					  "0.0342406, 0.0385380, 0.0511131, 0.0841815, 0.1841084, 0.5016595, 1.4896472", \
					  "0.0387113, 0.0431838, 0.0554625, 0.0885551, 0.1864811, 0.5037905, 1.4878689", \
					  "0.0515670, 0.0558930, 0.0679197, 0.0995137, 0.1935538, 0.5062839, 1.4892304");
				}
				cell_fall ("del_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("0.1825542, 0.1865041, 0.1962808, 0.2161201, 0.2540502, 0.3340213, 0.5382723", \
					  "0.1887848, 0.1927719, 0.2023012, 0.2221494, 0.2605479, 0.3405672, 0.5441811", \
					  "0.2029737, 0.2069942, 0.2165787, 0.2363197, 0.2741355, 0.3541487, 0.5578538", \
					  "0.2398242, 0.2438549, 0.2525592, 0.2724309, 0.3113033, 0.3912632, 0.5949696", \
					  "0.3229717, 0.3268959, 0.3380012, 0.3577683, 0.3948067, 0.4748826, 0.6788006", \
					  "0.5218747, 0.5262183, 0.5352629, 0.5556167, 0.5950508, 0.6752751, 0.8793770", \
					  "0.8922456, 0.8985838, 0.9131150, 0.9411729, 0.9903413, 1.0805424, 1.2866126");
				}
				fall_transition ("del_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("0.0324158, 0.0343428, 0.0391100, 0.0512111, 0.0806046, 0.1605210, 0.4173304", \
					  "0.0324225, 0.0344808, 0.0394350, 0.0515463, 0.0806327, 0.1608169, 0.4183334", \
					  "0.0322778, 0.0340906, 0.0391641, 0.0511689, 0.0805235, 0.1608619, 0.4184112", \
					  "0.0322008, 0.0341019, 0.0394031, 0.0512095, 0.0803702, 0.1608498, 0.4184065", \
					  "0.0321692, 0.0341825, 0.0391309, 0.0513083, 0.0805239, 0.1608734, 0.4180492", \
					  "0.0363647, 0.0381185, 0.0426071, 0.0533641, 0.0811122, 0.1614122, 0.4184247", \
					  "0.0588974, 0.0612754, 0.0667007, 0.0795061, 0.1058807, 0.1784745, 0.4227955");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001396;
			capacitance : 0.001463;
			rise_capacitance : 0.001531;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033869, 0.0033458, 0.0032509, 0.0032416, 0.0032201, 0.0031707, 0.0030566");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059120, 0.0058391, 0.0056712, 0.0056751, 0.0056843, 0.0057053, 0.0057537");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001451;
			capacitance : 0.001521;
			rise_capacitance : 0.001591;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038594, 0.0038221, 0.0037361, 0.0037314, 0.0037204, 0.0036950, 0.0036364");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053017, 0.0052330, 0.0050746, 0.0050776, 0.0050847, 0.0051010, 0.0051386");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002309;
			capacitance : 0.002210;
			fall_capacitance : 0.002112;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028863, -0.0028867, -0.0028875, -0.0028860, -0.0028825, -0.0028746, -0.0028562");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031047, 0.0031032, 0.0030998, 0.0031018, 0.0031064, 0.0031169, 0.0031412");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002377;
			capacitance : 0.002243;
			fall_capacitance : 0.002110;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029151, -0.0029152, -0.0029155, -0.0029154, -0.0029151, -0.0029146, -0.0029133");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029204, 0.0029202, 0.0029197, 0.0029199, 0.0029202, 0.0029209, 0.0029226");
				}
			}
		}
	}
	cell ("scs8hd_buf_1") {
		area : 3.753600;
		cell_footprint : "buf";
		cell_leakage_power : 4.567341e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "4.5673406e-05";
			when : "A";
		}
		leakage_power () {
			value : "4.5673406e-05";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.116282;
			max_transition : 1.505745;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0039844, 0.0049216, 0.0071942, 0.0126837, 0.0261817, 0.0594258, 0.1430710", \
					  "0.0038583, 0.0047970, 0.0070500, 0.0125987, 0.0260810, 0.0600901, 0.1432783", \
					  "0.0036657, 0.0046068, 0.0068634, 0.0124399, 0.0258564, 0.0599247, 0.1431459", \
					  "0.0034685, 0.0043998, 0.0066535, 0.0122149, 0.0259582, 0.0596517, 0.1426579", \
					  "0.0034324, 0.0043623, 0.0064881, 0.0120897, 0.0256373, 0.0597558, 0.1433021", \
					  "0.0034889, 0.0044378, 0.0066655, 0.0122465, 0.0258188, 0.0592461, 0.1431233", \
					  "0.0036941, 0.0047066, 0.0069295, 0.0124837, 0.0263617, 0.0599550, 0.1428233");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0075459, 0.0068350, 0.0048388, -0.0005726, -0.0142788, -0.0483536, -0.1328334", \
					  "0.0073702, 0.0066676, 0.0046695, -0.0007317, -0.0144332, -0.0484927, -0.1329577", \
					  "0.0072181, 0.0064960, 0.0045188, -0.0008597, -0.0145511, -0.0485997, -0.1330280", \
					  "0.0071284, 0.0064045, 0.0044445, -0.0008947, -0.0145578, -0.0485964, -0.1330337", \
					  "0.0067388, 0.0059487, 0.0041740, -0.0010563, -0.0146781, -0.0486781, -0.1331003", \
					  "0.0072363, 0.0063821, 0.0042165, -0.0012047, -0.0147021, -0.0486117, -0.1330301", \
					  "0.0076641, 0.0067913, 0.0045612, -0.0008862, -0.0144904, -0.0484177, -0.1326396");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.0453243, 0.0524014, 0.0691718, 0.1097046, 0.2095714, 0.4573146, 1.0750919", \
					  "0.0499799, 0.0570399, 0.0738050, 0.1146655, 0.2146030, 0.4621053, 1.0803195", \
					  "0.0604323, 0.0674952, 0.0842297, 0.1250583, 0.2254559, 0.4733994, 1.0891448", \
					  "0.0767166, 0.0839441, 0.1009440, 0.1418499, 0.2423615, 0.4927488, 1.1105615", \
					  "0.0979969, 0.1054590, 0.1222169, 0.1634373, 0.2640171, 0.5127645, 1.1298203", \
					  "0.1178688, 0.1267185, 0.1446772, 0.1851001, 0.2852313, 0.5339191, 1.1519715", \
					  "0.1115693, 0.1243761, 0.1479642, 0.1908724, 0.2905454, 0.5383595, 1.1528654");
				}
				rise_transition ("del_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("0.0204769, 0.0297817, 0.0532113, 0.1115253, 0.2562422, 0.6075649, 1.4922430", \
					  "0.0205001, 0.0298258, 0.0530795, 0.1117550, 0.2547188, 0.6149383, 1.5057453", \
					  "0.0205461, 0.0298099, 0.0532334, 0.1112619, 0.2539770, 0.6130209, 1.4919755", \
					  "0.0216548, 0.0307222, 0.0534165, 0.1111814, 0.2558787, 0.6190031, 1.5043101", \
					  "0.0245373, 0.0325110, 0.0545230, 0.1121053, 0.2544731, 0.6141724, 1.4927024", \
					  "0.0325633, 0.0400634, 0.0586447, 0.1130525, 0.2566026, 0.6090928, 1.5044651", \
					  "0.0500946, 0.0569727, 0.0743142, 0.1195345, 0.2576113, 0.6175572, 1.4907187");
				}
				cell_fall ("del_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("0.0584749, 0.0628595, 0.0717847, 0.0897452, 0.1300560, 0.2277214, 0.4708326", \
					  "0.0639866, 0.0684140, 0.0772959, 0.0953023, 0.1356028, 0.2335220, 0.4760662", \
					  "0.0783469, 0.0827350, 0.0916329, 0.1097990, 0.1501372, 0.2480737, 0.4902665", \
					  "0.1124176, 0.1168555, 0.1259609, 0.1440782, 0.1844359, 0.2821850, 0.5251615", \
					  "0.1764875, 0.1819011, 0.1923767, 0.2123063, 0.2537603, 0.3499512, 0.5920758", \
					  "0.2826342, 0.2899480, 0.3036119, 0.3275907, 0.3717066, 0.4701664, 0.7123496", \
					  "0.4614558, 0.4717546, 0.4904616, 0.5224011, 0.5750519, 0.6759633, 0.9146998");
				}
				fall_transition ("del_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("0.0136910, 0.0174484, 0.0257629, 0.0455756, 0.0956183, 0.2236479, 0.5471291", \
					  "0.0137609, 0.0174458, 0.0257981, 0.0455413, 0.0958754, 0.2267030, 0.5462205", \
					  "0.0138999, 0.0175105, 0.0257170, 0.0454014, 0.0952968, 0.2237315, 0.5455189", \
					  "0.0144154, 0.0179772, 0.0260721, 0.0456511, 0.0957231, 0.2248117, 0.5438482", \
					  "0.0198990, 0.0233241, 0.0311826, 0.0494795, 0.0976955, 0.2237201, 0.5508894", \
					  "0.0301579, 0.0342312, 0.0427772, 0.0595223, 0.1034079, 0.2268371, 0.5465079", \
					  "0.0476140, 0.0532646, 0.0626603, 0.0814537, 0.1217589, 0.2347530, 0.5528922");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002103;
			capacitance : 0.001998;
			fall_capacitance : 0.001894;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_buf_2") {
		area : 5.004800;
		cell_footprint : "buf";
		cell_leakage_power : 6.260085e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004824";
			when : "A";
		}
		leakage_power () {
			value : "0.0007696";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.276499;
			max_transition : 1.510401;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001432487, 0.004104037, 0.01175796, 0.03368624, 0.0965102, 0.2764992");
					values("0.0081152, 0.0093344, 0.0127592, 0.0221783, 0.0487340, 0.1245021, 0.3409402", \
					  "0.0080658, 0.0093062, 0.0127002, 0.0220996, 0.0486146, 0.1243899, 0.3411015", \
					  "0.0079612, 0.0091999, 0.0126027, 0.0219960, 0.0483168, 0.1244537, 0.3415784", \
					  "0.0077919, 0.0089975, 0.0123219, 0.0217231, 0.0483679, 0.1238019, 0.3388930", \
					  "0.0076935, 0.0088539, 0.0121617, 0.0215123, 0.0479462, 0.1232952, 0.3391409", \
					  "0.0078244, 0.0089901, 0.0123466, 0.0215426, 0.0481635, 0.1232429, 0.3402333", \
					  "0.0078661, 0.0090162, 0.0122829, 0.0217955, 0.0480833, 0.1242356, 0.3407489");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001432487, 0.004104037, 0.01175796, 0.03368624, 0.0965102, 0.2764992");
					values("0.0097781, 0.0087727, 0.0061256, -0.0022246, -0.0283807, -0.1046939, -0.3237154", \
					  "0.0096521, 0.0086749, 0.0059887, -0.0023134, -0.0284532, -0.1047944, -0.3237784", \
					  "0.0095273, 0.0085349, 0.0058413, -0.0024878, -0.0286111, -0.1049467, -0.3239792", \
					  "0.0093976, 0.0084058, 0.0056501, -0.0026723, -0.0287414, -0.1050248, -0.3240072", \
					  "0.0092834, 0.0082699, 0.0054807, -0.0028835, -0.0289178, -0.1051154, -0.3240870", \
					  "0.0101221, 0.0090645, 0.0060188, -0.0031672, -0.0290789, -0.1052134, -0.3241149", \
					  "0.0106952, 0.0095414, 0.0063297, -0.0027662, -0.0291342, -0.1054039, -0.3240204");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.0616164, 0.0664059, 0.0782596, 0.1084949, 0.1915169, 0.4290245, 1.1053662", \
					  "0.0666439, 0.0714264, 0.0832030, 0.1133728, 0.1963350, 0.4343463, 1.1103211", \
					  "0.0784906, 0.0833525, 0.0951788, 0.1252609, 0.2085927, 0.4458089, 1.1256437", \
					  "0.1051347, 0.1100288, 0.1218500, 0.1519738, 0.2352131, 0.4716793, 1.1480445", \
					  "0.1474137, 0.1531136, 0.1660110, 0.1968093, 0.2799011, 0.5175560, 1.1958112", \
					  "0.2046627, 0.2121686, 0.2281315, 0.2606494, 0.3434611, 0.5803972, 1.2581065", \
					  "0.2706071, 0.2812338, 0.3028592, 0.3438146, 0.4285582, 0.6642464, 1.3403458");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.0161854, 0.0209662, 0.0344050, 0.0744854, 0.1928065, 0.5349807, 1.4970125", \
					  "0.0161927, 0.0209406, 0.0344620, 0.0742515, 0.1925767, 0.5344591, 1.4972079", \
					  "0.0161963, 0.0208581, 0.0344447, 0.0742695, 0.1921507, 0.5342688, 1.5104008", \
					  "0.0171757, 0.0217152, 0.0349808, 0.0743521, 0.1930206, 0.5283765, 1.4920886", \
					  "0.0222420, 0.0265772, 0.0384945, 0.0761691, 0.1922350, 0.5288909, 1.4967779", \
					  "0.0321864, 0.0367766, 0.0483254, 0.0814068, 0.1936068, 0.5294024, 1.4993080", \
					  "0.0505491, 0.0559195, 0.0686669, 0.0982617, 0.1987118, 0.5344018, 1.4978770");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.0870427, 0.0909949, 0.0997183, 0.1172216, 0.1530202, 0.2419106, 0.4906843", \
					  "0.0928526, 0.0968274, 0.1054681, 0.1229143, 0.1592405, 0.2475034, 0.4963781", \
					  "0.1069342, 0.1108550, 0.1195131, 0.1368173, 0.1732915, 0.2615802, 0.5101451", \
					  "0.1416507, 0.1456329, 0.1542795, 0.1716766, 0.2081410, 0.2969991, 0.5462515", \
					  "0.2197569, 0.2240407, 0.2331981, 0.2510397, 0.2878618, 0.3768459, 0.6260689", \
					  "0.3573151, 0.3632089, 0.3750314, 0.3976529, 0.4394494, 0.5308778, 0.7781640", \
					  "0.5882588, 0.5970119, 0.6141125, 0.6452784, 0.6983372, 0.7949835, 1.0422804");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.0172287, 0.0196882, 0.0256779, 0.0396713, 0.0773699, 0.1883084, 0.5207335", \
					  "0.0171486, 0.0196208, 0.0255892, 0.0395802, 0.0770862, 0.1889908, 0.5222159", \
					  "0.0172456, 0.0195603, 0.0254051, 0.0400162, 0.0772604, 0.1883238, 0.5191342", \
					  "0.0172288, 0.0197298, 0.0254549, 0.0399173, 0.0771597, 0.1893391, 0.5193406", \
					  "0.0205863, 0.0227538, 0.0282093, 0.0416524, 0.0779454, 0.1881271, 0.5198164", \
					  "0.0319281, 0.0347708, 0.0420205, 0.0550899, 0.0884597, 0.1924682, 0.5218475", \
					  "0.0526482, 0.0562892, 0.0636805, 0.0799886, 0.1140176, 0.2076140, 0.5208128");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001742;
			capacitance : 0.001655;
			fall_capacitance : 0.001569;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_buf_4") {
		area : 7.507200;
		cell_footprint : "buf";
		cell_leakage_power : 9.367489e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004207";
			when : "A";
		}
		leakage_power () {
			value : "0.0014528";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.484324;
			max_transition : 1.508813;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001572767, 0.00494719, 0.01556155, 0.04894938, 0.1539719, 0.4843238");
					values("0.0153922, 0.0168404, 0.0212535, 0.0345411, 0.0751699, 0.2007210, 0.6022404", \
					  "0.0153474, 0.0167908, 0.0211555, 0.0344249, 0.0751490, 0.2005356, 0.5990698", \
					  "0.0152267, 0.0166620, 0.0210748, 0.0343179, 0.0750365, 0.2026620, 0.5998260", \
					  "0.0150326, 0.0164093, 0.0207381, 0.0338244, 0.0746347, 0.2014860, 0.5977323", \
					  "0.0148678, 0.0161958, 0.0204190, 0.0335835, 0.0741289, 0.1998704, 0.5993401", \
					  "0.0149177, 0.0162773, 0.0204875, 0.0334788, 0.0738337, 0.2008683, 0.6016542", \
					  "0.0151730, 0.0164787, 0.0206069, 0.0336439, 0.0739838, 0.2008941, 0.5990411");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001572767, 0.00494719, 0.01556155, 0.04894938, 0.1539719, 0.4843238");
					values("0.0169088, 0.0157815, 0.0122410, 0.0011274, -0.0376043, -0.1647833, -0.5665991", \
					  "0.0168221, 0.0156749, 0.0121107, 0.0010336, -0.0377157, -0.1649055, -0.5668245", \
					  "0.0166280, 0.0154432, 0.0119100, 0.0007961, -0.0379282, -0.1650898, -0.5668989", \
					  "0.0165111, 0.0153266, 0.0117117, 0.0005671, -0.0381177, -0.1652485, -0.5671256", \
					  "0.0162964, 0.0150754, 0.0113888, 0.0001913, -0.0384585, -0.1654692, -0.5671945", \
					  "0.0166036, 0.0153393, 0.0112908, -0.0007005, -0.0388057, -0.1656528, -0.5672213", \
					  "0.0193783, 0.0180916, 0.0140172, 0.0013309, -0.0387798, -0.1658771, -0.5671380");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00157277, 0.00494719, 0.0155616, 0.0489494, 0.153972, 0.484324");
					values("0.0658894, 0.0693923, 0.0788103, 0.1039330, 0.1770560, 0.4053958, 1.1193866", \
					  "0.0706420, 0.0740944, 0.0834375, 0.1086377, 0.1819222, 0.4090581, 1.1219065", \
					  "0.0818350, 0.0853291, 0.0947295, 0.1198351, 0.1931031, 0.4222128, 1.1361296", \
					  "0.1068817, 0.1103384, 0.1197332, 0.1448728, 0.2180092, 0.4464005, 1.1592604", \
					  "0.1457967, 0.1498318, 0.1601791, 0.1859643, 0.2593446, 0.4881309, 1.2021120", \
					  "0.1948643, 0.2001430, 0.2125882, 0.2409691, 0.3145408, 0.5417173, 1.2561350", \
					  "0.2392382, 0.2465864, 0.2641473, 0.3002751, 0.3771578, 0.6024947, 1.3156224");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157277, 0.00494719, 0.0155616, 0.0489494, 0.153972, 0.484324");
					values("0.0171187, 0.0201787, 0.0300061, 0.0611955, 0.1636865, 0.4860389, 1.5032626", \
					  "0.0170250, 0.0202533, 0.0300720, 0.0613632, 0.1636054, 0.4850693, 1.4989796", \
					  "0.0171415, 0.0202699, 0.0300488, 0.0611984, 0.1635519, 0.4885354, 1.5088127", \
					  "0.0180027, 0.0211006, 0.0306507, 0.0615677, 0.1637464, 0.4882361, 1.4948076", \
					  "0.0230302, 0.0258128, 0.0345069, 0.0636487, 0.1635082, 0.4858856, 1.5049960", \
					  "0.0325892, 0.0355536, 0.0438486, 0.0699991, 0.1656913, 0.4844650, 1.5036787", \
					  "0.0509974, 0.0548474, 0.0637884, 0.0875446, 0.1718570, 0.4895674, 1.4997257");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157277, 0.00494719, 0.0155616, 0.0489494, 0.153972, 0.484324");
					values("0.1065835, 0.1096024, 0.1171749, 0.1336124, 0.1678066, 0.2489645, 0.4853621", \
					  "0.1125268, 0.1155361, 0.1229618, 0.1395646, 0.1736175, 0.2545871, 0.4918079", \
					  "0.1267864, 0.1298098, 0.1373139, 0.1536745, 0.1878450, 0.2688327, 0.5058102", \
					  "0.1620987, 0.1651186, 0.1727615, 0.1891623, 0.2231562, 0.3045732, 0.5411694", \
					  "0.2449307, 0.2479049, 0.2554396, 0.2718079, 0.3060118, 0.3866016, 0.6225509", \
					  "0.4029586, 0.4071646, 0.4171260, 0.4376078, 0.4769881, 0.5613075, 0.7958691", \
					  "0.6753198, 0.6811671, 0.6955135, 0.7237547, 0.7749827, 0.8713102, 1.1096721");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157277, 0.00494719, 0.0155616, 0.0489494, 0.153972, 0.484324");
					values("0.0210935, 0.0228446, 0.0272433, 0.0388259, 0.0691963, 0.1633631, 0.4793339", \
					  "0.0211175, 0.0227315, 0.0274435, 0.0386628, 0.0693880, 0.1638033, 0.4813027", \
					  "0.0211217, 0.0227033, 0.0272461, 0.0385845, 0.0691869, 0.1637835, 0.4799571", \
					  "0.0210921, 0.0228439, 0.0272726, 0.0386451, 0.0695142, 0.1629839, 0.4797175", \
					  "0.0220147, 0.0237413, 0.0280479, 0.0392374, 0.0695904, 0.1635670, 0.4784790", \
					  "0.0349298, 0.0367528, 0.0410978, 0.0521523, 0.0807646, 0.1678001, 0.4801408", \
					  "0.0569897, 0.0593915, 0.0649912, 0.0783178, 0.1081527, 0.1871460, 0.4806548");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002371;
			capacitance : 0.002232;
			fall_capacitance : 0.002093;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_buf_6") {
		area : 11.260800;
		cell_footprint : "buf";
		cell_leakage_power : 1.504686e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008224";
			when : "A";
		}
		leakage_power () {
			value : "0.0021870";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.676584;
			max_transition : 1.522133;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001662884, 0.005530368, 0.01839272, 0.06116993, 0.203437, 0.6765845");
					values("0.0214883, 0.0230845, 0.0282939, 0.0446640, 0.0970867, 0.2687218, 0.8341535", \
					  "0.0213496, 0.0229740, 0.0281817, 0.0445403, 0.0968538, 0.2698166, 0.8398948", \
					  "0.0211313, 0.0227313, 0.0278707, 0.0441860, 0.0966447, 0.2691098, 0.8342026", \
					  "0.0207345, 0.0222890, 0.0271958, 0.0434402, 0.0959981, 0.2665126, 0.8384896", \
					  "0.0206266, 0.0221076, 0.0269652, 0.0428948, 0.0946749, 0.2687782, 0.8388225", \
					  "0.0206165, 0.0220776, 0.0269701, 0.0430089, 0.0942584, 0.2651191, 0.8371237", \
					  "0.0208934, 0.0224327, 0.0270744, 0.0429945, 0.0948076, 0.2665148, 0.8345393");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001662884, 0.005530368, 0.01839272, 0.06116993, 0.203437, 0.6765845");
					values("0.0284297, 0.0272438, 0.0230538, 0.0096927, -0.0396635, -0.2119507, -0.7876494", \
					  "0.0281737, 0.0269265, 0.0228905, 0.0093837, -0.0398759, -0.2121696, -0.7878099", \
					  "0.0277911, 0.0266166, 0.0224975, 0.0090455, -0.0402797, -0.2124513, -0.7880780", \
					  "0.0276025, 0.0263435, 0.0221909, 0.0085844, -0.0406078, -0.2127146, -0.7882510", \
					  "0.0271554, 0.0258853, 0.0215736, 0.0078588, -0.0412863, -0.2131221, -0.7885033", \
					  "0.0286035, 0.0272120, 0.0227288, 0.0075620, -0.0416207, -0.2130874, -0.7882374", \
					  "0.0315021, 0.0297186, 0.0248598, 0.0095854, -0.0418295, -0.2138576, -0.7882406");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00166288, 0.00553037, 0.0183927, 0.0611699, 0.203437, 0.676584");
					values("0.0568356, 0.0595024, 0.0673591, 0.0897350, 0.1579015, 0.3801149, 1.1168089", \
					  "0.0615092, 0.0641694, 0.0720380, 0.0943394, 0.1624757, 0.3841580, 1.1241278", \
					  "0.0726170, 0.0752673, 0.0830780, 0.1052625, 0.1734614, 0.3975910, 1.1331681", \
					  "0.0946136, 0.0973338, 0.1051577, 0.1275712, 0.1955749, 0.4179625, 1.1591823", \
					  "0.1253979, 0.1283665, 0.1368176, 0.1597179, 0.2280294, 0.4502340, 1.1912454", \
					  "0.1603633, 0.1641428, 0.1744542, 0.1992605, 0.2676687, 0.4896756, 1.2258641", \
					  "0.1800758, 0.1853539, 0.1995746, 0.2311273, 0.3023319, 0.5235103, 1.2591321");
				}
				rise_transition ("del_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("0.0164199, 0.0189204, 0.0272013, 0.0546596, 0.1488757, 0.4621789, 1.5037567", \
					  "0.0164379, 0.0188915, 0.0271397, 0.0547829, 0.1483819, 0.4642440, 1.5221333", \
					  "0.0164426, 0.0189496, 0.0271621, 0.0547079, 0.1490948, 0.4681149, 1.5077277", \
					  "0.0175124, 0.0199257, 0.0280535, 0.0549935, 0.1492851, 0.4616504, 1.5162847", \
					  "0.0214139, 0.0236776, 0.0310267, 0.0568947, 0.1485160, 0.4649338, 1.5217912", \
					  "0.0304914, 0.0327272, 0.0396960, 0.0621999, 0.1505163, 0.4613633, 1.5117362", \
					  "0.0474786, 0.0499981, 0.0577373, 0.0780739, 0.1565366, 0.4675346, 1.5000239");
				}
				cell_fall ("del_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("0.0895282, 0.0915897, 0.0972060, 0.1106455, 0.1405141, 0.2161543, 0.4513592", \
					  "0.0956102, 0.0976884, 0.1033392, 0.1166574, 0.1465801, 0.2221644, 0.4572796", \
					  "0.1105107, 0.1125701, 0.1181115, 0.1314544, 0.1609374, 0.2366773, 0.4723255", \
					  "0.1463130, 0.1483954, 0.1541245, 0.1674764, 0.1972740, 0.2730790, 0.5087940", \
					  "0.2289352, 0.2311224, 0.2369943, 0.2505718, 0.2806812, 0.3565007, 0.5925933", \
					  "0.3793779, 0.3824765, 0.3908261, 0.4089087, 0.4444830, 0.5237860, 0.7592187", \
					  "0.6440518, 0.6488516, 0.6612132, 0.6861494, 0.7329949, 0.8229910, 1.0579275");
				}
				fall_transition ("del_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("0.0177296, 0.0188276, 0.0224019, 0.0321245, 0.0595120, 0.1491904, 0.4660027", \
					  "0.0177324, 0.0187981, 0.0222155, 0.0318523, 0.0595039, 0.1491764, 0.4672737", \
					  "0.0177098, 0.0188422, 0.0224131, 0.0320771, 0.0596398, 0.1490144, 0.4650723", \
					  "0.0177156, 0.0188995, 0.0222818, 0.0318088, 0.0595303, 0.1491953, 0.4666308", \
					  "0.0201869, 0.0212402, 0.0244142, 0.0335451, 0.0601960, 0.1493683, 0.4677107", \
					  "0.0321433, 0.0333342, 0.0371488, 0.0466004, 0.0708387, 0.1541159, 0.4666564", \
					  "0.0538739, 0.0557349, 0.0596336, 0.0713889, 0.0985627, 0.1729480, 0.4662308");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004542;
			capacitance : 0.004280;
			fall_capacitance : 0.004019;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_bufbuf_16") {
		area : 32.531200;
		cell_footprint : "buf";
		cell_leakage_power : 4.937192e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0029121";
			when : "A";
		}
		leakage_power () {
			value : "0.0069623";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 1.305552;
			max_transition : 1.507393;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001855413, 0.006885117, 0.02554948, 0.09480969, 0.3518223, 1.305552");
					values("0.1046837, 0.1065442, 0.1133108, 0.1374546, 0.2225834, 0.5326529, 1.6831156", \
					  "0.1046142, 0.1064747, 0.1132420, 0.1373932, 0.2225164, 0.5325986, 1.6765372", \
					  "0.1043318, 0.1061951, 0.1129855, 0.1371067, 0.2222445, 0.5322388, 1.6757508", \
					  "0.1038377, 0.1056979, 0.1124629, 0.1366086, 0.2217368, 0.5318300, 1.6759495", \
					  "0.1034087, 0.1052327, 0.1120498, 0.1362108, 0.2212667, 0.5316070, 1.6748437", \
					  "0.1041747, 0.1059931, 0.1126256, 0.1357749, 0.2212737, 0.5304932, 1.6748942", \
					  "0.1043624, 0.1062194, 0.1128933, 0.1367086, 0.2223506, 0.5323304, 1.6770094");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001855413, 0.006885117, 0.02554948, 0.09480969, 0.3518223, 1.305552");
					values("0.1047574, 0.1033349, 0.0981750, 0.0777356, -0.0004372, -0.3107204, -1.4706093", \
					  "0.1046076, 0.1031546, 0.0980095, 0.0775888, -0.0006424, -0.3108547, -1.4707242", \
					  "0.1042263, 0.1028631, 0.0976354, 0.0774804, -0.0007679, -0.3110789, -1.4711781", \
					  "0.1040674, 0.1027037, 0.0974582, 0.0771992, -0.0011546, -0.3113292, -1.4713313", \
					  "0.1036328, 0.1021254, 0.0968755, 0.0766286, -0.0015098, -0.3118113, -1.4718460", \
					  "0.1029385, 0.1016229, 0.0964912, 0.0760896, -0.0022177, -0.3123161, -1.4723309", \
					  "0.1085256, 0.1070698, 0.1016056, 0.0807162, -0.0010611, -0.3125502, -1.4725888");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00185541, 0.00688512, 0.0255495, 0.0948097, 0.351822, 1.30555");
					values("0.2040625, 0.2057496, 0.2117384, 0.2304409, 0.2889891, 0.4934351, 1.2486407", \
					  "0.2089869, 0.2107268, 0.2167156, 0.2354248, 0.2939564, 0.4984286, 1.2530947", \
					  "0.2203266, 0.2220741, 0.2280607, 0.2467739, 0.3052548, 0.5103095, 1.2648592", \
					  "0.2451904, 0.2468775, 0.2528669, 0.2715706, 0.3301163, 0.5345693, 1.2894252", \
					  "0.2858077, 0.2875569, 0.2935074, 0.3122268, 0.3706274, 0.5759220, 1.3286044", \
					  "0.3439430, 0.3456908, 0.3516537, 0.3703464, 0.4287545, 0.6332720, 1.3893527", \
					  "0.4170118, 0.4187656, 0.4247422, 0.4434744, 0.5019508, 0.7071981, 1.4598540");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185541, 0.00688512, 0.0255495, 0.0948097, 0.351822, 1.30555");
					values("0.0256999, 0.0272843, 0.0329371, 0.0535198, 0.1301377, 0.4211839, 1.5073928", \
					  "0.0257595, 0.0272854, 0.0329467, 0.0535466, 0.1301983, 0.4211768, 1.5022574", \
					  "0.0257364, 0.0273173, 0.0329749, 0.0535945, 0.1303062, 0.4211864, 1.5019894", \
					  "0.0257023, 0.0272774, 0.0329272, 0.0535203, 0.1301589, 0.4211652, 1.5022011", \
					  "0.0257795, 0.0273190, 0.0328728, 0.0534694, 0.1303720, 0.4215311, 1.5063814", \
					  "0.0257442, 0.0272981, 0.0329671, 0.0534693, 0.1303867, 0.4209224, 1.5033749", \
					  "0.0258452, 0.0273809, 0.0330686, 0.0536747, 0.1304216, 0.4214744, 1.5014002");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185541, 0.00688512, 0.0255495, 0.0948097, 0.351822, 1.30555");
					values("0.2335983, 0.2349347, 0.2394087, 0.2523021, 0.2840287, 0.3671053, 0.6412534", \
					  "0.2394715, 0.2408129, 0.2452896, 0.2582012, 0.2898925, 0.3729559, 0.6471161", \
					  "0.2537508, 0.2550896, 0.2595674, 0.2723602, 0.3041438, 0.3874435, 0.6614708", \
					  "0.2875737, 0.2889035, 0.2933646, 0.3062107, 0.3379760, 0.4210452, 0.6951481", \
					  "0.3650159, 0.3663548, 0.3708273, 0.3837108, 0.4153986, 0.4987151, 0.7727110", \
					  "0.5055650, 0.5069072, 0.5113790, 0.5242051, 0.5558795, 0.6389862, 0.9121631", \
					  "0.7390193, 0.7403648, 0.7448372, 0.7576514, 0.7895281, 0.8729114, 1.1458162");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185541, 0.00688512, 0.0255495, 0.0948097, 0.351822, 1.30555");
					values("0.0254679, 0.0262283, 0.0290646, 0.0378819, 0.0675343, 0.1745696, 0.5870698", \
					  "0.0256911, 0.0262527, 0.0290853, 0.0379254, 0.0673798, 0.1745546, 0.5870429", \
					  "0.0256757, 0.0264460, 0.0288621, 0.0379384, 0.0676136, 0.1745395, 0.5869185", \
					  "0.0255342, 0.0264163, 0.0289111, 0.0377031, 0.0674272, 0.1745603, 0.5872703", \
					  "0.0254499, 0.0262119, 0.0288582, 0.0378222, 0.0676051, 0.1746051, 0.5870681", \
					  "0.0256050, 0.0263307, 0.0289707, 0.0378269, 0.0673577, 0.1746440, 0.5876806", \
					  "0.0257143, 0.0264442, 0.0291351, 0.0381115, 0.0676766, 0.1747064, 0.5862200");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002267;
			capacitance : 0.002164;
			fall_capacitance : 0.002061;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_bufbuf_8") {
		area : 18.768000;
		cell_footprint : "buf";
		cell_leakage_power : 2.511599e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0016929";
			when : "A";
		}
		leakage_power () {
			value : "0.0033303";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.809336;
			max_transition : 1.515571;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001713286, 0.005870696, 0.02011636, 0.06893015, 0.2361941, 0.8093359");
					values("0.0515690, 0.0532183, 0.0588020, 0.0770171, 0.1366160, 0.3374885, 1.0284016", \
					  "0.0515230, 0.0531857, 0.0588184, 0.0769794, 0.1365243, 0.3379232, 1.0290524", \
					  "0.0514083, 0.0530579, 0.0586588, 0.0768110, 0.1363060, 0.3368973, 1.0297514", \
					  "0.0511395, 0.0527924, 0.0583999, 0.0766088, 0.1363013, 0.3383202, 1.0290757", \
					  "0.0509572, 0.0526279, 0.0582634, 0.0764604, 0.1359396, 0.3373909, 1.0303347", \
					  "0.0515544, 0.0531794, 0.0586280, 0.0763937, 0.1362149, 0.3371261, 1.0242637", \
					  "0.0515448, 0.0531275, 0.0585549, 0.0764552, 0.1367061, 0.3389917, 1.0254323");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001713286, 0.005870696, 0.02011636, 0.06893015, 0.2361941, 0.8093359");
					values("0.0514731, 0.0502763, 0.0457813, 0.0305405, -0.0251063, -0.2275657, -0.9248168", \
					  "0.0513619, 0.0501052, 0.0457262, 0.0304607, -0.0252241, -0.2276772, -0.9249303", \
					  "0.0512115, 0.0499808, 0.0455362, 0.0303264, -0.0253258, -0.2278151, -0.9250614", \
					  "0.0509935, 0.0498986, 0.0455193, 0.0302585, -0.0254360, -0.2278947, -0.9251735", \
					  "0.0508487, 0.0496640, 0.0452758, 0.0300580, -0.0256318, -0.2281074, -0.9253470", \
					  "0.0506471, 0.0493175, 0.0449669, 0.0297329, -0.0259411, -0.2283146, -0.9255760", \
					  "0.0543954, 0.0530848, 0.0486149, 0.0325048, -0.0255841, -0.2285542, -0.9256944");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00171329, 0.0058707, 0.0201164, 0.0689301, 0.236194, 0.809336");
					values("0.1954427, 0.1977632, 0.2049215, 0.2259824, 0.2910817, 0.5079690, 1.2510000", \
					  "0.2004880, 0.2028006, 0.2099593, 0.2309257, 0.2961477, 0.5134255, 1.2554107", \
					  "0.2123305, 0.2146535, 0.2217921, 0.2427943, 0.3080259, 0.5252994, 1.2693786", \
					  "0.2356311, 0.2379547, 0.2451239, 0.2661727, 0.3312597, 0.5481218, 1.2887146", \
					  "0.2712730, 0.2736092, 0.2807874, 0.3018350, 0.3670143, 0.5844601, 1.3295045", \
					  "0.3201460, 0.3224813, 0.3296489, 0.3506896, 0.4158033, 0.6324847, 1.3743982", \
					  "0.3788519, 0.3811636, 0.3883436, 0.4094033, 0.4744636, 0.6913851, 1.4317554");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171329, 0.0058707, 0.0201164, 0.0689301, 0.236194, 0.809336");
					values("0.0202072, 0.0223940, 0.0295343, 0.0547293, 0.1428072, 0.4501634, 1.5098017", \
					  "0.0201571, 0.0223880, 0.0295663, 0.0546167, 0.1426631, 0.4503412, 1.5042089", \
					  "0.0201818, 0.0222996, 0.0295337, 0.0545823, 0.1427862, 0.4486022, 1.5138193", \
					  "0.0202567, 0.0223991, 0.0296194, 0.0547300, 0.1428222, 0.4501945, 1.5056378", \
					  "0.0201917, 0.0222604, 0.0295324, 0.0547102, 0.1423869, 0.4504540, 1.5155708", \
					  "0.0202632, 0.0223535, 0.0295587, 0.0547323, 0.1427431, 0.4497555, 1.5028631", \
					  "0.0203572, 0.0223900, 0.0296164, 0.0547728, 0.1428327, 0.4500836, 1.4996778");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171329, 0.0058707, 0.0201164, 0.0689301, 0.236194, 0.809336");
					values("0.2085293, 0.2103396, 0.2156090, 0.2290082, 0.2591618, 0.3365393, 0.5818091", \
					  "0.2140766, 0.2160937, 0.2212142, 0.2344799, 0.2647361, 0.3421208, 0.5873594", \
					  "0.2283481, 0.2301419, 0.2354090, 0.2487758, 0.2791123, 0.3564036, 0.6011326", \
					  "0.2629259, 0.2647284, 0.2700521, 0.2833718, 0.3137711, 0.3909786, 0.6357693", \
					  "0.3367086, 0.3385097, 0.3437763, 0.3571252, 0.3874778, 0.4647852, 0.7091046", \
					  "0.4652587, 0.4670542, 0.4723311, 0.4856889, 0.5159274, 0.5933866, 0.8381320", \
					  "0.6826970, 0.6845032, 0.6898139, 0.7031404, 0.7334558, 0.8108287, 1.0553223");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171329, 0.0058707, 0.0201164, 0.0689301, 0.236194, 0.809336");
					values("0.0206359, 0.0216333, 0.0248334, 0.0341003, 0.0621344, 0.1555592, 0.4955652", \
					  "0.0205982, 0.0215235, 0.0248656, 0.0340112, 0.0621224, 0.1555491, 0.4954980", \
					  "0.0204586, 0.0214981, 0.0246624, 0.0339797, 0.0621011, 0.1555878, 0.4945284", \
					  "0.0206227, 0.0216436, 0.0247934, 0.0341065, 0.0620852, 0.1558667, 0.4946328", \
					  "0.0205226, 0.0215355, 0.0246776, 0.0341166, 0.0621389, 0.1557192, 0.4947421", \
					  "0.0206977, 0.0217313, 0.0246823, 0.0342115, 0.0618850, 0.1558810, 0.4935695", \
					  "0.0207017, 0.0217254, 0.0248906, 0.0341065, 0.0622325, 0.1556249, 0.4943103");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001766;
			capacitance : 0.001678;
			fall_capacitance : 0.001589;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_bufinv_16") {
		area : 30.028800;
		cell_footprint : "inv";
		cell_leakage_power : 4.744942e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0069557";
			when : "A";
		}
		leakage_power () {
			value : "0.0025342";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 1.314707;
			max_transition : 1.499067;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001857576, 0.006901174, 0.0256389, 0.09525241, 0.3538771, 1.314707");
					values("0.1055905, 0.1074846, 0.1143704, 0.1387285, 0.2245159, 0.5370403, 1.6887417", \
					  "0.1051042, 0.1069934, 0.1138836, 0.1382382, 0.2240415, 0.5365698, 1.6883384", \
					  "0.1045334, 0.1064144, 0.1132864, 0.1376319, 0.2234745, 0.5357943, 1.6880383", \
					  "0.1039948, 0.1059240, 0.1128024, 0.1371453, 0.2229552, 0.5339280, 1.6869500", \
					  "0.1032334, 0.1051328, 0.1119724, 0.1362489, 0.2220240, 0.5347050, 1.6867444", \
					  "0.1023946, 0.1042958, 0.1111223, 0.1355100, 0.2209805, 0.5339115, 1.6853979", \
					  "0.1030358, 0.1047994, 0.1113101, 0.1350243, 0.2199768, 0.5329985, 1.6856832");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001857576, 0.006901174, 0.0256389, 0.09525241, 0.3538771, 1.314707");
					values("0.0832310, 0.0818046, 0.0766382, 0.0564753, -0.0220526, -0.3342938, -1.5030878", \
					  "0.0829585, 0.0815685, 0.0763760, 0.0562130, -0.0222098, -0.3345488, -1.5032901", \
					  "0.0826440, 0.0812531, 0.0759499, 0.0558436, -0.0225751, -0.3349466, -1.5036333", \
					  "0.0816578, 0.0802609, 0.0749793, 0.0547829, -0.0235810, -0.3358277, -1.5045471", \
					  "0.0809948, 0.0796106, 0.0741197, 0.0538782, -0.0245730, -0.3365285, -1.5051699", \
					  "0.0862208, 0.0847404, 0.0792579, 0.0583159, -0.0238816, -0.3372391, -1.5058965", \
					  "0.0865076, 0.0850201, 0.0789364, 0.0578066, -0.0242389, -0.3369379, -1.5057236");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00185758, 0.00690117, 0.0256389, 0.0952524, 0.353877, 1.31471");
					values("0.1583939, 0.1601151, 0.1659814, 0.1844396, 0.2423589, 0.4465945, 1.1977075", \
					  "0.1639679, 0.1656885, 0.1715560, 0.1900151, 0.2479632, 0.4522057, 1.2033537", \
					  "0.1782809, 0.1799964, 0.1858731, 0.2043392, 0.2623867, 0.4666015, 1.2182234", \
					  "0.2146839, 0.2164124, 0.2222612, 0.2407025, 0.2987896, 0.5028155, 1.2533569", \
					  "0.2978051, 0.2995162, 0.3053579, 0.3237885, 0.3817483, 0.5861852, 1.3378630", \
					  "0.4576063, 0.4593356, 0.4652629, 0.4837721, 0.5419581, 0.7462931, 1.4968422", \
					  "0.7414737, 0.7432531, 0.7493246, 0.7682106, 0.8271011, 1.0313180, 1.7835147");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185758, 0.00690117, 0.0256389, 0.0952524, 0.353877, 1.31471");
					values("0.0249796, 0.0264739, 0.0320951, 0.0524285, 0.1289706, 0.4192111, 1.4962853", \
					  "0.0249806, 0.0264757, 0.0320957, 0.0524422, 0.1289824, 0.4191344, 1.4962750", \
					  "0.0249589, 0.0265049, 0.0321018, 0.0525208, 0.1289864, 0.4186605, 1.4968677", \
					  "0.0250149, 0.0264684, 0.0320774, 0.0523758, 0.1287878, 0.4181296, 1.4990666", \
					  "0.0250132, 0.0264986, 0.0321502, 0.0525194, 0.1290465, 0.4190473, 1.4969956", \
					  "0.0257648, 0.0272630, 0.0327993, 0.0531394, 0.1289116, 0.4195028, 1.4956610", \
					  "0.0284744, 0.0299230, 0.0351215, 0.0549258, 0.1304799, 0.4175808, 1.4971941");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185758, 0.00690117, 0.0256389, 0.0952524, 0.353877, 1.31471");
					values("0.1431873, 0.1445026, 0.1488896, 0.1614183, 0.1923786, 0.2740708, 0.5444101", \
					  "0.1476954, 0.1490035, 0.1533661, 0.1659304, 0.1968383, 0.2785562, 0.5496196", \
					  "0.1585393, 0.1598441, 0.1641984, 0.1766986, 0.2077635, 0.2892972, 0.5601052", \
					  "0.1784312, 0.1797365, 0.1840882, 0.1966073, 0.2276458, 0.3093102, 0.5804178", \
					  "0.2048653, 0.2061724, 0.2105981, 0.2231504, 0.2540733, 0.3359075, 0.6060104", \
					  "0.2343517, 0.2356544, 0.2399987, 0.2525456, 0.2835474, 0.3654512, 0.6355336", \
					  "0.2491486, 0.2504591, 0.2545694, 0.2671334, 0.2981784, 0.3798875, 0.6509585");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185758, 0.00690117, 0.0256389, 0.0952524, 0.353877, 1.31471");
					values("0.0246175, 0.0253335, 0.0279053, 0.0365971, 0.0656980, 0.1716679, 0.5817638", \
					  "0.0245740, 0.0252708, 0.0280234, 0.0365888, 0.0658166, 0.1716242, 0.5812726", \
					  "0.0246499, 0.0253598, 0.0279221, 0.0367972, 0.0658041, 0.1716332, 0.5820820", \
					  "0.0246042, 0.0253024, 0.0278783, 0.0366020, 0.0658294, 0.1718255, 0.5808330", \
					  "0.0248178, 0.0255173, 0.0280849, 0.0367464, 0.0657887, 0.1719004, 0.5822118", \
					  "0.0249252, 0.0256348, 0.0281786, 0.0369698, 0.0661265, 0.1720259, 0.5817418", \
					  "0.0254740, 0.0261703, 0.0287838, 0.0372210, 0.0666421, 0.1722584, 0.5817650");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.005874;
			capacitance : 0.006279;
			rise_capacitance : 0.006683;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_bufinv_8") {
		area : 17.516800;
		cell_footprint : "inv";
		cell_leakage_power : 2.267091e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0033019";
			when : "A";
		}
		leakage_power () {
			value : "0.0012323";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.807505;
			max_transition : 1.502777;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001712639, 0.005866266, 0.02009359, 0.06882614, 0.2357487, 0.8075048");
					values("0.0529230, 0.0546087, 0.0601937, 0.0782901, 0.1379597, 0.3391765, 1.0231189", \
					  "0.0527731, 0.0544204, 0.0600015, 0.0781959, 0.1379434, 0.3391320, 1.0228994", \
					  "0.0525925, 0.0542754, 0.0598743, 0.0780499, 0.1377357, 0.3388122, 1.0227605", \
					  "0.0522936, 0.0539883, 0.0595821, 0.0777010, 0.1374653, 0.3374497, 1.0222541", \
					  "0.0517643, 0.0534064, 0.0589940, 0.0771559, 0.1367432, 0.3381381, 1.0255048", \
					  "0.0509233, 0.0525106, 0.0581672, 0.0765684, 0.1357819, 0.3379631, 1.0272650", \
					  "0.0517149, 0.0532600, 0.0587753, 0.0766181, 0.1365542, 0.3375110, 1.0304354");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001712639, 0.005866266, 0.02009359, 0.06882614, 0.2357487, 0.8075048");
					values("0.0426454, 0.0415645, 0.0371474, 0.0220137, -0.0334672, -0.2354866, -0.9310119", \
					  "0.0427314, 0.0414950, 0.0370872, 0.0219354, -0.0335952, -0.2355960, -0.9311548", \
					  "0.0424391, 0.0411975, 0.0367761, 0.0216262, -0.0338615, -0.2358708, -0.9314012", \
					  "0.0418066, 0.0405830, 0.0362963, 0.0211040, -0.0343932, -0.2363582, -0.9319090", \
					  "0.0414256, 0.0401524, 0.0357297, 0.0205766, -0.0349524, -0.2368141, -0.9323327", \
					  "0.0451639, 0.0438484, 0.0392969, 0.0230992, -0.0348260, -0.2370971, -0.9325568", \
					  "0.0452226, 0.0439403, 0.0392308, 0.0228469, -0.0348727, -0.2370377, -0.9325261");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00171264, 0.00586627, 0.0200936, 0.0688261, 0.235749, 0.807505");
					values("0.1484774, 0.1507835, 0.1578506, 0.1787178, 0.2437074, 0.4599459, 1.1978357", \
					  "0.1542157, 0.1564901, 0.1635474, 0.1844582, 0.2493726, 0.4659363, 1.2023431", \
					  "0.1685853, 0.1708972, 0.1779677, 0.1988041, 0.2636779, 0.4800339, 1.2178367", \
					  "0.2022848, 0.2045965, 0.2116666, 0.2324957, 0.2974141, 0.5141633, 1.2509940", \
					  "0.2796572, 0.2819475, 0.2890175, 0.3099213, 0.3748394, 0.5910771, 1.3314355", \
					  "0.4203968, 0.4227273, 0.4299353, 0.4509816, 0.5160853, 0.7326553, 1.4709057", \
					  "0.6546431, 0.6571871, 0.6648611, 0.6863757, 0.7514016, 0.9678298, 1.7062827");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171264, 0.00586627, 0.0200936, 0.0688261, 0.235749, 0.807505");
					values("0.0200699, 0.0221560, 0.0293657, 0.0544032, 0.1421172, 0.4491447, 1.4941139", \
					  "0.0199746, 0.0221578, 0.0293893, 0.0543631, 0.1425032, 0.4497644, 1.4924095", \
					  "0.0200852, 0.0221242, 0.0292555, 0.0545236, 0.1425009, 0.4489296, 1.4928709", \
					  "0.0201490, 0.0221466, 0.0293141, 0.0545058, 0.1425113, 0.4461832, 1.4908845", \
					  "0.0200624, 0.0221901, 0.0293823, 0.0545490, 0.1423943, 0.4491373, 1.5027766", \
					  "0.0215841, 0.0237002, 0.0306012, 0.0551162, 0.1423000, 0.4487670, 1.4989765", \
					  "0.0260644, 0.0279073, 0.0340994, 0.0571386, 0.1435740, 0.4479160, 1.4965729");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171264, 0.00586627, 0.0200936, 0.0688261, 0.235749, 0.807505");
					values("0.1396097, 0.1413926, 0.1466159, 0.1598708, 0.1898100, 0.2665292, 0.5101088", \
					  "0.1444744, 0.1462509, 0.1514628, 0.1646319, 0.1947707, 0.2715210, 0.5144857", \
					  "0.1558308, 0.1576094, 0.1628224, 0.1760643, 0.2059800, 0.2827287, 0.5262893", \
					  "0.1808092, 0.1825844, 0.1877869, 0.2009360, 0.2310107, 0.3077097, 0.5510942", \
					  "0.2210071, 0.2227796, 0.2279937, 0.2411052, 0.2711932, 0.3480532, 0.5906844", \
					  "0.2781380, 0.2799410, 0.2851632, 0.2982923, 0.3284592, 0.4053691, 0.6481264", \
					  "0.3503082, 0.3521403, 0.3575707, 0.3710955, 0.4016166, 0.4788605, 0.7219905");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171264, 0.00586627, 0.0200936, 0.0688261, 0.235749, 0.807505");
					values("0.0207933, 0.0218188, 0.0249419, 0.0341564, 0.0618875, 0.1550051, 0.4924580", \
					  "0.0208486, 0.0218552, 0.0250061, 0.0341693, 0.0618241, 0.1549538, 0.4911819", \
					  "0.0208211, 0.0218389, 0.0249327, 0.0341442, 0.0618739, 0.1548472, 0.4928605", \
					  "0.0207391, 0.0217156, 0.0250514, 0.0342029, 0.0618658, 0.1551160, 0.4916985", \
					  "0.0210493, 0.0220229, 0.0249608, 0.0342530, 0.0618384, 0.1548617, 0.4926472", \
					  "0.0211602, 0.0221963, 0.0252970, 0.0345237, 0.0622672, 0.1552904, 0.4912437", \
					  "0.0227838, 0.0237942, 0.0266460, 0.0357620, 0.0629894, 0.1555498, 0.4915776");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002066;
			capacitance : 0.002169;
			rise_capacitance : 0.002272;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkbuf_1") {
		area : 3.753600;
		cell_footprint : "clkbuf";
		cell_leakage_power : 4.567341e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "4.5673412e-05";
			when : "A";
		}
		leakage_power () {
			value : "4.5673406e-05";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.116282;
			max_transition : 1.504911;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0039783, 0.0049150, 0.0071642, 0.0126754, 0.0261738, 0.0594164, 0.1430650", \
					  "0.0038526, 0.0047911, 0.0070436, 0.0125911, 0.0260731, 0.0601701, 0.1434700", \
					  "0.0036600, 0.0046016, 0.0068767, 0.0124357, 0.0258413, 0.0596287, 0.1435345", \
					  "0.0034649, 0.0043954, 0.0066487, 0.0122097, 0.0259498, 0.0596491, 0.1429138", \
					  "0.0034291, 0.0043590, 0.0064845, 0.0120859, 0.0256341, 0.0597506, 0.1432972", \
					  "0.0034798, 0.0044353, 0.0066620, 0.0122433, 0.0258159, 0.0592438, 0.1431185", \
					  "0.0037096, 0.0046952, 0.0069376, 0.0124821, 0.0263601, 0.0599456, 0.1427415");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0075293, 0.0068182, 0.0048207, -0.0005916, -0.0142982, -0.0483729, -0.1328515", \
					  "0.0073541, 0.0066509, 0.0046519, -0.0007499, -0.0144516, -0.0485115, -0.1329768", \
					  "0.0072026, 0.0064805, 0.0045023, -0.0008770, -0.0145688, -0.0486174, -0.1330460", \
					  "0.0071126, 0.0063937, 0.0044269, -0.0009093, -0.0145756, -0.0486102, -0.1330477", \
					  "0.0067280, 0.0059338, 0.0041588, -0.0010721, -0.0146947, -0.0487015, -0.1331174", \
					  "0.0072214, 0.0063669, 0.0042015, -0.0012253, -0.0147174, -0.0486305, -0.1330468", \
					  "0.0076502, 0.0067771, 0.0045464, -0.0009004, -0.0145047, -0.0484330, -0.1326547");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.0452671, 0.0523426, 0.0691218, 0.1096497, 0.2095505, 0.4573941, 1.0753722", \
					  "0.0499247, 0.0569849, 0.0737501, 0.1146117, 0.2145813, 0.4658797, 1.0796393", \
					  "0.0603759, 0.0674367, 0.0841455, 0.1250251, 0.2254530, 0.4733795, 1.0893141", \
					  "0.0766400, 0.0838700, 0.1008752, 0.1417931, 0.2423213, 0.4924086, 1.1105274", \
					  "0.0978948, 0.1053591, 0.1221201, 0.1633499, 0.2639633, 0.5127795, 1.1300391", \
					  "0.1177151, 0.1265769, 0.1445525, 0.1850137, 0.2850426, 0.5338956, 1.1521336", \
					  "0.1117284, 0.1241719, 0.1477703, 0.1906510, 0.2903654, 0.5382952, 1.1530316");
				}
				rise_transition ("del_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("0.0204672, 0.0297698, 0.0531928, 0.1115331, 0.2563692, 0.6079363, 1.4925188", \
					  "0.0204901, 0.0298184, 0.0530853, 0.1117435, 0.2546964, 0.6183431, 1.4984844", \
					  "0.0205232, 0.0297769, 0.0532527, 0.1114243, 0.2542281, 0.6098096, 1.4897441", \
					  "0.0216316, 0.0307203, 0.0534171, 0.1112066, 0.2558706, 0.6194933, 1.4928225", \
					  "0.0245248, 0.0325017, 0.0545198, 0.1121239, 0.2544885, 0.6143381, 1.4931530", \
					  "0.0325489, 0.0400499, 0.0586467, 0.1130616, 0.2563793, 0.6092412, 1.5049113", \
					  "0.0495817, 0.0570349, 0.0742575, 0.1195252, 0.2576715, 0.6177899, 1.4915194");
				}
				cell_fall ("del_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("0.0583788, 0.0627601, 0.0716874, 0.0896531, 0.1299825, 0.2277115, 0.4709577", \
					  "0.0638912, 0.0683220, 0.0772040, 0.0952142, 0.1355332, 0.2335072, 0.4762044", \
					  "0.0782576, 0.0826460, 0.0915453, 0.1097147, 0.1500698, 0.2480617, 0.4904186", \
					  "0.1123083, 0.1167442, 0.1258567, 0.1442083, 0.1844642, 0.2821003, 0.5246699", \
					  "0.1763518, 0.1817669, 0.1922440, 0.2121822, 0.2536570, 0.3498834, 0.5921404", \
					  "0.2824285, 0.2897491, 0.3034194, 0.3272241, 0.3715273, 0.4697077, 0.7123633", \
					  "0.4611465, 0.4714493, 0.4901439, 0.5220960, 0.5747517, 0.6757117, 0.9146524");
				}
				fall_transition ("del_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("0.0136767, 0.0174361, 0.0257582, 0.0455752, 0.0956912, 0.2238334, 0.5474424", \
					  "0.0137440, 0.0174283, 0.0257840, 0.0455456, 0.0959380, 0.2270515, 0.5466171", \
					  "0.0138849, 0.0174975, 0.0257060, 0.0454157, 0.0953260, 0.2238438, 0.5458566", \
					  "0.0144119, 0.0179587, 0.0260342, 0.0456688, 0.0958640, 0.2246559, 0.5466324", \
					  "0.0198852, 0.0233125, 0.0311722, 0.0494848, 0.0977309, 0.2238707, 0.5514476", \
					  "0.0301358, 0.0342110, 0.0427726, 0.0594381, 0.1034100, 0.2268659, 0.5469714", \
					  "0.0475740, 0.0532332, 0.0626289, 0.0814272, 0.1217420, 0.2348538, 0.5530644");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002097;
			capacitance : 0.001993;
			fall_capacitance : 0.001889;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkbuf_16") {
		area : 25.024000;
		cell_footprint : "clkbuf";
		cell_leakage_power : 4.466233e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0028793";
			when : "A";
		}
		leakage_power () {
			value : "0.0060532";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 1.320200;
			max_transition : 1.514994;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001858867, 0.006910772, 0.02569241, 0.09551755, 0.3551088, 1.3202");
					values("0.0540999, 0.0559577, 0.0628223, 0.0875265, 0.1741928, 0.4863167, 1.6548717", \
					  "0.0539188, 0.0558093, 0.0626155, 0.0873043, 0.1739418, 0.4883313, 1.6445006", \
					  "0.0535927, 0.0555190, 0.0623794, 0.0869613, 0.1734818, 0.4857777, 1.6438475", \
					  "0.0530472, 0.0548953, 0.0617058, 0.0858469, 0.1723328, 0.4849779, 1.6442251", \
					  "0.0521519, 0.0541549, 0.0607537, 0.0843717, 0.1707758, 0.4840880, 1.6424574", \
					  "0.0528679, 0.0546227, 0.0610999, 0.0847475, 0.1695455, 0.4822661, 1.6415236", \
					  "0.0531191, 0.0548979, 0.0611768, 0.0843150, 0.1701671, 0.4827166, 1.6456053");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001858867, 0.006910772, 0.02569241, 0.09551755, 0.3551088, 1.3202");
					values("0.0633864, 0.0621238, 0.0568934, 0.0374369, -0.0414353, -0.3549057, -1.5285237", \
					  "0.0634020, 0.0620186, 0.0566868, 0.0370642, -0.0416605, -0.3552060, -1.5288872", \
					  "0.0628354, 0.0615285, 0.0563723, 0.0367463, -0.0420648, -0.3555210, -1.5291890", \
					  "0.0625974, 0.0611410, 0.0558210, 0.0359794, -0.0429084, -0.3560105, -1.5295726", \
					  "0.0615617, 0.0609615, 0.0546910, 0.0345543, -0.0443615, -0.3569893, -1.5300744", \
					  "0.0600921, 0.0587115, 0.0532169, 0.0325839, -0.0463351, -0.3581876, -1.5306168", \
					  "0.0643316, 0.0627559, 0.0568749, 0.0355139, -0.0476481, -0.3593018, -1.5310653");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00185887, 0.00691077, 0.0256924, 0.0955175, 0.355109, 1.3202");
					values("0.0880005, 0.0898642, 0.0961726, 0.1155219, 0.1750391, 0.3830826, 1.1546979", \
					  "0.0927506, 0.0946161, 0.1009052, 0.1202321, 0.1797877, 0.3884657, 1.1574138", \
					  "0.1041735, 0.1060361, 0.1123555, 0.1316916, 0.1911219, 0.3999850, 1.1672102", \
					  "0.1310282, 0.1329389, 0.1391640, 0.1582028, 0.2176527, 0.4256788, 1.1977792", \
					  "0.1802712, 0.1822808, 0.1889332, 0.2086817, 0.2686043, 0.4768902, 1.2450009", \
					  "0.2486017, 0.2510480, 0.2590674, 0.2815469, 0.3428192, 0.5510332, 1.3212712", \
					  "0.3279043, 0.3312504, 0.3420674, 0.3708578, 0.4383396, 0.6462677, 1.4134980");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185887, 0.00691077, 0.0256924, 0.0955175, 0.355109, 1.3202");
					values("0.0238108, 0.0253844, 0.0308464, 0.0511380, 0.1274420, 0.4181314, 1.5149940", \
					  "0.0238896, 0.0254237, 0.0309674, 0.0509535, 0.1276661, 0.4214066, 1.4975406", \
					  "0.0238062, 0.0253707, 0.0307850, 0.0511872, 0.1276976, 0.4176272, 1.4991037", \
					  "0.0237903, 0.0253837, 0.0310246, 0.0512308, 0.1276453, 0.4183974, 1.5000707", \
					  "0.0280601, 0.0294560, 0.0347840, 0.0539019, 0.1284063, 0.4178371, 1.5000593", \
					  "0.0387555, 0.0400188, 0.0449235, 0.0623519, 0.1322555, 0.4183255, 1.5004626", \
					  "0.0607436, 0.0623044, 0.0663483, 0.0837166, 0.1448507, 0.4227419, 1.5006244");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185887, 0.00691077, 0.0256924, 0.0955175, 0.355109, 1.3202");
					values("0.1202901, 0.1217811, 0.1269248, 0.1415254, 0.1783697, 0.2800079, 0.6325619", \
					  "0.1263218, 0.1278659, 0.1329630, 0.1476846, 0.1842142, 0.2861655, 0.6404078", \
					  "0.1415578, 0.1431124, 0.1482557, 0.1627352, 0.1993512, 0.3011303, 0.6550999", \
					  "0.1779719, 0.1795151, 0.1846811, 0.1991230, 0.2358808, 0.3377603, 0.6919735", \
					  "0.2626331, 0.2627348, 0.2692243, 0.2836676, 0.3188248, 0.4208683, 0.7743863", \
					  "0.4349029, 0.4368488, 0.4431812, 0.4603817, 0.4998658, 0.6038036, 0.9560174", \
					  "0.7385925, 0.7413974, 0.7502492, 0.7731354, 0.8246107, 0.9382607, 1.2909948");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185887, 0.00691077, 0.0256924, 0.0955175, 0.355109, 1.3202");
					values("0.0247610, 0.0256364, 0.0287941, 0.0392073, 0.0739590, 0.2023386, 0.7021911", \
					  "0.0247712, 0.0256698, 0.0291686, 0.0394068, 0.0742053, 0.2023975, 0.7020460", \
					  "0.0247932, 0.0256988, 0.0290164, 0.0394446, 0.0741621, 0.2022593, 0.7023919", \
					  "0.0249349, 0.0258837, 0.0290231, 0.0392843, 0.0740876, 0.2023016, 0.7021977", \
					  "0.0251846, 0.0262800, 0.0290859, 0.0397692, 0.0746330, 0.2020169, 0.7025923", \
					  "0.0366814, 0.0375923, 0.0407545, 0.0503338, 0.0826673, 0.2050903, 0.7003080", \
					  "0.0603547, 0.0615011, 0.0649912, 0.0777916, 0.1085885, 0.2193733, 0.7029455");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.007324;
			capacitance : 0.006851;
			fall_capacitance : 0.006378;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkbuf_2") {
		area : 5.004800;
		cell_footprint : "clkbuf";
		cell_leakage_power : 6.180384e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004673";
			when : "A";
		}
		leakage_power () {
			value : "0.0007688";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.249033;
			max_transition : 1.510601;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("0.0076778, 0.0089074, 0.0121745, 0.0210034, 0.0454040, 0.1141542, 0.3073275", \
					  "0.0075758, 0.0088068, 0.0120774, 0.0209015, 0.0453245, 0.1135251, 0.3068742", \
					  "0.0074091, 0.0086212, 0.0118718, 0.0207099, 0.0451879, 0.1137525, 0.3076602", \
					  "0.0071603, 0.0083385, 0.0115465, 0.0204066, 0.0447821, 0.1139444, 0.3081000", \
					  "0.0070446, 0.0081744, 0.0113259, 0.0201230, 0.0445175, 0.1130070, 0.3052948", \
					  "0.0071420, 0.0082814, 0.0115266, 0.0202069, 0.0447157, 0.1130854, 0.3055927", \
					  "0.0071104, 0.0082423, 0.0114018, 0.0202158, 0.0448022, 0.1138309, 0.3056524");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("0.0105531, 0.0096352, 0.0070917, -0.0012316, -0.0257383, -0.0951613, -0.2905474", \
					  "0.0104291, 0.0095152, 0.0069583, -0.0013188, -0.0258331, -0.0952290, -0.2906215", \
					  "0.0102510, 0.0093682, 0.0067775, -0.0014925, -0.0259902, -0.0953678, -0.2906811", \
					  "0.0101308, 0.0091941, 0.0065851, -0.0016831, -0.0261352, -0.0954629, -0.2908634", \
					  "0.0098759, 0.0089224, 0.0062502, -0.0019480, -0.0263015, -0.0955803, -0.2909242", \
					  "0.0101346, 0.0091033, 0.0061932, -0.0023244, -0.0263188, -0.0955084, -0.2908196", \
					  "0.0102886, 0.0092091, 0.0063003, -0.0023552, -0.0267148, -0.0956583, -0.2908611");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0613651, 0.0665195, 0.0788105, 0.1097894, 0.1939273, 0.4310515, 1.0970778", \
					  "0.0662163, 0.0713550, 0.0836914, 0.1147347, 0.1990593, 0.4349202, 1.1025629", \
					  "0.0777581, 0.0828679, 0.0951524, 0.1261710, 0.2104753, 0.4473743, 1.1155208", \
					  "0.1037846, 0.1089488, 0.1212823, 0.1523682, 0.2372282, 0.4745008, 1.1435132", \
					  "0.1447932, 0.1507859, 0.1641803, 0.1957220, 0.2802458, 0.5176271, 1.1826555", \
					  "0.1996317, 0.2071705, 0.2239812, 0.2573335, 0.3417123, 0.5781263, 1.2443836", \
					  "0.2614251, 0.2726137, 0.2947932, 0.3359560, 0.4216010, 0.6579517, 1.3213863");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0165394, 0.0215045, 0.0360274, 0.0780304, 0.2000569, 0.5418908, 1.5035457", \
					  "0.0164149, 0.0215125, 0.0359570, 0.0781373, 0.1999950, 0.5396524, 1.5018135", \
					  "0.0163734, 0.0215205, 0.0359898, 0.0782279, 0.2000873, 0.5418095, 1.5106012", \
					  "0.0175384, 0.0224368, 0.0366207, 0.0781661, 0.1993204, 0.5434574, 1.4999716", \
					  "0.0224765, 0.0270503, 0.0399757, 0.0799307, 0.1989684, 0.5409524, 1.5004468", \
					  "0.0326583, 0.0372724, 0.0493450, 0.0847619, 0.2012837, 0.5397529, 1.5014741", \
					  "0.0503259, 0.0557428, 0.0691306, 0.1012662, 0.2056120, 0.5423177, 1.4981666");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0734693, 0.0776722, 0.0873923, 0.1078635, 0.1565974, 0.2878174, 0.6583302", \
					  "0.0794887, 0.0837142, 0.0935103, 0.1141072, 0.1628592, 0.2945713, 0.6655336", \
					  "0.0939146, 0.0982139, 0.1081964, 0.1289203, 0.1773318, 0.3090941, 0.6783213", \
					  "0.1296299, 0.1338790, 0.1434387, 0.1642420, 0.2131223, 0.3449635, 0.7152400", \
					  "0.2050069, 0.2098296, 0.2202163, 0.2418127, 0.2913423, 0.4228400, 0.7976542", \
					  "0.3348621, 0.3413623, 0.3544115, 0.3801626, 0.4321996, 0.5648164, 0.9359730", \
					  "0.5561407, 0.5655534, 0.5835463, 0.6189454, 0.6799302, 0.8114028, 1.1803817");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0153014, 0.0185106, 0.0264687, 0.0473677, 0.1067791, 0.2809250, 0.7829022", \
					  "0.0152011, 0.0183118, 0.0264041, 0.0472228, 0.1067186, 0.2819769, 0.7817217", \
					  "0.0151930, 0.0182628, 0.0261968, 0.0470923, 0.1068997, 0.2816359, 0.7758538", \
					  "0.0154218, 0.0183955, 0.0266271, 0.0472735, 0.1069439, 0.2831229, 0.7752540", \
					  "0.0195002, 0.0226169, 0.0299168, 0.0496112, 0.1074052, 0.2810933, 0.7768314", \
					  "0.0298444, 0.0335631, 0.0415205, 0.0603852, 0.1134731, 0.2825020, 0.7781701", \
					  "0.0485730, 0.0530152, 0.0632891, 0.0823302, 0.1305350, 0.2905220, 0.7791420");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002153;
			capacitance : 0.002031;
			fall_capacitance : 0.001910;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkbuf_4") {
		area : 7.507200;
		cell_footprint : "clkbuf";
		cell_leakage_power : 1.057889e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0006262";
			when : "A";
		}
		leakage_power () {
			value : "0.0014896";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.447703;
			max_transition : 1.514428;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001552292, 0.004819218, 0.01496166, 0.04644972, 0.144207, 0.4477027");
					values("0.0145152, 0.0159442, 0.0201840, 0.0328618, 0.0712383, 0.1890388, 0.5558138", \
					  "0.0144544, 0.0158892, 0.0201713, 0.0328979, 0.0711261, 0.1880785, 0.5517068", \
					  "0.0143525, 0.0157662, 0.0199979, 0.0326975, 0.0710024, 0.1879687, 0.5517421", \
					  "0.0141884, 0.0155623, 0.0197923, 0.0324336, 0.0706895, 0.1877657, 0.5518903", \
					  "0.0139113, 0.0152945, 0.0194851, 0.0319722, 0.0702860, 0.1874370, 0.5531240", \
					  "0.0140929, 0.0154200, 0.0195240, 0.0319065, 0.0700305, 0.1874462, 0.5538961", \
					  "0.0142075, 0.0154699, 0.0195047, 0.0320035, 0.0702477, 0.1883676, 0.5522193");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001552292, 0.004819218, 0.01496166, 0.04644972, 0.144207, 0.4477027");
					values("0.0156971, 0.0146187, 0.0112534, 0.0004226, -0.0368857, -0.1555474, -0.5247730", \
					  "0.0156551, 0.0145386, 0.0111211, 0.0003116, -0.0369819, -0.1556523, -0.5248585", \
					  "0.0154702, 0.0143701, 0.0110403, 0.0001995, -0.0370935, -0.1557494, -0.5249783", \
					  "0.0153273, 0.0142018, 0.0108150, -0.0001249, -0.0373182, -0.1559186, -0.5251178", \
					  "0.0151055, 0.0139637, 0.0104804, -0.0004955, -0.0376748, -0.1561173, -0.5252490", \
					  "0.0152059, 0.0139733, 0.0101056, -0.0010523, -0.0380532, -0.1563632, -0.5253647", \
					  "0.0163874, 0.0151421, 0.0113392, -0.0007261, -0.0384720, -0.1565123, -0.5253518");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155229, 0.00481922, 0.0149617, 0.0464497, 0.144207, 0.447703");
					values("0.0846606, 0.0888077, 0.0994106, 0.1263731, 0.2015007, 0.4302565, 1.1421987", \
					  "0.0897091, 0.0938607, 0.1045033, 0.1314462, 0.2064806, 0.4356192, 1.1455299", \
					  "0.1013064, 0.1054141, 0.1159683, 0.1429282, 0.2179171, 0.4467219, 1.1579989", \
					  "0.1286217, 0.1326599, 0.1432285, 0.1701028, 0.2451537, 0.4752655, 1.1825000", \
					  "0.1811418, 0.1858057, 0.1974672, 0.2250724, 0.3004694, 0.5288118, 1.2374074", \
					  "0.2568614, 0.2629194, 0.2769828, 0.3081451, 0.3845447, 0.6127022, 1.3224180", \
					  "0.3512265, 0.3598664, 0.3790951, 0.4193055, 0.5007339, 0.7276224, 1.4349684");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155229, 0.00481922, 0.0149617, 0.0464497, 0.144207, 0.447703");
					values("0.0205326, 0.0237053, 0.0339668, 0.0654244, 0.1684810, 0.4951784, 1.5144279", \
					  "0.0204628, 0.0237951, 0.0338484, 0.0654599, 0.1683747, 0.4914148, 1.4952789", \
					  "0.0204531, 0.0238085, 0.0339394, 0.0654811, 0.1684356, 0.4919851, 1.4964484", \
					  "0.0205424, 0.0239872, 0.0340812, 0.0657091, 0.1683395, 0.4907585, 1.5020692", \
					  "0.0257794, 0.0290155, 0.0382810, 0.0677175, 0.1686054, 0.4927140, 1.4957552", \
					  "0.0372598, 0.0405494, 0.0493695, 0.0763121, 0.1718142, 0.4913657, 1.5028756", \
					  "0.0585452, 0.0630038, 0.0725892, 0.0970760, 0.1810830, 0.4960425, 1.4964981");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155229, 0.00481922, 0.0149617, 0.0464497, 0.144207, 0.447703");
					values("0.1069058, 0.1104975, 0.1194282, 0.1392670, 0.1834978, 0.3004305, 0.6562555", \
					  "0.1129861, 0.1164753, 0.1253437, 0.1452989, 0.1892399, 0.3065330, 0.6639924", \
					  "0.1274101, 0.1310207, 0.1404592, 0.1602388, 0.2045491, 0.3214617, 0.6779818", \
					  "0.1630705, 0.1666152, 0.1755587, 0.1953617, 0.2396817, 0.3566785, 0.7136926", \
					  "0.2458649, 0.2493901, 0.2582795, 0.2780159, 0.3225006, 0.4387444, 0.7944173", \
					  "0.4033854, 0.4082203, 0.4195650, 0.4434340, 0.4917212, 0.6100404, 0.9647990", \
					  "0.6743400, 0.6810855, 0.6970499, 0.7291844, 0.7890741, 0.9122039, 1.2665369");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155229, 0.00481922, 0.0149617, 0.0464497, 0.144207, 0.447703");
					values("0.0213960, 0.0237010, 0.0294786, 0.0454190, 0.0912844, 0.2397524, 0.7179536", \
					  "0.0213988, 0.0238106, 0.0296017, 0.0457180, 0.0916115, 0.2412777, 0.7148580", \
					  "0.0213442, 0.0236887, 0.0294211, 0.0454283, 0.0912450, 0.2394236, 0.7174261", \
					  "0.0213715, 0.0235849, 0.0295498, 0.0456481, 0.0915234, 0.2411081, 0.7220503", \
					  "0.0223518, 0.0246706, 0.0304389, 0.0463321, 0.0913742, 0.2394487, 0.7181490", \
					  "0.0347165, 0.0370806, 0.0428693, 0.0577772, 0.0995166, 0.2423297, 0.7168034", \
					  "0.0562095, 0.0590936, 0.0668512, 0.0830690, 0.1226034, 0.2527884, 0.7180228");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002082;
			capacitance : 0.001955;
			fall_capacitance : 0.001828;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkbuf_8") {
		area : 13.763200;
		cell_footprint : "clkbuf";
		cell_leakage_power : 2.179284e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0013561";
			when : "A";
		}
		leakage_power () {
			value : "0.0030025";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.779124;
			max_transition : 1.519724;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001702457, 0.005796717, 0.01973732, 0.06720386, 0.2288233, 0.7791235");
					values("0.0273019, 0.0289855, 0.0343839, 0.0523527, 0.1107391, 0.3044648, 0.9676924", \
					  "0.0271875, 0.0288677, 0.0343837, 0.0521952, 0.1106954, 0.3059622, 0.9703010", \
					  "0.0270159, 0.0286920, 0.0341479, 0.0519819, 0.1099575, 0.3058859, 0.9697289", \
					  "0.0266528, 0.0282735, 0.0336527, 0.0514085, 0.1097104, 0.3053740, 0.9632720", \
					  "0.0262457, 0.0278503, 0.0331812, 0.0507406, 0.1086420, 0.3034643, 0.9702903", \
					  "0.0265924, 0.0281449, 0.0333461, 0.0505549, 0.1080714, 0.3025411, 0.9623508", \
					  "0.0265916, 0.0280767, 0.0331516, 0.0502770, 0.1088696, 0.3016198, 0.9651401");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001702457, 0.005796717, 0.01973732, 0.06720386, 0.2288233, 0.7791235");
					values("0.0311511, 0.0298667, 0.0256675, 0.0111266, -0.0437637, -0.2393936, -0.9087816", \
					  "0.0310186, 0.0296941, 0.0254223, 0.0110346, -0.0438985, -0.2395421, -0.9088741", \
					  "0.0307865, 0.0295253, 0.0252693, 0.0107535, -0.0441660, -0.2397771, -0.9091005", \
					  "0.0305057, 0.0292530, 0.0249237, 0.0102627, -0.0446419, -0.2400767, -0.9093818", \
					  "0.0300830, 0.0287810, 0.0243283, 0.0095085, -0.0453346, -0.2405426, -0.9096174", \
					  "0.0289793, 0.0276805, 0.0231654, 0.0082517, -0.0460391, -0.2409729, -0.9097051", \
					  "0.0321020, 0.0307267, 0.0259208, 0.0094963, -0.0470631, -0.2416554, -0.9100151");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00170246, 0.00579672, 0.0197373, 0.0672039, 0.228823, 0.779124");
					values("0.0819080, 0.0846491, 0.0926919, 0.1152669, 0.1820752, 0.4026587, 1.1448608", \
					  "0.0868308, 0.0895573, 0.0976901, 0.1201098, 0.1870317, 0.4061590, 1.1545783", \
					  "0.0983719, 0.1011010, 0.1091953, 0.1316098, 0.1982575, 0.4184395, 1.1671948", \
					  "0.1254179, 0.1280918, 0.1360869, 0.1584862, 0.2252130, 0.4455873, 1.1900356", \
					  "0.1751542, 0.1781442, 0.1868114, 0.2100202, 0.2767183, 0.4987830, 1.2465629", \
					  "0.2451167, 0.2489622, 0.2598100, 0.2856300, 0.3538761, 0.5726210, 1.3204535", \
					  "0.3285835, 0.3338869, 0.3486911, 0.3821400, 0.4565637, 0.6750274, 1.4161110");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170246, 0.00579672, 0.0197373, 0.0672039, 0.228823, 0.779124");
					values("0.0208705, 0.0230721, 0.0306643, 0.0558188, 0.1443426, 0.4521488, 1.4994012", \
					  "0.0209116, 0.0232006, 0.0305501, 0.0557365, 0.1442450, 0.4546520, 1.5142525", \
					  "0.0208888, 0.0232322, 0.0306424, 0.0558049, 0.1445664, 0.4545886, 1.5132298", \
					  "0.0212081, 0.0235241, 0.0308816, 0.0559928, 0.1447714, 0.4526173, 1.4996754", \
					  "0.0262069, 0.0282905, 0.0349998, 0.0585089, 0.1451590, 0.4533329, 1.5197243", \
					  "0.0371599, 0.0391196, 0.0456319, 0.0671021, 0.1485179, 0.4514736, 1.5005254", \
					  "0.0591543, 0.0606142, 0.0678484, 0.0886229, 0.1592800, 0.4553985, 1.4970438");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170246, 0.00579672, 0.0197373, 0.0672039, 0.228823, 0.779124");
					values("0.1082612, 0.1105083, 0.1171003, 0.1334813, 0.1719698, 0.2760134, 0.6155452", \
					  "0.1145126, 0.1167672, 0.1231418, 0.1395083, 0.1780842, 0.2822978, 0.6238514", \
					  "0.1294500, 0.1317043, 0.1382091, 0.1545301, 0.1928230, 0.2965205, 0.6367707", \
					  "0.1651083, 0.1674012, 0.1739315, 0.1902669, 0.2286111, 0.3327919, 0.6731784", \
					  "0.2496670, 0.2518864, 0.2584038, 0.2746492, 0.3131639, 0.4163836, 0.7582382", \
					  "0.4137566, 0.4167482, 0.4251468, 0.4439614, 0.4865569, 0.5911281, 0.9322629", \
					  "0.6984520, 0.7026676, 0.7144139, 0.7429619, 0.7968928, 0.9081100, 1.2475369");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170246, 0.00579672, 0.0197373, 0.0672039, 0.228823, 0.779124");
					values("0.0222528, 0.0234220, 0.0278362, 0.0396900, 0.0768458, 0.2057482, 0.6697773", \
					  "0.0222252, 0.0236038, 0.0275051, 0.0400455, 0.0769415, 0.2060203, 0.6656797", \
					  "0.0221178, 0.0235781, 0.0278241, 0.0400152, 0.0770106, 0.2057624, 0.6684799", \
					  "0.0220786, 0.0234327, 0.0276008, 0.0399068, 0.0770118, 0.2057353, 0.6649664", \
					  "0.0229784, 0.0241537, 0.0281806, 0.0404557, 0.0773232, 0.2060127, 0.6653815", \
					  "0.0349884, 0.0364588, 0.0405926, 0.0523762, 0.0862314, 0.2086641, 0.6705801", \
					  "0.0581320, 0.0598770, 0.0648082, 0.0772541, 0.1107169, 0.2208080, 0.6640014");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003858;
			capacitance : 0.003625;
			fall_capacitance : 0.003391;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s15_1") {
		area : 10.009600;
		cell_footprint : "buf";
		cell_leakage_power : 4.241858e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004242";
			when : "A";
		}
		leakage_power () {
			value : "0.0004242";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.141001;
			max_transition : 1.516651;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0150543, 0.0160936, 0.0185710, 0.0247382, 0.0406236, 0.0812503, 0.1841932", \
					  "0.0149175, 0.0159604, 0.0184360, 0.0245989, 0.0403869, 0.0810892, 0.1844024", \
					  "0.0147246, 0.0157635, 0.0182398, 0.0244085, 0.0401293, 0.0809531, 0.1838380", \
					  "0.0144709, 0.0155179, 0.0179961, 0.0242027, 0.0399179, 0.0801970, 0.1837982", \
					  "0.0142900, 0.0153359, 0.0178124, 0.0239824, 0.0398740, 0.0796664, 0.1826634", \
					  "0.0143357, 0.0153201, 0.0177945, 0.0238462, 0.0396265, 0.0802448, 0.1823804", \
					  "0.0142703, 0.0152876, 0.0177426, 0.0239813, 0.0400075, 0.0802751, 0.1839110");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0189263, 0.0181934, 0.0160402, 0.0099451, -0.0060081, -0.0468612, -0.1514560", \
					  "0.0187603, 0.0180410, 0.0158900, 0.0097983, -0.0061482, -0.0470274, -0.1515860", \
					  "0.0186060, 0.0178748, 0.0157224, 0.0096273, -0.0063255, -0.0471810, -0.1517754", \
					  "0.0184224, 0.0177017, 0.0155558, 0.0094521, -0.0064821, -0.0473542, -0.1519290", \
					  "0.0182560, 0.0175443, 0.0153973, 0.0092982, -0.0066438, -0.0474980, -0.1520729", \
					  "0.0182250, 0.0173438, 0.0150055, 0.0090302, -0.0068464, -0.0477044, -0.1523082", \
					  "0.0182179, 0.0173524, 0.0150254, 0.0088739, -0.0070616, -0.0476906, -0.1522726");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1390436, 0.1455417, 0.1612063, 0.1997395, 0.2972813, 0.5488543, 1.1890745", \
					  "0.1437044, 0.1501977, 0.1657997, 0.2043322, 0.3020701, 0.5521798, 1.1953906", \
					  "0.1552716, 0.1617579, 0.1774239, 0.2159601, 0.3134952, 0.5648640, 1.2057392", \
					  "0.1791601, 0.1856705, 0.2013116, 0.2399116, 0.3377612, 0.5878055, 1.2288521", \
					  "0.2145464, 0.2210562, 0.2366965, 0.2752994, 0.3729734, 0.6250395, 1.2645910", \
					  "0.2645962, 0.2710629, 0.2867452, 0.3253099, 0.4229833, 0.6726459, 1.3184868", \
					  "0.3215669, 0.3280796, 0.3438178, 0.3825521, 0.4804002, 0.7300853, 1.3700883");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0190771, 0.0270970, 0.0478650, 0.1012552, 0.2396456, 0.5985745, 1.5067972", \
					  "0.0191349, 0.0271185, 0.0478813, 0.1015068, 0.2404789, 0.5956511, 1.5166507", \
					  "0.0190723, 0.0270944, 0.0478504, 0.1012107, 0.2396114, 0.5986779, 1.5067649", \
					  "0.0191783, 0.0271627, 0.0478773, 0.1013326, 0.2405683, 0.5962907, 1.5012267", \
					  "0.0191558, 0.0270839, 0.0477837, 0.1013915, 0.2399487, 0.5970885, 1.5043105", \
					  "0.0191351, 0.0271502, 0.0478902, 0.1013154, 0.2392582, 0.5938444, 1.5092695", \
					  "0.0192918, 0.0272401, 0.0480360, 0.1013707, 0.2395532, 0.5943894, 1.4981286");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1467035, 0.1526333, 0.1651077, 0.1914931, 0.2533051, 0.4097806, 0.8124988", \
					  "0.1525374, 0.1584571, 0.1708911, 0.1973571, 0.2591656, 0.4154537, 0.8162441", \
					  "0.1674951, 0.1734355, 0.1858990, 0.2122822, 0.2740966, 0.4305626, 0.8334181", \
					  "0.2020172, 0.2079177, 0.2204124, 0.2466634, 0.3085393, 0.4655327, 0.8667753", \
					  "0.2707571, 0.2766555, 0.2891389, 0.3156203, 0.3774865, 0.5344297, 0.9370046", \
					  "0.3898316, 0.3956910, 0.4081539, 0.4345568, 0.4965559, 0.6528915, 1.0541124", \
					  "0.5919061, 0.5977966, 0.6102775, 0.6368835, 0.6988941, 0.8554834, 1.2562326");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0183219, 0.0231042, 0.0351760, 0.0649058, 0.1434756, 0.3511971, 0.8852172", \
					  "0.0180962, 0.0231879, 0.0352094, 0.0650957, 0.1434644, 0.3503073, 0.8882127", \
					  "0.0183088, 0.0230999, 0.0351835, 0.0649057, 0.1434871, 0.3511443, 0.8834995", \
					  "0.0180519, 0.0230004, 0.0349377, 0.0648042, 0.1445180, 0.3530324, 0.8930026", \
					  "0.0180802, 0.0232480, 0.0352005, 0.0648715, 0.1433062, 0.3532347, 0.8857066", \
					  "0.0181605, 0.0231300, 0.0350368, 0.0650474, 0.1433397, 0.3539866, 0.8895091", \
					  "0.0182790, 0.0233411, 0.0353513, 0.0648552, 0.1443346, 0.3532522, 0.8906218");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002170;
			capacitance : 0.002047;
			fall_capacitance : 0.001925;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s15_2") {
		area : 11.260800;
		cell_footprint : "buf";
		cell_leakage_power : 6.442224e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005093";
			when : "A";
		}
		leakage_power () {
			value : "0.0007791";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.243540;
			max_transition : 1.516823;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0180969, 0.0193370, 0.0226156, 0.0312997, 0.0554125, 0.1232975, 0.3116743", \
					  "0.0179740, 0.0192197, 0.0224860, 0.0311706, 0.0552230, 0.1224423, 0.3112514", \
					  "0.0177574, 0.0189980, 0.0222703, 0.0309651, 0.0549539, 0.1221910, 0.3110979", \
					  "0.0175025, 0.0187429, 0.0220131, 0.0307058, 0.0546929, 0.1218572, 0.3108637", \
					  "0.0173203, 0.0185629, 0.0218271, 0.0305321, 0.0545444, 0.1220626, 0.3091855", \
					  "0.0174447, 0.0186445, 0.0218423, 0.0304727, 0.0545002, 0.1216703, 0.3113230", \
					  "0.0174268, 0.0186754, 0.0218195, 0.0306382, 0.0548452, 0.1219512, 0.3097753");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0206071, 0.0197156, 0.0172004, 0.0092189, -0.0148062, -0.0827941, -0.2735000", \
					  "0.0204806, 0.0195758, 0.0170575, 0.0090735, -0.0149426, -0.0829297, -0.2736435", \
					  "0.0203110, 0.0194062, 0.0168883, 0.0089000, -0.0151210, -0.0831039, -0.2738121", \
					  "0.0201854, 0.0192706, 0.0167534, 0.0087613, -0.0152526, -0.0832404, -0.2740038", \
					  "0.0199500, 0.0190476, 0.0165294, 0.0085567, -0.0154578, -0.0834299, -0.2741526", \
					  "0.0203808, 0.0193911, 0.0164745, 0.0082770, -0.0156041, -0.0835756, -0.2742838", \
					  "0.0206442, 0.0196472, 0.0167625, 0.0083655, -0.0157572, -0.0835378, -0.2742276");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.1508049, 0.1558153, 0.1682123, 0.1999043, 0.2865040, 0.5283685, 1.2073880", \
					  "0.1554513, 0.1604934, 0.1728421, 0.2045993, 0.2910374, 0.5320273, 1.2115938", \
					  "0.1670265, 0.1720028, 0.1843512, 0.2162122, 0.3027944, 0.5464290, 1.2223622", \
					  "0.1908021, 0.1957826, 0.2081132, 0.2399852, 0.3265616, 0.5703694, 1.2455220", \
					  "0.2262504, 0.2312782, 0.2435804, 0.2755075, 0.3619759, 0.6040600, 1.2809159", \
					  "0.2763200, 0.2813751, 0.2936717, 0.3255377, 0.4119804, 0.6536199, 1.3327983", \
					  "0.3351120, 0.3401097, 0.3524541, 0.3843632, 0.4709871, 0.7134150, 1.3881174");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0159955, 0.0211499, 0.0360312, 0.0787473, 0.2010782, 0.5459164, 1.5168226", \
					  "0.0159460, 0.0210983, 0.0359516, 0.0786712, 0.2002221, 0.5460379, 1.5157461", \
					  "0.0159487, 0.0211261, 0.0359659, 0.0785646, 0.2007939, 0.5447794, 1.5109591", \
					  "0.0159159, 0.0211326, 0.0359901, 0.0786131, 0.2005671, 0.5446634, 1.5117531", \
					  "0.0159851, 0.0210943, 0.0360285, 0.0786484, 0.2009349, 0.5485404, 1.5036657", \
					  "0.0159742, 0.0211682, 0.0358997, 0.0787396, 0.2006830, 0.5440973, 1.5051264", \
					  "0.0160415, 0.0212878, 0.0360675, 0.0787843, 0.2005865, 0.5434452, 1.4996648");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.1651330, 0.1701714, 0.1810554, 0.2035117, 0.2531529, 0.3812860, 0.7392355", \
					  "0.1710812, 0.1760892, 0.1869836, 0.2093563, 0.2590745, 0.3868870, 0.7453459", \
					  "0.1854686, 0.1904782, 0.2013751, 0.2237437, 0.2734421, 0.4014310, 0.7578198", \
					  "0.2205228, 0.2255368, 0.2364410, 0.2588084, 0.3085233, 0.4363676, 0.7948103", \
					  "0.2882476, 0.2932746, 0.3041493, 0.3266394, 0.3762715, 0.5042177, 0.8623451", \
					  "0.4044793, 0.4094439, 0.4202819, 0.4427897, 0.4923517, 0.6203539, 0.9779043", \
					  "0.6005145, 0.6055195, 0.6163029, 0.6388375, 0.6886492, 0.8167153, 1.1746111");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0186385, 0.0220142, 0.0305591, 0.0512557, 0.1079424, 0.2747921, 0.7540792", \
					  "0.0185848, 0.0219370, 0.0301314, 0.0510905, 0.1077781, 0.2748639, 0.7517517", \
					  "0.0185846, 0.0219390, 0.0301431, 0.0510374, 0.1073856, 0.2748405, 0.7485817", \
					  "0.0185834, 0.0219422, 0.0301731, 0.0511078, 0.1077431, 0.2741576, 0.7504666", \
					  "0.0185813, 0.0219584, 0.0301805, 0.0511305, 0.1078433, 0.2743584, 0.7540004", \
					  "0.0186285, 0.0221735, 0.0305291, 0.0513990, 0.1071032, 0.2736615, 0.7515424", \
					  "0.0186779, 0.0220530, 0.0307457, 0.0513633, 0.1078099, 0.2725081, 0.7485197");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002181;
			capacitance : 0.002054;
			fall_capacitance : 0.001927;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s18_1") {
		area : 10.009600;
		cell_footprint : "buf";
		cell_leakage_power : 4.260679e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004261";
			when : "A";
		}
		leakage_power () {
			value : "0.0004260";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.140086;
			max_transition : 1.504174;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0156519, 0.0167172, 0.0191977, 0.0253420, 0.0411694, 0.0812115, 0.1840518", \
					  "0.0155124, 0.0165680, 0.0190711, 0.0252224, 0.0410366, 0.0815593, 0.1837230", \
					  "0.0153257, 0.0163882, 0.0188716, 0.0250162, 0.0407206, 0.0811852, 0.1831261", \
					  "0.0150477, 0.0161125, 0.0186082, 0.0247438, 0.0405477, 0.0806278, 0.1832982", \
					  "0.0148378, 0.0159043, 0.0183971, 0.0245455, 0.0402439, 0.0798709, 0.1821408", \
					  "0.0149109, 0.0159051, 0.0183885, 0.0244202, 0.0400101, 0.0805073, 0.1832005", \
					  "0.0149088, 0.0158842, 0.0183473, 0.0245961, 0.0403876, 0.0802180, 0.1832293");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0194086, 0.0186797, 0.0165692, 0.0105446, -0.0053124, -0.0459036, -0.1499046", \
					  "0.0192513, 0.0185517, 0.0164367, 0.0104023, -0.0054513, -0.0460773, -0.1499346", \
					  "0.0190994, 0.0183739, 0.0162720, 0.0102238, -0.0056315, -0.0462681, -0.1501008", \
					  "0.0188912, 0.0181942, 0.0160607, 0.0100308, -0.0058238, -0.0464367, -0.1503341", \
					  "0.0186940, 0.0179690, 0.0158661, 0.0098293, -0.0060215, -0.0466496, -0.1504905", \
					  "0.0186846, 0.0178219, 0.0154620, 0.0096493, -0.0061935, -0.0467919, -0.1506456", \
					  "0.0187512, 0.0178782, 0.0155662, 0.0094387, -0.0064278, -0.0468215, -0.1506623");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1572359, 0.1638014, 0.1794871, 0.2180345, 0.3151535, 0.5637114, 1.2007322", \
					  "0.1617602, 0.1683499, 0.1840829, 0.2226883, 0.3197107, 0.5680662, 1.2044514", \
					  "0.1734928, 0.1800514, 0.1956901, 0.2342019, 0.3313747, 0.5793488, 1.2158780", \
					  "0.1976523, 0.2042068, 0.2199401, 0.2584940, 0.3556258, 0.6050238, 1.2412296", \
					  "0.2349015, 0.2414730, 0.2571942, 0.2957403, 0.3928649, 0.6428886, 1.2768883", \
					  "0.2865433, 0.2931314, 0.3088867, 0.3474333, 0.4444795, 0.6927253, 1.3269558", \
					  "0.3484516, 0.3550478, 0.3708092, 0.4092454, 0.5065298, 0.7565431, 1.3893408");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0196063, 0.0274247, 0.0481355, 0.1010645, 0.2383307, 0.5944183, 1.5041745", \
					  "0.0196154, 0.0274979, 0.0481572, 0.1010148, 0.2384512, 0.5962002, 1.5021125", \
					  "0.0196309, 0.0274911, 0.0479793, 0.1011857, 0.2392335, 0.5914136, 1.4941286", \
					  "0.0195749, 0.0275122, 0.0481594, 0.1009872, 0.2383757, 0.5950191, 1.5011876", \
					  "0.0195604, 0.0275120, 0.0481233, 0.1010308, 0.2393863, 0.5928394, 1.4928462", \
					  "0.0195834, 0.0274664, 0.0481596, 0.1012590, 0.2374876, 0.5916137, 1.4961595", \
					  "0.0197164, 0.0275947, 0.0480979, 0.1010249, 0.2393562, 0.5928991, 1.4909051");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1632118, 0.1691262, 0.1819979, 0.2088556, 0.2706539, 0.4260955, 0.8235115", \
					  "0.1689898, 0.1751116, 0.1879373, 0.2147708, 0.2765168, 0.4322617, 0.8303135", \
					  "0.1837658, 0.1898273, 0.2026968, 0.2294277, 0.2911648, 0.4466145, 0.8441964", \
					  "0.2181976, 0.2243211, 0.2377556, 0.2646315, 0.3264154, 0.4817999, 0.8793269", \
					  "0.2893620, 0.2954086, 0.3081312, 0.3350244, 0.3968727, 0.5523040, 0.9510075", \
					  "0.4107814, 0.4168314, 0.4296108, 0.4565021, 0.5183451, 0.6738104, 1.0727828", \
					  "0.6191996, 0.6252824, 0.6381393, 0.6650300, 0.7265283, 0.8819426, 1.2800594");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0192482, 0.0243074, 0.0360935, 0.0655783, 0.1442377, 0.3534540, 0.8775469", \
					  "0.0190415, 0.0242445, 0.0360780, 0.0656505, 0.1442552, 0.3546090, 0.8853597", \
					  "0.0191597, 0.0241561, 0.0361666, 0.0656288, 0.1444964, 0.3493362, 0.8844530", \
					  "0.0190504, 0.0242141, 0.0361559, 0.0656278, 0.1441861, 0.3534534, 0.8778476", \
					  "0.0192763, 0.0242151, 0.0362164, 0.0657423, 0.1440595, 0.3493214, 0.8779211", \
					  "0.0191953, 0.0243805, 0.0361849, 0.0658510, 0.1432930, 0.3494653, 0.8789721", \
					  "0.0194665, 0.0245024, 0.0363118, 0.0657754, 0.1443606, 0.3508162, 0.8827616");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002171;
			capacitance : 0.002050;
			fall_capacitance : 0.001929;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s18_2") {
		area : 10.009600;
		cell_footprint : "buf";
		cell_leakage_power : 6.419430e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005006";
			when : "A";
		}
		leakage_power () {
			value : "0.0007833";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.258189;
			max_transition : 1.514083;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0186083, 0.0198675, 0.0232347, 0.0322082, 0.0572930, 0.1282287, 0.3311935", \
					  "0.0184809, 0.0197418, 0.0230974, 0.0321034, 0.0572718, 0.1288575, 0.3313022", \
					  "0.0182736, 0.0195349, 0.0228910, 0.0318971, 0.0570627, 0.1278978, 0.3310553", \
					  "0.0180051, 0.0192524, 0.0226093, 0.0316086, 0.0567000, 0.1283341, 0.3306658", \
					  "0.0178038, 0.0190794, 0.0224007, 0.0314412, 0.0566159, 0.1276250, 0.3288968", \
					  "0.0179358, 0.0191466, 0.0224385, 0.0313132, 0.0564676, 0.1272247, 0.3266034", \
					  "0.0178462, 0.0191245, 0.0223512, 0.0314722, 0.0567329, 0.1278828, 0.3293686");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0212492, 0.0203605, 0.0178019, 0.0095936, -0.0154529, -0.0871956, -0.2902848", \
					  "0.0211041, 0.0201833, 0.0176381, 0.0094238, -0.0156084, -0.0873194, -0.2906257", \
					  "0.0209121, 0.0200031, 0.0174529, 0.0092635, -0.0157767, -0.0875085, -0.2907902", \
					  "0.0207508, 0.0198403, 0.0172794, 0.0090776, -0.0159699, -0.0877013, -0.2909374", \
					  "0.0205193, 0.0195995, 0.0170430, 0.0088438, -0.0161949, -0.0879243, -0.2911837", \
					  "0.0207446, 0.0197149, 0.0167128, 0.0085940, -0.0163961, -0.0881152, -0.2913684", \
					  "0.0211399, 0.0201213, 0.0171921, 0.0085599, -0.0165952, -0.0881171, -0.2913645");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1590507, 0.1639558, 0.1760698, 0.2070798, 0.2920471, 0.5309360, 1.2096827", \
					  "0.1636831, 0.1686031, 0.1806853, 0.2116362, 0.2965284, 0.5354640, 1.2124439", \
					  "0.1753144, 0.1802383, 0.1923220, 0.2232782, 0.3081833, 0.5470873, 1.2241098", \
					  "0.1995732, 0.2044591, 0.2165614, 0.2476289, 0.3325956, 0.5716023, 1.2503455", \
					  "0.2364187, 0.2413509, 0.2534012, 0.2844985, 0.3689942, 0.6094105, 1.2899135", \
					  "0.2889538, 0.2938634, 0.3059417, 0.3370123, 0.4219896, 0.6607863, 1.3378594", \
					  "0.3520264, 0.3569819, 0.3690811, 0.4002067, 0.4851567, 0.7242686, 1.4008215");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0162924, 0.0212046, 0.0354160, 0.0767489, 0.1968231, 0.5387305, 1.5123902", \
					  "0.0162530, 0.0211678, 0.0354407, 0.0768414, 0.1970456, 0.5390879, 1.5140682", \
					  "0.0162546, 0.0211726, 0.0354403, 0.0768359, 0.1971864, 0.5389761, 1.5140827", \
					  "0.0162528, 0.0212200, 0.0354291, 0.0766685, 0.1967388, 0.5395469, 1.5128063", \
					  "0.0162355, 0.0211729, 0.0354340, 0.0767542, 0.1969530, 0.5406441, 1.5096815", \
					  "0.0163169, 0.0212177, 0.0354547, 0.0766851, 0.1964097, 0.5374170, 1.5006577", \
					  "0.0163827, 0.0213258, 0.0354433, 0.0770335, 0.1963961, 0.5383756, 1.4999485");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1776298, 0.1826881, 0.1939425, 0.2172901, 0.2692335, 0.4049943, 0.7869551", \
					  "0.1835182, 0.1885932, 0.1998577, 0.2230528, 0.2752173, 0.4107894, 0.7927242", \
					  "0.1982458, 0.2033418, 0.2145451, 0.2378104, 0.2899487, 0.4255223, 0.8087788", \
					  "0.2331029, 0.2381284, 0.2493870, 0.2727655, 0.3247164, 0.4604970, 0.8427471", \
					  "0.3017611, 0.3068484, 0.3180713, 0.3413778, 0.3934964, 0.5290479, 0.9128682", \
					  "0.4198312, 0.4248431, 0.4360673, 0.4594884, 0.5113797, 0.6472805, 1.0318311", \
					  "0.6198314, 0.6248567, 0.6359709, 0.6593823, 0.7115756, 0.8472868, 1.2291245");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0197874, 0.0232437, 0.0317046, 0.0530436, 0.1124413, 0.2892662, 0.8014115", \
					  "0.0196729, 0.0230686, 0.0313902, 0.0531300, 0.1118825, 0.2909624, 0.7969065", \
					  "0.0196327, 0.0230017, 0.0313010, 0.0529647, 0.1123078, 0.2876832, 0.8015413", \
					  "0.0198215, 0.0232598, 0.0317002, 0.0530433, 0.1124914, 0.2889047, 0.8076296", \
					  "0.0196427, 0.0230111, 0.0313539, 0.0528749, 0.1123973, 0.2899290, 0.8000930", \
					  "0.0198666, 0.0232997, 0.0317417, 0.0530237, 0.1116443, 0.2876243, 0.7973313", \
					  "0.0199593, 0.0231259, 0.0315672, 0.0531527, 0.1125894, 0.2889855, 0.8027009");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002177;
			capacitance : 0.002056;
			fall_capacitance : 0.001934;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s25_1") {
		area : 10.009600;
		cell_footprint : "buf";
		cell_leakage_power : 5.432085e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005404";
			when : "A";
		}
		leakage_power () {
			value : "0.0005460";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.131846;
			max_transition : 1.510876;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001266153, 0.003206286, 0.008119295, 0.02056054, 0.05206556, 0.1318459");
					values("0.0171879, 0.0182532, 0.0207318, 0.0266797, 0.0416623, 0.0795177, 0.1759136", \
					  "0.0170545, 0.0181200, 0.0206008, 0.0265536, 0.0416316, 0.0794163, 0.1756792", \
					  "0.0168591, 0.0179157, 0.0204009, 0.0263435, 0.0412812, 0.0792186, 0.1754232", \
					  "0.0165550, 0.0176188, 0.0200968, 0.0260300, 0.0409674, 0.0789069, 0.1755321", \
					  "0.0163067, 0.0173830, 0.0198556, 0.0258062, 0.0408866, 0.0785177, 0.1748350", \
					  "0.0164326, 0.0173963, 0.0197415, 0.0256808, 0.0405411, 0.0785112, 0.1747715", \
					  "0.0164369, 0.0173968, 0.0197967, 0.0257952, 0.0408532, 0.0783653, 0.1741170");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001266153, 0.003206286, 0.008119295, 0.02056054, 0.05206556, 0.1318459");
					values("0.0210005, 0.0203292, 0.0183398, 0.0126378, -0.0024698, -0.0408273, -0.1380048", \
					  "0.0208725, 0.0201579, 0.0181995, 0.0125025, -0.0026049, -0.0409936, -0.1381522", \
					  "0.0206801, 0.0200183, 0.0180214, 0.0123285, -0.0027812, -0.0411803, -0.1383095", \
					  "0.0204763, 0.0198141, 0.0178175, 0.0121253, -0.0029855, -0.0413869, -0.1385200", \
					  "0.0202661, 0.0195873, 0.0175954, 0.0119030, -0.0032052, -0.0415841, -0.1387181", \
					  "0.0199859, 0.0193568, 0.0174783, 0.0118045, -0.0032791, -0.0416681, -0.1387781", \
					  "0.0204486, 0.0195819, 0.0173422, 0.0114484, -0.0036770, -0.0418288, -0.1389514");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
					values("0.2185691, 0.2254792, 0.2418665, 0.2817003, 0.3805173, 0.6300215, 1.2643274", \
					  "0.2230617, 0.2299134, 0.2463200, 0.2859912, 0.3848630, 0.6344009, 1.2701024", \
					  "0.2344610, 0.2413472, 0.2577399, 0.2973771, 0.3963163, 0.6453626, 1.2810011", \
					  "0.2594777, 0.2663914, 0.2827891, 0.3224512, 0.4213884, 0.6707682, 1.3058125", \
					  "0.2998842, 0.3067729, 0.3231075, 0.3629440, 0.4616115, 0.7112457, 1.3435260", \
					  "0.3574621, 0.3643270, 0.3807244, 0.4204732, 0.5191634, 0.7686557, 1.4048995", \
					  "0.4316963, 0.4385909, 0.4550397, 0.4947957, 0.5933873, 0.8441954, 1.4749792");
				}
				rise_transition ("del_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("0.0246930, 0.0329653, 0.0541530, 0.1084365, 0.2476696, 0.6036071, 1.4919784", \
					  "0.0247601, 0.0329178, 0.0541312, 0.1082963, 0.2474556, 0.6052819, 1.5108764", \
					  "0.0246942, 0.0328774, 0.0542303, 0.1085484, 0.2468530, 0.6049227, 1.5070968", \
					  "0.0247336, 0.0329419, 0.0541086, 0.1085453, 0.2469406, 0.6051759, 1.4936948", \
					  "0.0247565, 0.0329222, 0.0541320, 0.1084569, 0.2475608, 0.6029124, 1.5004068", \
					  "0.0248091, 0.0328902, 0.0540720, 0.1085881, 0.2465768, 0.6052909, 1.5107917", \
					  "0.0247944, 0.0329519, 0.0541601, 0.1085442, 0.2472176, 0.6040488, 1.4997149");
				}
				cell_fall ("del_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("0.2168404, 0.2231406, 0.2362170, 0.2631707, 0.3216040, 0.4646410, 0.8290432", \
					  "0.2225355, 0.2287967, 0.2418704, 0.2688696, 0.3276451, 0.4706405, 0.8327813", \
					  "0.2372853, 0.2435490, 0.2567149, 0.2836421, 0.3421247, 0.4855383, 0.8478457", \
					  "0.2717266, 0.2779909, 0.2911549, 0.3180812, 0.3765479, 0.5199688, 0.8822119", \
					  "0.3448166, 0.3510482, 0.3641827, 0.3912158, 0.4498288, 0.5927924, 0.9549762", \
					  "0.4708612, 0.4768799, 0.4899612, 0.5169403, 0.5758455, 0.7189501, 1.0825395", \
					  "0.6874987, 0.6937341, 0.7069236, 0.7335259, 0.7924151, 0.9356813, 1.2978625");
				}
				fall_transition ("del_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("0.0238875, 0.0290749, 0.0404500, 0.0681057, 0.1389596, 0.3297539, 0.8067835", \
					  "0.0242021, 0.0290132, 0.0407114, 0.0680063, 0.1392146, 0.3267352, 0.8066477", \
					  "0.0240317, 0.0291421, 0.0402093, 0.0680753, 0.1392304, 0.3260716, 0.8078245", \
					  "0.0240301, 0.0291413, 0.0402045, 0.0680742, 0.1392165, 0.3261918, 0.8077923", \
					  "0.0241297, 0.0289948, 0.0405671, 0.0680673, 0.1383486, 0.3263223, 0.8077142", \
					  "0.0240912, 0.0292444, 0.0408386, 0.0677770, 0.1391890, 0.3252178, 0.8084458", \
					  "0.0241427, 0.0288790, 0.0406763, 0.0680415, 0.1391387, 0.3293367, 0.8074502");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002182;
			capacitance : 0.002060;
			fall_capacitance : 0.001938;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s25_2") {
		area : 10.009600;
		cell_footprint : "buf";
		cell_leakage_power : 7.568608e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005975";
			when : "A";
		}
		leakage_power () {
			value : "0.0009162";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.259104;
			max_transition : 1.506001;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0202161, 0.0215023, 0.0249382, 0.0340288, 0.0592604, 0.1306093, 0.3315428", \
					  "0.0200919, 0.0213805, 0.0248156, 0.0339051, 0.0591401, 0.1304878, 0.3323904", \
					  "0.0198646, 0.0211762, 0.0246145, 0.0337045, 0.0589345, 0.1302897, 0.3336086", \
					  "0.0195255, 0.0208189, 0.0242881, 0.0333460, 0.0585787, 0.1303308, 0.3334943", \
					  "0.0192804, 0.0205707, 0.0240270, 0.0330997, 0.0583335, 0.1297149, 0.3313780", \
					  "0.0195747, 0.0207742, 0.0240158, 0.0329847, 0.0580927, 0.1299966, 0.3315314", \
					  "0.0195625, 0.0207589, 0.0240614, 0.0331781, 0.0585038, 0.1299686, 0.3308503");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0225835, 0.0216372, 0.0191024, 0.0111044, -0.0137883, -0.0856969, -0.2897834", \
					  "0.0224459, 0.0215081, 0.0189637, 0.0109586, -0.0139402, -0.0858536, -0.2899263", \
					  "0.0222918, 0.0213501, 0.0188309, 0.0108057, -0.0140949, -0.0860121, -0.2900506", \
					  "0.0221565, 0.0212060, 0.0186698, 0.0106358, -0.0142776, -0.0862092, -0.2902819", \
					  "0.0219238, 0.0209791, 0.0184382, 0.0104315, -0.0144845, -0.0864150, -0.2904967", \
					  "0.0216681, 0.0207677, 0.0182603, 0.0103840, -0.0144985, -0.0864242, -0.2904696", \
					  "0.0228475, 0.0218249, 0.0188611, 0.0102194, -0.0149594, -0.0866717, -0.2907262");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.2271542, 0.2323054, 0.2448650, 0.2762824, 0.3609067, 0.5985681, 1.2729522", \
					  "0.2317169, 0.2368809, 0.2494342, 0.2808503, 0.3654844, 0.6031458, 1.2777791", \
					  "0.2431441, 0.2483569, 0.2609145, 0.2923312, 0.3769623, 0.6146130, 1.2886447", \
					  "0.2676076, 0.2728061, 0.2853606, 0.3166665, 0.4013724, 0.6397725, 1.3120336", \
					  "0.3073660, 0.3125711, 0.3251296, 0.3564856, 0.4411764, 0.6788768, 1.3515423", \
					  "0.3651470, 0.3703173, 0.3828321, 0.4142286, 0.4988520, 0.7375548, 1.4128463", \
					  "0.4388338, 0.4440291, 0.4566060, 0.4880223, 0.5725995, 0.8099840, 1.4829489");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0187700, 0.0236237, 0.0375487, 0.0782394, 0.1965628, 0.5356801, 1.5007746", \
					  "0.0187572, 0.0236239, 0.0375510, 0.0782190, 0.1965722, 0.5356482, 1.4996868", \
					  "0.0189052, 0.0236191, 0.0375525, 0.0782349, 0.1965770, 0.5358483, 1.4994248", \
					  "0.0188002, 0.0236577, 0.0375682, 0.0781232, 0.1965635, 0.5363174, 1.5013636", \
					  "0.0188392, 0.0236981, 0.0375490, 0.0780840, 0.1966214, 0.5359447, 1.5019960", \
					  "0.0187786, 0.0236478, 0.0374887, 0.0782099, 0.1954797, 0.5371087, 1.5060015", \
					  "0.0188382, 0.0237497, 0.0375246, 0.0783331, 0.1960605, 0.5372610, 1.4952023");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.2449370, 0.2507273, 0.2631777, 0.2890136, 0.3442362, 0.4812524, 0.8652019", \
					  "0.2506541, 0.2563699, 0.2690413, 0.2945813, 0.3497378, 0.4868385, 0.8708275", \
					  "0.2652112, 0.2709449, 0.2835820, 0.3092599, 0.3643089, 0.5012460, 0.8853495", \
					  "0.2998317, 0.3055666, 0.3181957, 0.3437325, 0.3984401, 0.5355146, 0.9182565", \
					  "0.3723036, 0.3780296, 0.3906132, 0.4164166, 0.4712788, 0.6083482, 0.9914022", \
					  "0.4973436, 0.5030964, 0.5157490, 0.5404559, 0.5955819, 0.7326978, 1.1159960", \
					  "0.7111203, 0.7169451, 0.7295287, 0.7554854, 0.8103531, 0.9473221, 1.3299107");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0254051, 0.0289463, 0.0380876, 0.0598418, 0.1178651, 0.2920667, 0.8093775", \
					  "0.0254649, 0.0290779, 0.0376967, 0.0597528, 0.1181238, 0.2924448, 0.8115045", \
					  "0.0254677, 0.0290269, 0.0376265, 0.0595503, 0.1181371, 0.2919461, 0.8086543", \
					  "0.0255359, 0.0290752, 0.0376341, 0.0592352, 0.1182777, 0.2943560, 0.8028208", \
					  "0.0254144, 0.0290023, 0.0375506, 0.0591054, 0.1182256, 0.2905460, 0.8052178", \
					  "0.0255845, 0.0293253, 0.0379710, 0.0592766, 0.1180419, 0.2906236, 0.8025850", \
					  "0.0255463, 0.0291297, 0.0377367, 0.0593229, 0.1180348, 0.2922243, 0.8053118");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002188;
			capacitance : 0.002062;
			fall_capacitance : 0.001935;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s50_1") {
		area : 10.009600;
		cell_footprint : "buf";
		cell_leakage_power : 4.504138e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004539";
			when : "A";
		}
		leakage_power () {
			value : "0.0004469";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.136424;
			max_transition : 1.492216;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0208839, 0.0221798, 0.0252742, 0.0321267, 0.0477530, 0.0870859, 0.1863102", \
					  "0.0208242, 0.0221210, 0.0252003, 0.0320488, 0.0476507, 0.0866786, 0.1856182", \
					  "0.0206129, 0.0219115, 0.0250051, 0.0318552, 0.0474841, 0.0864150, 0.1860164", \
					  "0.0203127, 0.0216051, 0.0246941, 0.0315338, 0.0471372, 0.0861234, 0.1858493", \
					  "0.0198767, 0.0211786, 0.0242967, 0.0311138, 0.0467197, 0.0857213, 0.1864893", \
					  "0.0196126, 0.0209136, 0.0240330, 0.0308555, 0.0465121, 0.0858434, 0.1851932", \
					  "0.0214754, 0.0224423, 0.0248596, 0.0309652, 0.0463394, 0.0852017, 0.1859208");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0256484, 0.0249551, 0.0231211, 0.0176964, 0.0025642, -0.0370208, -0.1378954", \
					  "0.0255500, 0.0248623, 0.0229948, 0.0176149, 0.0024655, -0.0371312, -0.1380843", \
					  "0.0253288, 0.0246648, 0.0227874, 0.0174388, 0.0022878, -0.0373440, -0.1382908", \
					  "0.0252047, 0.0245154, 0.0226505, 0.0172486, 0.0021189, -0.0374559, -0.1382809", \
					  "0.0249404, 0.0242776, 0.0224098, 0.0170242, 0.0018865, -0.0377204, -0.1386668", \
					  "0.0246689, 0.0240170, 0.0221566, 0.0167691, 0.0016144, -0.0379744, -0.1388760", \
					  "0.0255591, 0.0246578, 0.0223305, 0.0163937, 0.0014851, -0.0381114, -0.1390552");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.5174839, 0.5256997, 0.5438855, 0.5846241, 0.6842991, 0.9322603, 1.5642230", \
					  "0.5228093, 0.5308418, 0.5489355, 0.5897753, 0.6890717, 0.9370319, 1.5682053", \
					  "0.5323491, 0.5405670, 0.5587610, 0.5994965, 0.6991763, 0.9471207, 1.5790961", \
					  "0.5567181, 0.5647595, 0.5828507, 0.6236788, 0.7230598, 0.9707455, 1.6027315", \
					  "0.6019233, 0.6101439, 0.6282269, 0.6690767, 0.7684824, 1.0163850, 1.6486562", \
					  "0.6716946, 0.6799111, 0.6979815, 0.7388861, 0.8384710, 1.0865653, 1.7175664", \
					  "0.7697075, 0.7779195, 0.7960698, 0.8368260, 0.9364826, 1.1845207, 1.8169115");
				}
				rise_transition ("del_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("0.0280055, 0.0357428, 0.0557677, 0.1079776, 0.2440987, 0.5916100, 1.4862941", \
					  "0.0277532, 0.0358378, 0.0557302, 0.1078822, 0.2439441, 0.5919985, 1.4922162", \
					  "0.0280049, 0.0357512, 0.0557545, 0.1079482, 0.2440829, 0.5915197, 1.4852056", \
					  "0.0277964, 0.0358214, 0.0557243, 0.1078880, 0.2436987, 0.5910749, 1.4846165", \
					  "0.0279906, 0.0358728, 0.0554942, 0.1078467, 0.2438004, 0.5914021, 1.4890250", \
					  "0.0279621, 0.0358046, 0.0554864, 0.1079802, 0.2440196, 0.5919796, 1.4908701", \
					  "0.0280363, 0.0357912, 0.0558090, 0.1080659, 0.2441476, 0.5904759, 1.4899049");
				}
				cell_fall ("del_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("0.4288427, 0.4377615, 0.4556284, 0.4901115, 0.5591434, 0.7122618, 1.0915815", \
					  "0.4349239, 0.4438467, 0.4617569, 0.4962880, 0.5653055, 0.7184495, 1.0973006", \
					  "0.4494592, 0.4584413, 0.4763580, 0.5107436, 0.5783581, 0.7322852, 1.1129389", \
					  "0.4845664, 0.4934835, 0.5113644, 0.5458385, 0.6148965, 0.7680416, 1.1470578", \
					  "0.5636632, 0.5725990, 0.5904518, 0.6247183, 0.6936540, 0.8459644, 1.2259120", \
					  "0.7095413, 0.7184924, 0.7363269, 0.7707879, 0.8388983, 0.9924666, 1.3729791", \
					  "0.9625608, 0.9714965, 0.9894099, 1.0236902, 1.0927090, 1.2442557, 1.6250757");
				}
				fall_transition ("del_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("0.0352566, 0.0410852, 0.0543832, 0.0841725, 0.1557642, 0.3464305, 0.8450691", \
					  "0.0354760, 0.0411865, 0.0539205, 0.0841927, 0.1559352, 0.3458809, 0.8523546", \
					  "0.0348953, 0.0407529, 0.0537002, 0.0838147, 0.1565635, 0.3462237, 0.8443206", \
					  "0.0352587, 0.0411194, 0.0539455, 0.0841884, 0.1558881, 0.3462437, 0.8460935", \
					  "0.0352989, 0.0411055, 0.0536549, 0.0836988, 0.1567162, 0.3444614, 0.8540390", \
					  "0.0353769, 0.0411118, 0.0540500, 0.0839427, 0.1565604, 0.3470535, 0.8581012", \
					  "0.0354076, 0.0412322, 0.0537135, 0.0835523, 0.1566406, 0.3460927, 0.8456378");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002142;
			capacitance : 0.002018;
			fall_capacitance : 0.001894;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkdlybuf4s50_2") {
		area : 11.260800;
		cell_footprint : "buf";
		cell_leakage_power : 6.646132e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005234";
			when : "A";
		}
		leakage_power () {
			value : "0.0008058";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.254527;
			max_transition : 1.504165;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412854, 0.003992311, 0.0112811, 0.03187709, 0.09007533, 0.2545265");
					values("0.0244175, 0.0257266, 0.0294638, 0.0392428, 0.0645080, 0.1348952, 0.3309312", \
					  "0.0243528, 0.0257009, 0.0293714, 0.0391275, 0.0644444, 0.1344002, 0.3341276", \
					  "0.0241418, 0.0254832, 0.0292091, 0.0389699, 0.0642512, 0.1346396, 0.3339667", \
					  "0.0238274, 0.0251347, 0.0289021, 0.0386487, 0.0639249, 0.1343010, 0.3304012", \
					  "0.0234065, 0.0247355, 0.0284418, 0.0382264, 0.0635262, 0.1338648, 0.3311351", \
					  "0.0231206, 0.0244531, 0.0282120, 0.0379483, 0.0632038, 0.1336511, 0.3328352", \
					  "0.0248954, 0.0260272, 0.0293014, 0.0383005, 0.0630376, 0.1327901, 0.3305738");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412854, 0.003992311, 0.0112811, 0.03187709, 0.09007533, 0.2545265");
					values("0.0272307, 0.0262843, 0.0238086, 0.0160877, -0.0076698, -0.0780631, -0.2782356", \
					  "0.0271347, 0.0261916, 0.0236913, 0.0159849, -0.0077899, -0.0781778, -0.2782663", \
					  "0.0269810, 0.0260281, 0.0234984, 0.0158149, -0.0079808, -0.0783740, -0.2785205", \
					  "0.0267554, 0.0258167, 0.0233135, 0.0156020, -0.0081909, -0.0785671, -0.2787737", \
					  "0.0265373, 0.0256027, 0.0230633, 0.0153721, -0.0083851, -0.0787647, -0.2788099", \
					  "0.0263550, 0.0254111, 0.0228998, 0.0151806, -0.0085749, -0.0789317, -0.2791279", \
					  "0.0262060, 0.0251431, 0.0224031, 0.0147678, -0.0088628, -0.0792320, -0.2794044");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141285, 0.00399231, 0.0112811, 0.0318771, 0.0900753, 0.254527");
					values("0.5353185, 0.5420684, 0.5577002, 0.5927702, 0.6804871, 0.9198176, 1.5926368", \
					  "0.5403534, 0.5472550, 0.5627209, 0.5977673, 0.6851072, 0.9243551, 1.5989516", \
					  "0.5501455, 0.5571645, 0.5726121, 0.6076545, 0.6953195, 0.9345323, 1.6094284", \
					  "0.5742695, 0.5810102, 0.5967065, 0.6317286, 0.7194433, 0.9587610, 1.6316436", \
					  "0.6193890, 0.6263667, 0.6418576, 0.6768898, 0.7645665, 1.0039798, 1.6784356", \
					  "0.6889750, 0.6959444, 0.7116361, 0.7466658, 0.8344255, 1.0735570, 1.7486421", \
					  "0.7865094, 0.7932604, 0.8089656, 0.8439968, 0.9317280, 1.1710661, 1.8455355");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141285, 0.00399231, 0.0112811, 0.0318771, 0.0900753, 0.254527");
					values("0.0247199, 0.0305455, 0.0446386, 0.0841376, 0.2014941, 0.5361988, 1.5041650", \
					  "0.0248411, 0.0304194, 0.0447327, 0.0841408, 0.2012989, 0.5367126, 1.4962539", \
					  "0.0246943, 0.0302988, 0.0448493, 0.0842539, 0.2014465, 0.5369126, 1.5002719", \
					  "0.0247169, 0.0305468, 0.0448367, 0.0841389, 0.2014918, 0.5360918, 1.5039995", \
					  "0.0247523, 0.0302837, 0.0448583, 0.0841586, 0.2015498, 0.5364535, 1.4966584", \
					  "0.0251035, 0.0302707, 0.0447158, 0.0843441, 0.2014610, 0.5370487, 1.5006897", \
					  "0.0247329, 0.0306080, 0.0448701, 0.0841319, 0.2015122, 0.5350684, 1.4986196");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141285, 0.00399231, 0.0112811, 0.0318771, 0.0900753, 0.254527");
					values("0.5110673, 0.5200979, 0.5388420, 0.5742362, 0.6415034, 0.7873960, 1.1622892", \
					  "0.5172104, 0.5262278, 0.5449792, 0.5802149, 0.6476034, 0.7919531, 1.1690706", \
					  "0.5315085, 0.5405800, 0.5593397, 0.5946427, 0.6619147, 0.8078168, 1.1841851", \
					  "0.5661706, 0.5752118, 0.5939533, 0.6292613, 0.6966361, 0.8411121, 1.2181005", \
					  "0.6452532, 0.6543238, 0.6730196, 0.7083162, 0.7756843, 0.9199115, 1.2970556", \
					  "0.7896618, 0.7987823, 0.8175255, 0.8521250, 0.9195811, 1.0656486, 1.4417811", \
					  "1.0399717, 1.0490314, 1.0677715, 1.1030228, 1.1699599, 1.3144723, 1.6912396");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141285, 0.00399231, 0.0112811, 0.0318771, 0.0900753, 0.254527");
					values("0.0445884, 0.0491676, 0.0603340, 0.0834035, 0.1415872, 0.3045799, 0.7930017", \
					  "0.0443897, 0.0493603, 0.0603227, 0.0839731, 0.1421143, 0.3047342, 0.7952237", \
					  "0.0444029, 0.0493585, 0.0598939, 0.0834385, 0.1415448, 0.3047257, 0.7887943", \
					  "0.0443720, 0.0493285, 0.0602968, 0.0837958, 0.1419201, 0.3051324, 0.7922148", \
					  "0.0444699, 0.0493447, 0.0597720, 0.0829913, 0.1420812, 0.3048647, 0.7969113", \
					  "0.0443616, 0.0491888, 0.0600774, 0.0846406, 0.1419533, 0.3040443, 0.7981760", \
					  "0.0448156, 0.0497722, 0.0601369, 0.0839075, 0.1411774, 0.3041621, 0.7961738");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002134;
			capacitance : 0.002012;
			fall_capacitance : 0.001889;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkinv_1") {
		area : 3.753600;
		cell_footprint : "clkinv";
		cell_leakage_power : 1.541487e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0002771";
			when : "A";
		}
		leakage_power () {
			value : "3.1193283e-05";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.227976;
			max_transition : 1.504354;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001387149, 0.003848367, 0.01067652, 0.02961986, 0.08217435, 0.2279762");
					values("0.0074790, 0.0086905, 0.0117703, 0.0200552, 0.0429048, 0.1057054, 0.2800626", \
					  "0.0073166, 0.0084992, 0.0116377, 0.0201206, 0.0428883, 0.1065879, 0.2834249", \
					  "0.0072077, 0.0083471, 0.0114722, 0.0199527, 0.0430480, 0.1064652, 0.2812342", \
					  "0.0072189, 0.0083035, 0.0113282, 0.0196649, 0.0426703, 0.1059658, 0.2824561", \
					  "0.0071116, 0.0082525, 0.0112952, 0.0196109, 0.0424901, 0.1053420, 0.2799361", \
					  "0.0069817, 0.0081153, 0.0110515, 0.0195131, 0.0420610, 0.1057055, 0.2820587", \
					  "0.0072344, 0.0082575, 0.0112703, 0.0194710, 0.0423508, 0.1057869, 0.2819984");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001387149, 0.003848367, 0.01067652, 0.02961986, 0.08217435, 0.2279762");
					values("-0.0028054, -0.0037275, -0.0065349, -0.0147276, -0.0377346, -0.1016530, -0.2791064", \
					  "-0.0030799, -0.0039799, -0.0067269, -0.0148306, -0.0377788, -0.1016621, -0.2790769", \
					  "-0.0033368, -0.0042767, -0.0069964, -0.0150062, -0.0378595, -0.1017119, -0.2790976", \
					  "-0.0035037, -0.0044942, -0.0072811, -0.0152632, -0.0380018, -0.1017738, -0.2791270", \
					  "-0.0034355, -0.0044752, -0.0073591, -0.0155753, -0.0382650, -0.1019021, -0.2792160", \
					  "-0.0032914, -0.0044192, -0.0074034, -0.0155239, -0.0384891, -0.1021354, -0.2792945", \
					  "-0.0029031, -0.0042709, -0.0072475, -0.0156009, -0.0385444, -0.1023115, -0.2794505");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138715, 0.00384837, 0.0106765, 0.0296199, 0.0821744, 0.227976");
					values("0.0184738, 0.0227915, 0.0338828, 0.0635854, 0.1447256, 0.3698619, 0.9936504", \
					  "0.0246037, 0.0287232, 0.0399328, 0.0699813, 0.1521828, 0.3765055, 1.0072364", \
					  "0.0383615, 0.0436014, 0.0546827, 0.0842372, 0.1665324, 0.3923782, 1.0144457", \
					  "0.0603024, 0.0695245, 0.0869060, 0.1189920, 0.2006376, 0.4252453, 1.0538719", \
					  "0.0982588, 0.1125495, 0.1419317, 0.1935897, 0.2804121, 0.5050902, 1.1276508", \
					  "0.1588985, 0.1850492, 0.2351961, 0.3192469, 0.4544677, 0.6892571, 1.3108755", \
					  "0.2603041, 0.3039848, 0.3862653, 0.5367809, 0.7614231, 1.1130588, 1.7401599");
				}
				rise_transition ("del_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("0.0111507, 0.0166681, 0.0317320, 0.0736780, 0.1901054, 0.5120112, 1.4101040", \
					  "0.0112049, 0.0166258, 0.0317141, 0.0743540, 0.1902748, 0.5142489, 1.4190478", \
					  "0.0170055, 0.0202112, 0.0327238, 0.0747407, 0.1921600, 0.5133985, 1.4086938", \
					  "0.0302283, 0.0347757, 0.0455036, 0.0775646, 0.1922219, 0.5154332, 1.4250315", \
					  "0.0535493, 0.0622130, 0.0780647, 0.1089532, 0.1986612, 0.5146114, 1.4104515", \
					  "0.1023356, 0.1138257, 0.1382374, 0.1859452, 0.2666262, 0.5258402, 1.4188997", \
					  "0.1910879, 0.2115905, 0.2594674, 0.3244938, 0.4457942, 0.6729652, 1.4304358");
				}
				cell_fall ("del_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("0.0203341, 0.0252540, 0.0379414, 0.0715464, 0.1632225, 0.4166849, 1.1226828", \
					  "0.0247095, 0.0296238, 0.0424060, 0.0762137, 0.1683494, 0.4225120, 1.1275809", \
					  "0.0345767, 0.0407286, 0.0537624, 0.0881253, 0.1797230, 0.4337531, 1.1397814", \
					  "0.0488333, 0.0582565, 0.0779153, 0.1155163, 0.2093335, 0.4620014, 1.1665597", \
					  "0.0681129, 0.0831071, 0.1141159, 0.1714061, 0.2726312, 0.5266395, 1.2313972", \
					  "0.0895500, 0.1139822, 0.1648059, 0.2541408, 0.4077011, 0.6773452, 1.3818477", \
					  "0.0985816, 0.1406922, 0.2224428, 0.3664372, 0.6091068, 1.0016391, 1.7266204");
				}
				fall_transition ("del_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("0.0116221, 0.0172306, 0.0329469, 0.0768832, 0.1986077, 0.5432421, 1.4754473", \
					  "0.0117187, 0.0173416, 0.0330694, 0.0772570, 0.1988360, 0.5369812, 1.4737866", \
					  "0.0170830, 0.0211246, 0.0344692, 0.0772295, 0.2000277, 0.5371512, 1.4747235", \
					  "0.0285480, 0.0350752, 0.0484871, 0.0816684, 0.1992086, 0.5362868, 1.4817271", \
					  "0.0498234, 0.0594531, 0.0789596, 0.1163272, 0.2124282, 0.5378041, 1.4775328", \
					  "0.0896050, 0.1040367, 0.1339579, 0.1916926, 0.2912834, 0.5566470, 1.4851410", \
					  "0.1658265, 0.1878679, 0.2341171, 0.3188545, 0.4635557, 0.7221301, 1.5043541");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002679;
			capacitance : 0.002842;
			rise_capacitance : 0.003005;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkinv_16") {
		area : 30.028800;
		cell_footprint : "clkinv";
		cell_leakage_power : 4.985414e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0086237";
			when : "A";
		}
		leakage_power () {
			value : "0.0013471";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 2.039804;
			max_transition : 1.499959;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001998664, 0.007989314, 0.03193591, 0.1276583, 0.510292, 2.039804");
					values("0.0806671, 0.0831105, 0.0922772, 0.1245120, 0.2417411, 0.7017016, 2.5360781", \
					  "0.0792570, 0.0815113, 0.0901646, 0.1223254, 0.2415172, 0.7033621, 2.5467293", \
					  "0.0784962, 0.0805239, 0.0887118, 0.1197803, 0.2386988, 0.7004110, 2.5358463", \
					  "0.0778210, 0.0797962, 0.0874115, 0.1180159, 0.2362623, 0.7009993, 2.5436396", \
					  "0.0776643, 0.0795552, 0.0869168, 0.1170685, 0.2336181, 0.6989284, 2.5441955", \
					  "0.0785374, 0.0802787, 0.0874868, 0.1164927, 0.2330531, 0.6945020, 2.5329656", \
					  "0.0770477, 0.0788105, 0.0857749, 0.1137357, 0.2283830, 0.6924916, 2.5281120");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001998664, 0.007989314, 0.03193591, 0.1276583, 0.510292, 2.039804");
					values("-0.0274022, -0.0287440, -0.0344771, -0.0608773, -0.1756886, -0.6408071, -2.5021170", \
					  "-0.0305081, -0.0318837, -0.0375490, -0.0631555, -0.1764404, -0.6408611, -2.5015873", \
					  "-0.0335507, -0.0350083, -0.0412620, -0.0665831, -0.1781763, -0.6413619, -2.5017659", \
					  "-0.0354891, -0.0371176, -0.0436547, -0.0700936, -0.1811206, -0.6425192, -2.5019854", \
					  "-0.0347502, -0.0364739, -0.0432547, -0.0715480, -0.1851111, -0.6447118, -2.5027174", \
					  "-0.0345253, -0.0364342, -0.0436251, -0.0717603, -0.1855204, -0.6481364, -2.5041403", \
					  "-0.0327008, -0.0344717, -0.0423601, -0.0706724, -0.1869393, -0.6515570, -2.5067006");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00199866, 0.00798931, 0.0319359, 0.127658, 0.510292, 2.0398");
					values("0.0228290, 0.0239143, 0.0279211, 0.0418355, 0.0919382, 0.2879882, 1.0704259", \
					  "0.0286696, 0.0296864, 0.0335111, 0.0473809, 0.0983118, 0.2949033, 1.0800427", \
					  "0.0435688, 0.0447061, 0.0485651, 0.0619247, 0.1127049, 0.3089639, 1.0936075", \
					  "0.0701948, 0.0720743, 0.0784286, 0.0974924, 0.1478757, 0.3441706, 1.1382757", \
					  "0.1174928, 0.1207158, 0.1312587, 0.1625848, 0.2321424, 0.4289797, 1.2127005", \
					  "0.2026382, 0.2078806, 0.2259806, 0.2789459, 0.3941162, 0.6221543, 1.4031170", \
					  "0.3592725, 0.3681423, 0.4003758, 0.4891917, 0.6856487, 1.0467097, 1.8462462");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00199866, 0.00798931, 0.0319359, 0.127658, 0.510292, 2.0398");
					values("0.0120096, 0.0130294, 0.0173216, 0.0346429, 0.1039165, 0.3810325, 1.4875090", \
					  "0.0121608, 0.0131595, 0.0174069, 0.0347520, 0.1051951, 0.3825964, 1.4939004", \
					  "0.0156465, 0.0163427, 0.0195433, 0.0349498, 0.1040852, 0.3811616, 1.4854477", \
					  "0.0272342, 0.0282569, 0.0321355, 0.0441791, 0.1043092, 0.3824531, 1.4978396", \
					  "0.0492267, 0.0508197, 0.0564300, 0.0739153, 0.1221550, 0.3843933, 1.4916012", \
					  "0.0931658, 0.0952378, 0.1038549, 0.1299097, 0.1932826, 0.4010411, 1.4888742", \
					  "0.1778762, 0.1828607, 0.1981615, 0.2387136, 0.3350057, 0.5531807, 1.4999590");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00199866, 0.00798931, 0.0319359, 0.127658, 0.510292, 2.0398");
					values("0.0212944, 0.0221163, 0.0251916, 0.0359422, 0.0753464, 0.2296490, 0.8459953", \
					  "0.0249160, 0.0257405, 0.0288487, 0.0397564, 0.0793077, 0.2334550, 0.8473243", \
					  "0.0325203, 0.0336678, 0.0375684, 0.0498623, 0.0898663, 0.2442556, 0.8593314", \
					  "0.0413996, 0.0431623, 0.0495018, 0.0686633, 0.1153360, 0.2701497, 0.8862169", \
					  "0.0491995, 0.0520451, 0.0621626, 0.0923463, 0.1648248, 0.3310394, 0.9471226", \
					  "0.0441318, 0.0489336, 0.0656663, 0.1151882, 0.2285563, 0.4678841, 1.0857886", \
					  "-0.0065317, 0.0014085, 0.0303100, 0.1109163, 0.3012884, 0.6736414, 1.4119553");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00199866, 0.00798931, 0.0319359, 0.127658, 0.510292, 2.0398");
					values("0.0093305, 0.0101305, 0.0133339, 0.0264429, 0.0801017, 0.2909331, 1.1366508", \
					  "0.0095570, 0.0103259, 0.0134803, 0.0265898, 0.0796234, 0.2904901, 1.1363183", \
					  "0.0145895, 0.0153787, 0.0183723, 0.0285690, 0.0793840, 0.2902689, 1.1340260", \
					  "0.0244261, 0.0255876, 0.0298353, 0.0428385, 0.0849111, 0.2930489, 1.1395349", \
					  "0.0428273, 0.0445816, 0.0508716, 0.0703453, 0.1191304, 0.2965328, 1.1348349", \
					  "0.0783169, 0.0816509, 0.0912508, 0.1217896, 0.1924311, 0.3580284, 1.1364140", \
					  "0.1462780, 0.1515361, 0.1689377, 0.2174508, 0.3193626, 0.5511851, 1.2075883");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.032302;
			capacitance : 0.034699;
			rise_capacitance : 0.037096;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkinv_2") {
		area : 5.004800;
		cell_footprint : "clkinv";
		cell_leakage_power : 5.829132e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010861";
			when : "A";
		}
		leakage_power () {
			value : "7.9775182e-05";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.380869;
			max_transition : 1.500346;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001511023, 0.004566379, 0.0137998, 0.04170364, 0.1260303, 0.3808692");
					values("0.0113512, 0.0127711, 0.0167500, 0.0280092, 0.0619356, 0.1625106, 0.4674483", \
					  "0.0110980, 0.0124822, 0.0164321, 0.0278871, 0.0617420, 0.1641290, 0.4713667", \
					  "0.0109536, 0.0122539, 0.0161371, 0.0275720, 0.0613197, 0.1636217, 0.4674755", \
					  "0.0108287, 0.0121202, 0.0159263, 0.0272686, 0.0609549, 0.1626971, 0.4712676", \
					  "0.0108007, 0.0120565, 0.0158017, 0.0269365, 0.0609572, 0.1619159, 0.4672054", \
					  "0.0104506, 0.0115554, 0.0152657, 0.0268660, 0.0607294, 0.1615632, 0.4690285", \
					  "0.0109683, 0.0121097, 0.0157481, 0.0267977, 0.0608216, 0.1622162, 0.4680799");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001511023, 0.004566379, 0.0137998, 0.04170364, 0.1260303, 0.3808692");
					values("-0.0035365, -0.0045412, -0.0079432, -0.0189039, -0.0527808, -0.1553520, -0.4654677", \
					  "-0.0039856, -0.0049903, -0.0083079, -0.0191303, -0.0528539, -0.1553793, -0.4654452", \
					  "-0.0044195, -0.0054767, -0.0087855, -0.0194655, -0.0530067, -0.1554539, -0.4654840", \
					  "-0.0046933, -0.0058165, -0.0092442, -0.0199483, -0.0533193, -0.1555792, -0.4655191", \
					  "-0.0045035, -0.0057567, -0.0093295, -0.0203961, -0.0537535, -0.1558082, -0.4656667", \
					  "-0.0045635, -0.0054278, -0.0093244, -0.0204119, -0.0541366, -0.1561724, -0.4658259", \
					  "-0.0038423, -0.0054340, -0.0091982, -0.0204546, -0.0542585, -0.1565705, -0.4660846");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151102, 0.00456638, 0.0137998, 0.0417036, 0.12603, 0.380869");
					values("0.0181198, 0.0213373, 0.0303547, 0.0561076, 0.1326333, 0.3626240, 1.0561119", \
					  "0.0244291, 0.0275137, 0.0365769, 0.0624116, 0.1388235, 0.3681841, 1.0674646", \
					  "0.0383844, 0.0423601, 0.0514361, 0.0770585, 0.1525017, 0.3857523, 1.0786895", \
					  "0.0622441, 0.0688282, 0.0838472, 0.1127501, 0.1878850, 0.4188674, 1.1160795", \
					  "0.1028668, 0.1140597, 0.1393048, 0.1853355, 0.2703794, 0.4995473, 1.1929940", \
					  "0.1710492, 0.1921208, 0.2355126, 0.3158812, 0.4505205, 0.6846460, 1.3761025", \
					  "0.2926375, 0.3270589, 0.3997870, 0.5385024, 0.7633063, 1.1228061, 1.8149483");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00151102, 0.00456638, 0.0137998, 0.0417036, 0.12603, 0.380869");
					values("0.0105842, 0.0144157, 0.0266721, 0.0620238, 0.1700858, 0.4958929, 1.4800988", \
					  "0.0106171, 0.0144766, 0.0263003, 0.0630290, 0.1703123, 0.4974324, 1.4991997", \
					  "0.0162076, 0.0185393, 0.0277526, 0.0622941, 0.1708061, 0.5040662, 1.4804690", \
					  "0.0278773, 0.0318400, 0.0407937, 0.0667557, 0.1702458, 0.5010825, 1.5003458", \
					  "0.0507678, 0.0566342, 0.0699620, 0.0990404, 0.1796717, 0.4981711, 1.4821866", \
					  "0.0992526, 0.1045907, 0.1258752, 0.1669320, 0.2460833, 0.5104101, 1.4855519", \
					  "0.1813116, 0.1967957, 0.2345389, 0.2973469, 0.4159663, 0.6445898, 1.4984155");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00151102, 0.00456638, 0.0137998, 0.0417036, 0.12603, 0.380869");
					values("0.0165465, 0.0194157, 0.0272383, 0.0496005, 0.1156950, 0.3139930, 0.9134967", \
					  "0.0210280, 0.0238088, 0.0317667, 0.0542823, 0.1208911, 0.3192196, 0.9188593", \
					  "0.0292116, 0.0333501, 0.0429926, 0.0658934, 0.1330464, 0.3311567, 0.9313618", \
					  "0.0403789, 0.0467684, 0.0618375, 0.0922387, 0.1596972, 0.3579647, 0.9566018", \
					  "0.0534843, 0.0640612, 0.0877884, 0.1351522, 0.2225059, 0.4216703, 1.0217330", \
					  "0.0632185, 0.0795561, 0.1194893, 0.1963529, 0.3324833, 0.5709989, 1.1695945", \
					  "0.0469631, 0.0766592, 0.1428251, 0.2690568, 0.4863772, 0.8521871, 1.5116424");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00151102, 0.00456638, 0.0137998, 0.0417036, 0.12603, 0.380869");
					values("0.0086392, 0.0118322, 0.0214591, 0.0506450, 0.1388006, 0.4071067, 1.2162545", \
					  "0.0091730, 0.0120032, 0.0215705, 0.0511456, 0.1391886, 0.4051070, 1.2145996", \
					  "0.0148174, 0.0176328, 0.0246816, 0.0511695, 0.1388261, 0.4070367, 1.2083399", \
					  "0.0249820, 0.0291534, 0.0393962, 0.0609996, 0.1399194, 0.4058671, 1.2132673", \
					  "0.0444210, 0.0507556, 0.0656971, 0.0970220, 0.1617572, 0.4086777, 1.2130530", \
					  "0.0808680, 0.0921081, 0.1140181, 0.1602703, 0.2503339, 0.4459491, 1.2192209", \
					  "0.1527164, 0.1693206, 0.2046784, 0.2744783, 0.4029276, 0.6365027, 1.2779700");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004436;
			capacitance : 0.004742;
			rise_capacitance : 0.005048;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkinv_4") {
		area : 8.758400;
		cell_footprint : "clkinv";
		cell_leakage_power : 1.204094e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021604";
			when : "A";
		}
		leakage_power () {
			value : "0.0002478";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.684824;
			max_transition : 1.498636;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001666242, 0.005552727, 0.01850438, 0.06166557, 0.2054996, 0.6848242");
					values("0.0223310, 0.0240817, 0.0294430, 0.0455905, 0.0974899, 0.2705645, 0.8437492", \
					  "0.0218671, 0.0235292, 0.0287828, 0.0452114, 0.0971372, 0.2696591, 0.8527266", \
					  "0.0215925, 0.0231129, 0.0281744, 0.0443642, 0.0971005, 0.2716537, 0.8481422", \
					  "0.0217233, 0.0231711, 0.0278944, 0.0438298, 0.0966005, 0.2700309, 0.8439387", \
					  "0.0216906, 0.0231389, 0.0278353, 0.0437741, 0.0957468, 0.2686169, 0.8447334", \
					  "0.0205653, 0.0219906, 0.0267680, 0.0430137, 0.0957972, 0.2691357, 0.8453022", \
					  "0.0213902, 0.0226970, 0.0273481, 0.0430467, 0.0951586, 0.2692614, 0.8457201");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001666242, 0.005552727, 0.01850438, 0.06166557, 0.2054996, 0.6848242");
					values("-0.0072646, -0.0083686, -0.0124869, -0.0277101, -0.0799777, -0.2549332, -0.8380514", \
					  "-0.0081522, -0.0092746, -0.0132562, -0.0281448, -0.0801319, -0.2549713, -0.8380978", \
					  "-0.0089625, -0.0101458, -0.0142341, -0.0289007, -0.0804818, -0.2550756, -0.8381564", \
					  "-0.0095078, -0.0107903, -0.0150822, -0.0298690, -0.0811454, -0.2553042, -0.8383735", \
					  "-0.0091467, -0.0104502, -0.0151088, -0.0303989, -0.0820350, -0.2557749, -0.8384611", \
					  "-0.0092523, -0.0106164, -0.0151944, -0.0305285, -0.0827822, -0.2565581, -0.8388166", \
					  "-0.0080953, -0.0093701, -0.0148457, -0.0306030, -0.0829361, -0.2571046, -0.8392910");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00166624, 0.00555273, 0.0185044, 0.0616656, 0.2055, 0.684824");
					values("0.0184843, 0.0206826, 0.0275238, 0.0479517, 0.1136034, 0.3327000, 1.0556612", \
					  "0.0249653, 0.0270400, 0.0335871, 0.0542802, 0.1199191, 0.3377871, 1.0677941", \
					  "0.0397287, 0.0421718, 0.0490629, 0.0689575, 0.1352146, 0.3538214, 1.0766199", \
					  "0.0644373, 0.0688197, 0.0800219, 0.1050888, 0.1700314, 0.3887132, 1.1147547", \
					  "0.1092905, 0.1164596, 0.1361165, 0.1781206, 0.2553132, 0.4727581, 1.1978114", \
					  "0.1878200, 0.2002755, 0.2329635, 0.3034178, 0.4308696, 0.6656160, 1.3914323", \
					  "0.3305137, 0.3520957, 0.4114085, 0.5305055, 0.7462395, 1.1085611, 1.8355699");
				}
				rise_transition ("del_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("0.0102690, 0.0127442, 0.0213549, 0.0492221, 0.1423356, 0.4512863, 1.4799619", \
					  "0.0103199, 0.0128181, 0.0213190, 0.0498916, 0.1414910, 0.4510455, 1.4901249", \
					  "0.0152555, 0.0166872, 0.0229063, 0.0494938, 0.1419188, 0.4588468, 1.4852829", \
					  "0.0272614, 0.0298149, 0.0369992, 0.0558098, 0.1431713, 0.4570067, 1.4811028", \
					  "0.0490827, 0.0531989, 0.0632279, 0.0877781, 0.1536875, 0.4514452, 1.4922185", \
					  "0.0949101, 0.0997934, 0.1173474, 0.1523263, 0.2246526, 0.4652501, 1.4983375", \
					  "0.1797163, 0.1904896, 0.2167999, 0.2735091, 0.3820273, 0.6034562, 1.4986364");
				}
				cell_fall ("del_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("0.0159486, 0.0176752, 0.0229899, 0.0391599, 0.0907356, 0.2628480, 0.8358810", \
					  "0.0203362, 0.0220105, 0.0273087, 0.0435619, 0.0955788, 0.2670517, 0.8399357", \
					  "0.0276052, 0.0302679, 0.0375778, 0.0545882, 0.1069145, 0.2786041, 0.8556093", \
					  "0.0369020, 0.0410541, 0.0522915, 0.0784279, 0.1332342, 0.3051807, 0.8769211", \
					  "0.0461277, 0.0527675, 0.0709551, 0.1116030, 0.1926708, 0.3672156, 0.9377557", \
					  "0.0471528, 0.0583481, 0.0884396, 0.1532923, 0.2808171, 0.5121983, 1.0824504", \
					  "0.0115911, 0.0307037, 0.0825004, 0.1914058, 0.3948577, 0.7565184, 1.4165151");
				}
				fall_transition ("del_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("0.0076958, 0.0095739, 0.0159284, 0.0367445, 0.1063766, 0.3365510, 1.1053839", \
					  "0.0084670, 0.0100357, 0.0159210, 0.0366941, 0.1057980, 0.3382751, 1.1055016", \
					  "0.0140066, 0.0158120, 0.0206402, 0.0378675, 0.1065781, 0.3389912, 1.1107616", \
					  "0.0237226, 0.0264003, 0.0339613, 0.0516693, 0.1089601, 0.3377896, 1.1053931", \
					  "0.0428154, 0.0464551, 0.0574185, 0.0835704, 0.1377835, 0.3423067, 1.1072647", \
					  "0.0775879, 0.0843318, 0.1016358, 0.1408124, 0.2198154, 0.3914033, 1.1106878", \
					  "0.1475931, 0.1599395, 0.1873452, 0.2453611, 0.3621491, 0.5947167, 1.1848708");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008724;
			capacitance : 0.009346;
			rise_capacitance : 0.009968;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkinv_8") {
		area : 16.265600;
		cell_footprint : "clkinv";
		cell_leakage_power : 2.444503e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0043157";
			when : "A";
		}
		leakage_power () {
			value : "0.0005733";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 1.208506;
			max_transition : 1.499085;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001831681, 0.006710109, 0.02458156, 0.09005112, 0.3298898, 1.208506");
					values("0.0431194, 0.0452138, 0.0522457, 0.0751161, 0.1550488, 0.4418723, 1.4955138", \
					  "0.0423121, 0.0442313, 0.0509526, 0.0741151, 0.1544906, 0.4416926, 1.4939828", \
					  "0.0418029, 0.0435850, 0.0499894, 0.0727810, 0.1534718, 0.4446503, 1.4955810", \
					  "0.0417971, 0.0435114, 0.0497679, 0.0717311, 0.1520302, 0.4411477, 1.4930142", \
					  "0.0414522, 0.0430572, 0.0490779, 0.0712034, 0.1505660, 0.4411286, 1.4940070", \
					  "0.0394718, 0.0410704, 0.0469698, 0.0695614, 0.1500109, 0.4394461, 1.4971200", \
					  "0.0410782, 0.0426129, 0.0482502, 0.0696852, 0.1477822, 0.4364849, 1.4962812");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001831681, 0.006710109, 0.02458156, 0.09005112, 0.3298898, 1.208506");
					values("-0.0142329, -0.0154220, -0.0203753, -0.0408682, -0.1200199, -0.4116264, -1.4807287", \
					  "-0.0159793, -0.0172031, -0.0220128, -0.0418852, -0.1203527, -0.4117771, -1.4807670", \
					  "-0.0176356, -0.0188949, -0.0239038, -0.0435166, -0.1210996, -0.4120610, -1.4808445", \
					  "-0.0186832, -0.0201390, -0.0254530, -0.0453359, -0.1225071, -0.4125496, -1.4807741", \
					  "-0.0182369, -0.0197661, -0.0253820, -0.0460981, -0.1242236, -0.4134676, -1.4812542", \
					  "-0.0172200, -0.0193189, -0.0255994, -0.0467085, -0.1252667, -0.4151007, -1.4821325", \
					  "-0.0163995, -0.0178533, -0.0247308, -0.0465301, -0.1258035, -0.4166413, -1.4829903");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00183168, 0.00671011, 0.0245816, 0.0900511, 0.32989, 1.20851");
					values("0.0193121, 0.0208215, 0.0259186, 0.0423012, 0.0994504, 0.3048853, 1.0622579", \
					  "0.0256996, 0.0270909, 0.0319301, 0.0484735, 0.1058556, 0.3112249, 1.0666801", \
					  "0.0406321, 0.0423151, 0.0474009, 0.0633661, 0.1210566, 0.3275913, 1.0783762", \
					  "0.0661710, 0.0689976, 0.0775479, 0.0992344, 0.1566210, 0.3630566, 1.1169672", \
					  "0.1121740, 0.1170135, 0.1316073, 0.1677120, 0.2412201, 0.4462762, 1.1983544", \
					  "0.1941223, 0.2024356, 0.2276112, 0.2886816, 0.4099139, 0.6410488, 1.3929523", \
					  "0.3430795, 0.3572173, 0.4002039, 0.5061218, 0.7118894, 1.0720146, 1.8401067");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00183168, 0.00671011, 0.0245816, 0.0900511, 0.32989, 1.20851");
					values("0.0105362, 0.0121416, 0.0180884, 0.0399954, 0.1218613, 0.4136440, 1.4907973", \
					  "0.0106120, 0.0122153, 0.0181495, 0.0400458, 0.1219878, 0.4136333, 1.4840811", \
					  "0.0152320, 0.0161531, 0.0203346, 0.0402257, 0.1203056, 0.4191610, 1.4888900", \
					  "0.0269320, 0.0286133, 0.0338543, 0.0488620, 0.1208909, 0.4142530, 1.4854958", \
					  "0.0490152, 0.0508478, 0.0587530, 0.0796946, 0.1350313, 0.4166847, 1.4898293", \
					  "0.0924863, 0.0966107, 0.1082972, 0.1382131, 0.2067791, 0.4313799, 1.4912964", \
					  "0.1775089, 0.1843699, 0.2045531, 0.2538265, 0.3548636, 0.5684476, 1.4990853");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00183168, 0.00671011, 0.0245816, 0.0900511, 0.32989, 1.20851");
					values("0.0166494, 0.0177744, 0.0215369, 0.0340189, 0.0773523, 0.2334194, 0.8049350", \
					  "0.0208743, 0.0219598, 0.0257874, 0.0385969, 0.0821259, 0.2382538, 0.8101909", \
					  "0.0278013, 0.0296917, 0.0351783, 0.0494116, 0.0931297, 0.2494222, 0.8214119", \
					  "0.0367019, 0.0393762, 0.0478116, 0.0698874, 0.1195193, 0.2758316, 0.8504065", \
					  "0.0447719, 0.0490473, 0.0623821, 0.0972224, 0.1730669, 0.3371057, 0.9085200", \
					  "0.0414403, 0.0493748, 0.0715881, 0.1284664, 0.2456158, 0.4793062, 1.0522846", \
					  "-0.0017702, 0.0108628, 0.0489980, 0.1437473, 0.3366430, 0.6982105, 1.3827870");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00183168, 0.00671011, 0.0245816, 0.0900511, 0.32989, 1.20851");
					values("0.0078006, 0.0089663, 0.0132442, 0.0292348, 0.0881344, 0.3020268, 1.0853346", \
					  "0.0084308, 0.0094210, 0.0133282, 0.0292573, 0.0880019, 0.3019369, 1.0863582", \
					  "0.0140069, 0.0150692, 0.0187179, 0.0311789, 0.0885975, 0.3015557, 1.0858775", \
					  "0.0234299, 0.0250939, 0.0306772, 0.0460366, 0.0921043, 0.3022396, 1.0929285", \
					  "0.0414548, 0.0441603, 0.0524436, 0.0745629, 0.1271674, 0.3057805, 1.0873998", \
					  "0.0775391, 0.0812037, 0.0952088, 0.1273182, 0.2000640, 0.3674278, 1.0947162", \
					  "0.1460319, 0.1530873, 0.1732821, 0.2250456, 0.3335042, 0.5616524, 1.1675639");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.017219;
			capacitance : 0.018484;
			rise_capacitance : 0.019749;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkinvlp_2") {
		area : 5.004800;
		cell_footprint : "inv";
		cell_leakage_power : 2.321072e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004586";
			when : "A";
		}
		leakage_power () {
			value : "5.6469573e-06";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.182200;
			max_transition : 1.496786;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0102534, 0.0114442, 0.0143228, 0.0216345, 0.0409043, 0.0919399, 0.2302837", \
					  "0.0099662, 0.0111523, 0.0141124, 0.0214849, 0.0407034, 0.0917987, 0.2284294", \
					  "0.0097281, 0.0108686, 0.0138173, 0.0212599, 0.0407012, 0.0923716, 0.2286645", \
					  "0.0095414, 0.0106705, 0.0135703, 0.0209935, 0.0406920, 0.0923807, 0.2283644", \
					  "0.0094993, 0.0105633, 0.0134153, 0.0206733, 0.0399478, 0.0914989, 0.2297103", \
					  "0.0094417, 0.0105404, 0.0132520, 0.0205369, 0.0399033, 0.0914193, 0.2278773", \
					  "0.0088817, 0.0100142, 0.0126476, 0.0198321, 0.0396629, 0.0909006, 0.2289067");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("-0.0038340, -0.0046889, -0.0072183, -0.0143681, -0.0337377, -0.0856292, -0.2243614", \
					  "-0.0042166, -0.0050162, -0.0074433, -0.0144767, -0.0337807, -0.0856471, -0.2243714", \
					  "-0.0046021, -0.0054205, -0.0078024, -0.0146893, -0.0338748, -0.0856754, -0.2244454", \
					  "-0.0049029, -0.0057635, -0.0082142, -0.0150492, -0.0340692, -0.0857577, -0.2244491", \
					  "-0.0051183, -0.0060563, -0.0085788, -0.0154751, -0.0344367, -0.0859717, -0.2245366", \
					  "-0.0050407, -0.0060043, -0.0085808, -0.0158160, -0.0348408, -0.0862687, -0.2246035", \
					  "-0.0051480, -0.0061201, -0.0087465, -0.0158597, -0.0351963, -0.0866747, -0.2249354");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0301109, 0.0360622, 0.0505903, 0.0874098, 0.1838513, 0.4397625, 1.1222240", \
					  "0.0363926, 0.0423141, 0.0571850, 0.0938876, 0.1903336, 0.4481707, 1.1303558", \
					  "0.0526997, 0.0585999, 0.0730742, 0.1104138, 0.2075425, 0.4630658, 1.1502198", \
					  "0.0887084, 0.0968502, 0.1117760, 0.1491136, 0.2463992, 0.5033587, 1.1886515", \
					  "0.1559194, 0.1686138, 0.1947336, 0.2396920, 0.3366428, 0.5932810, 1.2776928", \
					  "0.2815879, 0.3019187, 0.3489172, 0.4251721, 0.5467367, 0.8027597, 1.4891867", \
					  "0.5187503, 0.5592196, 0.6397951, 0.7723922, 0.9780877, 1.2882365, 1.9718647");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0172536, 0.0239225, 0.0419692, 0.0910667, 0.2206955, 0.5641846, 1.4936526", \
					  "0.0171692, 0.0237779, 0.0419663, 0.0900277, 0.2183560, 0.5638529, 1.4803906", \
					  "0.0171910, 0.0237779, 0.0420573, 0.0900280, 0.2188280, 0.5627515, 1.4893593", \
					  "0.0269316, 0.0306422, 0.0446904, 0.0898421, 0.2219669, 0.5614840, 1.4807544", \
					  "0.0458286, 0.0535166, 0.0700585, 0.1019458, 0.2206662, 0.5611600, 1.4787334", \
					  "0.0836454, 0.0974991, 0.1188395, 0.1605732, 0.2491093, 0.5619746, 1.4862344", \
					  "0.1598899, 0.1787965, 0.2112096, 0.2759762, 0.3872896, 0.6259815, 1.4967859");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0315019, 0.0370251, 0.0506417, 0.0859074, 0.1775665, 0.4191049, 1.0683470", \
					  "0.0358843, 0.0416162, 0.0556567, 0.0912196, 0.1824895, 0.4269908, 1.0880636", \
					  "0.0481840, 0.0538495, 0.0681201, 0.1037785, 0.1967562, 0.4403730, 1.0929052", \
					  "0.0723624, 0.0809109, 0.0983740, 0.1345965, 0.2273948, 0.4714955, 1.1197296", \
					  "0.1099824, 0.1236552, 0.1519217, 0.2038472, 0.3000110, 0.5449638, 1.1952448", \
					  "0.1658249, 0.1890133, 0.2362831, 0.3209761, 0.4622960, 0.7149722, 1.3665675", \
					  "0.2387715, 0.2800735, 0.3615488, 0.5046699, 0.7372485, 1.0973371, 1.7612278");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0161209, 0.0222473, 0.0391316, 0.0843295, 0.2066795, 0.5270169, 1.3920257", \
					  "0.0159904, 0.0224559, 0.0391824, 0.0846269, 0.2055561, 0.5272742, 1.3962275", \
					  "0.0168977, 0.0226032, 0.0395188, 0.0847427, 0.2067183, 0.5311215, 1.4002025", \
					  "0.0269849, 0.0334177, 0.0455319, 0.0862010, 0.2064514, 0.5305318, 1.3900022", \
					  "0.0456211, 0.0548351, 0.0734896, 0.1083382, 0.2107466, 0.5370874, 1.3958037", \
					  "0.0801745, 0.0943620, 0.1232939, 0.1758879, 0.2672441, 0.5388129, 1.4117700", \
					  "0.1471977, 0.1704781, 0.2158094, 0.2958183, 0.4331064, 0.6648916, 1.4056023");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003823;
			capacitance : 0.004166;
			rise_capacitance : 0.004509;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_clkinvlp_4") {
		area : 7.507200;
		cell_footprint : "inv";
		cell_leakage_power : 4.612929e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0009134";
			when : "A";
		}
		leakage_power () {
			value : "9.1586403e-06";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.336924;
			max_transition : 1.492141;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001480461, 0.00438353, 0.01297929, 0.03843067, 0.1137902, 0.336924");
					values("0.0185752, 0.0201102, 0.0240364, 0.0347401, 0.0655649, 0.1557834, 0.4231843", \
					  "0.0180359, 0.0195151, 0.0235250, 0.0344421, 0.0652925, 0.1555754, 0.4252351", \
					  "0.0176074, 0.0190001, 0.0229282, 0.0339168, 0.0651225, 0.1564422, 0.4229476", \
					  "0.0173522, 0.0186772, 0.0224781, 0.0333002, 0.0648766, 0.1559270, 0.4259537", \
					  "0.0172381, 0.0184948, 0.0222289, 0.0329059, 0.0635731, 0.1549768, 0.4224733", \
					  "0.0171393, 0.0183662, 0.0220160, 0.0326524, 0.0630103, 0.1548934, 0.4239708", \
					  "0.0160646, 0.0172718, 0.0208285, 0.0312858, 0.0631525, 0.1542742, 0.4196611");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001480461, 0.00438353, 0.01297929, 0.03843067, 0.1137902, 0.336924");
					values("-0.0066229, -0.0075451, -0.0106493, -0.0207547, -0.0515555, -0.1432040, -0.4146634", \
					  "-0.0073549, -0.0082243, -0.0111805, -0.0210361, -0.0516725, -0.1432333, -0.4147223", \
					  "-0.0080658, -0.0089924, -0.0119313, -0.0215710, -0.0519231, -0.1433224, -0.4147222", \
					  "-0.0086529, -0.0096462, -0.0127128, -0.0223080, -0.0523503, -0.1435034, -0.4147935", \
					  "-0.0090487, -0.0101006, -0.0133022, -0.0231224, -0.0530697, -0.1438209, -0.4149255", \
					  "-0.0088591, -0.0099880, -0.0132930, -0.0233173, -0.0539204, -0.1445499, -0.4152717", \
					  "-0.0090606, -0.0101991, -0.0135544, -0.0236973, -0.0541798, -0.1453673, -0.4158220");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00148046, 0.00438353, 0.0129793, 0.0384307, 0.11379, 0.336924");
					values("0.0310126, 0.0351741, 0.0461109, 0.0752551, 0.1594998, 0.4050191, 1.1349551", \
					  "0.0370992, 0.0411849, 0.0521125, 0.0816461, 0.1667102, 0.4115620, 1.1398091", \
					  "0.0535564, 0.0573072, 0.0681716, 0.0978447, 0.1826978, 0.4282232, 1.1567924", \
					  "0.0900692, 0.0953840, 0.1073006, 0.1366220, 0.2218929, 0.4699272, 1.2006749", \
					  "0.1583753, 0.1671525, 0.1880932, 0.2281232, 0.3116425, 0.5606045, 1.2883834", \
					  "0.2867377, 0.3024307, 0.3385931, 0.4076830, 0.5240061, 0.7715927, 1.4998386", \
					  "0.5319680, 0.5609346, 0.6255087, 0.7475722, 0.9476423, 1.2660979, 1.9931470");
				}
				rise_transition ("del_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("0.0161248, 0.0202485, 0.0329158, 0.0703113, 0.1818045, 0.5124436, 1.4870656", \
					  "0.0160231, 0.0200824, 0.0327072, 0.0702007, 0.1812365, 0.5093760, 1.4841891", \
					  "0.0160261, 0.0201680, 0.0326671, 0.0705844, 0.1813004, 0.5095239, 1.4841728", \
					  "0.0251268, 0.0276055, 0.0365016, 0.0705045, 0.1839212, 0.5102270, 1.4921406", \
					  "0.0430262, 0.0479394, 0.0594899, 0.0853232, 0.1828496, 0.5114898, 1.4828149", \
					  "0.0793360, 0.0869417, 0.1058302, 0.1441629, 0.2186052, 0.5100505, 1.4796239", \
					  "0.1524937, 0.1643916, 0.1922624, 0.2482535, 0.3536574, 0.5758770, 1.4868961");
				}
				cell_fall ("del_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("0.0301477, 0.0334854, 0.0424937, 0.0671582, 0.1375351, 0.3466758, 0.9614040", \
					  "0.0344255, 0.0378481, 0.0471800, 0.0720981, 0.1439221, 0.3530211, 0.9727257", \
					  "0.0465111, 0.0499020, 0.0592428, 0.0848831, 0.1568062, 0.3647923, 0.9803515", \
					  "0.0685725, 0.0740521, 0.0871848, 0.1152577, 0.1875472, 0.3960434, 1.0149557", \
					  "0.1024654, 0.1113443, 0.1327014, 0.1771825, 0.2596726, 0.4690577, 1.0851179", \
					  "0.1509167, 0.1661796, 0.2021448, 0.2749469, 0.4061889, 0.6381286, 1.2550487", \
					  "0.2095669, 0.2367520, 0.2995575, 0.4251071, 0.6395415, 0.9968071, 1.6448296");
				}
				fall_transition ("del_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("0.0132989, 0.0169081, 0.0275913, 0.0593972, 0.1535890, 0.4306935, 1.2502238", \
					  "0.0133019, 0.0170474, 0.0279649, 0.0594409, 0.1533026, 0.4341587, 1.2645767", \
					  "0.0146739, 0.0177624, 0.0278050, 0.0594400, 0.1533875, 0.4299482, 1.2512879", \
					  "0.0241146, 0.0279360, 0.0372459, 0.0624459, 0.1533399, 0.4298319, 1.2583531", \
					  "0.0408216, 0.0468392, 0.0607687, 0.0911631, 0.1636221, 0.4295738, 1.2535517", \
					  "0.0721303, 0.0814667, 0.1037162, 0.1493747, 0.2328467, 0.4511410, 1.2546625", \
					  "0.1336432, 0.1493917, 0.1842352, 0.2551398, 0.3776398, 0.6062465, 1.2809253");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007301;
			capacitance : 0.008003;
			rise_capacitance : 0.008705;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_conb_1") {
		area : 3.753600;
		cell_footprint : "conb";
		cell_leakage_power : 2.433600e-03;
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		pin (HI) {
    power_down_function : "!vpwr";
			max_transition : 1.000000;
			max_capacitance : 2.059600;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "1";
		}
		pin (LO) {
    power_down_function : "vgnd";
			max_transition : 1.000000;
			max_capacitance : 2.221300;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "0";
		}
	}
	cell ("scs8hd_decap_12") {
		area : 15.014400;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_decap_3") {
		area : 3.753600;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_decap_4") {
		area : 5.004800;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_decap_6") {
		area : 7.507200;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_decap_8") {
		area : 10.009600;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_dfbbn_1") {
		area : 32.531200;
		cell_footprint : "dfbbn";
		cell_leakage_power : 6.492965e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "!CLKN";
			next_state : "D";
			clear : "!RESETB";
			preset : "!SETB";
			clear_preset_var1 : "H";
			clear_preset_var2 : "L";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018240";
			when : "SETB&RESETB&!CLKN&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017668";
			when : "SETB&RESETB&CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0502762";
			when : "!SETB&RESETB&!CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0013737";
			when : "SETB&!RESETB&!CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0021489";
			when : "SETB&RESETB&!CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020313";
			when : "SETB&RESETB&CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0018383";
			when : "!SETB&RESETB&!CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0014022";
			when : "SETB&!RESETB&!CLKN&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0024184";
			when : "!SETB&RESETB&CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0021369";
			when : "!SETB&!RESETB&!CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0467130";
			when : "!SETB&RESETB&CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0021016";
			when : "SETB&RESETB&CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0021516";
			when : "!SETB&!RESETB&CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020405";
			when : "SETB&RESETB&!CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020285";
			when : "!SETB&!RESETB&!CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0015184";
			when : "!SETB&!RESETB&CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0013449";
			when : "SETB&!RESETB&CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017955";
			when : "SETB&RESETB&!CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0011830";
			when : "SETB&!RESETB&CLKN&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017656";
			when : "SETB&RESETB&CLKN&D&!Q&QN";
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003646;
			capacitance : 0.003498;
			fall_capacitance : 0.003349;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0626973, 0.0404440, 0.1604798", \
					  "-0.2805846, -0.1774434, -0.0952493", \
					  "-0.5654154, -0.4586120, -0.3983906");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0715801, -0.0278991, -0.0868997", \
					  "0.2882467, 0.1887676, 0.1309876", \
					  "0.5718568, 0.4662741, 0.4145977");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1008770, 0.2455221, 0.3850892", \
					  "0.1014954, 0.2180645, 0.3332174", \
					  "0.1926413, 0.2738099, 0.3706523");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2236117, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036288, 0.0036348, 0.0036486, 0.0036578, 0.0036789, 0.0037277, 0.0038402");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0035331, -0.0035797, -0.0036872, -0.0036893, -0.0036941, -0.0037054, -0.0037312");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin RESETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "RESETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1164082, -0.2647155, -0.4238138", \
					  "-0.0877298, -0.2165059, -0.3524108", \
					  "-0.1092956, -0.2392923, -0.3617695");
				}
			}
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001486;
			capacitance : 0.001560;
			rise_capacitance : 0.001635;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0911113, 0.2259909, 0.3435853", \
					  "-0.1609557, -0.0260762, 0.0939596", \
					  "-0.4994974, -0.3646178, -0.2458027");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0728008, -0.0584167, -0.1674661", \
					  "0.3028952, 0.1716777, 0.0614076", \
					  "0.6304505, 0.4992331, 0.3901836");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1983459, 0.8333333, 2.5000000");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1164082, -0.0877298, -0.1092956", \
					  "-0.2647155, -0.2165059, -0.2392923", \
					  "-0.4238138, -0.3524108, -0.3617695");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0093524, 0.0092896, 0.0091449, 0.0091490, 0.0091587, 0.0091811, 0.0092328");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055447, 0.0055130, 0.0054400, 0.0054219, 0.0053799, 0.0052833, 0.0050607");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin SETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "SETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1008770, 0.1014954, 0.1926413", \
					  "0.2455221, 0.2180645, 0.2738099", \
					  "0.3850892, 0.3332174, 0.3706523");
				}
			}
		}
		pin (CLKN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001608;
			capacitance : 0.001694;
			rise_capacitance : 0.001780;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1873608, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1873608, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0117409, 0.0116913, 0.0115772, 0.0115451, 0.0114712, 0.0113007, 0.0109075");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0247634, 0.0246987, 0.0245495, 0.0245336, 0.0244971, 0.0244129, 0.0242188");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001637;
			capacitance : 0.001574;
			fall_capacitance : 0.001511;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0959941, 0.2223288, 0.3338197", \
					  "-0.1524108, -0.0260762, 0.0866354", \
					  "-0.4836283, -0.3560729, -0.2421406");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1460430, 0.3846823, 0.7451966", \
					  "-0.0132507, 0.2229473, 0.5761373", \
					  "-0.2407083, -0.0032897, 0.3425762");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0605937, -0.0632995, -0.1686869", \
					  "0.2858053, 0.1643535, 0.0626283", \
					  "0.5926087, 0.4772604, 0.3816387");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1237324, -0.3599303, -0.7118997", \
					  "0.0428854, -0.1908711, -0.5342956", \
					  "0.2813294, 0.0451315, -0.2897480");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("3.4997842e-05, -1.3388279e-05, -0.0001249, -0.0001306, -0.0001438, -0.0001741, -0.0002442");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0041379, 0.0040815, 0.0039517, 0.0039596, 0.0039778, 0.0040197, 0.0041162");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.149241;
			max_transition : 1.503132;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0106696, -0.0081784, -0.0025406, 0.0088292, 0.0302239, 0.0763055, 0.1884367", \
					  "-0.0106426, -0.0081597, -0.0025369, 0.0088108, 0.0301657, 0.0759038, 0.1879226", \
					  "-0.0105735, -0.0080967, -0.0024732, 0.0088489, 0.0301896, 0.0759346, 0.1889929", \
					  "-0.0105754, -0.0081162, -0.0025309, 0.0087802, 0.0299814, 0.0761464, 0.1868125", \
					  "-0.0105682, -0.0081235, -0.0025675, 0.0086648, 0.0299588, 0.0755849, 0.1875773", \
					  "-0.0105414, -0.0081182, -0.0026027, 0.0085653, 0.0298177, 0.0753541, 0.1863265", \
					  "-0.0104167, -0.0079531, -0.0025071, 0.0085897, 0.0297994, 0.0757990, 0.1864233");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0095253, -0.0057018, 0.0012659, 0.0089190, 0.0063572, -0.0271497, -0.1336371", \
					  "-0.0094990, -0.0056861, 0.0012657, 0.0088997, 0.0062821, -0.0272052, -0.1337155", \
					  "-0.0094289, -0.0056233, 0.0013213, 0.0089190, 0.0063047, -0.0272171, -0.1337481", \
					  "-0.0094305, -0.0056379, 0.0012864, 0.0088615, 0.0061957, -0.0273647, -0.1338957", \
					  "-0.0094223, -0.0056362, 0.0012540, 0.0087820, 0.0060988, -0.0274525, -0.1339994", \
					  "-0.0093831, -0.0056067, 0.0012713, 0.0087962, 0.0060809, -0.0275038, -0.1340445", \
					  "-0.0092971, -0.0055354, 0.0013172, 0.0087976, 0.0060220, -0.0275824, -0.1341441");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0022910, 0.0008862, 0.0065695, 0.0123262, 0.0078431, -0.0260552, -0.1331131", \
					  "-0.0022646, 0.0009024, 0.0065784, 0.0123116, 0.0078348, -0.0260767, -0.1331453", \
					  "-0.0021901, 0.0009725, 0.0066462, 0.0123779, 0.0078602, -0.0260474, -0.1331143", \
					  "-0.0022006, 0.0009563, 0.0066115, 0.0123132, 0.0077815, -0.0261496, -0.1332372", \
					  "-0.0022123, 0.0009346, 0.0065727, 0.0122469, 0.0076842, -0.0262578, -0.1333513", \
					  "-0.0022268, 0.0009149, 0.0065391, 0.0121931, 0.0076213, -0.0263422, -0.1334354", \
					  "-0.0022586, 0.0008755, 0.0064887, 0.0121238, 0.0075337, -0.0265124, -0.1336301");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0001604, 0.0030120, 0.0094077, 0.0216779, 0.0439392, 0.0908087, 0.2027830", \
					  "0.0001480, 0.0029818, 0.0093511, 0.0215681, 0.0439158, 0.0906092, 0.2035389", \
					  "0.0001354, 0.0029649, 0.0093158, 0.0215079, 0.0438442, 0.0903465, 0.2025281", \
					  "0.0001144, 0.0029225, 0.0092316, 0.0213703, 0.0436442, 0.0903457, 0.2029721", \
					  "9.0750000e-05, 0.0028769, 0.0091506, 0.0212341, 0.0433451, 0.0898046, 0.2028582", \
					  "3.9350000e-05, 0.0027909, 0.0089879, 0.0209549, 0.0429570, 0.0894029, 0.2021247", \
					  "-5.0200000e-05, 0.0026538, 0.0086957, 0.0206072, 0.0424415, 0.0888124, 0.2009745");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0039707, 0.0068862, 0.0120759, 0.0170857, 0.0118671, -0.0224864, -0.1296488", \
					  "0.0039927, 0.0069077, 0.0120948, 0.0171022, 0.0118799, -0.0224776, -0.1297236", \
					  "0.0040413, 0.0069550, 0.0121322, 0.0171440, 0.0118990, -0.0224727, -0.1297172", \
					  "0.0040335, 0.0069339, 0.0120836, 0.0170555, 0.0117783, -0.0226364, -0.1299032", \
					  "0.0040199, 0.0068984, 0.0120060, 0.0168890, 0.0115590, -0.0229021, -0.1302056", \
					  "0.0040114, 0.0068744, 0.0119486, 0.0167948, 0.0113817, -0.0231647, -0.1304895", \
					  "0.0040773, 0.0070067, 0.0122204, 0.0172592, 0.0121068, -0.0232547, -0.1307238");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4324020, 0.4391818, 0.4544722, 0.4919330, 0.5881015, 0.8357675, 1.4786096", \
					  "0.4380700, 0.4447905, 0.4601146, 0.4975508, 0.5935929, 0.8407496, 1.4805763", \
					  "0.4518709, 0.4586704, 0.4739936, 0.5115645, 0.6074760, 0.8546644, 1.4949409", \
					  "0.4848777, 0.4916937, 0.5070329, 0.5446244, 0.6406046, 0.8878088, 1.5298973", \
					  "0.5634713, 0.5701821, 0.5856218, 0.6230444, 0.7190659, 0.9662174, 1.6060838", \
					  "0.7181311, 0.7246491, 0.7401348, 0.7775044, 0.8736654, 1.1213868, 1.7634670", \
					  "0.9757373, 0.9825103, 0.9978145, 1.0353700, 1.1312590, 1.3786704, 2.0206907");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0231384, 0.0298166, 0.0481317, 0.0989874, 0.2343314, 0.5833514, 1.4885023", \
					  "0.0230578, 0.0296721, 0.0480631, 0.0990286, 0.2344999, 0.5849112, 1.5030768", \
					  "0.0231851, 0.0298588, 0.0480186, 0.0990296, 0.2344900, 0.5860125, 1.5005664", \
					  "0.0232138, 0.0298655, 0.0480066, 0.0989512, 0.2343745, 0.5842501, 1.4885763", \
					  "0.0231679, 0.0297634, 0.0481166, 0.0990344, 0.2341387, 0.5849706, 1.5031318", \
					  "0.0231276, 0.0298697, 0.0481509, 0.0988674, 0.2341918, 0.5835397, 1.4937001", \
					  "0.0232633, 0.0297165, 0.0481710, 0.0990783, 0.2339811, 0.5851011, 1.4936923");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.5111450, 0.5156893, 0.5248885, 0.5437905, 0.5849011, 0.6865487, 0.9497994", \
					  "0.5165159, 0.5210660, 0.5303574, 0.5492257, 0.5904057, 0.6918509, 0.9551634", \
					  "0.5306702, 0.5352219, 0.5445410, 0.5633728, 0.6045323, 0.7061153, 0.9694149", \
					  "0.5637529, 0.5683053, 0.5775624, 0.5964451, 0.6375734, 0.7392023, 1.0025353", \
					  "0.6441012, 0.6486329, 0.6579613, 0.6768538, 0.7179998, 0.8196869, 1.0830071", \
					  "0.7999048, 0.8044607, 0.8137410, 0.8326022, 0.8737269, 0.9753632, 1.2387081", \
					  "1.0714930, 1.0760772, 1.0853356, 1.1042237, 1.1453397, 1.2470366, 1.5101768");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0158985, 0.0193241, 0.0270338, 0.0455414, 0.0942751, 0.2277021, 0.5798991", \
					  "0.0159626, 0.0193139, 0.0271265, 0.0455640, 0.0949156, 0.2281495, 0.5808108", \
					  "0.0158602, 0.0190959, 0.0270739, 0.0456885, 0.0945914, 0.2278984, 0.5800934", \
					  "0.0160300, 0.0193384, 0.0269147, 0.0457246, 0.0947815, 0.2280399, 0.5806332", \
					  "0.0159865, 0.0192196, 0.0270854, 0.0456436, 0.0948114, 0.2278041, 0.5809359", \
					  "0.0160386, 0.0193605, 0.0269521, 0.0457363, 0.0947936, 0.2276075, 0.5809575", \
					  "0.0160495, 0.0191836, 0.0270736, 0.0457039, 0.0946912, 0.2282373, 0.5825557");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2746788, 0.2792803, 0.2886278, 0.3076202, 0.3488878, 0.4504268, 0.7135763", \
					  "0.2802683, 0.2848689, 0.2942598, 0.3132070, 0.3544066, 0.4560231, 0.7191099", \
					  "0.2946353, 0.2992315, 0.3085779, 0.3275089, 0.3688404, 0.4703649, 0.7335342", \
					  "0.3286229, 0.3332219, 0.3425742, 0.3615601, 0.4028331, 0.5043710, 0.7675233", \
					  "0.4080741, 0.4126774, 0.4220208, 0.4409497, 0.4822827, 0.5838248, 0.8469734", \
					  "0.5639096, 0.5685059, 0.5779687, 0.5969111, 0.6381828, 0.7397761, 1.0029346", \
					  "0.8324965, 0.8371044, 0.8465617, 0.8656164, 0.9068543, 1.0086150, 1.2717185");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0161600, 0.0194108, 0.0273689, 0.0459557, 0.0947590, 0.2281873, 0.5794962", \
					  "0.0161055, 0.0194200, 0.0272173, 0.0459744, 0.0949186, 0.2280825, 0.5800616", \
					  "0.0161483, 0.0194157, 0.0273796, 0.0458760, 0.0946168, 0.2281867, 0.5779905", \
					  "0.0161669, 0.0194208, 0.0273780, 0.0459565, 0.0948094, 0.2281940, 0.5779267", \
					  "0.0161529, 0.0194092, 0.0273661, 0.0458969, 0.0947253, 0.2281856, 0.5776010", \
					  "0.0162715, 0.0195551, 0.0271586, 0.0459871, 0.0947418, 0.2281706, 0.5780562", \
					  "0.0164187, 0.0196460, 0.0275597, 0.0460272, 0.0949379, 0.2278656, 0.5801727");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3121895, 0.3188387, 0.3341961, 0.3716047, 0.4677529, 0.7146488, 1.3541822", \
					  "0.3175981, 0.3242061, 0.3395084, 0.3769721, 0.4730775, 0.7204347, 1.3598532", \
					  "0.3314191, 0.3380600, 0.3533286, 0.3908633, 0.4870128, 0.7339228, 1.3732988", \
					  "0.3649901, 0.3716104, 0.3869488, 0.4243847, 0.5204963, 0.7680457, 1.4076020", \
					  "0.4472553, 0.4538576, 0.4691723, 0.5066311, 0.6026731, 0.8502635, 1.4919304", \
					  "0.6391715, 0.6458145, 0.6610951, 0.6986275, 0.7947768, 1.0420084, 1.6832490", \
					  "1.0308072, 1.0374699, 1.0528313, 1.0903168, 1.1865274, 1.4337089, 2.0730593");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0226582, 0.0292173, 0.0477845, 0.0989644, 0.2335661, 0.5853836, 1.5007531", \
					  "0.0226506, 0.0292996, 0.0476784, 0.0989377, 0.2341278, 0.5841920, 1.4978319", \
					  "0.0226224, 0.0292293, 0.0477722, 0.0987235, 0.2340521, 0.5860561, 1.5014683", \
					  "0.0225501, 0.0292541, 0.0477300, 0.0989525, 0.2341145, 0.5863066, 1.4941162", \
					  "0.0226595, 0.0293067, 0.0476797, 0.0989513, 0.2339335, 0.5870496, 1.4938382", \
					  "0.0226324, 0.0292357, 0.0477300, 0.0988229, 0.2341710, 0.5868621, 1.4970069", \
					  "0.0232326, 0.0297627, 0.0480540, 0.0990546, 0.2336524, 0.5846425, 1.5016205");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1774233, 0.1820248, 0.1914789, 0.2104451, 0.2516712, 0.3534229, 0.6166471", \
					  "0.1825348, 0.1871347, 0.1965895, 0.2155576, 0.2567844, 0.3585344, 0.6217645", \
					  "0.1934765, 0.1981056, 0.2075032, 0.2264270, 0.2675972, 0.3693423, 0.6325521", \
					  "0.2178715, 0.2224330, 0.2319050, 0.2508249, 0.2920121, 0.3937389, 0.6569358", \
					  "0.2698465, 0.2744790, 0.2839211, 0.3029637, 0.3442121, 0.4458409, 0.7089890", \
					  "0.3573166, 0.3620742, 0.3716170, 0.3908570, 0.4322670, 0.5340094, 0.7971809", \
					  "0.4765670, 0.4816230, 0.4918677, 0.5115003, 0.5534270, 0.6552729, 0.9184818");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0163920, 0.0196138, 0.0274322, 0.0457755, 0.0950085, 0.2281646, 0.5796690", \
					  "0.0163882, 0.0196157, 0.0274310, 0.0457741, 0.0950076, 0.2281479, 0.5797807", \
					  "0.0161929, 0.0196006, 0.0274499, 0.0459402, 0.0949669, 0.2282160, 0.5794442", \
					  "0.0161774, 0.0194176, 0.0274447, 0.0459633, 0.0950202, 0.2282530, 0.5798720", \
					  "0.0164043, 0.0195951, 0.0275106, 0.0458411, 0.0952065, 0.2282366, 0.5786566", \
					  "0.0170591, 0.0204346, 0.0282796, 0.0464743, 0.0954850, 0.2283117, 0.5791864", \
					  "0.0190391, 0.0223244, 0.0300049, 0.0482221, 0.0959897, 0.2279601, 0.5781355");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.136424;
			max_transition : 1.500742;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0105065, -0.0078626, -0.0021743, 0.0089106, 0.0293938, 0.0718814, 0.1728267", \
					  "-0.0104816, -0.0078478, -0.0021773, 0.0088921, 0.0292490, 0.0722764, 0.1744969", \
					  "-0.0104103, -0.0077832, -0.0021247, 0.0089377, 0.0292470, 0.0719859, 0.1744561", \
					  "-0.0104117, -0.0077947, -0.0021589, 0.0088498, 0.0292799, 0.0717323, 0.1736216", \
					  "-0.0104040, -0.0078035, -0.0021983, 0.0087711, 0.0291099, 0.0714827, 0.1731326", \
					  "-0.0103749, -0.0077916, -0.0022183, 0.0087247, 0.0289249, 0.0718007, 0.1722680", \
					  "-0.0102887, -0.0077198, -0.0021722, 0.0087984, 0.0289603, 0.0715206, 0.1731222");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0094351, -0.0056125, 0.0012596, 0.0088062, 0.0069949, -0.0229419, -0.1187922", \
					  "-0.0094112, -0.0055934, 0.0012511, 0.0087695, 0.0069664, -0.0230142, -0.1188927", \
					  "-0.0093406, -0.0055293, 0.0013038, 0.0088219, 0.0069594, -0.0230165, -0.1188937", \
					  "-0.0093447, -0.0055462, 0.0012555, 0.0087312, 0.0068333, -0.0232002, -0.1190825", \
					  "-0.0093389, -0.0055503, 0.0012219, 0.0086453, 0.0067244, -0.0233560, -0.1192629", \
					  "-0.0093088, -0.0055477, 0.0011997, 0.0085702, 0.0065479, -0.0235387, -0.1194651", \
					  "-0.0092202, -0.0054672, 0.0012454, 0.0085576, 0.0065585, -0.0235116, -0.1194375");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0034368, -0.0016480, 0.0024495, 0.0122692, 0.0316628, 0.0729398, 0.1738975", \
					  "-0.0034099, -0.0016281, 0.0024481, 0.0122384, 0.0316282, 0.0729592, 0.1738816", \
					  "-0.0033391, -0.0015605, 0.0025180, 0.0123016, 0.0316826, 0.0729202, 0.1746223", \
					  "-0.0033483, -0.0015794, 0.0024803, 0.0122476, 0.0315934, 0.0728777, 0.1739139", \
					  "-0.0033601, -0.0015989, 0.0024466, 0.0121820, 0.0315099, 0.0727648, 0.1736060", \
					  "-0.0033811, -0.0016348, 0.0023894, 0.0120733, 0.0313515, 0.0726008, 0.1736595", \
					  "-0.0032431, -0.0012761, 0.0031210, 0.0121324, 0.0312869, 0.0724728, 0.1733642");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0028128, 0.0043409, 0.0079416, 0.0170204, 0.0356826, 0.0763533, 0.1769729", \
					  "0.0028348, 0.0043605, 0.0079600, 0.0170314, 0.0356622, 0.0763667, 0.1780699", \
					  "0.0028856, 0.0044064, 0.0079990, 0.0170557, 0.0356901, 0.0765385, 0.1766164", \
					  "0.0028773, 0.0043850, 0.0079520, 0.0169713, 0.0355640, 0.0762572, 0.1770118", \
					  "0.0028659, 0.0043558, 0.0078765, 0.0168361, 0.0353444, 0.0761141, 0.1767990", \
					  "0.0028919, 0.0044119, 0.0079206, 0.0166952, 0.0350836, 0.0757261, 0.1776322", \
					  "0.0030805, 0.0048382, 0.0088227, 0.0172883, 0.0349974, 0.0756251, 0.1761987");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0003908, 0.0032237, 0.0081733, 0.0129136, 0.0083133, -0.0237137, -0.1206725", \
					  "0.0003850, 0.0032142, 0.0081514, 0.0128774, 0.0082682, -0.0237641, -0.1206748", \
					  "0.0003782, 0.0032077, 0.0081457, 0.0128730, 0.0082679, -0.0237580, -0.1206625", \
					  "0.0003665, 0.0031900, 0.0081139, 0.0128178, 0.0081772, -0.0238560, -0.1207599", \
					  "0.0003509, 0.0031645, 0.0080742, 0.0127483, 0.0080662, -0.0239661, -0.1208875", \
					  "0.0003138, 0.0031056, 0.0079661, 0.0125591, 0.0078131, -0.0242399, -0.1211770", \
					  "0.0002440, 0.0030220, 0.0078215, 0.0123372, 0.0074715, -0.0245978, -0.1215003");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.4628972, 0.4716139, 0.4905446, 0.5326623, 0.6334209, 0.8835896, 1.5172961", \
					  "0.4682800, 0.4770044, 0.4959341, 0.5380765, 0.6388090, 0.8888846, 1.5253270", \
					  "0.4821902, 0.4908796, 0.5098419, 0.5519591, 0.6527103, 0.9020129, 1.5364287", \
					  "0.5162878, 0.5249636, 0.5438909, 0.5860183, 0.6867859, 0.9367955, 1.5712563", \
					  "0.5955312, 0.6042077, 0.6231196, 0.6652521, 0.7660247, 1.0160806, 1.6501744", \
					  "0.7530386, 0.7617117, 0.7806188, 0.8227587, 0.9235104, 1.1733534, 1.8080007", \
					  "1.0227459, 1.0314227, 1.0503870, 1.0925247, 1.1932723, 1.4426685, 2.0766577");
				}
				rise_transition ("del_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("0.0311710, 0.0390084, 0.0588965, 0.1105542, 0.2448244, 0.5948521, 1.4818849", \
					  "0.0312276, 0.0389661, 0.0585261, 0.1105543, 0.2452862, 0.5961803, 1.4965637", \
					  "0.0312747, 0.0390117, 0.0585651, 0.1105643, 0.2450835, 0.5937738, 1.4987219", \
					  "0.0311141, 0.0390427, 0.0585163, 0.1105220, 0.2450535, 0.5946454, 1.4837799", \
					  "0.0310835, 0.0390172, 0.0585368, 0.1104965, 0.2448501, 0.5924607, 1.4907814", \
					  "0.0310870, 0.0389776, 0.0585042, 0.1105271, 0.2451006, 0.5941235, 1.5007420", \
					  "0.0311107, 0.0390534, 0.0585433, 0.1105354, 0.2447890, 0.5933152, 1.4956495");
				}
				cell_fall ("del_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("0.3547722, 0.3637060, 0.3812760, 0.4137291, 0.4728830, 0.5849614, 0.8347050", \
					  "0.3604006, 0.3692905, 0.3869076, 0.4193398, 0.4785232, 0.5905520, 0.8402546", \
					  "0.3742311, 0.3831804, 0.4007740, 0.4332119, 0.4923921, 0.6044408, 0.8542678", \
					  "0.4073006, 0.4162337, 0.4338246, 0.4662710, 0.5254693, 0.6374869, 0.8873114", \
					  "0.4861103, 0.4948349, 0.5123902, 0.5448287, 0.6040220, 0.7160521, 0.9659445", \
					  "0.6404067, 0.6492851, 0.6668751, 0.6993018, 0.7585196, 0.8705594, 1.1201744", \
					  "0.8982688, 0.9072466, 0.9248590, 0.9573217, 1.0165470, 1.1286497, 1.3782492");
				}
				fall_transition ("del_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("0.0376463, 0.0431811, 0.0552325, 0.0791971, 0.1289293, 0.2433363, 0.5561306", \
					  "0.0376473, 0.0431518, 0.0550638, 0.0791802, 0.1292166, 0.2437870, 0.5573725", \
					  "0.0377198, 0.0431631, 0.0551582, 0.0791642, 0.1294315, 0.2438291, 0.5560058", \
					  "0.0376543, 0.0431829, 0.0552212, 0.0791704, 0.1292887, 0.2434608, 0.5564872", \
					  "0.0376928, 0.0433806, 0.0552639, 0.0791863, 0.1297721, 0.2434270, 0.5595390", \
					  "0.0377484, 0.0432426, 0.0552779, 0.0791966, 0.1293904, 0.2432898, 0.5583184", \
					  "0.0379564, 0.0434239, 0.0553877, 0.0793652, 0.1296664, 0.2430983, 0.5544422");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.2262344, 0.2350504, 0.2544084, 0.2977739, 0.4009110, 0.6550184, 1.2892002", \
					  "0.2319303, 0.2407117, 0.2599788, 0.3033210, 0.4064786, 0.6605864, 1.2947537", \
					  "0.2461283, 0.2549541, 0.2743037, 0.3176450, 0.4207692, 0.6748877, 1.3090676", \
					  "0.2802197, 0.2890461, 0.3084208, 0.3517803, 0.4549751, 0.7089153, 1.3434205", \
					  "0.3597997, 0.3686236, 0.3879926, 0.4313552, 0.5345162, 0.7885910, 1.4221794", \
					  "0.5167981, 0.5257029, 0.5451969, 0.5886688, 0.6919856, 0.9459794, 1.5804326", \
					  "0.7845276, 0.7934591, 0.8137828, 0.8583648, 0.9624258, 1.2167400, 1.8509314");
				}
				rise_transition ("del_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("0.0313303, 0.0396712, 0.0600978, 0.1137367, 0.2511512, 0.5969500, 1.4886841", \
					  "0.0314164, 0.0398142, 0.0601951, 0.1137504, 0.2511806, 0.5970219, 1.4906849", \
					  "0.0314761, 0.0396170, 0.0601312, 0.1137122, 0.2510506, 0.5969039, 1.4886836", \
					  "0.0315855, 0.0397308, 0.0601912, 0.1137590, 0.2513662, 0.5974367, 1.4915589", \
					  "0.0313293, 0.0396657, 0.0600976, 0.1137594, 0.2515836, 0.5975087, 1.4895825", \
					  "0.0320420, 0.0402215, 0.0606723, 0.1141607, 0.2519331, 0.5972923, 1.4914953", \
					  "0.0338885, 0.0420857, 0.0623160, 0.1157430, 0.2530360, 0.5977640, 1.4906397");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1290540, 0.1379847, 0.1575198, 0.2010641, 0.3040361, 0.5575830, 1.1910471", \
					  "0.1340614, 0.1429951, 0.1625303, 0.2060873, 0.3090883, 0.5626535, 1.1959455", \
					  "0.1450625, 0.1539745, 0.1735239, 0.2170709, 0.3200992, 0.5737200, 1.2070148", \
					  "0.1694667, 0.1783874, 0.1979027, 0.2414066, 0.3444854, 0.5982435, 1.2315835", \
					  "0.2208730, 0.2300110, 0.2498103, 0.2934665, 0.3966119, 0.6505311, 1.2842185", \
					  "0.3046015, 0.3150220, 0.3368499, 0.3826021, 0.4870665, 0.7412516, 1.3748107", \
					  "0.4148927, 0.4285198, 0.4555089, 0.5069209, 0.6146920, 0.8705127, 1.5040461");
				}
				rise_transition ("del_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("0.0318531, 0.0402848, 0.0606276, 0.1142819, 0.2515184, 0.5973841, 1.4928614", \
					  "0.0321112, 0.0404123, 0.0607309, 0.1142633, 0.2513571, 0.5992390, 1.4925795", \
					  "0.0320257, 0.0403791, 0.0607456, 0.1142521, 0.2513540, 0.5992220, 1.4843654", \
					  "0.0319164, 0.0403076, 0.0607082, 0.1142238, 0.2514119, 0.5991440, 1.4925450", \
					  "0.0334899, 0.0415308, 0.0616903, 0.1146759, 0.2515610, 0.5971741, 1.4932585", \
					  "0.0403438, 0.0482200, 0.0676787, 0.1192442, 0.2538426, 0.5992135, 1.4925231", \
					  "0.0550791, 0.0641124, 0.0828534, 0.1311613, 0.2609125, 0.6015053, 1.4920104");
				}
				cell_fall ("del_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("0.2261311, 0.2357377, 0.2545428, 0.2895590, 0.3528377, 0.4589181, 0.7043658", \
					  "0.2314938, 0.2410986, 0.2598927, 0.2949092, 0.3582074, 0.4642884, 0.7097371", \
					  "0.2451794, 0.2547906, 0.2736073, 0.3086556, 0.3719390, 0.4780662, 0.7234858", \
					  "0.2784981, 0.2880816, 0.3069660, 0.3419333, 0.4051845, 0.5113397, 0.7568030", \
					  "0.3618739, 0.3713136, 0.3902490, 0.4251411, 0.4883324, 0.5945344, 0.8397448", \
					  "0.5542095, 0.5637350, 0.5826889, 0.6176124, 0.6807850, 0.7869735, 1.0323034", \
					  "0.9230855, 0.9366724, 0.9623755, 1.0076503, 1.0811347, 1.1892164, 1.4346363");
				}
				fall_transition ("del_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("0.0408968, 0.0471973, 0.0598102, 0.0868631, 0.1309102, 0.2333928, 0.5525984", \
					  "0.0409383, 0.0472575, 0.0598675, 0.0868981, 0.1309398, 0.2334561, 0.5524786", \
					  "0.0409304, 0.0472342, 0.0598624, 0.0868901, 0.1309212, 0.2336097, 0.5506120", \
					  "0.0409159, 0.0474274, 0.0595877, 0.0869099, 0.1309577, 0.2336309, 0.5553025", \
					  "0.0412351, 0.0472358, 0.0595484, 0.0869683, 0.1307755, 0.2342569, 0.5468561", \
					  "0.0427697, 0.0484451, 0.0604212, 0.0875440, 0.1309017, 0.2341861, 0.5472435", \
					  "0.0645422, 0.0719053, 0.0861666, 0.1144128, 0.1485707, 0.2389919, 0.5546864");
				}
			}
		}
	}
	cell ("scs8hd_dfbbn_2") {
		area : 35.033600;
		cell_footprint : "dfbbn";
		cell_leakage_power : 2.109281e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "!CLKN";
			next_state : "D";
			clear : "!RESETB";
			preset : "!SETB";
			clear_preset_var1 : "H";
			clear_preset_var2 : "L";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021984";
			when : "SETB&RESETB&!CLKN&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0021411";
			when : "SETB&RESETB&CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0023160";
			when : "!SETB&RESETB&!CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0017533";
			when : "SETB&!RESETB&!CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0025188";
			when : "SETB&RESETB&!CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0024012";
			when : "SETB&RESETB&CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0024104";
			when : "SETB&RESETB&!CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0019046";
			when : "!SETB&!RESETB&!CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0018954";
			when : "!SETB&!RESETB&CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0017245";
			when : "SETB&!RESETB&CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0021698";
			when : "SETB&RESETB&!CLKN&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0015626";
			when : "SETB&!RESETB&CLKN&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0021373";
			when : "SETB&RESETB&CLKN&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0022078";
			when : "!SETB&RESETB&!CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0017818";
			when : "SETB&!RESETB&!CLKN&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0023685";
			when : "!SETB&RESETB&CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020130";
			when : "!SETB&!RESETB&!CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0021983";
			when : "!SETB&RESETB&CLKN&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0024718";
			when : "SETB&RESETB&CLKN&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020111";
			when : "!SETB&!RESETB&CLKN&!D&Q&!QN";
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003598;
			capacitance : 0.003457;
			fall_capacitance : 0.003316;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0639180, 0.0404440, 0.1861146", \
					  "-0.2818053, -0.1786641, -0.0842630", \
					  "-0.5678568, -0.4610534, -0.3983906");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0728008, -0.0278991, -0.0868997", \
					  "0.2894674, 0.1899883, 0.1322083", \
					  "0.5755189, 0.4687155, 0.4170391");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1301738, 0.2784811, 0.4241517", \
					  "0.1454408, 0.2595684, 0.3796042", \
					  "0.2829733, 0.3324036, 0.4194805");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2389908, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036104, 0.0036147, 0.0036246, 0.0036347, 0.0036579, 0.0037114, 0.0038346");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0035389, -0.0035730, -0.0036513, -0.0036531, -0.0036573, -0.0036669, -0.0036890");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin RESETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "RESETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1334980, -0.2879088, -0.4677591", \
					  "-0.1121439, -0.2458027, -0.3987975", \
					  "-0.1459167, -0.2771341, -0.4142598");
				}
			}
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001498;
			capacitance : 0.001569;
			rise_capacitance : 0.001640;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0923320, 0.2247702, 0.3374818", \
					  "-0.1609557, -0.0285176, 0.0854147", \
					  "-0.5007181, -0.3670593, -0.2531269");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0764629, -0.0523132, -0.1564798", \
					  "0.3065573, 0.1777813, 0.0736146", \
					  "0.6353333, 0.5065573, 0.4023906");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2323997, 0.8333333, 2.5000000");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1334980, -0.1121439, -0.1459167", \
					  "-0.2879088, -0.2458027, -0.2771341", \
					  "-0.4677591, -0.3987975, -0.4142598");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0093888, 0.0093258, 0.0091807, 0.0091844, 0.0091928, 0.0092122, 0.0092570");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055809, 0.0055497, 0.0054780, 0.0054647, 0.0054340, 0.0053633, 0.0052003");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin SETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "SETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1301738, 0.1454408, 0.2829733", \
					  "0.2784811, 0.2595684, 0.3324036", \
					  "0.4241517, 0.3796042, 0.4194805");
				}
			}
		}
		pin (CLKN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001631;
			capacitance : 0.001716;
			rise_capacitance : 0.001800;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1939519, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2148236, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0118523, 0.0118026, 0.0116881, 0.0116555, 0.0115803, 0.0114070, 0.0110076");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0248814, 0.0247898, 0.0245788, 0.0245675, 0.0245416, 0.0244820, 0.0243445");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001636;
			capacitance : 0.001571;
			fall_capacitance : 0.001507;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0984355, 0.2235495, 0.3350404", \
					  "-0.1511901, -0.0248555, 0.0878561", \
					  "-0.4836283, -0.3548522, -0.2409199");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1460430, 0.3834616, 0.7464173", \
					  "-0.0156921, 0.2205059, 0.5749167", \
					  "-0.2431497, -0.0069518, 0.3401348");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0618145, -0.0620788, -0.1662454", \
					  "0.2882467, 0.1655742, 0.0650697", \
					  "0.5962709, 0.4809225, 0.3853008");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1225117, -0.3587096, -0.7106790", \
					  "0.0453268, -0.1884297, -0.5318542", \
					  "0.2837708, 0.0487936, -0.2897480");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("3.9445618e-05, -1.1140791e-05, -0.0001277, -0.0001331, -0.0001454, -0.0001737, -0.0002390");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0040981, 0.0040414, 0.0039106, 0.0039196, 0.0039404, 0.0039884, 0.0040989");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.274668;
			max_transition : 1.498544;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0110633, -0.0086307, -0.0023465, 0.0121856, 0.0439145, 0.1220676, 0.3369817", \
					  "-0.0110213, -0.0085939, -0.0023514, 0.0121745, 0.0438816, 0.1220032, 0.3402419", \
					  "-0.0109188, -0.0084973, -0.0022387, 0.0122574, 0.0439682, 0.1219186, 0.3389914", \
					  "-0.0109228, -0.0085117, -0.0023178, 0.0121756, 0.0439029, 0.1216864, 0.3406721", \
					  "-0.0109181, -0.0085233, -0.0023364, 0.0120050, 0.0436347, 0.1216469, 0.3384749", \
					  "-0.0109001, -0.0085192, -0.0023784, 0.0119427, 0.0434624, 0.1220041, 0.3395481", \
					  "-0.0108341, -0.0084819, -0.0023591, 0.0119863, 0.0434372, 0.1214749, 0.3385140");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0098707, -0.0057174, 0.0027718, 0.0124341, 0.0049526, -0.0590004, -0.2710300", \
					  "-0.0098298, -0.0056882, 0.0027857, 0.0124173, 0.0048908, -0.0590631, -0.2711098", \
					  "-0.0097287, -0.0055917, 0.0028645, 0.0124722, 0.0049112, -0.0590495, -0.2710953", \
					  "-0.0097297, -0.0056004, 0.0028328, 0.0124035, 0.0048146, -0.0591726, -0.2712375", \
					  "-0.0097238, -0.0056097, 0.0027963, 0.0123246, 0.0046869, -0.0593315, -0.2714120", \
					  "-0.0097028, -0.0056053, 0.0027677, 0.0122440, 0.0045586, -0.0594585, -0.2715656", \
					  "-0.0096355, -0.0055399, 0.0028179, 0.0122659, 0.0045714, -0.0594852, -0.2715734");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0025218, 0.0009716, 0.0080055, 0.0153234, 0.0056228, -0.0581884, -0.2707162", \
					  "-0.0024929, 0.0009947, 0.0080121, 0.0153212, 0.0056038, -0.0582159, -0.2707548", \
					  "-0.0024233, 0.0010587, 0.0080786, 0.0153642, 0.0056364, -0.0582022, -0.2707370", \
					  "-0.0024288, 0.0010492, 0.0080562, 0.0153194, 0.0055789, -0.0582653, -0.2708052", \
					  "-0.0024362, 0.0010355, 0.0080168, 0.0152584, 0.0054900, -0.0583628, -0.2709197", \
					  "-0.0024533, 0.0010064, 0.0079687, 0.0151808, 0.0053763, -0.0585074, -0.2710631", \
					  "-0.0024506, 0.0010502, 0.0081054, 0.0154544, 0.0055629, -0.0585266, -0.2710967");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0002174, 0.0025719, 0.0096033, 0.0250887, 0.0577351, 0.1363406, 0.3537700", \
					  "-0.0002260, 0.0025518, 0.0095496, 0.0250364, 0.0574627, 0.1362921, 0.3536485", \
					  "-0.0002338, 0.0025376, 0.0095398, 0.0249834, 0.0573830, 0.1361511, 0.3544277", \
					  "-0.0002502, 0.0025040, 0.0094579, 0.0248301, 0.0572118, 0.1362809, 0.3544519", \
					  "-0.0002725, 0.0024623, 0.0093859, 0.0246722, 0.0569549, 0.1356363, 0.3529187", \
					  "-0.0003192, 0.0023859, 0.0092324, 0.0243974, 0.0565884, 0.1352855, 0.3542822", \
					  "-0.0004208, 0.0022254, 0.0089565, 0.0241016, 0.0560717, 0.1348547, 0.3515645");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0038093, 0.0070793, 0.0136220, 0.0201388, 0.0096240, -0.0546049, -0.2672687", \
					  "0.0038186, 0.0070773, 0.0135881, 0.0200981, 0.0095716, -0.0547503, -0.2673979", \
					  "0.0038550, 0.0071090, 0.0136224, 0.0201086, 0.0095259, -0.0547239, -0.2674433", \
					  "0.0038490, 0.0070934, 0.0135832, 0.0200319, 0.0094226, -0.0548666, -0.2675939", \
					  "0.0038414, 0.0070708, 0.0135268, 0.0199192, 0.0092838, -0.0551371, -0.2678552", \
					  "0.0038349, 0.0070466, 0.0134561, 0.0197729, 0.0090390, -0.0554118, -0.2681500", \
					  "0.0039293, 0.0072805, 0.0139833, 0.0207888, 0.0104176, -0.0554399, -0.2683853");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.5145780, 0.5205785, 0.5343657, 0.5653915, 0.6485870, 0.8837321, 1.5566274", \
					  "0.5202521, 0.5264335, 0.5397888, 0.5709842, 0.6541981, 0.8892933, 1.5618422", \
					  "0.5340676, 0.5402391, 0.5540008, 0.5850501, 0.6681642, 0.9033745, 1.5757998", \
					  "0.5671554, 0.5733594, 0.5867030, 0.6178641, 0.7007774, 0.9358846, 1.6105842", \
					  "0.6457045, 0.6518953, 0.6655304, 0.6963923, 0.7795311, 1.0146959, 1.6874243", \
					  "0.8009411, 0.8071768, 0.8207549, 0.8518529, 0.9350460, 1.1702063, 1.8454447", \
					  "1.0592947, 1.0654915, 1.0790735, 1.1101778, 1.1932079, 1.4286416, 2.1012532");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0245514, 0.0294389, 0.0411059, 0.0773903, 0.1925122, 0.5268694, 1.4825865", \
					  "0.0246353, 0.0292252, 0.0410746, 0.0773039, 0.1927152, 0.5268444, 1.4957001", \
					  "0.0246782, 0.0292621, 0.0408413, 0.0774114, 0.1926360, 0.5257711, 1.4985442", \
					  "0.0245056, 0.0291297, 0.0409853, 0.0774592, 0.1922737, 0.5268702, 1.4908865", \
					  "0.0246243, 0.0290054, 0.0409248, 0.0774410, 0.1922240, 0.5251087, 1.4953826", \
					  "0.0250118, 0.0293869, 0.0410085, 0.0773061, 0.1924906, 0.5269063, 1.4912437", \
					  "0.0247673, 0.0290920, 0.0409555, 0.0773982, 0.1923448, 0.5270033, 1.4959131");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.5591036, 0.5633288, 0.5724946, 0.5907526, 0.6281638, 0.7175461, 0.9659989", \
					  "0.5645544, 0.5686680, 0.5778167, 0.5960815, 0.6335277, 0.7230262, 0.9716546", \
					  "0.5780540, 0.5822219, 0.5914399, 0.6097203, 0.6471270, 0.7364693, 0.9847286", \
					  "0.6122988, 0.6165522, 0.6256829, 0.6439883, 0.6813698, 0.7707915, 1.0193723", \
					  "0.6916390, 0.6958507, 0.7050504, 0.7233260, 0.7605768, 0.8500684, 1.0981824", \
					  "0.8499051, 0.8541074, 0.8633180, 0.8814566, 0.9189535, 1.0083980, 1.2562964", \
					  "1.1212421, 1.1254591, 1.1346493, 1.1529212, 1.1902781, 1.2796144, 1.5281423");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0192151, 0.0219047, 0.0279655, 0.0422614, 0.0788860, 0.1890884, 0.5196942", \
					  "0.0192608, 0.0216569, 0.0279565, 0.0419305, 0.0791402, 0.1896326, 0.5230862", \
					  "0.0192703, 0.0218035, 0.0278692, 0.0422822, 0.0793697, 0.1891044, 0.5226543", \
					  "0.0192952, 0.0218246, 0.0278976, 0.0422538, 0.0790939, 0.1896044, 0.5190722", \
					  "0.0191734, 0.0216910, 0.0278524, 0.0420340, 0.0793742, 0.1893535, 0.5206016", \
					  "0.0191529, 0.0217128, 0.0276965, 0.0422886, 0.0792630, 0.1896199, 0.5204770", \
					  "0.0191886, 0.0217377, 0.0278499, 0.0418999, 0.0789177, 0.1896932, 0.5206264");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3272169, 0.3315521, 0.3408026, 0.3593066, 0.3969043, 0.4864270, 0.7344622", \
					  "0.3330904, 0.3373575, 0.3466974, 0.3651988, 0.4027952, 0.4923082, 0.7403573", \
					  "0.3473159, 0.3515436, 0.3609496, 0.3793800, 0.4169819, 0.5065169, 0.7545156", \
					  "0.3819177, 0.3861431, 0.3955582, 0.4139865, 0.4515863, 0.5411097, 0.7891098", \
					  "0.4621716, 0.4665139, 0.4757487, 0.4941634, 0.5318434, 0.6213867, 0.8693644", \
					  "0.6238322, 0.6281017, 0.6374463, 0.6559560, 0.6935702, 0.7830733, 1.0311261", \
					  "0.9041599, 0.9084426, 0.9177465, 0.9362386, 0.9739991, 1.0636956, 1.3117172");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0197699, 0.0223219, 0.0281306, 0.0428413, 0.0799122, 0.1892650, 0.5182110", \
					  "0.0197794, 0.0223476, 0.0281302, 0.0428385, 0.0799000, 0.1893281, 0.5183726", \
					  "0.0197173, 0.0223221, 0.0282321, 0.0428401, 0.0798391, 0.1887883, 0.5185397", \
					  "0.0197510, 0.0223757, 0.0282610, 0.0428388, 0.0798200, 0.1888395, 0.5185520", \
					  "0.0197427, 0.0222949, 0.0284425, 0.0429254, 0.0798519, 0.1887593, 0.5186185", \
					  "0.0196778, 0.0221961, 0.0281612, 0.0428727, 0.0799035, 0.1894143, 0.5183778", \
					  "0.0197573, 0.0223052, 0.0285006, 0.0429859, 0.0799063, 0.1888333, 0.5186190");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3721926, 0.3776552, 0.3902161, 0.4206577, 0.5034985, 0.7384962, 1.4127323", \
					  "0.3776533, 0.3831152, 0.3955329, 0.4260051, 0.5087228, 0.7437231, 1.4177787", \
					  "0.3914059, 0.3968914, 0.4094760, 0.4398303, 0.5226124, 0.7580174, 1.4327551", \
					  "0.4251521, 0.4305661, 0.4431941, 0.4736230, 0.5564212, 0.7915438, 1.4649372", \
					  "0.5074546, 0.5128964, 0.5255089, 0.5558484, 0.6387283, 0.8733792, 1.5474056", \
					  "0.6992695, 0.7047350, 0.7173258, 0.7476718, 0.8304837, 1.0655066, 1.7393457", \
					  "1.0954414, 1.1009650, 1.1136734, 1.1442006, 1.2269890, 1.4624540, 2.1352211");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0208204, 0.0251263, 0.0375955, 0.0756849, 0.1916252, 0.5262918, 1.4904785", \
					  "0.0205840, 0.0249954, 0.0376385, 0.0759333, 0.1912531, 0.5272191, 1.4949948", \
					  "0.0207998, 0.0251278, 0.0375520, 0.0758360, 0.1915060, 0.5281381, 1.4937989", \
					  "0.0207168, 0.0251215, 0.0375314, 0.0758905, 0.1917000, 0.5279732, 1.4979539", \
					  "0.0206228, 0.0250267, 0.0375241, 0.0757338, 0.1911690, 0.5276149, 1.4905494", \
					  "0.0207324, 0.0250156, 0.0375491, 0.0758690, 0.1916387, 0.5264727, 1.4975555", \
					  "0.0213813, 0.0256556, 0.0379472, 0.0761425, 0.1909485, 0.5280697, 1.4971532");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.2271390, 0.2314303, 0.2407434, 0.2591251, 0.2969338, 0.3865468, 0.6343804", \
					  "0.2322407, 0.2365145, 0.2458921, 0.2643871, 0.3019789, 0.3915383, 0.6396064", \
					  "0.2432121, 0.2475039, 0.2568140, 0.2752157, 0.3129922, 0.4026282, 0.6504596", \
					  "0.2677043, 0.2719934, 0.2813034, 0.2997127, 0.3374736, 0.4271245, 0.6749621", \
					  "0.3213586, 0.3256559, 0.3349967, 0.3534684, 0.3910706, 0.4807151, 0.7287961", \
					  "0.4188416, 0.4232013, 0.4326101, 0.4513150, 0.4892372, 0.5789188, 0.8270537", \
					  "0.5588981, 0.5634891, 0.5733728, 0.5924844, 0.6310925, 0.7211338, 0.9688107");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0197551, 0.0223524, 0.0284503, 0.0426058, 0.0799775, 0.1893069, 0.5187182", \
					  "0.0196705, 0.0222108, 0.0281957, 0.0426985, 0.0799580, 0.1890215, 0.5188237", \
					  "0.0197972, 0.0223288, 0.0284675, 0.0425735, 0.0799745, 0.1893551, 0.5187221", \
					  "0.0197668, 0.0223690, 0.0284606, 0.0425586, 0.0799237, 0.1893946, 0.5187175", \
					  "0.0198452, 0.0224531, 0.0284669, 0.0425956, 0.0799043, 0.1891382, 0.5185741", \
					  "0.0204331, 0.0230428, 0.0292469, 0.0431529, 0.0802076, 0.1895287, 0.5177950", \
					  "0.0221469, 0.0247301, 0.0310179, 0.0453253, 0.0815083, 0.1897233, 0.5173608");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.251780;
			max_transition : 1.496163;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001410301, 0.003977898, 0.01122007, 0.03164735, 0.0892646, 0.2517799");
					values("-0.0109075, -0.0083011, -0.0018936, 0.0124118, 0.0426643, 0.1156185, 0.3133889", \
					  "-0.0108648, -0.0082641, -0.0018811, 0.0124272, 0.0426205, 0.1153836, 0.3145267", \
					  "-0.0107658, -0.0081713, -0.0018134, 0.0124687, 0.0425766, 0.1152805, 0.3117692", \
					  "-0.0107661, -0.0081826, -0.0018382, 0.0123916, 0.0424745, 0.1158479, 0.3146369", \
					  "-0.0107608, -0.0081936, -0.0018814, 0.0123194, 0.0423805, 0.1150325, 0.3141411", \
					  "-0.0107383, -0.0081816, -0.0018961, 0.0122376, 0.0422414, 0.1148695, 0.3131190", \
					  "-0.0106785, -0.0081373, -0.0018842, 0.0122472, 0.0422287, 0.1149699, 0.3140893");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001410301, 0.003977898, 0.01122007, 0.03164735, 0.0892646, 0.2517799");
					values("-0.0097960, -0.0056517, 0.0027062, 0.0121562, 0.0056687, -0.0520661, -0.2441550", \
					  "-0.0097566, -0.0056177, 0.0027175, 0.0121905, 0.0056159, -0.0521613, -0.2442523", \
					  "-0.0096515, -0.0055034, 0.0028113, 0.0122657, 0.0056718, -0.0520220, -0.2441036", \
					  "-0.0096577, -0.0055334, 0.0027644, 0.0121592, 0.0055535, -0.0522588, -0.2443754", \
					  "-0.0096507, -0.0055314, 0.0027146, 0.0120122, 0.0053906, -0.0524735, -0.2445938", \
					  "-0.0096325, -0.0055390, 0.0026711, 0.0119456, 0.0051849, -0.0526899, -0.2447558", \
					  "-0.0095701, -0.0054794, 0.0027245, 0.0119331, 0.0051850, -0.0526705, -0.2448165");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001410301, 0.003977898, 0.01122007, 0.03164735, 0.0892646, 0.2517799");
					values("-0.0036334, -0.0017926, 0.0029252, 0.0152495, 0.0446377, 0.1161931, 0.3131883", \
					  "-0.0036011, -0.0017575, 0.0029613, 0.0152727, 0.0446610, 0.1166240, 0.3130039", \
					  "-0.0035332, -0.0016975, 0.0030089, 0.0153026, 0.0446710, 0.1161674, 0.3129328", \
					  "-0.0035392, -0.0017121, 0.0029789, 0.0152539, 0.0446119, 0.1160715, 0.3129487", \
					  "-0.0035477, -0.0017250, 0.0029486, 0.0152060, 0.0445286, 0.1159588, 0.3129104", \
					  "-0.0035638, -0.0017518, 0.0029027, 0.0151205, 0.0444012, 0.1158008, 0.3127480", \
					  "-0.0034822, -0.0015013, 0.0035416, 0.0154097, 0.0442991, 0.1157341, 0.3123669");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001410301, 0.003977898, 0.01122007, 0.03164735, 0.0892646, 0.2517799");
					values("0.0026870, 0.0042958, 0.0084992, 0.0199758, 0.0484897, 0.1192945, 0.3156695", \
					  "0.0027019, 0.0043037, 0.0085096, 0.0200179, 0.0485212, 0.1193535, 0.3173195", \
					  "0.0027396, 0.0043444, 0.0085354, 0.0200330, 0.0485364, 0.1198610, 0.3153536", \
					  "0.0027333, 0.0043273, 0.0084981, 0.0199346, 0.0484007, 0.1192086, 0.3152222", \
					  "0.0027270, 0.0043045, 0.0084425, 0.0198388, 0.0482206, 0.1190024, 0.3152929", \
					  "0.0027184, 0.0042737, 0.0083678, 0.0197017, 0.0479731, 0.1189183, 0.3153648", \
					  "0.0028964, 0.0047233, 0.0094181, 0.0207824, 0.0480274, 0.1188813, 0.3153835");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001410301, 0.003977898, 0.01122007, 0.03164735, 0.0892646, 0.2517799");
					values("0.0002838, 0.0035442, 0.0099461, 0.0163056, 0.0068269, -0.0532041, -0.2463031", \
					  "0.0002782, 0.0035324, 0.0099211, 0.0162894, 0.0067997, -0.0532774, -0.2463887", \
					  "0.0002763, 0.0035349, 0.0099225, 0.0163236, 0.0068428, -0.0532506, -0.2463639", \
					  "0.0002645, 0.0035159, 0.0098815, 0.0162308, 0.0067170, -0.0533411, -0.2464589", \
					  "0.0002496, 0.0034940, 0.0098541, 0.0161821, 0.0065903, -0.0534915, -0.2465894", \
					  "0.0002150, 0.0034421, 0.0097685, 0.0160010, 0.0063414, -0.0537564, -0.2468057", \
					  "0.0001446, 0.0033548, 0.0096406, 0.0157897, 0.0059874, -0.0541255, -0.2471693");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.4767993, 0.4839980, 0.5005288, 0.5372429, 0.6268594, 0.8667718, 1.5369573", \
					  "0.4820853, 0.4891870, 0.5057229, 0.5424473, 0.6320504, 0.8714314, 1.5415529", \
					  "0.4960938, 0.5033062, 0.5198431, 0.5565686, 0.6461769, 0.8854527, 1.5551621", \
					  "0.5297909, 0.5370236, 0.5535583, 0.5902683, 0.6798428, 0.9190672, 1.5887088", \
					  "0.6094896, 0.6166411, 0.6331827, 0.6698983, 0.7594927, 0.9989150, 1.6672489", \
					  "0.7677524, 0.7749346, 0.7914508, 0.8281361, 0.9177018, 1.1569484, 1.8264632", \
					  "1.0389878, 1.0461895, 1.0627285, 1.0994430, 1.1888800, 1.4283422, 2.0991200");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.0284776, 0.0342066, 0.0490313, 0.0886132, 0.2042711, 0.5371484, 1.4961633", \
					  "0.0288297, 0.0344201, 0.0491349, 0.0887499, 0.2041152, 0.5365871, 1.4903168", \
					  "0.0286179, 0.0344117, 0.0491339, 0.0887503, 0.2036092, 0.5360818, 1.4812136", \
					  "0.0284982, 0.0342656, 0.0490695, 0.0885979, 0.2036005, 0.5371357, 1.4947422", \
					  "0.0285784, 0.0344757, 0.0492085, 0.0887303, 0.2037159, 0.5359030, 1.4940480", \
					  "0.0284210, 0.0342347, 0.0490602, 0.0886502, 0.2037881, 0.5367031, 1.4905503", \
					  "0.0284758, 0.0341405, 0.0490332, 0.0886680, 0.2043249, 0.5366276, 1.4894901");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.3854393, 0.3934133, 0.4100690, 0.4414391, 0.4992797, 0.6107865, 0.8600929", \
					  "0.3911636, 0.3990717, 0.4157739, 0.4472419, 0.5050125, 0.6165209, 0.8659763", \
					  "0.4049159, 0.4128221, 0.4295469, 0.4609278, 0.5187638, 0.6302672, 0.8795150", \
					  "0.4380421, 0.4460185, 0.4626726, 0.4940535, 0.5518815, 0.6633846, 0.9126285", \
					  "0.5177300, 0.5256791, 0.5423323, 0.5736699, 0.6315349, 0.7430323, 0.9921793", \
					  "0.6718529, 0.6797901, 0.6964901, 0.7278439, 0.7856938, 0.8972184, 1.1465299", \
					  "0.9299038, 0.9378087, 0.9545500, 0.9859144, 1.0438084, 1.1553580, 1.4046659");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.0402285, 0.0445773, 0.0546070, 0.0752567, 0.1191117, 0.2224693, 0.5193071", \
					  "0.0401846, 0.0446093, 0.0544816, 0.0746865, 0.1191505, 0.2221787, 0.5207400", \
					  "0.0402357, 0.0447680, 0.0545187, 0.0747307, 0.1190977, 0.2228947, 0.5201038", \
					  "0.0402216, 0.0445749, 0.0545605, 0.0751134, 0.1192321, 0.2223531, 0.5201027", \
					  "0.0401999, 0.0447255, 0.0545051, 0.0753506, 0.1192284, 0.2225212, 0.5203313", \
					  "0.0402454, 0.0446572, 0.0544192, 0.0747297, 0.1191467, 0.2224232, 0.5191287", \
					  "0.0404727, 0.0448731, 0.0546768, 0.0755148, 0.1193695, 0.2221887, 0.5199998");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.2435805, 0.2509352, 0.2678710, 0.3057829, 0.3979613, 0.6428782, 1.3127278", \
					  "0.2494111, 0.2567909, 0.2737111, 0.3115844, 0.4036259, 0.6485426, 1.3187852", \
					  "0.2634161, 0.2707937, 0.2877092, 0.3255813, 0.4177436, 0.6626458, 1.3328497", \
					  "0.2976987, 0.3050319, 0.3219874, 0.3598550, 0.4520158, 0.6969073, 1.3670256", \
					  "0.3784003, 0.3857608, 0.4026870, 0.4405924, 0.5327604, 0.7776195, 1.4479530", \
					  "0.5398019, 0.5472128, 0.5642382, 0.6022384, 0.6944397, 0.9392161, 1.6093904", \
					  "0.8201880, 0.8277816, 0.8451298, 0.8835531, 0.9762333, 1.2216181, 1.8914681");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.0290709, 0.0351670, 0.0506302, 0.0916988, 0.2105166, 0.5423886, 1.4853441", \
					  "0.0288398, 0.0348531, 0.0505247, 0.0916699, 0.2105254, 0.5426568, 1.4825026", \
					  "0.0288559, 0.0348887, 0.0504105, 0.0916194, 0.2105034, 0.5426865, 1.4870253", \
					  "0.0290222, 0.0349925, 0.0504728, 0.0916781, 0.2105479, 0.5427262, 1.4864908", \
					  "0.0290063, 0.0349710, 0.0505512, 0.0916483, 0.2105021, 0.5428345, 1.4879072", \
					  "0.0290795, 0.0352669, 0.0507671, 0.0919334, 0.2106720, 0.5409557, 1.4872457", \
					  "0.0309103, 0.0368141, 0.0522219, 0.0931174, 0.2113103, 0.5414962, 1.4868977");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				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, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.1430509, 0.1504584, 0.1674864, 0.2054853, 0.2975314, 0.5418107, 1.2115161", \
					  "0.1482000, 0.1555762, 0.1726656, 0.2106507, 0.3026876, 0.5470298, 1.2167595", \
					  "0.1591304, 0.1666067, 0.1836256, 0.2216224, 0.3136723, 0.5580806, 1.2278225", \
					  "0.1836217, 0.1910962, 0.2080876, 0.2460518, 0.3381082, 0.5826002, 1.2523905", \
					  "0.2372060, 0.2447012, 0.2618418, 0.2998815, 0.3919998, 0.6367094, 1.3066036", \
					  "0.3291334, 0.3377516, 0.3569741, 0.3974470, 0.4913903, 0.7364012, 1.4062094", \
					  "0.4550696, 0.4664165, 0.4904196, 0.5376212, 0.6362836, 0.8837173, 1.5537859");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.0295169, 0.0354340, 0.0510039, 0.0920389, 0.2106938, 0.5430709, 1.4887868", \
					  "0.0295750, 0.0357157, 0.0510698, 0.0920872, 0.2103624, 0.5419086, 1.4897766", \
					  "0.0294508, 0.0353781, 0.0508706, 0.0921361, 0.2101577, 0.5425227, 1.4846446", \
					  "0.0293628, 0.0352881, 0.0508558, 0.0920764, 0.2106216, 0.5430498, 1.4890016", \
					  "0.0301509, 0.0363098, 0.0515057, 0.0923008, 0.2101821, 0.5427871, 1.4899588", \
					  "0.0366680, 0.0426960, 0.0577434, 0.0973989, 0.2131540, 0.5417269, 1.4893662", \
					  "0.0512281, 0.0583149, 0.0732750, 0.1109797, 0.2217226, 0.5461003, 1.4889504");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.2528820, 0.2612580, 0.2788483, 0.3123396, 0.3743556, 0.4806085, 0.7200187", \
					  "0.2584039, 0.2667792, 0.2844648, 0.3179350, 0.3798913, 0.4861616, 0.7258237", \
					  "0.2723121, 0.2806960, 0.2983161, 0.3318914, 0.3938165, 0.5001016, 0.7395631", \
					  "0.3051318, 0.3135249, 0.3312753, 0.3647590, 0.4266718, 0.5328870, 0.7723154", \
					  "0.3880559, 0.3964999, 0.4141879, 0.4477401, 0.5096062, 0.6158887, 0.8554382", \
					  "0.5814837, 0.5898316, 0.6073531, 0.6406689, 0.7025294, 0.8087399, 1.0484673", \
					  "0.9671997, 0.9787182, 1.0019658, 1.0436961, 1.1162916, 1.2264360, 1.4659556");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014103, 0.0039779, 0.0112201, 0.0316474, 0.0892646, 0.25178");
					values("0.0432480, 0.0480038, 0.0582693, 0.0802204, 0.1234396, 0.2108303, 0.5054819", \
					  "0.0432981, 0.0480331, 0.0585027, 0.0807983, 0.1233980, 0.2107387, 0.5086099", \
					  "0.0432576, 0.0480485, 0.0584110, 0.0809180, 0.1235209, 0.2109162, 0.5082508", \
					  "0.0431798, 0.0481508, 0.0583621, 0.0806169, 0.1234162, 0.2109181, 0.5083492", \
					  "0.0432273, 0.0480802, 0.0586046, 0.0808722, 0.1237947, 0.2109032, 0.5080309", \
					  "0.0434706, 0.0482001, 0.0583973, 0.0808264, 0.1234382, 0.2103221, 0.5116595", \
					  "0.0653589, 0.0703407, 0.0812775, 0.1043227, 0.1426309, 0.2174551, 0.5072837");
				}
			}
		}
	}
	cell ("scs8hd_dfbbp_1") {
		area : 32.531200;
		cell_footprint : "dfbbp";
		cell_leakage_power : 1.736135e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			clear : "!RESETB";
			preset : "!SETB";
			clear_preset_var1 : "H";
			clear_preset_var2 : "L";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018240";
			when : "SETB&RESETB&CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017668";
			when : "SETB&RESETB&!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0019479";
			when : "!SETB&RESETB&CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0013449";
			when : "SETB&!RESETB&!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017955";
			when : "SETB&RESETB&CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017629";
			when : "SETB&RESETB&!CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0013737";
			when : "SETB&!RESETB&CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0021487";
			when : "SETB&RESETB&CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020311";
			when : "SETB&RESETB&!CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0018397";
			when : "!SETB&RESETB&CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0014022";
			when : "SETB&!RESETB&CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0018303";
			when : "!SETB&RESETB&!CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0021017";
			when : "SETB&RESETB&!CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0016374";
			when : "!SETB&!RESETB&!CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020003";
			when : "!SETB&RESETB&!CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0016395";
			when : "!SETB&!RESETB&CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0015218";
			when : "!SETB&!RESETB&!CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0020403";
			when : "SETB&RESETB&CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0015311";
			when : "!SETB&!RESETB&CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0011830";
			when : "SETB&!RESETB&!CLK&D&!Q&QN";
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003616;
			capacitance : 0.003464;
			fall_capacitance : 0.003312;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0346211, 0.0990378, 0.2959779", \
					  "-0.1963561, -0.0590352, 0.1183737", \
					  "-0.3383646, -0.2022643, -0.0297383");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1130840, 0.0172669, -0.0405130", \
					  "0.2552878, 0.1594707, 0.1016908", \
					  "0.3814271, 0.2843893, 0.2278301");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0996563, 0.2443014, 0.3826478", \
					  "0.1027161, 0.2168438, 0.3319968", \
					  "0.1938620, 0.2750306, 0.3682110");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2225131, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036044, 0.0036106, 0.0036250, 0.0036349, 0.0036577, 0.0037103, 0.0038316");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045929, 0.0045740, 0.0045306, 0.0045071, 0.0044531, 0.0043285, 0.0040413");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin RESETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "RESETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1151875, -0.2634948, -0.4213724", \
					  "-0.0877298, -0.2165059, -0.3499694", \
					  "-0.1092956, -0.2392923, -0.3605488");
				}
			}
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001462;
			capacitance : 0.001529;
			rise_capacitance : 0.001597;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0837871, 0.2186667, 0.3362611", \
					  "-0.0437682, 0.0898906, 0.2038229", \
					  "-0.1406107, -0.0093932, 0.0996563");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0431660, -0.1756042, -0.2870951", \
					  "0.0782858, -0.0529316, -0.1619811", \
					  "0.1824525, 0.0500143, -0.0602559");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1972474, 0.8333333, 2.5000000");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1151875, -0.0877298, -0.1092956", \
					  "-0.2634948, -0.2165059, -0.2392923", \
					  "-0.4213724, -0.3499694, -0.3605488");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0092955, 0.0092352, 0.0090962, 0.0091024, 0.0091164, 0.0091489, 0.0092238");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054786, 0.0054473, 0.0053751, 0.0053599, 0.0053249, 0.0052441, 0.0050581");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin SETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "SETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0996563, 0.1027161, 0.1938620", \
					  "0.2443014, 0.2168438, 0.2750306", \
					  "0.3826478, 0.3319968, 0.3682110");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001823;
			capacitance : 0.001714;
			fall_capacitance : 0.001604;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1203516, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1796712, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168885, 0.0168022, 0.0166033, 0.0165937, 0.0165715, 0.0165204, 0.0164027");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0204291, 0.0203769, 0.0202566, 0.0202311, 0.0201723, 0.0200367, 0.0197243");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001690;
			capacitance : 0.001572;
			fall_capacitance : 0.001454;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0825664, 0.2101217, 0.3216126", \
					  "-0.0132507, 0.1094219, 0.2123678", \
					  "-0.0490579, 0.0687318, 0.1692363");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1802227, 0.4176413, 0.7891419", \
					  "0.0416810, 0.2766582, 0.6493795", \
					  "-0.0759134, 0.1578431, 0.5293437");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0370625, -0.1633971, -0.2639017", \
					  "0.0367819, -0.0822285, -0.1754089", \
					  "0.0750306, -0.0378763, -0.1347187");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0919941, -0.3294128, -0.6935892", \
					  "0.0221335, -0.2091816, -0.5709167", \
					  "0.1226380, -0.1074564, -0.4655293");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0003086, 0.0002604, 0.0001492, 0.0001438, 0.0001314, 0.0001027, 3.6483338e-05");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038366, 0.0037805, 0.0036513, 0.0036597, 0.0036793, 0.0037244, 0.0038283");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.149241;
			max_transition : 1.503913;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0087309, -0.0065549, -0.0015522, 0.0089052, 0.0293034, 0.0743955, 0.1864642", \
					  "-0.0087098, -0.0065431, -0.0015373, 0.0088628, 0.0293129, 0.0748696, 0.1861411", \
					  "-0.0086617, -0.0065089, -0.0015288, 0.0088243, 0.0292284, 0.0747106, 0.1848821", \
					  "-0.0086605, -0.0065245, -0.0015801, 0.0087081, 0.0290639, 0.0744129, 0.1867913", \
					  "-0.0086428, -0.0065284, -0.0016296, 0.0086445, 0.0289469, 0.0744476, 0.1850046", \
					  "-0.0085856, -0.0064793, -0.0015887, 0.0086612, 0.0288819, 0.0742855, 0.1866364", \
					  "-0.0083532, -0.0061420, -0.0011859, 0.0089110, 0.0290286, 0.0737742, 0.1855559");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0076739, -0.0042897, 0.0018189, 0.0081896, 0.0043444, -0.0300088, -0.1369482", \
					  "-0.0076513, -0.0042705, 0.0018373, 0.0081969, 0.0043517, -0.0300262, -0.1369741", \
					  "-0.0076015, -0.0042336, 0.0018330, 0.0081620, 0.0042269, -0.0301650, -0.1371183", \
					  "-0.0076053, -0.0042615, 0.0017601, 0.0080251, 0.0040498, -0.0303819, -0.1373550", \
					  "-0.0075931, -0.0042706, 0.0017144, 0.0078954, 0.0038733, -0.0306165, -0.1376150", \
					  "-0.0075373, -0.0042336, 0.0017185, 0.0078476, 0.0037584, -0.0307479, -0.1377697", \
					  "-0.0073737, -0.0040589, 0.0019097, 0.0080756, 0.0040447, -0.0306229, -0.1376456");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0022668, 0.0008991, 0.0065654, 0.0122919, 0.0078012, -0.0261309, -0.1332041", \
					  "-0.0022414, 0.0009201, 0.0065864, 0.0123033, 0.0077795, -0.0261564, -0.1332316", \
					  "-0.0021748, 0.0009802, 0.0066419, 0.0123303, 0.0078222, -0.0261402, -0.1332349", \
					  "-0.0021818, 0.0009665, 0.0066119, 0.0122953, 0.0077329, -0.0262221, -0.1333066", \
					  "-0.0021936, 0.0009416, 0.0065590, 0.0122113, 0.0076340, -0.0263309, -0.1334319", \
					  "-0.0022225, 0.0009048, 0.0065029, 0.0120979, 0.0074928, -0.0265270, -0.1336385", \
					  "-0.0022577, 0.0008716, 0.0064763, 0.0120961, 0.0074967, -0.0265807, -0.1337047");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0007902, 0.0007357, 0.0044850, 0.0128851, 0.0312407, 0.0756678, 0.1863177", \
					  "-0.0007964, 0.0007259, 0.0044550, 0.0128493, 0.0312014, 0.0750514, 0.1869220", \
					  "-0.0008032, 0.0007157, 0.0044593, 0.0128472, 0.0312367, 0.0751412, 0.1858366", \
					  "-0.0008143, 0.0006958, 0.0044227, 0.0127850, 0.0311479, 0.0750302, 0.1870322", \
					  "-0.0008324, 0.0006649, 0.0043691, 0.0127115, 0.0310119, 0.0748291, 0.1866364", \
					  "-0.0008763, 0.0006042, 0.0042648, 0.0125378, 0.0308990, 0.0750230, 0.1862319", \
					  "-0.0009724, 0.0004586, 0.0040178, 0.0123194, 0.0304880, 0.0746940, 0.1858517");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-9.4750000e-05, 0.0028260, 0.0080098, 0.0130339, 0.0078084, -0.0265787, -0.1338119", \
					  "-8.5500000e-05, 0.0028299, 0.0080123, 0.0130142, 0.0077933, -0.0265864, -0.1338883", \
					  "-6.8500000e-05, 0.0028462, 0.0080171, 0.0130118, 0.0077723, -0.0266141, -0.1338945", \
					  "-6.6450000e-05, 0.0028348, 0.0079793, 0.0129315, 0.0076538, -0.0267672, -0.1340365", \
					  "-5.4550000e-05, 0.0028233, 0.0079295, 0.0128099, 0.0074802, -0.0270034, -0.1343106", \
					  "-3.5500000e-06, 0.0028549, 0.0079235, 0.0127506, 0.0073726, -0.0272196, -0.1345468", \
					  "0.0001877, 0.0031139, 0.0083153, 0.0133519, 0.0081943, -0.0271673, -0.1346350");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4667925, 0.4735533, 0.4888381, 0.5262893, 0.6225074, 0.8700147, 1.5125250", \
					  "0.4715360, 0.4781016, 0.4935730, 0.5309458, 0.6272886, 0.8747337, 1.5148057", \
					  "0.4831749, 0.4898881, 0.5052873, 0.5426944, 0.6388154, 0.8862521, 1.5287041", \
					  "0.5101884, 0.5169503, 0.5322470, 0.5694913, 0.6657160, 0.9128389, 1.5551643", \
					  "0.5600227, 0.5667188, 0.5821780, 0.6197139, 0.7155978, 0.9631399, 1.6042251", \
					  "0.6350243, 0.6417545, 0.6571871, 0.6945827, 0.7906023, 1.0378661, 1.6777967", \
					  "0.7360473, 0.7427979, 0.7582681, 0.7958748, 0.8918893, 1.1392108, 1.7798508");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0231322, 0.0296774, 0.0479958, 0.0988531, 0.2338124, 0.5847081, 1.4865884", \
					  "0.0230379, 0.0298423, 0.0481053, 0.0990333, 0.2343874, 0.5846568, 1.5039126", \
					  "0.0229679, 0.0296631, 0.0480681, 0.0989648, 0.2338668, 0.5848102, 1.5008542", \
					  "0.0231911, 0.0296373, 0.0481298, 0.0990446, 0.2340397, 0.5834941, 1.5032104", \
					  "0.0231427, 0.0297225, 0.0480312, 0.0990181, 0.2342550, 0.5837884, 1.4878599", \
					  "0.0231046, 0.0297319, 0.0480426, 0.0990530, 0.2343267, 0.5847310, 1.5033712", \
					  "0.0231758, 0.0297097, 0.0481118, 0.0989901, 0.2345298, 0.5822711, 1.4963657");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3866106, 0.3911013, 0.4004809, 0.4192941, 0.4604147, 0.5620213, 0.8253182", \
					  "0.3916895, 0.3961536, 0.4054877, 0.4243194, 0.4655524, 0.5670328, 0.8303281", \
					  "0.4032279, 0.4077723, 0.4170385, 0.4359205, 0.4771100, 0.5786530, 0.8419799", \
					  "0.4293667, 0.4339112, 0.4432086, 0.4620422, 0.5031625, 0.6048004, 0.8680157", \
					  "0.4795576, 0.4840274, 0.4933539, 0.5122424, 0.5534000, 0.6549145, 0.9180142", \
					  "0.5564623, 0.5609892, 0.5702724, 0.5891093, 0.6302491, 0.7318363, 0.9952229", \
					  "0.6651153, 0.6695338, 0.6788720, 0.6977577, 0.7389332, 0.8405893, 1.1036962");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0158919, 0.0191255, 0.0269210, 0.0457154, 0.0946029, 0.2281727, 0.5806501", \
					  "0.0158813, 0.0192074, 0.0270959, 0.0454702, 0.0947291, 0.2276085, 0.5780975", \
					  "0.0158990, 0.0191596, 0.0271145, 0.0456410, 0.0945441, 0.2280474, 0.5837567", \
					  "0.0159149, 0.0192212, 0.0269364, 0.0456884, 0.0946513, 0.2280759, 0.5789188", \
					  "0.0158825, 0.0192152, 0.0270963, 0.0455396, 0.0948296, 0.2280737, 0.5810769", \
					  "0.0158431, 0.0191369, 0.0271291, 0.0455012, 0.0947722, 0.2280565, 0.5814944", \
					  "0.0158921, 0.0191419, 0.0269606, 0.0457093, 0.0942769, 0.2280709, 0.5788845");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2736541, 0.2782499, 0.2876321, 0.3065523, 0.3477547, 0.4493604, 0.7124190", \
					  "0.2793913, 0.2839746, 0.2934062, 0.3123187, 0.3536294, 0.4551754, 0.7183291", \
					  "0.2932110, 0.2977899, 0.3071572, 0.3261131, 0.3673022, 0.4689145, 0.7320758", \
					  "0.3277141, 0.3322477, 0.3416869, 0.3606559, 0.4019096, 0.5034539, 0.7666084", \
					  "0.4069868, 0.4116034, 0.4209777, 0.4399505, 0.4811409, 0.5827985, 0.8459212", \
					  "0.5632852, 0.5678764, 0.5773430, 0.5963110, 0.6375345, 0.7391156, 1.0022777", \
					  "0.8314510, 0.8360692, 0.8454794, 0.8645047, 0.9057445, 1.0074428, 1.2705256");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0162550, 0.0195671, 0.0272269, 0.0459657, 0.0948074, 0.2281755, 0.5794485", \
					  "0.0162701, 0.0195108, 0.0273362, 0.0458722, 0.0947722, 0.2281047, 0.5780053", \
					  "0.0162604, 0.0195937, 0.0272584, 0.0459684, 0.0949311, 0.2280945, 0.5783474", \
					  "0.0161869, 0.0195128, 0.0273528, 0.0459309, 0.0946946, 0.2281693, 0.5779366", \
					  "0.0161997, 0.0194593, 0.0273080, 0.0459408, 0.0945773, 0.2278644, 0.5786149", \
					  "0.0163080, 0.0195361, 0.0273171, 0.0459607, 0.0948179, 0.2281604, 0.5776517", \
					  "0.0163466, 0.0196892, 0.0274799, 0.0460843, 0.0949139, 0.2278012, 0.5786824");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3062922, 0.3132296, 0.3288956, 0.3666290, 0.4626044, 0.7101242, 1.3526129", \
					  "0.3118894, 0.3187896, 0.3342647, 0.3719391, 0.4682854, 0.7158617, 1.3579085", \
					  "0.3256130, 0.3324006, 0.3480681, 0.3857118, 0.4820102, 0.7294690, 1.3701521", \
					  "0.3588148, 0.3656017, 0.3812684, 0.4189149, 0.5152168, 0.7626905, 1.4035302", \
					  "0.4420641, 0.4488190, 0.4644546, 0.5021244, 0.5984552, 0.8460349, 1.4880505", \
					  "0.6347501, 0.6417487, 0.6573926, 0.6950200, 0.7910555, 1.0385922, 1.6809641", \
					  "1.0267289, 1.0346596, 1.0510978, 1.0890375, 1.1848954, 1.4319296, 2.0723412");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0243599, 0.0307720, 0.0488143, 0.0994253, 0.2338389, 0.5844779, 1.4866114", \
					  "0.0242168, 0.0306558, 0.0488671, 0.0992895, 0.2341623, 0.5864552, 1.4980041", \
					  "0.0241379, 0.0308460, 0.0489051, 0.0994510, 0.2338351, 0.5871467, 1.4984818", \
					  "0.0241341, 0.0308486, 0.0489055, 0.0994504, 0.2338942, 0.5871304, 1.4977213", \
					  "0.0242117, 0.0308553, 0.0488790, 0.0993254, 0.2341609, 0.5864175, 1.4978943", \
					  "0.0244012, 0.0308269, 0.0487229, 0.0994117, 0.2337591, 0.5848649, 1.4976363", \
					  "0.0290341, 0.0348885, 0.0514846, 0.1002387, 0.2341671, 0.5850031, 1.4938025");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1769999, 0.1815974, 0.1910366, 0.2100438, 0.2513138, 0.3528452, 0.6160076", \
					  "0.1820275, 0.1866523, 0.1960559, 0.2150454, 0.2562724, 0.3579993, 0.6212201", \
					  "0.1930066, 0.1976499, 0.2070371, 0.2260152, 0.2672284, 0.3689822, 0.6321933", \
					  "0.2173150, 0.2219592, 0.2313464, 0.2503238, 0.2915360, 0.3932886, 0.6564946", \
					  "0.2692357, 0.2738671, 0.2833087, 0.3022798, 0.3435765, 0.4452126, 0.7083560", \
					  "0.3562979, 0.3610165, 0.3706023, 0.3898133, 0.4312923, 0.5330472, 0.7961232", \
					  "0.4753606, 0.4804147, 0.4906235, 0.5103644, 0.5523197, 0.6541623, 0.9173700");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0163411, 0.0196102, 0.0274200, 0.0459769, 0.0946060, 0.2281009, 0.5790740", \
					  "0.0163365, 0.0195185, 0.0274234, 0.0458309, 0.0949715, 0.2280861, 0.5786995", \
					  "0.0163518, 0.0196870, 0.0274846, 0.0457657, 0.0950211, 0.2281906, 0.5794470", \
					  "0.0163470, 0.0196893, 0.0274826, 0.0457652, 0.0950094, 0.2282346, 0.5797525", \
					  "0.0164021, 0.0196032, 0.0274681, 0.0460273, 0.0951644, 0.2281594, 0.5786262", \
					  "0.0170294, 0.0205845, 0.0280451, 0.0466518, 0.0953675, 0.2279007, 0.5791708", \
					  "0.0191131, 0.0223743, 0.0302231, 0.0482112, 0.0962182, 0.2285098, 0.5790287");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.136424;
			max_transition : 1.499721;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0086696, -0.0064708, -0.0016450, 0.0081825, 0.0274139, 0.0691018, 0.1711093", \
					  "-0.0086514, -0.0064627, -0.0016547, 0.0081531, 0.0272413, 0.0693109, 0.1699753", \
					  "-0.0085987, -0.0064208, -0.0016329, 0.0081405, 0.0272848, 0.0688827, 0.1693242", \
					  "-0.0086009, -0.0064428, -0.0016911, 0.0080357, 0.0270152, 0.0690634, 0.1699616", \
					  "-0.0085903, -0.0064568, -0.0017558, 0.0078931, 0.0269070, 0.0684204, 0.1688121", \
					  "-0.0085378, -0.0064243, -0.0017648, 0.0078262, 0.0267784, 0.0682610, 0.1704826", \
					  "-0.0083675, -0.0062334, -0.0015137, 0.0080348, 0.0268379, 0.0682205, 0.1704063");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0075108, -0.0040087, 0.0022322, 0.0089047, 0.0061501, -0.0244518, -0.1206284", \
					  "-0.0074906, -0.0039883, 0.0022445, 0.0088498, 0.0060939, -0.0245174, -0.1206745", \
					  "-0.0074350, -0.0039443, 0.0022588, 0.0088125, 0.0060248, -0.0246109, -0.1208187", \
					  "-0.0074400, -0.0039740, 0.0022118, 0.0087225, 0.0058851, -0.0247733, -0.1210187", \
					  "-0.0074245, -0.0039689, 0.0021572, 0.0086257, 0.0057522, -0.0249788, -0.1211520", \
					  "-0.0073635, -0.0039309, 0.0021861, 0.0086321, 0.0057379, -0.0249637, -0.1212182", \
					  "-0.0071972, -0.0037431, 0.0023817, 0.0088865, 0.0060847, -0.0249349, -0.1211803");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0034148, -0.0016387, 0.0024424, 0.0122282, 0.0316056, 0.0728955, 0.1740335", \
					  "-0.0033835, -0.0016032, 0.0024784, 0.0122603, 0.0316135, 0.0728782, 0.1741574", \
					  "-0.0033203, -0.0015507, 0.0025163, 0.0122818, 0.0316133, 0.0728567, 0.1742171", \
					  "-0.0033306, -0.0015708, 0.0024779, 0.0122148, 0.0315236, 0.0727273, 0.1736974", \
					  "-0.0033453, -0.0015923, 0.0024425, 0.0121605, 0.0314472, 0.0726244, 0.1735412", \
					  "-0.0033722, -0.0016367, 0.0023740, 0.0120347, 0.0312559, 0.0724421, 0.1733901", \
					  "-0.0032492, -0.0012990, 0.0030698, 0.0120640, 0.0311293, 0.0722851, 0.1732453");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0012517, 0.0002739, 0.0038752, 0.0129628, 0.0315389, 0.0722397, 0.1728415", \
					  "-0.0012436, 0.0002786, 0.0038822, 0.0129581, 0.0315569, 0.0725901, 0.1729322", \
					  "-0.0012246, 0.0002957, 0.0038878, 0.0129420, 0.0315461, 0.0722385, 0.1737153", \
					  "-0.0012225, 0.0002850, 0.0038508, 0.0128676, 0.0314304, 0.0721284, 0.1728978", \
					  "-0.0012088, 0.0002795, 0.0038024, 0.0127551, 0.0312494, 0.0719936, 0.1726229", \
					  "-0.0011228, 0.0004008, 0.0039129, 0.0126879, 0.0310559, 0.0716930, 0.1725765", \
					  "-0.0008102, 0.0009433, 0.0049149, 0.0133610, 0.0310827, 0.0717161, 0.1724314");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0004009, 0.0032264, 0.0081533, 0.0128819, 0.0082673, -0.0237515, -0.1206761", \
					  "0.0003916, 0.0032149, 0.0081427, 0.0128546, 0.0082203, -0.0238163, -0.1207170", \
					  "0.0003845, 0.0032099, 0.0081326, 0.0128433, 0.0082225, -0.0238143, -0.1207211", \
					  "0.0003753, 0.0031903, 0.0080981, 0.0127816, 0.0081309, -0.0239198, -0.1208353", \
					  "0.0003566, 0.0031624, 0.0080608, 0.0127166, 0.0080318, -0.0240312, -0.1209556", \
					  "0.0003163, 0.0031044, 0.0079469, 0.0125241, 0.0077810, -0.0242990, -0.1211873", \
					  "0.0002447, 0.0030170, 0.0078172, 0.0123095, 0.0074330, -0.0246480, -0.1215542");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.3385026, 0.3471621, 0.3660465, 0.4081548, 0.5088405, 0.7589160, 1.3914333", \
					  "0.3437132, 0.3523510, 0.3712261, 0.4133289, 0.5140261, 0.7636531, 1.3992486", \
					  "0.3551711, 0.3637809, 0.3826549, 0.4247438, 0.5254831, 0.7751345, 1.4096202", \
					  "0.3817759, 0.3904371, 0.4093227, 0.4514306, 0.5521141, 0.8013973, 1.4340372", \
					  "0.4310498, 0.4397002, 0.4586019, 0.5007199, 0.6014387, 0.8511007, 1.4855432", \
					  "0.5083328, 0.5169749, 0.5358689, 0.5779749, 0.6787141, 0.9285058, 1.5612971", \
					  "0.6168916, 0.6255710, 0.6444728, 0.6865596, 0.7870956, 1.0371879, 1.6723605");
				}
				rise_transition ("del_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("0.0310983, 0.0391152, 0.0586192, 0.1106219, 0.2451328, 0.5956787, 1.4938047", \
					  "0.0311579, 0.0389340, 0.0585314, 0.1105921, 0.2451440, 0.5949966, 1.4902577", \
					  "0.0310998, 0.0390560, 0.0585776, 0.1106020, 0.2453289, 0.5930432, 1.4997210", \
					  "0.0310633, 0.0391420, 0.0586278, 0.1105860, 0.2453612, 0.5939069, 1.4970511", \
					  "0.0312808, 0.0390718, 0.0585935, 0.1106183, 0.2453327, 0.5930255, 1.4986759", \
					  "0.0313429, 0.0390878, 0.0585940, 0.1106279, 0.2450064, 0.5943740, 1.4959313", \
					  "0.0311117, 0.0391301, 0.0586386, 0.1106490, 0.2447486, 0.5918004, 1.4965268");
				}
				cell_fall ("del_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("0.3897163, 0.3985972, 0.4160334, 0.4482829, 0.5072189, 0.6189662, 0.8685540", \
					  "0.3944636, 0.4033298, 0.4207726, 0.4530352, 0.5119472, 0.6237125, 0.8732144", \
					  "0.4061004, 0.4149554, 0.4324056, 0.4646452, 0.5235667, 0.6353003, 0.8849427", \
					  "0.4333559, 0.4422359, 0.4597068, 0.4919095, 0.5508341, 0.6625951, 0.9119704", \
					  "0.4830001, 0.4918915, 0.5093482, 0.5415503, 0.6004843, 0.7122598, 0.9618560", \
					  "0.5579496, 0.5668283, 0.5842738, 0.6165336, 0.6754587, 0.7871849, 1.0368509", \
					  "0.6591273, 0.6679846, 0.6854475, 0.7176457, 0.7765837, 0.8883641, 1.1379186");
				}
				fall_transition ("del_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("0.0375388, 0.0433048, 0.0548481, 0.0788395, 0.1289783, 0.2428802, 0.5586407", \
					  "0.0375728, 0.0430733, 0.0549598, 0.0788476, 0.1286595, 0.2428952, 0.5543446", \
					  "0.0375321, 0.0432527, 0.0549578, 0.0788353, 0.1289646, 0.2430252, 0.5543902", \
					  "0.0375618, 0.0432408, 0.0546529, 0.0787966, 0.1287859, 0.2435066, 0.5544002", \
					  "0.0375169, 0.0430539, 0.0547908, 0.0787842, 0.1290473, 0.2431464, 0.5568357", \
					  "0.0375713, 0.0430809, 0.0550455, 0.0788198, 0.1293250, 0.2429662, 0.5582928", \
					  "0.0375381, 0.0429705, 0.0549495, 0.0788046, 0.1290894, 0.2432021, 0.5549188");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.2255911, 0.2343977, 0.2537303, 0.2970467, 0.4001643, 0.6541069, 1.2884787", \
					  "0.2313688, 0.2401906, 0.2594724, 0.3027580, 0.4058626, 0.6599045, 1.2937550", \
					  "0.2452852, 0.2540908, 0.2734092, 0.3167089, 0.4198053, 0.6738305, 1.3080670", \
					  "0.2793483, 0.2881497, 0.3074773, 0.3507930, 0.4539075, 0.7079272, 1.3420944", \
					  "0.3587842, 0.3676022, 0.3871257, 0.4304297, 0.5335827, 0.7874791, 1.4214224", \
					  "0.5154337, 0.5243499, 0.5438384, 0.5874034, 0.6906386, 0.9446839, 1.5779238", \
					  "0.7832180, 0.7920929, 0.8120694, 0.8562391, 0.9600575, 1.2144741, 1.8486481");
				}
				rise_transition ("del_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("0.0317147, 0.0398621, 0.0602364, 0.1138063, 0.2512070, 0.5973629, 1.4912106", \
					  "0.0316480, 0.0398552, 0.0601354, 0.1138277, 0.2512526, 0.5968022, 1.4864315", \
					  "0.0315666, 0.0397764, 0.0601729, 0.1137810, 0.2511589, 0.5971380, 1.4894909", \
					  "0.0316884, 0.0398290, 0.0602385, 0.1137941, 0.2511101, 0.5971493, 1.4891878", \
					  "0.0317247, 0.0399394, 0.0601789, 0.1137833, 0.2512882, 0.5972083, 1.4894628", \
					  "0.0323135, 0.0403159, 0.0607381, 0.1142724, 0.2516350, 0.5973432, 1.4893873", \
					  "0.0337932, 0.0419285, 0.0622706, 0.1158101, 0.2525030, 0.5975458, 1.4915964");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1289295, 0.1378441, 0.1573514, 0.2008567, 0.3038138, 0.5571499, 1.1909143", \
					  "0.1340110, 0.1429351, 0.1624442, 0.2059480, 0.3089101, 0.5624353, 1.1963093", \
					  "0.1449314, 0.1538668, 0.1733602, 0.2168689, 0.3198646, 0.5734093, 1.2066470", \
					  "0.1692759, 0.1781869, 0.1976521, 0.2411119, 0.3441565, 0.5978521, 1.2311820", \
					  "0.2205068, 0.2296156, 0.2493770, 0.2930067, 0.3961143, 0.6499555, 1.2837155", \
					  "0.3039352, 0.3143564, 0.3360771, 0.3817320, 0.4861195, 0.7402085, 1.3732849", \
					  "0.4130404, 0.4265927, 0.4535060, 0.5049710, 0.6127178, 0.8684978, 1.5019602");
				}
				rise_transition ("del_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("0.0320467, 0.0402919, 0.0607611, 0.1143615, 0.2520683, 0.5976110, 1.4905158", \
					  "0.0322321, 0.0403112, 0.0608056, 0.1143064, 0.2517737, 0.5972181, 1.4879052", \
					  "0.0320800, 0.0403781, 0.0607505, 0.1143613, 0.2514711, 0.5973927, 1.4924975", \
					  "0.0320706, 0.0404012, 0.0607062, 0.1143550, 0.2516720, 0.5993391, 1.4929190", \
					  "0.0336195, 0.0416043, 0.0617230, 0.1147507, 0.2518157, 0.5969188, 1.4932037", \
					  "0.0401463, 0.0484034, 0.0676168, 0.1193245, 0.2539111, 0.5980316, 1.4878996", \
					  "0.0553670, 0.0644705, 0.0834323, 0.1312576, 0.2604318, 0.6002815, 1.4888537");
				}
				cell_fall ("del_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("0.2249170, 0.2344228, 0.2531510, 0.2877363, 0.3504925, 0.4563523, 0.7014485", \
					  "0.2303948, 0.2397760, 0.2585072, 0.2931636, 0.3559191, 0.4617863, 0.7071920", \
					  "0.2440407, 0.2535742, 0.2722070, 0.3069283, 0.3697379, 0.4755939, 0.7209857", \
					  "0.2772574, 0.2867564, 0.3053776, 0.3400736, 0.4028780, 0.5087534, 0.7541400", \
					  "0.3605508, 0.3698855, 0.3886675, 0.4232654, 0.4860247, 0.5918991, 0.8370334", \
					  "0.5529896, 0.5624152, 0.5811827, 0.6157989, 0.6785838, 0.7844515, 1.0299508", \
					  "0.9213460, 0.9348048, 0.9603095, 1.0051213, 1.0779774, 1.1857626, 1.4311169");
				}
				fall_transition ("del_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("0.0408185, 0.0466430, 0.0594957, 0.0862556, 0.1301597, 0.2339202, 0.5487732", \
					  "0.0409069, 0.0468746, 0.0591732, 0.0861895, 0.1302072, 0.2333283, 0.5506601", \
					  "0.0407736, 0.0469802, 0.0594923, 0.0862491, 0.1302389, 0.2332013, 0.5517912", \
					  "0.0409934, 0.0470412, 0.0595560, 0.0863046, 0.1302789, 0.2332370, 0.5513387", \
					  "0.0410724, 0.0470001, 0.0592124, 0.0862260, 0.1302514, 0.2339781, 0.5467993", \
					  "0.0424359, 0.0479125, 0.0602362, 0.0867994, 0.1303729, 0.2330789, 0.5530075", \
					  "0.0643541, 0.0713255, 0.0852839, 0.1135042, 0.1478482, 0.2384899, 0.5532791");
				}
			}
		}
	}
	cell ("scs8hd_dfrbp_1") {
		area : 28.777600;
		cell_footprint : "dfrbp";
		cell_leakage_power : 1.525351e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0016869";
			when : "RESETB&CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0016079";
			when : "RESETB&!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0015621";
			when : "!RESETB&CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0015082";
			when : "RESETB&CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0014066";
			when : "RESETB&!CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0015817";
			when : "!RESETB&CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0015527";
			when : "RESETB&!CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0016672";
			when : "RESETB&CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0015607";
			when : "!RESETB&!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0013742";
			when : "RESETB&CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0012864";
			when : "RESETB&!CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0015097";
			when : "!RESETB&!CLK&D&!Q&QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003518;
			capacitance : 0.003544;
			rise_capacitance : 0.003570;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2140645, -0.0535501, 0.3045228", \
					  "-0.3721374, -0.2213887, 0.1000631", \
					  "-0.5214700, -0.3792663, -0.0883320");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2925274, 0.4567200, 0.7944479", \
					  "0.4335104, 0.5964824, 0.9268861", \
					  "0.5730775, 0.7311667, 1.0530254");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3345612, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0034893, 0.0034804, 0.0034599, 0.0034677, 0.0034856, 0.0035271, 0.0036227");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039449, -0.0039960, -0.0041136, -0.0041148, -0.0041176, -0.0041241, -0.0041390");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001626;
			capacitance : 0.001717;
			rise_capacitance : 0.001808;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1148591, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1511099, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0184091, 0.0183223, 0.0181220, 0.0181127, 0.0180912, 0.0180418, 0.0179279");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121161, 0.0120709, 0.0119666, 0.0119385, 0.0118736, 0.0117242, 0.0113797");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001996;
			capacitance : 0.001954;
			fall_capacitance : 0.001912;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0569316, 0.1844870, 0.2862122", \
					  "-0.0242370, 0.0898906, 0.1781881", \
					  "-0.0685892, 0.0394349, 0.1240703");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1191875, 0.3578268, 0.7366517", \
					  "0.0001771, 0.2314922, 0.6029928", \
					  "-0.1027689, 0.1261048, 0.4915019");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0260762, -0.1353210, -0.2028665", \
					  "0.0477682, -0.0578145, -0.1302428", \
					  "0.0860169, -0.0159036, -0.0907734");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0382832, -0.2586120, -0.5519876", \
					  "0.0770651, -0.1457051, -0.4683776", \
					  "0.1726869, -0.0500833, -0.3788594");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005446, -0.0006068, -0.0007500, -0.0007552, -0.0007672, -0.0007948, -0.0008584");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045101, 0.0044832, 0.0044214, 0.0044295, 0.0044481, 0.0044909, 0.0045897");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.146494;
			max_transition : 1.507664;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001288581, 0.003320883, 0.008558456, 0.02205653, 0.05684326, 0.1464943");
					values("-0.0047728, -0.0028820, 0.0014200, 0.0106269, 0.0296977, 0.0736123, 0.1837194", \
					  "-0.0047527, -0.0028658, 0.0014269, 0.0106135, 0.0297602, 0.0736733, 0.1826901", \
					  "-0.0047063, -0.0028267, 0.0014524, 0.0106216, 0.0296758, 0.0738277, 0.1837422", \
					  "-0.0047134, -0.0028633, 0.0013575, 0.0104411, 0.0295563, 0.0733035, 0.1832021", \
					  "-0.0046950, -0.0028641, 0.0013176, 0.0103402, 0.0293607, 0.0734970, 0.1823342", \
					  "-0.0046373, -0.0028259, 0.0013161, 0.0102916, 0.0291299, 0.0730189, 0.1830316", \
					  "-0.0044501, -0.0026203, 0.0015747, 0.0105330, 0.0292619, 0.0728207, 0.1818674");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001288581, 0.003320883, 0.008558456, 0.02205653, 0.05684326, 0.1464943");
					values("-0.0035855, -0.0003175, 0.0055384, 0.0115359, 0.0074978, -0.0263635, -0.1311699", \
					  "-0.0035644, -0.0003007, 0.0055495, 0.0115190, 0.0074691, -0.0263933, -0.1312089", \
					  "-0.0035193, -0.0002636, 0.0055615, 0.0114925, 0.0074180, -0.0264712, -0.1312713", \
					  "-0.0035244, -0.0002927, 0.0054782, 0.0113332, 0.0071949, -0.0267046, -0.1315969", \
					  "-0.0035012, -0.0002864, 0.0054662, 0.0112927, 0.0071070, -0.0268377, -0.1316728", \
					  "-0.0034363, -0.0002316, 0.0054969, 0.0112884, 0.0070836, -0.0268910, -0.1317683", \
					  "-0.0032482, -2.2950000e-05, 0.0057379, 0.0116181, 0.0074792, -0.0267169, -0.1315765");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001288581, 0.003320883, 0.008558456, 0.02205653, 0.05684326, 0.1464943");
					values("0.0009168, 0.0044451, 0.0108058, 0.0175742, 0.0143441, -0.0186661, -0.1231335", \
					  "0.0009199, 0.0044433, 0.0107963, 0.0175609, 0.0143205, -0.0186963, -0.1231594", \
					  "0.0009158, 0.0044249, 0.0107421, 0.0174652, 0.0141786, -0.0188723, -0.1233512", \
					  "0.0009024, 0.0043939, 0.0106842, 0.0173744, 0.0140584, -0.0190315, -0.1235306", \
					  "0.0008907, 0.0043771, 0.0106541, 0.0173081, 0.0139755, -0.0191775, -0.1236538", \
					  "0.0008627, 0.0043409, 0.0106029, 0.0172141, 0.0138334, -0.0193829, -0.1238802", \
					  "0.0007992, 0.0042541, 0.0104597, 0.0169864, 0.0135127, -0.0197830, -0.1242691");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00128858, 0.00332088, 0.00855846, 0.0220565, 0.0568433, 0.146494");
					values("0.2931563, 0.3017716, 0.3205850, 0.3623565, 0.4621463, 0.7116382, 1.3542816", \
					  "0.2981025, 0.3067220, 0.3255548, 0.3673882, 0.4671556, 0.7171103, 1.3566920", \
					  "0.3099034, 0.3185292, 0.3373395, 0.3791260, 0.4789411, 0.7285097, 1.3709416", \
					  "0.3360692, 0.3447031, 0.3635385, 0.4053841, 0.5051490, 0.7540540, 1.3976613", \
					  "0.3879979, 0.3965990, 0.4154052, 0.4572197, 0.5569769, 0.8062915, 1.4466681", \
					  "0.4660615, 0.4747049, 0.4935604, 0.5353714, 0.6351955, 0.8839315, 1.5275895", \
					  "0.5752628, 0.5838951, 0.6027473, 0.6445665, 0.7443866, 0.9936175, 1.6334494");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128858, 0.00332088, 0.00855846, 0.0220565, 0.0568433, 0.146494");
					values("0.0314304, 0.0390263, 0.0579650, 0.1085839, 0.2409010, 0.5910168, 1.5008815", \
					  "0.0315292, 0.0391428, 0.0579785, 0.1085853, 0.2407830, 0.5924016, 1.5015676", \
					  "0.0314266, 0.0389352, 0.0579845, 0.1086021, 0.2407939, 0.5902185, 1.4931186", \
					  "0.0314976, 0.0391574, 0.0580027, 0.1086183, 0.2409692, 0.5932403, 1.5020553", \
					  "0.0313253, 0.0391314, 0.0578799, 0.1085667, 0.2411166, 0.5893903, 1.5076639", \
					  "0.0315606, 0.0391570, 0.0581124, 0.1086319, 0.2408965, 0.5930150, 1.5008346", \
					  "0.0316213, 0.0392239, 0.0580067, 0.1086510, 0.2409892, 0.5872074, 1.4980666");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128858, 0.00332088, 0.00855846, 0.0220565, 0.0568433, 0.146494");
					values("0.3498948, 0.3584101, 0.3753957, 0.4070819, 0.4658364, 0.5818466, 0.8566837", \
					  "0.3547372, 0.3632357, 0.3802174, 0.4118823, 0.4706681, 0.5866810, 0.8613464", \
					  "0.3666381, 0.3751834, 0.3920869, 0.4238056, 0.4825653, 0.5985670, 0.8733992", \
					  "0.3933052, 0.4017682, 0.4187058, 0.4504380, 0.5091726, 0.6252009, 0.8999860", \
					  "0.4433116, 0.4518487, 0.4687693, 0.5004665, 0.5592328, 0.6752808, 0.9499703", \
					  "0.5174264, 0.5259017, 0.5428805, 0.5745125, 0.6333047, 0.7493237, 1.0239358", \
					  "0.6197298, 0.6282027, 0.6451500, 0.6769064, 0.7356441, 0.8516566, 1.1263003");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128858, 0.00332088, 0.00855846, 0.0220565, 0.0568433, 0.146494");
					values("0.0358991, 0.0412809, 0.0530096, 0.0773422, 0.1284695, 0.2543887, 0.6094604", \
					  "0.0358695, 0.0412779, 0.0529880, 0.0773832, 0.1287302, 0.2548405, 0.6077273", \
					  "0.0358414, 0.0414271, 0.0530371, 0.0773989, 0.1285341, 0.2539534, 0.6128423", \
					  "0.0357423, 0.0413416, 0.0530906, 0.0773366, 0.1284070, 0.2546192, 0.6104403", \
					  "0.0359021, 0.0412368, 0.0530237, 0.0774140, 0.1290051, 0.2541149, 0.6086732", \
					  "0.0358007, 0.0412374, 0.0528607, 0.0774060, 0.1288683, 0.2547207, 0.6065293", \
					  "0.0356958, 0.0413312, 0.0530632, 0.0773307, 0.1287032, 0.2545358, 0.6079771");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128858, 0.00332088, 0.00855846, 0.0220565, 0.0568433, 0.146494");
					values("0.1990107, 0.2076357, 0.2248924, 0.2573294, 0.3177113, 0.4404000, 0.7148989", \
					  "0.2046480, 0.2132923, 0.2306410, 0.2630227, 0.3234375, 0.4461282, 0.7205433", \
					  "0.2182691, 0.2268552, 0.2442211, 0.2765911, 0.3370766, 0.4598046, 0.7341691", \
					  "0.2525350, 0.2613526, 0.2785665, 0.3110401, 0.3716230, 0.4943633, 0.7685297", \
					  "0.3349125, 0.3434953, 0.3609169, 0.3933600, 0.4543017, 0.5768244, 0.8503367", \
					  "0.5242131, 0.5334429, 0.5516839, 0.5853034, 0.6478756, 0.7676805, 1.0406125", \
					  "0.8744337, 0.8880044, 0.9139089, 0.9608634, 1.0336680, 1.1462693, 1.4191974");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128858, 0.00332088, 0.00855846, 0.0220565, 0.0568433, 0.146494");
					values("0.0368030, 0.0422384, 0.0541440, 0.0789470, 0.1321864, 0.2611260, 0.6058039", \
					  "0.0367306, 0.0423779, 0.0540184, 0.0788962, 0.1322941, 0.2613249, 0.6083326", \
					  "0.0365624, 0.0423724, 0.0541750, 0.0791249, 0.1324060, 0.2616559, 0.6080592", \
					  "0.0369388, 0.0423716, 0.0541299, 0.0791609, 0.1327500, 0.2608884, 0.6082107", \
					  "0.0368684, 0.0425244, 0.0542234, 0.0794633, 0.1340554, 0.2599829, 0.6062980", \
					  "0.0412317, 0.0465834, 0.0581115, 0.0829888, 0.1366485, 0.2575740, 0.6068984", \
					  "0.0659302, 0.0728510, 0.0881635, 0.1165095, 0.1479454, 0.2502404, 0.6032446");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.151987;
			max_transition : 1.501378;
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001296511, 0.003361883, 0.008717439, 0.02260452, 0.05861402, 0.1519875");
					values("-0.0005708, 0.0011853, 0.0058876, 0.0175888, 0.0384306, 0.0845789, 0.1982660", \
					  "-0.0005616, 0.0011924, 0.0059121, 0.0175780, 0.0384157, 0.0841971, 0.1988878", \
					  "-0.0005634, 0.0011851, 0.0059029, 0.0174731, 0.0382190, 0.0843517, 0.1977828", \
					  "-0.0005600, 0.0012063, 0.0059345, 0.0173839, 0.0381543, 0.0839623, 0.1980214", \
					  "-0.0005061, 0.0013431, 0.0062104, 0.0173270, 0.0379519, 0.0838173, 0.1977680", \
					  "-0.0003703, 0.0016910, 0.0066019, 0.0172167, 0.0377559, 0.0835098, 0.1982071", \
					  "-0.0003418, 0.0018254, 0.0067116, 0.0170074, 0.0375310, 0.0833168, 0.1972494");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001296511, 0.003361883, 0.008717439, 0.02260452, 0.05861402, 0.1519875");
					values("-0.0047327, -0.0027644, 0.0018128, 0.0115380, 0.0313446, 0.0766790, 0.1895548", \
					  "-0.0047142, -0.0027524, 0.0018205, 0.0115188, 0.0313058, 0.0767402, 0.1904364", \
					  "-0.0046678, -0.0027129, 0.0018354, 0.0115036, 0.0313328, 0.0767074, 0.1904458", \
					  "-0.0046739, -0.0027466, 0.0017557, 0.0113419, 0.0310847, 0.0768365, 0.1910734", \
					  "-0.0046508, -0.0027380, 0.0017394, 0.0112972, 0.0310109, 0.0766405, 0.1912593", \
					  "-0.0045837, -0.0026829, 0.0017753, 0.0112963, 0.0309783, 0.0762962, 0.1908648", \
					  "-0.0043583, -0.0023815, 0.0021259, 0.0116167, 0.0311784, 0.0766167, 0.1898336");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001296511, 0.003361883, 0.008717439, 0.02260452, 0.05861402, 0.1519875");
					values("-0.0037229, -0.0006011, 0.0050062, 0.0106309, 0.0058369, -0.0297131, -0.1391576", \
					  "-0.0037044, -0.0005868, 0.0050208, 0.0106152, 0.0058153, -0.0297329, -0.1391833", \
					  "-0.0036563, -0.0005425, 0.0050472, 0.0106371, 0.0057880, -0.0297751, -0.1392309", \
					  "-0.0036631, -0.0005822, 0.0049447, 0.0104442, 0.0055273, -0.0300965, -0.1395707", \
					  "-0.0036453, -0.0005834, 0.0049004, 0.0103422, 0.0053781, -0.0302933, -0.1398017", \
					  "-0.0035846, -0.0005456, 0.0049029, 0.0102939, 0.0052560, -0.0304486, -0.1399679", \
					  "-0.0034035, -0.0003457, 0.0051179, 0.0105346, 0.0055549, -0.0302792, -0.1398221");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129651, 0.00336188, 0.00871744, 0.0226045, 0.058614, 0.151987");
					values("0.4200243, 0.4266447, 0.4418310, 0.4790021, 0.5740761, 0.8200574, 1.4634107", \
					  "0.4248115, 0.4314468, 0.4466773, 0.4838318, 0.5789695, 0.8251096, 1.4649502", \
					  "0.4368238, 0.4434173, 0.4584764, 0.4955553, 0.5911078, 0.8369710, 1.4772722", \
					  "0.4632125, 0.4698585, 0.4851267, 0.5221669, 0.6177198, 0.8639225, 1.5039825", \
					  "0.5134040, 0.5200299, 0.5352917, 0.5724750, 0.6678741, 0.9139959, 1.5540198", \
					  "0.5874785, 0.5941262, 0.6093667, 0.6464302, 0.7420198, 0.9881730, 1.6261422", \
					  "0.6897325, 0.6963826, 0.7115704, 0.7487909, 0.8439235, 1.0904182, 1.7279641");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129651, 0.00336188, 0.00871744, 0.0226045, 0.058614, 0.151987");
					values("0.0220402, 0.0286681, 0.0469696, 0.0975085, 0.2321979, 0.5823557, 1.4856545", \
					  "0.0219313, 0.0286484, 0.0469464, 0.0975793, 0.2319771, 0.5811621, 1.5013777", \
					  "0.0219851, 0.0286182, 0.0469570, 0.0975705, 0.2319849, 0.5802266, 1.4958774", \
					  "0.0221091, 0.0287127, 0.0469335, 0.0975233, 0.2317597, 0.5829790, 1.5005261", \
					  "0.0219209, 0.0285481, 0.0469002, 0.0976202, 0.2320818, 0.5820451, 1.5001700", \
					  "0.0220376, 0.0286173, 0.0469817, 0.0975202, 0.2319638, 0.5822480, 1.4961282", \
					  "0.0221207, 0.0286972, 0.0469443, 0.0975665, 0.2321741, 0.5793348, 1.4970016");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129651, 0.00336188, 0.00871744, 0.0226045, 0.058614, 0.151987");
					values("0.3417120, 0.3463123, 0.3557514, 0.3749066, 0.4169382, 0.5213314, 0.7924569", \
					  "0.3467653, 0.3513493, 0.3607069, 0.3799055, 0.4218860, 0.5262075, 0.7977900", \
					  "0.3585396, 0.3630597, 0.3725380, 0.3916361, 0.4337527, 0.5379656, 0.8088134", \
					  "0.3847468, 0.3893438, 0.3987645, 0.4179041, 0.4599566, 0.5642002, 0.8351208", \
					  "0.4366074, 0.4412110, 0.4505668, 0.4697450, 0.5117211, 0.6160722, 0.8874482", \
					  "0.5147642, 0.5193893, 0.5288406, 0.5478843, 0.5899945, 0.6943123, 0.9650630", \
					  "0.6239546, 0.6285464, 0.6378743, 0.6570582, 0.6990055, 0.8033652, 1.0744138");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129651, 0.00336188, 0.00871744, 0.0226045, 0.058614, 0.151987");
					values("0.0159778, 0.0192412, 0.0271569, 0.0460381, 0.0965896, 0.2340066, 0.5936928", \
					  "0.0156885, 0.0192385, 0.0269979, 0.0461437, 0.0962220, 0.2336441, 0.5988649", \
					  "0.0159163, 0.0192935, 0.0271600, 0.0462398, 0.0966867, 0.2336077, 0.5966104", \
					  "0.0158970, 0.0192311, 0.0271110, 0.0461173, 0.0968005, 0.2338182, 0.6007624", \
					  "0.0157280, 0.0190297, 0.0269459, 0.0461404, 0.0961181, 0.2337469, 0.5939886", \
					  "0.0159340, 0.0191163, 0.0268241, 0.0458944, 0.0961618, 0.2339355, 0.6018451", \
					  "0.0157437, 0.0192377, 0.0271072, 0.0459525, 0.0967624, 0.2338106, 0.5955670");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129651, 0.00336188, 0.00871744, 0.0226045, 0.058614, 0.151987");
					values("0.2697567, 0.2764105, 0.2915913, 0.3288805, 0.4242525, 0.6706052, 1.3091171", \
					  "0.2752618, 0.2819316, 0.2972233, 0.3343272, 0.4298658, 0.6762904, 1.3170780", \
					  "0.2890443, 0.2955240, 0.3107836, 0.3479738, 0.4435938, 0.6899972, 1.3299466", \
					  "0.3234201, 0.3300678, 0.3452549, 0.3825535, 0.4779731, 0.7243538, 1.3640752", \
					  "0.4054984, 0.4122798, 0.4275755, 0.4647198, 0.5603369, 0.8064897, 1.4446397", \
					  "0.5978242, 0.6045406, 0.6198592, 0.6569583, 0.7526996, 0.9987887, 1.6406311", \
					  "0.9725862, 0.9805327, 0.9970084, 1.0347039, 1.1302007, 1.3763171, 2.0143938");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129651, 0.00336188, 0.00871744, 0.0226045, 0.058614, 0.151987");
					values("0.0222532, 0.0288708, 0.0471378, 0.0977261, 0.2319338, 0.5807184, 1.4924391", \
					  "0.0222176, 0.0288780, 0.0471286, 0.0977792, 0.2318081, 0.5802288, 1.4918647", \
					  "0.0221935, 0.0289194, 0.0471910, 0.0975975, 0.2318367, 0.5807601, 1.4954249", \
					  "0.0222438, 0.0288899, 0.0471633, 0.0977152, 0.2319204, 0.5811516, 1.4891656", \
					  "0.0224518, 0.0289594, 0.0472329, 0.0976842, 0.2319825, 0.5803408, 1.4963465", \
					  "0.0226749, 0.0292515, 0.0473573, 0.0979417, 0.2320742, 0.5804907, 1.4947587", \
					  "0.0280927, 0.0344533, 0.0509106, 0.0990884, 0.2316967, 0.5820571, 1.4984708");
				}
			}
		}
	}
	cell ("scs8hd_dfrbp_2") {
		area : 30.028800;
		cell_footprint : "dfrbp";
		cell_leakage_power : 5.653617e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0020591";
			when : "RESETB&CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0019802";
			when : "RESETB&!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0019343";
			when : "!RESETB&CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0016736";
			when : "RESETB&!CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0018818";
			when : "!RESETB&!CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0019344";
			when : "RESETB&CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0467282";
			when : "RESETB&!CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0019539";
			when : "!RESETB&CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0019248";
			when : "RESETB&!CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0020395";
			when : "RESETB&CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0019330";
			when : "!RESETB&!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0018004";
			when : "RESETB&CLK&D&Q&!QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003515;
			capacitance : 0.003529;
			rise_capacitance : 0.003542;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2152852, -0.0474466, 0.3484681", \
					  "-0.3733581, -0.2152852, 0.1440085", \
					  "-0.5214700, -0.3731628, -0.0431660");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2937480, 0.4567200, 0.7944479", \
					  "0.4335104, 0.5964824, 0.9281067", \
					  "0.5730775, 0.7323874, 1.0530254");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3213791, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0034941, 0.0034841, 0.0034610, 0.0034706, 0.0034926, 0.0035434, 0.0036604");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039861, -0.0039710, -0.0039361, -0.0039466, -0.0039709, -0.0040268, -0.0041556");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001635;
			capacitance : 0.001721;
			rise_capacitance : 0.001808;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1192531, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1522085, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0183957, 0.0183096, 0.0181110, 0.0181023, 0.0180822, 0.0180359, 0.0179291");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121163, 0.0120711, 0.0119668, 0.0119334, 0.0118566, 0.0116794, 0.0112712");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001995;
			capacitance : 0.001954;
			fall_capacitance : 0.001912;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0557109, 0.1832663, 0.2849915", \
					  "-0.0242370, 0.0898906, 0.1781881", \
					  "-0.0685892, 0.0394349, 0.1240703");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1204082, 0.3590475, 0.7378724", \
					  "0.0001771, 0.2327129, 0.6042136", \
					  "-0.1027689, 0.1273255, 0.4927226");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0260762, -0.1353210, -0.2016458", \
					  "0.0477682, -0.0565937, -0.1290221", \
					  "0.0872376, -0.0159036, -0.0907734");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0395039, -0.2598327, -0.5544290", \
					  "0.0758444, -0.1469258, -0.4708190", \
					  "0.1726869, -0.0500833, -0.3800801");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005436, -0.0006098, -0.0007624, -0.0007671, -0.0007778, -0.0008026, -0.0008597");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045110, 0.0044839, 0.0044216, 0.0044300, 0.0044491, 0.0044933, 0.0045952");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.219736;
			max_transition : 1.499207;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001378665, 0.003801433, 0.01048181, 0.02890179, 0.07969177, 0.2197365");
					values("-0.0047872, -0.0026829, 0.0024878, 0.0143456, 0.0404152, 0.1038224, 0.2736456", \
					  "-0.0047662, -0.0026672, 0.0025046, 0.0143468, 0.0403683, 0.1040085, 0.2744148", \
					  "-0.0047192, -0.0026276, 0.0025254, 0.0143410, 0.0403361, 0.1038550, 0.2743524", \
					  "-0.0047192, -0.0026524, 0.0024472, 0.0141704, 0.0401842, 0.1036406, 0.2740388", \
					  "-0.0046932, -0.0026485, 0.0024047, 0.0140692, 0.0398956, 0.1033888, 0.2737481", \
					  "-0.0046157, -0.0025839, 0.0024354, 0.0140392, 0.0398429, 0.1032433, 0.2736298", \
					  "-0.0043707, -0.0022785, 0.0028388, 0.0144081, 0.0399878, 0.1034549, 0.2729874");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001378665, 0.003801433, 0.01048181, 0.02890179, 0.07969177, 0.2197365");
					values("-0.0035787, 0.0001561, 0.0073948, 0.0152042, 0.0088851, -0.0423268, -0.2076706", \
					  "-0.0035666, 0.0001618, 0.0074090, 0.0151801, 0.0088291, -0.0424021, -0.2078455", \
					  "-0.0035155, 0.0002054, 0.0074211, 0.0151799, 0.0087521, -0.0425042, -0.2078591", \
					  "-0.0035138, 0.0001772, 0.0073339, 0.0150359, 0.0086028, -0.0427094, -0.2080996", \
					  "-0.0034865, 0.0001978, 0.0073335, 0.0149589, 0.0085092, -0.0428919, -0.2082534", \
					  "-0.0034034, 0.0002669, 0.0073939, 0.0149926, 0.0084278, -0.0429445, -0.2083652", \
					  "-0.0031808, 0.0005136, 0.0077106, 0.0154297, 0.0090205, -0.0426259, -0.2080854");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001378665, 0.003801433, 0.01048181, 0.02890179, 0.07969177, 0.2197365");
					values("0.0008876, 0.0048579, 0.0126205, 0.0212295, 0.0156761, -0.0348989, -0.2000067", \
					  "0.0008920, 0.0048591, 0.0126222, 0.0212264, 0.0156851, -0.0349378, -0.2000588", \
					  "0.0008907, 0.0048475, 0.0125722, 0.0211239, 0.0155722, -0.0350584, -0.2002045", \
					  "0.0008781, 0.0048211, 0.0125136, 0.0210113, 0.0154263, -0.0352747, -0.2004137", \
					  "0.0008655, 0.0047998, 0.0124818, 0.0209351, 0.0152914, -0.0354261, -0.2005580", \
					  "0.0008322, 0.0047561, 0.0123977, 0.0207748, 0.0150592, -0.0357125, -0.2008759", \
					  "0.0007648, 0.0046689, 0.0122718, 0.0205459, 0.0147030, -0.0361276, -0.2012332");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00137866, 0.00380143, 0.0104818, 0.0289018, 0.0796918, 0.219736");
					values("0.3125888, 0.3204498, 0.3381488, 0.3775260, 0.4731588, 0.7157963, 1.3762258", \
					  "0.3177683, 0.3256038, 0.3433632, 0.3827621, 0.4783755, 0.7210579, 1.3796269", \
					  "0.3293892, 0.3372576, 0.3549434, 0.3943256, 0.4899498, 0.7325998, 1.3911345", \
					  "0.3558318, 0.3636413, 0.3813667, 0.4207737, 0.5163912, 0.7589617, 1.4157138", \
					  "0.4074293, 0.4152332, 0.4329633, 0.4722865, 0.5679887, 0.8107295, 1.4689776", \
					  "0.4857392, 0.4935938, 0.5113393, 0.5506608, 0.6463564, 0.8894258, 1.5473828", \
					  "0.5948210, 0.6026419, 0.6203778, 0.6598187, 0.7554254, 0.9981763, 1.6551006");
				}
				rise_transition ("del_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("0.0311582, 0.0378230, 0.0543606, 0.0985513, 0.2208367, 0.5532577, 1.4981557", \
					  "0.0313098, 0.0377458, 0.0543622, 0.0986691, 0.2206977, 0.5530101, 1.4978655", \
					  "0.0311381, 0.0378200, 0.0544908, 0.0985402, 0.2209731, 0.5533241, 1.4978457", \
					  "0.0310645, 0.0376393, 0.0542894, 0.0986543, 0.2206648, 0.5532116, 1.4981859", \
					  "0.0313731, 0.0378792, 0.0544335, 0.0987369, 0.2203233, 0.5531384, 1.4992070", \
					  "0.0311579, 0.0377246, 0.0542320, 0.0988368, 0.2209570, 0.5523195, 1.4977116", \
					  "0.0311570, 0.0377106, 0.0543938, 0.0986171, 0.2206152, 0.5517742, 1.4937365");
				}
				cell_fall ("del_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("0.3571189, 0.3640595, 0.3784642, 0.4055776, 0.4554823, 0.5517853, 0.7625351", \
					  "0.3618738, 0.3687431, 0.3832130, 0.4102791, 0.4602859, 0.5565921, 0.7673365", \
					  "0.3737520, 0.3807347, 0.3950895, 0.4221262, 0.4721484, 0.5684545, 0.7792127", \
					  "0.4004973, 0.4074083, 0.4217826, 0.4488510, 0.4988402, 0.5951387, 0.8058976", \
					  "0.4504760, 0.4573151, 0.4718160, 0.4988869, 0.5488006, 0.6451480, 0.8558827", \
					  "0.5245679, 0.5314449, 0.5458721, 0.5730264, 0.6228510, 0.7192248, 0.9299454", \
					  "0.6269287, 0.6337916, 0.6481828, 0.6752726, 0.7252675, 0.8215679, 1.0323141");
				}
				fall_transition ("del_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("0.0340727, 0.0380957, 0.0468232, 0.0654985, 0.1053039, 0.1949292, 0.4481014", \
					  "0.0341627, 0.0381690, 0.0469440, 0.0654613, 0.1054111, 0.1949792, 0.4481314", \
					  "0.0341460, 0.0382039, 0.0468884, 0.0654296, 0.1054378, 0.1951197, 0.4465505", \
					  "0.0340678, 0.0380606, 0.0469403, 0.0657362, 0.1052233, 0.1949182, 0.4463096", \
					  "0.0341000, 0.0381488, 0.0468661, 0.0655806, 0.1053018, 0.1951643, 0.4471870", \
					  "0.0340886, 0.0381405, 0.0471549, 0.0657247, 0.1055822, 0.1951061, 0.4464728", \
					  "0.0340169, 0.0380960, 0.0470116, 0.0653012, 0.1052650, 0.1949214, 0.4456312");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_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("0.2122871, 0.2194517, 0.2344268, 0.2622864, 0.3142799, 0.4164890, 0.6258173", \
					  "0.2178896, 0.2249760, 0.2400218, 0.2682815, 0.3202711, 0.4224472, 0.6315957", \
					  "0.2316134, 0.2388192, 0.2536413, 0.2819573, 0.3339594, 0.4362366, 0.6450993", \
					  "0.2657944, 0.2730097, 0.2880845, 0.3160915, 0.3681722, 0.4705853, 0.6789912", \
					  "0.3470700, 0.3542392, 0.3692853, 0.3974192, 0.4498868, 0.5522721, 0.7593920", \
					  "0.5361478, 0.5438258, 0.5592962, 0.5881692, 0.6417143, 0.7410679, 0.9459800", \
					  "0.8920967, 0.9032241, 0.9254629, 0.9663580, 1.0281761, 1.1182252, 1.3227691");
				}
				fall_transition ("del_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("0.0367297, 0.0408539, 0.0498954, 0.0695057, 0.1109885, 0.2019445, 0.4435419", \
					  "0.0367195, 0.0408242, 0.0496884, 0.0693242, 0.1109770, 0.2016263, 0.4433172", \
					  "0.0366493, 0.0405817, 0.0501038, 0.0693068, 0.1110451, 0.2013493, 0.4426997", \
					  "0.0366480, 0.0406179, 0.0498444, 0.0694673, 0.1112613, 0.2011700, 0.4431287", \
					  "0.0366242, 0.0410256, 0.0501362, 0.0693208, 0.1121719, 0.1999298, 0.4411079", \
					  "0.0402133, 0.0441687, 0.0530737, 0.0717160, 0.1146925, 0.1945519, 0.4400769", \
					  "0.0658908, 0.0708810, 0.0825508, 0.1017706, 0.1222441, 0.1858347, 0.4382917");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.248118;
			max_transition : 1.496264;
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001406861, 0.003958518, 0.01113817, 0.03133973, 0.08818133, 0.2481178");
					values("-0.0004911, 0.0017500, 0.0076829, 0.0212301, 0.0502558, 0.1208205, 0.3146893", \
					  "-0.0004848, 0.0017643, 0.0076966, 0.0212451, 0.0500902, 0.1213868, 0.3142780", \
					  "-0.0004766, 0.0017625, 0.0076601, 0.0211685, 0.0499925, 0.1211932, 0.3146872", \
					  "-0.0004776, 0.0017579, 0.0076322, 0.0210458, 0.0498471, 0.1205824, 0.3153279", \
					  "-0.0004648, 0.0017846, 0.0076392, 0.0209515, 0.0496364, 0.1208796, 0.3154779", \
					  "-0.0004567, 0.0018250, 0.0076276, 0.0207816, 0.0493680, 0.1205105, 0.3150538", \
					  "-0.0005066, 0.0017743, 0.0075530, 0.0206261, 0.0490878, 0.1199958, 0.3141980");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001406861, 0.003958518, 0.01113817, 0.03133973, 0.08818133, 0.2481178");
					values("-0.0048383, -0.0027254, 0.0026745, 0.0152205, 0.0432343, 0.1138830, 0.3057620", \
					  "-0.0048188, -0.0027099, 0.0026728, 0.0151773, 0.0431433, 0.1132857, 0.3065522", \
					  "-0.0047717, -0.0026729, 0.0026968, 0.0151709, 0.0431547, 0.1138420, 0.3084722", \
					  "-0.0047694, -0.0026928, 0.0026272, 0.0150470, 0.0429108, 0.1135398, 0.3082354", \
					  "-0.0047383, -0.0026730, 0.0026251, 0.0149978, 0.0428223, 0.1130466, 0.3074545", \
					  "-0.0046576, -0.0026060, 0.0026631, 0.0149910, 0.0427730, 0.1129497, 0.3054716", \
					  "-0.0043863, -0.0022452, 0.0031095, 0.0154051, 0.0431335, 0.1128918, 0.3079011");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001406861, 0.003958518, 0.01113817, 0.03133973, 0.08818133, 0.2481178");
					values("-0.0037676, -0.0001916, 0.0068933, 0.0143645, 0.0059393, -0.0527039, -0.2425899", \
					  "-0.0037432, -0.0001734, 0.0069022, 0.0143715, 0.0059566, -0.0527239, -0.2425531", \
					  "-0.0036992, -0.0001334, 0.0069291, 0.0143649, 0.0059041, -0.0527524, -0.2426503", \
					  "-0.0036976, -0.0001551, 0.0068455, 0.0141878, 0.0056613, -0.0530701, -0.2429440", \
					  "-0.0036698, -0.0001507, 0.0068121, 0.0140968, 0.0054863, -0.0533168, -0.2431853", \
					  "-0.0035928, -9.1100000e-05, 0.0068352, 0.0140634, 0.0053967, -0.0534336, -0.2433333", \
					  "-0.0033742, 0.0001501, 0.0071240, 0.0144133, 0.0058669, -0.0532343, -0.2431931");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00140686, 0.00395852, 0.0111382, 0.0313397, 0.0881813, 0.248118");
					values("0.4936476, 0.4995295, 0.5129691, 0.5449972, 0.6297426, 0.8667601, 1.5367519", \
					  "0.4985480, 0.5043389, 0.5175927, 0.5495440, 0.6345296, 0.8712898, 1.5394820", \
					  "0.5102201, 0.5161187, 0.5295323, 0.5614557, 0.6467145, 0.8830733, 1.5519271", \
					  "0.5369836, 0.5428182, 0.5562484, 0.5882160, 0.6732074, 0.9094974, 1.5790969", \
					  "0.5870073, 0.5928645, 0.6062985, 0.6383148, 0.7232111, 0.9598589, 1.6288627", \
					  "0.6610545, 0.6668043, 0.6803196, 0.7123386, 0.7972868, 1.0339811, 1.7064219", \
					  "0.7634209, 0.7692742, 0.7826319, 0.8146415, 0.8995555, 1.1358914, 1.8043436");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140686, 0.00395852, 0.0111382, 0.0313397, 0.0881813, 0.248118");
					values("0.0251903, 0.0297739, 0.0427724, 0.0823631, 0.2001489, 0.5364070, 1.4794559", \
					  "0.0248916, 0.0297264, 0.0428516, 0.0822456, 0.2000278, 0.5356817, 1.4920564", \
					  "0.0252628, 0.0297861, 0.0428078, 0.0820890, 0.2003588, 0.5359910, 1.4943733", \
					  "0.0250697, 0.0298495, 0.0428300, 0.0822255, 0.1997461, 0.5362043, 1.4962641", \
					  "0.0250722, 0.0297869, 0.0427630, 0.0823292, 0.2000177, 0.5369303, 1.4884840", \
					  "0.0252659, 0.0298929, 0.0428303, 0.0823762, 0.2000530, 0.5367098, 1.4899352", \
					  "0.0249619, 0.0296896, 0.0428161, 0.0823063, 0.1998117, 0.5348152, 1.4957169");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140686, 0.00395852, 0.0111382, 0.0313397, 0.0881813, 0.248118");
					values("0.4128752, 0.4172389, 0.4267079, 0.4451929, 0.4823012, 0.5653848, 0.7847870", \
					  "0.4181058, 0.4225079, 0.4318000, 0.4505812, 0.4875553, 0.5705751, 0.7904727", \
					  "0.4296743, 0.4340403, 0.4435086, 0.4619934, 0.4990998, 0.5821892, 0.8019836", \
					  "0.4561349, 0.4605163, 0.4699897, 0.4884704, 0.5255624, 0.6085766, 0.8285275", \
					  "0.5076858, 0.5121100, 0.5216317, 0.5404267, 0.5771017, 0.6601134, 0.8795074", \
					  "0.5860645, 0.5904033, 0.5998981, 0.6188018, 0.6556808, 0.7387073, 0.9582939", \
					  "0.6951769, 0.6995418, 0.7090096, 0.7276155, 0.7645968, 0.8475893, 1.0674155");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140686, 0.00395852, 0.0111382, 0.0313397, 0.0881813, 0.248118");
					values("0.0230740, 0.0256565, 0.0318381, 0.0461259, 0.0802592, 0.1763049, 0.4645506", \
					  "0.0229007, 0.0256899, 0.0317315, 0.0458712, 0.0798420, 0.1762301, 0.4634966", \
					  "0.0230732, 0.0256552, 0.0318417, 0.0461370, 0.0802595, 0.1762873, 0.4652159", \
					  "0.0231111, 0.0256346, 0.0317289, 0.0459660, 0.0798768, 0.1763117, 0.4625063", \
					  "0.0230461, 0.0255254, 0.0317172, 0.0456152, 0.0803261, 0.1756180, 0.4636940", \
					  "0.0230216, 0.0256261, 0.0315873, 0.0456329, 0.0800774, 0.1757269, 0.4667345", \
					  "0.0230957, 0.0256497, 0.0318042, 0.0456332, 0.0800999, 0.1758571, 0.4617467");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00140686, 0.00395852, 0.0111382, 0.0313397, 0.0881813, 0.248118");
					values("0.3547790, 0.3606453, 0.3744184, 0.4067866, 0.4922615, 0.7288977, 1.3966361", \
					  "0.3604456, 0.3664985, 0.3802541, 0.4125996, 0.4980334, 0.7347620, 1.4043452", \
					  "0.3742524, 0.3802851, 0.3940576, 0.4262521, 0.5117224, 0.7485042, 1.4165850", \
					  "0.4087293, 0.4148050, 0.4285484, 0.4608647, 0.5462071, 0.7828581, 1.4516837", \
					  "0.4904701, 0.4965632, 0.5103459, 0.5428271, 0.6280611, 0.8648243, 1.5351682", \
					  "0.6838846, 0.6900065, 0.7038760, 0.7362109, 0.8210802, 1.0577315, 1.7294859", \
					  "1.0706099, 1.0762139, 1.0893961, 1.1212040, 1.2057646, 1.4429239, 2.1115332");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140686, 0.00395852, 0.0111382, 0.0313397, 0.0881813, 0.248118");
					values("0.0261943, 0.0308080, 0.0434735, 0.0832676, 0.2003505, 0.5364179, 1.4958915", \
					  "0.0262253, 0.0308272, 0.0437902, 0.0831081, 0.2004238, 0.5359646, 1.4906650", \
					  "0.0264128, 0.0307822, 0.0437613, 0.0832747, 0.2002206, 0.5356555, 1.4805907", \
					  "0.0261963, 0.0307310, 0.0436681, 0.0833223, 0.2002610, 0.5361984, 1.4880287", \
					  "0.0263650, 0.0308972, 0.0438800, 0.0831479, 0.1997975, 0.5360664, 1.4880732", \
					  "0.0270573, 0.0316409, 0.0440851, 0.0830901, 0.1998080, 0.5364826, 1.4923243", \
					  "0.0238357, 0.0283927, 0.0416520, 0.0815916, 0.1989017, 0.5366365, 1.4858099");
				}
			}
		}
	}
	cell ("scs8hd_dfrtn_1") {
		area : 25.024000;
		cell_footprint : "dfrtn";
		cell_leakage_power : 1.078100e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "!CLKN";
			next_state : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012281";
			when : "RESETB&!CLKN&D&!Q";
		}
		leakage_power () {
			value : "0.0011492";
			when : "RESETB&CLKN&!D&!Q";
		}
		leakage_power () {
			value : "0.0011033";
			when : "!RESETB&!CLKN&!D&!Q";
		}
		leakage_power () {
			value : "0.0011020";
			when : "!RESETB&CLKN&!D&!Q";
		}
		leakage_power () {
			value : "0.0010508";
			when : "!RESETB&CLKN&D&!Q";
		}
		leakage_power () {
			value : "0.0010657";
			when : "RESETB&!CLKN&!D&Q";
		}
		leakage_power () {
			value : "0.0009978";
			when : "RESETB&CLKN&D&Q";
		}
		leakage_power () {
			value : "0.0011229";
			when : "!RESETB&!CLKN&D&!Q";
		}
		leakage_power () {
			value : "0.0009316";
			when : "RESETB&!CLKN&D&Q";
		}
		leakage_power () {
			value : "0.0008837";
			when : "RESETB&CLKN&!D&Q";
		}
		leakage_power () {
			value : "0.0010938";
			when : "RESETB&CLKN&D&!Q";
		}
		leakage_power () {
			value : "0.0012084";
			when : "RESETB&!CLKN&!D&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003506;
			capacitance : 0.003508;
			rise_capacitance : 0.003510;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3105000, -0.1682962, 0.1006654", \
					  "-0.5674499, -0.4325703, -0.1990091", \
					  "-0.9316263, -0.8101745, -0.6168965");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4097148, 0.5739076, 0.9189596", \
					  "0.6398092, 0.8040020, 1.1466126", \
					  "0.9673646, 1.1315573, 1.4717266");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1829668, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0034950, 0.0034887, 0.0034740, 0.0034796, 0.0034925, 0.0035223, 0.0035911");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0034343, -0.0034787, -0.0035811, -0.0035808, -0.0035800, -0.0035782, -0.0035739");
				}
			}
		}
		pin (CLKN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001607;
			capacitance : 0.001725;
			rise_capacitance : 0.001843;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1104650, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1533070, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0138953, 0.0138515, 0.0137505, 0.0137220, 0.0136563, 0.0135050, 0.0131560");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0166735, 0.0166171, 0.0164871, 0.0164695, 0.0164290, 0.0163356, 0.0161203");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002103;
			capacitance : 0.001952;
			fall_capacitance : 0.001802;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0468281, 0.0892721, 0.2093079", \
					  "-0.2781432, -0.1481465, -0.0354349", \
					  "-0.5922709, -0.4757018, -0.3764180");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1570293, 0.3944479, 0.7647279", \
					  "-0.0059264, 0.2290508, 0.5859030", \
					  "-0.2346048, 0.0028138, 0.3547832");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0886699, -0.0083678, -0.0551615", \
					  "0.3151022, 0.2144023, 0.1615052", \
					  "0.6280091, 0.5248679, 0.4695293");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0285176, -0.2537292, -0.5690775", \
					  "0.1759421, -0.0553730, -0.3719420", \
					  "0.4241517, 0.1928366, -0.1310566");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002868, -0.0003444, -0.0004771, -0.0004757, -0.0004726, -0.0004655, -0.0004489");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0042425, 0.0042068, 0.0041246, 0.0041338, 0.0041549, 0.0042036, 0.0043158");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.156565;
			max_transition : 1.503473;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0171516, 0.0183072, 0.0211218, 0.0279619, 0.0451783, 0.0903617, 0.2073709", \
					  "0.0170938, 0.0182526, 0.0210703, 0.0278793, 0.0451640, 0.0903856, 0.2059330", \
					  "0.0170205, 0.0181783, 0.0210142, 0.0278261, 0.0451190, 0.0902326, 0.2067028", \
					  "0.0169511, 0.0181089, 0.0209324, 0.0277660, 0.0449884, 0.0897098, 0.2070793", \
					  "0.0168880, 0.0180450, 0.0208628, 0.0277234, 0.0449207, 0.0895806, 0.2070065", \
					  "0.0174182, 0.0185784, 0.0213983, 0.0282364, 0.0456844, 0.0902418, 0.2076521", \
					  "0.0189778, 0.0199864, 0.0225995, 0.0293236, 0.0468145, 0.0917913, 0.2077046");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0109366, 0.0102776, 0.0085091, 0.0027996, -0.0139734, -0.0588612, -0.1762061", \
					  "0.0108688, 0.0102121, 0.0084379, 0.0027129, -0.0140455, -0.0589352, -0.1762816", \
					  "0.0108390, 0.0101964, 0.0083726, 0.0026870, -0.0140633, -0.0589469, -0.1762939", \
					  "0.0107604, 0.0101009, 0.0083315, 0.0026142, -0.0141502, -0.0590392, -0.1763830", \
					  "0.0105238, 0.0098760, 0.0081148, 0.0023650, -0.0143797, -0.0592682, -0.1766080", \
					  "0.0102695, 0.0096442, 0.0078334, 0.0021954, -0.0145520, -0.0594260, -0.1767693", \
					  "0.0123713, 0.0114567, 0.0090433, 0.0026082, -0.0145517, -0.0592774, -0.1766091");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0103547, 0.0098427, 0.0082951, 0.0043558, -0.0026189, -0.0458974, -0.1632188", \
					  "0.0101575, 0.0096055, 0.0081219, 0.0043422, -0.0026408, -0.0459302, -0.1632515", \
					  "0.0099682, 0.0094298, 0.0079327, 0.0041843, -0.0028073, -0.0461573, -0.1634820", \
					  "0.0099458, 0.0093907, 0.0078926, 0.0041471, -0.0029065, -0.0463793, -0.1636992", \
					  "0.0099777, 0.0094731, 0.0080737, 0.0048200, -0.0027293, -0.0464888, -0.1637807", \
					  "0.0100616, 0.0097004, 0.0089473, 0.0065920, -0.0024914, -0.0466896, -0.1639674", \
					  "0.0243982, 0.0234212, 0.0209116, 0.0144334, -0.0027642, -0.0470830, -0.1643029");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.3411567, 0.3491230, 0.3665329, 0.4055598, 0.5018033, 0.7496791, 1.3942375", \
					  "0.3465896, 0.3545539, 0.3719568, 0.4109653, 0.5072184, 0.7545212, 1.3959212", \
					  "0.3601568, 0.3681610, 0.3856090, 0.4246526, 0.5209110, 0.7681644, 1.4096609", \
					  "0.3943288, 0.4022768, 0.4197039, 0.4587984, 0.5546451, 0.8020601, 1.4436174", \
					  "0.4740166, 0.4819814, 0.4993848, 0.5383993, 0.6343243, 0.8819695, 1.5242194", \
					  "0.6362268, 0.6441799, 0.6616123, 0.7007466, 0.7966061, 1.0435721, 1.6888914", \
					  "0.9149869, 0.9229221, 0.9403431, 0.9794324, 1.0753697, 1.3221952, 1.9638242");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0259511, 0.0332910, 0.0512188, 0.0994780, 0.2312331, 0.5818278, 1.4959142", \
					  "0.0259812, 0.0332908, 0.0512571, 0.0994267, 0.2312158, 0.5819067, 1.4895524", \
					  "0.0261433, 0.0334220, 0.0512782, 0.0994693, 0.2313302, 0.5819185, 1.5034733", \
					  "0.0260016, 0.0331646, 0.0512782, 0.0996460, 0.2313765, 0.5827274, 1.4992144", \
					  "0.0259770, 0.0332911, 0.0512533, 0.0994433, 0.2311660, 0.5822112, 1.4947059", \
					  "0.0259670, 0.0330653, 0.0512757, 0.0996168, 0.2310344, 0.5829845, 1.4971525", \
					  "0.0260671, 0.0331357, 0.0512861, 0.0994089, 0.2310202, 0.5792340, 1.5010495");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.2783578, 0.2855364, 0.2996977, 0.3260751, 0.3769499, 0.4888415, 0.7708323", \
					  "0.2837008, 0.2908747, 0.3050273, 0.3314240, 0.3822582, 0.4941810, 0.7757675", \
					  "0.2977250, 0.3048990, 0.3189692, 0.3454740, 0.3962426, 0.5081256, 0.7901542", \
					  "0.3318005, 0.3389786, 0.3531367, 0.3795232, 0.4303936, 0.5422856, 0.8246521", \
					  "0.4109568, 0.4181241, 0.4322449, 0.4587232, 0.5095268, 0.6214320, 0.9038832", \
					  "0.5657435, 0.5729336, 0.5870279, 0.6135021, 0.6643464, 0.7761885, 1.0586259", \
					  "0.8248827, 0.8320805, 0.8462056, 0.8726020, 0.9235027, 1.0355173, 1.3169870");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0262865, 0.0307840, 0.0406351, 0.0616926, 0.1119306, 0.2478855, 0.6202628", \
					  "0.0262807, 0.0307915, 0.0406409, 0.0610975, 0.1119089, 0.2467147, 0.6210409", \
					  "0.0262903, 0.0307085, 0.0402934, 0.0611474, 0.1119006, 0.2478938, 0.6202081", \
					  "0.0262876, 0.0307871, 0.0406407, 0.0616866, 0.1119370, 0.2473490, 0.6215410", \
					  "0.0262785, 0.0307875, 0.0402661, 0.0611621, 0.1119389, 0.2466675, 0.6172586", \
					  "0.0264056, 0.0307931, 0.0403666, 0.0614605, 0.1119028, 0.2477073, 0.6252577", \
					  "0.0263519, 0.0307964, 0.0408442, 0.0618988, 0.1117419, 0.2473858, 0.6190881");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.1557190, 0.1629345, 0.1776722, 0.2048038, 0.2566658, 0.3712609, 0.6576896", \
					  "0.1607976, 0.1681599, 0.1826801, 0.2097011, 0.2616560, 0.3763687, 0.6627680", \
					  "0.1742578, 0.1815747, 0.1961506, 0.2237143, 0.2755968, 0.3901557, 0.6764123", \
					  "0.2087441, 0.2161277, 0.2306198, 0.2576502, 0.3095988, 0.4245853, 0.7106365", \
					  "0.2908711, 0.2981418, 0.3126615, 0.3397256, 0.3916781, 0.5078007, 0.7926765", \
					  "0.4674888, 0.4760636, 0.4925595, 0.5220824, 0.5750254, 0.6940473, 0.9762218", \
					  "0.7765962, 0.7885452, 0.8109212, 0.8487661, 0.9146469, 1.0386603, 1.3198221");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0277526, 0.0326511, 0.0421340, 0.0631445, 0.1140578, 0.2544762, 0.6231786", \
					  "0.0276102, 0.0322301, 0.0419684, 0.0635191, 0.1137646, 0.2545012, 0.6232261", \
					  "0.0277456, 0.0324625, 0.0424435, 0.0631506, 0.1138942, 0.2544876, 0.6230170", \
					  "0.0277375, 0.0322738, 0.0419745, 0.0634756, 0.1139128, 0.2542296, 0.6224740", \
					  "0.0275353, 0.0321236, 0.0424104, 0.0638791, 0.1144745, 0.2545589, 0.6219418", \
					  "0.0350569, 0.0398431, 0.0499196, 0.0694412, 0.1192067, 0.2554053, 0.6192353", \
					  "0.0537286, 0.0597301, 0.0709926, 0.0941636, 0.1429257, 0.2648473, 0.6200394");
				}
			}
		}
	}
	cell ("scs8hd_dfrtp_1") {
		area : 25.024000;
		cell_footprint : "dfrtp";
		cell_leakage_power : 1.075287e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008837";
			when : "RESETB&!CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0010508";
			when : "!RESETB&!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0012281";
			when : "RESETB&CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0011492";
			when : "RESETB&!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0011033";
			when : "!RESETB&CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0010657";
			when : "RESETB&CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0009640";
			when : "RESETB&!CLK&D&Q";
		}
		leakage_power () {
			value : "0.0011229";
			when : "!RESETB&CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0010938";
			when : "RESETB&!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0012084";
			when : "RESETB&CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0011020";
			when : "!RESETB&!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0009316";
			when : "RESETB&CLK&D&Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003448;
			capacitance : 0.003472;
			rise_capacitance : 0.003497;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2250508, -0.0804056, 0.2117493", \
					  "-0.3819030, -0.2458027, 0.0158346", \
					  "-0.5300150, -0.4024596, -0.1664570");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2925274, 0.4567200, 0.7944479", \
					  "0.4335104, 0.5964824, 0.9268861", \
					  "0.5730775, 0.7323874, 1.0530254");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3027044, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0034747, 0.0034728, 0.0034684, 0.0034780, 0.0035001, 0.0035510, 0.0036685");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039381, -0.0039391, -0.0039413, -0.0039498, -0.0039696, -0.0040151, -0.0041200");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001804;
			capacitance : 0.001718;
			fall_capacitance : 0.001631;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1104650, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1511099, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0184269, 0.0183389, 0.0181361, 0.0181270, 0.0181061, 0.0180579, 0.0179468");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122026, 0.0121275, 0.0119542, 0.0119253, 0.0118586, 0.0117049, 0.0113505");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001996;
			capacitance : 0.001954;
			fall_capacitance : 0.001912;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0520488, 0.1771628, 0.2776673", \
					  "-0.0266784, 0.0862285, 0.1733053", \
					  "-0.0698099, 0.0382142, 0.1216289");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1204082, 0.3590475, 0.7378724", \
					  "0.0001771, 0.2327129, 0.6042136", \
					  "-0.1027689, 0.1273255, 0.4927226");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0260762, -0.1353210, -0.2016458", \
					  "0.0477682, -0.0565937, -0.1278014", \
					  "0.0872376, -0.0159036, -0.0907734");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0443867, -0.2671569, -0.5751810", \
					  "0.0709616, -0.1518086, -0.4818053", \
					  "0.1678040, -0.0549661, -0.3886250");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005445, -0.0006064, -0.0007490, -0.0007546, -0.0007674, -0.0007970, -0.0008651");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045118, 0.0044840, 0.0044200, 0.0044291, 0.0044502, 0.0044986, 0.0046102");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.156565;
			max_transition : 1.503698;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0127936, 0.0139611, 0.0167656, 0.0236094, 0.0410935, 0.0859741, 0.2029406", \
					  "0.0128338, 0.0140026, 0.0168267, 0.0236561, 0.0411128, 0.0856247, 0.2029253", \
					  "0.0128933, 0.0140549, 0.0168797, 0.0237091, 0.0409639, 0.0856170, 0.2030291", \
					  "0.0125657, 0.0137256, 0.0165455, 0.0233621, 0.0406605, 0.0858033, 0.2017357", \
					  "0.0123203, 0.0134814, 0.0163217, 0.0231362, 0.0404285, 0.0854996, 0.2014764", \
					  "0.0122795, 0.0134301, 0.0162409, 0.0230598, 0.0403239, 0.0855390, 0.2013141", \
					  "0.0131927, 0.0142122, 0.0168355, 0.0235696, 0.0407279, 0.0852360, 0.2015260");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0119728, 0.0112863, 0.0094798, 0.0036877, -0.0130887, -0.0579961, -0.1753416", \
					  "0.0119680, 0.0112964, 0.0094598, 0.0037052, -0.0130715, -0.0579803, -0.1753299", \
					  "0.0120426, 0.0113853, 0.0095393, 0.0037689, -0.0130279, -0.0579238, -0.1752677", \
					  "0.0117127, 0.0110617, 0.0092239, 0.0034472, -0.0133283, -0.0582175, -0.1755633", \
					  "0.0116140, 0.0109354, 0.0091326, 0.0033346, -0.0134498, -0.0583452, -0.1757008", \
					  "0.0116199, 0.0109784, 0.0090994, 0.0033333, -0.0134434, -0.0583469, -0.1757037", \
					  "0.0139734, 0.0130582, 0.0106607, 0.0042289, -0.0129042, -0.0579281, -0.1752972");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0100015, 0.0098616, 0.0101030, 0.0053291, -0.0114601, -0.0563963, -0.1736567", \
					  "0.0099045, 0.0098298, 0.0100008, 0.0052221, -0.0115640, -0.0564829, -0.1738294", \
					  "0.0097475, 0.0096077, 0.0098603, 0.0050775, -0.0116953, -0.0566089, -0.1739599", \
					  "0.0097442, 0.0096723, 0.0098378, 0.0050423, -0.0117331, -0.0566363, -0.1739690", \
					  "0.0096229, 0.0094147, 0.0096264, 0.0048382, -0.0119425, -0.0568234, -0.1741464", \
					  "0.0091332, 0.0091201, 0.0094643, 0.0045090, -0.0122639, -0.0571017, -0.1743815", \
					  "0.0142729, 0.0132984, 0.0107915, 0.0042511, -0.0129018, -0.0574733, -0.1747133");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.2677478, 0.2756766, 0.2930881, 0.3321742, 0.4280793, 0.6752152, 1.3188386", \
					  "0.2729567, 0.2808909, 0.2983232, 0.3374118, 0.4331626, 0.6805752, 1.3226323", \
					  "0.2845489, 0.2924795, 0.3098833, 0.3489314, 0.4449292, 0.6924170, 1.3347574", \
					  "0.3109384, 0.3188850, 0.3362665, 0.3752617, 0.4715434, 0.7188390, 1.3605260", \
					  "0.3624565, 0.3704352, 0.3878562, 0.4269061, 0.5231839, 0.7703971, 1.4115034", \
					  "0.4408307, 0.4487817, 0.4661927, 0.5052647, 0.6011876, 0.8487925, 1.4914032", \
					  "0.5497898, 0.5577513, 0.5751908, 0.6142701, 0.7102560, 0.9580017, 1.5993117");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0260249, 0.0330956, 0.0512311, 0.0993668, 0.2311302, 0.5829783, 1.4901542", \
					  "0.0259268, 0.0330332, 0.0511550, 0.0995684, 0.2313102, 0.5828689, 1.4992562", \
					  "0.0259838, 0.0330740, 0.0511286, 0.0994471, 0.2313257, 0.5822696, 1.4955228", \
					  "0.0258542, 0.0331661, 0.0511698, 0.0993423, 0.2312261, 0.5819220, 1.5036977", \
					  "0.0260177, 0.0332903, 0.0512348, 0.0994270, 0.2313763, 0.5818837, 1.5027878", \
					  "0.0260150, 0.0331685, 0.0512727, 0.0992577, 0.2312035, 0.5813077, 1.4938617", \
					  "0.0260000, 0.0332141, 0.0511549, 0.0995916, 0.2308784, 0.5783358, 1.4959846");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.3038720, 0.3110392, 0.3251055, 0.3514585, 0.4022576, 0.5141259, 0.7957180", \
					  "0.3087057, 0.3158651, 0.3299968, 0.3561968, 0.4070903, 0.5190217, 0.8010698", \
					  "0.3206039, 0.3277558, 0.3417803, 0.3682158, 0.4189977, 0.5310272, 0.8133207", \
					  "0.3472203, 0.3544041, 0.3684574, 0.3948192, 0.4456218, 0.5575604, 0.8393138", \
					  "0.3972579, 0.4044013, 0.4185119, 0.4448009, 0.4956809, 0.6075868, 0.8898474", \
					  "0.4712450, 0.4783891, 0.4924471, 0.5188411, 0.5695090, 0.6815042, 0.9635176", \
					  "0.5734625, 0.5806159, 0.5947205, 0.6210443, 0.6718510, 0.7838184, 1.0659408");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0261933, 0.0306440, 0.0400908, 0.0609830, 0.1120378, 0.2469625, 0.6208068", \
					  "0.0261689, 0.0306889, 0.0401089, 0.0614799, 0.1118382, 0.2474831, 0.6213478", \
					  "0.0262827, 0.0306590, 0.0403617, 0.0611485, 0.1112117, 0.2480287, 0.6240205", \
					  "0.0262161, 0.0305930, 0.0405684, 0.0616700, 0.1116118, 0.2478239, 0.6214535", \
					  "0.0261628, 0.0306909, 0.0405716, 0.0608591, 0.1113466, 0.2470201, 0.6179754", \
					  "0.0261914, 0.0308918, 0.0401630, 0.0610702, 0.1114198, 0.2474420, 0.6174651", \
					  "0.0262274, 0.0306776, 0.0404886, 0.0616853, 0.1117627, 0.2470683, 0.6174921");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.1564682, 0.1642290, 0.1797952, 0.2093406, 0.2640863, 0.3740029, 0.6557693", \
					  "0.1614484, 0.1692071, 0.1847817, 0.2143443, 0.2691309, 0.3790760, 0.6609276", \
					  "0.1746998, 0.1824976, 0.1980889, 0.2276237, 0.2824495, 0.3923881, 0.6743014", \
					  "0.2081032, 0.2158809, 0.2314300, 0.2609473, 0.3157776, 0.4257234, 0.7073507", \
					  "0.2909143, 0.2986636, 0.3140853, 0.3435523, 0.3983668, 0.5083775, 0.7904093", \
					  "0.4667633, 0.4759587, 0.4937755, 0.5260057, 0.5820423, 0.6919634, 0.9739203", \
					  "0.7781848, 0.7911168, 0.8156554, 0.8589635, 0.9233672, 1.0337983, 1.3146152");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0291305, 0.0340444, 0.0453585, 0.0690050, 0.1151241, 0.2443176, 0.6151157", \
					  "0.0292817, 0.0343708, 0.0453127, 0.0691103, 0.1150972, 0.2433908, 0.6157085", \
					  "0.0293613, 0.0340636, 0.0451501, 0.0691348, 0.1149367, 0.2434832, 0.6157241", \
					  "0.0293101, 0.0343832, 0.0452435, 0.0692078, 0.1151117, 0.2433117, 0.6158619", \
					  "0.0293322, 0.0340991, 0.0455815, 0.0692306, 0.1148759, 0.2439995, 0.6173971", \
					  "0.0373734, 0.0428743, 0.0535184, 0.0755427, 0.1174647, 0.2441125, 0.6156926", \
					  "0.0580694, 0.0646606, 0.0783458, 0.1016179, 0.1320498, 0.2463611, 0.6182064");
				}
			}
		}
	}
	cell ("scs8hd_dfrtp_2") {
		area : 26.275200;
		cell_footprint : "dfrtp";
		cell_leakage_power : 1.291627e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008956";
			when : "RESETB&!CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0014028";
			when : "!RESETB&!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0015801";
			when : "RESETB&CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0015012";
			when : "RESETB&!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0014553";
			when : "!RESETB&CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0010974";
			when : "RESETB&CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0006687";
			when : "RESETB&!CLK&D&Q";
		}
		leakage_power () {
			value : "0.0014749";
			when : "!RESETB&CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0014458";
			when : "RESETB&!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0015604";
			when : "RESETB&CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0014540";
			when : "!RESETB&!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0009633";
			when : "RESETB&CLK&D&Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003436;
			capacitance : 0.003465;
			rise_capacitance : 0.003495;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2128438, -0.0474466, 0.3277161", \
					  "-0.3709167, -0.2165059, 0.1208151", \
					  "-0.5190287, -0.3743835, -0.0639180");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2925274, 0.4567200, 0.7944479", \
					  "0.4335104, 0.5964824, 0.9268861", \
					  "0.5730775, 0.7311667, 1.0530254");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2840297, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035013, 0.0034917, 0.0034694, 0.0034771, 0.0034948, 0.0035356, 0.0036298");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039471, -0.0040001, -0.0041220, -0.0041229, -0.0041247, -0.0041291, -0.0041390");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001804;
			capacitance : 0.001710;
			fall_capacitance : 0.001615;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1148591, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1533070, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0184044, 0.0183184, 0.0181202, 0.0181108, 0.0180894, 0.0180399, 0.0179257");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121179, 0.0120717, 0.0119654, 0.0119318, 0.0118544, 0.0116759, 0.0112644");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001997;
			capacitance : 0.001955;
			fall_capacitance : 0.001912;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0569316, 0.1844870, 0.2874330", \
					  "-0.0242370, 0.0911113, 0.1794089", \
					  "-0.0685892, 0.0394349, 0.1252910");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1216289, 0.3590475, 0.7390931", \
					  "0.0013978, 0.2314922, 0.6042136", \
					  "-0.1015482, 0.1273255, 0.4927226");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0248555, -0.1341003, -0.2004251", \
					  "0.0477682, -0.0565937, -0.1278014", \
					  "0.0872376, -0.0159036, -0.0895527");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0370625, -0.2573913, -0.5495462", \
					  "0.0770651, -0.1444844, -0.4671569", \
					  "0.1726869, -0.0488626, -0.3776387");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005434, -0.0006060, -0.0007504, -0.0007558, -0.0007681, -0.0007966, -0.0008622");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045150, 0.0044869, 0.0044221, 0.0044314, 0.0044528, 0.0045022, 0.0046161");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.283823;
			max_transition : 1.500781;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001438742, 0.004139959, 0.01191267, 0.03427853, 0.09863593, 0.2838234");
					values("0.0161892, 0.0174683, 0.0210855, 0.0308949, 0.0582358, 0.1358634, 0.3613886", \
					  "0.0162162, 0.0174870, 0.0210913, 0.0309431, 0.0582306, 0.1357141, 0.3612171", \
					  "0.0161912, 0.0174729, 0.0210942, 0.0309171, 0.0582431, 0.1357562, 0.3612880", \
					  "0.0158620, 0.0171070, 0.0207478, 0.0305516, 0.0578818, 0.1362986, 0.3607290", \
					  "0.0156854, 0.0169509, 0.0205527, 0.0304065, 0.0576271, 0.1355201, 0.3584634", \
					  "0.0155873, 0.0168449, 0.0205004, 0.0302763, 0.0575504, 0.1354491, 0.3582336", \
					  "0.0167393, 0.0179344, 0.0213266, 0.0309673, 0.0583008, 0.1357427, 0.3574106");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001438742, 0.004139959, 0.01191267, 0.03427853, 0.09863593, 0.2838234");
					values("0.0138581, 0.0128983, 0.0103041, 0.0024708, -0.0232232, -0.1009668, -0.3261732", \
					  "0.0138767, 0.0129071, 0.0103874, 0.0024692, -0.0232312, -0.1009805, -0.3261882", \
					  "0.0138583, 0.0128852, 0.0103303, 0.0024575, -0.0232509, -0.1010005, -0.3261920", \
					  "0.0135448, 0.0125553, 0.0100563, 0.0021485, -0.0235495, -0.1012946, -0.3264914", \
					  "0.0134454, 0.0124894, 0.0099505, 0.0020475, -0.0236617, -0.1013985, -0.3266088", \
					  "0.0134622, 0.0124908, 0.0099706, 0.0020737, -0.0236358, -0.1013671, -0.3265640", \
					  "0.0173626, 0.0162785, 0.0131793, 0.0040821, -0.0227324, -0.1008809, -0.3261161");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001438742, 0.004139959, 0.01191267, 0.03427853, 0.09863593, 0.2838234");
					values("0.0112141, 0.0104188, 0.0088891, 0.0037699, -0.0216481, -0.0995487, -0.3246996", \
					  "0.0111324, 0.0103777, 0.0085913, 0.0036907, -0.0217305, -0.0996313, -0.3248432", \
					  "0.0109642, 0.0102562, 0.0086622, 0.0035672, -0.0218445, -0.0997317, -0.3249240", \
					  "0.0109634, 0.0102015, 0.0086430, 0.0035638, -0.0218799, -0.0997591, -0.3249427", \
					  "0.0108309, 0.0100452, 0.0084255, 0.0033569, -0.0221065, -0.0999633, -0.3251169", \
					  "0.0107323, 0.0099258, 0.0082793, 0.0029881, -0.0224856, -0.1002860, -0.3253661", \
					  "0.0174368, 0.0162966, 0.0130418, 0.0037425, -0.0232139, -0.1007125, -0.3257223");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00143874, 0.00413996, 0.0119127, 0.0342785, 0.0986359, 0.283823");
					values("0.2874238, 0.2942019, 0.3095999, 0.3437508, 0.4283832, 0.6642757, 1.3409446", \
					  "0.2925115, 0.2992937, 0.3146281, 0.3488766, 0.4335030, 0.6695263, 1.3473487", \
					  "0.3042398, 0.3110273, 0.3264164, 0.3605544, 0.4451912, 0.6811846, 1.3587417", \
					  "0.3304391, 0.3372126, 0.3526104, 0.3868051, 0.4714940, 0.7075959, 1.3825767", \
					  "0.3822722, 0.3890415, 0.4044347, 0.4386208, 0.5230278, 0.7585150, 1.4342741", \
					  "0.4603600, 0.4671345, 0.4825503, 0.5167187, 0.6014901, 0.8369093, 1.5114614", \
					  "0.5694389, 0.5762253, 0.5915857, 0.6258158, 0.7104710, 0.9470126, 1.6240562");
				}
				rise_transition ("del_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("0.0249995, 0.0302608, 0.0436238, 0.0806332, 0.1920966, 0.5273975, 1.4948486", \
					  "0.0251174, 0.0303149, 0.0437812, 0.0808607, 0.1925664, 0.5271448, 1.4945997", \
					  "0.0250065, 0.0302140, 0.0437366, 0.0807224, 0.1920744, 0.5273061, 1.4930468", \
					  "0.0251787, 0.0302838, 0.0438493, 0.0806993, 0.1926622, 0.5260558, 1.4972987", \
					  "0.0251121, 0.0302389, 0.0437099, 0.0807132, 0.1924360, 0.5254539, 1.5007805", \
					  "0.0252542, 0.0303018, 0.0438839, 0.0806666, 0.1923908, 0.5271745, 1.4997403", \
					  "0.0251783, 0.0304002, 0.0438343, 0.0806861, 0.1923405, 0.5245742, 1.4891808");
				}
				cell_fall ("del_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("0.3334458, 0.3398764, 0.3536402, 0.3795123, 0.4285161, 0.5324958, 0.8001738", \
					  "0.3383108, 0.3447529, 0.3584625, 0.3843178, 0.4335640, 0.5374319, 0.8049681", \
					  "0.3501094, 0.3565578, 0.3703058, 0.3963342, 0.4453849, 0.5492702, 0.8166202", \
					  "0.3767730, 0.3832007, 0.3969818, 0.4229099, 0.4720409, 0.5760351, 0.8434373", \
					  "0.4268202, 0.4332611, 0.4470145, 0.4728549, 0.5218756, 0.6260155, 0.8935009", \
					  "0.5008639, 0.5072976, 0.5210621, 0.5470343, 0.5958892, 0.6999257, 0.9674357", \
					  "0.6031161, 0.6095496, 0.6233163, 0.6493384, 0.6984143, 0.8023961, 1.0699127");
				}
				fall_transition ("del_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("0.0299269, 0.0336244, 0.0416823, 0.0589465, 0.1007310, 0.2134599, 0.5586508", \
					  "0.0299053, 0.0335232, 0.0417500, 0.0591203, 0.1001904, 0.2128646, 0.5593616", \
					  "0.0299341, 0.0335855, 0.0416669, 0.0592194, 0.1002163, 0.2135063, 0.5603883", \
					  "0.0298446, 0.0336133, 0.0415962, 0.0589022, 0.1006956, 0.2132049, 0.5584425", \
					  "0.0299309, 0.0335231, 0.0416260, 0.0590987, 0.1008325, 0.2134529, 0.5592924", \
					  "0.0298331, 0.0336349, 0.0416587, 0.0592961, 0.1007295, 0.2135092, 0.5601753", \
					  "0.0298505, 0.0336116, 0.0417272, 0.0597240, 0.1008222, 0.2131733, 0.5575274");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_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("0.1881800, 0.1951472, 0.2100256, 0.2386077, 0.2930912, 0.3937505, 0.6584850", \
					  "0.1934421, 0.2004262, 0.2153494, 0.2439092, 0.2983939, 0.3990319, 0.6641779", \
					  "0.2068883, 0.2138970, 0.2287613, 0.2574891, 0.3118883, 0.4125615, 0.6776611", \
					  "0.2400809, 0.2470174, 0.2619241, 0.2905914, 0.3450265, 0.4457236, 0.7108312", \
					  "0.3221705, 0.3291224, 0.3439696, 0.3724628, 0.4268665, 0.5275659, 0.7926387", \
					  "0.5072452, 0.5148887, 0.5308606, 0.5604124, 0.6154490, 0.7161111, 0.9813407", \
					  "0.8451591, 0.8559923, 0.8782576, 0.9183297, 0.9867835, 1.0897362, 1.3538436");
				}
				fall_transition ("del_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("0.0333577, 0.0375340, 0.0466269, 0.0666468, 0.1058305, 0.2072678, 0.5533925", \
					  "0.0334124, 0.0375625, 0.0464291, 0.0666801, 0.1053870, 0.2071387, 0.5550602", \
					  "0.0333096, 0.0373360, 0.0465131, 0.0665547, 0.1055299, 0.2068870, 0.5560023", \
					  "0.0333491, 0.0374738, 0.0465989, 0.0665383, 0.1055340, 0.2067804, 0.5558142", \
					  "0.0332219, 0.0373486, 0.0463409, 0.0666022, 0.1057597, 0.2068300, 0.5571651", \
					  "0.0389011, 0.0426920, 0.0509582, 0.0697518, 0.1067819, 0.2069734, 0.5574260", \
					  "0.0614129, 0.0664109, 0.0768262, 0.0988875, 0.1291220, 0.2127660, 0.5555033");
				}
			}
		}
	}
	cell ("scs8hd_dfrtp_4") {
		area : 28.777600;
		cell_footprint : "dfrtp";
		cell_leakage_power : 1.816239e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0022957";
			when : "RESETB&CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0021697";
			when : "!RESETB&!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0010339";
			when : "RESETB&CLK&D&Q";
		}
		leakage_power () {
			value : "0.0009268";
			when : "RESETB&!CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0021185";
			when : "!RESETB&!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0022168";
			when : "RESETB&!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0021709";
			when : "!RESETB&CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0011680";
			when : "RESETB&CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0010664";
			when : "RESETB&!CLK&D&Q";
		}
		leakage_power () {
			value : "0.0021906";
			when : "!RESETB&CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0021615";
			when : "RESETB&!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0022761";
			when : "RESETB&CLK&!D&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003423;
			capacitance : 0.003459;
			rise_capacitance : 0.003495;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2104023, -0.0291361, 0.4265931", \
					  "-0.3684753, -0.1994160, 0.2184714", \
					  "-0.5165872, -0.3572936, 0.0276348");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2937480, 0.4567200, 0.7944479", \
					  "0.4335104, 0.5964824, 0.9281067", \
					  "0.5730775, 0.7323874, 1.0530254");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3323642, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035003, 0.0034914, 0.0034711, 0.0034803, 0.0035014, 0.0035501, 0.0036623");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0040143, -0.0040462, -0.0041196, -0.0041209, -0.0041239, -0.0041307, -0.0041465");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001804;
			capacitance : 0.001710;
			fall_capacitance : 0.001615;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1313367, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1544055, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0183788, 0.0182926, 0.0180939, 0.0180857, 0.0180668, 0.0180232, 0.0179227");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122098, 0.0121335, 0.0119576, 0.0119254, 0.0118511, 0.0116797, 0.0112847");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001996;
			capacitance : 0.001954;
			fall_capacitance : 0.001912;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0581523, 0.1857077, 0.2886536", \
					  "-0.0242370, 0.0911113, 0.1794089", \
					  "-0.0685892, 0.0406556, 0.1252910");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1204082, 0.3578268, 0.7378724", \
					  "0.0001771, 0.2314922, 0.6042136", \
					  "-0.1027689, 0.1273255, 0.4927226");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0260762, -0.1353210, -0.2016458", \
					  "0.0477682, -0.0578145, -0.1278014", \
					  "0.0872376, -0.0159036, -0.0907734");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0370625, -0.2561706, -0.5446634", \
					  "0.0782858, -0.1444844, -0.4659362", \
					  "0.1739076, -0.0476419, -0.3751973");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005401, -0.0006067, -0.0007601, -0.0007650, -0.0007763, -0.0008023, -0.0008624");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045333, 0.0044969, 0.0044131, 0.0044239, 0.0044487, 0.0045059, 0.0046379");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.478831;
			max_transition : 1.509345;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569779, 0.004928415, 0.01547305, 0.04857856, 0.1525152, 0.4788306");
					values("0.0240811, 0.0254504, 0.0298038, 0.0432639, 0.0837955, 0.2098037, 0.6039871", \
					  "0.0241785, 0.0255485, 0.0298734, 0.0432838, 0.0838665, 0.2098585, 0.6002178", \
					  "0.0241851, 0.0255557, 0.0299099, 0.0433673, 0.0839823, 0.2098872, 0.6002829", \
					  "0.0239066, 0.0252750, 0.0296051, 0.0430095, 0.0835871, 0.2095779, 0.5991283", \
					  "0.0237209, 0.0250447, 0.0293911, 0.0428219, 0.0834534, 0.2092692, 0.6057869", \
					  "0.0236434, 0.0250179, 0.0292942, 0.0427797, 0.0833931, 0.2090637, 0.6062604", \
					  "0.0250471, 0.0263655, 0.0306271, 0.0437766, 0.0841697, 0.2098280, 0.6027731");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569779, 0.004928415, 0.01547305, 0.04857856, 0.1525152, 0.4788306");
					values("0.0195013, 0.0182403, 0.0144396, 0.0036136, -0.0333511, -0.1574806, -0.5539761", \
					  "0.0194800, 0.0182695, 0.0146838, 0.0037825, -0.0333196, -0.1574754, -0.5539564", \
					  "0.0195926, 0.0183599, 0.0147198, 0.0038076, -0.0332717, -0.1574144, -0.5539003", \
					  "0.0192231, 0.0180042, 0.0144644, 0.0033530, -0.0335351, -0.1577092, -0.5541970", \
					  "0.0191101, 0.0178604, 0.0143319, 0.0033216, -0.0336595, -0.1578127, -0.5543146", \
					  "0.0191161, 0.0179081, 0.0142941, 0.0033916, -0.0336342, -0.1578154, -0.5542678", \
					  "0.0256164, 0.0243074, 0.0204218, 0.0080648, -0.0314217, -0.1573465, -0.5538489");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569779, 0.004928415, 0.01547305, 0.04857856, 0.1525152, 0.4788306");
					values("0.0171812, 0.0159822, 0.0127351, 0.0049315, -0.0312067, -0.1559775, -0.5526025", \
					  "0.0170961, 0.0160498, 0.0125697, 0.0048172, -0.0312499, -0.1560047, -0.5526133", \
					  "0.0170764, 0.0159087, 0.0125430, 0.0048267, -0.0313117, -0.1560730, -0.5526632", \
					  "0.0170832, 0.0159248, 0.0125717, 0.0048234, -0.0313353, -0.1560906, -0.5526796", \
					  "0.0168711, 0.0157155, 0.0123373, 0.0046245, -0.0315836, -0.1563232, -0.5528735", \
					  "0.0168432, 0.0156206, 0.0122816, 0.0043529, -0.0319595, -0.1566868, -0.5531049", \
					  "0.0175181, 0.0161892, 0.0122074, 0.0033993, -0.0327477, -0.1573809, -0.5536317");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.3367205, 0.3420731, 0.3559548, 0.3883937, 0.4679548, 0.6959056, 1.4068794", \
					  "0.3419027, 0.3472331, 0.3611207, 0.3936783, 0.4731929, 0.7011526, 1.4125744", \
					  "0.3535280, 0.3588820, 0.3727635, 0.4051987, 0.4847807, 0.7126990, 1.4241606", \
					  "0.3799274, 0.3852721, 0.3991443, 0.4316978, 0.5112002, 0.7393016, 1.4504223", \
					  "0.4313927, 0.4367876, 0.4505852, 0.4831166, 0.5627114, 0.7914233, 1.5012902", \
					  "0.5098817, 0.5152473, 0.5291294, 0.5616267, 0.6412432, 0.8699796, 1.5812063", \
					  "0.6189508, 0.6243243, 0.6382236, 0.6707548, 0.7503393, 0.9788738, 1.6873548");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.0350790, 0.0389582, 0.0497442, 0.0800838, 0.1742648, 0.4908012, 1.4877836", \
					  "0.0351099, 0.0388207, 0.0497354, 0.0799034, 0.1745216, 0.4909074, 1.4879913", \
					  "0.0350644, 0.0389567, 0.0497437, 0.0800871, 0.1743302, 0.4915770, 1.4880077", \
					  "0.0350674, 0.0389538, 0.0497606, 0.0799077, 0.1745830, 0.4898180, 1.5093449", \
					  "0.0352031, 0.0390035, 0.0496087, 0.0800968, 0.1747822, 0.4903810, 1.4978033", \
					  "0.0351990, 0.0389359, 0.0492723, 0.0800064, 0.1748511, 0.4901821, 1.4982734", \
					  "0.0352123, 0.0389096, 0.0497387, 0.0800628, 0.1748268, 0.4875667, 1.4994168");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.4074919, 0.4127243, 0.4255968, 0.4526130, 0.5049759, 0.6110429, 0.8721078", \
					  "0.4122872, 0.4174825, 0.4303801, 0.4574325, 0.5096334, 0.6158990, 0.8768851", \
					  "0.4241592, 0.4293285, 0.4422595, 0.4693093, 0.5216581, 0.6279404, 0.8887311", \
					  "0.4508771, 0.4560108, 0.4689074, 0.4959843, 0.5483374, 0.6547161, 0.9157580", \
					  "0.5007996, 0.5059984, 0.5188689, 0.5459985, 0.5982175, 0.7046589, 0.9655131", \
					  "0.5749061, 0.5800767, 0.5929738, 0.6201296, 0.6724727, 0.7789415, 1.0397896", \
					  "0.6772271, 0.6824262, 0.6953430, 0.7224032, 0.7748013, 0.8812833, 1.1421744");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.0485058, 0.0510700, 0.0577531, 0.0732928, 0.1096303, 0.2091745, 0.5228041", \
					  "0.0484857, 0.0511778, 0.0578374, 0.0738131, 0.1105530, 0.2086960, 0.5237458", \
					  "0.0484671, 0.0511121, 0.0578652, 0.0734161, 0.1094046, 0.2086588, 0.5238666", \
					  "0.0484600, 0.0511470, 0.0576997, 0.0737344, 0.1108287, 0.2090285, 0.5228685", \
					  "0.0484687, 0.0510884, 0.0577597, 0.0732769, 0.1100349, 0.2089474, 0.5224491", \
					  "0.0486085, 0.0512896, 0.0579153, 0.0733258, 0.1107694, 0.2080005, 0.5238492", \
					  "0.0486314, 0.0511342, 0.0578026, 0.0737927, 0.1095881, 0.2079653, 0.5192411");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.2678501, 0.2734525, 0.2873584, 0.3168259, 0.3743709, 0.4770062, 0.7274999", \
					  "0.2734027, 0.2790790, 0.2930086, 0.3224428, 0.3799718, 0.4826138, 0.7332559", \
					  "0.2871735, 0.2927893, 0.3067419, 0.3361972, 0.3936876, 0.4963798, 0.7470768", \
					  "0.3203167, 0.3259316, 0.3398774, 0.3692953, 0.4267686, 0.5294811, 0.7800509", \
					  "0.4017394, 0.4073463, 0.4212296, 0.4506134, 0.5080667, 0.6107335, 0.8616720", \
					  "0.5917303, 0.5973326, 0.6112105, 0.6404881, 0.6978799, 0.8004218, 1.0511795", \
					  "0.9789219, 0.9862798, 1.0043044, 1.0410336, 1.1083858, 1.2148743, 1.4649891");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.0534231, 0.0564482, 0.0640321, 0.0811515, 0.1179384, 0.1963949, 0.5091189", \
					  "0.0535030, 0.0563923, 0.0637801, 0.0813094, 0.1178351, 0.1967355, 0.5088356", \
					  "0.0536070, 0.0565339, 0.0637982, 0.0812510, 0.1178507, 0.1966226, 0.5093081", \
					  "0.0536243, 0.0565563, 0.0638642, 0.0813156, 0.1178818, 0.1964568, 0.5091922", \
					  "0.0535635, 0.0563400, 0.0637573, 0.0812802, 0.1178552, 0.1970818, 0.5120829", \
					  "0.0538382, 0.0566358, 0.0640157, 0.0815297, 0.1180191, 0.1969951, 0.5091448", \
					  "0.0804831, 0.0836924, 0.0912657, 0.1079717, 0.1398042, 0.2040046, 0.5124668");
				}
			}
		}
	}
	cell ("scs8hd_dfsbp_1") {
		area : 28.777600;
		cell_footprint : "dfsbp";
		cell_leakage_power : 1.499797e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			preset : "!SETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012269";
			when : "CLK&D&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0017325";
			when : "!CLK&!D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0017307";
			when : "CLK&D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016668";
			when : "!CLK&!D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016527";
			when : "!CLK&D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0010055";
			when : "!CLK&!D&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0016506";
			when : "CLK&!D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016957";
			when : "CLK&!D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0017447";
			when : "!CLK&D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016856";
			when : "CLK&D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0011484";
			when : "!CLK&D&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0010574";
			when : "CLK&!D&SETB&!Q&QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001600;
			capacitance : 0.001692;
			rise_capacitance : 0.001785;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1379278, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1555040, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0171627, 0.0171009, 0.0169585, 0.0169451, 0.0169141, 0.0168426, 0.0166780");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128079, 0.0127670, 0.0126728, 0.0126436, 0.0125763, 0.0124212, 0.0120638");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002355;
			capacitance : 0.002214;
			fall_capacitance : 0.002074;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0471660, 0.1722799, 0.2886536", \
					  "-0.0242370, 0.0911113, 0.1964987", \
					  "-0.0624857, 0.0492005, 0.1533672");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0825664, 0.3041159, 0.6194642", \
					  "-0.0340026, 0.1777813, 0.4845846", \
					  "-0.1308451, 0.0748353, 0.3743145");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0248555, -0.1365417, -0.2248392", \
					  "0.0404440, -0.0675801, -0.1632018", \
					  "0.0750306, -0.0329935, -0.1322773");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0163105, -0.2122253, -0.4555521", \
					  "0.0941550, -0.1017598, -0.3695007", \
					  "0.1800111, -0.0159036, -0.2885274");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("6.4167081e-05, -6.5502445e-05, -0.0003644, -0.0003648, -0.0003658, -0.0003681, -0.0003734");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052028, 0.0051452, 0.0050122, 0.0050258, 0.0050572, 0.0051294, 0.0052958");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.147410;
			max_transition : 1.508184;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("-0.0050881, -0.0031574, 0.0012741, 0.0112023, 0.0313210, 0.0757255, 0.1861862", \
					  "-0.0050721, -0.0031417, 0.0012848, 0.0112159, 0.0312918, 0.0756030, 0.1851502", \
					  "-0.0050382, -0.0031236, 0.0012653, 0.0111211, 0.0312059, 0.0754168, 0.1850306", \
					  "-0.0050373, -0.0031459, 0.0012044, 0.0110010, 0.0310212, 0.0752317, 0.1857107", \
					  "-0.0050232, -0.0031481, 0.0011501, 0.0108769, 0.0308329, 0.0750950, 0.1855423", \
					  "-0.0049554, -0.0031020, 0.0011489, 0.0108376, 0.0307220, 0.0748382, 0.1854129", \
					  "-0.0046945, -0.0027297, 0.0017371, 0.0110399, 0.0310271, 0.0750646, 0.1854025");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("-0.0038630, -0.0004882, 0.0055814, 0.0119249, 0.0081286, -0.0257563, -0.1312065", \
					  "-0.0038442, -0.0004775, 0.0055925, 0.0119190, 0.0080971, -0.0258079, -0.1312560", \
					  "-0.0038020, -0.0004424, 0.0056087, 0.0119097, 0.0080632, -0.0258426, -0.1313079", \
					  "-0.0038067, -0.0004732, 0.0055164, 0.0117463, 0.0078174, -0.0261330, -0.1316170", \
					  "-0.0037806, -0.0004589, 0.0055118, 0.0117024, 0.0077420, -0.0262382, -0.1317395", \
					  "-0.0037102, -0.0003955, 0.0055638, 0.0117245, 0.0077560, -0.0262397, -0.1317430", \
					  "-0.0035213, -0.0001926, 0.0057849, 0.0119923, 0.0080462, -0.0260882, -0.1316322");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("-0.0009715, 0.0004535, 0.0039782, 0.0119279, 0.0297592, 0.0731700, 0.1830245", \
					  "-0.0009643, 0.0004577, 0.0039787, 0.0119283, 0.0297634, 0.0730805, 0.1826574", \
					  "-0.0009464, 0.0004743, 0.0039918, 0.0119352, 0.0297625, 0.0728538, 0.1829439", \
					  "-0.0009540, 0.0004550, 0.0039559, 0.0118572, 0.0296253, 0.0731725, 0.1826847", \
					  "-0.0009653, 0.0004311, 0.0039077, 0.0117705, 0.0296479, 0.0729475, 0.1821908", \
					  "-0.0009767, 0.0004059, 0.0038628, 0.0116909, 0.0295710, 0.0728681, 0.1820591", \
					  "-0.0009754, 0.0004279, 0.0037764, 0.0116111, 0.0293724, 0.0722792, 0.1818051");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.5739915, 0.5828029, 0.6001803, 0.6383172, 0.7342112, 0.9816536, 1.6181474", \
					  "0.5787915, 0.5875958, 0.6050777, 0.6431864, 0.7390297, 0.9862957, 1.6231324", \
					  "0.5903845, 0.5991556, 0.6166060, 0.6547921, 0.7506359, 0.9978957, 1.6347476", \
					  "0.6162447, 0.6249254, 0.6425053, 0.6806299, 0.7764630, 1.0233002, 1.6598010", \
					  "0.6650667, 0.6737689, 0.6913258, 0.7294567, 0.8252800, 1.0727085, 1.7091401", \
					  "0.7404392, 0.7491102, 0.7666376, 0.8047099, 0.9005646, 1.1478005, 1.7846639", \
					  "0.8473015, 0.8559529, 0.8735366, 0.9116106, 1.0075287, 1.2542674, 1.8914486");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0333585, 0.0393956, 0.0547417, 0.1016918, 0.2351409, 0.5837461, 1.4879499", \
					  "0.0333773, 0.0391927, 0.0549479, 0.1018752, 0.2350633, 0.5836424, 1.4905247", \
					  "0.0334148, 0.0393878, 0.0548675, 0.1016165, 0.2358561, 0.5836032, 1.4901466", \
					  "0.0333504, 0.0391983, 0.0547493, 0.1019554, 0.2360397, 0.5836315, 1.4856544", \
					  "0.0333908, 0.0390117, 0.0547860, 0.1016235, 0.2360191, 0.5836930, 1.4880948", \
					  "0.0334409, 0.0396821, 0.0548530, 0.1017078, 0.2347508, 0.5837816, 1.4909087", \
					  "0.0334832, 0.0392133, 0.0548631, 0.1017560, 0.2359528, 0.5837005, 1.4879062");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.3226853, 0.3272865, 0.3369366, 0.3562006, 0.3978016, 0.4997631, 0.7624912", \
					  "0.3274185, 0.3321386, 0.3417819, 0.3610475, 0.4026460, 0.5046515, 0.7675159", \
					  "0.3394759, 0.3441865, 0.3538358, 0.3731070, 0.4147195, 0.5166841, 0.7798108", \
					  "0.3658143, 0.3705438, 0.3801953, 0.3994603, 0.4410643, 0.5430642, 0.8059992", \
					  "0.4162189, 0.4209409, 0.4305788, 0.4498421, 0.4914598, 0.5933922, 0.8566113", \
					  "0.4920635, 0.4967725, 0.5064258, 0.5257049, 0.5672999, 0.6693465, 0.9325956", \
					  "0.5942971, 0.5990136, 0.6086657, 0.6279341, 0.6695369, 0.7715429, 1.0346050");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0169583, 0.0202496, 0.0282789, 0.0471355, 0.0960028, 0.2294859, 0.5820333", \
					  "0.0170722, 0.0202534, 0.0282741, 0.0471348, 0.0962019, 0.2295719, 0.5850532", \
					  "0.0170710, 0.0202500, 0.0282701, 0.0471247, 0.0957887, 0.2291807, 0.5833869", \
					  "0.0170837, 0.0202588, 0.0282843, 0.0471406, 0.0961894, 0.2296299, 0.5824349", \
					  "0.0170971, 0.0203000, 0.0283305, 0.0469857, 0.0960551, 0.2294314, 0.5819822", \
					  "0.0169316, 0.0203002, 0.0282977, 0.0467180, 0.0960848, 0.2294917, 0.5795983", \
					  "0.0170822, 0.0202647, 0.0282831, 0.0471426, 0.0962059, 0.2296349, 0.5777727");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.2915942, 0.2984137, 0.3139177, 0.3516200, 0.4475549, 0.6944798, 1.3320998", \
					  "0.2970934, 0.3038954, 0.3193885, 0.3570901, 0.4531019, 0.6997456, 1.3388168", \
					  "0.3106684, 0.3174900, 0.3329906, 0.3706975, 0.4666357, 0.7135072, 1.3535530", \
					  "0.3428490, 0.3496652, 0.3651904, 0.4028437, 0.4988087, 0.7458225, 1.3830350", \
					  "0.4210118, 0.4278272, 0.4433624, 0.4810292, 0.5770711, 0.8237474, 1.4612098", \
					  "0.6057812, 0.6125823, 0.6281204, 0.6657890, 0.7618804, 1.0084658, 1.6459790", \
					  "0.9555150, 0.9627696, 0.9785962, 1.0162667, 1.1124821, 1.3590965, 1.9970710");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0239445, 0.0304119, 0.0487160, 0.0996516, 0.2342356, 0.5869823, 1.4871260", \
					  "0.0239065, 0.0304177, 0.0487810, 0.0995888, 0.2346313, 0.5871900, 1.4927691", \
					  "0.0239368, 0.0304135, 0.0487332, 0.0996369, 0.2342828, 0.5870379, 1.4948826", \
					  "0.0239434, 0.0303552, 0.0487559, 0.0995306, 0.2346158, 0.5850803, 1.4904185", \
					  "0.0239471, 0.0303775, 0.0487525, 0.0997612, 0.2343601, 0.5853211, 1.5081842", \
					  "0.0239787, 0.0305189, 0.0487502, 0.0997768, 0.2341611, 0.5857069, 1.5080039", \
					  "0.0266710, 0.0327087, 0.0498389, 0.1000711, 0.2346566, 0.5860419, 1.5009675");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.160227;
			max_transition : 1.500377;
			internal_power () {
				related_pin : "SETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("8.1500000e-05, 0.0027772, 0.0075741, 0.0119401, 0.0055390, -0.0329393, -0.1495614", \
					  "8.8950000e-05, 0.0027802, 0.0075717, 0.0119113, 0.0054994, -0.0329786, -0.1496187", \
					  "0.0001079, 0.0027970, 0.0075864, 0.0119272, 0.0055269, -0.0329492, -0.1496346", \
					  "0.0001001, 0.0027805, 0.0075518, 0.0118659, 0.0054348, -0.0330692, -0.1497335", \
					  "8.9750000e-05, 0.0027582, 0.0075081, 0.0117764, 0.0052970, -0.0332051, -0.1498744", \
					  "8.4700000e-05, 0.0027505, 0.0074927, 0.0117185, 0.0052031, -0.0333059, -0.1499438", \
					  "6.7900000e-05, 0.0027197, 0.0074211, 0.0115846, 0.0050013, -0.0334860, -0.1501031");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("-0.0050223, -0.0029455, 0.0018067, 0.0119284, 0.0327347, 0.0810951, 0.2011565", \
					  "-0.0050047, -0.0029331, 0.0018098, 0.0119208, 0.0328336, 0.0805449, 0.2020074", \
					  "-0.0049618, -0.0028964, 0.0018329, 0.0119126, 0.0326834, 0.0810885, 0.2008429", \
					  "-0.0049659, -0.0029340, 0.0017351, 0.0117346, 0.0325715, 0.0807195, 0.2007132", \
					  "-0.0049426, -0.0029173, 0.0017327, 0.0117042, 0.0324207, 0.0801345, 0.2015888", \
					  "-0.0048694, -0.0028498, 0.0017876, 0.0117365, 0.0323595, 0.0805462, 0.2006330", \
					  "-0.0046768, -0.0026371, 0.0020534, 0.0119857, 0.0325121, 0.0802161, 0.2002583");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.008950621, 0.02341428, 0.06125036, 0.1602272");
					values("-0.0039956, -0.0007273, 0.0052146, 0.0112377, 0.0064339, -0.0300897, -0.1459227", \
					  "-0.0039800, -0.0007104, 0.0051994, 0.0112200, 0.0065051, -0.0300810, -0.1459222", \
					  "-0.0039436, -0.0006882, 0.0051859, 0.0111587, 0.0063837, -0.0301714, -0.1461113", \
					  "-0.0039415, -0.0007124, 0.0051413, 0.0110561, 0.0062086, -0.0304469, -0.1463277", \
					  "-0.0039264, -0.0007177, 0.0050728, 0.0109206, 0.0059976, -0.0307139, -0.1466104", \
					  "-0.0038636, -0.0006833, 0.0050644, 0.0108528, 0.0058068, -0.0308941, -0.1468093", \
					  "-0.0036815, -0.0004994, 0.0052404, 0.0110182, 0.0059534, -0.0307779, -0.1467015");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.2662308, 0.2751220, 0.2946736, 0.3382523, 0.4384129, 0.6858932, 1.3274494", \
					  "0.2710804, 0.2798669, 0.2994215, 0.3431043, 0.4432979, 0.6902777, 1.3331735", \
					  "0.2831342, 0.2919274, 0.3114800, 0.3551623, 0.4553447, 0.7024344, 1.3457029", \
					  "0.3095275, 0.3182594, 0.3378491, 0.3815554, 0.4817558, 0.7286157, 1.3727059", \
					  "0.3598243, 0.3686869, 0.3882243, 0.4319136, 0.5321188, 0.7796992, 1.4249060", \
					  "0.4356445, 0.4445004, 0.4640457, 0.5077431, 0.6079367, 0.8555023, 1.4968671", \
					  "0.5378885, 0.5466939, 0.5662886, 0.6100003, 0.7102302, 0.9571481, 1.5992381");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0319740, 0.0395302, 0.0592479, 0.1098012, 0.2362238, 0.5814809, 1.5003773", \
					  "0.0318830, 0.0395813, 0.0592876, 0.1098054, 0.2364455, 0.5804156, 1.4936529", \
					  "0.0318466, 0.0395757, 0.0592869, 0.1098101, 0.2360824, 0.5801986, 1.4940259", \
					  "0.0320046, 0.0397571, 0.0593706, 0.1098251, 0.2364468, 0.5782638, 1.4978652", \
					  "0.0320447, 0.0396996, 0.0592140, 0.1098450, 0.2361178, 0.5807289, 1.4942754", \
					  "0.0320524, 0.0397138, 0.0591715, 0.1098005, 0.2363057, 0.5804132, 1.5002459", \
					  "0.0320846, 0.0397152, 0.0593981, 0.1098760, 0.2364879, 0.5769977, 1.4947613");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.4484960, 0.4652076, 0.4993405, 0.5605272, 0.6541160, 0.8067620, 1.1170327", \
					  "0.4533590, 0.4699730, 0.5041114, 0.5652804, 0.6588921, 0.8115571, 1.1217750", \
					  "0.4648951, 0.4815596, 0.5156198, 0.5768176, 0.6703517, 0.8230235, 1.1331804", \
					  "0.4906467, 0.5074750, 0.5415160, 0.6026842, 0.6962828, 0.8489678, 1.1590464", \
					  "0.5395797, 0.5564072, 0.5904391, 0.6516088, 0.7452064, 0.8978187, 1.2078341", \
					  "0.6144146, 0.6313227, 0.6653740, 0.7265359, 0.8201093, 0.9727584, 1.2827547", \
					  "0.7193662, 0.7361590, 0.7701991, 0.8313937, 0.9249898, 1.0777496, 1.3878905");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0783577, 0.0894470, 0.1115300, 0.1451499, 0.1952971, 0.3166307, 0.6656304", \
					  "0.0784521, 0.0896219, 0.1117008, 0.1451867, 0.1953804, 0.3164087, 0.6667736", \
					  "0.0784995, 0.0896666, 0.1117794, 0.1452691, 0.1952675, 0.3166864, 0.6643954", \
					  "0.0782646, 0.0896058, 0.1117697, 0.1452489, 0.1957286, 0.3164020, 0.6660983", \
					  "0.0782222, 0.0895811, 0.1117663, 0.1452942, 0.1956935, 0.3168277, 0.6663724", \
					  "0.0784851, 0.0896486, 0.1117728, 0.1452129, 0.1954536, 0.3168624, 0.6672816", \
					  "0.0784291, 0.0897063, 0.1119176, 0.1453850, 0.1955524, 0.3165702, 0.6658787");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.2083518, 0.2184404, 0.2394291, 0.2777248, 0.3373716, 0.4552228, 0.7457550", \
					  "0.2138597, 0.2239213, 0.2448661, 0.2831835, 0.3427954, 0.4606504, 0.7512530", \
					  "0.2274584, 0.2375036, 0.2584981, 0.2967969, 0.3564555, 0.4743376, 0.7648953", \
					  "0.2596345, 0.2697177, 0.2906831, 0.3289726, 0.3886211, 0.5064992, 0.7970881", \
					  "0.3377473, 0.3478696, 0.3687887, 0.4070569, 0.4667318, 0.5846825, 0.8754075", \
					  "0.5205059, 0.5313577, 0.5530462, 0.5915565, 0.6511910, 0.7691633, 1.0597871", \
					  "0.8459601, 0.8614001, 0.8918565, 0.9404391, 1.0053154, 1.1259097, 1.4167816");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130797, 0.00342157, 0.00895062, 0.0234143, 0.0612504, 0.160227");
					values("0.0418578, 0.0489969, 0.0637799, 0.0850461, 0.1274162, 0.2564572, 0.6363716", \
					  "0.0419543, 0.0490718, 0.0637993, 0.0851523, 0.1271736, 0.2561528, 0.6374780", \
					  "0.0419655, 0.0490921, 0.0637925, 0.0850285, 0.1274012, 0.2559761, 0.6347373", \
					  "0.0419385, 0.0490666, 0.0637421, 0.0850555, 0.1273870, 0.2564308, 0.6348995", \
					  "0.0419685, 0.0490592, 0.0638737, 0.0852144, 0.1275499, 0.2560162, 0.6394391", \
					  "0.0467920, 0.0534808, 0.0669270, 0.0864864, 0.1278053, 0.2565469, 0.6332165", \
					  "0.0723159, 0.0811301, 0.0955274, 0.1085395, 0.1388457, 0.2605824, 0.6374470");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003306;
			capacitance : 0.003338;
			rise_capacitance : 0.003370;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1212910, -0.0572122, -0.0470397", \
					  "-0.2671569, -0.2018574, -0.1929056", \
					  "-0.3945169, -0.3279968, -0.3190449");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1387187, 0.0819642, 0.0778952", \
					  "0.2797018, 0.2229473, 0.2188783", \
					  "0.4095033, 0.3478659, 0.3437969");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2411878, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038282, 0.0038111, 0.0037717, 0.0037734, 0.0037773, 0.0037862, 0.0038068");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009376, 0.0008716, 0.0007194, 0.0007054, 0.0006730, 0.0005983, 0.0004262");
				}
			}
		}
	}
	cell ("scs8hd_dfsbp_2") {
		area : 30.015200;
		cell_footprint : "dfsbp";
		cell_leakage_power : 1.789895e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			preset : "!SETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015639";
			when : "CLK&D&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019992";
			when : "!CLK&!D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019974";
			when : "CLK&D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019335";
			when : "!CLK&!D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019193";
			when : "!CLK&D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0013425";
			when : "!CLK&!D&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019173";
			when : "CLK&!D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019623";
			when : "CLK&!D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020113";
			when : "!CLK&D&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019523";
			when : "CLK&D&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0014854";
			when : "!CLK&D&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0013944";
			when : "CLK&!D&SETB&!Q&QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001605;
			capacitance : 0.001695;
			rise_capacitance : 0.001785;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1598980, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1555040, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0171537, 0.0170700, 0.0168770, 0.0168640, 0.0168340, 0.0167649, 0.0166057");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128119, 0.0127693, 0.0126710, 0.0126421, 0.0125755, 0.0124219, 0.0120679");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002354;
			capacitance : 0.002214;
			fall_capacitance : 0.002074;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0471660, 0.1722799, 0.2874330", \
					  "-0.0242370, 0.0911113, 0.1952780", \
					  "-0.0624857, 0.0492005, 0.1533672");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0862285, 0.3077780, 0.6231263", \
					  "-0.0315612, 0.1802227, 0.4870260", \
					  "-0.1284036, 0.0760560, 0.3779766");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0236348, -0.1341003, -0.2199564", \
					  "0.0428854, -0.0663594, -0.1607604", \
					  "0.0762513, -0.0317728, -0.1298359");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0175312, -0.2146667, -0.4604349", \
					  "0.0929342, -0.1042012, -0.3743835", \
					  "0.1787904, -0.0171243, -0.2909688");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("8.2606863e-05, -1.9259335e-06, -0.0001968, -0.0002009, -0.0002105, -0.0002324, -0.0002831");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052051, 0.0051516, 0.0050281, 0.0050411, 0.0050710, 0.0051399, 0.0052986");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.270090;
			max_transition : 1.499260;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("-0.0053191, -0.0033974, 0.0015778, 0.0144016, 0.0454604, 0.1226438, 0.3340678", \
					  "-0.0052992, -0.0033792, 0.0015838, 0.0144374, 0.0453752, 0.1225345, 0.3342297", \
					  "-0.0052609, -0.0033594, 0.0015707, 0.0143309, 0.0452698, 0.1223604, 0.3340931", \
					  "-0.0052559, -0.0033697, 0.0015314, 0.0142254, 0.0452898, 0.1220964, 0.3338440", \
					  "-0.0052322, -0.0033654, 0.0014903, 0.0141407, 0.0451838, 0.1217634, 0.3350795", \
					  "-0.0051721, -0.0033292, 0.0014723, 0.0140180, 0.0448081, 0.1217486, 0.3350585", \
					  "-0.0049496, -0.0030319, 0.0019436, 0.0141917, 0.0450793, 0.1218048, 0.3353442");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("-0.0040200, -0.0001915, 0.0075616, 0.0160736, 0.0076523, -0.0557612, -0.2641379", \
					  "-0.0040005, -0.0001737, 0.0075680, 0.0160575, 0.0076438, -0.0557867, -0.2641733", \
					  "-0.0039568, -0.0001366, 0.0075889, 0.0160590, 0.0075942, -0.0558183, -0.2642033", \
					  "-0.0039536, -0.0001598, 0.0075260, 0.0159193, 0.0073769, -0.0561048, -0.2645126", \
					  "-0.0039298, -0.0001478, 0.0075070, 0.0158454, 0.0072732, -0.0562492, -0.2646722", \
					  "-0.0038584, -8.7250000e-05, 0.0075479, 0.0158448, 0.0072207, -0.0563068, -0.2647301", \
					  "-0.0036636, 0.0001403, 0.0078362, 0.0162375, 0.0077096, -0.0560748, -0.2645686");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("-0.0010072, 0.0005054, 0.0048208, 0.0161385, 0.0442150, 0.1200061, 0.3305896", \
					  "-0.0010300, 0.0004690, 0.0047571, 0.0160290, 0.0440767, 0.1193009, 0.3316667", \
					  "-0.0010634, 0.0004411, 0.0047419, 0.0160356, 0.0441394, 0.1199755, 0.3314878", \
					  "-0.0010674, 0.0004244, 0.0047122, 0.0159864, 0.0440519, 0.1191858, 0.3324030", \
					  "-0.0010753, 0.0004139, 0.0046786, 0.0159224, 0.0439118, 0.1188676, 0.3324543", \
					  "-0.0010843, 0.0003865, 0.0046275, 0.0158296, 0.0438183, 0.1189145, 0.3320813", \
					  "-0.0010576, 0.0004669, 0.0045537, 0.0159241, 0.0440883, 0.1190717, 0.3329955");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.6758956, 0.6837684, 0.7002841, 0.7334889, 0.8169301, 1.0546145, 1.7296186", \
					  "0.6808020, 0.6886979, 0.7049533, 0.7382159, 0.8217368, 1.0589802, 1.7336212", \
					  "0.6924298, 0.7001881, 0.7167471, 0.7500557, 0.8336452, 1.0707760, 1.7455836", \
					  "0.7186020, 0.7264081, 0.7429437, 0.7761484, 0.8596354, 1.0969441, 1.7720052", \
					  "0.7684824, 0.7763016, 0.7927793, 0.8260813, 0.9096311, 1.1473962, 1.8223304", \
					  "0.8422393, 0.8501204, 0.8666312, 0.8998429, 0.9832896, 1.2209743, 1.8959767", \
					  "0.9485771, 0.9564701, 0.9729356, 1.0060942, 1.0896838, 1.3265853, 2.0025426");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0350176, 0.0394798, 0.0505273, 0.0825825, 0.1947564, 0.5279456, 1.4827002", \
					  "0.0350999, 0.0397394, 0.0502609, 0.0825706, 0.1948431, 0.5286961, 1.4822573", \
					  "0.0351555, 0.0395679, 0.0506474, 0.0825324, 0.1943957, 0.5287383, 1.4806751", \
					  "0.0350897, 0.0393367, 0.0504389, 0.0826558, 0.1947369, 0.5284718, 1.4828100", \
					  "0.0349864, 0.0395577, 0.0502990, 0.0828053, 0.1940979, 0.5272488, 1.4858147", \
					  "0.0350270, 0.0394860, 0.0505406, 0.0826060, 0.1945928, 0.5279595, 1.4855626", \
					  "0.0351273, 0.0397628, 0.0503143, 0.0825987, 0.1941665, 0.5282220, 1.4836550");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.3620819, 0.3659431, 0.3743428, 0.3912052, 0.4262243, 0.5127458, 0.7545215", \
					  "0.3669495, 0.3708102, 0.3792237, 0.3960660, 0.4311274, 0.5175682, 0.7596517", \
					  "0.3788830, 0.3827391, 0.3911560, 0.4079987, 0.4430170, 0.5295017, 0.7715402", \
					  "0.4054799, 0.4093210, 0.4177119, 0.4345284, 0.4696622, 0.5560341, 0.7979759", \
					  "0.4558019, 0.4596661, 0.4680671, 0.4849159, 0.5200080, 0.6063708, 0.8484219", \
					  "0.5315363, 0.5354105, 0.5437869, 0.5605356, 0.5956947, 0.6821441, 0.9241158", \
					  "0.6340259, 0.6379029, 0.6462932, 0.6631707, 0.6982236, 0.7846745, 1.0264518");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0175818, 0.0198583, 0.0255718, 0.0386720, 0.0749962, 0.1836949, 0.5079301", \
					  "0.0175928, 0.0200536, 0.0253496, 0.0386634, 0.0750747, 0.1836842, 0.5071784", \
					  "0.0175863, 0.0200690, 0.0253531, 0.0386599, 0.0751693, 0.1839019, 0.5095037", \
					  "0.0177249, 0.0198267, 0.0253208, 0.0390208, 0.0750030, 0.1829402, 0.5085994", \
					  "0.0175790, 0.0198506, 0.0256080, 0.0388585, 0.0746488, 0.1837853, 0.5076786", \
					  "0.0176325, 0.0198397, 0.0253162, 0.0389520, 0.0749537, 0.1837852, 0.5087967", \
					  "0.0177108, 0.0198803, 0.0255511, 0.0387262, 0.0748714, 0.1836434, 0.5038041");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.3359265, 0.3414573, 0.3538945, 0.3844242, 0.4684690, 0.7053506, 1.3832714", \
					  "0.3415107, 0.3470564, 0.3594728, 0.3899992, 0.4740036, 0.7108939, 1.3877611", \
					  "0.3553896, 0.3608436, 0.3733526, 0.4038931, 0.4877317, 0.7245708, 1.4004268", \
					  "0.3876138, 0.3930204, 0.4055338, 0.4360542, 0.5199520, 0.7568366, 1.4368269", \
					  "0.4652035, 0.4707033, 0.4831611, 0.5136923, 0.5977538, 0.8346288, 1.5136483", \
					  "0.6510036, 0.6564073, 0.6689212, 0.6994352, 0.7833686, 1.0202519, 1.7004002", \
					  "1.0248372, 1.0308306, 1.0441562, 1.0748840, 1.1585766, 1.3957941, 2.0732571");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0228225, 0.0265833, 0.0383554, 0.0763679, 0.1926306, 0.5281562, 1.4839554", \
					  "0.0228382, 0.0266205, 0.0383607, 0.0764907, 0.1926965, 0.5270437, 1.4991078", \
					  "0.0225613, 0.0266490, 0.0383567, 0.0765241, 0.1924338, 0.5274368, 1.4992603", \
					  "0.0226747, 0.0267626, 0.0384164, 0.0763566, 0.1926477, 0.5273788, 1.4912285", \
					  "0.0224995, 0.0266824, 0.0384003, 0.0764673, 0.1924233, 0.5278190, 1.4956609", \
					  "0.0226952, 0.0267870, 0.0384286, 0.0764015, 0.1926147, 0.5272519, 1.4926370", \
					  "0.0265399, 0.0303512, 0.0410753, 0.0774742, 0.1927995, 0.5278489, 1.4936324");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.281992;
			max_transition : 1.502761;
			internal_power () {
				related_pin : "SETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001437191, 0.004131037, 0.01187418, 0.03413094, 0.09810537, 0.2819923");
					values("0.0001597, 0.0033815, 0.0098259, 0.0161487, 0.0049572, -0.0625558, -0.2816528", \
					  "0.0001367, 0.0033485, 0.0097753, 0.0160489, 0.0048397, -0.0626600, -0.2817759", \
					  "0.0001060, 0.0033230, 0.0097554, 0.0160534, 0.0048565, -0.0626039, -0.2817533", \
					  "9.9150000e-05, 0.0033095, 0.0097118, 0.0160009, 0.0047568, -0.0627623, -0.2818567", \
					  "9.3650000e-05, 0.0032955, 0.0096829, 0.0159186, 0.0046594, -0.0628942, -0.2820801", \
					  "8.6600000e-05, 0.0032808, 0.0096538, 0.0158369, 0.0044739, -0.0630160, -0.2821234", \
					  "0.0001001, 0.0033210, 0.0097558, 0.0159410, 0.0044527, -0.0629545, -0.2820064");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001437191, 0.004131037, 0.01187418, 0.03413094, 0.09810537, 0.2819923");
					values("-0.0051790, -0.0030010, 0.0025890, 0.0160833, 0.0469492, 0.1266189, 0.3517640", \
					  "-0.0051602, -0.0029863, 0.0025825, 0.0160650, 0.0469593, 0.1266186, 0.3495340", \
					  "-0.0051155, -0.0029486, 0.0026082, 0.0160724, 0.0469251, 0.1271037, 0.3515694", \
					  "-0.0051138, -0.0029696, 0.0025348, 0.0159279, 0.0467504, 0.1271064, 0.3514803", \
					  "-0.0050882, -0.0029574, 0.0025231, 0.0158488, 0.0467357, 0.1268504, 0.3505089", \
					  "-0.0050167, -0.0028963, 0.0025667, 0.0158526, 0.0466357, 0.1261415, 0.3511282", \
					  "-0.0048064, -0.0026296, 0.0029937, 0.0162400, 0.0468522, 0.1265281, 0.3486655");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001437191, 0.004131037, 0.01187418, 0.03413094, 0.09810537, 0.2819923");
					values("-0.0041462, -0.0005069, 0.0068103, 0.0144312, 0.0050395, -0.0599959, -0.2779817", \
					  "-0.0041278, -0.0004903, 0.0068329, 0.0144624, 0.0049438, -0.0599357, -0.2779569", \
					  "-0.0040896, -0.0004696, 0.0068305, 0.0144053, 0.0048819, -0.0600968, -0.2781472", \
					  "-0.0040844, -0.0004733, 0.0067699, 0.0142760, 0.0046544, -0.0603202, -0.2783527", \
					  "-0.0040643, -0.0004824, 0.0067239, 0.0141387, 0.0045901, -0.0605434, -0.2785930", \
					  "-0.0040026, -0.0004357, 0.0067109, 0.0140537, 0.0043481, -0.0608187, -0.2788815", \
					  "-0.0038231, -0.0002630, 0.0068708, 0.0141957, 0.0044004, -0.0607265, -0.2787842");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00143719, 0.00413104, 0.0118742, 0.0341309, 0.0981054, 0.281992");
					values("0.2865573, 0.2946631, 0.3127806, 0.3530772, 0.4466955, 0.6855210, 1.3656737", \
					  "0.2915143, 0.2994850, 0.3176441, 0.3579364, 0.4515378, 0.6904884, 1.3701249", \
					  "0.3033541, 0.3113301, 0.3295851, 0.3698691, 0.4634912, 0.7029226, 1.3832201", \
					  "0.3299633, 0.3380523, 0.3561438, 0.3964523, 0.4900759, 0.7288447, 1.4078905", \
					  "0.3803693, 0.3883348, 0.4064983, 0.4468093, 0.5404345, 0.7796814, 1.4590950", \
					  "0.4559833, 0.4639954, 0.4822139, 0.5225625, 0.6162079, 0.8550013, 1.5349942", \
					  "0.5584644, 0.5664406, 0.5846894, 0.6250179, 0.7186746, 0.9577613, 1.6363769");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143719, 0.00413104, 0.0118742, 0.0341309, 0.0981054, 0.281992");
					values("0.0312130, 0.0372178, 0.0525343, 0.0939870, 0.2034633, 0.5292063, 1.4964275", \
					  "0.0314350, 0.0373377, 0.0526099, 0.0941243, 0.2035944, 0.5294772, 1.5013432", \
					  "0.0313073, 0.0374573, 0.0527421, 0.0941230, 0.2038367, 0.5286036, 1.4937801", \
					  "0.0311464, 0.0371769, 0.0526060, 0.0938602, 0.2035864, 0.5297575, 1.5027610", \
					  "0.0311495, 0.0370670, 0.0527047, 0.0940390, 0.2036250, 0.5284336, 1.4926818", \
					  "0.0314777, 0.0372877, 0.0528323, 0.0939418, 0.2035497, 0.5289566, 1.4971703", \
					  "0.0311446, 0.0371703, 0.0528662, 0.0941887, 0.2037482, 0.5276701, 1.4957789");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143719, 0.00413104, 0.0118742, 0.0341309, 0.0981054, 0.281992");
					values("0.5264221, 0.5419072, 0.5749577, 0.6381692, 0.7418949, 0.9008618, 1.2127425", \
					  "0.5312369, 0.5466994, 0.5799909, 0.6430969, 0.7466834, 0.9056987, 1.2176473", \
					  "0.5429151, 0.5583522, 0.5916628, 0.6547581, 0.7583488, 0.9172794, 1.2293876", \
					  "0.5690867, 0.5845522, 0.6178176, 0.6808868, 0.7845594, 0.9434733, 1.2553646", \
					  "0.6183857, 0.6336766, 0.6669557, 0.7299835, 0.8335810, 0.9925366, 1.3045571", \
					  "0.6929161, 0.7084326, 0.7415124, 0.8045957, 0.9082025, 1.0671575, 1.3790425", \
					  "0.7991452, 0.8144737, 0.8477348, 0.9108316, 1.0144703, 1.1734914, 1.4854857");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143719, 0.00413104, 0.0118742, 0.0341309, 0.0981054, 0.281992");
					values("0.0862404, 0.0961256, 0.1163727, 0.1545905, 0.2032347, 0.3055523, 0.6198486", \
					  "0.0859934, 0.0955574, 0.1164877, 0.1540070, 0.2031652, 0.3052058, 0.6194710", \
					  "0.0860151, 0.0955944, 0.1164647, 0.1540473, 0.2032646, 0.3068633, 0.6216124", \
					  "0.0859124, 0.0954776, 0.1165229, 0.1539726, 0.2030474, 0.3062716, 0.6204772", \
					  "0.0859538, 0.0954805, 0.1165616, 0.1538677, 0.2032725, 0.3068014, 0.6198192", \
					  "0.0861545, 0.0957911, 0.1164914, 0.1539942, 0.2030839, 0.3069801, 0.6218935", \
					  "0.0861041, 0.0955668, 0.1166744, 0.1540960, 0.2034218, 0.3064062, 0.6216906");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143719, 0.00413104, 0.0118742, 0.0341309, 0.0981054, 0.281992");
					values("0.2396200, 0.2485453, 0.2679650, 0.3064464, 0.3685945, 0.4783295, 0.7505277", \
					  "0.2450836, 0.2540418, 0.2735857, 0.3120712, 0.3742154, 0.4839383, 0.7557792", \
					  "0.2589547, 0.2679402, 0.2873768, 0.3259225, 0.3880409, 0.4977674, 0.7698520", \
					  "0.2911333, 0.3001446, 0.3196045, 0.3581157, 0.4202567, 0.5300059, 0.8020134", \
					  "0.3687444, 0.3778510, 0.3973128, 0.4357125, 0.4978061, 0.6075822, 0.8795138", \
					  "0.5543026, 0.5632839, 0.5829034, 0.6213928, 0.6834808, 0.7932921, 1.0656084", \
					  "0.9015211, 0.9145140, 0.9416534, 0.9918011, 1.0619005, 1.1751379, 1.4478204");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143719, 0.00413104, 0.0118742, 0.0341309, 0.0981054, 0.281992");
					values("0.0439217, 0.0497383, 0.0623019, 0.0854582, 0.1190846, 0.2200887, 0.5652201", \
					  "0.0438039, 0.0494848, 0.0622214, 0.0855476, 0.1190951, 0.2195682, 0.5645732", \
					  "0.0435930, 0.0495183, 0.0619947, 0.0853346, 0.1188428, 0.2191915, 0.5647131", \
					  "0.0437564, 0.0495820, 0.0620578, 0.0853963, 0.1193962, 0.2194444, 0.5623598", \
					  "0.0436687, 0.0495012, 0.0621399, 0.0853946, 0.1194799, 0.2195672, 0.5640936", \
					  "0.0453562, 0.0506543, 0.0631174, 0.0859148, 0.1196969, 0.2196427, 0.5681668", \
					  "0.0708108, 0.0781357, 0.0927419, 0.1130290, 0.1351452, 0.2254544, 0.5683349");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003298;
			capacitance : 0.003334;
			rise_capacitance : 0.003370;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1188496, -0.0523294, -0.0409362", \
					  "-0.2647155, -0.1981953, -0.1880228", \
					  "-0.3945169, -0.3267760, -0.3141621");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1399395, 0.0819642, 0.0778952", \
					  "0.2797018, 0.2229473, 0.2188783", \
					  "0.4095033, 0.3478659, 0.3437969");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2708476, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036827, 0.0037135, 0.0037843, 0.0037853, 0.0037877, 0.0037932, 0.0038060");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009473, 0.0008806, 0.0007267, 0.0007124, 0.0006796, 0.0006039, 0.0004294");
				}
			}
		}
	}
	cell ("scs8hd_dfstp_1") {
		area : 26.275200;
		cell_footprint : "dfstp";
		cell_leakage_power : 1.245613e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			preset : "!SETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012203";
			when : "CLK&D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0013546";
			when : "!CLK&!D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0013527";
			when : "CLK&D&SETB&Q";
		}
		leakage_power () {
			value : "0.0012890";
			when : "!CLK&!D&SETB&Q";
		}
		leakage_power () {
			value : "0.0012746";
			when : "!CLK&D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0009989";
			when : "!CLK&!D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012726";
			when : "CLK&!D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0013177";
			when : "CLK&!D&SETB&Q";
		}
		leakage_power () {
			value : "0.0013668";
			when : "!CLK&D&SETB&Q";
		}
		leakage_power () {
			value : "0.0013076";
			when : "CLK&D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0011418";
			when : "!CLK&D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0010508";
			when : "CLK&!D&SETB&!Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001790;
			capacitance : 0.001700;
			fall_capacitance : 0.001610;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1258442, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1566025, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0172268, 0.0171638, 0.0170188, 0.0170063, 0.0169775, 0.0169112, 0.0167584");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128330, 0.0127885, 0.0126861, 0.0126564, 0.0125879, 0.0124299, 0.0120659");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002355;
			capacitance : 0.002214;
			fall_capacitance : 0.002074;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0471660, 0.1722799, 0.2874330", \
					  "-0.0254577, 0.0911113, 0.1952780", \
					  "-0.0624857, 0.0479798, 0.1533672");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0813457, 0.3028952, 0.6170228", \
					  "-0.0352233, 0.1765605, 0.4821432", \
					  "-0.1308451, 0.0736146, 0.3730937");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0248555, -0.1377624, -0.2272806", \
					  "0.0404440, -0.0675801, -0.1644225", \
					  "0.0750306, -0.0329935, -0.1310566");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0187520, -0.2158874, -0.4653177", \
					  "0.0917135, -0.1066426, -0.3780456", \
					  "0.1775697, -0.0183451, -0.2934102");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("5.4804264e-05, -7.2389420e-05, -0.0003656, -0.0003657, -0.0003661, -0.0003670, -0.0003689");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052062, 0.0051477, 0.0050128, 0.0050289, 0.0050662, 0.0051521, 0.0053500");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.147410;
			max_transition : 1.500838;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0171451, 0.0183784, 0.0214569, 0.0286739, 0.0453741, 0.0872274, 0.1969937", \
					  "0.0171178, 0.0183764, 0.0214668, 0.0286225, 0.0453103, 0.0873167, 0.1959198", \
					  "0.0170084, 0.0182403, 0.0213237, 0.0284959, 0.0451471, 0.0870009, 0.1970913", \
					  "0.0167724, 0.0180125, 0.0210667, 0.0283129, 0.0449261, 0.0873931, 0.1965745", \
					  "0.0165174, 0.0177637, 0.0208474, 0.0280885, 0.0447058, 0.0866268, 0.1953770", \
					  "0.0163869, 0.0176518, 0.0207046, 0.0278557, 0.0446141, 0.0868695, 0.1964359", \
					  "0.0186495, 0.0196559, 0.0221618, 0.0285687, 0.0448984, 0.0871427, 0.1963480");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0173597, 0.0166340, 0.0146671, 0.0087369, -0.0075784, -0.0500962, -0.1599063", \
					  "0.0173607, 0.0165971, 0.0146460, 0.0087114, -0.0076064, -0.0501125, -0.1599219", \
					  "0.0173598, 0.0166074, 0.0146588, 0.0087138, -0.0076072, -0.0501130, -0.1599364", \
					  "0.0170519, 0.0163307, 0.0143551, 0.0084330, -0.0078902, -0.0503991, -0.1602114", \
					  "0.0169512, 0.0161968, 0.0142470, 0.0083131, -0.0080052, -0.0505115, -0.1603241", \
					  "0.0170291, 0.0162896, 0.0143015, 0.0083635, -0.0079695, -0.0504805, -0.1602590", \
					  "0.0185045, 0.0175736, 0.0152018, 0.0089344, -0.0075506, -0.0501395, -0.1599952");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0191450, 0.0203266, 0.0230295, 0.0294502, 0.0459906, 0.0878063, 0.1976879", \
					  "0.0190861, 0.0202651, 0.0229717, 0.0294004, 0.0456831, 0.0878941, 0.1974471", \
					  "0.0191432, 0.0203331, 0.0230410, 0.0294760, 0.0457755, 0.0883087, 0.1967224", \
					  "0.0190255, 0.0202083, 0.0229183, 0.0293394, 0.0456158, 0.0882079, 0.1968998", \
					  "0.0188681, 0.0200466, 0.0227698, 0.0291890, 0.0454888, 0.0881921, 0.1967451", \
					  "0.0187511, 0.0199207, 0.0226468, 0.0290872, 0.0453854, 0.0879817, 0.1966742", \
					  "0.0189092, 0.0199042, 0.0224051, 0.0287246, 0.0454673, 0.0871828, 0.1972006");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.4650627, 0.4730795, 0.4897207, 0.5275813, 0.6236442, 0.8693568, 1.5042931", \
					  "0.4697849, 0.4779712, 0.4945709, 0.5323778, 0.6291542, 0.8740108, 1.5088043", \
					  "0.4812793, 0.4894642, 0.5060574, 0.5438702, 0.6395557, 0.8857690, 1.5206107", \
					  "0.5070506, 0.5150714, 0.5317732, 0.5696322, 0.6659846, 0.9115929, 1.5449592", \
					  "0.5559002, 0.5640359, 0.5807046, 0.6184875, 0.7151413, 0.9599954, 1.5944996", \
					  "0.6316260, 0.6396554, 0.6563393, 0.6941311, 0.7898945, 1.0359884, 1.6703553", \
					  "0.7389554, 0.7471105, 0.7636918, 0.8015447, 0.8973670, 1.1435366, 1.7779831");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0299368, 0.0358692, 0.0518569, 0.1003655, 0.2345127, 0.5803772, 1.4834812", \
					  "0.0297633, 0.0358767, 0.0519221, 0.1004014, 0.2348724, 0.5790926, 1.4864697", \
					  "0.0296200, 0.0358751, 0.0519236, 0.1005310, 0.2339923, 0.5806969, 1.4810593", \
					  "0.0298782, 0.0359456, 0.0519222, 0.1004009, 0.2348776, 0.5804159, 1.4818771", \
					  "0.0296067, 0.0358719, 0.0518516, 0.1004885, 0.2348363, 0.5800485, 1.4873455", \
					  "0.0298542, 0.0359133, 0.0519106, 0.1005062, 0.2348386, 0.5800533, 1.4844594", \
					  "0.0297334, 0.0358183, 0.0519135, 0.1005879, 0.2345905, 0.5795538, 1.4839394");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.2947583, 0.2993697, 0.3087954, 0.3278195, 0.3692187, 0.4711672, 0.7332860", \
					  "0.2994799, 0.3040835, 0.3135124, 0.3325168, 0.3739281, 0.4757232, 0.7377985", \
					  "0.3114618, 0.3160592, 0.3254995, 0.3445031, 0.3858987, 0.4876377, 0.7508280", \
					  "0.3379467, 0.3425568, 0.3519780, 0.3710264, 0.4124128, 0.5141716, 0.7765001", \
					  "0.3884506, 0.3930533, 0.4024863, 0.4214872, 0.4628934, 0.5646657, 0.8269193", \
					  "0.4642570, 0.4688537, 0.4782832, 0.4972902, 0.5386805, 0.6403831, 0.9030951", \
					  "0.5664068, 0.5710105, 0.5804487, 0.5994517, 0.6408626, 0.7426374, 1.0048037");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0159823, 0.0194687, 0.0271618, 0.0461291, 0.0955238, 0.2291434, 0.5807526", \
					  "0.0160438, 0.0192659, 0.0273012, 0.0460556, 0.0955786, 0.2297033, 0.5794824", \
					  "0.0160568, 0.0192556, 0.0273263, 0.0462511, 0.0956933, 0.2314649, 0.5805045", \
					  "0.0159436, 0.0194333, 0.0270921, 0.0459426, 0.0955214, 0.2301390, 0.5793689", \
					  "0.0160433, 0.0192625, 0.0273085, 0.0460876, 0.0955354, 0.2299421, 0.5794105", \
					  "0.0161148, 0.0192653, 0.0272824, 0.0462225, 0.0956352, 0.2305449, 0.5790312", \
					  "0.0160727, 0.0192810, 0.0273191, 0.0460746, 0.0955342, 0.2299164, 0.5769684");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.2418487, 0.2485069, 0.2638983, 0.3015836, 0.3970114, 0.6429668, 1.2805773", \
					  "0.2471686, 0.2538095, 0.2692153, 0.3069653, 0.4022896, 0.6478836, 1.2849444", \
					  "0.2606670, 0.2673373, 0.2827553, 0.3203647, 0.4159772, 0.6624317, 1.2950959", \
					  "0.2928612, 0.2995632, 0.3149234, 0.3524868, 0.4481612, 0.6945118, 1.3283487", \
					  "0.3716451, 0.3783489, 0.3937281, 0.4313122, 0.5269708, 0.7733149, 1.4072462", \
					  "0.5520234, 0.5587629, 0.5742222, 0.6118108, 0.7074981, 0.9539659, 1.5875879", \
					  "0.8720321, 0.8790199, 0.8946417, 0.9323552, 1.0280925, 1.2734903, 1.9089583");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0225948, 0.0292119, 0.0479232, 0.0988454, 0.2327981, 0.5796778, 1.4905234", \
					  "0.0225900, 0.0292182, 0.0478942, 0.0990236, 0.2334281, 0.5853785, 1.4879979", \
					  "0.0225875, 0.0292094, 0.0477834, 0.0988327, 0.2331840, 0.5843431, 1.4924977", \
					  "0.0224900, 0.0292142, 0.0478843, 0.0989865, 0.2332917, 0.5845024, 1.5008377", \
					  "0.0225874, 0.0292124, 0.0477332, 0.0989684, 0.2332894, 0.5843903, 1.5005223", \
					  "0.0228332, 0.0294494, 0.0479576, 0.0989708, 0.2332975, 0.5845371, 1.5005017", \
					  "0.0252702, 0.0313639, 0.0489328, 0.0994973, 0.2327708, 0.5813299, 1.4874716");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003299;
			capacitance : 0.003329;
			rise_capacitance : 0.003359;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1225117, -0.0596536, -0.0531432", \
					  "-0.2683776, -0.2042988, -0.1990091", \
					  "-0.3969583, -0.3304382, -0.3239277");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1399395, 0.0831849, 0.0791159", \
					  "0.2809225, 0.2229473, 0.2200990", \
					  "0.4107240, 0.3490866, 0.3450176");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1653906, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038305, 0.0038129, 0.0037724, 0.0037737, 0.0037768, 0.0037840, 0.0038004");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009609, 0.0008975, 0.0007514, 0.0007386, 0.0007092, 0.0006414, 0.0004850");
				}
			}
		}
	}
	cell ("scs8hd_dfstp_2") {
		area : 26.275200;
		cell_footprint : "dfstp";
		cell_leakage_power : 1.299100e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			preset : "!SETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015457";
			when : "CLK&D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0013244";
			when : "!CLK&!D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0011901";
			when : "CLK&!D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012352";
			when : "CLK&!D&SETB&Q";
		}
		leakage_power () {
			value : "0.0012842";
			when : "!CLK&D&SETB&Q";
		}
		leakage_power () {
			value : "0.0012251";
			when : "CLK&D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0014673";
			when : "!CLK&D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0013763";
			when : "CLK&!D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012721";
			when : "!CLK&!D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012702";
			when : "CLK&D&SETB&Q";
		}
		leakage_power () {
			value : "0.0012065";
			when : "!CLK&!D&SETB&Q";
		}
		leakage_power () {
			value : "0.0011921";
			when : "!CLK&D&!SETB&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001809;
			capacitance : 0.001708;
			fall_capacitance : 0.001607;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1313367, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1577010, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0173402, 0.0172775, 0.0171330, 0.0171181, 0.0170838, 0.0170046, 0.0168220");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0129163, 0.0128729, 0.0127729, 0.0127424, 0.0126722, 0.0125103, 0.0121371");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002355;
			capacitance : 0.002214;
			fall_capacitance : 0.002074;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0471660, 0.1735006, 0.2898743", \
					  "-0.0254577, 0.0911113, 0.1952780", \
					  "-0.0649271, 0.0467591, 0.1509258");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0850078, 0.3065573, 0.6206849", \
					  "-0.0340026, 0.1777813, 0.4845846", \
					  "-0.1320658, 0.0723939, 0.3730937");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0236348, -0.1353210, -0.2199564", \
					  "0.0453268, -0.0651387, -0.1595397", \
					  "0.0786927, -0.0293314, -0.1261738");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0126484, -0.2049010, -0.4396829", \
					  "0.1014792, -0.0932148, -0.3548522", \
					  "0.1885560, -0.0049173, -0.2750996");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("6.4938001e-05, -6.7033746e-05, -0.0003712, -0.0003714, -0.0003718, -0.0003727, -0.0003747");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052064, 0.0051478, 0.0050127, 0.0050282, 0.0050637, 0.0051458, 0.0053348");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.271006;
			max_transition : 1.503135;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001427704, 0.004076677, 0.01164058, 0.03323859, 0.09490974, 0.271006");
					values("0.0211596, 0.0225041, 0.0263077, 0.0365990, 0.0639484, 0.1385025, 0.3498924", \
					  "0.0211613, 0.0224677, 0.0262751, 0.0365760, 0.0639375, 0.1378793, 0.3521205", \
					  "0.0210345, 0.0223735, 0.0261557, 0.0364672, 0.0635083, 0.1374426, 0.3495216", \
					  "0.0207742, 0.0221378, 0.0259170, 0.0362488, 0.0633735, 0.1371540, 0.3492174", \
					  "0.0205451, 0.0218752, 0.0256570, 0.0359621, 0.0632840, 0.1371920, 0.3512407", \
					  "0.0204293, 0.0217645, 0.0255440, 0.0358644, 0.0628904, 0.1368642, 0.3512574", \
					  "0.0231956, 0.0243769, 0.0277108, 0.0370614, 0.0631548, 0.1369808, 0.3489433");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001427704, 0.004076677, 0.01164058, 0.03323859, 0.09490974, 0.271006");
					values("0.0213399, 0.0203664, 0.0177273, 0.0096393, -0.0160018, -0.0908616, -0.3050788", \
					  "0.0213287, 0.0203566, 0.0177118, 0.0096284, -0.0160130, -0.0908624, -0.3050888", \
					  "0.0213359, 0.0203727, 0.0177234, 0.0096502, -0.0160066, -0.0908650, -0.3050829", \
					  "0.0210577, 0.0200892, 0.0174401, 0.0093797, -0.0162797, -0.0911280, -0.3053465", \
					  "0.0209155, 0.0199365, 0.0173033, 0.0092163, -0.0164263, -0.0912857, -0.3054974", \
					  "0.0209978, 0.0200346, 0.0173530, 0.0093016, -0.0163612, -0.0912182, -0.3054323", \
					  "0.0231134, 0.0220652, 0.0190925, 0.0101747, -0.0158852, -0.0908581, -0.3051432");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001427704, 0.004076677, 0.01164058, 0.03323859, 0.09490974, 0.271006");
					values("0.0234245, 0.0248071, 0.0285329, 0.0380625, 0.0641209, 0.1392917, 0.3530149", \
					  "0.0233658, 0.0247502, 0.0284664, 0.0379933, 0.0641115, 0.1385135, 0.3489975", \
					  "0.0234114, 0.0248476, 0.0285444, 0.0380639, 0.0640922, 0.1385603, 0.3529171", \
					  "0.0232936, 0.0246997, 0.0284111, 0.0379342, 0.0640560, 0.1384287, 0.3523875", \
					  "0.0231113, 0.0245440, 0.0282411, 0.0377582, 0.0638816, 0.1383120, 0.3503867", \
					  "0.0230111, 0.0244178, 0.0281271, 0.0376503, 0.0637272, 0.1382196, 0.3526572", \
					  "0.0235277, 0.0247166, 0.0280321, 0.0373214, 0.0637307, 0.1383492, 0.3502734");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0014277, 0.00407668, 0.0116406, 0.0332386, 0.0949097, 0.271006");
					values("0.4745156, 0.4808745, 0.4947375, 0.5257940, 0.6096511, 0.8476003, 1.5269238", \
					  "0.4793386, 0.4856670, 0.4994483, 0.5305216, 0.6144179, 0.8523239, 1.5317160", \
					  "0.4908138, 0.4971303, 0.5109400, 0.5419999, 0.6258382, 0.8639949, 1.5430861", \
					  "0.5164921, 0.5228308, 0.5366786, 0.5677573, 0.6520721, 0.8900612, 1.5679646", \
					  "0.5657209, 0.5720825, 0.5858984, 0.6169736, 0.7011153, 0.9387985, 1.6174008", \
					  "0.6419990, 0.6483280, 0.6621504, 0.6932224, 0.7773349, 1.0150191, 1.6944972", \
					  "0.7498374, 0.7562122, 0.7701029, 0.8010656, 0.8851266, 1.1234035, 1.8017177");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014277, 0.00407668, 0.0116406, 0.0332386, 0.0949097, 0.271006");
					values("0.0271289, 0.0309603, 0.0421103, 0.0779081, 0.1943091, 0.5287866, 1.4991438", \
					  "0.0271204, 0.0310288, 0.0419949, 0.0779097, 0.1944222, 0.5277425, 1.4935310", \
					  "0.0270905, 0.0313557, 0.0420537, 0.0779780, 0.1946161, 0.5276397, 1.4915652", \
					  "0.0271284, 0.0313774, 0.0419860, 0.0778170, 0.1941061, 0.5276981, 1.4908152", \
					  "0.0272059, 0.0310485, 0.0420529, 0.0776737, 0.1946718, 0.5289428, 1.4947233", \
					  "0.0272617, 0.0313972, 0.0420862, 0.0777192, 0.1945963, 0.5286960, 1.4981983", \
					  "0.0271758, 0.0311380, 0.0420322, 0.0779669, 0.1942877, 0.5275566, 1.4897179");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014277, 0.00407668, 0.0116406, 0.0332386, 0.0949097, 0.271006");
					values("0.3081753, 0.3117626, 0.3197154, 0.3358113, 0.3702421, 0.4564970, 0.6999908", \
					  "0.3130010, 0.3165898, 0.3245143, 0.3406374, 0.3750672, 0.4613244, 0.7052444", \
					  "0.3248901, 0.3284917, 0.3364221, 0.3525685, 0.3869320, 0.4732505, 0.7161426", \
					  "0.3515587, 0.3551504, 0.3630924, 0.3792327, 0.4135964, 0.4997733, 0.7430634", \
					  "0.4022538, 0.4058511, 0.4137978, 0.4298937, 0.4643252, 0.5505782, 0.7945331", \
					  "0.4787148, 0.4823237, 0.4902623, 0.5064084, 0.5407595, 0.6270302, 0.8710149", \
					  "0.5816732, 0.5852753, 0.5932069, 0.6093199, 0.6437457, 0.7300183, 0.9729160");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014277, 0.00407668, 0.0116406, 0.0332386, 0.0949097, 0.271006");
					values("0.0158552, 0.0180669, 0.0235937, 0.0370270, 0.0736166, 0.1843772, 0.5085071", \
					  "0.0158551, 0.0180764, 0.0235948, 0.0370234, 0.0736143, 0.1844204, 0.5103187", \
					  "0.0157127, 0.0181092, 0.0232852, 0.0370613, 0.0731453, 0.1843328, 0.5103091", \
					  "0.0157914, 0.0178994, 0.0233215, 0.0371256, 0.0733394, 0.1839628, 0.5081787", \
					  "0.0158520, 0.0181084, 0.0236080, 0.0370324, 0.0736163, 0.1843182, 0.5085424", \
					  "0.0158429, 0.0181071, 0.0232999, 0.0371228, 0.0734474, 0.1839379, 0.5102815", \
					  "0.0158574, 0.0181237, 0.0236243, 0.0370005, 0.0735978, 0.1848990, 0.5073124");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014277, 0.00407668, 0.0116406, 0.0332386, 0.0949097, 0.271006");
					values("0.2433765, 0.2483517, 0.2602401, 0.2905312, 0.3746270, 0.6129154, 1.2915571", \
					  "0.2487480, 0.2537126, 0.2655633, 0.2959162, 0.3798791, 0.6175482, 1.2965614", \
					  "0.2623614, 0.2672857, 0.2791387, 0.3094640, 0.3934655, 0.6317050, 1.3116360", \
					  "0.2945158, 0.2995376, 0.3113572, 0.3417124, 0.4256725, 0.6632918, 1.3426097", \
					  "0.3730879, 0.3780230, 0.3898776, 0.4202332, 0.5041432, 0.7423147, 1.4215120", \
					  "0.5543539, 0.5594287, 0.5712723, 0.6015981, 0.6855595, 0.9238277, 1.6036887", \
					  "0.8787268, 0.8843294, 0.8968593, 0.9272509, 1.0113157, 1.2488882, 1.9278159");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014277, 0.00407668, 0.0116406, 0.0332386, 0.0949097, 0.271006");
					values("0.0195178, 0.0235584, 0.0360557, 0.0757719, 0.1925597, 0.5314021, 1.4945586", \
					  "0.0194948, 0.0235512, 0.0359630, 0.0755795, 0.1921319, 0.5326322, 1.4866296", \
					  "0.0194242, 0.0234766, 0.0359970, 0.0757355, 0.1925647, 0.5321704, 1.4959962", \
					  "0.0194853, 0.0234976, 0.0359620, 0.0755605, 0.1922070, 0.5310687, 1.4915248", \
					  "0.0194540, 0.0235102, 0.0360222, 0.0757566, 0.1924475, 0.5327340, 1.4997330", \
					  "0.0200088, 0.0240099, 0.0362841, 0.0758381, 0.1925463, 0.5325119, 1.4962335", \
					  "0.0241687, 0.0278706, 0.0386510, 0.0763199, 0.1924913, 0.5289660, 1.5031347");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003304;
			capacitance : 0.003335;
			rise_capacitance : 0.003365;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1200703, -0.0572122, -0.0494811", \
					  "-0.2683776, -0.2030781, -0.1965677", \
					  "-0.3981790, -0.3328796, -0.3239277");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1399395, 0.0831849, 0.0803366", \
					  "0.2821432, 0.2241680, 0.2225404", \
					  "0.4131654, 0.3515280, 0.3474590");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1774742, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038212, 0.0038048, 0.0037671, 0.0037685, 0.0037719, 0.0037795, 0.0037973");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009526, 0.0008852, 0.0007298, 0.0007175, 0.0006893, 0.0006241, 0.0004738");
				}
			}
		}
	}
	cell ("scs8hd_dfstp_4") {
		area : 30.028800;
		cell_footprint : "dfstp";
		cell_leakage_power : 1.768817e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
			preset : "!SETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0026613";
			when : "CLK&D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0024399";
			when : "!CLK&!D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0014170";
			when : "CLK&D&SETB&Q";
		}
		leakage_power () {
			value : "0.0013532";
			when : "!CLK&!D&SETB&Q";
		}
		leakage_power () {
			value : "0.0013390";
			when : "!CLK&D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0013369";
			when : "CLK&!D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0013820";
			when : "CLK&!D&SETB&Q";
		}
		leakage_power () {
			value : "0.0014310";
			when : "!CLK&D&SETB&Q";
		}
		leakage_power () {
			value : "0.0013720";
			when : "CLK&D&!SETB&Q";
		}
		leakage_power () {
			value : "0.0025829";
			when : "!CLK&D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0024918";
			when : "CLK&!D&SETB&!Q";
		}
		leakage_power () {
			value : "0.0014188";
			when : "!CLK&!D&!SETB&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001790;
			capacitance : 0.001706;
			fall_capacitance : 0.001622;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1280412, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1566025, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0172169, 0.0171554, 0.0170135, 0.0169992, 0.0169663, 0.0168903, 0.0167154");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128250, 0.0127823, 0.0126840, 0.0126546, 0.0125866, 0.0124300, 0.0120689");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002355;
			capacitance : 0.002214;
			fall_capacitance : 0.002074;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0471660, 0.1735006, 0.2898743", \
					  "-0.0242370, 0.0923320, 0.1964987", \
					  "-0.0624857, 0.0492005, 0.1533672");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0813457, 0.3028952, 0.6170228", \
					  "-0.0352233, 0.1765605, 0.4833639", \
					  "-0.1320658, 0.0736146, 0.3730937");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0248555, -0.1377624, -0.2272806", \
					  "0.0404440, -0.0688008, -0.1644225", \
					  "0.0750306, -0.0342142, -0.1322773");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0126484, -0.2049010, -0.4384623", \
					  "0.1002585, -0.0944355, -0.3572936", \
					  "0.1861146, -0.0085794, -0.2775410");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("6.9552447e-05, -6.2169335e-05, -0.0003658, -0.0003661, -0.0003667, -0.0003681, -0.0003714");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052061, 0.0051476, 0.0050126, 0.0050281, 0.0050640, 0.0051468, 0.0053375");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.538340;
			max_transition : 1.506020;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001600729, 0.005124665, 0.0164064, 0.05252439, 0.1681546, 0.5383399");
					values("0.0337916, 0.0352024, 0.0398208, 0.0541151, 0.0982634, 0.2371074, 0.6798463", \
					  "0.0337746, 0.0351714, 0.0397956, 0.0538202, 0.0979588, 0.2372437, 0.6862347", \
					  "0.0336646, 0.0350340, 0.0396282, 0.0538948, 0.0978354, 0.2382501, 0.6799972", \
					  "0.0333973, 0.0347949, 0.0393990, 0.0535243, 0.0977619, 0.2366931, 0.6844407", \
					  "0.0331701, 0.0346356, 0.0392008, 0.0534490, 0.0977459, 0.2366462, 0.6827268", \
					  "0.0330276, 0.0344237, 0.0390349, 0.0531938, 0.0973188, 0.2361130, 0.6825970", \
					  "0.0344364, 0.0358164, 0.0401281, 0.0541289, 0.0977434, 0.2362693, 0.6825238");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001600729, 0.005124665, 0.0164064, 0.05252439, 0.1681546, 0.5383399");
					values("0.0297203, 0.0284892, 0.0245255, 0.0123804, -0.0285075, -0.1675989, -0.6176265", \
					  "0.0296851, 0.0284679, 0.0245282, 0.0123843, -0.0285601, -0.1675647, -0.6176168", \
					  "0.0297059, 0.0285024, 0.0245304, 0.0124444, -0.0285463, -0.1675514, -0.6176115", \
					  "0.0294114, 0.0282036, 0.0242231, 0.0121288, -0.0288729, -0.1678258, -0.6179163", \
					  "0.0293374, 0.0280968, 0.0241007, 0.0119634, -0.0290237, -0.1679726, -0.6180219", \
					  "0.0293602, 0.0281247, 0.0241420, 0.0118700, -0.0289724, -0.1679096, -0.6179875", \
					  "0.0343210, 0.0330584, 0.0290299, 0.0158875, -0.0272169, -0.1675691, -0.6176979");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001600729, 0.005124665, 0.0164064, 0.05252439, 0.1681546, 0.5383399");
					values("0.0350393, 0.0364747, 0.0410035, 0.0549597, 0.0988616, 0.2377437, 0.6811438", \
					  "0.0349995, 0.0364065, 0.0408101, 0.0549447, 0.0987562, 0.2387191, 0.6842214", \
					  "0.0350569, 0.0364861, 0.0410513, 0.0549350, 0.0988522, 0.2383002, 0.6845439", \
					  "0.0349379, 0.0363708, 0.0407717, 0.0548398, 0.0987260, 0.2382456, 0.6840004", \
					  "0.0347509, 0.0361805, 0.0407446, 0.0546410, 0.0985487, 0.2379941, 0.6843111", \
					  "0.0345910, 0.0360203, 0.0406117, 0.0546518, 0.0983924, 0.2379282, 0.6835000", \
					  "0.0347504, 0.0361655, 0.0406104, 0.0540892, 0.0986668, 0.2371409, 0.6840228");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00160073, 0.00512467, 0.0164064, 0.0525244, 0.168155, 0.53834");
					values("0.5666132, 0.5710148, 0.5826852, 0.6106470, 0.6841762, 0.9091836, 1.6273476", \
					  "0.5714161, 0.5758453, 0.5875438, 0.6151989, 0.6889380, 0.9134283, 1.6326206", \
					  "0.5829613, 0.5873622, 0.5987785, 0.6269001, 0.7005675, 0.9251354, 1.6421685", \
					  "0.6086264, 0.6130220, 0.6247043, 0.6525839, 0.7263228, 0.9508121, 1.6694992", \
					  "0.6576045, 0.6620349, 0.6737692, 0.7017090, 0.7751442, 0.9996954, 1.7187585", \
					  "0.7331278, 0.7375264, 0.7491834, 0.7770778, 0.8507473, 1.0750587, 1.7958472", \
					  "0.8405725, 0.8449783, 0.8564308, 0.8844859, 0.9582812, 1.1825583, 1.9019826");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00160073, 0.00512467, 0.0164064, 0.0525244, 0.168155, 0.53834");
					values("0.0363406, 0.0390722, 0.0476309, 0.0737099, 0.1653435, 0.4783790, 1.5060196", \
					  "0.0363246, 0.0391139, 0.0477567, 0.0741002, 0.1658099, 0.4779120, 1.4939026", \
					  "0.0363593, 0.0399129, 0.0481032, 0.0740894, 0.1651167, 0.4785470, 1.4839023", \
					  "0.0364449, 0.0391932, 0.0477966, 0.0739853, 0.1661275, 0.4772707, 1.4955871", \
					  "0.0364612, 0.0392921, 0.0477091, 0.0736938, 0.1654401, 0.4782660, 1.4939697", \
					  "0.0361904, 0.0389300, 0.0478501, 0.0740860, 0.1657830, 0.4771364, 1.4982526", \
					  "0.0363422, 0.0391217, 0.0477806, 0.0737654, 0.1658378, 0.4766834, 1.4944351");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00160073, 0.00512467, 0.0164064, 0.0525244, 0.168155, 0.53834");
					values("0.3991473, 0.4025000, 0.4113171, 0.4312161, 0.4719860, 0.5609255, 0.7997499", \
					  "0.4040202, 0.4073780, 0.4161803, 0.4360997, 0.4768891, 0.5656396, 0.8042824", \
					  "0.4159494, 0.4192656, 0.4280394, 0.4478942, 0.4886342, 0.5775354, 0.8164803", \
					  "0.4424100, 0.4457454, 0.4546083, 0.4744806, 0.5152332, 0.6040409, 0.8428378", \
					  "0.4928331, 0.4962126, 0.5050254, 0.5248828, 0.5656365, 0.6545584, 0.8933645", \
					  "0.5686968, 0.5720614, 0.5808489, 0.6007080, 0.6414508, 0.7303948, 0.9690463", \
					  "0.6710710, 0.6744172, 0.6832365, 0.7031238, 0.7438852, 0.8328335, 1.0712373");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00160073, 0.00512467, 0.0164064, 0.0525244, 0.168155, 0.53834");
					values("0.0369278, 0.0386169, 0.0433490, 0.0554663, 0.0873444, 0.1762169, 0.4793846", \
					  "0.0368322, 0.0385149, 0.0432642, 0.0554813, 0.0867557, 0.1771161, 0.4798617", \
					  "0.0367242, 0.0386940, 0.0435460, 0.0558648, 0.0874814, 0.1771369, 0.4839281", \
					  "0.0368308, 0.0385978, 0.0432851, 0.0553711, 0.0865840, 0.1776994, 0.4787540", \
					  "0.0369321, 0.0386747, 0.0435253, 0.0555051, 0.0864338, 0.1768783, 0.4788646", \
					  "0.0370210, 0.0386349, 0.0435078, 0.0559620, 0.0874080, 0.1768188, 0.4803492", \
					  "0.0369359, 0.0386032, 0.0433790, 0.0554701, 0.0873771, 0.1770241, 0.4767969");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00160073, 0.00512467, 0.0164064, 0.0525244, 0.168155, 0.53834");
					values("0.3152077, 0.3190061, 0.3293944, 0.3559399, 0.4288114, 0.6530672, 1.3747508", \
					  "0.3205346, 0.3243221, 0.3345522, 0.3612091, 0.4339494, 0.6587648, 1.3790037", \
					  "0.3340052, 0.3378243, 0.3482624, 0.3746592, 0.4474203, 0.6728850, 1.3906004", \
					  "0.3662112, 0.3700143, 0.3801684, 0.4068496, 0.4797331, 0.7040942, 1.4237792", \
					  "0.4450621, 0.4488820, 0.4593205, 0.4857336, 0.5584888, 0.7838590, 1.5017081", \
					  "0.6251811, 0.6289703, 0.6394643, 0.6659049, 0.7386192, 0.9634874, 1.6838003", \
					  "0.9490542, 0.9529477, 0.9635630, 0.9900606, 1.0630559, 1.2873501, 2.0063460");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00160073, 0.00512467, 0.0164064, 0.0525244, 0.168155, 0.53834");
					values("0.0294356, 0.0321846, 0.0410511, 0.0690872, 0.1643023, 0.4784114, 1.4853142", \
					  "0.0292877, 0.0321214, 0.0410922, 0.0691578, 0.1635373, 0.4814543, 1.4940940", \
					  "0.0293214, 0.0321688, 0.0407863, 0.0689851, 0.1635306, 0.4798928, 1.4996622", \
					  "0.0291626, 0.0321064, 0.0410595, 0.0690876, 0.1642975, 0.4818622, 1.4963721", \
					  "0.0293323, 0.0321812, 0.0408176, 0.0689539, 0.1634965, 0.4796169, 1.4998499", \
					  "0.0292910, 0.0321186, 0.0408549, 0.0688552, 0.1636888, 0.4814665, 1.4992971", \
					  "0.0303892, 0.0331730, 0.0418488, 0.0697006, 0.1642861, 0.4779399, 1.5005138");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003304;
			capacitance : 0.003334;
			rise_capacitance : 0.003364;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1225117, -0.0596536, -0.0531432", \
					  "-0.2683776, -0.2042988, -0.1977884", \
					  "-0.3969583, -0.3316589, -0.3239277");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1399395, 0.0819642, 0.0791159", \
					  "0.2821432, 0.2229473, 0.2200990", \
					  "0.4107240, 0.3490866, 0.3437969");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1884593, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038300, 0.0038116, 0.0037690, 0.0037703, 0.0037734, 0.0037806, 0.0037970");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009501, 0.0008823, 0.0007260, 0.0007120, 0.0006798, 0.0006056, 0.0004346");
				}
			}
		}
	}
	cell ("scs8hd_dfxbp_1") {
		area : 23.772800;
		cell_footprint : "dfxbp";
		cell_leakage_power : 1.443985e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014948";
			when : "CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0014121";
			when : "!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0014724";
			when : "CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0013912";
			when : "!CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0014988";
			when : "!CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0014634";
			when : "CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0013606";
			when : "CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0014586";
			when : "!CLK&!D&Q&!QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001781;
			capacitance : 0.001687;
			fall_capacitance : 0.001592;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1093665, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1489129, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168105, 0.0167276, 0.0165366, 0.0165282, 0.0165090, 0.0164646, 0.0163622");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132800, 0.0132029, 0.0130251, 0.0129918, 0.0129150, 0.0127381, 0.0123302");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001660;
			capacitance : 0.001655;
			fall_capacitance : 0.001650;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0508281, 0.1808249, 0.2886536", \
					  "-0.0266784, 0.0886699, 0.1806296", \
					  "-0.0649271, 0.0430970, 0.1326152");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1191875, 0.3578268, 0.7354310", \
					  "-0.0034850, 0.2290508, 0.6029928", \
					  "-0.1088724, 0.1236634, 0.4902812");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0224141, -0.1316588, -0.2004251", \
					  "0.0489889, -0.0553730, -0.1302428", \
					  "0.0847962, -0.0183451, -0.0968770");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0407246, -0.2647155, -0.5727396", \
					  "0.0709616, -0.1566914, -0.4891296", \
					  "0.1617005, -0.0659525, -0.4069356");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002589, -0.0003155, -0.0004459, -0.0004504, -0.0004610, -0.0004853, -0.0005414");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0039754, 0.0039427, 0.0038675, 0.0038736, 0.0038878, 0.0039205, 0.0039958");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.141001;
			max_transition : 1.509099;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0052405, -0.0032160, 0.0012961, 0.0106872, 0.0294225, 0.0720688, 0.1771208", \
					  "-0.0052043, -0.0031866, 0.0013206, 0.0106979, 0.0295730, 0.0720511, 0.1764387", \
					  "-0.0051226, -0.0031112, 0.0013789, 0.0107309, 0.0295661, 0.0716799, 0.1764763", \
					  "-0.0051258, -0.0031403, 0.0013009, 0.0105617, 0.0293488, 0.0717754, 0.1761309", \
					  "-0.0051046, -0.0031463, 0.0012422, 0.0104331, 0.0291525, 0.0712164, 0.1766049", \
					  "-0.0050317, -0.0030938, 0.0012593, 0.0103985, 0.0290540, 0.0714830, 0.1756907", \
					  "-0.0048071, -0.0028393, 0.0015785, 0.0107109, 0.0292692, 0.0712781, 0.1746185");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0040215, -0.0005955, 0.0055229, 0.0118964, 0.0085758, -0.0236896, -0.1238841", \
					  "-0.0039866, -0.0005667, 0.0055396, 0.0118953, 0.0085530, -0.0237226, -0.1238734", \
					  "-0.0039007, -0.0004882, 0.0056164, 0.0119527, 0.0085707, -0.0237004, -0.1238808", \
					  "-0.0039045, -0.0005208, 0.0055152, 0.0117757, 0.0083425, -0.0239477, -0.1241645", \
					  "-0.0038808, -0.0005070, 0.0054902, 0.0116971, 0.0082276, -0.0241821, -0.1244294", \
					  "-0.0038018, -0.0004479, 0.0055389, 0.0117194, 0.0081669, -0.0242146, -0.1244704", \
					  "-0.0035858, -0.0002135, 0.0057976, 0.0120098, 0.0085522, -0.0239109, -0.1242208");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2694608, 0.2763699, 0.2921834, 0.3305795, 0.4281159, 0.6759098, 1.3162160", \
					  "0.2743676, 0.2812927, 0.2971154, 0.3355346, 0.4330473, 0.6811211, 1.3194866", \
					  "0.2861323, 0.2930579, 0.3088705, 0.3472662, 0.4447475, 0.6927098, 1.3308272", \
					  "0.3132422, 0.3201685, 0.3359736, 0.3743926, 0.4718963, 0.7199119, 1.3581291", \
					  "0.3628557, 0.3697573, 0.3855745, 0.4239580, 0.5214753, 0.7695501, 1.4087254", \
					  "0.4407266, 0.4476653, 0.4634967, 0.5019073, 0.5994643, 0.8471829, 1.4853803", \
					  "0.5514156, 0.5583449, 0.5741962, 0.6126268, 0.7102194, 0.9581661, 1.5968272");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0248556, 0.0319803, 0.0510348, 0.1039825, 0.2408709, 0.5929343, 1.5034223", \
					  "0.0248681, 0.0320439, 0.0511872, 0.1039900, 0.2408067, 0.5922366, 1.5090992", \
					  "0.0249264, 0.0319690, 0.0510520, 0.1039881, 0.2407092, 0.5916048, 1.5085657", \
					  "0.0247750, 0.0319432, 0.0511618, 0.1039745, 0.2410797, 0.5928250, 1.5089837", \
					  "0.0249128, 0.0320384, 0.0510163, 0.1039730, 0.2409973, 0.5903540, 1.5028033", \
					  "0.0250730, 0.0320790, 0.0512359, 0.1039741, 0.2405856, 0.5923494, 1.5082492", \
					  "0.0249830, 0.0320970, 0.0512742, 0.1040545, 0.2405298, 0.5896922, 1.5004367");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2689466, 0.2742350, 0.2849576, 0.3060588, 0.3497650, 0.4493179, 0.7006255", \
					  "0.2736625, 0.2789118, 0.2896383, 0.3107374, 0.3544565, 0.4540001, 0.7052683", \
					  "0.2856454, 0.2908974, 0.3016163, 0.3227147, 0.3664342, 0.4659841, 0.7172356", \
					  "0.3121987, 0.3174876, 0.3281984, 0.3493077, 0.3930238, 0.4925613, 0.7437270", \
					  "0.3612979, 0.3665672, 0.3772813, 0.3983907, 0.4421082, 0.5416544, 0.7928612", \
					  "0.4349970, 0.4402263, 0.4509036, 0.4719908, 0.5157197, 0.6152640, 0.8666231", \
					  "0.5363203, 0.5415930, 0.5523050, 0.5734209, 0.6171496, 0.7167014, 0.9680577");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0197396, 0.0235005, 0.0320671, 0.0517100, 0.0990134, 0.2232751, 0.5551336", \
					  "0.0197045, 0.0235744, 0.0320191, 0.0516756, 0.0990671, 0.2231963, 0.5604019", \
					  "0.0196859, 0.0235630, 0.0321902, 0.0516395, 0.0990656, 0.2230315, 0.5604145", \
					  "0.0197294, 0.0236306, 0.0320289, 0.0517090, 0.0991334, 0.2227437, 0.5579896", \
					  "0.0197466, 0.0234760, 0.0321045, 0.0516959, 0.0991414, 0.2231165, 0.5553407", \
					  "0.0196700, 0.0234992, 0.0320467, 0.0517010, 0.0987861, 0.2233299, 0.5579624", \
					  "0.0197554, 0.0236133, 0.0321457, 0.0517395, 0.0990162, 0.2232828, 0.5543067");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.152903;
			max_transition : 1.492293;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.008743655, 0.0226952, 0.0589081, 0.152903");
					values("-0.0051904, -0.0030422, 0.0018561, 0.0118909, 0.0323482, 0.0782420, 0.1933972", \
					  "-0.0051559, -0.0030126, 0.0018823, 0.0118873, 0.0323244, 0.0781957, 0.1933987", \
					  "-0.0050735, -0.0029392, 0.0019332, 0.0119259, 0.0323363, 0.0787404, 0.1933213", \
					  "-0.0050751, -0.0029670, 0.0018535, 0.0117701, 0.0320997, 0.0783309, 0.1912365", \
					  "-0.0050495, -0.0029579, 0.0018319, 0.0116962, 0.0318768, 0.0781378, 0.1929529", \
					  "-0.0049699, -0.0028906, 0.0018743, 0.0117027, 0.0318466, 0.0777260, 0.1928299", \
					  "-0.0047431, -0.0026353, 0.0021402, 0.0120107, 0.0320556, 0.0776353, 0.1920623");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.008743655, 0.0226952, 0.0589081, 0.152903");
					values("-0.0042451, -0.0010310, 0.0047517, 0.0106341, 0.0060497, -0.0295743, -0.1397351", \
					  "-0.0042106, -0.0010029, 0.0047788, 0.0106513, 0.0060451, -0.0295967, -0.1397310", \
					  "-0.0041268, -0.0009292, 0.0048311, 0.0106758, 0.0060497, -0.0295983, -0.1397825", \
					  "-0.0041271, -0.0009558, 0.0047656, 0.0105442, 0.0058408, -0.0298603, -0.1400293", \
					  "-0.0041043, -0.0009515, 0.0047171, 0.0104265, 0.0056678, -0.0300735, -0.1402997", \
					  "-0.0040312, -0.0008960, 0.0047337, 0.0103967, 0.0055679, -0.0302109, -0.1404153", \
					  "-0.0038220, -0.0006770, 0.0049861, 0.0106794, 0.0059260, -0.0299903, -0.1402424");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.3234014, 0.3295750, 0.3443578, 0.3813292, 0.4762842, 0.7231040, 1.3627064", \
					  "0.3280532, 0.3342500, 0.3490715, 0.3859996, 0.4809528, 0.7265814, 1.3664021", \
					  "0.3399940, 0.3461947, 0.3609820, 0.3978641, 0.4928062, 0.7393505, 1.3780476", \
					  "0.3666532, 0.3728244, 0.3876341, 0.4245930, 0.5195475, 0.7663029, 1.4046939", \
					  "0.4156640, 0.4218595, 0.4366969, 0.4736624, 0.5688562, 0.8143326, 1.4543573", \
					  "0.4893488, 0.4955439, 0.5103398, 0.5472887, 0.6424254, 0.8884602, 1.5274734", \
					  "0.5907582, 0.5969537, 0.6117534, 0.6486661, 0.7438037, 0.9904033, 1.6290859");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.0196913, 0.0268295, 0.0457793, 0.0969741, 0.2312466, 0.5827333, 1.4922931", \
					  "0.0196821, 0.0267706, 0.0458434, 0.0969179, 0.2311304, 0.5828261, 1.4867636", \
					  "0.0196720, 0.0268250, 0.0458047, 0.0968282, 0.2310349, 0.5843820, 1.4903808", \
					  "0.0196792, 0.0267711, 0.0458629, 0.0969780, 0.2312384, 0.5836413, 1.4801887", \
					  "0.0196461, 0.0267622, 0.0458628, 0.0969654, 0.2309844, 0.5831935, 1.4911209", \
					  "0.0197084, 0.0268179, 0.0458789, 0.0968943, 0.2307706, 0.5840896, 1.4897547", \
					  "0.0197060, 0.0268226, 0.0458576, 0.0969729, 0.2307096, 0.5774496, 1.4879667");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.3128588, 0.3172874, 0.3264321, 0.3452524, 0.3869574, 0.4911726, 0.7623563", \
					  "0.3176265, 0.3220049, 0.3311076, 0.3499399, 0.3916518, 0.4958307, 0.7666878", \
					  "0.3291724, 0.3336030, 0.3427542, 0.3615689, 0.4032536, 0.5074739, 0.7786187", \
					  "0.3559772, 0.3603081, 0.3694639, 0.3883009, 0.4300899, 0.5341892, 0.8051428", \
					  "0.4069913, 0.4114204, 0.4205672, 0.4393833, 0.4810634, 0.5852988, 0.8564748", \
					  "0.4841588, 0.4885738, 0.4977159, 0.5165371, 0.5581522, 0.6624986, 0.9332830", \
					  "0.5945625, 0.5989378, 0.6083307, 0.6271458, 0.6688337, 0.7730865, 1.0442078");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.0151870, 0.0183759, 0.0264561, 0.0454062, 0.0963146, 0.2337420, 0.5958727", \
					  "0.0151073, 0.0184041, 0.0264102, 0.0455864, 0.0957372, 0.2332077, 0.5968744", \
					  "0.0151854, 0.0183779, 0.0264553, 0.0452876, 0.0963517, 0.2337001, 0.5952849", \
					  "0.0150981, 0.0185133, 0.0264275, 0.0455863, 0.0959835, 0.2330170, 0.5976440", \
					  "0.0152023, 0.0183723, 0.0264523, 0.0453613, 0.0963244, 0.2337412, 0.5947318", \
					  "0.0152287, 0.0183630, 0.0264434, 0.0453242, 0.0962688, 0.2333579, 0.6027140", \
					  "0.0151342, 0.0183470, 0.0264581, 0.0452726, 0.0955976, 0.2335486, 0.5937127");
				}
			}
		}
	}
	cell ("scs8hd_dfxbp_2") {
		area : 26.275200;
		cell_footprint : "dfxbp";
		cell_leakage_power : 1.816791e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018319";
			when : "!CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0018671";
			when : "CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017844";
			when : "!CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0018457";
			when : "CLK&!D&Q&!QN";
		}
		leakage_power () {
			value : "0.0017645";
			when : "!CLK&D&Q&!QN";
		}
		leakage_power () {
			value : "0.0018711";
			when : "!CLK&D&!Q&QN";
		}
		leakage_power () {
			value : "0.0018357";
			when : "CLK&!D&!Q&QN";
		}
		leakage_power () {
			value : "0.0017339";
			when : "CLK&D&Q&!QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001781;
			capacitance : 0.001693;
			fall_capacitance : 0.001606;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1126621, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1489129, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0167862, 0.0167052, 0.0165185, 0.0165093, 0.0164881, 0.0164391, 0.0163262");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132858, 0.0132068, 0.0130248, 0.0129912, 0.0129139, 0.0127356, 0.0123247");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001660;
			capacitance : 0.001655;
			fall_capacitance : 0.001650;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0532695, 0.1832663, 0.2923157", \
					  "-0.0254577, 0.0898906, 0.1818503", \
					  "-0.0649271, 0.0443177, 0.1338359");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1204082, 0.3590475, 0.7378724", \
					  "-0.0022643, 0.2302715, 0.6042136", \
					  "-0.1076517, 0.1248841, 0.4915019");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0224141, -0.1304382, -0.1992044", \
					  "0.0489889, -0.0553730, -0.1290221", \
					  "0.0847962, -0.0183451, -0.0968770");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0382832, -0.2610534, -0.5641946", \
					  "0.0734030, -0.1518086, -0.4830260", \
					  "0.1629212, -0.0635111, -0.4044941");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002569, -0.0003145, -0.0004472, -0.0004517, -0.0004618, -0.0004853, -0.0005394");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0040338, 0.0039863, 0.0038767, 0.0038824, 0.0038957, 0.0039262, 0.0039967");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.255442;
			max_transition : 1.502676;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("-0.0054471, -0.0033788, 0.0018512, 0.0142876, 0.0426328, 0.1147870, 0.3127838", \
					  "-0.0054098, -0.0033444, 0.0018853, 0.0143161, 0.0426634, 0.1153902, 0.3127566", \
					  "-0.0053242, -0.0032696, 0.0019342, 0.0143365, 0.0426814, 0.1153817, 0.3143857", \
					  "-0.0053226, -0.0032932, 0.0018646, 0.0141740, 0.0423268, 0.1148883, 0.3138107", \
					  "-0.0052975, -0.0032900, 0.0018171, 0.0140637, 0.0422240, 0.1147579, 0.3154030", \
					  "-0.0052207, -0.0032290, 0.0018417, 0.0140160, 0.0420848, 0.1147789, 0.3128223", \
					  "-0.0049836, -0.0029416, 0.0022358, 0.0144050, 0.0423604, 0.1145419, 0.3135990");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("-0.0042185, -0.0003958, 0.0072523, 0.0155815, 0.0077048, -0.0523857, -0.2482873", \
					  "-0.0041844, -0.0003636, 0.0072702, 0.0155775, 0.0076949, -0.0525031, -0.2483572", \
					  "-0.0040978, -0.0002831, 0.0073185, 0.0156049, 0.0077182, -0.0524253, -0.2483989", \
					  "-0.0040975, -0.0003163, 0.0072701, 0.0154612, 0.0074436, -0.0527032, -0.2486198", \
					  "-0.0040669, -0.0003048, 0.0072525, 0.0153519, 0.0072889, -0.0528749, -0.2488438", \
					  "-0.0039836, -0.0002282, 0.0072847, 0.0153862, 0.0072753, -0.0529697, -0.2488994", \
					  "-0.0037652, 1.3750000e-05, 0.0075635, 0.0157251, 0.0077338, -0.0526706, -0.2487212");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.2763695, 0.2819906, 0.2952645, 0.3272090, 0.4135889, 0.6525365, 1.3288763", \
					  "0.2814666, 0.2871554, 0.3004242, 0.3323609, 0.4187217, 0.6576413, 1.3337417", \
					  "0.2930888, 0.2988076, 0.3118821, 0.3438582, 0.4302256, 0.6690056, 1.3448244", \
					  "0.3200712, 0.3257382, 0.3390332, 0.3710002, 0.4573696, 0.6962435, 1.3765841", \
					  "0.3697894, 0.3755037, 0.3887773, 0.4207513, 0.5071207, 0.7460201, 1.4242258", \
					  "0.4479268, 0.4536508, 0.4668863, 0.4988590, 0.5852320, 0.8238029, 1.5009126", \
					  "0.5582940, 0.5638466, 0.5771356, 0.6091467, 0.6955639, 0.9345409, 1.6105052");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0214517, 0.0262252, 0.0398466, 0.0799808, 0.1989210, 0.5354022, 1.4904120", \
					  "0.0214267, 0.0262753, 0.0397747, 0.0799700, 0.1991180, 0.5357809, 1.4901236", \
					  "0.0213863, 0.0263079, 0.0398579, 0.0800013, 0.1989045, 0.5352740, 1.5003102", \
					  "0.0216115, 0.0263894, 0.0399729, 0.0799921, 0.1992483, 0.5365418, 1.4990638", \
					  "0.0213735, 0.0262782, 0.0397796, 0.0799663, 0.1988692, 0.5370846, 1.5026758", \
					  "0.0214232, 0.0262765, 0.0398868, 0.0798866, 0.1987933, 0.5357720, 1.4905107", \
					  "0.0215175, 0.0265908, 0.0400554, 0.0800399, 0.1993298, 0.5368780, 1.4990658");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.2834602, 0.2882253, 0.2985432, 0.3187766, 0.3595236, 0.4522646, 0.6994290", \
					  "0.2881628, 0.2929223, 0.3031943, 0.3234556, 0.3642130, 0.4569214, 0.7040339", \
					  "0.2998844, 0.3046664, 0.3149896, 0.3351870, 0.3758927, 0.4686357, 0.7158726", \
					  "0.3267111, 0.3314762, 0.3417960, 0.3620282, 0.4028052, 0.4955218, 0.7427507", \
					  "0.3757956, 0.3805610, 0.3908772, 0.4110912, 0.4518763, 0.5445924, 0.7916877", \
					  "0.4495093, 0.4542911, 0.4645900, 0.4846888, 0.5255030, 0.6182241, 0.8653991", \
					  "0.5508343, 0.5556008, 0.5659187, 0.5861341, 0.6269375, 0.7196690, 0.9667247");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0200586, 0.0230646, 0.0299057, 0.0457790, 0.0846908, 0.1930405, 0.5198534", \
					  "0.0199583, 0.0230571, 0.0299428, 0.0457174, 0.0848159, 0.1930331, 0.5188182", \
					  "0.0200012, 0.0230158, 0.0299622, 0.0459948, 0.0846456, 0.1928886, 0.5182495", \
					  "0.0200525, 0.0230798, 0.0298833, 0.0456997, 0.0847228, 0.1930449, 0.5181239", \
					  "0.0200373, 0.0230527, 0.0298885, 0.0460475, 0.0847412, 0.1927846, 0.5172529", \
					  "0.0199921, 0.0230401, 0.0298469, 0.0460722, 0.0847606, 0.1927360, 0.5185445", \
					  "0.0200535, 0.0230512, 0.0298985, 0.0460563, 0.0847720, 0.1929066, 0.5161805");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.280161;
			max_transition : 1.498807;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001435632, 0.004122077, 0.01183557, 0.03398303, 0.09757422, 0.2801613");
					values("-0.0054295, -0.0032596, 0.0023636, 0.0155925, 0.0463217, 0.1256695, 0.3475615", \
					  "-0.0053941, -0.0032322, 0.0023873, 0.0156239, 0.0461042, 0.1255272, 0.3452505", \
					  "-0.0053066, -0.0031486, 0.0024394, 0.0156278, 0.0461342, 0.1246210, 0.3461376", \
					  "-0.0053033, -0.0031697, 0.0023824, 0.0154855, 0.0458767, 0.1255067, 0.3476463", \
					  "-0.0052738, -0.0031539, 0.0023697, 0.0153545, 0.0457095, 0.1251509, 0.3447097", \
					  "-0.0051913, -0.0030826, 0.0024159, 0.0153959, 0.0457304, 0.1251880, 0.3462963", \
					  "-0.0049553, -0.0028095, 0.0027187, 0.0157318, 0.0459149, 0.1245682, 0.3437644");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001435632, 0.004122077, 0.01183557, 0.03398303, 0.09757422, 0.2801613");
					values("-0.0044126, -0.0008006, 0.0065262, 0.0143060, 0.0046533, -0.0618662, -0.2792003", \
					  "-0.0043728, -0.0007639, 0.0065596, 0.0143338, 0.0046751, -0.0618494, -0.2791821", \
					  "-0.0042879, -0.0006868, 0.0066148, 0.0143481, 0.0046633, -0.0618708, -0.2791862", \
					  "-0.0042860, -0.0007061, 0.0065383, 0.0141965, 0.0044118, -0.0621903, -0.2795315", \
					  "-0.0042591, -0.0007019, 0.0064971, 0.0140737, 0.0042316, -0.0623969, -0.2797596", \
					  "-0.0041795, -0.0006377, 0.0065270, 0.0140331, 0.0041379, -0.0625206, -0.2799011", \
					  "-0.0039630, -0.0004033, 0.0068074, 0.0144131, 0.0045096, -0.0623079, -0.2797355");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00143563, 0.00412208, 0.0118356, 0.033983, 0.0975742, 0.280161");
					values("0.3678208, 0.3729832, 0.3851664, 0.4153393, 0.4983217, 0.7346515, 1.4130471", \
					  "0.3723942, 0.3774827, 0.3897261, 0.4199069, 0.5026869, 0.7396631, 1.4186228", \
					  "0.3842198, 0.3893899, 0.4014459, 0.4316875, 0.5145750, 0.7516227, 1.4316490", \
					  "0.4110669, 0.4162338, 0.4284003, 0.4585945, 0.5414886, 0.7776029, 1.4566620", \
					  "0.4601481, 0.4652992, 0.4775225, 0.5075555, 0.5905585, 0.8270797, 1.5062339", \
					  "0.5337681, 0.5389371, 0.5511299, 0.5812908, 0.6642307, 0.9010619, 1.5800889", \
					  "0.6352189, 0.6403987, 0.6526230, 0.6826833, 0.7655904, 1.0016552, 1.6834114");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143563, 0.00412208, 0.0118356, 0.033983, 0.0975742, 0.280161");
					values("0.0188471, 0.0231913, 0.0358632, 0.0746676, 0.1902977, 0.5285812, 1.4951159", \
					  "0.0189233, 0.0232751, 0.0359889, 0.0746051, 0.1898607, 0.5265364, 1.4848655", \
					  "0.0188100, 0.0232585, 0.0359126, 0.0747190, 0.1905024, 0.5244691, 1.4976597", \
					  "0.0188355, 0.0232796, 0.0359342, 0.0745485, 0.1902233, 0.5290980, 1.4988066", \
					  "0.0188904, 0.0232003, 0.0359584, 0.0744160, 0.1900818, 0.5269838, 1.4848478", \
					  "0.0187013, 0.0231390, 0.0359230, 0.0746360, 0.1899883, 0.5288632, 1.4920185", \
					  "0.0188131, 0.0232402, 0.0359527, 0.0746108, 0.1903110, 0.5239501, 1.4952496");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143563, 0.00412208, 0.0118356, 0.033983, 0.0975742, 0.280161");
					values("0.3491910, 0.3532507, 0.3622191, 0.3801735, 0.4172576, 0.5066788, 0.7566612", \
					  "0.3543275, 0.3583884, 0.3673992, 0.3853104, 0.4223956, 0.5118322, 0.7619005", \
					  "0.3658852, 0.3699352, 0.3788506, 0.3967337, 0.4338868, 0.5233028, 0.7728108", \
					  "0.3930301, 0.3971450, 0.4060185, 0.4239074, 0.4610421, 0.5504735, 0.8007981", \
					  "0.4427780, 0.4468783, 0.4557201, 0.4736204, 0.5107602, 0.6002321, 0.8498974", \
					  "0.5208629, 0.5249348, 0.5338682, 0.5515291, 0.5886379, 0.6781602, 0.9284004", \
					  "0.6311137, 0.6351844, 0.6440974, 0.6619853, 0.6990977, 0.7885530, 1.0383541");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143563, 0.00412208, 0.0118356, 0.033983, 0.0975742, 0.280161");
					values("0.0181324, 0.0206378, 0.0268310, 0.0410679, 0.0787007, 0.1902948, 0.5281316", \
					  "0.0181324, 0.0206480, 0.0266223, 0.0410832, 0.0787242, 0.1904492, 0.5270718", \
					  "0.0179799, 0.0206951, 0.0268110, 0.0411665, 0.0786600, 0.1900792, 0.5242192", \
					  "0.0180916, 0.0204701, 0.0264015, 0.0412243, 0.0786135, 0.1895206, 0.5270407", \
					  "0.0180172, 0.0206677, 0.0267846, 0.0411191, 0.0785351, 0.1896769, 0.5237404", \
					  "0.0181068, 0.0206154, 0.0264567, 0.0412056, 0.0788487, 0.1903750, 0.5266396", \
					  "0.0181261, 0.0207067, 0.0268033, 0.0408194, 0.0784999, 0.1900949, 0.5216068");
				}
			}
		}
	}
	cell ("scs8hd_dfxtp_1") {
		area : 20.019200;
		cell_footprint : "dfxtp";
		cell_leakage_power : 1.007233e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010524";
			when : "!CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0010276";
			when : "CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0009448";
			when : "!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0010661";
			when : "CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0009850";
			when : "!CLK&D&Q";
		}
		leakage_power () {
			value : "0.0010315";
			when : "!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0009962";
			when : "CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0009543";
			when : "CLK&D&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001824;
			capacitance : 0.001716;
			fall_capacitance : 0.001609;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1082680, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1489129, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168277, 0.0167424, 0.0165458, 0.0165410, 0.0165301, 0.0165047, 0.0164464");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132789, 0.0132022, 0.0130255, 0.0129915, 0.0129132, 0.0127327, 0.0123167");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001661;
			capacitance : 0.001655;
			fall_capacitance : 0.001650;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0447246, 0.1710592, 0.2740052", \
					  "-0.0291198, 0.0862285, 0.1745260", \
					  "-0.0661478, 0.0418763, 0.1313945");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1204082, 0.3578268, 0.7366517", \
					  "-0.0034850, 0.2302715, 0.6029928", \
					  "-0.1076517, 0.1236634, 0.4902812");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0224141, -0.1316588, -0.1992044", \
					  "0.0489889, -0.0553730, -0.1290221", \
					  "0.0847962, -0.0183451, -0.0968770");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0517109, -0.2818053, -0.6081400", \
					  "0.0599753, -0.1688984, -0.5111022", \
					  "0.1568177, -0.0720560, -0.4167012");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003176, -0.0003566, -0.0004465, -0.0004506, -0.0004603, -0.0004826, -0.0005340");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0040354, 0.0039846, 0.0038673, 0.0038738, 0.0038888, 0.0039232, 0.0040027");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.142832;
			max_transition : 1.504137;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0125020, 0.0137351, 0.0165896, 0.0230822, 0.0389261, 0.0800189, 0.1849062", \
					  "0.0125255, 0.0137557, 0.0165974, 0.0231141, 0.0389483, 0.0800600, 0.1848922", \
					  "0.0125793, 0.0138106, 0.0166562, 0.0231464, 0.0389991, 0.0801241, 0.1849698", \
					  "0.0123401, 0.0135358, 0.0163805, 0.0229024, 0.0387363, 0.0798601, 0.1846717", \
					  "0.0121072, 0.0133294, 0.0161586, 0.0226765, 0.0385443, 0.0792336, 0.1843716", \
					  "0.0122192, 0.0133135, 0.0161266, 0.0226045, 0.0384910, 0.0792038, 0.1854455", \
					  "0.0134604, 0.0144430, 0.0169056, 0.0231888, 0.0390375, 0.0797374, 0.1854404");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0135167, 0.0128172, 0.0108982, 0.0050754, -0.0108820, -0.0521936, -0.1582706", \
					  "0.0135045, 0.0127823, 0.0108731, 0.0050679, -0.0108826, -0.0521894, -0.1582595", \
					  "0.0135865, 0.0128649, 0.0109540, 0.0051421, -0.0108021, -0.0521156, -0.1581883", \
					  "0.0132662, 0.0125620, 0.0106356, 0.0048172, -0.0111305, -0.0524328, -0.1585015", \
					  "0.0131181, 0.0124152, 0.0104975, 0.0046962, -0.0112683, -0.0525783, -0.1586551", \
					  "0.0141312, 0.0132227, 0.0108285, 0.0047100, -0.0112610, -0.0525702, -0.1586506", \
					  "0.0148720, 0.0139789, 0.0116143, 0.0054006, -0.0107092, -0.0520655, -0.1582210");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2563922, 0.2631450, 0.2787935, 0.3170266, 0.4138940, 0.6614818, 1.2990226", \
					  "0.2610965, 0.2678885, 0.2835385, 0.3217872, 0.4186212, 0.6663121, 1.3035265", \
					  "0.2726253, 0.2793902, 0.2950451, 0.3333163, 0.4301241, 0.6777209, 1.3151841", \
					  "0.2996860, 0.3062651, 0.3219144, 0.3601569, 0.4569819, 0.7046871, 1.3415770", \
					  "0.3505112, 0.3572685, 0.3729263, 0.4110702, 0.5078772, 0.7557310, 1.3916464", \
					  "0.4280288, 0.4347297, 0.4504169, 0.4887067, 0.5852768, 0.8332804, 1.4704183", \
					  "0.5383551, 0.5451463, 0.5608166, 0.5991589, 0.6960133, 0.9433494, 1.5816937");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0227123, 0.0298692, 0.0491837, 0.1019442, 0.2373679, 0.5888961, 1.5041370", \
					  "0.0229252, 0.0299829, 0.0492543, 0.1016228, 0.2371101, 0.5883918, 1.5032501", \
					  "0.0226567, 0.0298542, 0.0492635, 0.1017576, 0.2373374, 0.5888504, 1.5039802", \
					  "0.0227944, 0.0299452, 0.0492446, 0.1016115, 0.2370686, 0.5883828, 1.5026526", \
					  "0.0227922, 0.0299029, 0.0491949, 0.1015396, 0.2369063, 0.5869397, 1.5006554", \
					  "0.0228308, 0.0299391, 0.0493406, 0.1011203, 0.2374382, 0.5889477, 1.4944426", \
					  "0.0229962, 0.0301015, 0.0493059, 0.1018394, 0.2375335, 0.5871063, 1.4973847");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2525727, 0.2572788, 0.2667683, 0.2856302, 0.3258384, 0.4231430, 0.6728995", \
					  "0.2572390, 0.2619225, 0.2714280, 0.2902615, 0.3304640, 0.4277380, 0.6773062", \
					  "0.2692363, 0.2739120, 0.2834215, 0.3022647, 0.3424617, 0.4396483, 0.6890977", \
					  "0.2958208, 0.3005277, 0.3100215, 0.3288785, 0.3690796, 0.4664000, 0.7159716", \
					  "0.3449507, 0.3496370, 0.3591446, 0.3779920, 0.4182010, 0.5154323, 0.7646043", \
					  "0.4184850, 0.4231869, 0.4326980, 0.4515575, 0.4917385, 0.5889686, 0.8385567", \
					  "0.5198736, 0.5245871, 0.5340832, 0.5529464, 0.5931655, 0.6904381, 0.9399547");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0163118, 0.0197712, 0.0276122, 0.0454733, 0.0922823, 0.2187467, 0.5515581", \
					  "0.0162701, 0.0196326, 0.0275565, 0.0457283, 0.0922694, 0.2177802, 0.5491932", \
					  "0.0162713, 0.0196603, 0.0274360, 0.0456922, 0.0923866, 0.2181112, 0.5498065", \
					  "0.0163121, 0.0197705, 0.0276348, 0.0455805, 0.0921979, 0.2206070, 0.5555741", \
					  "0.0163501, 0.0197279, 0.0276009, 0.0455239, 0.0920752, 0.2190406, 0.5488739", \
					  "0.0162732, 0.0196782, 0.0275418, 0.0456367, 0.0919481, 0.2192340, 0.5487061", \
					  "0.0163299, 0.0197916, 0.0276577, 0.0455271, 0.0919632, 0.2172306, 0.5481809");
				}
			}
		}
	}
	cell ("scs8hd_dfxtp_2") {
		area : 21.270400;
		cell_footprint : "dfxtp";
		cell_leakage_power : 1.193163e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010648";
			when : "!CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0013870";
			when : "CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0013043";
			when : "!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0010785";
			when : "CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0009974";
			when : "!CLK&D&Q";
		}
		leakage_power () {
			value : "0.0013910";
			when : "!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0013556";
			when : "CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0009667";
			when : "CLK&D&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001777;
			capacitance : 0.001686;
			fall_capacitance : 0.001594;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1115636, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1489129, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168039, 0.0167213, 0.0165310, 0.0165224, 0.0165025, 0.0164566, 0.0163510");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132787, 0.0132028, 0.0130278, 0.0129949, 0.0129191, 0.0127443, 0.0123413");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001660;
			capacitance : 0.001655;
			fall_capacitance : 0.001650;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0508281, 0.1808249, 0.2898743", \
					  "-0.0266784, 0.0886699, 0.1806296", \
					  "-0.0649271, 0.0430970, 0.1326152");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1216289, 0.3602682, 0.7378724", \
					  "-0.0022643, 0.2314922, 0.6042136", \
					  "-0.1076517, 0.1248841, 0.4915019");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0224141, -0.1304382, -0.1992044", \
					  "0.0489889, -0.0553730, -0.1290221", \
					  "0.0847962, -0.0183451, -0.0968770");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0395039, -0.2634948, -0.5727396", \
					  "0.0709616, -0.1554707, -0.4891296", \
					  "0.1617005, -0.0659525, -0.4057148");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002622, -0.0003185, -0.0004482, -0.0004521, -0.0004612, -0.0004821, -0.0005304");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0040348, 0.0039840, 0.0038672, 0.0038731, 0.0038868, 0.0039184, 0.0039912");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.264597;
			max_transition : 1.504820;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0161473, 0.0174693, 0.0210664, 0.0305842, 0.0561426, 0.1294007, 0.3369522", \
					  "0.0162097, 0.0175429, 0.0211355, 0.0305954, 0.0562302, 0.1285337, 0.3354240", \
					  "0.0162460, 0.0175664, 0.0212156, 0.0306836, 0.0562871, 0.1294483, 0.3370067", \
					  "0.0159130, 0.0172723, 0.0208755, 0.0303426, 0.0562295, 0.1285619, 0.3370910", \
					  "0.0156816, 0.0170169, 0.0206386, 0.0301172, 0.0557024, 0.1279830, 0.3364784", \
					  "0.0156997, 0.0169888, 0.0205685, 0.0300884, 0.0556381, 0.1289309, 0.3369608", \
					  "0.0170777, 0.0182694, 0.0215597, 0.0307924, 0.0565172, 0.1289968, 0.3351052");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0159933, 0.0150093, 0.0123938, 0.0045620, -0.0204680, -0.0937114, -0.3024549", \
					  "0.0159830, 0.0150036, 0.0124179, 0.0045711, -0.0204822, -0.0937127, -0.3024371", \
					  "0.0160262, 0.0150384, 0.0124317, 0.0046249, -0.0204268, -0.0936604, -0.3023833", \
					  "0.0157420, 0.0147647, 0.0121620, 0.0043317, -0.0207365, -0.0939654, -0.3026895", \
					  "0.0155950, 0.0146214, 0.0120452, 0.0041863, -0.0208782, -0.0941025, -0.3028479", \
					  "0.0163572, 0.0153204, 0.0122654, 0.0041899, -0.0208653, -0.0941002, -0.3028271", \
					  "0.0182551, 0.0171831, 0.0142196, 0.0054124, -0.0202258, -0.0935802, -0.3024078");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.2647816, 0.2699717, 0.2824429, 0.3133779, 0.3975999, 0.6358088, 1.3128996", \
					  "0.2697922, 0.2750968, 0.2875563, 0.3184016, 0.4030179, 0.6409759, 1.3172144", \
					  "0.2815037, 0.2867950, 0.2993229, 0.3302265, 0.4146522, 0.6525028, 1.3337311", \
					  "0.3086174, 0.3139244, 0.3264076, 0.3572804, 0.4418288, 0.6800041, 1.3580378", \
					  "0.3581822, 0.3635012, 0.3760153, 0.4069041, 0.4913037, 0.7292957, 1.4110887", \
					  "0.4362885, 0.4415975, 0.4541263, 0.4850338, 0.5693211, 0.8073868, 1.4849347", \
					  "0.5467193, 0.5520607, 0.5645666, 0.5954921, 0.6800549, 0.9182230, 1.5958618");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0196397, 0.0242773, 0.0372473, 0.0770194, 0.1942697, 0.5327681, 1.4945640", \
					  "0.0196612, 0.0242107, 0.0371637, 0.0768871, 0.1944511, 0.5334069, 1.5048205", \
					  "0.0195797, 0.0241635, 0.0373067, 0.0769703, 0.1945889, 0.5326837, 1.5035968", \
					  "0.0195903, 0.0241470, 0.0371243, 0.0767925, 0.1945926, 0.5341492, 1.4998919", \
					  "0.0197341, 0.0241659, 0.0372277, 0.0769373, 0.1945801, 0.5327375, 1.5006182", \
					  "0.0197243, 0.0242355, 0.0371733, 0.0770083, 0.1946810, 0.5331098, 1.5003124", \
					  "0.0197679, 0.0243087, 0.0372533, 0.0767626, 0.1946050, 0.5343643, 1.4962944");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.2682209, 0.2723251, 0.2812874, 0.2989888, 0.3352648, 0.4221271, 0.6624937", \
					  "0.2728541, 0.2769486, 0.2859550, 0.3036384, 0.3399732, 0.4267251, 0.6676715", \
					  "0.2847515, 0.2887822, 0.2977955, 0.3153558, 0.3517063, 0.4385300, 0.6794600", \
					  "0.3114661, 0.3155697, 0.3245371, 0.3422514, 0.3785630, 0.4654771, 0.7060050", \
					  "0.3605126, 0.3646354, 0.3736062, 0.3913347, 0.4276098, 0.5144373, 0.7548094", \
					  "0.4341384, 0.4382413, 0.4472399, 0.4649383, 0.5012756, 0.5881408, 0.8288856", \
					  "0.5355427, 0.5396472, 0.5486212, 0.5663656, 0.6026545, 0.6894938, 0.9303495");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0172335, 0.0198861, 0.0258926, 0.0399137, 0.0760478, 0.1824868, 0.5009716", \
					  "0.0172725, 0.0198276, 0.0259497, 0.0398225, 0.0757961, 0.1826562, 0.4998599", \
					  "0.0172552, 0.0199127, 0.0258464, 0.0398003, 0.0762499, 0.1827959, 0.5010918", \
					  "0.0172381, 0.0198874, 0.0258834, 0.0401582, 0.0762117, 0.1831949, 0.5027131", \
					  "0.0172412, 0.0199372, 0.0258771, 0.0401751, 0.0759423, 0.1833271, 0.5008899", \
					  "0.0173221, 0.0198742, 0.0258112, 0.0399575, 0.0759077, 0.1834070, 0.5048336", \
					  "0.0172856, 0.0198636, 0.0258352, 0.0401317, 0.0759704, 0.1832622, 0.5040816");
				}
			}
		}
	}
	cell ("scs8hd_dfxtp_4") {
		area : 23.772800;
		cell_footprint : "dfxtp";
		cell_leakage_power : 1.569627e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021033";
			when : "CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0020221";
			when : "!CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0011117";
			when : "CLK&!D&Q";
		}
		leakage_power () {
			value : "0.0010340";
			when : "!CLK&D&Q";
		}
		leakage_power () {
			value : "0.0021092";
			when : "!CLK&D&!Q";
		}
		leakage_power () {
			value : "0.0020738";
			when : "CLK&!D&!Q";
		}
		leakage_power () {
			value : "0.0010017";
			when : "CLK&D&Q";
		}
		leakage_power () {
			value : "0.0011013";
			when : "!CLK&!D&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001829;
			capacitance : 0.001715;
			fall_capacitance : 0.001601;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1082680, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1434204, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0159141, 0.0158284, 0.0156309, 0.0156260, 0.0156146, 0.0155886, 0.0155285");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0120673, 0.0120132, 0.0118885, 0.0118582, 0.0117883, 0.0116272, 0.0112558");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001584;
			capacitance : 0.001532;
			fall_capacitance : 0.001479;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0532695, 0.1832663, 0.2923157", \
					  "-0.0254577, 0.0911113, 0.1842917", \
					  "-0.0624857, 0.0467591, 0.1374980");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1191875, 0.3578268, 0.7305482", \
					  "0.0001771, 0.2327129, 0.5993307", \
					  "-0.0978861, 0.1322083, 0.4939434");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0211934, -0.1316588, -0.2016458", \
					  "0.0489889, -0.0578145, -0.1339050", \
					  "0.0823548, -0.0207865, -0.0993184");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0382832, -0.2598327, -0.5568704", \
					  "0.0660788, -0.1566914, -0.4830260", \
					  "0.1494935, -0.0744974, -0.4081562");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("3.6213122e-05, -9.2715782e-06, -0.0001141, -0.0001173, -0.0001246, -0.0001413, -0.0001800");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035654, 0.0035217, 0.0034209, 0.0034279, 0.0034439, 0.0034808, 0.0035659");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.468760;
			max_transition : 1.510947;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564228, 0.004893619, 0.01530947, 0.04789501, 0.1498374, 0.4687599");
					values("0.0251582, 0.0265654, 0.0309702, 0.0440912, 0.0837740, 0.2062587, 0.5876456", \
					  "0.0250999, 0.0265113, 0.0309013, 0.0440925, 0.0836883, 0.2072895, 0.5938032", \
					  "0.0251237, 0.0265668, 0.0309565, 0.0440978, 0.0836828, 0.2063099, 0.5939143", \
					  "0.0248734, 0.0262837, 0.0307246, 0.0438605, 0.0834055, 0.2060780, 0.5924225", \
					  "0.0246627, 0.0260615, 0.0304491, 0.0435963, 0.0832026, 0.2057620, 0.5928163", \
					  "0.0246291, 0.0260490, 0.0304508, 0.0436685, 0.0831601, 0.2057121, 0.5905044", \
					  "0.0259510, 0.0273173, 0.0315183, 0.0443841, 0.0842028, 0.2066090, 0.5893205");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564228, 0.004893619, 0.01530947, 0.04789501, 0.1498374, 0.4687599");
					values("0.0224816, 0.0213498, 0.0177029, 0.0067716, -0.0304292, -0.1535252, -0.5414122", \
					  "0.0224961, 0.0213297, 0.0176708, 0.0067364, -0.0304467, -0.1535270, -0.5414313", \
					  "0.0224220, 0.0213011, 0.0176867, 0.0067627, -0.0304294, -0.1535213, -0.5414086", \
					  "0.0222225, 0.0210335, 0.0174100, 0.0064663, -0.0307263, -0.1538062, -0.5417105", \
					  "0.0220945, 0.0209462, 0.0173116, 0.0063750, -0.0308341, -0.1539421, -0.5418278", \
					  "0.0221459, 0.0209632, 0.0173549, 0.0064027, -0.0308199, -0.1538736, -0.5417827", \
					  "0.0264659, 0.0253315, 0.0215633, 0.0095146, -0.0295096, -0.1532578, -0.5413518");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.2875724, 0.2914141, 0.3015364, 0.3276541, 0.4016856, 0.6295434, 1.3417135", \
					  "0.2922821, 0.2961145, 0.3062211, 0.3323796, 0.4065748, 0.6340928, 1.3481950", \
					  "0.3036934, 0.3075473, 0.3176703, 0.3437291, 0.4177373, 0.6456849, 1.3578968", \
					  "0.3303937, 0.3342430, 0.3444154, 0.3705398, 0.4446032, 0.6723842, 1.3889208", \
					  "0.3793805, 0.3832063, 0.3932973, 0.4194365, 0.4936522, 0.7212325, 1.4366706", \
					  "0.4549717, 0.4587679, 0.4689232, 0.4950688, 0.5690270, 0.7969268, 1.5089830", \
					  "0.5594706, 0.5633025, 0.5734380, 0.5995370, 0.6737029, 0.9013712, 1.6114726");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.0239148, 0.0268849, 0.0362372, 0.0661046, 0.1657495, 0.4876319, 1.4856338", \
					  "0.0241895, 0.0270291, 0.0362918, 0.0660386, 0.1664337, 0.4866959, 1.5011647", \
					  "0.0239289, 0.0269039, 0.0361885, 0.0661797, 0.1661073, 0.4878311, 1.4907715", \
					  "0.0239603, 0.0269509, 0.0362369, 0.0660957, 0.1664508, 0.4860722, 1.4948902", \
					  "0.0239460, 0.0270019, 0.0362454, 0.0662762, 0.1663200, 0.4859018, 1.4997803", \
					  "0.0240682, 0.0269471, 0.0361395, 0.0662410, 0.1662858, 0.4879493, 1.5109467", \
					  "0.0239241, 0.0270065, 0.0363299, 0.0661289, 0.1663167, 0.4856394, 1.4981896");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.2958613, 0.2991391, 0.3074601, 0.3255907, 0.3625750, 0.4467865, 0.6839540", \
					  "0.3008454, 0.3041296, 0.3123879, 0.3305818, 0.3676527, 0.4518388, 0.6887982", \
					  "0.3125209, 0.3157169, 0.3240459, 0.3422064, 0.3791879, 0.4635113, 0.7004736", \
					  "0.3393459, 0.3426212, 0.3509392, 0.3691012, 0.4060736, 0.4903954, 0.7273323", \
					  "0.3875340, 0.3908040, 0.3991350, 0.4172958, 0.4544106, 0.5385920, 0.7754971", \
					  "0.4588425, 0.4621139, 0.4704928, 0.4886053, 0.5256974, 0.6099292, 0.8468832", \
					  "0.5553003, 0.5585800, 0.5668572, 0.5850435, 0.6220149, 0.7064004, 0.9434602");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.0266084, 0.0284323, 0.0333150, 0.0452381, 0.0759017, 0.1682760, 0.4782367", \
					  "0.0264617, 0.0283800, 0.0332494, 0.0452819, 0.0759288, 0.1681291, 0.4756727", \
					  "0.0266455, 0.0284575, 0.0332906, 0.0454830, 0.0759342, 0.1683589, 0.4769792", \
					  "0.0264655, 0.0283800, 0.0332314, 0.0451809, 0.0759867, 0.1682875, 0.4756618", \
					  "0.0266058, 0.0284285, 0.0333404, 0.0452932, 0.0763788, 0.1680176, 0.4749397", \
					  "0.0265652, 0.0283948, 0.0332134, 0.0452699, 0.0756533, 0.1685311, 0.4763514", \
					  "0.0265296, 0.0283439, 0.0332260, 0.0453959, 0.0763107, 0.1683152, 0.4793081");
				}
			}
		}
	}
	cell ("scs8hd_diode_2") {
		area : 2.502400;
		cell_footprint : "diode";
		cell_leakage_power : 3.650527e-06;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "4.8674549e-06";
			when : "DIODE";
		}
		leakage_power () {
			value : "2.4336000e-06";
			when : "!DIODE";
		}
		pin (DIODE) {
    max_transition : 1.5 ;
			direction : "input";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			rise_capacitance : 0.000818;
			capacitance : 0.000803;
			fall_capacitance : 0.000788;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0004373, -0.0004552, -0.0004966, -0.0004983, -0.0005023, -0.0005114, -0.0005323");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0005221, 0.0005142, 0.0004960, 0.0004977, 0.0005016, 0.0005106, 0.0005313");
				}
			}
		}
	}
	cell ("scs8hd_dlclkp_1") {
		area : 17.516800;
		cell_footprint : "dlclkp";
		clock_gating_integrated_cell : "latch_posedge";
		cell_leakage_power : 1.301458e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		statetable ("CLK GATE",m0) {
			table : " L L : - : L ,\
                    L H : - : H ,\
                    H - : - : N ";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0013289";
			when : "CLK&!GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0009448";
			when : "!CLK&GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0014458";
			when : "CLK&GATE&GCLK";
		}
		leakage_power () {
			value : "0.0012667";
			when : "!CLK&!GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0013756";
			when : "CLK&GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0014470";
			when : "CLK&!GATE&GCLK";
		}
		pin (m0) {
			direction : "internal";
			internal_node : "m0";
			related_power_pin : "vpwr";
			related_ground_pin : "vnb";
		}
		pin (GCLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			clock_gate_out_pin : true;
			state_function : "(CLK*m0)";
			max_capacitance : 0.135508;
			max_transition : 1.508130;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0085953, 0.0097313, 0.0122442, 0.0182813, 0.0334206, 0.0725580, 0.1714086", \
					  "0.0085281, 0.0096827, 0.0121895, 0.0182291, 0.0334170, 0.0726525, 0.1710650", \
					  "0.0082096, 0.0093684, 0.0118758, 0.0179193, 0.0331257, 0.0723943, 0.1715338", \
					  "0.0078329, 0.0090094, 0.0115433, 0.0175960, 0.0330452, 0.0717641, 0.1707148", \
					  "0.0076973, 0.0087542, 0.0113328, 0.0173699, 0.0326829, 0.0720249, 0.1712356", \
					  "0.0081447, 0.0091053, 0.0115269, 0.0175117, 0.0327790, 0.0715835, 0.1717010", \
					  "0.0084796, 0.0094357, 0.0118317, 0.0179462, 0.0333756, 0.0725318, 0.1717607");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0051395, 0.0046634, 0.0033288, -0.0013675, -0.0109371, -0.0449987, -0.1450277", \
					  "0.0049006, 0.0044504, 0.0030972, -0.0015785, -0.0111084, -0.0452017, -0.1452222", \
					  "0.0048007, 0.0042901, 0.0029676, -0.0017010, -0.0112151, -0.0453285, -0.1453494", \
					  "0.0047513, 0.0042454, 0.0028790, -0.0017847, -0.0111681, -0.0453916, -0.1454156", \
					  "0.0047891, 0.0042134, 0.0027553, -0.0018869, -0.0105345, -0.0455791, -0.1455928", \
					  "0.0070882, 0.0061727, 0.0038328, -0.0019355, -0.0082647, -0.0457587, -0.1457672", \
					  "0.0180380, 0.0171157, 0.0147570, 0.0087492, -0.0066469, -0.0457087, -0.1455630");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "combinational";
				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, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0805862, 0.0879718, 0.1046877, 0.1439073, 0.2418265, 0.4914476, 1.1268513", \
					  "0.0853285, 0.0927172, 0.1094181, 0.1486579, 0.2467029, 0.4975516, 1.1324479", \
					  "0.0956403, 0.1030083, 0.1196647, 0.1589224, 0.2572086, 0.5080346, 1.1456432", \
					  "0.1180774, 0.1254562, 0.1421816, 0.1816363, 0.2800959, 0.5301989, 1.1665778", \
					  "0.1572871, 0.1651975, 0.1826858, 0.2228036, 0.3217510, 0.5733286, 1.2106691", \
					  "0.2137709, 0.2229837, 0.2419150, 0.2829120, 0.3821267, 0.6329853, 1.2725474", \
					  "0.2763972, 0.2885387, 0.3120938, 0.3565132, 0.4560140, 0.7073728, 1.3432577");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0241583, 0.0321211, 0.0522629, 0.1052903, 0.2441723, 0.5988509, 1.5081298", \
					  "0.0242183, 0.0321190, 0.0522021, 0.1052811, 0.2443631, 0.5999523, 1.5029225", \
					  "0.0242131, 0.0321356, 0.0522726, 0.1052321, 0.2446670, 0.5997141, 1.4997062", \
					  "0.0245547, 0.0323798, 0.0523924, 0.1052934, 0.2439433, 0.6000809, 1.5069059", \
					  "0.0272779, 0.0349380, 0.0544655, 0.1063669, 0.2447517, 0.5996786, 1.4964014", \
					  "0.0341662, 0.0413137, 0.0591571, 0.1087037, 0.2448209, 0.5992269, 1.4999954", \
					  "0.0489129, 0.0564836, 0.0729477, 0.1164697, 0.2476414, 0.6019966, 1.4980100");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0927545, 0.0975990, 0.1073758, 0.1263764, 0.1660451, 0.2595926, 0.4996334", \
					  "0.0982840, 0.1031637, 0.1129721, 0.1319924, 0.1716924, 0.2652628, 0.5052884", \
					  "0.1129603, 0.1178124, 0.1275985, 0.1466677, 0.1864259, 0.2800041, 0.5200321", \
					  "0.1483850, 0.1531883, 0.1629619, 0.1820753, 0.2218950, 0.3155307, 0.5555332", \
					  "0.2296653, 0.2347887, 0.2448932, 0.2643551, 0.3044099, 0.3982240, 0.6381175", \
					  "0.3778188, 0.3845871, 0.3975569, 0.4207766, 0.4640646, 0.5597647, 0.7986853", \
					  "0.6354395, 0.6448834, 0.6628660, 0.6938345, 0.7456984, 0.8491898, 1.0842012");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0180754, 0.0214868, 0.0292898, 0.0472214, 0.0923923, 0.2156582, 0.5282447", \
					  "0.0182712, 0.0216266, 0.0293295, 0.0472597, 0.0923483, 0.2156322, 0.5287815", \
					  "0.0180909, 0.0215200, 0.0292723, 0.0471618, 0.0923697, 0.2156414, 0.5288129", \
					  "0.0180980, 0.0217770, 0.0292372, 0.0471868, 0.0923826, 0.2156547, 0.5308377", \
					  "0.0202611, 0.0235041, 0.0307521, 0.0480829, 0.0926908, 0.2158395, 0.5287572", \
					  "0.0300664, 0.0336722, 0.0413023, 0.0578436, 0.0989313, 0.2184759, 0.5285537", \
					  "0.0472440, 0.0519452, 0.0614629, 0.0789165, 0.1184176, 0.2269193, 0.5264530");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_clock_pin : true;
			direction : "input";
			clock : true;
			rise_capacitance : 0.004156;
			capacitance : 0.003969;
			fall_capacitance : 0.003782;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "GCLK";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2341113, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047075, 0.0046466, 0.0045061, 0.0044718, 0.0043927, 0.0042103, 0.0037899");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0145520, 0.0145095, 0.0144113, 0.0144037, 0.0143862, 0.0143458, 0.0142527");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_enable_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001653;
			capacitance : 0.001704;
			fall_capacitance : 0.001755;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0862285, 0.2247702, 0.3570130", \
					  "0.0197083, 0.1472637, 0.2697409", \
					  "0.0388327, 0.1627259, 0.2839824");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1265117, 0.3224264, 0.6328919", \
					  "0.0099427, 0.2034160, 0.5151022", \
					  "-0.0722513, 0.1273255, 0.4365703");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0456074, -0.1792663, -0.2993021", \
					  "0.0001608, -0.1212910, -0.2303405", \
					  "-0.0018737, -0.1184427, -0.2238301");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1225117, -0.3172057, -0.6288919", \
					  "-0.0059427, -0.1994160, -0.5111022", \
					  "0.0762513, -0.1233255, -0.4313496");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0094802, 0.0094559, 0.0093999, 0.0093809, 0.0093371, 0.0092361, 0.0090034");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0152658, 0.0152311, 0.0151511, 0.0151487, 0.0151431, 0.0151303, 0.0151006");
				}
			}
		}
	}
	cell ("scs8hd_dlclkp_2") {
		area : 18.768000;
		cell_footprint : "dlclkp";
		clock_gating_integrated_cell : "latch_posedge";
		cell_leakage_power : 1.545908e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		statetable ("CLK GATE",m0) {
			table : " L L : - : L ,\
                    L H : - : H ,\
                    H - : - : N ";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0016886";
			when : "CLK&!GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0013061";
			when : "!CLK&GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0014600";
			when : "CLK&GATE&GCLK";
		}
		leakage_power () {
			value : "0.0016243";
			when : "!CLK&!GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0017353";
			when : "CLK&GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0014612";
			when : "CLK&!GATE&GCLK";
		}
		pin (m0) {
			direction : "internal";
			internal_node : "m0";
			related_power_pin : "vpwr";
			related_ground_pin : "vnb";
		}
		pin (GCLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			clock_gate_out_pin : true;
			state_function : "(CLK*m0)";
			max_capacitance : 0.258189;
			max_transition : 1.509864;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0120170, 0.0132588, 0.0166579, 0.0257775, 0.0508215, 0.1218456, 0.3225676", \
					  "0.0119649, 0.0132437, 0.0166238, 0.0256632, 0.0508465, 0.1218448, 0.3226407", \
					  "0.0117193, 0.0129880, 0.0163632, 0.0254276, 0.0505735, 0.1222594, 0.3245840", \
					  "0.0114049, 0.0126602, 0.0160407, 0.0250735, 0.0502296, 0.1213623, 0.3224815", \
					  "0.0111547, 0.0123933, 0.0157892, 0.0247739, 0.0499686, 0.1210605, 0.3219907", \
					  "0.0116520, 0.0128254, 0.0160383, 0.0249751, 0.0501336, 0.1207907, 0.3241663", \
					  "0.0119928, 0.0131679, 0.0163476, 0.0253903, 0.0507445, 0.1220439, 0.3221746");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0088553, 0.0079174, 0.0055431, -0.0016025, -0.0209945, -0.0870907, -0.2902478", \
					  "0.0087187, 0.0077655, 0.0053974, -0.0017484, -0.0211058, -0.0872143, -0.2903799", \
					  "0.0086680, 0.0077113, 0.0053659, -0.0017733, -0.0210706, -0.0872391, -0.2904047", \
					  "0.0086059, 0.0076189, 0.0052531, -0.0018965, -0.0210756, -0.0873488, -0.2905047", \
					  "0.0084981, 0.0074782, 0.0050610, -0.0021063, -0.0205444, -0.0876204, -0.2907599", \
					  "0.0088638, 0.0077834, 0.0051295, -0.0006599, -0.0176476, -0.0878261, -0.2909163", \
					  "0.0215281, 0.0204228, 0.0172996, 0.0084794, -0.0166323, -0.0878678, -0.2908647");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0968912, 0.1028807, 0.1168914, 0.1497343, 0.2348933, 0.4731650, 1.1477329", \
					  "0.1016753, 0.1077203, 0.1217317, 0.1545318, 0.2398734, 0.4780267, 1.1517897", \
					  "0.1120882, 0.1181319, 0.1321205, 0.1649085, 0.2503384, 0.4891482, 1.1647476", \
					  "0.1353255, 0.1413118, 0.1552927, 0.1880502, 0.2734158, 0.5122590, 1.1870620", \
					  "0.1808126, 0.1871590, 0.2018094, 0.2353686, 0.3212521, 0.5596498, 1.2346894", \
					  "0.2500739, 0.2575808, 0.2740153, 0.3095323, 0.3961307, 0.6351381, 1.3125885", \
					  "0.3356770, 0.3457979, 0.3667061, 0.4076105, 0.4964543, 0.7364628, 1.4098855");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0228661, 0.0280642, 0.0421748, 0.0817479, 0.1990427, 0.5426481, 1.5081384", \
					  "0.0230532, 0.0280113, 0.0421315, 0.0816615, 0.1995588, 0.5425737, 1.5098642", \
					  "0.0228885, 0.0281331, 0.0421220, 0.0818054, 0.1998975, 0.5399702, 1.5038822", \
					  "0.0228884, 0.0280192, 0.0421582, 0.0818020, 0.1994261, 0.5411317, 1.5050799", \
					  "0.0257367, 0.0307811, 0.0445168, 0.0834122, 0.2003378, 0.5416929, 1.5086022", \
					  "0.0326820, 0.0380701, 0.0508747, 0.0877294, 0.2015119, 0.5396807, 1.5024588", \
					  "0.0488456, 0.0534021, 0.0668862, 0.0999176, 0.2057671, 0.5414657, 1.5000486");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1190155, 0.1234428, 0.1331110, 0.1520771, 0.1898874, 0.2759308, 0.5098589", \
					  "0.1248390, 0.1292764, 0.1389493, 0.1579383, 0.1957613, 0.2818082, 0.5157296", \
					  "0.1396314, 0.1440665, 0.1536980, 0.1726904, 0.2105547, 0.2966264, 0.5305604", \
					  "0.1750535, 0.1794890, 0.1890851, 0.2080425, 0.2459366, 0.3320550, 0.5659230", \
					  "0.2586470, 0.2630686, 0.2726549, 0.2915874, 0.3295730, 0.4158915, 0.6496600", \
					  "0.4272777, 0.4330832, 0.4452587, 0.4678163, 0.5092081, 0.5989420, 0.8302265", \
					  "0.7208645, 0.7295465, 0.7467256, 0.7790913, 0.8355366, 0.9221324, 1.1510791");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0219688, 0.0245014, 0.0306391, 0.0448762, 0.0806826, 0.1844882, 0.4876860", \
					  "0.0219805, 0.0244855, 0.0307580, 0.0450498, 0.0805871, 0.1844552, 0.4876807", \
					  "0.0219931, 0.0245446, 0.0306500, 0.0448603, 0.0805117, 0.1844786, 0.4875276", \
					  "0.0220224, 0.0246024, 0.0306295, 0.0448678, 0.0805941, 0.1845183, 0.4871594", \
					  "0.0222956, 0.0248587, 0.0310745, 0.0450655, 0.0809215, 0.1845951, 0.4868441", \
					  "0.0328895, 0.0357791, 0.0417126, 0.0551433, 0.0878316, 0.1873578, 0.4858223", \
					  "0.0543877, 0.0584095, 0.0669678, 0.0860079, 0.1096890, 0.1854330, 0.4834305");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_clock_pin : true;
			direction : "input";
			clock : true;
			rise_capacitance : 0.004125;
			capacitance : 0.003937;
			fall_capacitance : 0.003749;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "GCLK";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2231261, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047701, 0.0047034, 0.0045497, 0.0045134, 0.0044297, 0.0042369, 0.0037923");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0145612, 0.0144752, 0.0142769, 0.0142790, 0.0142836, 0.0142944, 0.0143193");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_enable_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001683;
			capacitance : 0.001739;
			fall_capacitance : 0.001795;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1057598, 0.2418600, 0.3741029", \
					  "0.0233704, 0.1521465, 0.2758444", \
					  "0.0412741, 0.1651673, 0.2852031");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1277324, 0.3224264, 0.6341126", \
					  "0.0099427, 0.2034160, 0.5151022", \
					  "-0.0722513, 0.1273255, 0.4365703");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0456074, -0.1792663, -0.2993021", \
					  "0.0001608, -0.1212910, -0.2303405", \
					  "-0.0006530, -0.1184427, -0.2238301");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1164082, -0.3111022, -0.6154642", \
					  "-0.0010599, -0.1933125, -0.5025573", \
					  "0.0799134, -0.1184427, -0.4240254");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0094782, 0.0094518, 0.0093908, 0.0093718, 0.0093281, 0.0092271, 0.0089945");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0152922, 0.0152514, 0.0151572, 0.0151521, 0.0151405, 0.0151138, 0.0150521");
				}
			}
		}
	}
	cell ("scs8hd_dlclkp_4") {
		area : 21.270400;
		cell_footprint : "dlclkp";
		clock_gating_integrated_cell : "latch_posedge";
		cell_leakage_power : 1.949124e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		statetable ("CLK GATE",m0) {
			table : " L L : - : L ,\
                    L H : - : H ,\
                    H - : - : N ";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0023518";
			when : "CLK&!GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0019895";
			when : "!CLK&GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0012980";
			when : "CLK&GATE&GCLK";
		}
		leakage_power () {
			value : "0.0023438";
			when : "!CLK&!GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0024123";
			when : "CLK&GATE&!GCLK";
		}
		leakage_power () {
			value : "0.0012993";
			when : "CLK&!GATE&GCLK";
		}
		pin (m0) {
			direction : "internal";
			internal_node : "m0";
			related_power_pin : "vpwr";
			related_ground_pin : "vnb";
		}
		pin (GCLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			clock_gate_out_pin : true;
			state_function : "(CLK*m0)";
			max_capacitance : 0.438547;
			max_transition : 1.512928;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0207958, 0.0222058, 0.0264436, 0.0389349, 0.0765826, 0.1918973, 0.5495622", \
					  "0.0207706, 0.0221798, 0.0264218, 0.0389196, 0.0765599, 0.1920852, 0.5496395", \
					  "0.0204628, 0.0218634, 0.0261050, 0.0386077, 0.0761920, 0.1915186, 0.5482116", \
					  "0.0200999, 0.0215008, 0.0257296, 0.0381803, 0.0757883, 0.1912758, 0.5480698", \
					  "0.0197967, 0.0211692, 0.0253673, 0.0377673, 0.0754752, 0.1910915, 0.5462148", \
					  "0.0202415, 0.0215465, 0.0255889, 0.0379037, 0.0755244, 0.1902752, 0.5481568", \
					  "0.0207731, 0.0221403, 0.0260477, 0.0383468, 0.0763100, 0.1920915, 0.5477539");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0173144, 0.0161969, 0.0127259, 0.0029175, -0.0264155, -0.1376896, -0.4986215", \
					  "0.0171146, 0.0159929, 0.0125396, 0.0027359, -0.0264572, -0.1378812, -0.4987997", \
					  "0.0172474, 0.0161291, 0.0126361, 0.0027945, -0.0262722, -0.1377824, -0.4987193", \
					  "0.0169451, 0.0158184, 0.0123513, 0.0025436, -0.0263782, -0.1381249, -0.4990241", \
					  "0.0168202, 0.0157467, 0.0122179, 0.0024982, -0.0257242, -0.1384468, -0.4992952", \
					  "0.0209814, 0.0198311, 0.0163572, 0.0067771, -0.0237300, -0.1386975, -0.4994125", \
					  "0.0311760, 0.0299072, 0.0260296, 0.0140755, -0.0231613, -0.1389138, -0.4994627");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "combinational";
				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, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.1014201, 0.1056003, 0.1166130, 0.1443824, 0.2204285, 0.4489605, 1.1560016", \
					  "0.1059422, 0.1101152, 0.1211345, 0.1488860, 0.2249604, 0.4536711, 1.1608018", \
					  "0.1157630, 0.1199333, 0.1309496, 0.1587440, 0.2346478, 0.4648777, 1.1715483", \
					  "0.1374397, 0.1416194, 0.1526076, 0.1803274, 0.2563666, 0.4867572, 1.1934463", \
					  "0.1789732, 0.1833583, 0.1948515, 0.2233124, 0.2996804, 0.5294813, 1.2359499", \
					  "0.2381200, 0.2432727, 0.2561804, 0.2864599, 0.3639334, 0.5935004, 1.3016513", \
					  "0.2992321, 0.3061282, 0.3227870, 0.3583700, 0.4384466, 0.6687517, 1.3745642");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0242821, 0.0278781, 0.0383751, 0.0702412, 0.1726701, 0.4988367, 1.5066138", \
					  "0.0242796, 0.0278845, 0.0383573, 0.0702162, 0.1727127, 0.4996719, 1.5004697", \
					  "0.0243318, 0.0279942, 0.0384817, 0.0701338, 0.1724402, 0.4973968, 1.5039208", \
					  "0.0244735, 0.0277995, 0.0385014, 0.0702191, 0.1723454, 0.4973372, 1.5045787", \
					  "0.0270678, 0.0306201, 0.0407990, 0.0718342, 0.1723882, 0.4977586, 1.5129280", \
					  "0.0346894, 0.0374542, 0.0474321, 0.0764392, 0.1750431, 0.4954959, 1.5064140", \
					  "0.0504612, 0.0542149, 0.0639276, 0.0896707, 0.1803808, 0.4990644, 1.5005154");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.1459791, 0.1493584, 0.1577186, 0.1757762, 0.2119641, 0.2922275, 0.5131528", \
					  "0.1518805, 0.1552530, 0.1636302, 0.1817693, 0.2178182, 0.2981819, 0.5190913", \
					  "0.1670397, 0.1703978, 0.1787535, 0.1968432, 0.2330841, 0.3133526, 0.5341730", \
					  "0.2032120, 0.2065690, 0.2149907, 0.2329714, 0.2691717, 0.3495677, 0.5703030", \
					  "0.2888679, 0.2922321, 0.3006373, 0.3186444, 0.3548066, 0.4355066, 0.6559808", \
					  "0.4770729, 0.4810990, 0.4909539, 0.5113719, 0.5500317, 0.6333972, 0.8500863", \
					  "0.8299706, 0.8355052, 0.8463201, 0.8647244, 0.8980857, 0.9736006, 1.1905763");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0280155, 0.0297006, 0.0343873, 0.0463155, 0.0748889, 0.1627396, 0.4422114", \
					  "0.0279817, 0.0297354, 0.0344025, 0.0458538, 0.0752830, 0.1628850, 0.4423640", \
					  "0.0280514, 0.0298373, 0.0343874, 0.0458831, 0.0752209, 0.1628236, 0.4422757", \
					  "0.0281456, 0.0298473, 0.0343438, 0.0463502, 0.0750043, 0.1627860, 0.4425270", \
					  "0.0280225, 0.0299389, 0.0346633, 0.0459971, 0.0749851, 0.1629758, 0.4419145", \
					  "0.0370205, 0.0387089, 0.0433171, 0.0541263, 0.0815134, 0.1626106, 0.4395036", \
					  "0.0600718, 0.0588332, 0.0563015, 0.0535558, 0.0718227, 0.1537964, 0.4375760");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_clock_pin : true;
			direction : "input";
			clock : true;
			rise_capacitance : 0.004858;
			capacitance : 0.004613;
			fall_capacitance : 0.004367;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "GCLK";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2438759, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0048719, 0.0048030, 0.0046443, 0.0046040, 0.0045113, 0.0042975, 0.0038048");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0153476, 0.0152577, 0.0150506, 0.0150473, 0.0150398, 0.0150224, 0.0149822");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_enable_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001636;
			capacitance : 0.001593;
			fall_capacitance : 0.001550;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1179668, 0.2491842, 0.3692201", \
					  "0.0380189, 0.1655742, 0.2795065", \
					  "0.0888815, 0.2139954, 0.3291484");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1252910, 0.3212057, 0.6328919", \
					  "0.0038392, 0.1985332, 0.5114401", \
					  "-0.0856790, 0.1163392, 0.4268047");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0382832, -0.1658385, -0.2700052", \
					  "0.0148092, -0.0993184, -0.1949401", \
					  "0.0237611, -0.0854837, -0.1798848");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1127461, -0.3074401, -0.6093607", \
					  "0.0038229, -0.1908711, -0.5001159", \
					  "0.0933411, -0.1086771, -0.4179219");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0099809, 0.0099548, 0.0098946, 0.0098727, 0.0098224, 0.0097063, 0.0094388");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0153147, 0.0152853, 0.0152178, 0.0152099, 0.0151917, 0.0151497, 0.0150530");
				}
			}
		}
	}
	cell ("scs8hd_dlrbn_1") {
		area : 21.270400;
		cell_footprint : "dlrbn";
		cell_leakage_power : 1.722579e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021529";
			when : "RESETB&D&!GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0018107";
			when : "RESETB&D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0017930";
			when : "RESETB&!D&GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0013976";
			when : "RESETB&!D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0014053";
			when : "!RESETB&!D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0014129";
			when : "RESETB&!D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0021395";
			when : "RESETB&D&GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0019207";
			when : "!RESETB&D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0013900";
			when : "!RESETB&!D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0018031";
			when : "!RESETB&D&GATEN&!Q&QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002160;
			capacitance : 0.002295;
			rise_capacitance : 0.002429;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0639180, -0.0010599, 0.0030091", \
					  "-0.1878112, -0.1237324, -0.1196634", \
					  "-0.2822122, -0.2169128, -0.2128438");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0789043, 0.0160462, 0.0144186", \
					  "0.2015768, 0.1399395, 0.1370911", \
					  "0.2971986, 0.2331198, 0.2302715");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1412233, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029369, 0.0029656, 0.0030317, 0.0030351, 0.0030431, 0.0030615, 0.0031038");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029158, -0.0029477, -0.0030212, -0.0030232, -0.0030276, -0.0030380, -0.0030618");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001611;
			capacitance : 0.001713;
			rise_capacitance : 0.001815;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1777813, 0.2711569, 0.3216126", \
					  "0.0502259, 0.1436016, 0.1940573", \
					  "-0.0441751, 0.0528626, 0.1033184");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1118633, 0.3114401, 0.5657533", \
					  "0.0624329, 0.2595684, 0.5089987", \
					  "0.0730124, 0.2628236, 0.5110332");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1615742, -0.2573913, -0.3090677", \
					  "-0.0340189, -0.1310566, -0.1815124", \
					  "0.0591615, -0.0390970, -0.0907734");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0956563, -0.2988952, -0.5556498", \
					  "-0.0425638, -0.2445820, -0.4976745", \
					  "-0.0311706, -0.2319681, -0.4850606");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065374, 0.0064444, 0.0062302, 0.0062285, 0.0062246, 0.0062156, 0.0061948");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0130052, 0.0129265, 0.0127450, 0.0127522, 0.0127689, 0.0128073, 0.0128958");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001605;
			capacitance : 0.001698;
			rise_capacitance : 0.001792;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2477789, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0077350, 0.0076503, 0.0074551, 0.0074369, 0.0073949, 0.0072981, 0.0070749");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128047, 0.0127432, 0.0126014, 0.0125888, 0.0125597, 0.0124926, 0.0123380");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.141001;
			max_transition : 1.504275;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0024121, -0.0011250, 0.0019581, 0.0092192, 0.0259945, 0.0669719, 0.1716945", \
					  "-0.0023753, -0.0010987, 0.0019629, 0.0091939, 0.0259259, 0.0672517, 0.1708323", \
					  "-0.0022730, -0.0010029, 0.0020444, 0.0092692, 0.0260522, 0.0669050, 0.1718260", \
					  "-0.0022817, -0.0010240, 0.0020035, 0.0091693, 0.0259609, 0.0672472, 0.1716936", \
					  "-0.0022866, -0.0010390, 0.0019665, 0.0091179, 0.0258417, 0.0670607, 0.1714312", \
					  "-0.0022827, -0.0010380, 0.0019658, 0.0091049, 0.0257233, 0.0669570, 0.1706409", \
					  "-0.0022529, -0.0009783, 0.0020909, 0.0092551, 0.0259738, 0.0668491, 0.1702936");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0042637, -0.0013471, 0.0038033, 0.0087872, 0.0041100, -0.0290567, -0.1296756", \
					  "-0.0042296, -0.0013204, 0.0038006, 0.0087587, 0.0040432, -0.0291280, -0.1297586", \
					  "-0.0041480, -0.0012528, 0.0038614, 0.0087904, 0.0040334, -0.0291477, -0.1298042", \
					  "-0.0041541, -0.0012581, 0.0038458, 0.0087670, 0.0040245, -0.0291727, -0.1298296", \
					  "-0.0041663, -0.0012700, 0.0038215, 0.0087405, 0.0039728, -0.0292499, -0.1299102", \
					  "-0.0041878, -0.0013042, 0.0037801, 0.0086990, 0.0039083, -0.0293137, -0.1299565", \
					  "-0.0042285, -0.0013446, 0.0037346, 0.0086307, 0.0038711, -0.0293668, -0.1299519");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0049519, -0.0028602, 0.0017957, 0.0114027, 0.0304762, 0.0730096, 0.1785953", \
					  "-0.0049283, -0.0028451, 0.0017917, 0.0113471, 0.0304011, 0.0733884, 0.1787319", \
					  "-0.0048660, -0.0027955, 0.0018185, 0.0113432, 0.0303627, 0.0732245, 0.1786279", \
					  "-0.0048639, -0.0027978, 0.0018055, 0.0113010, 0.0304085, 0.0728323, 0.1783237", \
					  "-0.0048600, -0.0028093, 0.0017632, 0.0112362, 0.0302599, 0.0731333, 0.1781100", \
					  "-0.0048348, -0.0027928, 0.0017599, 0.0111982, 0.0301986, 0.0729655, 0.1773516", \
					  "-0.0047548, -0.0027113, 0.0018579, 0.0112239, 0.0303098, 0.0728519, 0.1779409");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0038094, -0.0004192, 0.0056488, 0.0119766, 0.0086919, -0.0235585, -0.1237204", \
					  "-0.0037871, -0.0004150, 0.0056291, 0.0119456, 0.0086130, -0.0236431, -0.1237920", \
					  "-0.0037254, -0.0003507, 0.0056779, 0.0119760, 0.0086255, -0.0236460, -0.1237938", \
					  "-0.0037284, -0.0003709, 0.0056303, 0.0119168, 0.0084930, -0.0238179, -0.1239973", \
					  "-0.0037287, -0.0003940, 0.0055631, 0.0117823, 0.0083211, -0.0240249, -0.1242098", \
					  "-0.0037057, -0.0003827, 0.0055532, 0.0117039, 0.0082055, -0.0241497, -0.1243605", \
					  "-0.0036419, -0.0003350, 0.0055560, 0.0116735, 0.0081342, -0.0241703, -0.1243880");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0018322, 0.0024636, 0.0042704, 0.0095828, 0.0242653, 0.0638664, 0.1668613", \
					  "0.0018452, 0.0024766, 0.0042768, 0.0095931, 0.0243655, 0.0641440, 0.1669633", \
					  "0.0018761, 0.0024986, 0.0042821, 0.0095687, 0.0242577, 0.0639204, 0.1678326", \
					  "0.0018570, 0.0024528, 0.0041871, 0.0094193, 0.0241131, 0.0641246, 0.1669975", \
					  "0.0018433, 0.0024242, 0.0041244, 0.0093099, 0.0240197, 0.0639920, 0.1667582", \
					  "0.0018605, 0.0024552, 0.0041954, 0.0093481, 0.0240318, 0.0635261, 0.1669927", \
					  "0.0018679, 0.0024539, 0.0041617, 0.0093332, 0.0240988, 0.0639207, 0.1671796");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0002524, 0.0024629, 0.0062121, 0.0091234, 0.0023469, -0.0322575, -0.1335980", \
					  "0.0002286, 0.0024284, 0.0061611, 0.0090339, 0.0022277, -0.0323806, -0.1337527", \
					  "0.0001853, 0.0023705, 0.0060784, 0.0089275, 0.0020738, -0.0325472, -0.1339321", \
					  "0.0001797, 0.0023584, 0.0060477, 0.0088781, 0.0020206, -0.0326147, -0.1339972", \
					  "0.0001624, 0.0023233, 0.0059904, 0.0087922, 0.0019238, -0.0327126, -0.1340932", \
					  "0.0001427, 0.0022904, 0.0059397, 0.0086995, 0.0017917, -0.0328564, -0.1342242", \
					  "0.0001198, 0.0022635, 0.0058744, 0.0085754, 0.0016727, -0.0328580, -0.1341409");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.3138782, 0.3213724, 0.3382270, 0.3776803, 0.4758783, 0.7238565, 1.3618676", \
					  "0.3187965, 0.3263843, 0.3431980, 0.3827110, 0.4808574, 0.7286904, 1.3613626", \
					  "0.3308703, 0.3384117, 0.3551839, 0.3946557, 0.4928017, 0.7406471, 1.3744729", \
					  "0.3528260, 0.3604055, 0.3772205, 0.4167312, 0.5149017, 0.7628530, 1.3996321", \
					  "0.3836114, 0.3911944, 0.4080099, 0.4475217, 0.5456650, 0.7931444, 1.4277799", \
					  "0.4232107, 0.4307087, 0.4475372, 0.4870182, 0.5852188, 0.8326878, 1.4670106", \
					  "0.4607947, 0.4683441, 0.4851151, 0.5245973, 0.6227320, 0.8701768, 1.5031391");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0272073, 0.0345130, 0.0533446, 0.1055607, 0.2405454, 0.5925000, 1.4952209", \
					  "0.0272934, 0.0344756, 0.0533149, 0.1055497, 0.2411495, 0.5922756, 1.5014757", \
					  "0.0271131, 0.0343364, 0.0532746, 0.1054989, 0.2409412, 0.5918260, 1.4951353", \
					  "0.0272838, 0.0344780, 0.0533055, 0.1055569, 0.2408392, 0.5935830, 1.4992080", \
					  "0.0272912, 0.0344789, 0.0533106, 0.1055528, 0.2406801, 0.5921110, 1.4921137", \
					  "0.0272159, 0.0344985, 0.0533288, 0.1055213, 0.2412366, 0.5907287, 1.5038755", \
					  "0.0271690, 0.0343991, 0.0532737, 0.1055403, 0.2412114, 0.5902982, 1.4966079");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2148620, 0.2203396, 0.2315204, 0.2530866, 0.2963581, 0.3912250, 0.6274065", \
					  "0.2204781, 0.2258447, 0.2370218, 0.2585863, 0.3018595, 0.3967128, 0.6329182", \
					  "0.2348556, 0.2403363, 0.2515186, 0.2730823, 0.3163556, 0.4111967, 0.6474032", \
					  "0.2697939, 0.2753273, 0.2864557, 0.3080216, 0.3512932, 0.4461548, 0.6827386", \
					  "0.3411294, 0.3466171, 0.3577632, 0.3793146, 0.4225779, 0.5174408, 0.7539877", \
					  "0.4636169, 0.4691065, 0.4802511, 0.5018033, 0.5450802, 0.6399575, 0.8761485", \
					  "0.6745347, 0.6800264, 0.6911767, 0.7126113, 0.7559372, 0.8508038, 1.0870544");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0207015, 0.0245608, 0.0327810, 0.0518111, 0.0962632, 0.2117958, 0.5237268", \
					  "0.0204160, 0.0245938, 0.0327903, 0.0518427, 0.0964146, 0.2115098, 0.5236701", \
					  "0.0207108, 0.0245656, 0.0327827, 0.0518359, 0.0964249, 0.2117608, 0.5216294", \
					  "0.0206950, 0.0246141, 0.0327758, 0.0518363, 0.0963404, 0.2112811, 0.5251749", \
					  "0.0205574, 0.0244095, 0.0327317, 0.0519507, 0.0965701, 0.2115950, 0.5226711", \
					  "0.0205593, 0.0244516, 0.0327411, 0.0519738, 0.0964824, 0.2117872, 0.5214756", \
					  "0.0205731, 0.0244760, 0.0327765, 0.0519570, 0.0966891, 0.2117411, 0.5211838");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.3806631, 0.3882366, 0.4051694, 0.4446711, 0.5428660, 0.7905844, 1.4248625", \
					  "0.3863656, 0.3939561, 0.4108731, 0.4503713, 0.5485810, 0.7964680, 1.4314518", \
					  "0.4000664, 0.4076353, 0.4245664, 0.4640685, 0.5622915, 0.8101670, 1.4456419", \
					  "0.4344758, 0.4420649, 0.4589941, 0.4983287, 0.5965440, 0.8444229, 1.4778098", \
					  "0.5115383, 0.5191187, 0.5360327, 0.5755476, 0.6737619, 0.9216151, 1.5548379", \
					  "0.6511996, 0.6587715, 0.6756715, 0.7151664, 0.8133619, 1.0607669, 1.6952642", \
					  "0.8870181, 0.8945839, 0.9114791, 0.9509981, 1.0491465, 1.2962956, 1.9315907");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0270779, 0.0345434, 0.0534626, 0.1055786, 0.2411625, 0.5908895, 1.4957255", \
					  "0.0270003, 0.0344331, 0.0534015, 0.1055910, 0.2405556, 0.5931790, 1.4945893", \
					  "0.0271004, 0.0345372, 0.0534626, 0.1056088, 0.2409009, 0.5929656, 1.4955726", \
					  "0.0270410, 0.0344499, 0.0533783, 0.1055861, 0.2412134, 0.5917998, 1.4944983", \
					  "0.0270656, 0.0345240, 0.0534568, 0.1055805, 0.2409321, 0.5918045, 1.4954570", \
					  "0.0269775, 0.0344548, 0.0534069, 0.1055862, 0.2408080, 0.5915941, 1.5026759", \
					  "0.0269897, 0.0344614, 0.0534471, 0.1055916, 0.2409731, 0.5900415, 1.4926056");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2405093, 0.2461364, 0.2574551, 0.2791194, 0.3225026, 0.4174018, 0.6536723", \
					  "0.2459223, 0.2515121, 0.2628565, 0.2846013, 0.3279838, 0.4228742, 0.6591871", \
					  "0.2598896, 0.2655133, 0.2767197, 0.2985020, 0.3418966, 0.4367841, 0.6730349", \
					  "0.2934084, 0.2990189, 0.3103560, 0.3321119, 0.3754943, 0.4703819, 0.7065511", \
					  "0.3712126, 0.3768310, 0.3881565, 0.4099315, 0.4533027, 0.5481941, 0.7843166", \
					  "0.5144344, 0.5200506, 0.5314011, 0.5531567, 0.5965907, 0.6915171, 0.9276427", \
					  "0.7549681, 0.7606148, 0.7719993, 0.7938745, 0.8373776, 0.9323393, 1.1684270");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0209829, 0.0248609, 0.0333373, 0.0522454, 0.0966586, 0.2113938, 0.5216459", \
					  "0.0210200, 0.0248992, 0.0332410, 0.0522019, 0.0963365, 0.2119354, 0.5261080", \
					  "0.0209646, 0.0248686, 0.0333060, 0.0522545, 0.0968538, 0.2119340, 0.5244656", \
					  "0.0209481, 0.0248864, 0.0332050, 0.0521908, 0.0968215, 0.2112114, 0.5217266", \
					  "0.0209706, 0.0248997, 0.0335429, 0.0521986, 0.0968777, 0.2113538, 0.5266567", \
					  "0.0211498, 0.0249908, 0.0334796, 0.0522977, 0.0967380, 0.2114049, 0.5218641", \
					  "0.0213961, 0.0253048, 0.0339141, 0.0525487, 0.0966797, 0.2114096, 0.5225788");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0853883, 0.0924174, 0.1087816, 0.1474971, 0.2445210, 0.4915011, 1.1249494", \
					  "0.0899167, 0.0970689, 0.1133639, 0.1521134, 0.2491847, 0.4964713, 1.1292685", \
					  "0.0995696, 0.1067328, 0.1230396, 0.1618177, 0.2591657, 0.5061124, 1.1435800", \
					  "0.1197320, 0.1269537, 0.1433551, 0.1823363, 0.2800713, 0.5279887, 1.1632194", \
					  "0.1537420, 0.1614627, 0.1785898, 0.2183304, 0.3165544, 0.5648070, 1.2002646", \
					  "0.2008457, 0.2096764, 0.2283889, 0.2691908, 0.3679135, 0.6156030, 1.2539271", \
					  "0.2396558, 0.2518421, 0.2754189, 0.3206328, 0.4204383, 0.6690356, 1.3015841");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0249437, 0.0325030, 0.0518933, 0.1047822, 0.2408922, 0.5936978, 1.5023676", \
					  "0.0249966, 0.0325194, 0.0520563, 0.1047666, 0.2407358, 0.5927031, 1.4984116", \
					  "0.0249831, 0.0324324, 0.0519071, 0.1047456, 0.2408579, 0.5946124, 1.4974542", \
					  "0.0252707, 0.0328996, 0.0521738, 0.1047932, 0.2406110, 0.5918284, 1.5042753", \
					  "0.0283232, 0.0356455, 0.0542270, 0.1061086, 0.2406570, 0.5928609, 1.4990885", \
					  "0.0344415, 0.0415838, 0.0588613, 0.1085310, 0.2421362, 0.5927913, 1.5016711", \
					  "0.0489904, 0.0565779, 0.0733141, 0.1177756, 0.2450565, 0.5938162, 1.4894669");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1077290, 0.1132460, 0.1244086, 0.1457357, 0.1886895, 0.2833709, 0.5196243", \
					  "0.1135023, 0.1190257, 0.1301437, 0.1515315, 0.1944958, 0.2891798, 0.5254373", \
					  "0.1285238, 0.1340362, 0.1451503, 0.1665567, 0.2095384, 0.3042203, 0.5404566", \
					  "0.1646240, 0.1701208, 0.1812246, 0.2026108, 0.2456544, 0.3403682, 0.5765225", \
					  "0.2494536, 0.2549493, 0.2654694, 0.2870901, 0.3302742, 0.4250485, 0.6611977", \
					  "0.4148639, 0.4222260, 0.4358569, 0.4618118, 0.5087911, 0.6049127, 0.8410241", \
					  "0.7042502, 0.7148753, 0.7349232, 0.7705794, 0.8297566, 0.9330249, 1.1699309");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0212657, 0.0248089, 0.0333372, 0.0519925, 0.0962390, 0.2116003, 0.5215079", \
					  "0.0213627, 0.0250747, 0.0332017, 0.0519732, 0.0962975, 0.2115629, 0.5214933", \
					  "0.0209703, 0.0247461, 0.0332171, 0.0519647, 0.0962977, 0.2112284, 0.5239824", \
					  "0.0212127, 0.0250301, 0.0333237, 0.0519350, 0.0963727, 0.2111242, 0.5250621", \
					  "0.0218947, 0.0253755, 0.0345438, 0.0526663, 0.0966816, 0.2112091, 0.5253357", \
					  "0.0317881, 0.0359154, 0.0453275, 0.0629432, 0.1029040, 0.2138643, 0.5214498", \
					  "0.0504773, 0.0558090, 0.0662364, 0.0871632, 0.1264658, 0.2254587, 0.5244680");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.149241;
			max_transition : 1.505708;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0053927, -0.0037147, 0.0002310, 0.0087862, 0.0275440, 0.0718488, 0.1819224", \
					  "-0.0053611, -0.0036949, 0.0002343, 0.0087595, 0.0274979, 0.0712451, 0.1832160", \
					  "-0.0052767, -0.0036179, 0.0002930, 0.0087938, 0.0275072, 0.0718730, 0.1822519", \
					  "-0.0052828, -0.0036278, 0.0002772, 0.0087714, 0.0274351, 0.0717389, 0.1813552", \
					  "-0.0052952, -0.0036493, 0.0002389, 0.0087180, 0.0272925, 0.0710138, 0.1831372", \
					  "-0.0053173, -0.0036748, 0.0002068, 0.0086988, 0.0273121, 0.0712744, 0.1820553", \
					  "-0.0053436, -0.0036904, 0.0001649, 0.0086318, 0.0272386, 0.0712345, 0.1819983");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0013763, 0.0011155, 0.0054621, 0.0092168, 0.0027331, -0.0333623, -0.1412184", \
					  "-0.0013383, 0.0011472, 0.0054779, 0.0091918, 0.0026681, -0.0334681, -0.1413330", \
					  "-0.0012350, 0.0012390, 0.0055502, 0.0092473, 0.0027161, -0.0334681, -0.1413444", \
					  "-0.0012468, 0.0012129, 0.0054957, 0.0091639, 0.0025960, -0.0335877, -0.1414715", \
					  "-0.0012472, 0.0012049, 0.0054760, 0.0091185, 0.0025082, -0.0336927, -0.1415622", \
					  "-0.0012467, 0.0012021, 0.0054683, 0.0091108, 0.0024932, -0.0337205, -0.1415950", \
					  "-0.0012207, 0.0012514, 0.0055560, 0.0092500, 0.0027027, -0.0335899, -0.1415390");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0049527, -0.0028060, 0.0020622, 0.0119884, 0.0319636, 0.0770248, 0.1892560", \
					  "-0.0049297, -0.0027953, 0.0020567, 0.0119395, 0.0320867, 0.0765363, 0.1891462", \
					  "-0.0048631, -0.0027339, 0.0021005, 0.0119754, 0.0320943, 0.0770008, 0.1892170", \
					  "-0.0048679, -0.0027546, 0.0020498, 0.0119219, 0.0317836, 0.0767930, 0.1892724", \
					  "-0.0048674, -0.0027727, 0.0019959, 0.0117771, 0.0315993, 0.0765257, 0.1886384", \
					  "-0.0048449, -0.0027679, 0.0019714, 0.0117110, 0.0315916, 0.0767891, 0.1879474", \
					  "-0.0047603, -0.0026880, 0.0019985, 0.0116744, 0.0316027, 0.0760023, 0.1886093");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0039270, -0.0006279, 0.0053015, 0.0114168, 0.0072980, -0.0272145, -0.1342616", \
					  "-0.0039037, -0.0006142, 0.0052937, 0.0113716, 0.0072188, -0.0273402, -0.1344070", \
					  "-0.0038402, -0.0005634, 0.0053305, 0.0113871, 0.0071792, -0.0273893, -0.1344597", \
					  "-0.0038424, -0.0005764, 0.0052963, 0.0113186, 0.0070883, -0.0275032, -0.1345847", \
					  "-0.0038369, -0.0005860, 0.0052630, 0.0112642, 0.0069821, -0.0276441, -0.1347353", \
					  "-0.0038119, -0.0005669, 0.0052554, 0.0112107, 0.0069244, -0.0277194, -0.1348157", \
					  "-0.0037398, -0.0005114, 0.0052968, 0.0112098, 0.0069059, -0.0276686, -0.1347721");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0008639, 0.0001126, 0.0026556, 0.0091239, 0.0256850, 0.0684377, 0.1796327", \
					  "-0.0008874, 7.7100000e-05, 0.0025991, 0.0090321, 0.0255479, 0.0678383, 0.1792601", \
					  "-0.0009290, 2.1050000e-05, 0.0025186, 0.0089271, 0.0255079, 0.0679634, 0.1783472", \
					  "-0.0009362, 8.7500000e-06, 0.0024878, 0.0088759, 0.0254322, 0.0678677, 0.1782412", \
					  "-0.0009489, -1.8650000e-05, 0.0024380, 0.0087934, 0.0253168, 0.0681122, 0.1781341", \
					  "-0.0009771, -6.7050000e-05, 0.0023767, 0.0086696, 0.0251888, 0.0676366, 0.1784683", \
					  "-0.0009878, -8.0600000e-05, 0.0023051, 0.0085734, 0.0250733, 0.0673946, 0.1783732");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0028721, 0.0047054, 0.0077531, 0.0095824, 0.0011619, -0.0362818, -0.1447985", \
					  "0.0028858, 0.0047189, 0.0077649, 0.0095905, 0.0011436, -0.0363002, -0.1448147", \
					  "0.0029177, 0.0047417, 0.0077724, 0.0095688, 0.0011140, -0.0363485, -0.1448870", \
					  "0.0029037, 0.0047043, 0.0076869, 0.0094162, 0.0008981, -0.0365921, -0.1451866", \
					  "0.0028930, 0.0046782, 0.0076324, 0.0093058, 0.0007511, -0.0367783, -0.1453419", \
					  "0.0028998, 0.0046865, 0.0076418, 0.0093386, 0.0008047, -0.0367909, -0.1453647", \
					  "0.0029106, 0.0046968, 0.0076317, 0.0093323, 0.0008237, -0.0367372, -0.1454102");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2724636, 0.2788214, 0.2939021, 0.3313900, 0.4269649, 0.6737538, 1.3121957", \
					  "0.2779672, 0.2843240, 0.2994030, 0.3368799, 0.4325945, 0.6804228, 1.3198774", \
					  "0.2924600, 0.2988176, 0.3138977, 0.3513739, 0.4471169, 0.6947907, 1.3333654", \
					  "0.3273963, 0.3337544, 0.3488368, 0.3863476, 0.4822053, 0.7289184, 1.3688483", \
					  "0.3987085, 0.4049981, 0.4200675, 0.4576650, 0.5533836, 0.8011312, 1.4394713", \
					  "0.5212039, 0.5274912, 0.5425634, 0.5801613, 0.6758046, 0.9236474, 1.5618269", \
					  "0.7320576, 0.7384183, 0.7534005, 0.7908652, 0.8866874, 1.1332855, 1.7723716");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0202578, 0.0273998, 0.0468264, 0.0985722, 0.2341443, 0.5880674, 1.4886723", \
					  "0.0202562, 0.0274169, 0.0468353, 0.0984448, 0.2342714, 0.5819800, 1.4956629", \
					  "0.0202578, 0.0274168, 0.0468406, 0.0984688, 0.2343336, 0.5886905, 1.4985848", \
					  "0.0202580, 0.0274165, 0.0468412, 0.0987105, 0.2339554, 0.5876434, 1.4865282", \
					  "0.0201738, 0.0273916, 0.0467440, 0.0985191, 0.2342197, 0.5846159, 1.4946526", \
					  "0.0201713, 0.0273551, 0.0468070, 0.0987665, 0.2336154, 0.5846697, 1.4992384", \
					  "0.0202039, 0.0274764, 0.0467792, 0.0986544, 0.2342873, 0.5828366, 1.4972342");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3580560, 0.3625215, 0.3717023, 0.3904310, 0.4315070, 0.5330529, 0.7961325", \
					  "0.3631335, 0.3675577, 0.3767449, 0.3955015, 0.4366215, 0.5381560, 0.8019554", \
					  "0.3751173, 0.3794818, 0.3886834, 0.4072480, 0.4483413, 0.5499780, 0.8134126", \
					  "0.3967160, 0.4011428, 0.4103284, 0.4290865, 0.4702058, 0.5717263, 0.8349192", \
					  "0.4279008, 0.4322737, 0.4414626, 0.4602168, 0.5013382, 0.6028815, 0.8661425", \
					  "0.4673377, 0.4716744, 0.4808710, 0.4995823, 0.5406815, 0.6422859, 0.9056341", \
					  "0.5051054, 0.5094041, 0.5186105, 0.5373391, 0.5784077, 0.6800097, 0.9433909");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0155873, 0.0187869, 0.0267785, 0.0453245, 0.0945199, 0.2283833, 0.5816103", \
					  "0.0154738, 0.0189668, 0.0266474, 0.0456095, 0.0949380, 0.2278699, 0.5777947", \
					  "0.0154134, 0.0188050, 0.0266459, 0.0452859, 0.0943628, 0.2282977, 0.5787393", \
					  "0.0154712, 0.0189657, 0.0266579, 0.0456138, 0.0949184, 0.2283694, 0.5822246", \
					  "0.0155310, 0.0189669, 0.0266277, 0.0455237, 0.0949730, 0.2283288, 0.5829208", \
					  "0.0155718, 0.0188502, 0.0266508, 0.0452700, 0.0946118, 0.2284232, 0.5788318", \
					  "0.0154143, 0.0189541, 0.0266227, 0.0453599, 0.0944930, 0.2284193, 0.5782092");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2986840, 0.3050428, 0.3200557, 0.3574395, 0.4531895, 0.7015228, 1.3395173", \
					  "0.3039384, 0.3103033, 0.3253782, 0.3628046, 0.4585993, 0.7067212, 1.3453333", \
					  "0.3178742, 0.3242480, 0.3393249, 0.3767905, 0.4726378, 0.7207738, 1.3587662", \
					  "0.3514544, 0.3578186, 0.3728935, 0.4103811, 0.5062650, 0.7532118, 1.3936674", \
					  "0.4293346, 0.4356509, 0.4506717, 0.4882446, 0.5839421, 0.8304578, 1.4708943", \
					  "0.5726561, 0.5789529, 0.5940078, 0.6314645, 0.7274046, 0.9751306, 1.6146109", \
					  "0.8133553, 0.8196620, 0.8347155, 0.8722291, 0.9678230, 1.2148251, 1.8537836");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0202920, 0.0274299, 0.0468846, 0.0988000, 0.2342100, 0.5895818, 1.4935735", \
					  "0.0202949, 0.0275486, 0.0468622, 0.0987461, 0.2339272, 0.5832623, 1.4922336", \
					  "0.0202837, 0.0275452, 0.0469083, 0.0987254, 0.2335817, 0.5829652, 1.4954933", \
					  "0.0203062, 0.0275465, 0.0468575, 0.0987236, 0.2341950, 0.5890854, 1.4950678", \
					  "0.0202443, 0.0274122, 0.0469383, 0.0986562, 0.2344474, 0.5883747, 1.5026989", \
					  "0.0202915, 0.0274972, 0.0469175, 0.0985745, 0.2342749, 0.5843777, 1.5057081", \
					  "0.0202802, 0.0274833, 0.0468382, 0.0987486, 0.2344900, 0.5832279, 1.4978390");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4249901, 0.4294136, 0.4385176, 0.4572792, 0.4984012, 0.5999369, 0.8630613", \
					  "0.4304053, 0.4348402, 0.4439885, 0.4627250, 0.5038392, 0.6053803, 0.8687459", \
					  "0.4444856, 0.4489332, 0.4580113, 0.4767525, 0.5177271, 0.6193408, 0.8826515", \
					  "0.4781414, 0.4825162, 0.4917115, 0.5104586, 0.5515278, 0.6531090, 0.9165018", \
					  "0.5561975, 0.5606060, 0.5698177, 0.5885396, 0.6296018, 0.7311440, 0.9945643", \
					  "0.6954232, 0.6999190, 0.7090803, 0.7278094, 0.7690526, 0.8707282, 1.1341120", \
					  "0.9313199, 0.9357413, 0.9449302, 0.9636795, 1.0047173, 1.1062761, 1.3693441");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0154339, 0.0187180, 0.0265406, 0.0452252, 0.0946640, 0.2280830, 0.5821080", \
					  "0.0154348, 0.0187181, 0.0266877, 0.0451897, 0.0946662, 0.2283638, 0.5802883", \
					  "0.0154299, 0.0187445, 0.0267219, 0.0454935, 0.0949486, 0.2282028, 0.5817777", \
					  "0.0153959, 0.0187553, 0.0266602, 0.0452950, 0.0949162, 0.2282117, 0.5807165", \
					  "0.0154796, 0.0188641, 0.0264455, 0.0452887, 0.0948832, 0.2283237, 0.5815957", \
					  "0.0155913, 0.0188063, 0.0265662, 0.0455181, 0.0948655, 0.2284087, 0.5783713", \
					  "0.0154772, 0.0187380, 0.0266299, 0.0454259, 0.0947294, 0.2285226, 0.5780817");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1656622, 0.1719741, 0.1870523, 0.2244949, 0.3204235, 0.5672304, 1.2067344", \
					  "0.1714423, 0.1777947, 0.1928748, 0.2303700, 0.3262463, 0.5731743, 1.2137945", \
					  "0.1864665, 0.1927316, 0.2078121, 0.2453825, 0.3409615, 0.5887387, 1.2296990", \
					  "0.2224687, 0.2288407, 0.2438288, 0.2812815, 0.3770213, 0.6247936, 1.2655521", \
					  "0.3072464, 0.3135377, 0.3286144, 0.3660664, 0.4618306, 0.7096829, 1.3499560", \
					  "0.4836287, 0.4901110, 0.5052738, 0.5427896, 0.6388557, 0.8864855, 1.5260250", \
					  "0.7960510, 0.8029721, 0.8185300, 0.8560208, 0.9520480, 1.1994586, 1.8402986");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0202161, 0.0273836, 0.0468210, 0.0986769, 0.2339388, 0.5864616, 1.4956544", \
					  "0.0202237, 0.0273931, 0.0468080, 0.0986232, 0.2340902, 0.5885682, 1.4951516", \
					  "0.0201718, 0.0274325, 0.0467932, 0.0987445, 0.2338834, 0.5861294, 1.5034647", \
					  "0.0201974, 0.0274236, 0.0468917, 0.0987351, 0.2335677, 0.5859015, 1.5032370", \
					  "0.0202362, 0.0275126, 0.0469099, 0.0987582, 0.2335461, 0.5853988, 1.5031293", \
					  "0.0212429, 0.0282363, 0.0473241, 0.0987021, 0.2335426, 0.5868190, 1.4939610", \
					  "0.0246092, 0.0308490, 0.0487306, 0.0992872, 0.2337249, 0.5818652, 1.4914797");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1293021, 0.1337529, 0.1429307, 0.1615933, 0.2025976, 0.3042640, 0.5676659", \
					  "0.1338590, 0.1382589, 0.1474812, 0.1661700, 0.2072109, 0.3087315, 0.5717986", \
					  "0.1436037, 0.1480399, 0.1571620, 0.1758084, 0.2168253, 0.3184622, 0.5818711", \
					  "0.1636421, 0.1680643, 0.1772094, 0.1959036, 0.2368873, 0.3385776, 0.6019062", \
					  "0.1984575, 0.2029086, 0.2120900, 0.2308454, 0.2719554, 0.3736575, 0.6370813", \
					  "0.2475094, 0.2520219, 0.2612981, 0.2799951, 0.3210998, 0.4227541, 0.6859985", \
					  "0.2934908, 0.2982648, 0.3080023, 0.3269156, 0.3686771, 0.4704468, 0.7336270");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0152615, 0.0185611, 0.0266483, 0.0454830, 0.0946840, 0.2282550, 0.5780353", \
					  "0.0154723, 0.0186884, 0.0266355, 0.0454816, 0.0943761, 0.2284020, 0.5869715", \
					  "0.0152844, 0.0185676, 0.0265653, 0.0454475, 0.0945279, 0.2282925, 0.5777052", \
					  "0.0153959, 0.0186084, 0.0266860, 0.0453867, 0.0948202, 0.2284444, 0.5798907", \
					  "0.0156373, 0.0188703, 0.0269088, 0.0453068, 0.0950063, 0.2285067, 0.5783377", \
					  "0.0161055, 0.0193926, 0.0272171, 0.0457691, 0.0950297, 0.2276074, 0.5792707", \
					  "0.0177094, 0.0209435, 0.0287642, 0.0472876, 0.0957218, 0.2290181, 0.5816768");
				}
			}
		}
	}
	cell ("scs8hd_dlrbn_2") {
		area : 22.521600;
		cell_footprint : "dlrbn";
		cell_leakage_power : 2.095725e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021828";
			when : "RESETB&D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0021687";
			when : "RESETB&!D&GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0025286";
			when : "RESETB&D&!GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0017697";
			when : "RESETB&!D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0017774";
			when : "!RESETB&!D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0017850";
			when : "RESETB&!D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0025151";
			when : "RESETB&D&GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0022927";
			when : "!RESETB&D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0017620";
			when : "!RESETB&!D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0021752";
			when : "!RESETB&D&GATEN&!Q&QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002149;
			capacitance : 0.002285;
			rise_capacitance : 0.002420;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0553730, 0.0184714, 0.0384095", \
					  "-0.1792663, -0.1042012, -0.0854837", \
					  "-0.2736673, -0.1973815, -0.1774434");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0740215, 0.0001771, -0.0197611", \
					  "0.1966940, 0.1228496, 0.1041322", \
					  "0.2923157, 0.2172507, 0.1973125");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1675876, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029535, 0.0029796, 0.0030399, 0.0030405, 0.0030419, 0.0030451, 0.0030526");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029208, -0.0029542, -0.0030314, -0.0030322, -0.0030343, -0.0030389, -0.0030496");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001611;
			capacitance : 0.001713;
			rise_capacitance : 0.001815;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1887676, 0.2833639, 0.3325990", \
					  "0.0599915, 0.1545879, 0.2038229", \
					  "-0.0356302, 0.0614076, 0.1130840");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1191875, 0.3187643, 0.5718568", \
					  "0.0660950, 0.2632305, 0.5126608", \
					  "0.0778952, 0.2664857, 0.5146953");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1713398, -0.2671569, -0.3176126", \
					  "-0.0425638, -0.1396016, -0.1900573", \
					  "0.0518372, -0.0464212, -0.0980977");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0993184, -0.3025573, -0.5593118", \
					  "-0.0450052, -0.2470234, -0.5013366", \
					  "-0.0348327, -0.2356302, -0.4887226");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065960, 0.0065032, 0.0062894, 0.0062877, 0.0062837, 0.0062745, 0.0062532");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0129580, 0.0128799, 0.0126998, 0.0127065, 0.0127218, 0.0127571, 0.0128384");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001598;
			capacitance : 0.001696;
			rise_capacitance : 0.001793;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2609610, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0077247, 0.0076405, 0.0074462, 0.0074281, 0.0073865, 0.0072905, 0.0070691");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128185, 0.0127529, 0.0126016, 0.0126001, 0.0125966, 0.0125884, 0.0125697");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.249033;
			max_transition : 1.503435;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("-0.0024902, -0.0010579, 0.0027426, 0.0128768, 0.0385364, 0.1078953, 0.3014627", \
					  "-0.0024510, -0.0010342, 0.0027653, 0.0128512, 0.0384794, 0.1076219, 0.2999655", \
					  "-0.0023488, -0.0009398, 0.0028497, 0.0128698, 0.0384720, 0.1074609, 0.3031870", \
					  "-0.0023533, -0.0009539, 0.0028065, 0.0128295, 0.0383781, 0.1074987, 0.3031915", \
					  "-0.0023564, -0.0009672, 0.0027834, 0.0127692, 0.0382783, 0.1072715, 0.3030387", \
					  "-0.0023544, -0.0009645, 0.0027755, 0.0127601, 0.0382711, 0.1074833, 0.3030113", \
					  "-0.0023108, -0.0008660, 0.0029998, 0.0129804, 0.0386383, 0.1078527, 0.3024400");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("-0.0043074, -0.0009234, 0.0057783, 0.0126780, 0.0037970, -0.0555484, -0.2462946", \
					  "-0.0042737, -0.0008883, 0.0057690, 0.0126366, 0.0037176, -0.0556543, -0.2464022", \
					  "-0.0041880, -0.0008198, 0.0058240, 0.0126938, 0.0037404, -0.0556377, -0.2464082", \
					  "-0.0041954, -0.0008265, 0.0058121, 0.0126800, 0.0037075, -0.0556791, -0.2464507", \
					  "-0.0042076, -0.0008462, 0.0057870, 0.0125924, 0.0036320, -0.0557734, -0.2465538", \
					  "-0.0042240, -0.0008640, 0.0057549, 0.0125507, 0.0035631, -0.0558266, -0.2465902", \
					  "-0.0042620, -0.0009042, 0.0057404, 0.0125536, 0.0036005, -0.0558886, -0.2465886");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("-0.0051502, -0.0029904, 0.0024139, 0.0150524, 0.0432790, 0.1145665, 0.3088182", \
					  "-0.0051223, -0.0029749, 0.0024087, 0.0150132, 0.0431636, 0.1144893, 0.3101628", \
					  "-0.0050529, -0.0029098, 0.0024482, 0.0150173, 0.0431314, 0.1144271, 0.3098476", \
					  "-0.0050562, -0.0029211, 0.0024338, 0.0149910, 0.0431877, 0.1139201, 0.3100779", \
					  "-0.0050629, -0.0029418, 0.0023840, 0.0148781, 0.0429179, 0.1136934, 0.3095237", \
					  "-0.0050644, -0.0029547, 0.0023467, 0.0148231, 0.0428439, 0.1139968, 0.3094074", \
					  "-0.0050387, -0.0029015, 0.0024644, 0.0147512, 0.0429674, 0.1134582, 0.3079431");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("-0.0039679, -0.0001455, 0.0074862, 0.0158464, 0.0084411, -0.0499056, -0.2402274", \
					  "-0.0039431, -0.0001333, 0.0074715, 0.0157981, 0.0083688, -0.0500297, -0.2403446", \
					  "-0.0038689, -6.3700000e-05, 0.0075414, 0.0158419, 0.0083847, -0.0499964, -0.2403428", \
					  "-0.0038767, -8.4250000e-05, 0.0074640, 0.0157375, 0.0082316, -0.0502378, -0.2405678", \
					  "-0.0038854, -0.0001148, 0.0073975, 0.0156194, 0.0079905, -0.0504155, -0.2407688", \
					  "-0.0038938, -0.0001297, 0.0073538, 0.0155274, 0.0079032, -0.0506062, -0.2409221", \
					  "-0.0038898, -0.0001389, 0.0073124, 0.0154428, 0.0078116, -0.0507136, -0.2411159");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("0.0018916, 0.0027137, 0.0052335, 0.0132392, 0.0366119, 0.1047182, 0.2988200", \
					  "0.0019073, 0.0027303, 0.0052397, 0.0132316, 0.0366277, 0.1047305, 0.2956216", \
					  "0.0019431, 0.0027623, 0.0052592, 0.0132327, 0.0365938, 0.1041064, 0.2991246", \
					  "0.0019291, 0.0027240, 0.0051716, 0.0130715, 0.0364433, 0.1046546, 0.2989042", \
					  "0.0019154, 0.0026854, 0.0050944, 0.0129418, 0.0363395, 0.1046624, 0.2966740", \
					  "0.0019422, 0.0027526, 0.0052398, 0.0128834, 0.0363045, 0.1037703, 0.2969502", \
					  "0.0019426, 0.0027435, 0.0051894, 0.0129637, 0.0365573, 0.1048812, 0.2966923");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("0.0002974, 0.0030479, 0.0083278, 0.0129358, 0.0016949, -0.0591476, -0.2505915", \
					  "0.0002776, 0.0030155, 0.0082681, 0.0128556, 0.0015902, -0.0592977, -0.2507689", \
					  "0.0002413, 0.0029715, 0.0081917, 0.0127376, 0.0014392, -0.0594633, -0.2509466", \
					  "0.0002351, 0.0029467, 0.0081584, 0.0126371, 0.0013039, -0.0595386, -0.2510596", \
					  "0.0002334, 0.0029413, 0.0081279, 0.0125836, 0.0012206, -0.0596761, -0.2511357", \
					  "0.0002223, 0.0029210, 0.0080740, 0.0124692, 0.0010449, -0.0597915, -0.2511880", \
					  "0.0002061, 0.0028729, 0.0079805, 0.0122530, 0.0007505, -0.0599436, -0.2513089");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.3273276, 0.3335007, 0.3477070, 0.3814010, 0.4687610, 0.7075072, 1.3776329", \
					  "0.3322640, 0.3383866, 0.3527746, 0.3864263, 0.4737883, 0.7124913, 1.3837538", \
					  "0.3444207, 0.3505772, 0.3649341, 0.3984587, 0.4858335, 0.7246286, 1.3968705", \
					  "0.3663110, 0.3725074, 0.3868228, 0.4204691, 0.5078335, 0.7464827, 1.4172463", \
					  "0.3971158, 0.4033242, 0.4176600, 0.4512777, 0.5386350, 0.7772189, 1.4468120", \
					  "0.4363911, 0.4425290, 0.4568870, 0.4905524, 0.5779273, 0.8167014, 1.4869408", \
					  "0.4740283, 0.4801989, 0.4945905, 0.5282694, 0.6156482, 0.8550629, 1.5249666");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0257443, 0.0310577, 0.0453123, 0.0854061, 0.2036888, 0.5403641, 1.5032003", \
					  "0.0260316, 0.0310845, 0.0452339, 0.0853803, 0.2035920, 0.5398832, 1.4876795", \
					  "0.0257399, 0.0310295, 0.0451947, 0.0853253, 0.2036466, 0.5397607, 1.4980704", \
					  "0.0259986, 0.0310859, 0.0452276, 0.0853785, 0.2036079, 0.5404355, 1.4973093", \
					  "0.0259638, 0.0310854, 0.0452111, 0.0853818, 0.2030068, 0.5404897, 1.4988167", \
					  "0.0260309, 0.0310387, 0.0452364, 0.0853782, 0.2036899, 0.5392868, 1.5034349", \
					  "0.0261688, 0.0312523, 0.0452803, 0.0853821, 0.2036775, 0.5405196, 1.4952442");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.2290925, 0.2337298, 0.2439286, 0.2644016, 0.3053171, 0.3962764, 0.6336057", \
					  "0.2346140, 0.2393195, 0.2495961, 0.2699140, 0.3108350, 0.4017776, 0.6392479", \
					  "0.2490915, 0.2537310, 0.2639188, 0.2843976, 0.3253184, 0.4162670, 0.6537444", \
					  "0.2840189, 0.2886553, 0.2988617, 0.3193327, 0.3602574, 0.4512059, 0.6886848", \
					  "0.3552948, 0.3599506, 0.3702393, 0.3907148, 0.4315960, 0.5225139, 0.7599633", \
					  "0.4778314, 0.4824880, 0.4927838, 0.5132451, 0.5540900, 0.6449263, 0.8823294", \
					  "0.6887663, 0.6934038, 0.7036282, 0.7240846, 0.7650429, 0.8560113, 1.0934925");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0217153, 0.0246652, 0.0317713, 0.0474748, 0.0858552, 0.1901339, 0.5043374", \
					  "0.0217611, 0.0248217, 0.0319070, 0.0474695, 0.0860672, 0.1903627, 0.5037797", \
					  "0.0217352, 0.0246784, 0.0317479, 0.0474737, 0.0858872, 0.1906078, 0.5021082", \
					  "0.0217174, 0.0246585, 0.0317895, 0.0474758, 0.0858434, 0.1906043, 0.5020880", \
					  "0.0217876, 0.0247887, 0.0318221, 0.0473694, 0.0860361, 0.1904574, 0.5042224", \
					  "0.0218766, 0.0248418, 0.0315592, 0.0475162, 0.0859908, 0.1902674, 0.5041996", \
					  "0.0217579, 0.0246962, 0.0318340, 0.0474965, 0.0859225, 0.1903559, 0.5011440");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.3940371, 0.4002030, 0.4146387, 0.4483621, 0.5357579, 0.7744132, 1.4448204", \
					  "0.3993646, 0.4054932, 0.4199099, 0.4536906, 0.5410965, 0.7795591, 1.4525000", \
					  "0.4134365, 0.4195926, 0.4340406, 0.4677470, 0.5551695, 0.7938173, 1.4641229", \
					  "0.4476955, 0.4538648, 0.4682956, 0.5020526, 0.5894490, 0.8287887, 1.4990765", \
					  "0.5249326, 0.5310840, 0.5455516, 0.5792729, 0.6666688, 0.9051015, 1.5742937", \
					  "0.6643431, 0.6705247, 0.6849756, 0.7187472, 0.8061505, 1.0449461, 1.7140848", \
					  "0.9002220, 0.9063846, 0.9208202, 0.9546025, 1.0419975, 1.2804267, 1.9516524");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0258160, 0.0310519, 0.0452757, 0.0852920, 0.2033723, 0.5396633, 1.5022499", \
					  "0.0259203, 0.0310081, 0.0452686, 0.0853690, 0.2032596, 0.5397447, 1.4985742", \
					  "0.0258102, 0.0310322, 0.0453022, 0.0853120, 0.2034665, 0.5396439, 1.4977717", \
					  "0.0258224, 0.0309639, 0.0452554, 0.0852752, 0.2034920, 0.5407333, 1.5022883", \
					  "0.0256598, 0.0309730, 0.0453036, 0.0852584, 0.2033064, 0.5399727, 1.5004745", \
					  "0.0257921, 0.0308983, 0.0452220, 0.0853364, 0.2035086, 0.5384309, 1.5009813", \
					  "0.0257012, 0.0309582, 0.0451873, 0.0853552, 0.2034094, 0.5390328, 1.4982503");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.2548091, 0.2595305, 0.2700139, 0.2906654, 0.3317223, 0.4227403, 0.6601845", \
					  "0.2601556, 0.2649054, 0.2753683, 0.2959970, 0.3371176, 0.4281235, 0.6655304", \
					  "0.2741619, 0.2788822, 0.2893637, 0.3100155, 0.3511037, 0.4421121, 0.6797310", \
					  "0.3076741, 0.3124318, 0.3228581, 0.3435604, 0.3846227, 0.4756442, 0.7130525", \
					  "0.3854982, 0.3902301, 0.4006969, 0.4213081, 0.4624223, 0.5534569, 0.7908555", \
					  "0.5287985, 0.5335416, 0.5440201, 0.5646549, 0.6057704, 0.6968115, 0.9343106", \
					  "0.7696162, 0.7743516, 0.7848664, 0.8055681, 0.8467345, 0.9378354, 1.1752728");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0222551, 0.0252142, 0.0320418, 0.0480187, 0.0860976, 0.1907430, 0.5052841", \
					  "0.0223219, 0.0253333, 0.0320634, 0.0481257, 0.0861202, 0.1907313, 0.5041277", \
					  "0.0222539, 0.0252147, 0.0320392, 0.0479479, 0.0861667, 0.1905886, 0.5046028", \
					  "0.0223721, 0.0253217, 0.0320628, 0.0477653, 0.0862228, 0.1905278, 0.5052299", \
					  "0.0222718, 0.0253232, 0.0321973, 0.0481384, 0.0861528, 0.1903843, 0.5050271", \
					  "0.0223456, 0.0253384, 0.0323674, 0.0478277, 0.0863086, 0.1907252, 0.5037739", \
					  "0.0225156, 0.0254777, 0.0322976, 0.0482532, 0.0863750, 0.1905730, 0.5017680");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0958202, 0.1016950, 0.1156868, 0.1487740, 0.2351059, 0.4726583, 1.1439262", \
					  "0.1004855, 0.1063437, 0.1203249, 0.1534043, 0.2398184, 0.4774065, 1.1511334", \
					  "0.1104790, 0.1163676, 0.1302708, 0.1633183, 0.2498506, 0.4875575, 1.1576797", \
					  "0.1315040, 0.1373891, 0.1513188, 0.1844511, 0.2712951, 0.5092608, 1.1802365", \
					  "0.1694271, 0.1757550, 0.1903933, 0.2243997, 0.3118767, 0.5504230, 1.2209906", \
					  "0.2244903, 0.2318860, 0.2485666, 0.2831310, 0.3715786, 0.6108339, 1.2859472", \
					  "0.2781377, 0.2880906, 0.3092217, 0.3508349, 0.4416258, 0.6809807, 1.3507396");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0238292, 0.0292586, 0.0436507, 0.0843456, 0.2030367, 0.5392115, 1.4961133", \
					  "0.0238670, 0.0293083, 0.0437359, 0.0844181, 0.2030125, 0.5392605, 1.4879820", \
					  "0.0237305, 0.0291017, 0.0435913, 0.0843588, 0.2028205, 0.5402107, 1.4976568", \
					  "0.0239058, 0.0292984, 0.0436579, 0.0843484, 0.2028055, 0.5398456, 1.4950362", \
					  "0.0273264, 0.0323948, 0.0463677, 0.0860974, 0.2036863, 0.5388469, 1.4978724", \
					  "0.0330770, 0.0382984, 0.0518482, 0.0900906, 0.2051206, 0.5404941, 1.4993318", \
					  "0.0477470, 0.0538657, 0.0670241, 0.1013194, 0.2096004, 0.5423974, 1.4917994");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.1248629, 0.1297732, 0.1402479, 0.1609773, 0.2019337, 0.2928894, 0.5302463", \
					  "0.1306521, 0.1355497, 0.1460244, 0.1667567, 0.2077677, 0.2987374, 0.5360584", \
					  "0.1454277, 0.1502884, 0.1606537, 0.1814090, 0.2224205, 0.3133948, 0.5509087", \
					  "0.1800425, 0.1848163, 0.1954169, 0.2161410, 0.2571434, 0.3481481, 0.5856724", \
					  "0.2659790, 0.2707052, 0.2811213, 0.3018104, 0.3428890, 0.4339324, 0.6714675", \
					  "0.4400831, 0.4461716, 0.4591487, 0.4833619, 0.5280163, 0.6205750, 0.8579947", \
					  "0.7450326, 0.7538290, 0.7723783, 0.8060198, 0.8649578, 0.9682375, 1.2074933");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0230464, 0.0262242, 0.0331452, 0.0487471, 0.0865353, 0.1903352, 0.5045385", \
					  "0.0230671, 0.0262028, 0.0331145, 0.0487322, 0.0867110, 0.1905964, 0.5072249", \
					  "0.0231047, 0.0262798, 0.0332218, 0.0486398, 0.0866518, 0.1908679, 0.5040144", \
					  "0.0232668, 0.0260461, 0.0330026, 0.0487412, 0.0865422, 0.1907590, 0.5043284", \
					  "0.0234428, 0.0264429, 0.0334213, 0.0486386, 0.0866501, 0.1908034, 0.5043669", \
					  "0.0338209, 0.0369445, 0.0440328, 0.0587878, 0.0934196, 0.1927770, 0.5045775", \
					  "0.0532504, 0.0573971, 0.0663523, 0.0842870, 0.1192352, 0.2093222, 0.5064858");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.275584;
			max_transition : 1.505580;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0055034, -0.0037374, 0.0009887, 0.0126825, 0.0414102, 0.1183460, 0.3346797", \
					  "-0.0054709, -0.0037165, 0.0009826, 0.0126416, 0.0414819, 0.1183398, 0.3363445", \
					  "-0.0053848, -0.0036366, 0.0010467, 0.0127020, 0.0413761, 0.1186255, 0.3353451", \
					  "-0.0053900, -0.0036454, 0.0010360, 0.0126891, 0.0413281, 0.1181748, 0.3364194", \
					  "-0.0054014, -0.0036622, 0.0010029, 0.0126268, 0.0412750, 0.1186399, 0.3366655", \
					  "-0.0054221, -0.0036855, 0.0009673, 0.0125553, 0.0412360, 0.1184158, 0.3346757", \
					  "-0.0054359, -0.0036730, 0.0009875, 0.0125605, 0.0413238, 0.1181887, 0.3347814");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0014420, 0.0015278, 0.0074182, 0.0128910, 0.0011401, -0.0656376, -0.2796364", \
					  "-0.0014005, 0.0015611, 0.0074302, 0.0128647, 0.0010851, -0.0657609, -0.2797544", \
					  "-0.0013011, 0.0016492, 0.0074889, 0.0128772, 0.0010529, -0.0657754, -0.2797877", \
					  "-0.0013033, 0.0016445, 0.0074684, 0.0128486, 0.0010215, -0.0658576, -0.2799033", \
					  "-0.0013088, 0.0016241, 0.0074226, 0.0127470, 0.0008589, -0.0659799, -0.2800452", \
					  "-0.0013023, 0.0016307, 0.0074355, 0.0127818, 0.0008886, -0.0659760, -0.2799973", \
					  "-0.0012768, 0.0016848, 0.0075418, 0.0129845, 0.0011547, -0.0658809, -0.2799689");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0051788, -0.0029883, 0.0026508, 0.0158843, 0.0461551, 0.1246581, 0.3391617", \
					  "-0.0051522, -0.0029712, 0.0026588, 0.0158484, 0.0460304, 0.1244412, 0.3423710", \
					  "-0.0050811, -0.0029104, 0.0027099, 0.0158166, 0.0459059, 0.1244539, 0.3389285", \
					  "-0.0050857, -0.0029245, 0.0026788, 0.0157690, 0.0459060, 0.1236238, 0.3420945", \
					  "-0.0050943, -0.0029481, 0.0026116, 0.0156502, 0.0458812, 0.1239857, 0.3424412", \
					  "-0.0050984, -0.0029686, 0.0025652, 0.0155123, 0.0455818, 0.1230018, 0.3402746", \
					  "-0.0050642, -0.0029060, 0.0026285, 0.0155412, 0.0456736, 0.1228979, 0.3383048");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0041207, -0.0004317, 0.0070454, 0.0150690, 0.0058718, -0.0593468, -0.2726132", \
					  "-0.0040930, -0.0004125, 0.0070380, 0.0150345, 0.0057846, -0.0594618, -0.2727699", \
					  "-0.0040231, -0.0003533, 0.0070776, 0.0150320, 0.0057757, -0.0594995, -0.2728474", \
					  "-0.0040255, -0.0003609, 0.0070582, 0.0149997, 0.0057254, -0.0595480, -0.2728699", \
					  "-0.0040325, -0.0003820, 0.0070095, 0.0148969, 0.0055648, -0.0597230, -0.2730662", \
					  "-0.0040337, -0.0003914, 0.0069784, 0.0148400, 0.0054714, -0.0598360, -0.2731757", \
					  "-0.0040296, -0.0003967, 0.0069581, 0.0147737, 0.0053974, -0.0598154, -0.2731539");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0008818, 0.0002486, 0.0035440, 0.0129536, 0.0394193, 0.1147314, 0.3313739", \
					  "-0.0009016, 0.0002123, 0.0034966, 0.0128588, 0.0393034, 0.1152062, 0.3319205", \
					  "-0.0009385, 0.0001700, 0.0034290, 0.0127499, 0.0391720, 0.1143150, 0.3318456", \
					  "-0.0009460, 0.0001518, 0.0033854, 0.0126412, 0.0390165, 0.1141675, 0.3319211", \
					  "-0.0009530, 0.0001339, 0.0033415, 0.0125837, 0.0389321, 0.1142482, 0.3289936", \
					  "-0.0009680, 9.6350000e-05, 0.0032702, 0.0124735, 0.0387360, 0.1142862, 0.3314411", \
					  "-0.0009596, 0.0001086, 0.0032243, 0.0122470, 0.0386844, 0.1136921, 0.3307185");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("0.0029573, 0.0053321, 0.0099006, 0.0132487, -0.0006364, -0.0687464, -0.2833508", \
					  "0.0029718, 0.0053451, 0.0099049, 0.0132409, -0.0006343, -0.0688104, -0.2834313", \
					  "0.0030065, 0.0053736, 0.0099220, 0.0132472, -0.0006566, -0.0687993, -0.2834196", \
					  "0.0029950, 0.0053396, 0.0098410, 0.0130872, -0.0008951, -0.0690844, -0.2837238", \
					  "0.0029858, 0.0053134, 0.0097710, 0.0129523, -0.0010996, -0.0693163, -0.2839867", \
					  "0.0029841, 0.0053020, 0.0097328, 0.0128682, -0.0013157, -0.0696097, -0.2843144", \
					  "0.0029990, 0.0053347, 0.0098039, 0.0129413, -0.0010468, -0.0692974, -0.2841112");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.3163297, 0.3215788, 0.3339136, 0.3642546, 0.4470155, 0.6834790, 1.3581551", \
					  "0.3218364, 0.3270956, 0.3394210, 0.3697651, 0.4527196, 0.6891066, 1.3645071", \
					  "0.3363263, 0.3415760, 0.3539099, 0.3842512, 0.4671956, 0.7036939, 1.3801891", \
					  "0.3712604, 0.3765079, 0.3888440, 0.4191850, 0.5019787, 0.7381849, 1.4132792", \
					  "0.4424580, 0.4477562, 0.4600788, 0.4904226, 0.5733659, 0.8095528, 1.4849733", \
					  "0.5650436, 0.5702504, 0.5826148, 0.6130003, 0.6959945, 0.9322635, 1.6084371", \
					  "0.7760356, 0.7812707, 0.7936203, 0.8239586, 0.9069007, 1.1433642, 1.8175810");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0198249, 0.0243031, 0.0370784, 0.0756330, 0.1918005, 0.5293266, 1.5022704", \
					  "0.0198157, 0.0243035, 0.0370803, 0.0758687, 0.1920708, 0.5299819, 1.4973829", \
					  "0.0198241, 0.0243036, 0.0370780, 0.0758934, 0.1916318, 0.5287087, 1.5047971", \
					  "0.0198257, 0.0243031, 0.0370784, 0.0759075, 0.1916642, 0.5304545, 1.5006101", \
					  "0.0197643, 0.0242868, 0.0369836, 0.0758237, 0.1919720, 0.5306164, 1.4981961", \
					  "0.0198693, 0.0243267, 0.0370419, 0.0757873, 0.1919734, 0.5298618, 1.4881831", \
					  "0.0198313, 0.0243000, 0.0370804, 0.0759224, 0.1921841, 0.5267590, 1.5010408");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.4020653, 0.4061316, 0.4150999, 0.4331483, 0.4703928, 0.5599176, 0.8093173", \
					  "0.4070217, 0.4111080, 0.4201154, 0.4381289, 0.4754364, 0.5649407, 0.8134338", \
					  "0.4192130, 0.4233017, 0.4321649, 0.4502684, 0.4876085, 0.5771555, 0.8262840", \
					  "0.4411513, 0.4451921, 0.4541972, 0.4722134, 0.5095178, 0.5990696, 0.8479984", \
					  "0.4720505, 0.4761457, 0.4850047, 0.5031177, 0.5404486, 0.6299569, 0.8791657", \
					  "0.5113058, 0.5152681, 0.5243146, 0.5422486, 0.5795145, 0.6690345, 0.9181222", \
					  "0.5490907, 0.5531554, 0.5621387, 0.5801752, 0.6174661, 0.7069836, 0.9557779");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0189003, 0.0213102, 0.0273501, 0.0416677, 0.0791759, 0.1893003, 0.5246629", \
					  "0.0188459, 0.0213491, 0.0274445, 0.0417868, 0.0791774, 0.1895602, 0.5220286", \
					  "0.0188610, 0.0213792, 0.0275539, 0.0415526, 0.0793284, 0.1892997, 0.5226564", \
					  "0.0189395, 0.0213862, 0.0274484, 0.0415807, 0.0788072, 0.1893221, 0.5226614", \
					  "0.0188978, 0.0213581, 0.0275686, 0.0415597, 0.0793375, 0.1897551, 0.5214442", \
					  "0.0188472, 0.0213441, 0.0273729, 0.0416044, 0.0790508, 0.1894859, 0.5191113", \
					  "0.0188988, 0.0214721, 0.0274507, 0.0416160, 0.0790463, 0.1890572, 0.5209210");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.3428136, 0.3480694, 0.3602704, 0.3906561, 0.4735431, 0.7097060, 1.3863599", \
					  "0.3482558, 0.3535056, 0.3657125, 0.3961098, 0.4788664, 0.7147136, 1.3904986", \
					  "0.3620760, 0.3672558, 0.3796591, 0.4097784, 0.4928042, 0.7293598, 1.4053630", \
					  "0.3959017, 0.4010977, 0.4135031, 0.4436967, 0.5266672, 0.7622174, 1.4389023", \
					  "0.4728339, 0.4780168, 0.4904079, 0.5208113, 0.6035184, 0.8397488, 1.5172182", \
					  "0.6163649, 0.6215540, 0.6339620, 0.6640880, 0.7471435, 0.9831538, 1.6585738", \
					  "0.8571386, 0.8623223, 0.8746941, 0.9048537, 0.9880049, 1.2236347, 1.9038562");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0198981, 0.0243259, 0.0371933, 0.0759946, 0.1920715, 0.5305917, 1.4897998", \
					  "0.0199357, 0.0242704, 0.0371334, 0.0760005, 0.1924209, 0.5315661, 1.5010216", \
					  "0.0198943, 0.0243539, 0.0371355, 0.0759086, 0.1917164, 0.5304382, 1.4891314", \
					  "0.0198726, 0.0243672, 0.0370596, 0.0758796, 0.1922507, 0.5316981, 1.5029757", \
					  "0.0200230, 0.0244431, 0.0370474, 0.0758671, 0.1920414, 0.5315449, 1.4995819", \
					  "0.0198937, 0.0243757, 0.0371221, 0.0759794, 0.1918915, 0.5309341, 1.4972298", \
					  "0.0197871, 0.0242249, 0.0371188, 0.0757228, 0.1924374, 0.5272420, 1.4990248");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.4690078, 0.4730866, 0.4820048, 0.5000224, 0.5372551, 0.6268511, 0.8755447", \
					  "0.4743276, 0.4784136, 0.4874147, 0.5053405, 0.5425890, 0.6321372, 0.8806486", \
					  "0.4884052, 0.4925501, 0.5013260, 0.5194785, 0.5566211, 0.6462270, 0.8952083", \
					  "0.5226809, 0.5268247, 0.5357088, 0.5536444, 0.5909192, 0.6803382, 0.9299739", \
					  "0.5999105, 0.6039759, 0.6128439, 0.6307932, 0.6680717, 0.7576033, 1.0068480", \
					  "0.7393899, 0.7434823, 0.7524601, 0.7704228, 0.8077264, 0.8972409, 1.1460412", \
					  "0.9753935, 0.9794716, 0.9885007, 1.0063198, 1.0436019, 1.1330056, 1.3816260");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0187444, 0.0212305, 0.0274568, 0.0416557, 0.0791006, 0.1897783, 0.5217518", \
					  "0.0187976, 0.0212843, 0.0274135, 0.0416328, 0.0792173, 0.1894443, 0.5223407", \
					  "0.0188631, 0.0213640, 0.0275261, 0.0416629, 0.0789823, 0.1889617, 0.5187701", \
					  "0.0188620, 0.0213649, 0.0273971, 0.0416213, 0.0790212, 0.1897207, 0.5238978", \
					  "0.0188136, 0.0212075, 0.0272991, 0.0417009, 0.0791064, 0.1896109, 0.5206736", \
					  "0.0188408, 0.0212335, 0.0271753, 0.0416050, 0.0786898, 0.1895103, 0.5202132", \
					  "0.0187635, 0.0212721, 0.0273070, 0.0418959, 0.0791454, 0.1893812, 0.5222541");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.2137774, 0.2190254, 0.2312323, 0.2615422, 0.3443861, 0.5809651, 1.2578785", \
					  "0.2195592, 0.2246336, 0.2370316, 0.2673630, 0.3502459, 0.5868744, 1.2630904", \
					  "0.2342578, 0.2394849, 0.2518571, 0.2822111, 0.3651465, 0.6014920, 1.2778516", \
					  "0.2688686, 0.2740765, 0.2864365, 0.3167348, 0.3997334, 0.6360375, 1.3119417", \
					  "0.3545124, 0.3597901, 0.3721146, 0.4024682, 0.4854257, 0.7216073, 1.3974502", \
					  "0.5415869, 0.5469178, 0.5594673, 0.5899390, 0.6729865, 0.9085802, 1.5854488", \
					  "0.8832656, 0.8893106, 0.9027038, 0.9335031, 1.0167064, 1.2521051, 1.9304942");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0197907, 0.0242717, 0.0370900, 0.0758125, 0.1918250, 0.5303898, 1.5055798", \
					  "0.0198167, 0.0243629, 0.0370514, 0.0759474, 0.1922308, 0.5292155, 1.4961207", \
					  "0.0199817, 0.0243679, 0.0371278, 0.0759375, 0.1921300, 0.5299158, 1.4970153", \
					  "0.0198819, 0.0241591, 0.0370740, 0.0758325, 0.1919758, 0.5301332, 1.4980033", \
					  "0.0200017, 0.0243624, 0.0371374, 0.0759021, 0.1919162, 0.5303596, 1.4945631", \
					  "0.0208033, 0.0251485, 0.0376870, 0.0761490, 0.1921113, 0.5299990, 1.4999247", \
					  "0.0248212, 0.0291622, 0.0407470, 0.0775675, 0.1923709, 0.5276513, 1.4940389");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.1703150, 0.1743877, 0.1832603, 0.2013223, 0.2386291, 0.3281689, 0.5771867", \
					  "0.1748598, 0.1789518, 0.1879384, 0.2060236, 0.2432144, 0.3326872, 0.5814192", \
					  "0.1847747, 0.1888029, 0.1977580, 0.2157988, 0.2530782, 0.3426323, 0.5911739", \
					  "0.2056543, 0.2097544, 0.2186299, 0.2366653, 0.2739427, 0.3634960, 0.6120618", \
					  "0.2450787, 0.2491007, 0.2580962, 0.2761955, 0.3133994, 0.4028949, 0.6522395", \
					  "0.3031006, 0.3072162, 0.3163328, 0.3344209, 0.3718772, 0.4613406, 0.7100344", \
					  "0.3696949, 0.3740090, 0.3833114, 0.4019138, 0.4396473, 0.5292784, 0.7785606");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0187593, 0.0212881, 0.0274245, 0.0415132, 0.0791315, 0.1892323, 0.5214361", \
					  "0.0187309, 0.0212930, 0.0273095, 0.0415762, 0.0791468, 0.1897107, 0.5226216", \
					  "0.0186863, 0.0213695, 0.0273869, 0.0416414, 0.0787683, 0.1896603, 0.5219590", \
					  "0.0186918, 0.0213133, 0.0273995, 0.0416219, 0.0787312, 0.1896496, 0.5213426", \
					  "0.0189203, 0.0216825, 0.0273633, 0.0416007, 0.0792840, 0.1900519, 0.5251670", \
					  "0.0192847, 0.0217427, 0.0276678, 0.0422131, 0.0794814, 0.1885352, 0.5234146", \
					  "0.0207440, 0.0232595, 0.0293272, 0.0431871, 0.0797670, 0.1903059, 0.5253659");
				}
			}
		}
	}
	cell ("scs8hd_dlrbp_1") {
		area : 21.270400;
		cell_footprint : "dlrbp";
		cell_leakage_power : 1.722573e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "GATE";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021529";
			when : "RESETB&D&GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018108";
			when : "RESETB&D&!GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017929";
			when : "RESETB&!D&!GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013976";
			when : "RESETB&!D&!GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014054";
			when : "!RESETB&!D&GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014130";
			when : "RESETB&!D&GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021394";
			when : "RESETB&D&!GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019207";
			when : "!RESETB&D&GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018031";
			when : "!RESETB&D&!GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0013899";
			when : "!RESETB&!D&!GATE&!Q&QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002135;
			capacitance : 0.002267;
			rise_capacitance : 0.002400;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0395039, 0.0270163, 0.0298646", \
					  "-0.2378600, -0.1737813, -0.1709329", \
					  "-0.4799661, -0.4158874, -0.4167012");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0544902, -0.0095885, -0.0124368", \
					  "0.2589499, 0.1960918, 0.1920228", \
					  "0.5132630, 0.4491842, 0.4451152");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1412233, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028841, 0.0029130, 0.0029795, 0.0029794, 0.0029791, 0.0029783, 0.0029766");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028616, -0.0028939, -0.0029685, -0.0029704, -0.0029750, -0.0029856, -0.0030099");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001612;
			capacitance : 0.001714;
			rise_capacitance : 0.001817;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2034160, 0.2980124, 0.3484681", \
					  "0.0844056, 0.1777813, 0.2257956", \
					  "-0.0148783, 0.0723939, 0.1191875");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0361797, 0.2345358, 0.4876283", \
					  "-0.1756042, 0.0239727, 0.2721823", \
					  "-0.4372415, -0.2388854, 0.0056621");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1859883, -0.2830260, -0.3334818", \
					  "-0.0547708, -0.1530293, -0.2010436", \
					  "0.0957826, -3.4505377e-05, -0.0553730");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0224141, -0.2232116, -0.4763041", \
					  "0.1893698, -0.0126484, -0.2620788", \
					  "0.4522279, 0.2514303, 0.0044414");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018113, 0.0017213, 0.0015139, 0.0015065, 0.0014895, 0.0014501, 0.0013595");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060160, 0.0059588, 0.0058271, 0.0058301, 0.0058369, 0.0058527, 0.0058891");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001783;
			capacitance : 0.001698;
			fall_capacitance : 0.001614;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0884948, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128312, 0.0127610, 0.0125994, 0.0125935, 0.0125799, 0.0125486, 0.0124766");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075815, 0.0074947, 0.0072948, 0.0072712, 0.0072166, 0.0070909, 0.0068010");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.141001;
			max_transition : 1.502740;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-2.9650000e-05, 0.0012842, 0.0044275, 0.0117679, 0.0286933, 0.0698044, 0.1734003", \
					  "8.6500000e-06, 0.0013142, 0.0044344, 0.0117623, 0.0286693, 0.0695913, 0.1743734", \
					  "0.0001026, 0.0013957, 0.0044988, 0.0117774, 0.0285384, 0.0698911, 0.1732758", \
					  "9.9950000e-05, 0.0013843, 0.0044706, 0.0117256, 0.0285502, 0.0695173, 0.1742545", \
					  "0.0001018, 0.0013774, 0.0044400, 0.0116744, 0.0284723, 0.0697881, 0.1732094", \
					  "0.0001211, 0.0013967, 0.0044589, 0.0116732, 0.0283627, 0.0693559, 0.1731797", \
					  "0.0001869, 0.0014902, 0.0046133, 0.0118590, 0.0286229, 0.0696490, 0.1730543");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0007813, 0.0021180, 0.0072295, 0.0121572, 0.0074284, -0.0257716, -0.1263971", \
					  "-0.0007616, 0.0021314, 0.0072201, 0.0121286, 0.0073501, -0.0258441, -0.1264954", \
					  "-0.0007018, 0.0021783, 0.0072501, 0.0121269, 0.0073397, -0.0258850, -0.1265577", \
					  "-0.0007053, 0.0021710, 0.0072296, 0.0121172, 0.0073070, -0.0259138, -0.1265879", \
					  "-0.0007151, 0.0021616, 0.0072001, 0.0120659, 0.0072683, -0.0259764, -0.1266585", \
					  "-0.0007247, 0.0021448, 0.0071886, 0.0120278, 0.0072113, -0.0260464, -0.1267132", \
					  "-0.0007429, 0.0021258, 0.0071730, 0.0120054, 0.0071800, -0.0260729, -0.1266831");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0026704, -0.0010252, 0.0027580, 0.0110662, 0.0289414, 0.0706043, 0.1756093", \
					  "-0.0026308, -0.0009890, 0.0027869, 0.0110808, 0.0288495, 0.0705425, 0.1755200", \
					  "-0.0025400, -0.0009112, 0.0028403, 0.0110924, 0.0289348, 0.0709649, 0.1755743", \
					  "-0.0025475, -0.0009466, 0.0027476, 0.0109137, 0.0286585, 0.0706144, 0.1753950", \
					  "-0.0025391, -0.0009609, 0.0026902, 0.0107960, 0.0283638, 0.0702850, 0.1742179", \
					  "-0.0024856, -0.0009211, 0.0027008, 0.0107551, 0.0283014, 0.0701900, 0.1740596", \
					  "-0.0023297, -0.0007510, 0.0029182, 0.0109566, 0.0284280, 0.0699541, 0.1749167");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0014766, 0.0015373, 0.0068823, 0.0121277, 0.0077499, -0.0252115, -0.1257253", \
					  "-0.0014354, 0.0015699, 0.0068930, 0.0121370, 0.0077071, -0.0252659, -0.1257879", \
					  "-0.0013505, 0.0016465, 0.0069348, 0.0121406, 0.0076798, -0.0253036, -0.1258318", \
					  "-0.0013549, 0.0016173, 0.0068796, 0.0120297, 0.0075479, -0.0255052, -0.1260698", \
					  "-0.0013339, 0.0016305, 0.0068644, 0.0119929, 0.0074523, -0.0256190, -0.1261818", \
					  "-0.0012820, 0.0016649, 0.0068740, 0.0119583, 0.0073799, -0.0257479, -0.1263209", \
					  "-0.0011292, 0.0018304, 0.0070589, 0.0121660, 0.0076144, -0.0255431, -0.1262053");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0018153, 0.0024609, 0.0042948, 0.0096578, 0.0245126, 0.0643631, 0.1671143", \
					  "0.0018288, 0.0024744, 0.0043041, 0.0096617, 0.0244838, 0.0642899, 0.1670996", \
					  "0.0018603, 0.0024972, 0.0043102, 0.0096403, 0.0243786, 0.0640662, 0.1660047", \
					  "0.0018414, 0.0024526, 0.0042106, 0.0094869, 0.0242120, 0.0638749, 0.1680969", \
					  "0.0018344, 0.0024312, 0.0041648, 0.0093950, 0.0241213, 0.0641537, 0.1669443", \
					  "0.0018453, 0.0024511, 0.0042261, 0.0094286, 0.0241582, 0.0637174, 0.1678346", \
					  "0.0018526, 0.0024510, 0.0041935, 0.0094050, 0.0242210, 0.0641292, 0.1673457");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0002790, 0.0024894, 0.0062434, 0.0091640, 0.0023837, -0.0322173, -0.1335960", \
					  "0.0002556, 0.0024560, 0.0061909, 0.0090771, 0.0022659, -0.0323561, -0.1337060", \
					  "0.0002125, 0.0023992, 0.0061103, 0.0089640, 0.0021107, -0.0325322, -0.1338925", \
					  "0.0002086, 0.0023892, 0.0060831, 0.0089087, 0.0020659, -0.0325642, -0.1339447", \
					  "0.0001955, 0.0023580, 0.0060276, 0.0088385, 0.0019721, -0.0326579, -0.1340352", \
					  "0.0001867, 0.0023356, 0.0059629, 0.0087381, 0.0018660, -0.0327726, -0.1341647", \
					  "0.0001844, 0.0023275, 0.0059274, 0.0086320, 0.0017282, -0.0327822, -0.1341091");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.3116936, 0.3192160, 0.3359604, 0.3753123, 0.4735008, 0.7206415, 1.3574496", \
					  "0.3169760, 0.3243827, 0.3411139, 0.3804765, 0.4786558, 0.7265270, 1.3616762", \
					  "0.3287564, 0.3362130, 0.3529614, 0.3923301, 0.4905126, 0.7380629, 1.3716117", \
					  "0.3505679, 0.3580294, 0.3747794, 0.4141459, 0.5123353, 0.7608117, 1.3965613", \
					  "0.3816879, 0.3891970, 0.4059376, 0.4453586, 0.5435171, 0.7913421, 1.4253374", \
					  "0.4209312, 0.4284469, 0.4451932, 0.4846137, 0.5827875, 0.8303891, 1.4635358", \
					  "0.4592115, 0.4666720, 0.4834071, 0.5227757, 0.6209495, 0.8683106, 1.5014504");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0274756, 0.0347251, 0.0534964, 0.1058346, 0.2411635, 0.5908420, 1.4950119", \
					  "0.0272965, 0.0344862, 0.0534440, 0.1058052, 0.2414049, 0.5931650, 1.4980437", \
					  "0.0274692, 0.0347237, 0.0535050, 0.1058269, 0.2415315, 0.5904939, 1.4949525", \
					  "0.0274833, 0.0347429, 0.0535184, 0.1058363, 0.2413945, 0.5936455, 1.4990593", \
					  "0.0274272, 0.0346665, 0.0535515, 0.1058228, 0.2413282, 0.5916896, 1.5017874", \
					  "0.0274198, 0.0346749, 0.0535678, 0.1057846, 0.2416156, 0.5910405, 1.4971969", \
					  "0.0273256, 0.0345520, 0.0535028, 0.1058141, 0.2414329, 0.5908685, 1.4969217");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2146591, 0.2201295, 0.2311701, 0.2527475, 0.2960723, 0.3908620, 0.6267066", \
					  "0.2201130, 0.2255497, 0.2366907, 0.2582305, 0.3015549, 0.3963677, 0.6322821", \
					  "0.2346419, 0.2401333, 0.2511687, 0.2727447, 0.3160630, 0.4108818, 0.6471874", \
					  "0.2696183, 0.2750625, 0.2860146, 0.3075765, 0.3509073, 0.4457184, 0.6816077", \
					  "0.3409321, 0.3463750, 0.3573372, 0.3788998, 0.4222279, 0.5170412, 0.7531042", \
					  "0.4635994, 0.4690479, 0.4801483, 0.5016799, 0.5450114, 0.6398437, 0.8757667", \
					  "0.6744676, 0.6799196, 0.6909956, 0.7125588, 0.7559162, 0.8507494, 1.0865834");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0206314, 0.0244643, 0.0328368, 0.0520477, 0.0967397, 0.2116787, 0.5259787", \
					  "0.0208961, 0.0247388, 0.0329523, 0.0520665, 0.0967907, 0.2113297, 0.5220556", \
					  "0.0206752, 0.0244607, 0.0328045, 0.0520530, 0.0964897, 0.2111884, 0.5250013", \
					  "0.0208034, 0.0246496, 0.0330396, 0.0521928, 0.0968218, 0.2113751, 0.5220628", \
					  "0.0207961, 0.0246421, 0.0330341, 0.0522051, 0.0967067, 0.2117945, 0.5253468", \
					  "0.0208266, 0.0246408, 0.0329791, 0.0521708, 0.0966493, 0.2118064, 0.5233802", \
					  "0.0209475, 0.0246634, 0.0329656, 0.0520857, 0.0967356, 0.2117881, 0.5210170");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2729666, 0.2804839, 0.2973013, 0.3367144, 0.4348846, 0.6827597, 1.3199994", \
					  "0.2778836, 0.2854188, 0.3022468, 0.3416473, 0.4398336, 0.6876736, 1.3206010", \
					  "0.2890069, 0.2965223, 0.3133608, 0.3527953, 0.4509459, 0.6985483, 1.3327723", \
					  "0.3138458, 0.3213574, 0.3381716, 0.3775903, 0.4757575, 0.7235467, 1.3587219", \
					  "0.3551215, 0.3626406, 0.3794767, 0.4188872, 0.5170450, 0.7643244, 1.3985401", \
					  "0.4176541, 0.4251711, 0.4419038, 0.4813313, 0.5794862, 0.8272951, 1.4597390", \
					  "0.5026198, 0.5101259, 0.5269594, 0.5663906, 0.6645632, 0.9124559, 1.5461979");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0272054, 0.0345906, 0.0535837, 0.1058348, 0.2415619, 0.5935682, 1.4981724", \
					  "0.0271674, 0.0345627, 0.0535809, 0.1058437, 0.2412830, 0.5925896, 1.4961038", \
					  "0.0271477, 0.0346057, 0.0535321, 0.1058438, 0.2414017, 0.5909540, 1.4975818", \
					  "0.0271899, 0.0346016, 0.0535285, 0.1058640, 0.2412703, 0.5935866, 1.4956072", \
					  "0.0271773, 0.0346029, 0.0535827, 0.1058413, 0.2416020, 0.5917236, 1.5027403", \
					  "0.0271932, 0.0345572, 0.0536124, 0.1058780, 0.2413922, 0.5925523, 1.5006683", \
					  "0.0272122, 0.0346176, 0.0536269, 0.1058794, 0.2409613, 0.5898114, 1.4917575");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2521916, 0.2577757, 0.2690529, 0.2907816, 0.3342112, 0.4290685, 0.6650214", \
					  "0.2571302, 0.2627036, 0.2739712, 0.2956560, 0.3390838, 0.4339528, 0.6698251", \
					  "0.2690283, 0.2745501, 0.2858689, 0.3075908, 0.3510087, 0.4458420, 0.6818025", \
					  "0.2941277, 0.2996978, 0.3109558, 0.3326878, 0.3761117, 0.4709850, 0.7073575", \
					  "0.3352460, 0.3407707, 0.3520636, 0.3738001, 0.4172150, 0.5120567, 0.7480121", \
					  "0.3953306, 0.4008693, 0.4121424, 0.4338138, 0.4772704, 0.5721101, 0.8081164", \
					  "0.4693469, 0.4749043, 0.4861538, 0.5078564, 0.5512860, 0.6461519, 0.8819916");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0211554, 0.0250802, 0.0333611, 0.0524485, 0.0970663, 0.2118494, 0.5222761", \
					  "0.0212241, 0.0250473, 0.0336957, 0.0523815, 0.0967449, 0.2114832, 0.5243230", \
					  "0.0210805, 0.0250549, 0.0333234, 0.0524212, 0.0970047, 0.2117947, 0.5234251", \
					  "0.0212195, 0.0250999, 0.0336867, 0.0524025, 0.0966322, 0.2116175, 0.5251014", \
					  "0.0211419, 0.0250024, 0.0333245, 0.0524035, 0.0965430, 0.2118602, 0.5237499", \
					  "0.0212017, 0.0249405, 0.0333384, 0.0523551, 0.0970670, 0.2113322, 0.5237270", \
					  "0.0211987, 0.0249463, 0.0333854, 0.0523824, 0.0970418, 0.2116829, 0.5222613");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0856851, 0.0926935, 0.1089640, 0.1476662, 0.2447039, 0.4913034, 1.1264013", \
					  "0.0901791, 0.0973120, 0.1135215, 0.1521981, 0.2493141, 0.4965677, 1.1285578", \
					  "0.0998122, 0.1069316, 0.1231785, 0.1618708, 0.2592684, 0.5062050, 1.1439096", \
					  "0.1199578, 0.1271615, 0.1434977, 0.1823920, 0.2801506, 0.5276532, 1.1616035", \
					  "0.1544358, 0.1620253, 0.1789677, 0.2185898, 0.3167595, 0.5649948, 1.2004168", \
					  "0.2012302, 0.2100355, 0.2287140, 0.2694360, 0.3681436, 0.6157496, 1.2508183", \
					  "0.2406177, 0.2526534, 0.2760386, 0.3211476, 0.4210144, 0.6691506, 1.3021395");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0251884, 0.0328606, 0.0521504, 0.1050299, 0.2409481, 0.5912225, 1.4935497", \
					  "0.0253105, 0.0327587, 0.0521943, 0.1050363, 0.2411002, 0.5928881, 1.4976376", \
					  "0.0252420, 0.0327468, 0.0521215, 0.1050634, 0.2412267, 0.5948830, 1.4953299", \
					  "0.0256255, 0.0330710, 0.0524059, 0.1050857, 0.2412394, 0.5937953, 1.4957319", \
					  "0.0283395, 0.0354860, 0.0542953, 0.1062982, 0.2410491, 0.5931656, 1.4993842", \
					  "0.0346102, 0.0416229, 0.0590559, 0.1087729, 0.2428193, 0.5922723, 1.5024172", \
					  "0.0491564, 0.0567520, 0.0735236, 0.1181596, 0.2453643, 0.5935298, 1.4877660");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1077182, 0.1131911, 0.1243040, 0.1456164, 0.1886137, 0.2832362, 0.5192321", \
					  "0.1135309, 0.1190144, 0.1300734, 0.1514370, 0.1944495, 0.2890725, 0.5250603", \
					  "0.1285795, 0.1340492, 0.1451136, 0.1664882, 0.2092942, 0.3039278, 0.5399154", \
					  "0.1647384, 0.1701918, 0.1812448, 0.2026157, 0.2456967, 0.3403583, 0.5762237", \
					  "0.2496238, 0.2550741, 0.2655298, 0.2871086, 0.3303427, 0.4250652, 0.6609591", \
					  "0.4153122, 0.4226300, 0.4370168, 0.4619714, 0.5089663, 0.6050131, 0.8409146", \
					  "0.7057213, 0.7163455, 0.7360970, 0.7718777, 0.8311354, 0.9344423, 1.1710950");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0212447, 0.0249945, 0.0334973, 0.0521588, 0.0965813, 0.2114229, 0.5213379", \
					  "0.0214937, 0.0251983, 0.0333606, 0.0521821, 0.0965614, 0.2112628, 0.5231902", \
					  "0.0211689, 0.0249295, 0.0333810, 0.0521578, 0.0966090, 0.2112820, 0.5233368", \
					  "0.0214064, 0.0252000, 0.0334749, 0.0521463, 0.0965865, 0.2111657, 0.5250064", \
					  "0.0220862, 0.0255441, 0.0347209, 0.0528688, 0.0969057, 0.2112196, 0.5245884", \
					  "0.0320359, 0.0361520, 0.0447597, 0.0635077, 0.1034561, 0.2135042, 0.5219828", \
					  "0.0506818, 0.0561037, 0.0670387, 0.0875785, 0.1269119, 0.2250747, 0.5238452");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.149241;
			max_transition : 1.504032;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0019109, -0.0002512, 0.0036618, 0.0121615, 0.0307457, 0.0751838, 0.1856758", \
					  "-0.0018900, -0.0002423, 0.0036513, 0.0121228, 0.0307864, 0.0751509, 0.1855498", \
					  "-0.0018302, -0.0001893, 0.0036882, 0.0121259, 0.0306464, 0.0750477, 0.1846254", \
					  "-0.0018344, -0.0001988, 0.0036712, 0.0121182, 0.0306731, 0.0746247, 0.1862315", \
					  "-0.0018417, -0.0002124, 0.0036393, 0.0120994, 0.0305960, 0.0745839, 0.1853970", \
					  "-0.0018531, -0.0002289, 0.0036163, 0.0120344, 0.0305216, 0.0745887, 0.1862633", \
					  "-0.0018533, -0.0002179, 0.0036046, 0.0120088, 0.0306595, 0.0745452, 0.1864709");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0010081, 0.0035254, 0.0079295, 0.0117690, 0.0053729, -0.0306667, -0.1384903", \
					  "0.0010451, 0.0035575, 0.0079411, 0.0117662, 0.0053215, -0.0307621, -0.1385977", \
					  "0.0011399, 0.0036377, 0.0079964, 0.0117776, 0.0053018, -0.0308139, -0.1386621", \
					  "0.0011362, 0.0036278, 0.0079743, 0.0117297, 0.0052242, -0.0309073, -0.1387526", \
					  "0.0011385, 0.0036207, 0.0079492, 0.0116779, 0.0051456, -0.0310034, -0.1388617", \
					  "0.0011574, 0.0036341, 0.0079536, 0.0116843, 0.0051444, -0.0310043, -0.1388775", \
					  "0.0012187, 0.0037168, 0.0080856, 0.0118530, 0.0054147, -0.0308453, -0.1387764");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0026101, -0.0008353, 0.0032928, 0.0121368, 0.0311808, 0.0757471, 0.1874979", \
					  "-0.0025706, -0.0008018, 0.0033206, 0.0121342, 0.0311533, 0.0757410, 0.1853355", \
					  "-0.0024836, -0.0007340, 0.0033550, 0.0121248, 0.0309281, 0.0751767, 0.1861777", \
					  "-0.0024849, -0.0007550, 0.0033025, 0.0120145, 0.0307910, 0.0755029, 0.1850354", \
					  "-0.0024682, -0.0007494, 0.0032779, 0.0119555, 0.0308432, 0.0752279, 0.1848742", \
					  "-0.0024135, -0.0007109, 0.0032898, 0.0119159, 0.0307866, 0.0747005, 0.1858039", \
					  "-0.0022403, -0.0005103, 0.0034953, 0.0121828, 0.0309585, 0.0747736, 0.1864660");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0016393, 0.0012100, 0.0062566, 0.0110698, 0.0055993, -0.0298149, -0.1373148", \
					  "-0.0016006, 0.0012436, 0.0062851, 0.0110799, 0.0056043, -0.0298248, -0.1372872", \
					  "-0.0015093, 0.0013248, 0.0063405, 0.0110852, 0.0055865, -0.0298676, -0.1373752", \
					  "-0.0015178, 0.0012864, 0.0062486, 0.0109135, 0.0053337, -0.0301720, -0.1376940", \
					  "-0.0015077, 0.0012741, 0.0061890, 0.0107978, 0.0051570, -0.0304107, -0.1379775", \
					  "-0.0014555, 0.0013107, 0.0061987, 0.0107572, 0.0050750, -0.0305154, -0.1381072", \
					  "-0.0012975, 0.0014842, 0.0063979, 0.0109939, 0.0053823, -0.0303263, -0.1379438");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0008368, 0.0001412, 0.0026875, 0.0091556, 0.0257483, 0.0684788, 0.1785317", \
					  "-0.0008605, 0.0001057, 0.0026304, 0.0090664, 0.0255900, 0.0678993, 0.1794004", \
					  "-0.0009019, 4.9850000e-05, 0.0025505, 0.0089637, 0.0255483, 0.0679980, 0.1783816", \
					  "-0.0009075, 3.7500000e-05, 0.0025209, 0.0089103, 0.0254753, 0.0683281, 0.1782240", \
					  "-0.0009159, 1.6150000e-05, 0.0024799, 0.0088382, 0.0253644, 0.0682264, 0.1781125", \
					  "-0.0009349, -2.3450000e-05, 0.0024181, 0.0087221, 0.0251454, 0.0680876, 0.1777803", \
					  "-0.0009231, -1.5600000e-05, 0.0023737, 0.0086226, 0.0251504, 0.0674141, 0.1777696");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0028565, 0.0047041, 0.0077798, 0.0096487, 0.0012595, -0.0361460, -0.1446403", \
					  "0.0028690, 0.0047167, 0.0077922, 0.0096597, 0.0012598, -0.0361515, -0.1446679", \
					  "0.0029019, 0.0047408, 0.0077959, 0.0096399, 0.0012260, -0.0362082, -0.1447350", \
					  "0.0028877, 0.0047025, 0.0077154, 0.0094886, 0.0010107, -0.0364613, -0.1449661", \
					  "0.0028790, 0.0046858, 0.0076642, 0.0093911, 0.0008872, -0.0366131, -0.1451657", \
					  "0.0028856, 0.0046867, 0.0076738, 0.0094218, 0.0009352, -0.0366247, -0.1451755", \
					  "0.0028941, 0.0046921, 0.0076684, 0.0093999, 0.0009555, -0.0365806, -0.1452295");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2728606, 0.2791611, 0.2942402, 0.3316889, 0.4275727, 0.6746310, 1.3133271", \
					  "0.2783200, 0.2846831, 0.2997498, 0.3372241, 0.4331769, 0.6806504, 1.3186999", \
					  "0.2928424, 0.2991526, 0.3142466, 0.3517887, 0.4477042, 0.6947405, 1.3341249", \
					  "0.3277630, 0.3340337, 0.3491051, 0.3866620, 0.4824125, 0.7293623, 1.3687064", \
					  "0.3990747, 0.4053527, 0.4204243, 0.4579363, 0.5539701, 0.8014149, 1.4387707", \
					  "0.5218336, 0.5280880, 0.5431384, 0.5807299, 0.6765070, 0.9236302, 1.5622584", \
					  "0.7326519, 0.7389853, 0.7540833, 0.7915629, 0.8873818, 1.1343464, 1.7749900");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0201999, 0.0274044, 0.0468002, 0.0984351, 0.2339449, 0.5876783, 1.4920085", \
					  "0.0202407, 0.0273934, 0.0467937, 0.0984553, 0.2339311, 0.5887480, 1.4996226", \
					  "0.0202230, 0.0274161, 0.0468253, 0.0984996, 0.2336016, 0.5866566, 1.4864113", \
					  "0.0202125, 0.0274612, 0.0468052, 0.0987499, 0.2344476, 0.5848342, 1.4945600", \
					  "0.0202118, 0.0274250, 0.0466589, 0.0986044, 0.2342060, 0.5849974, 1.5006151", \
					  "0.0202259, 0.0273825, 0.0466559, 0.0986087, 0.2334460, 0.5881183, 1.4970620", \
					  "0.0202397, 0.0274315, 0.0467844, 0.0986446, 0.2334674, 0.5822268, 1.4995530");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3565499, 0.3609191, 0.3701967, 0.3888758, 0.4299543, 0.5315623, 0.7944685", \
					  "0.3616755, 0.3661225, 0.3753371, 0.3940769, 0.4350968, 0.5366378, 0.7999146", \
					  "0.3735425, 0.3779664, 0.3871998, 0.4059207, 0.4469532, 0.5485012, 0.8117736", \
					  "0.3952280, 0.3996705, 0.4088882, 0.4276934, 0.4687897, 0.5702070, 0.8332005", \
					  "0.4263339, 0.4307761, 0.4399930, 0.4588010, 0.4998966, 0.6013193, 0.8642958", \
					  "0.4658451, 0.4701206, 0.4793882, 0.4981557, 0.5392476, 0.6407426, 0.9038899", \
					  "0.5040444, 0.5084745, 0.5177376, 0.5362866, 0.5773858, 0.6787919, 0.9420739");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0155032, 0.0187647, 0.0267164, 0.0455827, 0.0946852, 0.2284838, 0.5810658", \
					  "0.0154578, 0.0187544, 0.0268604, 0.0455851, 0.0947112, 0.2284129, 0.5802698", \
					  "0.0154767, 0.0189673, 0.0268592, 0.0455955, 0.0946576, 0.2280564, 0.5823353", \
					  "0.0156883, 0.0189895, 0.0268023, 0.0456483, 0.0946958, 0.2285362, 0.5810362", \
					  "0.0156886, 0.0189856, 0.0268062, 0.0456475, 0.0946390, 0.2284880, 0.5881581", \
					  "0.0156158, 0.0188235, 0.0268961, 0.0453955, 0.0946105, 0.2281419, 0.5794585", \
					  "0.0156864, 0.0187753, 0.0267205, 0.0454258, 0.0943113, 0.2282773, 0.5777779");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3110520, 0.3173620, 0.3322890, 0.3698841, 0.4653400, 0.7132536, 1.3520473", \
					  "0.3157607, 0.3220764, 0.3371285, 0.3744129, 0.4702170, 0.7172255, 1.3568447", \
					  "0.3276849, 0.3340150, 0.3490715, 0.3864982, 0.4824265, 0.7291358, 1.3674686", \
					  "0.3528196, 0.3591080, 0.3741902, 0.4116520, 0.5073851, 0.7539755, 1.3942403", \
					  "0.3940338, 0.4003323, 0.4153591, 0.4529202, 0.5485739, 0.7953219, 1.4352318", \
					  "0.4531203, 0.4593524, 0.4744525, 0.5119185, 0.6077743, 0.8547087, 1.4936342", \
					  "0.5280823, 0.5344550, 0.5493927, 0.5869621, 0.6825572, 0.9304537, 1.5689194");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0202144, 0.0274704, 0.0469372, 0.0986137, 0.2340334, 0.5889380, 1.4958340", \
					  "0.0202734, 0.0274521, 0.0468713, 0.0984596, 0.2343385, 0.5866150, 1.4850797", \
					  "0.0202936, 0.0274050, 0.0468127, 0.0985297, 0.2336449, 0.5882089, 1.5018750", \
					  "0.0203178, 0.0274459, 0.0468527, 0.0984707, 0.2342888, 0.5876805, 1.4863888", \
					  "0.0202053, 0.0274218, 0.0468062, 0.0988274, 0.2344156, 0.5869630, 1.4857235", \
					  "0.0203049, 0.0275029, 0.0468649, 0.0986408, 0.2337160, 0.5870762, 1.5040322", \
					  "0.0202785, 0.0274332, 0.0467672, 0.0986969, 0.2339789, 0.5838430, 1.4917378");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3178154, 0.3222358, 0.3314932, 0.3502144, 0.3912124, 0.4928590, 0.7560929", \
					  "0.3227506, 0.3271910, 0.3364063, 0.3551877, 0.3962158, 0.4977924, 0.7605311", \
					  "0.3338945, 0.3383038, 0.3475635, 0.3662775, 0.4072630, 0.5088396, 0.7721220", \
					  "0.3587031, 0.3631122, 0.3723722, 0.3910832, 0.4320819, 0.5336916, 0.7970116", \
					  "0.3999200, 0.4044491, 0.4136695, 0.4323967, 0.4734191, 0.5750371, 0.8382495", \
					  "0.4624155, 0.4669093, 0.4761088, 0.4948335, 0.5358369, 0.6374793, 0.9006956", \
					  "0.5476943, 0.5521236, 0.5613739, 0.5800792, 0.6211098, 0.7226806, 0.9858703");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0154891, 0.0187706, 0.0265721, 0.0453908, 0.0948469, 0.2279864, 0.5814493", \
					  "0.0155388, 0.0188197, 0.0266912, 0.0452672, 0.0948764, 0.2279854, 0.5854841", \
					  "0.0155293, 0.0187650, 0.0265289, 0.0455574, 0.0947495, 0.2281950, 0.5813006", \
					  "0.0156447, 0.0187668, 0.0265590, 0.0455583, 0.0950642, 0.2280989, 0.5814574", \
					  "0.0156074, 0.0188780, 0.0265890, 0.0453272, 0.0947869, 0.2280279, 0.5814061", \
					  "0.0154753, 0.0188176, 0.0265643, 0.0455457, 0.0945522, 0.2280744, 0.5778247", \
					  "0.0156377, 0.0189478, 0.0265476, 0.0455532, 0.0947338, 0.2279596, 0.5783170");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1662355, 0.1725464, 0.1876393, 0.2250734, 0.3209779, 0.5676366, 1.2068976", \
					  "0.1720529, 0.1784081, 0.1934784, 0.2309698, 0.3268293, 0.5737708, 1.2135477", \
					  "0.1871161, 0.1933755, 0.2084446, 0.2460022, 0.3415390, 0.5893393, 1.2300383", \
					  "0.2231658, 0.2294538, 0.2445147, 0.2820865, 0.3777105, 0.6255180, 1.2654409", \
					  "0.3080071, 0.3142917, 0.3293619, 0.3669189, 0.4625565, 0.7104637, 1.3500442", \
					  "0.4846542, 0.4911305, 0.5063127, 0.5438014, 0.6397477, 0.8878895, 1.5271918", \
					  "0.7982858, 0.8053512, 0.8208030, 0.8584098, 0.9543828, 1.2018336, 1.8414384");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0202069, 0.0273973, 0.0468037, 0.0984011, 0.2340754, 0.5869298, 1.4957777", \
					  "0.0202243, 0.0273649, 0.0467556, 0.0983741, 0.2340356, 0.5883546, 1.4960764", \
					  "0.0201644, 0.0274099, 0.0467163, 0.0987404, 0.2340073, 0.5858060, 1.5031784", \
					  "0.0202004, 0.0274685, 0.0468345, 0.0987162, 0.2336232, 0.5850217, 1.5019382", \
					  "0.0202359, 0.0274826, 0.0468253, 0.0987611, 0.2335055, 0.5855625, 1.5020668", \
					  "0.0213020, 0.0282021, 0.0473003, 0.0987802, 0.2333060, 0.5858327, 1.4963146", \
					  "0.0247142, 0.0309927, 0.0487273, 0.0992633, 0.2339130, 0.5827022, 1.4963434");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1302037, 0.1346493, 0.1438167, 0.1625448, 0.2034959, 0.3051247, 0.5682131", \
					  "0.1347091, 0.1391295, 0.1483865, 0.1671196, 0.2081699, 0.3096074, 0.5725695", \
					  "0.1444204, 0.1488235, 0.1580473, 0.1767210, 0.2177179, 0.3192769, 0.5825471", \
					  "0.1644899, 0.1689275, 0.1780890, 0.1968068, 0.2377793, 0.3394056, 0.6026650", \
					  "0.1995174, 0.2039214, 0.2131729, 0.2319274, 0.2730206, 0.3745386, 0.6378617", \
					  "0.2484729, 0.2530109, 0.2623627, 0.2811196, 0.3222367, 0.4237889, 0.6867525", \
					  "0.2948659, 0.2996541, 0.3091242, 0.3285112, 0.3702650, 0.4718814, 0.7348536");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0154159, 0.0186711, 0.0267304, 0.0454226, 0.0946320, 0.2280852, 0.5811920", \
					  "0.0155382, 0.0187602, 0.0267042, 0.0454595, 0.0945764, 0.2284250, 0.5841708", \
					  "0.0153538, 0.0188315, 0.0267196, 0.0455102, 0.0944840, 0.2280216, 0.5787398", \
					  "0.0154109, 0.0186916, 0.0267299, 0.0454857, 0.0946924, 0.2282403, 0.5789977", \
					  "0.0155557, 0.0189735, 0.0268842, 0.0453611, 0.0945437, 0.2282786, 0.5779580", \
					  "0.0161566, 0.0193735, 0.0272823, 0.0459532, 0.0948751, 0.2273424, 0.5839372", \
					  "0.0176887, 0.0209353, 0.0292454, 0.0473625, 0.0956582, 0.2285343, 0.5800476");
				}
			}
		}
	}
	cell ("scs8hd_dlrbp_2") {
		area : 22.521600;
		cell_footprint : "dlrbp";
		cell_leakage_power : 2.095776e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "GATE";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0025283";
			when : "RESETB&D&GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0021830";
			when : "RESETB&D&!GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021684";
			when : "RESETB&!D&!GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017698";
			when : "RESETB&!D&!GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017776";
			when : "!RESETB&!D&GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017853";
			when : "RESETB&!D&GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0025148";
			when : "RESETB&D&!GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022929";
			when : "!RESETB&D&GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021754";
			when : "!RESETB&D&!GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017622";
			when : "!RESETB&!D&!GATE&!Q&QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002390;
			capacitance : 0.002259;
			fall_capacitance : 0.002128;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0297383, 0.0477682, 0.0664857", \
					  "-0.2268737, -0.1518086, -0.1343119", \
					  "-0.4628763, -0.3926940, -0.3788594");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0483867, -0.0266784, -0.0466165", \
					  "0.2516257, 0.1765605, 0.1554017", \
					  "0.5034974, 0.4296530, 0.4097148");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1675876, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029037, 0.0029315, 0.0029956, 0.0029965, 0.0029986, 0.0030035, 0.0030146");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028724, -0.0029051, -0.0029806, -0.0029804, -0.0029800, -0.0029789, -0.0029763");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001817;
			capacitance : 0.001714;
			fall_capacitance : 0.001612;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2144023, 0.3077780, 0.3582337", \
					  "0.0929505, 0.1863262, 0.2331198", \
					  "-0.0063333, 0.0821595, 0.1277324");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0422832, 0.2406393, 0.4937318", \
					  "-0.1695006, 0.0288555, 0.2770651", \
					  "-0.4323587, -0.2340026, 0.0105449");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1945332, -0.2903503, -0.3420267", \
					  "-0.0620950, -0.1579121, -0.2071471", \
					  "0.0884583, -0.0073587, -0.0614766");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0248555, -0.2256530, -0.4799661", \
					  "0.1857077, -0.0163105, -0.2657409", \
					  "0.4485658, 0.2477682, 0.0007793");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018075, 0.0017199, 0.0015178, 0.0015123, 0.0014996, 0.0014703, 0.0014029");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059944, 0.0059372, 0.0058054, 0.0058082, 0.0058145, 0.0058292, 0.0058629");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001785;
			capacitance : 0.001700;
			fall_capacitance : 0.001615;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0928889, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127570, 0.0126848, 0.0125185, 0.0125101, 0.0124907, 0.0124460, 0.0123431");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075422, 0.0074553, 0.0072551, 0.0072316, 0.0071775, 0.0070528, 0.0067653");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.250864;
			max_transition : 1.510177;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("-9.4850000e-05, 0.0013416, 0.0051823, 0.0153609, 0.0412078, 0.1114615, 0.3062518", \
					  "-5.7550000e-05, 0.0013689, 0.0051798, 0.0153242, 0.0411430, 0.1106252, 0.3076111", \
					  "3.5800000e-05, 0.0014515, 0.0052498, 0.0153599, 0.0411452, 0.1112909, 0.3053997", \
					  "3.6550000e-05, 0.0014430, 0.0052314, 0.0152724, 0.0410837, 0.1112889, 0.3060124", \
					  "3.7800000e-05, 0.0014378, 0.0052072, 0.0152224, 0.0409259, 0.1104319, 0.3075173", \
					  "5.0050000e-05, 0.0014468, 0.0052069, 0.0152618, 0.0409237, 0.1108842, 0.3043404", \
					  "0.0001184, 0.0015703, 0.0054593, 0.0155078, 0.0412506, 0.1109865, 0.3071443");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("-0.0008491, 0.0025086, 0.0091358, 0.0159637, 0.0068638, -0.0529806, -0.2453497", \
					  "-0.0008286, 0.0025312, 0.0091363, 0.0159122, 0.0068031, -0.0530800, -0.2454231", \
					  "-0.0007638, 0.0025717, 0.0091650, 0.0159418, 0.0067899, -0.0531085, -0.2454649", \
					  "-0.0007670, 0.0025681, 0.0091569, 0.0159335, 0.0067544, -0.0531483, -0.2455182", \
					  "-0.0007737, 0.0025489, 0.0091404, 0.0158585, 0.0066704, -0.0532270, -0.2456137", \
					  "-0.0007838, 0.0025450, 0.0091200, 0.0158046, 0.0066557, -0.0532478, -0.2456372", \
					  "-0.0007990, 0.0025425, 0.0091097, 0.0158303, 0.0066731, -0.0532992, -0.2456088");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("-0.0027820, -0.0010555, 0.0034207, 0.0146061, 0.0414175, 0.1118421, 0.3077726", \
					  "-0.0027411, -0.0010175, 0.0034541, 0.0146199, 0.0414299, 0.1118215, 0.3077553", \
					  "-0.0026478, -0.0009375, 0.0035121, 0.0146392, 0.0414236, 0.1116382, 0.3072227", \
					  "-0.0026515, -0.0009677, 0.0034194, 0.0144706, 0.0412201, 0.1119571, 0.3089350", \
					  "-0.0026381, -0.0009699, 0.0033678, 0.0143485, 0.0409769, 0.1111565, 0.3080202", \
					  "-0.0025825, -0.0009302, 0.0033824, 0.0143106, 0.0408612, 0.1116228, 0.3082759", \
					  "-0.0024091, -0.0007045, 0.0037219, 0.0146214, 0.0412192, 0.1113825, 0.3082434");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("-0.0015570, 0.0019045, 0.0087530, 0.0158950, 0.0071558, -0.0524432, -0.2446869", \
					  "-0.0015195, 0.0019401, 0.0087705, 0.0159172, 0.0072074, -0.0524041, -0.2446250", \
					  "-0.0014286, 0.0020163, 0.0088130, 0.0158964, 0.0071269, -0.0525219, -0.2447657", \
					  "-0.0014273, 0.0020016, 0.0087728, 0.0157620, 0.0069404, -0.0527458, -0.2449962", \
					  "-0.0014062, 0.0020096, 0.0087405, 0.0157610, 0.0068612, -0.0528583, -0.2451505", \
					  "-0.0013495, 0.0020527, 0.0087747, 0.0157281, 0.0067597, -0.0529288, -0.2452146", \
					  "-0.0011948, 0.0022182, 0.0089783, 0.0159840, 0.0070640, -0.0527635, -0.2451516");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0018671, 0.0026908, 0.0052130, 0.0132439, 0.0367482, 0.1052975, 0.3010972", \
					  "0.0018827, 0.0027057, 0.0052217, 0.0132353, 0.0367217, 0.1047440, 0.2992858", \
					  "0.0019168, 0.0027363, 0.0052386, 0.0132390, 0.0367257, 0.1047314, 0.2992743", \
					  "0.0019035, 0.0026969, 0.0051520, 0.0130838, 0.0365773, 0.1045688, 0.2992901", \
					  "0.0018937, 0.0026538, 0.0050476, 0.0129506, 0.0364866, 0.1046048, 0.2993370", \
					  "0.0019114, 0.0027259, 0.0052194, 0.0128851, 0.0364356, 0.1045925, 0.2991920", \
					  "0.0019120, 0.0027151, 0.0052153, 0.0130326, 0.0367316, 0.1051358, 0.3005831");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0003093, 0.0030427, 0.0082959, 0.0128687, 0.0014730, -0.0598556, -0.2529003", \
					  "0.0002882, 0.0030111, 0.0082383, 0.0127745, 0.0013654, -0.0600009, -0.2530613", \
					  "0.0002504, 0.0029645, 0.0081640, 0.0126769, 0.0012157, -0.0601694, -0.2532326", \
					  "0.0002447, 0.0029472, 0.0081290, 0.0125612, 0.0010836, -0.0602394, -0.2533469", \
					  "0.0002445, 0.0029306, 0.0081032, 0.0125125, 0.0009863, -0.0603697, -0.2533987", \
					  "0.0002315, 0.0029052, 0.0080491, 0.0123865, 0.0008342, -0.0604855, -0.2534856", \
					  "0.0002113, 0.0028763, 0.0079447, 0.0121646, 0.0006209, -0.0606008, -0.2535342");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.3241372, 0.3303353, 0.3447608, 0.3785616, 0.4661672, 0.7056645, 1.3790361", \
					  "0.3293541, 0.3355035, 0.3498193, 0.3835963, 0.4712253, 0.7106122, 1.3859985", \
					  "0.3410029, 0.3471917, 0.3617145, 0.3955665, 0.4831673, 0.7223487, 1.3967135", \
					  "0.3630138, 0.3692288, 0.3836743, 0.4173125, 0.5049271, 0.7443687, 1.4182487", \
					  "0.3941414, 0.4003766, 0.4148013, 0.4484468, 0.5359014, 0.7754111, 1.4504689", \
					  "0.4334326, 0.4396294, 0.4540872, 0.4878642, 0.5754958, 0.8149081, 1.4891000", \
					  "0.4710304, 0.4772815, 0.4917223, 0.5254923, 0.6131080, 0.8523751, 1.5258007");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0255096, 0.0308419, 0.0448049, 0.0851003, 0.2029872, 0.5413365, 1.5095424", \
					  "0.0254591, 0.0307460, 0.0450117, 0.0850849, 0.2029704, 0.5412188, 1.5052903", \
					  "0.0256473, 0.0309557, 0.0449780, 0.0849445, 0.2033049, 0.5405107, 1.4918162", \
					  "0.0253874, 0.0306883, 0.0448555, 0.0850290, 0.2033386, 0.5393039, 1.5101772", \
					  "0.0254805, 0.0307070, 0.0448816, 0.0850181, 0.2035955, 0.5406824, 1.5026975", \
					  "0.0255060, 0.0308816, 0.0447436, 0.0850636, 0.2035416, 0.5400341, 1.4928431", \
					  "0.0257286, 0.0308605, 0.0449547, 0.0849395, 0.2030237, 0.5407163, 1.4988782");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.2285337, 0.2332467, 0.2436271, 0.2643054, 0.3056506, 0.3974562, 0.6373628", \
					  "0.2340894, 0.2388369, 0.2492545, 0.2697902, 0.3111077, 0.4029118, 0.6428323", \
					  "0.2485204, 0.2532144, 0.2636216, 0.2842965, 0.3256499, 0.4174546, 0.6573952", \
					  "0.2834580, 0.2881737, 0.2985329, 0.3192214, 0.3605632, 0.4523688, 0.6923147", \
					  "0.3546658, 0.3593455, 0.3697496, 0.3904149, 0.4317787, 0.5235840, 0.7634656", \
					  "0.4772259, 0.4820126, 0.4924301, 0.5129492, 0.5542560, 0.6460850, 0.8860044", \
					  "0.6878204, 0.6925476, 0.7030296, 0.7235442, 0.7648884, 0.8567159, 1.0965472");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0216270, 0.0246063, 0.0319150, 0.0476663, 0.0864069, 0.1917840, 0.5092917", \
					  "0.0216673, 0.0247346, 0.0319039, 0.0476516, 0.0865813, 0.1917141, 0.5081328", \
					  "0.0216095, 0.0248919, 0.0319459, 0.0476701, 0.0864023, 0.1919680, 0.5094749", \
					  "0.0216125, 0.0245946, 0.0318517, 0.0476575, 0.0864171, 0.1920045, 0.5103359", \
					  "0.0217810, 0.0248835, 0.0319867, 0.0476804, 0.0864036, 0.1917962, 0.5089170", \
					  "0.0216703, 0.0247769, 0.0319562, 0.0477633, 0.0865070, 0.1920526, 0.5122266", \
					  "0.0217291, 0.0247385, 0.0319887, 0.0477020, 0.0866002, 0.1918384, 0.5050589");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.2837765, 0.2899901, 0.3045449, 0.3383874, 0.4260224, 0.6654858, 1.3391787", \
					  "0.2886280, 0.2948540, 0.3094034, 0.3432691, 0.4307320, 0.6701901, 1.3439249", \
					  "0.2997595, 0.3059541, 0.3204872, 0.3543269, 0.4419477, 0.6813302, 1.3553246", \
					  "0.3246571, 0.3308330, 0.3453688, 0.3792037, 0.4668271, 0.7062674, 1.3802059", \
					  "0.3658173, 0.3720356, 0.3865693, 0.4204037, 0.5080147, 0.7472575, 1.4204030", \
					  "0.4282877, 0.4345139, 0.4489960, 0.4828479, 0.5704786, 0.8097204, 1.4825171", \
					  "0.5131211, 0.5193471, 0.5338912, 0.5677388, 0.6553690, 0.8948238, 1.5685483");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0253056, 0.0305775, 0.0449070, 0.0850488, 0.2031493, 0.5401173, 1.5081606", \
					  "0.0254001, 0.0306103, 0.0449037, 0.0850095, 0.2036196, 0.5401957, 1.5080656", \
					  "0.0253566, 0.0306179, 0.0449128, 0.0850209, 0.2036098, 0.5408201, 1.4914316", \
					  "0.0253036, 0.0306466, 0.0448937, 0.0850017, 0.2035932, 0.5393704, 1.5084570", \
					  "0.0254193, 0.0306152, 0.0449136, 0.0850127, 0.2034706, 0.5402867, 1.5002083", \
					  "0.0252838, 0.0306460, 0.0449367, 0.0850517, 0.2030938, 0.5409209, 1.5045993", \
					  "0.0254753, 0.0306630, 0.0449542, 0.0850341, 0.2035557, 0.5392118, 1.5007615");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.2656557, 0.2704724, 0.2810667, 0.3019349, 0.3434447, 0.4353080, 0.6752676", \
					  "0.2704693, 0.2753096, 0.2858642, 0.3067905, 0.3482952, 0.4401581, 0.6801077", \
					  "0.2824082, 0.2872534, 0.2978044, 0.3186712, 0.3601736, 0.4520397, 0.6919376", \
					  "0.3075802, 0.3123942, 0.3229926, 0.3438140, 0.3852874, 0.4771680, 0.7169884", \
					  "0.3485269, 0.3534038, 0.3639220, 0.3847933, 0.4263029, 0.5181965, 0.7581144", \
					  "0.4084903, 0.4133109, 0.4239181, 0.4445137, 0.4860335, 0.5778883, 0.8178082", \
					  "0.4822595, 0.4870623, 0.4976612, 0.5188508, 0.5603391, 0.6522038, 0.8920858");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0220446, 0.0251897, 0.0320395, 0.0482865, 0.0866237, 0.1919686, 0.5078714", \
					  "0.0222264, 0.0252203, 0.0320265, 0.0483229, 0.0865792, 0.1917310, 0.5087901", \
					  "0.0222213, 0.0251614, 0.0320471, 0.0482940, 0.0867118, 0.1921898, 0.5087848", \
					  "0.0221148, 0.0250829, 0.0320054, 0.0482529, 0.0867458, 0.1920067, 0.5098843", \
					  "0.0222098, 0.0251498, 0.0322786, 0.0482544, 0.0868805, 0.1919227, 0.5084564", \
					  "0.0221154, 0.0252230, 0.0320817, 0.0483729, 0.0866145, 0.1917160, 0.5092892", \
					  "0.0221603, 0.0251441, 0.0320640, 0.0479546, 0.0866541, 0.1916954, 0.5088552");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0956541, 0.1015578, 0.1156472, 0.1488596, 0.2354579, 0.4737252, 1.1472003", \
					  "0.1002848, 0.1061831, 0.1202658, 0.1534652, 0.2401539, 0.4786193, 1.1508472", \
					  "0.1102301, 0.1161890, 0.1301936, 0.1633604, 0.2501484, 0.4887344, 1.1604789", \
					  "0.1311725, 0.1371183, 0.1511490, 0.1843940, 0.2714921, 0.5103366, 1.1824616", \
					  "0.1698300, 0.1752028, 0.1900297, 0.2242324, 0.3119849, 0.5512666, 1.2261500", \
					  "0.2239562, 0.2314252, 0.2481621, 0.2829275, 0.3716306, 0.6116835, 1.2906097", \
					  "0.2775898, 0.2876894, 0.3093295, 0.3506002, 0.4415336, 0.6813620, 1.3546367");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0236048, 0.0289922, 0.0434161, 0.0840713, 0.2029096, 0.5404781, 1.5018429", \
					  "0.0235853, 0.0289782, 0.0434511, 0.0841609, 0.2026471, 0.5414117, 1.5074693", \
					  "0.0236945, 0.0287329, 0.0433161, 0.0841093, 0.2026524, 0.5413485, 1.5067516", \
					  "0.0235924, 0.0289940, 0.0434197, 0.0840959, 0.2026406, 0.5412668, 1.5052855", \
					  "0.0260018, 0.0320508, 0.0461107, 0.0858449, 0.2036181, 0.5408025, 1.5079855", \
					  "0.0328959, 0.0381696, 0.0514875, 0.0899277, 0.2049680, 0.5407813, 1.5036080", \
					  "0.0474434, 0.0536582, 0.0673742, 0.1012863, 0.2094311, 0.5405599, 1.4985821");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.1245204, 0.1294925, 0.1401169, 0.1610547, 0.2024073, 0.2942123, 0.5339702", \
					  "0.1303198, 0.1353014, 0.1459180, 0.1668579, 0.2082680, 0.3000717, 0.5400457", \
					  "0.1451782, 0.1500812, 0.1605972, 0.1815679, 0.2229692, 0.3147906, 0.5547513", \
					  "0.1810074, 0.1859104, 0.1953675, 0.2163022, 0.2576984, 0.3495524, 0.5895222", \
					  "0.2657790, 0.2705825, 0.2811753, 0.3020681, 0.3435312, 0.4354327, 0.6753484", \
					  "0.4400863, 0.4462986, 0.4593394, 0.4838821, 0.5289124, 0.6222753, 0.8620749", \
					  "0.7468757, 0.7560603, 0.7748047, 0.8084308, 0.8667207, 0.9708695, 1.2124090");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0229925, 0.0261080, 0.0331096, 0.0489677, 0.0871123, 0.1919148, 0.5111748", \
					  "0.0229501, 0.0261341, 0.0331097, 0.0488386, 0.0872493, 0.1922403, 0.5104198", \
					  "0.0230186, 0.0262017, 0.0332133, 0.0487961, 0.0871539, 0.1922160, 0.5090176", \
					  "0.0229679, 0.0259942, 0.0330360, 0.0488934, 0.0870268, 0.1921005, 0.5090466", \
					  "0.0233406, 0.0262926, 0.0334497, 0.0488399, 0.0871153, 0.1919761, 0.5088858", \
					  "0.0337197, 0.0365880, 0.0441697, 0.0590391, 0.0939355, 0.1941826, 0.5090932", \
					  "0.0528706, 0.0567827, 0.0659606, 0.0843432, 0.1198040, 0.2107533, 0.5107806");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.275584;
			max_transition : 1.515741;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0020382, -0.0002995, 0.0043689, 0.0159680, 0.0445960, 0.1214808, 0.3377887", \
					  "-0.0020161, -0.0002891, 0.0043509, 0.0159165, 0.0446634, 0.1214628, 0.3394456", \
					  "-0.0019543, -0.0002336, 0.0043917, 0.0159511, 0.0445277, 0.1217227, 0.3364413", \
					  "-0.0019573, -0.0002400, 0.0043796, 0.0159423, 0.0444993, 0.1216798, 0.3363642", \
					  "-0.0019642, -0.0002521, 0.0043580, 0.0158630, 0.0443954, 0.1216778, 0.3393152", \
					  "-0.0019747, -0.0002677, 0.0043212, 0.0158115, 0.0443904, 0.1216495, 0.3389159", \
					  "-0.0019650, -0.0002305, 0.0043655, 0.0158385, 0.0444831, 0.1209281, 0.3358968");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("0.0009590, 0.0039441, 0.0098601, 0.0153802, 0.0036840, -0.0630633, -0.2770825", \
					  "0.0009974, 0.0039695, 0.0098484, 0.0153106, 0.0035581, -0.0632135, -0.2772932", \
					  "0.0010941, 0.0040584, 0.0099305, 0.0153717, 0.0036045, -0.0632263, -0.2772509", \
					  "0.0010908, 0.0040499, 0.0099081, 0.0153306, 0.0035190, -0.0632868, -0.2773026", \
					  "0.0010904, 0.0040361, 0.0098596, 0.0152287, 0.0033875, -0.0634366, -0.2775556", \
					  "0.0011046, 0.0040474, 0.0098727, 0.0152375, 0.0033842, -0.0634709, -0.2774920", \
					  "0.0011558, 0.0041285, 0.0100174, 0.0155071, 0.0037084, -0.0632712, -0.2773949");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0027522, -0.0009130, 0.0039634, 0.0158879, 0.0448598, 0.1224992, 0.3408716", \
					  "-0.0027116, -0.0008786, 0.0039978, 0.0159221, 0.0448892, 0.1225558, 0.3386227", \
					  "-0.0026209, -0.0008037, 0.0040335, 0.0159030, 0.0448178, 0.1225390, 0.3398984", \
					  "-0.0026186, -0.0008164, 0.0039908, 0.0157914, 0.0446405, 0.1224032, 0.3402598", \
					  "-0.0025988, -0.0008094, 0.0039638, 0.0157185, 0.0444649, 0.1221042, 0.3411564", \
					  "-0.0025420, -0.0007602, 0.0039916, 0.0157194, 0.0445241, 0.1220384, 0.3386315", \
					  "-0.0023657, -0.0005456, 0.0042239, 0.0160017, 0.0447917, 0.1216060, 0.3378030");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0017344, 0.0015387, 0.0080905, 0.0146246, 0.0039611, -0.0621819, -0.2758854", \
					  "-0.0016937, 0.0015718, 0.0081125, 0.0146386, 0.0039496, -0.0622231, -0.2759804", \
					  "-0.0016013, 0.0016541, 0.0081718, 0.0146537, 0.0039220, -0.0622465, -0.2759966", \
					  "-0.0016028, 0.0016287, 0.0080865, 0.0144847, 0.0036621, -0.0625439, -0.2763029", \
					  "-0.0015893, 0.0016184, 0.0080372, 0.0143569, 0.0034612, -0.0628346, -0.2766355", \
					  "-0.0015326, 0.0016656, 0.0080501, 0.0143291, 0.0033856, -0.0628979, -0.2766694", \
					  "-0.0013774, 0.0018411, 0.0082730, 0.0146269, 0.0037319, -0.0627332, -0.2765899");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("-0.0008659, 0.0002443, 0.0035204, 0.0128725, 0.0392923, 0.1152381, 0.3309102", \
					  "-0.0008880, 0.0002168, 0.0034655, 0.0127776, 0.0391738, 0.1150379, 0.3299147", \
					  "-0.0009249, 0.0001694, 0.0033983, 0.0126718, 0.0390457, 0.1141741, 0.3316063", \
					  "-0.0009325, 0.0001516, 0.0033524, 0.0125663, 0.0388899, 0.1146268, 0.3317388", \
					  "-0.0009391, 0.0001339, 0.0033143, 0.0125128, 0.0388128, 0.1141175, 0.3284580", \
					  "-0.0009553, 9.5950000e-05, 0.0032402, 0.0124024, 0.0386152, 0.1141257, 0.3298758", \
					  "-0.0009494, 0.0001045, 0.0031917, 0.0121586, 0.0385496, 0.1135494, 0.3305529");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("0.0029355, 0.0053138, 0.0098910, 0.0132534, -0.0005996, -0.0687180, -0.2832548", \
					  "0.0029504, 0.0053254, 0.0098925, 0.0132420, -0.0006125, -0.0687858, -0.2833639", \
					  "0.0029836, 0.0053545, 0.0099134, 0.0132532, -0.0006328, -0.0687602, -0.2833809", \
					  "0.0029713, 0.0053217, 0.0098346, 0.0130993, -0.0008623, -0.0690338, -0.2836785", \
					  "0.0029610, 0.0052958, 0.0097632, 0.0129596, -0.0010769, -0.0692837, -0.2839434", \
					  "0.0029571, 0.0052798, 0.0097211, 0.0128734, -0.0012956, -0.0695848, -0.2842862", \
					  "0.0029669, 0.0053085, 0.0097915, 0.0130229, -0.0010029, -0.0692197, -0.2839614");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.3162539, 0.3215120, 0.3338525, 0.3641893, 0.4469307, 0.6832711, 1.3578164", \
					  "0.3217452, 0.3270120, 0.3393454, 0.3696855, 0.4526167, 0.6889162, 1.3638908", \
					  "0.3362419, 0.3415003, 0.3538405, 0.3841780, 0.4670842, 0.7035175, 1.3797316", \
					  "0.3711768, 0.3764344, 0.3887779, 0.4191138, 0.5020278, 0.7384469, 1.4146365", \
					  "0.4423603, 0.4476191, 0.4599594, 0.4902967, 0.5730432, 0.8093700, 1.4840656", \
					  "0.5648418, 0.5700629, 0.5824078, 0.6127836, 0.6956913, 0.9320267, 1.6081814", \
					  "0.7755653, 0.7808192, 0.7931651, 0.8235012, 0.9064275, 1.1426581, 1.8215764");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0197600, 0.0242377, 0.0370128, 0.0756122, 0.1917402, 0.5289366, 1.5016461", \
					  "0.0197475, 0.0242389, 0.0370136, 0.0757823, 0.1919399, 0.5297212, 1.4985678", \
					  "0.0197600, 0.0242379, 0.0370131, 0.0758412, 0.1915217, 0.5286259, 1.4881154", \
					  "0.0197595, 0.0242366, 0.0370111, 0.0758301, 0.1915136, 0.5282712, 1.4878361", \
					  "0.0197602, 0.0242385, 0.0370141, 0.0756171, 0.1917539, 0.5288550, 1.5014631", \
					  "0.0197968, 0.0242916, 0.0368919, 0.0757958, 0.1920897, 0.5288880, 1.4954055", \
					  "0.0197657, 0.0242401, 0.0370135, 0.0758036, 0.1919865, 0.5259445, 1.4913359");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.3996195, 0.4036985, 0.4125756, 0.4306228, 0.4678860, 0.5574254, 0.8062779", \
					  "0.4046862, 0.4088004, 0.4177878, 0.4356410, 0.4730172, 0.5625566, 0.8117598", \
					  "0.4162026, 0.4202830, 0.4293261, 0.4472246, 0.4845231, 0.5739115, 0.8230132", \
					  "0.4384459, 0.4425333, 0.4513922, 0.4694653, 0.5067599, 0.5962985, 0.8453896", \
					  "0.4694817, 0.4735785, 0.4825457, 0.5005068, 0.5377984, 0.6273322, 0.8765448", \
					  "0.5090737, 0.5131821, 0.5221846, 0.5400131, 0.5772406, 0.6668975, 0.9158866", \
					  "0.5465526, 0.5506505, 0.5596300, 0.5776841, 0.6149020, 0.7044189, 0.9534712");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0187662, 0.0213156, 0.0274348, 0.0415107, 0.0787442, 0.1895246, 0.5225533", \
					  "0.0187674, 0.0213225, 0.0273177, 0.0414512, 0.0792182, 0.1900898, 0.5209569", \
					  "0.0188027, 0.0213243, 0.0271888, 0.0419063, 0.0791220, 0.1891762, 0.5261699", \
					  "0.0187597, 0.0212850, 0.0274550, 0.0415045, 0.0791407, 0.1890849, 0.5209657", \
					  "0.0187594, 0.0213219, 0.0272776, 0.0415842, 0.0792120, 0.1900133, 0.5212328", \
					  "0.0187517, 0.0213139, 0.0273672, 0.0413438, 0.0790247, 0.1894599, 0.5256094", \
					  "0.0186685, 0.0211508, 0.0269582, 0.0415087, 0.0790005, 0.1895419, 0.5211262");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.3540910, 0.3593701, 0.3716080, 0.4018807, 0.4849535, 0.7212377, 1.3950318", \
					  "0.3589781, 0.3642516, 0.3766117, 0.4068101, 0.4899372, 0.7261013, 1.4021847", \
					  "0.3709035, 0.3761590, 0.3883778, 0.4187677, 0.5014879, 0.7371595, 1.4164599", \
					  "0.3960287, 0.4012299, 0.4136372, 0.4438638, 0.5266910, 0.7629211, 1.4398769", \
					  "0.4370883, 0.4423466, 0.4547150, 0.4849359, 0.5679235, 0.8041796, 1.4804250", \
					  "0.4967478, 0.5019843, 0.5143150, 0.5445476, 0.6276613, 0.8638846, 1.5401276", \
					  "0.5712182, 0.5764573, 0.5887577, 0.6191145, 0.7021330, 0.9384006, 1.6146555");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0200666, 0.0243560, 0.0371010, 0.0756591, 0.1922328, 0.5307597, 1.5020948", \
					  "0.0198421, 0.0242956, 0.0370166, 0.0758849, 0.1923236, 0.5305901, 1.5071226", \
					  "0.0198769, 0.0241735, 0.0370606, 0.0756741, 0.1921252, 0.5312416, 1.5023045", \
					  "0.0198368, 0.0243186, 0.0369913, 0.0757041, 0.1917411, 0.5311762, 1.4993561", \
					  "0.0198651, 0.0242702, 0.0369547, 0.0757222, 0.1919789, 0.5296198, 1.5081790", \
					  "0.0197854, 0.0242731, 0.0370549, 0.0757651, 0.1919290, 0.5296555, 1.5157412", \
					  "0.0198143, 0.0241907, 0.0370401, 0.0757533, 0.1921496, 0.5290888, 1.4978787");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.3594519, 0.3635423, 0.3725429, 0.3904081, 0.4276933, 0.5173154, 0.7658660", \
					  "0.3643092, 0.3683714, 0.3772265, 0.3952449, 0.4324669, 0.5220699, 0.7712211", \
					  "0.3753304, 0.3794081, 0.3884623, 0.4063347, 0.4436197, 0.5331811, 0.7823920", \
					  "0.4002162, 0.4042801, 0.4133579, 0.4310751, 0.4684327, 0.5579655, 0.8070475", \
					  "0.4413667, 0.4454391, 0.4544360, 0.4724132, 0.5095928, 0.5991961, 0.8484203", \
					  "0.5038511, 0.5079287, 0.5168881, 0.5348888, 0.5720605, 0.6615556, 0.9108513", \
					  "0.5887265, 0.5927819, 0.6017428, 0.6197312, 0.6570017, 0.7464104, 0.9958422");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0186845, 0.0211601, 0.0271587, 0.0418190, 0.0786037, 0.1897800, 0.5227100", \
					  "0.0187883, 0.0213016, 0.0274226, 0.0414451, 0.0788236, 0.1895085, 0.5212821", \
					  "0.0187642, 0.0212612, 0.0272017, 0.0417984, 0.0790331, 0.1900186, 0.5212193", \
					  "0.0187799, 0.0212965, 0.0270915, 0.0414000, 0.0788988, 0.1898234, 0.5199863", \
					  "0.0188549, 0.0213534, 0.0272923, 0.0415529, 0.0787035, 0.1896497, 0.5228969", \
					  "0.0186524, 0.0210959, 0.0269679, 0.0413602, 0.0789484, 0.1899670, 0.5245759", \
					  "0.0187971, 0.0211245, 0.0272513, 0.0418131, 0.0790324, 0.1897417, 0.5195440");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.2138682, 0.2189458, 0.2313384, 0.2616495, 0.3444408, 0.5810014, 1.2574412", \
					  "0.2195692, 0.2247971, 0.2371559, 0.2674870, 0.3503610, 0.5868950, 1.2623487", \
					  "0.2344157, 0.2396625, 0.2520344, 0.2823833, 0.3652934, 0.6015550, 1.2776343", \
					  "0.2690337, 0.2742447, 0.2866317, 0.3169165, 0.3998332, 0.6362361, 1.3120136", \
					  "0.3548045, 0.3600455, 0.3724236, 0.4027720, 0.4857016, 0.7218011, 1.3975565", \
					  "0.5421088, 0.5474325, 0.5599737, 0.5904289, 0.6734273, 0.9095428, 1.5842351", \
					  "0.8854278, 0.8914935, 0.9048834, 0.9356785, 1.0188540, 1.2541915, 1.9323045");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0197338, 0.0242049, 0.0370025, 0.0757644, 0.1917922, 0.5300579, 1.4951081", \
					  "0.0198949, 0.0242609, 0.0369776, 0.0758741, 0.1921278, 0.5282887, 1.4947202", \
					  "0.0199055, 0.0243072, 0.0370541, 0.0758513, 0.1920028, 0.5296945, 1.4963940", \
					  "0.0198177, 0.0241494, 0.0370031, 0.0758287, 0.1921187, 0.5288586, 1.4970789", \
					  "0.0199129, 0.0243095, 0.0370625, 0.0758294, 0.1918107, 0.5300684, 1.4924576", \
					  "0.0206800, 0.0250563, 0.0375563, 0.0760485, 0.1918576, 0.5291425, 1.5026044", \
					  "0.0247924, 0.0290514, 0.0406996, 0.0774778, 0.1922070, 0.5272799, 1.4938636");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.1707367, 0.1748154, 0.1836770, 0.2017227, 0.2390028, 0.3285322, 0.5776047", \
					  "0.1752849, 0.1793553, 0.1883336, 0.2064145, 0.2435613, 0.3330114, 0.5822360", \
					  "0.1851514, 0.1892590, 0.1981297, 0.2161498, 0.2533991, 0.3429314, 0.5915693", \
					  "0.2059327, 0.2100369, 0.2189035, 0.2369163, 0.2741601, 0.3636943, 0.6123008", \
					  "0.2452735, 0.2493828, 0.2582603, 0.2763185, 0.3135532, 0.4030616, 0.6523950", \
					  "0.3032531, 0.3073717, 0.3164862, 0.3345485, 0.3719762, 0.4614294, 0.7101766", \
					  "0.3697246, 0.3740552, 0.3834003, 0.4019297, 0.4395981, 0.5290218, 0.7782634");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0186766, 0.0211998, 0.0273349, 0.0414279, 0.0790504, 0.1891310, 0.5210811", \
					  "0.0187414, 0.0212854, 0.0272095, 0.0414363, 0.0790206, 0.1898104, 0.5253915", \
					  "0.0185947, 0.0212255, 0.0272937, 0.0415657, 0.0786537, 0.1896897, 0.5217102", \
					  "0.0185973, 0.0212213, 0.0273009, 0.0415592, 0.0786779, 0.1897190, 0.5217823", \
					  "0.0187644, 0.0214735, 0.0276494, 0.0415621, 0.0792112, 0.1899627, 0.5245882", \
					  "0.0192196, 0.0216829, 0.0275818, 0.0421502, 0.0793612, 0.1885259, 0.5236160", \
					  "0.0205291, 0.0231210, 0.0291888, 0.0429651, 0.0798271, 0.1900505, 0.5237860");
				}
			}
		}
	}
	cell ("scs8hd_dlrtn_1") {
		area : 17.516800;
		cell_footprint : "dlrtn";
		cell_leakage_power : 1.273523e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017464";
			when : "RESETB&D&!GATEN&Q";
		}
		leakage_power () {
			value : "0.0013435";
			when : "RESETB&D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0013865";
			when : "RESETB&!D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0009303";
			when : "RESETB&!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0009380";
			when : "!RESETB&!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0009457";
			when : "RESETB&!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0017329";
			when : "RESETB&D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0014534";
			when : "!RESETB&D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0009227";
			when : "!RESETB&!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0013358";
			when : "!RESETB&D&GATEN&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002470;
			capacitance : 0.002313;
			fall_capacitance : 0.002155;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0736836, -0.0205911, -0.0336120", \
					  "-0.1963561, -0.1420430, -0.1550638", \
					  "-0.2895365, -0.2352233, -0.2458027");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0837871, 0.0319154, 0.0461569", \
					  "0.2052389, 0.1545879, 0.1676087", \
					  "0.2996400, 0.2465475, 0.2607891");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1192531, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029315, 0.0029272, 0.0029174, 0.0029252, 0.0029433, 0.0029849, 0.0030809");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029035, -0.0029333, -0.0030019, -0.0030040, -0.0030087, -0.0030195, -0.0030445");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001786;
			capacitance : 0.001698;
			fall_capacitance : 0.001611;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1680156, 0.2626120, 0.3130677", \
					  "0.0416810, 0.1362773, 0.1855124", \
					  "-0.0502786, 0.0479798, 0.0984355");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1069805, 0.3077780, 0.5620911", \
					  "0.0624329, 0.2607891, 0.5077780", \
					  "0.0742331, 0.2640443, 0.5110332");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1542500, -0.2512878, -0.3017435", \
					  "-0.0291361, -0.1261738, -0.1754089", \
					  "0.0616029, -0.0354349, -0.0871113");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0944355, -0.2976745, -0.5532083", \
					  "-0.0413431, -0.2433613, -0.4964538", \
					  "-0.0311706, -0.2319681, -0.4850606");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065275, 0.0064371, 0.0062288, 0.0062263, 0.0062207, 0.0062077, 0.0061778");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0129969, 0.0129159, 0.0127293, 0.0127378, 0.0127575, 0.0128030, 0.0129078");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001589;
			capacitance : 0.001675;
			rise_capacitance : 0.001760;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2378923, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076544, 0.0076008, 0.0074773, 0.0074533, 0.0073981, 0.0072708, 0.0069773");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127026, 0.0126388, 0.0124918, 0.0124798, 0.0124523, 0.0123889, 0.0122426");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.137339;
			max_transition : 1.499664;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0099737, 0.0111189, 0.0138419, 0.0200982, 0.0357135, 0.0754616, 0.1768205", \
					  "0.0100189, 0.0111715, 0.0138278, 0.0201220, 0.0355852, 0.0750224, 0.1767695", \
					  "0.0101283, 0.0112439, 0.0139640, 0.0202088, 0.0356826, 0.0750679, 0.1768634", \
					  "0.0098785, 0.0109775, 0.0137008, 0.0199580, 0.0356290, 0.0752232, 0.1749535", \
					  "0.0098130, 0.0109406, 0.0136279, 0.0199121, 0.0355675, 0.0751740, 0.1755959", \
					  "0.0100241, 0.0109693, 0.0135987, 0.0199175, 0.0352926, 0.0751924, 0.1758063", \
					  "0.0105620, 0.0115327, 0.0139854, 0.0202046, 0.0356937, 0.0750875, 0.1759188");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0067454, 0.0061790, 0.0044710, -0.0009629, -0.0162838, -0.0560425, -0.1575997", \
					  "0.0066887, 0.0061208, 0.0044121, -0.0010205, -0.0163431, -0.0560985, -0.1576508", \
					  "0.0067704, 0.0061764, 0.0044931, -0.0009468, -0.0162749, -0.0560244, -0.1575695", \
					  "0.0067167, 0.0061401, 0.0044403, -0.0009996, -0.0163274, -0.0560772, -0.1576218", \
					  "0.0066186, 0.0060561, 0.0043443, -0.0011103, -0.0164326, -0.0561877, -0.1577072", \
					  "0.0069625, 0.0060944, 0.0040722, -0.0012300, -0.0165286, -0.0562760, -0.1578133", \
					  "0.0079374, 0.0070764, 0.0048347, -0.0011191, -0.0166582, -0.0564284, -0.1578031");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0142774, 0.0154369, 0.0181224, 0.0244524, 0.0399299, 0.0795841, 0.1797216", \
					  "0.0142094, 0.0153548, 0.0180508, 0.0243212, 0.0399481, 0.0794189, 0.1799693", \
					  "0.0142166, 0.0153653, 0.0180654, 0.0243589, 0.0399831, 0.0797069, 0.1808007", \
					  "0.0141526, 0.0152905, 0.0179900, 0.0242680, 0.0398703, 0.0791558, 0.1798930", \
					  "0.0139872, 0.0151332, 0.0178395, 0.0241350, 0.0395901, 0.0794082, 0.1805485", \
					  "0.0139119, 0.0150532, 0.0177423, 0.0240861, 0.0395677, 0.0787400, 0.1797946", \
					  "0.0145355, 0.0155227, 0.0179816, 0.0240456, 0.0398180, 0.0794019, 0.1797786");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0130968, 0.0124940, 0.0108598, 0.0054223, -0.0098968, -0.0496365, -0.1511664", \
					  "0.0130274, 0.0124660, 0.0107636, 0.0053505, -0.0099538, -0.0496940, -0.1512360", \
					  "0.0131251, 0.0125201, 0.0107845, 0.0054127, -0.0098880, -0.0496456, -0.1511714", \
					  "0.0129397, 0.0123319, 0.0106423, 0.0052384, -0.0100861, -0.0498282, -0.1513674", \
					  "0.0126914, 0.0121312, 0.0103735, 0.0049951, -0.0103022, -0.0500480, -0.1515887", \
					  "0.0124139, 0.0118748, 0.0102634, 0.0048717, -0.0104296, -0.0501720, -0.1516938", \
					  "0.0141053, 0.0132434, 0.0109646, 0.0049963, -0.0105074, -0.0501703, -0.1516381");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0109967, 0.0120715, 0.0146498, 0.0207917, 0.0361051, 0.0757714, 0.1759389", \
					  "0.0109762, 0.0120436, 0.0146302, 0.0207916, 0.0363094, 0.0754512, 0.1759042", \
					  "0.0107952, 0.0118729, 0.0144405, 0.0205877, 0.0359860, 0.0756327, 0.1746684", \
					  "0.0106398, 0.0116941, 0.0142690, 0.0204408, 0.0358824, 0.0756018, 0.1756122", \
					  "0.0107139, 0.0116557, 0.0140826, 0.0202089, 0.0357337, 0.0750353, 0.1758026", \
					  "0.0108649, 0.0118216, 0.0142431, 0.0203123, 0.0357617, 0.0747968, 0.1758924", \
					  "0.0107385, 0.0116746, 0.0141092, 0.0202843, 0.0360631, 0.0754862, 0.1759219");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0106767, 0.0104928, 0.0102298, 0.0074564, -0.0075922, -0.0473979, -0.1489376", \
					  "0.0104996, 0.0103377, 0.0100391, 0.0073042, -0.0077460, -0.0475540, -0.1490900", \
					  "0.0103438, 0.0101208, 0.0098697, 0.0071670, -0.0078736, -0.0476713, -0.1492136", \
					  "0.0102390, 0.0100699, 0.0097184, 0.0070596, -0.0079588, -0.0477494, -0.1493034", \
					  "0.0100419, 0.0097788, 0.0094856, 0.0067520, -0.0082424, -0.0479990, -0.1495283", \
					  "0.0143184, 0.0134451, 0.0111795, 0.0061710, -0.0086368, -0.0483625, -0.1498807", \
					  "0.0157987, 0.0148830, 0.0125315, 0.0065063, -0.0090096, -0.0486854, -0.1500889");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.2992407, 0.3066160, 0.3232405, 0.3624644, 0.4601576, 0.7073551, 1.3378609", \
					  "0.3046595, 0.3120239, 0.3284121, 0.3675757, 0.4653709, 0.7126990, 1.3424023", \
					  "0.3166116, 0.3237169, 0.3403629, 0.3794152, 0.4772480, 0.7244125, 1.3547015", \
					  "0.3382272, 0.3452623, 0.3618963, 0.4011197, 0.4988194, 0.7456876, 1.3761583", \
					  "0.3692615, 0.3764025, 0.3930425, 0.4321827, 0.5298722, 0.7767132, 1.4074413", \
					  "0.4083137, 0.4156748, 0.4322837, 0.4714165, 0.5689897, 0.8160495, 1.4472901", \
					  "0.4460163, 0.4533471, 0.4699096, 0.5091078, 0.6067569, 0.8539930, 1.4828646");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0247527, 0.0320834, 0.0514550, 0.1039815, 0.2394633, 0.5888903, 1.4853111", \
					  "0.0246282, 0.0318845, 0.0513054, 0.1037831, 0.2392333, 0.5906614, 1.4856122", \
					  "0.0245399, 0.0320681, 0.0514928, 0.1034976, 0.2396575, 0.5892724, 1.4854179", \
					  "0.0245408, 0.0320815, 0.0514815, 0.1039515, 0.2395336, 0.5898393, 1.4801380", \
					  "0.0245095, 0.0320532, 0.0514595, 0.1038858, 0.2395432, 0.5898784, 1.4952106", \
					  "0.0247736, 0.0319917, 0.0513600, 0.1037310, 0.2394888, 0.5896409, 1.4996637", \
					  "0.0246137, 0.0320364, 0.0512936, 0.1038216, 0.2398555, 0.5898876, 1.4859405");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.1975140, 0.2023658, 0.2121610, 0.2309982, 0.2693639, 0.3580681, 0.5813349", \
					  "0.2030246, 0.2078766, 0.2176758, 0.2365111, 0.2748753, 0.3635784, 0.5869065", \
					  "0.2175031, 0.2223300, 0.2321624, 0.2509415, 0.2893497, 0.3780509, 0.6013423", \
					  "0.2524332, 0.2573048, 0.2670900, 0.2858702, 0.3242786, 0.4129803, 0.6362635", \
					  "0.3237363, 0.3286099, 0.3384374, 0.3571195, 0.3955231, 0.4841317, 0.7080238", \
					  "0.4461565, 0.4510293, 0.4607073, 0.4795513, 0.5179699, 0.6067254, 0.8302409", \
					  "0.6570219, 0.6618597, 0.6717018, 0.6905779, 0.7290388, 0.8177691, 1.0408563");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0168006, 0.0201925, 0.0277255, 0.0450869, 0.0870760, 0.2005253, 0.4963105", \
					  "0.0168061, 0.0201918, 0.0277252, 0.0450858, 0.0870591, 0.2005035, 0.4952669", \
					  "0.0168011, 0.0201444, 0.0278998, 0.0452178, 0.0870586, 0.2001403, 0.4974128", \
					  "0.0168029, 0.0202213, 0.0279030, 0.0452195, 0.0870616, 0.2001675, 0.4974578", \
					  "0.0168781, 0.0203729, 0.0278837, 0.0449490, 0.0872151, 0.1992619, 0.4953267", \
					  "0.0169221, 0.0203878, 0.0279354, 0.0449462, 0.0866984, 0.2003489, 0.4957931", \
					  "0.0168753, 0.0202287, 0.0279915, 0.0451594, 0.0871016, 0.2006065, 0.4947734");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.3650321, 0.3724096, 0.3890359, 0.4281891, 0.5260219, 0.7733302, 1.4052587", \
					  "0.3703843, 0.3777632, 0.3943616, 0.4336215, 0.5313787, 0.7780881, 1.4092697", \
					  "0.3845274, 0.3919439, 0.4085774, 0.4478126, 0.5453896, 0.7929098, 1.4239470", \
					  "0.4186706, 0.4260767, 0.4427105, 0.4820188, 0.5797207, 0.8272781, 1.4563249", \
					  "0.4957210, 0.5031366, 0.5197651, 0.5590596, 0.6566045, 0.9041332, 1.5375657", \
					  "0.6345109, 0.6418820, 0.6585200, 0.6977125, 0.7953926, 1.0428306, 1.6728541", \
					  "0.8687827, 0.8761659, 0.8927865, 0.9319612, 1.0297777, 1.2764360, 1.9078266");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0246527, 0.0320573, 0.0515355, 0.1037877, 0.2395052, 0.5898244, 1.4842441", \
					  "0.0246791, 0.0321235, 0.0515033, 0.1036382, 0.2394021, 0.5866511, 1.4760714", \
					  "0.0245217, 0.0319720, 0.0514404, 0.1038116, 0.2390459, 0.5907803, 1.4842688", \
					  "0.0246404, 0.0321178, 0.0514880, 0.1037241, 0.2390252, 0.5899990, 1.4922625", \
					  "0.0246156, 0.0320154, 0.0514486, 0.1038074, 0.2395434, 0.5906909, 1.4887248", \
					  "0.0246203, 0.0321420, 0.0515050, 0.1034679, 0.2387999, 0.5868664, 1.4755999", \
					  "0.0246139, 0.0320448, 0.0514426, 0.1033107, 0.2395961, 0.5879898, 1.4923226");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.2214979, 0.2264600, 0.2364569, 0.2555000, 0.2940062, 0.3827340, 0.6069900", \
					  "0.2271032, 0.2321112, 0.2420677, 0.2611169, 0.2996285, 0.3882549, 0.6119772", \
					  "0.2409467, 0.2459563, 0.2559118, 0.2749095, 0.3134857, 0.4022213, 0.6258417", \
					  "0.2745265, 0.2795141, 0.2894834, 0.3085372, 0.3470478, 0.4357815, 0.6590339", \
					  "0.3521098, 0.3571138, 0.3670823, 0.3860848, 0.4246339, 0.5133326, 0.7374432", \
					  "0.4948306, 0.4998623, 0.5098409, 0.5289195, 0.5674171, 0.6560900, 0.8804994", \
					  "0.7344890, 0.7395328, 0.7495902, 0.7687203, 0.8074061, 0.8961306, 1.1200159");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0174318, 0.0208264, 0.0283640, 0.0454988, 0.0872553, 0.1991951, 0.4984718", \
					  "0.0173337, 0.0208451, 0.0284994, 0.0455584, 0.0870834, 0.2000870, 0.4961141", \
					  "0.0174412, 0.0208984, 0.0284365, 0.0455412, 0.0874163, 0.2010970, 0.4967270", \
					  "0.0174224, 0.0208185, 0.0284724, 0.0455901, 0.0871306, 0.2001552, 0.4945923", \
					  "0.0173416, 0.0208267, 0.0283204, 0.0455093, 0.0874785, 0.2001232, 0.4952547", \
					  "0.0174455, 0.0209548, 0.0286263, 0.0454410, 0.0875424, 0.1989629, 0.4965254", \
					  "0.0177940, 0.0212309, 0.0289202, 0.0459062, 0.0875965, 0.2001534, 0.4938221");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0726275, 0.0796055, 0.0957953, 0.1345777, 0.2313914, 0.4774601, 1.1062042", \
					  "0.0772250, 0.0841812, 0.1003169, 0.1390196, 0.2358438, 0.4826526, 1.1119722", \
					  "0.0868069, 0.0938093, 0.1099565, 0.1487754, 0.2459614, 0.4924948, 1.1226459", \
					  "0.1060774, 0.1130838, 0.1293533, 0.1681375, 0.2655772, 0.5126651, 1.1413044", \
					  "0.1363961, 0.1439366, 0.1599869, 0.1996246, 0.2969922, 0.5448870, 1.1776234", \
					  "0.1741028, 0.1828994, 0.2009515, 0.2405361, 0.3386161, 0.5856989, 1.2197666", \
					  "0.1969108, 0.2088185, 0.2321961, 0.2755363, 0.3733701, 0.6209576, 1.2503206");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0222641, 0.0300629, 0.0502733, 0.1028421, 0.2397333, 0.5898415, 1.4924433", \
					  "0.0222377, 0.0300646, 0.0501513, 0.1033846, 0.2397085, 0.5915504, 1.4936796", \
					  "0.0222616, 0.0299754, 0.0501357, 0.1032396, 0.2393162, 0.5905390, 1.4923475", \
					  "0.0228205, 0.0304621, 0.0504024, 0.1034956, 0.2389654, 0.5907099, 1.4791022", \
					  "0.0252100, 0.0325728, 0.0522434, 0.1038551, 0.2394456, 0.5900470, 1.4919994", \
					  "0.0317943, 0.0388796, 0.0564318, 0.1056724, 0.2408559, 0.5894130, 1.4928035", \
					  "0.0470160, 0.0540545, 0.0706365, 0.1131997, 0.2421521, 0.5938418, 1.4804176");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0915609, 0.0966451, 0.1069129, 0.1264391, 0.1674841, 0.2571880, 0.4801145", \
					  "0.0971829, 0.1022225, 0.1125682, 0.1322577, 0.1733143, 0.2630389, 0.4860155", \
					  "0.1121221, 0.1172379, 0.1274160, 0.1471624, 0.1882593, 0.2780021, 0.5008702", \
					  "0.1483559, 0.1534309, 0.1635917, 0.1834322, 0.2245692, 0.3142971, 0.5378160", \
					  "0.2318795, 0.2372642, 0.2478197, 0.2678758, 0.3092124, 0.3988875, 0.6224389", \
					  "0.3862952, 0.3936739, 0.4078638, 0.4328560, 0.4784903, 0.5686082, 0.7914659", \
					  "0.6584970, 0.6693266, 0.6896392, 0.7241275, 0.7820269, 0.8733375, 1.0961086");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0182099, 0.0220033, 0.0299114, 0.0481299, 0.0913328, 0.2010734, 0.4974285", \
					  "0.0182440, 0.0220869, 0.0298001, 0.0479732, 0.0913020, 0.2009931, 0.4990341", \
					  "0.0182598, 0.0217987, 0.0297791, 0.0480209, 0.0913146, 0.2011078, 0.4982924", \
					  "0.0183114, 0.0220026, 0.0297720, 0.0479257, 0.0912616, 0.1999229, 0.4932655", \
					  "0.0203854, 0.0236875, 0.0313225, 0.0486626, 0.0913277, 0.2002830, 0.4945021", \
					  "0.0305325, 0.0345864, 0.0428554, 0.0603924, 0.0987489, 0.2024129, 0.4974863", \
					  "0.0484266, 0.0540099, 0.0649164, 0.0860140, 0.1178380, 0.2064467, 0.4932452");
				}
			}
		}
	}
	cell ("scs8hd_dlrtn_2") {
		area : 17.516800;
		cell_footprint : "dlrtn";
		cell_leakage_power : 1.529423e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017609";
			when : "RESETB&D&!GATEN&Q";
		}
		leakage_power () {
			value : "0.0017027";
			when : "RESETB&D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0014010";
			when : "RESETB&!D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0012895";
			when : "RESETB&!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0012976";
			when : "!RESETB&!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0013053";
			when : "RESETB&!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0017475";
			when : "RESETB&D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0018129";
			when : "!RESETB&D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0012818";
			when : "!RESETB&!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0016950";
			when : "!RESETB&D&GATEN&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002397;
			capacitance : 0.002262;
			fall_capacitance : 0.002126;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0614766, 0.0038229, 0.0103333", \
					  "-0.1841491, -0.1188496, -0.1123392", \
					  "-0.2773294, -0.2108092, -0.2042988");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0776836, 0.0123841, 0.0070944", \
					  "0.2003561, 0.1350566, 0.1297669", \
					  "0.2935365, 0.2282370, 0.2217266");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1445189, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029035, 0.0029242, 0.0029718, 0.0029733, 0.0029766, 0.0029844, 0.0030024");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028736, -0.0029019, -0.0029672, -0.0029685, -0.0029714, -0.0029782, -0.0029939");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001819;
			capacitance : 0.001716;
			fall_capacitance : 0.001613;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1790020, 0.2735983, 0.3240541", \
					  "0.0526673, 0.1460430, 0.1952780", \
					  "-0.0405130, 0.0565247, 0.1082012");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1143047, 0.3138815, 0.5681946", \
					  "0.0648744, 0.2620098, 0.5102194", \
					  "0.0778952, 0.2664857, 0.5146953");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1615742, -0.2586120, -0.3090677", \
					  "-0.0364603, -0.1322773, -0.1827331", \
					  "0.0554994, -0.0427591, -0.0944355");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0968770, -0.3001159, -0.5568704", \
					  "-0.0437845, -0.2458027, -0.4988952", \
					  "-0.0336120, -0.2344095, -0.4887226");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065776, 0.0064833, 0.0062658, 0.0062654, 0.0062645, 0.0062625, 0.0062578");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128920, 0.0128143, 0.0126351, 0.0126419, 0.0126578, 0.0126943, 0.0127785");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001589;
			capacitance : 0.001675;
			rise_capacitance : 0.001760;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2521729, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076880, 0.0076083, 0.0074245, 0.0074031, 0.0073537, 0.0072401, 0.0069780");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127393, 0.0126796, 0.0125420, 0.0125331, 0.0125127, 0.0124656, 0.0123571");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.249949;
			max_transition : 1.502209;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0137192, 0.0149871, 0.0184280, 0.0274454, 0.0519039, 0.1206189, 0.3152256", \
					  "0.0136549, 0.0149290, 0.0183271, 0.0273694, 0.0518973, 0.1205189, 0.3160931", \
					  "0.0137527, 0.0150168, 0.0184728, 0.0274117, 0.0520055, 0.1206044, 0.3162740", \
					  "0.0135921, 0.0148631, 0.0182703, 0.0273114, 0.0519803, 0.1206988, 0.3153108", \
					  "0.0135048, 0.0147691, 0.0182250, 0.0271641, 0.0517580, 0.1210765, 0.3162185", \
					  "0.0136185, 0.0147620, 0.0181742, 0.0272279, 0.0516776, 0.1204980, 0.3150944", \
					  "0.0142831, 0.0154579, 0.0185945, 0.0275066, 0.0521124, 0.1211638, 0.3142189");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0097345, 0.0087885, 0.0063799, -0.0010033, -0.0248020, -0.0941969, -0.2903027", \
					  "0.0096566, 0.0087046, 0.0062985, -0.0010851, -0.0248528, -0.0942543, -0.2903621", \
					  "0.0097144, 0.0087588, 0.0063838, -0.0010203, -0.0247907, -0.0941986, -0.2903053", \
					  "0.0096620, 0.0087160, 0.0063084, -0.0010739, -0.0248422, -0.0942439, -0.2903590", \
					  "0.0095613, 0.0086043, 0.0062022, -0.0011748, -0.0249500, -0.0943483, -0.2904541", \
					  "0.0093297, 0.0083947, 0.0060438, -0.0012792, -0.0250342, -0.0944283, -0.2905426", \
					  "0.0116244, 0.0106367, 0.0077564, -0.0006588, -0.0251020, -0.0946093, -0.2905804");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0180797, 0.0193374, 0.0227400, 0.0317778, 0.0563216, 0.1256030, 0.3203948", \
					  "0.0179811, 0.0192567, 0.0227004, 0.0317153, 0.0563032, 0.1255423, 0.3205060", \
					  "0.0180001, 0.0192579, 0.0226782, 0.0316933, 0.0562818, 0.1253226, 0.3209648", \
					  "0.0179239, 0.0192157, 0.0226184, 0.0316883, 0.0562227, 0.1255186, 0.3202325", \
					  "0.0177411, 0.0190340, 0.0224252, 0.0314470, 0.0560303, 0.1252978, 0.3190670", \
					  "0.0176412, 0.0189085, 0.0223483, 0.0313679, 0.0559314, 0.1247533, 0.3189716", \
					  "0.0182418, 0.0194046, 0.0226356, 0.0313763, 0.0562049, 0.1245492, 0.3191147");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0159899, 0.0150468, 0.0125916, 0.0052157, -0.0185343, -0.0879098, -0.2840293", \
					  "0.0159201, 0.0149724, 0.0125417, 0.0051690, -0.0185890, -0.0879761, -0.2840758", \
					  "0.0159432, 0.0150194, 0.0126000, 0.0052300, -0.0185420, -0.0879318, -0.2840359", \
					  "0.0157796, 0.0148208, 0.0123855, 0.0050274, -0.0187336, -0.0881267, -0.2842367", \
					  "0.0155232, 0.0145913, 0.0121610, 0.0048159, -0.0189721, -0.0883573, -0.2844646", \
					  "0.0153550, 0.0144452, 0.0120000, 0.0046265, -0.0191333, -0.0885123, -0.2846084", \
					  "0.0175446, 0.0165621, 0.0136687, 0.0052365, -0.0191825, -0.0885685, -0.2846111");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0145643, 0.0158317, 0.0191972, 0.0281234, 0.0524764, 0.1210951, 0.3134986", \
					  "0.0145737, 0.0158191, 0.0192069, 0.0281261, 0.0524924, 0.1210334, 0.3169451", \
					  "0.0145534, 0.0158002, 0.0191577, 0.0280571, 0.0525030, 0.1211147, 0.3157045", \
					  "0.0142649, 0.0155195, 0.0188171, 0.0277625, 0.0521980, 0.1207489, 0.3152260", \
					  "0.0142317, 0.0154266, 0.0187425, 0.0275052, 0.0520792, 0.1208238, 0.3132422", \
					  "0.0145161, 0.0156659, 0.0189054, 0.0277410, 0.0521723, 0.1205781, 0.3146875", \
					  "0.0145159, 0.0156440, 0.0187993, 0.0276854, 0.0519573, 0.1212095, 0.3140182");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0138338, 0.0129687, 0.0111332, 0.0067481, -0.0162860, -0.0857816, -0.2819102", \
					  "0.0136209, 0.0127587, 0.0109510, 0.0065664, -0.0164546, -0.0859432, -0.2821194", \
					  "0.0133854, 0.0125563, 0.0107338, 0.0063475, -0.0166647, -0.0861466, -0.2822823", \
					  "0.0133291, 0.0125000, 0.0106097, 0.0062104, -0.0167546, -0.0862127, -0.2823536", \
					  "0.0130815, 0.0122564, 0.0103290, 0.0058890, -0.0170571, -0.0864607, -0.2825487", \
					  "0.0131596, 0.0121454, 0.0092660, 0.0052810, -0.0175417, -0.0868687, -0.2829153", \
					  "0.0193374, 0.0182373, 0.0151887, 0.0065802, -0.0179049, -0.0871119, -0.2830599");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.3119507, 0.3176550, 0.3311733, 0.3631832, 0.4474695, 0.6822871, 1.3434579", \
					  "0.3168493, 0.3225885, 0.3360725, 0.3682328, 0.4524178, 0.6874139, 1.3471879", \
					  "0.3289976, 0.3346996, 0.3482217, 0.3802365, 0.4644475, 0.6994024, 1.3596754", \
					  "0.3505391, 0.3562814, 0.3697590, 0.4019410, 0.4861556, 0.7208750, 1.3815840", \
					  "0.3820367, 0.3877390, 0.4012594, 0.4332750, 0.5174747, 0.7524365, 1.4115887", \
					  "0.4208699, 0.4266310, 0.4401298, 0.4723214, 0.5565332, 0.7909139, 1.4508874", \
					  "0.4592839, 0.4650702, 0.4783616, 0.5104634, 0.5946441, 0.8295424, 1.4886976");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0234611, 0.0284204, 0.0421896, 0.0821929, 0.1997080, 0.5378087, 1.4954286", \
					  "0.0235685, 0.0284466, 0.0422391, 0.0822948, 0.1997310, 0.5382919, 1.4983388", \
					  "0.0234694, 0.0284734, 0.0422039, 0.0822732, 0.1997316, 0.5382270, 1.4978949", \
					  "0.0235877, 0.0284659, 0.0422389, 0.0822910, 0.1998317, 0.5369002, 1.4936409", \
					  "0.0234665, 0.0284700, 0.0422030, 0.0822719, 0.1996622, 0.5380639, 1.4990272", \
					  "0.0236577, 0.0285406, 0.0422415, 0.0822840, 0.1999249, 0.5367803, 1.4975859", \
					  "0.0235193, 0.0283498, 0.0422128, 0.0823262, 0.1998551, 0.5383700, 1.4884505");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.2134258, 0.2175378, 0.2265290, 0.2446345, 0.2808832, 0.3648427, 0.5915057", \
					  "0.2189344, 0.2230173, 0.2320202, 0.2500238, 0.2864492, 0.3704217, 0.5970602", \
					  "0.2334554, 0.2374473, 0.2465815, 0.2646139, 0.3008739, 0.3848514, 0.6111806", \
					  "0.2683500, 0.2724342, 0.2814385, 0.2994395, 0.3358675, 0.4198398, 0.6464909", \
					  "0.3396773, 0.3436871, 0.3527747, 0.3707624, 0.4072098, 0.4911686, 0.7177766", \
					  "0.4623492, 0.4664474, 0.4755149, 0.4934138, 0.5297867, 0.6137056, 0.8404609", \
					  "0.6733651, 0.6774536, 0.6864859, 0.7046005, 0.7408614, 0.8248511, 1.0514059");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0190613, 0.0216632, 0.0276762, 0.0417467, 0.0773990, 0.1790606, 0.4793893", \
					  "0.0190936, 0.0216601, 0.0278891, 0.0422122, 0.0775207, 0.1790411, 0.4792903", \
					  "0.0190169, 0.0217354, 0.0276409, 0.0419095, 0.0777356, 0.1788632, 0.4786005", \
					  "0.0191287, 0.0216502, 0.0278805, 0.0422086, 0.0775125, 0.1790428, 0.4835711", \
					  "0.0190902, 0.0217964, 0.0278474, 0.0421967, 0.0773212, 0.1790254, 0.4792202", \
					  "0.0190332, 0.0216564, 0.0278815, 0.0417295, 0.0771141, 0.1793496, 0.4836941", \
					  "0.0191971, 0.0217306, 0.0276796, 0.0417867, 0.0775924, 0.1790224, 0.4778341");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.3774419, 0.3831908, 0.3967273, 0.4289292, 0.5135632, 0.7477851, 1.4096256", \
					  "0.3830010, 0.3887549, 0.4023163, 0.4344946, 0.5191254, 0.7531855, 1.4133846", \
					  "0.3968947, 0.4026461, 0.4161904, 0.4484048, 0.5328412, 0.7674883, 1.4285145", \
					  "0.4314058, 0.4371697, 0.4506935, 0.4828220, 0.5673884, 0.8018536, 1.4649170", \
					  "0.5081993, 0.5139593, 0.5274902, 0.5597092, 0.6441467, 0.8783237, 1.5385527", \
					  "0.6471847, 0.6529705, 0.6665545, 0.6987012, 0.7832025, 1.0179622, 1.6774370", \
					  "0.8814187, 0.8871820, 0.9007560, 0.9328597, 1.0171920, 1.2514091, 1.9133117");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0234429, 0.0284998, 0.0422790, 0.0822467, 0.1998670, 0.5377341, 1.4912245", \
					  "0.0233505, 0.0283485, 0.0423201, 0.0822414, 0.1999311, 0.5371963, 1.4970627", \
					  "0.0234354, 0.0285317, 0.0423482, 0.0822099, 0.2001704, 0.5366160, 1.4928659", \
					  "0.0233854, 0.0284697, 0.0422143, 0.0820885, 0.2001374, 0.5378994, 1.4939436", \
					  "0.0233956, 0.0284234, 0.0422815, 0.0820549, 0.1999650, 0.5371067, 1.4969500", \
					  "0.0233575, 0.0283651, 0.0422880, 0.0821524, 0.2001480, 0.5378770, 1.4972658", \
					  "0.0234402, 0.0284054, 0.0423004, 0.0821993, 0.1999709, 0.5355122, 1.4910992");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.2375530, 0.2417538, 0.2509911, 0.2690767, 0.3055777, 0.3896121, 0.6162472", \
					  "0.2430779, 0.2473091, 0.2565163, 0.2747347, 0.3113111, 0.3953021, 0.6219301", \
					  "0.2569650, 0.2611451, 0.2703676, 0.2885404, 0.3251433, 0.4091061, 0.6358803", \
					  "0.2905102, 0.2947237, 0.3039188, 0.3221358, 0.3587227, 0.4426419, 0.6694931", \
					  "0.3680954, 0.3722698, 0.3815018, 0.3996797, 0.4362889, 0.5202166, 0.7465423", \
					  "0.5107990, 0.5150038, 0.5242533, 0.5424969, 0.5789664, 0.6630432, 0.8892609", \
					  "0.7503684, 0.7545882, 0.7638710, 0.7821709, 0.8187345, 0.9028659, 1.1293001");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0195405, 0.0221779, 0.0281215, 0.0425206, 0.0780379, 0.1792337, 0.4794236", \
					  "0.0195876, 0.0221217, 0.0281410, 0.0421452, 0.0777403, 0.1799372, 0.4841825", \
					  "0.0196687, 0.0221961, 0.0281822, 0.0424533, 0.0780402, 0.1792726, 0.4840900", \
					  "0.0195994, 0.0221816, 0.0281283, 0.0424625, 0.0777534, 0.1792947, 0.4846462", \
					  "0.0195078, 0.0221802, 0.0281243, 0.0423429, 0.0776142, 0.1789311, 0.4815505", \
					  "0.0196977, 0.0222558, 0.0283189, 0.0422322, 0.0780575, 0.1789346, 0.4800461", \
					  "0.0198932, 0.0225770, 0.0285268, 0.0426411, 0.0782560, 0.1786682, 0.4800942");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0836564, 0.0891808, 0.1022610, 0.1339757, 0.2175019, 0.4513513, 1.1102771", \
					  "0.0883471, 0.0938567, 0.1068741, 0.1385450, 0.2221606, 0.4557978, 1.1181649", \
					  "0.0981097, 0.1035938, 0.1166619, 0.1482915, 0.2323513, 0.4664036, 1.1261014", \
					  "0.1187293, 0.1241955, 0.1371993, 0.1688518, 0.2531064, 0.4875306, 1.1529531", \
					  "0.1539920, 0.1599348, 0.1737079, 0.2061144, 0.2901567, 0.5248895, 1.1868941", \
					  "0.2013551, 0.2084411, 0.2240701, 0.2579962, 0.3417273, 0.5763680, 1.2379162", \
					  "0.2423294, 0.2520064, 0.2719727, 0.3113636, 0.3967548, 0.6320204, 1.2913304");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0212844, 0.0263397, 0.0405231, 0.0813095, 0.1999860, 0.5373276, 1.4925076", \
					  "0.0211912, 0.0263961, 0.0405922, 0.0813557, 0.1999801, 0.5379346, 1.5022088", \
					  "0.0212142, 0.0263995, 0.0406436, 0.0812841, 0.1997487, 0.5368933, 1.4952700", \
					  "0.0214065, 0.0265156, 0.0409129, 0.0812540, 0.2000836, 0.5386528, 1.4899573", \
					  "0.0241370, 0.0290713, 0.0429102, 0.0828033, 0.2003555, 0.5380092, 1.4950919", \
					  "0.0308665, 0.0357824, 0.0486732, 0.0858958, 0.2018512, 0.5379971, 1.4890867", \
					  "0.0452617, 0.0510978, 0.0632104, 0.0972843, 0.2051882, 0.5398998, 1.4899494");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.1077139, 0.1121756, 0.1217034, 0.1405513, 0.1790410, 0.2644309, 0.4902808", \
					  "0.1134740, 0.1178471, 0.1274430, 0.1464290, 0.1849135, 0.2703296, 0.4960687", \
					  "0.1282420, 0.1325936, 0.1421671, 0.1611280, 0.1996218, 0.2850507, 0.5109524", \
					  "0.1644160, 0.1687662, 0.1783164, 0.1972404, 0.2358009, 0.3212465, 0.5472415", \
					  "0.2491366, 0.2535116, 0.2631232, 0.2821745, 0.3207179, 0.4061424, 0.6317001", \
					  "0.4150520, 0.4210284, 0.4335673, 0.4570988, 0.5001508, 0.5865576, 0.8123723", \
					  "0.7069550, 0.7155081, 0.7333564, 0.7660853, 0.8229385, 0.9142846, 1.1387308");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0207353, 0.0233892, 0.0296505, 0.0447234, 0.0815440, 0.1794570, 0.4795223", \
					  "0.0206067, 0.0233590, 0.0297022, 0.0445541, 0.0816006, 0.1791713, 0.4789519", \
					  "0.0206842, 0.0235680, 0.0297225, 0.0445943, 0.0814037, 0.1794568, 0.4793119", \
					  "0.0206245, 0.0234145, 0.0296942, 0.0446751, 0.0815744, 0.1795183, 0.4821139", \
					  "0.0213624, 0.0240535, 0.0300715, 0.0448611, 0.0816315, 0.1790232, 0.4814731", \
					  "0.0324690, 0.0353749, 0.0423705, 0.0562507, 0.0893337, 0.1811872, 0.4800851", \
					  "0.0526025, 0.0567851, 0.0652643, 0.0826688, 0.1147212, 0.1892294, 0.4768055");
				}
			}
		}
	}
	cell ("scs8hd_dlrtn_4") {
		area : 20.019200;
		cell_footprint : "dlrtn";
		cell_leakage_power : 2.043153e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017967";
			when : "RESETB&D&!GATEN&Q";
		}
		leakage_power () {
			value : "0.0024216";
			when : "RESETB&D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0014368";
			when : "RESETB&!D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0020084";
			when : "RESETB&!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0020156";
			when : "!RESETB&!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0020238";
			when : "RESETB&!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0017832";
			when : "RESETB&D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0025318";
			when : "!RESETB&D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0020003";
			when : "!RESETB&!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0024134";
			when : "!RESETB&D&GATEN&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002345;
			capacitance : 0.002216;
			fall_capacitance : 0.002087;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0407246, 0.0367819, 0.0689271", \
					  "-0.1646178, -0.0846699, -0.0525247", \
					  "-0.2577982, -0.1741881, -0.1444844");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0666973, -0.0156921, -0.0478372", \
					  "0.1893698, 0.1057598, 0.0736146", \
					  "0.2825501, 0.1989401, 0.1667949");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1884593, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028531, 0.0028749, 0.0029253, 0.0029287, 0.0029366, 0.0029549, 0.0029970");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028173, -0.0028480, -0.0029188, -0.0029198, -0.0029222, -0.0029276, -0.0029401");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001815;
			capacitance : 0.001713;
			fall_capacitance : 0.001611;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2009746, 0.2943503, 0.3435853", \
					  "0.0721986, 0.1655742, 0.2148092", \
					  "-0.0246439, 0.0723939, 0.1228496");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1301738, 0.3285299, 0.5804017", \
					  "0.0709779, 0.2681133, 0.5199850", \
					  "0.0827780, 0.2713685, 0.5183574");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1786641, -0.2757018, -0.3261576", \
					  "-0.0511087, -0.1481465, -0.1973815", \
					  "0.0432923, -0.0549661, -0.1066426");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1042012, -0.3086608, -0.5641946", \
					  "-0.0498880, -0.2519063, -0.5062194", \
					  "-0.0409362, -0.2417337, -0.4960469");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065163, 0.0064217, 0.0062039, 0.0062038, 0.0062035, 0.0062028, 0.0062012");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0129797, 0.0128975, 0.0127082, 0.0127156, 0.0127329, 0.0127727, 0.0128643");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001589;
			capacitance : 0.001675;
			rise_capacitance : 0.001760;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2730446, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076181, 0.0075347, 0.0073425, 0.0073252, 0.0072851, 0.0071927, 0.0069798");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0126998, 0.0126393, 0.0124997, 0.0124867, 0.0124569, 0.0123881, 0.0122295");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.469675;
			max_transition : 1.504127;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0214801, 0.0228804, 0.0272726, 0.0404930, 0.0799747, 0.2026163, 0.5915971", \
					  "0.0214626, 0.0228786, 0.0272500, 0.0402768, 0.0800469, 0.2027127, 0.5902298", \
					  "0.0215568, 0.0229535, 0.0273379, 0.0404873, 0.0800922, 0.2027984, 0.5903334", \
					  "0.0213922, 0.0228124, 0.0272058, 0.0403114, 0.0799564, 0.2028969, 0.5852574", \
					  "0.0212460, 0.0227070, 0.0269611, 0.0401824, 0.0797799, 0.2023045, 0.5909524", \
					  "0.0212353, 0.0226900, 0.0270770, 0.0402630, 0.0797390, 0.2028736, 0.5882213", \
					  "0.0221955, 0.0235729, 0.0277586, 0.0407069, 0.0803326, 0.2036240, 0.5876884");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0155275, 0.0143807, 0.0108576, 0.0002702, -0.0367656, -0.1599433, -0.5486243", \
					  "0.0154927, 0.0143576, 0.0108069, 0.0002020, -0.0368303, -0.1600264, -0.5486951", \
					  "0.0155072, 0.0143790, 0.0108677, 0.0002863, -0.0367509, -0.1599452, -0.5486146", \
					  "0.0154574, 0.0143287, 0.0108169, 0.0002370, -0.0368007, -0.1599971, -0.5486635", \
					  "0.0154149, 0.0142614, 0.0107462, 0.0001604, -0.0368622, -0.1600836, -0.5487548", \
					  "0.0153324, 0.0141757, 0.0106981, 6.9200000e-05, -0.0369586, -0.1601796, -0.5488530", \
					  "0.0195505, 0.0183436, 0.0145770, 0.0024972, -0.0364386, -0.1603321, -0.5488831");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0257354, 0.0271391, 0.0315463, 0.0446881, 0.0843501, 0.2080468, 0.5954916", \
					  "0.0256642, 0.0270925, 0.0314702, 0.0446127, 0.0843583, 0.2083479, 0.5954124", \
					  "0.0256570, 0.0270838, 0.0314426, 0.0446111, 0.0842174, 0.2080057, 0.5927872", \
					  "0.0256079, 0.0270131, 0.0313961, 0.0445594, 0.0841812, 0.2078192, 0.5945544", \
					  "0.0254530, 0.0268499, 0.0312332, 0.0443932, 0.0840793, 0.2080280, 0.5904944", \
					  "0.0254050, 0.0268049, 0.0311656, 0.0443360, 0.0841935, 0.2067501, 0.5944199", \
					  "0.0261636, 0.0275210, 0.0317267, 0.0445563, 0.0843062, 0.2069016, 0.5920952");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0220413, 0.0207842, 0.0172615, 0.0067077, -0.0303354, -0.1534877, -0.5421630", \
					  "0.0219283, 0.0207574, 0.0171961, 0.0065976, -0.0303863, -0.1535659, -0.5422271", \
					  "0.0219489, 0.0207973, 0.0172483, 0.0066785, -0.0303532, -0.1535103, -0.5421668", \
					  "0.0217518, 0.0205712, 0.0170496, 0.0064642, -0.0305548, -0.1537044, -0.5423725", \
					  "0.0215357, 0.0204117, 0.0168132, 0.0062527, -0.0307199, -0.1539349, -0.5425733", \
					  "0.0214169, 0.0202019, 0.0166671, 0.0060881, -0.0309215, -0.1540669, -0.5427210", \
					  "0.0256591, 0.0244684, 0.0206475, 0.0085933, -0.0303501, -0.1540725, -0.5426780");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0221093, 0.0235214, 0.0278185, 0.0409488, 0.0805648, 0.2032102, 0.5877939", \
					  "0.0221310, 0.0235507, 0.0279560, 0.0410283, 0.0805311, 0.2028491, 0.5910040", \
					  "0.0220762, 0.0235624, 0.0279232, 0.0410215, 0.0804734, 0.2031395, 0.5880766", \
					  "0.0218839, 0.0233066, 0.0276959, 0.0407596, 0.0802848, 0.2033085, 0.5878823", \
					  "0.0218867, 0.0232459, 0.0275011, 0.0402913, 0.0798863, 0.2028254, 0.5883092", \
					  "0.0223276, 0.0238489, 0.0280962, 0.0407649, 0.0802003, 0.2024840, 0.5914432", \
					  "0.0224925, 0.0239104, 0.0280141, 0.0408269, 0.0795764, 0.2034428, 0.5856749");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0199077, 0.0188318, 0.0153991, 0.0069800, -0.0281043, -0.1517205, -0.5404793", \
					  "0.0197752, 0.0186095, 0.0152492, 0.0068147, -0.0282517, -0.1518519, -0.5406123", \
					  "0.0195917, 0.0184116, 0.0150246, 0.0065488, -0.0284726, -0.1520324, -0.5407897", \
					  "0.0194960, 0.0184104, 0.0150037, 0.0064850, -0.0285666, -0.1521145, -0.5408464", \
					  "0.0193584, 0.0182034, 0.0147843, 0.0061930, -0.0289004, -0.1523659, -0.5410454", \
					  "0.0194164, 0.0182628, 0.0146979, 0.0058118, -0.0295588, -0.1529065, -0.5414385", \
					  "0.0271695, 0.0258646, 0.0218591, 0.0094157, -0.0298100, -0.1532636, -0.5416802");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.3422577, 0.3465556, 0.3579695, 0.3861076, 0.4609450, 0.6857458, 1.3887759", \
					  "0.3474121, 0.3517031, 0.3630523, 0.3910363, 0.4659272, 0.6906576, 1.3937014", \
					  "0.3594670, 0.3638239, 0.3751508, 0.4032900, 0.4780412, 0.7028765, 1.4041253", \
					  "0.3810071, 0.3853094, 0.3966996, 0.4248523, 0.4997147, 0.7248753, 1.4266965", \
					  "0.4121682, 0.4165044, 0.4277056, 0.4559337, 0.5306862, 0.7556470, 1.4573946", \
					  "0.4516753, 0.4560101, 0.4674179, 0.4952415, 0.5698327, 0.7951357, 1.4970539", \
					  "0.4888697, 0.4931657, 0.5045516, 0.5325616, 0.6072385, 0.8324269, 1.5348152");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0278612, 0.0311469, 0.0408870, 0.0706959, 0.1683287, 0.4863243, 1.4936690", \
					  "0.0276045, 0.0310128, 0.0407313, 0.0709682, 0.1691085, 0.4874373, 1.4942992", \
					  "0.0276207, 0.0309069, 0.0409506, 0.0708348, 0.1685731, 0.4864181, 1.4984217", \
					  "0.0278676, 0.0311525, 0.0409701, 0.0706768, 0.1687282, 0.4874321, 1.4849330", \
					  "0.0276343, 0.0309867, 0.0411699, 0.0708321, 0.1684504, 0.4865026, 1.4963906", \
					  "0.0276507, 0.0309935, 0.0408147, 0.0708328, 0.1687945, 0.4859575, 1.4958466", \
					  "0.0277153, 0.0310510, 0.0409085, 0.0709774, 0.1683470, 0.4865474, 1.4931517");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.2521461, 0.2554940, 0.2640402, 0.2825742, 0.3208269, 0.4069281, 0.6443751", \
					  "0.2576465, 0.2609942, 0.2695527, 0.2883092, 0.3263534, 0.4123799, 0.6499391", \
					  "0.2721416, 0.2754946, 0.2840413, 0.3027702, 0.3408280, 0.4269296, 0.6645063", \
					  "0.3070775, 0.3104275, 0.3189765, 0.3377054, 0.3757628, 0.4618644, 0.6994416", \
					  "0.3782117, 0.3815555, 0.3900668, 0.4089026, 0.4472102, 0.5329056, 0.7704909", \
					  "0.5007077, 0.5040605, 0.5126267, 0.5313559, 0.5695018, 0.6553255, 0.8927965", \
					  "0.7115843, 0.7149372, 0.7234914, 0.7420506, 0.7802957, 0.8664046, 1.1039878");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0268324, 0.0287408, 0.0338610, 0.0465234, 0.0785462, 0.1708146, 0.4795917", \
					  "0.0269814, 0.0288664, 0.0337425, 0.0463336, 0.0783930, 0.1712921, 0.4794267", \
					  "0.0268370, 0.0287311, 0.0338516, 0.0463553, 0.0785407, 0.1709638, 0.4793758", \
					  "0.0268355, 0.0287347, 0.0338541, 0.0463556, 0.0785428, 0.1709145, 0.4793597", \
					  "0.0270575, 0.0288281, 0.0338445, 0.0462569, 0.0786096, 0.1715261, 0.4814383", \
					  "0.0270272, 0.0289489, 0.0340130, 0.0462553, 0.0780664, 0.1711847, 0.4809055", \
					  "0.0270004, 0.0287450, 0.0338342, 0.0465060, 0.0785677, 0.1709902, 0.4780471");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.4079349, 0.4122903, 0.4236964, 0.4519136, 0.5266233, 0.7516344, 1.4570458", \
					  "0.4132477, 0.4175801, 0.4290233, 0.4571909, 0.5321389, 0.7572809, 1.4623891", \
					  "0.4271815, 0.4314738, 0.4428994, 0.4710891, 0.5459425, 0.7708811, 1.4716393", \
					  "0.4616089, 0.4659375, 0.4773701, 0.5056073, 0.5804751, 0.8051610, 1.5076576", \
					  "0.5385313, 0.5428575, 0.5542556, 0.5825133, 0.6572357, 0.8824680, 1.5839963", \
					  "0.6773501, 0.6816777, 0.6930703, 0.7213017, 0.7959591, 1.0210778, 1.7248005", \
					  "0.9116994, 0.9160321, 0.9274622, 0.9556433, 1.0304189, 1.2551453, 1.9575306");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0276490, 0.0307522, 0.0409306, 0.0709111, 0.1688754, 0.4872868, 1.4966194", \
					  "0.0276021, 0.0310335, 0.0409192, 0.0709354, 0.1686949, 0.4873029, 1.4966847", \
					  "0.0274445, 0.0310133, 0.0409467, 0.0708205, 0.1684371, 0.4869875, 1.4897573", \
					  "0.0275111, 0.0309471, 0.0408248, 0.0709985, 0.1685508, 0.4861176, 1.4961946", \
					  "0.0274318, 0.0308450, 0.0408905, 0.0710195, 0.1685257, 0.4864601, 1.4858318", \
					  "0.0277677, 0.0309642, 0.0409746, 0.0708523, 0.1687511, 0.4870267, 1.4929330", \
					  "0.0275050, 0.0309360, 0.0408164, 0.0708875, 0.1682681, 0.4852490, 1.4973675");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.2764106, 0.2798311, 0.2884782, 0.3073887, 0.3458992, 0.4319143, 0.6692412", \
					  "0.2820190, 0.2853930, 0.2940653, 0.3129912, 0.3515159, 0.4374982, 0.6748405", \
					  "0.2958947, 0.2993221, 0.3079534, 0.3268794, 0.3654294, 0.4515070, 0.6890294", \
					  "0.3293981, 0.3327686, 0.3413853, 0.3603468, 0.3988625, 0.4849640, 0.7225001", \
					  "0.4070048, 0.4104253, 0.4189594, 0.4378845, 0.4763618, 0.5625002, 0.7997678", \
					  "0.5496187, 0.5529459, 0.5616397, 0.5805638, 0.6191235, 0.7052378, 0.9427933", \
					  "0.7894772, 0.7928652, 0.8014435, 0.8204016, 0.8588578, 0.9452483, 1.1826254");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0274216, 0.0294411, 0.0344293, 0.0468557, 0.0791859, 0.1717925, 0.4781080", \
					  "0.0275128, 0.0292917, 0.0345376, 0.0469164, 0.0784144, 0.1713688, 0.4781849", \
					  "0.0274341, 0.0293154, 0.0344367, 0.0468354, 0.0792636, 0.1714075, 0.4853998", \
					  "0.0273795, 0.0295338, 0.0345842, 0.0471423, 0.0791141, 0.1714084, 0.4852763", \
					  "0.0274728, 0.0294292, 0.0344181, 0.0468555, 0.0789961, 0.1706442, 0.4813316", \
					  "0.0273524, 0.0294261, 0.0346211, 0.0469195, 0.0793559, 0.1714348, 0.4852242", \
					  "0.0277234, 0.0294917, 0.0348349, 0.0473672, 0.0790694, 0.1721984, 0.4782026");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.1096149, 0.1138194, 0.1247916, 0.1526416, 0.2271992, 0.4517764, 1.1552923", \
					  "0.1142551, 0.1184684, 0.1296542, 0.1574256, 0.2318373, 0.4564221, 1.1584010", \
					  "0.1241577, 0.1284492, 0.1395099, 0.1673255, 0.2417874, 0.4665516, 1.1688037", \
					  "0.1458628, 0.1501140, 0.1611754, 0.1889134, 0.2631873, 0.4879578, 1.1936635", \
					  "0.1874911, 0.1915774, 0.2027935, 0.2314633, 0.3062456, 0.5309895, 1.2337187", \
					  "0.2485468, 0.2538253, 0.2672977, 0.2973209, 0.3737518, 0.5986214, 1.3025309", \
					  "0.3161303, 0.3228166, 0.3393935, 0.3755396, 0.4549685, 0.6807339, 1.3818321");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0259015, 0.0291910, 0.0395220, 0.0696980, 0.1686829, 0.4882485, 1.5014254", \
					  "0.0257487, 0.0292729, 0.0392423, 0.0699424, 0.1681324, 0.4869101, 1.4956637", \
					  "0.0258116, 0.0293042, 0.0392883, 0.0699473, 0.1687474, 0.4884098, 1.5008964", \
					  "0.0256715, 0.0291412, 0.0392922, 0.0698461, 0.1681772, 0.4861515, 1.5016732", \
					  "0.0280285, 0.0316751, 0.0417754, 0.0711875, 0.1684590, 0.4876802, 1.5041272", \
					  "0.0363190, 0.0387889, 0.0481948, 0.0765481, 0.1710414, 0.4877539, 1.4992321", \
					  "0.0519936, 0.0557201, 0.0652156, 0.0915866, 0.1782005, 0.4886446, 1.4894681");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.1474847, 0.1510486, 0.1602250, 0.1800741, 0.2204060, 0.3076487, 0.5426652", \
					  "0.1533878, 0.1569868, 0.1661455, 0.1859450, 0.2263523, 0.3136149, 0.5483959", \
					  "0.1683362, 0.1719298, 0.1810808, 0.2009934, 0.2413603, 0.3286311, 0.5634406", \
					  "0.2043716, 0.2079606, 0.2170306, 0.2368559, 0.2772177, 0.3645215, 0.5995380", \
					  "0.2894561, 0.2930543, 0.3020920, 0.3218811, 0.3622173, 0.4494940, 0.6848003", \
					  "0.4751901, 0.4794178, 0.4899259, 0.5120516, 0.5549100, 0.6428308, 0.8777322", \
					  "0.8085161, 0.8146792, 0.8296460, 0.8605647, 0.9169715, 1.0147313, 1.2482546");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0291648, 0.0311631, 0.0365205, 0.0500951, 0.0826691, 0.1697777, 0.4774368", \
					  "0.0291399, 0.0311603, 0.0365082, 0.0496067, 0.0828662, 0.1697737, 0.4774440", \
					  "0.0291592, 0.0311681, 0.0367842, 0.0495702, 0.0828600, 0.1698534, 0.4774213", \
					  "0.0291785, 0.0312009, 0.0366296, 0.0496740, 0.0828942, 0.1696863, 0.4769411", \
					  "0.0290916, 0.0312864, 0.0368695, 0.0496473, 0.0827852, 0.1695176, 0.4781048", \
					  "0.0383002, 0.0402979, 0.0453427, 0.0576704, 0.0874512, 0.1705453, 0.4806471", \
					  "0.0617260, 0.0641215, 0.0710008, 0.0859554, 0.1177342, 0.1842054, 0.4760538");
				}
			}
		}
	}
	cell ("scs8hd_dlrtp_1") {
		area : 16.265600;
		cell_footprint : "dlrtp";
		cell_leakage_power : 1.279936e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "GATE";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017447";
			when : "RESETB&D&GATE&Q";
		}
		leakage_power () {
			value : "0.0013506";
			when : "RESETB&D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0013890";
			when : "RESETB&!D&!GATE&Q";
		}
		leakage_power () {
			value : "0.0009301";
			when : "RESETB&!D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0009627";
			when : "!RESETB&!D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0009700";
			when : "RESETB&!D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0017314";
			when : "RESETB&D&!GATE&Q";
		}
		leakage_power () {
			value : "0.0014547";
			when : "!RESETB&D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0013433";
			when : "!RESETB&D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0009229";
			when : "!RESETB&!D&!GATE&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002400;
			capacitance : 0.002250;
			fall_capacitance : 0.002100;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0480488, 0.0087057, -0.0006530", \
					  "-0.2500671, -0.1957539, -0.2051126", \
					  "-0.5019388, -0.4476256, -0.4594258");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0605937, 0.0050599, 0.0156393", \
					  "0.2687155, 0.2131816, 0.2237611", \
					  "0.5315736, 0.4760397, 0.4853984");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1181546, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028738, 0.0028994, 0.0029585, 0.0029586, 0.0029588, 0.0029595, 0.0029609");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028425, -0.0028740, -0.0029466, -0.0029477, -0.0029500, -0.0029555, -0.0029681");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001805;
			capacitance : 0.001717;
			fall_capacitance : 0.001629;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2021953, 0.2955710, 0.3448060", \
					  "0.0831849, 0.1765605, 0.2233542", \
					  "-0.0295267, 0.0601868, 0.1082012");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0349590, 0.2345358, 0.4864076", \
					  "-0.1743835, 0.0251934, 0.2734030", \
					  "-0.4323587, -0.2340026, 0.0105449");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1859883, -0.2818053, -0.3310404", \
					  "-0.0559915, -0.1530293, -0.1998229", \
					  "0.0933411, -0.0012552, -0.0553730");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0211934, -0.2219909, -0.4763041", \
					  "0.1881491, -0.0138691, -0.2632995", \
					  "0.4485658, 0.2477682, -0.0004414");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017991, 0.0017058, 0.0014906, 0.0014840, 0.0014689, 0.0014339, 0.0013534");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060636, 0.0060049, 0.0058696, 0.0058719, 0.0058771, 0.0058891, 0.0059166");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001783;
			capacitance : 0.001689;
			fall_capacitance : 0.001595;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0884948, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127654, 0.0127010, 0.0125525, 0.0125443, 0.0125252, 0.0124811, 0.0123797");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0077118, 0.0076250, 0.0074249, 0.0074032, 0.0073532, 0.0072380, 0.0069724");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.137339;
			max_transition : 1.508713;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0147459, 0.0158827, 0.0185673, 0.0248264, 0.0402213, 0.0799224, 0.1796184", \
					  "0.0147748, 0.0159216, 0.0186052, 0.0248503, 0.0402642, 0.0798401, 0.1807742", \
					  "0.0148830, 0.0160377, 0.0187031, 0.0249632, 0.0404978, 0.0801271, 0.1805017", \
					  "0.0146595, 0.0157717, 0.0184716, 0.0247111, 0.0402340, 0.0798795, 0.1808281", \
					  "0.0145701, 0.0157141, 0.0183895, 0.0246252, 0.0402038, 0.0797881, 0.1799738", \
					  "0.0148120, 0.0157502, 0.0183750, 0.0246746, 0.0400279, 0.0790505, 0.1801193", \
					  "0.0154758, 0.0164135, 0.0188593, 0.0250275, 0.0402837, 0.0796515, 0.1805596");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0136658, 0.0130624, 0.0113112, 0.0057917, -0.0095897, -0.0493544, -0.1508906", \
					  "0.0135862, 0.0129609, 0.0112086, 0.0057177, -0.0096832, -0.0494434, -0.1509746", \
					  "0.0136011, 0.0129812, 0.0112273, 0.0057274, -0.0096617, -0.0494230, -0.1509556", \
					  "0.0135828, 0.0129501, 0.0111902, 0.0056759, -0.0096972, -0.0494656, -0.1509861", \
					  "0.0134987, 0.0128648, 0.0110848, 0.0055976, -0.0097838, -0.0495464, -0.1510671", \
					  "0.0136900, 0.0128066, 0.0109019, 0.0055185, -0.0098384, -0.0496083, -0.1511392", \
					  "0.0147076, 0.0138542, 0.0116041, 0.0056131, -0.0099136, -0.0496609, -0.1511086");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0131995, 0.0143291, 0.0170103, 0.0232689, 0.0387913, 0.0782771, 0.1785381", \
					  "0.0132287, 0.0143639, 0.0170546, 0.0233385, 0.0386774, 0.0779681, 0.1793894", \
					  "0.0131683, 0.0143071, 0.0169810, 0.0232217, 0.0386099, 0.0782399, 0.1790701", \
					  "0.0129046, 0.0140500, 0.0167286, 0.0230132, 0.0383262, 0.0780044, 0.1789247", \
					  "0.0126979, 0.0138402, 0.0165080, 0.0227472, 0.0382561, 0.0777686, 0.1788077", \
					  "0.0128404, 0.0137842, 0.0163752, 0.0226351, 0.0379984, 0.0773564, 0.1788438", \
					  "0.0135427, 0.0145085, 0.0169382, 0.0230439, 0.0384059, 0.0775437, 0.1778598");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0134995, 0.0128685, 0.0111120, 0.0056061, -0.0097620, -0.0495267, -0.1510585", \
					  "0.0134264, 0.0127751, 0.0110274, 0.0055228, -0.0098469, -0.0496028, -0.1511223", \
					  "0.0134994, 0.0128561, 0.0111008, 0.0055950, -0.0097753, -0.0495343, -0.1510636", \
					  "0.0132888, 0.0126440, 0.0108893, 0.0053838, -0.0099791, -0.0497437, -0.1512792", \
					  "0.0130756, 0.0124536, 0.0106958, 0.0051925, -0.0101769, -0.0499410, -0.1514670", \
					  "0.0144867, 0.0136323, 0.0113719, 0.0053397, -0.0101150, -0.0498766, -0.1514236", \
					  "0.0148413, 0.0139839, 0.0117347, 0.0057831, -0.0097616, -0.0495635, -0.1511731");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0110696, 0.0121341, 0.0146889, 0.0208031, 0.0358427, 0.0749945, 0.1761455", \
					  "0.0110407, 0.0121193, 0.0146617, 0.0207164, 0.0358581, 0.0748888, 0.1758848", \
					  "0.0108574, 0.0119358, 0.0146145, 0.0206969, 0.0360863, 0.0750113, 0.1761449", \
					  "0.0107097, 0.0117680, 0.0143270, 0.0204747, 0.0359352, 0.0749542, 0.1756673", \
					  "0.0107589, 0.0117201, 0.0141344, 0.0203038, 0.0359036, 0.0752410, 0.1742664", \
					  "0.0108905, 0.0118665, 0.0142513, 0.0203566, 0.0357686, 0.0747572, 0.1756498", \
					  "0.0108664, 0.0117988, 0.0142752, 0.0203234, 0.0360008, 0.0754127, 0.1756145");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0108194, 0.0106174, 0.0103167, 0.0074452, -0.0077084, -0.0475190, -0.1490683", \
					  "0.0105885, 0.0103092, 0.0101117, 0.0072616, -0.0078958, -0.0476962, -0.1491560", \
					  "0.0103351, 0.0101687, 0.0098673, 0.0070241, -0.0081098, -0.0479123, -0.1494577", \
					  "0.0102535, 0.0100156, 0.0097563, 0.0069112, -0.0082053, -0.0479944, -0.1495443", \
					  "0.0100400, 0.0097023, 0.0094638, 0.0066183, -0.0084739, -0.0482386, -0.1497637", \
					  "0.0140778, 0.0132108, 0.0109419, 0.0061125, -0.0088235, -0.0485629, -0.1500843", \
					  "0.0156988, 0.0147873, 0.0124275, 0.0064045, -0.0091480, -0.0487461, -0.1501987");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.3048378, 0.3122681, 0.3290071, 0.3682180, 0.4661513, 0.7147630, 1.3497742", \
					  "0.3098078, 0.3172662, 0.3339864, 0.3732190, 0.4711890, 0.7197369, 1.3536631", \
					  "0.3220382, 0.3294812, 0.3459763, 0.3852723, 0.4831756, 0.7311904, 1.3661284", \
					  "0.3440609, 0.3512684, 0.3680308, 0.4073119, 0.5052963, 0.7533238, 1.3897108", \
					  "0.3742495, 0.3816900, 0.3984458, 0.4377775, 0.5357234, 0.7836637, 1.4186570", \
					  "0.4133217, 0.4207274, 0.4374199, 0.4767478, 0.5743377, 0.8230218, 1.4570566", \
					  "0.4504450, 0.4576605, 0.4744161, 0.5136950, 0.6116849, 0.8598679, 1.4926879");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0253857, 0.0326656, 0.0520947, 0.1045632, 0.2409568, 0.5950692, 1.4868414", \
					  "0.0253474, 0.0326944, 0.0521502, 0.1046007, 0.2407647, 0.5941770, 1.4957791", \
					  "0.0251727, 0.0324620, 0.0520398, 0.1049807, 0.2408126, 0.5930971, 1.4864666", \
					  "0.0250599, 0.0326710, 0.0522391, 0.1047609, 0.2413545, 0.5928353, 1.4998011", \
					  "0.0254147, 0.0326549, 0.0520599, 0.1050148, 0.2409075, 0.5931108, 1.5041582", \
					  "0.0253606, 0.0326902, 0.0520980, 0.1048759, 0.2406994, 0.5911719, 1.5087127", \
					  "0.0251131, 0.0326694, 0.0522316, 0.1047031, 0.2407148, 0.5929810, 1.4927951");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.1982212, 0.2031664, 0.2131046, 0.2324008, 0.2721296, 0.3651240, 0.6010145", \
					  "0.2037191, 0.2086563, 0.2186020, 0.2379130, 0.2776563, 0.3706889, 0.6071733", \
					  "0.2182558, 0.2232084, 0.2331377, 0.2524300, 0.2921668, 0.3851817, 0.6216367", \
					  "0.2532743, 0.2582211, 0.2682082, 0.2873556, 0.3270228, 0.4200959, 0.6560404", \
					  "0.3247400, 0.3296802, 0.3395065, 0.3587492, 0.3985126, 0.4916257, 0.7269841", \
					  "0.4475336, 0.4524812, 0.4624560, 0.4816221, 0.5213717, 0.6143308, 0.8507975", \
					  "0.6593125, 0.6642444, 0.6742216, 0.6934483, 0.7332172, 0.8262621, 1.0617959");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0169526, 0.0203847, 0.0284240, 0.0460927, 0.0904730, 0.2098147, 0.5233151", \
					  "0.0170563, 0.0205275, 0.0281048, 0.0460103, 0.0904027, 0.2097455, 0.5238929", \
					  "0.0169565, 0.0204273, 0.0281166, 0.0460663, 0.0903891, 0.2100213, 0.5234316", \
					  "0.0169745, 0.0205001, 0.0281169, 0.0460167, 0.0907039, 0.2099451, 0.5246504", \
					  "0.0169791, 0.0205121, 0.0282476, 0.0461623, 0.0905307, 0.2092916, 0.5236876", \
					  "0.0170329, 0.0203092, 0.0281594, 0.0460363, 0.0903548, 0.2094250, 0.5212628", \
					  "0.0169549, 0.0204249, 0.0282893, 0.0462975, 0.0903091, 0.2097061, 0.5209863");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.2639239, 0.2713917, 0.2880628, 0.3275221, 0.4252892, 0.6736072, 1.3084108", \
					  "0.2689381, 0.2764245, 0.2931690, 0.3324717, 0.4304868, 0.6787796, 1.3160211", \
					  "0.2800158, 0.2874873, 0.3042412, 0.3435446, 0.4413858, 0.6898921, 1.3251247", \
					  "0.3050177, 0.3124748, 0.3292328, 0.3686086, 0.4663885, 0.7147238, 1.3527143", \
					  "0.3465403, 0.3540064, 0.3707693, 0.4100607, 0.5079261, 0.7561543, 1.3893416", \
					  "0.4093812, 0.4168540, 0.4336255, 0.4730248, 0.5706834, 0.8192662, 1.4546464", \
					  "0.4948718, 0.5022877, 0.5190343, 0.5582951, 0.6563952, 0.9045423, 1.5385164");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0250779, 0.0325662, 0.0521948, 0.1049262, 0.2412076, 0.5924349, 1.5015250", \
					  "0.0249656, 0.0324901, 0.0521683, 0.1046932, 0.2408064, 0.5942413, 1.4988646", \
					  "0.0249849, 0.0325928, 0.0522176, 0.1045586, 0.2405478, 0.5946746, 1.4945084", \
					  "0.0250617, 0.0325565, 0.0522815, 0.1049197, 0.2411999, 0.5937084, 1.4973088", \
					  "0.0249976, 0.0325653, 0.0521320, 0.1044465, 0.2406874, 0.5919567, 1.4981474", \
					  "0.0249974, 0.0325360, 0.0522749, 0.1042798, 0.2412844, 0.5931740, 1.4984821", \
					  "0.0250004, 0.0326145, 0.0522006, 0.1044219, 0.2412831, 0.5912176, 1.4934146");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.2375417, 0.2426035, 0.2526903, 0.2720952, 0.3118809, 0.4049559, 0.6406946", \
					  "0.2424256, 0.2474400, 0.2575209, 0.2769153, 0.3167306, 0.4098347, 0.6452258", \
					  "0.2541660, 0.2592301, 0.2693158, 0.2887205, 0.3285116, 0.4216026, 0.6567734", \
					  "0.2794561, 0.2845220, 0.2946073, 0.3140074, 0.3538065, 0.4468905, 0.6830887", \
					  "0.3203067, 0.3253743, 0.3354369, 0.3548115, 0.3946389, 0.4877481, 0.7241340", \
					  "0.3806281, 0.3856802, 0.3957331, 0.4151290, 0.4549718, 0.5479712, 0.7843827", \
					  "0.4547368, 0.4597474, 0.4698232, 0.4891987, 0.5290413, 0.6221106, 0.8571337");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0173609, 0.0208319, 0.0287305, 0.0465837, 0.0907455, 0.2107591, 0.5258881", \
					  "0.0172990, 0.0207542, 0.0286536, 0.0465976, 0.0906104, 0.2111516, 0.5226620", \
					  "0.0173609, 0.0208526, 0.0287426, 0.0466117, 0.0906484, 0.2108436, 0.5219671", \
					  "0.0173609, 0.0208614, 0.0287433, 0.0466140, 0.0905869, 0.2100575, 0.5231423", \
					  "0.0172450, 0.0208516, 0.0286954, 0.0463879, 0.0908540, 0.2089821, 0.5243352", \
					  "0.0172965, 0.0207835, 0.0287745, 0.0466294, 0.0908736, 0.2110716, 0.5208137", \
					  "0.0173079, 0.0207583, 0.0286504, 0.0465281, 0.0905688, 0.2105532, 0.5276076");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0753440, 0.0823728, 0.0985513, 0.1369410, 0.2333803, 0.4807422, 1.1164847", \
					  "0.0798334, 0.0869169, 0.1030315, 0.1415039, 0.2380996, 0.4855745, 1.1191895", \
					  "0.0894207, 0.0964872, 0.1124311, 0.1510057, 0.2479318, 0.4955809, 1.1297993", \
					  "0.1083967, 0.1155340, 0.1318904, 0.1706758, 0.2679506, 0.5157164, 1.1538147", \
					  "0.1394347, 0.1471476, 0.1633092, 0.2027919, 0.3008552, 0.5486180, 1.1835165", \
					  "0.1790122, 0.1880073, 0.2053124, 0.2456512, 0.3441088, 0.5922775, 1.2306169", \
					  "0.2043834, 0.2180804, 0.2409460, 0.2846087, 0.3829825, 0.6310518, 1.2641520");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0228026, 0.0306728, 0.0509705, 0.1041629, 0.2412826, 0.5955106, 1.5010576", \
					  "0.0228652, 0.0306297, 0.0508514, 0.1043808, 0.2411727, 0.5952902, 1.4884932", \
					  "0.0228535, 0.0306168, 0.0508855, 0.1044340, 0.2413160, 0.5960949, 1.4952890", \
					  "0.0234510, 0.0311431, 0.0510476, 0.1038533, 0.2412429, 0.5949670, 1.5029937", \
					  "0.0256243, 0.0330458, 0.0528382, 0.1048462, 0.2416619, 0.5923116, 1.4983463", \
					  "0.0316492, 0.0390485, 0.0574355, 0.1069239, 0.2422319, 0.5938367, 1.5028618", \
					  "0.0481840, 0.0533640, 0.0699185, 0.1145612, 0.2441768, 0.5936385, 1.4918445");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0918800, 0.0971047, 0.1076889, 0.1280432, 0.1710280, 0.2650640, 0.5001203", \
					  "0.0974823, 0.1026929, 0.1131984, 0.1336021, 0.1766082, 0.2706294, 0.5060703", \
					  "0.1123281, 0.1176527, 0.1282074, 0.1486346, 0.1916604, 0.2857516, 0.5203905", \
					  "0.1485531, 0.1537935, 0.1642301, 0.1847648, 0.2278660, 0.3219210, 0.5570978", \
					  "0.2319700, 0.2375239, 0.2483438, 0.2691640, 0.3124081, 0.4064985, 0.6415169", \
					  "0.3860856, 0.3936791, 0.4083100, 0.4339777, 0.4815479, 0.5758309, 0.8108497", \
					  "0.6579339, 0.6690499, 0.6897533, 0.7255253, 0.7853432, 0.8804972, 1.1151796");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0186573, 0.0222617, 0.0305708, 0.0499877, 0.0954646, 0.2118481, 0.5238671", \
					  "0.0185558, 0.0222968, 0.0306545, 0.0500398, 0.0955236, 0.2111138, 0.5214481", \
					  "0.0187352, 0.0222964, 0.0305868, 0.0499654, 0.0954845, 0.2118392, 0.5258048", \
					  "0.0186980, 0.0223956, 0.0305831, 0.0499571, 0.0953669, 0.2117023, 0.5234135", \
					  "0.0206714, 0.0241051, 0.0320181, 0.0505232, 0.0956517, 0.2103667, 0.5274702", \
					  "0.0309030, 0.0352223, 0.0440343, 0.0622657, 0.1023983, 0.2126268, 0.5236790", \
					  "0.0489158, 0.0548893, 0.0661091, 0.0884165, 0.1212068, 0.2162421, 0.5228207");
				}
			}
		}
	}
	cell ("scs8hd_dlrtp_2") {
		area : 17.516800;
		cell_footprint : "dlrtp";
		cell_leakage_power : 1.529544e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "GATE";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017607";
			when : "RESETB&D&GATE&Q";
		}
		leakage_power () {
			value : "0.0017031";
			when : "RESETB&D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0014007";
			when : "RESETB&!D&!GATE&Q";
		}
		leakage_power () {
			value : "0.0012899";
			when : "RESETB&!D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0012977";
			when : "!RESETB&!D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0013053";
			when : "RESETB&!D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0017473";
			when : "RESETB&D&!GATE&Q";
		}
		leakage_power () {
			value : "0.0018130";
			when : "!RESETB&D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0016954";
			when : "!RESETB&D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0012822";
			when : "!RESETB&!D&!GATE&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002407;
			capacitance : 0.002266;
			fall_capacitance : 0.002124;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0358418, 0.0331198, 0.0396302", \
					  "-0.2317565, -0.1664570, -0.1611673", \
					  "-0.4702005, -0.4073424, -0.4057148");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0520488, -0.0144714, -0.0197611", \
					  "0.2565085, 0.1887676, 0.1822572", \
					  "0.5083802, 0.4418600, 0.4353496");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1445189, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029268, 0.0029523, 0.0030112, 0.0030110, 0.0030104, 0.0030090, 0.0030058");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028999, -0.0029308, -0.0030019, -0.0030015, -0.0030005, -0.0029984, -0.0029934");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001823;
			capacitance : 0.001720;
			fall_capacitance : 0.001617;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2070781, 0.3016745, 0.3521302", \
					  "0.0892884, 0.1838848, 0.2306784", \
					  "-0.0112161, 0.0760560, 0.1228496");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0386211, 0.2369772, 0.4900696", \
					  "-0.1719421, 0.0264141, 0.2746237", \
					  "-0.4335794, -0.2364440, 0.0093242");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1884297, -0.2854674, -0.3371439", \
					  "-0.0584329, -0.1554707, -0.2047057", \
					  "0.0921204, -0.0049173, -0.0590352");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0236348, -0.2244323, -0.4787454", \
					  "0.1869284, -0.0150898, -0.2645202", \
					  "0.4497864, 0.2489889, 0.0007793");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018216, 0.0017283, 0.0015131, 0.0015078, 0.0014956, 0.0014675, 0.0014028");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060680, 0.0060071, 0.0058669, 0.0058685, 0.0058720, 0.0058802, 0.0058990");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001765;
			capacitance : 0.001693;
			fall_capacitance : 0.001621;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0906919, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128200, 0.0127518, 0.0125945, 0.0125890, 0.0125764, 0.0125473, 0.0124804");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075399, 0.0074497, 0.0072419, 0.0072193, 0.0071671, 0.0070468, 0.0067694");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.250864;
			max_transition : 1.503904;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0186997, 0.0199790, 0.0234058, 0.0324601, 0.0570311, 0.1260541, 0.3212408", \
					  "0.0186653, 0.0199400, 0.0233798, 0.0323444, 0.0569941, 0.1258597, 0.3220847", \
					  "0.0187309, 0.0200096, 0.0234346, 0.0324880, 0.0570590, 0.1260640, 0.3218993", \
					  "0.0186157, 0.0198981, 0.0233322, 0.0323852, 0.0569367, 0.1262096, 0.3209791", \
					  "0.0185032, 0.0197738, 0.0231802, 0.0322379, 0.0568212, 0.1257025, 0.3221668", \
					  "0.0186840, 0.0198453, 0.0232380, 0.0323364, 0.0568117, 0.1257640, 0.3203395", \
					  "0.0193879, 0.0205468, 0.0237127, 0.0325744, 0.0572943, 0.1265647, 0.3202130");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0163693, 0.0154323, 0.0130249, 0.0056418, -0.0182170, -0.0878414, -0.2847409", \
					  "0.0162653, 0.0153204, 0.0129464, 0.0055447, -0.0182743, -0.0879129, -0.2848131", \
					  "0.0163127, 0.0153656, 0.0129680, 0.0055805, -0.0182689, -0.0879002, -0.2847894", \
					  "0.0162693, 0.0153289, 0.0129222, 0.0055353, -0.0183174, -0.0879432, -0.2848323", \
					  "0.0161598, 0.0152065, 0.0128344, 0.0054287, -0.0183887, -0.0880242, -0.2849224", \
					  "0.0159589, 0.0150257, 0.0126698, 0.0053572, -0.0184569, -0.0880868, -0.2849897", \
					  "0.0183563, 0.0173677, 0.0144939, 0.0060450, -0.0184597, -0.0882049, -0.2849594");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0172585, 0.0185303, 0.0219597, 0.0310146, 0.0556234, 0.1246009, 0.3194328", \
					  "0.0172812, 0.0185372, 0.0220070, 0.0310124, 0.0556510, 0.1246843, 0.3195316", \
					  "0.0173141, 0.0185877, 0.0220283, 0.0310660, 0.0556989, 0.1248963, 0.3192627", \
					  "0.0169885, 0.0182335, 0.0216678, 0.0307301, 0.0553828, 0.1243692, 0.3192545", \
					  "0.0167311, 0.0179901, 0.0214188, 0.0305225, 0.0551452, 0.1241121, 0.3179443", \
					  "0.0168925, 0.0179920, 0.0213734, 0.0304515, 0.0549099, 0.1240663, 0.3189153", \
					  "0.0176416, 0.0188107, 0.0220237, 0.0309148, 0.0555240, 0.1246587, 0.3184909");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0163450, 0.0154086, 0.0129877, 0.0055999, -0.0182250, -0.0878427, -0.2847192", \
					  "0.0162778, 0.0153384, 0.0128985, 0.0055323, -0.0182926, -0.0879179, -0.2848095", \
					  "0.0163489, 0.0154279, 0.0129913, 0.0056141, -0.0182088, -0.0878369, -0.2847293", \
					  "0.0161142, 0.0151870, 0.0127300, 0.0053663, -0.0184595, -0.0880770, -0.2849574", \
					  "0.0159867, 0.0150451, 0.0126158, 0.0052563, -0.0185826, -0.0882086, -0.2851029", \
					  "0.0177997, 0.0167962, 0.0138965, 0.0053331, -0.0185551, -0.0881811, -0.2850683", \
					  "0.0186711, 0.0176864, 0.0148047, 0.0063893, -0.0181282, -0.0878709, -0.2848428");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0147423, 0.0159951, 0.0193718, 0.0283009, 0.0527160, 0.1213904, 0.3167813", \
					  "0.0147365, 0.0159889, 0.0193528, 0.0282863, 0.0527287, 0.1214824, 0.3175250", \
					  "0.0145848, 0.0158211, 0.0191975, 0.0280920, 0.0527416, 0.1215697, 0.3167181", \
					  "0.0143853, 0.0156366, 0.0190186, 0.0279330, 0.0524465, 0.1214627, 0.3146083", \
					  "0.0143567, 0.0155544, 0.0189188, 0.0276775, 0.0522922, 0.1212642, 0.3144092", \
					  "0.0146200, 0.0157847, 0.0190010, 0.0276180, 0.0524639, 0.1209817, 0.3144158", \
					  "0.0146321, 0.0157609, 0.0189748, 0.0278848, 0.0525963, 0.1216919, 0.3164448");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001409445, 0.003973071, 0.01119965, 0.03157059, 0.08899403, 0.2508644");
					values("0.0136493, 0.0128369, 0.0110049, 0.0066684, -0.0163564, -0.0860755, -0.2829964", \
					  "0.0134771, 0.0126579, 0.0108508, 0.0064659, -0.0165259, -0.0862477, -0.2831789", \
					  "0.0132385, 0.0124122, 0.0106568, 0.0062619, -0.0167435, -0.0864604, -0.2833691", \
					  "0.0131706, 0.0123172, 0.0105108, 0.0060664, -0.0169067, -0.0865900, -0.2835077", \
					  "0.0128758, 0.0120411, 0.0101432, 0.0057541, -0.0171942, -0.0868181, -0.2837087", \
					  "0.0128811, 0.0118658, 0.0091115, 0.0051789, -0.0176371, -0.0872144, -0.2840355", \
					  "0.0193598, 0.0182868, 0.0152290, 0.0065829, -0.0179785, -0.0874225, -0.2841629");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.3113983, 0.3171843, 0.3307500, 0.3630066, 0.4476107, 0.6827692, 1.3453735", \
					  "0.3167272, 0.3224541, 0.3360288, 0.3681198, 0.4526730, 0.6880815, 1.3490320", \
					  "0.3283887, 0.3341732, 0.3477295, 0.3799972, 0.4645766, 0.6998132, 1.3634840", \
					  "0.3502688, 0.3560597, 0.3696465, 0.4018753, 0.4865409, 0.7215464, 1.3863976", \
					  "0.3810882, 0.3868648, 0.4003977, 0.4326672, 0.5170991, 0.7526331, 1.4150753", \
					  "0.4211911, 0.4269573, 0.4404932, 0.4727355, 0.5571300, 0.7925757, 1.4588794", \
					  "0.4596886, 0.4654280, 0.4786683, 0.5108924, 0.5954807, 0.8309265, 1.4914692");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0237614, 0.0286290, 0.0423592, 0.0824036, 0.2005474, 0.5399515, 1.4951138", \
					  "0.0235399, 0.0284704, 0.0423075, 0.0823326, 0.2004638, 0.5390821, 1.5039044", \
					  "0.0237462, 0.0286326, 0.0423623, 0.0824359, 0.2005237, 0.5393423, 1.5005539", \
					  "0.0238036, 0.0286167, 0.0423409, 0.0823237, 0.2005660, 0.5386838, 1.5020640", \
					  "0.0236751, 0.0286030, 0.0423894, 0.0824661, 0.2002420, 0.5397003, 1.5024492", \
					  "0.0236399, 0.0285645, 0.0423592, 0.0824750, 0.2004572, 0.5396169, 1.5029978", \
					  "0.0235202, 0.0285618, 0.0424454, 0.0824988, 0.2003854, 0.5394339, 1.4975833");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.2144112, 0.2185382, 0.2276670, 0.2458440, 0.2822630, 0.3664681, 0.5937232", \
					  "0.2199162, 0.2239518, 0.2330503, 0.2512958, 0.2878010, 0.3719686, 0.5992912", \
					  "0.2344055, 0.2385399, 0.2475895, 0.2658028, 0.3022261, 0.3864387, 0.6135825", \
					  "0.2693781, 0.2735095, 0.2825625, 0.3007784, 0.3372080, 0.4214143, 0.6485802", \
					  "0.3406324, 0.3447427, 0.3539307, 0.3720832, 0.4085928, 0.4927727, 0.7201278", \
					  "0.4635193, 0.4676646, 0.4768021, 0.4947963, 0.5313536, 0.6155437, 0.8427021", \
					  "0.6746138, 0.6787302, 0.6878404, 0.7060482, 0.7424804, 0.8267215, 1.0536977");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0191289, 0.0216899, 0.0279050, 0.0418369, 0.0778428, 0.1793417, 0.4813728", \
					  "0.0191909, 0.0219156, 0.0279366, 0.0420186, 0.0778162, 0.1793641, 0.4843329", \
					  "0.0191752, 0.0217995, 0.0278408, 0.0419476, 0.0777244, 0.1793550, 0.4802088", \
					  "0.0191534, 0.0217457, 0.0278066, 0.0419693, 0.0778533, 0.1793664, 0.4802569", \
					  "0.0192840, 0.0218801, 0.0278114, 0.0420399, 0.0778219, 0.1792547, 0.4804770", \
					  "0.0191055, 0.0217773, 0.0278790, 0.0420663, 0.0774249, 0.1797619, 0.4829084", \
					  "0.0193259, 0.0218784, 0.0280560, 0.0420007, 0.0779246, 0.1792878, 0.4785661");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.2716666, 0.2774484, 0.2910179, 0.3232759, 0.4077358, 0.6434424, 1.3064406", \
					  "0.2765928, 0.2823876, 0.2959626, 0.3282199, 0.4130596, 0.6478836, 1.3110062", \
					  "0.2876682, 0.2934671, 0.3071019, 0.3394088, 0.4240683, 0.6590961, 1.3228219", \
					  "0.3123631, 0.3181060, 0.3317067, 0.3639815, 0.4487426, 0.6837446, 1.3466900", \
					  "0.3535016, 0.3592583, 0.3728732, 0.4051725, 0.4899161, 0.7252382, 1.3865721", \
					  "0.4156000, 0.4213914, 0.4350258, 0.4673136, 0.5516851, 0.7870036, 1.4500789", \
					  "0.5002500, 0.5060345, 0.5196784, 0.5519916, 0.6366458, 0.8717493, 1.5335146");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0234636, 0.0285121, 0.0424057, 0.0822800, 0.2007032, 0.5385444, 1.4949625", \
					  "0.0234130, 0.0284850, 0.0423878, 0.0822200, 0.2004356, 0.5392551, 1.4976577", \
					  "0.0234508, 0.0284812, 0.0423756, 0.0822674, 0.2004910, 0.5383332, 1.4930988", \
					  "0.0234508, 0.0285179, 0.0424509, 0.0824052, 0.2004620, 0.5392352, 1.4984480", \
					  "0.0233311, 0.0284014, 0.0423369, 0.0822953, 0.2001226, 0.5383257, 1.4893835", \
					  "0.0235601, 0.0285954, 0.0424414, 0.0824413, 0.2000280, 0.5392876, 1.4976067", \
					  "0.0234930, 0.0285357, 0.0424061, 0.0822918, 0.2004996, 0.5383720, 1.4939406");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.2519677, 0.2561488, 0.2654598, 0.2837894, 0.3203939, 0.4046965, 0.6318575", \
					  "0.2567227, 0.2609740, 0.2702116, 0.2885274, 0.3252696, 0.4094556, 0.6368081", \
					  "0.2685029, 0.2726866, 0.2819764, 0.3003014, 0.3370315, 0.4212222, 0.6484551", \
					  "0.2938054, 0.2980480, 0.3072896, 0.3256369, 0.3623258, 0.4465524, 0.6738989", \
					  "0.3344525, 0.3387007, 0.3479391, 0.3662859, 0.4030074, 0.4871748, 0.7145871", \
					  "0.3941806, 0.3984155, 0.4076881, 0.4259953, 0.4627140, 0.5468827, 0.7742304", \
					  "0.4681473, 0.4723619, 0.4816478, 0.4998449, 0.5365490, 0.6208211, 0.8482514");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0195944, 0.0221891, 0.0282464, 0.0423770, 0.0781312, 0.1797676, 0.4852449", \
					  "0.0196334, 0.0223129, 0.0282668, 0.0426263, 0.0781215, 0.1796141, 0.4802891", \
					  "0.0196028, 0.0222872, 0.0282517, 0.0426419, 0.0779385, 0.1795819, 0.4798174", \
					  "0.0195956, 0.0223286, 0.0284449, 0.0427100, 0.0782785, 0.1798449, 0.4842231", \
					  "0.0196419, 0.0223141, 0.0282831, 0.0428080, 0.0779384, 0.1796665, 0.4794521", \
					  "0.0196881, 0.0222370, 0.0284730, 0.0422999, 0.0777373, 0.1796281, 0.4840537", \
					  "0.0196109, 0.0221879, 0.0285375, 0.0427064, 0.0780694, 0.1798338, 0.4808777");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0849544, 0.0904945, 0.1035439, 0.1353386, 0.2190405, 0.4531311, 1.1158944", \
					  "0.0894726, 0.0949584, 0.1080911, 0.1397752, 0.2239644, 0.4583553, 1.1221033", \
					  "0.0991974, 0.1046786, 0.1178491, 0.1495675, 0.2337831, 0.4683760, 1.1318899", \
					  "0.1195220, 0.1251048, 0.1382444, 0.1700354, 0.2543751, 0.4890744, 1.1563974", \
					  "0.1550391, 0.1610018, 0.1748525, 0.2072841, 0.2916054, 0.5268800, 1.1880872", \
					  "0.2026483, 0.2097241, 0.2252934, 0.2584637, 0.3443746, 0.5794715, 1.2442576", \
					  "0.2437555, 0.2535122, 0.2736905, 0.3131433, 0.3986508, 0.6338598, 1.2949058");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0213996, 0.0265475, 0.0407645, 0.0814129, 0.2003254, 0.5396354, 1.4980149", \
					  "0.0214079, 0.0265273, 0.0408141, 0.0814467, 0.2000030, 0.5387183, 1.4985365", \
					  "0.0213649, 0.0265672, 0.0407997, 0.0814063, 0.2000716, 0.5386105, 1.5009073", \
					  "0.0217499, 0.0269277, 0.0408753, 0.0814840, 0.2003419, 0.5386258, 1.4945156", \
					  "0.0240648, 0.0291620, 0.0429272, 0.0832163, 0.2009148, 0.5394503, 1.4990686", \
					  "0.0310826, 0.0358469, 0.0488037, 0.0865787, 0.2023762, 0.5389211, 1.4986753", \
					  "0.0452961, 0.0512764, 0.0641686, 0.0977374, 0.2053834, 0.5405376, 1.4941101");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.1089109, 0.1133199, 0.1229752, 0.1421688, 0.1807348, 0.2663123, 0.4929503", \
					  "0.1146375, 0.1190402, 0.1287553, 0.1479026, 0.1865178, 0.2721301, 0.4982713", \
					  "0.1294881, 0.1339241, 0.1435831, 0.1626591, 0.2013536, 0.2869920, 0.5129946", \
					  "0.1655141, 0.1698936, 0.1794679, 0.1974611, 0.2362207, 0.3218589, 0.5484766", \
					  "0.2504232, 0.2548145, 0.2644059, 0.2835000, 0.3222673, 0.4078626, 0.6345625", \
					  "0.4173446, 0.4232664, 0.4358557, 0.4593844, 0.5026362, 0.5892383, 0.8150701", \
					  "0.7092125, 0.7178397, 0.7357622, 0.7686056, 0.8258734, 0.9176003, 1.1424546");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140945, 0.00397307, 0.0111997, 0.0315706, 0.088994, 0.250864");
					values("0.0207560, 0.0234712, 0.0298554, 0.0448495, 0.0816923, 0.1797173, 0.4819794", \
					  "0.0208455, 0.0235037, 0.0301330, 0.0448993, 0.0818105, 0.1798193, 0.4807190", \
					  "0.0208251, 0.0234595, 0.0300984, 0.0448329, 0.0817109, 0.1794486, 0.4826418", \
					  "0.0208049, 0.0234750, 0.0299480, 0.0449001, 0.0818138, 0.1797540, 0.4812434", \
					  "0.0214371, 0.0241480, 0.0301920, 0.0450921, 0.0816938, 0.1796263, 0.4818690", \
					  "0.0324497, 0.0355021, 0.0425306, 0.0567132, 0.0894012, 0.1810158, 0.4820155", \
					  "0.0529236, 0.0568608, 0.0654684, 0.0830311, 0.1151686, 0.1897028, 0.4778801");
				}
			}
		}
	}
	cell ("scs8hd_dlrtp_4") {
		area : 20.019200;
		cell_footprint : "dlrtp";
		cell_leakage_power : 2.043153e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "GATE";
			data_in : "D";
			clear : "!RESETB";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017967";
			when : "RESETB&D&GATE&Q";
		}
		leakage_power () {
			value : "0.0020084";
			when : "RESETB&!D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0020156";
			when : "!RESETB&!D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0020238";
			when : "RESETB&!D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0017832";
			when : "RESETB&D&!GATE&Q";
		}
		leakage_power () {
			value : "0.0025318";
			when : "!RESETB&D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0024134";
			when : "!RESETB&D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0020003";
			when : "!RESETB&!D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0024216";
			when : "RESETB&D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0014368";
			when : "RESETB&!D&!GATE&Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002336;
			capacitance : 0.002210;
			fall_capacitance : 0.002083;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0187520, 0.0660788, 0.0982240", \
					  "-0.2122253, -0.1310566, -0.1013529", \
					  "-0.4445658, -0.3682799, -0.3434590");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0422832, -0.0425475, -0.0746927", \
					  "0.2443014, 0.1619121, 0.1273255", \
					  "0.4925111, 0.4113424, 0.3791973");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1873608, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028489, 0.0028721, 0.0029255, 0.0029290, 0.0029370, 0.0029555, 0.0029980");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028118, -0.0028422, -0.0029122, -0.0029137, -0.0029170, -0.0029247, -0.0029425");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001818;
			capacitance : 0.001715;
			fall_capacitance : 0.001612;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2241680, 0.3187643, 0.3679993", \
					  "0.1027161, 0.1960918, 0.2428854", \
					  "0.0070944, 0.0955872, 0.1399395");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0520488, 0.2491842, 0.5022767", \
					  "-0.1597350, 0.0374004, 0.2856100", \
					  "-0.4238138, -0.2266784, 0.0178691");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2030781, -0.2988952, -0.3505716", \
					  "-0.0694193, -0.1652363, -0.2144714", \
					  "0.0799134, -0.0171243, -0.0700215");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0297383, -0.2317565, -0.4872904", \
					  "0.1808249, -0.0211934, -0.2730651", \
					  "0.4412415, 0.2404440, -0.0065449");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018023, 0.0017195, 0.0015284, 0.0015260, 0.0015203, 0.0015071, 0.0014769");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060731, 0.0059907, 0.0058007, 0.0058046, 0.0058134, 0.0058337, 0.0058806");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001758;
			capacitance : 0.001688;
			fall_capacitance : 0.001618;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1016770, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0126171, 0.0125487, 0.0123910, 0.0123836, 0.0123666, 0.0123274, 0.0122371");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0074282, 0.0073478, 0.0071627, 0.0071409, 0.0070906, 0.0069748, 0.0067077");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.471506;
			max_transition : 1.509665;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0263417, 0.0277653, 0.0321506, 0.0453232, 0.0849514, 0.2090065, 0.5970050", \
					  "0.0261818, 0.0276354, 0.0320289, 0.0451387, 0.0847690, 0.2082607, 0.5956654", \
					  "0.0263101, 0.0277315, 0.0321295, 0.0452962, 0.0850313, 0.2085334, 0.5921290", \
					  "0.0261645, 0.0276236, 0.0320176, 0.0450563, 0.0850481, 0.2082970, 0.5959819", \
					  "0.0260162, 0.0274270, 0.0318659, 0.0449784, 0.0846105, 0.2081267, 0.5918563", \
					  "0.0260570, 0.0274780, 0.0317618, 0.0450380, 0.0847674, 0.2081896, 0.5952286", \
					  "0.0270702, 0.0284349, 0.0326547, 0.0456150, 0.0856327, 0.2092189, 0.5935184");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0222323, 0.0210506, 0.0175313, 0.0069144, -0.0302359, -0.1538735, -0.5441768", \
					  "0.0221798, 0.0210317, 0.0174972, 0.0069192, -0.0303103, -0.1539527, -0.5442303", \
					  "0.0222267, 0.0210878, 0.0175228, 0.0069290, -0.0302200, -0.1538525, -0.5441678", \
					  "0.0221475, 0.0210176, 0.0174995, 0.0068902, -0.0302689, -0.1539038, -0.5442126", \
					  "0.0221192, 0.0209488, 0.0173976, 0.0067891, -0.0303564, -0.1539925, -0.5442935", \
					  "0.0220457, 0.0208946, 0.0174210, 0.0067400, -0.0303977, -0.1540679, -0.5443740", \
					  "0.0262782, 0.0250937, 0.0213342, 0.0092247, -0.0298170, -0.1541451, -0.5443417");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0248297, 0.0262528, 0.0306316, 0.0438049, 0.0836066, 0.2066958, 0.5918224", \
					  "0.0248648, 0.0262539, 0.0306666, 0.0438552, 0.0836164, 0.2077898, 0.5967824", \
					  "0.0248859, 0.0262847, 0.0306491, 0.0438402, 0.0836488, 0.2069866, 0.5972769", \
					  "0.0245296, 0.0259332, 0.0303208, 0.0435492, 0.0832496, 0.2066335, 0.5938770", \
					  "0.0242979, 0.0256909, 0.0300855, 0.0432685, 0.0830649, 0.2063162, 0.5943033", \
					  "0.0242271, 0.0256065, 0.0299989, 0.0432383, 0.0829856, 0.2064987, 0.5939582", \
					  "0.0253328, 0.0267075, 0.0309070, 0.0438966, 0.0838677, 0.2070915, 0.5900861");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0223296, 0.0211494, 0.0175537, 0.0069870, -0.0301852, -0.1538227, -0.5440992", \
					  "0.0223124, 0.0211261, 0.0175572, 0.0069505, -0.0301636, -0.1537706, -0.5440622", \
					  "0.0222661, 0.0211296, 0.0175272, 0.0069289, -0.0302183, -0.1538372, -0.5441389", \
					  "0.0221088, 0.0208518, 0.0173213, 0.0067390, -0.0304030, -0.1540444, -0.5443463", \
					  "0.0218639, 0.0207455, 0.0171580, 0.0065465, -0.0305720, -0.1541883, -0.5444761", \
					  "0.0220340, 0.0208238, 0.0171981, 0.0065821, -0.0305678, -0.1541694, -0.5444704", \
					  "0.0266071, 0.0254153, 0.0216442, 0.0095648, -0.0295159, -0.1537829, -0.5442505");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0221001, 0.0235128, 0.0278883, 0.0409713, 0.0806999, 0.2038704, 0.5899775", \
					  "0.0221225, 0.0235403, 0.0279504, 0.0410520, 0.0806077, 0.2034237, 0.5905665", \
					  "0.0220672, 0.0235519, 0.0279198, 0.0410176, 0.0806995, 0.2037826, 0.5897413", \
					  "0.0218577, 0.0233106, 0.0276851, 0.0408036, 0.0804667, 0.2035799, 0.5898995", \
					  "0.0218389, 0.0232168, 0.0274958, 0.0403884, 0.0800036, 0.2035021, 0.5911416", \
					  "0.0222744, 0.0235945, 0.0280739, 0.0407809, 0.0801998, 0.2031187, 0.5935056", \
					  "0.0224805, 0.0238987, 0.0280377, 0.0409259, 0.0803503, 0.2041038, 0.5879542");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0198882, 0.0187854, 0.0153382, 0.0068953, -0.0283188, -0.1523715, -0.5427592", \
					  "0.0197195, 0.0186368, 0.0152424, 0.0067172, -0.0284903, -0.1525040, -0.5428844", \
					  "0.0195068, 0.0183981, 0.0150043, 0.0065085, -0.0286516, -0.1526831, -0.5430733", \
					  "0.0194465, 0.0183598, 0.0149449, 0.0063471, -0.0288608, -0.1528247, -0.5431915", \
					  "0.0193337, 0.0181734, 0.0147684, 0.0060731, -0.0291205, -0.1530176, -0.5433188", \
					  "0.0193337, 0.0181824, 0.0145905, 0.0056857, -0.0296368, -0.1534867, -0.5436928", \
					  "0.0271108, 0.0258012, 0.0217997, 0.0093239, -0.0300255, -0.1539191, -0.5439695");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.3412497, 0.3455516, 0.3568900, 0.3851015, 0.4599973, 0.6857632, 1.3933061", \
					  "0.3460969, 0.3504234, 0.3618114, 0.3901045, 0.4648971, 0.6910528, 1.3961966", \
					  "0.3580966, 0.3623899, 0.3737796, 0.4019538, 0.4770388, 0.7029335, 1.4075969", \
					  "0.3799854, 0.3842722, 0.3956381, 0.4236806, 0.4985736, 0.7241380, 1.4294282", \
					  "0.4110239, 0.4153400, 0.4267358, 0.4550325, 0.5298269, 0.7559789, 1.4605904", \
					  "0.4504972, 0.4548808, 0.4660269, 0.4943169, 0.5691040, 0.7952765, 1.5008254", \
					  "0.4881936, 0.4925311, 0.5038611, 0.5320633, 0.6069795, 0.8331783, 1.5373419");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0275012, 0.0309517, 0.0407930, 0.0708370, 0.1687582, 0.4879315, 1.4988942", \
					  "0.0277361, 0.0311556, 0.0408202, 0.0710189, 0.1691040, 0.4892516, 1.5055336", \
					  "0.0277832, 0.0310738, 0.0409330, 0.0707323, 0.1692938, 0.4886989, 1.4999232", \
					  "0.0275838, 0.0309480, 0.0406103, 0.0709563, 0.1688955, 0.4879224, 1.5014874", \
					  "0.0276718, 0.0311643, 0.0407957, 0.0710226, 0.1691289, 0.4891846, 1.5006939", \
					  "0.0273802, 0.0307412, 0.0410977, 0.0710144, 0.1691387, 0.4893912, 1.5096646", \
					  "0.0274244, 0.0309373, 0.0408948, 0.0708634, 0.1687210, 0.4892190, 1.4998934");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2515905, 0.2549381, 0.2635341, 0.2821057, 0.3203877, 0.4066958, 0.6451523", \
					  "0.2571260, 0.2604806, 0.2689841, 0.2877985, 0.3259296, 0.4121168, 0.6506127", \
					  "0.2715847, 0.2749348, 0.2835329, 0.3021141, 0.3403844, 0.4267125, 0.6652509", \
					  "0.3065641, 0.3099171, 0.3184670, 0.3372105, 0.3753202, 0.4616345, 0.7001673", \
					  "0.3777789, 0.3811328, 0.3895643, 0.4083341, 0.4465323, 0.5328458, 0.7711317", \
					  "0.5002823, 0.5036354, 0.5122027, 0.5309463, 0.5691464, 0.6552092, 0.8936493", \
					  "0.7110856, 0.7144360, 0.7230299, 0.7416270, 0.7798687, 0.8662374, 1.1047383");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0268789, 0.0287199, 0.0338782, 0.0465028, 0.0786414, 0.1715275, 0.4817340", \
					  "0.0269271, 0.0287201, 0.0337375, 0.0462913, 0.0785836, 0.1721255, 0.4826435", \
					  "0.0268155, 0.0287419, 0.0339120, 0.0465083, 0.0786409, 0.1714192, 0.4806679", \
					  "0.0268073, 0.0287084, 0.0338282, 0.0463484, 0.0786280, 0.1712879, 0.4807320", \
					  "0.0269726, 0.0289158, 0.0340579, 0.0465414, 0.0786231, 0.1717791, 0.4813666", \
					  "0.0269908, 0.0289088, 0.0339834, 0.0462490, 0.0781670, 0.1714637, 0.4826800", \
					  "0.0268444, 0.0287704, 0.0339433, 0.0465271, 0.0786687, 0.1710844, 0.4799821");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.3003608, 0.3047041, 0.3161094, 0.3443512, 0.4194077, 0.6453731, 1.3510097", \
					  "0.3053052, 0.3096416, 0.3210445, 0.3493318, 0.4244007, 0.6501147, 1.3548971", \
					  "0.3164133, 0.3207361, 0.3321734, 0.3604197, 0.4353625, 0.6614616, 1.3670929", \
					  "0.3411084, 0.3454412, 0.3568841, 0.3851032, 0.4601561, 0.6862270, 1.3909366", \
					  "0.3818987, 0.3862069, 0.3976283, 0.4258718, 0.5008576, 0.7267413, 1.4310544", \
					  "0.4436916, 0.4480146, 0.4594623, 0.4876734, 0.5626163, 0.7887785, 1.4945205", \
					  "0.5274088, 0.5317437, 0.5431855, 0.5714884, 0.6465317, 0.8719577, 1.5779071");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0275933, 0.0308104, 0.0407736, 0.0709886, 0.1686170, 0.4890253, 1.4894276", \
					  "0.0274655, 0.0308217, 0.0408401, 0.0709748, 0.1692107, 0.4886653, 1.5045042", \
					  "0.0274082, 0.0308625, 0.0407298, 0.0709055, 0.1687206, 0.4891447, 1.5045329", \
					  "0.0275348, 0.0308476, 0.0407870, 0.0708774, 0.1686461, 0.4875624, 1.4911100", \
					  "0.0274969, 0.0309449, 0.0407731, 0.0709944, 0.1692008, 0.4878032, 1.5011818", \
					  "0.0274198, 0.0308500, 0.0406817, 0.0709244, 0.1688769, 0.4890262, 1.5044639", \
					  "0.0276074, 0.0309755, 0.0408070, 0.0710510, 0.1693428, 0.4878952, 1.4959148");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2879637, 0.2913868, 0.3000530, 0.3189956, 0.3575161, 0.4439010, 0.6824286", \
					  "0.2928075, 0.2962483, 0.3048612, 0.3237960, 0.3623525, 0.4485552, 0.6867878", \
					  "0.3047465, 0.3081664, 0.3168321, 0.3357738, 0.3743015, 0.4606492, 0.6991791", \
					  "0.3298164, 0.3332397, 0.3418699, 0.3608100, 0.3993342, 0.4856092, 0.7241709", \
					  "0.3704535, 0.3738739, 0.3825246, 0.4014625, 0.4400288, 0.5263417, 0.7648628", \
					  "0.4294944, 0.4329353, 0.4415389, 0.4604949, 0.4990805, 0.5853349, 0.8235204", \
					  "0.5026268, 0.5060473, 0.5146992, 0.5336394, 0.5720250, 0.6584561, 0.8970767");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0274206, 0.0293762, 0.0343449, 0.0469088, 0.0790498, 0.1716525, 0.4809866", \
					  "0.0274616, 0.0292405, 0.0344995, 0.0468777, 0.0783929, 0.1716520, 0.4833571", \
					  "0.0273779, 0.0293669, 0.0344571, 0.0467606, 0.0790683, 0.1718199, 0.4812033", \
					  "0.0273746, 0.0293909, 0.0343465, 0.0469087, 0.0790843, 0.1718510, 0.4812655", \
					  "0.0273782, 0.0292791, 0.0343539, 0.0467225, 0.0792800, 0.1713198, 0.4873448", \
					  "0.0274602, 0.0292413, 0.0343903, 0.0471528, 0.0786411, 0.1722576, 0.4832624", \
					  "0.0274334, 0.0292771, 0.0344210, 0.0470319, 0.0789630, 0.1719716, 0.4821378");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1095530, 0.1137508, 0.1248526, 0.1526260, 0.2275041, 0.4525876, 1.1565647", \
					  "0.1141839, 0.1183884, 0.1295815, 0.1574120, 0.2317695, 0.4573243, 1.1620072", \
					  "0.1240571, 0.1283521, 0.1394240, 0.1672558, 0.2419554, 0.4675009, 1.1707457", \
					  "0.1457487, 0.1500599, 0.1610808, 0.1888436, 0.2635002, 0.4892768, 1.1966520", \
					  "0.1873303, 0.1917288, 0.2032235, 0.2315293, 0.3063393, 0.5319366, 1.2393021", \
					  "0.2482945, 0.2533180, 0.2670983, 0.2973252, 0.3731463, 0.5989744, 1.3044421", \
					  "0.3158896, 0.3225687, 0.3393067, 0.3757564, 0.4547145, 0.6811136, 1.3838811");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0258312, 0.0291899, 0.0394620, 0.0697854, 0.1689672, 0.4890959, 1.5056466", \
					  "0.0257470, 0.0292565, 0.0392309, 0.0699858, 0.1688977, 0.4884659, 1.5062218", \
					  "0.0257971, 0.0292915, 0.0392918, 0.0698516, 0.1689018, 0.4899922, 1.5051719", \
					  "0.0257264, 0.0291682, 0.0393000, 0.0698747, 0.1687915, 0.4898686, 1.5064959", \
					  "0.0280732, 0.0312950, 0.0412494, 0.0711685, 0.1692483, 0.4887064, 1.5094160", \
					  "0.0366297, 0.0396750, 0.0482363, 0.0765758, 0.1715282, 0.4894437, 1.5034938", \
					  "0.0520079, 0.0557821, 0.0651230, 0.0911905, 0.1780249, 0.4910125, 1.4948698");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1473953, 0.1509480, 0.1601247, 0.1800028, 0.2203729, 0.3077459, 0.5436924", \
					  "0.1533363, 0.1569394, 0.1660167, 0.1860142, 0.2264196, 0.3138036, 0.5500855", \
					  "0.1682786, 0.1719277, 0.1810391, 0.2009589, 0.2413942, 0.3287762, 0.5646179", \
					  "0.2042589, 0.2078497, 0.2169397, 0.2355163, 0.2759151, 0.3633479, 0.5991648", \
					  "0.2893623, 0.2929859, 0.3020068, 0.3218398, 0.3622009, 0.4496149, 0.6856428", \
					  "0.4750290, 0.4792685, 0.4897974, 0.5119950, 0.5547275, 0.6427658, 0.8786319", \
					  "0.8083229, 0.8143821, 0.8294695, 0.8604099, 0.9169469, 1.0146688, 1.2491448");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0291462, 0.0311866, 0.0367036, 0.0495546, 0.0828540, 0.1700530, 0.4788177", \
					  "0.0291536, 0.0311812, 0.0368565, 0.0495904, 0.0828339, 0.1698592, 0.4798335", \
					  "0.0290513, 0.0312505, 0.0365668, 0.0501032, 0.0827428, 0.1701450, 0.4790967", \
					  "0.0291638, 0.0311894, 0.0365765, 0.0495052, 0.0828538, 0.1697807, 0.4791898", \
					  "0.0290639, 0.0312520, 0.0368956, 0.0497989, 0.0828500, 0.1699023, 0.4825332", \
					  "0.0382341, 0.0402131, 0.0452999, 0.0577110, 0.0876819, 0.1710911, 0.4823133", \
					  "0.0617290, 0.0641545, 0.0710238, 0.0859759, 0.1175783, 0.1843678, 0.4778438");
				}
			}
		}
	}
	cell ("scs8hd_dlxbn_1") {
		area : 18.768000;
		cell_footprint : "dlxbn";
		cell_leakage_power : 1.605192e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017938";
			when : "D&!GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0013982";
			when : "!D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0014136";
			when : "!D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0017805";
			when : "D&GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0018115";
			when : "D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0014335";
			when : "!D&GATEN&Q&!QN";
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001613;
			capacitance : 0.001700;
			rise_capacitance : 0.001787;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1716777, 0.2650534, 0.3155091", \
					  "0.0453431, 0.1399395, 0.1891745", \
					  "-0.0453958, 0.0504212, 0.1008770");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1082012, 0.3077780, 0.5620911", \
					  "0.0624329, 0.2595684, 0.5065573", \
					  "0.0730124, 0.2628236, 0.5110332");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1542500, -0.2500671, -0.3017435", \
					  "-0.0291361, -0.1249531, -0.1754089", \
					  "0.0628236, -0.0354349, -0.0871113");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0932148, -0.2964538, -0.5519876", \
					  "-0.0401224, -0.2421406, -0.4940123", \
					  "-0.0287292, -0.2295267, -0.4826191");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019626, 0.0019070, 0.0017791, 0.0017652, 0.0017331, 0.0016592, 0.0014888");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056504, 0.0055832, 0.0054285, 0.0054358, 0.0054526, 0.0054912, 0.0055803");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001591;
			capacitance : 0.001674;
			rise_capacitance : 0.001757;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2422863, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076831, 0.0076302, 0.0075083, 0.0074842, 0.0074287, 0.0073006, 0.0070055");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127545, 0.0126706, 0.0124773, 0.0124709, 0.0124562, 0.0124223, 0.0123441");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.141917;
			max_transition : 1.502595;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("-0.0001545, 0.0010956, 0.0041105, 0.0112716, 0.0278991, 0.0689721, 0.1745425", \
					  "-0.0001312, 0.0011121, 0.0041162, 0.0112654, 0.0278526, 0.0693908, 0.1742494", \
					  "-7.4750000e-05, 0.0011598, 0.0041480, 0.0112483, 0.0279627, 0.0693155, 0.1742800", \
					  "-7.8200000e-05, 0.0011405, 0.0040902, 0.0111523, 0.0276807, 0.0691161, 0.1724696", \
					  "-6.9050000e-05, 0.0011419, 0.0040854, 0.0111259, 0.0277664, 0.0691246, 0.1739355", \
					  "-3.4100000e-05, 0.0011744, 0.0041067, 0.0111380, 0.0276355, 0.0686124, 0.1741670", \
					  "7.1400000e-05, 0.0013065, 0.0043020, 0.0113508, 0.0278499, 0.0690623, 0.1740163");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("-0.0006387, 0.0022033, 0.0071948, 0.0118976, 0.0068331, -0.0268033, -0.1283058", \
					  "-0.0006148, 0.0022191, 0.0072048, 0.0118869, 0.0067983, -0.0268350, -0.1283387", \
					  "-0.0005440, 0.0022822, 0.0072362, 0.0118895, 0.0067773, -0.0268917, -0.1284428", \
					  "-0.0005499, 0.0022714, 0.0072162, 0.0118823, 0.0067423, -0.0269299, -0.1284636", \
					  "-0.0005625, 0.0022539, 0.0071840, 0.0118297, 0.0067058, -0.0269602, -0.1284854", \
					  "-0.0005834, 0.0022296, 0.0071605, 0.0117716, 0.0066301, -0.0270572, -0.1285775", \
					  "-0.0006279, 0.0021875, 0.0071126, 0.0117340, 0.0066012, -0.0270862, -0.1285676");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("-0.0049625, -0.0029133, 0.0016628, 0.0111264, 0.0300431, 0.0730226, 0.1788422", \
					  "-0.0049274, -0.0028888, 0.0016628, 0.0110981, 0.0299915, 0.0729671, 0.1787982", \
					  "-0.0048391, -0.0028108, 0.0017237, 0.0111271, 0.0301054, 0.0729269, 0.1787575", \
					  "-0.0048402, -0.0028166, 0.0017061, 0.0110942, 0.0300382, 0.0729764, 0.1790399", \
					  "-0.0048432, -0.0028359, 0.0016559, 0.0109876, 0.0299103, 0.0725106, 0.1777668", \
					  "-0.0048369, -0.0028443, 0.0016220, 0.0109263, 0.0298028, 0.0725674, 0.1777589", \
					  "-0.0047979, -0.0028055, 0.0016685, 0.0108634, 0.0298112, 0.0724739, 0.1781129");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("-0.0038486, -0.0005357, 0.0053608, 0.0114678, 0.0077312, -0.0249926, -0.1260372", \
					  "-0.0038131, -0.0005103, 0.0053989, 0.0114118, 0.0076821, -0.0250653, -0.1261064", \
					  "-0.0037194, -0.0004177, 0.0054529, 0.0114784, 0.0077459, -0.0250027, -0.1260403", \
					  "-0.0037276, -0.0004380, 0.0054032, 0.0113807, 0.0075903, -0.0251721, -0.1262267", \
					  "-0.0037358, -0.0004745, 0.0053326, 0.0112569, 0.0074274, -0.0254021, -0.1264577", \
					  "-0.0037295, -0.0004816, 0.0052994, 0.0111847, 0.0073121, -0.0254916, -0.1265942", \
					  "-0.0037008, -0.0004672, 0.0052990, 0.0111318, 0.0072471, -0.0255775, -0.1266565");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.2974130, 0.3043338, 0.3201075, 0.3583637, 0.4557059, 0.7034900, 1.3396785", \
					  "0.3023836, 0.3093510, 0.3251155, 0.3633833, 0.4607213, 0.7084260, 1.3490955", \
					  "0.3143051, 0.3212069, 0.3369564, 0.3752598, 0.4725772, 0.7201913, 1.3552962", \
					  "0.3361145, 0.3429847, 0.3587155, 0.3969689, 0.4942992, 0.7422103, 1.3800017", \
					  "0.3669902, 0.3738858, 0.3896399, 0.4279599, 0.5252372, 0.7737540, 1.4125587", \
					  "0.4062687, 0.4132292, 0.4290033, 0.4672638, 0.5646082, 0.8124399, 1.4487991", \
					  "0.4441403, 0.4510624, 0.4668431, 0.5051017, 0.6024238, 0.8499173, 1.4858810");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0249840, 0.0319021, 0.0505482, 0.1031810, 0.2394026, 0.5915839, 1.4956201", \
					  "0.0249513, 0.0318194, 0.0504942, 0.1031447, 0.2395180, 0.5903324, 1.4965860", \
					  "0.0250194, 0.0318472, 0.0505870, 0.1031793, 0.2396544, 0.5905866, 1.4997680", \
					  "0.0248615, 0.0316885, 0.0504721, 0.1031479, 0.2393743, 0.5927727, 1.4885002", \
					  "0.0250176, 0.0318604, 0.0505305, 0.1031539, 0.2400580, 0.5901175, 1.4970548", \
					  "0.0250064, 0.0318965, 0.0505188, 0.1031650, 0.2393484, 0.5920553, 1.4959722", \
					  "0.0249940, 0.0319135, 0.0505580, 0.1031711, 0.2396673, 0.5897022, 1.4954099");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.2014035, 0.2065890, 0.2171053, 0.2380607, 0.2816606, 0.3810782, 0.6323893", \
					  "0.2070128, 0.2121697, 0.2227507, 0.2436720, 0.2872708, 0.3866858, 0.6381265", \
					  "0.2215272, 0.2266904, 0.2372389, 0.2581736, 0.3016694, 0.4011091, 0.6527300", \
					  "0.2564302, 0.2616130, 0.2721451, 0.2930997, 0.3367145, 0.4361382, 0.6874274", \
					  "0.3277693, 0.3329363, 0.3433647, 0.3643073, 0.4079250, 0.5073397, 0.7587210", \
					  "0.4508770, 0.4560441, 0.4666063, 0.4875149, 0.5311606, 0.6305847, 0.8818152", \
					  "0.6608352, 0.6660096, 0.6764693, 0.6974427, 0.7411032, 0.8405491, 1.0918653");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0189544, 0.0227178, 0.0311992, 0.0511545, 0.0982994, 0.2231669, 0.5586658", \
					  "0.0188429, 0.0226598, 0.0313332, 0.0511173, 0.0983495, 0.2234599, 0.5591975", \
					  "0.0187541, 0.0228219, 0.0312143, 0.0512451, 0.0984083, 0.2234128, 0.5618950", \
					  "0.0188350, 0.0226895, 0.0314811, 0.0511153, 0.0986362, 0.2228117, 0.5557259", \
					  "0.0189753, 0.0227792, 0.0313150, 0.0512676, 0.0986501, 0.2232483, 0.5574591", \
					  "0.0190324, 0.0228605, 0.0312357, 0.0512086, 0.0985022, 0.2229248, 0.5608614", \
					  "0.0190860, 0.0228971, 0.0314415, 0.0512551, 0.0983496, 0.2231657, 0.5558306");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.3654373, 0.3724298, 0.3882877, 0.4265982, 0.5237887, 0.7711511, 1.4114001", \
					  "0.3707540, 0.3777382, 0.3935897, 0.4318728, 0.5291775, 0.7769287, 1.4169105", \
					  "0.3850204, 0.3920033, 0.4078595, 0.4461585, 0.5434956, 0.7908289, 1.4275034", \
					  "0.4191541, 0.4261247, 0.4419722, 0.4802863, 0.5775920, 0.8254694, 1.4621682", \
					  "0.4953910, 0.5023814, 0.5180676, 0.5563787, 0.6537340, 0.9014143, 1.5371763", \
					  "0.6317756, 0.6387633, 0.6546117, 0.6929102, 0.7902239, 1.0377164, 1.6738604", \
					  "0.8641311, 0.8711111, 0.8869673, 0.9252538, 1.0225755, 1.2697932, 1.9112203");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0246463, 0.0317368, 0.0506040, 0.1032087, 0.2396203, 0.5907861, 1.4990653", \
					  "0.0247812, 0.0318122, 0.0506740, 0.1031999, 0.2395375, 0.5912044, 1.4989473", \
					  "0.0247362, 0.0316874, 0.0506243, 0.1031657, 0.2395751, 0.5898754, 1.4951884", \
					  "0.0246655, 0.0318131, 0.0506307, 0.1031970, 0.2394440, 0.5921034, 1.4959473", \
					  "0.0246700, 0.0316262, 0.0506428, 0.1032112, 0.2395633, 0.5894736, 1.5025952", \
					  "0.0247047, 0.0317828, 0.0505620, 0.1032014, 0.2393533, 0.5897858, 1.4861480", \
					  "0.0247854, 0.0318328, 0.0506388, 0.1031805, 0.2393558, 0.5882091, 1.4943911");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.2262175, 0.2314702, 0.2422192, 0.2633393, 0.3070552, 0.4065272, 0.6579405", \
					  "0.2318362, 0.2371209, 0.2478781, 0.2689779, 0.3126766, 0.4121444, 0.6635752", \
					  "0.2456839, 0.2509647, 0.2617161, 0.2828260, 0.3265283, 0.4259738, 0.6774593", \
					  "0.2792732, 0.2845257, 0.2952645, 0.3163843, 0.3600870, 0.4595478, 0.7108351", \
					  "0.3569268, 0.3622339, 0.3729674, 0.3940840, 0.4376985, 0.5371359, 0.7886006", \
					  "0.4999915, 0.5052929, 0.5160783, 0.5372222, 0.5809617, 0.6804542, 0.9317001", \
					  "0.7402616, 0.7456003, 0.7564606, 0.7777147, 0.8215614, 0.9210857, 1.1725336");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0193714, 0.0233057, 0.0321231, 0.0515403, 0.0989788, 0.2235357, 0.5595625", \
					  "0.0194192, 0.0231902, 0.0318398, 0.0514899, 0.0985807, 0.2235291, 0.5599196", \
					  "0.0194346, 0.0232265, 0.0318718, 0.0514396, 0.0989075, 0.2229444, 0.5577218", \
					  "0.0193503, 0.0233555, 0.0318027, 0.0514447, 0.0988551, 0.2233189, 0.5553061", \
					  "0.0194009, 0.0232288, 0.0317125, 0.0514462, 0.0988583, 0.2234850, 0.5600082", \
					  "0.0195171, 0.0233017, 0.0319166, 0.0515322, 0.0987574, 0.2228184, 0.5591800", \
					  "0.0198254, 0.0236021, 0.0321438, 0.0517043, 0.0986569, 0.2235786, 0.5556529");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.149241;
			max_transition : 1.502391;
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0049812, -0.0029202, 0.0017787, 0.0114399, 0.0311471, 0.0765548, 0.1881528", \
					  "-0.0049455, -0.0028943, 0.0017829, 0.0114157, 0.0310661, 0.0765224, 0.1881296", \
					  "-0.0048535, -0.0028087, 0.0018528, 0.0114747, 0.0311662, 0.0763836, 0.1864232", \
					  "-0.0048619, -0.0028340, 0.0017944, 0.0113570, 0.0311610, 0.0760708, 0.1881871", \
					  "-0.0048686, -0.0028589, 0.0017355, 0.0112394, 0.0308876, 0.0758674, 0.1867347", \
					  "-0.0048608, -0.0028656, 0.0016989, 0.0111840, 0.0308754, 0.0754686, 0.1876743", \
					  "-0.0048214, -0.0028280, 0.0016953, 0.0111332, 0.0308259, 0.0751360, 0.1863478");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0039371, -0.0006877, 0.0051469, 0.0111249, 0.0068279, -0.0277853, -0.1349087", \
					  "-0.0039018, -0.0006634, 0.0051503, 0.0110969, 0.0067681, -0.0278861, -0.1350093", \
					  "-0.0038122, -0.0005814, 0.0052181, 0.0111295, 0.0067838, -0.0278984, -0.1350222", \
					  "-0.0038131, -0.0005914, 0.0051962, 0.0110931, 0.0067265, -0.0279636, -0.1350978", \
					  "-0.0038173, -0.0006110, 0.0051464, 0.0109904, 0.0065981, -0.0281377, -0.1352801", \
					  "-0.0038084, -0.0006147, 0.0051141, 0.0109286, 0.0064666, -0.0282715, -0.1354320", \
					  "-0.0037801, -0.0005952, 0.0051006, 0.0108748, 0.0063800, -0.0282693, -0.1354213");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0017668, -0.0001710, 0.0036084, 0.0118978, 0.0304147, 0.0745995, 0.1858957", \
					  "-0.0017410, -0.0001583, 0.0035998, 0.0118827, 0.0302797, 0.0744917, 0.1859826", \
					  "-0.0016704, -9.5550000e-05, 0.0036449, 0.0118893, 0.0302704, 0.0745591, 0.1850613", \
					  "-0.0016750, -0.0001034, 0.0036265, 0.0118782, 0.0302834, 0.0743067, 0.1849806", \
					  "-0.0016888, -0.0001230, 0.0035998, 0.0118266, 0.0302224, 0.0736465, 0.1856776", \
					  "-0.0017100, -0.0001463, 0.0035657, 0.0117700, 0.0301736, 0.0739424, 0.1847407", \
					  "-0.0017451, -0.0001762, 0.0035242, 0.0117345, 0.0301259, 0.0738904, 0.1856773");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0008853, 0.0033410, 0.0076213, 0.0112708, 0.0046672, -0.0315012, -0.1393930", \
					  "0.0009080, 0.0033582, 0.0076207, 0.0112601, 0.0046454, -0.0315528, -0.1394534", \
					  "0.0009652, 0.0034073, 0.0076530, 0.0112470, 0.0045982, -0.0316321, -0.1395398", \
					  "0.0009615, 0.0033865, 0.0075905, 0.0111388, 0.0044327, -0.0318150, -0.1398003", \
					  "0.0009719, 0.0033946, 0.0076012, 0.0111252, 0.0043977, -0.0318618, -0.1397838", \
					  "0.0010061, 0.0034208, 0.0076122, 0.0111431, 0.0044065, -0.0318694, -0.1398077", \
					  "0.0011067, 0.0035428, 0.0077664, 0.0113615, 0.0046816, -0.0316812, -0.1396888");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2554990, 0.2617885, 0.2767851, 0.3141810, 0.4100120, 0.6575144, 1.2955496", \
					  "0.2611429, 0.2673685, 0.2823916, 0.3198534, 0.4155597, 0.6627594, 1.3016040", \
					  "0.2755642, 0.2818429, 0.2968855, 0.3342707, 0.4300978, 0.6766553, 1.3162285", \
					  "0.3105638, 0.3168471, 0.3318142, 0.3691875, 0.4647869, 0.7119068, 1.3511691", \
					  "0.3816964, 0.3879991, 0.4030382, 0.4404748, 0.5360717, 0.7847730, 1.4229038", \
					  "0.5048976, 0.5111996, 0.5261951, 0.5635086, 0.6592301, 0.9070165, 1.5441194", \
					  "0.7148890, 0.7211059, 0.7361251, 0.7735859, 0.8692920, 1.1161339, 1.7570223");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0197036, 0.0269860, 0.0463782, 0.0982607, 0.2338489, 0.5886250, 1.4970616", \
					  "0.0196527, 0.0269116, 0.0463867, 0.0981194, 0.2332423, 0.5883881, 1.4949826", \
					  "0.0197027, 0.0269456, 0.0464751, 0.0983580, 0.2332398, 0.5880607, 1.5023910", \
					  "0.0196934, 0.0269889, 0.0464350, 0.0981834, 0.2335861, 0.5828369, 1.5016560", \
					  "0.0197225, 0.0269486, 0.0464513, 0.0981088, 0.2336816, 0.5826521, 1.4972070", \
					  "0.0196847, 0.0269677, 0.0462770, 0.0982517, 0.2338207, 0.5850973, 1.5009656", \
					  "0.0196713, 0.0269407, 0.0463177, 0.0982599, 0.2342435, 0.5824470, 1.4977388");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3414434, 0.3458147, 0.3550352, 0.3736749, 0.4146456, 0.5162690, 0.7792286", \
					  "0.3465802, 0.3509653, 0.3601515, 0.3788108, 0.4198023, 0.5214220, 0.7846727", \
					  "0.3582395, 0.3626459, 0.3717785, 0.3904528, 0.4314972, 0.5330740, 0.7963730", \
					  "0.3800431, 0.3844615, 0.3936000, 0.4122672, 0.4532431, 0.5548207, 0.8180276", \
					  "0.4109534, 0.4153432, 0.4245423, 0.4432043, 0.4841997, 0.5857423, 0.8492952", \
					  "0.4503410, 0.4547495, 0.4638817, 0.4825509, 0.5235566, 0.6251252, 0.8881906", \
					  "0.4881660, 0.4925508, 0.5017109, 0.5203801, 0.5614196, 0.6629819, 0.9259015");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0149658, 0.0184295, 0.0263626, 0.0452112, 0.0942894, 0.2282349, 0.5813787", \
					  "0.0151365, 0.0183914, 0.0263765, 0.0449827, 0.0940063, 0.2281660, 0.5784501", \
					  "0.0149975, 0.0183528, 0.0262603, 0.0452930, 0.0942304, 0.2280722, 0.5774765", \
					  "0.0150411, 0.0183136, 0.0263994, 0.0450000, 0.0946082, 0.2281084, 0.5790866", \
					  "0.0151498, 0.0184140, 0.0263756, 0.0452413, 0.0943103, 0.2286682, 0.5861540", \
					  "0.0150703, 0.0183011, 0.0263979, 0.0451141, 0.0940731, 0.2280487, 0.5840591", \
					  "0.0149799, 0.0184930, 0.0263960, 0.0448508, 0.0942463, 0.2279767, 0.5805614");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2808851, 0.2870476, 0.3021114, 0.3395949, 0.4350611, 0.6826108, 1.3212907", \
					  "0.2864411, 0.2926115, 0.3076540, 0.3450507, 0.4406902, 0.6884960, 1.3266930", \
					  "0.3002875, 0.3065007, 0.3215185, 0.3589963, 0.4547221, 0.7013378, 1.3410357", \
					  "0.3337370, 0.3399883, 0.3549995, 0.3923920, 0.4879934, 0.7364133, 1.3756529", \
					  "0.4114483, 0.4177761, 0.4327716, 0.4701627, 0.5658983, 0.8134436, 1.4543067", \
					  "0.5545456, 0.5608214, 0.5757781, 0.6132775, 0.7087175, 0.9576315, 1.5971044", \
					  "0.7951193, 0.8014247, 0.8163263, 0.8536101, 0.9494521, 1.1963126, 1.8404857");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0197043, 0.0270289, 0.0464043, 0.0982907, 0.2340195, 0.5894723, 1.4935206", \
					  "0.0196791, 0.0270468, 0.0465100, 0.0981630, 0.2331538, 0.5897764, 1.4962738", \
					  "0.0197190, 0.0270513, 0.0464596, 0.0981912, 0.2340376, 0.5895265, 1.4869764", \
					  "0.0197084, 0.0270088, 0.0464753, 0.0983717, 0.2338340, 0.5862005, 1.4943923", \
					  "0.0197995, 0.0269426, 0.0465209, 0.0981942, 0.2334699, 0.5858711, 1.4992885", \
					  "0.0197822, 0.0270447, 0.0465278, 0.0983276, 0.2334321, 0.5891223, 1.4970183", \
					  "0.0197937, 0.0270419, 0.0464601, 0.0983007, 0.2332277, 0.5827431, 1.5023739");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4096309, 0.4139525, 0.4231068, 0.4417588, 0.4827304, 0.5843938, 0.8478109", \
					  "0.4148857, 0.4192993, 0.4283520, 0.4470232, 0.4880461, 0.5896187, 0.8528139", \
					  "0.4291948, 0.4335380, 0.4426918, 0.4613549, 0.5023766, 0.6038905, 0.8670557", \
					  "0.4632254, 0.4676437, 0.4767817, 0.4954105, 0.5364102, 0.6380336, 0.9013270", \
					  "0.5393127, 0.5437369, 0.5528667, 0.5715344, 0.6125312, 0.7141557, 0.9773050", \
					  "0.6759266, 0.6803496, 0.6894640, 0.7080819, 0.7490066, 0.8506030, 1.1139450", \
					  "0.9083063, 0.9127433, 0.9218634, 0.9404675, 0.9814551, 1.0830038, 1.3459115");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0149483, 0.0183103, 0.0262566, 0.0451459, 0.0944886, 0.2276613, 0.5814609", \
					  "0.0149539, 0.0182998, 0.0262638, 0.0452035, 0.0945095, 0.2279276, 0.5781925", \
					  "0.0149545, 0.0183129, 0.0262870, 0.0449340, 0.0945456, 0.2279746, 0.5809696", \
					  "0.0151611, 0.0184192, 0.0263643, 0.0453526, 0.0943962, 0.2280102, 0.5813759", \
					  "0.0151185, 0.0182935, 0.0262852, 0.0450709, 0.0945816, 0.2280051, 0.5807403", \
					  "0.0149552, 0.0182957, 0.0260953, 0.0448170, 0.0944300, 0.2281047, 0.5813760", \
					  "0.0150448, 0.0182698, 0.0263353, 0.0448669, 0.0944991, 0.2277928, 0.5834460");
				}
			}
		}
	}
	cell ("scs8hd_dlxbn_2") {
		area : 21.270400;
		cell_footprint : "dlxbn";
		cell_leakage_power : 1.977887e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021671";
			when : "D&!GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0017703";
			when : "!D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0017856";
			when : "!D&!GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0021536";
			when : "D&GATEN&Q&!QN";
		}
		leakage_power () {
			value : "0.0021835";
			when : "D&GATEN&!Q&QN";
		}
		leakage_power () {
			value : "0.0018072";
			when : "!D&GATEN&Q&!QN";
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001610;
			capacitance : 0.001712;
			rise_capacitance : 0.001814;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1814434, 0.2748190, 0.3252747", \
					  "0.0551087, 0.1484844, 0.1977194", \
					  "-0.0380716, 0.0589661, 0.1094219");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1167461, 0.3163229, 0.5694154", \
					  "0.0673158, 0.2644512, 0.5114401", \
					  "0.0803366, 0.2689271, 0.5159160");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1627949, -0.2586120, -0.3090677", \
					  "-0.0364603, -0.1322773, -0.1827331", \
					  "0.0554994, -0.0415384, -0.0944355");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0980977, -0.3013366, -0.5568704", \
					  "-0.0450052, -0.2470234, -0.5013366", \
					  "-0.0360534, -0.2368509, -0.4899434");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018847, 0.0018234, 0.0016820, 0.0016723, 0.0016497, 0.0015978, 0.0014782");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056551, 0.0055831, 0.0054170, 0.0054223, 0.0054344, 0.0054623, 0.0055267");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001593;
			capacitance : 0.001683;
			rise_capacitance : 0.001774;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2543700, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076467, 0.0075646, 0.0073755, 0.0073566, 0.0073131, 0.0072129, 0.0069817");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127716, 0.0126842, 0.0124829, 0.0124701, 0.0124408, 0.0123733, 0.0122176");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.256358;
			max_transition : 1.505947;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("-0.0001714, 0.0012138, 0.0049633, 0.0149976, 0.0410237, 0.1120893, 0.3102789", \
					  "-0.0001476, 0.0012257, 0.0049431, 0.0149764, 0.0409155, 0.1119694, 0.3117199", \
					  "-8.1800000e-05, 0.0012817, 0.0049793, 0.0149924, 0.0409184, 0.1118403, 0.3119091", \
					  "-8.1850000e-05, 0.0012698, 0.0049486, 0.0149289, 0.0408343, 0.1121300, 0.3132468", \
					  "-7.7250000e-05, 0.0012672, 0.0049190, 0.0148636, 0.0407013, 0.1115142, 0.3113473", \
					  "-5.1700000e-05, 0.0012902, 0.0049472, 0.0148815, 0.0407729, 0.1121999, 0.3133357", \
					  "4.1300000e-05, 0.0014372, 0.0052122, 0.0151423, 0.0412439, 0.1121213, 0.3112357");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("-0.0007176, 0.0025949, 0.0091398, 0.0157151, 0.0060669, -0.0553878, -0.2525539", \
					  "-0.0006896, 0.0026246, 0.0091351, 0.0157141, 0.0059466, -0.0555250, -0.2527129", \
					  "-0.0006127, 0.0026862, 0.0091945, 0.0157362, 0.0059719, -0.0555198, -0.2527242", \
					  "-0.0006153, 0.0026742, 0.0091676, 0.0156928, 0.0059496, -0.0555612, -0.2527627", \
					  "-0.0006223, 0.0026620, 0.0091449, 0.0156414, 0.0059149, -0.0556580, -0.2528836", \
					  "-0.0006421, 0.0026422, 0.0091150, 0.0156068, 0.0058080, -0.0557234, -0.2529118", \
					  "-0.0006688, 0.0026272, 0.0091223, 0.0156086, 0.0058758, -0.0556803, -0.2528214");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("-0.0051732, -0.0030709, 0.0022424, 0.0148012, 0.0433251, 0.1163221, 0.3180604", \
					  "-0.0051355, -0.0030444, 0.0022441, 0.0147769, 0.0432866, 0.1161157, 0.3177994", \
					  "-0.0050399, -0.0029574, 0.0023173, 0.0148269, 0.0432835, 0.1158052, 0.3180380", \
					  "-0.0050367, -0.0029581, 0.0022975, 0.0147787, 0.0431930, 0.1157798, 0.3177516", \
					  "-0.0050302, -0.0029692, 0.0022599, 0.0147005, 0.0430892, 0.1160686, 0.3160690", \
					  "-0.0050039, -0.0029571, 0.0022503, 0.0146460, 0.0429848, 0.1157931, 0.3160503", \
					  "-0.0049092, -0.0028305, 0.0024351, 0.0147071, 0.0431155, 0.1152283, 0.3174098");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("-0.0040202, -0.0002989, 0.0071817, 0.0152113, 0.0070145, -0.0534713, -0.2502727", \
					  "-0.0039767, -0.0002578, 0.0071804, 0.0152052, 0.0068842, -0.0535332, -0.2502885", \
					  "-0.0038846, -0.0001554, 0.0072705, 0.0152653, 0.0070401, -0.0535279, -0.2502915", \
					  "-0.0038854, -0.0001769, 0.0072398, 0.0151624, 0.0068746, -0.0536954, -0.2505123", \
					  "-0.0038822, -0.0001983, 0.0071638, 0.0150393, 0.0066488, -0.0539422, -0.2507211", \
					  "-0.0038562, -0.0001846, 0.0071655, 0.0149718, 0.0065600, -0.0540516, -0.2508433", \
					  "-0.0037867, -0.0001167, 0.0071940, 0.0150120, 0.0065977, -0.0540498, -0.2508265");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.3075840, 0.3132659, 0.3264192, 0.3579591, 0.4437227, 0.6815613, 1.3545717", \
					  "0.3124718, 0.3180863, 0.3312541, 0.3630084, 0.4487836, 0.6866538, 1.3592888", \
					  "0.3245696, 0.3301620, 0.3433159, 0.3750706, 0.4607672, 0.6984057, 1.3710956", \
					  "0.3465258, 0.3521331, 0.3652943, 0.3970430, 0.4828187, 0.7206592, 1.3945484", \
					  "0.3769620, 0.3825600, 0.3957066, 0.4274319, 0.5132110, 0.7510377, 1.4232239", \
					  "0.4165852, 0.4221943, 0.4353550, 0.4671179, 0.5529085, 0.7903895, 1.4639608", \
					  "0.4539818, 0.4596162, 0.4727903, 0.5045175, 0.5902741, 0.8279181, 1.4994526");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0216645, 0.0264856, 0.0397315, 0.0796256, 0.1984336, 0.5338947, 1.4863878", \
					  "0.0219476, 0.0266240, 0.0397599, 0.0796232, 0.1983451, 0.5349899, 1.5028880", \
					  "0.0219263, 0.0266078, 0.0397453, 0.0796228, 0.1980802, 0.5350622, 1.4994225", \
					  "0.0219343, 0.0266150, 0.0397393, 0.0796226, 0.1977417, 0.5355130, 1.4969584", \
					  "0.0219017, 0.0266345, 0.0397713, 0.0796978, 0.1977479, 0.5353183, 1.5059473", \
					  "0.0219477, 0.0266596, 0.0397950, 0.0796780, 0.1980644, 0.5339983, 1.4951368", \
					  "0.0218690, 0.0264586, 0.0398141, 0.0796852, 0.1983456, 0.5339504, 1.4904533");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2172246, 0.2218243, 0.2318672, 0.2517166, 0.2919698, 0.3843977, 0.6311813", \
					  "0.2227241, 0.2273254, 0.2373851, 0.2572720, 0.2974761, 0.3898925, 0.6366987", \
					  "0.2372205, 0.2418243, 0.2518586, 0.2717124, 0.3119673, 0.4043971, 0.6509703", \
					  "0.2721534, 0.2767493, 0.2867945, 0.3066902, 0.3468963, 0.4393244, 0.6860372", \
					  "0.3434173, 0.3480214, 0.3580509, 0.3777835, 0.4181727, 0.5106252, 0.7572527", \
					  "0.4659070, 0.4705258, 0.4804501, 0.5003252, 0.5407546, 0.6331974, 0.8799969", \
					  "0.6768632, 0.6814619, 0.6914950, 0.7112748, 0.7516575, 0.8441161, 1.0908094");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0194350, 0.0224797, 0.0295176, 0.0452390, 0.0846588, 0.1937116, 0.5217444", \
					  "0.0194857, 0.0224762, 0.0292352, 0.0452059, 0.0846856, 0.1937263, 0.5231685", \
					  "0.0194288, 0.0224700, 0.0295096, 0.0452284, 0.0846574, 0.1934315, 0.5209353", \
					  "0.0194434, 0.0224950, 0.0292197, 0.0451642, 0.0846660, 0.1935901, 0.5206068", \
					  "0.0194104, 0.0223983, 0.0293581, 0.0451917, 0.0846274, 0.1936299, 0.5206641", \
					  "0.0193652, 0.0223190, 0.0295136, 0.0452393, 0.0844736, 0.1937267, 0.5206870", \
					  "0.0194903, 0.0225395, 0.0295558, 0.0452988, 0.0846464, 0.1932653, 0.5178800");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.3749422, 0.3806184, 0.3938017, 0.4255808, 0.5113686, 0.7491016, 1.4205699", \
					  "0.3802222, 0.3858775, 0.3990668, 0.4308428, 0.5166392, 0.7544079, 1.4256448", \
					  "0.3945657, 0.4002328, 0.4133980, 0.4451766, 0.5309923, 0.7687615, 1.4402285", \
					  "0.4285660, 0.4342265, 0.4474092, 0.4791928, 0.5649979, 0.8026911, 1.4738913", \
					  "0.5046069, 0.5101671, 0.5233634, 0.5551575, 0.6409749, 0.8788610, 1.5518185", \
					  "0.6408369, 0.6465005, 0.6597098, 0.6915180, 0.7773170, 1.0150384, 1.6863448", \
					  "0.8729507, 0.8786084, 0.8917890, 0.9235611, 1.0093486, 1.2469753, 1.9236153");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0216110, 0.0263840, 0.0398171, 0.0796788, 0.1982728, 0.5340401, 1.4972732", \
					  "0.0216105, 0.0263717, 0.0397374, 0.0796410, 0.1982800, 0.5336045, 1.4985645", \
					  "0.0216058, 0.0263515, 0.0397441, 0.0795869, 0.1978656, 0.5339686, 1.4971188", \
					  "0.0216362, 0.0264323, 0.0397903, 0.0796441, 0.1977696, 0.5348501, 1.4988365", \
					  "0.0215396, 0.0264415, 0.0398412, 0.0796429, 0.1978666, 0.5336703, 1.4843953", \
					  "0.0216445, 0.0263618, 0.0396963, 0.0796166, 0.1980306, 0.5328533, 1.4997465", \
					  "0.0216312, 0.0263402, 0.0397708, 0.0796383, 0.1979032, 0.5331460, 1.4975368");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2413582, 0.2459395, 0.2561369, 0.2761899, 0.3167967, 0.4092990, 0.6564830", \
					  "0.2469831, 0.2516833, 0.2618533, 0.2819366, 0.3224918, 0.4150008, 0.6618152", \
					  "0.2608554, 0.2655464, 0.2757499, 0.2958695, 0.3363864, 0.4288784, 0.6756634", \
					  "0.2944234, 0.2991148, 0.3092914, 0.3293556, 0.3699394, 0.4624206, 0.7092585", \
					  "0.3721143, 0.3768048, 0.3870178, 0.4069396, 0.4475469, 0.5400405, 0.7868945", \
					  "0.5149314, 0.5196284, 0.5298151, 0.5499201, 0.5904779, 0.6829972, 0.9296344", \
					  "0.7546820, 0.7593990, 0.7696204, 0.7898213, 0.8304519, 0.9230178, 1.1696741");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0198086, 0.0230855, 0.0299660, 0.0459588, 0.0848156, 0.1937964, 0.5218622", \
					  "0.0198997, 0.0229540, 0.0296923, 0.0455204, 0.0847039, 0.1936264, 0.5208272", \
					  "0.0198867, 0.0229714, 0.0296872, 0.0456337, 0.0848253, 0.1934009, 0.5220052", \
					  "0.0198908, 0.0229615, 0.0299261, 0.0458522, 0.0847778, 0.1934286, 0.5229360", \
					  "0.0197997, 0.0229278, 0.0296886, 0.0459607, 0.0848225, 0.1938027, 0.5212799", \
					  "0.0199707, 0.0230417, 0.0298131, 0.0458429, 0.0847968, 0.1936955, 0.5219035", \
					  "0.0202143, 0.0231471, 0.0300302, 0.0461505, 0.0848132, 0.1937130, 0.5191003");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.274668;
			max_transition : 1.501624;
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0052002, -0.0030918, 0.0023800, 0.0152194, 0.0450705, 0.1225581, 0.3408098", \
					  "-0.0051611, -0.0030579, 0.0023970, 0.0151840, 0.0450073, 0.1230217, 0.3408964", \
					  "-0.0050646, -0.0029685, 0.0024672, 0.0153032, 0.0451040, 0.1230417, 0.3385277", \
					  "-0.0050662, -0.0029827, 0.0024224, 0.0151562, 0.0449746, 0.1222413, 0.3387027", \
					  "-0.0050623, -0.0029958, 0.0023553, 0.0150757, 0.0446922, 0.1218732, 0.3385285", \
					  "-0.0050361, -0.0029834, 0.0023564, 0.0150143, 0.0447535, 0.1219025, 0.3400231", \
					  "-0.0049466, -0.0028865, 0.0024264, 0.0150230, 0.0447252, 0.1220079, 0.3377284");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0041166, -0.0004653, 0.0069196, 0.0148220, 0.0055704, -0.0594958, -0.2720320", \
					  "-0.0040797, -0.0004373, 0.0069285, 0.0147834, 0.0054980, -0.0596411, -0.2722278", \
					  "-0.0039835, -0.0003467, 0.0069948, 0.0148211, 0.0054998, -0.0596533, -0.2722035", \
					  "-0.0039806, -0.0003491, 0.0069834, 0.0147922, 0.0054579, -0.0596839, -0.2722405", \
					  "-0.0039738, -0.0003589, 0.0069473, 0.0147069, 0.0053252, -0.0598786, -0.2724865", \
					  "-0.0039480, -0.0003469, 0.0069391, 0.0146599, 0.0052134, -0.0600041, -0.2725983", \
					  "-0.0038704, -0.0002653, 0.0070037, 0.0147242, 0.0051878, -0.0599084, -0.2724906");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0018927, -0.0001981, 0.0043464, 0.0157178, 0.0441004, 0.1212497, 0.3378714", \
					  "-0.0018620, -0.0001767, 0.0043450, 0.0157167, 0.0440343, 0.1211084, 0.3381893", \
					  "-0.0017841, -0.0001071, 0.0043958, 0.0157385, 0.0440246, 0.1210783, 0.3381827", \
					  "-0.0017884, -0.0001136, 0.0043919, 0.0156925, 0.0442046, 0.1210079, 0.3361890", \
					  "-0.0017991, -0.0001313, 0.0043596, 0.0156442, 0.0439592, 0.1202619, 0.3364581", \
					  "-0.0018139, -0.0001493, 0.0043298, 0.0156128, 0.0438896, 0.1203909, 0.3376426", \
					  "-0.0018265, -0.0001425, 0.0043347, 0.0156111, 0.0440121, 0.1198919, 0.3363833");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0008974, 0.0038379, 0.0096516, 0.0150097, 0.0032334, -0.0634345, -0.2766881", \
					  "0.0009232, 0.0038582, 0.0096563, 0.0149922, 0.0031644, -0.0635238, -0.2767695", \
					  "0.0009869, 0.0039094, 0.0096793, 0.0149728, 0.0031017, -0.0636253, -0.2768745", \
					  "0.0009888, 0.0039046, 0.0096655, 0.0149379, 0.0030473, -0.0636659, -0.2769451", \
					  "0.0009926, 0.0038968, 0.0096270, 0.0148597, 0.0029720, -0.0637927, -0.2770875", \
					  "0.0010208, 0.0039272, 0.0096621, 0.0148942, 0.0029922, -0.0637620, -0.2770518", \
					  "0.0010928, 0.0040216, 0.0098076, 0.0151358, 0.0032234, -0.0636531, -0.2770289");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3017542, 0.3069331, 0.3191942, 0.3494504, 0.4320905, 0.6669690, 1.3401258", \
					  "0.3073146, 0.3124913, 0.3247536, 0.3550107, 0.4377806, 0.6738440, 1.3466431", \
					  "0.3217560, 0.3269316, 0.3391893, 0.3694462, 0.4522165, 0.6882755, 1.3611702", \
					  "0.3567526, 0.3618962, 0.3741758, 0.4044207, 0.4871903, 0.7226440, 1.3966294", \
					  "0.4279454, 0.4330876, 0.4453578, 0.4755921, 0.5583240, 0.7938240, 1.4672730", \
					  "0.5503814, 0.5555630, 0.5678016, 0.5980058, 0.6807310, 0.9157508, 1.5889995", \
					  "0.7613495, 0.7665333, 0.7787839, 0.8090417, 0.8918103, 1.1276069, 1.8006974");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0194891, 0.0239398, 0.0368028, 0.0753701, 0.1916397, 0.5297815, 1.4955505", \
					  "0.0194855, 0.0239346, 0.0368012, 0.0756753, 0.1910813, 0.5295528, 1.4995868", \
					  "0.0194534, 0.0239354, 0.0368024, 0.0756634, 0.1910813, 0.5295442, 1.4997068", \
					  "0.0194641, 0.0239246, 0.0366909, 0.0753982, 0.1916212, 0.5283405, 1.4824404", \
					  "0.0193755, 0.0238491, 0.0366919, 0.0754073, 0.1916730, 0.5292057, 1.4925878", \
					  "0.0192914, 0.0238371, 0.0367963, 0.0755030, 0.1916440, 0.5297891, 1.4949777", \
					  "0.0194653, 0.0239485, 0.0368076, 0.0756634, 0.1915585, 0.5254303, 1.4916745");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3815751, 0.3856252, 0.3946629, 0.4125028, 0.4495116, 0.5386601, 0.7870131", \
					  "0.3866536, 0.3906929, 0.3996599, 0.4175126, 0.4546508, 0.5437856, 0.7918126", \
					  "0.3986630, 0.4026961, 0.4116466, 0.4295843, 0.4666812, 0.5558343, 0.8043994", \
					  "0.4206249, 0.4247103, 0.4336826, 0.4515436, 0.4886652, 0.5777920, 0.8261497", \
					  "0.4514834, 0.4555238, 0.4644839, 0.4823240, 0.5195255, 0.6087000, 0.8570694", \
					  "0.4907965, 0.4948426, 0.5038112, 0.5216756, 0.5586860, 0.6479249, 0.8960545", \
					  "0.5283841, 0.5324114, 0.5412817, 0.5592830, 0.5964039, 0.6855758, 0.9345200");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0185511, 0.0210692, 0.0269583, 0.0414007, 0.0788297, 0.1894483, 0.5240913", \
					  "0.0185096, 0.0210050, 0.0270017, 0.0416751, 0.0788799, 0.1897122, 0.5207014", \
					  "0.0184157, 0.0209014, 0.0268253, 0.0416467, 0.0788082, 0.1896653, 0.5222840", \
					  "0.0185501, 0.0210065, 0.0270347, 0.0416645, 0.0788518, 0.1896022, 0.5238913", \
					  "0.0185062, 0.0210706, 0.0269948, 0.0416864, 0.0786678, 0.1896237, 0.5197217", \
					  "0.0184933, 0.0210067, 0.0270215, 0.0412863, 0.0789176, 0.1885531, 0.5170919", \
					  "0.0185368, 0.0209114, 0.0268266, 0.0415467, 0.0786983, 0.1891009, 0.5210249");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3266943, 0.3318446, 0.3441463, 0.3743012, 0.4571563, 0.6930340, 1.3653101", \
					  "0.3323269, 0.3374789, 0.3497467, 0.3797214, 0.4624828, 0.6981195, 1.3709938", \
					  "0.3461048, 0.3512871, 0.3635336, 0.3937359, 0.4764368, 0.7123658, 1.3857527", \
					  "0.3797316, 0.3848722, 0.3971596, 0.4272848, 0.5097812, 0.7446620, 1.4190742", \
					  "0.4572688, 0.4624298, 0.4745648, 0.5048507, 0.5874574, 0.8229241, 1.4966604", \
					  "0.6002960, 0.6054039, 0.6177101, 0.6478916, 0.7304419, 0.9659666, 1.6402940", \
					  "0.8404318, 0.8456308, 0.8578884, 0.8881294, 0.9706520, 1.2059906, 1.8867976");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0195042, 0.0240183, 0.0367833, 0.0754426, 0.1918913, 0.5257906, 1.4960815", \
					  "0.0194371, 0.0239433, 0.0367676, 0.0754953, 0.1916706, 0.5302359, 1.4959257", \
					  "0.0195151, 0.0239165, 0.0367381, 0.0755628, 0.1910968, 0.5291898, 1.5016242", \
					  "0.0193874, 0.0238405, 0.0366910, 0.0756911, 0.1915768, 0.5262344, 1.4996215", \
					  "0.0193727, 0.0238594, 0.0368566, 0.0757401, 0.1910719, 0.5302783, 1.4834590", \
					  "0.0194595, 0.0238918, 0.0367906, 0.0756283, 0.1913890, 0.5303653, 1.4925587", \
					  "0.0194116, 0.0239281, 0.0367323, 0.0755748, 0.1918321, 0.5260354, 1.5005714");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.4490144, 0.4530618, 0.4618549, 0.4797901, 0.5169060, 0.6060287, 0.8544666", \
					  "0.4541647, 0.4581142, 0.4670116, 0.4849035, 0.5219909, 0.6111915, 0.8594835", \
					  "0.4686367, 0.4727308, 0.4815103, 0.4993717, 0.5364307, 0.6255977, 0.8741320", \
					  "0.5028519, 0.5068914, 0.5157456, 0.5336498, 0.5708035, 0.6600132, 0.9087372", \
					  "0.5787599, 0.5827078, 0.5916054, 0.6095034, 0.6465914, 0.7358023, 0.9841147", \
					  "0.7152249, 0.7192532, 0.7281963, 0.7461555, 0.7832042, 0.8723866, 1.1204379", \
					  "0.9472028, 0.9512499, 0.9600715, 0.9780247, 1.0151878, 1.1043458, 1.3518948");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0183836, 0.0208843, 0.0268772, 0.0413969, 0.0787711, 0.1888906, 0.5216615", \
					  "0.0183993, 0.0211556, 0.0271183, 0.0416378, 0.0784265, 0.1892712, 0.5203144", \
					  "0.0185149, 0.0210079, 0.0269562, 0.0415379, 0.0787209, 0.1894876, 0.5235584", \
					  "0.0183924, 0.0208954, 0.0269189, 0.0415456, 0.0787801, 0.1889257, 0.5221900", \
					  "0.0183974, 0.0211552, 0.0271272, 0.0412933, 0.0784445, 0.1892256, 0.5170877", \
					  "0.0184652, 0.0209686, 0.0268629, 0.0414214, 0.0784242, 0.1885079, 0.5195121", \
					  "0.0183976, 0.0208828, 0.0271378, 0.0414240, 0.0788411, 0.1885044, 0.5213939");
				}
			}
		}
	}
	cell ("scs8hd_dlxbp_1") {
		area : 18.768000;
		cell_footprint : "dlxbp";
		cell_leakage_power : 1.605176e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "GATE";
			data_in : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014335";
			when : "!D&!GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017938";
			when : "D&GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013982";
			when : "!D&!GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014136";
			when : "!D&GATE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017805";
			when : "D&!GATE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018114";
			when : "D&!GATE&!Q&QN";
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001631;
			capacitance : 0.001731;
			rise_capacitance : 0.001832;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2009746, 0.2955710, 0.3460267", \
					  "0.0856263, 0.1790020, 0.2257956", \
					  "-0.0075540, 0.0772767, 0.1228496");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0337383, 0.2320944, 0.4839661", \
					  "-0.1768249, 0.0227520, 0.2697409", \
					  "-0.4372415, -0.2388854, 0.0056621");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1823262, -0.2781432, -0.3298197", \
					  "-0.0547708, -0.1518086, -0.1998229", \
					  "0.0933411, -0.0024759, -0.0565937");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0199727, -0.2207702, -0.4738626", \
					  "0.1905905, -0.0114277, -0.2608581", \
					  "0.4522279, 0.2514303, 0.0044414");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016973, 0.0016342, 0.0014890, 0.0014822, 0.0014666, 0.0014306, 0.0013476");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058682, 0.0057950, 0.0056262, 0.0056313, 0.0056433, 0.0056708, 0.0057342");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001785;
			capacitance : 0.001693;
			fall_capacitance : 0.001602;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0873963, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127897, 0.0127213, 0.0125636, 0.0125578, 0.0125445, 0.0125137, 0.0124428");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0074875, 0.0074310, 0.0073008, 0.0072762, 0.0072197, 0.0070893, 0.0067888");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.141001;
			max_transition : 1.495861;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-8.2500000e-06, 0.0012516, 0.0042920, 0.0114475, 0.0280576, 0.0691125, 0.1727810", \
					  "1.4900000e-05, 0.0012691, 0.0042836, 0.0114344, 0.0279840, 0.0688177, 0.1736264", \
					  "7.7700000e-05, 0.0013205, 0.0043168, 0.0114417, 0.0279738, 0.0691845, 0.1732769", \
					  "7.4000000e-05, 0.0013088, 0.0042861, 0.0113732, 0.0279887, 0.0686525, 0.1724008", \
					  "7.5200000e-05, 0.0012991, 0.0042604, 0.0113166, 0.0277758, 0.0685578, 0.1731750", \
					  "9.3800000e-05, 0.0013171, 0.0042731, 0.0113200, 0.0278755, 0.0689586, 0.1728670", \
					  "0.0001576, 0.0014098, 0.0044307, 0.0114926, 0.0279794, 0.0689484, 0.1730961");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0007531, 0.0020815, 0.0070428, 0.0117170, 0.0066496, -0.0267491, -0.1275150", \
					  "-0.0007223, 0.0020998, 0.0070397, 0.0116866, 0.0066059, -0.0268256, -0.1276029", \
					  "-0.0006463, 0.0021691, 0.0070929, 0.0117122, 0.0065898, -0.0268453, -0.1276305", \
					  "-0.0006509, 0.0021673, 0.0070795, 0.0116942, 0.0065753, -0.0268800, -0.1276763", \
					  "-0.0006632, 0.0021484, 0.0070653, 0.0116618, 0.0065223, -0.0269674, -0.1277584", \
					  "-0.0006774, 0.0021249, 0.0070281, 0.0116164, 0.0064862, -0.0269752, -0.1277755", \
					  "-0.0007072, 0.0021002, 0.0070024, 0.0115949, 0.0064746, -0.0269851, -0.1277384");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0026307, -0.0009947, 0.0027676, 0.0110172, 0.0286851, 0.0703232, 0.1751670", \
					  "-0.0026115, -0.0009881, 0.0027481, 0.0109711, 0.0285676, 0.0701903, 0.1750779", \
					  "-0.0025552, -0.0009430, 0.0027714, 0.0109571, 0.0286266, 0.0703933, 0.1743002", \
					  "-0.0025599, -0.0009725, 0.0026952, 0.0108127, 0.0283037, 0.0701365, 0.1747652", \
					  "-0.0025451, -0.0009736, 0.0026608, 0.0107294, 0.0281876, 0.0699406, 0.1737732", \
					  "-0.0024909, -0.0009366, 0.0026616, 0.0106811, 0.0281003, 0.0698533, 0.1744931", \
					  "-0.0023273, -0.0007548, 0.0028907, 0.0108877, 0.0282291, 0.0696891, 0.1744202");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("-0.0014768, 0.0014704, 0.0066736, 0.0116621, 0.0069658, -0.0262402, -0.1268846", \
					  "-0.0014537, 0.0014893, 0.0066664, 0.0116900, 0.0069423, -0.0262764, -0.1269348", \
					  "-0.0014011, 0.0015226, 0.0066816, 0.0115960, 0.0068603, -0.0263257, -0.1270314", \
					  "-0.0014024, 0.0015021, 0.0066101, 0.0114913, 0.0066729, -0.0266129, -0.1273125", \
					  "-0.0013856, 0.0015057, 0.0065892, 0.0114100, 0.0065509, -0.0267183, -0.1274243", \
					  "-0.0013270, 0.0015579, 0.0066245, 0.0114564, 0.0065582, -0.0267426, -0.1274493", \
					  "-0.0011660, 0.0017300, 0.0068177, 0.0116849, 0.0068449, -0.0265257, -0.1273117");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2975783, 0.3042363, 0.3198943, 0.3579025, 0.4548554, 0.7016649, 1.3349397", \
					  "0.3026430, 0.3094414, 0.3250481, 0.3630594, 0.4600145, 0.7067246, 1.3396408", \
					  "0.3143138, 0.3211694, 0.3368062, 0.3748400, 0.4717937, 0.7185618, 1.3542870", \
					  "0.3362563, 0.3431231, 0.3587734, 0.3968011, 0.4937659, 0.7404360, 1.3715507", \
					  "0.3672559, 0.3741037, 0.3897383, 0.4277796, 0.5247304, 0.7715493, 1.4075319", \
					  "0.4068996, 0.4137052, 0.4293625, 0.4673954, 0.5643458, 0.8108316, 1.4483180", \
					  "0.4448500, 0.4516886, 0.4673060, 0.5052832, 0.6022512, 0.8483416, 1.4808212");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0250003, 0.0320011, 0.0506483, 0.1032262, 0.2389375, 0.5883588, 1.4958605", \
					  "0.0250379, 0.0318467, 0.0505886, 0.1032067, 0.2393210, 0.5898430, 1.4891051", \
					  "0.0251990, 0.0319874, 0.0506616, 0.1032276, 0.2391628, 0.5907880, 1.4938675", \
					  "0.0252141, 0.0319517, 0.0506504, 0.1032269, 0.2395291, 0.5876029, 1.4951186", \
					  "0.0251890, 0.0320059, 0.0506568, 0.1032286, 0.2391444, 0.5906450, 1.4898841", \
					  "0.0250185, 0.0319884, 0.0506248, 0.1032195, 0.2391719, 0.5883474, 1.4894899", \
					  "0.0250267, 0.0319831, 0.0506276, 0.1032283, 0.2395264, 0.5877427, 1.4887627");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2016212, 0.2067382, 0.2172287, 0.2380471, 0.2815832, 0.3808712, 0.6316013", \
					  "0.2071467, 0.2122625, 0.2227591, 0.2435769, 0.2871111, 0.3863741, 0.6371284", \
					  "0.2216618, 0.2267793, 0.2372711, 0.2580899, 0.3016269, 0.4009164, 0.6516483", \
					  "0.2565756, 0.2616989, 0.2721451, 0.2929998, 0.3365410, 0.4358073, 0.6865126", \
					  "0.3278869, 0.3330125, 0.3434599, 0.3643137, 0.4078592, 0.5071283, 0.7579198", \
					  "0.4512391, 0.4563545, 0.4668422, 0.4876698, 0.5312297, 0.6305135, 0.8811390", \
					  "0.6615002, 0.6666205, 0.6769997, 0.6978725, 0.7414658, 0.8407917, 1.0915309");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0191430, 0.0229636, 0.0312869, 0.0512884, 0.0984043, 0.2231789, 0.5561079", \
					  "0.0189520, 0.0229844, 0.0313233, 0.0512506, 0.0986985, 0.2232440, 0.5562258", \
					  "0.0191436, 0.0229653, 0.0312885, 0.0512878, 0.0984041, 0.2231867, 0.5560853", \
					  "0.0190836, 0.0228232, 0.0312643, 0.0512357, 0.0987998, 0.2228422, 0.5591735", \
					  "0.0190963, 0.0228193, 0.0312747, 0.0511624, 0.0988345, 0.2233975, 0.5583655", \
					  "0.0191604, 0.0229726, 0.0313261, 0.0513050, 0.0986474, 0.2227437, 0.5598433", \
					  "0.0189643, 0.0230021, 0.0314916, 0.0513211, 0.0984862, 0.2227748, 0.5542908");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2760459, 0.2829577, 0.2986738, 0.3367298, 0.4336664, 0.6803532, 1.3168020", \
					  "0.2808900, 0.2877736, 0.3035100, 0.3415763, 0.4385146, 0.6851896, 1.3178511", \
					  "0.2919316, 0.2988261, 0.3145538, 0.3526039, 0.4495416, 0.6957752, 1.3293351", \
					  "0.3166819, 0.3235945, 0.3392950, 0.3773522, 0.4742996, 0.7205084, 1.3540437", \
					  "0.3580417, 0.3649415, 0.3806234, 0.4187018, 0.5156531, 0.7623292, 1.3940402", \
					  "0.4194452, 0.4262887, 0.4419109, 0.4803687, 0.5773037, 0.8234646, 1.4598546", \
					  "0.5039410, 0.5108629, 0.5266096, 0.5646780, 0.6616523, 0.9079894, 1.5398706");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0249085, 0.0318959, 0.0507454, 0.1032123, 0.2392071, 0.5894322, 1.4921917", \
					  "0.0249199, 0.0318596, 0.0507096, 0.1032294, 0.2393505, 0.5903837, 1.4865918", \
					  "0.0249138, 0.0318623, 0.0507248, 0.1032134, 0.2391192, 0.5888757, 1.4947368", \
					  "0.0249222, 0.0319109, 0.0507633, 0.1032360, 0.2393114, 0.5888168, 1.4925803", \
					  "0.0249150, 0.0318658, 0.0507269, 0.1032114, 0.2392158, 0.5882174, 1.4948678", \
					  "0.0250020, 0.0320363, 0.0507431, 0.1032753, 0.2393096, 0.5890073, 1.4924140", \
					  "0.0250767, 0.0320547, 0.0507810, 0.1032335, 0.2391976, 0.5866950, 1.4848541");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2399049, 0.2451478, 0.2558032, 0.2767790, 0.3203999, 0.4197235, 0.6705089", \
					  "0.2447265, 0.2499487, 0.2606066, 0.2815956, 0.3252096, 0.4245334, 0.6753224", \
					  "0.2566058, 0.2618392, 0.2724951, 0.2933858, 0.3370094, 0.4363248, 0.6869826", \
					  "0.2815406, 0.2867706, 0.2974156, 0.3184042, 0.3620260, 0.4613494, 0.7121320", \
					  "0.3224042, 0.3276014, 0.3382452, 0.3592470, 0.4028677, 0.5021827, 0.7529750", \
					  "0.3819655, 0.3871892, 0.3978216, 0.4187954, 0.4624355, 0.5617609, 0.8125885", \
					  "0.4555649, 0.4607865, 0.4714280, 0.4924174, 0.5360429, 0.6353651, 0.8860757");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0195221, 0.0231739, 0.0318231, 0.0514914, 0.0987156, 0.2235198, 0.5590930", \
					  "0.0194741, 0.0231896, 0.0317994, 0.0514452, 0.0986589, 0.2235251, 0.5597890", \
					  "0.0195085, 0.0231762, 0.0319002, 0.0515003, 0.0986575, 0.2232780, 0.5592184", \
					  "0.0194937, 0.0232180, 0.0317305, 0.0515207, 0.0987630, 0.2235069, 0.5595708", \
					  "0.0193929, 0.0233482, 0.0320670, 0.0514832, 0.0985488, 0.2235577, 0.5583547", \
					  "0.0194414, 0.0233140, 0.0320394, 0.0515008, 0.0986822, 0.2233803, 0.5573239", \
					  "0.0194801, 0.0232928, 0.0319374, 0.0514776, 0.0984803, 0.2230001, 0.5572195");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.149241;
			max_transition : 1.504673;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0018847, -0.0003032, 0.0034513, 0.0117182, 0.0302033, 0.0737498, 0.1848208", \
					  "-0.0018550, -0.0002843, 0.0034492, 0.0116851, 0.0301118, 0.0738850, 0.1859077", \
					  "-0.0017775, -0.0002150, 0.0035020, 0.0117135, 0.0301426, 0.0736515, 0.1847034", \
					  "-0.0017814, -0.0002211, 0.0034875, 0.0116956, 0.0300746, 0.0740597, 0.1845984", \
					  "-0.0017925, -0.0002378, 0.0034598, 0.0116513, 0.0300188, 0.0741310, 0.1853178", \
					  "-0.0018081, -0.0002569, 0.0034328, 0.0116079, 0.0298600, 0.0737777, 0.1853084", \
					  "-0.0018301, -0.0002646, 0.0034169, 0.0116019, 0.0299151, 0.0737305, 0.1844997");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0010250, 0.0034877, 0.0077783, 0.0114441, 0.0048865, -0.0312829, -0.1391711", \
					  "0.0010473, 0.0035020, 0.0077785, 0.0114241, 0.0048152, -0.0313679, -0.1392664", \
					  "0.0011159, 0.0035616, 0.0078099, 0.0114226, 0.0047841, -0.0314357, -0.1393511", \
					  "0.0011082, 0.0035432, 0.0077813, 0.0113700, 0.0046954, -0.0315291, -0.1394948", \
					  "0.0011104, 0.0035374, 0.0077582, 0.0113100, 0.0046120, -0.0316342, -0.1395505", \
					  "0.0011283, 0.0035534, 0.0077637, 0.0113211, 0.0046220, -0.0316346, -0.1395618", \
					  "0.0011839, 0.0036265, 0.0078783, 0.0114988, 0.0048605, -0.0314799, -0.1394670");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0026103, -0.0009138, 0.0030689, 0.0116618, 0.0303536, 0.0744703, 0.1852934", \
					  "-0.0025860, -0.0008969, 0.0030711, 0.0116951, 0.0304269, 0.0740443, 0.1864500", \
					  "-0.0025336, -0.0008599, 0.0030729, 0.0115957, 0.0303700, 0.0738336, 0.1851841", \
					  "-0.0025347, -0.0008787, 0.0030212, 0.0114909, 0.0302032, 0.0744714, 0.1851398", \
					  "-0.0025169, -0.0008748, 0.0029963, 0.0114047, 0.0299527, 0.0739947, 0.1861076", \
					  "-0.0024554, -0.0008210, 0.0030215, 0.0114383, 0.0299317, 0.0743202, 0.1848259", \
					  "-0.0022893, -0.0006341, 0.0032201, 0.0116893, 0.0302563, 0.0738972, 0.1854521");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0016033, 0.0012321, 0.0062527, 0.0110095, 0.0055009, -0.0299491, -0.1374624", \
					  "-0.0015783, 0.0012566, 0.0062658, 0.0110147, 0.0055011, -0.0299711, -0.1374923", \
					  "-0.0015232, 0.0012939, 0.0062779, 0.0109951, 0.0054358, -0.0300591, -0.1375891", \
					  "-0.0015306, 0.0012599, 0.0061923, 0.0108190, 0.0051892, -0.0303545, -0.1379138", \
					  "-0.0015180, 0.0012529, 0.0061414, 0.0106984, 0.0050191, -0.0305717, -0.1381601", \
					  "-0.0014623, 0.0012952, 0.0061545, 0.0106833, 0.0049581, -0.0306626, -0.1382437", \
					  "-0.0013007, 0.0014718, 0.0063616, 0.0109689, 0.0052538, -0.0304523, -0.1381041");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2557201, 0.2620138, 0.2770471, 0.3144309, 0.4102515, 0.6579791, 1.2952116", \
					  "0.2613595, 0.2675514, 0.2825782, 0.3200107, 0.4155404, 0.6645230, 1.3031188", \
					  "0.2757621, 0.2820561, 0.2970894, 0.3344732, 0.4302941, 0.6780220, 1.3152426", \
					  "0.3107320, 0.3170188, 0.3320080, 0.3693908, 0.4652579, 0.7121359, 1.3514315", \
					  "0.3820448, 0.3883318, 0.4033455, 0.4407376, 0.5363892, 0.7837267, 1.4230208", \
					  "0.5053228, 0.5116391, 0.5266523, 0.5640566, 0.6596967, 0.9071286, 1.5453950", \
					  "0.7156101, 0.7219873, 0.7369760, 0.7743791, 0.8702713, 1.1174759, 1.7550295");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0198337, 0.0270588, 0.0465575, 0.0984129, 0.2344211, 0.5819308, 1.5013262", \
					  "0.0197977, 0.0270478, 0.0465174, 0.0982042, 0.2335713, 0.5825108, 1.4945853", \
					  "0.0198337, 0.0270586, 0.0465575, 0.0984133, 0.2344221, 0.5819321, 1.5013106", \
					  "0.0198171, 0.0270987, 0.0464849, 0.0983381, 0.2338467, 0.5838363, 1.4980786", \
					  "0.0197578, 0.0270229, 0.0465675, 0.0981556, 0.2336059, 0.5882824, 1.4917192", \
					  "0.0198303, 0.0270423, 0.0464059, 0.0983735, 0.2335274, 0.5886008, 1.4968655", \
					  "0.0198390, 0.0271027, 0.0466127, 0.0983541, 0.2332617, 0.5830634, 1.4984222");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3415195, 0.3459286, 0.3550857, 0.3737603, 0.4147603, 0.5162779, 0.7795369", \
					  "0.3467066, 0.3511280, 0.3602814, 0.3789600, 0.4199302, 0.5214951, 0.7847071", \
					  "0.3585984, 0.3630080, 0.3721544, 0.3908388, 0.4318340, 0.5333649, 0.7966461", \
					  "0.3804189, 0.3848274, 0.3939801, 0.4126873, 0.4537261, 0.5551805, 0.8179956", \
					  "0.4113179, 0.4157447, 0.4249076, 0.4435844, 0.4845651, 0.5861258, 0.8489483", \
					  "0.4508864, 0.4552737, 0.4644060, 0.4830699, 0.5240990, 0.6256516, 0.8889416", \
					  "0.4889282, 0.4932247, 0.5023811, 0.5210579, 0.5620918, 0.6635897, 0.9264568");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0151885, 0.0184942, 0.0264531, 0.0451450, 0.0945186, 0.2280509, 0.5783786", \
					  "0.0151631, 0.0184408, 0.0265168, 0.0450531, 0.0946541, 0.2281940, 0.5788405", \
					  "0.0151439, 0.0184175, 0.0265102, 0.0451704, 0.0946462, 0.2281957, 0.5782745", \
					  "0.0152885, 0.0185929, 0.0264824, 0.0452822, 0.0942605, 0.2278106, 0.5844340", \
					  "0.0152444, 0.0184970, 0.0264997, 0.0450930, 0.0946009, 0.2276247, 0.5836978", \
					  "0.0152886, 0.0186238, 0.0262910, 0.0452404, 0.0941459, 0.2282159, 0.5782604", \
					  "0.0150818, 0.0184595, 0.0265546, 0.0451988, 0.0946086, 0.2279462, 0.5807844");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2945193, 0.3007079, 0.3157347, 0.3531263, 0.4487191, 0.6961635, 1.3354726", \
					  "0.2993278, 0.3055444, 0.3205399, 0.3580159, 0.4536100, 0.7016609, 1.3406514", \
					  "0.3111251, 0.3173666, 0.3323843, 0.3697435, 0.4657570, 0.7137408, 1.3506235", \
					  "0.3360333, 0.3423485, 0.3573937, 0.3947582, 0.4905806, 0.7380676, 1.3773817", \
					  "0.3768839, 0.3832114, 0.3981971, 0.4355035, 0.5313457, 0.7787063, 1.4176840", \
					  "0.4362403, 0.4424311, 0.4574459, 0.4949229, 0.5905583, 0.8376940, 1.4761270", \
					  "0.5102678, 0.5165955, 0.5314816, 0.5689986, 0.6646078, 0.9129579, 1.5501809");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0198361, 0.0271719, 0.0464815, 0.0982500, 0.2340285, 0.5891173, 1.4999507", \
					  "0.0198367, 0.0271768, 0.0464441, 0.0982630, 0.2345640, 0.5833790, 1.4944374", \
					  "0.0198010, 0.0271167, 0.0465083, 0.0982908, 0.2341888, 0.5896131, 1.5022862", \
					  "0.0198922, 0.0270265, 0.0466234, 0.0983283, 0.2338548, 0.5837728, 1.5046732", \
					  "0.0198539, 0.0271466, 0.0466060, 0.0982152, 0.2334270, 0.5856451, 1.4965383", \
					  "0.0198296, 0.0271400, 0.0466007, 0.0981436, 0.2346802, 0.5900001, 1.5036312", \
					  "0.0198031, 0.0271325, 0.0464264, 0.0983336, 0.2340473, 0.5855995, 1.4906401");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3202987, 0.3247485, 0.3338732, 0.3525970, 0.3934648, 0.4950020, 0.7582201", \
					  "0.3252126, 0.3296617, 0.3387477, 0.3574306, 0.3984577, 0.4998877, 0.7630830", \
					  "0.3362245, 0.3406361, 0.3497404, 0.3685939, 0.4093577, 0.5109210, 0.7741584", \
					  "0.3609366, 0.3653452, 0.3745068, 0.3931544, 0.4341090, 0.5357594, 0.7989127", \
					  "0.4019729, 0.4063741, 0.4155316, 0.4342167, 0.4752156, 0.5767237, 0.8400343", \
					  "0.4639819, 0.4684018, 0.4775042, 0.4961232, 0.5371641, 0.6386452, 0.9014519", \
					  "0.5484487, 0.5527960, 0.5619584, 0.5802940, 0.6216540, 0.7231235, 0.9862998");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0151007, 0.0183885, 0.0264652, 0.0451720, 0.0945881, 0.2279078, 0.5789771", \
					  "0.0152032, 0.0185846, 0.0263477, 0.0450703, 0.0942698, 0.2280415, 0.5811397", \
					  "0.0151429, 0.0183363, 0.0264521, 0.0450154, 0.0942974, 0.2279717, 0.5787622", \
					  "0.0151174, 0.0184114, 0.0262437, 0.0452727, 0.0941559, 0.2280392, 0.5809214", \
					  "0.0152669, 0.0185928, 0.0263454, 0.0451209, 0.0941190, 0.2281203, 0.5808627", \
					  "0.0151278, 0.0184287, 0.0264844, 0.0452539, 0.0944005, 0.2281153, 0.5814533", \
					  "0.0150898, 0.0184486, 0.0264220, 0.0452584, 0.0945864, 0.2279996, 0.5770160");
				}
			}
		}
	}
	cell ("scs8hd_dlxtn_1") {
		area : 15.014400;
		cell_footprint : "dlxtn";
		cell_leakage_power : 1.168126e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010268";
			when : "!D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0013872";
			when : "D&!GATEN&Q";
		}
		leakage_power () {
			value : "0.0009308";
			when : "!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0009462";
			when : "!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0013738";
			when : "D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0013440";
			when : "D&GATEN&!Q";
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001827;
			capacitance : 0.001724;
			fall_capacitance : 0.001621;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1606914, 0.2565085, 0.3069642", \
					  "0.0355775, 0.1313945, 0.1806296", \
					  "-0.0539408, 0.0430970, 0.0935527");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1045391, 0.3053366, 0.5596498", \
					  "0.0612122, 0.2583477, 0.5065573", \
					  "0.0730124, 0.2616029, 0.5085918");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1481465, -0.2439636, -0.2956400", \
					  "-0.0230326, -0.1200703, -0.1693053", \
					  "0.0677064, -0.0305521, -0.0822285");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0919941, -0.2952331, -0.5507669", \
					  "-0.0389017, -0.2409199, -0.4940123", \
					  "-0.0275085, -0.2283060, -0.4826191");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018941, 0.0018308, 0.0016848, 0.0016763, 0.0016567, 0.0016114, 0.0015071");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056952, 0.0056154, 0.0054314, 0.0054375, 0.0054516, 0.0054841, 0.0055590");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001590;
			capacitance : 0.001675;
			rise_capacitance : 0.001759;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2367938, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0077381, 0.0076531, 0.0074572, 0.0074394, 0.0073984, 0.0073038, 0.0070858");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0129146, 0.0128289, 0.0126313, 0.0126189, 0.0125905, 0.0125249, 0.0123738");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.142832;
			max_transition : 1.501519;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0140927, 0.0152195, 0.0180155, 0.0244994, 0.0402970, 0.0810688, 0.1869576", \
					  "0.0139831, 0.0151253, 0.0179283, 0.0243607, 0.0402046, 0.0812747, 0.1865049", \
					  "0.0140399, 0.0152225, 0.0179761, 0.0244489, 0.0401868, 0.0813427, 0.1861733", \
					  "0.0138402, 0.0150262, 0.0177618, 0.0241897, 0.0400186, 0.0812814, 0.1856135", \
					  "0.0137641, 0.0149640, 0.0176866, 0.0241297, 0.0399606, 0.0807529, 0.1868836", \
					  "0.0142212, 0.0151611, 0.0177300, 0.0242128, 0.0399716, 0.0811596, 0.1859084", \
					  "0.0148552, 0.0158951, 0.0183508, 0.0246388, 0.0404633, 0.0814190, 0.1857173");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0137974, 0.0131130, 0.0112047, 0.0053740, -0.0106217, -0.0519381, -0.1579920", \
					  "0.0137444, 0.0130733, 0.0111483, 0.0053168, -0.0106757, -0.0519894, -0.1580582", \
					  "0.0138188, 0.0131238, 0.0112151, 0.0053852, -0.0106093, -0.0519285, -0.1579892", \
					  "0.0137816, 0.0130939, 0.0111846, 0.0053468, -0.0106504, -0.0519729, -0.1580169", \
					  "0.0136672, 0.0129920, 0.0111033, 0.0052602, -0.0107354, -0.0520480, -0.1581314", \
					  "0.0141400, 0.0132210, 0.0108277, 0.0051574, -0.0108025, -0.0521199, -0.1581780", \
					  "0.0146451, 0.0137591, 0.0114078, 0.0051826, -0.0109132, -0.0522054, -0.1581616");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0136272, 0.0148005, 0.0175838, 0.0239902, 0.0398644, 0.0811138, 0.1851717", \
					  "0.0135884, 0.0147665, 0.0175364, 0.0239568, 0.0398133, 0.0805408, 0.1856751", \
					  "0.0136393, 0.0148281, 0.0176160, 0.0240760, 0.0398538, 0.0810060, 0.1865356", \
					  "0.0135817, 0.0147641, 0.0175353, 0.0239503, 0.0399424, 0.0809782, 0.1857773", \
					  "0.0134094, 0.0145852, 0.0173672, 0.0237831, 0.0397565, 0.0807915, 0.1855157", \
					  "0.0132836, 0.0144559, 0.0172399, 0.0236557, 0.0396229, 0.0807063, 0.1863013", \
					  "0.0139885, 0.0149664, 0.0174364, 0.0236046, 0.0397962, 0.0803672, 0.1855012");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0126943, 0.0120178, 0.0101498, 0.0043216, -0.0116661, -0.0529815, -0.1590291", \
					  "0.0126781, 0.0119943, 0.0100947, 0.0042864, -0.0117012, -0.0530083, -0.1590649", \
					  "0.0127729, 0.0120959, 0.0101937, 0.0043867, -0.0115934, -0.0529079, -0.1589562", \
					  "0.0125942, 0.0119048, 0.0100230, 0.0041922, -0.0117856, -0.0531033, -0.1591545", \
					  "0.0123772, 0.0116898, 0.0097742, 0.0039777, -0.0119998, -0.0533147, -0.1593611", \
					  "0.0120631, 0.0114173, 0.0096279, 0.0038739, -0.0120863, -0.0533911, -0.1594455", \
					  "0.0134103, 0.0125045, 0.0101463, 0.0039496, -0.0121341, -0.0532914, -0.1593405");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2863173, 0.2929100, 0.3086126, 0.3467808, 0.4433387, 0.6908895, 1.3300050", \
					  "0.2914801, 0.2980688, 0.3137717, 0.3519413, 0.4484760, 0.6960616, 1.3312578", \
					  "0.3036218, 0.3104625, 0.3259150, 0.3640953, 0.4606515, 0.7081153, 1.3435434", \
					  "0.3251021, 0.3319023, 0.3474321, 0.3856639, 0.4823513, 0.7293917, 1.3688204", \
					  "0.3561496, 0.3629875, 0.3784434, 0.4166380, 0.5132483, 0.7607039, 1.3972364", \
					  "0.3955933, 0.4021738, 0.4178850, 0.4560607, 0.5525543, 0.7999948, 1.4358774", \
					  "0.4336065, 0.4404381, 0.4561110, 0.4941834, 0.5908116, 0.8382989, 1.4730811");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0227340, 0.0298977, 0.0489065, 0.1012763, 0.2367865, 0.5894489, 1.4967468", \
					  "0.0227341, 0.0298979, 0.0489066, 0.1012881, 0.2363972, 0.5885282, 1.4910339", \
					  "0.0227694, 0.0298213, 0.0489099, 0.1013726, 0.2362292, 0.5876321, 1.5011951", \
					  "0.0228544, 0.0297721, 0.0488762, 0.1011502, 0.2367395, 0.5883980, 1.4971737", \
					  "0.0227863, 0.0298169, 0.0489036, 0.1014840, 0.2367221, 0.5893806, 1.4927839", \
					  "0.0227518, 0.0299127, 0.0489143, 0.1014423, 0.2367026, 0.5879657, 1.5015189", \
					  "0.0230060, 0.0297919, 0.0488862, 0.1011766, 0.2361454, 0.5861586, 1.4916599");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.1868331, 0.1914629, 0.2008437, 0.2196385, 0.2598489, 0.3570055, 0.6056953", \
					  "0.1923646, 0.1970164, 0.2063952, 0.2251705, 0.2653718, 0.3625472, 0.6121724", \
					  "0.2068561, 0.2114825, 0.2208612, 0.2396594, 0.2798766, 0.3770633, 0.6257400", \
					  "0.2418548, 0.2464535, 0.2559634, 0.2747150, 0.3149105, 0.4121287, 0.6620565", \
					  "0.3131164, 0.3177778, 0.3272394, 0.3460959, 0.3863317, 0.4835354, 0.7328647", \
					  "0.4365384, 0.4410617, 0.4505520, 0.4693888, 0.5096050, 0.6066934, 0.8567075", \
					  "0.6467742, 0.6514549, 0.6609381, 0.6798078, 0.7200869, 0.8173088, 1.0664994");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0155997, 0.0190321, 0.0270639, 0.0455342, 0.0921771, 0.2178385, 0.5511316", \
					  "0.0156128, 0.0190627, 0.0269754, 0.0454947, 0.0923050, 0.2175975, 0.5505272", \
					  "0.0155994, 0.0190201, 0.0270930, 0.0455500, 0.0922014, 0.2179064, 0.5517126", \
					  "0.0156107, 0.0190644, 0.0269954, 0.0453950, 0.0923719, 0.2175294, 0.5564756", \
					  "0.0157542, 0.0191450, 0.0272101, 0.0455213, 0.0920249, 0.2174901, 0.5507154", \
					  "0.0156204, 0.0192159, 0.0272210, 0.0455287, 0.0919124, 0.2175705, 0.5476736", \
					  "0.0158086, 0.0192258, 0.0272883, 0.0455716, 0.0920694, 0.2176293, 0.5475674");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.3539626, 0.3609557, 0.3766954, 0.4148554, 0.5114981, 0.7589039, 1.3961805", \
					  "0.3594051, 0.3663050, 0.3820351, 0.4202050, 0.5167773, 0.7642635, 1.3988639", \
					  "0.3736868, 0.3805729, 0.3962821, 0.4345961, 0.5312244, 0.7784282, 1.4144881", \
					  "0.4078017, 0.4146738, 0.4304070, 0.4686119, 0.5651113, 0.8125517, 1.4483904", \
					  "0.4839686, 0.4908433, 0.5064644, 0.5447006, 0.6413303, 0.8883989, 1.5248128", \
					  "0.6205226, 0.6273614, 0.6431007, 0.6813757, 0.7779425, 1.0253032, 1.6644411", \
					  "0.8530923, 0.8599553, 0.8755583, 0.9137729, 1.0104030, 1.2572361, 1.8924573");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0226959, 0.0297382, 0.0489629, 0.1012211, 0.2366708, 0.5890388, 1.4821758", \
					  "0.0226678, 0.0298648, 0.0489855, 0.1011985, 0.2362385, 0.5862741, 1.4984038", \
					  "0.0226217, 0.0297093, 0.0489292, 0.1011986, 0.2370048, 0.5868167, 1.4897896", \
					  "0.0226676, 0.0298138, 0.0489796, 0.1010779, 0.2362833, 0.5875782, 1.4997351", \
					  "0.0227646, 0.0297176, 0.0489319, 0.1009407, 0.2367066, 0.5877631, 1.4963809", \
					  "0.0226900, 0.0297164, 0.0489594, 0.1011913, 0.2366028, 0.5885128, 1.4953947", \
					  "0.0227052, 0.0297301, 0.0488732, 0.1009582, 0.2367203, 0.5866621, 1.4974451");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2116198, 0.2164075, 0.2260413, 0.2450342, 0.2853272, 0.3825647, 0.6325219", \
					  "0.2171690, 0.2219507, 0.2315821, 0.2505538, 0.2908743, 0.3883675, 0.6375736", \
					  "0.2309958, 0.2357788, 0.2454161, 0.2644025, 0.3047189, 0.4019240, 0.6515815", \
					  "0.2645197, 0.2693196, 0.2789396, 0.2979274, 0.3382405, 0.4354367, 0.6851464", \
					  "0.3423065, 0.3470995, 0.3567387, 0.3757480, 0.4160579, 0.5132940, 0.7618757", \
					  "0.4855118, 0.4903106, 0.4999669, 0.5190162, 0.5593366, 0.6565606, 0.9052800", \
					  "0.7261070, 0.7309263, 0.7406946, 0.7598611, 0.8003135, 0.8975626, 1.1457598");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0162090, 0.0196075, 0.0276260, 0.0457457, 0.0926796, 0.2190754, 0.5587080", \
					  "0.0161722, 0.0196297, 0.0275945, 0.0458118, 0.0925999, 0.2176715, 0.5580841", \
					  "0.0161940, 0.0195953, 0.0274979, 0.0457892, 0.0920541, 0.2178775, 0.5531984", \
					  "0.0161723, 0.0196838, 0.0276291, 0.0457254, 0.0920237, 0.2184104, 0.5536216", \
					  "0.0162365, 0.0196504, 0.0275797, 0.0455949, 0.0923059, 0.2186747, 0.5517902", \
					  "0.0163296, 0.0198545, 0.0277547, 0.0456344, 0.0925797, 0.2193455, 0.5493538", \
					  "0.0166905, 0.0201285, 0.0280691, 0.0461349, 0.0927741, 0.2195127, 0.5475325");
				}
			}
		}
	}
	cell ("scs8hd_dlxtn_2") {
		area : 16.265600;
		cell_footprint : "dlxtn";
		cell_leakage_power : 1.354289e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010399";
			when : "!D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0013998";
			when : "D&!GATEN&Q";
		}
		leakage_power () {
			value : "0.0012904";
			when : "!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0013057";
			when : "!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0013864";
			when : "D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0017035";
			when : "D&GATEN&!Q";
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001815;
			capacitance : 0.001713;
			fall_capacitance : 0.001610;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1741191, 0.2674948, 0.3179505", \
					  "0.0477845, 0.1411602, 0.1903952", \
					  "-0.0441751, 0.0528626, 0.1033184");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1118633, 0.3114401, 0.5657533", \
					  "0.0660950, 0.2620098, 0.5089987", \
					  "0.0815573, 0.2677064, 0.5134746");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1566914, -0.2525085, -0.3029642", \
					  "-0.0303568, -0.1273945, -0.1766296", \
					  "0.0603822, -0.0378763, -0.0883320");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0956563, -0.2988952, -0.5544290", \
					  "-0.0425638, -0.2445820, -0.4976745", \
					  "-0.0323913, -0.2331888, -0.4875019");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019000, 0.0018333, 0.0016795, 0.0016699, 0.0016478, 0.0015969, 0.0014794");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056552, 0.0055830, 0.0054167, 0.0054214, 0.0054324, 0.0054576, 0.0055158");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001591;
			capacitance : 0.001675;
			rise_capacitance : 0.001760;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2466804, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076539, 0.0075691, 0.0073738, 0.0073561, 0.0073152, 0.0072209, 0.0070036");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127710, 0.0126837, 0.0124825, 0.0124700, 0.0124410, 0.0123742, 0.0122204");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.264597;
			max_transition : 1.502840;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0177120, 0.0190350, 0.0225764, 0.0319857, 0.0575865, 0.1306988, 0.3387313", \
					  "0.0175654, 0.0188971, 0.0224809, 0.0318740, 0.0573759, 0.1300537, 0.3384216", \
					  "0.0175953, 0.0189518, 0.0225036, 0.0318993, 0.0574189, 0.1299116, 0.3364756", \
					  "0.0174654, 0.0187917, 0.0223769, 0.0317716, 0.0573131, 0.1295146, 0.3369551", \
					  "0.0174059, 0.0186726, 0.0222634, 0.0316591, 0.0571619, 0.1298423, 0.3365795", \
					  "0.0178455, 0.0190213, 0.0223464, 0.0317335, 0.0571949, 0.1296978, 0.3367400", \
					  "0.0185272, 0.0197214, 0.0229980, 0.0320666, 0.0578282, 0.1305066, 0.3355852");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0162377, 0.0152661, 0.0127460, 0.0048509, -0.0202596, -0.0935288, -0.3022487", \
					  "0.0161684, 0.0151977, 0.0126772, 0.0047780, -0.0203276, -0.0936043, -0.3023168", \
					  "0.0162191, 0.0152595, 0.0127256, 0.0048316, -0.0202776, -0.0935451, -0.3022659", \
					  "0.0161863, 0.0152072, 0.0126598, 0.0047955, -0.0203270, -0.0935940, -0.3023196", \
					  "0.0160783, 0.0151188, 0.0125618, 0.0047100, -0.0204166, -0.0936868, -0.3024009", \
					  "0.0158242, 0.0148264, 0.0123584, 0.0046015, -0.0204819, -0.0937436, -0.3024674", \
					  "0.0179076, 0.0169068, 0.0139370, 0.0051305, -0.0205109, -0.0938548, -0.3024288");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0172671, 0.0185828, 0.0221292, 0.0315652, 0.0571387, 0.1295894, 0.3376898", \
					  "0.0172655, 0.0185652, 0.0221002, 0.0314769, 0.0570549, 0.1303086, 0.3381468", \
					  "0.0173161, 0.0186104, 0.0221697, 0.0315619, 0.0571780, 0.1301806, 0.3377584", \
					  "0.0172180, 0.0185325, 0.0220936, 0.0315202, 0.0572603, 0.1300849, 0.3367180", \
					  "0.0170557, 0.0183811, 0.0219402, 0.0313268, 0.0569310, 0.1299689, 0.3380095", \
					  "0.0169598, 0.0182578, 0.0217951, 0.0312062, 0.0568629, 0.1298807, 0.3375687", \
					  "0.0177108, 0.0188818, 0.0221711, 0.0313025, 0.0570531, 0.1292424, 0.3375361");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0152408, 0.0142370, 0.0116808, 0.0038624, -0.0212496, -0.0945107, -0.3032312", \
					  "0.0151725, 0.0141946, 0.0116767, 0.0038194, -0.0212863, -0.0945542, -0.3032707", \
					  "0.0152457, 0.0142887, 0.0117238, 0.0038678, -0.0212451, -0.0945003, -0.3032241", \
					  "0.0151419, 0.0141715, 0.0116058, 0.0037649, -0.0213425, -0.0946105, -0.3033258", \
					  "0.0150016, 0.0140063, 0.0114451, 0.0035960, -0.0215153, -0.0947682, -0.3034717", \
					  "0.0147224, 0.0137830, 0.0112733, 0.0034348, -0.0216496, -0.0949040, -0.3036138", \
					  "0.0166919, 0.0156731, 0.0126735, 0.0038878, -0.0217222, -0.0949331, -0.3035895");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.2958868, 0.3011968, 0.3136468, 0.3443235, 0.4281913, 0.6648578, 1.3394972", \
					  "0.3008151, 0.3061750, 0.3185943, 0.3494033, 0.4332766, 0.6701680, 1.3435709", \
					  "0.3127729, 0.3181478, 0.3305529, 0.3613750, 0.4451298, 0.6820672, 1.3590244", \
					  "0.3348155, 0.3401593, 0.3525849, 0.3833927, 0.4672679, 0.7041752, 1.3779593", \
					  "0.3654626, 0.3705649, 0.3830653, 0.4138676, 0.4977393, 0.7346542, 1.4081594", \
					  "0.4046901, 0.4100517, 0.4224709, 0.4532878, 0.5371926, 0.7740586, 1.4476875", \
					  "0.4424341, 0.4477904, 0.4602397, 0.4908334, 0.5748044, 0.8110879, 1.4840186");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0201045, 0.0244937, 0.0373159, 0.0767542, 0.1934637, 0.5307452, 1.4938234", \
					  "0.0202170, 0.0246590, 0.0372638, 0.0768241, 0.1935076, 0.5292366, 1.4982221", \
					  "0.0202537, 0.0246602, 0.0373130, 0.0768573, 0.1937896, 0.5305495, 1.4946248", \
					  "0.0201941, 0.0246485, 0.0372681, 0.0768171, 0.1935246, 0.5291033, 1.5028401", \
					  "0.0199131, 0.0246669, 0.0372884, 0.0768064, 0.1934937, 0.5296465, 1.5013250", \
					  "0.0202537, 0.0246807, 0.0372914, 0.0765340, 0.1937474, 0.5304546, 1.4975733", \
					  "0.0200121, 0.0244667, 0.0372872, 0.0767565, 0.1937035, 0.5296689, 1.4923686");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.2020400, 0.2060338, 0.2148673, 0.2323192, 0.2686186, 0.3557800, 0.5976799", \
					  "0.2075580, 0.2115516, 0.2203717, 0.2378393, 0.2741309, 0.3612408, 0.6031310", \
					  "0.2220509, 0.2260447, 0.2348806, 0.2523305, 0.2886318, 0.3758013, 0.6177091", \
					  "0.2569624, 0.2609753, 0.2697840, 0.2873678, 0.3235820, 0.4106338, 0.6522718", \
					  "0.3282050, 0.3321950, 0.3409336, 0.3585098, 0.3948512, 0.4820417, 0.7237345", \
					  "0.4505857, 0.4545969, 0.4634149, 0.4810197, 0.5172889, 0.6043415, 0.8463188", \
					  "0.6615237, 0.6655229, 0.6743370, 0.6919879, 0.7282320, 0.8154333, 1.0569173");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0166723, 0.0192501, 0.0253500, 0.0399962, 0.0767695, 0.1854528, 0.5061941", \
					  "0.0166780, 0.0192439, 0.0253705, 0.0399382, 0.0767444, 0.1856483, 0.5060133", \
					  "0.0166721, 0.0192496, 0.0253395, 0.0399866, 0.0767723, 0.1854717, 0.5061992", \
					  "0.0167121, 0.0193336, 0.0254935, 0.0396537, 0.0766435, 0.1850249, 0.5095251", \
					  "0.0166589, 0.0192017, 0.0253899, 0.0399293, 0.0766134, 0.1848229, 0.5061928", \
					  "0.0168269, 0.0194540, 0.0254084, 0.0397975, 0.0762064, 0.1851261, 0.5096211", \
					  "0.0169069, 0.0192698, 0.0252748, 0.0398519, 0.0767855, 0.1847628, 0.5047386");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.3634210, 0.3686242, 0.3811166, 0.4118863, 0.4959312, 0.7326857, 1.4059195", \
					  "0.3686234, 0.3739330, 0.3864361, 0.4171795, 0.5012786, 0.7379509, 1.4105114", \
					  "0.3829778, 0.3882764, 0.4007835, 0.4315281, 0.5155844, 0.7522982, 1.4254232", \
					  "0.4170464, 0.4223759, 0.4349202, 0.4656918, 0.5495209, 0.7860994, 1.4594856", \
					  "0.4931575, 0.4984881, 0.5109970, 0.5416404, 0.6255742, 0.8620901, 1.5386964", \
					  "0.6292964, 0.6345854, 0.6470055, 0.6777514, 0.7618742, 0.9982177, 1.6725232", \
					  "0.8612743, 0.8665516, 0.8790627, 0.9097981, 0.9938713, 1.2301677, 1.9084807");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0198696, 0.0244497, 0.0373456, 0.0766225, 0.1937974, 0.5304462, 1.4928139", \
					  "0.0198930, 0.0243716, 0.0373100, 0.0765449, 0.1935882, 0.5313415, 1.4990007", \
					  "0.0198360, 0.0243497, 0.0372602, 0.0766413, 0.1936214, 0.5304404, 1.4936297", \
					  "0.0199321, 0.0243473, 0.0373091, 0.0767000, 0.1934321, 0.5298095, 1.4995205", \
					  "0.0199057, 0.0243393, 0.0372680, 0.0767761, 0.1939141, 0.5299097, 1.4957044", \
					  "0.0198374, 0.0243026, 0.0372675, 0.0766190, 0.1934589, 0.5305366, 1.4948204", \
					  "0.0199229, 0.0243916, 0.0373041, 0.0764719, 0.1934947, 0.5288481, 1.4960539");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.2261444, 0.2301610, 0.2391411, 0.2568618, 0.2933649, 0.3805208, 0.6225837", \
					  "0.2315789, 0.2356408, 0.2446263, 0.2623428, 0.2988413, 0.3860682, 0.6280624", \
					  "0.2454510, 0.2495464, 0.2585354, 0.2761552, 0.3126514, 0.3998701, 0.6411351", \
					  "0.2792018, 0.2833075, 0.2922732, 0.3100333, 0.3464846, 0.4336382, 0.6757125", \
					  "0.3560952, 0.3602033, 0.3691527, 0.3869318, 0.4233898, 0.5106171, 0.7520647", \
					  "0.4992537, 0.5033321, 0.5123179, 0.5300568, 0.5665179, 0.6537695, 0.8958133", \
					  "0.7394670, 0.7435703, 0.7526058, 0.7704844, 0.8070848, 0.8943061, 1.1361123");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0171583, 0.0199456, 0.0261243, 0.0402669, 0.0768374, 0.1847048, 0.5085996", \
					  "0.0172972, 0.0199121, 0.0258716, 0.0402569, 0.0767676, 0.1855569, 0.5059175", \
					  "0.0171060, 0.0198009, 0.0257657, 0.0401269, 0.0770759, 0.1849270, 0.5074142", \
					  "0.0171983, 0.0198576, 0.0260237, 0.0403550, 0.0767008, 0.1854655, 0.5096820", \
					  "0.0172220, 0.0198704, 0.0257871, 0.0403830, 0.0769079, 0.1844509, 0.5118232", \
					  "0.0174295, 0.0200343, 0.0259649, 0.0401480, 0.0769396, 0.1859897, 0.5096515", \
					  "0.0175124, 0.0202132, 0.0261392, 0.0406657, 0.0767592, 0.1856247, 0.5062505");
				}
			}
		}
	}
	cell ("scs8hd_dlxtn_4") {
		area : 18.768000;
		cell_footprint : "dlxtn";
		cell_leakage_power : 1.730402e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "!GATEN";
			data_in : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010738";
			when : "!D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0014337";
			when : "D&!GATEN&Q";
		}
		leakage_power () {
			value : "0.0020087";
			when : "!D&GATEN&!Q";
		}
		leakage_power () {
			value : "0.0020241";
			when : "!D&!GATEN&!Q";
		}
		leakage_power () {
			value : "0.0014202";
			when : "D&GATEN&Q";
		}
		leakage_power () {
			value : "0.0024219";
			when : "D&GATEN&!Q";
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001815;
			capacitance : 0.001713;
			fall_capacitance : 0.001611;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1912090, 0.2833639, 0.3325990", \
					  "0.0636536, 0.1558086, 0.2050436", \
					  "-0.0307474, 0.0650697, 0.1155254");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1265117, 0.3248678, 0.5767396", \
					  "0.0709779, 0.2668926, 0.5151022", \
					  "0.0827780, 0.2713685, 0.5183574");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1688984, -0.2647155, -0.3163919", \
					  "-0.0413431, -0.1383809, -0.1876159", \
					  "0.0506165, -0.0464212, -0.0980977");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1029805, -0.3062194, -0.5629740", \
					  "-0.0486673, -0.2506855, -0.5049987", \
					  "-0.0397155, -0.2405130, -0.4948262");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019100, 0.0018428, 0.0016880, 0.0016792, 0.0016590, 0.0016123, 0.0015047");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056446, 0.0055890, 0.0054608, 0.0054644, 0.0054727, 0.0054920, 0.0055363");
				}
			}
		}
		pin (GATEN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001591;
			capacitance : 0.001675;
			rise_capacitance : 0.001760;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATEN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2642565, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076250, 0.0075408, 0.0073467, 0.0073299, 0.0072912, 0.0072021, 0.0069967");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0127682, 0.0126812, 0.0124804, 0.0124673, 0.0124372, 0.0123678, 0.0122077");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.468760;
			max_transition : 1.502328;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564228, 0.004893619, 0.01530947, 0.04789501, 0.1498374, 0.4687599");
					values("0.0256063, 0.0270381, 0.0313591, 0.0444724, 0.0839952, 0.2067936, 0.5940102", \
					  "0.0255492, 0.0269692, 0.0313645, 0.0444476, 0.0839537, 0.2077277, 0.5922555", \
					  "0.0256072, 0.0270242, 0.0313996, 0.0443965, 0.0839290, 0.2063859, 0.5940864", \
					  "0.0254609, 0.0268794, 0.0312703, 0.0443552, 0.0840809, 0.2064003, 0.5912075", \
					  "0.0253510, 0.0267992, 0.0311899, 0.0441523, 0.0837132, 0.2060858, 0.5940416", \
					  "0.0254365, 0.0268781, 0.0312301, 0.0442597, 0.0837446, 0.2074181, 0.5936767", \
					  "0.0263271, 0.0276379, 0.0318967, 0.0447842, 0.0848625, 0.2075853, 0.5932403");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564228, 0.004893619, 0.01530947, 0.04789501, 0.1498374, 0.4687599");
					values("0.0223642, 0.0211881, 0.0175906, 0.0068137, -0.0305387, -0.1537642, -0.5417082", \
					  "0.0222816, 0.0211483, 0.0175018, 0.0067331, -0.0306018, -0.1538521, -0.5417938", \
					  "0.0222945, 0.0210806, 0.0175518, 0.0067408, -0.0306112, -0.1538354, -0.5417699", \
					  "0.0222478, 0.0210348, 0.0175054, 0.0066937, -0.0306579, -0.1538811, -0.5418129", \
					  "0.0221544, 0.0209712, 0.0173751, 0.0065604, -0.0307586, -0.1539734, -0.5419155", \
					  "0.0220262, 0.0208682, 0.0172921, 0.0064740, -0.0307922, -0.1540398, -0.5419609", \
					  "0.0258196, 0.0246460, 0.0208814, 0.0087979, -0.0303341, -0.1541347, -0.5419355");
				}
			}
			internal_power () {
				related_pin : "GATEN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564228, 0.004893619, 0.01530947, 0.04789501, 0.1498374, 0.4687599");
					values("0.0251892, 0.0266117, 0.0309564, 0.0441327, 0.0836341, 0.2070379, 0.5935317", \
					  "0.0251286, 0.0265616, 0.0309424, 0.0440385, 0.0835641, 0.2071271, 0.5937930", \
					  "0.0251984, 0.0266219, 0.0310173, 0.0441539, 0.0836261, 0.2074496, 0.5942660", \
					  "0.0251490, 0.0265594, 0.0309543, 0.0440348, 0.0835935, 0.2070445, 0.5915474", \
					  "0.0249814, 0.0264017, 0.0307704, 0.0439341, 0.0833714, 0.2072444, 0.5931566", \
					  "0.0248495, 0.0262748, 0.0306333, 0.0437659, 0.0833850, 0.2056479, 0.5911197", \
					  "0.0255655, 0.0269249, 0.0311537, 0.0440556, 0.0837085, 0.2058130, 0.5934979");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564228, 0.004893619, 0.01530947, 0.04789501, 0.1498374, 0.4687599");
					values("0.0212969, 0.0201635, 0.0165443, 0.0057886, -0.0314962, -0.1547416, -0.5426317", \
					  "0.0212714, 0.0201675, 0.0165311, 0.0057646, -0.0315552, -0.1547623, -0.5426703", \
					  "0.0213933, 0.0203067, 0.0166276, 0.0058847, -0.0314422, -0.1546465, -0.5425609", \
					  "0.0212208, 0.0201114, 0.0164334, 0.0056612, -0.0316386, -0.1548385, -0.5427502", \
					  "0.0209631, 0.0198392, 0.0162201, 0.0054508, -0.0318526, -0.1550751, -0.5429636", \
					  "0.0209042, 0.0197393, 0.0160842, 0.0053190, -0.0319851, -0.1551658, -0.5430826", \
					  "0.0246755, 0.0234877, 0.0196932, 0.0075582, -0.0314907, -0.1551632, -0.5430049");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.3204749, 0.3244789, 0.3347128, 0.3610491, 0.4349434, 0.6614109, 1.3676535", \
					  "0.3254423, 0.3294392, 0.3398469, 0.3661234, 0.4400041, 0.6658326, 1.3718917", \
					  "0.3375503, 0.3415555, 0.3518982, 0.3780830, 0.4518198, 0.6780243, 1.3865499", \
					  "0.3595155, 0.3635071, 0.3738867, 0.4001759, 0.4740612, 0.6998478, 1.4074408", \
					  "0.3904696, 0.3944268, 0.4047743, 0.4309682, 0.5047027, 0.7308519, 1.4395243", \
					  "0.4295298, 0.4335376, 0.4438805, 0.4700667, 0.5435787, 0.7699671, 1.4805464", \
					  "0.4672557, 0.4710790, 0.4814324, 0.5077373, 0.5814368, 0.8079766, 1.5143775");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.0235440, 0.0267128, 0.0361467, 0.0656003, 0.1651385, 0.4837943, 1.4896407", \
					  "0.0235764, 0.0266867, 0.0359932, 0.0657697, 0.1652324, 0.4843851, 1.4958071", \
					  "0.0236156, 0.0265810, 0.0359516, 0.0657621, 0.1652304, 0.4845241, 1.4933784", \
					  "0.0237415, 0.0265368, 0.0359791, 0.0657525, 0.1653340, 0.4836866, 1.5023282", \
					  "0.0234864, 0.0266572, 0.0357893, 0.0657947, 0.1651396, 0.4846600, 1.4942018", \
					  "0.0236152, 0.0265985, 0.0359552, 0.0657681, 0.1648269, 0.4848545, 1.4951814", \
					  "0.0236045, 0.0268045, 0.0359944, 0.0657573, 0.1653774, 0.4838547, 1.4867714");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.2391908, 0.2424878, 0.2507698, 0.2688307, 0.3056395, 0.3901172, 0.6280198", \
					  "0.2446903, 0.2479743, 0.2562933, 0.2743270, 0.3112399, 0.3956142, 0.6335742", \
					  "0.2591907, 0.2624800, 0.2707715, 0.2888303, 0.3256377, 0.4101165, 0.6480673", \
					  "0.2941244, 0.2974148, 0.3057044, 0.3237646, 0.3605736, 0.4450519, 0.6830168", \
					  "0.3654024, 0.3686835, 0.3769308, 0.3950487, 0.4317941, 0.5163359, 0.7544502", \
					  "0.4878799, 0.4911574, 0.4994886, 0.5174040, 0.5542727, 0.6388763, 0.8769147", \
					  "0.6988511, 0.7021240, 0.7104601, 0.7284672, 0.7653105, 0.8498166, 1.0876723");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.0245126, 0.0263865, 0.0315254, 0.0439603, 0.0758079, 0.1689559, 0.4800120", \
					  "0.0245891, 0.0264975, 0.0315292, 0.0439781, 0.0754230, 0.1689776, 0.4791739", \
					  "0.0245192, 0.0263911, 0.0315420, 0.0439614, 0.0758070, 0.1689549, 0.4813148", \
					  "0.0245167, 0.0263872, 0.0315302, 0.0439601, 0.0758076, 0.1689539, 0.4814157", \
					  "0.0245182, 0.0263013, 0.0312197, 0.0435730, 0.0754125, 0.1686251, 0.4791043", \
					  "0.0244327, 0.0263440, 0.0313915, 0.0438125, 0.0751932, 0.1685151, 0.4812839", \
					  "0.0246452, 0.0265353, 0.0315594, 0.0440167, 0.0757570, 0.1689045, 0.4780337");
				}
			}
			timing () {
				related_pin : "GATEN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.3874258, 0.3913904, 0.4017840, 0.4280981, 0.5018874, 0.7280662, 1.4352405", \
					  "0.3929960, 0.3969572, 0.4073737, 0.4337363, 0.5074342, 0.7338982, 1.4445353", \
					  "0.4071903, 0.4111555, 0.4215714, 0.4478875, 0.5216475, 0.7481809, 1.4543186", \
					  "0.4413791, 0.4453504, 0.4557577, 0.4820738, 0.5559834, 0.7823834, 1.4898857", \
					  "0.5172649, 0.5212217, 0.5316276, 0.5579420, 0.6318053, 0.8582526, 1.5652278", \
					  "0.6535677, 0.6575468, 0.6679484, 0.6942973, 0.7682380, 0.9943362, 1.7017761", \
					  "0.8853192, 0.8892992, 0.8997009, 0.9260470, 0.9999470, 1.2258780, 1.9362050");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.0235577, 0.0265824, 0.0359461, 0.0656201, 0.1652417, 0.4839595, 1.4977618", \
					  "0.0234808, 0.0265844, 0.0359471, 0.0657822, 0.1652351, 0.4836009, 1.4939056", \
					  "0.0235524, 0.0265745, 0.0359102, 0.0656338, 0.1652227, 0.4838323, 1.4919855", \
					  "0.0235216, 0.0265624, 0.0358269, 0.0656885, 0.1648879, 0.4850624, 1.4937516", \
					  "0.0235135, 0.0265509, 0.0357829, 0.0656501, 0.1649133, 0.4854064, 1.4905004", \
					  "0.0235662, 0.0264900, 0.0359477, 0.0656121, 0.1653227, 0.4844906, 1.4984178", \
					  "0.0235291, 0.0264626, 0.0359242, 0.0657379, 0.1649617, 0.4826380, 1.4931706");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.2633196, 0.2666424, 0.2750231, 0.2932504, 0.3304602, 0.4150972, 0.6532080", \
					  "0.2689101, 0.2722536, 0.2806878, 0.2988434, 0.3360306, 0.4206644, 0.6588749", \
					  "0.2827690, 0.2861304, 0.2944760, 0.3127181, 0.3498477, 0.4345645, 0.6728318", \
					  "0.3163086, 0.3196506, 0.3280691, 0.3462586, 0.3834568, 0.4681290, 0.7064749", \
					  "0.3938988, 0.3972483, 0.4056155, 0.4238464, 0.4610526, 0.5456284, 0.7839508", \
					  "0.5367101, 0.5400652, 0.5484802, 0.5666535, 0.6037468, 0.6885503, 0.9268717", \
					  "0.7764741, 0.7798382, 0.7882503, 0.8065206, 0.8437303, 0.9284828, 1.1666511");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156423, 0.00489362, 0.0153095, 0.047895, 0.149837, 0.46876");
					values("0.0249560, 0.0270251, 0.0320054, 0.0440746, 0.0760088, 0.1681860, 0.4818125", \
					  "0.0250095, 0.0269585, 0.0318484, 0.0440407, 0.0753693, 0.1696728, 0.4813908", \
					  "0.0250111, 0.0268578, 0.0320002, 0.0440836, 0.0755193, 0.1693186, 0.4825446", \
					  "0.0250283, 0.0269225, 0.0319475, 0.0445038, 0.0759209, 0.1691916, 0.4828791", \
					  "0.0249886, 0.0268344, 0.0319241, 0.0443770, 0.0760914, 0.1687522, 0.4822344", \
					  "0.0249898, 0.0269341, 0.0319997, 0.0441273, 0.0758670, 0.1694613, 0.4828418", \
					  "0.0252316, 0.0271218, 0.0320966, 0.0442817, 0.0757471, 0.1698312, 0.4783405");
				}
			}
		}
	}
	cell ("scs8hd_dlxtp_1") {
		area : 15.014400;
		cell_footprint : "dlxtp";
		cell_leakage_power : 1.168200e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "GATE";
			data_in : "D";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0013874";
			when : "D&GATE&Q";
		}
		leakage_power () {
			value : "0.0009301";
			when : "!D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0009456";
			when : "!D&GATE&!Q";
		}
		leakage_power () {
			value : "0.0013749";
			when : "D&!GATE&Q";
		}
		leakage_power () {
			value : "0.0013434";
			when : "D&!GATE&!Q";
		}
		leakage_power () {
			value : "0.0010278";
			when : "!D&!GATE&Q";
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001816;
			capacitance : 0.001714;
			fall_capacitance : 0.001612;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1912090, 0.2858053, 0.3362611", \
					  "0.0758607, 0.1704570, 0.2172507", \
					  "-0.0319681, 0.0553040, 0.1033184");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0300762, 0.2284323, 0.4803041", \
					  "-0.1792663, 0.0203105, 0.2672995", \
					  "-0.4372415, -0.2401061, 0.0032207");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1774434, -0.2732604, -0.3249368", \
					  "-0.0498880, -0.1469258, -0.1961608", \
					  "0.0982240, 0.0024069, -0.0517109");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0187520, -0.2183288, -0.4714212", \
					  "0.1905905, -0.0102070, -0.2584167", \
					  "0.4522279, 0.2514303, 0.0056621");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017425, 0.0016769, 0.0015258, 0.0015175, 0.0014982, 0.0014537, 0.0013512");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058373, 0.0057657, 0.0056007, 0.0056056, 0.0056171, 0.0056435, 0.0057044");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001803;
			capacitance : 0.001709;
			fall_capacitance : 0.001616;
			max_transition : 1.500000;
			timing () {
				related_pin : "GATE";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0830023, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0126992, 0.0126294, 0.0124686, 0.0124616, 0.0124455, 0.0124083, 0.0123225");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0074059, 0.0073490, 0.0072178, 0.0072040, 0.0071722, 0.0070989, 0.0069299");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.141001;
			max_transition : 1.503934;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0142721, 0.0154658, 0.0181910, 0.0246405, 0.0402597, 0.0805230, 0.1851477", \
					  "0.0141936, 0.0153637, 0.0181131, 0.0244439, 0.0401312, 0.0809377, 0.1848383", \
					  "0.0142404, 0.0153888, 0.0181542, 0.0245746, 0.0402240, 0.0809175, 0.1849121", \
					  "0.0140889, 0.0152347, 0.0180013, 0.0244223, 0.0400468, 0.0808419, 0.1839976", \
					  "0.0139782, 0.0151169, 0.0178851, 0.0242659, 0.0399329, 0.0802092, 0.1838037", \
					  "0.0144114, 0.0153928, 0.0179358, 0.0243304, 0.0399059, 0.0806812, 0.1838520", \
					  "0.0150320, 0.0160003, 0.0184501, 0.0246377, 0.0403350, 0.0806932, 0.1845885");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0131678, 0.0124814, 0.0105339, 0.0047098, -0.0111358, -0.0519544, -0.1564946", \
					  "0.0131005, 0.0124122, 0.0104658, 0.0046392, -0.0112053, -0.0520243, -0.1565747", \
					  "0.0131470, 0.0124602, 0.0105130, 0.0046889, -0.0111560, -0.0519761, -0.1565192", \
					  "0.0131051, 0.0124006, 0.0104731, 0.0046394, -0.0112036, -0.0520242, -0.1565840", \
					  "0.0130095, 0.0123111, 0.0103850, 0.0045497, -0.0112918, -0.0521113, -0.1566666", \
					  "0.0134828, 0.0125681, 0.0101735, 0.0044459, -0.0113460, -0.0521645, -0.1567212", \
					  "0.0139052, 0.0130231, 0.0106798, 0.0044991, -0.0114325, -0.0522474, -0.1566875");
				}
			}
			internal_power () {
				related_pin : "GATE";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0132355, 0.0144069, 0.0171690, 0.0235321, 0.0393566, 0.0795469, 0.1832170", \
					  "0.0132568, 0.0144415, 0.0171816, 0.0235556, 0.0393986, 0.0798799, 0.1839476", \
					  "0.0132222, 0.0143766, 0.0171383, 0.0235025, 0.0393246, 0.0794948, 0.1831465", \
					  "0.0129154, 0.0140967, 0.0168495, 0.0232186, 0.0390435, 0.0794077, 0.1826576", \
					  "0.0127271, 0.0139036, 0.0166401, 0.0230098, 0.0387664, 0.0788959, 0.1836037", \
					  "0.0129814, 0.0139436, 0.0165634, 0.0229771, 0.0386336, 0.0789644, 0.1834129", \
					  "0.0135362, 0.0145146, 0.0169733, 0.0232005, 0.0388847, 0.0790282, 0.1826272");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0129639, 0.0123026, 0.0103522, 0.0045274, -0.0113119, -0.0521301, -0.1566851", \
					  "0.0128480, 0.0121648, 0.0102258, 0.0044124, -0.0114241, -0.0522345, -0.1567910", \
					  "0.0128559, 0.0121741, 0.0102217, 0.0044075, -0.0114249, -0.0522356, -0.1567917", \
					  "0.0126365, 0.0119515, 0.0100019, 0.0041903, -0.0116379, -0.0524560, -0.1570050", \
					  "0.0124367, 0.0117590, 0.0098079, 0.0039937, -0.0118415, -0.0526598, -0.1572068", \
					  "0.0135737, 0.0126828, 0.0103386, 0.0041358, -0.0118303, -0.0526435, -0.1572119", \
					  "0.0139366, 0.0130447, 0.0107024, 0.0045322, -0.0114134, -0.0522558, -0.1568982");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2838980, 0.2907017, 0.3062805, 0.3448195, 0.4416659, 0.6899465, 1.3270650", \
					  "0.2889338, 0.2956743, 0.3113384, 0.3498490, 0.4469873, 0.6947183, 1.3340165", \
					  "0.3011354, 0.3077298, 0.3234284, 0.3618812, 0.4590681, 0.7070308, 1.3475243", \
					  "0.3229006, 0.3294817, 0.3451864, 0.3835993, 0.4807735, 0.7285889, 1.3644432", \
					  "0.3534650, 0.3600371, 0.3757472, 0.4141451, 0.5112872, 0.7593837, 1.3939870", \
					  "0.3929889, 0.3998107, 0.4155597, 0.4540109, 0.5510186, 0.7988186, 1.4359733", \
					  "0.4310092, 0.4377341, 0.4534339, 0.4918516, 0.5890207, 0.8367985, 1.4715558");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0229164, 0.0300682, 0.0493859, 0.1024825, 0.2383555, 0.5919494, 1.4965448", \
					  "0.0230291, 0.0300128, 0.0495878, 0.1023363, 0.2382329, 0.5901873, 1.4984939", \
					  "0.0229360, 0.0300676, 0.0494519, 0.1022857, 0.2379044, 0.5905568, 1.4957284", \
					  "0.0229237, 0.0300776, 0.0494600, 0.1021459, 0.2380606, 0.5892498, 1.5039344", \
					  "0.0229236, 0.0300975, 0.0494638, 0.1020313, 0.2382833, 0.5888158, 1.5021947", \
					  "0.0230199, 0.0301026, 0.0494912, 0.1018686, 0.2383354, 0.5904853, 1.5038726", \
					  "0.0230068, 0.0300890, 0.0495148, 0.1023812, 0.2380942, 0.5900413, 1.4910511");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1848192, 0.1893338, 0.1984890, 0.2169169, 0.2565024, 0.3523214, 0.5972161", \
					  "0.1903418, 0.1948741, 0.2040292, 0.2224457, 0.2620301, 0.3578487, 0.6028049", \
					  "0.2048290, 0.2093422, 0.2184949, 0.2369296, 0.2765171, 0.3723251, 0.6171919", \
					  "0.2397570, 0.2442202, 0.2534720, 0.2719009, 0.3115138, 0.4072564, 0.6519616", \
					  "0.3110315, 0.3155400, 0.3247932, 0.3432223, 0.3828255, 0.4785401, 0.7229721", \
					  "0.4336721, 0.4380662, 0.4473240, 0.4657912, 0.5054226, 0.6011959, 0.8474053", \
					  "0.6444325, 0.6489544, 0.6582300, 0.6767000, 0.7163514, 0.8121152, 1.0565603");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0154491, 0.0188165, 0.0266057, 0.0449067, 0.0913752, 0.2154183, 0.5431418", \
					  "0.0154649, 0.0188265, 0.0267283, 0.0449105, 0.0913757, 0.2155579, 0.5444902", \
					  "0.0154478, 0.0188143, 0.0265963, 0.0449026, 0.0913926, 0.2154731, 0.5429024", \
					  "0.0154681, 0.0188474, 0.0266793, 0.0449504, 0.0914026, 0.2162116, 0.5404529", \
					  "0.0154856, 0.0188296, 0.0266283, 0.0449214, 0.0914258, 0.2159721, 0.5440378", \
					  "0.0154601, 0.0189646, 0.0268444, 0.0449587, 0.0908053, 0.2153829, 0.5395673", \
					  "0.0155928, 0.0189312, 0.0267617, 0.0450158, 0.0914529, 0.2164064, 0.5401740");
				}
			}
			timing () {
				related_pin : "GATE";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2621828, 0.2690117, 0.2847809, 0.3233133, 0.4204653, 0.6686852, 1.3044985", \
					  "0.2674033, 0.2742536, 0.2900554, 0.3285271, 0.4255127, 0.6735560, 1.3092933", \
					  "0.2783514, 0.2850623, 0.3008336, 0.3393631, 0.4365146, 0.6847285, 1.3201010", \
					  "0.3031509, 0.3099842, 0.3257513, 0.3641419, 0.4613535, 0.7089736, 1.3458396", \
					  "0.3445722, 0.3514079, 0.3671864, 0.4056936, 0.5028145, 0.7507217, 1.3865440", \
					  "0.4060094, 0.4128282, 0.4286394, 0.4671645, 0.5640552, 0.8123320, 1.4512124", \
					  "0.4902517, 0.4970994, 0.5128784, 0.5514060, 0.6485685, 0.8962867, 1.5327015");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0229909, 0.0301245, 0.0495304, 0.1024071, 0.2382005, 0.5913514, 1.5031211", \
					  "0.0228493, 0.0300388, 0.0495013, 0.1025465, 0.2380807, 0.5891469, 1.4978325", \
					  "0.0228169, 0.0301199, 0.0495257, 0.1024090, 0.2382607, 0.5912302, 1.5024840", \
					  "0.0228863, 0.0301041, 0.0495562, 0.1021185, 0.2384882, 0.5880916, 1.4946600", \
					  "0.0228928, 0.0301195, 0.0495607, 0.1023269, 0.2382064, 0.5884487, 1.4986952", \
					  "0.0229014, 0.0300688, 0.0496533, 0.1024273, 0.2386061, 0.5916591, 1.4974317", \
					  "0.0229046, 0.0301035, 0.0496125, 0.1023701, 0.2381994, 0.5890566, 1.4900808");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2217623, 0.2263300, 0.2356140, 0.2541917, 0.2938345, 0.3899881, 0.6340858", \
					  "0.2266371, 0.2312057, 0.2404830, 0.2590449, 0.2986689, 0.3944745, 0.6389758", \
					  "0.2383062, 0.2429009, 0.2521688, 0.2707151, 0.3103580, 0.4061221, 0.6511392", \
					  "0.2635017, 0.2680848, 0.2773801, 0.2959097, 0.3355422, 0.4312790, 0.6775231", \
					  "0.3041693, 0.3087542, 0.3180267, 0.3365987, 0.3762531, 0.4721752, 0.7184848", \
					  "0.3636238, 0.3681980, 0.3775006, 0.3960364, 0.4356982, 0.5315310, 0.7770992", \
					  "0.4362729, 0.4408640, 0.4501378, 0.4686877, 0.5083490, 0.6045341, 0.8487746");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0159306, 0.0193197, 0.0268182, 0.0448832, 0.0913039, 0.2156925, 0.5442445", \
					  "0.0158509, 0.0191445, 0.0267800, 0.0452197, 0.0915314, 0.2162762, 0.5430866", \
					  "0.0158377, 0.0193042, 0.0268300, 0.0451644, 0.0915581, 0.2174962, 0.5421862", \
					  "0.0158626, 0.0191505, 0.0270532, 0.0452219, 0.0915510, 0.2163262, 0.5512798", \
					  "0.0159001, 0.0193130, 0.0267979, 0.0449893, 0.0911834, 0.2152182, 0.5397546", \
					  "0.0158328, 0.0193472, 0.0270567, 0.0451382, 0.0909725, 0.2153345, 0.5421391", \
					  "0.0158112, 0.0191056, 0.0268514, 0.0450444, 0.0914547, 0.2153203, 0.5477923");
				}
			}
		}
	}
	cell ("scs8hd_dlygate4sd1_1") {
		area : 8.758400;
		cell_footprint : "buf";
		cell_leakage_power : 2.633648e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "6.6675323e-05";
			when : "A";
		}
		leakage_power () {
			value : "0.0004601";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.141917;
			max_transition : 1.507740;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0122238, 0.0132475, 0.0157292, 0.0219536, 0.0379193, 0.0779570, 0.1817424", \
					  "0.0121188, 0.0131387, 0.0156282, 0.0218335, 0.0376721, 0.0783779, 0.1827900", \
					  "0.0119717, 0.0129768, 0.0154797, 0.0216888, 0.0376817, 0.0786160, 0.1823568", \
					  "0.0117863, 0.0127974, 0.0152907, 0.0214916, 0.0374566, 0.0780580, 0.1822601", \
					  "0.0116043, 0.0126236, 0.0151051, 0.0213064, 0.0371956, 0.0779280, 0.1817052", \
					  "0.0117448, 0.0127241, 0.0152190, 0.0213404, 0.0372056, 0.0781044, 0.1811028", \
					  "0.0117594, 0.0126391, 0.0151152, 0.0214468, 0.0375363, 0.0782173, 0.1810941");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0142472, 0.0134729, 0.0114204, 0.0055098, -0.0104043, -0.0515083, -0.1568287", \
					  "0.0140924, 0.0133182, 0.0112591, 0.0053749, -0.0105535, -0.0516591, -0.1570034", \
					  "0.0139564, 0.0131869, 0.0111374, 0.0052277, -0.0106894, -0.0517953, -0.1571064", \
					  "0.0138393, 0.0130693, 0.0110328, 0.0051156, -0.0108171, -0.0519239, -0.1573029", \
					  "0.0137338, 0.0129708, 0.0109145, 0.0050104, -0.0109035, -0.0519982, -0.1573826", \
					  "0.0139127, 0.0129970, 0.0108072, 0.0050377, -0.0108604, -0.0519602, -0.1573013", \
					  "0.0143310, 0.0134372, 0.0110892, 0.0049019, -0.0111152, -0.0521420, -0.1574326");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1522862, 0.1588596, 0.1744722, 0.2129889, 0.3100512, 0.5585961, 1.1996739", \
					  "0.1570528, 0.1636451, 0.1792935, 0.2178219, 0.3151825, 0.5641764, 1.2057644", \
					  "0.1684792, 0.1749415, 0.1906354, 0.2292388, 0.3263787, 0.5751356, 1.2128700", \
					  "0.1891750, 0.1956423, 0.2113084, 0.2498985, 0.3472487, 0.5968013, 1.2380154", \
					  "0.2185994, 0.2251776, 0.2407878, 0.2793035, 0.3766551, 0.6260990, 1.2635835", \
					  "0.2589673, 0.2654382, 0.2811331, 0.3197412, 0.4169281, 0.6655840, 1.3058321", \
					  "0.3019859, 0.3084992, 0.3242084, 0.3627618, 0.4599141, 0.7098687, 1.3461682");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0208592, 0.0284566, 0.0487402, 0.1016719, 0.2390679, 0.5901438, 1.5016693", \
					  "0.0208649, 0.0285320, 0.0487578, 0.1015853, 0.2392016, 0.5928450, 1.5077402", \
					  "0.0208654, 0.0284777, 0.0485953, 0.1014597, 0.2390796, 0.5940769, 1.4923053", \
					  "0.0208356, 0.0284460, 0.0487308, 0.1015239, 0.2386238, 0.5956936, 1.5042275", \
					  "0.0208791, 0.0284795, 0.0486774, 0.1015941, 0.2393376, 0.5957767, 1.4912988", \
					  "0.0208984, 0.0285032, 0.0486285, 0.1013627, 0.2381744, 0.5915041, 1.4908269", \
					  "0.0209493, 0.0285905, 0.0487951, 0.1016312, 0.2389580, 0.5953401, 1.4918485");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1901192, 0.1953426, 0.2058904, 0.2259991, 0.2679957, 0.3663736, 0.6167530", \
					  "0.1949506, 0.2002829, 0.2105837, 0.2309666, 0.2729660, 0.3713666, 0.6223392", \
					  "0.2086334, 0.2138434, 0.2243775, 0.2445821, 0.2865717, 0.3849785, 0.6354589", \
					  "0.2418201, 0.2470265, 0.2575394, 0.2778549, 0.3198579, 0.4181956, 0.6684866", \
					  "0.3156402, 0.3208503, 0.3312994, 0.3515190, 0.3935752, 0.4918878, 0.7426695", \
					  "0.4414161, 0.4466223, 0.4570746, 0.4775254, 0.5193541, 0.6175984, 0.8685770", \
					  "0.6545225, 0.6597312, 0.6703071, 0.6906199, 0.7326675, 0.8310690, 1.0816373");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0192037, 0.0227959, 0.0309960, 0.0501938, 0.0969664, 0.2232553, 0.5576257", \
					  "0.0191575, 0.0228016, 0.0311173, 0.0499926, 0.0969664, 0.2227350, 0.5527744", \
					  "0.0192094, 0.0228286, 0.0310093, 0.0501208, 0.0969602, 0.2235134, 0.5597779", \
					  "0.0192664, 0.0228808, 0.0312845, 0.0500922, 0.0968194, 0.2240339, 0.5547590", \
					  "0.0193156, 0.0230006, 0.0312391, 0.0502904, 0.0970398, 0.2228229, 0.5538892", \
					  "0.0193559, 0.0230391, 0.0312947, 0.0501703, 0.0964187, 0.2219365, 0.5544048", \
					  "0.0194743, 0.0231607, 0.0314128, 0.0503376, 0.0970070, 0.2222906, 0.5534480");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001712;
			capacitance : 0.001623;
			fall_capacitance : 0.001533;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_dlygate4sd2_1") {
		area : 8.758400;
		cell_footprint : "buf";
		cell_leakage_power : 2.634042e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "6.6399780e-05";
			when : "A";
		}
		leakage_power () {
			value : "0.0004604";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.142832;
			max_transition : 1.517698;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0127180, 0.0137501, 0.0162524, 0.0224881, 0.0385337, 0.0793942, 0.1845173", \
					  "0.0126348, 0.0136614, 0.0161562, 0.0224025, 0.0383793, 0.0792734, 0.1845793", \
					  "0.0124575, 0.0134954, 0.0160051, 0.0222389, 0.0383022, 0.0790981, 0.1839553", \
					  "0.0122608, 0.0132894, 0.0157861, 0.0220313, 0.0379938, 0.0784734, 0.1838198", \
					  "0.0121050, 0.0131364, 0.0156463, 0.0218566, 0.0378087, 0.0790838, 0.1836951", \
					  "0.0121965, 0.0131957, 0.0156863, 0.0218210, 0.0377129, 0.0785251, 0.1837195", \
					  "0.0121682, 0.0131334, 0.0156568, 0.0219198, 0.0380948, 0.0789853, 0.1832370");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0148392, 0.0140796, 0.0120447, 0.0061401, -0.0098344, -0.0511851, -0.1573043", \
					  "0.0146829, 0.0139201, 0.0118724, 0.0059923, -0.0099945, -0.0513515, -0.1574571", \
					  "0.0145710, 0.0137994, 0.0117550, 0.0058547, -0.0101341, -0.0514913, -0.1576005", \
					  "0.0144428, 0.0136715, 0.0116270, 0.0057287, -0.0102224, -0.0515798, -0.1576880", \
					  "0.0143365, 0.0135796, 0.0115314, 0.0056477, -0.0103442, -0.0517005, -0.1578073", \
					  "0.0140489, 0.0133022, 0.0112857, 0.0054842, -0.0104554, -0.0517966, -0.1579037", \
					  "0.0149294, 0.0140346, 0.0116816, 0.0054800, -0.0106116, -0.0518730, -0.1579417");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.1728003, 0.1794535, 0.1952417, 0.2339050, 0.3315245, 0.5820531, 1.2257068", \
					  "0.1776966, 0.1843627, 0.2000737, 0.2387117, 0.3364474, 0.5867205, 1.2297442", \
					  "0.1888546, 0.1954880, 0.2113165, 0.2500807, 0.3476099, 0.5984075, 1.2414690", \
					  "0.2102111, 0.2169864, 0.2326962, 0.2713058, 0.3690747, 0.6199338, 1.2621336", \
					  "0.2415543, 0.2482044, 0.2639929, 0.3026902, 0.4003861, 0.6500858, 1.2920185", \
					  "0.2851056, 0.2917567, 0.3075860, 0.3463620, 0.4439126, 0.6940176, 1.3391898", \
					  "0.3345224, 0.3411798, 0.3569352, 0.3957089, 0.4933544, 0.7437990, 1.3842512");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0224172, 0.0300526, 0.0501628, 0.1029777, 0.2401234, 0.5984390, 1.5166038", \
					  "0.0223926, 0.0299807, 0.0501131, 0.1029655, 0.2409039, 0.5957670, 1.5176982", \
					  "0.0223976, 0.0300101, 0.0500914, 0.1030259, 0.2406609, 0.5987659, 1.5112216", \
					  "0.0223833, 0.0299270, 0.0500299, 0.1029565, 0.2409850, 0.5935605, 1.5111327", \
					  "0.0223507, 0.0300314, 0.0501942, 0.1029677, 0.2400942, 0.5969265, 1.5031802", \
					  "0.0224509, 0.0300384, 0.0500712, 0.1030554, 0.2394776, 0.5954199, 1.5147135", \
					  "0.0224817, 0.0301153, 0.0502678, 0.1028798, 0.2402794, 0.5963484, 1.4989877");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2130728, 0.2184004, 0.2292553, 0.2499374, 0.2927519, 0.3919596, 0.6439088", \
					  "0.2177319, 0.2230607, 0.2338927, 0.2547491, 0.2975133, 0.3967369, 0.6495994", \
					  "0.2313980, 0.2367384, 0.2475517, 0.2684683, 0.3110601, 0.4103646, 0.6626397", \
					  "0.2647242, 0.2700670, 0.2808810, 0.3018634, 0.3453473, 0.4446487, 0.6968630", \
					  "0.3399604, 0.3452878, 0.3561636, 0.3770264, 0.4189437, 0.5182620, 0.7699267", \
					  "0.4709010, 0.4762252, 0.4868017, 0.5077829, 0.5503004, 0.6496062, 0.9024619", \
					  "0.6904342, 0.6957656, 0.7066090, 0.7274339, 0.7700940, 0.8693554, 1.1208042");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0209539, 0.0246197, 0.0328643, 0.0521922, 0.0986978, 0.2248408, 0.5573639", \
					  "0.0209741, 0.0246521, 0.0327943, 0.0517353, 0.0988050, 0.2241183, 0.5612522", \
					  "0.0209925, 0.0245970, 0.0327481, 0.0519118, 0.0989281, 0.2245844, 0.5571104", \
					  "0.0209998, 0.0246034, 0.0327628, 0.0519445, 0.0989186, 0.2246602, 0.5571636", \
					  "0.0210661, 0.0247348, 0.0330697, 0.0519794, 0.0988039, 0.2257938, 0.5574279", \
					  "0.0210043, 0.0246202, 0.0329397, 0.0519624, 0.0991340, 0.2258806, 0.5571909", \
					  "0.0211904, 0.0248419, 0.0330052, 0.0522987, 0.0988358, 0.2251640, 0.5570074");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001746;
			capacitance : 0.001653;
			fall_capacitance : 0.001561;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_dlygate4sd3_1") {
		area : 10.009600;
		cell_footprint : "buf";
		cell_leakage_power : 1.465745e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012672";
			when : "A";
		}
		leakage_power () {
			value : "0.0016643";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.139170;
			max_transition : 1.500985;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0169575, 0.0181394, 0.0209981, 0.0277689, 0.0437296, 0.0834270, 0.1852496", \
					  "0.0169109, 0.0180931, 0.0209522, 0.0277220, 0.0436858, 0.0833734, 0.1860108", \
					  "0.0167354, 0.0179161, 0.0208432, 0.0275701, 0.0434818, 0.0835729, 0.1859184", \
					  "0.0164905, 0.0176590, 0.0205854, 0.0272932, 0.0432294, 0.0829044, 0.1855258", \
					  "0.0161468, 0.0173237, 0.0202454, 0.0269542, 0.0428682, 0.0829699, 0.1852949", \
					  "0.0158833, 0.0170705, 0.0199777, 0.0267236, 0.0425858, 0.0827401, 0.1841405", \
					  "0.0172339, 0.0182072, 0.0206670, 0.0267203, 0.0427086, 0.0825595, 0.1848750");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0193048, 0.0185694, 0.0165094, 0.0110718, -0.0039161, -0.0440124, -0.1471916", \
					  "0.0192171, 0.0184457, 0.0164379, 0.0109744, -0.0040475, -0.0441430, -0.1472925", \
					  "0.0190227, 0.0182629, 0.0162369, 0.0107720, -0.0042210, -0.0443104, -0.1474640", \
					  "0.0189386, 0.0181794, 0.0161649, 0.0106993, -0.0043315, -0.0444236, -0.1475739", \
					  "0.0187941, 0.0180281, 0.0160108, 0.0105409, -0.0044940, -0.0445673, -0.1477185", \
					  "0.0185839, 0.0178238, 0.0158124, 0.0103483, -0.0046780, -0.0447689, -0.1479136", \
					  "0.0184114, 0.0176728, 0.0157341, 0.0102271, -0.0047835, -0.0448715, -0.1480212");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.6170610, 0.6261253, 0.6452018, 0.6871934, 0.7866488, 1.0352755, 1.6693845", \
					  "0.6216616, 0.6307309, 0.6498058, 0.6917943, 0.7912550, 1.0399007, 1.6739786", \
					  "0.6306178, 0.6397323, 0.6590841, 0.7010831, 0.8005742, 1.0497377, 1.6826414", \
					  "0.6510971, 0.6601780, 0.6794141, 0.7212947, 0.8208106, 1.0697849, 1.7031835", \
					  "0.6842175, 0.6932209, 0.7125651, 0.7544755, 0.8537731, 1.1031277, 1.7361698", \
					  "0.7379063, 0.7469666, 0.7663058, 0.8083821, 0.9077901, 1.1570713, 1.7894202", \
					  "0.8102387, 0.8193211, 0.8386004, 0.8805065, 0.9799428, 1.2288959, 1.8631163");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0331537, 0.0411004, 0.0605513, 0.1108917, 0.2467252, 0.5949360, 1.4999545", \
					  "0.0331578, 0.0411040, 0.0605485, 0.1108866, 0.2466485, 0.5950538, 1.4999861", \
					  "0.0336342, 0.0412207, 0.0604581, 0.1110033, 0.2467580, 0.5958197, 1.5008463", \
					  "0.0334676, 0.0411730, 0.0604924, 0.1109651, 0.2465331, 0.5962481, 1.4996880", \
					  "0.0335297, 0.0412016, 0.0604862, 0.1110987, 0.2466756, 0.5959358, 1.5009848", \
					  "0.0336193, 0.0412773, 0.0605288, 0.1108951, 0.2467082, 0.5954650, 1.5003897", \
					  "0.0335516, 0.0412301, 0.0605060, 0.1110760, 0.2466685, 0.5955049, 1.4993669");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.5823010, 0.5921560, 0.6109140, 0.6441942, 0.7025514, 0.8123819, 1.0600516", \
					  "0.5871734, 0.5969560, 0.6157679, 0.6489474, 0.7071103, 0.8183274, 1.0646016", \
					  "0.6005578, 0.6102749, 0.6290184, 0.6622267, 0.7206193, 0.8308407, 1.0784104", \
					  "0.6342272, 0.6439386, 0.6627414, 0.6959719, 0.7542173, 0.8654030, 1.1116954", \
					  "0.7135917, 0.7233146, 0.7421163, 0.7753593, 0.8335803, 0.9447690, 1.1910254", \
					  "0.8715744, 0.8814610, 0.9002579, 0.9335612, 0.9914928, 1.1016050, 1.3493039", \
					  "1.1452526, 1.1549903, 1.1737843, 1.2068885, 1.2650110, 1.3760962, 1.6237774");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0481995, 0.0536955, 0.0642117, 0.0856584, 0.1323150, 0.2476068, 0.5563894", \
					  "0.0483191, 0.0534272, 0.0643299, 0.0861422, 0.1330655, 0.2466726, 0.5558836", \
					  "0.0484246, 0.0537385, 0.0642201, 0.0857050, 0.1319500, 0.2473476, 0.5559545", \
					  "0.0484205, 0.0538800, 0.0648550, 0.0862438, 0.1329751, 0.2467501, 0.5559962", \
					  "0.0484868, 0.0538642, 0.0648059, 0.0862151, 0.1329373, 0.2465954, 0.5556425", \
					  "0.0480408, 0.0535174, 0.0643483, 0.0855969, 0.1324147, 0.2474880, 0.5563069", \
					  "0.0487639, 0.0538595, 0.0647978, 0.0859469, 0.1329952, 0.2465391, 0.5522875");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001711;
			capacitance : 0.001615;
			fall_capacitance : 0.001519;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_dlymetal6s2s_1") {
		area : 12.512000;
		cell_footprint : "delay";
		cell_leakage_power : 6.414398e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.1476757e-05";
			when : "A";
		}
		leakage_power () {
			value : "0.0012314";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.141001;
			max_transition : 1.505112;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0172701, 0.0196049, 0.0253067, 0.0321536, 0.0476809, 0.0878956, 0.1905487", \
					  "0.0171979, 0.0195102, 0.0252347, 0.0321043, 0.0476499, 0.0877200, 0.1913805", \
					  "0.0170451, 0.0193997, 0.0251170, 0.0319953, 0.0476098, 0.0876680, 0.1911607", \
					  "0.0168666, 0.0192087, 0.0249279, 0.0318488, 0.0475201, 0.0875363, 0.1910684", \
					  "0.0169210, 0.0191859, 0.0247929, 0.0316884, 0.0473355, 0.0874759, 0.1910046", \
					  "0.0222873, 0.0232265, 0.0255940, 0.0316112, 0.0473233, 0.0874536, 0.1903111", \
					  "0.0222574, 0.0231978, 0.0255215, 0.0317476, 0.0474855, 0.0874750, 0.1912885");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0145763, 0.0136651, 0.0112957, 0.0056823, -0.0065903, -0.0416567, -0.1461607", \
					  "0.0144307, 0.0135200, 0.0111169, 0.0055480, -0.0067269, -0.0417919, -0.1462765", \
					  "0.0142692, 0.0133556, 0.0109934, 0.0053811, -0.0068545, -0.0419219, -0.1464537", \
					  "0.0141672, 0.0132161, 0.0108568, 0.0052846, -0.0069110, -0.0419370, -0.1465215", \
					  "0.0140746, 0.0130916, 0.0107654, 0.0051899, -0.0069854, -0.0420051, -0.1464148", \
					  "0.0152221, 0.0136348, 0.0111420, 0.0054177, -0.0069930, -0.0420207, -0.1465337", \
					  "0.0244488, 0.0234723, 0.0210528, 0.0148424, -0.0010483, -0.0420056, -0.1464206");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0640852, 0.0701147, 0.0853136, 0.1232325, 0.2195253, 0.4662153, 1.0980150", \
					  "0.0690946, 0.0752167, 0.0902571, 0.1282368, 0.2247168, 0.4715100, 1.1034149", \
					  "0.0807878, 0.0867633, 0.1019836, 0.1400945, 0.2370318, 0.4838961, 1.1158828", \
					  "0.1042653, 0.1104146, 0.1257170, 0.1638116, 0.2607114, 0.5076566, 1.1395972", \
					  "0.1388630, 0.1451725, 0.1605376, 0.1991914, 0.2962686, 0.5433182, 1.1753626", \
					  "0.1862701, 0.1930813, 0.2088415, 0.2471987, 0.3437379, 0.5907596, 1.2226621", \
					  "0.2356186, 0.2445490, 0.2631005, 0.3039634, 0.3998355, 0.6464022, 1.2786897");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0373163, 0.0456509, 0.0677610, 0.1235691, 0.2611378, 0.6067986, 1.4928608", \
					  "0.0373182, 0.0457903, 0.0677799, 0.1235769, 0.2611487, 0.6068784, 1.5048200", \
					  "0.0373387, 0.0458567, 0.0677481, 0.1235829, 0.2610890, 0.6070407, 1.5046314", \
					  "0.0381672, 0.0464861, 0.0681257, 0.1236321, 0.2611181, 0.6068751, 1.5051123", \
					  "0.0407253, 0.0485438, 0.0696914, 0.1246889, 0.2616216, 0.6069943, 1.5045997", \
					  "0.0484769, 0.0550992, 0.0740758, 0.1263005, 0.2625898, 0.6078844, 1.4961575", \
					  "0.0684810, 0.0740775, 0.0892378, 0.1346505, 0.2640757, 0.6086943, 1.4980868");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1018174, 0.1058375, 0.1149021, 0.1339397, 0.1747726, 0.2724343, 0.5203710", \
					  "0.1065139, 0.1105716, 0.1196633, 0.1387793, 0.1794844, 0.2772413, 0.5251430", \
					  "0.1198549, 0.1238745, 0.1329224, 0.1519630, 0.1927836, 0.2904326, 0.5384335", \
					  "0.1539940, 0.1580373, 0.1670721, 0.1861737, 0.2274435, 0.3251686, 0.5730917", \
					  "0.2305953, 0.2349167, 0.2442858, 0.2637110, 0.3052945, 0.4032975, 0.6518785", \
					  "0.3647271, 0.3701817, 0.3818316, 0.4047981, 0.4496709, 0.5490669, 0.7969754", \
					  "0.5877334, 0.5950996, 0.6106980, 0.6404177, 0.6935615, 0.7967516, 1.0445724");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0256416, 0.0289953, 0.0365177, 0.0548426, 0.1019244, 0.2271026, 0.5563764", \
					  "0.0257324, 0.0288179, 0.0365913, 0.0548794, 0.1017650, 0.2271624, 0.5563399", \
					  "0.0256677, 0.0287739, 0.0365082, 0.0548479, 0.1016539, 0.2268235, 0.5562238", \
					  "0.0258230, 0.0289874, 0.0365075, 0.0549158, 0.1018159, 0.2270185, 0.5561782", \
					  "0.0286506, 0.0316673, 0.0386442, 0.0562272, 0.1023316, 0.2272604, 0.5564073", \
					  "0.0404855, 0.0433870, 0.0508038, 0.0674626, 0.1100764, 0.2303124, 0.5566235", \
					  "0.0611331, 0.0648316, 0.0731461, 0.0905684, 0.1295159, 0.2399771, 0.5604116");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001737;
			capacitance : 0.001644;
			fall_capacitance : 0.001551;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_dlymetal6s4s_1") {
		area : 12.512000;
		cell_footprint : "delay";
		cell_leakage_power : 6.414413e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.1479661e-05";
			when : "A";
		}
		leakage_power () {
			value : "0.0012314";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.140086;
			max_transition : 1.502892;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0229103, 0.0238430, 0.0262094, 0.0322214, 0.0477291, 0.0873958, 0.1905245", \
					  "0.0228395, 0.0237729, 0.0261401, 0.0321520, 0.0476863, 0.0876315, 0.1903410", \
					  "0.0227149, 0.0236458, 0.0260079, 0.0320280, 0.0474948, 0.0874021, 0.1903046", \
					  "0.0225167, 0.0234575, 0.0258252, 0.0318488, 0.0472874, 0.0871193, 0.1901633", \
					  "0.0223343, 0.0232724, 0.0256437, 0.0316386, 0.0471564, 0.0871805, 0.1900618", \
					  "0.0223450, 0.0232706, 0.0256267, 0.0315706, 0.0470659, 0.0867747, 0.1899687", \
					  "0.0222791, 0.0232168, 0.0255750, 0.0316739, 0.0472809, 0.0871382, 0.1898134");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0217406, 0.0208508, 0.0184298, 0.0130210, -0.0006683, -0.0410183, -0.1449295", \
					  "0.0216200, 0.0206911, 0.0183075, 0.0128771, -0.0008226, -0.0411687, -0.1450791", \
					  "0.0214418, 0.0205054, 0.0181242, 0.0127121, -0.0009739, -0.0413467, -0.1452448", \
					  "0.0213356, 0.0204013, 0.0180149, 0.0126051, -0.0010787, -0.0414472, -0.1453527", \
					  "0.0211844, 0.0202842, 0.0178766, 0.0124747, -0.0012574, -0.0416070, -0.1454391", \
					  "0.0210206, 0.0200955, 0.0177396, 0.0123211, -0.0013604, -0.0417123, -0.1456068", \
					  "0.0244965, 0.0235682, 0.0211476, 0.0149190, -0.0010552, -0.0416667, -0.1455451");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1389414, 0.1451545, 0.1604056, 0.1985827, 0.2952044, 0.5417834, 1.1732069", \
					  "0.1439661, 0.1501841, 0.1654429, 0.2036363, 0.3002326, 0.5468507, 1.1782427", \
					  "0.1557447, 0.1617741, 0.1770505, 0.2152699, 0.3117745, 0.5584048, 1.1898073", \
					  "0.1792846, 0.1853513, 0.2007000, 0.2389489, 0.3355791, 0.5822209, 1.2136117", \
					  "0.2144752, 0.2205316, 0.2358399, 0.2740190, 0.3707331, 0.6174380, 1.2488074", \
					  "0.2628173, 0.2688668, 0.2841367, 0.3222746, 0.4190224, 0.6658604, 1.2973493", \
					  "0.3159669, 0.3220276, 0.3373798, 0.3756891, 0.4724883, 0.7194265, 1.3513891");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0381972, 0.0465878, 0.0686039, 0.1244228, 0.2619578, 0.6081183, 1.5028920", \
					  "0.0382355, 0.0465975, 0.0686050, 0.1244272, 0.2619642, 0.6084013, 1.4979222", \
					  "0.0379672, 0.0466640, 0.0685959, 0.1244629, 0.2619319, 0.6083062, 1.4963868", \
					  "0.0382234, 0.0465437, 0.0686267, 0.1244308, 0.2619737, 0.6083125, 1.4940896", \
					  "0.0380219, 0.0467174, 0.0686872, 0.1244318, 0.2619738, 0.6079425, 1.4944254", \
					  "0.0379778, 0.0466667, 0.0685640, 0.1244768, 0.2619356, 0.6079862, 1.4948530", \
					  "0.0384220, 0.0466145, 0.0687514, 0.1245087, 0.2619780, 0.6083637, 1.4950178");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2089796, 0.2130402, 0.2221220, 0.2410840, 0.2825346, 0.3807334, 0.6297732", \
					  "0.2136961, 0.2177511, 0.2268683, 0.2459557, 0.2873501, 0.3855396, 0.6346314", \
					  "0.2269303, 0.2311449, 0.2401851, 0.2591508, 0.3006092, 0.3988012, 0.6478870", \
					  "0.2612019, 0.2653502, 0.2743864, 0.2933492, 0.3348091, 0.4329862, 0.6821014", \
					  "0.3383654, 0.3424726, 0.3515407, 0.3707475, 0.4119189, 0.5102093, 0.7593264", \
					  "0.4759483, 0.4799006, 0.4889483, 0.5081805, 0.5496126, 0.6480458, 0.8969533", \
					  "0.7063349, 0.7104272, 0.7195672, 0.7388476, 0.7802342, 0.8785306, 1.1278757");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0260376, 0.0292660, 0.0369886, 0.0555968, 0.1027311, 0.2288316, 0.5595438", \
					  "0.0260519, 0.0292294, 0.0369614, 0.0555194, 0.1027545, 0.2288277, 0.5595797", \
					  "0.0261714, 0.0291359, 0.0370108, 0.0555853, 0.1027592, 0.2288501, 0.5595417", \
					  "0.0260857, 0.0291352, 0.0369986, 0.0555894, 0.1027755, 0.2288592, 0.5595289", \
					  "0.0260695, 0.0292124, 0.0370068, 0.0554037, 0.1028021, 0.2289196, 0.5596873", \
					  "0.0260914, 0.0293034, 0.0372284, 0.0556402, 0.1026536, 0.2288629, 0.5595811", \
					  "0.0262806, 0.0294545, 0.0371689, 0.0556441, 0.1027738, 0.2287945, 0.5595937");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001735;
			capacitance : 0.001642;
			fall_capacitance : 0.001550;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_dlymetal6s6s_1") {
		area : 12.512000;
		cell_footprint : "delay";
		cell_leakage_power : 6.414413e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.1479657e-05";
			when : "A";
		}
		leakage_power () {
			value : "0.0012314";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.142832;
			max_transition : 1.514454;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0229773, 0.0239805, 0.0264580, 0.0326916, 0.0485816, 0.0892260, 0.1952740", \
					  "0.0229073, 0.0239103, 0.0263877, 0.0326213, 0.0483994, 0.0893929, 0.1953036", \
					  "0.0227873, 0.0237882, 0.0262572, 0.0324919, 0.0485227, 0.0887957, 0.1943194", \
					  "0.0225962, 0.0235991, 0.0260745, 0.0323445, 0.0482790, 0.0886982, 0.1930086", \
					  "0.0224133, 0.0234119, 0.0258908, 0.0321245, 0.0480099, 0.0885564, 0.1936639", \
					  "0.0223931, 0.0233900, 0.0258675, 0.0320267, 0.0477835, 0.0887402, 0.1938175", \
					  "0.0223369, 0.0233222, 0.0258311, 0.0321482, 0.0482021, 0.0887443, 0.1942510");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0245081, 0.0237315, 0.0216777, 0.0157593, -0.0002500, -0.0416180, -0.1477166", \
					  "0.0243568, 0.0235980, 0.0215357, 0.0156273, -0.0003848, -0.0417380, -0.1478537", \
					  "0.0242098, 0.0234360, 0.0213852, 0.0154652, -0.0005473, -0.0419163, -0.1480186", \
					  "0.0240909, 0.0233148, 0.0212535, 0.0153458, -0.0006664, -0.0420283, -0.1481375", \
					  "0.0239435, 0.0231823, 0.0211146, 0.0151964, -0.0008128, -0.0421805, -0.1482791", \
					  "0.0237988, 0.0230197, 0.0209882, 0.0150504, -0.0009546, -0.0423196, -0.1484224", \
					  "0.0245527, 0.0236612, 0.0212936, 0.0150877, -0.0010355, -0.0422752, -0.1483831");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2028523, 0.2092775, 0.2247908, 0.2632227, 0.3602887, 0.6095789, 1.2547581", \
					  "0.2078724, 0.2142963, 0.2298167, 0.2682478, 0.3653148, 0.6146910, 1.2600905", \
					  "0.2196147, 0.2260442, 0.2415192, 0.2799418, 0.3774499, 0.6264234, 1.2699852", \
					  "0.2432588, 0.2496823, 0.2652125, 0.3036536, 0.4007535, 0.6511536, 1.2907391", \
					  "0.2784148, 0.2848594, 0.3003308, 0.3386967, 0.4356124, 0.6853929, 1.3269881", \
					  "0.3267047, 0.3331307, 0.3486417, 0.3870750, 0.4841058, 0.7332181, 1.3783268", \
					  "0.3800018, 0.3863780, 0.4019409, 0.4402567, 0.5375492, 0.7864587, 1.4260074");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0207883, 0.0284700, 0.0488004, 0.1022649, 0.2395897, 0.5949214, 1.5138423", \
					  "0.0207724, 0.0284842, 0.0487913, 0.1022481, 0.2399800, 0.5948783, 1.5134424", \
					  "0.0207793, 0.0285303, 0.0488036, 0.1023316, 0.2406926, 0.5950478, 1.5144542", \
					  "0.0207517, 0.0285521, 0.0487851, 0.1021774, 0.2391012, 0.5921987, 1.4937040", \
					  "0.0206893, 0.0285216, 0.0489203, 0.1023515, 0.2408243, 0.5909995, 1.4943118", \
					  "0.0207921, 0.0284664, 0.0488152, 0.1022972, 0.2390193, 0.5942269, 1.5134569", \
					  "0.0207569, 0.0284570, 0.0489360, 0.1021448, 0.2409070, 0.5923771, 1.5013106");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.3076315, 0.3128005, 0.3230110, 0.3433768, 0.3854889, 0.4844096, 0.7372716", \
					  "0.3123837, 0.3175640, 0.3277801, 0.3481334, 0.3902481, 0.4892028, 0.7411569", \
					  "0.3255760, 0.3307832, 0.3411940, 0.3613555, 0.4034758, 0.5024317, 0.7552785", \
					  "0.3598771, 0.3650437, 0.3752756, 0.3956199, 0.4377325, 0.5366650, 0.7895212", \
					  "0.4370437, 0.4422173, 0.4524269, 0.4727930, 0.5149053, 0.6138251, 0.8667033", \
					  "0.5747024, 0.5798286, 0.5902638, 0.6105840, 0.6527538, 0.7516613, 1.0036071", \
					  "0.8052810, 0.8103891, 0.8205643, 0.8409217, 0.8831104, 0.9821085, 1.2335341");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0194617, 0.0230891, 0.0315933, 0.0503735, 0.0975241, 0.2235787, 0.5594302", \
					  "0.0194475, 0.0230927, 0.0314075, 0.0503206, 0.0975466, 0.2243138, 0.5614424", \
					  "0.0194813, 0.0230953, 0.0312181, 0.0503981, 0.0975859, 0.2245630, 0.5564753", \
					  "0.0194699, 0.0230894, 0.0314047, 0.0502829, 0.0975177, 0.2245927, 0.5569044", \
					  "0.0194518, 0.0230888, 0.0316016, 0.0503773, 0.0975244, 0.2235788, 0.5594940", \
					  "0.0195047, 0.0230847, 0.0314955, 0.0504328, 0.0973201, 0.2241402, 0.5576149", \
					  "0.0196443, 0.0232820, 0.0316396, 0.0505837, 0.0975872, 0.2242780, 0.5587674");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001737;
			capacitance : 0.001644;
			fall_capacitance : 0.001551;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_ebufn_1") {
		area : 10.009600;
		cell_footprint : "ebufn";
		cell_leakage_power : 5.966411e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004991";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "0.0004444";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0009230";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0005200";
			when : "A&!TEB";
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			three_state : "(TEB)";
			max_capacitance : 0.065012;
			capacitance : 0.002181;
			max_transition : 1.511352;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0043292, 0.0051738, 0.0070498, 0.0110660, 0.0198601, 0.0391647, 0.0828341", \
					  "0.0043222, 0.0051536, 0.0070316, 0.0110381, 0.0197639, 0.0391647, 0.0830842", \
					  "0.0043084, 0.0051303, 0.0069594, 0.0109865, 0.0197198, 0.0391486, 0.0829925", \
					  "0.0040844, 0.0048607, 0.0066861, 0.0106644, 0.0194363, 0.0389248, 0.0829709", \
					  "0.0038656, 0.0046607, 0.0064277, 0.0103975, 0.0191490, 0.0389117, 0.0825151", \
					  "0.0039935, 0.0047709, 0.0064765, 0.0103235, 0.0190384, 0.0386380, 0.0826493", \
					  "0.0040884, 0.0048022, 0.0065887, 0.0104363, 0.0190440, 0.0385374, 0.0820956");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0030181, 0.0023695, 0.0008900, -0.0027119, -0.0112314, -0.0307012, -0.0746604", \
					  "0.0029819, 0.0023440, 0.0008633, -0.0027653, -0.0112853, -0.0307492, -0.0746779", \
					  "0.0029970, 0.0023727, 0.0008729, -0.0027181, -0.0112283, -0.0306864, -0.0746123", \
					  "0.0028258, 0.0021831, 0.0006930, -0.0028973, -0.0113763, -0.0308127, -0.0747304", \
					  "0.0026499, 0.0019808, 0.0004760, -0.0030856, -0.0115249, -0.0309112, -0.0748145", \
					  "0.0027030, 0.0021341, 0.0004767, -0.0032752, -0.0115549, -0.0309008, -0.0747451", \
					  "0.0027600, 0.0020271, 0.0004944, -0.0033185, -0.0118075, -0.0311450, -0.0748114");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0136621, 0.0144179, 0.0161131, 0.0199395, 0.0285067, 0.0478189, 0.0912856", \
					  "0.0135222, 0.0142843, 0.0159765, 0.0198142, 0.0283721, 0.0476882, 0.0911550", \
					  "0.0134145, 0.0141696, 0.0158695, 0.0197134, 0.0282683, 0.0475798, 0.0910514", \
					  "0.0133461, 0.0141203, 0.0158172, 0.0196505, 0.0282146, 0.0477574, 0.0913373", \
					  "0.0133805, 0.0141292, 0.0157576, 0.0196695, 0.0282433, 0.0475869, 0.0913113", \
					  "0.0133252, 0.0140940, 0.0158245, 0.0196522, 0.0282398, 0.0477323, 0.0912348", \
					  "0.0132219, 0.0139807, 0.0156859, 0.0197156, 0.0285572, 0.0477951, 0.0911822");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("-0.0022504, -0.0022122, -0.0021589, -0.0020857, -0.0020161, -0.0019686, -0.0019415", \
					  "-0.0023791, -0.0023418, -0.0022837, -0.0022124, -0.0021543, -0.0021000, -0.0020744", \
					  "-0.0025581, -0.0025275, -0.0024759, -0.0024046, -0.0023361, -0.0022923, -0.0022576", \
					  "-0.0027445, -0.0027202, -0.0026822, -0.0026072, -0.0025188, -0.0024652, -0.0024278", \
					  "-0.0028881, -0.0028673, -0.0028238, -0.0027528, -0.0026661, -0.0025810, -0.0025269", \
					  "-0.0030081, -0.0029958, -0.0029700, -0.0029222, -0.0028409, -0.0027403, -0.0026540", \
					  "-0.0028648, -0.0028587, -0.0028856, -0.0028589, -0.0027561, -0.0026635, -0.0025541");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("0.0128423, 0.0121314, 0.0105074, 0.0067708, -0.0018286, -0.0213452, -0.0652865", \
					  "0.0127136, 0.0120030, 0.0103782, 0.0066410, -0.0019588, -0.0214749, -0.0654191", \
					  "0.0126173, 0.0119076, 0.0102841, 0.0065446, -0.0020683, -0.0215792, -0.0655303", \
					  "0.0125542, 0.0118458, 0.0102174, 0.0064824, -0.0021189, -0.0216279, -0.0655814", \
					  "0.0124474, 0.0117694, 0.0101938, 0.0064451, -0.0021532, -0.0216684, -0.0656192", \
					  "0.0125394, 0.0117817, 0.0100758, 0.0062230, -0.0023025, -0.0216400, -0.0655684", \
					  "0.0127602, 0.0120042, 0.0102764, 0.0064327, -0.0022465, -0.0217762, -0.0653919");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001125402, 0.00253306, 0.005701422, 0.01283278, 0.02888408, 0.06501242");
					values("-0.0019547, -0.0019830, -0.0020479, -0.0021737, -0.0022378, -0.0022993, -0.0023318", \
					  "-0.0020934, -0.0021266, -0.0021818, -0.0022543, -0.0023268, -0.0023776, -0.0024050", \
					  "-0.0022857, -0.0023170, -0.0023693, -0.0024358, -0.0025007, -0.0025474, -0.0025767", \
					  "-0.0024617, -0.0024792, -0.0025240, -0.0026176, -0.0026446, -0.0026644, -0.0027065", \
					  "-0.0025812, -0.0025786, -0.0026080, -0.0026539, -0.0026996, -0.0027354, -0.0027577", \
					  "-0.0026163, -0.0026329, -0.0026770, -0.0027264, -0.0027866, -0.0028137, -0.0028285", \
					  "-0.0025410, -0.0025573, -0.0026116, -0.0026320, -0.0026804, -0.0026966, -0.0027131");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0907704, 0.1023941, 0.1275943, 0.1823038, 0.3016764, 0.5675445, 1.1606875", \
					  "0.0957105, 0.1073102, 0.1324043, 0.1870153, 0.3065132, 0.5715122, 1.1679337", \
					  "0.1073286, 0.1187161, 0.1436331, 0.1981133, 0.3180764, 0.5827757, 1.1797018", \
					  "0.1314159, 0.1421280, 0.1668012, 0.2208722, 0.3405484, 0.6060177, 1.2063091", \
					  "0.1696057, 0.1805477, 0.2049573, 0.2583649, 0.3777100, 0.6448951, 1.2398226", \
					  "0.2254411, 0.2362243, 0.2598060, 0.3124201, 0.4316242, 0.6971311, 1.2953654", \
					  "0.2935081, 0.3058427, 0.3303734, 0.3823536, 0.4994903, 0.7656127, 1.3587175");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0563235, 0.0704221, 0.1024561, 0.1735009, 0.3332708, 0.6838510, 1.4893787", \
					  "0.0563297, 0.0702492, 0.1024772, 0.1735076, 0.3308219, 0.6850515, 1.5033057", \
					  "0.0563864, 0.0704019, 0.1019555, 0.1735106, 0.3298303, 0.6855411, 1.4906605", \
					  "0.0563978, 0.0702383, 0.1020206, 0.1725688, 0.3301922, 0.6845934, 1.5113516", \
					  "0.0572469, 0.0712878, 0.1023964, 0.1726493, 0.3308405, 0.6943763, 1.4829926", \
					  "0.0614079, 0.0739563, 0.1038186, 0.1742368, 0.3316055, 0.6880002, 1.5035030", \
					  "0.0766931, 0.0881437, 0.1126676, 0.1768806, 0.3348782, 0.6863108, 1.4913309");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0875108, 0.0916144, 0.0998355, 0.1154121, 0.1464581, 0.2125670, 0.3601252", \
					  "0.0929293, 0.0970077, 0.1051893, 0.1209240, 0.1516955, 0.2178547, 0.3652109", \
					  "0.1070354, 0.1111462, 0.1192266, 0.1350334, 0.1661014, 0.2319954, 0.3798480", \
					  "0.1411257, 0.1452321, 0.1534585, 0.1692254, 0.2003542, 0.2664477, 0.4142493", \
					  "0.2144122, 0.2188901, 0.2276722, 0.2439415, 0.2756218, 0.3415956, 0.4893505", \
					  "0.3393608, 0.3442039, 0.3553625, 0.3745466, 0.4086023, 0.4760171, 0.6235047", \
					  "0.5465609, 0.5543336, 0.5686023, 0.5943001, 0.6354822, 0.7070508, 0.8495393");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0227804, 0.0262893, 0.0336774, 0.0497116, 0.0860669, 0.1707370, 0.3673336", \
					  "0.0229638, 0.0263708, 0.0335892, 0.0498794, 0.0861885, 0.1710694, 0.3671920", \
					  "0.0227052, 0.0264565, 0.0337101, 0.0498236, 0.0858400, 0.1707970, 0.3642263", \
					  "0.0231769, 0.0264466, 0.0338400, 0.0499694, 0.0860496, 0.1706892, 0.3648472", \
					  "0.0273001, 0.0304636, 0.0369512, 0.0522875, 0.0872416, 0.1708376, 0.3653384", \
					  "0.0385501, 0.0417001, 0.0483472, 0.0629434, 0.0955510, 0.1735647, 0.3651395", \
					  "0.0593049, 0.0631702, 0.0713657, 0.0863311, 0.1158073, 0.1862355, 0.3700747");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0688575, 0.0791365, 0.1022201, 0.1542667, 0.2713990, 0.5343923, 1.1274713", \
					  "0.0755984, 0.0859223, 0.1090384, 0.1610014, 0.2783036, 0.5413456, 1.1339344", \
					  "0.0912058, 0.1015347, 0.1246790, 0.1766749, 0.2940198, 0.5570086, 1.1495216", \
					  "0.1253229, 0.1356264, 0.1587638, 0.2107866, 0.3280598, 0.5941005, 1.1859334", \
					  "0.1923651, 0.2051894, 0.2318185, 0.2846078, 0.4019884, 0.6650113, 1.2596107", \
					  "0.3169236, 0.3358155, 0.3732929, 0.4432701, 0.5713038, 0.8364439, 1.4290898", \
					  "0.5363080, 0.5688351, 0.6309581, 0.7398923, 0.9201698, 1.2252053, 1.8226258");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0561293, 0.0700224, 0.1015690, 0.1723040, 0.3319207, 0.6844073, 1.4828209", \
					  "0.0561062, 0.0700641, 0.1015944, 0.1722402, 0.3319092, 0.6856237, 1.4858758", \
					  "0.0561911, 0.0702093, 0.1016539, 0.1719833, 0.3299100, 0.6857332, 1.4863393", \
					  "0.0574810, 0.0709061, 0.1016998, 0.1723144, 0.3300659, 0.6967499, 1.4928129", \
					  "0.0713776, 0.0836156, 0.1110541, 0.1762697, 0.3313320, 0.6908495, 1.4931840", \
					  "0.1071052, 0.1219865, 0.1520954, 0.2127421, 0.3474558, 0.6934971, 1.4923740", \
					  "0.1866625, 0.2065041, 0.2442102, 0.3157740, 0.4510559, 0.7403221, 1.4996604");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0694655, 0.0729701, 0.0802688, 0.0951260, 0.1258137, 0.1920871, 0.3397765", \
					  "0.0747687, 0.0782743, 0.0855639, 0.1004221, 0.1311092, 0.1973850, 0.3450680", \
					  "0.0891503, 0.0926748, 0.0998506, 0.1147471, 0.1454225, 0.2115902, 0.3597470", \
					  "0.1235092, 0.1270395, 0.1343737, 0.1492685, 0.1799502, 0.2462476, 0.3939255", \
					  "0.1879074, 0.1920452, 0.2000758, 0.2158597, 0.2474484, 0.3139507, 0.4619289", \
					  "0.2952041, 0.3004143, 0.3106149, 0.3291607, 0.3626273, 0.4302941, 0.5787920", \
					  "0.4723936, 0.4796178, 0.4931567, 0.5176491, 0.5574587, 0.6294394, 0.7784038");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0196059, 0.0231001, 0.0308097, 0.0476653, 0.0850135, 0.1708734, 0.3637707", \
					  "0.0195924, 0.0230943, 0.0307871, 0.0476535, 0.0850053, 0.1708612, 0.3638317", \
					  "0.0195319, 0.0231296, 0.0308048, 0.0476164, 0.0847129, 0.1713182, 0.3656723", \
					  "0.0198199, 0.0232963, 0.0309043, 0.0476456, 0.0849006, 0.1705683, 0.3640588", \
					  "0.0235495, 0.0268449, 0.0343007, 0.0500538, 0.0863127, 0.1707692, 0.3635567", \
					  "0.0318157, 0.0351578, 0.0424404, 0.0574045, 0.0912839, 0.1733697, 0.3647168", \
					  "0.0472696, 0.0511628, 0.0588939, 0.0741311, 0.1050562, 0.1794473, 0.3683136");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0299980, 0.0299980, 0.0299980, 0.0299980, 0.0299980, 0.0299980, 0.0299980", \
					  "0.0353448, 0.0353448, 0.0353448, 0.0353448, 0.0353729, 0.0353729, 0.0353729", \
					  "0.0468047, 0.0469545, 0.0469545, 0.0469545, 0.0469545, 0.0469545, 0.0469545", \
					  "0.0599612, 0.0610188, 0.0610188, 0.0610188, 0.0610188, 0.0610188, 0.0610188", \
					  "0.0784585, 0.0784871, 0.0784871, 0.0784871, 0.0792943, 0.0792943, 0.0792943", \
					  "0.0981420, 0.0985224, 0.0985224, 0.0985224, 0.1009437, 0.1009437, 0.1009437", \
					  "0.1023867, 0.1042089, 0.1042089, 0.1042089, 0.1042089, 0.1064948, 0.1064948");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0026812, 0.0033066, 0.00471426, 0.00788262, 0.015014, 0.0310653, 0.0671936");
					values("0.0230372, 0.0230372, 0.0230372, 0.0231317, 0.0231754, 0.0231803, 0.0231803", \
					  "0.0195152, 0.0195152, 0.0195152, 0.0195152, 0.0195152, 0.0195152, 0.0195297", \
					  "0.0199107, 0.0199153, 0.0199261, 0.0199261, 0.0199261, 0.0199261, 0.0199640", \
					  "0.0106328, 0.0106345, 0.0106345, 0.0106345, 0.0106345, 0.0106345, 0.0106345", \
					  "-0.0198269, -0.0198125, -0.0198125, -0.0198125, -0.0198125, -0.0198125, -0.0198125", \
					  "-0.0950433, -0.0949311, -0.0948142, -0.0884635, -0.0884635, -0.0884635, -0.0884635", \
					  "-0.2629763, -0.2629763, -0.2629763, -0.2629763, -0.2629763, -0.2629763, -0.2564583");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001821;
			capacitance : 0.001738;
			fall_capacitance : 0.001654;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020201, 0.0019612, 0.0018254, 0.0018208, 0.0018100, 0.0017852, 0.0017280");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0072288, 0.0071517, 0.0069740, 0.0069761, 0.0069810, 0.0069921, 0.0070178");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003116;
			capacitance : 0.002916;
			fall_capacitance : 0.002717;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_ebufn_2") {
		area : 11.260800;
		cell_footprint : "ebufn";
		cell_leakage_power : 6.911523e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005083";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "0.0008046";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0009230";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0005287";
			when : "A&!TEB";
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			three_state : "(TEB)";
			max_capacitance : 0.108042;
			capacitance : 0.002713;
			max_transition : 1.515500;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001224825, 0.003000391, 0.007349905, 0.01800469, 0.04410517, 0.1080422");
					values("0.0048385, 0.0058345, 0.0082576, 0.0139648, 0.0272061, 0.0591587, 0.1365857", \
					  "0.0048439, 0.0058376, 0.0082437, 0.0138651, 0.0271637, 0.0588760, 0.1365979", \
					  "0.0048507, 0.0058454, 0.0082305, 0.0138022, 0.0270746, 0.0589495, 0.1357667", \
					  "0.0046923, 0.0056601, 0.0079107, 0.0134966, 0.0267181, 0.0585222, 0.1357317", \
					  "0.0044700, 0.0054175, 0.0076775, 0.0131210, 0.0262351, 0.0581287, 0.1353741", \
					  "0.0045563, 0.0055250, 0.0075874, 0.0129301, 0.0259123, 0.0579045, 0.1350046", \
					  "0.0045532, 0.0054646, 0.0075948, 0.0130793, 0.0258010, 0.0577769, 0.1348854");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001224825, 0.003000391, 0.007349905, 0.01800469, 0.04410517, 0.1080422");
					values("0.0039821, 0.0032563, 0.0014368, -0.0032809, -0.0157084, -0.0472226, -0.1249152", \
					  "0.0039595, 0.0032530, 0.0014385, -0.0033084, -0.0157209, -0.0472187, -0.1249299", \
					  "0.0039838, 0.0032952, 0.0014512, -0.0032729, -0.0156911, -0.0471876, -0.1248692", \
					  "0.0038495, 0.0031056, 0.0012550, -0.0034837, -0.0158740, -0.0473181, -0.1250083", \
					  "0.0037247, 0.0027876, 0.0008976, -0.0037612, -0.0161155, -0.0475019, -0.1251320", \
					  "0.0032957, 0.0024540, 0.0004384, -0.0043694, -0.0164217, -0.0477176, -0.1252582", \
					  "0.0038937, 0.0030552, 0.0009806, -0.0041195, -0.0167509, -0.0480538, -0.1252681");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001224825, 0.003000391, 0.007349905, 0.01800469, 0.04410517, 0.1080422");
					values("0.0201557, 0.0210335, 0.0231526, 0.0283947, 0.0412388, 0.0725306, 0.1499021", \
					  "0.0200341, 0.0209086, 0.0230285, 0.0282706, 0.0411512, 0.0725035, 0.1499597", \
					  "0.0199163, 0.0208007, 0.0229022, 0.0281355, 0.0410039, 0.0727076, 0.1492545", \
					  "0.0198223, 0.0207217, 0.0228284, 0.0280858, 0.0409486, 0.0723040, 0.1492184", \
					  "0.0198368, 0.0207484, 0.0227621, 0.0280057, 0.0409205, 0.0722306, 0.1492189", \
					  "0.0197739, 0.0206493, 0.0228018, 0.0280856, 0.0408732, 0.0722443, 0.1489941", \
					  "0.0194674, 0.0203612, 0.0224921, 0.0277635, 0.0412064, 0.0725337, 0.1499544");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001224825, 0.003000391, 0.007349905, 0.01800469, 0.04410517, 0.1080422");
					values("-0.0042750, -0.0042132, -0.0041009, -0.0039461, -0.0037840, -0.0036707, -0.0036136", \
					  "-0.0043973, -0.0043431, -0.0042370, -0.0040856, -0.0039222, -0.0038200, -0.0037679", \
					  "-0.0046133, -0.0045585, -0.0044518, -0.0042876, -0.0041300, -0.0040152, -0.0039515", \
					  "-0.0048832, -0.0048358, -0.0047489, -0.0045904, -0.0043990, -0.0042481, -0.0041463", \
					  "-0.0051584, -0.0051236, -0.0050458, -0.0049033, -0.0046558, -0.0044773, -0.0043420", \
					  "-0.0052662, -0.0052476, -0.0051892, -0.0050930, -0.0049391, -0.0046576, -0.0044626", \
					  "-0.0052832, -0.0050243, -0.0049880, -0.0051699, -0.0049376, -0.0048576, -0.0046139");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001224825, 0.003000391, 0.007349905, 0.01800469, 0.04410517, 0.1080422");
					values("0.0193459, 0.0184921, 0.0163865, 0.0113068, -0.0014395, -0.0331109, -0.1108985", \
					  "0.0192193, 0.0183644, 0.0162661, 0.0111756, -0.0015629, -0.0332409, -0.1110234", \
					  "0.0190937, 0.0182568, 0.0161441, 0.0110443, -0.0016824, -0.0333646, -0.1111467", \
					  "0.0190268, 0.0181653, 0.0160598, 0.0109831, -0.0017436, -0.0334248, -0.1112192", \
					  "0.0190224, 0.0181639, 0.0160760, 0.0109711, -0.0017520, -0.0334307, -0.1112121", \
					  "0.0190958, 0.0181557, 0.0159938, 0.0106523, -0.0019302, -0.0334403, -0.1112229", \
					  "0.0192487, 0.0183763, 0.0162190, 0.0109322, -0.0020265, -0.0337834, -0.1110643");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001224825, 0.003000391, 0.007349905, 0.01800469, 0.04410517, 0.1080422");
					values("-0.0041029, -0.0041454, -0.0042261, -0.0043564, -0.0045086, -0.0046166, -0.0046725", \
					  "-0.0041989, -0.0042459, -0.0043312, -0.0044643, -0.0046114, -0.0047169, -0.0047721", \
					  "-0.0043689, -0.0044131, -0.0044936, -0.0046139, -0.0047440, -0.0048435, -0.0049005", \
					  "-0.0046175, -0.0046528, -0.0047284, -0.0048179, -0.0049225, -0.0050102, -0.0050884", \
					  "-0.0048098, -0.0048647, -0.0049188, -0.0049973, -0.0050862, -0.0051536, -0.0051925", \
					  "-0.0048982, -0.0049125, -0.0049846, -0.0051137, -0.0052085, -0.0052641, -0.0052916", \
					  "-0.0049108, -0.0049380, -0.0049892, -0.0050827, -0.0051395, -0.0051904, -0.0052320");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0848473, 0.0930567, 0.1130972, 0.1604856, 0.2717698, 0.5370752, 1.1804772", \
					  "0.0898995, 0.0981308, 0.1181053, 0.1655061, 0.2765450, 0.5425825, 1.1848847", \
					  "0.1017059, 0.1099435, 0.1297480, 0.1770482, 0.2882150, 0.5538993, 1.2075303", \
					  "0.1284640, 0.1364898, 0.1556013, 0.2022502, 0.3134444, 0.5783158, 1.2226727", \
					  "0.1734567, 0.1812824, 0.2001876, 0.2458054, 0.3559693, 0.6227759, 1.2674392", \
					  "0.2381958, 0.2465180, 0.2646610, 0.3104441, 0.4193605, 0.6837450, 1.3296764", \
					  "0.3181956, 0.3289835, 0.3497327, 0.3953168, 0.5026605, 0.7696320, 1.4117449");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0389381, 0.0488897, 0.0738066, 0.1345215, 0.2790165, 0.6388275, 1.5135475", \
					  "0.0389213, 0.0490409, 0.0737359, 0.1339843, 0.2782225, 0.6332013, 1.5155003", \
					  "0.0389270, 0.0491304, 0.0737390, 0.1335142, 0.2777605, 0.6341649, 1.5016118", \
					  "0.0388870, 0.0490022, 0.0735509, 0.1336139, 0.2780727, 0.6325057, 1.5019379", \
					  "0.0410584, 0.0505826, 0.0746318, 0.1337904, 0.2789896, 0.6312026, 1.4962908", \
					  "0.0481458, 0.0567978, 0.0783383, 0.1353802, 0.2792469, 0.6354238, 1.4951004", \
					  "0.0660813, 0.0740130, 0.0946087, 0.1425553, 0.2805421, 0.6358053, 1.4958385");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0979906, 0.1018291, 0.1096988, 0.1249175, 0.1541349, 0.2162746, 0.3633538", \
					  "0.1038563, 0.1077065, 0.1155298, 0.1307534, 0.1599623, 0.2218532, 0.3692025", \
					  "0.1179620, 0.1217737, 0.1296223, 0.1447270, 0.1739502, 0.2359880, 0.3831661", \
					  "0.1523742, 0.1561994, 0.1640515, 0.1792888, 0.2085715, 0.2708072, 0.4182964", \
					  "0.2305826, 0.2345926, 0.2426270, 0.2577909, 0.2874084, 0.3497997, 0.4974374", \
					  "0.3707170, 0.3758530, 0.3861956, 0.4047116, 0.4379189, 0.5022043, 0.6490948", \
					  "0.6036290, 0.6107582, 0.6247923, 0.6504412, 0.6920557, 0.7633639, 0.9110129");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0218070, 0.0241150, 0.0298939, 0.0429989, 0.0741059, 0.1514907, 0.3495241", \
					  "0.0219201, 0.0241833, 0.0298082, 0.0430143, 0.0741112, 0.1513526, 0.3472495", \
					  "0.0218887, 0.0242874, 0.0298630, 0.0431961, 0.0740132, 0.1513835, 0.3495254", \
					  "0.0217864, 0.0242987, 0.0301556, 0.0432477, 0.0740341, 0.1514970, 0.3472139", \
					  "0.0246123, 0.0268309, 0.0320449, 0.0446640, 0.0748195, 0.1516216, 0.3478731", \
					  "0.0368535, 0.0393339, 0.0448045, 0.0568938, 0.0845750, 0.1558966, 0.3493941", \
					  "0.0592844, 0.0626359, 0.0696732, 0.0818689, 0.1086399, 0.1732095, 0.3547907");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0629692, 0.0702916, 0.0881451, 0.1318399, 0.2389903, 0.5013620, 1.1473404", \
					  "0.0695632, 0.0768943, 0.0947637, 0.1384727, 0.2456542, 0.5079113, 1.1528445", \
					  "0.0851756, 0.0925922, 0.1103608, 0.1540997, 0.2612069, 0.5246683, 1.1725252", \
					  "0.1196586, 0.1268867, 0.1452318, 0.1885961, 0.2960687, 0.5585349, 1.2012518", \
					  "0.1847033, 0.1940802, 0.2166534, 0.2635697, 0.3710663, 0.6346980, 1.2758399", \
					  "0.3033354, 0.3184711, 0.3510506, 0.4158490, 0.5404130, 0.8046607, 1.4479733", \
					  "0.5102012, 0.5369094, 0.5927961, 0.6977756, 0.8786073, 1.1947335, 1.8443046");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0398903, 0.0495038, 0.0735898, 0.1331837, 0.2782405, 0.6311440, 1.5045286", \
					  "0.0398699, 0.0495374, 0.0735952, 0.1331749, 0.2785234, 0.6330266, 1.5033159", \
					  "0.0399253, 0.0495869, 0.0736478, 0.1330592, 0.2785622, 0.6387492, 1.4953653", \
					  "0.0413606, 0.0506542, 0.0741787, 0.1332169, 0.2788109, 0.6316427, 1.4958154", \
					  "0.0533752, 0.0632322, 0.0848075, 0.1389183, 0.2784692, 0.6305387, 1.5021377", \
					  "0.0835829, 0.0951438, 0.1215009, 0.1768739, 0.2996041, 0.6341843, 1.4949733", \
					  "0.1532953, 0.1694152, 0.2041145, 0.2719059, 0.4040744, 0.6912192, 1.5154651");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0768847, 0.0798977, 0.0863886, 0.0998403, 0.1281414, 0.1905795, 0.3386096", \
					  "0.0822632, 0.0852927, 0.0917890, 0.1053189, 0.1336205, 0.1959953, 0.3441586", \
					  "0.0964200, 0.0996866, 0.1059929, 0.1194074, 0.1477823, 0.2101017, 0.3581430", \
					  "0.1313548, 0.1343682, 0.1403874, 0.1544014, 0.1827209, 0.2450241, 0.3929779", \
					  "0.2013914, 0.2049783, 0.2123677, 0.2268308, 0.2558368, 0.3186638, 0.4668442", \
					  "0.3193973, 0.3240238, 0.3334781, 0.3513498, 0.3838640, 0.4489473, 0.5977527", \
					  "0.5147795, 0.5211236, 0.5345050, 0.5586484, 0.6003436, 0.6720879, 0.8231180");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0162988, 0.0190438, 0.0253515, 0.0395112, 0.0720383, 0.1508345, 0.3469229", \
					  "0.0162972, 0.0190560, 0.0253882, 0.0394810, 0.0719119, 0.1510716, 0.3483305", \
					  "0.0162989, 0.0190481, 0.0253180, 0.0394515, 0.0721916, 0.1508946, 0.3497804", \
					  "0.0163030, 0.0191032, 0.0253297, 0.0394609, 0.0720407, 0.1509525, 0.3500390", \
					  "0.0201062, 0.0225007, 0.0285590, 0.0416854, 0.0733588, 0.1512605, 0.3488288", \
					  "0.0289786, 0.0316398, 0.0373578, 0.0500762, 0.0799664, 0.1546709, 0.3482669", \
					  "0.0462054, 0.0487446, 0.0551861, 0.0686965, 0.0974475, 0.1657828, 0.3510543");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0393968, 0.0393968, 0.0393968, 0.0394036, 0.0394151, 0.0394151, 0.0394151", \
					  "0.0449021, 0.0449493, 0.0449493, 0.0449493, 0.0449493, 0.0449493, 0.0449493", \
					  "0.0569142, 0.0569142, 0.0569142, 0.0569256, 0.0569256, 0.0569256, 0.0569256", \
					  "0.0751105, 0.0751247, 0.0751854, 0.0751854, 0.0751854, 0.0751854, 0.0751854", \
					  "0.0995498, 0.0999294, 0.0999294, 0.1025309, 0.1025309, 0.1025309, 0.1025309", \
					  "0.1336286, 0.1336286, 0.1336286, 0.1336286, 0.1336286, 0.1336286, 0.1336286", \
					  "0.1583578, 0.1622618, 0.1643824, 0.1643824, 0.1643824, 0.1643824, 0.1643824");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0032132, 0.00393802, 0.00571359, 0.0100631, 0.0207179, 0.0468184, 0.110755");
					values("0.0308360, 0.0308436, 0.0308556, 0.0308556, 0.0308556, 0.0308577, 0.0308577", \
					  "0.0287123, 0.0290816, 0.0299669, 0.0299669, 0.0299669, 0.0299669, 0.0299669", \
					  "0.0263222, 0.0269216, 0.0301439, 0.0301439, 0.0301439, 0.0301439, 0.0301439", \
					  "0.0114985, 0.0124795, 0.0191274, 0.0192624, 0.0192688, 0.0192688, 0.0192688", \
					  "-0.0244252, -0.0226661, -0.0134344, -0.0132481, -0.0132481, -0.0132481, -0.0130526", \
					  "-0.1059649, -0.1019215, -0.0898471, -0.0856002, -0.0856002, -0.0846324, -0.0846324", \
					  "-0.3103832, -0.3037198, -0.2621658, -0.2616601, -0.2616601, -0.2616601, -0.2616601");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001825;
			capacitance : 0.001746;
			fall_capacitance : 0.001668;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0043271, 0.0042801, 0.0041716, 0.0041721, 0.0041734, 0.0041763, 0.0041831");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0082742, 0.0081979, 0.0080220, 0.0080291, 0.0080455, 0.0080832, 0.0081703");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004067;
			capacitance : 0.003754;
			fall_capacitance : 0.003442;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_ebufn_4") {
		area : 16.265600;
		cell_footprint : "ebufn";
		cell_leakage_power : 4.406062e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003821";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "0.0014595";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0153433";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0004393";
			when : "A&!TEB";
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			three_state : "(TEB)";
			max_capacitance : 0.187693;
			capacitance : 0.005109;
			max_transition : 1.516259;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001342919, 0.003606861, 0.009687441, 0.02601889, 0.06988251, 0.187693");
					values("0.0106674, 0.0118417, 0.0150067, 0.0230567, 0.0437643, 0.0972375, 0.2394265", \
					  "0.0106566, 0.0118513, 0.0150075, 0.0230508, 0.0437468, 0.0975680, 0.2400625", \
					  "0.0106814, 0.0118564, 0.0149810, 0.0229619, 0.0438220, 0.0972005, 0.2402665", \
					  "0.0103162, 0.0114782, 0.0144858, 0.0224095, 0.0429287, 0.0970637, 0.2390503", \
					  "0.0100209, 0.0111063, 0.0140551, 0.0217818, 0.0423485, 0.0963653, 0.2386390", \
					  "0.0102202, 0.0113437, 0.0141537, 0.0215413, 0.0415363, 0.0956403, 0.2394748", \
					  "0.0102100, 0.0113243, 0.0141637, 0.0217393, 0.0416608, 0.0951806, 0.2370944");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001342919, 0.003606861, 0.009687441, 0.02601889, 0.06988251, 0.187693");
					values("0.0088213, 0.0080201, 0.0057418, -0.0007798, -0.0193774, -0.0719444, -0.2150553", \
					  "0.0087871, 0.0079974, 0.0056818, -0.0007603, -0.0193876, -0.0719949, -0.2150918", \
					  "0.0088446, 0.0080581, 0.0057269, -0.0007524, -0.0193304, -0.0719101, -0.2149924", \
					  "0.0086852, 0.0078413, 0.0054912, -0.0010330, -0.0196902, -0.0721111, -0.2151405", \
					  "0.0082218, 0.0073298, 0.0049589, -0.0014907, -0.0200792, -0.0724495, -0.2153920", \
					  "0.0078139, 0.0068769, 0.0044533, -0.0023026, -0.0205302, -0.0728783, -0.2156309", \
					  "0.0089026, 0.0080049, 0.0051840, -0.0018318, -0.0211652, -0.0733012, -0.2157733");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001342919, 0.003606861, 0.009687441, 0.02601889, 0.06988251, 0.187693");
					values("0.0360850, 0.0371118, 0.0398335, 0.0471347, 0.0668430, 0.1200272, 0.2618323", \
					  "0.0359143, 0.0369342, 0.0396637, 0.0469799, 0.0666476, 0.1192155, 0.2610056", \
					  "0.0357466, 0.0367675, 0.0394936, 0.0467803, 0.0664765, 0.1190618, 0.2616571", \
					  "0.0356566, 0.0366868, 0.0394305, 0.0467081, 0.0663872, 0.1195830, 0.2604165", \
					  "0.0355595, 0.0366109, 0.0393706, 0.0466999, 0.0663911, 0.1196051, 0.2607951", \
					  "0.0356033, 0.0366321, 0.0393954, 0.0468140, 0.0663620, 0.1195429, 0.2614760", \
					  "0.0349941, 0.0360145, 0.0387614, 0.0460371, 0.0668060, 0.1193018, 0.2618065");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001342919, 0.003606861, 0.009687441, 0.02601889, 0.06988251, 0.187693");
					values("-0.0082799, -0.0082426, -0.0080569, -0.0077434, -0.0073779, -0.0071002, -0.0069518", \
					  "-0.0085323, -0.0084576, -0.0082882, -0.0079720, -0.0076152, -0.0073411, -0.0071937", \
					  "-0.0088391, -0.0087654, -0.0086067, -0.0083122, -0.0079360, -0.0076390, -0.0074790", \
					  "-0.0092888, -0.0092250, -0.0090674, -0.0087724, -0.0083328, -0.0079979, -0.0078075", \
					  "-0.0097131, -0.0096553, -0.0095402, -0.0092650, -0.0088286, -0.0083948, -0.0080958", \
					  "-0.0099771, -0.0099359, -0.0098451, -0.0096687, -0.0093069, -0.0088059, -0.0083995", \
					  "-0.0097279, -0.0097024, -0.0096399, -0.0095311, -0.0092063, -0.0091459, -0.0086125");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001342919, 0.003606861, 0.009687441, 0.02601889, 0.06988251, 0.187693");
					values("0.0360546, 0.0350681, 0.0323795, 0.0251839, 0.0058296, -0.0472782, -0.1905730", \
					  "0.0359130, 0.0348959, 0.0322143, 0.0250166, 0.0056567, -0.0474586, -0.1907520", \
					  "0.0357013, 0.0346901, 0.0320334, 0.0248302, 0.0054608, -0.0476177, -0.1909056", \
					  "0.0356615, 0.0346322, 0.0319774, 0.0247184, 0.0053693, -0.0477408, -0.1910213", \
					  "0.0355026, 0.0346104, 0.0319445, 0.0247706, 0.0053664, -0.0477271, -0.1909233", \
					  "0.0351759, 0.0341433, 0.0313274, 0.0237752, 0.0052770, -0.0477175, -0.1910245", \
					  "0.0360888, 0.0350638, 0.0323165, 0.0249402, 0.0050536, -0.0483235, -0.1907538");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001342919, 0.003606861, 0.009687441, 0.02601889, 0.06988251, 0.187693");
					values("-0.0080984, -0.0081516, -0.0082740, -0.0085177, -0.0088415, -0.0090799, -0.0092201", \
					  "-0.0082614, -0.0083082, -0.0084273, -0.0086381, -0.0089710, -0.0092129, -0.0093417", \
					  "-0.0085188, -0.0085719, -0.0086892, -0.0089028, -0.0091789, -0.0094113, -0.0095428", \
					  "-0.0089255, -0.0089618, -0.0090642, -0.0092446, -0.0094544, -0.0096641, -0.0097827", \
					  "-0.0092322, -0.0092784, -0.0093761, -0.0095411, -0.0097429, -0.0099053, -0.0100154", \
					  "-0.0094153, -0.0094884, -0.0095861, -0.0096605, -0.0098465, -0.0100097, -0.0101090", \
					  "-0.0094778, -0.0095043, -0.0095449, -0.0096765, -0.0097792, -0.0099001, -0.0099818");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0895972, 0.0951691, 0.1103183, 0.1494831, 0.2487242, 0.5060884, 1.1869483", \
					  "0.0943194, 0.1001258, 0.1151785, 0.1541785, 0.2536680, 0.5109840, 1.1901882", \
					  "0.1055932, 0.1113241, 0.1262593, 0.1648940, 0.2639300, 0.5206635, 1.2035818", \
					  "0.1302778, 0.1358052, 0.1504211, 0.1885260, 0.2876364, 0.5447366, 1.2261305", \
					  "0.1720669, 0.1774316, 0.1916103, 0.2289224, 0.3269868, 0.5843195, 1.2694905", \
					  "0.2297323, 0.2355225, 0.2496873, 0.2857246, 0.3820214, 0.6380333, 1.3237612", \
					  "0.2900026, 0.2974206, 0.3147052, 0.3525739, 0.4454709, 0.7024814, 1.3824428");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0395494, 0.0462310, 0.0644743, 0.1125674, 0.2405207, 0.5821254, 1.4938695", \
					  "0.0395303, 0.0463198, 0.0646497, 0.1126799, 0.2405528, 0.5841650, 1.4985925", \
					  "0.0395005, 0.0464136, 0.0646454, 0.1127874, 0.2425640, 0.5828932, 1.5046491", \
					  "0.0397508, 0.0462731, 0.0643758, 0.1128088, 0.2406984, 0.5828301, 1.5036168", \
					  "0.0417188, 0.0481912, 0.0656419, 0.1129591, 0.2421415, 0.5830502, 1.4984786", \
					  "0.0489456, 0.0543472, 0.0697840, 0.1150615, 0.2418797, 0.5832473, 1.5160523", \
					  "0.0669560, 0.0722316, 0.0855301, 0.1239025, 0.2442870, 0.5854858, 1.4963140");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.1165310, 0.1194369, 0.1261892, 0.1404074, 0.1685152, 0.2300063, 0.3837349", \
					  "0.1224047, 0.1253354, 0.1319636, 0.1462854, 0.1747656, 0.2362034, 0.3899436", \
					  "0.1364488, 0.1393418, 0.1460705, 0.1600804, 0.1886254, 0.2498755, 0.4036303", \
					  "0.1714772, 0.1743675, 0.1810682, 0.1952837, 0.2227429, 0.2851734, 0.4386535", \
					  "0.2528062, 0.2557265, 0.2624053, 0.2761122, 0.3050618, 0.3662714, 0.5199791", \
					  "0.4103299, 0.4140441, 0.4224830, 0.4395639, 0.4706622, 0.5348320, 0.6882095", \
					  "0.6764203, 0.6812073, 0.6882053, 0.7175877, 0.7536805, 0.8322853, 0.9855342");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0261669, 0.0279306, 0.0320258, 0.0429622, 0.0703034, 0.1433025, 0.3501028", \
					  "0.0263610, 0.0278234, 0.0323378, 0.0430911, 0.0701483, 0.1436129, 0.3485578", \
					  "0.0261176, 0.0278670, 0.0321336, 0.0429142, 0.0702158, 0.1437064, 0.3501896", \
					  "0.0262144, 0.0278773, 0.0321123, 0.0428847, 0.0702595, 0.1434404, 0.3496364", \
					  "0.0270502, 0.0286318, 0.0329825, 0.0440605, 0.0706903, 0.1433089, 0.3490785", \
					  "0.0403703, 0.0421013, 0.0468144, 0.0568632, 0.0809236, 0.1485161, 0.3499089", \
					  "0.0655176, 0.0677080, 0.0738701, 0.0845127, 0.1086272, 0.1691885, 0.3568723");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0662653, 0.0712617, 0.0844727, 0.1197710, 0.2139905, 0.4666216, 1.1470905", \
					  "0.0728216, 0.0778203, 0.0910338, 0.1262786, 0.2205495, 0.4738684, 1.1557153", \
					  "0.0884554, 0.0934486, 0.1066826, 0.1419533, 0.2362008, 0.4894162, 1.1796712", \
					  "0.1231654, 0.1282887, 0.1415168, 0.1768377, 0.2710617, 0.5241859, 1.2028574", \
					  "0.1897692, 0.1961802, 0.2123488, 0.2515112, 0.3463573, 0.5991284, 1.2780522", \
					  "0.3122918, 0.3224930, 0.3468556, 0.4008934, 0.5149247, 0.7713755, 1.4511649", \
					  "0.5318349, 0.5496676, 0.5914593, 0.6804768, 0.8478926, 1.1604608, 1.8510309");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0408251, 0.0471279, 0.0647552, 0.1124842, 0.2405880, 0.5859826, 1.4977830", \
					  "0.0406822, 0.0470925, 0.0647577, 0.1125858, 0.2402335, 0.5815869, 1.4947239", \
					  "0.0408188, 0.0471511, 0.0648051, 0.1125750, 0.2402612, 0.5819986, 1.5058910", \
					  "0.0419925, 0.0482968, 0.0654375, 0.1127583, 0.2403285, 0.5858079, 1.4963014", \
					  "0.0532163, 0.0594505, 0.0763239, 0.1194543, 0.2413300, 0.5858100, 1.5008883", \
					  "0.0813785, 0.0890995, 0.1085953, 0.1556891, 0.2650473, 0.5869965, 1.4977916", \
					  "0.1481514, 0.1585660, 0.1847506, 0.2418384, 0.3620738, 0.6432240, 1.5162587");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0840321, 0.0861677, 0.0913862, 0.1032035, 0.1296568, 0.1908422, 0.3451918", \
					  "0.0894330, 0.0916046, 0.0966859, 0.1086756, 0.1350897, 0.1962508, 0.3507016", \
					  "0.1037310, 0.1058829, 0.1112200, 0.1227189, 0.1494498, 0.2106200, 0.3645243", \
					  "0.1389805, 0.1411529, 0.1462716, 0.1582682, 0.1847277, 0.2459301, 0.3998556", \
					  "0.2138885, 0.2163619, 0.2221739, 0.2346403, 0.2617418, 0.3232257, 0.4772532", \
					  "0.3427093, 0.3458558, 0.3535140, 0.3691726, 0.4002830, 0.4644458, 0.6198417", \
					  "0.5607010, 0.5653119, 0.5759309, 0.5978450, 0.6372782, 0.7103014, 0.8692762");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0175310, 0.0194646, 0.0243971, 0.0364038, 0.0659766, 0.1420864, 0.3500648", \
					  "0.0175413, 0.0194559, 0.0243875, 0.0364347, 0.0660100, 0.1419849, 0.3485632", \
					  "0.0175231, 0.0194636, 0.0243859, 0.0363995, 0.0660815, 0.1419339, 0.3495681", \
					  "0.0175874, 0.0194976, 0.0243337, 0.0364198, 0.0659702, 0.1421100, 0.3495771", \
					  "0.0207877, 0.0225358, 0.0270377, 0.0384585, 0.0670935, 0.1421560, 0.3486497", \
					  "0.0304315, 0.0322052, 0.0365537, 0.0473166, 0.0741943, 0.1459907, 0.3495318", \
					  "0.0489498, 0.0505395, 0.0550953, 0.0664772, 0.0919986, 0.1588949, 0.3535812");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0403857, 0.0403867, 0.0403894, 0.0403949, 0.0403949, 0.0403949, 0.0403949", \
					  "0.0452487, 0.0454368, 0.0455363, 0.0455363, 0.0455363, 0.0455366, 0.0455366", \
					  "0.0563656, 0.0564292, 0.0567445, 0.0567445, 0.0568305, 0.0568305, 0.0568305", \
					  "0.0723770, 0.0725945, 0.0735438, 0.0735438, 0.0735438, 0.0735438, 0.0735438", \
					  "0.0962836, 0.0962836, 0.0962836, 0.0962836, 0.0962836, 0.0962836, 0.0962836", \
					  "0.1173186, 0.1191102, 0.1197585, 0.1202698, 0.1202698, 0.1202698, 0.1202698", \
					  "0.1255306, 0.1292360, 0.1292360, 0.1292360, 0.1292360, 0.1292360, 0.1292360");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0056091, 0.00645202, 0.00871596, 0.0147965, 0.031128, 0.0749916, 0.192802");
					values("0.0346920, 0.0346920, 0.0347352, 0.0347909, 0.0347909, 0.0347909, 0.0347909", \
					  "0.0330256, 0.0330256, 0.0330256, 0.0330256, 0.0330284, 0.0330284, 0.0330284", \
					  "0.0336224, 0.0336224, 0.0337671, 0.0337671, 0.0337671, 0.0337671, 0.0337671", \
					  "0.0212700, 0.0212700, 0.0214928, 0.0216358, 0.0216404, 0.0216404, 0.0216404", \
					  "-0.0138018, -0.0138018, -0.0135721, -0.0135721, -0.0135721, -0.0134197, -0.0134197", \
					  "-0.0948774, -0.0948774, -0.0844972, -0.0844972, -0.0844972, -0.0844972, -0.0844972", \
					  "-0.2770655, -0.2770655, -0.2770655, -0.2770655, -0.2770655, -0.2770655, -0.2770655");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002442;
			capacitance : 0.002320;
			fall_capacitance : 0.002198;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066852, 0.0066303, 0.0065037, 0.0065066, 0.0065133, 0.0065288, 0.0065645");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0129416, 0.0128283, 0.0125670, 0.0125828, 0.0126195, 0.0127041, 0.0128992");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.006805;
			capacitance : 0.006218;
			fall_capacitance : 0.005630;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_ebufn_8") {
		area : 26.275200;
		cell_footprint : "ebufn";
		cell_leakage_power : 1.322816e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004055";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "0.0029113";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0010896";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0008849";
			when : "A&!TEB";
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			three_state : "(TEB)";
			max_capacitance : 0.323191;
			capacitance : 0.009561;
			max_transition : 1.515061;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001470229, 0.004323145, 0.01271202, 0.03737916, 0.1099118, 0.323191");
					values("0.0218561, 0.0232850, 0.0274700, 0.0393468, 0.0710967, 0.1603388, 0.4181352", \
					  "0.0218242, 0.0232637, 0.0274502, 0.0392610, 0.0711010, 0.1607508, 0.4166214", \
					  "0.0217659, 0.0231976, 0.0272875, 0.0388555, 0.0708439, 0.1601341, 0.4179173", \
					  "0.0212854, 0.0226594, 0.0265619, 0.0378624, 0.0694803, 0.1588998, 0.4160864", \
					  "0.0206749, 0.0219824, 0.0257783, 0.0367030, 0.0683967, 0.1582291, 0.4169224", \
					  "0.0209630, 0.0221994, 0.0258349, 0.0361507, 0.0671020, 0.1563897, 0.4149544", \
					  "0.0210613, 0.0223053, 0.0261128, 0.0366639, 0.0675596, 0.1556180, 0.4152503");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001470229, 0.004323145, 0.01271202, 0.03737916, 0.1099118, 0.323191");
					values("0.0193640, 0.0184027, 0.0156497, 0.0068855, -0.0207328, -0.1071536, -0.3660988", \
					  "0.0193253, 0.0183621, 0.0155253, 0.0068454, -0.0207902, -0.1072028, -0.3660220", \
					  "0.0193901, 0.0184485, 0.0156093, 0.0068913, -0.0207387, -0.1071494, -0.3659760", \
					  "0.0190053, 0.0180547, 0.0152056, 0.0063700, -0.0212430, -0.1075099, -0.3662965", \
					  "0.0182498, 0.0172279, 0.0142871, 0.0052893, -0.0223576, -0.1081978, -0.3667896", \
					  "0.0183949, 0.0172888, 0.0141724, 0.0044573, -0.0231894, -0.1089823, -0.3671190", \
					  "0.0190375, 0.0179075, 0.0145165, 0.0053656, -0.0231544, -0.1093155, -0.3670228");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001470229, 0.004323145, 0.01271202, 0.03737916, 0.1099118, 0.323191");
					values("0.0649916, 0.0662900, 0.0700131, 0.0803621, 0.1099936, 0.1976438, 0.4532135", \
					  "0.0648310, 0.0661138, 0.0698024, 0.0802328, 0.1098090, 0.1974875, 0.4546505", \
					  "0.0646151, 0.0658871, 0.0695985, 0.0799623, 0.1095979, 0.1971208, 0.4528010", \
					  "0.0644486, 0.0657517, 0.0693957, 0.0797979, 0.1094490, 0.1969483, 0.4526173", \
					  "0.0643066, 0.0656150, 0.0693544, 0.0797791, 0.1093964, 0.1969909, 0.4549890", \
					  "0.0643461, 0.0655782, 0.0692774, 0.0797372, 0.1093429, 0.1968020, 0.4530052", \
					  "0.0636484, 0.0648983, 0.0683290, 0.0781408, 0.1098711, 0.1968365, 0.4534088");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001470229, 0.004323145, 0.01271202, 0.03737916, 0.1099118, 0.323191");
					values("-0.0161075, -0.0160095, -0.0157582, -0.0152117, -0.0144345, -0.0137639, -0.0134022", \
					  "-0.0163833, -0.0162874, -0.0160353, -0.0154971, -0.0147203, -0.0140570, -0.0136948", \
					  "-0.0167972, -0.0167066, -0.0164590, -0.0159172, -0.0151173, -0.0144377, -0.0140393", \
					  "-0.0174413, -0.0173562, -0.0171274, -0.0166014, -0.0157130, -0.0149496, -0.0144725", \
					  "-0.0178105, -0.0177685, -0.0175950, -0.0171037, -0.0162666, -0.0153074, -0.0146659", \
					  "-0.0186244, -0.0185872, -0.0184278, -0.0181017, -0.0174057, -0.0163522, -0.0154186", \
					  "-0.0189130, -0.0188812, -0.0186953, -0.0184694, -0.0179972, -0.0170894, -0.0159473");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001470229, 0.004323145, 0.01271202, 0.03737916, 0.1099118, 0.323191");
					values("0.0675575, 0.0664028, 0.0630256, 0.0531209, 0.0238933, -0.0636535, -0.3230390", \
					  "0.0673803, 0.0661863, 0.0628727, 0.0529724, 0.0237638, -0.0638415, -0.3232119", \
					  "0.0671272, 0.0659468, 0.0626389, 0.0526801, 0.0234789, -0.0640611, -0.3234366", \
					  "0.0668910, 0.0657731, 0.0624202, 0.0525415, 0.0233296, -0.0642239, -0.3236032", \
					  "0.0669355, 0.0657954, 0.0624514, 0.0525059, 0.0233340, -0.0642538, -0.3236834", \
					  "0.0665344, 0.0653889, 0.0620868, 0.0522280, 0.0233222, -0.0642279, -0.3236721", \
					  "0.0673473, 0.0661573, 0.0626984, 0.0525247, 0.0224644, -0.0648065, -0.3235423");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001470229, 0.004323145, 0.01271202, 0.03737916, 0.1099118, 0.323191");
					values("-0.0162746, -0.0163333, -0.0164799, -0.0167968, -0.0173444, -0.0178703, -0.0181384", \
					  "-0.0163924, -0.0164534, -0.0166007, -0.0169364, -0.0175133, -0.0180150, -0.0182901", \
					  "-0.0166728, -0.0167302, -0.0168788, -0.0172094, -0.0177279, -0.0182230, -0.0185063", \
					  "-0.0172269, -0.0172758, -0.0174098, -0.0176815, -0.0180993, -0.0185159, -0.0187806", \
					  "-0.0173203, -0.0173761, -0.0175159, -0.0177697, -0.0181802, -0.0185977, -0.0187821", \
					  "-0.0181512, -0.0181814, -0.0182717, -0.0184237, -0.0186879, -0.0190040, -0.0192237", \
					  "-0.0183641, -0.0183950, -0.0184719, -0.0186274, -0.0188565, -0.0191157, -0.0192763");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0900425, 0.0940594, 0.1056438, 0.1385077, 0.2278809, 0.4754002, 1.1932835", \
					  "0.0946988, 0.0987808, 0.1103075, 0.1430426, 0.2324159, 0.4794009, 1.1948184", \
					  "0.1056916, 0.1097126, 0.1211586, 0.1533178, 0.2424227, 0.4908077, 1.2073138", \
					  "0.1293750, 0.1331663, 0.1439623, 0.1754544, 0.2641691, 0.5134301, 1.2290949", \
					  "0.1660321, 0.1697434, 0.1804070, 0.2109912, 0.2990753, 0.5508667, 1.2681685", \
					  "0.2155898, 0.2193846, 0.2299186, 0.2595397, 0.3456303, 0.5926972, 1.3142515", \
					  "0.2611749, 0.2658942, 0.2785764, 0.3099547, 0.3931206, 0.6380271, 1.3558321");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0425196, 0.0469865, 0.0603475, 0.0997430, 0.2117527, 0.5393009, 1.5023057", \
					  "0.0425405, 0.0470682, 0.0601985, 0.0997493, 0.2112630, 0.5432430, 1.4949449", \
					  "0.0425295, 0.0470339, 0.0603131, 0.0991542, 0.2114507, 0.5392827, 1.5118733", \
					  "0.0426185, 0.0470291, 0.0601914, 0.0990771, 0.2112021, 0.5367143, 1.4951348", \
					  "0.0442212, 0.0484824, 0.0612529, 0.0995508, 0.2117498, 0.5399554, 1.5124768", \
					  "0.0501347, 0.0540130, 0.0652827, 0.1014532, 0.2120739, 0.5385901, 1.4937855", \
					  "0.0676269, 0.0710882, 0.0809158, 0.1111664, 0.2146485, 0.5414534, 1.4968240");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.1224144, 0.1244546, 0.1299518, 0.1433189, 0.1724822, 0.2395412, 0.4199341", \
					  "0.1283960, 0.1304773, 0.1360108, 0.1493655, 0.1785883, 0.2456952, 0.4254095", \
					  "0.1430727, 0.1451491, 0.1506578, 0.1639024, 0.1930884, 0.2601834, 0.4407962", \
					  "0.1786262, 0.1807097, 0.1862275, 0.1994820, 0.2286717, 0.2958453, 0.4764410", \
					  "0.2612766, 0.2633460, 0.2688173, 0.2820144, 0.3111843, 0.3778447, 0.5586156", \
					  "0.4254805, 0.4280365, 0.4348604, 0.4504400, 0.4825344, 0.5516372, 0.7324226", \
					  "0.7073211, 0.7107133, 0.7195414, 0.7442960, 0.7837253, 0.8624594, 1.0448929");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0285987, 0.0302000, 0.0333906, 0.0436050, 0.0715792, 0.1538504, 0.4029697", \
					  "0.0289183, 0.0301777, 0.0334294, 0.0433523, 0.0716818, 0.1537287, 0.4027023", \
					  "0.0286568, 0.0298853, 0.0334315, 0.0436888, 0.0719479, 0.1536481, 0.4027804", \
					  "0.0286923, 0.0299391, 0.0334460, 0.0435951, 0.0719050, 0.1535192, 0.4027306", \
					  "0.0292932, 0.0305840, 0.0344756, 0.0442154, 0.0722405, 0.1539633, 0.4031598", \
					  "0.0424988, 0.0438593, 0.0474413, 0.0563629, 0.0812285, 0.1579630, 0.4034656", \
					  "0.0681349, 0.0697848, 0.0736597, 0.0830704, 0.1079235, 0.1769319, 0.4085667");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0777623, 0.0813091, 0.0913164, 0.1196450, 0.2027647, 0.4452663, 1.1581883", \
					  "0.0833887, 0.0869328, 0.0969420, 0.1252662, 0.2082692, 0.4509493, 1.1694972", \
					  "0.0984676, 0.1020204, 0.1120287, 0.1403312, 0.2233853, 0.4659612, 1.1789953", \
					  "0.1330464, 0.1368145, 0.1469416, 0.1752605, 0.2583184, 0.5009865, 1.2140030", \
					  "0.2004764, 0.2048344, 0.2170732, 0.2492376, 0.3333293, 0.5759045, 1.2956590", \
					  "0.3273682, 0.3333700, 0.3511588, 0.3962063, 0.4995223, 0.7477851, 1.4615874", \
					  "0.5575561, 0.5683931, 0.5990337, 0.6732497, 0.8258407, 1.1331891, 1.8583696");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0449363, 0.0492828, 0.0618104, 0.0996678, 0.2113358, 0.5385482, 1.4945701", \
					  "0.0449461, 0.0492653, 0.0618692, 0.0996479, 0.2111735, 0.5384151, 1.4988539", \
					  "0.0450903, 0.0492716, 0.0618918, 0.0996550, 0.2113631, 0.5384952, 1.4947960", \
					  "0.0460599, 0.0501708, 0.0625908, 0.0999905, 0.2112115, 0.5384599, 1.4948338", \
					  "0.0564300, 0.0605080, 0.0723823, 0.1072653, 0.2129916, 0.5376623, 1.5150607", \
					  "0.0827419, 0.0881055, 0.1022426, 0.1400851, 0.2378834, 0.5420075, 1.4970689", \
					  "0.1490239, 0.1558344, 0.1746693, 0.2206029, 0.3291971, 0.6013816, 1.4997312");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.1258648, 0.1276863, 0.1326705, 0.1448866, 0.1733751, 0.2418792, 0.4239510", \
					  "0.1310228, 0.1328639, 0.1378477, 0.1501366, 0.1784272, 0.2470561, 0.4291219", \
					  "0.1447425, 0.1465911, 0.1516171, 0.1638246, 0.1923260, 0.2609020, 0.4428629", \
					  "0.1793848, 0.1812499, 0.1861717, 0.1984042, 0.2268768, 0.2954114, 0.4774330", \
					  "0.2605775, 0.2624133, 0.2673889, 0.2796421, 0.3079824, 0.3766140, 0.5586683", \
					  "0.4170813, 0.4194350, 0.4260033, 0.4412938, 0.4736941, 0.5446394, 0.7278238", \
					  "0.6827947, 0.6859932, 0.6950366, 0.7159497, 0.7580537, 0.8392534, 1.0277010");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0254039, 0.0268170, 0.0309308, 0.0419347, 0.0717969, 0.1556718, 0.4032730", \
					  "0.0253960, 0.0268690, 0.0307731, 0.0419328, 0.0717853, 0.1556952, 0.4033236", \
					  "0.0254521, 0.0268567, 0.0308341, 0.0419043, 0.0718072, 0.1556624, 0.4035886", \
					  "0.0254662, 0.0268620, 0.0307888, 0.0418973, 0.0716898, 0.1556638, 0.4034232", \
					  "0.0262495, 0.0275858, 0.0314964, 0.0423633, 0.0719816, 0.1557532, 0.4037055", \
					  "0.0375209, 0.0388406, 0.0421766, 0.0519452, 0.0795451, 0.1586346, 0.4034846", \
					  "0.0604861, 0.0614796, 0.0646094, 0.0743976, 0.1001457, 0.1743417, 0.4088437");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0592549, 0.0595106, 0.0595106, 0.0595106, 0.0595106, 0.0595106, 0.0595106", \
					  "0.0639694, 0.0639694, 0.0640816, 0.0640816, 0.0640816, 0.0640816, 0.0640970", \
					  "0.0744751, 0.0745907, 0.0749297, 0.0749297, 0.0749297, 0.0749297, 0.0749297", \
					  "0.0982324, 0.0982324, 0.0982324, 0.0987408, 0.0987408, 0.0987408, 0.0987408", \
					  "0.1338388, 0.1338388, 0.1340891, 0.1340891, 0.1340891, 0.1340891, 0.1340891", \
					  "0.1825488, 0.1825488, 0.1825961, 0.1825961, 0.1825961, 0.1825961, 0.1825961", \
					  "0.2309345, 0.2309345, 0.2309345, 0.2309345, 0.2309345, 0.2309345, 0.2309345");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0100614, 0.0110316, 0.0138845, 0.0222734, 0.0469406, 0.119473, 0.332752");
					values("0.0448250, 0.0448250, 0.0448504, 0.0448504, 0.0448504, 0.0448504, 0.0448504", \
					  "0.0451056, 0.0452957, 0.0452957, 0.0452957, 0.0452957, 0.0452957, 0.0452957", \
					  "0.0444573, 0.0445065, 0.0445065, 0.0445065, 0.0445065, 0.0445065, 0.0445065", \
					  "0.0306688, 0.0308980, 0.0308980, 0.0308980, 0.0308980, 0.0308980, 0.0308980", \
					  "-0.0081043, -0.0069415, -0.0069415, -0.0057735, -0.0055065, -0.0055065, -0.0055065", \
					  "-0.0893237, -0.0893237, -0.0893237, -0.0872279, -0.0872279, -0.0843660, -0.0843660", \
					  "-0.2788345, -0.2567425, -0.2567425, -0.2567425, -0.2567425, -0.2567425, -0.2567425");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004385;
			capacitance : 0.004158;
			fall_capacitance : 0.003931;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0105841, 0.0105177, 0.0103647, 0.0103500, 0.0103160, 0.0102377, 0.0100571");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0229615, 0.0228046, 0.0224428, 0.0224682, 0.0225268, 0.0226617, 0.0229726");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008524;
			capacitance : 0.009548;
			rise_capacitance : 0.010572;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_edfxbp_1") {
		area : 32.531200;
		cell_footprint : "edfxbp";
		cell_leakage_power : 1.856054e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&DE) | (IQ&!DE)";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0016074";
			when : "CLK&!D&DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019437";
			when : "CLK&D&!DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023488";
			when : "!CLK&D&DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024563";
			when : "CLK&D&DE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015699";
			when : "CLK&!D&!DE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019058";
			when : "!CLK&!D&DE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015967";
			when : "CLK&D&!DE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019434";
			when : "CLK&!D&DE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015323";
			when : "!CLK&!D&!DE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015591";
			when : "!CLK&D&!DE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015042";
			when : "!CLK&!D&!DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015097";
			when : "CLK&!D&!DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023543";
			when : "CLK&D&DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019382";
			when : "!CLK&D&!DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014913";
			when : "!CLK&!D&DE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024359";
			when : "!CLK&D&DE&!Q&QN";
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.150156;
			max_transition : 1.502266;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("-0.0060015, -0.0037005, 0.0014248, 0.0120735, 0.0328610, 0.0788730, 0.1911494", \
					  "-0.0059666, -0.0036743, 0.0014520, 0.0120801, 0.0328671, 0.0789486, 0.1916210", \
					  "-0.0058850, -0.0036013, 0.0015070, 0.0120951, 0.0328872, 0.0784406, 0.1909129", \
					  "-0.0058835, -0.0036287, 0.0014367, 0.0119617, 0.0326529, 0.0785266, 0.1910244", \
					  "-0.0058580, -0.0036210, 0.0014050, 0.0118442, 0.0324966, 0.0782985, 0.1918866", \
					  "-0.0057728, -0.0035476, 0.0014604, 0.0118677, 0.0324464, 0.0779490, 0.1906562", \
					  "-0.0055239, -0.0032545, 0.0018345, 0.0121781, 0.0325753, 0.0779757, 0.1903696");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("-0.0050726, -0.0017453, 0.0042485, 0.0104736, 0.0065567, -0.0279791, -0.1355813", \
					  "-0.0050378, -0.0017110, 0.0042756, 0.0105227, 0.0065719, -0.0279681, -0.1355765", \
					  "-0.0049601, -0.0016497, 0.0042938, 0.0104655, 0.0064591, -0.0281068, -0.1357113", \
					  "-0.0049581, -0.0016721, 0.0042453, 0.0103401, 0.0062905, -0.0283328, -0.1359660", \
					  "-0.0049366, -0.0016731, 0.0041846, 0.0102017, 0.0060467, -0.0286047, -0.1362777", \
					  "-0.0048565, -0.0016159, 0.0041938, 0.0101449, 0.0059456, -0.0287548, -0.1364151", \
					  "-0.0046307, -0.0013797, 0.0044599, 0.0104403, 0.0062762, -0.0286265, -0.1362859");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.2621908, 0.2704916, 0.2889399, 0.3310753, 0.4342538, 0.6843536, 1.3230170", \
					  "0.2670277, 0.2752431, 0.2937972, 0.3359177, 0.4391015, 0.6892633, 1.3276217", \
					  "0.2786009, 0.2869622, 0.3055902, 0.3476693, 0.4508604, 0.7011591, 1.3389893", \
					  "0.3053592, 0.3135918, 0.3321390, 0.3742850, 0.4774679, 0.7276160, 1.3662029", \
					  "0.3570969, 0.3653875, 0.3840342, 0.4261106, 0.5293005, 0.7796745, 1.4179216", \
					  "0.4365181, 0.4448692, 0.4634544, 0.5056515, 0.6088604, 0.8589245, 1.4969262", \
					  "0.5463944, 0.5547432, 0.5734481, 0.6155928, 0.7187977, 0.9689036, 1.6055649");
				}
				rise_transition ("del_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("0.0287653, 0.0365596, 0.0566785, 0.1091119, 0.2450286, 0.5865682, 1.4971864", \
					  "0.0285742, 0.0366888, 0.0568490, 0.1092287, 0.2447377, 0.5856184, 1.4818454", \
					  "0.0287230, 0.0366993, 0.0569113, 0.1092202, 0.2444920, 0.5861998, 1.4909729", \
					  "0.0286982, 0.0366768, 0.0568447, 0.1092361, 0.2448591, 0.5851181, 1.5022658", \
					  "0.0286738, 0.0367703, 0.0569155, 0.1091346, 0.2447528, 0.5864135, 1.4993483", \
					  "0.0289652, 0.0367463, 0.0568206, 0.1092677, 0.2444873, 0.5850502, 1.4988848", \
					  "0.0290937, 0.0368178, 0.0569843, 0.1092641, 0.2450113, 0.5838280, 1.4937721");
				}
				cell_fall ("del_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("0.3045082, 0.3153434, 0.3370612, 0.3759260, 0.4455082, 0.5718889, 0.8362224", \
					  "0.3093767, 0.3205083, 0.3418938, 0.3807424, 0.4504445, 0.5768360, 0.8411592", \
					  "0.3206929, 0.3316918, 0.3532066, 0.3920862, 0.4616971, 0.5880994, 0.8524302", \
					  "0.3470899, 0.3579938, 0.3795566, 0.4183203, 0.4880127, 0.6144100, 0.8787916", \
					  "0.3974335, 0.4084196, 0.4299165, 0.4687666, 0.5383564, 0.6647451, 0.9289673", \
					  "0.4769246, 0.4878405, 0.5092754, 0.5480438, 0.6177818, 0.7442347, 1.0085887", \
					  "0.5913275, 0.6024513, 0.6238286, 0.6626625, 0.7324176, 0.8588610, 1.1233056");
				}
				fall_transition ("del_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("0.0488430, 0.0552354, 0.0683810, 0.0956268, 0.1505803, 0.2645271, 0.5794652", \
					  "0.0486536, 0.0552905, 0.0684178, 0.0955986, 0.1505650, 0.2645126, 0.5795799", \
					  "0.0488393, 0.0553111, 0.0685422, 0.0956323, 0.1505286, 0.2643503, 0.5751731", \
					  "0.0488704, 0.0551991, 0.0684122, 0.0955611, 0.1503832, 0.2644886, 0.5777735", \
					  "0.0488031, 0.0552821, 0.0685191, 0.0956402, 0.1505288, 0.2645086, 0.5766335", \
					  "0.0488303, 0.0550202, 0.0683842, 0.0955712, 0.1506835, 0.2644275, 0.5780022", \
					  "0.0490695, 0.0553654, 0.0693557, 0.0959157, 0.1508134, 0.2647078, 0.5770168");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.149241;
			max_transition : 1.498407;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0062129, -0.0041752, 0.0005611, 0.0104910, 0.0305079, 0.0757348, 0.1879232", \
					  "-0.0061766, -0.0041418, 0.0005912, 0.0105220, 0.0305153, 0.0757310, 0.1868289", \
					  "-0.0061004, -0.0040822, 0.0006039, 0.0104631, 0.0304226, 0.0755838, 0.1875432", \
					  "-0.0060999, -0.0041049, 0.0005411, 0.0103319, 0.0302521, 0.0750597, 0.1866025", \
					  "-0.0060765, -0.0041079, 0.0004798, 0.0102003, 0.0301558, 0.0751213, 0.1871072", \
					  "-0.0059961, -0.0040464, 0.0005125, 0.0101667, 0.0299532, 0.0749753, 0.1855990", \
					  "-0.0057033, -0.0036861, 0.0008933, 0.0104366, 0.0300835, 0.0746764, 0.1850129");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0048999, -0.0013317, 0.0051435, 0.0120724, 0.0088359, -0.0250934, -0.1318338", \
					  "-0.0048651, -0.0013018, 0.0051620, 0.0120792, 0.0088088, -0.0251091, -0.1318556", \
					  "-0.0047845, -0.0012301, 0.0052131, 0.0120940, 0.0087982, -0.0251366, -0.1319003", \
					  "-0.0047833, -0.0012509, 0.0051434, 0.0119568, 0.0085956, -0.0253903, -0.1321680", \
					  "-0.0047590, -0.0012503, 0.0051028, 0.0118426, 0.0084212, -0.0256078, -0.1324082", \
					  "-0.0046710, -0.0011761, 0.0051551, 0.0118677, 0.0084203, -0.0256484, -0.1324636", \
					  "-0.0044450, -0.0009331, 0.0054200, 0.0121778, 0.0087130, -0.0255530, -0.1323816");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4632847, 0.4718119, 0.4899178, 0.5297331, 0.6264642, 0.8740367, 1.5133313", \
					  "0.4685557, 0.4770347, 0.4951807, 0.5349255, 0.6318519, 0.8793043, 1.5172757", \
					  "0.4794907, 0.4879827, 0.5061802, 0.5459896, 0.6426855, 0.8900901, 1.5271951", \
					  "0.5059345, 0.5144257, 0.5325682, 0.5723461, 0.6694278, 0.9166683, 1.5558791", \
					  "0.5562284, 0.5647206, 0.5829178, 0.6226727, 0.7197545, 0.9670685, 1.6052893", \
					  "0.6359736, 0.6445046, 0.6626676, 0.7025174, 0.7996598, 1.0467195, 1.6863435", \
					  "0.7504106, 0.7588932, 0.7770735, 0.8168340, 0.9137087, 1.1609554, 1.7989836");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0335507, 0.0401469, 0.0574674, 0.1051122, 0.2372828, 0.5840637, 1.4915267", \
					  "0.0335349, 0.0400944, 0.0574180, 0.1050902, 0.2365368, 0.5840627, 1.4938222", \
					  "0.0337165, 0.0403880, 0.0575548, 0.1049126, 0.2372649, 0.5840500, 1.4950412", \
					  "0.0335278, 0.0402595, 0.0574797, 0.1049398, 0.2371214, 0.5831287, 1.4938846", \
					  "0.0337796, 0.0404036, 0.0573572, 0.1050359, 0.2368465, 0.5841769, 1.4931483", \
					  "0.0335304, 0.0402473, 0.0574301, 0.1050913, 0.2373213, 0.5830116, 1.4826672", \
					  "0.0335597, 0.0402252, 0.0574321, 0.1050684, 0.2373473, 0.5820034, 1.4984070");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3660850, 0.3726732, 0.3859950, 0.4111970, 0.4596248, 0.5643845, 0.8251522", \
					  "0.3709132, 0.3775029, 0.3908390, 0.4160922, 0.4644841, 0.5692031, 0.8296834", \
					  "0.3826669, 0.3892935, 0.4026404, 0.4278059, 0.4762275, 0.5810381, 0.8420544", \
					  "0.4093014, 0.4158891, 0.4291780, 0.4544010, 0.5028737, 0.6075739, 0.8681434", \
					  "0.4611032, 0.4677324, 0.4810613, 0.5062571, 0.5546064, 0.6593371, 0.9198517", \
					  "0.5406032, 0.5472195, 0.5605361, 0.5857334, 0.6341329, 0.7390238, 0.9999161", \
					  "0.6505064, 0.6570938, 0.6704201, 0.6956580, 0.7440629, 0.8488579, 1.1093181");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0269674, 0.0313874, 0.0405193, 0.0607957, 0.1080866, 0.2331356, 0.5776281", \
					  "0.0269933, 0.0314135, 0.0404633, 0.0605879, 0.1080582, 0.2335015, 0.5759254", \
					  "0.0269379, 0.0311543, 0.0406545, 0.0610741, 0.1077612, 0.2318283, 0.5727619", \
					  "0.0269974, 0.0314659, 0.0404757, 0.0607936, 0.1082220, 0.2335025, 0.5724505", \
					  "0.0269458, 0.0311415, 0.0405658, 0.0607882, 0.1081474, 0.2334214, 0.5760074", \
					  "0.0271105, 0.0312730, 0.0404386, 0.0609892, 0.1076922, 0.2321677, 0.5728829", \
					  "0.0269805, 0.0314251, 0.0404810, 0.0606641, 0.1080047, 0.2336837, 0.5741435");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001781;
			capacitance : 0.001690;
			fall_capacitance : 0.001599;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1467159, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1664891, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0190872, 0.0190048, 0.0188150, 0.0188045, 0.0187802, 0.0187241, 0.0185950");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0151438, 0.0150672, 0.0148906, 0.0148547, 0.0147722, 0.0145819, 0.0141433");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001833;
			capacitance : 0.001748;
			fall_capacitance : 0.001664;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0984355, 0.2540671, 0.4119447", \
					  "0.0270326, 0.1765605, 0.3271139", \
					  "-0.0124368, 0.1358704, 0.2876445");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2729961, 0.4896627, 0.8758119", \
					  "0.1332337, 0.3499004, 0.7360495", \
					  "0.0144186, 0.2310853, 0.6160137");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2268737, -0.3639993", \
					  "-0.0083841, -0.1554707, -0.2999206", \
					  "0.0335267, -0.1135599, -0.2628926");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1823262, -0.3977721, -0.7692728", \
					  "-0.0669779, -0.2836445, -0.6588073", \
					  "0.0359681, -0.1819193, -0.5558613");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0072296, 0.0071491, 0.0069637, 0.0069787, 0.0070134, 0.0070932, 0.0072772");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028054, 0.0027807, 0.0027237, 0.0027064, 0.0026664, 0.0025744, 0.0023622");
				}
			}
		}
		pin (DE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003385;
			capacitance : 0.003241;
			fall_capacitance : 0.003097;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1008770, 0.2528463, 0.4229310", \
					  "0.0306947, 0.1802227, 0.3442038", \
					  "-0.0075540, 0.1419740, 0.3059551");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1521465, 0.3602682, 0.6328919", \
					  "0.0783021, 0.2864238, 0.5590475", \
					  "0.0339499, 0.2420716, 0.5134746");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2323750, -0.3318542, -0.3859720", \
					  "-0.1097025, -0.2079609, -0.2620788", \
					  "-0.0018737, -0.1013529, -0.1566914");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2458027, -0.4734557, -0.8974466", \
					  "-0.1243509, -0.3532246, -0.7796569", \
					  "-0.0189635, -0.2478372, -0.6730489");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0079158, 0.0078182, 0.0075933, 0.0076000, 0.0076155, 0.0076513, 0.0077337");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002214, 0.0001251, -9.6922625e-05, -0.0001100, -0.0001401, -0.0002095, -0.0003696");
				}
			}
		}
	}
	cell ("scs8hd_edfxtp_1") {
		area : 30.028800;
		cell_footprint : "edfxtp";
		cell_leakage_power : 1.664227e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&DE) | (IQ&!DE)";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012410";
			when : "CLK&!D&DE&Q";
		}
		leakage_power () {
			value : "0.0015773";
			when : "CLK&D&!DE&Q";
		}
		leakage_power () {
			value : "0.0019836";
			when : "!CLK&D&DE&Q";
		}
		leakage_power () {
			value : "0.0024460";
			when : "CLK&D&DE&!Q";
		}
		leakage_power () {
			value : "0.0015596";
			when : "CLK&!D&!DE&!Q";
		}
		leakage_power () {
			value : "0.0018811";
			when : "!CLK&!D&DE&!Q";
		}
		leakage_power () {
			value : "0.0015864";
			when : "CLK&D&!DE&!Q";
		}
		leakage_power () {
			value : "0.0019332";
			when : "CLK&!D&DE&!Q";
		}
		leakage_power () {
			value : "0.0015075";
			when : "!CLK&!D&!DE&!Q";
		}
		leakage_power () {
			value : "0.0015343";
			when : "!CLK&D&!DE&!Q";
		}
		leakage_power () {
			value : "0.0011390";
			when : "!CLK&!D&!DE&Q";
		}
		leakage_power () {
			value : "0.0011434";
			when : "CLK&!D&!DE&Q";
		}
		leakage_power () {
			value : "0.0019879";
			when : "CLK&D&DE&Q";
		}
		leakage_power () {
			value : "0.0015730";
			when : "!CLK&D&!DE&Q";
		}
		leakage_power () {
			value : "0.0011262";
			when : "!CLK&!D&DE&Q";
		}
		leakage_power () {
			value : "0.0024081";
			when : "!CLK&D&DE&!Q";
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.151072;
			max_transition : 1.499097;
			internal_power () {
				related_pin : "CLK";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001295206, 0.003355119, 0.008691144, 0.02251365, 0.05831965, 0.151072");
					values("0.0121418, 0.0112528, 0.0089361, 0.0039838, -0.0112253, -0.0542315, -0.1669363", \
					  "0.0122053, 0.0112963, 0.0089749, 0.0040414, -0.0111949, -0.0541744, -0.1668904", \
					  "0.0121385, 0.0112443, 0.0089217, 0.0039843, -0.0112490, -0.0542512, -0.1669579", \
					  "0.0118679, 0.0109842, 0.0086609, 0.0037187, -0.0115375, -0.0545026, -0.1672035", \
					  "0.0116210, 0.0107306, 0.0084036, 0.0034204, -0.0117682, -0.0547592, -0.1674603", \
					  "0.0115480, 0.0106654, 0.0083269, 0.0033627, -0.0118774, -0.0548384, -0.1675363", \
					  "0.0153470, 0.0144189, 0.0119687, 0.0056355, -0.0109831, -0.0544839, -0.1671824");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001295206, 0.003355119, 0.008691144, 0.02251365, 0.05831965, 0.151072");
					values("0.0175795, 0.0186947, 0.0216139, 0.0285009, 0.0453115, 0.0884699, 0.2003285", \
					  "0.0176419, 0.0187152, 0.0216356, 0.0285229, 0.0452410, 0.0888695, 0.2011738", \
					  "0.0176882, 0.0188042, 0.0217288, 0.0285753, 0.0454797, 0.0885404, 0.2018364", \
					  "0.0174058, 0.0184808, 0.0214075, 0.0282928, 0.0450244, 0.0883027, 0.2011244", \
					  "0.0172056, 0.0183104, 0.0212527, 0.0280848, 0.0447722, 0.0885756, 0.2004822", \
					  "0.0171998, 0.0183106, 0.0212806, 0.0281007, 0.0447988, 0.0881516, 0.2010359", \
					  "0.0184495, 0.0194545, 0.0220524, 0.0286168, 0.0451049, 0.0883272, 0.2000484");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
					values("0.2583019, 0.2665835, 0.2850945, 0.3275641, 0.4285840, 0.6773555, 1.3171899", \
					  "0.2634659, 0.2716223, 0.2901521, 0.3323919, 0.4334137, 0.6816661, 1.3222669", \
					  "0.2750372, 0.2833196, 0.3018330, 0.3440943, 0.4450817, 0.6928555, 1.3345293", \
					  "0.3018092, 0.3099529, 0.3284813, 0.3707290, 0.4717490, 0.7200463, 1.3599664", \
					  "0.3534218, 0.3617127, 0.3802213, 0.4224907, 0.5234785, 0.7713778, 1.4123570", \
					  "0.4328630, 0.4411264, 0.4596739, 0.5019181, 0.6028995, 0.8509240, 1.4941278", \
					  "0.5425472, 0.5508801, 0.5694742, 0.6117332, 0.7127229, 0.9605569, 1.6020831");
				}
				rise_transition ("del_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("0.0281825, 0.0361197, 0.0562697, 0.1083217, 0.2390785, 0.5868718, 1.4990970", \
					  "0.0281519, 0.0360705, 0.0562357, 0.1083179, 0.2390844, 0.5876409, 1.4913257", \
					  "0.0281728, 0.0361193, 0.0562607, 0.1083727, 0.2394020, 0.5836082, 1.4961964", \
					  "0.0281444, 0.0360827, 0.0562476, 0.1082946, 0.2391401, 0.5875161, 1.4970267", \
					  "0.0281387, 0.0361434, 0.0561784, 0.1082792, 0.2393958, 0.5862433, 1.4934217", \
					  "0.0282849, 0.0361809, 0.0561791, 0.1081702, 0.2391294, 0.5880009, 1.4969632", \
					  "0.0284045, 0.0362880, 0.0563221, 0.1083843, 0.2394011, 0.5834541, 1.4886455");
				}
				cell_fall ("del_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("0.2916785, 0.3026807, 0.3240170, 0.3630701, 0.4334931, 0.5568992, 0.8207259", \
					  "0.2968757, 0.3077291, 0.3292447, 0.3683406, 0.4386499, 0.5620370, 0.8257449", \
					  "0.3081079, 0.3190047, 0.3403412, 0.3794087, 0.4498172, 0.5732271, 0.8370962", \
					  "0.3344607, 0.3454192, 0.3667427, 0.4057983, 0.4761748, 0.5995293, 0.8632134", \
					  "0.3848924, 0.3957750, 0.4170874, 0.4562176, 0.5264897, 0.6498844, 0.9135908", \
					  "0.4642143, 0.4750043, 0.4963916, 0.5354793, 0.6058824, 0.7293262, 0.9932150", \
					  "0.5783569, 0.5892112, 0.6106922, 0.6497988, 0.7201612, 0.8436642, 1.1076287");
				}
				fall_transition ("del_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("0.0475771, 0.0543221, 0.0686312, 0.0961560, 0.1492233, 0.2617058, 0.5754816", \
					  "0.0477484, 0.0545391, 0.0681102, 0.0961796, 0.1493553, 0.2617091, 0.5748320", \
					  "0.0477785, 0.0543924, 0.0686314, 0.0962319, 0.1488666, 0.2618422, 0.5760281", \
					  "0.0476003, 0.0543678, 0.0686206, 0.0962315, 0.1488025, 0.2609382, 0.5782678", \
					  "0.0476604, 0.0543424, 0.0685621, 0.0962184, 0.1490536, 0.2610404, 0.5783868", \
					  "0.0477014, 0.0545880, 0.0683383, 0.0963186, 0.1491838, 0.2612592, 0.5747725", \
					  "0.0483242, 0.0549793, 0.0685708, 0.0966251, 0.1496367, 0.2618063, 0.5749031");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001600;
			capacitance : 0.001687;
			rise_capacitance : 0.001774;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1401248, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1664891, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0190991, 0.0190175, 0.0188294, 0.0188190, 0.0187949, 0.0187394, 0.0186114");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0151434, 0.0150662, 0.0148881, 0.0148512, 0.0147660, 0.0145698, 0.0141176");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001833;
			capacitance : 0.001744;
			fall_capacitance : 0.001656;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0972148, 0.2528463, 0.4107240", \
					  "0.0270326, 0.1765605, 0.3258932", \
					  "-0.0124368, 0.1358704, 0.2876445");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2742168, 0.4908835, 0.8770325", \
					  "0.1332337, 0.3499004, 0.7372702", \
					  "0.0144186, 0.2323060, 0.6172344");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2268737, -0.3627787", \
					  "-0.0083841, -0.1554707, -0.2999206", \
					  "0.0335267, -0.1135599, -0.2628926");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1835469, -0.4002135, -0.7704935", \
					  "-0.0681986, -0.2848652, -0.6600280", \
					  "0.0347474, -0.1831400, -0.5558613");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0072301, 0.0071488, 0.0069616, 0.0069759, 0.0070089, 0.0070849, 0.0072601");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028033, 0.0027794, 0.0027243, 0.0027073, 0.0026680, 0.0025775, 0.0023687");
				}
			}
		}
		pin (DE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003386;
			capacitance : 0.003244;
			fall_capacitance : 0.003101;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0996563, 0.2528463, 0.4229310", \
					  "0.0306947, 0.1802227, 0.3429831", \
					  "-0.0075540, 0.1419740, 0.3059551");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1521465, 0.3614889, 0.6328919", \
					  "0.0783021, 0.2876445, 0.5590475", \
					  "0.0351706, 0.2432923, 0.5146953");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2323750, -0.3318542, -0.3859720", \
					  "-0.1097025, -0.2079609, -0.2620788", \
					  "-0.0018737, -0.1013529, -0.1554707");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2482441, -0.4758971, -0.9011087", \
					  "-0.1267923, -0.3544453, -0.7820983", \
					  "-0.0201842, -0.2502786, -0.6754902");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0079127, 0.0078149, 0.0075893, 0.0075962, 0.0076122, 0.0076491, 0.0077340");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002245, 0.0001271, -9.7585647e-05, -0.0001106, -0.0001406, -0.0002097, -0.0003691");
				}
			}
		}
	}
	cell ("scs8hd_einvn_0") {
		area : 5.004800;
		cell_footprint : "einvn";
		cell_leakage_power : 1.562519e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.2198876e-05";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "9.0417575e-05";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "1.7011044e-05";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0005054";
			when : "A&!TEB";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001674;
			capacitance : 0.001761;
			rise_capacitance : 0.001847;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013004, -0.0012998, -0.0012985, -0.0012977, -0.0012957, -0.0012912, -0.0012809");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014969, 0.0014962, 0.0014947, 0.0014964, 0.0015004, 0.0015094, 0.0015304");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002551;
			capacitance : 0.002382;
			fall_capacitance : 0.002212;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TEB)";
			max_capacitance : 0.047617;
			capacitance : 0.001380;
			max_transition : 1.477293;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0034837, 0.0042701, 0.0058334, 0.0090564, 0.0157456, 0.0300378, 0.0605061", \
					  "0.0033174, 0.0040809, 0.0056627, 0.0089216, 0.0157349, 0.0301204, 0.0606634", \
					  "0.0031757, 0.0039181, 0.0054783, 0.0087795, 0.0156656, 0.0299411, 0.0604511", \
					  "0.0030986, 0.0038190, 0.0053479, 0.0085251, 0.0154055, 0.0299062, 0.0603606", \
					  "0.0030596, 0.0037507, 0.0052565, 0.0084077, 0.0150965, 0.0296584, 0.0602454", \
					  "0.0030861, 0.0037605, 0.0052825, 0.0084925, 0.0151266, 0.0294203, 0.0600815", \
					  "0.0030602, 0.0037341, 0.0052071, 0.0084370, 0.0151891, 0.0293920, 0.0596759");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0003950, -0.0002415, -0.0016512, -0.0047624, -0.0114822, -0.0258980, -0.0567258", \
					  "0.0002959, -0.0003110, -0.0016919, -0.0047724, -0.0114738, -0.0258754, -0.0566908", \
					  "0.0001542, -0.0004481, -0.0017947, -0.0048320, -0.0115001, -0.0258801, -0.0566805", \
					  "2.1900000e-05, -0.0006046, -0.0019460, -0.0049598, -0.0115798, -0.0259255, -0.0567064", \
					  "2.3700000e-05, -0.0006309, -0.0020947, -0.0051434, -0.0117280, -0.0260190, -0.0567503", \
					  "-2.1500000e-05, -0.0007033, -0.0021450, -0.0051632, -0.0119201, -0.0261518, -0.0568280", \
					  "0.0001674, -0.0006056, -0.0020982, -0.0052545, -0.0119544, -0.0262059, -0.0569727");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0103446, 0.0110256, 0.0124885, 0.0156191, 0.0223201, 0.0366523, 0.0671485", \
					  "0.0102120, 0.0108943, 0.0123540, 0.0154893, 0.0222122, 0.0365965, 0.0669242", \
					  "0.0101095, 0.0107948, 0.0122549, 0.0153933, 0.0220671, 0.0365245, 0.0668115", \
					  "0.0100411, 0.0107292, 0.0121923, 0.0153150, 0.0220467, 0.0363900, 0.0669159", \
					  "0.0100559, 0.0107185, 0.0121713, 0.0152818, 0.0219663, 0.0362624, 0.0668671", \
					  "0.0099344, 0.0107022, 0.0122000, 0.0152981, 0.0220128, 0.0362739, 0.0667710", \
					  "0.0099293, 0.0106296, 0.0120686, 0.0154171, 0.0221456, 0.0364082, 0.0668763");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("-0.0014979, -0.0014812, -0.0014551, -0.0014397, -0.0014168, -0.0014010, -0.0013919", \
					  "-0.0016058, -0.0015876, -0.0015638, -0.0015374, -0.0015115, -0.0014991, -0.0014899", \
					  "-0.0017736, -0.0017498, -0.0017266, -0.0016947, -0.0016647, -0.0016423, -0.0016239", \
					  "-0.0019701, -0.0019513, -0.0019173, -0.0018770, -0.0018358, -0.0018066, -0.0017882", \
					  "-0.0020905, -0.0020969, -0.0020883, -0.0020369, -0.0019637, -0.0019176, -0.0018850", \
					  "-0.0021658, -0.0021603, -0.0021546, -0.0021246, -0.0020775, -0.0020158, -0.0019626", \
					  "-0.0020808, -0.0020816, -0.0020611, -0.0020650, -0.0020303, -0.0019662, -0.0019098");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0081900, 0.0075543, 0.0061259, 0.0029925, -0.0037504, -0.0181728, -0.0489974", \
					  "0.0080557, 0.0074133, 0.0059867, 0.0028563, -0.0038835, -0.0183100, -0.0491291", \
					  "0.0079531, 0.0073145, 0.0058874, 0.0027537, -0.0039823, -0.0184122, -0.0492350", \
					  "0.0079068, 0.0072690, 0.0058423, 0.0027070, -0.0040331, -0.0184553, -0.0492840", \
					  "0.0078731, 0.0072477, 0.0058758, 0.0027505, -0.0040336, -0.0184705, -0.0492978", \
					  "0.0077667, 0.0070562, 0.0055716, 0.0024051, -0.0039938, -0.0184318, -0.0492508", \
					  "0.0079227, 0.0072154, 0.0057653, 0.0026072, -0.0041311, -0.0185589, -0.0491209");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("-0.0017407, -0.0017530, -0.0017672, -0.0017822, -0.0017937, -0.0018007, -0.0018044", \
					  "-0.0018651, -0.0018751, -0.0018916, -0.0018983, -0.0019239, -0.0019307, -0.0019338", \
					  "-0.0020296, -0.0020392, -0.0020551, -0.0020695, -0.0020815, -0.0020886, -0.0020939", \
					  "-0.0021923, -0.0022010, -0.0022122, -0.0022253, -0.0022346, -0.0022413, -0.0022452", \
					  "-0.0022946, -0.0023028, -0.0023137, -0.0023252, -0.0023340, -0.0023414, -0.0023466", \
					  "-0.0023493, -0.0023476, -0.0023322, -0.0023343, -0.0023407, -0.0023500, -0.0023611", \
					  "-0.0022190, -0.0022252, -0.0022338, -0.0022675, -0.0022422, -0.0022455, -0.0022500");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0599855, 0.0741021, 0.1028507, 0.1619420, 0.2853584, 0.5478763, 1.1083441", \
					  "0.0627019, 0.0768526, 0.1058457, 0.1656747, 0.2896787, 0.5528394, 1.1128242", \
					  "0.0737961, 0.0873984, 0.1162229, 0.1761982, 0.3026433, 0.5644063, 1.1248227", \
					  "0.1049598, 0.1178194, 0.1447258, 0.2029336, 0.3303005, 0.5956410, 1.1593082", \
					  "0.1629561, 0.1825271, 0.2172914, 0.2736827, 0.3952914, 0.6648823, 1.2257864", \
					  "0.2592798, 0.2901907, 0.3437447, 0.4309761, 0.5674393, 0.8258857, 1.3881930", \
					  "0.4203983, 0.4695731, 0.5551747, 0.6933160, 0.9055828, 1.2204893, 1.7764452");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0538364, 0.0714363, 0.1080968, 0.1869693, 0.3513651, 0.7061288, 1.4677907", \
					  "0.0538502, 0.0708397, 0.1072936, 0.1852538, 0.3518462, 0.7074423, 1.4647553", \
					  "0.0535838, 0.0709014, 0.1074000, 0.1877782, 0.3576616, 0.7078131, 1.4659727", \
					  "0.0596818, 0.0740829, 0.1084198, 0.1854134, 0.3532163, 0.7103792, 1.4681817", \
					  "0.0895534, 0.1040033, 0.1291749, 0.1951642, 0.3541012, 0.7090533, 1.4665894", \
					  "0.1468047, 0.1662211, 0.2016452, 0.2594322, 0.3844360, 0.7091325, 1.4757953", \
					  "0.2507278, 0.2798175, 0.3312735, 0.4137630, 0.5500054, 0.8008021, 1.4762357");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0232101, 0.0274874, 0.0363396, 0.0549659, 0.0942832, 0.1783400, 0.3580968", \
					  "0.0277784, 0.0321676, 0.0411224, 0.0597894, 0.0992314, 0.1832826, 0.3629828", \
					  "0.0378112, 0.0429704, 0.0521357, 0.0710127, 0.1101487, 0.1944994, 0.3744147", \
					  "0.0517054, 0.0596230, 0.0735858, 0.0966277, 0.1362016, 0.2201021, 0.3997105", \
					  "0.0686756, 0.0809340, 0.1017171, 0.1383423, 0.1935565, 0.2800015, 0.4592294", \
					  "0.0835127, 0.1035595, 0.1380865, 0.1928681, 0.2777669, 0.4029886, 0.5952875", \
					  "0.0745749, 0.1066240, 0.1631597, 0.2534210, 0.3881166, 0.5834251, 0.8724405");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0164185, 0.0216935, 0.0333101, 0.0580519, 0.1107000, 0.2219984, 0.4610279", \
					  "0.0162802, 0.0216670, 0.0332383, 0.0580687, 0.1106419, 0.2238136, 0.4602455", \
					  "0.0208975, 0.0248316, 0.0346084, 0.0580216, 0.1103584, 0.2219843, 0.4670750", \
					  "0.0332157, 0.0384563, 0.0489256, 0.0663373, 0.1128607, 0.2216460, 0.4598263", \
					  "0.0568539, 0.0641583, 0.0781270, 0.1003260, 0.1397363, 0.2306223, 0.4603617", \
					  "0.1004458, 0.1103553, 0.1300568, 0.1650393, 0.2166783, 0.3090131, 0.4919365", \
					  "0.1795347, 0.1983915, 0.2309244, 0.2776808, 0.3562426, 0.4799601, 0.6691220");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0611203, 0.0739192, 0.1012567, 0.1588315, 0.2816138, 0.5460816, 1.1031271", \
					  "0.0677946, 0.0805893, 0.1079078, 0.1654775, 0.2881352, 0.5526790, 1.1093128", \
					  "0.0831354, 0.0959189, 0.1232236, 0.1807828, 0.3035688, 0.5676695, 1.1273333", \
					  "0.1160575, 0.1289220, 0.1562446, 0.2138044, 0.3365936, 0.6034014, 1.1679125", \
					  "0.1803836, 0.1969680, 0.2284653, 0.2872831, 0.4100203, 0.6716677, 1.2342755", \
					  "0.2975561, 0.3228995, 0.3681496, 0.4454881, 0.5780310, 0.8417891, 1.4007645", \
					  "0.5001574, 0.5431347, 0.6186865, 0.7390979, 0.9255194, 1.2276047, 1.7932181");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0544716, 0.0717918, 0.1081254, 0.1854720, 0.3528851, 0.7077670, 1.4772930", \
					  "0.0545185, 0.0718149, 0.1082054, 0.1854830, 0.3520862, 0.7167411, 1.4682577", \
					  "0.0546136, 0.0717814, 0.1082156, 0.1855649, 0.3518812, 0.7160697, 1.4649296", \
					  "0.0570771, 0.0732018, 0.1083456, 0.1857853, 0.3528175, 0.7151515, 1.4726746", \
					  "0.0743058, 0.0889508, 0.1192312, 0.1899046, 0.3515619, 0.7124281, 1.4724454", \
					  "0.1155892, 0.1324591, 0.1652673, 0.2281378, 0.3686973, 0.7077120, 1.4669013", \
					  "0.2028114, 0.2251238, 0.2652724, 0.3388106, 0.4766927, 0.7634923, 1.4742113");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0841578, 0.0891640, 0.0990295, 0.1184966, 0.1583565, 0.2423223, 0.4211138", \
					  "0.0888667, 0.0938536, 0.1037531, 0.1232747, 0.1631388, 0.2470106, 0.4266717", \
					  "0.1027192, 0.1077158, 0.1175714, 0.1371376, 0.1769202, 0.2608894, 0.4410689", \
					  "0.1374390, 0.1424263, 0.1522853, 0.1718595, 0.2116967, 0.2957001, 0.4749824", \
					  "0.2061384, 0.2117892, 0.2223605, 0.2426655, 0.2828801, 0.3671840, 0.5464012", \
					  "0.3221098, 0.3291811, 0.3415153, 0.3642070, 0.4060103, 0.4907480, 0.6699494", \
					  "0.5143205, 0.5247227, 0.5412015, 0.5693341, 0.6164388, 0.7029884, 0.8824149");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0218095, 0.0269687, 0.0376921, 0.0606916, 0.1114717, 0.2230298, 0.4595116", \
					  "0.0218547, 0.0269340, 0.0376751, 0.0609245, 0.1115179, 0.2233441, 0.4606137", \
					  "0.0218121, 0.0269670, 0.0377287, 0.0607610, 0.1113825, 0.2225917, 0.4608928", \
					  "0.0218746, 0.0269425, 0.0376634, 0.0609342, 0.1117481, 0.2228959, 0.4602402", \
					  "0.0250968, 0.0299412, 0.0402913, 0.0626834, 0.1123058, 0.2227569, 0.4606158", \
					  "0.0330773, 0.0377791, 0.0476281, 0.0688908, 0.1156432, 0.2234006, 0.4603951", \
					  "0.0482472, 0.0534442, 0.0636695, 0.0839293, 0.1270605, 0.2276728, 0.4632075");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0297143, 0.0297143, 0.0297143, 0.0297143, 0.0297143, 0.0297143, 0.0297143", \
					  "0.0351701, 0.0351866, 0.0351866, 0.0351866, 0.0351866, 0.0351866, 0.0351866", \
					  "0.0465347, 0.0466656, 0.0466656, 0.0466656, 0.0466656, 0.0466656, 0.0466656", \
					  "0.0618195, 0.0618195, 0.0618385, 0.0618670, 0.0618670, 0.0618670, 0.0618670", \
					  "0.0775470, 0.0776120, 0.0776120, 0.0776120, 0.0776120, 0.0776120, 0.0776120", \
					  "0.0957050, 0.0957050, 0.0957050, 0.0957050, 0.0957050, 0.0957050, 0.0957050", \
					  "0.0975446, 0.0975446, 0.1012239, 0.1012456, 0.1014604, 0.1014604, 0.1014604");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0018802, 0.00244869, 0.00366353, 0.00625962, 0.0118074, 0.0236628, 0.0489976");
					values("0.0120268, 0.0120563, 0.0120563, 0.0120563, 0.0120563, 0.0120563, 0.0120563", \
					  "0.0127400, 0.0127787, 0.0128208, 0.0128823, 0.0128823, 0.0128862, 0.0128862", \
					  "0.0114565, 0.0114565, 0.0114565, 0.0114915, 0.0114915, 0.0114933, 0.0114933", \
					  "0.0022355, 0.0022355, 0.0022355, 0.0022355, 0.0022355, 0.0022355, 0.0022355", \
					  "-0.0271114, -0.0271114, -0.0271114, -0.0265664, -0.0265130, -0.0265130, -0.0265130", \
					  "-0.0971913, -0.0960657, -0.0960657, -0.0960657, -0.0960657, -0.0960657, -0.0960657", \
					  "-0.2607779, -0.2607779, -0.2607779, -0.2600295, -0.2600295, -0.2524097, -0.2524097");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvn_1") {
		area : 6.256000;
		cell_footprint : "einvn";
		cell_leakage_power : 3.493493e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004632";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "5.9259563e-05";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0004645";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0004104";
			when : "A&!TEB";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002112;
			capacitance : 0.002246;
			rise_capacitance : 0.002381;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016944, -0.0016975, -0.0017044, -0.0017042, -0.0017035, -0.0017021, -0.0016988");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022913, 0.0022881, 0.0022809, 0.0022849, 0.0022942, 0.0023157, 0.0023651");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003007;
			capacitance : 0.002785;
			fall_capacitance : 0.002564;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TEB)";
			max_capacitance : 0.064097;
			capacitance : 0.001846;
			max_transition : 1.477048;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0037521, 0.0046112, 0.0064505, 0.0104099, 0.0189965, 0.0381543, 0.0808290", \
					  "0.0035355, 0.0043751, 0.0062055, 0.0101954, 0.0189623, 0.0382061, 0.0807697", \
					  "0.0034007, 0.0041870, 0.0060084, 0.0099128, 0.0186798, 0.0380265, 0.0807390", \
					  "0.0033352, 0.0041071, 0.0058647, 0.0097466, 0.0183815, 0.0377944, 0.0805427", \
					  "0.0032678, 0.0040966, 0.0057444, 0.0096031, 0.0182088, 0.0372591, 0.0805985", \
					  "0.0034335, 0.0040746, 0.0057564, 0.0098079, 0.0180569, 0.0373610, 0.0799959", \
					  "0.0033702, 0.0040986, 0.0057347, 0.0096982, 0.0181955, 0.0372127, 0.0799856");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0008746, 0.0001886, -0.0014267, -0.0051644, -0.0136919, -0.0329415, -0.0761812", \
					  "0.0007584, 0.0001010, -0.0014713, -0.0051775, -0.0136753, -0.0329001, -0.0761335", \
					  "0.0006075, -5.0900000e-05, -0.0015858, -0.0052450, -0.0136943, -0.0328793, -0.0761002", \
					  "0.0004593, -0.0002200, -0.0017827, -0.0054076, -0.0137939, -0.0329181, -0.0761156", \
					  "0.0004487, -0.0002419, -0.0018722, -0.0055784, -0.0139801, -0.0330288, -0.0761743", \
					  "0.0004145, -0.0003175, -0.0019984, -0.0056465, -0.0141494, -0.0332645, -0.0762897", \
					  "0.0008372, -0.0001451, -0.0018649, -0.0057066, -0.0142468, -0.0332677, -0.0764433");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0129236, 0.0136727, 0.0153598, 0.0191566, 0.0276857, 0.0467213, 0.0895267", \
					  "0.0127928, 0.0135436, 0.0152294, 0.0190092, 0.0275567, 0.0465377, 0.0895598", \
					  "0.0126756, 0.0134289, 0.0151163, 0.0189286, 0.0273929, 0.0464421, 0.0893802", \
					  "0.0126333, 0.0133709, 0.0150588, 0.0188572, 0.0273873, 0.0464844, 0.0891974", \
					  "0.0125828, 0.0133385, 0.0150383, 0.0188181, 0.0272914, 0.0465682, 0.0891175", \
					  "0.0125863, 0.0133663, 0.0150633, 0.0188475, 0.0273427, 0.0463737, 0.0893340", \
					  "0.0124574, 0.0132197, 0.0149070, 0.0189602, 0.0275915, 0.0466846, 0.0892113");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("-0.0022021, -0.0021680, -0.0021102, -0.0020452, -0.0019810, -0.0019484, -0.0019210", \
					  "-0.0023494, -0.0023014, -0.0022382, -0.0021741, -0.0021127, -0.0020740, -0.0020525", \
					  "-0.0025339, -0.0025021, -0.0024503, -0.0023827, -0.0023201, -0.0022836, -0.0022569", \
					  "-0.0027636, -0.0027422, -0.0026904, -0.0026139, -0.0025422, -0.0024739, -0.0024404", \
					  "-0.0029088, -0.0028859, -0.0028438, -0.0027708, -0.0026757, -0.0025893, -0.0025307", \
					  "-0.0030634, -0.0030514, -0.0030284, -0.0029783, -0.0028913, -0.0027837, -0.0026928", \
					  "-0.0029780, -0.0029720, -0.0029581, -0.0029318, -0.0028381, -0.0027494, -0.0026328");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0105137, 0.0098374, 0.0082420, 0.0044884, -0.0040641, -0.0233219, -0.0665834", \
					  "0.0103729, 0.0096953, 0.0081057, 0.0043549, -0.0042025, -0.0234589, -0.0667203", \
					  "0.0102834, 0.0096045, 0.0080024, 0.0042478, -0.0043049, -0.0235679, -0.0668263", \
					  "0.0102373, 0.0095730, 0.0079795, 0.0041978, -0.0043582, -0.0236171, -0.0668742", \
					  "0.0097761, 0.0092342, 0.0078454, 0.0041576, -0.0043930, -0.0236585, -0.0669172", \
					  "0.0101080, 0.0093517, 0.0076547, 0.0038407, -0.0046758, -0.0236271, -0.0668861", \
					  "0.0104010, 0.0096744, 0.0078562, 0.0040440, -0.0044835, -0.0237508, -0.0666427");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("-0.0025441, -0.0025551, -0.0025714, -0.0025908, -0.0026105, -0.0026275, -0.0026443", \
					  "-0.0026939, -0.0027090, -0.0027181, -0.0027174, -0.0027357, -0.0027455, -0.0027519", \
					  "-0.0028594, -0.0028713, -0.0028876, -0.0029082, -0.0029248, -0.0029360, -0.0029451", \
					  "-0.0030523, -0.0030614, -0.0030686, -0.0030975, -0.0031017, -0.0031220, -0.0031273", \
					  "-0.0031805, -0.0031779, -0.0031950, -0.0032272, -0.0032560, -0.0032688, -0.0032756", \
					  "-0.0032541, -0.0032604, -0.0032731, -0.0032904, -0.0033023, -0.0033108, -0.0033160", \
					  "-0.0031272, -0.0031336, -0.0031440, -0.0031850, -0.0031809, -0.0031863, -0.0031935");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0531817, 0.0649695, 0.0902029, 0.1439476, 0.2621801, 0.5239559, 1.1120568", \
					  "0.0560800, 0.0677840, 0.0924818, 0.1471425, 0.2662582, 0.5296246, 1.1176345", \
					  "0.0680622, 0.0788097, 0.1037825, 0.1569799, 0.2764922, 0.5408621, 1.1253818", \
					  "0.1005867, 0.1108133, 0.1343011, 0.1876438, 0.3042666, 0.5676577, 1.1565867", \
					  "0.1589822, 0.1743126, 0.2063187, 0.2605483, 0.3771290, 0.6346659, 1.2242222", \
					  "0.2582384, 0.2859775, 0.3339360, 0.4145442, 0.5498809, 0.8094776, 1.3998784", \
					  "0.4363616, 0.4782711, 0.5531509, 0.6832538, 0.8905930, 1.2086991, 1.7898030");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0491088, 0.0629188, 0.0945648, 0.1647655, 0.3202856, 0.6709805, 1.4638777", \
					  "0.0489605, 0.0628810, 0.0944662, 0.1641170, 0.3252700, 0.6744015, 1.4665915", \
					  "0.0484130, 0.0627236, 0.0941149, 0.1641694, 0.3198974, 0.6752980, 1.4627933", \
					  "0.0551503, 0.0667607, 0.0950117, 0.1648842, 0.3218150, 0.6744413, 1.4653392", \
					  "0.0846769, 0.0979238, 0.1183369, 0.1734922, 0.3223829, 0.6734590, 1.4636319", \
					  "0.1402168, 0.1548375, 0.1857779, 0.2445108, 0.3559387, 0.6811440, 1.4600010", \
					  "0.2378474, 0.2639864, 0.3092031, 0.3882193, 0.5226793, 0.7705666, 1.4691948");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0172487, 0.0198798, 0.0255161, 0.0378960, 0.0655536, 0.1276261, 0.2671179", \
					  "0.0216179, 0.0242647, 0.0300862, 0.0423704, 0.0702081, 0.1323865, 0.2718008", \
					  "0.0290807, 0.0329201, 0.0402074, 0.0531130, 0.0805169, 0.1427987, 0.2826502", \
					  "0.0378079, 0.0438428, 0.0547994, 0.0741878, 0.1055589, 0.1673405, 0.3070547", \
					  "0.0448891, 0.0541337, 0.0708926, 0.1012857, 0.1490696, 0.2242356, 0.3621235", \
					  "0.0400487, 0.0554461, 0.0833126, 0.1299150, 0.2031206, 0.3186139, 0.4905996", \
					  "-0.0096193, 0.0158532, 0.0630057, 0.1403554, 0.2595011, 0.4369356, 0.7022454");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0109990, 0.0142357, 0.0216686, 0.0378329, 0.0753661, 0.1573162, 0.3419934", \
					  "0.0116211, 0.0146101, 0.0216480, 0.0383409, 0.0754839, 0.1574281, 0.3415919", \
					  "0.0172947, 0.0201706, 0.0255949, 0.0395250, 0.0752675, 0.1579569, 0.3413207", \
					  "0.0280681, 0.0318924, 0.0393449, 0.0534929, 0.0815348, 0.1577281, 0.3424768", \
					  "0.0485555, 0.0544320, 0.0654978, 0.0837318, 0.1163799, 0.1772701, 0.3441314", \
					  "0.0877473, 0.0968051, 0.1115469, 0.1394983, 0.1842258, 0.2605872, 0.3996583", \
					  "0.1614698, 0.1745041, 0.1998524, 0.2403977, 0.3086587, 0.4179577, 0.5884808");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0653538, 0.0761667, 0.0998663, 0.1518110, 0.2681707, 0.5305227, 1.1132465", \
					  "0.0720864, 0.0828905, 0.1065650, 0.1585415, 0.2746150, 0.5371757, 1.1213483", \
					  "0.0877812, 0.0985366, 0.1222002, 0.1742689, 0.2906514, 0.5506181, 1.1430498", \
					  "0.1230930, 0.1339011, 0.1575575, 0.2094920, 0.3257448, 0.5941155, 1.1708559", \
					  "0.1930649, 0.2065309, 0.2335704, 0.2864429, 0.4028992, 0.6653845, 1.2506092", \
					  "0.3216444, 0.3422483, 0.3815149, 0.4517120, 0.5780063, 0.8400466, 1.4258503", \
					  "0.5506464, 0.5860474, 0.6517633, 0.7625117, 0.9429207, 1.2434818, 1.8353868");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0518965, 0.0656037, 0.0961882, 0.1649448, 0.3226548, 0.6787793, 1.4697198", \
					  "0.0518445, 0.0655048, 0.0960809, 0.1646804, 0.3224830, 0.6713165, 1.4579516", \
					  "0.0517691, 0.0654093, 0.0958430, 0.1646624, 0.3201749, 0.6728257, 1.4770475", \
					  "0.0530565, 0.0660863, 0.0961652, 0.1649271, 0.3220021, 0.6835724, 1.4655266", \
					  "0.0675273, 0.0794299, 0.1053529, 0.1682506, 0.3198834, 0.6817490, 1.4627838", \
					  "0.1046739, 0.1186589, 0.1471813, 0.2043958, 0.3369795, 0.6720096, 1.4654351", \
					  "0.1850063, 0.2036901, 0.2405769, 0.3076988, 0.4405476, 0.7238983, 1.4742451");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0669720, 0.0702615, 0.0770052, 0.0906841, 0.1191655, 0.1814831, 0.3211611", \
					  "0.0722488, 0.0755552, 0.0822708, 0.0959412, 0.1244779, 0.1866980, 0.3261747", \
					  "0.0867564, 0.0900429, 0.0965866, 0.1102635, 0.1387448, 0.2010624, 0.3407664", \
					  "0.1212458, 0.1245588, 0.1313456, 0.1452632, 0.1737788, 0.2360740, 0.3757202", \
					  "0.1859726, 0.1898560, 0.1977438, 0.2125317, 0.2419882, 0.3045913, 0.4435929", \
					  "0.2941427, 0.2993966, 0.3094101, 0.3274838, 0.3592882, 0.4230652, 0.5627950", \
					  "0.4751958, 0.4827057, 0.4966088, 0.5202959, 0.5592681, 0.6279307, 0.7684272");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0161875, 0.0192847, 0.0261203, 0.0414705, 0.0764771, 0.1582136, 0.3422974", \
					  "0.0161490, 0.0193024, 0.0261741, 0.0414629, 0.0765716, 0.1580437, 0.3415922", \
					  "0.0161802, 0.0193092, 0.0261215, 0.0414866, 0.0764573, 0.1583288, 0.3424418", \
					  "0.0164280, 0.0195378, 0.0263409, 0.0415119, 0.0765546, 0.1577350, 0.3410683", \
					  "0.0205668, 0.0234685, 0.0299933, 0.0445683, 0.0783422, 0.1580911, 0.3412154", \
					  "0.0290268, 0.0321487, 0.0385552, 0.0528008, 0.0842213, 0.1601089, 0.3410090", \
					  "0.0440728, 0.0478210, 0.0556188, 0.0696406, 0.0992663, 0.1680949, 0.3454526");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0301375, 0.0301375, 0.0302811, 0.0302811, 0.0302811, 0.0302811, 0.0302811", \
					  "0.0354566, 0.0354566, 0.0354566, 0.0354566, 0.0355228, 0.0355331, 0.0355331", \
					  "0.0467565, 0.0467565, 0.0467565, 0.0469048, 0.0469048, 0.0469048, 0.0469062", \
					  "0.0610903, 0.0610903, 0.0610903, 0.0610903, 0.0611862, 0.0611862, 0.0611862", \
					  "0.0807020, 0.0807020, 0.0807242, 0.0807750, 0.0814818, 0.0814818, 0.0814818", \
					  "0.1055696, 0.1055696, 0.1055696, 0.1061160, 0.1061160, 0.1061160, 0.1061160", \
					  "0.1209873, 0.1209873, 0.1209873, 0.1209873, 0.1209873, 0.1209873, 0.1209873");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0023459, 0.00296865, 0.00436701, 0.00750703, 0.0145579, 0.0303906, 0.0659428");
					values("0.0192218, 0.0192218, 0.0192405, 0.0192405, 0.0193003, 0.0193003, 0.0193003", \
					  "0.0183519, 0.0183519, 0.0183774, 0.0184264, 0.0184313, 0.0184515, 0.0184515", \
					  "0.0172253, 0.0172253, 0.0172253, 0.0172253, 0.0172253, 0.0172253, 0.0172253", \
					  "0.0061090, 0.0061090, 0.0068333, 0.0068333, 0.0068333, 0.0068333, 0.0068333", \
					  "-0.0270263, -0.0270263, -0.0270263, -0.0266442, -0.0266442, -0.0266442, -0.0266442", \
					  "-0.1088405, -0.1088405, -0.1088405, -0.1088405, -0.1088405, -0.1088405, -0.1088405", \
					  "-0.2956585, -0.2956585, -0.2956585, -0.2956585, -0.2956585, -0.2956585, -0.2956585");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvn_2") {
		area : 8.758400;
		cell_footprint : "einvn";
		cell_leakage_power : 4.359540e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004658";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "5.4371519e-05";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0004674";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0007563";
			when : "A&!TEB";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003798;
			capacitance : 0.004030;
			rise_capacitance : 0.004261;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024813, -0.0024754, -0.0024616, -0.0024628, -0.0024656, -0.0024720, -0.0024867");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032896, 0.0032828, 0.0032670, 0.0032651, 0.0032607, 0.0032505, 0.0032270");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003969;
			capacitance : 0.003668;
			fall_capacitance : 0.003367;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TEB)";
			max_capacitance : 0.114451;
			capacitance : 0.002678;
			max_transition : 1.493319;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0059660, 0.0070522, 0.0095726, 0.0153312, 0.0289682, 0.0625094, 0.1450154", \
					  "0.0056558, 0.0067247, 0.0091407, 0.0149495, 0.0287710, 0.0621016, 0.1440352", \
					  "0.0054679, 0.0064365, 0.0087721, 0.0145123, 0.0285524, 0.0619428, 0.1446229", \
					  "0.0053767, 0.0062970, 0.0086111, 0.0142856, 0.0280522, 0.0618630, 0.1446133", \
					  "0.0053939, 0.0062976, 0.0085074, 0.0139973, 0.0277033, 0.0612794, 0.1434537", \
					  "0.0057193, 0.0065995, 0.0087613, 0.0142172, 0.0275801, 0.0610411, 0.1428233", \
					  "0.0065004, 0.0073235, 0.0093937, 0.0146979, 0.0281344, 0.0610062, 0.1437012");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0007692, 8.8000000e-06, -0.0020296, -0.0073207, -0.0207492, -0.0542306, -0.1371617", \
					  "0.0004994, -0.0002339, -0.0022014, -0.0073801, -0.0207204, -0.0541546, -0.1370700", \
					  "0.0001604, -0.0005868, -0.0025092, -0.0075937, -0.0208130, -0.0541737, -0.1370418", \
					  "-5.7300000e-05, -0.0008873, -0.0028755, -0.0079990, -0.0210432, -0.0542781, -0.1370706", \
					  "-6.9100000e-05, -0.0008401, -0.0030147, -0.0081972, -0.0214553, -0.0545040, -0.1371742", \
					  "4.3200000e-05, -0.0008212, -0.0030333, -0.0083709, -0.0215733, -0.0548594, -0.1374066", \
					  "0.0011159, 0.0001000, -0.0025019, -0.0081425, -0.0217483, -0.0549734, -0.1377071");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0195175, 0.0204134, 0.0225984, 0.0280191, 0.0414862, 0.0747775, 0.1563714", \
					  "0.0193875, 0.0202840, 0.0224612, 0.0278809, 0.0413456, 0.0743589, 0.1566785", \
					  "0.0192683, 0.0201537, 0.0223438, 0.0277621, 0.0412263, 0.0742413, 0.1565612", \
					  "0.0191785, 0.0200744, 0.0222682, 0.0276806, 0.0411326, 0.0742206, 0.1561706", \
					  "0.0191680, 0.0200582, 0.0222320, 0.0276716, 0.0410879, 0.0743812, 0.1562040", \
					  "0.0187128, 0.0198130, 0.0222777, 0.0277400, 0.0410839, 0.0744548, 0.1561947", \
					  "0.0188198, 0.0196721, 0.0219167, 0.0273726, 0.0413925, 0.0743412, 0.1563567");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("-0.0042700, -0.0042050, -0.0040911, -0.0039293, -0.0037913, -0.0036976, -0.0036446", \
					  "-0.0044025, -0.0043460, -0.0042386, -0.0040905, -0.0039376, -0.0038430, -0.0037965", \
					  "-0.0045886, -0.0045359, -0.0044318, -0.0042707, -0.0041365, -0.0040321, -0.0039758", \
					  "-0.0048678, -0.0048109, -0.0047180, -0.0045522, -0.0043753, -0.0042499, -0.0041811", \
					  "-0.0051057, -0.0050685, -0.0049904, -0.0048507, -0.0046555, -0.0044720, -0.0043577", \
					  "-0.0052574, -0.0052306, -0.0051714, -0.0050637, -0.0048883, -0.0046769, -0.0045033", \
					  "-0.0052252, -0.0053005, -0.0052613, -0.0051857, -0.0047877, -0.0048794, -0.0046683");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0164125, 0.0156223, 0.0135850, 0.0083028, -0.0051767, -0.0386941, -0.1216481", \
					  "0.0163058, 0.0154858, 0.0134562, 0.0081740, -0.0053045, -0.0388248, -0.1217779", \
					  "0.0161714, 0.0153847, 0.0133404, 0.0080519, -0.0054283, -0.0389472, -0.1219008", \
					  "0.0160808, 0.0152977, 0.0132573, 0.0079706, -0.0055116, -0.0390311, -0.1219980", \
					  "0.0159184, 0.0151506, 0.0131706, 0.0079921, -0.0054703, -0.0390002, -0.1219585", \
					  "0.0160508, 0.0151521, 0.0129387, 0.0074513, -0.0058176, -0.0390647, -0.1220349", \
					  "0.0162445, 0.0153306, 0.0131302, 0.0076410, -0.0058905, -0.0394463, -0.1218759");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("-0.0045112, -0.0045221, -0.0045510, -0.0045722, -0.0045664, -0.0045982, -0.0046121", \
					  "-0.0046638, -0.0046736, -0.0046972, -0.0047375, -0.0047828, -0.0048167, -0.0048392", \
					  "-0.0048544, -0.0048670, -0.0048873, -0.0049295, -0.0049710, -0.0050071, -0.0050224", \
					  "-0.0050878, -0.0050972, -0.0051238, -0.0051335, -0.0051810, -0.0051906, -0.0052106", \
					  "-0.0052475, -0.0052540, -0.0052649, -0.0053265, -0.0053566, -0.0053440, -0.0053551", \
					  "-0.0053573, -0.0053650, -0.0053779, -0.0053985, -0.0054218, -0.0054354, -0.0054471", \
					  "-0.0052599, -0.0052204, -0.0052300, -0.0052530, -0.0052852, -0.0053012, -0.0053106");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0429222, 0.0512973, 0.0705511, 0.1154387, 0.2207794, 0.4789962, 1.1227851", \
					  "0.0462740, 0.0542137, 0.0730640, 0.1178488, 0.2248099, 0.4828566, 1.1176835", \
					  "0.0583233, 0.0656040, 0.0836636, 0.1278289, 0.2357362, 0.4955643, 1.1299137", \
					  "0.0886106, 0.0970647, 0.1146987, 0.1573185, 0.2639420, 0.5259648, 1.1689792", \
					  "0.1383315, 0.1518344, 0.1791550, 0.2305565, 0.3336766, 0.5930965, 1.2332956", \
					  "0.2228311, 0.2437850, 0.2875135, 0.3684245, 0.5037954, 0.7604988, 1.3953668", \
					  "0.3728595, 0.4049263, 0.4722677, 0.5974834, 0.8099551, 1.1522940, 1.7841131");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0376512, 0.0470933, 0.0702761, 0.1274707, 0.2673871, 0.6173623, 1.4825010", \
					  "0.0375061, 0.0470228, 0.0701973, 0.1273219, 0.2677661, 0.6146605, 1.4731957", \
					  "0.0369958, 0.0466156, 0.0699251, 0.1272483, 0.2712306, 0.6149820, 1.4763667", \
					  "0.0486714, 0.0551647, 0.0738256, 0.1272611, 0.2686401, 0.6172071, 1.4812059", \
					  "0.0745810, 0.0839441, 0.1044309, 0.1455330, 0.2703963, 0.6155185, 1.4728735", \
					  "0.1219629, 0.1366503, 0.1650157, 0.2169028, 0.3188813, 0.6233989, 1.4746147", \
					  "0.2048008, 0.2264303, 0.2699952, 0.3505364, 0.4871666, 0.7373587, 1.4933187");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0154753, 0.0173824, 0.0217953, 0.0322601, 0.0576367, 0.1206151, 0.2767108", \
					  "0.0196951, 0.0216196, 0.0260261, 0.0365777, 0.0621225, 0.1251704, 0.2812167", \
					  "0.0257086, 0.0287820, 0.0351453, 0.0470620, 0.0724956, 0.1357623, 0.2919652", \
					  "0.0315632, 0.0364732, 0.0463957, 0.0648543, 0.0967633, 0.1595078, 0.3154474", \
					  "0.0335787, 0.0410775, 0.0568545, 0.0858311, 0.1345206, 0.2153715, 0.3703710", \
					  "0.0183434, 0.0310057, 0.0562270, 0.1011312, 0.1786781, 0.3017185, 0.4997621", \
					  "-0.0513566, -0.0281821, 0.0121530, 0.0877468, 0.2110447, 0.4045602, 0.7055325");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0087748, 0.0110665, 0.0167106, 0.0306093, 0.0653662, 0.1499611, 0.3597041", \
					  "0.0096779, 0.0115940, 0.0167565, 0.0305173, 0.0654146, 0.1506944, 0.3599415", \
					  "0.0146205, 0.0168669, 0.0218859, 0.0328549, 0.0653461, 0.1507817, 0.3595559", \
					  "0.0241417, 0.0271497, 0.0337777, 0.0470715, 0.0736703, 0.1506808, 0.3627675", \
					  "0.0425613, 0.0473665, 0.0565267, 0.0745410, 0.1089123, 0.1724470, 0.3615922", \
					  "0.0772441, 0.0840154, 0.0987097, 0.1276486, 0.1739696, 0.2551189, 0.4128262", \
					  "0.1464130, 0.1548788, 0.1790199, 0.2212543, 0.2891645, 0.4037231, 0.6076917");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0524157, 0.0594256, 0.0766650, 0.1189929, 0.2225878, 0.4799728, 1.1122293", \
					  "0.0591644, 0.0661625, 0.0833828, 0.1256304, 0.2293980, 0.4863432, 1.1225675", \
					  "0.0747327, 0.0817624, 0.0990085, 0.1412890, 0.2449758, 0.5018114, 1.1384971", \
					  "0.1071907, 0.1145865, 0.1319754, 0.1742805, 0.2779012, 0.5359133, 1.1713409", \
					  "0.1663917, 0.1763032, 0.1982740, 0.2449345, 0.3491639, 0.6066554, 1.2385581", \
					  "0.2731443, 0.2892879, 0.3216836, 0.3859107, 0.5088927, 0.7680888, 1.4022092", \
					  "0.4560752, 0.4838940, 0.5407508, 0.6453278, 0.8226708, 1.1351750, 1.7781839");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0388205, 0.0480546, 0.0711477, 0.1278194, 0.2678128, 0.6165723, 1.4727424", \
					  "0.0388318, 0.0481195, 0.0711553, 0.1278624, 0.2680905, 0.6150506, 1.4908009", \
					  "0.0387799, 0.0479743, 0.0711364, 0.1278363, 0.2681458, 0.6150834, 1.4910266", \
					  "0.0418054, 0.0505108, 0.0722893, 0.1278992, 0.2683878, 0.6167473, 1.4745583", \
					  "0.0559306, 0.0649556, 0.0856312, 0.1355327, 0.2691886, 0.6162651, 1.4798396", \
					  "0.0905671, 0.1004187, 0.1241971, 0.1753078, 0.2928290, 0.6213607, 1.4756354", \
					  "0.1657514, 0.1800856, 0.2107073, 0.2707500, 0.3952553, 0.6784989, 1.4828666");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0749520, 0.0776760, 0.0836250, 0.0964024, 0.1240130, 0.1879426, 0.3443105", \
					  "0.0803473, 0.0831032, 0.0891014, 0.1018470, 0.1294516, 0.1934238, 0.3498011", \
					  "0.0946487, 0.0973747, 0.1033654, 0.1161150, 0.1437219, 0.2076608, 0.3640295", \
					  "0.1291181, 0.1318724, 0.1378442, 0.1505944, 0.1782229, 0.2421636, 0.3984815", \
					  "0.1986586, 0.2019273, 0.2089080, 0.2227869, 0.2514161, 0.3157759, 0.4721171", \
					  "0.3148939, 0.3193170, 0.3285991, 0.3462559, 0.3790846, 0.4456737, 0.6025108", \
					  "0.5076417, 0.5139044, 0.5272427, 0.5514377, 0.5934753, 0.6678116, 0.8264785");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0157360, 0.0179794, 0.0233943, 0.0365010, 0.0687729, 0.1514913, 0.3607223", \
					  "0.0157350, 0.0179587, 0.0234979, 0.0364637, 0.0687072, 0.1514139, 0.3598468", \
					  "0.0156925, 0.0179923, 0.0234380, 0.0365077, 0.0687515, 0.1515070, 0.3604932", \
					  "0.0158336, 0.0180450, 0.0235158, 0.0365403, 0.0688000, 0.1514928, 0.3623499", \
					  "0.0196530, 0.0217840, 0.0269698, 0.0394354, 0.0703799, 0.1514925, 0.3592618", \
					  "0.0282219, 0.0305887, 0.0359598, 0.0480287, 0.0776640, 0.1546367, 0.3602933", \
					  "0.0436190, 0.0464806, 0.0525038, 0.0660772, 0.0941709, 0.1658992, 0.3633021");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0379820, 0.0381179, 0.0381179, 0.0382329, 0.0382329, 0.0382329, 0.0382329", \
					  "0.0435650, 0.0435650, 0.0435650, 0.0435894, 0.0435894, 0.0435894, 0.0435894", \
					  "0.0556425, 0.0556425, 0.0556665, 0.0556665, 0.0556665, 0.0556669, 0.0556669", \
					  "0.0746969, 0.0749291, 0.0749291, 0.0749291, 0.0749291, 0.0749291, 0.0749291", \
					  "0.1018024, 0.1028136, 0.1028136, 0.1028136, 0.1037324, 0.1037324, 0.1037324", \
					  "0.1406268, 0.1406268, 0.1406268, 0.1406268, 0.1406268, 0.1406268, 0.1407559", \
					  "0.1772050, 0.1772050, 0.1772050, 0.1772050, 0.1788436, 0.1788436, 0.1788436");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0031777, 0.00391434, 0.00573628, 0.0102424, 0.0213875, 0.0489525, 0.117129");
					values("0.0292952, 0.0292952, 0.0294790, 0.0294790, 0.0294790, 0.0294790, 0.0294790", \
					  "0.0310288, 0.0310288, 0.0310288, 0.0310288, 0.0310288, 0.0310288, 0.0310288", \
					  "0.0297836, 0.0297836, 0.0297836, 0.0298225, 0.0298225, 0.0298872, 0.0298872", \
					  "0.0159744, 0.0159744, 0.0159744, 0.0159744, 0.0159844, 0.0159844, 0.0159844", \
					  "-0.0163457, -0.0163457, -0.0163457, -0.0163457, -0.0163457, -0.0163457, -0.0144511", \
					  "-0.0782385, -0.0782385, -0.0782385, -0.0782385, -0.0779271, -0.0749945, -0.0749945", \
					  "-0.2425517, -0.2425517, -0.2425517, -0.2425517, -0.2425517, -0.2423495, -0.2419604");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvn_4") {
		area : 13.763200;
		cell_footprint : "einvn";
		cell_leakage_power : 3.611397e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0125493";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "7.3387050e-05";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0003717";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0014512";
			when : "A&!TEB";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007330;
			capacitance : 0.007735;
			rise_capacitance : 0.008140;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050575, -0.0050564, -0.0050539, -0.0050534, -0.0050521, -0.0050491, -0.0050421");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061143, 0.0061010, 0.0060703, 0.0060742, 0.0060832, 0.0061038, 0.0061515");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.006618;
			capacitance : 0.006031;
			fall_capacitance : 0.005444;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TEB)";
			max_capacitance : 0.214243;
			capacitance : 0.004279;
			max_transition : 1.512575;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00137286, 0.003769488, 0.01034996, 0.02841809, 0.07802811, 0.2142433");
					values("0.0110913, 0.0124941, 0.0160501, 0.0249063, 0.0475739, 0.1077753, 0.2709439", \
					  "0.0105797, 0.0118344, 0.0153415, 0.0240743, 0.0468535, 0.1071804, 0.2709287", \
					  "0.0103675, 0.0115378, 0.0147440, 0.0231438, 0.0460461, 0.1074302, 0.2722894", \
					  "0.0101537, 0.0112920, 0.0143026, 0.0225772, 0.0451215, 0.1057963, 0.2706659", \
					  "0.0102182, 0.0113079, 0.0142218, 0.0222955, 0.0443523, 0.1048972, 0.2706634", \
					  "0.0106723, 0.0117036, 0.0145391, 0.0223819, 0.0442615, 0.1048806, 0.2700429", \
					  "0.0123203, 0.0132791, 0.0160177, 0.0236758, 0.0449950, 0.1044080, 0.2693039");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00137286, 0.003769488, 0.01034996, 0.02841809, 0.07802811, 0.2142433");
					values("-0.0003159, -0.0011605, -0.0036932, -0.0112378, -0.0328711, -0.0930740, -0.2587767", \
					  "-0.0008088, -0.0016475, -0.0040720, -0.0114024, -0.0328353, -0.0929322, -0.2585992", \
					  "-0.0013554, -0.0022312, -0.0046858, -0.0118742, -0.0330179, -0.0929082, -0.2584639", \
					  "-0.0016968, -0.0026173, -0.0052071, -0.0125837, -0.0334700, -0.0930952, -0.2585045", \
					  "-0.0018782, -0.0028593, -0.0055919, -0.0131787, -0.0343169, -0.0936494, -0.2587195", \
					  "-0.0013709, -0.0024262, -0.0053969, -0.0132412, -0.0348165, -0.0942781, -0.2591297", \
					  "0.0003390, -0.0009095, -0.0040705, -0.0121963, -0.0343820, -0.0941706, -0.2595788");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00137286, 0.003769488, 0.01034996, 0.02841809, 0.07802811, 0.2142433");
					values("0.0349332, 0.0360464, 0.0389941, 0.0469055, 0.0686503, 0.1282834, 0.2940217", \
					  "0.0347319, 0.0358546, 0.0387932, 0.0466968, 0.0684800, 0.1281064, 0.2927137", \
					  "0.0345514, 0.0356659, 0.0386016, 0.0465049, 0.0683057, 0.1282154, 0.2925468", \
					  "0.0344372, 0.0355540, 0.0385019, 0.0464146, 0.0681812, 0.1282198, 0.2925326", \
					  "0.0343995, 0.0354850, 0.0385047, 0.0463683, 0.0681102, 0.1283085, 0.2915586", \
					  "0.0338450, 0.0352076, 0.0384058, 0.0464829, 0.0680403, 0.1281397, 0.2914929", \
					  "0.0338557, 0.0349194, 0.0378241, 0.0457503, 0.0683507, 0.1278649, 0.2913619");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00137286, 0.003769488, 0.01034996, 0.02841809, 0.07802811, 0.2142433");
					values("-0.0081191, -0.0080402, -0.0078645, -0.0075840, -0.0072367, -0.0069821, -0.0068651", \
					  "-0.0083320, -0.0082579, -0.0080995, -0.0077865, -0.0074659, -0.0072507, -0.0071311", \
					  "-0.0086275, -0.0085566, -0.0083972, -0.0081075, -0.0077698, -0.0075158, -0.0073772", \
					  "-0.0090664, -0.0090044, -0.0088468, -0.0085584, -0.0081961, -0.0078808, -0.0077181", \
					  "-0.0095079, -0.0094590, -0.0093396, -0.0090872, -0.0086826, -0.0082768, -0.0080200", \
					  "-0.0097907, -0.0097564, -0.0096707, -0.0094690, -0.0091155, -0.0086524, -0.0082698", \
					  "-0.0096965, -0.0097445, -0.0096759, -0.0094466, -0.0092900, -0.0089323, -0.0084660");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00137286, 0.003769488, 0.01034996, 0.02841809, 0.07802811, 0.2142433");
					values("0.0275989, 0.0266605, 0.0240476, 0.0165574, -0.0050724, -0.0653679, -0.2311247", \
					  "0.0274075, 0.0264680, 0.0238613, 0.0163728, -0.0052644, -0.0655677, -0.2313108", \
					  "0.0272372, 0.0262603, 0.0236477, 0.0161890, -0.0054401, -0.0657443, -0.2314717", \
					  "0.0271336, 0.0261943, 0.0235741, 0.0160977, -0.0055365, -0.0658375, -0.2315695", \
					  "0.0269509, 0.0260131, 0.0233848, 0.0159487, -0.0056350, -0.0659303, -0.2316695", \
					  "0.0271016, 0.0260527, 0.0231242, 0.0150777, -0.0058701, -0.0659007, -0.2316526", \
					  "0.0276689, 0.0266028, 0.0236805, 0.0156810, -0.0062962, -0.0667069, -0.2314804");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00137286, 0.003769488, 0.01034996, 0.02841809, 0.07802811, 0.2142433");
					values("-0.0088291, -0.0088401, -0.0088630, -0.0088992, -0.0089550, -0.0090020, -0.0090293", \
					  "-0.0090427, -0.0090353, -0.0090589, -0.0091006, -0.0091606, -0.0092155, -0.0092203", \
					  "-0.0093053, -0.0093152, -0.0093364, -0.0093726, -0.0093997, -0.0094489, -0.0094588", \
					  "-0.0095984, -0.0096053, -0.0096220, -0.0096442, -0.0096875, -0.0097481, -0.0097677", \
					  "-0.0099051, -0.0099175, -0.0099322, -0.0099456, -0.0099850, -0.0100153, -0.0100318", \
					  "-0.0100451, -0.0100484, -0.0100702, -0.0100776, -0.0101193, -0.0101473, -0.0101599", \
					  "-0.0098048, -0.0098197, -0.0098633, -0.0099424, -0.0099740, -0.0099977, -0.0099138");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0380680, 0.0439066, 0.0588124, 0.0961459, 0.1903273, 0.4418786, 1.1297089", \
					  "0.0416135, 0.0469103, 0.0610733, 0.0979109, 0.1934577, 0.4480248, 1.1354443", \
					  "0.0547258, 0.0594843, 0.0725232, 0.1078569, 0.2037117, 0.4594738, 1.1590849", \
					  "0.0842281, 0.0904637, 0.1046715, 0.1386381, 0.2326623, 0.4859314, 1.1760654", \
					  "0.1339932, 0.1438967, 0.1662807, 0.2126335, 0.3057380, 0.5575223, 1.2493995", \
					  "0.2205403, 0.2361572, 0.2713584, 0.3436599, 0.4761904, 0.7278834, 1.4158643", \
					  "0.3803205, 0.4037064, 0.4589039, 0.5716379, 0.7805157, 1.1289726, 1.8173605");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0303479, 0.0366278, 0.0533828, 0.0989519, 0.2243265, 0.5609909, 1.4875524", \
					  "0.0301332, 0.0364083, 0.0532401, 0.0985111, 0.2222942, 0.5590291, 1.4870948", \
					  "0.0298970, 0.0356131, 0.0527660, 0.0986546, 0.2228313, 0.5685417, 1.5101508", \
					  "0.0421121, 0.0460338, 0.0582594, 0.0989785, 0.2222347, 0.5599107, 1.4897322", \
					  "0.0647697, 0.0720431, 0.0871459, 0.1218911, 0.2259300, 0.5603513, 1.4881257", \
					  "0.1095020, 0.1195050, 0.1416361, 0.1884490, 0.2810838, 0.5718314, 1.4917402", \
					  "0.1863671, 0.2016602, 0.2384129, 0.3094376, 0.4402678, 0.6853546, 1.5065662");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0155304, 0.0168784, 0.0203398, 0.0290484, 0.0521460, 0.1153551, 0.2888795", \
					  "0.0194650, 0.0209011, 0.0243644, 0.0332331, 0.0564719, 0.1197012, 0.2935361", \
					  "0.0244944, 0.0268002, 0.0321716, 0.0432887, 0.0667382, 0.1298390, 0.3039130", \
					  "0.0283033, 0.0319021, 0.0402344, 0.0578633, 0.0899076, 0.1538765, 0.3278579", \
					  "0.0258600, 0.0317059, 0.0449134, 0.0725215, 0.1223158, 0.2081306, 0.3826020", \
					  "0.0013857, 0.0110555, 0.0332550, 0.0776431, 0.1557864, 0.2880526, 0.5103247", \
					  "-0.0871430, -0.0706320, -0.0338013, 0.0370471, 0.1652497, 0.3713660, 0.7141701");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0077078, 0.0092262, 0.0133445, 0.0248137, 0.0562550, 0.1428254, 0.3808139", \
					  "0.0087633, 0.0100032, 0.0136401, 0.0248159, 0.0565600, 0.1425617, 0.3788064", \
					  "0.0132010, 0.0148724, 0.0189735, 0.0280917, 0.0567906, 0.1428265, 0.3795654", \
					  "0.0221575, 0.0245150, 0.0299394, 0.0416704, 0.0671190, 0.1437623, 0.3790025", \
					  "0.0392707, 0.0428459, 0.0512594, 0.0678627, 0.1003584, 0.1680381, 0.3804036", \
					  "0.0715233, 0.0778910, 0.0906316, 0.1172008, 0.1626448, 0.2496064, 0.4309920", \
					  "0.1343652, 0.1436000, 0.1650158, 0.2040448, 0.2780225, 0.4020008, 0.6239642");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0539310, 0.0585463, 0.0709737, 0.1047205, 0.1962355, 0.4469712, 1.1392367", \
					  "0.0604457, 0.0650694, 0.0775064, 0.1113651, 0.2027925, 0.4538210, 1.1439224", \
					  "0.0763356, 0.0809501, 0.0934146, 0.1271768, 0.2186075, 0.4695425, 1.1596816", \
					  "0.1105909, 0.1155037, 0.1282029, 0.1619797, 0.2534322, 0.5038472, 1.1906474", \
					  "0.1739830, 0.1805373, 0.1966897, 0.2358422, 0.3283343, 0.5783722, 1.2654394", \
					  "0.2892051, 0.2996561, 0.3250497, 0.3799958, 0.4945506, 0.7493086, 1.4393775", \
					  "0.4914097, 0.5102359, 0.5551896, 0.6480597, 0.8184992, 1.1332709, 1.8308876");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0320901, 0.0380092, 0.0545091, 0.0995311, 0.2224237, 0.5617430, 1.5125751", \
					  "0.0320626, 0.0380238, 0.0543796, 0.0995338, 0.2225186, 0.5602234, 1.4961713", \
					  "0.0319908, 0.0380648, 0.0543904, 0.0994196, 0.2225132, 0.5602386, 1.4965685", \
					  "0.0344273, 0.0400793, 0.0556606, 0.0996740, 0.2225379, 0.5643393, 1.4896226", \
					  "0.0470704, 0.0528500, 0.0686073, 0.1079210, 0.2235307, 0.5642277, 1.4893542", \
					  "0.0771055, 0.0846003, 0.1025686, 0.1463961, 0.2499825, 0.5669138, 1.4886069", \
					  "0.1447897, 0.1551216, 0.1799425, 0.2339333, 0.3495076, 0.6270083, 1.4933563");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0820162, 0.0841968, 0.0892549, 0.1009585, 0.1273942, 0.1924621, 0.3666877", \
					  "0.0874040, 0.0895699, 0.0947010, 0.1063701, 0.1327543, 0.1977930, 0.3720501", \
					  "0.1016855, 0.1037701, 0.1089650, 0.1205705, 0.1469855, 0.2120384, 0.3861839", \
					  "0.1370699, 0.1392406, 0.1443267, 0.1560264, 0.1824491, 0.2475186, 0.4216182", \
					  "0.2120393, 0.2146618, 0.2204522, 0.2333605, 0.2606462, 0.3261246, 0.5002113", \
					  "0.3411603, 0.3445267, 0.3525827, 0.3694134, 0.4021393, 0.4707689, 0.6456193", \
					  "0.5609221, 0.5658484, 0.5774403, 0.6010331, 0.6439848, 0.7226991, 0.9004282");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0160490, 0.0175302, 0.0215987, 0.0324488, 0.0618179, 0.1446150, 0.3787946", \
					  "0.0160435, 0.0175181, 0.0216254, 0.0325007, 0.0616666, 0.1444502, 0.3805415", \
					  "0.0160551, 0.0175327, 0.0215961, 0.0324569, 0.0616572, 0.1442998, 0.3796853", \
					  "0.0160725, 0.0176088, 0.0216140, 0.0324951, 0.0616662, 0.1444355, 0.3808824", \
					  "0.0196837, 0.0211066, 0.0248985, 0.0350594, 0.0630066, 0.1450083, 0.3787053", \
					  "0.0291273, 0.0306786, 0.0347326, 0.0447789, 0.0719742, 0.1485155, 0.3797922", \
					  "0.0460685, 0.0477422, 0.0521532, 0.0634222, 0.0902352, 0.1620138, 0.3822234");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0403903, 0.0403903, 0.0403903, 0.0403903, 0.0403903, 0.0403903, 0.0403903", \
					  "0.0451579, 0.0451579, 0.0453129, 0.0453508, 0.0454213, 0.0454213, 0.0454213", \
					  "0.0567843, 0.0567958, 0.0569342, 0.0569342, 0.0569342, 0.0569342, 0.0569342", \
					  "0.0746270, 0.0749165, 0.0749165, 0.0749412, 0.0749412, 0.0749450, 0.0749450", \
					  "0.0998483, 0.1006472, 0.1007905, 0.1007905, 0.1007905, 0.1007905, 0.1007905", \
					  "0.1301355, 0.1324686, 0.1324686, 0.1324686, 0.1324686, 0.1324686, 0.1324686", \
					  "0.1540916, 0.1540916, 0.1540916, 0.1551571, 0.1551571, 0.1553116, 0.1553116");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0047787, 0.00565156, 0.00804819, 0.0146287, 0.0326968, 0.0823068, 0.218522");
					values("0.0344362, 0.0344362, 0.0344362, 0.0344362, 0.0344362, 0.0344362, 0.0344362", \
					  "0.0350593, 0.0350593, 0.0350593, 0.0350593, 0.0350593, 0.0350593, 0.0350593", \
					  "0.0340424, 0.0340424, 0.0340424, 0.0340424, 0.0340731, 0.0340731, 0.0340731", \
					  "0.0195329, 0.0195561, 0.0195581, 0.0195581, 0.0195581, 0.0195581, 0.0195948", \
					  "-0.0181534, -0.0177087, -0.0177087, -0.0176189, -0.0176189, -0.0176189, -0.0176189", \
					  "-0.0953916, -0.0950733, -0.0950733, -0.0950733, -0.0945973, -0.0945217, -0.0945217", \
					  "-0.2761729, -0.2761729, -0.2761729, -0.2761729, -0.2761729, -0.2740998, -0.2740998");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvn_8") {
		area : 22.521600;
		cell_footprint : "einvn";
		cell_leakage_power : 5.829505e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004072";
			when : "!A&TEB";
		}
		leakage_power () {
			value : "0.0001600";
			when : "!A&!TEB";
		}
		leakage_power () {
			value : "0.0198644";
			when : "A&TEB";
		}
		leakage_power () {
			value : "0.0028864";
			when : "A&!TEB";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.014721;
			capacitance : 0.015558;
			rise_capacitance : 0.016394;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0101737, -0.0101627, -0.0101372, -0.0101436, -0.0101585, -0.0101929, -0.0102721");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0120063, 0.0119784, 0.0119141, 0.0119123, 0.0119083, 0.0118990, 0.0118776");
				}
			}
		}
		pin (TEB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.010247;
			capacitance : 0.009227;
			fall_capacitance : 0.008208;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TEB)";
			max_capacitance : 0.358897;
			capacitance : 0.008711;
			max_transition : 1.511704;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001496132, 0.004476822, 0.01339583, 0.04008386, 0.1199415, 0.3588966");
					values("0.0226531, 0.0243541, 0.0292468, 0.0419200, 0.0756854, 0.1730341, 0.4599342", \
					  "0.0215142, 0.0230482, 0.0275203, 0.0403338, 0.0750690, 0.1727392, 0.4599746", \
					  "0.0208353, 0.0221885, 0.0263104, 0.0384974, 0.0728062, 0.1710660, 0.4614866", \
					  "0.0205532, 0.0218289, 0.0257546, 0.0373160, 0.0701254, 0.1698146, 0.4613080", \
					  "0.0203631, 0.0215634, 0.0252587, 0.0362586, 0.0692052, 0.1674694, 0.4594591", \
					  "0.0212952, 0.0224508, 0.0259489, 0.0366402, 0.0690756, 0.1663762, 0.4581949", \
					  "0.0241274, 0.0253238, 0.0290533, 0.0383266, 0.0700901, 0.1654619, 0.4524560");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001496132, 0.004476822, 0.01339583, 0.04008386, 0.1199415, 0.3588966");
					values("0.0006037, -0.0003145, -0.0033478, -0.0133265, -0.0450612, -0.1417957, -0.4324544", \
					  "-0.0003179, -0.0012566, -0.0041717, -0.0137708, -0.0450301, -0.1414660, -0.4320244", \
					  "-0.0015017, -0.0024968, -0.0054158, -0.0148300, -0.0455149, -0.1414701, -0.4318033", \
					  "-0.0024697, -0.0035033, -0.0065838, -0.0162405, -0.0466672, -0.1419174, -0.4318776", \
					  "-0.0028578, -0.0039532, -0.0073515, -0.0175968, -0.0482580, -0.1429087, -0.4323102", \
					  "-0.0021370, -0.0033096, -0.0068116, -0.0173556, -0.0484831, -0.1444569, -0.4331689", \
					  "0.0008252, -0.0004718, -0.0041773, -0.0164991, -0.0490950, -0.1452541, -0.4345206");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001496132, 0.004476822, 0.01339583, 0.04008386, 0.1199415, 0.3588966");
					values("0.0631135, 0.0644868, 0.0686782, 0.0799688, 0.1121243, 0.2084382, 0.4954949", \
					  "0.0629363, 0.0643553, 0.0684912, 0.0797805, 0.1119371, 0.2081036, 0.4952484", \
					  "0.0627336, 0.0641161, 0.0681898, 0.0795416, 0.1116932, 0.2079665, 0.4950329", \
					  "0.0625738, 0.0639370, 0.0680723, 0.0793598, 0.1115059, 0.2079166, 0.4958655", \
					  "0.0622192, 0.0637392, 0.0678675, 0.0791813, 0.1113528, 0.2076440, 0.4975419", \
					  "0.0626173, 0.0639116, 0.0677815, 0.0791986, 0.1113114, 0.2074962, 0.4975945", \
					  "0.0622759, 0.0635511, 0.0671089, 0.0778725, 0.1115541, 0.2073127, 0.4968351");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001496132, 0.004476822, 0.01339583, 0.04008386, 0.1199415, 0.3588966");
					values("-0.0159708, -0.0158770, -0.0156590, -0.0151525, -0.0143604, -0.0138160, -0.0135223", \
					  "-0.0162159, -0.0161231, -0.0159067, -0.0154407, -0.0147384, -0.0142055, -0.0138974", \
					  "-0.0166354, -0.0165477, -0.0163157, -0.0158217, -0.0150983, -0.0145227, -0.0142308", \
					  "-0.0171982, -0.0171222, -0.0169253, -0.0164397, -0.0156628, -0.0149288, -0.0145433", \
					  "-0.0179087, -0.0178418, -0.0176517, -0.0172342, -0.0164490, -0.0155552, -0.0149819", \
					  "-0.0184269, -0.0183798, -0.0182471, -0.0179152, -0.0172675, -0.0162953, -0.0154745", \
					  "-0.0186866, -0.0186525, -0.0185585, -0.0183193, -0.0178494, -0.0170719, -0.0160892");
				}
			}
			internal_power () {
				related_pin : "TEB";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001496132, 0.004476822, 0.01339583, 0.04008386, 0.1199415, 0.3588966");
					values("0.0493117, 0.0482755, 0.0450998, 0.0354150, 0.0044667, -0.0923226, -0.3829521", \
					  "0.0490812, 0.0480915, 0.0449517, 0.0352546, 0.0042829, -0.0925069, -0.3831307", \
					  "0.0488350, 0.0478583, 0.0446685, 0.0349916, 0.0040090, -0.0927583, -0.3834337", \
					  "0.0487183, 0.0476625, 0.0444195, 0.0348146, 0.0038436, -0.0929180, -0.3836224", \
					  "0.0486259, 0.0475587, 0.0443275, 0.0346734, 0.0037488, -0.0930076, -0.3837327", \
					  "0.0457336, 0.0447872, 0.0419838, 0.0334205, 0.0035643, -0.0930666, -0.3838191", \
					  "0.0507346, 0.0494776, 0.0458628, 0.0349821, 0.0025432, -0.0934600, -0.3836228");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001496132, 0.004476822, 0.01339583, 0.04008386, 0.1199415, 0.3588966");
					values("-0.0173995, -0.0174087, -0.0174340, -0.0174901, -0.0175730, -0.0176431, -0.0176676", \
					  "-0.0175984, -0.0176093, -0.0176585, -0.0177323, -0.0178156, -0.0178950, -0.0179067", \
					  "-0.0179287, -0.0179391, -0.0179647, -0.0180164, -0.0180967, -0.0181820, -0.0182120", \
					  "-0.0182832, -0.0182936, -0.0183203, -0.0183777, -0.0184536, -0.0185243, -0.0185695", \
					  "-0.0183815, -0.0183822, -0.0183759, -0.0184603, -0.0185269, -0.0186094, -0.0186131", \
					  "-0.0189186, -0.0189262, -0.0189464, -0.0189928, -0.0190889, -0.0191415, -0.0191756", \
					  "-0.0190470, -0.0190547, -0.0190712, -0.0191159, -0.0191494, -0.0192183, -0.0192358");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0428836, 0.0472069, 0.0589545, 0.0906879, 0.1758957, 0.4187049, 1.1388526", \
					  "0.0462051, 0.0498858, 0.0609088, 0.0923763, 0.1791367, 0.4233405, 1.1442339", \
					  "0.0586428, 0.0619459, 0.0719489, 0.1022631, 0.1876155, 0.4340968, 1.1573225", \
					  "0.0907846, 0.0947259, 0.1049036, 0.1325389, 0.2147451, 0.4623053, 1.1887431", \
					  "0.1448845, 0.1510150, 0.1676453, 0.2062549, 0.2884423, 0.5367093, 1.2677822", \
					  "0.2402017, 0.2500855, 0.2759668, 0.3370330, 0.4605526, 0.7089574, 1.4347056", \
					  "0.4162327, 0.4313456, 0.4717379, 0.5674697, 0.7604491, 1.1116797, 1.8350742");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0347622, 0.0389226, 0.0514319, 0.0881453, 0.1977837, 0.5231725, 1.4957489", \
					  "0.0344576, 0.0388407, 0.0512833, 0.0881266, 0.1993757, 0.5232165, 1.4957994", \
					  "0.0337935, 0.0380069, 0.0507694, 0.0878117, 0.1971435, 0.5227493, 1.4937995", \
					  "0.0438448, 0.0464943, 0.0560115, 0.0882989, 0.1974123, 0.5235609, 1.4992558", \
					  "0.0679436, 0.0721783, 0.0849707, 0.1123048, 0.2026324, 0.5230159, 1.4985433", \
					  "0.1134774, 0.1203694, 0.1366355, 0.1756321, 0.2618591, 0.5321218, 1.5117044", \
					  "0.1938909, 0.2045054, 0.2322267, 0.2911611, 0.4115351, 0.6516158, 1.5020475");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0167818, 0.0178522, 0.0206655, 0.0285104, 0.0504314, 0.1152822, 0.3096727", \
					  "0.0207837, 0.0217882, 0.0246721, 0.0327046, 0.0547075, 0.1197316, 0.3140847", \
					  "0.0263230, 0.0279405, 0.0322657, 0.0423071, 0.0649472, 0.1300963, 0.3243856", \
					  "0.0308630, 0.0333544, 0.0399826, 0.0553536, 0.0872931, 0.1537728, 0.3486652", \
					  "0.0281848, 0.0321416, 0.0425717, 0.0673618, 0.1169886, 0.2074056, 0.4030146", \
					  "0.0018333, 0.0083614, 0.0255108, 0.0649246, 0.1431108, 0.2836808, 0.5310797", \
					  "-0.0922283, -0.0815768, -0.0535959, 0.0110801, 0.1357707, 0.3588581, 0.7394278");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0101867, 0.0113384, 0.0147554, 0.0251145, 0.0558533, 0.1484853, 0.4249363", \
					  "0.0108120, 0.0117751, 0.0148525, 0.0251167, 0.0560124, 0.1482520, 0.4253526", \
					  "0.0154083, 0.0167252, 0.0205100, 0.0284433, 0.0560721, 0.1484037, 0.4239703", \
					  "0.0238452, 0.0253995, 0.0297848, 0.0412458, 0.0670741, 0.1493579, 0.4246220", \
					  "0.0421940, 0.0447316, 0.0505604, 0.0655290, 0.0994029, 0.1743831, 0.4250554", \
					  "0.0750760, 0.0790061, 0.0892002, 0.1123881, 0.1603029, 0.2540576, 0.4721122", \
					  "0.1378424, 0.1445024, 0.1616224, 0.1990735, 0.2693409, 0.4034807, 0.6617360");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_enable";
				timing_sense : "negative_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("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0658362, 0.0689859, 0.0783953, 0.1059178, 0.1871265, 0.4282059, 1.1480817", \
					  "0.0714230, 0.0746024, 0.0839883, 0.1115339, 0.1928748, 0.4338092, 1.1542934", \
					  "0.0865677, 0.0897256, 0.0991475, 0.1266730, 0.2079663, 0.4489495, 1.1686662", \
					  "0.1210954, 0.1243596, 0.1339242, 0.1616221, 0.2431157, 0.4837225, 1.2097168", \
					  "0.1869756, 0.1912101, 0.2031364, 0.2351383, 0.3179978, 0.5590676, 1.2817792", \
					  "0.3087516, 0.3152951, 0.3331387, 0.3778663, 0.4810358, 0.7284107, 1.4511453", \
					  "0.5254076, 0.5365948, 0.5690878, 0.6446257, 0.7998419, 1.1079534, 1.8387727");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0372170, 0.0413239, 0.0532820, 0.0895669, 0.1980119, 0.5220530, 1.4974920", \
					  "0.0372327, 0.0412339, 0.0532227, 0.0896609, 0.1978031, 0.5213944, 1.4925035", \
					  "0.0373423, 0.0414855, 0.0533714, 0.0894566, 0.1977987, 0.5218904, 1.4969146", \
					  "0.0389043, 0.0429533, 0.0544496, 0.0900330, 0.1979894, 0.5213726, 1.4948157", \
					  "0.0504601, 0.0542307, 0.0658287, 0.0984886, 0.1999758, 0.5221409, 1.5103402", \
					  "0.0784784, 0.0834989, 0.0966716, 0.1326910, 0.2273958, 0.5260647, 1.5101185", \
					  "0.1459614, 0.1524909, 0.1699723, 0.2144386, 0.3185044, 0.5900670, 1.5073428");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.1196543, 0.1214546, 0.1264892, 0.1384373, 0.1666609, 0.2364084, 0.4321677", \
					  "0.1247112, 0.1267076, 0.1314379, 0.1434981, 0.1717100, 0.2414704, 0.4372779", \
					  "0.1384502, 0.1403157, 0.1453929, 0.1570904, 0.1852594, 0.2550747, 0.4509805", \
					  "0.1728087, 0.1745947, 0.1794604, 0.1915565, 0.2200802, 0.2898033, 0.4857434", \
					  "0.2546926, 0.2565395, 0.2615487, 0.2738096, 0.3020375, 0.3719269, 0.5677083", \
					  "0.4081596, 0.4107016, 0.4174354, 0.4333882, 0.4668507, 0.5400917, 0.7367800", \
					  "0.6683736, 0.6733773, 0.6828844, 0.7058363, 0.7500982, 0.8355855, 1.0378376");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0245744, 0.0256901, 0.0289588, 0.0384286, 0.0668613, 0.1540807, 0.4252695", \
					  "0.0245723, 0.0257262, 0.0289182, 0.0385851, 0.0668013, 0.1541517, 0.4253182", \
					  "0.0245703, 0.0256980, 0.0289788, 0.0384799, 0.0669919, 0.1541382, 0.4254980", \
					  "0.0245736, 0.0256741, 0.0289116, 0.0385276, 0.0668420, 0.1543104, 0.4254386", \
					  "0.0255398, 0.0266231, 0.0297175, 0.0390471, 0.0671880, 0.1541467, 0.4249744", \
					  "0.0365526, 0.0374993, 0.0406847, 0.0495421, 0.0755294, 0.1576223, 0.4256937", \
					  "0.0572225, 0.0580119, 0.0612904, 0.0706475, 0.0964589, 0.1735333, 0.4301035");
				}
			}
			timing () {
				related_pin : "TEB";
				timing_type : "three_state_disable";
				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("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0597012, 0.0597467, 0.0597467, 0.0597467, 0.0597467, 0.0597467, 0.0597467", \
					  "0.0641316, 0.0642715, 0.0642715, 0.0643156, 0.0644084, 0.0644099, 0.0644099", \
					  "0.0752802, 0.0753829, 0.0753829, 0.0756105, 0.0756105, 0.0757282, 0.0757282", \
					  "0.0999027, 0.0999606, 0.0999606, 0.1003593, 0.1005808, 0.1005808, 0.1005808", \
					  "0.1377748, 0.1377934, 0.1389607, 0.1389607, 0.1389607, 0.1390860, 0.1390860", \
					  "0.1916513, 0.1917509, 0.1926524, 0.1926524, 0.1927189, 0.1927189, 0.1927189", \
					  "0.2535767, 0.2535767, 0.2535767, 0.2535767, 0.2535767, 0.2535767, 0.2535767");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0092108, 0.0102069, 0.0131876, 0.0221066, 0.0487947, 0.128652, 0.367607");
					values("0.0447594, 0.0447594, 0.0449167, 0.0449167, 0.0449167, 0.0449167, 0.0449167", \
					  "0.0470525, 0.0471231, 0.0471231, 0.0471231, 0.0471231, 0.0471693, 0.0471693", \
					  "0.0450858, 0.0464320, 0.0480299, 0.0480527, 0.0480527, 0.0481770, 0.0481770", \
					  "0.0257377, 0.0275470, 0.0307339, 0.0307339, 0.0307339, 0.0308176, 0.0308176", \
					  "-0.0138746, -0.0120030, -0.0081420, -0.0081420, -0.0077151, -0.0077151, -0.0077151", \
					  "-0.0944361, -0.0920561, -0.0920561, -0.0819197, -0.0819197, -0.0819197, -0.0819197", \
					  "-0.2962593, -0.2846390, -0.2626628, -0.2626628, -0.2626628, -0.2492958, -0.2492958");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvp_1") {
		area : 6.256000;
		cell_footprint : "einvp";
		cell_leakage_power : 1.231748e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.9288797e-05";
			when : "!A&TE";
		}
		leakage_power () {
			value : "5.0976770e-05";
			when : "!A&!TE";
		}
		leakage_power () {
			value : "0.0003702";
			when : "A&TE";
		}
		leakage_power () {
			value : "5.2215431e-05";
			when : "A&!TE";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002134;
			capacitance : 0.002263;
			rise_capacitance : 0.002392;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017727, -0.0017753, -0.0017813, -0.0017790, -0.0017738, -0.0017618, -0.0017342");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024015, 0.0023970, 0.0023868, 0.0023893, 0.0023949, 0.0024079, 0.0024379");
				}
			}
		}
		pin (TE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002457;
			capacitance : 0.002488;
			rise_capacitance : 0.002519;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TE')";
			max_capacitance : 0.065928;
			capacitance : 0.001788;
			max_transition : 1.484000;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0039699, 0.0048472, 0.0067112, 0.0107583, 0.0194922, 0.0391464, 0.0832707", \
					  "0.0037515, 0.0046111, 0.0064496, 0.0105071, 0.0193847, 0.0390784, 0.0832506", \
					  "0.0036057, 0.0044141, 0.0062732, 0.0102797, 0.0191534, 0.0389407, 0.0833765", \
					  "0.0035761, 0.0043497, 0.0060930, 0.0101032, 0.0188809, 0.0387317, 0.0833459", \
					  "0.0035522, 0.0043443, 0.0060985, 0.0100147, 0.0188120, 0.0385662, 0.0831764", \
					  "0.0037594, 0.0044509, 0.0060802, 0.0099171, 0.0187866, 0.0382311, 0.0821445", \
					  "0.0035913, 0.0043270, 0.0060264, 0.0100455, 0.0187939, 0.0381659, 0.0825986");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0006960, -1.0500000e-05, -0.0016712, -0.0055119, -0.0142568, -0.0340411, -0.0786897", \
					  "0.0005689, -0.0001091, -0.0017250, -0.0055188, -0.0142414, -0.0340047, -0.0786501", \
					  "0.0003914, -0.0002769, -0.0018549, -0.0055913, -0.0142656, -0.0340028, -0.0786342", \
					  "0.0001714, -0.0005116, -0.0020810, -0.0057726, -0.0143650, -0.0340458, -0.0786352", \
					  "0.0001447, -0.0005586, -0.0022015, -0.0060174, -0.0145800, -0.0341764, -0.0787126", \
					  "0.0001131, -0.0006362, -0.0023499, -0.0061267, -0.0146769, -0.0343128, -0.0788113", \
					  "0.0004752, -0.0002053, -0.0022380, -0.0061394, -0.0148759, -0.0344911, -0.0790434");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0069647, 0.0077222, 0.0094235, 0.0132743, 0.0219841, 0.0416005, 0.0856459", \
					  "0.0068768, 0.0076414, 0.0093317, 0.0131767, 0.0218523, 0.0414375, 0.0855772", \
					  "0.0067540, 0.0075208, 0.0092109, 0.0130570, 0.0217833, 0.0414005, 0.0857750", \
					  "0.0066178, 0.0073825, 0.0090768, 0.0129271, 0.0216006, 0.0411776, 0.0856230", \
					  "0.0065245, 0.0072886, 0.0089905, 0.0128164, 0.0215819, 0.0411370, 0.0853953", \
					  "0.0065712, 0.0073464, 0.0090499, 0.0128010, 0.0214313, 0.0411613, 0.0853535", \
					  "0.0067147, 0.0075274, 0.0092589, 0.0131472, 0.0218233, 0.0413471, 0.0855532");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0047323, 0.0047992, 0.0049051, 0.0050048, 0.0050594, 0.0050944, 0.0051218", \
					  "0.0045937, 0.0046504, 0.0047382, 0.0048415, 0.0049436, 0.0049975, 0.0050245", \
					  "0.0044643, 0.0045240, 0.0045844, 0.0046898, 0.0047838, 0.0048448, 0.0048721", \
					  "0.0043278, 0.0043830, 0.0044957, 0.0046104, 0.0047192, 0.0047863, 0.0048203", \
					  "0.0042572, 0.0043122, 0.0044030, 0.0045197, 0.0046309, 0.0047029, 0.0047440", \
					  "0.0041993, 0.0042578, 0.0043495, 0.0044698, 0.0045920, 0.0046862, 0.0047364", \
					  "0.0042766, 0.0042963, 0.0043867, 0.0044996, 0.0046294, 0.0047387, 0.0048107");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0030202, 0.0022954, 0.0005998, -0.0032810, -0.0120504, -0.0318468, -0.0765097", \
					  "0.0029313, 0.0022118, 0.0005191, -0.0033647, -0.0121348, -0.0319292, -0.0765906", \
					  "0.0028061, 0.0020851, 0.0003936, -0.0034923, -0.0122616, -0.0320575, -0.0767216", \
					  "0.0027276, 0.0019536, 0.0002517, -0.0036274, -0.0123971, -0.0321928, -0.0768519", \
					  "0.0027115, 0.0019469, 0.0002076, -0.0036886, -0.0124921, -0.0322914, -0.0769555", \
					  "0.0027013, 0.0019351, 0.0001909, -0.0036933, -0.0124679, -0.0323028, -0.0769731", \
					  "0.0028196, 0.0020504, 0.0003294, -0.0035760, -0.0123440, -0.0321482, -0.0768592");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001128028, 0.002544895, 0.005741426, 0.01295298, 0.02922265, 0.06592795");
					values("0.0046492, 0.0046451, 0.0046377, 0.0046279, 0.0046169, 0.0046101, 0.0046059", \
					  "0.0044841, 0.0044827, 0.0044794, 0.0044768, 0.0044680, 0.0044631, 0.0044592", \
					  "0.0043251, 0.0043254, 0.0043262, 0.0043250, 0.0043225, 0.0043187, 0.0043156", \
					  "0.0042295, 0.0042298, 0.0042304, 0.0042312, 0.0042306, 0.0042284, 0.0042340", \
					  "0.0041759, 0.0041772, 0.0041794, 0.0041818, 0.0041832, 0.0041830, 0.0041822", \
					  "0.0041590, 0.0041612, 0.0041640, 0.0041583, 0.0041597, 0.0041603, 0.0041588", \
					  "0.0042290, 0.0042289, 0.0042425, 0.0042386, 0.0042395, 0.0042429, 0.0042497");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0524452, 0.0641178, 0.0887214, 0.1425987, 0.2586339, 0.5226741, 1.1109892", \
					  "0.0557328, 0.0669510, 0.0916397, 0.1452447, 0.2628166, 0.5240665, 1.1107306", \
					  "0.0675975, 0.0781695, 0.1027705, 0.1557977, 0.2738554, 0.5366759, 1.1248399", \
					  "0.0997536, 0.1095865, 0.1326158, 0.1857729, 0.3022278, 0.5664307, 1.1535468", \
					  "0.1582133, 0.1748971, 0.2058265, 0.2584650, 0.3741213, 0.6357206, 1.2226882", \
					  "0.2571589, 0.2830610, 0.3328820, 0.4144473, 0.5476291, 0.8018437, 1.3833548", \
					  "0.4332425, 0.4737550, 0.5514246, 0.6817390, 0.8896179, 1.2075687, 1.7881518");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0476931, 0.0615620, 0.0920376, 0.1636485, 0.3166706, 0.6685798, 1.4733810", \
					  "0.0475001, 0.0615274, 0.0919562, 0.1613240, 0.3171546, 0.6678947, 1.4583438", \
					  "0.0471148, 0.0610851, 0.0924217, 0.1629906, 0.3186642, 0.6690058, 1.4571307", \
					  "0.0544590, 0.0659100, 0.0930762, 0.1623726, 0.3183683, 0.6668828, 1.4583149", \
					  "0.0832450, 0.0957536, 0.1182772, 0.1727701, 0.3189307, 0.6704004, 1.4606922", \
					  "0.1391324, 0.1551669, 0.1850690, 0.2398710, 0.3550615, 0.6716149, 1.4741346", \
					  "0.2349390, 0.2603073, 0.3075815, 0.3849156, 0.5168834, 0.7700004, 1.4839996");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0179224, 0.0207394, 0.0267945, 0.0401035, 0.0699889, 0.1367472, 0.2875073", \
					  "0.0221086, 0.0249673, 0.0311519, 0.0445780, 0.0745438, 0.1414579, 0.2927211", \
					  "0.0296802, 0.0336853, 0.0412378, 0.0549320, 0.0849059, 0.1519185, 0.3040901", \
					  "0.0385364, 0.0447228, 0.0563548, 0.0763318, 0.1093012, 0.1759905, 0.3270076", \
					  "0.0457214, 0.0553856, 0.0727935, 0.1045164, 0.1549300, 0.2333384, 0.3807225", \
					  "0.0408497, 0.0568144, 0.0857033, 0.1339935, 0.2111264, 0.3306641, 0.5138369", \
					  "-0.0092530, 0.0177126, 0.0661654, 0.1453971, 0.2693705, 0.4555374, 0.7336251");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0117800, 0.0152079, 0.0229823, 0.0402258, 0.0799574, 0.1687628, 0.3682891", \
					  "0.0121830, 0.0153573, 0.0229317, 0.0406510, 0.0799956, 0.1683107, 0.3682009", \
					  "0.0177451, 0.0206939, 0.0264857, 0.0416484, 0.0799389, 0.1684616, 0.3673868", \
					  "0.0284817, 0.0326226, 0.0402432, 0.0549453, 0.0858855, 0.1684191, 0.3686595", \
					  "0.0492236, 0.0551470, 0.0667920, 0.0865659, 0.1198445, 0.1867349, 0.3702797", \
					  "0.0876430, 0.0980045, 0.1135739, 0.1426266, 0.1926577, 0.2713291, 0.4184266", \
					  "0.1631472, 0.1779134, 0.2027771, 0.2468427, 0.3146265, 0.4265640, 0.6128392");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_enable";
				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("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0861489, 0.0963254, 0.1190089, 0.1702398, 0.2863289, 0.5445563, 1.1304749", \
					  "0.0910366, 0.1011561, 0.1239556, 0.1751175, 0.2900147, 0.5496547, 1.1350610", \
					  "0.1029193, 0.1131573, 0.1359284, 0.1872460, 0.3028441, 0.5628289, 1.1467423", \
					  "0.1238756, 0.1340531, 0.1567950, 0.2077792, 0.3227198, 0.5825757, 1.1680735", \
					  "0.1530037, 0.1632693, 0.1861001, 0.2373367, 0.3527433, 0.6129380, 1.1990969", \
					  "0.1909314, 0.2013213, 0.2242634, 0.2755769, 0.3909018, 0.6503438, 1.2399710", \
					  "0.2249112, 0.2363230, 0.2604587, 0.3119580, 0.4278394, 0.6865095, 1.2717275");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0478389, 0.0617225, 0.0922430, 0.1611295, 0.3168706, 0.6679505, 1.4583227", \
					  "0.0478410, 0.0615664, 0.0920008, 0.1613547, 0.3164305, 0.6675865, 1.4596310", \
					  "0.0478371, 0.0615832, 0.0919463, 0.1612639, 0.3167396, 0.6676020, 1.4580226", \
					  "0.0481214, 0.0616518, 0.0923598, 0.1622384, 0.3175612, 0.6681706, 1.4599612", \
					  "0.0484943, 0.0622049, 0.0928270, 0.1612831, 0.3190821, 0.6706662, 1.4578854", \
					  "0.0500181, 0.0632232, 0.0933617, 0.1620977, 0.3171819, 0.6683149, 1.4621274", \
					  "0.0565350, 0.0689228, 0.0972986, 0.1635385, 0.3196989, 0.6716724, 1.4602073");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0191814, 0.0218319, 0.0277885, 0.0411709, 0.0708773, 0.1376653, 0.2890440", \
					  "0.0239248, 0.0266178, 0.0325889, 0.0459748, 0.0756911, 0.1426421, 0.2969733", \
					  "0.0323131, 0.0357000, 0.0426189, 0.0564592, 0.0862316, 0.1530414, 0.3038977", \
					  "0.0436728, 0.0489097, 0.0589616, 0.0773168, 0.1098731, 0.1770072, 0.3294619", \
					  "0.0559014, 0.0643263, 0.0800541, 0.1079716, 0.1540569, 0.2309460, 0.3832482", \
					  "0.0596180, 0.0730648, 0.0992065, 0.1442904, 0.2160711, 0.3273872, 0.5069945", \
					  "0.0182972, 0.0451288, 0.0899049, 0.1665549, 0.2841923, 0.4592972, 0.7241639");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0122251, 0.0156336, 0.0233056, 0.0406356, 0.0797206, 0.1677828, 0.3680459", \
					  "0.0127827, 0.0159634, 0.0234253, 0.0406369, 0.0796685, 0.1696757, 0.3694883", \
					  "0.0169361, 0.0198306, 0.0263057, 0.0417589, 0.0797396, 0.1678292, 0.3684021", \
					  "0.0263233, 0.0298827, 0.0370017, 0.0513377, 0.0842782, 0.1683882, 0.3698409", \
					  "0.0442657, 0.0490910, 0.0589119, 0.0762877, 0.1092936, 0.1808461, 0.3693463", \
					  "0.0786125, 0.0855376, 0.0993513, 0.1236073, 0.1652732, 0.2416878, 0.4023223", \
					  "0.1478885, 0.1576692, 0.1772278, 0.2130610, 0.2704860, 0.3693026, 0.5481551");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_disable";
				timing_sense : "negative_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("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0103849, 0.0103891, 0.0103914, 0.0104076, 0.0104076, 0.0104078, 0.0104111", \
					  "0.0094610, 0.0094648, 0.0096599, 0.0098520, 0.0098520, 0.0098520, 0.0098554", \
					  "0.0083674, 0.0084931, 0.0087613, 0.0087613, 0.0092367, 0.0092500, 0.0092500", \
					  "0.0101226, 0.0101236, 0.0101236, 0.0104855, 0.0104855, 0.0104855, 0.0105903", \
					  "0.0075698, 0.0098703, 0.0128606, 0.0128606, 0.0128606, 0.0128606, 0.0128606", \
					  "0.0014566, 0.0014566, 0.0020040, 0.0020040, 0.0155582, 0.0155582, 0.0175131", \
					  "-0.0061245, -0.0061245, -0.0061245, -0.0055504, -0.0055504, -0.0055504, -0.0055504");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0022883, 0.00291633, 0.0043332, 0.00752973, 0.0147413, 0.031011, 0.0677162");
					values("0.0904809, 0.0904858, 0.0904932, 0.0904932, 0.0904932, 0.0904932, 0.0904932", \
					  "0.0962491, 0.0962491, 0.0962491, 0.0962491, 0.0962491, 0.0963541, 0.0963541", \
					  "0.1124413, 0.1124413, 0.1124413, 0.1124569, 0.1125448, 0.1125448, 0.1125448", \
					  "0.1477079, 0.1477079, 0.1477079, 0.1479559, 0.1479559, 0.1479559, 0.1479559", \
					  "0.2183261, 0.2183261, 0.2183261, 0.2183261, 0.2183547, 0.2183547, 0.2183547", \
					  "0.3212873, 0.3212873, 0.3212873, 0.3214069, 0.3221444, 0.3221444, 0.3221444", \
					  "0.4994090, 0.4994090, 0.4994090, 0.5007764, 0.5007764, 0.5007764, 0.5007764");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvp_2") {
		area : 8.758400;
		cell_footprint : "einvp";
		cell_leakage_power : 2.571583e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004834";
			when : "!A&TE";
		}
		leakage_power () {
			value : "0.0085641";
			when : "!A&!TE";
		}
		leakage_power () {
			value : "0.0011865";
			when : "A&TE";
		}
		leakage_power () {
			value : "5.2338440e-05";
			when : "A&!TE";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003846;
			capacitance : 0.004045;
			rise_capacitance : 0.004245;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028718, -0.0028664, -0.0028540, -0.0028550, -0.0028574, -0.0028631, -0.0028760");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0041279, 0.0041151, 0.0040857, 0.0040925, 0.0041080, 0.0041437, 0.0042261");
				}
			}
		}
		pin (TE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003568;
			capacitance : 0.003528;
			rise_capacitance : 0.003489;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TE')";
			max_capacitance : 0.118113;
			capacitance : 0.002221;
			max_transition : 1.504512;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0050337, 0.0061639, 0.0087589, 0.0146442, 0.0286446, 0.0629298, 0.1478840", \
					  "0.0047481, 0.0058193, 0.0083412, 0.0143096, 0.0284588, 0.0633475, 0.1483934", \
					  "0.0046098, 0.0056025, 0.0080356, 0.0139230, 0.0281292, 0.0626787, 0.1482548", \
					  "0.0044891, 0.0054341, 0.0077745, 0.0135446, 0.0274098, 0.0627728, 0.1476502", \
					  "0.0044744, 0.0054034, 0.0077843, 0.0134579, 0.0274762, 0.0615954, 0.1472083", \
					  "0.0046686, 0.0055587, 0.0077580, 0.0133450, 0.0271239, 0.0616764, 0.1472237", \
					  "0.0051932, 0.0061669, 0.0076465, 0.0132837, 0.0271738, 0.0612705, 0.1459291");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("-1.0300000e-05, -0.0007640, -0.0028201, -0.0082508, -0.0220652, -0.0565855, -0.1424830", \
					  "-0.0002846, -0.0010128, -0.0029784, -0.0082957, -0.0220296, -0.0565060, -0.1423889", \
					  "-0.0005842, -0.0013587, -0.0033058, -0.0084922, -0.0221013, -0.0564958, -0.1423332", \
					  "-0.0008608, -0.0016839, -0.0036862, -0.0088210, -0.0223006, -0.0565827, -0.1423513", \
					  "-0.0009515, -0.0017961, -0.0039509, -0.0092906, -0.0227015, -0.0567993, -0.1424384", \
					  "-0.0007770, -0.0016692, -0.0039137, -0.0093299, -0.0228238, -0.0571271, -0.1426552", \
					  "-0.0002584, -0.0009256, -0.0030623, -0.0092313, -0.0231012, -0.0573299, -0.1429871");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0108528, 0.0117532, 0.0139786, 0.0195578, 0.0332241, 0.0678079, 0.1528197", \
					  "0.0107371, 0.0116403, 0.0138731, 0.0194332, 0.0330678, 0.0675528, 0.1521901", \
					  "0.0105661, 0.0114572, 0.0137044, 0.0192136, 0.0328983, 0.0672423, 0.1520367", \
					  "0.0103926, 0.0112920, 0.0135217, 0.0190818, 0.0327680, 0.0669248, 0.1518407", \
					  "0.0102851, 0.0111968, 0.0134200, 0.0189163, 0.0327718, 0.0668312, 0.1521908", \
					  "0.0104603, 0.0113642, 0.0136179, 0.0190106, 0.0328349, 0.0670231, 0.1526156", \
					  "0.0107095, 0.0116000, 0.0138339, 0.0194165, 0.0331618, 0.0676765, 0.1518862");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0057543, 0.0058473, 0.0060287, 0.0062635, 0.0064901, 0.0066384, 0.0067198", \
					  "0.0055897, 0.0056791, 0.0058545, 0.0061366, 0.0063700, 0.0065183, 0.0065938", \
					  "0.0054474, 0.0055394, 0.0057126, 0.0059469, 0.0061925, 0.0063511, 0.0064306", \
					  "0.0052601, 0.0053462, 0.0055150, 0.0057678, 0.0060345, 0.0062114, 0.0063023", \
					  "0.0050915, 0.0051827, 0.0053391, 0.0055634, 0.0058565, 0.0060592, 0.0061626", \
					  "0.0050256, 0.0050932, 0.0052479, 0.0054738, 0.0057456, 0.0059684, 0.0061075", \
					  "0.0051908, 0.0052523, 0.0053752, 0.0055821, 0.0058661, 0.0061167, 0.0062958");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0051109, 0.0043798, 0.0024617, -0.0029535, -0.0168364, -0.0513844, -0.1372875", \
					  "0.0049847, 0.0042600, 0.0023383, -0.0030653, -0.0169465, -0.0515051, -0.1374307", \
					  "0.0048087, 0.0040640, 0.0021462, -0.0032394, -0.0171162, -0.0516678, -0.1375806", \
					  "0.0049869, 0.0041040, 0.0019773, -0.0034027, -0.0172940, -0.0518396, -0.1377517", \
					  "0.0052859, 0.0043799, 0.0021433, -0.0034696, -0.0173939, -0.0519499, -0.1378638", \
					  "0.0053082, 0.0043949, 0.0021575, -0.0034366, -0.0173349, -0.0519422, -0.1378602", \
					  "0.0055254, 0.0046521, 0.0023986, -0.0031812, -0.0170964, -0.0516486, -0.1376235");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0051791, 0.0051685, 0.0051528, 0.0051364, 0.0051234, 0.0051135, 0.0051080", \
					  "0.0050516, 0.0050468, 0.0050369, 0.0050216, 0.0050005, 0.0049857, 0.0049785", \
					  "0.0048775, 0.0048697, 0.0048641, 0.0048558, 0.0048448, 0.0048353, 0.0048295", \
					  "0.0047553, 0.0047514, 0.0047516, 0.0047390, 0.0047391, 0.0047192, 0.0047151", \
					  "0.0046431, 0.0046401, 0.0046433, 0.0046383, 0.0046187, 0.0046290, 0.0046260", \
					  "0.0046518, 0.0046398, 0.0046442, 0.0046397, 0.0046348, 0.0046303, 0.0046272", \
					  "0.0048337, 0.0048340, 0.0048226, 0.0048352, 0.0048115, 0.0048518, 0.0048582");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0363788, 0.0448672, 0.0646585, 0.1098065, 0.2163191, 0.4776477, 1.1249032", \
					  "0.0401711, 0.0482341, 0.0674117, 0.1129570, 0.2203249, 0.4857286, 1.1349039", \
					  "0.0535402, 0.0607275, 0.0787441, 0.1231233, 0.2318154, 0.4943367, 1.1462048", \
					  "0.0834931, 0.0926338, 0.1105666, 0.1536578, 0.2586153, 0.5277132, 1.1774320", \
					  "0.1343140, 0.1486705, 0.1755134, 0.2283729, 0.3336577, 0.5942787, 1.2431206", \
					  "0.2211424, 0.2441803, 0.2901122, 0.3722531, 0.5082345, 0.7680179, 1.4212326", \
					  "0.3762901, 0.4131053, 0.4868023, 0.6175670, 0.8311874, 1.1715576, 1.8170843");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0305417, 0.0402445, 0.0636055, 0.1209115, 0.2625291, 0.6138545, 1.4864804", \
					  "0.0300034, 0.0398020, 0.0633659, 0.1209025, 0.2628411, 0.6259384, 1.4952761", \
					  "0.0298852, 0.0389890, 0.0631207, 0.1215646, 0.2622045, 0.6144908, 1.4948575", \
					  "0.0420983, 0.0481836, 0.0667341, 0.1202327, 0.2630651, 0.6249816, 1.4886966", \
					  "0.0659367, 0.0754340, 0.0976920, 0.1382317, 0.2657465, 0.6126773, 1.4843899", \
					  "0.1134665, 0.1264861, 0.1552642, 0.2071893, 0.3090395, 0.6218800, 1.4915902", \
					  "0.1982444, 0.2210083, 0.2656025, 0.3421516, 0.4747427, 0.7245398, 1.4931337");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0149364, 0.0171102, 0.0220460, 0.0336553, 0.0616202, 0.1313027, 0.3029566", \
					  "0.0191924, 0.0213975, 0.0264192, 0.0381294, 0.0663783, 0.1357953, 0.3096970", \
					  "0.0249271, 0.0285949, 0.0357576, 0.0488219, 0.0771150, 0.1465413, 0.3191120", \
					  "0.0311297, 0.0367303, 0.0478074, 0.0680308, 0.1022747, 0.1712202, 0.3446204", \
					  "0.0334260, 0.0422168, 0.0598363, 0.0916539, 0.1444984, 0.2298958, 0.4007650", \
					  "0.0193538, 0.0341811, 0.0630921, 0.1131941, 0.1962236, 0.3273705, 0.5359856", \
					  "-0.0467246, -0.0227363, 0.0260806, 0.1101428, 0.2427850, 0.4500375, 0.7709112");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0082334, 0.0107360, 0.0168787, 0.0323084, 0.0704499, 0.1642966, 0.3990979", \
					  "0.0092261, 0.0112946, 0.0169765, 0.0322435, 0.0705826, 0.1641754, 0.4056885", \
					  "0.0140083, 0.0165214, 0.0220039, 0.0342177, 0.0699956, 0.1642428, 0.3975112", \
					  "0.0231624, 0.0266004, 0.0337643, 0.0484657, 0.0776262, 0.1647127, 0.3973405", \
					  "0.0414034, 0.0464477, 0.0571709, 0.0773319, 0.1123677, 0.1842714, 0.4024860", \
					  "0.0751887, 0.0830866, 0.1006970, 0.1285271, 0.1810704, 0.2665993, 0.4440919", \
					  "0.1395051, 0.1555420, 0.1834621, 0.2257461, 0.2999599, 0.4217160, 0.6355083");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_enable";
				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("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0861739, 0.0933129, 0.1104860, 0.1526871, 0.2581898, 0.5198754, 1.1673280", \
					  "0.0910371, 0.0980513, 0.1152821, 0.1576405, 0.2621574, 0.5231218, 1.1694083", \
					  "0.1028745, 0.1098824, 0.1271468, 0.1694679, 0.2740189, 0.5354482, 1.1816288", \
					  "0.1271451, 0.1342201, 0.1514234, 0.1937392, 0.2984225, 0.5588008, 1.2061110", \
					  "0.1632372, 0.1704741, 0.1879529, 0.2303463, 0.3352454, 0.5954696, 1.2437081", \
					  "0.2126569, 0.2203473, 0.2382573, 0.2810361, 0.3859058, 0.6461517, 1.2954342", \
					  "0.2674213, 0.2762966, 0.2964665, 0.3410902, 0.4460876, 0.7074492, 1.3532837");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0324934, 0.0415521, 0.0641997, 0.1219672, 0.2622278, 0.6221017, 1.4949473", \
					  "0.0324281, 0.0414125, 0.0642461, 0.1214272, 0.2623458, 0.6172809, 1.4855930", \
					  "0.0323702, 0.0414902, 0.0642314, 0.1210669, 0.2623717, 0.6167495, 1.4868067", \
					  "0.0327351, 0.0415635, 0.0643707, 0.1216280, 0.2629132, 0.6135729, 1.4845923", \
					  "0.0334521, 0.0423367, 0.0650341, 0.1214274, 0.2643834, 0.6142390, 1.4936191", \
					  "0.0357529, 0.0445109, 0.0663897, 0.1222947, 0.2648349, 0.6149485, 1.5045115", \
					  "0.0424670, 0.0512375, 0.0725671, 0.1258061, 0.2634730, 0.6217822, 1.4871697");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0169696, 0.0189041, 0.0235709, 0.0350083, 0.0632028, 0.1324432, 0.3051412", \
					  "0.0214405, 0.0234068, 0.0281303, 0.0395815, 0.0677860, 0.1371436, 0.3101204", \
					  "0.0283387, 0.0310045, 0.0369269, 0.0492587, 0.0775751, 0.1468774, 0.3203544", \
					  "0.0373211, 0.0414885, 0.0501016, 0.0667244, 0.0989223, 0.1687765, 0.3426866", \
					  "0.0454901, 0.0521028, 0.0658958, 0.0918054, 0.1371984, 0.2176595, 0.3920008", \
					  "0.0414090, 0.0529045, 0.0761493, 0.1188502, 0.1902309, 0.3049978, 0.5045643", \
					  "-0.0115025, 0.0105036, 0.0511417, 0.1260427, 0.2443165, 0.4258144, 0.7085835");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0088356, 0.0112650, 0.0174772, 0.0328404, 0.0704407, 0.1645669, 0.3985888", \
					  "0.0095789, 0.0118391, 0.0177181, 0.0328926, 0.0703922, 0.1643599, 0.3982456", \
					  "0.0130951, 0.0153442, 0.0208252, 0.0344751, 0.0705536, 0.1644769, 0.3981603", \
					  "0.0208992, 0.0236059, 0.0298277, 0.0433567, 0.0753784, 0.1648443, 0.3984245", \
					  "0.0364119, 0.0402060, 0.0483553, 0.0649291, 0.0980682, 0.1759060, 0.3993245", \
					  "0.0673243, 0.0727930, 0.0843797, 0.1069350, 0.1489426, 0.2291630, 0.4247137", \
					  "0.1318016, 0.1392450, 0.1555449, 0.1885302, 0.2456528, 0.3464261, 0.5480017");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_disable";
				timing_sense : "negative_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("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0126546, 0.0126546, 0.0126546, 0.0126546, 0.0126585, 0.0126621, 0.0126621", \
					  "0.0119766, 0.0120153, 0.0120158, 0.0121050, 0.0121050, 0.0121050, 0.0121050", \
					  "0.0104025, 0.0104040, 0.0104197, 0.0104197, 0.0104197, 0.0104197, 0.0104197", \
					  "0.0099649, 0.0099649, 0.0099649, 0.0112022, 0.0112022, 0.0112022, 0.0115411", \
					  "0.0145216, 0.0145348, 0.0145423, 0.0145546, 0.0145546, 0.0145546, 0.0145546", \
					  "0.0070719, 0.0070798, 0.0070798, 0.0070896, 0.0075611, 0.0075611, 0.0075611", \
					  "0.0041747, 0.0055781, 0.0116077, 0.0116077, 0.0116077, 0.0116077, 0.0116077");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0027207, 0.00346385, 0.00531156, 0.00990552, 0.0213275, 0.0497261, 0.120334");
					values("0.0926457, 0.0926457, 0.0927023, 0.0927023, 0.0927023, 0.0927174, 0.0927174", \
					  "0.0988202, 0.0988202, 0.0988202, 0.0988202, 0.0988202, 0.0988202, 0.0988202", \
					  "0.1150328, 0.1150407, 0.1150407, 0.1150407, 0.1150407, 0.1150516, 0.1150516", \
					  "0.1487484, 0.1487484, 0.1487519, 0.1488317, 0.1488317, 0.1489294, 0.1489294", \
					  "0.2080368, 0.2080368, 0.2080368, 0.2080368, 0.2080368, 0.2082021, 0.2082021", \
					  "0.2953070, 0.2953070, 0.2954961, 0.2954961, 0.2954961, 0.2954961, 0.2954961", \
					  "0.4353566, 0.4353566, 0.4353566, 0.4353566, 0.4387779, 0.4387779, 0.4387779");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvp_4") {
		area : 13.763200;
		cell_footprint : "einvp";
		cell_leakage_power : 5.743986e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004308";
			when : "!A&TE";
		}
		leakage_power () {
			value : "1.9233701e-05";
			when : "!A&!TE";
		}
		leakage_power () {
			value : "0.0018192";
			when : "A&TE";
		}
		leakage_power () {
			value : "2.8344450e-05";
			when : "A&!TE";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007481;
			capacitance : 0.007893;
			rise_capacitance : 0.008305;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0055362, -0.0055293, -0.0055133, -0.0055116, -0.0055076, -0.0054984, -0.0054773");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066083, 0.0065964, 0.0065690, 0.0065764, 0.0065934, 0.0066327, 0.0067231");
				}
			}
		}
		pin (TE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.005948;
			capacitance : 0.005835;
			rise_capacitance : 0.005721;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TE')";
			max_capacitance : 0.203257;
			capacitance : 0.004447;
			max_transition : 1.509422;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001360868, 0.003703922, 0.0100811, 0.02743808, 0.0746792, 0.203257");
					values("0.0110277, 0.0124124, 0.0159317, 0.0245091, 0.0463308, 0.1035534, 0.2589885", \
					  "0.0104695, 0.0117338, 0.0150940, 0.0237506, 0.0458020, 0.1030633, 0.2580056", \
					  "0.0101164, 0.0112770, 0.0144751, 0.0227740, 0.0447478, 0.1030134, 0.2588579", \
					  "0.0101742, 0.0111807, 0.0142150, 0.0221013, 0.0439825, 0.1018878, 0.2576176", \
					  "0.0099219, 0.0113556, 0.0143397, 0.0220793, 0.0432866, 0.1003650, 0.2567111", \
					  "0.0103060, 0.0113541, 0.0141153, 0.0218636, 0.0428022, 0.1004133, 0.2556389", \
					  "0.0114900, 0.0124815, 0.0158696, 0.0223188, 0.0429959, 0.0996957, 0.2538985");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001360868, 0.003703922, 0.0100811, 0.02743808, 0.0746792, 0.203257");
					values("0.0005647, -0.0002803, -0.0027531, -0.0101357, -0.0310460, -0.0884172, -0.2448387", \
					  "2.8900000e-05, -0.0007823, -0.0031455, -0.0102910, -0.0309795, -0.0882661, -0.2446490", \
					  "-0.0005404, -0.0014393, -0.0037361, -0.0107244, -0.0311603, -0.0882572, -0.2445394", \
					  "-0.0011103, -0.0019874, -0.0044639, -0.0115367, -0.0316567, -0.0884435, -0.2445665", \
					  "-0.0013443, -0.0023197, -0.0049637, -0.0123442, -0.0324906, -0.0889504, -0.2447562", \
					  "-0.0010031, -0.0020535, -0.0048311, -0.0123712, -0.0327131, -0.0895955, -0.2451957", \
					  "-0.0002038, -0.0006056, -0.0035851, -0.0121511, -0.0332696, -0.0901508, -0.2459464");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001360868, 0.003703922, 0.0100811, 0.02743808, 0.0746792, 0.203257");
					values("0.0208774, 0.0219156, 0.0247926, 0.0323994, 0.0533387, 0.1100611, 0.2647170", \
					  "0.0207410, 0.0217862, 0.0246526, 0.0323321, 0.0530695, 0.1099207, 0.2645841", \
					  "0.0205262, 0.0215837, 0.0244071, 0.0320493, 0.0530264, 0.1097894, 0.2643893", \
					  "0.0202828, 0.0213276, 0.0241506, 0.0318657, 0.0528092, 0.1094694, 0.2641310", \
					  "0.0201227, 0.0211718, 0.0240252, 0.0316376, 0.0526229, 0.1093282, 0.2646787", \
					  "0.0202811, 0.0213501, 0.0241898, 0.0317177, 0.0525312, 0.1095430, 0.2650995", \
					  "0.0208122, 0.0218198, 0.0247073, 0.0324545, 0.0533229, 0.1102284, 0.2647685");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001360868, 0.003703922, 0.0100811, 0.02743808, 0.0746792, 0.203257");
					values("0.0082833, 0.0083839, 0.0086069, 0.0089867, 0.0095143, 0.0098296, 0.0099959", \
					  "0.0080824, 0.0081837, 0.0084090, 0.0087899, 0.0092314, 0.0095625, 0.0097336", \
					  "0.0078096, 0.0079109, 0.0081400, 0.0085400, 0.0090198, 0.0093570, 0.0095386", \
					  "0.0075787, 0.0076760, 0.0078970, 0.0082993, 0.0087800, 0.0091540, 0.0093452", \
					  "0.0073050, 0.0073935, 0.0076231, 0.0080122, 0.0085253, 0.0089461, 0.0091751", \
					  "0.0072109, 0.0072882, 0.0074696, 0.0078527, 0.0083676, 0.0088400, 0.0091242", \
					  "0.0075297, 0.0075985, 0.0077581, 0.0080640, 0.0085593, 0.0090818, 0.0094497");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001360868, 0.003703922, 0.0100811, 0.02743808, 0.0746792, 0.203257");
					values("0.0111736, 0.0103191, 0.0079834, 0.0008623, -0.0201545, -0.0776186, -0.2340734", \
					  "0.0110297, 0.0101799, 0.0078381, 0.0007189, -0.0202946, -0.0777618, -0.2342083", \
					  "0.0107987, 0.0099378, 0.0075733, 0.0004926, -0.0205103, -0.0779713, -0.2344238", \
					  "0.0112609, 0.0102347, 0.0075196, 0.0002378, -0.0207558, -0.0782199, -0.2346679", \
					  "0.0119373, 0.0108909, 0.0080495, 0.0002818, -0.0209204, -0.0783829, -0.2348427", \
					  "0.0119820, 0.0109310, 0.0080855, 0.0003165, -0.0208200, -0.0783729, -0.2348318", \
					  "0.0124154, 0.0113552, 0.0085306, 0.0007353, -0.0204173, -0.0778865, -0.2344190");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001360868, 0.003703922, 0.0100811, 0.02743808, 0.0746792, 0.203257");
					values("0.0072883, 0.0072764, 0.0072480, 0.0072010, 0.0071470, 0.0071108, 0.0070916", \
					  "0.0070544, 0.0070463, 0.0070298, 0.0069851, 0.0069414, 0.0069079, 0.0068914", \
					  "0.0067902, 0.0067844, 0.0067711, 0.0067486, 0.0067198, 0.0066943, 0.0066780", \
					  "0.0066073, 0.0066021, 0.0065902, 0.0065698, 0.0065463, 0.0065278, 0.0065146", \
					  "0.0064579, 0.0064497, 0.0064462, 0.0064447, 0.0064224, 0.0064060, 0.0063945", \
					  "0.0064752, 0.0064754, 0.0064765, 0.0064691, 0.0064443, 0.0064337, 0.0064159", \
					  "0.0068512, 0.0068518, 0.0068430, 0.0068348, 0.0068415, 0.0068274, 0.0068190");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0392226, 0.0452819, 0.0606621, 0.0986847, 0.1950557, 0.4493700, 1.1453298", \
					  "0.0428670, 0.0484210, 0.0629689, 0.1008914, 0.1986642, 0.4524653, 1.1382467", \
					  "0.0559711, 0.0607973, 0.0747308, 0.1110081, 0.2087766, 0.4665931, 1.1634249", \
					  "0.0874196, 0.0937927, 0.1072003, 0.1410263, 0.2383306, 0.4937856, 1.1813630", \
					  "0.1413532, 0.1503078, 0.1723975, 0.2181962, 0.3119768, 0.5638006, 1.2544408", \
					  "0.2354410, 0.2510234, 0.2862305, 0.3584671, 0.4870024, 0.7412769, 1.4299548", \
					  "0.4053699, 0.4291474, 0.4866554, 0.6016243, 0.8058935, 1.1508597, 1.8355104");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0319656, 0.0383899, 0.0555707, 0.1020790, 0.2301762, 0.5681843, 1.5089574", \
					  "0.0316269, 0.0380711, 0.0556061, 0.1025963, 0.2300184, 0.5658948, 1.4882160", \
					  "0.0309931, 0.0374048, 0.0549976, 0.1023289, 0.2265500, 0.5689426, 1.5094225", \
					  "0.0422070, 0.0465851, 0.0594149, 0.1019352, 0.2272232, 0.5659169, 1.4973748", \
					  "0.0664457, 0.0736325, 0.0885661, 0.1220493, 0.2299503, 0.5653855, 1.4929978", \
					  "0.1135841, 0.1231082, 0.1444313, 0.1889010, 0.2799673, 0.5739855, 1.4920932", \
					  "0.2001705, 0.2163339, 0.2483533, 0.3142726, 0.4398226, 0.6814672, 1.4894579");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0150179, 0.0164085, 0.0199958, 0.0289974, 0.0524487, 0.1155799, 0.2873804", \
					  "0.0192093, 0.0206402, 0.0242459, 0.0332664, 0.0569393, 0.1202627, 0.2925928", \
					  "0.0245406, 0.0270156, 0.0323279, 0.0435495, 0.0674346, 0.1307512, 0.3018469", \
					  "0.0296175, 0.0333387, 0.0417631, 0.0594464, 0.0913342, 0.1553131, 0.3264012", \
					  "0.0290586, 0.0349759, 0.0483729, 0.0762292, 0.1262186, 0.2117962, 0.3830030", \
					  "0.0083790, 0.0181851, 0.0406467, 0.0850346, 0.1629261, 0.2954613, 0.5150168", \
					  "-0.0735518, -0.0573966, -0.0202212, 0.0542924, 0.1817028, 0.3911304, 0.7308509");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0083553, 0.0099520, 0.0143094, 0.0261320, 0.0577961, 0.1441804, 0.3778169", \
					  "0.0093396, 0.0106274, 0.0144980, 0.0260209, 0.0581857, 0.1440193, 0.3847439", \
					  "0.0139170, 0.0156201, 0.0200248, 0.0291234, 0.0581202, 0.1449342, 0.3782974", \
					  "0.0227490, 0.0251404, 0.0306529, 0.0427817, 0.0682196, 0.1452652, 0.3791017", \
					  "0.0404681, 0.0440362, 0.0523596, 0.0688690, 0.1019470, 0.1693599, 0.3797443", \
					  "0.0738943, 0.0800998, 0.0920461, 0.1178466, 0.1659068, 0.2508554, 0.4309998", \
					  "0.1381303, 0.1481877, 0.1691929, 0.2084476, 0.2779337, 0.4005357, 0.6249470");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_enable";
				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("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0890294, 0.0938119, 0.1066774, 0.1408479, 0.2333604, 0.4882152, 1.1704505", \
					  "0.0935178, 0.0983213, 0.1111975, 0.1453452, 0.2378692, 0.4925816, 1.1751558", \
					  "0.1047055, 0.1094773, 0.1223417, 0.1565935, 0.2491286, 0.5012931, 1.1859307", \
					  "0.1266173, 0.1314871, 0.1442619, 0.1785723, 0.2713249, 0.5228256, 1.2084126", \
					  "0.1571950, 0.1621113, 0.1750722, 0.2096286, 0.3023362, 0.5539582, 1.2409080", \
					  "0.1945078, 0.1997423, 0.2131952, 0.2481045, 0.3410936, 0.5926680, 1.2817216", \
					  "0.2227475, 0.2287590, 0.2439930, 0.2811313, 0.3745980, 0.6273232, 1.3115969");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0342147, 0.0402404, 0.0568210, 0.1024098, 0.2284311, 0.5682527, 1.4854640", \
					  "0.0341924, 0.0402049, 0.0568195, 0.1025329, 0.2268601, 0.5680931, 1.4853615", \
					  "0.0342149, 0.0401465, 0.0568866, 0.1024962, 0.2271200, 0.5688789, 1.4867628", \
					  "0.0344306, 0.0404238, 0.0569195, 0.1028692, 0.2277453, 0.5644319, 1.4860575", \
					  "0.0350703, 0.0410545, 0.0575978, 0.1030930, 0.2279450, 0.5680171, 1.4860837", \
					  "0.0372283, 0.0430874, 0.0592855, 0.1039208, 0.2275705, 0.5655355, 1.4943349", \
					  "0.0436853, 0.0496054, 0.0653646, 0.1081488, 0.2286411, 0.5682281, 1.4872464");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0180456, 0.0192911, 0.0226140, 0.0313635, 0.0549001, 0.1179315, 0.2901244", \
					  "0.0222858, 0.0236095, 0.0270073, 0.0358198, 0.0593645, 0.1224145, 0.2934158", \
					  "0.0287109, 0.0304288, 0.0346850, 0.0446006, 0.0685147, 0.1315975, 0.3029976", \
					  "0.0365341, 0.0390606, 0.0454256, 0.0590843, 0.0875756, 0.1519365, 0.3231644", \
					  "0.0416764, 0.0458405, 0.0559645, 0.0776116, 0.1189711, 0.1959149, 0.3697959", \
					  "0.0309191, 0.0380450, 0.0553978, 0.0915065, 0.1576134, 0.2697227, 0.4732972", \
					  "-0.0387741, -0.0252655, 0.0079899, 0.0708696, 0.1820793, 0.3618110, 0.6533027");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0092479, 0.0108029, 0.0150903, 0.0268295, 0.0582925, 0.1439808, 0.3794229", \
					  "0.0099906, 0.0114064, 0.0154379, 0.0269429, 0.0583795, 0.1440169, 0.3789569", \
					  "0.0133226, 0.0147071, 0.0186511, 0.0290595, 0.0588411, 0.1439784, 0.3780010", \
					  "0.0210421, 0.0227091, 0.0270736, 0.0379714, 0.0648808, 0.1450230, 0.3787245", \
					  "0.0367295, 0.0390852, 0.0448545, 0.0584160, 0.0872719, 0.1586183, 0.3799920", \
					  "0.0678765, 0.0711533, 0.0794159, 0.0979981, 0.1347842, 0.2107243, 0.4071264", \
					  "0.1328018, 0.1377005, 0.1494442, 0.1752221, 0.2269209, 0.3230131, 0.5274947");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_disable";
				timing_sense : "negative_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("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.0141638, 0.0141638, 0.0141638, 0.0141638, 0.0141659, 0.0141659, 0.0141791", \
					  "0.0143065, 0.0145396, 0.0145396, 0.0145396, 0.0145396, 0.0145396, 0.0145898", \
					  "0.0122721, 0.0125969, 0.0128741, 0.0128741, 0.0128741, 0.0128741, 0.0128741", \
					  "0.0140825, 0.0145742, 0.0152993, 0.0152993, 0.0152993, 0.0152993, 0.0152993", \
					  "0.0191859, 0.0191859, 0.0191859, 0.0191859, 0.0191859, 0.0191859, 0.0191859", \
					  "0.0194098, 0.0253423, 0.0253423, 0.0253423, 0.0253423, 0.0253423, 0.0253423", \
					  "0.0301419, 0.0382408, 0.0382408, 0.0382408, 0.0382408, 0.0382408, 0.0382408");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.004947, 0.00580787, 0.00815092, 0.0145281, 0.0318851, 0.0791262, 0.207704");
					values("0.1044199, 0.1044199, 0.1044199, 0.1044199, 0.1045363, 0.1045363, 0.1045363", \
					  "0.1099200, 0.1101874, 0.1101874, 0.1101874, 0.1101874, 0.1104248, 0.1104248", \
					  "0.1247539, 0.1247539, 0.1260468, 0.1260978, 0.1263919, 0.1263919, 0.1263919", \
					  "0.1568493, 0.1571233, 0.1608431, 0.1608431, 0.1608746, 0.1608746, 0.1608746", \
					  "0.2199478, 0.2213855, 0.2255252, 0.2256881, 0.2256881, 0.2257789, 0.2257789", \
					  "0.3169332, 0.3186096, 0.3218283, 0.3218283, 0.3218283, 0.3220521, 0.3220521", \
					  "0.4825972, 0.4863905, 0.4961835, 0.4961835, 0.4961835, 0.4961835, 0.4961835");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_einvp_8") {
		area : 22.521600;
		cell_footprint : "einvp";
		cell_leakage_power : 9.599425e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005049";
			when : "!A&TE";
		}
		leakage_power () {
			value : "3.6693311e-05";
			when : "!A&!TE";
		}
		leakage_power () {
			value : "0.0032552";
			when : "A&TE";
		}
		leakage_power () {
			value : "4.2975087e-05";
			when : "A&!TE";
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.014622;
			capacitance : 0.015411;
			rise_capacitance : 0.016200;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0108629, -0.0108575, -0.0108448, -0.0108427, -0.0108378, -0.0108266, -0.0108006");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0125433, 0.0125304, 0.0125004, 0.0125017, 0.0125046, 0.0125113, 0.0125266");
				}
			}
		}
		pin (TE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.009201;
			capacitance : 0.008869;
			rise_capacitance : 0.008536;
			max_transition : 1.500000;
		}
		pin (Z) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			three_state : "(TE')";
			max_capacitance : 0.347910;
			capacitance : 0.008598;
			max_transition : 1.516802;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0014884, 0.004430667, 0.01318921, 0.03926162, 0.116874, 0.3479103");
					values("0.0217344, 0.0234379, 0.0282213, 0.0407057, 0.0736833, 0.1682860, 0.4466919", \
					  "0.0205802, 0.0221268, 0.0265801, 0.0390622, 0.0725385, 0.1679648, 0.4452694", \
					  "0.0198163, 0.0211913, 0.0252943, 0.0372342, 0.0706959, 0.1664451, 0.4455771", \
					  "0.0194973, 0.0207843, 0.0246524, 0.0360376, 0.0686332, 0.1644901, 0.4457278", \
					  "0.0192119, 0.0204331, 0.0241009, 0.0356459, 0.0675916, 0.1623031, 0.4430917", \
					  "0.0199916, 0.0211501, 0.0246247, 0.0352384, 0.0668846, 0.1614818, 0.4408462", \
					  "0.0222287, 0.0234448, 0.0270692, 0.0365071, 0.0676735, 0.1605708, 0.4399878");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0014884, 0.004430667, 0.01318921, 0.03926162, 0.116874, 0.3479103");
					values("0.0017087, 0.0007980, -0.0021640, -0.0119880, -0.0430816, -0.1372541, -0.4183029", \
					  "0.0007550, -0.0001496, -0.0030054, -0.0124144, -0.0430282, -0.1369489, -0.4178803", \
					  "-0.0004444, -0.0014064, -0.0043192, -0.0135071, -0.0434988, -0.1369600, -0.4176846", \
					  "-0.0015201, -0.0025215, -0.0055903, -0.0149654, -0.0446441, -0.1373979, -0.4177323", \
					  "-0.0020041, -0.0030911, -0.0064373, -0.0162200, -0.0459992, -0.1383241, -0.4180173", \
					  "-0.0015732, -0.0027581, -0.0062445, -0.0166105, -0.0468064, -0.1399682, -0.4191161", \
					  "-8.0900000e-05, -0.0012785, -0.0051010, -0.0161001, -0.0476195, -0.1405070, -0.4202083");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "!A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0014884, 0.004430667, 0.01318921, 0.03926162, 0.116874, 0.3479103");
					values("0.0407437, 0.0419224, 0.0455184, 0.0560817, 0.0874328, 0.1804317, 0.4584455", \
					  "0.0405907, 0.0417880, 0.0453930, 0.0559938, 0.0875362, 0.1815458, 0.4584195", \
					  "0.0404640, 0.0416413, 0.0452400, 0.0558132, 0.0870692, 0.1813107, 0.4582197", \
					  "0.0401677, 0.0413763, 0.0449663, 0.0555081, 0.0868066, 0.1807119, 0.4581461", \
					  "0.0399183, 0.0411334, 0.0446822, 0.0551900, 0.0865569, 0.1803228, 0.4577475", \
					  "0.0401262, 0.0413201, 0.0448700, 0.0551531, 0.0867796, 0.1803323, 0.4571264", \
					  "0.0404438, 0.0415770, 0.0450966, 0.0558849, 0.0874709, 0.1809863, 0.4589868");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0014884, 0.004430667, 0.01318921, 0.03926162, 0.116874, 0.3479103");
					values("0.0104226, 0.0105338, 0.0108351, 0.0114704, 0.0124122, 0.0132338, 0.0136696", \
					  "0.0102341, 0.0103405, 0.0106226, 0.0112527, 0.0122210, 0.0130586, 0.0135135", \
					  "0.0099676, 0.0100751, 0.0103630, 0.0110084, 0.0119772, 0.0128272, 0.0132918", \
					  "0.0097102, 0.0098173, 0.0101055, 0.0107461, 0.0117048, 0.0125899, 0.0130655", \
					  "0.0092992, 0.0093985, 0.0096672, 0.0102781, 0.0112603, 0.0122418, 0.0128027", \
					  "0.0092328, 0.0093237, 0.0095792, 0.0100848, 0.0110073, 0.0120253, 0.0127193", \
					  "0.0095982, 0.0096737, 0.0098857, 0.0103771, 0.0113050, 0.0123856, 0.0132307");
				}
			}
			internal_power () {
				related_pin : "TE";
				when : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0014884, 0.004430667, 0.01318921, 0.03926162, 0.116874, 0.3479103");
					values("0.0218259, 0.0208606, 0.0180977, 0.0093737, -0.0211359, -0.1155505, -0.3966522", \
					  "0.0216830, 0.0207273, 0.0179526, 0.0092384, -0.0212466, -0.1156601, -0.3967614", \
					  "0.0214482, 0.0204951, 0.0176994, 0.0090169, -0.0214276, -0.1158453, -0.3969442", \
					  "0.0217951, 0.0207028, 0.0175446, 0.0084982, -0.0216997, -0.1161024, -0.3972075", \
					  "0.0244220, 0.0232106, 0.0196046, 0.0088930, -0.0219537, -0.1163425, -0.3974533", \
					  "0.0252551, 0.0240619, 0.0204708, 0.0098207, -0.0218975, -0.1164420, -0.3975541", \
					  "0.0255977, 0.0244075, 0.0207809, 0.0101437, -0.0215835, -0.1160401, -0.3972316");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0014884, 0.004430667, 0.01318921, 0.03926162, 0.116874, 0.3479103");
					values("0.0087457, 0.0087318, 0.0086997, 0.0086254, 0.0084805, 0.0083883, 0.0083461", \
					  "0.0085240, 0.0085143, 0.0084877, 0.0084245, 0.0083309, 0.0082559, 0.0082123", \
					  "0.0082243, 0.0082164, 0.0082006, 0.0081579, 0.0080911, 0.0080242, 0.0079841", \
					  "0.0079361, 0.0079305, 0.0079128, 0.0078586, 0.0078240, 0.0077859, 0.0077230", \
					  "0.0076489, 0.0076194, 0.0075973, 0.0075967, 0.0075577, 0.0075120, 0.0074989", \
					  "0.0077981, 0.0077866, 0.0077693, 0.0077263, 0.0077124, 0.0077073, 0.0076971", \
					  "0.0082316, 0.0082211, 0.0081952, 0.0081726, 0.0081390, 0.0080990, 0.0080913");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0436474, 0.0478972, 0.0599683, 0.0920444, 0.1778733, 0.4234970, 1.1524681", \
					  "0.0468592, 0.0506989, 0.0619888, 0.0937782, 0.1813572, 0.4276704, 1.1521799", \
					  "0.0595636, 0.0629966, 0.0731497, 0.1037366, 0.1902327, 0.4409950, 1.1648189", \
					  "0.0924097, 0.0964104, 0.1065436, 0.1346512, 0.2181967, 0.4678492, 1.2005146", \
					  "0.1490678, 0.1551357, 0.1717324, 0.2092283, 0.2929409, 0.5413598, 1.2709817", \
					  "0.2490248, 0.2590108, 0.2855407, 0.3466454, 0.4684462, 0.7167823, 1.4477954", \
					  "0.4334142, 0.4488512, 0.4903523, 0.5870481, 0.7799928, 1.1276439, 1.8493496");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0346086, 0.0388890, 0.0515377, 0.0889175, 0.1997677, 0.5280738, 1.4954357", \
					  "0.0343321, 0.0386813, 0.0513580, 0.0894669, 0.1992810, 0.5259869, 1.4955859", \
					  "0.0338119, 0.0381582, 0.0509491, 0.0888631, 0.2003313, 0.5265103, 1.4994705", \
					  "0.0429366, 0.0457086, 0.0555137, 0.0885309, 0.2002396, 0.5280241, 1.4951083", \
					  "0.0679175, 0.0721977, 0.0838088, 0.1122213, 0.2037099, 0.5271959, 1.4972673", \
					  "0.1152336, 0.1207059, 0.1375366, 0.1754027, 0.2594739, 0.5347830, 1.4962324", \
					  "0.1986827, 0.2098094, 0.2370952, 0.2940426, 0.4111218, 0.6483637, 1.5168024");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0173480, 0.0183778, 0.0214048, 0.0293850, 0.0518887, 0.1175454, 0.3115961", \
					  "0.0213304, 0.0223718, 0.0253668, 0.0335957, 0.0563305, 0.1222484, 0.3171144", \
					  "0.0272479, 0.0289211, 0.0334732, 0.0436055, 0.0663884, 0.1328847, 0.3278436", \
					  "0.0324316, 0.0349778, 0.0417366, 0.0572571, 0.0898237, 0.1566508, 0.3516893", \
					  "0.0310377, 0.0351203, 0.0458273, 0.0707157, 0.1203999, 0.2114115, 0.4069198", \
					  "0.0066635, 0.0131350, 0.0309376, 0.0709800, 0.1500044, 0.2906078, 0.5378814", \
					  "-0.0845667, -0.0735447, -0.0440384, 0.0213998, 0.1492251, 0.3733978, 0.7513681");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0105407, 0.0117447, 0.0153507, 0.0259648, 0.0573924, 0.1506494, 0.4257664", \
					  "0.0109964, 0.0120314, 0.0152880, 0.0259489, 0.0573572, 0.1504724, 0.4272953", \
					  "0.0156736, 0.0170950, 0.0208820, 0.0288612, 0.0574565, 0.1504361, 0.4259273", \
					  "0.0240440, 0.0257425, 0.0302858, 0.0420274, 0.0682298, 0.1512519, 0.4273989", \
					  "0.0420826, 0.0445638, 0.0514044, 0.0663423, 0.1003302, 0.1755213, 0.4280053", \
					  "0.0762192, 0.0809764, 0.0905612, 0.1138910, 0.1620735, 0.2548622, 0.4740257", \
					  "0.1403985, 0.1471056, 0.1650290, 0.2035958, 0.2748870, 0.4078038, 0.6637454");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_enable";
				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("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.1169801, 0.1203642, 0.1302778, 0.1586372, 0.2406051, 0.4834227, 1.2066341", \
					  "0.1214858, 0.1249075, 0.1346721, 0.1630619, 0.2451894, 0.4892139, 1.2113546", \
					  "0.1323571, 0.1357325, 0.1456626, 0.1739020, 0.2559578, 0.4993251, 1.2221448", \
					  "0.1574909, 0.1609460, 0.1708561, 0.1992157, 0.2810762, 0.5243209, 1.2494776", \
					  "0.1985584, 0.2020639, 0.2120842, 0.2406621, 0.3231155, 0.5667316, 1.2892636", \
					  "0.2530088, 0.2566606, 0.2672019, 0.2967723, 0.3796352, 0.6228518, 1.3458880", \
					  "0.3106331, 0.3147855, 0.3266936, 0.3586751, 0.4438488, 0.6880910, 1.4104141");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0389890, 0.0430592, 0.0551624, 0.0916087, 0.1999018, 0.5255407, 1.4935511", \
					  "0.0390159, 0.0430763, 0.0550155, 0.0914267, 0.2011251, 0.5323089, 1.4962018", \
					  "0.0389839, 0.0430543, 0.0551521, 0.0914814, 0.1999940, 0.5328580, 1.4956271", \
					  "0.0390778, 0.0431457, 0.0552089, 0.0914145, 0.2003088, 0.5255663, 1.4990603", \
					  "0.0400939, 0.0441410, 0.0562918, 0.0921255, 0.2004866, 0.5272127, 1.4981388", \
					  "0.0425394, 0.0464230, 0.0585590, 0.0942470, 0.2019499, 0.5260377, 1.4946073", \
					  "0.0494414, 0.0538050, 0.0653242, 0.1004164, 0.2047546, 0.5273766, 1.4971375");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0227706, 0.0237484, 0.0264958, 0.0342924, 0.0567271, 0.1224866, 0.3167311", \
					  "0.0268102, 0.0277710, 0.0305583, 0.0384206, 0.0608882, 0.1266424, 0.3208645", \
					  "0.0334444, 0.0346203, 0.0379312, 0.0465618, 0.0694921, 0.1353124, 0.3296135", \
					  "0.0412894, 0.0429806, 0.0477343, 0.0590562, 0.0858843, 0.1532592, 0.3475832", \
					  "0.0456387, 0.0482488, 0.0556104, 0.0735850, 0.1118448, 0.1909776, 0.3881663", \
					  "0.0311361, 0.0358676, 0.0485221, 0.0786809, 0.1404536, 0.2538837, 0.4776496", \
					  "-0.0460531, -0.0374461, -0.0146557, 0.0388469, 0.1434824, 0.3264297, 0.6370634");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0121677, 0.0132941, 0.0167182, 0.0271638, 0.0584094, 0.1505431, 0.4267328", \
					  "0.0125484, 0.0136433, 0.0170152, 0.0273105, 0.0584514, 0.1505429, 0.4266975", \
					  "0.0153657, 0.0164243, 0.0196182, 0.0290733, 0.0590036, 0.1505886, 0.4267305", \
					  "0.0225794, 0.0237602, 0.0270664, 0.0366760, 0.0646464, 0.1517527, 0.4259046", \
					  "0.0384111, 0.0399059, 0.0442210, 0.0556318, 0.0844045, 0.1644101, 0.4270704", \
					  "0.0706048, 0.0727270, 0.0787753, 0.0941140, 0.1295596, 0.2114633, 0.4489914", \
					  "0.1366810, 0.1398584, 0.1484790, 0.1700058, 0.2190190, 0.3190958, 0.5547273");
				}
			}
			timing () {
				related_pin : "TE";
				timing_type : "three_state_disable";
				timing_sense : "negative_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("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.0197113, 0.0197418, 0.0197418, 0.0197418, 0.0197418, 0.0197418, 0.0197418", \
					  "0.0218433, 0.0221026, 0.0221071, 0.0221071, 0.0221071, 0.0221118, 0.0221118", \
					  "0.0192842, 0.0198064, 0.0198064, 0.0200375, 0.0200375, 0.0200375, 0.0200375", \
					  "0.0212174, 0.0216516, 0.0216541, 0.0220683, 0.0220683, 0.0220683, 0.0220683", \
					  "0.0283151, 0.0299886, 0.0300577, 0.0300577, 0.0300577, 0.0300671, 0.0302650", \
					  "0.0406028, 0.0456716, 0.0456716, 0.0456716, 0.0463559, 0.0463714, 0.0464291", \
					  "0.0680942, 0.0756409, 0.0762890, 0.0762890, 0.0762890, 0.0762890, 0.0762890");
				}
				rise_transition (scalar) {
					values("0.0000000");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0090984, 0.0100868, 0.0130291, 0.0217876, 0.04786, 0.125472, 0.356509");
					values("0.1359223, 0.1386112, 0.1404898, 0.1407940, 0.1407940, 0.1407940, 0.1409167", \
					  "0.1410281, 0.1429092, 0.1461548, 0.1461548, 0.1461548, 0.1461548, 0.1461548", \
					  "0.1532336, 0.1555369, 0.1605309, 0.1605309, 0.1605309, 0.1605309, 0.1605309", \
					  "0.1860148, 0.1877038, 0.1934606, 0.1938626, 0.1942392, 0.1942392, 0.1942392", \
					  "0.2604209, 0.2630667, 0.2694269, 0.2698838, 0.2703388, 0.2703388, 0.2705150", \
					  "0.3817888, 0.3846409, 0.3884656, 0.3884656, 0.3884656, 0.3958115, 0.3958115", \
					  "0.5950809, 0.5950809, 0.6057314, 0.6057314, 0.6057314, 0.6057314, 0.6075074");
				}
				fall_transition (scalar) {
					values("0.0000000");
				}
			}
		}
	}
	cell ("scs8hd_fa_1") {
		area : 20.019200;
		cell_footprint : "fa";
		cell_leakage_power : 5.091540e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004726";
			when : "!A&!B&CIN";
		}
		leakage_power () {
			value : "0.0008842";
			when : "!A&!B&!CIN";
		}
		leakage_power () {
			value : "0.0005238";
			when : "!A&B&CIN";
		}
		leakage_power () {
			value : "0.0005180";
			when : "!A&B&!CIN";
		}
		leakage_power () {
			value : "0.0005310";
			when : "A&!B&CIN";
		}
		leakage_power () {
			value : "0.0005451";
			when : "A&!B&!CIN";
		}
		leakage_power () {
			value : "4.1654831e-05";
			when : "A&B&CIN";
		}
		leakage_power () {
			value : "0.0005569";
			when : "A&B&!CIN";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B) | (A&CIN) | (B&CIN)";
			max_capacitance : 0.139170;
			max_transition : 1.495101;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("2.6041799e-05, 0.0001904, 0.0010860, 0.0049632, 0.0190523, 0.0572083, 0.1579204", \
					  "2.2045586e-05, 0.0001746, 0.0010578, 0.0049377, 0.0189898, 0.0571220, 0.1592159", \
					  "1.6214725e-05, 0.0001711, 0.0010427, 0.0049052, 0.0189599, 0.0571424, 0.1580070", \
					  "5.3016484e-06, 0.0001429, 0.0009817, 0.0048055, 0.0188481, 0.0570216, 0.1586138", \
					  "-2.9351951e-06, 0.0001203, 0.0009169, 0.0047356, 0.0187905, 0.0570716, 0.1586588", \
					  "-2.4790981e-05, 7.2260900e-05, 0.0008310, 0.0045303, 0.0185301, 0.0567741, 0.1586395", \
					  "4.1368764e-05, 0.0002242, 0.0011673, 0.0051767, 0.0186779, 0.0567674, 0.1585578");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0020469, 0.0046851, 0.0092815, 0.0134526, 0.0081159, -0.0248125, -0.1240627", \
					  "0.0020390, 0.0046683, 0.0092270, 0.0133761, 0.0079591, -0.0250018, -0.1242844", \
					  "0.0020279, 0.0046395, 0.0091680, 0.0132562, 0.0078310, -0.0251516, -0.1244361", \
					  "0.0020103, 0.0046039, 0.0090891, 0.0131175, 0.0076372, -0.0253907, -0.1246553", \
					  "0.0019996, 0.0045724, 0.0090273, 0.0130058, 0.0074576, -0.0255951, -0.1249056", \
					  "0.0019912, 0.0045562, 0.0089959, 0.0129185, 0.0073442, -0.0257215, -0.1250144", \
					  "0.0019786, 0.0045260, 0.0089039, 0.0127545, 0.0070713, -0.0259406, -0.1252078");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("5.1412852e-05, 0.0002488, 0.0012027, 0.0051828, 0.0194103, 0.0577551, 0.1592153", \
					  "5.1822629e-05, 0.0002504, 0.0011960, 0.0052027, 0.0194106, 0.0577347, 0.1597040", \
					  "4.9160852e-05, 0.0002455, 0.0011899, 0.0051954, 0.0193939, 0.0578097, 0.1595850", \
					  "4.1290576e-05, 0.0002265, 0.0011541, 0.0051440, 0.0193561, 0.0577478, 0.1598354", \
					  "3.2202853e-05, 0.0002044, 0.0011144, 0.0050511, 0.0192477, 0.0576522, 0.1594158", \
					  "1.3770122e-05, 0.0001624, 0.0010214, 0.0049229, 0.0190920, 0.0574105, 0.1592116", \
					  "8.6560339e-05, 0.0003209, 0.0013653, 0.0055909, 0.0192929, 0.0574665, 0.1584968");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0019364, 0.0044239, 0.0087193, 0.0124440, 0.0067069, -0.0263260, -0.1256536", \
					  "0.0019304, 0.0044110, 0.0086943, 0.0124092, 0.0066451, -0.0264449, -0.1257479", \
					  "0.0019222, 0.0043971, 0.0086584, 0.0123626, 0.0065305, -0.0265876, -0.1258925", \
					  "0.0019121, 0.0043755, 0.0086177, 0.0122675, 0.0064108, -0.0267344, -0.1260769", \
					  "0.0019006, 0.0043458, 0.0085444, 0.0121692, 0.0062461, -0.0269228, -0.1262829", \
					  "0.0018954, 0.0043331, 0.0085114, 0.0120739, 0.0061169, -0.0270489, -0.1264168", \
					  "0.0018914, 0.0042969, 0.0084225, 0.0118790, 0.0057897, -0.0272783, -0.1265983");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0001392, 0.0004575, 0.0016700, 0.0060876, 0.0206963, 0.0594453, 0.1610136", \
					  "0.0001405, 0.0004598, 0.0016627, 0.0061204, 0.0207149, 0.0595088, 0.1611647", \
					  "0.0001374, 0.0004502, 0.0016487, 0.0060949, 0.0206904, 0.0594337, 0.1608680", \
					  "0.0001227, 0.0004163, 0.0015887, 0.0059366, 0.0204594, 0.0591741, 0.1606178", \
					  "0.0001044, 0.0003756, 0.0014656, 0.0057338, 0.0201787, 0.0588686, 0.1604908", \
					  "8.4476445e-05, 0.0003278, 0.0013753, 0.0055558, 0.0197698, 0.0585549, 0.1601638", \
					  "0.0001280, 0.0004279, 0.0015687, 0.0059380, 0.0199324, 0.0585331, 0.1602950");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0018517, 0.0042276, 0.0083009, 0.0117436, 0.0056562, -0.0275933, -0.1270571", \
					  "0.0018460, 0.0042170, 0.0082590, 0.0116856, 0.0055686, -0.0276839, -0.1271292", \
					  "0.0018372, 0.0041936, 0.0082135, 0.0115866, 0.0054338, -0.0278720, -0.1273536", \
					  "0.0018263, 0.0041707, 0.0081599, 0.0114997, 0.0053040, -0.0279942, -0.1274584", \
					  "0.0018167, 0.0041454, 0.0081224, 0.0114181, 0.0051656, -0.0281700, -0.1276473", \
					  "0.0018081, 0.0041265, 0.0080683, 0.0113211, 0.0050112, -0.0283310, -0.1277843", \
					  "0.0017975, 0.0041007, 0.0080057, 0.0111149, 0.0047136, -0.0285474, -0.1279574");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1085744, 0.1165258, 0.1340004, 0.1734791, 0.2706982, 0.5193715, 1.1553363", \
					  "0.1134204, 0.1211703, 0.1386755, 0.1784037, 0.2756663, 0.5242862, 1.1602189", \
					  "0.1242928, 0.1322410, 0.1496956, 0.1893339, 0.2866215, 0.5354934, 1.1714066", \
					  "0.1489783, 0.1569158, 0.1743680, 0.2140011, 0.3116535, 0.5608171, 1.1966754", \
					  "0.1971507, 0.2056002, 0.2236665, 0.2639177, 0.3619104, 0.6114745, 1.2476944", \
					  "0.2705496, 0.2802736, 0.3000935, 0.3419227, 0.4411367, 0.6918245, 1.3280685", \
					  "0.3626349, 0.3755534, 0.3997302, 0.4457202, 0.5459723, 0.7971986, 1.4345476");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0266177, 0.0344636, 0.0540331, 0.1056349, 0.2410013, 0.5926240, 1.4885182", \
					  "0.0267304, 0.0346129, 0.0539872, 0.1057944, 0.2410166, 0.5917281, 1.4929342", \
					  "0.0267462, 0.0344349, 0.0539876, 0.1056121, 0.2409933, 0.5927427, 1.4887475", \
					  "0.0266894, 0.0343900, 0.0539144, 0.1056627, 0.2410096, 0.5917541, 1.4895141", \
					  "0.0289705, 0.0365086, 0.0559063, 0.1068681, 0.2411070, 0.5919120, 1.4903255", \
					  "0.0347419, 0.0428339, 0.0606474, 0.1097380, 0.2434868, 0.5928077, 1.4925009", \
					  "0.0487857, 0.0566230, 0.0744947, 0.1182367, 0.2457489, 0.5947977, 1.4940847");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.3683514, 0.3795377, 0.4005540, 0.4380657, 0.5047217, 0.6266112, 0.8790380", \
					  "0.3706298, 0.3818163, 0.4031298, 0.4409008, 0.5072968, 0.6291420, 0.8814951", \
					  "0.3803266, 0.3915489, 0.4128722, 0.4503654, 0.5169504, 0.6388107, 0.8912416", \
					  "0.4081342, 0.4193703, 0.4406789, 0.4782951, 0.5450900, 0.6669824, 0.9194572", \
					  "0.4789543, 0.4900412, 0.5113271, 0.5488904, 0.6153896, 0.7372551, 0.9897033", \
					  "0.6439709, 0.6550981, 0.6764292, 0.7140992, 0.7804618, 0.9023618, 1.1548903", \
					  "0.9846772, 0.9976115, 1.0210295, 1.0630545, 1.1346870, 1.2614748, 1.5159536");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0495643, 0.0555548, 0.0693032, 0.0939050, 0.1463891, 0.2589771, 0.5556657", \
					  "0.0493196, 0.0554866, 0.0683335, 0.0936938, 0.1458563, 0.2586737, 0.5544901", \
					  "0.0493098, 0.0559183, 0.0686544, 0.0936295, 0.1460961, 0.2588090, 0.5556370", \
					  "0.0495507, 0.0554513, 0.0683520, 0.0936390, 0.1462133, 0.2592226, 0.5549931", \
					  "0.0492570, 0.0559647, 0.0689089, 0.0936451, 0.1461262, 0.2588173, 0.5555953", \
					  "0.0494501, 0.0555134, 0.0689317, 0.0937359, 0.1459338, 0.2590065, 0.5540959", \
					  "0.0599433, 0.0665773, 0.0797043, 0.1051520, 0.1571880, 0.2674230, 0.5581067");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1005857, 0.1085663, 0.1260437, 0.1657929, 0.2632538, 0.5128328, 1.1495118", \
					  "0.1053927, 0.1133543, 0.1306547, 0.1703938, 0.2680820, 0.5175653, 1.1543649", \
					  "0.1160783, 0.1240332, 0.1414335, 0.1811308, 0.2788884, 0.5284721, 1.1651441", \
					  "0.1414235, 0.1493794, 0.1668664, 0.2066501, 0.3045803, 0.5543036, 1.1908865", \
					  "0.1902957, 0.1988046, 0.2169871, 0.2574733, 0.3557024, 0.6055102, 1.2417672", \
					  "0.2576395, 0.2677144, 0.2880956, 0.3299967, 0.4289747, 0.6797140, 1.3157770", \
					  "0.3323459, 0.3449688, 0.3716696, 0.4191172, 0.5191113, 0.7699300, 1.4069139");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0267796, 0.0344622, 0.0539584, 0.1055879, 0.2410276, 0.5925030, 1.4889535", \
					  "0.0266631, 0.0343541, 0.0539571, 0.1058141, 0.2410373, 0.5917988, 1.4921443", \
					  "0.0266625, 0.0343294, 0.0539371, 0.1058094, 0.2410218, 0.5913267, 1.4921973", \
					  "0.0266168, 0.0342953, 0.0539897, 0.1057553, 0.2410161, 0.5913287, 1.4923700", \
					  "0.0299597, 0.0372386, 0.0561167, 0.1067095, 0.2411850, 0.5917852, 1.4910431", \
					  "0.0379586, 0.0449119, 0.0625591, 0.1096784, 0.2431530, 0.5925315, 1.4900514", \
					  "0.0540348, 0.0632418, 0.0794901, 0.1215335, 0.2462232, 0.5936966, 1.4930724");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.3014717, 0.3124496, 0.3337470, 0.3717416, 0.4420008, 0.5696759, 0.8276151", \
					  "0.3052323, 0.3162069, 0.3375092, 0.3756469, 0.4457940, 0.5734657, 0.8314439", \
					  "0.3167690, 0.3277191, 0.3489591, 0.3875912, 0.4577176, 0.5853136, 0.8432982", \
					  "0.3459916, 0.3568824, 0.3781657, 0.4166883, 0.4867888, 0.6144126, 0.8723934", \
					  "0.4136670, 0.4246338, 0.4460746, 0.4843149, 0.5543349, 0.6818396, 0.9398006", \
					  "0.5683986, 0.5793497, 0.6004206, 0.6386418, 0.7085982, 0.8359722, 1.0939086", \
					  "0.8710465, 0.8834378, 0.9077489, 0.9498212, 1.0226126, 1.1558361, 1.4187649");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0476880, 0.0544079, 0.0682213, 0.0964364, 0.1537070, 0.2689149, 0.5628515", \
					  "0.0476828, 0.0543970, 0.0682222, 0.0963929, 0.1537100, 0.2690122, 0.5625936", \
					  "0.0477517, 0.0543837, 0.0682205, 0.0961107, 0.1535442, 0.2689306, 0.5630537", \
					  "0.0474960, 0.0541486, 0.0682942, 0.0960039, 0.1531416, 0.2691841, 0.5606887", \
					  "0.0473749, 0.0540244, 0.0676889, 0.0958297, 0.1529360, 0.2687899, 0.5631154", \
					  "0.0480645, 0.0547084, 0.0687707, 0.0961556, 0.1527597, 0.2687477, 0.5630728", \
					  "0.0595886, 0.0665803, 0.0803684, 0.1069460, 0.1628402, 0.2796794, 0.5683250");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0979023, 0.1059802, 0.1237767, 0.1642109, 0.2633228, 0.5149212, 1.1527818", \
					  "0.1025611, 0.1106260, 0.1283005, 0.1688977, 0.2680535, 0.5195800, 1.1573908", \
					  "0.1133859, 0.1214120, 0.1390311, 0.1796280, 0.2787540, 0.5303399, 1.1679836", \
					  "0.1382928, 0.1463118, 0.1639918, 0.2043401, 0.3034460, 0.5551820, 1.1930988", \
					  "0.1866782, 0.1951816, 0.2134119, 0.2544259, 0.3532744, 0.6050326, 1.2432396", \
					  "0.2512990, 0.2618156, 0.2821338, 0.3241274, 0.4231023, 0.6755181, 1.3135886", \
					  "0.3221588, 0.3360373, 0.3617745, 0.4096362, 0.5100957, 0.7622355, 1.4002058");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0264539, 0.0340937, 0.0536514, 0.1052448, 0.2410233, 0.5918013, 1.4948421", \
					  "0.0263709, 0.0340520, 0.0535434, 0.1053488, 0.2410761, 0.5920172, 1.4946790", \
					  "0.0263766, 0.0340769, 0.0536389, 0.1052206, 0.2411233, 0.5916330, 1.4941848", \
					  "0.0265157, 0.0341350, 0.0536129, 0.1052572, 0.2410622, 0.5914855, 1.4944430", \
					  "0.0297176, 0.0370161, 0.0561112, 0.1066445, 0.2413495, 0.5920929, 1.4951007", \
					  "0.0383527, 0.0452352, 0.0624616, 0.1097412, 0.2434754, 0.5927168, 1.4945394", \
					  "0.0548099, 0.0626154, 0.0799749, 0.1219786, 0.2467949, 0.5944943, 1.4899769");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.2855083, 0.2965481, 0.3179952, 0.3569646, 0.4294229, 0.5591755, 0.8178185", \
					  "0.2879514, 0.2990512, 0.3206697, 0.3594476, 0.4318835, 0.5616598, 0.8202408", \
					  "0.2966506, 0.3076784, 0.3291252, 0.3680084, 0.4404766, 0.5702161, 0.8288594", \
					  "0.3245174, 0.3355844, 0.3570732, 0.3957417, 0.4681254, 0.5979018, 0.8565331", \
					  "0.3963986, 0.4073956, 0.4289125, 0.4677795, 0.5402390, 0.6701139, 0.9287677", \
					  "0.5757693, 0.5868565, 0.6081090, 0.6470407, 0.7194613, 0.8493569, 1.1080811", \
					  "0.9193252, 0.9341630, 0.9614862, 1.0090622, 1.0914977, 1.2305623, 1.4928632");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0481165, 0.0547878, 0.0688968, 0.0977682, 0.1574076, 0.2723215, 0.5624960", \
					  "0.0478348, 0.0545048, 0.0684006, 0.0977435, 0.1575778, 0.2724388, 0.5624908", \
					  "0.0481199, 0.0549377, 0.0688679, 0.0979563, 0.1573991, 0.2723004, 0.5635988", \
					  "0.0478764, 0.0545208, 0.0683931, 0.0977276, 0.1576089, 0.2723878, 0.5618008", \
					  "0.0480258, 0.0545556, 0.0688234, 0.0978646, 0.1575158, 0.2723411, 0.5619473", \
					  "0.0488037, 0.0552119, 0.0692248, 0.0981396, 0.1579164, 0.2724632, 0.5616267", \
					  "0.0704127, 0.0782086, 0.0935284, 0.1226795, 0.1808194, 0.2887114, 0.5695228");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!CIN) | (!A&B&!CIN) | (!A&!B&CIN) | (A&B&CIN)";
			max_capacitance : 0.138255;
			max_transition : 1.500820;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0009001, 0.0022749, 0.0056572, 0.0134508, 0.0308029, 0.0715627, 0.1734317", \
					  "0.0008902, 0.0022542, 0.0055939, 0.0133748, 0.0307073, 0.0716871, 0.1735663", \
					  "0.0008779, 0.0022232, 0.0055464, 0.0132540, 0.0305071, 0.0712192, 0.1730842", \
					  "0.0008632, 0.0021829, 0.0054665, 0.0131164, 0.0302780, 0.0708831, 0.1741701", \
					  "0.0008495, 0.0021565, 0.0054052, 0.0130036, 0.0301473, 0.0707857, 0.1726032", \
					  "0.0008394, 0.0021302, 0.0053596, 0.0129174, 0.0300035, 0.0705689, 0.1736700", \
					  "0.0008012, 0.0020535, 0.0052407, 0.0127537, 0.0298377, 0.0704285, 0.1724042");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0010462, 0.0023348, 0.0042767, 0.0049612, -0.0033669, -0.0383699, -0.1380578", \
					  "0.0010423, 0.0023290, 0.0042631, 0.0049497, -0.0034087, -0.0383919, -0.1381318", \
					  "0.0010391, 0.0023168, 0.0042383, 0.0049098, -0.0034690, -0.0384804, -0.1382152", \
					  "0.0010296, 0.0022945, 0.0042025, 0.0048031, -0.0036123, -0.0386330, -0.1383777", \
					  "0.0010236, 0.0022799, 0.0041693, 0.0047340, -0.0037116, -0.0387686, -0.1385253", \
					  "0.0010033, 0.0022327, 0.0040672, 0.0045284, -0.0040234, -0.0391544, -0.1389499", \
					  "0.0011095, 0.0024827, 0.0046024, 0.0051755, -0.0037055, -0.0391935, -0.1391256");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0007692, 0.0019687, 0.0050350, 0.0124391, 0.0294996, 0.0700005, 0.1719363", \
					  "0.0007643, 0.0019597, 0.0050114, 0.0124075, 0.0294254, 0.0699239, 0.1718393", \
					  "0.0007591, 0.0019460, 0.0049675, 0.0123608, 0.0293063, 0.0698177, 0.1716734", \
					  "0.0007496, 0.0019228, 0.0049245, 0.0122658, 0.0291883, 0.0696624, 0.1715771", \
					  "0.0007368, 0.0018946, 0.0048750, 0.0121676, 0.0290754, 0.0698188, 0.1721055", \
					  "0.0007272, 0.0018763, 0.0048331, 0.0120734, 0.0290063, 0.0696757, 0.1719386", \
					  "0.0007173, 0.0018111, 0.0045976, 0.0118761, 0.0287058, 0.0691233, 0.1710178");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0010741, 0.0023961, 0.0044092, 0.0051816, -0.0030857, -0.0380464, -0.1377258", \
					  "0.0010736, 0.0023960, 0.0044151, 0.0052012, -0.0030654, -0.0380012, -0.1377025", \
					  "0.0010713, 0.0023959, 0.0044075, 0.0051923, -0.0030879, -0.0380476, -0.1377559", \
					  "0.0010673, 0.0023815, 0.0043862, 0.0051419, -0.0031547, -0.0381147, -0.1378335", \
					  "0.0010590, 0.0023640, 0.0043494, 0.0050496, -0.0032940, -0.0382732, -0.1380467", \
					  "0.0010480, 0.0023372, 0.0042818, 0.0049215, -0.0034644, -0.0385058, -0.1382626", \
					  "0.0011572, 0.0025923, 0.0048309, 0.0055904, -0.0031096, -0.0384555, -0.1383661");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0006809, 0.0017677, 0.0046126, 0.0117418, 0.0284582, 0.0687262, 0.1705568", \
					  "0.0006756, 0.0017494, 0.0045696, 0.0116805, 0.0284105, 0.0685955, 0.1709760", \
					  "0.0006675, 0.0017335, 0.0045385, 0.0115843, 0.0282582, 0.0685481, 0.1703533", \
					  "0.0006551, 0.0017082, 0.0044691, 0.0114983, 0.0281495, 0.0682696, 0.1698254", \
					  "0.0006437, 0.0016805, 0.0044288, 0.0114165, 0.0279793, 0.0681612, 0.1699456", \
					  "0.0006309, 0.0016472, 0.0043665, 0.0113185, 0.0278689, 0.0679697, 0.1697192", \
					  "0.0005775, 0.0015258, 0.0041553, 0.0111132, 0.0276038, 0.0678517, 0.1701754");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0011709, 0.0026249, 0.0049308, 0.0060851, -0.0019408, -0.0367685, -0.1363926", \
					  "0.0011729, 0.0026257, 0.0049206, 0.0061283, -0.0019218, -0.0367368, -0.1363422", \
					  "0.0011704, 0.0026231, 0.0049231, 0.0060930, -0.0019739, -0.0367986, -0.1364176", \
					  "0.0011593, 0.0025961, 0.0048351, 0.0059427, -0.0021693, -0.0370418, -0.1366716", \
					  "0.0011443, 0.0025634, 0.0047470, 0.0057331, -0.0024519, -0.0373872, -0.1370346", \
					  "0.0011261, 0.0025208, 0.0046649, 0.0055543, -0.0027115, -0.0377038, -0.1374045", \
					  "0.0011969, 0.0026878, 0.0050260, 0.0059381, -0.0026622, -0.0378635, -0.1376781");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0826853, 0.0901835, 0.1072918, 0.1474588, 0.2460153, 0.4950950, 1.1299240", \
					  "0.0881324, 0.0956950, 0.1127488, 0.1529302, 0.2515392, 0.5006768, 1.1355977", \
					  "0.1002174, 0.1077559, 0.1248168, 0.1649168, 0.2639259, 0.5136028, 1.1504677", \
					  "0.1262368, 0.1337058, 0.1506687, 0.1906253, 0.2897135, 0.5396987, 1.1761874", \
					  "0.1716279, 0.1795562, 0.1969286, 0.2370212, 0.3361678, 0.5868138, 1.2239267", \
					  "0.2350581, 0.2441085, 0.2630879, 0.3040867, 0.4033243, 0.6533774, 1.2910606", \
					  "0.3083009, 0.3202038, 0.3432982, 0.3876921, 0.4867945, 0.7379036, 1.3723329");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0246291, 0.0325966, 0.0526467, 0.1054690, 0.2433616, 0.5959765, 1.4985747", \
					  "0.0246264, 0.0325228, 0.0526202, 0.1054888, 0.2433491, 0.5959739, 1.4983267", \
					  "0.0247744, 0.0325477, 0.0525295, 0.1054070, 0.2427066, 0.5941358, 1.4929429", \
					  "0.0249054, 0.0326839, 0.0526080, 0.1052721, 0.2431205, 0.5951532, 1.4935772", \
					  "0.0273194, 0.0350294, 0.0545090, 0.1056513, 0.2430098, 0.5936699, 1.4930129", \
					  "0.0343533, 0.0414917, 0.0590751, 0.1084288, 0.2432357, 0.5941707, 1.4940864", \
					  "0.0471561, 0.0548742, 0.0716453, 0.1163012, 0.2458859, 0.5957368, 1.4867075");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.3014251, 0.3102445, 0.3273083, 0.3579980, 0.4132252, 0.5216536, 0.7666585", \
					  "0.3064475, 0.3152694, 0.3320551, 0.3627846, 0.4182190, 0.5262377, 0.7716588", \
					  "0.3194748, 0.3283099, 0.3453758, 0.3760696, 0.4313063, 0.5397461, 0.7848265", \
					  "0.3521189, 0.3609317, 0.3779759, 0.4079323, 0.4634094, 0.5720340, 0.8174640", \
					  "0.4260407, 0.4347304, 0.4517330, 0.4825187, 0.5375907, 0.6459905, 0.8915331", \
					  "0.5934294, 0.6021469, 0.6192019, 0.6500941, 0.7054210, 0.8140595, 1.0595764", \
					  "0.9343794, 0.9446901, 0.9642965, 0.9981861, 1.0579176, 1.1703150, 1.4179232");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0413109, 0.0461691, 0.0564394, 0.0784489, 0.1256771, 0.2398502, 0.5453858", \
					  "0.0416212, 0.0465667, 0.0571559, 0.0788398, 0.1254670, 0.2398846, 0.5455643", \
					  "0.0413161, 0.0461611, 0.0564327, 0.0784917, 0.1256873, 0.2397799, 0.5454060", \
					  "0.0416344, 0.0461955, 0.0569209, 0.0783589, 0.1254776, 0.2397600, 0.5482815", \
					  "0.0415519, 0.0466123, 0.0565738, 0.0779601, 0.1253317, 0.2399208, 0.5491190", \
					  "0.0425909, 0.0471962, 0.0577642, 0.0782558, 0.1257427, 0.2396613, 0.5484920", \
					  "0.0521031, 0.0574083, 0.0677627, 0.0883601, 0.1361141, 0.2464389, 0.5514536");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.4976619, 0.5058801, 0.5238599, 0.5642059, 0.6635841, 0.9129676, 1.5502249", \
					  "0.5004363, 0.5086891, 0.5264477, 0.5669236, 0.6661711, 0.9162461, 1.5517942", \
					  "0.5098581, 0.5182139, 0.5361251, 0.5765373, 0.6758454, 0.9252352, 1.5625234", \
					  "0.5378150, 0.5457556, 0.5637897, 0.6043457, 0.7035608, 0.9537199, 1.5892694", \
					  "0.6083176, 0.6166762, 0.6345809, 0.6749923, 0.7742800, 1.0236977, 1.6609430", \
					  "0.7727154, 0.7809401, 0.7989533, 0.8396310, 0.9387345, 1.1888031, 1.8248092", \
					  "1.1246528, 1.1331005, 1.1512712, 1.1913759, 1.2905910, 1.5406629, 2.1773234");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0303136, 0.0376593, 0.0561540, 0.1072123, 0.2431657, 0.5911725, 1.4931097", \
					  "0.0303794, 0.0374656, 0.0565008, 0.1072969, 0.2433678, 0.5923875, 1.4950183", \
					  "0.0304442, 0.0376606, 0.0563326, 0.1072436, 0.2432934, 0.5910981, 1.4936450", \
					  "0.0303189, 0.0378506, 0.0563551, 0.1073213, 0.2428556, 0.5918100, 1.4915458", \
					  "0.0304632, 0.0376616, 0.0563447, 0.1072487, 0.2432947, 0.5910464, 1.4936026", \
					  "0.0308594, 0.0378813, 0.0564606, 0.1072941, 0.2426146, 0.5924162, 1.4934274", \
					  "0.0317987, 0.0387917, 0.0571373, 0.1071687, 0.2431458, 0.5919821, 1.4947382");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2893011, 0.2980385, 0.3151764, 0.3477678, 0.4095095, 0.5254349, 0.7747513", \
					  "0.2941796, 0.3027380, 0.3200230, 0.3525958, 0.4143819, 0.5302638, 0.7796731", \
					  "0.3050164, 0.3137319, 0.3310718, 0.3635106, 0.4252960, 0.5412552, 0.7907590", \
					  "0.3279431, 0.3366907, 0.3537696, 0.3862978, 0.4482059, 0.5639392, 0.8133853", \
					  "0.3737462, 0.3824995, 0.3995974, 0.4320350, 0.4939188, 0.6097244, 0.8593465", \
					  "0.4508687, 0.4596677, 0.4768386, 0.5089513, 0.5702947, 0.6860137, 0.9355161", \
					  "0.5554595, 0.5642238, 0.5813645, 0.6138349, 0.6756404, 0.7911614, 1.0400150");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0398328, 0.0452810, 0.0573667, 0.0834734, 0.1360588, 0.2513701, 0.5534722", \
					  "0.0397102, 0.0455491, 0.0573665, 0.0832399, 0.1360501, 0.2511336, 0.5538958", \
					  "0.0396352, 0.0450872, 0.0571695, 0.0832687, 0.1368882, 0.2519011, 0.5503514", \
					  "0.0397741, 0.0452294, 0.0575152, 0.0835588, 0.1362610, 0.2518110, 0.5536356", \
					  "0.0397526, 0.0451913, 0.0574290, 0.0834679, 0.1367957, 0.2517989, 0.5531104", \
					  "0.0394023, 0.0447267, 0.0568508, 0.0828518, 0.1355572, 0.2513870, 0.5508521", \
					  "0.0400673, 0.0455189, 0.0575614, 0.0834547, 0.1364819, 0.2513921, 0.5485300");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0876196, 0.0952424, 0.1124479, 0.1525611, 0.2513411, 0.5006981, 1.1374157", \
					  "0.0931655, 0.1008073, 0.1180305, 0.1581260, 0.2569255, 0.5070479, 1.1443482", \
					  "0.1050733, 0.1126790, 0.1299364, 0.1699957, 0.2688315, 0.5187965, 1.1548320", \
					  "0.1299034, 0.1375229, 0.1546672, 0.1946507, 0.2937102, 0.5442178, 1.1790200", \
					  "0.1748231, 0.1829051, 0.2007197, 0.2409280, 0.3398059, 0.5895565, 1.2255089", \
					  "0.2414721, 0.2507027, 0.2697922, 0.3110952, 0.4102857, 0.6600696, 1.2966349", \
					  "0.3218101, 0.3340810, 0.3576583, 0.4032777, 0.5026765, 0.7522665, 1.3879100");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0252948, 0.0330686, 0.0530311, 0.1050969, 0.2427013, 0.5969784, 1.4961560", \
					  "0.0252672, 0.0330982, 0.0530063, 0.1053121, 0.2432293, 0.5958232, 1.4927589", \
					  "0.0253041, 0.0331268, 0.0529638, 0.1053633, 0.2423166, 0.5964504, 1.4964100", \
					  "0.0255288, 0.0333481, 0.0532108, 0.1054519, 0.2427828, 0.5943366, 1.4950523", \
					  "0.0279985, 0.0357995, 0.0549462, 0.1062157, 0.2419347, 0.5927155, 1.4986293", \
					  "0.0344954, 0.0419286, 0.0600777, 0.1089443, 0.2426772, 0.5926239, 1.4958440", \
					  "0.0485944, 0.0561952, 0.0739876, 0.1178223, 0.2455618, 0.5940445, 1.4844711");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2633801, 0.2719495, 0.2885825, 0.3186829, 0.3734395, 0.4812400, 0.7263875", \
					  "0.2685904, 0.2771442, 0.2937824, 0.3239294, 0.3784589, 0.4864825, 0.7312966", \
					  "0.2810947, 0.2896548, 0.3062844, 0.3364835, 0.3910524, 0.4990718, 0.7439124", \
					  "0.3114153, 0.3199791, 0.3365771, 0.3667301, 0.4212855, 0.5292751, 0.7744171", \
					  "0.3793236, 0.3880003, 0.4046810, 0.4346590, 0.4889926, 0.5970417, 0.8417532", \
					  "0.5301719, 0.5389514, 0.5558370, 0.5861840, 0.6414022, 0.7491652, 0.9942561", \
					  "0.8195741, 0.8299307, 0.8496393, 0.8838587, 0.9441943, 1.0574127, 1.3044631");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0396913, 0.0446865, 0.0545243, 0.0764208, 0.1238666, 0.2387814, 0.5492981", \
					  "0.0394793, 0.0442550, 0.0545414, 0.0766337, 0.1240480, 0.2388257, 0.5440550", \
					  "0.0396855, 0.0442680, 0.0545188, 0.0758188, 0.1239814, 0.2388358, 0.5439910", \
					  "0.0398042, 0.0447801, 0.0548591, 0.0758397, 0.1239326, 0.2387365, 0.5496273", \
					  "0.0395699, 0.0445222, 0.0547117, 0.0758846, 0.1241164, 0.2388796, 0.5445305", \
					  "0.0419096, 0.0467502, 0.0566718, 0.0775618, 0.1250982, 0.2380952, 0.5449270", \
					  "0.0520384, 0.0571063, 0.0679085, 0.0893100, 0.1355739, 0.2492624, 0.5524617");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.4305289, 0.4386689, 0.4565344, 0.4966852, 0.5960737, 0.8457770, 1.4820142", \
					  "0.4342859, 0.4424421, 0.4602950, 0.5004720, 0.5999341, 0.8495931, 1.4859877", \
					  "0.4466313, 0.4547331, 0.4723196, 0.5126137, 0.6122827, 0.8621434, 1.4987820", \
					  "0.4756998, 0.4839160, 0.5014043, 0.5415566, 0.6411804, 0.8909353, 1.5273391", \
					  "0.5428015, 0.5509201, 0.5687433, 0.6091217, 0.7079650, 0.9582986, 1.5932156", \
					  "0.6959718, 0.7042129, 0.7219925, 0.7622898, 0.8609876, 1.1116355, 1.7468154", \
					  "1.0088234, 1.0170129, 1.0348774, 1.0748106, 1.1740742, 1.4241461, 2.0603721");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0308841, 0.0376452, 0.0561066, 0.1070877, 0.2438802, 0.5920237, 1.4868125", \
					  "0.0308970, 0.0376468, 0.0561230, 0.1070840, 0.2436761, 0.5915241, 1.4903653", \
					  "0.0303416, 0.0373270, 0.0561934, 0.1067401, 0.2436430, 0.5923419, 1.4933638", \
					  "0.0304518, 0.0374186, 0.0560003, 0.1070054, 0.2434539, 0.5912015, 1.4925963", \
					  "0.0306560, 0.0375442, 0.0560029, 0.1070862, 0.2440745, 0.5927405, 1.4919332", \
					  "0.0305110, 0.0375109, 0.0560825, 0.1067092, 0.2437536, 0.5925927, 1.4914712", \
					  "0.0315515, 0.0384281, 0.0564918, 0.1069368, 0.2427663, 0.5922033, 1.4931900");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2811647, 0.2899622, 0.3072948, 0.3394335, 0.4003740, 0.5156490, 0.7650828", \
					  "0.2858573, 0.2946256, 0.3116608, 0.3440026, 0.4049087, 0.5201246, 0.7693042", \
					  "0.2963076, 0.3049176, 0.3221354, 0.3544474, 0.4153447, 0.5307003, 0.7799478", \
					  "0.3205915, 0.3293255, 0.3463265, 0.3786422, 0.4395301, 0.5547316, 0.8041754", \
					  "0.3686345, 0.3773802, 0.3944666, 0.4267292, 0.4876058, 0.6028697, 0.8522221", \
					  "0.4400276, 0.4487692, 0.4660144, 0.4981960, 0.5589819, 0.6742180, 0.9236262", \
					  "0.5289145, 0.5377233, 0.5547988, 0.5872535, 0.6483434, 0.7637173, 1.0125750");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0397636, 0.0452659, 0.0567323, 0.0825240, 0.1358428, 0.2510528, 0.5507508", \
					  "0.0396986, 0.0450120, 0.0572317, 0.0826214, 0.1352469, 0.2511114, 0.5532914", \
					  "0.0396086, 0.0451783, 0.0572341, 0.0826293, 0.1347094, 0.2501458, 0.5541673", \
					  "0.0396510, 0.0450305, 0.0572512, 0.0826385, 0.1353144, 0.2511136, 0.5524488", \
					  "0.0397130, 0.0450839, 0.0572466, 0.0826223, 0.1347103, 0.2504580, 0.5528924", \
					  "0.0400190, 0.0454867, 0.0570348, 0.0824325, 0.1355158, 0.2506590, 0.5517080", \
					  "0.0401049, 0.0454205, 0.0574834, 0.0829100, 0.1354036, 0.2503196, 0.5485675");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0874708, 0.0955146, 0.1132979, 0.1538039, 0.2524965, 0.5019117, 1.1383571", \
					  "0.0928589, 0.1008696, 0.1187142, 0.1591997, 0.2582667, 0.5078109, 1.1452224", \
					  "0.1040652, 0.1121024, 0.1299046, 0.1704154, 0.2689884, 0.5186240, 1.1537762", \
					  "0.1265461, 0.1345816, 0.1523383, 0.1927549, 0.2916563, 0.5409700, 1.1767065", \
					  "0.1637269, 0.1725154, 0.1914233, 0.2330163, 0.3323953, 0.5824888, 1.2194377", \
					  "0.2188841, 0.2286680, 0.2488247, 0.2916810, 0.3920077, 0.6427526, 1.2789219", \
					  "0.2777557, 0.2906235, 0.3151749, 0.3625123, 0.4637853, 0.7142303, 1.3507414");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0268251, 0.0345443, 0.0541343, 0.1057926, 0.2428567, 0.5929054, 1.4926650", \
					  "0.0268191, 0.0346119, 0.0541188, 0.1056744, 0.2432553, 0.5934040, 1.4972287", \
					  "0.0267641, 0.0346394, 0.0541774, 0.1056723, 0.2433001, 0.5918446, 1.5008201", \
					  "0.0273120, 0.0350073, 0.0544564, 0.1059458, 0.2429101, 0.5935363, 1.4927934", \
					  "0.0306722, 0.0385157, 0.0579659, 0.1080333, 0.2423294, 0.5936321, 1.4948075", \
					  "0.0359479, 0.0438105, 0.0631521, 0.1118955, 0.2452010, 0.5936493, 1.4925209", \
					  "0.0503991, 0.0589853, 0.0767014, 0.1215524, 0.2478027, 0.5976945, 1.4856414");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2355694, 0.2442987, 0.2610854, 0.2927269, 0.3520420, 0.4661422, 0.7148531", \
					  "0.2399934, 0.2487322, 0.2658125, 0.2975520, 0.3565129, 0.4709292, 0.7184026", \
					  "0.2521686, 0.2607072, 0.2776868, 0.3094143, 0.3687052, 0.4826506, 0.7311446", \
					  "0.2837443, 0.2924112, 0.3093516, 0.3411089, 0.4002491, 0.5136466, 0.7623773", \
					  "0.3557032, 0.3645126, 0.3815533, 0.4130579, 0.4718512, 0.5857894, 0.8349337", \
					  "0.5156391, 0.5245950, 0.5418980, 0.5737132, 0.6322931, 0.7470169, 0.9960559", \
					  "0.8196794, 0.8301425, 0.8499781, 0.8852202, 0.9471602, 1.0676187, 1.3223185");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0386505, 0.0440828, 0.0563248, 0.0803938, 0.1330607, 0.2491046, 0.5507317", \
					  "0.0386433, 0.0441643, 0.0555645, 0.0801409, 0.1328771, 0.2494769, 0.5497780", \
					  "0.0391090, 0.0445795, 0.0560647, 0.0804003, 0.1327015, 0.2486637, 0.5518169", \
					  "0.0386520, 0.0440467, 0.0554794, 0.0800100, 0.1321437, 0.2496703, 0.5516264", \
					  "0.0389211, 0.0439329, 0.0553420, 0.0798422, 0.1324378, 0.2492041, 0.5522697", \
					  "0.0412411, 0.0462958, 0.0577037, 0.0814870, 0.1331979, 0.2495637, 0.5518952", \
					  "0.0521258, 0.0575602, 0.0685591, 0.0919725, 0.1422526, 0.2621184, 0.5601482");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.4161603, 0.4244552, 0.4423815, 0.4826405, 0.5822258, 0.8320840, 1.4684358", \
					  "0.4188505, 0.4267830, 0.4447522, 0.4850870, 0.5844372, 0.8348235, 1.4708798", \
					  "0.4272413, 0.4355883, 0.4534235, 0.4936504, 0.5932522, 0.8431159, 1.4795034", \
					  "0.4550133, 0.4633253, 0.4810076, 0.5213466, 0.6205972, 0.8709956, 1.5071784", \
					  "0.5266496, 0.5349491, 0.5528796, 0.5931395, 0.6927344, 0.9425211, 1.5788170", \
					  "0.7049478, 0.7132418, 0.7311905, 0.7715831, 0.8708320, 1.1212119, 1.7576316", \
					  "1.0684476, 1.0774094, 1.0959302, 1.1366795, 1.2356142, 1.4864007, 2.1222926");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0311123, 0.0378770, 0.0564142, 0.1069901, 0.2435700, 0.5913895, 1.4932952", \
					  "0.0308363, 0.0381952, 0.0562588, 0.1071116, 0.2435175, 0.5924212, 1.4904583", \
					  "0.0311055, 0.0379043, 0.0561599, 0.1069691, 0.2438816, 0.5920193, 1.4932582", \
					  "0.0308366, 0.0378183, 0.0562642, 0.1071015, 0.2432490, 0.5921911, 1.4917324", \
					  "0.0311539, 0.0379023, 0.0564295, 0.1069837, 0.2435992, 0.5910659, 1.4925760", \
					  "0.0312987, 0.0381947, 0.0565171, 0.1070366, 0.2439862, 0.5926085, 1.4934263", \
					  "0.0345159, 0.0416922, 0.0587557, 0.1080453, 0.2432588, 0.5926044, 1.4888432");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.3033911, 0.3121435, 0.3290128, 0.3590932, 0.4138360, 0.5218199, 0.7670263", \
					  "0.3079788, 0.3166370, 0.3333518, 0.3637267, 0.4183222, 0.5263879, 0.7712792", \
					  "0.3178418, 0.3264321, 0.3431330, 0.3734509, 0.4279371, 0.5360099, 0.7808911", \
					  "0.3366973, 0.3453592, 0.3620590, 0.3923365, 0.4469621, 0.5549158, 0.8001131", \
					  "0.3791727, 0.3878297, 0.4045919, 0.4347182, 0.4895071, 0.5975327, 0.8427126", \
					  "0.4436815, 0.4522582, 0.4685545, 0.4985134, 0.5530024, 0.6611873, 0.9065375", \
					  "0.5254645, 0.5339346, 0.5503447, 0.5802643, 0.6348546, 0.7426330, 0.9875797");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0398985, 0.0449579, 0.0550084, 0.0764690, 0.1242916, 0.2385926, 0.5495595", \
					  "0.0403266, 0.0452030, 0.0551510, 0.0764311, 0.1238276, 0.2385956, 0.5444132", \
					  "0.0403592, 0.0452194, 0.0555711, 0.0763420, 0.1239973, 0.2387237, 0.5443804", \
					  "0.0403333, 0.0452129, 0.0553341, 0.0763199, 0.1240838, 0.2389311, 0.5509492", \
					  "0.0401118, 0.0452022, 0.0551470, 0.0764708, 0.1242560, 0.2385886, 0.5460912", \
					  "0.0385964, 0.0437933, 0.0544963, 0.0762239, 0.1234380, 0.2386418, 0.5494916", \
					  "0.0386189, 0.0437022, 0.0545742, 0.0764617, 0.1233497, 0.2382622, 0.5442012");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.006444;
			capacitance : 0.006618;
			rise_capacitance : 0.006792;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.006008;
			capacitance : 0.006012;
			rise_capacitance : 0.006016;
			max_transition : 1.500000;
		}
		pin (CIN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004441;
			capacitance : 0.004514;
			rise_capacitance : 0.004587;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_fa_2") {
		area : 22.521600;
		cell_footprint : "fa";
		cell_leakage_power : 1.169263e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017542";
			when : "!A&!B&CIN";
		}
		leakage_power () {
			value : "0.0015970";
			when : "!A&!B&!CIN";
		}
		leakage_power () {
			value : "0.0008993";
			when : "!A&B&CIN";
		}
		leakage_power () {
			value : "0.0013496";
			when : "!A&B&!CIN";
		}
		leakage_power () {
			value : "0.0009041";
			when : "A&!B&CIN";
		}
		leakage_power () {
			value : "0.0013753";
			when : "A&!B&!CIN";
		}
		leakage_power () {
			value : "0.0005450";
			when : "A&B&CIN";
		}
		leakage_power () {
			value : "0.0009294";
			when : "A&B&!CIN";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B) | (A&CIN) | (B&CIN)";
			max_capacitance : 0.256358;
			max_transition : 1.497135;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0001064, 0.0004096, 0.0017838, 0.0078924, 0.0318616, 0.1011342, 0.2991823", \
					  "0.0001009, 0.0004010, 0.0017643, 0.0078296, 0.0318200, 0.1011459, 0.2990617", \
					  "9.8322802e-05, 0.0003879, 0.0017476, 0.0078459, 0.0317123, 0.1010058, 0.2990325", \
					  "8.9294919e-05, 0.0003592, 0.0016933, 0.0076893, 0.0316084, 0.1009517, 0.2989426", \
					  "8.3082037e-05, 0.0003347, 0.0016343, 0.0076005, 0.0315186, 0.1008851, 0.2989124", \
					  "6.7082616e-05, 0.0003020, 0.0015432, 0.0074237, 0.0310673, 0.1004875, 0.2984289", \
					  "0.0001800, 0.0005973, 0.0022314, 0.0087788, 0.0315936, 0.1003002, 0.2987948");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0021333, 0.0054753, 0.0120801, 0.0187945, 0.0094117, -0.0513622, -0.2482004", \
					  "0.0021261, 0.0054611, 0.0120531, 0.0187307, 0.0093847, -0.0514395, -0.2482454", \
					  "0.0021146, 0.0054387, 0.0119774, 0.0186192, 0.0091947, -0.0516758, -0.2485375", \
					  "0.0021087, 0.0054131, 0.0119362, 0.0185143, 0.0089848, -0.0518437, -0.2486798", \
					  "0.0020925, 0.0053671, 0.0118352, 0.0183523, 0.0087302, -0.0521407, -0.2489862", \
					  "0.0020916, 0.0053626, 0.0118168, 0.0182600, 0.0085598, -0.0523548, -0.2491936", \
					  "0.0020765, 0.0053315, 0.0117109, 0.0180546, 0.0082748, -0.0526363, -0.2493815");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0001409, 0.0004974, 0.0020159, 0.0082748, 0.0324610, 0.1018856, 0.2999171", \
					  "0.0001395, 0.0005012, 0.0020162, 0.0082857, 0.0324375, 0.1017769, 0.3014643", \
					  "0.0001388, 0.0004896, 0.0019828, 0.0082861, 0.0324029, 0.1018596, 0.3000468", \
					  "0.0001311, 0.0004734, 0.0019556, 0.0082148, 0.0323552, 0.1018727, 0.2997932", \
					  "0.0001242, 0.0004553, 0.0018925, 0.0081148, 0.0322412, 0.1015732, 0.2999016", \
					  "0.0001021, 0.0003914, 0.0017520, 0.0078106, 0.0318429, 0.1012204, 0.3009320", \
					  "0.0002262, 0.0007123, 0.0025083, 0.0092868, 0.0324250, 0.1012939, 0.2996950");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0020471, 0.0052521, 0.0115449, 0.0177687, 0.0079053, -0.0529068, -0.2496917", \
					  "0.0020444, 0.0052472, 0.0115230, 0.0177388, 0.0078785, -0.0529989, -0.2497529", \
					  "0.0020376, 0.0052295, 0.0114957, 0.0176932, 0.0077258, -0.0531709, -0.2498765", \
					  "0.0020273, 0.0052098, 0.0114586, 0.0176129, 0.0076231, -0.0533102, -0.2500596", \
					  "0.0020181, 0.0051808, 0.0113840, 0.0174547, 0.0074646, -0.0534676, -0.2502721", \
					  "0.0020141, 0.0051647, 0.0113351, 0.0173465, 0.0072215, -0.0537470, -0.2504810", \
					  "0.0020013, 0.0051392, 0.0112480, 0.0171690, 0.0068617, -0.0540921, -0.2508319");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0002243, 0.0007190, 0.0025454, 0.0094030, 0.0338956, 0.1036170, 0.3022618", \
					  "0.0002242, 0.0007202, 0.0025615, 0.0094274, 0.0339394, 0.1037149, 0.3030326", \
					  "0.0002222, 0.0007189, 0.0025185, 0.0093405, 0.0339239, 0.1037157, 0.3028630", \
					  "0.0002149, 0.0006830, 0.0024835, 0.0093059, 0.0337949, 0.1035954, 0.3025196", \
					  "0.0001998, 0.0006632, 0.0023656, 0.0090265, 0.0334211, 0.1030614, 0.3033833", \
					  "0.0001818, 0.0006029, 0.0022653, 0.0087260, 0.0329066, 0.1024512, 0.3019688", \
					  "0.0002702, 0.0008225, 0.0027747, 0.0098374, 0.0330299, 0.1021896, 0.3010597");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0019583, 0.0050215, 0.0110124, 0.0167347, 0.0063891, -0.0547459, -0.2516588", \
					  "0.0019568, 0.0050207, 0.0110043, 0.0167025, 0.0063482, -0.0548000, -0.2517026", \
					  "0.0019465, 0.0050041, 0.0109692, 0.0166248, 0.0062402, -0.0549256, -0.2518530", \
					  "0.0019388, 0.0049697, 0.0108959, 0.0165061, 0.0060619, -0.0551099, -0.2520555", \
					  "0.0019272, 0.0049433, 0.0108258, 0.0163829, 0.0058312, -0.0554212, -0.2523163", \
					  "0.0019215, 0.0049520, 0.0108249, 0.0162829, 0.0056419, -0.0555795, -0.2524766", \
					  "0.0019159, 0.0049012, 0.0106949, 0.0160356, 0.0052589, -0.0559044, -0.2527082");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1317964, 0.1385091, 0.1535091, 0.1882336, 0.2746497, 0.5134122, 1.1870793", \
					  "0.1363586, 0.1430339, 0.1583580, 0.1930853, 0.2793867, 0.5181719, 1.1913612", \
					  "0.1473007, 0.1539608, 0.1692634, 0.2038881, 0.2901500, 0.5290110, 1.2023653", \
					  "0.1719042, 0.1786121, 0.1938756, 0.2283676, 0.3147674, 0.5537805, 1.2272103", \
					  "0.2240419, 0.2305094, 0.2462799, 0.2812408, 0.3677819, 0.6070839, 1.2804835", \
					  "0.3092571, 0.3172562, 0.3344821, 0.3716237, 0.4599088, 0.7000832, 1.3734210", \
					  "0.4235582, 0.4340495, 0.4559079, 0.4984213, 0.5889891, 0.8295867, 1.5043583");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0263509, 0.0318150, 0.0463756, 0.0854413, 0.2008288, 0.5375129, 1.4942483", \
					  "0.0265340, 0.0318394, 0.0462375, 0.0855311, 0.2005964, 0.5371613, 1.4915018", \
					  "0.0264008, 0.0318551, 0.0461346, 0.0853091, 0.2005929, 0.5369953, 1.4889766", \
					  "0.0263378, 0.0318209, 0.0460097, 0.0855316, 0.2005869, 0.5367424, 1.4893371", \
					  "0.0277056, 0.0336974, 0.0476204, 0.0862602, 0.2007304, 0.5372696, 1.4907631", \
					  "0.0342872, 0.0398370, 0.0534923, 0.0910992, 0.2040609, 0.5394936, 1.4925515", \
					  "0.0477956, 0.0537445, 0.0676161, 0.1023880, 0.2092115, 0.5418414, 1.4971346");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.3319112, 0.3402930, 0.3578498, 0.3903907, 0.4487233, 0.5623536, 0.8138816", \
					  "0.3361200, 0.3443609, 0.3618910, 0.3944858, 0.4530232, 0.5667133, 0.8182638", \
					  "0.3485014, 0.3568542, 0.3742920, 0.4068589, 0.4650492, 0.5787419, 0.8302286", \
					  "0.3790348, 0.3873834, 0.4048298, 0.4373235, 0.4958575, 0.6095712, 0.8610931", \
					  "0.4512204, 0.4595753, 0.4771746, 0.5094377, 0.5679828, 0.6817506, 0.9332672", \
					  "0.6211999, 0.6296398, 0.6472153, 0.6795648, 0.7378922, 0.8515713, 1.1031852", \
					  "0.9704713, 0.9802897, 1.0007279, 1.0370418, 1.1008401, 1.2201299, 1.4743263");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0473423, 0.0516974, 0.0613027, 0.0810358, 0.1238385, 0.2299310, 0.5263210", \
					  "0.0474458, 0.0522184, 0.0617793, 0.0807600, 0.1240950, 0.2299094, 0.5271850", \
					  "0.0475084, 0.0517346, 0.0614345, 0.0811571, 0.1246987, 0.2299537, 0.5271081", \
					  "0.0475621, 0.0519215, 0.0614897, 0.0814040, 0.1242238, 0.2298931, 0.5256518", \
					  "0.0475218, 0.0515649, 0.0612478, 0.0807089, 0.1243005, 0.2299089, 0.5260858", \
					  "0.0475715, 0.0518429, 0.0610191, 0.0813662, 0.1238616, 0.2299342, 0.5261663", \
					  "0.0600387, 0.0644139, 0.0739829, 0.0935665, 0.1364137, 0.2393124, 0.5294630");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1244518, 0.1311423, 0.1464017, 0.1810597, 0.2673490, 0.5065017, 1.1799216", \
					  "0.1291902, 0.1358418, 0.1511858, 0.1856987, 0.2720723, 0.5112551, 1.1852471", \
					  "0.1396960, 0.1463166, 0.1616561, 0.1963951, 0.2828794, 0.5220371, 1.1956067", \
					  "0.1647034, 0.1714153, 0.1867077, 0.2213803, 0.3078217, 0.5471790, 1.2207028", \
					  "0.2200363, 0.2270001, 0.2422199, 0.2772493, 0.3638166, 0.6033138, 1.2766460", \
					  "0.3028252, 0.3109100, 0.3289373, 0.3662257, 0.4542688, 0.6942750, 1.3682886", \
					  "0.4024794, 0.4142534, 0.4380140, 0.4829195, 0.5739305, 0.8138695, 1.4880698");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0263782, 0.0318664, 0.0461403, 0.0853497, 0.2005962, 0.5380232, 1.4924287", \
					  "0.0264544, 0.0319042, 0.0459685, 0.0853524, 0.2006445, 0.5381365, 1.4925837", \
					  "0.0265357, 0.0318532, 0.0462683, 0.0855657, 0.2005818, 0.5376802, 1.4899639", \
					  "0.0263333, 0.0318725, 0.0460401, 0.0854911, 0.2005740, 0.5382084, 1.4927745", \
					  "0.0284316, 0.0335180, 0.0478630, 0.0863285, 0.2007888, 0.5383311, 1.4914233", \
					  "0.0376316, 0.0426401, 0.0567517, 0.0918037, 0.2035878, 0.5386120, 1.4922773", \
					  "0.0552127, 0.0613635, 0.0744898, 0.1080478, 0.2099795, 0.5411159, 1.4969028");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2876266, 0.2958912, 0.3133565, 0.3465097, 0.4081748, 0.5291643, 0.7881730", \
					  "0.2927981, 0.3010495, 0.3185167, 0.3516751, 0.4127042, 0.5337988, 0.7928646", \
					  "0.3059641, 0.3142109, 0.3318994, 0.3648304, 0.4263659, 0.5474279, 0.8063985", \
					  "0.3363664, 0.3446776, 0.3619871, 0.3951386, 0.4563777, 0.5774555, 0.8364767", \
					  "0.4050521, 0.4132114, 0.4307007, 0.4639974, 0.5251074, 0.6460015, 0.9050005", \
					  "0.5628167, 0.5709884, 0.5883678, 0.6213376, 0.6825506, 0.8032404, 1.0621748", \
					  "0.8712315, 0.8810725, 0.9014671, 0.9385318, 1.0041149, 1.1298900, 1.3944503");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0465085, 0.0510520, 0.0612102, 0.0829849, 0.1311820, 0.2416302, 0.5356635", \
					  "0.0465069, 0.0509922, 0.0610666, 0.0826592, 0.1316438, 0.2419614, 0.5360849", \
					  "0.0466916, 0.0511267, 0.0608242, 0.0833082, 0.1312801, 0.2415936, 0.5357740", \
					  "0.0467093, 0.0509398, 0.0611887, 0.0826495, 0.1313743, 0.2416924, 0.5360768", \
					  "0.0465482, 0.0509456, 0.0607241, 0.0825059, 0.1309599, 0.2415056, 0.5357286", \
					  "0.0475534, 0.0517631, 0.0616170, 0.0822463, 0.1306833, 0.2412281, 0.5357040", \
					  "0.0603739, 0.0650327, 0.0752286, 0.0962582, 0.1414963, 0.2520601, 0.5428115");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1214876, 0.1281496, 0.1436437, 0.1784537, 0.2659425, 0.5065145, 1.1812387", \
					  "0.1261053, 0.1328072, 0.1482873, 0.1832388, 0.2704696, 0.5111848, 1.1856144", \
					  "0.1368068, 0.1435537, 0.1587276, 0.1938456, 0.2810717, 0.5219006, 1.1962867", \
					  "0.1614030, 0.1681128, 0.1835768, 0.2185169, 0.3056976, 0.5466148, 1.2206876", \
					  "0.2167125, 0.2237541, 0.2391487, 0.2747267, 0.3615696, 0.6024576, 1.2769873", \
					  "0.2975272, 0.3058082, 0.3242963, 0.3614865, 0.4499260, 0.6912883, 1.3661694", \
					  "0.3952133, 0.4062022, 0.4306520, 0.4759247, 0.5665959, 0.8076236, 1.4826895");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0262360, 0.0317783, 0.0460016, 0.0851054, 0.2004365, 0.5377970, 1.4938456", \
					  "0.0263706, 0.0318751, 0.0460114, 0.0852426, 0.2004802, 0.5382889, 1.4951342", \
					  "0.0263490, 0.0317524, 0.0462666, 0.0853828, 0.2004662, 0.5384903, 1.4954763", \
					  "0.0264342, 0.0317066, 0.0461024, 0.0851434, 0.2004236, 0.5384008, 1.4951295", \
					  "0.0283888, 0.0338449, 0.0479673, 0.0863304, 0.2006272, 0.5385690, 1.4943305", \
					  "0.0382541, 0.0430231, 0.0563709, 0.0927358, 0.2038846, 0.5384655, 1.4940926", \
					  "0.0562197, 0.0623483, 0.0753802, 0.1087846, 0.2103333, 0.5406822, 1.4910010");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2733634, 0.2816763, 0.2994966, 0.3328690, 0.3956585, 0.5193331, 0.7791934", \
					  "0.2772080, 0.2855259, 0.3031715, 0.3367118, 0.3994108, 0.5230986, 0.7829918", \
					  "0.2877078, 0.2959830, 0.3136383, 0.3473489, 0.4101169, 0.5337734, 0.7936337", \
					  "0.3162917, 0.3246505, 0.3422381, 0.3756720, 0.4384197, 0.5621369, 0.8220236", \
					  "0.3889976, 0.3972939, 0.4149723, 0.4485806, 0.5110296, 0.6348041, 0.8945962", \
					  "0.5690962, 0.5774805, 0.5951348, 0.6274251, 0.6903145, 0.8142713, 1.0743039", \
					  "0.9138417, 0.9251104, 0.9485644, 0.9901138, 1.0627407, 1.1973313, 1.4619133");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0470852, 0.0515938, 0.0617237, 0.0840972, 0.1343406, 0.2450784, 0.5367883", \
					  "0.0470465, 0.0514804, 0.0615223, 0.0835053, 0.1344838, 0.2450477, 0.5370220", \
					  "0.0470948, 0.0518464, 0.0618699, 0.0834644, 0.1342809, 0.2450912, 0.5368470", \
					  "0.0470999, 0.0515874, 0.0617198, 0.0837519, 0.1343250, 0.2451178, 0.5368500", \
					  "0.0469018, 0.0514305, 0.0616000, 0.0832673, 0.1347075, 0.2453152, 0.5370649", \
					  "0.0479100, 0.0523790, 0.0621785, 0.0856296, 0.1357720, 0.2457261, 0.5371396", \
					  "0.0725227, 0.0772777, 0.0881818, 0.1100549, 0.1589773, 0.2641341, 0.5432020");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!CIN) | (!A&B&!CIN) | (!A&!B&CIN) | (A&B&CIN)";
			max_capacitance : 0.252695;
			max_transition : 1.502250;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0009829, 0.0027179, 0.0073208, 0.0187912, 0.0463800, 0.1177363, 0.3167933", \
					  "0.0009784, 0.0027057, 0.0072888, 0.0187275, 0.0463499, 0.1176468, 0.3157063", \
					  "0.0009685, 0.0026758, 0.0072303, 0.0186169, 0.0461795, 0.1174097, 0.3156498", \
					  "0.0009603, 0.0026549, 0.0071752, 0.0185120, 0.0460271, 0.1172244, 0.3154630", \
					  "0.0009481, 0.0026228, 0.0070861, 0.0183504, 0.0457843, 0.1169204, 0.3133540", \
					  "0.0009385, 0.0025978, 0.0070408, 0.0182575, 0.0456527, 0.1167720, 0.3149589", \
					  "0.0009161, 0.0025430, 0.0069242, 0.0180634, 0.0453757, 0.1165051, 0.3143755");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0011428, 0.0028869, 0.0061207, 0.0078818, -0.0051634, -0.0674137, -0.2622954", \
					  "0.0011381, 0.0028747, 0.0060869, 0.0078250, -0.0052093, -0.0674810, -0.2623735", \
					  "0.0011375, 0.0028770, 0.0060887, 0.0078386, -0.0052876, -0.0675572, -0.2624719", \
					  "0.0011261, 0.0028445, 0.0060116, 0.0076840, -0.0054706, -0.0677838, -0.2627050", \
					  "0.0011200, 0.0028224, 0.0059652, 0.0075954, -0.0056013, -0.0679581, -0.2628848", \
					  "0.0011013, 0.0027693, 0.0058485, 0.0074141, -0.0058916, -0.0683479, -0.2633164", \
					  "0.0012875, 0.0032525, 0.0068462, 0.0087989, -0.0051133, -0.0684961, -0.2635906");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0008833, 0.0024591, 0.0067140, 0.0177718, 0.0451308, 0.1161666, 0.3146188", \
					  "0.0008798, 0.0024496, 0.0067088, 0.0177337, 0.0451199, 0.1160990, 0.3131418", \
					  "0.0008744, 0.0024313, 0.0066701, 0.0176890, 0.0449847, 0.1164616, 0.3135095", \
					  "0.0008681, 0.0024183, 0.0066368, 0.0176072, 0.0448693, 0.1159110, 0.3145327", \
					  "0.0008556, 0.0023855, 0.0065586, 0.0174495, 0.0446343, 0.1156435, 0.3140202", \
					  "0.0008460, 0.0023574, 0.0065025, 0.0173421, 0.0444573, 0.1154175, 0.3140553", \
					  "0.0008085, 0.0022616, 0.0063214, 0.0171568, 0.0441587, 0.1151991, 0.3124758");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0011771, 0.0029732, 0.0063305, 0.0082718, -0.0046001, -0.0667919, -0.2616521", \
					  "0.0011744, 0.0029706, 0.0063097, 0.0082783, -0.0046539, -0.0668530, -0.2617376", \
					  "0.0011723, 0.0029656, 0.0062964, 0.0082384, -0.0046526, -0.0668465, -0.2617381", \
					  "0.0011684, 0.0029534, 0.0062719, 0.0081967, -0.0047430, -0.0669562, -0.2618551", \
					  "0.0011594, 0.0029298, 0.0062168, 0.0080998, -0.0048994, -0.0671465, -0.2620565", \
					  "0.0011337, 0.0028555, 0.0060668, 0.0078007, -0.0052406, -0.0675293, -0.2624727", \
					  "0.0013305, 0.0033661, 0.0071020, 0.0092860, -0.0043934, -0.0676418, -0.2627160");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0007918, 0.0022162, 0.0061784, 0.0167292, 0.0436139, 0.1143330, 0.3119806", \
					  "0.0007893, 0.0022092, 0.0061552, 0.0166975, 0.0435408, 0.1148499, 0.3119968", \
					  "0.0007826, 0.0021922, 0.0061151, 0.0166200, 0.0433984, 0.1141585, 0.3125486", \
					  "0.0007720, 0.0021676, 0.0060516, 0.0165015, 0.0432900, 0.1139595, 0.3123501", \
					  "0.0007610, 0.0021369, 0.0059846, 0.0163778, 0.0430684, 0.1137402, 0.3109407", \
					  "0.0007533, 0.0021186, 0.0059396, 0.0162859, 0.0429611, 0.1135723, 0.3103848", \
					  "0.0007177, 0.0020298, 0.0057500, 0.0160307, 0.0426393, 0.1132817, 0.3116496");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0012714, 0.0032221, 0.0068825, 0.0094132, -0.0033177, -0.0655745, -0.2603880", \
					  "0.0012713, 0.0032211, 0.0068897, 0.0094207, -0.0032309, -0.0654524, -0.2602970", \
					  "0.0012709, 0.0032216, 0.0068582, 0.0093942, -0.0032884, -0.0655433, -0.2603656", \
					  "0.0012619, 0.0031981, 0.0068323, 0.0092977, -0.0034316, -0.0656759, -0.2605261", \
					  "0.0012406, 0.0031380, 0.0066933, 0.0090208, -0.0038192, -0.0661644, -0.2610505", \
					  "0.0012140, 0.0030688, 0.0065371, 0.0087206, -0.0042352, -0.0666747, -0.2616062", \
					  "0.0013767, 0.0034878, 0.0073943, 0.0098408, -0.0037030, -0.0666979, -0.2617574");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.1073389, 0.1135291, 0.1281008, 0.1621606, 0.2491007, 0.4880181, 1.1613750", \
					  "0.1127383, 0.1188828, 0.1335018, 0.1675838, 0.2545333, 0.4934064, 1.1641735", \
					  "0.1247905, 0.1311237, 0.1455411, 0.1796282, 0.2665934, 0.5052713, 1.1764759", \
					  "0.1516863, 0.1579166, 0.1724191, 0.2063649, 0.2933666, 0.5329256, 1.2025432", \
					  "0.2044874, 0.2108922, 0.2257675, 0.2599473, 0.3465493, 0.5857791, 1.2571605", \
					  "0.2851905, 0.2919291, 0.3085083, 0.3445674, 0.4320126, 0.6714641, 1.3444457", \
					  "0.3889233, 0.3985551, 0.4183189, 0.4591078, 0.5486379, 0.7877864, 1.4582341");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0249828, 0.0304020, 0.0447114, 0.0850717, 0.2023076, 0.5396066, 1.4985039", \
					  "0.0249964, 0.0306479, 0.0447213, 0.0850911, 0.2023379, 0.5401279, 1.4986494", \
					  "0.0251279, 0.0303359, 0.0448440, 0.0851255, 0.2024361, 0.5418890, 1.4963201", \
					  "0.0250052, 0.0301913, 0.0446525, 0.0848035, 0.2025410, 0.5417781, 1.5010894", \
					  "0.0268250, 0.0322572, 0.0461235, 0.0857112, 0.2023913, 0.5415438, 1.4983812", \
					  "0.0333274, 0.0394185, 0.0528397, 0.0899274, 0.2040202, 0.5400238, 1.4995057", \
					  "0.0477568, 0.0535115, 0.0678756, 0.1012846, 0.2087696, 0.5444499, 1.4903105");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.2872512, 0.2941871, 0.3089052, 0.3367256, 0.3875436, 0.4884934, 0.7246851", \
					  "0.2935956, 0.3005541, 0.3152874, 0.3431206, 0.3938154, 0.4948728, 0.7313554", \
					  "0.3083569, 0.3152817, 0.3298654, 0.3576533, 0.4085781, 0.5088600, 0.7452873", \
					  "0.3425156, 0.3495574, 0.3640681, 0.3917807, 0.4427204, 0.5429884, 0.7794510", \
					  "0.4192745, 0.4262886, 0.4409915, 0.4687334, 0.5194242, 0.6200629, 0.8566416", \
					  "0.5933161, 0.6002257, 0.6149506, 0.6426246, 0.6935446, 0.7946401, 1.0311577", \
					  "0.9513882, 0.9596299, 0.9767890, 1.0079162, 1.0632599, 1.1684919, 1.4076427");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0446014, 0.0479458, 0.0556042, 0.0722192, 0.1113790, 0.2094429, 0.4969902", \
					  "0.0445907, 0.0478382, 0.0555346, 0.0721831, 0.1113476, 0.2098823, 0.4982941", \
					  "0.0446337, 0.0479381, 0.0560933, 0.0729864, 0.1104626, 0.2099162, 0.4998539", \
					  "0.0445697, 0.0478129, 0.0562661, 0.0727656, 0.1103630, 0.2105792, 0.4995592", \
					  "0.0446667, 0.0477850, 0.0555325, 0.0721693, 0.1106821, 0.2102947, 0.4989558", \
					  "0.0450292, 0.0485365, 0.0561414, 0.0721852, 0.1114866, 0.2090984, 0.5008998", \
					  "0.0572790, 0.0603993, 0.0680869, 0.0846253, 0.1222807, 0.2167116, 0.5012036");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.5224375, 0.5294032, 0.5453071, 0.5806168, 0.6677582, 0.9066867, 1.5799496", \
					  "0.5264402, 0.5335868, 0.5494019, 0.5848038, 0.6721234, 0.9114101, 1.5818529", \
					  "0.5390869, 0.5459997, 0.5617916, 0.5971674, 0.6845361, 0.9238655, 1.5936701", \
					  "0.5694809, 0.5764734, 0.5922803, 0.6276779, 0.7150336, 0.9543480, 1.6243449", \
					  "0.6416076, 0.6486234, 0.6642730, 0.6996905, 0.7870192, 1.0261740, 1.6981491", \
					  "0.8112342, 0.8182308, 0.8340459, 0.8694688, 0.9568183, 1.1961319, 1.8659587", \
					  "1.1786055, 1.1857169, 1.2017102, 1.2371862, 1.3246318, 1.5637057, 2.2345830");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0317874, 0.0368589, 0.0504068, 0.0888416, 0.2041532, 0.5403229, 1.4955076", \
					  "0.0313372, 0.0368715, 0.0503393, 0.0887689, 0.2043845, 0.5394469, 1.4993029", \
					  "0.0317221, 0.0367958, 0.0502627, 0.0886579, 0.2044047, 0.5399147, 1.4982259", \
					  "0.0315121, 0.0367578, 0.0502470, 0.0885855, 0.2044178, 0.5399026, 1.4980567", \
					  "0.0317474, 0.0367267, 0.0503267, 0.0887503, 0.2041042, 0.5393676, 1.4963907", \
					  "0.0315303, 0.0368209, 0.0502841, 0.0886303, 0.2044281, 0.5398922, 1.4982616", \
					  "0.0329844, 0.0381985, 0.0512874, 0.0889808, 0.2044993, 0.5389592, 1.4991830");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.3386950, 0.3456578, 0.3605931, 0.3892190, 0.4451362, 0.5567892, 0.8008779", \
					  "0.3435900, 0.3505316, 0.3653342, 0.3940709, 0.4499016, 0.5615756, 0.8057697", \
					  "0.3543602, 0.3612786, 0.3761530, 0.4049813, 0.4606232, 0.5722617, 0.8166138", \
					  "0.3779999, 0.3849428, 0.3997199, 0.4284048, 0.4842353, 0.5958647, 0.8401551", \
					  "0.4283394, 0.4352855, 0.4500988, 0.4791119, 0.5346067, 0.6462471, 0.8904255", \
					  "0.5179900, 0.5249216, 0.5397791, 0.5682489, 0.6241067, 0.7359563, 0.9802242", \
					  "0.6474271, 0.6543989, 0.6695107, 0.6982405, 0.7538409, 0.8653695, 1.1092417");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0444409, 0.0479783, 0.0563307, 0.0757376, 0.1221948, 0.2259801, 0.5077969", \
					  "0.0443807, 0.0479875, 0.0561320, 0.0757833, 0.1218479, 0.2257401, 0.5076196", \
					  "0.0443853, 0.0479453, 0.0560569, 0.0757316, 0.1220978, 0.2263424, 0.5064012", \
					  "0.0443937, 0.0480444, 0.0561831, 0.0758311, 0.1220463, 0.2252432, 0.5073642", \
					  "0.0444360, 0.0480327, 0.0561990, 0.0759516, 0.1221979, 0.2255534, 0.5074904", \
					  "0.0442785, 0.0477722, 0.0559940, 0.0752194, 0.1219151, 0.2260068, 0.5066131", \
					  "0.0449213, 0.0485927, 0.0568198, 0.0758937, 0.1221995, 0.2261334, 0.5053946");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.1134271, 0.1197797, 0.1346861, 0.1691423, 0.2560755, 0.4953035, 1.1662014", \
					  "0.1189770, 0.1253628, 0.1401817, 0.1746471, 0.2618829, 0.5006225, 1.1726726", \
					  "0.1311666, 0.1375267, 0.1524732, 0.1868663, 0.2740836, 0.5133903, 1.1851957", \
					  "0.1567977, 0.1632349, 0.1781471, 0.2126552, 0.2996692, 0.5387096, 1.2090039", \
					  "0.2083743, 0.2150249, 0.2303360, 0.2650015, 0.3520269, 0.5909488, 1.2612399", \
					  "0.2913232, 0.2990877, 0.3154253, 0.3524475, 0.4402163, 0.6790723, 1.3520932", \
					  "0.4029091, 0.4128514, 0.4341262, 0.4754457, 0.5653988, 0.8039380, 1.4745192");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0259733, 0.0314540, 0.0458784, 0.0858860, 0.2030006, 0.5419286, 1.4952201", \
					  "0.0260216, 0.0315323, 0.0460405, 0.0859421, 0.2031566, 0.5428472, 1.5013991", \
					  "0.0260282, 0.0317735, 0.0459383, 0.0859553, 0.2031679, 0.5422309, 1.5006039", \
					  "0.0261982, 0.0315727, 0.0460044, 0.0858712, 0.2029874, 0.5421236, 1.4998677", \
					  "0.0278590, 0.0332164, 0.0473303, 0.0868127, 0.2027301, 0.5413360, 1.4990477", \
					  "0.0344994, 0.0397010, 0.0540330, 0.0916275, 0.2044402, 0.5403065, 1.4980464", \
					  "0.0490871, 0.0548876, 0.0684204, 0.1038581, 0.2099698, 0.5439030, 1.4924700");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.2598919, 0.2666556, 0.2810600, 0.3084259, 0.3586718, 0.4588396, 0.6950002", \
					  "0.2661044, 0.2729431, 0.2873829, 0.3144222, 0.3648182, 0.4646605, 0.7009173", \
					  "0.2802670, 0.2869709, 0.3015065, 0.3288346, 0.3789397, 0.4794813, 0.7157193", \
					  "0.3118009, 0.3186006, 0.3330015, 0.3599678, 0.4104349, 0.5104285, 0.7467233", \
					  "0.3811889, 0.3879615, 0.4023447, 0.4296915, 0.4798263, 0.5800998, 0.8162580", \
					  "0.5367802, 0.5437695, 0.5582332, 0.5856953, 0.6362895, 0.7361997, 0.9725627", \
					  "0.8404630, 0.8487884, 0.8659561, 0.8972778, 0.9529579, 1.0592540, 1.2984754");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0429305, 0.0461521, 0.0538208, 0.0705980, 0.1098638, 0.2087661, 0.4985350", \
					  "0.0428878, 0.0460231, 0.0537354, 0.0709114, 0.1091023, 0.2089966, 0.4986674", \
					  "0.0428730, 0.0461813, 0.0538745, 0.0704458, 0.1095723, 0.2084699, 0.4993371", \
					  "0.0429770, 0.0460661, 0.0537446, 0.0715522, 0.1091657, 0.2089406, 0.4979756", \
					  "0.0429458, 0.0460845, 0.0537323, 0.0705500, 0.1099583, 0.2084958, 0.4986380", \
					  "0.0449521, 0.0482484, 0.0558318, 0.0723633, 0.1101731, 0.2094543, 0.4985373", \
					  "0.0571135, 0.0607679, 0.0686449, 0.0854391, 0.1226886, 0.2200222, 0.5037631");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.4804803, 0.4875040, 0.5029133, 0.5379620, 0.6250446, 0.8645025, 1.5361431", \
					  "0.4853536, 0.4925106, 0.5081954, 0.5431610, 0.6302513, 0.8694543, 1.5398224", \
					  "0.4988022, 0.5058385, 0.5213621, 0.5563658, 0.6434471, 0.8827831, 1.5548730", \
					  "0.5290623, 0.5360031, 0.5515454, 0.5865037, 0.6734935, 0.9131747, 1.5851880", \
					  "0.5972285, 0.6042258, 0.6198044, 0.6547154, 0.7417721, 0.9814255, 1.6531948", \
					  "0.7534103, 0.7604307, 0.7759729, 0.8108497, 0.8978156, 1.1375031, 1.8095407", \
					  "1.0792197, 1.0862780, 1.1021365, 1.1369924, 1.2237609, 1.4632763, 2.1350750");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0318704, 0.0367893, 0.0499920, 0.0880515, 0.2038478, 0.5396067, 1.4938685", \
					  "0.0317438, 0.0367790, 0.0500860, 0.0880214, 0.2038798, 0.5387414, 1.4958991", \
					  "0.0318408, 0.0368718, 0.0499968, 0.0879236, 0.2040205, 0.5386379, 1.4976266", \
					  "0.0319477, 0.0367717, 0.0498949, 0.0877990, 0.2033185, 0.5394599, 1.4970027", \
					  "0.0318274, 0.0369431, 0.0499638, 0.0879962, 0.2037468, 0.5397637, 1.4938324", \
					  "0.0319966, 0.0369322, 0.0499378, 0.0878192, 0.2033892, 0.5394440, 1.4968595", \
					  "0.0329319, 0.0378639, 0.0507533, 0.0882554, 0.2026471, 0.5394942, 1.4970795");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.3314224, 0.3383325, 0.3534062, 0.3819905, 0.4371297, 0.5476944, 0.7917241", \
					  "0.3360851, 0.3430354, 0.3578492, 0.3865770, 0.4417583, 0.5523310, 0.7962746", \
					  "0.3467143, 0.3536508, 0.3684094, 0.3974527, 0.4522415, 0.5629121, 0.8066983", \
					  "0.3710593, 0.3779920, 0.3927733, 0.4217671, 0.4766516, 0.5872519, 0.8311696", \
					  "0.4250559, 0.4319895, 0.4467765, 0.4757366, 0.5307448, 0.6413325, 0.8851621", \
					  "0.5131747, 0.5200975, 0.5349075, 0.5634481, 0.6187312, 0.7294215, 0.9731569", \
					  "0.6325582, 0.6394756, 0.6545809, 0.6832866, 0.7385812, 0.8493533, 1.0930890");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0443878, 0.0478925, 0.0560760, 0.0756764, 0.1207298, 0.2250868, 0.5061352", \
					  "0.0443613, 0.0479731, 0.0562173, 0.0755810, 0.1207959, 0.2253393, 0.5074615", \
					  "0.0443418, 0.0479809, 0.0560928, 0.0751825, 0.1206570, 0.2240156, 0.5074218", \
					  "0.0443814, 0.0479613, 0.0560650, 0.0751170, 0.1207152, 0.2249414, 0.5067196", \
					  "0.0444105, 0.0479862, 0.0560883, 0.0751300, 0.1207835, 0.2240397, 0.5071425", \
					  "0.0444051, 0.0478383, 0.0561178, 0.0754171, 0.1209801, 0.2240427, 0.5075863", \
					  "0.0450681, 0.0486499, 0.0569107, 0.0759317, 0.1215544, 0.2253477, 0.5037349");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.1096976, 0.1163402, 0.1317409, 0.1669157, 0.2542076, 0.4926193, 1.1646911", \
					  "0.1151642, 0.1218243, 0.1372288, 0.1723915, 0.2597792, 0.4990547, 1.1679935", \
					  "0.1266905, 0.1333727, 0.1487827, 0.1839422, 0.2710290, 0.5097804, 1.1821327", \
					  "0.1506926, 0.1573615, 0.1727512, 0.2078295, 0.2951593, 0.5340361, 1.2049340", \
					  "0.1955930, 0.2026367, 0.2187890, 0.2547309, 0.3422198, 0.5810482, 1.2545568", \
					  "0.2652851, 0.2731448, 0.2910246, 0.3292283, 0.4182316, 0.6580108, 1.3305720", \
					  "0.3538762, 0.3642335, 0.3859789, 0.4293346, 0.5223008, 0.7613630, 1.4331528");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0271073, 0.0327571, 0.0471817, 0.0865757, 0.2025387, 0.5403472, 1.4989200", \
					  "0.0270864, 0.0327692, 0.0472073, 0.0865610, 0.2030317, 0.5416885, 1.5022501", \
					  "0.0272794, 0.0328508, 0.0471749, 0.0867576, 0.2029184, 0.5406627, 1.4995097", \
					  "0.0272908, 0.0328932, 0.0472732, 0.0867422, 0.2031351, 0.5422078, 1.5014792", \
					  "0.0300887, 0.0355546, 0.0499452, 0.0890149, 0.2033241, 0.5397177, 1.5000606", \
					  "0.0364422, 0.0419142, 0.0565973, 0.0944962, 0.2067279, 0.5406371, 1.4946939", \
					  "0.0509939, 0.0568367, 0.0710194, 0.1067381, 0.2127878, 0.5442322, 1.4916677");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.2467078, 0.2535047, 0.2683520, 0.2965055, 0.3507342, 0.4578166, 0.7011323", \
					  "0.2524681, 0.2592340, 0.2738324, 0.3023670, 0.3564823, 0.4647852, 0.7072782", \
					  "0.2665584, 0.2733016, 0.2875071, 0.3163257, 0.3702199, 0.4787803, 0.7209007", \
					  "0.2993076, 0.3061416, 0.3208113, 0.3490540, 0.4025286, 0.5109493, 0.7538635", \
					  "0.3727351, 0.3795553, 0.3938927, 0.4222569, 0.4761881, 0.5839600, 0.8271451", \
					  "0.5397067, 0.5466307, 0.5612713, 0.5894817, 0.6423748, 0.7505393, 0.9938468", \
					  "0.8669402, 0.8751477, 0.8923580, 0.9245777, 0.9818607, 1.0943229, 1.3429949");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0431551, 0.0467821, 0.0551713, 0.0740100, 0.1174121, 0.2228169, 0.5066667", \
					  "0.0431336, 0.0467649, 0.0547751, 0.0736512, 0.1179808, 0.2220778, 0.5047912", \
					  "0.0433043, 0.0468478, 0.0547901, 0.0736302, 0.1189482, 0.2219161, 0.5052556", \
					  "0.0431515, 0.0465456, 0.0547243, 0.0735128, 0.1181826, 0.2221455, 0.5063502", \
					  "0.0429727, 0.0464031, 0.0549300, 0.0737018, 0.1180766, 0.2215680, 0.5062556", \
					  "0.0448323, 0.0481664, 0.0559578, 0.0742033, 0.1189216, 0.2223139, 0.5047522", \
					  "0.0578784, 0.0614805, 0.0699191, 0.0880006, 0.1290918, 0.2316859, 0.5127274");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.4687861, 0.4758318, 0.4916382, 0.5265837, 0.6137792, 0.8528910, 1.5243169", \
					  "0.4725801, 0.4796098, 0.4954004, 0.5303410, 0.6175371, 0.8564109, 1.5283682", \
					  "0.4832242, 0.4902579, 0.5060353, 0.5410309, 0.6280101, 0.8675869, 1.5393763", \
					  "0.5113255, 0.5185866, 0.5343450, 0.5694158, 0.6565326, 0.8958764, 1.5665811", \
					  "0.5841209, 0.5912334, 0.6069188, 0.6419263, 0.7289389, 0.9685748, 1.6405145", \
					  "0.7623693, 0.7696682, 0.7854952, 0.8205666, 0.9076715, 1.1467599, 1.8169671", \
					  "1.1411243, 1.1487369, 1.1650830, 1.2006076, 1.2878617, 1.5277216, 2.1995314");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0326145, 0.0376426, 0.0505437, 0.0882377, 0.2038514, 0.5388312, 1.4961743", \
					  "0.0326539, 0.0376428, 0.0505356, 0.0881926, 0.2035674, 0.5397713, 1.4967169", \
					  "0.0326723, 0.0376333, 0.0505440, 0.0883495, 0.2036870, 0.5397370, 1.4956385", \
					  "0.0323165, 0.0374583, 0.0505791, 0.0881344, 0.2041155, 0.5383964, 1.4963057", \
					  "0.0326292, 0.0375415, 0.0503991, 0.0881611, 0.2035937, 0.5393736, 1.4973424", \
					  "0.0325173, 0.0375932, 0.0507540, 0.0883545, 0.2039239, 0.5386360, 1.4963663", \
					  "0.0359496, 0.0410877, 0.0533369, 0.0899289, 0.2042687, 0.5400992, 1.4959435");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.3382272, 0.3450654, 0.3595758, 0.3869692, 0.4374054, 0.5379391, 0.7742713", \
					  "0.3430508, 0.3498849, 0.3642849, 0.3919541, 0.4424032, 0.5427230, 0.7788613", \
					  "0.3534848, 0.3602628, 0.3748122, 0.4021131, 0.4525269, 0.5531210, 0.7894356", \
					  "0.3757375, 0.3825628, 0.3970382, 0.4245322, 0.4748238, 0.5752519, 0.8115623", \
					  "0.4265992, 0.4334592, 0.4479481, 0.4754329, 0.5258832, 0.6261631, 0.8624373", \
					  "0.5101368, 0.5168315, 0.5311627, 0.5581862, 0.6085479, 0.7090419, 0.9453711", \
					  "0.6248903, 0.6315308, 0.6458134, 0.6730689, 0.7231335, 0.8235202, 1.0597098");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0434945, 0.0469085, 0.0545687, 0.0716889, 0.1102043, 0.2090825, 0.4992001", \
					  "0.0433840, 0.0466846, 0.0546581, 0.0710758, 0.1091548, 0.2084700, 0.4998781", \
					  "0.0434602, 0.0467933, 0.0544364, 0.0716125, 0.1100498, 0.2090830, 0.4973218", \
					  "0.0436102, 0.0469696, 0.0546581, 0.0710978, 0.1091505, 0.2082356, 0.4995749", \
					  "0.0436790, 0.0469776, 0.0548041, 0.0711151, 0.1092206, 0.2079392, 0.4993940", \
					  "0.0427882, 0.0461628, 0.0537125, 0.0704794, 0.1090624, 0.2079717, 0.4995281", \
					  "0.0429768, 0.0462953, 0.0538898, 0.0714538, 0.1100625, 0.2088633, 0.4944012");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007161;
			capacitance : 0.007414;
			rise_capacitance : 0.007668;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.006671;
			capacitance : 0.006748;
			rise_capacitance : 0.006824;
			max_transition : 1.500000;
		}
		pin (CIN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004859;
			capacitance : 0.004979;
			rise_capacitance : 0.005099;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_fa_4") {
		area : 27.526400;
		cell_footprint : "fa";
		cell_leakage_power : 2.099430e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0025110";
			when : "!A&!B&CIN";
		}
		leakage_power () {
			value : "0.0030339";
			when : "!A&!B&!CIN";
		}
		leakage_power () {
			value : "0.0021125";
			when : "!A&B&CIN";
		}
		leakage_power () {
			value : "0.0021111";
			when : "!A&B&!CIN";
		}
		leakage_power () {
			value : "0.0021161";
			when : "A&!B&CIN";
		}
		leakage_power () {
			value : "0.0021366";
			when : "A&!B&!CIN";
		}
		leakage_power () {
			value : "0.0010720";
			when : "A&B&CIN";
		}
		leakage_power () {
			value : "0.0017022";
			when : "A&B&!CIN";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B) | (A&CIN) | (B&CIN)";
			max_capacitance : 0.461436;
			max_transition : 1.494851;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001560128, 0.004867998, 0.0151894, 0.04739481, 0.1478839, 0.4614356");
					values("0.0003483, 0.0011417, 0.0039945, 0.0145563, 0.0515532, 0.1766905, 0.5514227", \
					  "0.0003456, 0.0011325, 0.0039727, 0.0145000, 0.0514780, 0.1766838, 0.5521805", \
					  "0.0003438, 0.0011313, 0.0039614, 0.0145486, 0.0514097, 0.1765996, 0.5513100", \
					  "0.0003373, 0.0011193, 0.0039134, 0.0144057, 0.0513820, 0.1763478, 0.5513018", \
					  "0.0003342, 0.0011113, 0.0038646, 0.0142981, 0.0512559, 0.1764479, 0.5533012", \
					  "0.0003243, 0.0010625, 0.0037878, 0.0139901, 0.0505150, 0.1757443, 0.5512819", \
					  "0.0003798, 0.0012354, 0.0042018, 0.0150414, 0.0522117, 0.1755460, 0.5509697");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001560128, 0.004867998, 0.0151894, 0.04739481, 0.1478839, 0.4614356");
					values("0.0022498, 0.0064729, 0.0158193, 0.0264259, 0.0107580, -0.0963940, -0.4712096", \
					  "0.0022541, 0.0064556, 0.0158638, 0.0264136, 0.0107484, -0.0966079, -0.4712168", \
					  "0.0022427, 0.0064401, 0.0158490, 0.0263076, 0.0107017, -0.0967723, -0.4715513", \
					  "0.0022407, 0.0063999, 0.0157665, 0.0263311, 0.0105378, -0.0967815, -0.4716631", \
					  "0.0022246, 0.0063853, 0.0157111, 0.0259955, 0.0102740, -0.0971894, -0.4718910", \
					  "0.0022251, 0.0063723, 0.0156386, 0.0258917, 0.0099702, -0.0973918, -0.4720480", \
					  "0.0022160, 0.0063745, 0.0156078, 0.0259562, 0.0097615, -0.0977109, -0.4722937");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001560128, 0.004867998, 0.0151894, 0.04739481, 0.1478839, 0.4614356");
					values("0.0003721, 0.0012162, 0.0041808, 0.0148395, 0.0521014, 0.1775098, 0.5522940", \
					  "0.0003727, 0.0012153, 0.0041836, 0.0148499, 0.0522153, 0.1775656, 0.5547037", \
					  "0.0003705, 0.0012124, 0.0041736, 0.0148906, 0.0521118, 0.1775148, 0.5529723", \
					  "0.0003676, 0.0012033, 0.0041596, 0.0148893, 0.0521012, 0.1774351, 0.5529354", \
					  "0.0003639, 0.0011892, 0.0041195, 0.0147892, 0.0519473, 0.1773617, 0.5521695", \
					  "0.0003541, 0.0011688, 0.0040369, 0.0146397, 0.0512443, 0.1767029, 0.5521766", \
					  "0.0004097, 0.0013179, 0.0044442, 0.0155389, 0.0528816, 0.1766024, 0.5519540");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001560128, 0.004867998, 0.0151894, 0.04739481, 0.1478839, 0.4614356");
					values("0.0021931, 0.0062641, 0.0153249, 0.0253830, 0.0091033, -0.0981898, -0.4725559", \
					  "0.0021836, 0.0062618, 0.0153004, 0.0254792, 0.0091629, -0.0982811, -0.4727535", \
					  "0.0021836, 0.0062453, 0.0153048, 0.0253177, 0.0090607, -0.0983445, -0.4730586", \
					  "0.0021784, 0.0062488, 0.0152947, 0.0253200, 0.0089492, -0.0984144, -0.4731566", \
					  "0.0021672, 0.0062096, 0.0151596, 0.0251986, 0.0087309, -0.0987709, -0.4731741", \
					  "0.0021620, 0.0061754, 0.0151226, 0.0250388, 0.0085187, -0.0990050, -0.4736392", \
					  "0.0021584, 0.0061851, 0.0151001, 0.0248140, 0.0082453, -0.0994043, -0.4737411");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001560128, 0.004867998, 0.0151894, 0.04739481, 0.1478839, 0.4614356");
					values("0.0004344, 0.0014213, 0.0046570, 0.0160486, 0.0538907, 0.1795048, 0.5585302", \
					  "0.0004340, 0.0014112, 0.0046651, 0.0160623, 0.0538997, 0.1795025, 0.5546404", \
					  "0.0004352, 0.0013951, 0.0046718, 0.0159015, 0.0539300, 0.1795817, 0.5553486", \
					  "0.0004325, 0.0013853, 0.0046404, 0.0159237, 0.0537742, 0.1794207, 0.5574208", \
					  "0.0004249, 0.0013738, 0.0045785, 0.0156951, 0.0536791, 0.1791618, 0.5548795", \
					  "0.0004116, 0.0013280, 0.0044903, 0.0156010, 0.0529111, 0.1785703, 0.5540009", \
					  "0.0004778, 0.0015147, 0.0049655, 0.0164956, 0.0549587, 0.1780193, 0.5536512");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001560128, 0.004867998, 0.0151894, 0.04739481, 0.1478839, 0.4614356");
					values("0.0021231, 0.0060828, 0.0148545, 0.0244040, 0.0075712, -0.1001018, -0.4746625", \
					  "0.0021176, 0.0060652, 0.0148237, 0.0243703, 0.0075207, -0.1002095, -0.4747230", \
					  "0.0021122, 0.0060443, 0.0147817, 0.0242370, 0.0074456, -0.1002729, -0.4747456", \
					  "0.0021084, 0.0060365, 0.0147671, 0.0242148, 0.0072595, -0.1005055, -0.4749557", \
					  "0.0020995, 0.0060132, 0.0146791, 0.0240381, 0.0070659, -0.1007350, -0.4753433", \
					  "0.0020948, 0.0059951, 0.0146496, 0.0239823, 0.0069065, -0.1009719, -0.4754930", \
					  "0.0020983, 0.0060053, 0.0146389, 0.0238623, 0.0065106, -0.1014761, -0.4758393");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.1737409, 0.1791408, 0.1929905, 0.2252863, 0.3054532, 0.5349188, 1.2461422", \
					  "0.1785301, 0.1839294, 0.1977723, 0.2300732, 0.3102314, 0.5397159, 1.2511676", \
					  "0.1892883, 0.1947020, 0.2085846, 0.2411039, 0.3209009, 0.5504962, 1.2616895", \
					  "0.2137878, 0.2191686, 0.2330519, 0.2655988, 0.3455281, 0.5752399, 1.2864880", \
					  "0.2690060, 0.2743929, 0.2879688, 0.3205301, 0.4006003, 0.6303345, 1.3417999", \
					  "0.3689483, 0.3749989, 0.3903408, 0.4247689, 0.5071805, 0.7378015, 1.4493071", \
					  "0.5137175, 0.5215413, 0.5403156, 0.5807462, 0.6666220, 0.8984616, 1.6110210");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.0342710, 0.0380632, 0.0492002, 0.0805152, 0.1769950, 0.4926650, 1.4947668", \
					  "0.0342741, 0.0380725, 0.0492241, 0.0804980, 0.1771303, 0.4926762, 1.4909661", \
					  "0.0342923, 0.0380959, 0.0492633, 0.0803965, 0.1774199, 0.4926507, 1.4908373", \
					  "0.0342386, 0.0382108, 0.0492082, 0.0805894, 0.1772016, 0.4925527, 1.4905939", \
					  "0.0342885, 0.0383866, 0.0498382, 0.0805451, 0.1774206, 0.4926831, 1.4894846", \
					  "0.0415770, 0.0447716, 0.0561390, 0.0867780, 0.1805553, 0.4934746, 1.4916939", \
					  "0.0571647, 0.0616449, 0.0722687, 0.1008053, 0.1898009, 0.4972049, 1.4916691");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.4473625, 0.4545711, 0.4724609, 0.5079451, 0.5738108, 0.6978814, 0.9708353", \
					  "0.4522654, 0.4595442, 0.4770038, 0.5129407, 0.5787874, 0.7030397, 0.9757455", \
					  "0.4649265, 0.4721722, 0.4898950, 0.5257508, 0.5915360, 0.7155668, 0.9884717", \
					  "0.4966285, 0.5039038, 0.5214630, 0.5572114, 0.6225950, 0.7469378, 1.0199598", \
					  "0.5687358, 0.5759530, 0.5936020, 0.6293847, 0.6945083, 0.8187516, 1.0915597", \
					  "0.7397371, 0.7472018, 0.7649698, 0.8004600, 0.8661860, 0.9903354, 1.2633873", \
					  "1.1215889, 1.1294116, 1.1484056, 1.1862686, 1.2544440, 1.3804706, 1.6541255");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.0738929, 0.0772125, 0.0856227, 0.1042357, 0.1451888, 0.2434093, 0.5379004", \
					  "0.0740326, 0.0770915, 0.0854099, 0.1042195, 0.1451404, 0.2435042, 0.5381492", \
					  "0.0738627, 0.0772808, 0.0858325, 0.1035091, 0.1443552, 0.2433870, 0.5379002", \
					  "0.0740255, 0.0771041, 0.0854669, 0.1041666, 0.1458430, 0.2435289, 0.5376375", \
					  "0.0740147, 0.0774781, 0.0858018, 0.1037365, 0.1461540, 0.2437989, 0.5383253", \
					  "0.0740237, 0.0771693, 0.0856102, 0.1035895, 0.1454659, 0.2437015, 0.5378727", \
					  "0.0832346, 0.0864331, 0.0944791, 0.1119976, 0.1509804, 0.2467591, 0.5390735");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.1663758, 0.1717858, 0.1856864, 0.2179985, 0.2981800, 0.5278047, 1.2395274", \
					  "0.1711487, 0.1765566, 0.1904408, 0.2227573, 0.3029255, 0.5325542, 1.2443628", \
					  "0.1817969, 0.1872142, 0.2010727, 0.2334155, 0.3135989, 0.5433045, 1.2547622", \
					  "0.2062038, 0.2116008, 0.2255857, 0.2580547, 0.3380580, 0.5679209, 1.2794712", \
					  "0.2647530, 0.2700786, 0.2839524, 0.3161523, 0.3961556, 0.6261116, 1.3380209", \
					  "0.3679637, 0.3743296, 0.3901876, 0.4254082, 0.5070093, 0.7370507, 1.4487763", \
					  "0.5025957, 0.5109061, 0.5319277, 0.5749334, 0.6617953, 0.8927945, 1.6048249");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.0342715, 0.0381981, 0.0489112, 0.0806020, 0.1774344, 0.4927186, 1.4921135", \
					  "0.0344394, 0.0383168, 0.0489665, 0.0806374, 0.1775165, 0.4926782, 1.4923043", \
					  "0.0340578, 0.0380085, 0.0491271, 0.0804347, 0.1768839, 0.4927299, 1.4913267", \
					  "0.0342762, 0.0382128, 0.0494434, 0.0805748, 0.1773855, 0.4927375, 1.4913822", \
					  "0.0348065, 0.0383391, 0.0493066, 0.0808114, 0.1775196, 0.4925617, 1.4921383", \
					  "0.0451391, 0.0486293, 0.0587132, 0.0880801, 0.1802072, 0.4934288, 1.4895560", \
					  "0.0676720, 0.0706696, 0.0812142, 0.1090764, 0.1929698, 0.4971483, 1.4927387");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.4043217, 0.4114001, 0.4287891, 0.4646671, 0.5319135, 0.6625160, 0.9452682", \
					  "0.4100542, 0.4171502, 0.4344873, 0.4701723, 0.5373445, 0.6681843, 0.9506226", \
					  "0.4237721, 0.4308329, 0.4481496, 0.4839870, 0.5512714, 0.6820873, 0.9647271", \
					  "0.4545858, 0.4617077, 0.4789665, 0.5149980, 0.5820054, 0.7126761, 0.9954181", \
					  "0.5229577, 0.5300420, 0.5473304, 0.5829520, 0.6501998, 0.7808431, 1.0634011", \
					  "0.6819920, 0.6892805, 0.7065536, 0.7423931, 0.8092515, 0.9396613, 1.2219009", \
					  "1.0259420, 1.0336528, 1.0527764, 1.0906150, 1.1602683, 1.2930070, 1.5771034");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.0737970, 0.0772081, 0.0851558, 0.1043812, 0.1493756, 0.2553600, 0.5507400", \
					  "0.0736268, 0.0769365, 0.0851121, 0.1056825, 0.1489935, 0.2550849, 0.5509216", \
					  "0.0736112, 0.0769894, 0.0851586, 0.1043140, 0.1494697, 0.2553273, 0.5507788", \
					  "0.0736015, 0.0767096, 0.0852238, 0.1040705, 0.1494535, 0.2553410, 0.5507909", \
					  "0.0736012, 0.0768954, 0.0850275, 0.1054288, 0.1488763, 0.2550082, 0.5507166", \
					  "0.0733507, 0.0766433, 0.0848011, 0.1039306, 0.1482635, 0.2549934, 0.5505960", \
					  "0.0843624, 0.0876735, 0.0959389, 0.1137648, 0.1571436, 0.2603770, 0.5529587");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				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, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.1641917, 0.1697885, 0.1836559, 0.2164378, 0.2969473, 0.5276124, 1.2405561", \
					  "0.1689388, 0.1744506, 0.1883213, 0.2211056, 0.3016170, 0.5322964, 1.2452827", \
					  "0.1796382, 0.1850669, 0.1990097, 0.2314425, 0.3120935, 0.5428049, 1.2560166", \
					  "0.2040159, 0.2094307, 0.2234911, 0.2561292, 0.3367213, 0.5674282, 1.2804056", \
					  "0.2627381, 0.2681751, 0.2820511, 0.3146448, 0.3950812, 0.6257385, 1.3391407", \
					  "0.3652375, 0.3716702, 0.3876109, 0.4229487, 0.5050654, 0.7360095, 1.4491699", \
					  "0.4983823, 0.5069594, 0.5274703, 0.5703828, 0.6586193, 0.8902186, 1.6035582");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.0343453, 0.0382618, 0.0494727, 0.0804457, 0.1773747, 0.4949200, 1.4932975", \
					  "0.0341196, 0.0383512, 0.0494717, 0.0804484, 0.1772912, 0.4950947, 1.4936891", \
					  "0.0343420, 0.0381413, 0.0491052, 0.0805509, 0.1769997, 0.4951852, 1.4916417", \
					  "0.0342552, 0.0381531, 0.0494232, 0.0803890, 0.1772825, 0.4949565, 1.4932031", \
					  "0.0349066, 0.0388761, 0.0499022, 0.0807463, 0.1774050, 0.4943568, 1.4922378", \
					  "0.0462839, 0.0495651, 0.0598464, 0.0883562, 0.1808929, 0.4948757, 1.4927178", \
					  "0.0677268, 0.0719920, 0.0829770, 0.1099136, 0.1932177, 0.4984603, 1.4948509");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.3896825, 0.3967877, 0.4142592, 0.4502929, 0.5176115, 0.6514423, 0.9354443", \
					  "0.3940719, 0.4011818, 0.4186237, 0.4547777, 0.5222958, 0.6558580, 0.9400141", \
					  "0.4053349, 0.4124745, 0.4299071, 0.4659517, 0.5328682, 0.6665638, 0.9508068", \
					  "0.4338263, 0.4409073, 0.4582927, 0.4946775, 0.5620214, 0.6945154, 0.9788681", \
					  "0.5055106, 0.5126007, 0.5303422, 0.5662664, 0.6337869, 0.7675671, 1.0519260", \
					  "0.6868427, 0.6939765, 0.7113699, 0.7473603, 0.8144616, 0.9482303, 1.2324733", \
					  "1.0816047, 1.0898769, 1.1099690, 1.1501071, 1.2216907, 1.3588599, 1.6445119");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156013, 0.004868, 0.0151894, 0.0473948, 0.147884, 0.461436");
					values("0.0741016, 0.0774188, 0.0856442, 0.1049472, 0.1492340, 0.2587850, 0.5521628", \
					  "0.0741193, 0.0774919, 0.0857424, 0.1053774, 0.1497095, 0.2592179, 0.5515525", \
					  "0.0740858, 0.0773696, 0.0856526, 0.1050169, 0.1507410, 0.2596106, 0.5526193", \
					  "0.0741137, 0.0773160, 0.0858460, 0.1052895, 0.1496778, 0.2599225, 0.5527723", \
					  "0.0739897, 0.0773398, 0.0859350, 0.1054365, 0.1494098, 0.2589113, 0.5524861", \
					  "0.0740610, 0.0773163, 0.0855103, 0.1048013, 0.1494610, 0.2588693, 0.5525254", \
					  "0.0930160, 0.0960103, 0.1039537, 0.1221969, 0.1621821, 0.2659255, 0.5546578");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!CIN) | (!A&B&!CIN) | (!A&!B&CIN) | (A&B&CIN)";
			max_capacitance : 0.448618;
			max_transition : 1.506973;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00155282, 0.004822501, 0.01497695, 0.04651303, 0.1444527, 0.4486182");
					values("0.0010966, 0.0033182, 0.0096685, 0.0264566, 0.0696956, 0.1909847, 0.5584107", \
					  "0.0010922, 0.0033097, 0.0096160, 0.0264857, 0.0696145, 0.1909330, 0.5578051", \
					  "0.0010894, 0.0032957, 0.0096041, 0.0263014, 0.0695247, 0.1907932, 0.5589158", \
					  "0.0010805, 0.0032747, 0.0095788, 0.0263405, 0.0694575, 0.1905899, 0.5610337", \
					  "0.0010693, 0.0032379, 0.0094495, 0.0262175, 0.0690583, 0.1899635, 0.5587187", \
					  "0.0010647, 0.0032253, 0.0094295, 0.0259533, 0.0689496, 0.1901028, 0.5571925", \
					  "0.0010607, 0.0032122, 0.0093757, 0.0259441, 0.0687793, 0.1898733, 0.5572133");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00155282, 0.004822501, 0.01497695, 0.04651303, 0.1444527, 0.4486182");
					values("0.0014435, 0.0040833, 0.0097195, 0.0144844, -0.0048450, -0.1105308, -0.4747879", \
					  "0.0014440, 0.0040846, 0.0097366, 0.0145204, -0.0048260, -0.1105072, -0.4747741", \
					  "0.0014451, 0.0040572, 0.0096907, 0.0145337, -0.0047979, -0.1104829, -0.4747583", \
					  "0.0014357, 0.0040553, 0.0096217, 0.0143920, -0.0050075, -0.1107428, -0.4750482", \
					  "0.0014306, 0.0040484, 0.0096273, 0.0142856, -0.0051448, -0.1108940, -0.4751713", \
					  "0.0013990, 0.0039827, 0.0094714, 0.0139627, -0.0056088, -0.1114662, -0.4758147", \
					  "0.0015314, 0.0043318, 0.0102826, 0.0150422, -0.0054771, -0.1114175, -0.4757935");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00155282, 0.004822501, 0.01497695, 0.04651303, 0.1444527, 0.4486182");
					values("0.0010213, 0.0031013, 0.0090845, 0.0253669, 0.0682418, 0.1892379, 0.5598209", \
					  "0.0010236, 0.0031074, 0.0091197, 0.0254773, 0.0682889, 0.1895087, 0.5563429", \
					  "0.0010170, 0.0030883, 0.0090510, 0.0253309, 0.0681652, 0.1891309, 0.5591298", \
					  "0.0010110, 0.0030662, 0.0090092, 0.0252511, 0.0680571, 0.1889843, 0.5590730", \
					  "0.0010064, 0.0030546, 0.0089807, 0.0251905, 0.0679367, 0.1886386, 0.5559614", \
					  "0.0009996, 0.0030359, 0.0089436, 0.0251046, 0.0677070, 0.1886854, 0.5562351", \
					  "0.0009860, 0.0029943, 0.0088353, 0.0248601, 0.0675930, 0.1882601, 0.5550815");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00155282, 0.004822501, 0.01497695, 0.04651303, 0.1444527, 0.4486182");
					values("0.0014669, 0.0041526, 0.0098941, 0.0148418, -0.0042723, -0.1099010, -0.4742507", \
					  "0.0014668, 0.0041511, 0.0098976, 0.0149551, -0.0042837, -0.1098657, -0.4741574", \
					  "0.0014722, 0.0041667, 0.0099110, 0.0148795, -0.0042630, -0.1098731, -0.4742240", \
					  "0.0014667, 0.0041401, 0.0098558, 0.0148748, -0.0043029, -0.1099106, -0.4742047", \
					  "0.0014635, 0.0041221, 0.0098347, 0.0147725, -0.0043637, -0.1100099, -0.4743138", \
					  "0.0014509, 0.0040858, 0.0097652, 0.0146244, -0.0046005, -0.1102797, -0.4745704", \
					  "0.0015640, 0.0044290, 0.0105063, 0.0155370, -0.0048251, -0.1106953, -0.4749368");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00155282, 0.004822501, 0.01497695, 0.04651303, 0.1444527, 0.4486182");
					values("0.0009551, 0.0029085, 0.0086084, 0.0243916, 0.0669839, 0.1877566, 0.5547709", \
					  "0.0009522, 0.0028914, 0.0085752, 0.0243249, 0.0667880, 0.1874480, 0.5542468", \
					  "0.0009476, 0.0028874, 0.0085496, 0.0242677, 0.0667783, 0.1874852, 0.5541633", \
					  "0.0009429, 0.0028709, 0.0085173, 0.0242020, 0.0666629, 0.1873444, 0.5539179", \
					  "0.0009324, 0.0028416, 0.0084321, 0.0240277, 0.0663445, 0.1869069, 0.5535837", \
					  "0.0009280, 0.0028293, 0.0084043, 0.0239730, 0.0663474, 0.1869831, 0.5538653", \
					  "0.0009197, 0.0028017, 0.0083336, 0.0238507, 0.0661314, 0.1867823, 0.5542700");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00155282, 0.004822501, 0.01497695, 0.04651303, 0.1444527, 0.4486182");
					values("0.0015411, 0.0043684, 0.0104052, 0.0160275, -0.0025893, -0.1083080, -0.4727037", \
					  "0.0015408, 0.0043652, 0.0104114, 0.0160438, -0.0025626, -0.1082771, -0.4726794", \
					  "0.0015353, 0.0043456, 0.0104303, 0.0158878, -0.0027602, -0.1085058, -0.4729912", \
					  "0.0015351, 0.0043510, 0.0104322, 0.0159127, -0.0026934, -0.1084678, -0.4729271", \
					  "0.0015238, 0.0043180, 0.0102743, 0.0157421, -0.0029812, -0.1088150, -0.4732869", \
					  "0.0014977, 0.0042500, 0.0102466, 0.0155885, -0.0032517, -0.1091037, -0.4735554", \
					  "0.0016257, 0.0046065, 0.0109944, 0.0164938, -0.0036983, -0.1097746, -0.4742534");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.1490613, 0.1540847, 0.1671720, 0.1984563, 0.2778399, 0.5076832, 1.2167947", \
					  "0.1545341, 0.1595510, 0.1723742, 0.2039309, 0.2834098, 0.5139736, 1.2213706", \
					  "0.1664982, 0.1714435, 0.1844770, 0.2160087, 0.2954924, 0.5260674, 1.2333273", \
					  "0.1933151, 0.1983392, 0.2114396, 0.2428700, 0.3221580, 0.5520781, 1.2613933", \
					  "0.2507080, 0.2557598, 0.2688355, 0.3001303, 0.3793681, 0.6100818, 1.3179008", \
					  "0.3498459, 0.3555546, 0.3701051, 0.4030128, 0.4837029, 0.7141108, 1.4200521", \
					  "0.4882796, 0.4955474, 0.5134511, 0.5519440, 0.6366548, 0.8664806, 1.5725600");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0326594, 0.0364450, 0.0473709, 0.0790681, 0.1774625, 0.4977977, 1.4976120", \
					  "0.0326954, 0.0364739, 0.0476503, 0.0791766, 0.1777562, 0.4982126, 1.5001473", \
					  "0.0328177, 0.0368658, 0.0475583, 0.0792112, 0.1777490, 0.4983556, 1.5007580", \
					  "0.0328341, 0.0366259, 0.0476003, 0.0791632, 0.1777878, 0.4980889, 1.4983259", \
					  "0.0334134, 0.0369329, 0.0479694, 0.0795304, 0.1778724, 0.4984300, 1.4992281", \
					  "0.0402177, 0.0438509, 0.0548909, 0.0853667, 0.1798263, 0.4968945, 1.5047624", \
					  "0.0575075, 0.0604162, 0.0714892, 0.0996517, 0.1884321, 0.5008412, 1.4964484");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.4007015, 0.4070826, 0.4226287, 0.4544380, 0.5134356, 0.6267705, 0.8813961", \
					  "0.4071949, 0.4135945, 0.4291597, 0.4609368, 0.5201026, 0.6331038, 0.8878879", \
					  "0.4230949, 0.4294906, 0.4450379, 0.4768032, 0.5357801, 0.6481305, 0.9025870", \
					  "0.4583141, 0.4646978, 0.4802130, 0.5119854, 0.5704289, 0.6837413, 0.9375851", \
					  "0.5345863, 0.5409704, 0.5565228, 0.5883077, 0.6473516, 0.7595851, 1.0140379", \
					  "0.7090299, 0.7154058, 0.7307960, 0.7628341, 0.8216301, 0.9348953, 1.1897904", \
					  "1.0959683, 1.1029645, 1.1197865, 1.1536371, 1.2148184, 1.3293480, 1.5844714");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0728518, 0.0755347, 0.0820562, 0.0977219, 0.1335017, 0.2275352, 0.5086185", \
					  "0.0729655, 0.0756725, 0.0823544, 0.0986356, 0.1339846, 0.2276497, 0.5075196", \
					  "0.0725964, 0.0752530, 0.0821994, 0.0983127, 0.1346511, 0.2291565, 0.5077710", \
					  "0.0726770, 0.0754011, 0.0820323, 0.0980547, 0.1344848, 0.2274055, 0.5093798", \
					  "0.0727196, 0.0753459, 0.0820122, 0.0982355, 0.1337947, 0.2293173, 0.5094232", \
					  "0.0726396, 0.0753625, 0.0819961, 0.0977789, 0.1339007, 0.2286298, 0.5091076", \
					  "0.0822849, 0.0850229, 0.0917081, 0.1064772, 0.1403774, 0.2312837, 0.5105268");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.7724881, 0.7784073, 0.7933485, 0.8271620, 0.9088341, 1.1391683, 1.8454449", \
					  "0.7774067, 0.7833494, 0.7979897, 0.8321966, 0.9137422, 1.1440136, 1.8496387", \
					  "0.7902330, 0.7961178, 0.8110026, 0.8448304, 0.9265333, 1.1567854, 1.8632762", \
					  "0.8217371, 0.8274876, 0.8425030, 0.8765423, 0.9581373, 1.1886176, 1.8935256", \
					  "0.8939970, 0.8998384, 0.9147448, 0.9487049, 1.0303556, 1.2602814, 1.9676365", \
					  "1.0648421, 1.0707560, 1.0856863, 1.1194764, 1.2011175, 1.4314953, 2.1373088", \
					  "1.4562022, 1.4621463, 1.4771108, 1.5112606, 1.5927962, 1.8238294, 2.5300253");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0439640, 0.0476570, 0.0578463, 0.0880308, 0.1827711, 0.4975371, 1.4960775", \
					  "0.0439857, 0.0478048, 0.0583167, 0.0879690, 0.1826979, 0.4977979, 1.4971016", \
					  "0.0436580, 0.0471513, 0.0579441, 0.0879239, 0.1825931, 0.4975156, 1.4981164", \
					  "0.0440608, 0.0474660, 0.0578781, 0.0874702, 0.1829506, 0.4984348, 1.4981214", \
					  "0.0437155, 0.0471858, 0.0579051, 0.0875390, 0.1829645, 0.4981215, 1.5011501", \
					  "0.0440782, 0.0471187, 0.0578895, 0.0880273, 0.1827811, 0.4975819, 1.4958926", \
					  "0.0442657, 0.0475634, 0.0578823, 0.0877729, 0.1831357, 0.4984376, 1.4987033");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.5144510, 0.5206863, 0.5359688, 0.5681025, 0.6290573, 0.7523521, 1.0186004", \
					  "0.5192813, 0.5255192, 0.5408163, 0.5729065, 0.6338980, 0.7571620, 1.0235310", \
					  "0.5303538, 0.5365484, 0.5519019, 0.5839937, 0.6446763, 0.7680658, 1.0346010", \
					  "0.5544240, 0.5606467, 0.5759740, 0.6080489, 0.6687022, 0.7920777, 1.0586246", \
					  "0.6077248, 0.6139533, 0.6292255, 0.6613110, 0.7221696, 0.8454314, 1.1116663", \
					  "0.7118978, 0.7181404, 0.7334289, 0.7657248, 0.8261469, 0.9496913, 1.2159740", \
					  "0.8746724, 0.8809207, 0.8962882, 0.9283332, 0.9887621, 1.1119621, 1.3778578");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0727167, 0.0753445, 0.0827930, 0.0999620, 0.1404426, 0.2439698, 0.5238514", \
					  "0.0726823, 0.0753629, 0.0826775, 0.0999637, 0.1403092, 0.2441387, 0.5245316", \
					  "0.0726753, 0.0755019, 0.0825833, 0.0993882, 0.1402147, 0.2442617, 0.5237890", \
					  "0.0727761, 0.0755065, 0.0826038, 0.0993628, 0.1401977, 0.2433458, 0.5234608", \
					  "0.0727141, 0.0753422, 0.0827859, 0.0999498, 0.1404180, 0.2437651, 0.5231472", \
					  "0.0726696, 0.0754827, 0.0826494, 0.0998999, 0.1404319, 0.2443466, 0.5245455", \
					  "0.0729148, 0.0756410, 0.0825473, 0.0994537, 0.1401236, 0.2437288, 0.5233024");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.1582601, 0.1635275, 0.1772435, 0.2098348, 0.2904584, 0.5212127, 1.2271201", \
					  "0.1640760, 0.1693543, 0.1829865, 0.2154263, 0.2960224, 0.5269441, 1.2321244", \
					  "0.1760854, 0.1811450, 0.1949165, 0.2275209, 0.3081796, 0.5389809, 1.2477035", \
					  "0.2023507, 0.2076168, 0.2213797, 0.2538008, 0.3344429, 0.5645200, 1.2706265", \
					  "0.2582337, 0.2634594, 0.2771278, 0.3097508, 0.3901869, 0.6208591, 1.3275675", \
					  "0.3594656, 0.3653033, 0.3803461, 0.4148600, 0.4969254, 0.7271343, 1.4341449", \
					  "0.5083484, 0.5156932, 0.5342495, 0.5738522, 0.6598353, 0.8907153, 1.5966446");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0351607, 0.0390738, 0.0498302, 0.0818608, 0.1799060, 0.4994584, 1.4992662", \
					  "0.0348523, 0.0387113, 0.0500024, 0.0818991, 0.1797637, 0.4993230, 1.5023117", \
					  "0.0349934, 0.0391931, 0.0499380, 0.0820343, 0.1799410, 0.4994272, 1.4995973", \
					  "0.0350245, 0.0390058, 0.0501778, 0.0819318, 0.1796810, 0.4997447, 1.5069730", \
					  "0.0353782, 0.0396463, 0.0507443, 0.0823635, 0.1797340, 0.4994738, 1.5049589", \
					  "0.0421966, 0.0464210, 0.0572156, 0.0874607, 0.1822589, 0.4975811, 1.4976919", \
					  "0.0595715, 0.0625442, 0.0734527, 0.1027320, 0.1916510, 0.5011717, 1.4945771");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.3725014, 0.3787571, 0.3939250, 0.4252827, 0.4836507, 0.5964038, 0.8507641", \
					  "0.3790684, 0.3852853, 0.4004989, 0.4320993, 0.4903538, 0.6015487, 0.8564169", \
					  "0.3937762, 0.3999824, 0.4151830, 0.4467267, 0.5050518, 0.6168716, 0.8712857", \
					  "0.4262834, 0.4324970, 0.4474783, 0.4788772, 0.5374131, 0.6497886, 0.9044518", \
					  "0.4953317, 0.5015405, 0.5167745, 0.5479699, 0.6064984, 0.7188224, 0.9732678", \
					  "0.6530428, 0.6593080, 0.6744800, 0.7057812, 0.7641320, 0.8769249, 1.1314508", \
					  "0.9879594, 0.9948982, 1.0117033, 1.0457510, 1.1075948, 1.2250910, 1.4812513");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0705685, 0.0732041, 0.0801179, 0.0957280, 0.1316784, 0.2262772, 0.5089270", \
					  "0.0703768, 0.0731568, 0.0800634, 0.0961813, 0.1318412, 0.2274170, 0.5079747", \
					  "0.0704000, 0.0731586, 0.0800481, 0.0962723, 0.1317605, 0.2271012, 0.5082280", \
					  "0.0705323, 0.0732196, 0.0806492, 0.0965258, 0.1322800, 0.2258336, 0.5081036", \
					  "0.0704626, 0.0732743, 0.0799900, 0.0961270, 0.1322745, 0.2263297, 0.5081174", \
					  "0.0705768, 0.0733062, 0.0799708, 0.0956035, 0.1318826, 0.2270591, 0.5087255", \
					  "0.0829489, 0.0854049, 0.0924007, 0.1084584, 0.1437468, 0.2340642, 0.5119763");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.7291560, 0.7350106, 0.7497158, 0.7831947, 0.8636993, 1.0933969, 1.7996432", \
					  "0.7348923, 0.7407908, 0.7555781, 0.7889743, 0.8691017, 1.0999394, 1.8059626", \
					  "0.7486394, 0.7544966, 0.7691942, 0.8026654, 0.8831625, 1.1128357, 1.8191050", \
					  "0.7794461, 0.7853560, 0.8000611, 0.8334519, 0.9139522, 1.1436017, 1.8498986", \
					  "0.8475769, 0.8534474, 0.8682501, 0.9015653, 0.9820003, 1.2117679, 1.9188779", \
					  "1.0056687, 1.0115427, 1.0263008, 1.0597410, 1.1401304, 1.3709123, 2.0766664", \
					  "1.3613920, 1.3673052, 1.3821487, 1.4155073, 1.4959913, 1.7254062, 2.4326672");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0438020, 0.0470268, 0.0568885, 0.0861380, 0.1810363, 0.4968619, 1.4953355", \
					  "0.0440100, 0.0471597, 0.0569460, 0.0860761, 0.1809966, 0.4972353, 1.4908947", \
					  "0.0438100, 0.0470247, 0.0568738, 0.0860790, 0.1810517, 0.4969700, 1.4953128", \
					  "0.0442892, 0.0471199, 0.0566300, 0.0861579, 0.1810263, 0.4969784, 1.4952982", \
					  "0.0440962, 0.0475079, 0.0569509, 0.0860186, 0.1809309, 0.4968481, 1.4967559", \
					  "0.0441431, 0.0468431, 0.0574060, 0.0859001, 0.1811590, 0.4971537, 1.4976665", \
					  "0.0439593, 0.0474057, 0.0576142, 0.0863354, 0.1807620, 0.4972757, 1.4937759");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.5072642, 0.5134888, 0.5287670, 0.5609945, 0.6215615, 0.7437627, 1.0094889", \
					  "0.5121618, 0.5183084, 0.5335833, 0.5658737, 0.6264089, 0.7485961, 1.0141991", \
					  "0.5228249, 0.5290663, 0.5442843, 0.5762911, 0.6370544, 0.7592642, 1.0250005", \
					  "0.5474154, 0.5536781, 0.5686465, 0.6006836, 0.6611336, 0.7834107, 1.0492578", \
					  "0.6040137, 0.6102154, 0.6256063, 0.6574611, 0.7183854, 0.8402919, 1.1061407", \
					  "0.7136218, 0.7199247, 0.7348567, 0.7667268, 0.8276289, 0.9495609, 1.2154027", \
					  "0.8715013, 0.8778181, 0.8931393, 0.9250847, 0.9859794, 1.1079005, 1.3733991");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0726957, 0.0754131, 0.0825766, 0.0998538, 0.1399407, 0.2421558, 0.5216781", \
					  "0.0727549, 0.0754180, 0.0825753, 0.0998206, 0.1405623, 0.2428916, 0.5231965", \
					  "0.0727187, 0.0755104, 0.0826393, 0.0998593, 0.1400354, 0.2428837, 0.5212301", \
					  "0.0728312, 0.0753681, 0.0825615, 0.0992842, 0.1395758, 0.2427685, 0.5219427", \
					  "0.0728353, 0.0756109, 0.0825698, 0.0994704, 0.1397519, 0.2423275, 0.5228974", \
					  "0.0727515, 0.0755284, 0.0824258, 0.0995696, 0.1397986, 0.2429299, 0.5230932", \
					  "0.0730031, 0.0758210, 0.0828208, 0.0994310, 0.1396987, 0.2423778, 0.5229316");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				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, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.1538690, 0.1592721, 0.1732461, 0.2063842, 0.2874813, 0.5182477, 1.2234516", \
					  "0.1592937, 0.1647480, 0.1787050, 0.2118619, 0.2930835, 0.5232821, 1.2289068", \
					  "0.1708241, 0.1761872, 0.1902406, 0.2234382, 0.3046156, 0.5354088, 1.2437184", \
					  "0.1955819, 0.2011049, 0.2150562, 0.2482225, 0.3292653, 0.5595026, 1.2653548", \
					  "0.2477310, 0.2529780, 0.2670352, 0.3002853, 0.3814592, 0.6114159, 1.3184960", \
					  "0.3366417, 0.3427679, 0.3584382, 0.3942657, 0.4773948, 0.7084260, 1.4165988", \
					  "0.4637577, 0.4713333, 0.4901680, 0.5303298, 0.6183911, 0.8507867, 1.5574674");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0358896, 0.0398967, 0.0511327, 0.0826926, 0.1798740, 0.4963470, 1.5028206", \
					  "0.0355887, 0.0398465, 0.0509440, 0.0827315, 0.1796317, 0.4990319, 1.5049786", \
					  "0.0357398, 0.0398833, 0.0510636, 0.0827405, 0.1800942, 0.4989653, 1.5002271", \
					  "0.0359894, 0.0400448, 0.0510608, 0.0827236, 0.1801343, 0.4991529, 1.5009471", \
					  "0.0373564, 0.0409785, 0.0521020, 0.0837552, 0.1800404, 0.4992596, 1.4982228", \
					  "0.0437877, 0.0476467, 0.0590295, 0.0899726, 0.1848625, 0.4976358, 1.4994489", \
					  "0.0609515, 0.0639825, 0.0749556, 0.1051453, 0.1946307, 0.5037331, 1.4948185");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.3666945, 0.3728917, 0.3882627, 0.4199805, 0.4805940, 0.5995409, 0.8636790", \
					  "0.3732098, 0.3794172, 0.3945218, 0.4265645, 0.4870436, 0.6065051, 0.8698933", \
					  "0.3881488, 0.3943345, 0.4095307, 0.4413749, 0.5021549, 0.6215879, 0.8850932", \
					  "0.4211867, 0.4273529, 0.4425160, 0.4743478, 0.5348937, 0.6544563, 0.9181380", \
					  "0.4940325, 0.5002017, 0.5154145, 0.5469615, 0.6071353, 0.7266411, 0.9914518", \
					  "0.6622093, 0.6684057, 0.6835754, 0.7147569, 0.7755913, 0.8950066, 1.1595414", \
					  "1.0250061, 1.0317992, 1.0484346, 1.0823805, 1.1453314, 1.2668623, 1.5326873");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0721998, 0.0748883, 0.0818660, 0.0989645, 0.1388313, 0.2400347, 0.5217394", \
					  "0.0719554, 0.0745924, 0.0817855, 0.0984606, 0.1395106, 0.2386411, 0.5216707", \
					  "0.0719191, 0.0747224, 0.0818950, 0.0983471, 0.1395262, 0.2395716, 0.5205798", \
					  "0.0722029, 0.0749691, 0.0819043, 0.0983915, 0.1392420, 0.2393091, 0.5207582", \
					  "0.0720922, 0.0747878, 0.0816947, 0.0984259, 0.1389826, 0.2402308, 0.5215107", \
					  "0.0718250, 0.0743929, 0.0814246, 0.0983618, 0.1377212, 0.2385137, 0.5201158", \
					  "0.0841342, 0.0866628, 0.0934682, 0.1097326, 0.1475876, 0.2442943, 0.5248237");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.7174546, 0.7233961, 0.7382784, 0.7718410, 0.8523092, 1.0830014, 1.7891421", \
					  "0.7219874, 0.7276049, 0.7428714, 0.7762821, 0.8568702, 1.0869849, 1.7937372", \
					  "0.7331545, 0.7392003, 0.7541121, 0.7875579, 0.8680789, 1.0986648, 1.8048403", \
					  "0.7617489, 0.7676900, 0.7825425, 0.8161002, 0.8966234, 1.1272072, 1.8331223", \
					  "0.8333861, 0.8394138, 0.8543569, 0.8877209, 0.9683659, 1.1984231, 1.9051489", \
					  "1.0139902, 1.0198732, 1.0347668, 1.0683673, 1.1488589, 1.3794861, 2.0856039", \
					  "1.4269762, 1.4328756, 1.4478577, 1.4815470, 1.5620694, 1.7926026, 2.4991116");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0441752, 0.0474547, 0.0579799, 0.0864966, 0.1809835, 0.4974920, 1.4971543", \
					  "0.0447101, 0.0474591, 0.0576388, 0.0863110, 0.1812483, 0.4960769, 1.4921120", \
					  "0.0444688, 0.0481811, 0.0576450, 0.0864816, 0.1808117, 0.4973700, 1.4912662", \
					  "0.0446980, 0.0474260, 0.0578930, 0.0864943, 0.1807821, 0.4973329, 1.4960531", \
					  "0.0448263, 0.0478541, 0.0576492, 0.0865127, 0.1812692, 0.4963780, 1.4917938", \
					  "0.0442427, 0.0476137, 0.0581108, 0.0865239, 0.1808868, 0.4974686, 1.4970049", \
					  "0.0446599, 0.0481519, 0.0586225, 0.0868521, 0.1812007, 0.4971015, 1.4979298");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.5068016, 0.5130220, 0.5281855, 0.5597121, 0.6180643, 0.7307383, 0.9850394", \
					  "0.5116415, 0.5178934, 0.5329857, 0.5645198, 0.6227810, 0.7355812, 0.9895837", \
					  "0.5220687, 0.5282857, 0.5434909, 0.5748211, 0.6333088, 0.7456742, 1.0001684", \
					  "0.5457900, 0.5519263, 0.5670996, 0.5984427, 0.6567853, 0.7693438, 1.0237096", \
					  "0.6003623, 0.6065749, 0.6217129, 0.6532769, 0.7113835, 0.8239463, 1.0783506", \
					  "0.7059399, 0.7121916, 0.7273948, 0.7586470, 0.8170172, 0.9296726, 1.1839542", \
					  "0.8616269, 0.8676440, 0.8823722, 0.9131741, 0.9712070, 1.0833541, 1.3378149");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155282, 0.0048225, 0.014977, 0.046513, 0.144453, 0.448618");
					values("0.0706125, 0.0733020, 0.0799414, 0.0962431, 0.1323651, 0.2273986, 0.5090564", \
					  "0.0706052, 0.0733139, 0.0799583, 0.0962469, 0.1323334, 0.2268585, 0.5094241", \
					  "0.0705312, 0.0733063, 0.0802380, 0.0966182, 0.1322848, 0.2266823, 0.5079486", \
					  "0.0706245, 0.0732900, 0.0803178, 0.0966153, 0.1326586, 0.2264456, 0.5090136", \
					  "0.0706204, 0.0732233, 0.0802704, 0.0963761, 0.1326412, 0.2264507, 0.5087029", \
					  "0.0706180, 0.0733045, 0.0802131, 0.0964725, 0.1321681, 0.2267269, 0.5084523", \
					  "0.0694435, 0.0719753, 0.0790412, 0.0955000, 0.1315532, 0.2261152, 0.5098155");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007169;
			capacitance : 0.007413;
			rise_capacitance : 0.007658;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.006693;
			capacitance : 0.006766;
			rise_capacitance : 0.006838;
			max_transition : 1.500000;
		}
		pin (CIN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004868;
			capacitance : 0.004982;
			rise_capacitance : 0.005097;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_fah_1") {
		area : 33.782400;
		cell_footprint : "fah";
		cell_leakage_power : 2.259520e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0020757";
			when : "A&!B&!CI";
		}
		leakage_power () {
			value : "0.0023408";
			when : "A&B&CI";
		}
		leakage_power () {
			value : "0.0026041";
			when : "A&B&!CI";
		}
		leakage_power () {
			value : "0.0019559";
			when : "!A&!B&CI";
		}
		leakage_power () {
			value : "0.0021430";
			when : "!A&!B&!CI";
		}
		leakage_power () {
			value : "0.0024008";
			when : "!A&B&CI";
		}
		leakage_power () {
			value : "0.0023145";
			when : "!A&B&!CI";
		}
		leakage_power () {
			value : "0.0022414";
			when : "A&!B&CI";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B) | (A&CI) | (B&CI)";
			max_capacitance : 0.143748;
			max_transition : 1.505152;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0017565, 0.0043440, 0.0101514, 0.0215314, 0.0425571, 0.0871006, 0.1947716", \
					  "0.0017476, 0.0043219, 0.0101076, 0.0214500, 0.0424401, 0.0869551, 0.1946282", \
					  "0.0017309, 0.0042806, 0.0100290, 0.0212950, 0.0422355, 0.0866178, 0.1942978", \
					  "0.0017047, 0.0042236, 0.0099054, 0.0211014, 0.0419566, 0.0863600, 0.1940318", \
					  "0.0016797, 0.0041463, 0.0097737, 0.0209153, 0.0417384, 0.0859319, 0.1927400", \
					  "0.0016825, 0.0041049, 0.0095933, 0.0207183, 0.0414729, 0.0861789, 0.1930746", \
					  "0.0017731, 0.0043130, 0.0098932, 0.0208629, 0.0415164, 0.0858547, 0.1929457");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0038069, 0.0088798, 0.0182535, 0.0294862, 0.0308808, 0.0014370, -0.0992573", \
					  "0.0037925, 0.0088456, 0.0181782, 0.0293519, 0.0306996, 0.0012216, -0.0994592", \
					  "0.0037744, 0.0087995, 0.0180822, 0.0292073, 0.0304817, 0.0009578, -0.0998060", \
					  "0.0037644, 0.0087801, 0.0180314, 0.0290951, 0.0303213, 0.0007698, -0.1000099", \
					  "0.0037455, 0.0087337, 0.0179570, 0.0289134, 0.0301130, 0.0005102, -0.1002606", \
					  "0.0037349, 0.0087004, 0.0178704, 0.0288225, 0.0299970, 0.0002904, -0.1005075", \
					  "0.0037173, 0.0086650, 0.0177755, 0.0285854, 0.0295457, 0.0001688, -0.1005939");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0012437, 0.0030626, 0.0074664, 0.0168572, 0.0359334, 0.0794027, 0.1854225", \
					  "0.0012437, 0.0030576, 0.0074566, 0.0168440, 0.0358917, 0.0791002, 0.1860144", \
					  "0.0012334, 0.0030392, 0.0074273, 0.0167948, 0.0358200, 0.0793643, 0.1868637", \
					  "0.0012161, 0.0030045, 0.0073528, 0.0166453, 0.0355880, 0.0786490, 0.1846769", \
					  "0.0012107, 0.0029829, 0.0073314, 0.0165849, 0.0355449, 0.0785809, 0.1856883", \
					  "0.0012516, 0.0030830, 0.0073776, 0.0166736, 0.0356031, 0.0790966, 0.1853996", \
					  "0.0013330, 0.0032722, 0.0076717, 0.0168429, 0.0357985, 0.0787618, 0.1853615");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0034440, 0.0080114, 0.0163940, 0.0261508, 0.0260961, -0.0042221, -0.1053515", \
					  "0.0034244, 0.0079670, 0.0162950, 0.0259807, 0.0258413, -0.0045275, -0.1056788", \
					  "0.0034005, 0.0079098, 0.0161784, 0.0257817, 0.0255251, -0.0048987, -0.1060827", \
					  "0.0033843, 0.0078768, 0.0160932, 0.0256189, 0.0252980, -0.0051465, -0.1063405", \
					  "0.0033846, 0.0078758, 0.0160913, 0.0256008, 0.0252665, -0.0051676, -0.1063480", \
					  "0.0033974, 0.0079026, 0.0161359, 0.0257072, 0.0253676, -0.0050104, -0.1061588", \
					  "0.0034262, 0.0079687, 0.0162794, 0.0259278, 0.0256800, -0.0041845, -0.1052125");
				}
			}
			internal_power () {
				related_pin : "CI";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0009400, 0.0023479, 0.0056879, 0.0135370, 0.0311644, 0.0735397, 0.1796246", \
					  "0.0009370, 0.0023455, 0.0056852, 0.0135120, 0.0311571, 0.0735324, 0.1796029", \
					  "0.0009328, 0.0023304, 0.0056501, 0.0134679, 0.0310759, 0.0733780, 0.1794887", \
					  "0.0009212, 0.0023071, 0.0055941, 0.0133607, 0.0309295, 0.0732004, 0.1793292", \
					  "0.0009128, 0.0022762, 0.0055438, 0.0132539, 0.0307850, 0.0727391, 0.1802510", \
					  "0.0008957, 0.0022446, 0.0054509, 0.0130926, 0.0305485, 0.0724466, 0.1789570", \
					  "0.0009318, 0.0023208, 0.0056261, 0.0132159, 0.0305425, 0.0724163, 0.1784760");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001284523, 0.003299998, 0.008477846, 0.02177997, 0.05595375, 0.1437477");
					values("0.0024094, 0.0055734, 0.0112047, 0.0169255, 0.0128346, -0.0203522, -0.1229391", \
					  "0.0024045, 0.0055624, 0.0111726, 0.0168713, 0.0127528, -0.0204426, -0.1230749", \
					  "0.0023957, 0.0055393, 0.0111264, 0.0167978, 0.0126484, -0.0205755, -0.1231782", \
					  "0.0023872, 0.0055140, 0.0110886, 0.0167095, 0.0125196, -0.0207212, -0.1233065", \
					  "0.0023741, 0.0054908, 0.0110221, 0.0165888, 0.0123549, -0.0208972, -0.1235447", \
					  "0.0023696, 0.0054733, 0.0109741, 0.0164926, 0.0121993, -0.0210575, -0.1236532", \
					  "0.0023542, 0.0054335, 0.0108822, 0.0163242, 0.0118697, -0.0212186, -0.1237977");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.2885880, 0.2962280, 0.3132972, 0.3530176, 0.4512909, 0.7003177, 1.3373163", \
					  "0.2937771, 0.3013964, 0.3184767, 0.3582024, 0.4564851, 0.7054961, 1.3423529", \
					  "0.3055214, 0.3129776, 0.3302156, 0.3701414, 0.4684104, 0.7173965, 1.3553824", \
					  "0.3278143, 0.3353408, 0.3525145, 0.3922384, 0.4904795, 0.7396945, 1.3791343", \
					  "0.3645035, 0.3720798, 0.3892786, 0.4293547, 0.5278888, 0.7773830, 1.4152672", \
					  "0.4191424, 0.4268548, 0.4444193, 0.4848980, 0.5839554, 0.8334740, 1.4721009", \
					  "0.4799965, 0.4873954, 0.5050548, 0.5456693, 0.6453021, 0.8950565, 1.5333541");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0295787, 0.0371663, 0.0564706, 0.1075839, 0.2413935, 0.5912117, 1.4975015", \
					  "0.0296085, 0.0371626, 0.0565134, 0.1075820, 0.2412391, 0.5908183, 1.4978411", \
					  "0.0296443, 0.0372825, 0.0564649, 0.1075719, 0.2412475, 0.5897096, 1.5025599", \
					  "0.0297529, 0.0372006, 0.0564879, 0.1073399, 0.2418357, 0.5923151, 1.4949636", \
					  "0.0295209, 0.0370069, 0.0565041, 0.1074251, 0.2417518, 0.5891170, 1.5051519", \
					  "0.0293698, 0.0369988, 0.0566623, 0.1073560, 0.2417625, 0.5908308, 1.4956392", \
					  "0.0286638, 0.0366155, 0.0563348, 0.1079898, 0.2421718, 0.5891633, 1.4951617");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.2801549, 0.2869030, 0.3005543, 0.3261806, 0.3759404, 0.4795746, 0.7227842", \
					  "0.2858167, 0.2925677, 0.3062177, 0.3318748, 0.3816270, 0.4852282, 0.7285441", \
					  "0.3001216, 0.3069100, 0.3204433, 0.3462609, 0.3959474, 0.4996138, 0.7426557", \
					  "0.3353902, 0.3421019, 0.3557295, 0.3813805, 0.4311118, 0.5347629, 0.7777605", \
					  "0.4064508, 0.4132110, 0.4269708, 0.4526238, 0.5024422, 0.6060609, 0.8493509", \
					  "0.5290506, 0.5355594, 0.5490522, 0.5750881, 0.6253431, 0.7290641, 0.9720476", \
					  "0.7412893, 0.7476437, 0.7609448, 0.7862685, 0.8355344, 0.9400681, 1.1823706");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0305727, 0.0351157, 0.0442704, 0.0651244, 0.1120623, 0.2275700, 0.5368948", \
					  "0.0305614, 0.0349543, 0.0442402, 0.0644990, 0.1122581, 0.2280189, 0.5426115", \
					  "0.0307475, 0.0348315, 0.0440783, 0.0646665, 0.1119352, 0.2283899, 0.5377259", \
					  "0.0305376, 0.0347463, 0.0439594, 0.0645750, 0.1116635, 0.2282266, 0.5373627", \
					  "0.0305962, 0.0351382, 0.0444489, 0.0651496, 0.1122791, 0.2279494, 0.5402652", \
					  "0.0287896, 0.0333855, 0.0434024, 0.0647607, 0.1127229, 0.2278403, 0.5386874", \
					  "0.0290925, 0.0335775, 0.0428302, 0.0635140, 0.1111156, 0.2280647, 0.5371166");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.2224537, 0.2300541, 0.2476118, 0.2877964, 0.3867028, 0.6359728, 1.2778446", \
					  "0.2278184, 0.2354677, 0.2529508, 0.2931598, 0.3920450, 0.6412049, 1.2796836", \
					  "0.2398019, 0.2474060, 0.2649553, 0.3051508, 0.4039801, 0.6532911, 1.2940258", \
					  "0.2650339, 0.2727386, 0.2902196, 0.3304539, 0.4293735, 0.6783636, 1.3197943", \
					  "0.3176112, 0.3252731, 0.3426172, 0.3829872, 0.4816405, 0.7310301, 1.3694774", \
					  "0.3838712, 0.3918604, 0.4100083, 0.4510281, 0.5504173, 0.7998880, 1.4386300", \
					  "0.4572004, 0.4664235, 0.4863270, 0.5297636, 0.6300140, 0.8802786, 1.5190363");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0294344, 0.0371122, 0.0565232, 0.1072352, 0.2416708, 0.5906517, 1.4958967", \
					  "0.0295613, 0.0370360, 0.0564865, 0.1073342, 0.2416693, 0.5919578, 1.5001294", \
					  "0.0293784, 0.0371266, 0.0565803, 0.1072692, 0.2411621, 0.5903232, 1.4999256", \
					  "0.0294463, 0.0370096, 0.0565420, 0.1072735, 0.2417050, 0.5903822, 1.4973438", \
					  "0.0292375, 0.0367828, 0.0564260, 0.1072287, 0.2415968, 0.5895309, 1.5033599", \
					  "0.0305563, 0.0382615, 0.0580447, 0.1084872, 0.2421627, 0.5908315, 1.4952883", \
					  "0.0351251, 0.0436442, 0.0635415, 0.1126004, 0.2438563, 0.5919792, 1.4955988");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.2634130, 0.2699599, 0.2831709, 0.3084129, 0.3579912, 0.4616738, 0.7051013", \
					  "0.2685142, 0.2750467, 0.2882881, 0.3136242, 0.3630827, 0.4667183, 0.7102472", \
					  "0.2818787, 0.2883535, 0.3015043, 0.3268875, 0.3763265, 0.4800172, 0.7234872", \
					  "0.3154883, 0.3219657, 0.3350696, 0.3603316, 0.4097645, 0.5134618, 0.7568763", \
					  "0.3946368, 0.4010609, 0.4140783, 0.4393175, 0.4886964, 0.5923552, 0.8357912", \
					  "0.5596653, 0.5660092, 0.5789615, 0.6040309, 0.6532546, 0.7569477, 1.0005824", \
					  "0.8477891, 0.8540890, 0.8668997, 0.8916850, 0.9406429, 1.0440412, 1.2871513");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0302841, 0.0342685, 0.0434285, 0.0639937, 0.1116074, 0.2279077, 0.5400552", \
					  "0.0300497, 0.0342098, 0.0434252, 0.0639565, 0.1118857, 0.2279342, 0.5425739", \
					  "0.0298434, 0.0339676, 0.0437665, 0.0644844, 0.1115926, 0.2279704, 0.5403241", \
					  "0.0299291, 0.0340043, 0.0435072, 0.0643820, 0.1116252, 0.2279706, 0.5386125", \
					  "0.0297550, 0.0338870, 0.0435974, 0.0637544, 0.1119726, 0.2280963, 0.5371609", \
					  "0.0295772, 0.0336854, 0.0432196, 0.0642292, 0.1110558, 0.2279360, 0.5371129", \
					  "0.0295691, 0.0338895, 0.0429313, 0.0639233, 0.1111044, 0.2274484, 0.5393944");
				}
			}
			timing () {
				related_pin : "CI";
				timing_type : "combinational";
				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, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.1178426, 0.1255246, 0.1429522, 0.1835656, 0.2835991, 0.5334131, 1.1704382", \
					  "0.1229130, 0.1305790, 0.1480444, 0.1886033, 0.2886344, 0.5385275, 1.1760203", \
					  "0.1345288, 0.1422206, 0.1596568, 0.2002405, 0.3002882, 0.5501434, 1.1877677", \
					  "0.1620559, 0.1697141, 0.1871193, 0.2276521, 0.3276962, 0.5776227, 1.2148049", \
					  "0.2170619, 0.2248956, 0.2426176, 0.2833378, 0.3833726, 0.6333965, 1.2733038", \
					  "0.3045401, 0.3136470, 0.3333308, 0.3759933, 0.4770834, 0.7272969, 1.3658836", \
					  "0.4267197, 0.4391413, 0.4645803, 0.5133196, 0.6173582, 0.8680984, 1.5062468");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0277957, 0.0357219, 0.0554899, 0.1076595, 0.2432595, 0.5904431, 1.5010402", \
					  "0.0278290, 0.0357243, 0.0555442, 0.1076819, 0.2435965, 0.5907634, 1.4998640", \
					  "0.0277663, 0.0356948, 0.0554367, 0.1076589, 0.2431010, 0.5899537, 1.4997638", \
					  "0.0278054, 0.0357287, 0.0554695, 0.1076466, 0.2429740, 0.5904353, 1.5009042", \
					  "0.0294500, 0.0370175, 0.0565381, 0.1081724, 0.2434004, 0.5893274, 1.4968640", \
					  "0.0359085, 0.0439323, 0.0624740, 0.1124201, 0.2451922, 0.5913833, 1.5022845", \
					  "0.0513627, 0.0598172, 0.0790873, 0.1249140, 0.2508521, 0.5926341, 1.4956026");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.2251885, 0.2356342, 0.2540642, 0.2841684, 0.3367771, 0.4422663, 0.6858022", \
					  "0.2311030, 0.2415718, 0.2599365, 0.2900668, 0.3426344, 0.4481188, 0.6916535", \
					  "0.2455560, 0.2559906, 0.2743248, 0.3044457, 0.3571256, 0.4626153, 0.7062100", \
					  "0.2811610, 0.2915515, 0.3098565, 0.3399829, 0.3927110, 0.4981768, 0.7419277", \
					  "0.3657180, 0.3760246, 0.3941452, 0.4241682, 0.4768078, 0.5823738, 0.8259596", \
					  "0.5579116, 0.5689245, 0.5875906, 0.6176361, 0.6704204, 0.7760335, 1.0195720", \
					  "0.9201656, 0.9363594, 0.9601023, 0.9950459, 1.0523309, 1.1617985, 1.4074565");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128452, 0.0033, 0.00847785, 0.02178, 0.0559537, 0.143748");
					values("0.0581176, 0.0584528, 0.0617842, 0.0763694, 0.1189859, 0.2316618, 0.5379308", \
					  "0.0581636, 0.0583949, 0.0617312, 0.0765275, 0.1190726, 0.2319491, 0.5383299", \
					  "0.0581881, 0.0586042, 0.0619077, 0.0763952, 0.1189220, 0.2315350, 0.5377357", \
					  "0.0580934, 0.0586706, 0.0620952, 0.0763047, 0.1190299, 0.2313251, 0.5427099", \
					  "0.0576801, 0.0580568, 0.0616658, 0.0765196, 0.1190703, 0.2319336, 0.5381593", \
					  "0.0673275, 0.0649326, 0.0652679, 0.0775259, 0.1189389, 0.2317759, 0.5381081", \
					  "0.1185453, 0.1085407, 0.0913694, 0.0923866, 0.1298848, 0.2386905, 0.5420316");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!CI) | (!A&B&!CI) | (!A&!B&CI) | (A&B&CI)";
			max_capacitance : 0.141001;
			max_transition : 1.496336;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0026954, 0.0064731, 0.0144762, 0.0294820, 0.0539218, 0.1000781, 0.2068609", \
					  "0.0026797, 0.0064431, 0.0144079, 0.0293488, 0.0537353, 0.0999176, 0.2066640", \
					  "0.0026643, 0.0064014, 0.0143276, 0.0292035, 0.0535281, 0.0996542, 0.2054133", \
					  "0.0026540, 0.0063741, 0.0142642, 0.0290927, 0.0534666, 0.0995242, 0.2059936", \
					  "0.0026261, 0.0063133, 0.0141721, 0.0289078, 0.0531906, 0.0991627, 0.2055846", \
					  "0.0025883, 0.0062248, 0.0142140, 0.0288201, 0.0530365, 0.0992670, 0.2053355", \
					  "0.0026804, 0.0064355, 0.0143274, 0.0285885, 0.0528371, 0.0984524, 0.2058130");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0029434, 0.0068079, 0.0138015, 0.0215307, 0.0195831, -0.0116125, -0.1112482", \
					  "0.0029345, 0.0067872, 0.0137570, 0.0214496, 0.0194810, -0.0117496, -0.1114040", \
					  "0.0029180, 0.0067518, 0.0136802, 0.0212949, 0.0192731, -0.0119741, -0.1116768", \
					  "0.0028949, 0.0066963, 0.0135582, 0.0211004, 0.0189646, -0.0123394, -0.1120389", \
					  "0.0028738, 0.0066510, 0.0134581, 0.0209131, 0.0187403, -0.0126355, -0.1123574", \
					  "0.0028513, 0.0066013, 0.0133406, 0.0207142, 0.0184577, -0.0129044, -0.1126548", \
					  "0.0028688, 0.0066334, 0.0134202, 0.0208609, 0.0186558, -0.0128314, -0.1127437");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0021928, 0.0052925, 0.0119315, 0.0249715, 0.0475210, 0.0924183, 0.1975497", \
					  "0.0021743, 0.0052473, 0.0118359, 0.0247881, 0.0473121, 0.0923746, 0.1982258", \
					  "0.0021579, 0.0052077, 0.0117528, 0.0246351, 0.0470572, 0.0918748, 0.1979143", \
					  "0.0021551, 0.0052042, 0.0117323, 0.0246057, 0.0470394, 0.0916646, 0.1977578", \
					  "0.0021650, 0.0052305, 0.0117957, 0.0246786, 0.0471623, 0.0920192, 0.1973749", \
					  "0.0021972, 0.0052981, 0.0119316, 0.0248819, 0.0474853, 0.0922804, 0.1982091", \
					  "0.0022815, 0.0054957, 0.0123168, 0.0250589, 0.0484313, 0.0933868, 0.1993931");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0025174, 0.0058079, 0.0116914, 0.0177539, 0.0142260, -0.0181058, -0.1182703", \
					  "0.0025208, 0.0058203, 0.0117081, 0.0177946, 0.0142705, -0.0180441, -0.1182209", \
					  "0.0025201, 0.0058150, 0.0117021, 0.0177827, 0.0142538, -0.0180648, -0.1182378", \
					  "0.0025107, 0.0057891, 0.0116344, 0.0176800, 0.0140883, -0.0182622, -0.1184876", \
					  "0.0024900, 0.0057427, 0.0115407, 0.0175005, 0.0138406, -0.0185460, -0.1187823", \
					  "0.0024697, 0.0056969, 0.0114393, 0.0173090, 0.0135410, -0.0189081, -0.1191768", \
					  "0.0025041, 0.0057736, 0.0115950, 0.0176092, 0.0140312, -0.0184686, -0.1190768");
				}
			}
			internal_power () {
				related_pin : "CI";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0012715, 0.0031289, 0.0073963, 0.0167190, 0.0354865, 0.0777958, 0.1816258", \
					  "0.0012658, 0.0031145, 0.0073653, 0.0166559, 0.0354202, 0.0780340, 0.1822743", \
					  "0.0012571, 0.0030939, 0.0073228, 0.0165884, 0.0352982, 0.0775675, 0.1814450", \
					  "0.0012477, 0.0030682, 0.0072816, 0.0164926, 0.0351880, 0.0777491, 0.1819144", \
					  "0.0012342, 0.0030360, 0.0072074, 0.0163790, 0.0350110, 0.0771806, 0.1818893", \
					  "0.0012317, 0.0030254, 0.0071679, 0.0163265, 0.0349560, 0.0774768, 0.1816977", \
					  "0.0012184, 0.0029989, 0.0070537, 0.0161117, 0.0348360, 0.0772259, 0.1815897");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0020762, 0.0047698, 0.0094511, 0.0137287, 0.0084263, -0.0250820, -0.1259624", \
					  "0.0020741, 0.0047628, 0.0094376, 0.0137085, 0.0083886, -0.0251173, -0.1259886", \
					  "0.0020689, 0.0047491, 0.0094135, 0.0136621, 0.0083316, -0.0251999, -0.1260835", \
					  "0.0020567, 0.0047207, 0.0093531, 0.0135554, 0.0081727, -0.0253911, -0.1262870", \
					  "0.0020435, 0.0046930, 0.0092975, 0.0134467, 0.0080141, -0.0255710, -0.1264714", \
					  "0.0020264, 0.0046525, 0.0092016, 0.0132819, 0.0077960, -0.0258472, -0.1267808", \
					  "0.0020424, 0.0046837, 0.0092775, 0.0134245, 0.0078772, -0.0259120, -0.1269409");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2893510, 0.2971451, 0.3146053, 0.3543698, 0.4523690, 0.7001560, 1.3367136", \
					  "0.2944908, 0.3022818, 0.3198216, 0.3595007, 0.4574186, 0.7051314, 1.3393902", \
					  "0.3062893, 0.3137223, 0.3313592, 0.3713546, 0.4694243, 0.7171950, 1.3536395", \
					  "0.3283019, 0.3360611, 0.3535272, 0.3932998, 0.4913029, 0.7390805, 1.3755250", \
					  "0.3635131, 0.3712845, 0.3887419, 0.4288803, 0.5265122, 0.7743309, 1.4081450", \
					  "0.4161016, 0.4238553, 0.4413457, 0.4816321, 0.5794710, 0.8279271, 1.4616014", \
					  "0.4760199, 0.4836982, 0.5010422, 0.5410229, 0.6389383, 0.8867041, 1.5194694");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0281193, 0.0356013, 0.0550407, 0.1061536, 0.2403076, 0.5890619, 1.4877828", \
					  "0.0279264, 0.0355979, 0.0549168, 0.1060086, 0.2402349, 0.5894831, 1.4926020", \
					  "0.0280659, 0.0357738, 0.0551640, 0.1058822, 0.2402841, 0.5889782, 1.4879992", \
					  "0.0280428, 0.0355701, 0.0550094, 0.1061677, 0.2402829, 0.5890156, 1.4868275", \
					  "0.0279398, 0.0354739, 0.0549621, 0.1061518, 0.2403503, 0.5869445, 1.4883946", \
					  "0.0277636, 0.0353870, 0.0548360, 0.1057521, 0.2397504, 0.5879265, 1.4961675", \
					  "0.0271617, 0.0347747, 0.0544485, 0.1057345, 0.2401714, 0.5880942, 1.4863495");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2649384, 0.2711826, 0.2837756, 0.3074741, 0.3536538, 0.4510218, 0.6838957", \
					  "0.2705254, 0.2767660, 0.2893628, 0.3130345, 0.3591907, 0.4565807, 0.6894266", \
					  "0.2848449, 0.2910769, 0.3036267, 0.3274498, 0.3736590, 0.4710726, 0.7036810", \
					  "0.3198703, 0.3261016, 0.3387081, 0.3624587, 0.4086643, 0.5061760, 0.7387582", \
					  "0.3919894, 0.3982319, 0.4108237, 0.4344724, 0.4805855, 0.5779496, 0.8107620", \
					  "0.5165849, 0.5227629, 0.5352314, 0.5586252, 0.6044726, 0.7014788, 0.9340829", \
					  "0.7282476, 0.7344977, 0.7470712, 0.7707312, 0.8164554, 0.9129918, 1.1443253");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0252897, 0.0294638, 0.0384099, 0.0584567, 0.1032924, 0.2150051, 0.5183121", \
					  "0.0253531, 0.0294732, 0.0383986, 0.0584654, 0.1033505, 0.2149336, 0.5180278", \
					  "0.0255497, 0.0296502, 0.0385113, 0.0584356, 0.1028959, 0.2154234, 0.5136727", \
					  "0.0255646, 0.0296213, 0.0384320, 0.0584572, 0.1031246, 0.2152593, 0.5135258", \
					  "0.0253076, 0.0294532, 0.0383613, 0.0583964, 0.1032682, 0.2148642, 0.5179050", \
					  "0.0248569, 0.0289994, 0.0378332, 0.0576475, 0.1024719, 0.2146977, 0.5160197", \
					  "0.0254867, 0.0296150, 0.0385238, 0.0576385, 0.1023097, 0.2126722, 0.5135213");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2813111, 0.2892161, 0.3068453, 0.3466244, 0.4450686, 0.6934880, 1.3302579", \
					  "0.2871433, 0.2950385, 0.3126888, 0.3528607, 0.4512329, 0.6993720, 1.3334475", \
					  "0.3014250, 0.3093072, 0.3269230, 0.3668546, 0.4652127, 0.7133362, 1.3472019", \
					  "0.3360230, 0.3439427, 0.3615446, 0.4014137, 0.4997691, 0.7480830, 1.3826290", \
					  "0.4137637, 0.4216429, 0.4393985, 0.4794275, 0.5778405, 0.8262970, 1.4621042", \
					  "0.5787494, 0.5865273, 0.6038806, 0.6436217, 0.7419111, 0.9896275, 1.6259115", \
					  "0.8755181, 0.8834999, 0.9009340, 0.9401732, 1.0369707, 1.2830977, 1.9178090");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0280527, 0.0358001, 0.0552299, 0.1058775, 0.2404842, 0.5884200, 1.4881457", \
					  "0.0281207, 0.0358114, 0.0551615, 0.1057013, 0.2404326, 0.5875455, 1.4944616", \
					  "0.0282424, 0.0357931, 0.0552109, 0.1057212, 0.2404552, 0.5869290, 1.4952489", \
					  "0.0282221, 0.0357661, 0.0552388, 0.1056586, 0.2401837, 0.5896608, 1.4869972", \
					  "0.0284935, 0.0360460, 0.0553389, 0.1059137, 0.2404382, 0.5875431, 1.4883873", \
					  "0.0287436, 0.0361064, 0.0550864, 0.1056877, 0.2406102, 0.5880192, 1.4870711", \
					  "0.0315724, 0.0385325, 0.0566455, 0.1065539, 0.2408430, 0.5874984, 1.4894234");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2148346, 0.2210622, 0.2339490, 0.2586206, 0.3066990, 0.4057355, 0.6388881", \
					  "0.2197882, 0.2261538, 0.2390416, 0.2636855, 0.3117459, 0.4107804, 0.6438938", \
					  "0.2314032, 0.2377509, 0.2506744, 0.2752300, 0.3232491, 0.4223100, 0.6553197", \
					  "0.2581091, 0.2643309, 0.2772700, 0.3020577, 0.3501014, 0.4490919, 0.6822654", \
					  "0.3126848, 0.3191779, 0.3323853, 0.3575745, 0.4053297, 0.5040910, 0.7373040", \
					  "0.4072248, 0.4138637, 0.4269081, 0.4514067, 0.4983793, 0.5969858, 0.8304452", \
					  "0.5246568, 0.5310359, 0.5438279, 0.5679540, 0.6146534, 0.7133558, 0.9470715");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0256556, 0.0302707, 0.0394938, 0.0602948, 0.1060186, 0.2166038, 0.5173129", \
					  "0.0259190, 0.0301834, 0.0394442, 0.0602868, 0.1061013, 0.2165374, 0.5164060", \
					  "0.0256892, 0.0300257, 0.0393848, 0.0603562, 0.1061624, 0.2165189, 0.5139325", \
					  "0.0258176, 0.0304357, 0.0397117, 0.0605999, 0.1059028, 0.2167773, 0.5133455", \
					  "0.0266305, 0.0311075, 0.0405614, 0.0609656, 0.1058064, 0.2163415, 0.5163260", \
					  "0.0278541, 0.0321645, 0.0407991, 0.0603853, 0.1043850, 0.2165443, 0.5138452", \
					  "0.0272341, 0.0313277, 0.0401285, 0.0591808, 0.1049076, 0.2162354, 0.5148184");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2203683, 0.2280764, 0.2455753, 0.2856973, 0.3834117, 0.6311498, 1.2666783", \
					  "0.2255180, 0.2332674, 0.2508433, 0.2909825, 0.3889922, 0.6368164, 1.2731219", \
					  "0.2377470, 0.2455071, 0.2629978, 0.3031498, 0.4012151, 0.6490999, 1.2825452", \
					  "0.2634046, 0.2711484, 0.2884114, 0.3284774, 0.4266771, 0.6746050, 1.3067284", \
					  "0.3152904, 0.3230970, 0.3405520, 0.3806792, 0.4783494, 0.7261960, 1.3625908", \
					  "0.3744721, 0.3822045, 0.3996856, 0.4399333, 0.5378899, 0.7859831, 1.4213154", \
					  "0.4301186, 0.4379254, 0.4554860, 0.4957261, 0.5940266, 0.8419709, 1.4741753");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0278028, 0.0353380, 0.0547322, 0.1056466, 0.2403487, 0.5878744, 1.4859788", \
					  "0.0279060, 0.0355084, 0.0548436, 0.1060186, 0.2404157, 0.5886651, 1.4837503", \
					  "0.0278126, 0.0353281, 0.0548078, 0.1055927, 0.2400262, 0.5890419, 1.4910725", \
					  "0.0277195, 0.0352480, 0.0549914, 0.1060776, 0.2403984, 0.5895008, 1.4936845", \
					  "0.0276342, 0.0351864, 0.0547851, 0.1055790, 0.2404086, 0.5888556, 1.4875829", \
					  "0.0276420, 0.0352928, 0.0547704, 0.1058764, 0.2395536, 0.5879648, 1.4909948", \
					  "0.0273723, 0.0350680, 0.0545163, 0.1058575, 0.2400832, 0.5887439, 1.4856757");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2605179, 0.2668037, 0.2794477, 0.3033906, 0.3499788, 0.4487737, 0.6823721", \
					  "0.2647203, 0.2710207, 0.2836859, 0.3075634, 0.3541256, 0.4528864, 0.6864737", \
					  "0.2773699, 0.2837366, 0.2963213, 0.3202613, 0.3668507, 0.4655783, 0.6990347", \
					  "0.3103640, 0.3166860, 0.3293021, 0.3532404, 0.3998604, 0.4985792, 0.7319720", \
					  "0.3896193, 0.3959319, 0.4084948, 0.4326150, 0.4792728, 0.5780471, 0.8117713", \
					  "0.5470778, 0.5533314, 0.5658465, 0.5897697, 0.6364402, 0.7351457, 0.9688441", \
					  "0.8156270, 0.8217844, 0.8343606, 0.8582215, 0.9047717, 1.0033352, 1.2367243");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0260464, 0.0302065, 0.0390378, 0.0591181, 0.1045963, 0.2164597, 0.5154279", \
					  "0.0259165, 0.0300457, 0.0389117, 0.0590209, 0.1044540, 0.2163734, 0.5151968", \
					  "0.0259572, 0.0301283, 0.0391031, 0.0588380, 0.1043460, 0.2163043, 0.5146995", \
					  "0.0260797, 0.0302048, 0.0392033, 0.0588715, 0.1043164, 0.2175641, 0.5144246", \
					  "0.0261155, 0.0301699, 0.0395994, 0.0588143, 0.1041474, 0.2174415, 0.5184418", \
					  "0.0260694, 0.0302364, 0.0389797, 0.0590878, 0.1042834, 0.2174340, 0.5138737", \
					  "0.0257870, 0.0301755, 0.0390446, 0.0588970, 0.1043935, 0.2163250, 0.5158085");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2497832, 0.2576994, 0.2755571, 0.3164860, 0.4157890, 0.6642635, 1.3002850", \
					  "0.2529452, 0.2608331, 0.2787017, 0.3196394, 0.4189465, 0.6675521, 1.2999014", \
					  "0.2632337, 0.2709862, 0.2888402, 0.3297748, 0.4291247, 0.6777198, 1.3110553", \
					  "0.2913093, 0.2991545, 0.3169628, 0.3580387, 0.4574196, 0.7058822, 1.3384763", \
					  "0.3621656, 0.3699993, 0.3877829, 0.4288628, 0.5283362, 0.7770120, 1.4125672", \
					  "0.5198660, 0.5276281, 0.5454286, 0.5864643, 0.6859580, 0.9347240, 1.5690476", \
					  "0.7887485, 0.7970029, 0.8144291, 0.8550385, 0.9544471, 1.2041533, 1.8380312");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0277667, 0.0356592, 0.0555980, 0.1069931, 0.2410609, 0.5874294, 1.4943591", \
					  "0.0277625, 0.0355709, 0.0555727, 0.1069274, 0.2410932, 0.5886486, 1.4936796", \
					  "0.0276360, 0.0356142, 0.0555506, 0.1070135, 0.2409506, 0.5885522, 1.4925711", \
					  "0.0277530, 0.0355206, 0.0555459, 0.1069193, 0.2409941, 0.5887998, 1.4939466", \
					  "0.0276980, 0.0354485, 0.0553996, 0.1069280, 0.2412841, 0.5882816, 1.4873531", \
					  "0.0281351, 0.0358005, 0.0554592, 0.1072125, 0.2415568, 0.5886155, 1.4886243", \
					  "0.0308817, 0.0376885, 0.0568846, 0.1073809, 0.2422609, 0.5886057, 1.4895426");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1891435, 0.1958575, 0.2094547, 0.2348397, 0.2824047, 0.3798003, 0.6118840", \
					  "0.1937994, 0.2005058, 0.2140731, 0.2394813, 0.2870609, 0.3844709, 0.6165965", \
					  "0.2040993, 0.2107819, 0.2243213, 0.2497358, 0.2973410, 0.3947730, 0.6268862", \
					  "0.2277970, 0.2344693, 0.2478100, 0.2731638, 0.3209166, 0.4183576, 0.6504620", \
					  "0.2687477, 0.2753937, 0.2887302, 0.3142235, 0.3621759, 0.4597130, 0.6917552", \
					  "0.3295199, 0.3360795, 0.3493859, 0.3747339, 0.4228190, 0.5204897, 0.7525404", \
					  "0.4118196, 0.4185372, 0.4320778, 0.4573794, 0.5043097, 0.6016300, 0.8337286");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0277089, 0.0321965, 0.0418411, 0.0617940, 0.1054687, 0.2144267, 0.5157547", \
					  "0.0276918, 0.0321020, 0.0417951, 0.0617805, 0.1050842, 0.2141634, 0.5122728", \
					  "0.0276123, 0.0320284, 0.0417110, 0.0618060, 0.1051914, 0.2141957, 0.5121679", \
					  "0.0274114, 0.0319538, 0.0416590, 0.0618328, 0.1056329, 0.2141497, 0.5121936", \
					  "0.0270292, 0.0315919, 0.0412002, 0.0616156, 0.1058835, 0.2145257, 0.5123559", \
					  "0.0270482, 0.0315629, 0.0411457, 0.0616930, 0.1059885, 0.2141241, 0.5166303", \
					  "0.0287183, 0.0332544, 0.0424939, 0.0620124, 0.1055305, 0.2143618, 0.5168414");
				}
			}
			timing () {
				related_pin : "CI";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1173881, 0.1254980, 0.1438250, 0.1851254, 0.2831349, 0.5302149, 1.1630841", \
					  "0.1224029, 0.1305218, 0.1488291, 0.1901730, 0.2880562, 0.5356717, 1.1694259", \
					  "0.1344217, 0.1425337, 0.1608628, 0.2021652, 0.3001849, 0.5475012, 1.1810136", \
					  "0.1617602, 0.1698781, 0.1881435, 0.2294607, 0.3272360, 0.5755098, 1.2089132", \
					  "0.2161499, 0.2244622, 0.2431930, 0.2847013, 0.3827326, 0.6307248, 1.2673315", \
					  "0.3036034, 0.3134722, 0.3343294, 0.3779509, 0.4767309, 0.7247280, 1.3577323", \
					  "0.4258861, 0.4393891, 0.4661742, 0.5162367, 0.6173612, 0.8650496, 1.4975194");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0274716, 0.0358160, 0.0563026, 0.1071975, 0.2410859, 0.5901095, 1.4899797", \
					  "0.0274546, 0.0358573, 0.0564187, 0.1070052, 0.2404350, 0.5902319, 1.4963362", \
					  "0.0274721, 0.0358352, 0.0563649, 0.1071567, 0.2410858, 0.5911666, 1.4805204", \
					  "0.0275162, 0.0358688, 0.0564128, 0.1072448, 0.2406379, 0.5893582, 1.4876765", \
					  "0.0290769, 0.0373423, 0.0576847, 0.1076244, 0.2410998, 0.5914897, 1.4909523", \
					  "0.0360369, 0.0443033, 0.0637868, 0.1120935, 0.2409113, 0.5913722, 1.4923593", \
					  "0.0515673, 0.0608921, 0.0810005, 0.1246360, 0.2461319, 0.5903454, 1.4858671");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2209046, 0.2293402, 0.2449963, 0.2717943, 0.3205422, 0.4206100, 0.6545734", \
					  "0.2267782, 0.2352734, 0.2509034, 0.2776225, 0.3263744, 0.4264439, 0.6603300", \
					  "0.2413532, 0.2498163, 0.2653979, 0.2922386, 0.3409808, 0.4410302, 0.6747623", \
					  "0.2770738, 0.2855082, 0.3010490, 0.3278660, 0.3766235, 0.4766960, 0.7104802", \
					  "0.3614795, 0.3698096, 0.3852270, 0.4119619, 0.4607751, 0.5608948, 0.7949419", \
					  "0.5523042, 0.5611793, 0.5770980, 0.6042818, 0.6532863, 0.7536051, 0.9875855", \
					  "0.9108673, 0.9233820, 0.9440488, 0.9763473, 1.0308108, 1.1358282, 1.3715930");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0415616, 0.0435821, 0.0499391, 0.0665152, 0.1091446, 0.2195394, 0.5167498", \
					  "0.0416656, 0.0434970, 0.0497985, 0.0664948, 0.1092974, 0.2190019, 0.5153943", \
					  "0.0416527, 0.0436247, 0.0495622, 0.0663780, 0.1094218, 0.2194512, 0.5149717", \
					  "0.0415039, 0.0435664, 0.0495431, 0.0664223, 0.1094022, 0.2191618, 0.5151821", \
					  "0.0411492, 0.0436016, 0.0491744, 0.0665788, 0.1087638, 0.2198758, 0.5182891", \
					  "0.0466491, 0.0472808, 0.0520083, 0.0676239, 0.1100552, 0.2203590, 0.5146453", \
					  "0.0869790, 0.0760482, 0.0714904, 0.0823837, 0.1221766, 0.2276588, 0.5218530");
				}
			}
			timing () {
				related_pin : "CI";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2539977, 0.2617148, 0.2789266, 0.3186321, 0.4164412, 0.6638094, 1.2989018", \
					  "0.2597505, 0.2674649, 0.2847215, 0.3244507, 0.4222270, 0.6698935, 1.3027524", \
					  "0.2747045, 0.2823669, 0.2995757, 0.3392565, 0.4370750, 0.6843919, 1.3196699", \
					  "0.3102652, 0.3179824, 0.3351725, 0.3748813, 0.4727119, 0.7204026, 1.3538228", \
					  "0.3940788, 0.4018000, 0.4190304, 0.4587647, 0.5565590, 0.8041427, 1.4360961", \
					  "0.5820860, 0.5898182, 0.6070908, 0.6468767, 0.7446496, 0.9924285, 1.6249617", \
					  "0.9310240, 0.9389965, 0.9567076, 0.9967296, 1.0948082, 1.3426971, 1.9752184");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0265894, 0.0343111, 0.0538229, 0.1047368, 0.2394950, 0.5874504, 1.4926271", \
					  "0.0265993, 0.0342711, 0.0537951, 0.1047487, 0.2398893, 0.5877447, 1.4910890", \
					  "0.0264232, 0.0342909, 0.0538223, 0.1047664, 0.2396006, 0.5868609, 1.4891237", \
					  "0.0265431, 0.0342222, 0.0537182, 0.1048108, 0.2398414, 0.5876233, 1.4876410", \
					  "0.0265565, 0.0342867, 0.0537458, 0.1046733, 0.2397559, 0.5888866, 1.4936319", \
					  "0.0266892, 0.0343674, 0.0538505, 0.1049110, 0.2399216, 0.5879511, 1.4920570", \
					  "0.0284155, 0.0359162, 0.0551857, 0.1057567, 0.2403154, 0.5882433, 1.4922762");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.2223067, 0.2288313, 0.2418482, 0.2658851, 0.3122851, 0.4099099, 0.6429742", \
					  "0.2273419, 0.2338970, 0.2468996, 0.2709444, 0.3173357, 0.4150201, 0.6480579", \
					  "0.2392203, 0.2457147, 0.2586231, 0.2828098, 0.3292002, 0.4267967, 0.6594407", \
					  "0.2670300, 0.2735213, 0.2864337, 0.3106503, 0.3570106, 0.4546536, 0.6872901", \
					  "0.3237639, 0.3303247, 0.3432059, 0.3672948, 0.4138067, 0.5114615, 0.7443119", \
					  "0.4169490, 0.4236196, 0.4365397, 0.4609576, 0.5074949, 0.6052293, 0.8382653", \
					  "0.5545819, 0.5614126, 0.5745516, 0.5991466, 0.6459938, 0.7439099, 0.9767747");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0288965, 0.0326490, 0.0412761, 0.0604531, 0.1043607, 0.2157905, 0.5134456", \
					  "0.0289010, 0.0329303, 0.0411397, 0.0604643, 0.1043832, 0.2156554, 0.5148090", \
					  "0.0289077, 0.0326787, 0.0413106, 0.0599577, 0.1046390, 0.2161762, 0.5142817", \
					  "0.0289486, 0.0327089, 0.0413382, 0.0599036, 0.1046954, 0.2161526, 0.5143473", \
					  "0.0289285, 0.0331145, 0.0416184, 0.0601749, 0.1045270, 0.2149698, 0.5156446", \
					  "0.0297751, 0.0333101, 0.0419539, 0.0608477, 0.1040316, 0.2160178, 0.5134678", \
					  "0.0307050, 0.0346931, 0.0429791, 0.0611813, 0.1055092, 0.2163945, 0.5141966");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004127;
			capacitance : 0.004362;
			rise_capacitance : 0.004596;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.006113;
			capacitance : 0.006400;
			rise_capacitance : 0.006688;
			max_transition : 1.500000;
		}
		pin (CI) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002098;
			capacitance : 0.002225;
			rise_capacitance : 0.002352;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_fahcin_1") {
		area : 33.782400;
		cell_footprint : "fahcin";
		cell_leakage_power : 2.302260e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0027533";
			when : "!A&!B&CIN";
		}
		leakage_power () {
			value : "0.0019557";
			when : "!A&!B&!CIN";
		}
		leakage_power () {
			value : "0.0023012";
			when : "!A&B&CIN";
		}
		leakage_power () {
			value : "0.0021287";
			when : "!A&B&!CIN";
		}
		leakage_power () {
			value : "0.0024138";
			when : "A&!B&CIN";
		}
		leakage_power () {
			value : "0.0023247";
			when : "A&!B&!CIN";
		}
		leakage_power () {
			value : "0.0027105";
			when : "A&B&CIN";
		}
		leakage_power () {
			value : "0.0018302";
			when : "A&B&!CIN";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!CIN) | (A&B) | (B&!CIN)";
			max_capacitance : 0.061350;
			max_transition : 1.483836;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111458, 0.002484576, 0.005538516, 0.01234623, 0.02752173, 0.06135031");
					values("0.0023663, 0.0049102, 0.0102003, 0.0185570, 0.0313605, 0.0530915, 0.0961049", \
					  "0.0023608, 0.0049024, 0.0101842, 0.0185326, 0.0313312, 0.0530646, 0.0959898", \
					  "0.0023550, 0.0048750, 0.0101450, 0.0184720, 0.0312626, 0.0529738, 0.0959686", \
					  "0.0023292, 0.0048246, 0.0100490, 0.0183181, 0.0310477, 0.0527456, 0.0957131", \
					  "0.0023038, 0.0047843, 0.0099601, 0.0181972, 0.0308249, 0.0524853, 0.0952322", \
					  "0.0023693, 0.0049169, 0.0098507, 0.0180225, 0.0305820, 0.0521941, 0.0949230", \
					  "0.0024712, 0.0051266, 0.0099973, 0.0180099, 0.0304478, 0.0520692, 0.0947451");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111458, 0.002484576, 0.005538516, 0.01234623, 0.02752173, 0.06135031");
					values("0.0043249, 0.0086330, 0.0154769, 0.0231746, 0.0266256, 0.0170851, -0.0187483", \
					  "0.0043143, 0.0086094, 0.0154347, 0.0230958, 0.0265259, 0.0169576, -0.0189354", \
					  "0.0042998, 0.0085796, 0.0153799, 0.0230107, 0.0264052, 0.0168188, -0.0191099", \
					  "0.0042866, 0.0085569, 0.0153270, 0.0229374, 0.0262971, 0.0166868, -0.0191801", \
					  "0.0042697, 0.0085206, 0.0152628, 0.0228205, 0.0261457, 0.0165265, -0.0193389", \
					  "0.0042700, 0.0085171, 0.0152438, 0.0227814, 0.0260991, 0.0164908, -0.0194290", \
					  "0.0042654, 0.0085108, 0.0152057, 0.0227149, 0.0262062, 0.0167694, -0.0191084");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111458, 0.002484576, 0.005538516, 0.01234623, 0.02752173, 0.06135031");
					values("0.0020758, 0.0044133, 0.0089236, 0.0162719, 0.0280098, 0.0488257, 0.0908786", \
					  "0.0020812, 0.0044242, 0.0089506, 0.0163306, 0.0281135, 0.0490302, 0.0911620", \
					  "0.0020834, 0.0044287, 0.0089675, 0.0163768, 0.0282001, 0.0491356, 0.0912886", \
					  "0.0020596, 0.0043741, 0.0088888, 0.0162787, 0.0280739, 0.0490088, 0.0913907", \
					  "0.0020339, 0.0043234, 0.0087916, 0.0161357, 0.0279048, 0.0489473, 0.0913311", \
					  "0.0021035, 0.0043785, 0.0087504, 0.0160431, 0.0277669, 0.0487028, 0.0909910", \
					  "0.0022051, 0.0045883, 0.0090071, 0.0163737, 0.0279975, 0.0490305, 0.0912287");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111458, 0.002484576, 0.005538516, 0.01234623, 0.02752173, 0.06135031");
					values("0.0044923, 0.0089583, 0.0160221, 0.0239593, 0.0274483, 0.0178063, -0.0181240", \
					  "0.0044613, 0.0088968, 0.0159113, 0.0237876, 0.0272045, 0.0175657, -0.0183913", \
					  "0.0044280, 0.0088342, 0.0157945, 0.0236096, 0.0269604, 0.0172501, -0.0187556", \
					  "0.0044063, 0.0087851, 0.0157180, 0.0235006, 0.0268353, 0.0171231, -0.0189120", \
					  "0.0043877, 0.0087562, 0.0156702, 0.0234349, 0.0267742, 0.0170765, -0.0188868", \
					  "0.0044029, 0.0087852, 0.0157218, 0.0235474, 0.0269838, 0.0173628, -0.0185688", \
					  "0.0044219, 0.0088268, 0.0158207, 0.0237089, 0.0270297, 0.0180062, -0.0178308");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111458, 0.002484576, 0.005538516, 0.01234623, 0.02752173, 0.06135031");
					values("0.0020716, 0.0043877, 0.0087989, 0.0161436, 0.0279154, 0.0488626, 0.0911080", \
					  "0.0020447, 0.0043387, 0.0087106, 0.0160125, 0.0277334, 0.0486015, 0.0908925", \
					  "0.0020183, 0.0042840, 0.0086104, 0.0158545, 0.0275448, 0.0483854, 0.0906820", \
					  "0.0019912, 0.0042271, 0.0084983, 0.0156726, 0.0273117, 0.0481392, 0.0906005", \
					  "0.0019653, 0.0041744, 0.0084070, 0.0156167, 0.0272072, 0.0480171, 0.0903367", \
					  "0.0019528, 0.0041260, 0.0083692, 0.0154835, 0.0270309, 0.0477837, 0.0900743", \
					  "0.0020247, 0.0042181, 0.0083286, 0.0155297, 0.0271444, 0.0478789, 0.0901509");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111458, 0.002484576, 0.005538516, 0.01234623, 0.02752173, 0.06135031");
					values("0.0023052, 0.0045357, 0.0078694, 0.0108132, 0.0092591, -0.0040268, -0.0421223", \
					  "0.0022942, 0.0045144, 0.0078160, 0.0107328, 0.0091575, -0.0041614, -0.0422852", \
					  "0.0022718, 0.0044718, 0.0077452, 0.0106140, 0.0090023, -0.0043373, -0.0424856", \
					  "0.0022452, 0.0044181, 0.0076516, 0.0104819, 0.0088366, -0.0045327, -0.0426725", \
					  "0.0022258, 0.0043844, 0.0075991, 0.0104077, 0.0087516, -0.0046029, -0.0427652", \
					  "0.0022256, 0.0043743, 0.0075745, 0.0103684, 0.0085496, -0.0048622, -0.0429728", \
					  "0.0022379, 0.0044042, 0.0076269, 0.0104606, 0.0087652, -0.0047799, -0.0430322");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.1428781, 0.1548559, 0.1810786, 0.2374368, 0.3629012, 0.5521847, 0.9045982", \
					  "0.1475270, 0.1594945, 0.1857235, 0.2420865, 0.3675668, 0.5569339, 0.9092621", \
					  "0.1580260, 0.1700419, 0.1962655, 0.2526166, 0.3781897, 0.5679288, 0.9206088", \
					  "0.1818330, 0.1936841, 0.2197713, 0.2759399, 0.4015099, 0.5922671, 0.9453602", \
					  "0.2253786, 0.2373031, 0.2633164, 0.3192558, 0.4446647, 0.6380720, 0.9912516", \
					  "0.2904425, 0.3028859, 0.3295245, 0.3858620, 0.5112676, 0.7067637, 1.0599399", \
					  "0.3650044, 0.3798568, 0.4095530, 0.4678318, 0.5934476, 0.7904921, 1.1436411");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0537392, 0.0683301, 0.1007229, 0.1775407, 0.3546774, 0.6818726, 1.4136908", \
					  "0.0537341, 0.0683317, 0.1006909, 0.1775679, 0.3546785, 0.6817689, 1.4131681", \
					  "0.0535765, 0.0683151, 0.1007579, 0.1776818, 0.3544346, 0.6819851, 1.4163101", \
					  "0.0534484, 0.0682447, 0.1007695, 0.1777449, 0.3547344, 0.6812945, 1.4170085", \
					  "0.0545112, 0.0691782, 0.1013889, 0.1778798, 0.3547274, 0.6830591, 1.4158920", \
					  "0.0597323, 0.0737292, 0.1048561, 0.1798210, 0.3555889, 0.6832495, 1.4167976", \
					  "0.0742991, 0.0876402, 0.1160200, 0.1865496, 0.3580167, 0.6851675, 1.4167369");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.2478526, 0.2580207, 0.2767101, 0.3082441, 0.3584739, 0.4452015, 0.6173822", \
					  "0.2534004, 0.2635559, 0.2822872, 0.3137463, 0.3640221, 0.4507139, 0.6229005", \
					  "0.2672781, 0.2774351, 0.2961751, 0.3276882, 0.3779826, 0.4646956, 0.6368505", \
					  "0.3017197, 0.3118696, 0.3304992, 0.3620993, 0.4124442, 0.4991758, 0.6713548", \
					  "0.3829166, 0.3929908, 0.4116405, 0.4433379, 0.4938541, 0.5807069, 0.7529513", \
					  "0.5633215, 0.5738452, 0.5930733, 0.6251391, 0.6758692, 0.7627897, 0.9350730", \
					  "0.9007270, 0.9146103, 0.9383725, 0.9743120, 1.0280437, 1.1178775, 1.2911705");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0535747, 0.0599654, 0.0731474, 0.0983757, 0.1460400, 0.2444331, 0.4709434", \
					  "0.0536431, 0.0600921, 0.0731509, 0.0983999, 0.1459373, 0.2443874, 0.4705650", \
					  "0.0536116, 0.0600697, 0.0731317, 0.0984144, 0.1459979, 0.2443701, 0.4714403", \
					  "0.0535577, 0.0601893, 0.0732865, 0.0986112, 0.1459238, 0.2443706, 0.4708882", \
					  "0.0537384, 0.0601797, 0.0733093, 0.0987355, 0.1461259, 0.2444182, 0.4709151", \
					  "0.0581742, 0.0641818, 0.0765389, 0.1008455, 0.1470664, 0.2449166, 0.4706691", \
					  "0.0838860, 0.0884068, 0.0985907, 0.1195239, 0.1638002, 0.2581036, 0.4772245");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.1290719, 0.1415046, 0.1670048, 0.2174045, 0.3067011, 0.4692131, 0.8205737", \
					  "0.1348604, 0.1473204, 0.1728801, 0.2234204, 0.3128756, 0.4754879, 0.8270974", \
					  "0.1462739, 0.1587920, 0.1845038, 0.2354461, 0.3252920, 0.4880724, 0.8396744", \
					  "0.1677639, 0.1803603, 0.2063867, 0.2584068, 0.3493381, 0.5125667, 0.8644889", \
					  "0.2142276, 0.2270396, 0.2537974, 0.3066346, 0.3971979, 0.5604944, 0.9123376", \
					  "0.2885934, 0.3018330, 0.3276307, 0.3756052, 0.4605629, 0.6202583, 0.9712077", \
					  "0.3864258, 0.4005662, 0.4234218, 0.4614655, 0.5334503, 0.6857064, 1.0301333");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0587905, 0.0733601, 0.1069280, 0.1847318, 0.3455151, 0.6773140, 1.4144654", \
					  "0.0590494, 0.0734484, 0.1069315, 0.1846930, 0.3449983, 0.6762670, 1.4175412", \
					  "0.0590188, 0.0733533, 0.1067917, 0.1846553, 0.3447508, 0.6761687, 1.4178356", \
					  "0.0578838, 0.0726385, 0.1062051, 0.1844475, 0.3452930, 0.6767107, 1.4161775", \
					  "0.0586312, 0.0730771, 0.1065601, 0.1844795, 0.3448689, 0.6771078, 1.4157681", \
					  "0.0696647, 0.0821832, 0.1131966, 0.1881767, 0.3453884, 0.6743127, 1.4138147", \
					  "0.1054065, 0.1160737, 0.1438183, 0.2082481, 0.3540319, 0.6782919, 1.4109994");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.1885340, 0.1960771, 0.2100297, 0.2352275, 0.2812168, 0.3656024, 0.5360483", \
					  "0.1918716, 0.1994569, 0.2135547, 0.2388230, 0.2849037, 0.3693035, 0.5397963", \
					  "0.2025055, 0.2103191, 0.2245235, 0.2499926, 0.2961505, 0.3806299, 0.5512211", \
					  "0.2313324, 0.2395357, 0.2540171, 0.2798314, 0.3261346, 0.4106714, 0.5813706", \
					  "0.3042489, 0.3130294, 0.3285794, 0.3550824, 0.4017598, 0.4864433, 0.6573313", \
					  "0.4652227, 0.4754470, 0.4931192, 0.5212915, 0.5688924, 0.6536668, 0.8242665", \
					  "0.7371826, 0.7514997, 0.7764279, 0.8135163, 0.8680854, 0.9571055, 1.1291229");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0565603, 0.0621439, 0.0744371, 0.0983125, 0.1452079, 0.2427089, 0.4694616", \
					  "0.0558250, 0.0614903, 0.0738401, 0.0979584, 0.1449767, 0.2424724, 0.4685454", \
					  "0.0541276, 0.0603290, 0.0727858, 0.0970933, 0.1443110, 0.2420699, 0.4682885", \
					  "0.0526257, 0.0589527, 0.0710598, 0.0959552, 0.1433170, 0.2413732, 0.4686138", \
					  "0.0499951, 0.0564068, 0.0691688, 0.0942344, 0.1421598, 0.2405129, 0.4681987", \
					  "0.0593610, 0.0649240, 0.0762060, 0.0997078, 0.1459490, 0.2427540, 0.4688497", \
					  "0.0867715, 0.0932411, 0.1047017, 0.1267604, 0.1703204, 0.2613410, 0.4785480");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0724854, 0.0804067, 0.0959746, 0.1294762, 0.2012961, 0.3625620, 0.7322458", \
					  "0.0784238, 0.0863522, 0.1019088, 0.1353742, 0.2072961, 0.3685828, 0.7383361", \
					  "0.0941292, 0.1012217, 0.1166363, 0.1500717, 0.2220737, 0.3835250, 0.7532827", \
					  "0.1297771, 0.1367678, 0.1516861, 0.1848644, 0.2565665, 0.4179543, 0.7876613", \
					  "0.2088029, 0.2164268, 0.2332171, 0.2675275, 0.3378588, 0.4982386, 0.8675191", \
					  "0.3488762, 0.3596758, 0.3867858, 0.4350875, 0.5215917, 0.6860328, 1.0556829", \
					  "0.5788683, 0.6043167, 0.6461094, 0.7232892, 0.8530045, 1.0726879, 1.4742639");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0921762, 0.1045884, 0.1313281, 0.1927572, 0.3365136, 0.6658444, 1.4111274", \
					  "0.0923496, 0.1046448, 0.1313520, 0.1927903, 0.3366092, 0.6647143, 1.4109183", \
					  "0.0922362, 0.1045773, 0.1312746, 0.1928795, 0.3371694, 0.6649883, 1.4108357", \
					  "0.0974289, 0.1089545, 0.1338186, 0.1935588, 0.3372549, 0.6652300, 1.4135428", \
					  "0.1275527, 0.1394332, 0.1610893, 0.2143047, 0.3454724, 0.6653917, 1.4121986", \
					  "0.1965213, 0.2077764, 0.2322892, 0.2828355, 0.4025746, 0.6938868, 1.4153710", \
					  "0.3274668, 0.3419849, 0.3715453, 0.4286990, 0.5541127, 0.8208255, 1.4838362");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0434737, 0.0472608, 0.0554853, 0.0734169, 0.1126284, 0.1941082, 0.3664910", \
					  "0.0484781, 0.0522976, 0.0604306, 0.0783853, 0.1176171, 0.1990932, 0.3715625", \
					  "0.0600803, 0.0638075, 0.0719555, 0.0898283, 0.1289883, 0.2104055, 0.3828346", \
					  "0.0847282, 0.0890014, 0.0977714, 0.1160322, 0.1550656, 0.2363621, 0.4088124", \
					  "0.1215353, 0.1274130, 0.1394199, 0.1627151, 0.2073669, 0.2909713, 0.4647384", \
					  "0.1722904, 0.1811134, 0.1990347, 0.2338919, 0.2969621, 0.4038528, 0.5916413", \
					  "0.2300746, 0.2444026, 0.2733317, 0.3292465, 0.4276909, 0.5887231, 0.8464137");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111458, 0.00248458, 0.00553852, 0.0123462, 0.0275217, 0.0613503");
					values("0.0268302, 0.0309415, 0.0412087, 0.0657620, 0.1178883, 0.2267254, 0.4629707", \
					  "0.0269938, 0.0311797, 0.0412880, 0.0658916, 0.1178760, 0.2262563, 0.4632056", \
					  "0.0291852, 0.0323918, 0.0418626, 0.0659908, 0.1178258, 0.2264239, 0.4638984", \
					  "0.0406192, 0.0431066, 0.0491248, 0.0685393, 0.1177537, 0.2253978, 0.4637066", \
					  "0.0658369, 0.0689258, 0.0740663, 0.0883125, 0.1290039, 0.2279953, 0.4631440", \
					  "0.1144912, 0.1188380, 0.1281733, 0.1467404, 0.1813863, 0.2699759, 0.4812461", \
					  "0.2108823, 0.2182570, 0.2337673, 0.2627241, 0.3129815, 0.4033057, 0.6068896");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!CIN) | (A&B&!CIN) | (A&!B&CIN) | (!A&B&CIN)";
			max_capacitance : 0.141917;
			max_transition : 1.505851;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0372387, 0.0385827, 0.0417055, 0.0485246, 0.0644452, 0.1051502, 0.2096936", \
					  "0.0371620, 0.0385414, 0.0416656, 0.0484493, 0.0644767, 0.1052339, 0.2098049", \
					  "0.0371392, 0.0384620, 0.0415765, 0.0483815, 0.0643989, 0.1050946, 0.2095987", \
					  "0.0369259, 0.0382770, 0.0414240, 0.0481901, 0.0642158, 0.1049547, 0.2095061", \
					  "0.0369587, 0.0383107, 0.0414339, 0.0482535, 0.0641618, 0.1052850, 0.2102490", \
					  "0.0369477, 0.0382702, 0.0414546, 0.0481531, 0.0642373, 0.1052884, 0.2094182", \
					  "0.0390140, 0.0399820, 0.0424491, 0.0487098, 0.0644588, 0.1051642, 0.2087668");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0412811, 0.0407309, 0.0391078, 0.0340767, 0.0189582, -0.0218461, -0.1270809", \
					  "0.0411564, 0.0405944, 0.0389628, 0.0339188, 0.0188114, -0.0219919, -0.1272437", \
					  "0.0409792, 0.0404263, 0.0387938, 0.0337691, 0.0186490, -0.0221522, -0.1273958", \
					  "0.0408717, 0.0402921, 0.0386358, 0.0336093, 0.0185114, -0.0222794, -0.1275187", \
					  "0.0407264, 0.0401475, 0.0385363, 0.0334709, 0.0183621, -0.0224315, -0.1276761", \
					  "0.0408713, 0.0402980, 0.0387057, 0.0336546, 0.0185548, -0.0222318, -0.1274791", \
					  "0.0432311, 0.0423243, 0.0399665, 0.0337679, 0.0189073, -0.0217831, -0.1270244");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0305395, 0.0319365, 0.0352344, 0.0422704, 0.0584082, 0.0994484, 0.2034073", \
					  "0.0306119, 0.0320491, 0.0353111, 0.0423691, 0.0585623, 0.0991737, 0.2031430", \
					  "0.0306958, 0.0321200, 0.0354008, 0.0424608, 0.0585808, 0.0997163, 0.2035755", \
					  "0.0308039, 0.0321937, 0.0354810, 0.0425371, 0.0586829, 0.0992889, 0.2038108", \
					  "0.0310001, 0.0324084, 0.0356611, 0.0426950, 0.0588437, 0.0995875, 0.2028355", \
					  "0.0328949, 0.0338899, 0.0363707, 0.0431874, 0.0592956, 0.1002424, 0.2052201", \
					  "0.0347952, 0.0357888, 0.0382974, 0.0445991, 0.0604757, 0.1009534, 0.2055135");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0414933, 0.0409179, 0.0392257, 0.0341583, 0.0189376, -0.0219413, -0.1272454", \
					  "0.0411506, 0.0405801, 0.0389289, 0.0338339, 0.0186010, -0.0222581, -0.1275420", \
					  "0.0408341, 0.0402634, 0.0386033, 0.0334906, 0.0182568, -0.0225995, -0.1278711", \
					  "0.0408093, 0.0402293, 0.0385104, 0.0334187, 0.0181939, -0.0226513, -0.1279342", \
					  "0.0409847, 0.0404114, 0.0387237, 0.0336023, 0.0183841, -0.0224673, -0.1277378", \
					  "0.0417852, 0.0412360, 0.0395758, 0.0344955, 0.0192938, -0.0215550, -0.1268212", \
					  "0.0459257, 0.0450216, 0.0426671, 0.0365385, 0.0205967, -0.0197287, -0.1249768");
				}
			}
			internal_power () {
				related_pin : "CIN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0006726, 0.0017116, 0.0042998, 0.0108008, 0.0265808, 0.0666851, 0.1697789", \
					  "0.0006636, 0.0016943, 0.0042635, 0.0107200, 0.0265927, 0.0669965, 0.1715527", \
					  "0.0006522, 0.0016652, 0.0042001, 0.0106097, 0.0264732, 0.0668808, 0.1715555", \
					  "0.0006355, 0.0016271, 0.0041211, 0.0105060, 0.0263155, 0.0666183, 0.1706591", \
					  "0.0006263, 0.0016036, 0.0040862, 0.0104564, 0.0264360, 0.0670348, 0.1707793", \
					  "0.0006224, 0.0015926, 0.0040653, 0.0102936, 0.0261962, 0.0669053, 0.1704985", \
					  "0.0006335, 0.0016200, 0.0041367, 0.0104812, 0.0265143, 0.0669877, 0.1705811");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001281781, 0.003285926, 0.008423678, 0.02159463, 0.05535917, 0.1419167");
					values("0.0023446, 0.0054014, 0.0108065, 0.0161210, 0.0116060, -0.0217731, -0.1230375", \
					  "0.0023306, 0.0053684, 0.0107350, 0.0160004, 0.0114370, -0.0219731, -0.1232519", \
					  "0.0023132, 0.0053293, 0.0106493, 0.0158476, 0.0112390, -0.0222096, -0.1234786", \
					  "0.0022948, 0.0052841, 0.0105510, 0.0156842, 0.0110054, -0.0224815, -0.1237980", \
					  "0.0022864, 0.0052640, 0.0105121, 0.0156189, 0.0109302, -0.0225641, -0.1238653", \
					  "0.0022715, 0.0052292, 0.0104351, 0.0154854, 0.0107575, -0.0227470, -0.1240620", \
					  "0.0022803, 0.0052517, 0.0104721, 0.0155504, 0.0108553, -0.0225898, -0.1239070");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.3213899, 0.3289800, 0.3459412, 0.3855536, 0.4835344, 0.7328434, 1.3700869", \
					  "0.3268852, 0.3344848, 0.3514653, 0.3910603, 0.4890741, 0.7383673, 1.3757753", \
					  "0.3407742, 0.3483838, 0.3653659, 0.4049595, 0.5029790, 0.7522686, 1.3897352", \
					  "0.3752390, 0.3826462, 0.3997414, 0.4393166, 0.5373603, 0.7865489, 1.4224881", \
					  "0.4565357, 0.4639409, 0.4810444, 0.5206236, 0.6186736, 0.8678629, 1.5038556", \
					  "0.6382506, 0.6458782, 0.6628789, 0.7026673, 0.8007325, 1.0496207, 1.6886897", \
					  "0.9868930, 0.9948102, 1.0121384, 1.0515658, 1.1496750, 1.3991557, 2.0353712");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0270260, 0.0344676, 0.0536753, 0.1048398, 0.2402931, 0.5908573, 1.4994760", \
					  "0.0270334, 0.0344307, 0.0536689, 0.1048237, 0.2402677, 0.5909579, 1.4994426", \
					  "0.0270630, 0.0344136, 0.0536967, 0.1048160, 0.2402544, 0.5909722, 1.4993576", \
					  "0.0271010, 0.0345750, 0.0537265, 0.1048630, 0.2398115, 0.5904118, 1.5014044", \
					  "0.0271170, 0.0345934, 0.0537381, 0.1048640, 0.2397974, 0.5904632, 1.5014135", \
					  "0.0273765, 0.0346099, 0.0538771, 0.1048579, 0.2403396, 0.5894633, 1.4997366", \
					  "0.0294888, 0.0362725, 0.0548126, 0.1054794, 0.2399199, 0.5896592, 1.5007919");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.2107158, 0.2168713, 0.2292894, 0.2529002, 0.2995870, 0.4005332, 0.6458257", \
					  "0.2153619, 0.2215159, 0.2339307, 0.2575608, 0.3042384, 0.4051690, 0.6504627", \
					  "0.2259380, 0.2321005, 0.2444644, 0.2681747, 0.3147651, 0.4157338, 0.6609513", \
					  "0.2495763, 0.2556354, 0.2680307, 0.2917417, 0.3383358, 0.4392625, 0.6844980", \
					  "0.2930132, 0.2991743, 0.3115708, 0.3352529, 0.3817734, 0.4827038, 0.7277876", \
					  "0.3586891, 0.3648905, 0.3771636, 0.4009254, 0.4475180, 0.5483083, 0.7935539", \
					  "0.4374758, 0.4436693, 0.4562921, 0.4801490, 0.5268900, 0.6278879, 0.8729867");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0247351, 0.0287999, 0.0376129, 0.0575453, 0.1051325, 0.2237267, 0.5424483", \
					  "0.0247353, 0.0288049, 0.0376101, 0.0576444, 0.1051015, 0.2237266, 0.5424012", \
					  "0.0246773, 0.0285766, 0.0378629, 0.0580008, 0.1051377, 0.2236776, 0.5421915", \
					  "0.0246391, 0.0285818, 0.0377918, 0.0579439, 0.1051705, 0.2236910, 0.5416069", \
					  "0.0245391, 0.0285819, 0.0375901, 0.0579900, 0.1045741, 0.2237029, 0.5430172", \
					  "0.0247554, 0.0288150, 0.0379247, 0.0582419, 0.1046612, 0.2238224, 0.5426848", \
					  "0.0259666, 0.0298800, 0.0389381, 0.0585402, 0.1050494, 0.2236724, 0.5426347");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.3111111, 0.3187698, 0.3358217, 0.3754858, 0.4734722, 0.7224135, 1.3607868", \
					  "0.3156821, 0.3233125, 0.3404181, 0.3799510, 0.4781415, 0.7275586, 1.3655510", \
					  "0.3272584, 0.3346283, 0.3518147, 0.3912986, 0.4895951, 0.7386031, 1.3761440", \
					  "0.3518245, 0.3594891, 0.3766064, 0.4161147, 0.5143541, 0.7636340, 1.4013182", \
					  "0.3978877, 0.4055199, 0.4226187, 0.4622779, 0.5603942, 0.8093959, 1.4482747", \
					  "0.4655039, 0.4731203, 0.4901957, 0.5294831, 0.6278186, 0.8771001, 1.5144085", \
					  "0.5455622, 0.5529151, 0.5701001, 0.6095954, 0.7079309, 0.9568095, 1.5961205");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0274779, 0.0347696, 0.0536799, 0.1047956, 0.2404583, 0.5914458, 1.4988212", \
					  "0.0277419, 0.0347554, 0.0536745, 0.1051285, 0.2399503, 0.5913244, 1.5037633", \
					  "0.0274704, 0.0348079, 0.0538216, 0.1048060, 0.2403580, 0.5918423, 1.5017839", \
					  "0.0276993, 0.0347835, 0.0536341, 0.1048108, 0.2401207, 0.5916884, 1.5033476", \
					  "0.0276838, 0.0347907, 0.0537175, 0.1049621, 0.2404559, 0.5906775, 1.4984870", \
					  "0.0274720, 0.0346657, 0.0537267, 0.1045551, 0.2400541, 0.5910706, 1.5006728", \
					  "0.0274167, 0.0347693, 0.0538062, 0.1048084, 0.2404581, 0.5885054, 1.4927793");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.3484392, 0.3547259, 0.3673790, 0.3916001, 0.4393774, 0.5417890, 0.7882398", \
					  "0.3539916, 0.3602928, 0.3729694, 0.3970698, 0.4448843, 0.5473331, 0.7937555", \
					  "0.3680860, 0.3743658, 0.3870225, 0.4112493, 0.4590289, 0.5614358, 0.8078853", \
					  "0.4027590, 0.4091325, 0.4216580, 0.4459638, 0.4936468, 0.5961081, 0.8423694", \
					  "0.4843954, 0.4906808, 0.5032232, 0.5275418, 0.5752570, 0.6776799, 0.9237403", \
					  "0.6643719, 0.6706509, 0.6831704, 0.7074879, 0.7551695, 0.8575878, 1.1037016", \
					  "0.9958606, 1.0021326, 1.0148126, 1.0387141, 1.0863787, 1.1886533, 1.4345749");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0255044, 0.0299582, 0.0389199, 0.0595290, 0.1071778, 0.2265331, 0.5424730", \
					  "0.0255746, 0.0297099, 0.0388054, 0.0593216, 0.1069462, 0.2262878, 0.5421018", \
					  "0.0255069, 0.0299570, 0.0389156, 0.0595431, 0.1071757, 0.2265470, 0.5425549", \
					  "0.0255110, 0.0296820, 0.0388890, 0.0590824, 0.1073614, 0.2254981, 0.5485272", \
					  "0.0255936, 0.0298172, 0.0392139, 0.0596945, 0.1073336, 0.2253005, 0.5445505", \
					  "0.0255190, 0.0297449, 0.0391764, 0.0590781, 0.1073269, 0.2260929, 0.5453962", \
					  "0.0252565, 0.0294303, 0.0385084, 0.0591792, 0.1066621, 0.2249424, 0.5441319");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.2560757, 0.2635793, 0.2804864, 0.3198710, 0.4173479, 0.6658668, 1.3033000", \
					  "0.2596120, 0.2670654, 0.2839681, 0.3234134, 0.4209231, 0.6696447, 1.3056274", \
					  "0.2702629, 0.2777571, 0.2946905, 0.3340763, 0.4318249, 0.6808006, 1.3197815", \
					  "0.2998423, 0.3073255, 0.3241679, 0.3636667, 0.4613316, 0.7102120, 1.3499205", \
					  "0.3741225, 0.3814382, 0.3983927, 0.4378379, 0.5356695, 0.7846124, 1.4214593", \
					  "0.5392932, 0.5467852, 0.5638480, 0.6035108, 0.7012270, 0.9501629, 1.5872014", \
					  "0.8278950, 0.8359928, 0.8534069, 0.8930969, 0.9911353, 1.2401328, 1.8774542");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0266622, 0.0340834, 0.0535127, 0.1046591, 0.2401827, 0.5910865, 1.5030257", \
					  "0.0266312, 0.0340785, 0.0535679, 0.1046421, 0.2401506, 0.5913571, 1.5025030", \
					  "0.0266070, 0.0340751, 0.0534448, 0.1046666, 0.2401045, 0.5910878, 1.5018929", \
					  "0.0264226, 0.0339221, 0.0533839, 0.1046897, 0.2397889, 0.5892735, 1.4954082", \
					  "0.0264029, 0.0339759, 0.0533800, 0.1046600, 0.2396632, 0.5906096, 1.4909458", \
					  "0.0269130, 0.0343430, 0.0535378, 0.1048505, 0.2398634, 0.5902350, 1.4994399", \
					  "0.0306136, 0.0372041, 0.0552666, 0.1057328, 0.2407930, 0.5896836, 1.4974071");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1786490, 0.1850322, 0.1978711, 0.2223825, 0.2697403, 0.3713963, 0.6171824", \
					  "0.1831804, 0.1895754, 0.2024392, 0.2268395, 0.2742708, 0.3758938, 0.6217947", \
					  "0.1937007, 0.2000718, 0.2129129, 0.2373688, 0.2847776, 0.3863311, 0.6322786", \
					  "0.2171783, 0.2235687, 0.2363630, 0.2607983, 0.3082594, 0.4098112, 0.6559066", \
					  "0.2576697, 0.2640756, 0.2768708, 0.3012888, 0.3486090, 0.4502772, 0.6961438", \
					  "0.3159846, 0.3223834, 0.3353454, 0.3596306, 0.4071386, 0.5088912, 0.7548900", \
					  "0.3902323, 0.3967427, 0.4096397, 0.4342699, 0.4821035, 0.5840525, 0.8301966");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0255033, 0.0296613, 0.0388176, 0.0589245, 0.1056009, 0.2253690, 0.5435263", \
					  "0.0256247, 0.0296674, 0.0387740, 0.0590439, 0.1059240, 0.2243012, 0.5434349", \
					  "0.0254630, 0.0296360, 0.0390819, 0.0588726, 0.1057702, 0.2254965, 0.5441272", \
					  "0.0256292, 0.0298912, 0.0390741, 0.0594714, 0.1057828, 0.2254494, 0.5446809", \
					  "0.0258457, 0.0298003, 0.0390589, 0.0589242, 0.1063878, 0.2252138, 0.5437096", \
					  "0.0258232, 0.0301138, 0.0392100, 0.0596796, 0.1065290, 0.2245479, 0.5447905", \
					  "0.0266613, 0.0309245, 0.0403188, 0.0604814, 0.1066019, 0.2258740, 0.5437754");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.2095067, 0.2170426, 0.2339923, 0.2737602, 0.3724950, 0.6216711, 1.2597637", \
					  "0.2156470, 0.2232384, 0.2403187, 0.2801463, 0.3784322, 0.6277505, 1.2666987", \
					  "0.2278924, 0.2355043, 0.2526533, 0.2924163, 0.3911202, 0.6402869, 1.2783579", \
					  "0.2528033, 0.2603621, 0.2774296, 0.3170799, 0.4154306, 0.6645327, 1.3009970", \
					  "0.3029681, 0.3104809, 0.3276102, 0.3671723, 0.4654689, 0.7149888, 1.3524384", \
					  "0.3647932, 0.3723444, 0.3893889, 0.4290853, 0.5270683, 0.7760491, 1.4151130", \
					  "0.4238733, 0.4314243, 0.4484757, 0.4882401, 0.5867564, 0.8358043, 1.4719869");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0267984, 0.0340665, 0.0533734, 0.1049732, 0.2400846, 0.5906226, 1.4957313", \
					  "0.0268563, 0.0341737, 0.0533919, 0.1049896, 0.2405403, 0.5893543, 1.4952312", \
					  "0.0269376, 0.0343043, 0.0534144, 0.1049553, 0.2401910, 0.5904805, 1.4984241", \
					  "0.0269621, 0.0341752, 0.0533041, 0.1049930, 0.2405167, 0.5913749, 1.5023538", \
					  "0.0267120, 0.0341437, 0.0533410, 0.1048130, 0.2403778, 0.5910115, 1.5050892", \
					  "0.0265231, 0.0339038, 0.0532566, 0.1047623, 0.2396005, 0.5900846, 1.5019128", \
					  "0.0262905, 0.0337560, 0.0530891, 0.1048575, 0.2404721, 0.5900944, 1.4884781");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.2517416, 0.2579815, 0.2704665, 0.2946665, 0.3422769, 0.4445644, 0.6908202", \
					  "0.2560983, 0.2623469, 0.2749608, 0.2990866, 0.3467763, 0.4489773, 0.6952299", \
					  "0.2690807, 0.2752321, 0.2878469, 0.3119906, 0.3596781, 0.4618892, 0.7081882", \
					  "0.3020889, 0.3083368, 0.3208510, 0.3450760, 0.3927104, 0.4950697, 0.7411688", \
					  "0.3824977, 0.3887453, 0.4013807, 0.4254918, 0.4732436, 0.5756409, 0.8220267", \
					  "0.5465807, 0.5527768, 0.5653075, 0.5894828, 0.6371160, 0.7393907, 0.9858122", \
					  "0.8299063, 0.8361589, 0.8486817, 0.8726803, 0.9203904, 1.0227490, 1.2686717");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0250055, 0.0292482, 0.0386144, 0.0593185, 0.1071153, 0.2256317, 0.5486900", \
					  "0.0251430, 0.0293607, 0.0383613, 0.0592345, 0.1069736, 0.2266596, 0.5430749", \
					  "0.0249542, 0.0294204, 0.0384099, 0.0592072, 0.1069948, 0.2266602, 0.5429074", \
					  "0.0251357, 0.0293861, 0.0387038, 0.0594122, 0.1071677, 0.2258037, 0.5460374", \
					  "0.0253332, 0.0295060, 0.0385578, 0.0590417, 0.1065819, 0.2261922, 0.5432589", \
					  "0.0251690, 0.0294339, 0.0387416, 0.0594607, 0.1068188, 0.2264967, 0.5426269", \
					  "0.0251328, 0.0293187, 0.0385931, 0.0588533, 0.1072135, 0.2257323, 0.5452989");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1771108, 0.1844830, 0.2012249, 0.2406390, 0.3388637, 0.5884045, 1.2256177", \
					  "0.1825985, 0.1899892, 0.2066611, 0.2460694, 0.3438214, 0.5929656, 1.2299128", \
					  "0.1965442, 0.2039088, 0.2206518, 0.2600739, 0.3582926, 0.6078579, 1.2449007", \
					  "0.2321722, 0.2395662, 0.2562432, 0.2956593, 0.3934380, 0.6424878, 1.2792190", \
					  "0.3121590, 0.3195337, 0.3363202, 0.3757238, 0.4739056, 0.7233168, 1.3608699", \
					  "0.4613573, 0.4688240, 0.4857533, 0.5252528, 0.6231492, 0.8732709, 1.5088394", \
					  "0.7224268, 0.7302291, 0.7475034, 0.7873754, 0.8854201, 1.1350738, 1.7744235");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0245658, 0.0322797, 0.0519633, 0.1035750, 0.2405907, 0.5924768, 1.4960091", \
					  "0.0244930, 0.0321983, 0.0519477, 0.1036438, 0.2412327, 0.5919537, 1.5020879", \
					  "0.0245820, 0.0322782, 0.0519608, 0.1035280, 0.2404769, 0.5921728, 1.4968622", \
					  "0.0244910, 0.0321942, 0.0519424, 0.1035902, 0.2412620, 0.5918705, 1.5023205", \
					  "0.0246353, 0.0323320, 0.0519824, 0.1035513, 0.2406908, 0.5927143, 1.5058512", \
					  "0.0250561, 0.0327387, 0.0523153, 0.1036256, 0.2398121, 0.5918124, 1.4992699", \
					  "0.0268183, 0.0344571, 0.0535556, 0.1050197, 0.2398111, 0.5885288, 1.4897118");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1855497, 0.1925882, 0.2063266, 0.2313422, 0.2793689, 0.3813726, 0.6274647", \
					  "0.1904346, 0.1974690, 0.2111900, 0.2362180, 0.2842409, 0.3862549, 0.6323793", \
					  "0.2014518, 0.2084263, 0.2222272, 0.2472849, 0.2953324, 0.3973755, 0.6434038", \
					  "0.2229745, 0.2301064, 0.2436651, 0.2688714, 0.3168422, 0.4188464, 0.6650071", \
					  "0.2535871, 0.2606539, 0.2744253, 0.2995506, 0.3476362, 0.4496813, 0.6956533", \
					  "0.2932192, 0.3002532, 0.3138746, 0.3389320, 0.3870558, 0.4889988, 0.7352805", \
					  "0.3304847, 0.3374361, 0.3511859, 0.3758253, 0.4239984, 0.5260837, 0.7718333");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0298277, 0.0334658, 0.0421497, 0.0618008, 0.1078117, 0.2260063, 0.5421843", \
					  "0.0298092, 0.0334656, 0.0422137, 0.0617943, 0.1076870, 0.2260224, 0.5424778", \
					  "0.0300960, 0.0336284, 0.0421983, 0.0618178, 0.1078569, 0.2259590, 0.5425432", \
					  "0.0302725, 0.0338770, 0.0424028, 0.0616470, 0.1079934, 0.2259824, 0.5423936", \
					  "0.0300796, 0.0335948, 0.0425340, 0.0619068, 0.1077085, 0.2251717, 0.5496111", \
					  "0.0299451, 0.0343187, 0.0421499, 0.0614997, 0.1072761, 0.2254217, 0.5435458", \
					  "0.0305073, 0.0341402, 0.0427628, 0.0621807, 0.1081790, 0.2257814, 0.5472749");
				}
			}
			timing () {
				related_pin : "CIN";
				timing_type : "combinational";
				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, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0988487, 0.1062249, 0.1230045, 0.1615151, 0.2559661, 0.5014746, 1.1361545", \
					  "0.1034068, 0.1108313, 0.1275961, 0.1661330, 0.2607762, 0.5059063, 1.1421638", \
					  "0.1141778, 0.1215768, 0.1382808, 0.1769098, 0.2718658, 0.5174832, 1.1542691", \
					  "0.1385867, 0.1459886, 0.1627729, 0.2017430, 0.2974150, 0.5437810, 1.1783027", \
					  "0.1796939, 0.1875756, 0.2051383, 0.2451228, 0.3415166, 0.5883111, 1.2256650", \
					  "0.2380849, 0.2474655, 0.2670935, 0.3089077, 0.4063574, 0.6539119, 1.2904759", \
					  "0.3012996, 0.3142430, 0.3397429, 0.3876414, 0.4872104, 0.7345719, 1.3702612");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0253056, 0.0334495, 0.0538441, 0.1052680, 0.2400403, 0.5896983, 1.5042509", \
					  "0.0253306, 0.0335483, 0.0537973, 0.1053401, 0.2398695, 0.5907130, 1.5000220", \
					  "0.0253959, 0.0334888, 0.0537933, 0.1053698, 0.2400590, 0.5912070, 1.5021993", \
					  "0.0253949, 0.0335639, 0.0537278, 0.1053284, 0.2395991, 0.5911006, 1.5034067", \
					  "0.0273891, 0.0354111, 0.0553721, 0.1063037, 0.2401349, 0.5912771, 1.4928914", \
					  "0.0341168, 0.0421082, 0.0611242, 0.1093885, 0.2410399, 0.5911520, 1.4969518", \
					  "0.0484375, 0.0579724, 0.0770267, 0.1208310, 0.2438552, 0.5913189, 1.4918551");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.1647773, 0.1738500, 0.1898377, 0.2168539, 0.2664688, 0.3697870, 0.6157002", \
					  "0.1701766, 0.1792395, 0.1952370, 0.2222824, 0.2719156, 0.3752395, 0.6211550", \
					  "0.1844732, 0.1934823, 0.2095034, 0.2366129, 0.2861728, 0.3895397, 0.6356993", \
					  "0.2189339, 0.2279453, 0.2439098, 0.2709975, 0.3206560, 0.4239784, 0.6698921", \
					  "0.3020765, 0.3108687, 0.3267276, 0.3537946, 0.4034029, 0.5066967, 0.7527246", \
					  "0.4753659, 0.4862145, 0.5042965, 0.5332591, 0.5841427, 0.6880488, 0.9343480", \
					  "0.7727950, 0.7907432, 0.8167056, 0.8528285, 0.9104708, 1.0203948, 1.2686513");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128178, 0.00328593, 0.00842368, 0.0215946, 0.0553592, 0.141917");
					values("0.0428820, 0.0455723, 0.0515282, 0.0686509, 0.1121538, 0.2280727, 0.5451315", \
					  "0.0428684, 0.0455683, 0.0515161, 0.0686225, 0.1121546, 0.2280110, 0.5451135", \
					  "0.0428221, 0.0455363, 0.0515827, 0.0685876, 0.1123062, 0.2287485, 0.5448834", \
					  "0.0428314, 0.0453335, 0.0513022, 0.0684260, 0.1121303, 0.2278503, 0.5450776", \
					  "0.0426759, 0.0449325, 0.0508306, 0.0681337, 0.1123466, 0.2287181, 0.5438341", \
					  "0.0577994, 0.0576083, 0.0597339, 0.0726333, 0.1154111, 0.2297412, 0.5457660", \
					  "0.0984666, 0.0964275, 0.0903349, 0.0928056, 0.1304654, 0.2398373, 0.5495442");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002429;
			capacitance : 0.002286;
			fall_capacitance : 0.002143;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.006319;
			capacitance : 0.006138;
			fall_capacitance : 0.005958;
			max_transition : 1.500000;
		}
		pin (CIN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004646;
			capacitance : 0.004388;
			fall_capacitance : 0.004130;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_fahcon_1") {
		area : 33.782400;
		cell_footprint : "fahcon";
		cell_leakage_power : 2.348980e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0020511";
			when : "!A&!B&CI";
		}
		leakage_power () {
			value : "0.0018445";
			when : "!A&!B&!CI";
		}
		leakage_power () {
			value : "0.0031323";
			when : "!A&B&CI";
		}
		leakage_power () {
			value : "0.0023029";
			when : "!A&B&!CI";
		}
		leakage_power () {
			value : "0.0024241";
			when : "A&!B&CI";
		}
		leakage_power () {
			value : "0.0015080";
			when : "A&!B&!CI";
		}
		leakage_power () {
			value : "0.0028291";
			when : "A&B&CI";
		}
		leakage_power () {
			value : "0.0026998";
			when : "A&B&!CI";
		}
		pin (COUTN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!CI) | (!A&!B) | (!B&!CI)";
			max_capacitance : 0.058604;
			max_transition : 1.393423;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0046326, 0.0094222, 0.0178503, 0.0304671, 0.0472833, 0.0713334, 0.1136942", \
					  "0.0046203, 0.0094005, 0.0178135, 0.0303881, 0.0472378, 0.0713015, 0.1137949", \
					  "0.0046055, 0.0093716, 0.0177584, 0.0303110, 0.0470836, 0.0710942, 0.1134611", \
					  "0.0045928, 0.0093507, 0.0177230, 0.0302444, 0.0469956, 0.0710169, 0.1134273", \
					  "0.0045773, 0.0093152, 0.0176576, 0.0301412, 0.0468569, 0.0708456, 0.1132061", \
					  "0.0045835, 0.0093294, 0.0176832, 0.0301880, 0.0469188, 0.0709470, 0.1133793", \
					  "0.0045743, 0.0092987, 0.0177155, 0.0303688, 0.0471779, 0.0712655, 0.1138359");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0025372, 0.0049703, 0.0086704, 0.0122987, 0.0115429, -0.0008766, -0.0369001", \
					  "0.0025336, 0.0049619, 0.0086541, 0.0122761, 0.0115162, -0.0009105, -0.0369278", \
					  "0.0025280, 0.0049514, 0.0086342, 0.0122374, 0.0114612, -0.0009930, -0.0370465", \
					  "0.0025125, 0.0049151, 0.0085775, 0.0121358, 0.0113222, -0.0011614, -0.0372431", \
					  "0.0025066, 0.0049101, 0.0085544, 0.0121080, 0.0112719, -0.0012618, -0.0373806", \
					  "0.0024980, 0.0048873, 0.0085084, 0.0120353, 0.0111492, -0.0014034, -0.0375572", \
					  "0.0026431, 0.0051647, 0.0089286, 0.0124361, 0.0113786, -0.0012927, -0.0375820");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0046912, 0.0095337, 0.0180472, 0.0308611, 0.0478894, 0.0722413, 0.1147245", \
					  "0.0046439, 0.0094507, 0.0178922, 0.0306056, 0.0475953, 0.0719204, 0.1145631", \
					  "0.0046008, 0.0093538, 0.0177374, 0.0303702, 0.0472920, 0.0715427, 0.1142497", \
					  "0.0045822, 0.0093230, 0.0176695, 0.0302651, 0.0471481, 0.0714481, 0.1142208", \
					  "0.0045795, 0.0093157, 0.0176586, 0.0302238, 0.0470981, 0.0713485, 0.1142183", \
					  "0.0045891, 0.0093362, 0.0176990, 0.0302961, 0.0471891, 0.0714996, 0.1142127", \
					  "0.0046179, 0.0093955, 0.0177538, 0.0304017, 0.0478132, 0.0721680, 0.1149503");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0017579, 0.0034155, 0.0058120, 0.0078325, 0.0058446, -0.0074319, -0.0439824", \
					  "0.0017544, 0.0034078, 0.0058090, 0.0078210, 0.0058078, -0.0074512, -0.0439673", \
					  "0.0017363, 0.0033746, 0.0057443, 0.0077275, 0.0057102, -0.0075814, -0.0440978", \
					  "0.0016957, 0.0033007, 0.0056102, 0.0075375, 0.0054683, -0.0078498, -0.0443983", \
					  "0.0016533, 0.0032123, 0.0054776, 0.0073442, 0.0052379, -0.0080469, -0.0446256", \
					  "0.0017686, 0.0034299, 0.0057921, 0.0075185, 0.0050855, -0.0082416, -0.0447331", \
					  "0.0018378, 0.0035659, 0.0060935, 0.0080403, 0.0056829, -0.0077301, -0.0445559");
				}
			}
			internal_power () {
				related_pin : "CI";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0035517, 0.0072469, 0.0138365, 0.0240293, 0.0385104, 0.0609303, 0.1024474", \
					  "0.0035229, 0.0071999, 0.0137454, 0.0238914, 0.0383184, 0.0606699, 0.1022140", \
					  "0.0034929, 0.0071422, 0.0136398, 0.0237318, 0.0381451, 0.0604932, 0.1019717", \
					  "0.0034787, 0.0071069, 0.0135689, 0.0236383, 0.0379983, 0.0603612, 0.1019098", \
					  "0.0034464, 0.0070483, 0.0134682, 0.0234651, 0.0377574, 0.0601132, 0.1017223", \
					  "0.0034513, 0.0070534, 0.0134749, 0.0234560, 0.0377258, 0.0600248, 0.1015547", \
					  "0.0034448, 0.0070340, 0.0134107, 0.0235167, 0.0379060, 0.0601117, 0.1018040");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0012027, 0.0022871, 0.0037043, 0.0042122, 0.0005875, -0.0137317, -0.0508748", \
					  "0.0011877, 0.0022590, 0.0036591, 0.0041332, 0.0004917, -0.0138437, -0.0510028", \
					  "0.0011636, 0.0022107, 0.0035782, 0.0040073, 0.0002989, -0.0140681, -0.0512175", \
					  "0.0011252, 0.0021339, 0.0034534, 0.0038192, 6.5656657e-05, -0.0143563, -0.0515479", \
					  "0.0011006, 0.0020841, 0.0033484, 0.0036675, -5.9938434e-05, -0.0145202, -0.0516929", \
					  "0.0011614, 0.0022074, 0.0035496, 0.0038935, -0.0001933, -0.0147185, -0.0518863", \
					  "0.0011781, 0.0022467, 0.0036286, 0.0040142, 4.6520593e-05, -0.0145628, -0.0518643");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.2908958, 0.3006477, 0.3216476, 0.3670076, 0.4548022, 0.6108425, 0.9403802", \
					  "0.2964519, 0.3061764, 0.3271975, 0.3725240, 0.4603381, 0.6165875, 0.9455388", \
					  "0.3108729, 0.3205576, 0.3414653, 0.3867841, 0.4745019, 0.6307253, 0.9601568", \
					  "0.3453575, 0.3550789, 0.3760551, 0.4213133, 0.5090039, 0.6652044, 0.9942277", \
					  "0.4270950, 0.4367842, 0.4577212, 0.5029445, 0.5904414, 0.7465916, 1.0760435", \
					  "0.6070123, 0.6168434, 0.6381217, 0.6840342, 0.7726348, 0.9291519, 1.2578961", \
					  "0.9372827, 0.9478508, 0.9707208, 1.0210029, 1.1215827, 1.2868362, 1.6167060");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0684768, 0.0841915, 0.1189297, 0.1920397, 0.3421603, 0.6510580, 1.3326709", \
					  "0.0686811, 0.0842760, 0.1188445, 0.1924094, 0.3425091, 0.6518847, 1.3332080", \
					  "0.0685828, 0.0843124, 0.1189492, 0.1921170, 0.3428176, 0.6504619, 1.3332101", \
					  "0.0686345, 0.0844325, 0.1187129, 0.1925687, 0.3428032, 0.6511187, 1.3325032", \
					  "0.0687003, 0.0844724, 0.1191410, 0.1921029, 0.3427157, 0.6505831, 1.3332931", \
					  "0.0677067, 0.0834629, 0.1180426, 0.1917095, 0.3422206, 0.6516970, 1.3341154", \
					  "0.0651030, 0.0805342, 0.1151378, 0.1901558, 0.3467621, 0.6590966, 1.3360074");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.2416200, 0.2471682, 0.2578528, 0.2780100, 0.3164864, 0.3927660, 0.5540207", \
					  "0.2462016, 0.2517314, 0.2625048, 0.2826179, 0.3211610, 0.3973878, 0.5586559", \
					  "0.2572979, 0.2628490, 0.2735515, 0.2936983, 0.3321637, 0.4085017, 0.5696312", \
					  "0.2830216, 0.2884590, 0.2992042, 0.3194542, 0.3577980, 0.4341350, 0.5952835", \
					  "0.3310149, 0.3365731, 0.3473577, 0.3675394, 0.4060146, 0.4822739, 0.6433379", \
					  "0.3995890, 0.4052081, 0.4161216, 0.4365420, 0.4752363, 0.5517315, 0.7127688", \
					  "0.4804589, 0.4863143, 0.4976579, 0.5189625, 0.5580263, 0.6345968, 0.7957974");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1374677, 0.1416271, 0.1490462, 0.1620657, 0.1822447, 0.2534515, 0.4675284", \
					  "0.1374725, 0.1416872, 0.1491411, 0.1620919, 0.1823180, 0.2533817, 0.4675137", \
					  "0.1376076, 0.1417988, 0.1491861, 0.1622516, 0.1825164, 0.2536026, 0.4682102", \
					  "0.1376217, 0.1420989, 0.1497125, 0.1627485, 0.1824259, 0.2538702, 0.4678734", \
					  "0.1369206, 0.1410982, 0.1486235, 0.1618445, 0.1824509, 0.2539576, 0.4681556", \
					  "0.1339893, 0.1380635, 0.1457270, 0.1588394, 0.1790830, 0.2532195, 0.4676644", \
					  "0.1287701, 0.1328472, 0.1403485, 0.1521142, 0.1742161, 0.2520205, 0.4667133");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1601529, 0.1675193, 0.1841296, 0.2252152, 0.3275100, 0.4917126, 0.8174481", \
					  "0.1648618, 0.1722561, 0.1888950, 0.2302819, 0.3320937, 0.4954825, 0.8206051", \
					  "0.1781032, 0.1854682, 0.2021750, 0.2437363, 0.3443538, 0.5064961, 0.8323149", \
					  "0.2126450, 0.2199191, 0.2365217, 0.2779781, 0.3765555, 0.5371222, 0.8627624", \
					  "0.2906292, 0.2976467, 0.3139769, 0.3551068, 0.4519612, 0.6112315, 0.9369516", \
					  "0.4370616, 0.4438312, 0.4596345, 0.5002010, 0.6042232, 0.7721311, 1.0978861", \
					  "0.6874972, 0.6948220, 0.7112710, 0.7528954, 0.8625423, 1.0606153, 1.3930255");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1442688, 0.1564493, 0.1848527, 0.2438566, 0.3483912, 0.6583248, 1.3328838", \
					  "0.1442382, 0.1562485, 0.1848478, 0.2431745, 0.3482228, 0.6585086, 1.3345003", \
					  "0.1443858, 0.1566254, 0.1853113, 0.2449337, 0.3478428, 0.6583311, 1.3322670", \
					  "0.1459552, 0.1582003, 0.1867011, 0.2493470, 0.3485195, 0.6578316, 1.3326241", \
					  "0.1661502, 0.1762088, 0.2008531, 0.2604214, 0.3478221, 0.6572765, 1.3318202", \
					  "0.2105717, 0.2157100, 0.2327999, 0.2805591, 0.3496858, 0.6591310, 1.3346048", \
					  "0.2883687, 0.2869805, 0.2896226, 0.3115222, 0.3502768, 0.6725794, 1.3447291");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1385673, 0.1455586, 0.1585050, 0.1819684, 0.2254516, 0.3059160, 0.4668114", \
					  "0.1443888, 0.1513958, 0.1643722, 0.1877745, 0.2313398, 0.3115761, 0.4724245", \
					  "0.1546834, 0.1618409, 0.1749217, 0.1983736, 0.2418670, 0.3220900, 0.4827643", \
					  "0.1745902, 0.1816774, 0.1947172, 0.2182573, 0.2614653, 0.3413256, 0.5014404", \
					  "0.2191462, 0.2257019, 0.2378870, 0.2604385, 0.3030212, 0.3819851, 0.5409999", \
					  "0.2654214, 0.2725561, 0.2859478, 0.3096966, 0.3534099, 0.4331988, 0.5910113", \
					  "0.2997249, 0.3068406, 0.3210562, 0.3467353, 0.3926854, 0.4791166, 0.6413124");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0691434, 0.0728657, 0.0824425, 0.1033368, 0.1454280, 0.2366279, 0.4500457", \
					  "0.0703349, 0.0738242, 0.0831073, 0.1037250, 0.1455757, 0.2366507, 0.4494407", \
					  "0.0727660, 0.0762219, 0.0850598, 0.1054405, 0.1466500, 0.2373042, 0.4498129", \
					  "0.0885973, 0.0858658, 0.0914304, 0.1099777, 0.1496076, 0.2391221, 0.4509379", \
					  "0.1580051, 0.1566455, 0.1122723, 0.1144731, 0.1518143, 0.2407042, 0.4522735", \
					  "0.1968937, 0.1962149, 0.1924434, 0.1125116, 0.1497219, 0.2376213, 0.4494735", \
					  "0.2490458, 0.2456303, 0.2314466, 0.1145294, 0.1471989, 0.2364814, 0.4493208");
				}
			}
			timing () {
				related_pin : "CI";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0783168, 0.0857287, 0.1017028, 0.1364068, 0.2175711, 0.3800765, 0.7192032", \
					  "0.0842197, 0.0914989, 0.1077875, 0.1425710, 0.2237685, 0.3861671, 0.7253100", \
					  "0.0986056, 0.1059405, 0.1222496, 0.1571028, 0.2385358, 0.4008554, 0.7401689", \
					  "0.1341048, 0.1415490, 0.1571218, 0.1917570, 0.2730961, 0.4355901, 0.7748537", \
					  "0.2131479, 0.2217982, 0.2392979, 0.2739693, 0.3547780, 0.5164016, 0.8558698", \
					  "0.3517042, 0.3645057, 0.3915852, 0.4424297, 0.5372282, 0.6965912, 1.0391467", \
					  "0.5884064, 0.6107559, 0.6541688, 0.7381870, 0.8691524, 1.0758047, 1.4516419");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0916864, 0.1034903, 0.1312709, 0.1993920, 0.3477929, 0.6578835, 1.3368672", \
					  "0.0917239, 0.1035459, 0.1313819, 0.1995071, 0.3477063, 0.6590868, 1.3365912", \
					  "0.0917441, 0.1035113, 0.1314516, 0.1996959, 0.3479848, 0.6588544, 1.3354734", \
					  "0.0966996, 0.1075030, 0.1340680, 0.2001836, 0.3477803, 0.6586318, 1.3370811", \
					  "0.1269616, 0.1366256, 0.1599625, 0.2195309, 0.3553705, 0.6582046, 1.3357956", \
					  "0.1977720, 0.2089877, 0.2357481, 0.2931398, 0.4114011, 0.6800196, 1.3348980", \
					  "0.3357303, 0.3520266, 0.3853599, 0.4459046, 0.5614330, 0.7967800, 1.3934232");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0420727, 0.0456523, 0.0532856, 0.0692916, 0.1027702, 0.1750822, 0.3397520", \
					  "0.0471041, 0.0506823, 0.0582975, 0.0743112, 0.1078156, 0.1801630, 0.3448125", \
					  "0.0588199, 0.0623415, 0.0698963, 0.0858161, 0.1192507, 0.1916013, 0.3562524", \
					  "0.0829657, 0.0870838, 0.0954102, 0.1118901, 0.1452845, 0.2179403, 0.3826706", \
					  "0.1191545, 0.1249107, 0.1365486, 0.1587788, 0.1995563, 0.2778761, 0.4433137", \
					  "0.1684505, 0.1772666, 0.1950444, 0.2290320, 0.2917388, 0.3996865, 0.5786509", \
					  "0.2248168, 0.2390530, 0.2681881, 0.3277779, 0.4334426, 0.5869857, 0.8324493");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0251985, 0.0289488, 0.0380923, 0.0586376, 0.1032880, 0.2080565, 0.4372925", \
					  "0.0255370, 0.0290865, 0.0380837, 0.0586457, 0.1032830, 0.2081391, 0.4373974", \
					  "0.0274469, 0.0301951, 0.0384744, 0.0587031, 0.1032069, 0.2080844, 0.4373220", \
					  "0.0394024, 0.0411918, 0.0461109, 0.0616308, 0.1037088, 0.2079952, 0.4375169", \
					  "0.0650307, 0.0675351, 0.0732033, 0.0842199, 0.1204168, 0.2152080, 0.4387219", \
					  "0.1166541, 0.1210930, 0.1298795, 0.1472050, 0.1831135, 0.2668628, 0.4611129", \
					  "0.2193093, 0.2288731, 0.2497652, 0.2762124, 0.3164305, 0.3952369, 0.5862617");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!CI) | (!A&B&!CI) | (!A&!B&CI) | (A&B&CI)";
			max_capacitance : 0.138255;
			max_transition : 1.467776;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0033050, 0.0078787, 0.0173571, 0.0339662, 0.0600686, 0.1067540, 0.2119131", \
					  "0.0032959, 0.0078622, 0.0173258, 0.0338913, 0.0599637, 0.1066906, 0.2124632", \
					  "0.0032873, 0.0078377, 0.0172780, 0.0338164, 0.0598390, 0.1064775, 0.2114831", \
					  "0.0032791, 0.0078181, 0.0172337, 0.0337453, 0.0597580, 0.1064376, 0.2121186", \
					  "0.0032678, 0.0077925, 0.0171768, 0.0336495, 0.0595950, 0.1061671, 0.2117098", \
					  "0.0032747, 0.0078096, 0.0172075, 0.0336953, 0.0596747, 0.1063293, 0.2113665", \
					  "0.0032960, 0.0078597, 0.0173156, 0.0338683, 0.0599017, 0.1066140, 0.2125442");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0015243, 0.0034600, 0.0066755, 0.0088573, 0.0015115, -0.0326029, -0.1319415", \
					  "0.0015222, 0.0034553, 0.0066661, 0.0088368, 0.0014818, -0.0326300, -0.1319652", \
					  "0.0015177, 0.0034426, 0.0066454, 0.0088014, 0.0014365, -0.0327000, -0.1320474", \
					  "0.0015069, 0.0034193, 0.0065907, 0.0087093, 0.0012832, -0.0328620, -0.1322202", \
					  "0.0015029, 0.0034092, 0.0065730, 0.0086776, 0.0012396, -0.0329262, -0.1322984", \
					  "0.0014961, 0.0033921, 0.0065256, 0.0085936, 0.0011361, -0.0330505, -0.1324243", \
					  "0.0015293, 0.0034589, 0.0066705, 0.0088526, 0.0015353, -0.0328554, -0.1323245");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0032272, 0.0077047, 0.0169791, 0.0332952, 0.0591251, 0.1057292, 0.2107059", \
					  "0.0032009, 0.0076361, 0.0168588, 0.0330686, 0.0588112, 0.1053201, 0.2108826", \
					  "0.0031779, 0.0075867, 0.0167347, 0.0328537, 0.0585121, 0.1050419, 0.2105666", \
					  "0.0031725, 0.0075733, 0.0167118, 0.0328336, 0.0584674, 0.1049171, 0.2106252", \
					  "0.0031777, 0.0075844, 0.0167483, 0.0328734, 0.0585479, 0.1049792, 0.2095215", \
					  "0.0031978, 0.0076328, 0.0168350, 0.0330315, 0.0587774, 0.1052487, 0.2099383", \
					  "0.0032596, 0.0077741, 0.0171329, 0.0335568, 0.0596533, 0.1063895, 0.2108190");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0009030, 0.0020063, 0.0036007, 0.0033893, -0.0063602, -0.0419974, -0.1421191", \
					  "0.0008949, 0.0019849, 0.0035559, 0.0033212, -0.0064664, -0.0421396, -0.1423161", \
					  "0.0008719, 0.0019282, 0.0034339, 0.0031027, -0.0067772, -0.0425138, -0.1427494", \
					  "0.0008358, 0.0018447, 0.0032685, 0.0027875, -0.0072156, -0.0430646, -0.1433160", \
					  "0.0008199, 0.0018068, 0.0031805, 0.0026486, -0.0074403, -0.0433291, -0.1436129", \
					  "0.0008167, 0.0017995, 0.0031587, 0.0026131, -0.0074786, -0.0434800, -0.1437770", \
					  "0.0008472, 0.0018706, 0.0033081, 0.0028831, -0.0070373, -0.0431660, -0.1438333");
				}
			}
			internal_power () {
				related_pin : "CI";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0025736, 0.0061678, 0.0137474, 0.0275608, 0.0507350, 0.0955444, 0.1996896", \
					  "0.0025572, 0.0061306, 0.0136744, 0.0274333, 0.0505452, 0.0953138, 0.1994147", \
					  "0.0025418, 0.0060940, 0.0135925, 0.0272842, 0.0503358, 0.0950533, 0.1990661", \
					  "0.0025295, 0.0060656, 0.0135297, 0.0271830, 0.0501927, 0.0948870, 0.1989318", \
					  "0.0025099, 0.0060183, 0.0134402, 0.0270138, 0.0499585, 0.0945575, 0.1991940", \
					  "0.0025083, 0.0060165, 0.0134277, 0.0269633, 0.0499246, 0.0945475, 0.1992749", \
					  "0.0025232, 0.0060494, 0.0134981, 0.0270619, 0.0501897, 0.0947378, 0.1984094");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0006109, 0.0013312, 0.0022336, 0.0011690, -0.0092900, -0.0457627, -0.1462481", \
					  "0.0006035, 0.0013087, 0.0021911, 0.0010936, -0.0093973, -0.0458927, -0.1463391", \
					  "0.0005852, 0.0012702, 0.0021065, 0.0009427, -0.0096146, -0.0461457, -0.1466536", \
					  "0.0005709, 0.0012280, 0.0020149, 0.0007723, -0.0098560, -0.0464425, -0.1469636", \
					  "0.0005712, 0.0012272, 0.0019821, 0.0006601, -0.0100331, -0.0466559, -0.1471867", \
					  "0.0005979, 0.0012847, 0.0020714, 0.0006873, -0.0102737, -0.0469483, -0.1475264", \
					  "0.0006131, 0.0013198, 0.0021357, 0.0008052, -0.0099768, -0.0467023, -0.1474398");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.3143629, 0.3217647, 0.3383449, 0.3766072, 0.4723555, 0.7151698, 1.3355675", \
					  "0.3189666, 0.3263959, 0.3428884, 0.3813841, 0.4772904, 0.7203780, 1.3400914", \
					  "0.3300132, 0.3374503, 0.3540403, 0.3922454, 0.4879527, 0.7312212, 1.3509203", \
					  "0.3551268, 0.3625762, 0.3792043, 0.4177417, 0.5132764, 0.7564812, 1.3763856", \
					  "0.4008623, 0.4082903, 0.4249077, 0.4634864, 0.5592369, 0.8018692, 1.4224322", \
					  "0.4688231, 0.4762500, 0.4928061, 0.5311903, 0.6268153, 0.8698989, 1.4884622", \
					  "0.5499100, 0.5573406, 0.5738370, 0.6123531, 0.7082780, 0.9513160, 1.5697839");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0268490, 0.0338395, 0.0524654, 0.1027357, 0.2353525, 0.5784014, 1.4607043", \
					  "0.0267551, 0.0338859, 0.0525275, 0.1026663, 0.2352838, 0.5784840, 1.4576194", \
					  "0.0269075, 0.0338527, 0.0524649, 0.1028811, 0.2357512, 0.5779533, 1.4655587", \
					  "0.0269229, 0.0338252, 0.0523972, 0.1028201, 0.2356849, 0.5773207, 1.4677757", \
					  "0.0269697, 0.0339770, 0.0524686, 0.1026242, 0.2357657, 0.5783478, 1.4611884", \
					  "0.0268515, 0.0339141, 0.0523777, 0.1024049, 0.2353725, 0.5790107, 1.4637235", \
					  "0.0266411, 0.0338370, 0.0525108, 0.1026375, 0.2351564, 0.5768094, 1.4591883");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.3456324, 0.3518270, 0.3641189, 0.3879963, 0.4343795, 0.5337056, 0.7729219", \
					  "0.3511601, 0.3573440, 0.3696631, 0.3935210, 0.4399341, 0.5392504, 0.7783940", \
					  "0.3650442, 0.3712394, 0.3836777, 0.4073891, 0.4539011, 0.5531868, 0.7926835", \
					  "0.3998824, 0.4060710, 0.4184082, 0.4422274, 0.4886768, 0.5879826, 0.8270561", \
					  "0.4815133, 0.4876970, 0.5000330, 0.5238598, 0.5703039, 0.6696111, 0.9086931", \
					  "0.6609988, 0.6670654, 0.6795024, 0.7032648, 0.7497489, 0.8490006, 1.0881855", \
					  "0.9911566, 0.9973374, 1.0096108, 1.0332628, 1.0797196, 1.1789205, 1.4181315");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0249217, 0.0289956, 0.0385649, 0.0580009, 0.1047790, 0.2205432, 0.5360322", \
					  "0.0248768, 0.0289886, 0.0385558, 0.0580124, 0.1047804, 0.2198290, 0.5345172", \
					  "0.0252371, 0.0293483, 0.0382083, 0.0583894, 0.1047481, 0.2209509, 0.5294953", \
					  "0.0250874, 0.0292758, 0.0385133, 0.0586045, 0.1047567, 0.2197287, 0.5332189", \
					  "0.0250865, 0.0292819, 0.0385188, 0.0586048, 0.1047638, 0.2197450, 0.5334032", \
					  "0.0249716, 0.0293617, 0.0383152, 0.0585767, 0.1046694, 0.2211849, 0.5306651", \
					  "0.0247197, 0.0288155, 0.0380755, 0.0578302, 0.1042662, 0.2197634, 0.5332850");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.3110560, 0.3186747, 0.3359664, 0.3762700, 0.4759327, 0.7235186, 1.3438406", \
					  "0.3166176, 0.3242485, 0.3415089, 0.3818170, 0.4813709, 0.7291200, 1.3488195", \
					  "0.3306322, 0.3382446, 0.3555275, 0.3957176, 0.4954025, 0.7430873, 1.3630758", \
					  "0.3650882, 0.3726916, 0.3899679, 0.4301295, 0.5298605, 0.7775456, 1.3966230", \
					  "0.4460455, 0.4536626, 0.4709456, 0.5111446, 0.6108341, 0.8584983, 1.4786017", \
					  "0.6278073, 0.6354727, 0.6526797, 0.6929515, 0.7925959, 1.0401914, 1.6606004", \
					  "0.9719268, 0.9798833, 0.9972788, 1.0374972, 1.1369738, 1.3846222, 2.0039812");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0268273, 0.0343476, 0.0541822, 0.1070295, 0.2428955, 0.5828474, 1.4590441", \
					  "0.0267196, 0.0342670, 0.0540599, 0.1070379, 0.2431516, 0.5826747, 1.4559741", \
					  "0.0268327, 0.0343481, 0.0541693, 0.1069934, 0.2434674, 0.5827798, 1.4580773", \
					  "0.0267810, 0.0343028, 0.0541553, 0.1068850, 0.2433409, 0.5827239, 1.4537379", \
					  "0.0268434, 0.0343606, 0.0541839, 0.1069910, 0.2434308, 0.5828841, 1.4583809", \
					  "0.0270205, 0.0344906, 0.0542829, 0.1070938, 0.2430458, 0.5826902, 1.4590347", \
					  "0.0289262, 0.0360816, 0.0550693, 0.1072783, 0.2428891, 0.5821247, 1.4541314");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1953177, 0.2014126, 0.2136702, 0.2367770, 0.2824126, 0.3807173, 0.6193810", \
					  "0.1998448, 0.2058848, 0.2181919, 0.2414157, 0.2869287, 0.3852381, 0.6238888", \
					  "0.2103851, 0.2164653, 0.2287253, 0.2519426, 0.2975629, 0.3958513, 0.6345071", \
					  "0.2350761, 0.2411605, 0.2534580, 0.2766558, 0.3222075, 0.4204852, 0.6588953", \
					  "0.2803207, 0.2864134, 0.2986551, 0.3219253, 0.3675015, 0.4657304, 0.7042397", \
					  "0.3459595, 0.3520745, 0.3641849, 0.3875376, 0.4331393, 0.5313894, 0.7698361", \
					  "0.4227557, 0.4289508, 0.4413752, 0.4647431, 0.5105622, 0.6088959, 0.8474573");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0238847, 0.0280501, 0.0367600, 0.0563754, 0.1021910, 0.2179437, 0.5301086", \
					  "0.0239192, 0.0280048, 0.0367760, 0.0563703, 0.1024977, 0.2178033, 0.5300315", \
					  "0.0239476, 0.0280759, 0.0367935, 0.0565793, 0.1024740, 0.2180290, 0.5300827", \
					  "0.0238277, 0.0279200, 0.0366826, 0.0569346, 0.1028868, 0.2182531, 0.5298171", \
					  "0.0237827, 0.0279175, 0.0366312, 0.0568638, 0.1028492, 0.2182412, 0.5303543", \
					  "0.0240996, 0.0282955, 0.0369646, 0.0571157, 0.1029073, 0.2182017, 0.5304789", \
					  "0.0253075, 0.0293893, 0.0380489, 0.0578243, 0.1034575, 0.2182318, 0.5297708");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2147712, 0.2221359, 0.2387682, 0.2773015, 0.3735029, 0.6161573, 1.2349612", \
					  "0.2205531, 0.2279989, 0.2446798, 0.2834167, 0.3797428, 0.6226092, 1.2422129", \
					  "0.2320807, 0.2395164, 0.2561767, 0.2948669, 0.3912777, 0.6341878, 1.2540534", \
					  "0.2543358, 0.2617396, 0.2784031, 0.3170367, 0.4132192, 0.6560962, 1.2747067", \
					  "0.3010760, 0.3084607, 0.3251003, 0.3638572, 0.4601784, 0.7031298, 1.3225970", \
					  "0.3532587, 0.3606456, 0.3772762, 0.4162835, 0.5126975, 0.7563976, 1.3740092", \
					  "0.3947929, 0.4021669, 0.4188507, 0.4575033, 0.5542581, 0.7977184, 1.4155310");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0264861, 0.0335255, 0.0523659, 0.1031287, 0.2359349, 0.5783528, 1.4641373", \
					  "0.0266039, 0.0336625, 0.0523639, 0.1031628, 0.2360991, 0.5771942, 1.4595177", \
					  "0.0264978, 0.0336829, 0.0523559, 0.1031882, 0.2360910, 0.5774837, 1.4576511", \
					  "0.0265141, 0.0335806, 0.0523102, 0.1031836, 0.2360201, 0.5788497, 1.4632970", \
					  "0.0261704, 0.0333582, 0.0522871, 0.1033316, 0.2363391, 0.5782267, 1.4603466", \
					  "0.0262914, 0.0334651, 0.0524217, 0.1033603, 0.2352913, 0.5791319, 1.4642095", \
					  "0.0257104, 0.0330305, 0.0522478, 0.1035082, 0.2368111, 0.5779070, 1.4501288");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2372173, 0.2434188, 0.2558009, 0.2793566, 0.3257695, 0.4249712, 0.6644135", \
					  "0.2415445, 0.2476506, 0.2599646, 0.2837518, 0.3299979, 0.4291622, 0.6686187", \
					  "0.2541694, 0.2602290, 0.2726204, 0.2963108, 0.3426652, 0.4418858, 0.6809612", \
					  "0.2873431, 0.2934138, 0.3058032, 0.3295223, 0.3758778, 0.4751133, 0.7142051", \
					  "0.3658768, 0.3719488, 0.3843383, 0.4080860, 0.4544482, 0.5536968, 0.7927711", \
					  "0.5162489, 0.5223977, 0.5348074, 0.5583605, 0.6047488, 0.7039200, 0.9429758", \
					  "0.7709499, 0.7771304, 0.7894748, 0.8131977, 0.8595206, 0.9586930, 1.1977555");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0246957, 0.0289214, 0.0377866, 0.0576672, 0.1038048, 0.2207604, 0.5294710", \
					  "0.0245443, 0.0286254, 0.0381739, 0.0577089, 0.1045033, 0.2206665, 0.5294328", \
					  "0.0246875, 0.0289882, 0.0379396, 0.0582789, 0.1045090, 0.2197150, 0.5340965", \
					  "0.0247615, 0.0290545, 0.0380323, 0.0583805, 0.1045718, 0.2197647, 0.5343080", \
					  "0.0246437, 0.0288459, 0.0382349, 0.0584203, 0.1046160, 0.2197494, 0.5337825", \
					  "0.0248297, 0.0289418, 0.0377897, 0.0581888, 0.1044926, 0.2210589, 0.5311968", \
					  "0.0247702, 0.0289761, 0.0380179, 0.0578186, 0.1042714, 0.2203169, 0.5292600");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2276480, 0.2351085, 0.2520053, 0.2911620, 0.3881741, 0.6314047, 1.2511409", \
					  "0.2314962, 0.2388087, 0.2557557, 0.2949800, 0.3917208, 0.6353386, 1.2538390", \
					  "0.2417196, 0.2492321, 0.2660732, 0.3053767, 0.4022968, 0.6455326, 1.2651803", \
					  "0.2707499, 0.2782344, 0.2950462, 0.3345062, 0.4313916, 0.6746231, 1.2938782", \
					  "0.3438027, 0.3512813, 0.3682353, 0.4074966, 0.5041746, 0.7477093, 1.3660733", \
					  "0.5019340, 0.5094654, 0.5264553, 0.5658151, 0.6626401, 0.9061613, 1.5249012", \
					  "0.7716217, 0.7797299, 0.7971059, 0.8366963, 0.9336890, 1.1772013, 1.7965613");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0259074, 0.0332417, 0.0525784, 0.1032341, 0.2362722, 0.5768929, 1.4580642", \
					  "0.0257965, 0.0332556, 0.0524080, 0.1033398, 0.2363302, 0.5762953, 1.4539250", \
					  "0.0257804, 0.0332011, 0.0525478, 0.1033491, 0.2361266, 0.5764237, 1.4507927", \
					  "0.0257205, 0.0331375, 0.0524659, 0.1035385, 0.2365876, 0.5766450, 1.4552274", \
					  "0.0257294, 0.0331692, 0.0524109, 0.1032576, 0.2360128, 0.5764389, 1.4542039", \
					  "0.0266581, 0.0338714, 0.0528098, 0.1036701, 0.2361382, 0.5763806, 1.4558109", \
					  "0.0304901, 0.0372521, 0.0548439, 0.1046384, 0.2365978, 0.5759570, 1.4522107");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1599542, 0.1659749, 0.1779908, 0.2013082, 0.2472586, 0.3461968, 0.5853444", \
					  "0.1644381, 0.1703215, 0.1824969, 0.2057600, 0.2517075, 0.3506252, 0.5897943", \
					  "0.1747033, 0.1806929, 0.1929598, 0.2159570, 0.2619595, 0.3609187, 0.6000567", \
					  "0.1977531, 0.2037642, 0.2159340, 0.2391558, 0.2850614, 0.3840483, 0.6231912", \
					  "0.2361366, 0.2421097, 0.2541906, 0.2773224, 0.3233057, 0.4223309, 0.6614498", \
					  "0.2890286, 0.2948534, 0.3069624, 0.3302675, 0.3762983, 0.4753796, 0.7147959", \
					  "0.3526409, 0.3587740, 0.3710800, 0.3943553, 0.4407990, 0.5403858, 0.7795947");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0233969, 0.0274694, 0.0364916, 0.0568178, 0.1027418, 0.2195261, 0.5292887", \
					  "0.0234857, 0.0276350, 0.0364275, 0.0567635, 0.1027954, 0.2194159, 0.5289312", \
					  "0.0232879, 0.0272752, 0.0363937, 0.0563397, 0.1028430, 0.2196300, 0.5292607", \
					  "0.0234127, 0.0275276, 0.0365982, 0.0563626, 0.1030990, 0.2197486, 0.5300106", \
					  "0.0233870, 0.0273028, 0.0365919, 0.0565997, 0.1030157, 0.2194905, 0.5329386", \
					  "0.0234144, 0.0278029, 0.0367204, 0.0570595, 0.1030819, 0.2189368, 0.5322235", \
					  "0.0247196, 0.0287757, 0.0376069, 0.0579232, 0.1039784, 0.2205408, 0.5321284");
				}
			}
			timing () {
				related_pin : "CI";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0951065, 0.1025863, 0.1195329, 0.1579125, 0.2513436, 0.4914716, 1.1085365", \
					  "0.0997160, 0.1071951, 0.1241277, 0.1625107, 0.2560697, 0.4963227, 1.1129122", \
					  "0.1103685, 0.1178319, 0.1347195, 0.1731234, 0.2669848, 0.5075429, 1.1240623", \
					  "0.1343256, 0.1417596, 0.1585803, 0.1972605, 0.2916309, 0.5326124, 1.1530760", \
					  "0.1739764, 0.1819218, 0.1994394, 0.2388936, 0.3337070, 0.5753398, 1.1934101", \
					  "0.2286226, 0.2381505, 0.2577432, 0.2989899, 0.3949913, 0.6367491, 1.2549216", \
					  "0.2826401, 0.2958362, 0.3214277, 0.3689810, 0.4666998, 0.7099322, 1.3265135");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0247306, 0.0326072, 0.0526491, 0.1033688, 0.2365890, 0.5786218, 1.4587094", \
					  "0.0247408, 0.0326207, 0.0526442, 0.1033814, 0.2364950, 0.5787434, 1.4594989", \
					  "0.0247477, 0.0326453, 0.0526686, 0.1034060, 0.2363939, 0.5790002, 1.4597519", \
					  "0.0248364, 0.0327135, 0.0527421, 0.1033540, 0.2369566, 0.5809662, 1.4604368", \
					  "0.0273450, 0.0351754, 0.0547019, 0.1045570, 0.2368037, 0.5799517, 1.4650932", \
					  "0.0346467, 0.0423975, 0.0605646, 0.1080335, 0.2382432, 0.5785932, 1.4591304", \
					  "0.0494949, 0.0586647, 0.0776479, 0.1196020, 0.2407072, 0.5814120, 1.4537498");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1646552, 0.1725869, 0.1869584, 0.2122974, 0.2599249, 0.3602097, 0.5995629", \
					  "0.1701251, 0.1779869, 0.1924226, 0.2178535, 0.2653642, 0.3656460, 0.6052640", \
					  "0.1843185, 0.1921691, 0.2066707, 0.2319962, 0.2796152, 0.3798712, 0.6193238", \
					  "0.2186153, 0.2264266, 0.2408315, 0.2662441, 0.3139125, 0.4142713, 0.6535195", \
					  "0.3006477, 0.3084442, 0.3229052, 0.3483268, 0.3960537, 0.4963679, 0.7358851", \
					  "0.4698464, 0.4792183, 0.4955657, 0.5229588, 0.5722804, 0.6733896, 0.9130954", \
					  "0.7595044, 0.7747111, 0.7974773, 0.8314902, 0.8873473, 0.9946027, 1.2363500");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0369546, 0.0395543, 0.0467612, 0.0641362, 0.1085705, 0.2224991, 0.5330708", \
					  "0.0371377, 0.0395502, 0.0462802, 0.0636896, 0.1084276, 0.2230150, 0.5306297", \
					  "0.0371142, 0.0394289, 0.0464469, 0.0640043, 0.1084840, 0.2230882, 0.5300001", \
					  "0.0370861, 0.0393462, 0.0465759, 0.0640438, 0.1083792, 0.2229190, 0.5310055", \
					  "0.0372512, 0.0394739, 0.0464152, 0.0637629, 0.1083225, 0.2230363, 0.5296386", \
					  "0.0514953, 0.0510587, 0.0540594, 0.0688689, 0.1117101, 0.2240597, 0.5296611", \
					  "0.0967052, 0.0901723, 0.0814004, 0.0873893, 0.1267248, 0.2347714, 0.5363186");
				}
			}
			timing () {
				related_pin : "CI";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1715670, 0.1789305, 0.1956943, 0.2353784, 0.3337251, 0.5789695, 1.1992366", \
					  "0.1769325, 0.1842306, 0.2010595, 0.2408162, 0.3391150, 0.5844013, 1.2040664", \
					  "0.1910351, 0.1983990, 0.2151560, 0.2548378, 0.3531448, 0.5984184, 1.2181042", \
					  "0.2263096, 0.2336475, 0.2504051, 0.2900703, 0.3885016, 0.6336840, 1.2540112", \
					  "0.3053632, 0.3126704, 0.3294980, 0.3692300, 0.4674207, 0.7127470, 1.3316064", \
					  "0.4522666, 0.4597520, 0.4767431, 0.5165459, 0.6152471, 0.8613346, 1.4804791", \
					  "0.7059611, 0.7137527, 0.7310573, 0.7709827, 0.8693640, 1.1171348, 1.7373222");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0242494, 0.0322192, 0.0523528, 0.1054715, 0.2414327, 0.5801642, 1.4604364", \
					  "0.0243299, 0.0321892, 0.0525630, 0.1055491, 0.2416210, 0.5798822, 1.4589913", \
					  "0.0242913, 0.0322187, 0.0523748, 0.1054792, 0.2416768, 0.5798855, 1.4565833", \
					  "0.0243378, 0.0321636, 0.0524383, 0.1054529, 0.2414726, 0.5800651, 1.4598478", \
					  "0.0243789, 0.0322111, 0.0526083, 0.1055785, 0.2412746, 0.5808813, 1.4560610", \
					  "0.0252060, 0.0331186, 0.0532109, 0.1055118, 0.2420535, 0.5806132, 1.4567684", \
					  "0.0270275, 0.0346904, 0.0541107, 0.1061483, 0.2423798, 0.5846473, 1.4568757");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1799104, 0.1863791, 0.1992407, 0.2233674, 0.2700137, 0.3694644, 0.6088228", \
					  "0.1846786, 0.1911502, 0.2040082, 0.2281091, 0.2747730, 0.3742860, 0.6138486", \
					  "0.1955752, 0.2020539, 0.2149332, 0.2390195, 0.2856994, 0.3851570, 0.6247425", \
					  "0.2170691, 0.2235162, 0.2363676, 0.2604499, 0.3071494, 0.4066510, 0.6458482", \
					  "0.2470179, 0.2534278, 0.2662303, 0.2903013, 0.3370378, 0.4364893, 0.6757511", \
					  "0.2817397, 0.2883865, 0.3016015, 0.3263594, 0.3739931, 0.4737308, 0.7131589", \
					  "0.3105949, 0.3173914, 0.3304370, 0.3549779, 0.4027150, 0.5041353, 0.7453639");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0265561, 0.0304506, 0.0392195, 0.0586142, 0.1052178, 0.2213763, 0.5306304", \
					  "0.0265717, 0.0307072, 0.0391578, 0.0592944, 0.1049254, 0.2212373, 0.5294178", \
					  "0.0265712, 0.0307740, 0.0391952, 0.0586594, 0.1052971, 0.2213100, 0.5294877", \
					  "0.0268306, 0.0306761, 0.0391904, 0.0592897, 0.1052297, 0.2213402, 0.5327618", \
					  "0.0264497, 0.0302435, 0.0390521, 0.0590735, 0.1048781, 0.2200982, 0.5340541", \
					  "0.0278841, 0.0317914, 0.0407801, 0.0611959, 0.1071180, 0.2201673, 0.5292483", \
					  "0.0289820, 0.0326014, 0.0413177, 0.0607862, 0.1076385, 0.2246316, 0.5346631");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002146;
			capacitance : 0.002289;
			rise_capacitance : 0.002431;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007691;
			capacitance : 0.007982;
			rise_capacitance : 0.008272;
			max_transition : 1.500000;
		}
		pin (CI) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004131;
			capacitance : 0.004374;
			rise_capacitance : 0.004618;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_ha_1") {
		area : 12.512000;
		cell_footprint : "ha";
		cell_leakage_power : 5.229803e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004275";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0004292";
			when : "A&!B";
		}
		leakage_power () {
			value : "0.0004248";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0008104";
			when : "!A&!B";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B)";
			max_capacitance : 0.140086;
			max_transition : 1.513066;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("8.6654018e-05, 0.0003289, 0.0013912, 0.0056267, 0.0192031, 0.0578096, 0.1599557", \
					  "8.1681277e-05, 0.0003247, 0.0013805, 0.0056040, 0.0191875, 0.0581123, 0.1608780", \
					  "7.9071671e-05, 0.0003141, 0.0013604, 0.0055585, 0.0191246, 0.0580027, 0.1605524", \
					  "7.0670456e-05, 0.0002945, 0.0013159, 0.0054943, 0.0190725, 0.0580005, 0.1597306", \
					  "6.0787915e-05, 0.0002732, 0.0012668, 0.0054123, 0.0189905, 0.0577181, 0.1586592", \
					  "6.2442229e-05, 0.0002758, 0.0012787, 0.0053038, 0.0188819, 0.0575402, 0.1598370", \
					  "5.7928579e-05, 0.0002603, 0.0012273, 0.0053578, 0.0190127, 0.0578353, 0.1603062");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0016592, 0.0037802, 0.0073511, 0.0099828, 0.0029186, -0.0316237, -0.1323398", \
					  "0.0016536, 0.0037692, 0.0073232, 0.0099527, 0.0028902, -0.0316698, -0.1324033", \
					  "0.0016447, 0.0037494, 0.0072846, 0.0098719, 0.0027655, -0.0317928, -0.1325184", \
					  "0.0016361, 0.0037265, 0.0072326, 0.0097854, 0.0026753, -0.0319148, -0.1326503", \
					  "0.0016292, 0.0037113, 0.0072098, 0.0097404, 0.0026079, -0.0319539, -0.1326801", \
					  "0.0016201, 0.0036862, 0.0071499, 0.0096561, 0.0025035, -0.0320757, -0.1328112", \
					  "0.0016023, 0.0036415, 0.0070535, 0.0094389, 0.0022312, -0.0321798, -0.1329139");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0001026, 0.0003696, 0.0014779, 0.0057766, 0.0194723, 0.0585505, 0.1603990", \
					  "0.0001012, 0.0003679, 0.0014705, 0.0057617, 0.0194704, 0.0584966, 0.1592573", \
					  "9.6631215e-05, 0.0003566, 0.0014429, 0.0057317, 0.0194457, 0.0582490, 0.1592587", \
					  "8.3347928e-05, 0.0003271, 0.0013975, 0.0056550, 0.0193448, 0.0581597, 0.1592023", \
					  "7.5855451e-05, 0.0003068, 0.0013443, 0.0055550, 0.0191964, 0.0582020, 0.1593316", \
					  "8.1667214e-05, 0.0003215, 0.0013727, 0.0054892, 0.0191163, 0.0578889, 0.1590707", \
					  "7.5197961e-05, 0.0003061, 0.0013144, 0.0054483, 0.0192018, 0.0580513, 0.1595984");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0016279, 0.0037131, 0.0072374, 0.0098729, 0.0029364, -0.0315131, -0.1321825", \
					  "0.0016240, 0.0037021, 0.0072131, 0.0098451, 0.0028727, -0.0316055, -0.1322715", \
					  "0.0016131, 0.0036753, 0.0071569, 0.0097213, 0.0026975, -0.0317488, -0.1324451", \
					  "0.0016024, 0.0036497, 0.0070978, 0.0096218, 0.0025572, -0.0319671, -0.1326357", \
					  "0.0015950, 0.0036282, 0.0070463, 0.0095334, 0.0024022, -0.0321346, -0.1328048", \
					  "0.0015756, 0.0035854, 0.0069436, 0.0093326, 0.0021343, -0.0323793, -0.1330403", \
					  "0.0015528, 0.0035320, 0.0068112, 0.0090564, 0.0017430, -0.0326645, -0.1333176");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0914375, 0.0990246, 0.1163729, 0.1562792, 0.2548191, 0.5046328, 1.1483298", \
					  "0.0961511, 0.1039225, 0.1212740, 0.1611209, 0.2598119, 0.5096674, 1.1510938", \
					  "0.1070701, 0.1147895, 0.1320925, 0.1719755, 0.2707705, 0.5207003, 1.1609266", \
					  "0.1311401, 0.1388887, 0.1561925, 0.1961645, 0.2952880, 0.5455399, 1.1853590", \
					  "0.1755851, 0.1839019, 0.2019534, 0.2427426, 0.3422048, 0.5929363, 1.2335709", \
					  "0.2414475, 0.2512042, 0.2712715, 0.3125356, 0.4129765, 0.6643623, 1.3075064", \
					  "0.3210825, 0.3339889, 0.3593365, 0.4063913, 0.5080905, 0.7595332, 1.4001545");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0258014, 0.0336625, 0.0535534, 0.1059597, 0.2419151, 0.5945252, 1.5023859", \
					  "0.0259550, 0.0336937, 0.0536126, 0.1059321, 0.2419843, 0.5933410, 1.5079226", \
					  "0.0258238, 0.0336492, 0.0536261, 0.1058391, 0.2420374, 0.5954475, 1.5084175", \
					  "0.0259808, 0.0338000, 0.0536860, 0.1057021, 0.2420227, 0.5955754, 1.5049081", \
					  "0.0289833, 0.0366536, 0.0558172, 0.1071742, 0.2423515, 0.5956283, 1.5003864", \
					  "0.0362285, 0.0435784, 0.0616396, 0.1107463, 0.2439885, 0.5963725, 1.5119040", \
					  "0.0509959, 0.0588952, 0.0762263, 0.1206460, 0.2473532, 0.5970537, 1.5000616");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1537993, 0.1607294, 0.1744670, 0.2000779, 0.2493662, 0.3511249, 0.5947760", \
					  "0.1589909, 0.1659157, 0.1797323, 0.2052464, 0.2546498, 0.3563901, 0.6001380", \
					  "0.1728806, 0.1798003, 0.1935397, 0.2191744, 0.2685459, 0.3703432, 0.6139812", \
					  "0.2062413, 0.2131480, 0.2268688, 0.2525470, 0.3019934, 0.4036049, 0.6472752", \
					  "0.2890307, 0.2958851, 0.3095454, 0.3352409, 0.3847261, 0.4865946, 0.7302895", \
					  "0.4665419, 0.4746807, 0.4905406, 0.5187424, 0.5703977, 0.6727745, 0.9165299", \
					  "0.7768245, 0.7882081, 0.8099455, 0.8475299, 0.9110065, 1.0214626, 1.2667775");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0280673, 0.0327089, 0.0423886, 0.0631320, 0.1101010, 0.2249124, 0.5443989", \
					  "0.0280995, 0.0326813, 0.0423788, 0.0632968, 0.1098503, 0.2248485, 0.5434495", \
					  "0.0280708, 0.0326925, 0.0425244, 0.0630428, 0.1101771, 0.2248964, 0.5447142", \
					  "0.0280896, 0.0327173, 0.0423492, 0.0632217, 0.1099790, 0.2248782, 0.5443686", \
					  "0.0280406, 0.0324519, 0.0423555, 0.0630105, 0.1100461, 0.2248246, 0.5445112", \
					  "0.0362498, 0.0408789, 0.0502977, 0.0697066, 0.1139155, 0.2258475, 0.5446854", \
					  "0.0560256, 0.0617615, 0.0741028, 0.0955363, 0.1380624, 0.2403968, 0.5430600");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0863848, 0.0941447, 0.1114792, 0.1514483, 0.2504365, 0.5008053, 1.1422596", \
					  "0.0911358, 0.0988942, 0.1161785, 0.1561318, 0.2551989, 0.5056656, 1.1470599", \
					  "0.1020881, 0.1098147, 0.1271207, 0.1671584, 0.2663670, 0.5170839, 1.1626829", \
					  "0.1277161, 0.1355090, 0.1528894, 0.1930301, 0.2924262, 0.5433075, 1.1887296", \
					  "0.1737768, 0.1822888, 0.2003686, 0.2413570, 0.3409827, 0.5917675, 1.2332135", \
					  "0.2370845, 0.2472412, 0.2677897, 0.3100910, 0.4105050, 0.6621941, 1.3030872", \
					  "0.3079487, 0.3223383, 0.3491625, 0.3962873, 0.4982050, 0.7495639, 1.3905792");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0259172, 0.0336777, 0.0536492, 0.1058149, 0.2420329, 0.5956071, 1.5069062", \
					  "0.0257250, 0.0335527, 0.0534441, 0.1059103, 0.2419801, 0.5948775, 1.5130662", \
					  "0.0258155, 0.0336133, 0.0535759, 0.1059469, 0.2419201, 0.5959288, 1.5045921", \
					  "0.0263442, 0.0339941, 0.0536503, 0.1059983, 0.2420123, 0.5954378, 1.5037980", \
					  "0.0302114, 0.0375459, 0.0567288, 0.1074891, 0.2431325, 0.5935314, 1.5012100", \
					  "0.0395575, 0.0462210, 0.0639063, 0.1113735, 0.2444639, 0.5958936, 1.5049033", \
					  "0.0581527, 0.0657720, 0.0828646, 0.1258531, 0.2487712, 0.5973153, 1.4983701");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1377287, 0.1444781, 0.1580086, 0.1832337, 0.2317280, 0.3338664, 0.5775203", \
					  "0.1429210, 0.1496914, 0.1631993, 0.1884127, 0.2372370, 0.3393581, 0.5831329", \
					  "0.1563510, 0.1630930, 0.1762751, 0.2014675, 0.2503547, 0.3525625, 0.5963149", \
					  "0.1899336, 0.1967235, 0.2101841, 0.2352873, 0.2842255, 0.3863596, 0.6301244", \
					  "0.2736931, 0.2803773, 0.2937767, 0.3188897, 0.3678959, 0.4700662, 0.7138272", \
					  "0.4456385, 0.4539346, 0.4699386, 0.4985563, 0.5504127, 0.6534887, 0.8971763", \
					  "0.7452052, 0.7568038, 0.7788676, 0.8173099, 0.8820422, 0.9942742, 1.2398014");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0264219, 0.0309521, 0.0403600, 0.0607412, 0.1087303, 0.2249009, 0.5437920", \
					  "0.0265051, 0.0309743, 0.0405868, 0.0608871, 0.1085709, 0.2246247, 0.5418850", \
					  "0.0263690, 0.0308610, 0.0407911, 0.0610523, 0.1084417, 0.2248200, 0.5424621", \
					  "0.0264448, 0.0309424, 0.0403688, 0.0608383, 0.1083116, 0.2249462, 0.5441204", \
					  "0.0272050, 0.0314876, 0.0408448, 0.0611816, 0.1084718, 0.2249487, 0.5439415", \
					  "0.0361853, 0.0408658, 0.0505302, 0.0699027, 0.1141552, 0.2263341, 0.5442310", \
					  "0.0567919, 0.0628681, 0.0750744, 0.0975510, 0.1413042, 0.2424982, 0.5460586");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B) | (!A&B)";
			max_capacitance : 0.156565;
			max_transition : 1.508068;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0004844, 0.0013212, 0.0036528, 0.0099829, 0.0269031, 0.0714190, 0.1885772", \
					  "0.0004799, 0.0013084, 0.0036334, 0.0099568, 0.0268639, 0.0716748, 0.1877605", \
					  "0.0004722, 0.0012922, 0.0035908, 0.0098664, 0.0267404, 0.0712130, 0.1882926", \
					  "0.0004639, 0.0012708, 0.0035408, 0.0097903, 0.0267416, 0.0710868, 0.1883147", \
					  "0.0004578, 0.0012580, 0.0035174, 0.0097377, 0.0265436, 0.0709939, 0.1881544", \
					  "0.0004479, 0.0012304, 0.0034550, 0.0096627, 0.0264279, 0.0708941, 0.1870494", \
					  "0.0004649, 0.0012473, 0.0034059, 0.0094648, 0.0263801, 0.0704628, 0.1868522");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0011257, 0.0025869, 0.0049212, 0.0056260, -0.0042976, -0.0443190, -0.1592590", \
					  "0.0011234, 0.0025829, 0.0049101, 0.0056052, -0.0043265, -0.0443536, -0.1592940", \
					  "0.0011202, 0.0025686, 0.0048867, 0.0055559, -0.0044112, -0.0444395, -0.1593578", \
					  "0.0011138, 0.0025569, 0.0048528, 0.0054976, -0.0044956, -0.0445365, -0.1594973", \
					  "0.0011032, 0.0025332, 0.0048050, 0.0054174, -0.0045974, -0.0446809, -0.1596222", \
					  "0.0010921, 0.0025039, 0.0047341, 0.0052946, -0.0047601, -0.0448529, -0.1598178", \
					  "0.0010979, 0.0025210, 0.0047806, 0.0053607, -0.0046453, -0.0448276, -0.1598785");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0004787, 0.0013043, 0.0036078, 0.0098914, 0.0268810, 0.0712794, 0.1886236", \
					  "0.0004744, 0.0012934, 0.0035781, 0.0098569, 0.0267823, 0.0711450, 0.1882634", \
					  "0.0004634, 0.0012668, 0.0035157, 0.0097383, 0.0265010, 0.0710218, 0.1870482", \
					  "0.0004532, 0.0012407, 0.0034599, 0.0096373, 0.0265014, 0.0708410, 0.1879668", \
					  "0.0004414, 0.0012132, 0.0033965, 0.0095432, 0.0262177, 0.0706585, 0.1868500", \
					  "0.0004183, 0.0011584, 0.0032822, 0.0093398, 0.0259468, 0.0706735, 0.1872562", \
					  "0.0004244, 0.0011480, 0.0031938, 0.0090524, 0.0258240, 0.0702860, 0.1860119");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001302939, 0.003395301, 0.008847744, 0.02305614, 0.06008151, 0.1565651");
					values("0.0011440, 0.0026251, 0.0050029, 0.0057780, -0.0040889, -0.0440626, -0.1589937", \
					  "0.0011407, 0.0026220, 0.0049955, 0.0057598, -0.0040968, -0.0440723, -0.1589666", \
					  "0.0011369, 0.0026131, 0.0049758, 0.0057326, -0.0041559, -0.0441334, -0.1590280", \
					  "0.0011295, 0.0025952, 0.0049356, 0.0056586, -0.0042551, -0.0442628, -0.1591666", \
					  "0.0011184, 0.0025682, 0.0048780, 0.0055534, -0.0044172, -0.0444388, -0.1593581", \
					  "0.0011113, 0.0025501, 0.0048325, 0.0054737, -0.0045083, -0.0445363, -0.1594573", \
					  "0.0011078, 0.0025329, 0.0048162, 0.0054519, -0.0045458, -0.0446456, -0.1596529");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0798875, 0.0869462, 0.1032177, 0.1416239, 0.2378828, 0.4860164, 1.1334053", \
					  "0.0853655, 0.0925266, 0.1087815, 0.1471834, 0.2431424, 0.4913020, 1.1365707", \
					  "0.0970970, 0.1042427, 0.1204840, 0.1588210, 0.2550204, 0.5032982, 1.1477740", \
					  "0.1211794, 0.1283564, 0.1445119, 0.1827070, 0.2790114, 0.5273230, 1.1720979", \
					  "0.1640341, 0.1716479, 0.1884843, 0.2271206, 0.3231820, 0.5721201, 1.2190310", \
					  "0.2288455, 0.2376590, 0.2558356, 0.2953711, 0.3918282, 0.6401315, 1.2859089", \
					  "0.3061002, 0.3180459, 0.3413527, 0.3849923, 0.4818219, 0.7301590, 1.3747778");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0224290, 0.0297104, 0.0483184, 0.0983552, 0.2331850, 0.5847787, 1.4985855", \
					  "0.0225185, 0.0297471, 0.0484458, 0.0983433, 0.2320628, 0.5863825, 1.5055502", \
					  "0.0224882, 0.0297613, 0.0484701, 0.0984431, 0.2322309, 0.5827475, 1.5043222", \
					  "0.0228497, 0.0299103, 0.0485514, 0.0985271, 0.2324261, 0.5825490, 1.5035460", \
					  "0.0255035, 0.0323341, 0.0502823, 0.0990845, 0.2331754, 0.5850703, 1.4979992", \
					  "0.0315626, 0.0384311, 0.0554448, 0.1019855, 0.2337390, 0.5826302, 1.4999927", \
					  "0.0469349, 0.0535664, 0.0700406, 0.1107298, 0.2359694, 0.5868234, 1.4939410");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.2461131, 0.2543435, 0.2705737, 0.3002533, 0.3559677, 0.4705680, 0.7455052", \
					  "0.2515156, 0.2597613, 0.2759125, 0.3056795, 0.3609716, 0.4758312, 0.7507668", \
					  "0.2653935, 0.2736149, 0.2897700, 0.3195577, 0.3746154, 0.4893735, 0.7644370", \
					  "0.2981864, 0.3064060, 0.3222721, 0.3521650, 0.4076526, 0.5224276, 0.7977908", \
					  "0.3720001, 0.3802203, 0.3964107, 0.4260705, 0.4814277, 0.5964655, 0.8716942", \
					  "0.5395371, 0.5478386, 0.5641672, 0.5939970, 0.6497847, 0.7647343, 1.0399791", \
					  "0.8674717, 0.8775313, 0.8966619, 0.9303819, 0.9910496, 1.1099106, 1.3859416");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0371157, 0.0418031, 0.0517624, 0.0740969, 0.1234462, 0.2509634, 0.6034527", \
					  "0.0371476, 0.0415761, 0.0517039, 0.0740148, 0.1239867, 0.2518331, 0.6026085", \
					  "0.0371802, 0.0415814, 0.0516784, 0.0739424, 0.1243578, 0.2513910, 0.6062511", \
					  "0.0372522, 0.0418838, 0.0520670, 0.0737524, 0.1240446, 0.2520027, 0.6055939", \
					  "0.0372109, 0.0416201, 0.0516680, 0.0736691, 0.1237493, 0.2523953, 0.6023638", \
					  "0.0387184, 0.0429935, 0.0532334, 0.0748985, 0.1248442, 0.2515412, 0.6085280", \
					  "0.0494159, 0.0541727, 0.0645171, 0.0861628, 0.1360783, 0.2590619, 0.6044321");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.2340781, 0.2411850, 0.2573163, 0.2953849, 0.3917310, 0.6402003, 1.2852798", \
					  "0.2392297, 0.2463903, 0.2625730, 0.3008669, 0.3968083, 0.6452920, 1.2900901", \
					  "0.2531182, 0.2602285, 0.2763692, 0.3144391, 0.4107820, 0.6592647, 1.3046151", \
					  "0.2864488, 0.2935587, 0.3096754, 0.3477484, 0.4440767, 0.6925560, 1.3374272", \
					  "0.3688654, 0.3760280, 0.3921837, 0.4303055, 0.5266089, 0.7750490, 1.4200535", \
					  "0.5531093, 0.5603416, 0.5764592, 0.6145204, 0.7106333, 0.9586881, 1.6046426", \
					  "0.8867623, 0.8944061, 0.9109040, 0.9491027, 1.0458653, 1.2935629, 1.9393054");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0234108, 0.0302605, 0.0485548, 0.0983028, 0.2311861, 0.5834179, 1.4969634", \
					  "0.0234692, 0.0303633, 0.0485819, 0.0981141, 0.2313025, 0.5829748, 1.5080684", \
					  "0.0234105, 0.0302827, 0.0485931, 0.0983117, 0.2312212, 0.5831277, 1.5019194", \
					  "0.0234088, 0.0302414, 0.0486268, 0.0982470, 0.2315652, 0.5836390, 1.4991421", \
					  "0.0234133, 0.0303184, 0.0486192, 0.0982272, 0.2313457, 0.5835323, 1.4980170", \
					  "0.0238418, 0.0307587, 0.0489965, 0.0985707, 0.2313419, 0.5839847, 1.5029371", \
					  "0.0271873, 0.0334495, 0.0507811, 0.0993056, 0.2318251, 0.5812235, 1.5040391");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.1727662, 0.1784427, 0.1898983, 0.2119661, 0.2570784, 0.3631019, 0.6363135", \
					  "0.1776218, 0.1833385, 0.1947096, 0.2166178, 0.2620008, 0.3680214, 0.6412149", \
					  "0.1884440, 0.1940571, 0.2054939, 0.2273644, 0.2726614, 0.3786879, 0.6510933", \
					  "0.2122274, 0.2178399, 0.2292609, 0.2511507, 0.2964391, 0.4024652, 0.6749251", \
					  "0.2587227, 0.2643215, 0.2755795, 0.2977606, 0.3430045, 0.4490424, 0.7217505", \
					  "0.3285947, 0.3342747, 0.3457895, 0.3678872, 0.4133132, 0.5193884, 0.7925016", \
					  "0.4236446, 0.4294335, 0.4411157, 0.4632694, 0.5089252, 0.6150048, 0.8877354");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0212465, 0.0249921, 0.0333388, 0.0529128, 0.1018730, 0.2360399, 0.5973707", \
					  "0.0211557, 0.0249046, 0.0335970, 0.0530157, 0.1018881, 0.2360139, 0.5967026", \
					  "0.0212596, 0.0250588, 0.0335645, 0.0531313, 0.1016696, 0.2362846, 0.5958534", \
					  "0.0212569, 0.0250586, 0.0335209, 0.0531359, 0.1017456, 0.2363635, 0.6046532", \
					  "0.0212612, 0.0252439, 0.0337288, 0.0531971, 0.1018277, 0.2363403, 0.6027990", \
					  "0.0218457, 0.0256345, 0.0339851, 0.0532185, 0.1021990, 0.2356860, 0.5998669", \
					  "0.0226819, 0.0264401, 0.0347576, 0.0544242, 0.1028357, 0.2354685, 0.5993635");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0723735, 0.0792744, 0.0951393, 0.1331408, 0.2292994, 0.4773347, 1.1223138", \
					  "0.0780021, 0.0848696, 0.1007808, 0.1388079, 0.2349644, 0.4822618, 1.1270496", \
					  "0.0895531, 0.0964605, 0.1122892, 0.1503421, 0.2461978, 0.4940719, 1.1406555", \
					  "0.1126516, 0.1196236, 0.1354476, 0.1732249, 0.2692412, 0.5178675, 1.1621206", \
					  "0.1515360, 0.1589745, 0.1754905, 0.2137523, 0.3097953, 0.5587403, 1.2056419", \
					  "0.2063078, 0.2153137, 0.2336570, 0.2728968, 0.3692010, 0.6169647, 1.2632601", \
					  "0.2644105, 0.2766475, 0.3004579, 0.3441582, 0.4404878, 0.6889280, 1.3332653");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0214082, 0.0283459, 0.0469685, 0.0972940, 0.2316233, 0.5830688, 1.4979793", \
					  "0.0213345, 0.0284233, 0.0471517, 0.0975024, 0.2322768, 0.5851359, 1.5015743", \
					  "0.0212651, 0.0284826, 0.0470749, 0.0975860, 0.2311525, 0.5855058, 1.4991489", \
					  "0.0218336, 0.0288482, 0.0473139, 0.0976396, 0.2318330, 0.5824989, 1.5012722", \
					  "0.0248914, 0.0316194, 0.0494411, 0.0981095, 0.2316825, 0.5820166, 1.5012565", \
					  "0.0321242, 0.0390404, 0.0551626, 0.1013359, 0.2329872, 0.5810423, 1.4971177", \
					  "0.0476008, 0.0548598, 0.0704786, 0.1120943, 0.2353804, 0.5859438, 1.4905400");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.2319829, 0.2402229, 0.2563691, 0.2857774, 0.3415468, 0.4565759, 0.7317538", \
					  "0.2352251, 0.2434678, 0.2596950, 0.2893732, 0.3450621, 0.4596870, 0.7345976", \
					  "0.2459070, 0.2541719, 0.2703495, 0.3002194, 0.3555699, 0.4704268, 0.7456569", \
					  "0.2768954, 0.2851451, 0.3013339, 0.3306986, 0.3865033, 0.5015061, 0.7767310", \
					  "0.3533292, 0.3614677, 0.3774850, 0.4071857, 0.4629068, 0.5777928, 0.8528478", \
					  "0.5294332, 0.5379400, 0.5543209, 0.5843276, 0.6397486, 0.7549827, 1.0299812", \
					  "0.8574999, 0.8684792, 0.8904026, 0.9269860, 0.9880282, 1.1073350, 1.3834534");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0372322, 0.0419178, 0.0521025, 0.0738891, 0.1237922, 0.2524495, 0.6023332", \
					  "0.0371675, 0.0418349, 0.0517203, 0.0741208, 0.1234443, 0.2509034, 0.6034603", \
					  "0.0375925, 0.0422953, 0.0520623, 0.0734387, 0.1243269, 0.2513522, 0.6087670", \
					  "0.0372293, 0.0419366, 0.0521972, 0.0741356, 0.1236371, 0.2523901, 0.6023483", \
					  "0.0371435, 0.0419967, 0.0522083, 0.0736246, 0.1239358, 0.2509661, 0.6049914", \
					  "0.0398147, 0.0441963, 0.0536222, 0.0745508, 0.1253230, 0.2512497, 0.6035145", \
					  "0.0595338, 0.0643762, 0.0750048, 0.0954878, 0.1429993, 0.2620788, 0.6101290");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.2270090, 0.2347025, 0.2512620, 0.2897656, 0.3863598, 0.6346786, 1.2820605", \
					  "0.2325090, 0.2399116, 0.2564779, 0.2952147, 0.3915541, 0.6401341, 1.2845320", \
					  "0.2456090, 0.2529810, 0.2695069, 0.3080244, 0.4045170, 0.6526079, 1.2991338", \
					  "0.2793524, 0.2866894, 0.3032142, 0.3417387, 0.4382631, 0.6865594, 1.3339392", \
					  "0.3626795, 0.3700641, 0.3865194, 0.4249945, 0.5213067, 0.7692693, 1.4148804", \
					  "0.5432107, 0.5506022, 0.5671669, 0.6056817, 0.7020078, 0.9509553, 1.5961277", \
					  "0.8678533, 0.8756042, 0.8926896, 0.9316899, 1.0283050, 1.2761788, 1.9226847");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0241799, 0.0312204, 0.0496096, 0.0992298, 0.2322581, 0.5851269, 1.4989425", \
					  "0.0241839, 0.0313466, 0.0495907, 0.0994318, 0.2321601, 0.5840470, 1.5016991", \
					  "0.0242062, 0.0312864, 0.0496307, 0.0992645, 0.2321117, 0.5852180, 1.5019308", \
					  "0.0242224, 0.0312903, 0.0496262, 0.0992167, 0.2322321, 0.5852859, 1.4988635", \
					  "0.0241257, 0.0312860, 0.0497710, 0.0995200, 0.2320776, 0.5848488, 1.5058855", \
					  "0.0246245, 0.0317271, 0.0502496, 0.0998146, 0.2322493, 0.5836435, 1.4989787", \
					  "0.0284639, 0.0347685, 0.0520585, 0.1005619, 0.2327743, 0.5817442, 1.4976815");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.1677797, 0.1734063, 0.1847892, 0.2067403, 0.2520647, 0.3580394, 0.6309177", \
					  "0.1723832, 0.1779423, 0.1893691, 0.2114651, 0.2567932, 0.3628949, 0.6354787", \
					  "0.1831289, 0.1887284, 0.2001446, 0.2221823, 0.2674767, 0.3735308, 0.6464932", \
					  "0.2083177, 0.2139479, 0.2253475, 0.2472892, 0.2925777, 0.3985833, 0.6718556", \
					  "0.2566115, 0.2622383, 0.2735303, 0.2955632, 0.3408844, 0.4468879, 0.7198331", \
					  "0.3263154, 0.3320163, 0.3433800, 0.3654395, 0.4108755, 0.5168566, 0.7897310", \
					  "0.4142952, 0.4201699, 0.4319905, 0.4545807, 0.4997320, 0.6059527, 0.8786409");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00130294, 0.0033953, 0.00884774, 0.0230561, 0.0600815, 0.156565");
					values("0.0212841, 0.0250605, 0.0335762, 0.0531228, 0.1017223, 0.2352662, 0.5954445", \
					  "0.0211827, 0.0251406, 0.0333873, 0.0530935, 0.1020097, 0.2363845, 0.5969799", \
					  "0.0213806, 0.0250805, 0.0333948, 0.0528851, 0.1020309, 0.2361198, 0.6023957", \
					  "0.0212754, 0.0251254, 0.0333645, 0.0528562, 0.1018624, 0.2359476, 0.5968032", \
					  "0.0213421, 0.0250783, 0.0335923, 0.0531947, 0.1019410, 0.2360821, 0.6022590", \
					  "0.0217018, 0.0254182, 0.0339749, 0.0534343, 0.1020403, 0.2354311, 0.6017815", \
					  "0.0231988, 0.0267116, 0.0350659, 0.0543488, 0.1028402, 0.2364352, 0.5993053");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002884;
			capacitance : 0.002968;
			rise_capacitance : 0.003052;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002803;
			capacitance : 0.002808;
			rise_capacitance : 0.002813;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_ha_2") {
		area : 15.014400;
		cell_footprint : "ha";
		cell_leakage_power : 1.548043e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017050";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0015206";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0017055";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0012611";
			when : "A&!B";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B)";
			max_capacitance : 0.258189;
			max_transition : 1.507463;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0001919, 0.0006367, 0.0023361, 0.0091828, 0.0323921, 0.1016884, 0.3017035", \
					  "0.0001916, 0.0006347, 0.0023418, 0.0091892, 0.0323329, 0.1016327, 0.3026322", \
					  "0.0001871, 0.0006236, 0.0023092, 0.0091089, 0.0322785, 0.1016740, 0.3008468", \
					  "0.0001820, 0.0006094, 0.0022746, 0.0090809, 0.0322128, 0.1014262, 0.3025402", \
					  "0.0001746, 0.0005881, 0.0022194, 0.0089442, 0.0320189, 0.1013874, 0.3026182", \
					  "0.0001730, 0.0005827, 0.0022308, 0.0089104, 0.0319146, 0.1013261, 0.3023010", \
					  "0.0001933, 0.0006296, 0.0023222, 0.0090137, 0.0320435, 0.1014733, 0.3022758");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0017319, 0.0044372, 0.0096667, 0.0141569, 0.0022806, -0.0609504, -0.2602549", \
					  "0.0017311, 0.0044271, 0.0096426, 0.0140964, 0.0022697, -0.0610064, -0.2603217", \
					  "0.0017266, 0.0044147, 0.0096139, 0.0140406, 0.0021983, -0.0610720, -0.2603600", \
					  "0.0017204, 0.0044063, 0.0095584, 0.0139677, 0.0020618, -0.0611884, -0.2605179", \
					  "0.0017103, 0.0043822, 0.0095262, 0.0138700, 0.0019681, -0.0613111, -0.2606327", \
					  "0.0017039, 0.0043637, 0.0094679, 0.0137566, 0.0018047, -0.0613914, -0.2606517", \
					  "0.0016958, 0.0043183, 0.0093726, 0.0135107, 0.0012881, -0.0617227, -0.2608493");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0002212, 0.0007105, 0.0025241, 0.0095508, 0.0328029, 0.1027315, 0.3028503", \
					  "0.0002197, 0.0007064, 0.0025158, 0.0095325, 0.0327892, 0.1026913, 0.3027941", \
					  "0.0002160, 0.0006996, 0.0024863, 0.0094394, 0.0328006, 0.1023425, 0.3035136", \
					  "0.0002090, 0.0006796, 0.0024537, 0.0094145, 0.0327090, 0.1022426, 0.3046774", \
					  "0.0001994, 0.0006576, 0.0023532, 0.0092602, 0.0324842, 0.1019813, 0.3025673", \
					  "0.0001924, 0.0006221, 0.0023101, 0.0091514, 0.0322565, 0.1016705, 0.3031058", \
					  "0.0002248, 0.0007214, 0.0025311, 0.0094073, 0.0324500, 0.1021493, 0.3012256");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0017173, 0.0044004, 0.0095903, 0.0141108, 0.0023691, -0.0606917, -0.2598934", \
					  "0.0017140, 0.0043913, 0.0095665, 0.0140463, 0.0023593, -0.0607449, -0.2599542", \
					  "0.0017091, 0.0043775, 0.0095334, 0.0139921, 0.0022036, -0.0608970, -0.2601170", \
					  "0.0016969, 0.0043434, 0.0094596, 0.0138507, 0.0019861, -0.0611315, -0.2603489", \
					  "0.0016892, 0.0043233, 0.0094002, 0.0136799, 0.0017378, -0.0613832, -0.2605911", \
					  "0.0016806, 0.0042975, 0.0093136, 0.0134221, 0.0014282, -0.0617122, -0.2608709", \
					  "0.0016622, 0.0042401, 0.0091740, 0.0131857, 0.0009218, -0.0620296, -0.2610903");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1105797, 0.1172527, 0.1325684, 0.1673242, 0.2543175, 0.4933779, 1.1671181", \
					  "0.1156483, 0.1222888, 0.1375679, 0.1721316, 0.2592105, 0.4983360, 1.1725526", \
					  "0.1263835, 0.1330061, 0.1481887, 0.1829449, 0.2700383, 0.5092305, 1.1832515", \
					  "0.1508191, 0.1575185, 0.1727766, 0.2074337, 0.2945158, 0.5337937, 1.2092485", \
					  "0.2003471, 0.2073100, 0.2232370, 0.2583278, 0.3457769, 0.5854615, 1.2599927", \
					  "0.2790481, 0.2873763, 0.3055064, 0.3430882, 0.4319937, 0.6722063, 1.3485471", \
					  "0.3816946, 0.3928913, 0.4157858, 0.4599434, 0.5521730, 0.7930027, 1.4664981");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0249359, 0.0302691, 0.0447774, 0.0842059, 0.2009783, 0.5374905, 1.4982403", \
					  "0.0246872, 0.0302682, 0.0445933, 0.0840807, 0.2010134, 0.5375049, 1.5072248", \
					  "0.0246668, 0.0301845, 0.0446867, 0.0842169, 0.2010502, 0.5375245, 1.5028517", \
					  "0.0247167, 0.0300623, 0.0446446, 0.0839906, 0.2009642, 0.5370240, 1.5074634", \
					  "0.0272290, 0.0326787, 0.0465544, 0.0853297, 0.2012645, 0.5375383, 1.5056291", \
					  "0.0336938, 0.0391432, 0.0532617, 0.0904231, 0.2035927, 0.5369878, 1.5068355", \
					  "0.0488016, 0.0549846, 0.0693069, 0.1038109, 0.2098974, 0.5394182, 1.4986704");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1446983, 0.1500326, 0.1616006, 0.1836132, 0.2260215, 0.3177679, 0.5483017", \
					  "0.1508155, 0.1561542, 0.1676064, 0.1897118, 0.2321066, 0.3238969, 0.5545030", \
					  "0.1653080, 0.1707023, 0.1821011, 0.2041232, 0.2465868, 0.3383572, 0.5689321", \
					  "0.2001981, 0.2056039, 0.2170659, 0.2390757, 0.2815147, 0.3733413, 0.6039059", \
					  "0.2841755, 0.2895383, 0.3008968, 0.3230722, 0.3655442, 0.4574113, 0.6880487", \
					  "0.4657150, 0.4722128, 0.4855073, 0.5095576, 0.5547900, 0.6476719, 0.8782552", \
					  "0.7871422, 0.7966692, 0.8155220, 0.8490284, 0.9073834, 1.0116831, 1.2449058");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0251557, 0.0283196, 0.0355352, 0.0518747, 0.0884955, 0.1871953, 0.4817483", \
					  "0.0251256, 0.0282733, 0.0354526, 0.0513269, 0.0883977, 0.1872260, 0.4796766", \
					  "0.0252185, 0.0283468, 0.0355981, 0.0513414, 0.0884982, 0.1872762, 0.4820502", \
					  "0.0252880, 0.0284503, 0.0354518, 0.0518338, 0.0883797, 0.1871647, 0.4819021", \
					  "0.0251309, 0.0284134, 0.0355818, 0.0513531, 0.0883635, 0.1871715, 0.4796642", \
					  "0.0334556, 0.0366891, 0.0435179, 0.0601171, 0.0935090, 0.1888968, 0.4816743", \
					  "0.0540134, 0.0581276, 0.0667847, 0.0852240, 0.1203331, 0.2072311, 0.4868250");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1073991, 0.1140882, 0.1293711, 0.1639808, 0.2509884, 0.4902986, 1.1641982", \
					  "0.1118914, 0.1185400, 0.1338673, 0.1685116, 0.2556619, 0.4950332, 1.1697593", \
					  "0.1229487, 0.1295999, 0.1447472, 0.1794266, 0.2665893, 0.5060867, 1.1806022", \
					  "0.1483045, 0.1549520, 0.1702533, 0.2048664, 0.2921057, 0.5317221, 1.2065401", \
					  "0.2029350, 0.2100941, 0.2257178, 0.2611130, 0.3485751, 0.5882179, 1.2668115", \
					  "0.2811647, 0.2893366, 0.3088686, 0.3469934, 0.4361201, 0.6765491, 1.3533626", \
					  "0.3794351, 0.3916886, 0.4168763, 0.4638328, 0.5566922, 0.7972500, 1.4712551");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0247095, 0.0302167, 0.0444777, 0.0840673, 0.2009758, 0.5358718, 1.5032307", \
					  "0.0248540, 0.0301159, 0.0445853, 0.0841345, 0.2009750, 0.5360086, 1.5014291", \
					  "0.0246577, 0.0302208, 0.0446379, 0.0842036, 0.2009979, 0.5374088, 1.5052656", \
					  "0.0246592, 0.0302349, 0.0444988, 0.0840603, 0.2009355, 0.5363924, 1.4982000", \
					  "0.0277492, 0.0333902, 0.0474236, 0.0857039, 0.2010234, 0.5366466, 1.4975020", \
					  "0.0381144, 0.0441616, 0.0573224, 0.0925507, 0.2045466, 0.5382333, 1.5072965", \
					  "0.0571653, 0.0638425, 0.0779284, 0.1104222, 0.2123322, 0.5393841, 1.4989910");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1335558, 0.1387468, 0.1498444, 0.1710022, 0.2126358, 0.3035944, 0.5343062", \
					  "0.1394827, 0.1446408, 0.1557361, 0.1770516, 0.2185863, 0.3095503, 0.5402627", \
					  "0.1536759, 0.1588676, 0.1699615, 0.1914059, 0.2328473, 0.3237831, 0.5545016", \
					  "0.1880535, 0.1932092, 0.2042774, 0.2261712, 0.2674296, 0.3584104, 0.5891319", \
					  "0.2729761, 0.2781800, 0.2891183, 0.3106842, 0.3522543, 0.4431798, 0.6739375", \
					  "0.4501358, 0.4565048, 0.4698877, 0.4946705, 0.5394865, 0.6318728, 0.8625560", \
					  "0.7624305, 0.7717175, 0.7906447, 0.8233306, 0.8817774, 0.9868492, 1.2206316");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0235642, 0.0267214, 0.0337214, 0.0496126, 0.0861783, 0.1860240, 0.4796350", \
					  "0.0235857, 0.0267271, 0.0337657, 0.0496460, 0.0861703, 0.1860030, 0.4799244", \
					  "0.0237099, 0.0267856, 0.0336728, 0.0494931, 0.0860106, 0.1859837, 0.4796694", \
					  "0.0237307, 0.0266149, 0.0337004, 0.0490021, 0.0861829, 0.1860312, 0.4798114", \
					  "0.0237407, 0.0269133, 0.0339163, 0.0494285, 0.0861977, 0.1859876, 0.4812393", \
					  "0.0334413, 0.0366958, 0.0437534, 0.0585109, 0.0925287, 0.1882080, 0.4804772", \
					  "0.0538728, 0.0577563, 0.0668504, 0.0855423, 0.1210230, 0.2084269, 0.4868116");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B) | (!A&B)";
			max_capacitance : 0.270090;
			max_transition : 1.505933;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("0.0005758, 0.0016674, 0.0048733, 0.0141623, 0.0403894, 0.1153393, 0.3276960", \
					  "0.0005722, 0.0016550, 0.0048517, 0.0141082, 0.0403261, 0.1152554, 0.3246631", \
					  "0.0005678, 0.0016434, 0.0048287, 0.0140451, 0.0402428, 0.1150465, 0.3278045", \
					  "0.0005611, 0.0016280, 0.0047810, 0.0139740, 0.0401365, 0.1150336, 0.3244011", \
					  "0.0005533, 0.0016049, 0.0047327, 0.0138756, 0.0399790, 0.1148307, 0.3242356", \
					  "0.0005427, 0.0015802, 0.0046698, 0.0137613, 0.0397594, 0.1140149, 0.3266096", \
					  "0.0005432, 0.0015714, 0.0045838, 0.0135123, 0.0396542, 0.1136076, 0.3268566");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("0.0012928, 0.0033207, 0.0070902, 0.0092015, -0.0053972, -0.0728192, -0.2830418", \
					  "0.0012927, 0.0033177, 0.0070894, 0.0092091, -0.0053692, -0.0728067, -0.2830382", \
					  "0.0012887, 0.0033063, 0.0070606, 0.0091269, -0.0054994, -0.0729374, -0.2831730", \
					  "0.0012839, 0.0032908, 0.0070249, 0.0091040, -0.0055605, -0.0730480, -0.2832519", \
					  "0.0012721, 0.0032633, 0.0069632, 0.0089620, -0.0057534, -0.0732442, -0.2835012", \
					  "0.0012720, 0.0032598, 0.0069531, 0.0089244, -0.0057978, -0.0733111, -0.2835226", \
					  "0.0012797, 0.0032792, 0.0069794, 0.0090234, -0.0057803, -0.0734619, -0.2838296");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("0.0005745, 0.0016593, 0.0048618, 0.0141115, 0.0403008, 0.1147557, 0.3263573", \
					  "0.0005709, 0.0016523, 0.0048309, 0.0140517, 0.0402742, 0.1152481, 0.3277830", \
					  "0.0005648, 0.0016350, 0.0047941, 0.0139712, 0.0401626, 0.1151180, 0.3273561", \
					  "0.0005539, 0.0016064, 0.0047262, 0.0138528, 0.0399782, 0.1148508, 0.3274204", \
					  "0.0005390, 0.0015661, 0.0046376, 0.0136798, 0.0396599, 0.1139962, 0.3256576", \
					  "0.0005184, 0.0015104, 0.0045052, 0.0134302, 0.0392896, 0.1134690, 0.3248298", \
					  "0.0005183, 0.0015048, 0.0044254, 0.0131900, 0.0391883, 0.1130351, 0.3262571");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("0.0013215, 0.0033912, 0.0072487, 0.0095642, -0.0048533, -0.0722015, -0.2823534", \
					  "0.0013210, 0.0033892, 0.0072656, 0.0095516, -0.0048966, -0.0722420, -0.2824714", \
					  "0.0013159, 0.0033755, 0.0072305, 0.0094571, -0.0049348, -0.0723030, -0.2824839", \
					  "0.0013109, 0.0033671, 0.0072129, 0.0094339, -0.0050659, -0.0724282, -0.2825867", \
					  "0.0012996, 0.0033328, 0.0071229, 0.0092773, -0.0053050, -0.0727120, -0.2829062", \
					  "0.0012911, 0.0033106, 0.0070654, 0.0091686, -0.0055625, -0.0730324, -0.2832260", \
					  "0.0013055, 0.0033481, 0.0071600, 0.0094144, -0.0055364, -0.0730594, -0.2833325");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.1053799, 0.1117200, 0.1263567, 0.1599621, 0.2456328, 0.4835168, 1.1592857", \
					  "0.1109632, 0.1173274, 0.1318226, 0.1654999, 0.2511650, 0.4891476, 1.1656230", \
					  "0.1227357, 0.1290504, 0.1435733, 0.1771681, 0.2628515, 0.5005826, 1.1761995", \
					  "0.1474813, 0.1538619, 0.1684722, 0.2020832, 0.2876523, 0.5258025, 1.2022785", \
					  "0.1975638, 0.2041952, 0.2189896, 0.2528832, 0.3384880, 0.5766071, 1.2530700", \
					  "0.2782524, 0.2859155, 0.3028285, 0.3385813, 0.4249038, 0.6627499, 1.3389425", \
					  "0.3880732, 0.3981947, 0.4190509, 0.4603516, 0.5488154, 0.7863825, 1.4620795");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0234092, 0.0284383, 0.0423943, 0.0809624, 0.1959439, 0.5338169, 1.4926946", \
					  "0.0232779, 0.0282791, 0.0423582, 0.0808107, 0.1958619, 0.5326241, 1.4960160", \
					  "0.0231862, 0.0284953, 0.0423916, 0.0809873, 0.1961118, 0.5343463, 1.4964218", \
					  "0.0232522, 0.0282523, 0.0423065, 0.0808772, 0.1957501, 0.5322857, 1.4956762", \
					  "0.0248019, 0.0300632, 0.0438891, 0.0816463, 0.1960857, 0.5326520, 1.4964542", \
					  "0.0309652, 0.0361295, 0.0497753, 0.0862780, 0.1971644, 0.5318676, 1.4886500", \
					  "0.0446891, 0.0504866, 0.0645909, 0.0977776, 0.2020273, 0.5353066, 1.4905995");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.2420408, 0.2487664, 0.2630215, 0.2895529, 0.3389402, 0.4390791, 0.6841186", \
					  "0.2480535, 0.2546593, 0.2688367, 0.2954285, 0.3448714, 0.4449923, 0.6898917", \
					  "0.2632592, 0.2700863, 0.2841809, 0.3107301, 0.3593466, 0.4601876, 0.7052975", \
					  "0.2974671, 0.3042613, 0.3183196, 0.3449182, 0.3941427, 0.4941870, 0.7391205", \
					  "0.3744178, 0.3811521, 0.3951778, 0.4217094, 0.4706577, 0.5713370, 0.8163357", \
					  "0.5489756, 0.5558972, 0.5708530, 0.5968224, 0.6455168, 0.7463943, 0.9911832", \
					  "0.8987605, 0.9071424, 0.9241401, 0.9548630, 1.0092949, 1.1153403, 1.3621272");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0376225, 0.0409593, 0.0487299, 0.0652948, 0.1037059, 0.2061105, 0.5086000", \
					  "0.0376678, 0.0412635, 0.0492363, 0.0654741, 0.1046043, 0.2055006, 0.5118151", \
					  "0.0377598, 0.0411439, 0.0488829, 0.0652037, 0.1054328, 0.2067886, 0.5095637", \
					  "0.0378735, 0.0410831, 0.0486793, 0.0652988, 0.1041924, 0.2054413, 0.5121216", \
					  "0.0378112, 0.0410943, 0.0486357, 0.0652855, 0.1050928, 0.2055266, 0.5119776", \
					  "0.0391033, 0.0425671, 0.0498335, 0.0659911, 0.1059027, 0.2065131, 0.5080071", \
					  "0.0512967, 0.0548766, 0.0621087, 0.0789142, 0.1178033, 0.2155604, 0.5110865");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.2682048, 0.2745112, 0.2889396, 0.3220330, 0.4069986, 0.6448374, 1.3211011", \
					  "0.2742853, 0.2805830, 0.2950349, 0.3281463, 0.4131771, 0.6510895, 1.3269348", \
					  "0.2887192, 0.2950738, 0.3094948, 0.3425955, 0.4276483, 0.6655818, 1.3404859", \
					  "0.3235683, 0.3298805, 0.3443295, 0.3774179, 0.4624332, 0.7003237, 1.3762559", \
					  "0.4073228, 0.4136233, 0.4280775, 0.4611898, 0.5462145, 0.7841248, 1.4599468", \
					  "0.5979875, 0.6043410, 0.6188237, 0.6518905, 0.7367388, 0.9742107, 1.6501842", \
					  "0.9602084, 0.9670529, 0.9821767, 1.0158563, 1.1010090, 1.3381803, 2.0165156");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0241908, 0.0290681, 0.0422097, 0.0803695, 0.1943908, 0.5307015, 1.4905807", \
					  "0.0241547, 0.0289414, 0.0421772, 0.0802396, 0.1943416, 0.5300872, 1.4980117", \
					  "0.0241884, 0.0290504, 0.0422990, 0.0802570, 0.1946893, 0.5291148, 1.4925989", \
					  "0.0241991, 0.0290441, 0.0421758, 0.0804196, 0.1943467, 0.5303459, 1.4984332", \
					  "0.0241778, 0.0289496, 0.0421990, 0.0802475, 0.1943367, 0.5300132, 1.4975274", \
					  "0.0244747, 0.0293676, 0.0426151, 0.0803117, 0.1946865, 0.5289486, 1.4848788", \
					  "0.0277983, 0.0328234, 0.0450188, 0.0819123, 0.1951429, 0.5276105, 1.4933647");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.2112401, 0.2158570, 0.2257976, 0.2451842, 0.2840025, 0.3726114, 0.6127759", \
					  "0.2161795, 0.2206684, 0.2306317, 0.2502318, 0.2888944, 0.3775204, 0.6178449", \
					  "0.2268734, 0.2314799, 0.2414083, 0.2607973, 0.2996353, 0.3882297, 0.6284286", \
					  "0.2510617, 0.2556425, 0.2656332, 0.2852298, 0.3238153, 0.4124437, 0.6523528", \
					  "0.3021514, 0.3067596, 0.3167128, 0.3362469, 0.3749728, 0.4634954, 0.7037564", \
					  "0.3880938, 0.3927414, 0.4027818, 0.4223120, 0.4613460, 0.5499473, 0.7901874", \
					  "0.5077525, 0.5125559, 0.5228511, 0.5429965, 0.5821331, 0.6710865, 0.9113372");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0216953, 0.0244246, 0.0308146, 0.0455634, 0.0813641, 0.1855301, 0.5029129", \
					  "0.0215412, 0.0243423, 0.0306850, 0.0451218, 0.0814643, 0.1858177, 0.4992995", \
					  "0.0216155, 0.0243619, 0.0307905, 0.0454924, 0.0813883, 0.1856202, 0.5013173", \
					  "0.0215987, 0.0243094, 0.0305413, 0.0454309, 0.0811160, 0.1848809, 0.5011010", \
					  "0.0216303, 0.0243658, 0.0306749, 0.0450100, 0.0814945, 0.1858251, 0.5007116", \
					  "0.0221481, 0.0248712, 0.0312038, 0.0460886, 0.0816174, 0.1855018, 0.5029086", \
					  "0.0236391, 0.0263561, 0.0326914, 0.0468286, 0.0829111, 0.1861612, 0.5021728");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0926646, 0.0986971, 0.1127324, 0.1454508, 0.2304391, 0.4673699, 1.1434236", \
					  "0.0984469, 0.1045911, 0.1186149, 0.1511349, 0.2362161, 0.4733641, 1.1487276", \
					  "0.1103165, 0.1163097, 0.1303069, 0.1630679, 0.2479988, 0.4860661, 1.1607576", \
					  "0.1351011, 0.1410940, 0.1550598, 0.1875643, 0.2724178, 0.5100942, 1.1856188", \
					  "0.1821159, 0.1885137, 0.2031584, 0.2362831, 0.3210048, 0.5582856, 1.2336939", \
					  "0.2532320, 0.2609413, 0.2777520, 0.3129287, 0.3984765, 0.6359766, 1.3131913", \
					  "0.3424914, 0.3529313, 0.3745701, 0.4163108, 0.5036496, 0.7416329, 1.4157214");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0215929, 0.0267010, 0.0401972, 0.0790231, 0.1946280, 0.5327151, 1.4936475", \
					  "0.0216864, 0.0267089, 0.0402944, 0.0788435, 0.1948957, 0.5332811, 1.4928118", \
					  "0.0216894, 0.0267414, 0.0403738, 0.0791713, 0.1944994, 0.5304391, 1.4918119", \
					  "0.0216498, 0.0267774, 0.0403549, 0.0789366, 0.1949392, 0.5328493, 1.4856343", \
					  "0.0243079, 0.0293706, 0.0425692, 0.0801762, 0.1950083, 0.5323413, 1.4872332", \
					  "0.0314063, 0.0364637, 0.0495056, 0.0847665, 0.1964594, 0.5291390, 1.4897028", \
					  "0.0472992, 0.0526429, 0.0655127, 0.0983691, 0.2017976, 0.5320680, 1.4843982");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.2262179, 0.2328913, 0.2471583, 0.2736861, 0.3230811, 0.4231652, 0.6680951", \
					  "0.2303790, 0.2371898, 0.2513005, 0.2779099, 0.3267376, 0.4275955, 0.6726501", \
					  "0.2425156, 0.2492655, 0.2634591, 0.2900007, 0.3390111, 0.4396486, 0.6845632", \
					  "0.2749429, 0.2801021, 0.2943820, 0.3209055, 0.3696428, 0.4705812, 0.7156623", \
					  "0.3512645, 0.3566473, 0.3707258, 0.3970300, 0.4461890, 0.5470378, 0.7920391", \
					  "0.5303056, 0.5375395, 0.5517766, 0.5785087, 0.6279602, 0.7285644, 0.9737249", \
					  "0.8670734, 0.8769426, 0.8967421, 0.9313129, 0.9897880, 1.0953087, 1.3427012");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0377885, 0.0409933, 0.0486530, 0.0652291, 0.1037262, 0.2068273, 0.5106396", \
					  "0.0377690, 0.0411825, 0.0489142, 0.0652001, 0.1046356, 0.2063255, 0.5084704", \
					  "0.0377604, 0.0410519, 0.0489264, 0.0653373, 0.1051161, 0.2054288, 0.5118181", \
					  "0.0378476, 0.0410029, 0.0485402, 0.0652931, 0.1049494, 0.2064717, 0.5085242", \
					  "0.0377271, 0.0409968, 0.0486925, 0.0655828, 0.1046327, 0.2065616, 0.5116538", \
					  "0.0406204, 0.0436673, 0.0506235, 0.0664409, 0.1056217, 0.2058332, 0.5123854", \
					  "0.0631498, 0.0671038, 0.0745420, 0.0913961, 0.1265456, 0.2211310, 0.5157339");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.2685744, 0.2751073, 0.2900465, 0.3239350, 0.4093521, 0.6472082, 1.3221843", \
					  "0.2746416, 0.2811067, 0.2960543, 0.3299648, 0.4156006, 0.6539839, 1.3288473", \
					  "0.2888559, 0.2953737, 0.3103031, 0.3442224, 0.4298641, 0.6681340, 1.3433457", \
					  "0.3235841, 0.3300730, 0.3450189, 0.3789237, 0.4645480, 0.7028712, 1.3776462", \
					  "0.4075198, 0.4140613, 0.4289968, 0.4628899, 0.5483121, 0.7861293, 1.4613993", \
					  "0.5961561, 0.6027475, 0.6177011, 0.6516337, 0.7372024, 0.9753446, 1.6520769", \
					  "0.9496562, 0.9565939, 0.9721880, 1.0067041, 1.0926359, 1.3303737, 2.0084900");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0248668, 0.0299566, 0.0436425, 0.0819059, 0.1960072, 0.5333493, 1.5000786", \
					  "0.0248832, 0.0301539, 0.0437810, 0.0815928, 0.1963586, 0.5314748, 1.4935856", \
					  "0.0248504, 0.0300957, 0.0436647, 0.0818531, 0.1962090, 0.5320094, 1.4945447", \
					  "0.0249216, 0.0300288, 0.0437586, 0.0816549, 0.1961211, 0.5312181, 1.4940678", \
					  "0.0249413, 0.0299527, 0.0436471, 0.0819337, 0.1960119, 0.5333500, 1.5059326", \
					  "0.0251620, 0.0303551, 0.0439016, 0.0820744, 0.1956223, 0.5328793, 1.4951088", \
					  "0.0282273, 0.0333797, 0.0463155, 0.0833537, 0.1960014, 0.5312489, 1.4889202");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.2076692, 0.2122473, 0.2221633, 0.2419406, 0.2806670, 0.3692051, 0.6095218", \
					  "0.2124286, 0.2170079, 0.2269535, 0.2463868, 0.2851819, 0.3737700, 0.6140546", \
					  "0.2232035, 0.2278057, 0.2377443, 0.2571285, 0.2959527, 0.3845720, 0.6248911", \
					  "0.2482909, 0.2529035, 0.2627106, 0.2823362, 0.3214634, 0.4100909, 0.6498613", \
					  "0.3045660, 0.3091397, 0.3191618, 0.3385325, 0.3774769, 0.4660126, 0.7063566", \
					  "0.3920615, 0.3967175, 0.4065762, 0.4264120, 0.4656944, 0.5542684, 0.7943702", \
					  "0.5127809, 0.5176938, 0.5280946, 0.5485356, 0.5870258, 0.6761273, 0.9158304");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0216173, 0.0243323, 0.0307218, 0.0451014, 0.0814943, 0.1854908, 0.4991709", \
					  "0.0215576, 0.0242475, 0.0306131, 0.0451265, 0.0815158, 0.1848601, 0.5005869", \
					  "0.0216135, 0.0243539, 0.0307659, 0.0454959, 0.0815263, 0.1850882, 0.4997336", \
					  "0.0215799, 0.0243515, 0.0309668, 0.0451271, 0.0813853, 0.1849313, 0.4979999", \
					  "0.0217268, 0.0243444, 0.0307651, 0.0451089, 0.0815294, 0.1855323, 0.4987722", \
					  "0.0222462, 0.0249676, 0.0314659, 0.0462879, 0.0819643, 0.1857175, 0.5041633", \
					  "0.0238745, 0.0266566, 0.0329534, 0.0478966, 0.0829266, 0.1862969, 0.5030447");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003206;
			capacitance : 0.003325;
			rise_capacitance : 0.003444;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003150;
			capacitance : 0.003169;
			rise_capacitance : 0.003187;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_ha_4") {
		area : 25.024000;
		cell_footprint : "ha";
		cell_leakage_power : 2.783890e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0029609";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0029302";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0029675";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0022770";
			when : "A&!B";
		}
		pin (COUT) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B)";
			max_capacitance : 0.449534;
			max_transition : 1.516993;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001553348, 0.004825779, 0.01499223, 0.04657629, 0.1446984, 0.4495338");
					values("0.0005499, 0.0017317, 0.0055041, 0.0182187, 0.0567830, 0.1745953, 0.5434790", \
					  "0.0005459, 0.0017206, 0.0054791, 0.0181719, 0.0567329, 0.1750137, 0.5411210", \
					  "0.0005395, 0.0017019, 0.0054229, 0.0180286, 0.0565064, 0.1742736, 0.5437093", \
					  "0.0005285, 0.0016674, 0.0053248, 0.0178159, 0.0563307, 0.1748281, 0.5396098", \
					  "0.0005178, 0.0016336, 0.0052243, 0.0176081, 0.0560010, 0.1741954, 0.5385189", \
					  "0.0005669, 0.0017758, 0.0056224, 0.0179013, 0.0556944, 0.1740870, 0.5410515", \
					  "0.0005620, 0.0017432, 0.0055261, 0.0177501, 0.0558829, 0.1735303, 0.5408282");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001553348, 0.004825779, 0.01499223, 0.04657629, 0.1446984, 0.4495338");
					values("0.0025815, 0.0073965, 0.0182685, 0.0315974, 0.0190910, -0.0849340, -0.4494851", \
					  "0.0025681, 0.0073655, 0.0182005, 0.0314338, 0.0188402, -0.0852401, -0.4496590", \
					  "0.0025579, 0.0073291, 0.0181052, 0.0312161, 0.0185459, -0.0855844, -0.4500082", \
					  "0.0025386, 0.0072787, 0.0179722, 0.0309144, 0.0181090, -0.0860359, -0.4505059", \
					  "0.0025252, 0.0072385, 0.0178450, 0.0306747, 0.0177206, -0.0863586, -0.4509125", \
					  "0.0025115, 0.0071884, 0.0177652, 0.0304312, 0.0173586, -0.0867951, -0.4512577", \
					  "0.0024911, 0.0071279, 0.0175001, 0.0298697, 0.0164859, -0.0870679, -0.4513753");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001553348, 0.004825779, 0.01499223, 0.04657629, 0.1446984, 0.4495338");
					values("0.0006237, 0.0019471, 0.0060751, 0.0193394, 0.0585641, 0.1775268, 0.5443263", \
					  "0.0006221, 0.0019414, 0.0060488, 0.0193126, 0.0585376, 0.1769649, 0.5459077", \
					  "0.0006159, 0.0019236, 0.0060065, 0.0192499, 0.0584236, 0.1768345, 0.5444451", \
					  "0.0006078, 0.0018966, 0.0058883, 0.0190367, 0.0581691, 0.1772388, 0.5445369", \
					  "0.0005951, 0.0018602, 0.0058132, 0.0187377, 0.0577818, 0.1764134, 0.5447731", \
					  "0.0006434, 0.0019997, 0.0061604, 0.0190516, 0.0573615, 0.1756116, 0.5442457", \
					  "0.0006364, 0.0019758, 0.0061033, 0.0189280, 0.0576799, 0.1758340, 0.5414689");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001553348, 0.004825779, 0.01499223, 0.04657629, 0.1446984, 0.4495338");
					values("0.0024692, 0.0070713, 0.0174455, 0.0299996, 0.0168591, -0.0874204, -0.4518222", \
					  "0.0024624, 0.0070467, 0.0173994, 0.0298494, 0.0166754, -0.0875417, -0.4521286", \
					  "0.0024484, 0.0070131, 0.0172786, 0.0296322, 0.0163476, -0.0879241, -0.4525276", \
					  "0.0024368, 0.0069749, 0.0171970, 0.0294003, 0.0159926, -0.0883018, -0.4529065", \
					  "0.0024225, 0.0069327, 0.0170367, 0.0290357, 0.0154037, -0.0889308, -0.4534847", \
					  "0.0024000, 0.0068634, 0.0168819, 0.0286334, 0.0147791, -0.0895155, -0.4538782", \
					  "0.0023598, 0.0067504, 0.0165323, 0.0279067, 0.0136104, -0.0904363, -0.4546228");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.0828970, 0.0869089, 0.0975292, 0.1250486, 0.2019567, 0.4320881, 1.1458968", \
					  "0.0874414, 0.0914432, 0.1020476, 0.1295679, 0.2065455, 0.4369336, 1.1477500", \
					  "0.0977210, 0.1017215, 0.1123598, 0.1397779, 0.2167995, 0.4473007, 1.1595115", \
					  "0.1196216, 0.1236654, 0.1342487, 0.1617331, 0.2389738, 0.4699754, 1.1803711", \
					  "0.1561029, 0.1603969, 0.1716553, 0.2001630, 0.2782654, 0.5093720, 1.2203841", \
					  "0.2033615, 0.2085482, 0.2214337, 0.2516279, 0.3305330, 0.5629789, 1.2742476", \
					  "0.2407933, 0.2478097, 0.2649429, 0.3011920, 0.3829431, 0.6153492, 1.3269722");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.0205534, 0.0241005, 0.0348333, 0.0672284, 0.1713743, 0.4938271, 1.5070940", \
					  "0.0206732, 0.0241286, 0.0347832, 0.0672207, 0.1710926, 0.4927554, 1.5072976", \
					  "0.0204646, 0.0240994, 0.0348334, 0.0672185, 0.1713312, 0.4931401, 1.5043270", \
					  "0.0210115, 0.0245335, 0.0351148, 0.0673291, 0.1711405, 0.4925524, 1.4954380", \
					  "0.0237153, 0.0271618, 0.0377741, 0.0692720, 0.1723122, 0.4941085, 1.5049351", \
					  "0.0302923, 0.0337066, 0.0437137, 0.0732516, 0.1744097, 0.4938386, 1.5071225", \
					  "0.0444387, 0.0483316, 0.0587865, 0.0857331, 0.1792182, 0.4953527, 1.4969046");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.1340144, 0.1372880, 0.1454374, 0.1629867, 0.1990494, 0.2818581, 0.5068069", \
					  "0.1395697, 0.1428539, 0.1510024, 0.1685770, 0.2046327, 0.2874746, 0.5124764", \
					  "0.1539343, 0.1572074, 0.1653397, 0.1828752, 0.2189522, 0.3018161, 0.5268159", \
					  "0.1891409, 0.1924155, 0.2005371, 0.2178845, 0.2540211, 0.3369048, 0.5619130", \
					  "0.2749163, 0.2781598, 0.2862822, 0.3037726, 0.3399133, 0.4228274, 0.6477827", \
					  "0.4589238, 0.4630572, 0.4727131, 0.4933349, 0.5327089, 0.6173268, 0.8422879", \
					  "0.7881604, 0.7943464, 0.8089606, 0.8377708, 0.8902385, 0.9875872, 1.2156188");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.0222330, 0.0240992, 0.0290533, 0.0411609, 0.0727103, 0.1621282, 0.4535197", \
					  "0.0221198, 0.0240056, 0.0289751, 0.0411726, 0.0728014, 0.1620848, 0.4536360", \
					  "0.0221321, 0.0240502, 0.0291158, 0.0413728, 0.0727934, 0.1620802, 0.4529726", \
					  "0.0221064, 0.0240083, 0.0290316, 0.0413741, 0.0727475, 0.1620132, 0.4535727", \
					  "0.0222099, 0.0240779, 0.0290322, 0.0413013, 0.0726133, 0.1620411, 0.4541226", \
					  "0.0310077, 0.0329418, 0.0389265, 0.0505947, 0.0791865, 0.1643181, 0.4554147", \
					  "0.0512068, 0.0538529, 0.0601436, 0.0745337, 0.1053188, 0.1830366, 0.4565231");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.0772922, 0.0813072, 0.0919413, 0.1194216, 0.1966011, 0.4274945, 1.1386648", \
					  "0.0814364, 0.0854116, 0.0960260, 0.1234821, 0.2007619, 0.4315658, 1.1432908", \
					  "0.0913842, 0.0953883, 0.1060223, 0.1335237, 0.2107948, 0.4418549, 1.1541604", \
					  "0.1140630, 0.1181023, 0.1286797, 0.1562986, 0.2336522, 0.4648273, 1.1755931", \
					  "0.1483125, 0.1526579, 0.1639225, 0.1922774, 0.2703509, 0.5016233, 1.2128729", \
					  "0.1877187, 0.1930874, 0.2060802, 0.2364450, 0.3152937, 0.5478549, 1.2617288", \
					  "0.2088728, 0.2163357, 0.2342710, 0.2721198, 0.3541182, 0.5860108, 1.2981541");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.0206563, 0.0240775, 0.0348337, 0.0672080, 0.1714457, 0.4921907, 1.5169930", \
					  "0.0205237, 0.0240926, 0.0348524, 0.0671868, 0.1713992, 0.4939478, 1.5016771", \
					  "0.0205257, 0.0240846, 0.0348405, 0.0671956, 0.1712970, 0.4929750, 1.5081724", \
					  "0.0211585, 0.0246070, 0.0354136, 0.0674641, 0.1713385, 0.4925124, 1.5111806", \
					  "0.0244176, 0.0278202, 0.0379811, 0.0697043, 0.1724315, 0.4940839, 1.5066125", \
					  "0.0327066, 0.0360423, 0.0462137, 0.0744980, 0.1742849, 0.4943582, 1.5138849", \
					  "0.0495447, 0.0536262, 0.0640455, 0.0900637, 0.1806352, 0.4968453, 1.4968199");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.1303740, 0.1337767, 0.1422405, 0.1605376, 0.1978389, 0.2824406, 0.5079936", \
					  "0.1360538, 0.1394287, 0.1478281, 0.1660953, 0.2035159, 0.2881102, 0.5135217", \
					  "0.1502050, 0.1535611, 0.1619437, 0.1800826, 0.2175345, 0.3021349, 0.5276213", \
					  "0.1860654, 0.1894431, 0.1977382, 0.2159282, 0.2533243, 0.3379427, 0.5633447", \
					  "0.2704872, 0.2737873, 0.2821409, 0.3002509, 0.3377507, 0.4224384, 0.6478832", \
					  "0.4474500, 0.4518806, 0.4624894, 0.4842010, 0.5256622, 0.6123610, 0.8379764", \
					  "0.7686685, 0.7749006, 0.7897756, 0.8198198, 0.8752597, 0.9765151, 1.2057835");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155335, 0.00482578, 0.0149922, 0.0465763, 0.144698, 0.449534");
					values("0.0229325, 0.0249447, 0.0301915, 0.0427252, 0.0751394, 0.1644146, 0.4539557", \
					  "0.0228678, 0.0248675, 0.0300853, 0.0429074, 0.0749549, 0.1643666, 0.4549200", \
					  "0.0228713, 0.0248417, 0.0299769, 0.0428673, 0.0751485, 0.1646241, 0.4565228", \
					  "0.0229210, 0.0249081, 0.0300808, 0.0429790, 0.0749427, 0.1643132, 0.4550489", \
					  "0.0231608, 0.0252217, 0.0303382, 0.0429397, 0.0751633, 0.1643020, 0.4550574", \
					  "0.0329807, 0.0350678, 0.0406143, 0.0525804, 0.0825492, 0.1671775, 0.4556176", \
					  "0.0531943, 0.0560508, 0.0632350, 0.0786048, 0.1118784, 0.1883123, 0.4581052");
				}
			}
		}
		pin (SUM) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B) | (!A&B)";
			max_capacitance : 0.471506;
			max_transition : 1.510033;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0013729, 0.0041670, 0.0120327, 0.0316115, 0.0782371, 0.2060388, 0.5950103", \
					  "0.0013626, 0.0041390, 0.0119547, 0.0314473, 0.0779618, 0.2067409, 0.5942173", \
					  "0.0013493, 0.0040973, 0.0118506, 0.0312311, 0.0776665, 0.2054636, 0.5934269", \
					  "0.0013296, 0.0040424, 0.0116995, 0.0309276, 0.0771806, 0.2057951, 0.5969698", \
					  "0.0013146, 0.0040003, 0.0115869, 0.0306805, 0.0768887, 0.2045718, 0.5898501", \
					  "0.0012956, 0.0039453, 0.0114522, 0.0304401, 0.0764881, 0.2041743, 0.5909140", \
					  "0.0013026, 0.0039524, 0.0113515, 0.0298719, 0.0763712, 0.2034753, 0.5919138");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0016848, 0.0048422, 0.0117725, 0.0182524, -0.0018941, -0.1147530, -0.5004778", \
					  "0.0016813, 0.0048320, 0.0117492, 0.0182073, -0.0019743, -0.1148473, -0.5006219", \
					  "0.0016717, 0.0048028, 0.0116730, 0.0180645, -0.0022040, -0.1151065, -0.5008649", \
					  "0.0016594, 0.0047671, 0.0115667, 0.0178533, -0.0025135, -0.1154778, -0.5012605", \
					  "0.0016481, 0.0047283, 0.0114702, 0.0176392, -0.0027949, -0.1158634, -0.5016738", \
					  "0.0016636, 0.0047729, 0.0115933, 0.0179132, -0.0026216, -0.1162851, -0.5021245", \
					  "0.0016597, 0.0047542, 0.0115384, 0.0177378, -0.0027605, -0.1160516, -0.5021958");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0012656, 0.0038568, 0.0112345, 0.0300177, 0.0757849, 0.2031884, 0.5943146", \
					  "0.0012556, 0.0038305, 0.0111673, 0.0298684, 0.0755773, 0.2025732, 0.5943016", \
					  "0.0012425, 0.0037890, 0.0110592, 0.0296487, 0.0752144, 0.2025239, 0.5933288", \
					  "0.0012276, 0.0037471, 0.0109495, 0.0294181, 0.0748914, 0.2017302, 0.5934838", \
					  "0.0012042, 0.0036796, 0.0107648, 0.0290458, 0.0743411, 0.2023946, 0.5910348", \
					  "0.0011755, 0.0035949, 0.0105564, 0.0286620, 0.0737551, 0.2008265, 0.5914994", \
					  "0.0011760, 0.0035808, 0.0103798, 0.0279144, 0.0731476, 0.2004823, 0.5905817");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0017574, 0.0050540, 0.0123314, 0.0193681, -0.0001933, -0.1127092, -0.4983605", \
					  "0.0017542, 0.0050435, 0.0123057, 0.0193500, -0.0002335, -0.1127512, -0.4984078", \
					  "0.0017487, 0.0050282, 0.0122632, 0.0192865, -0.0003557, -0.1129079, -0.4985367", \
					  "0.0017368, 0.0049884, 0.0121593, 0.0190741, -0.0006696, -0.1132854, -0.4989424", \
					  "0.0017196, 0.0049434, 0.0120217, 0.0187575, -0.0011135, -0.1137776, -0.4994996", \
					  "0.0017364, 0.0049930, 0.0121590, 0.0190636, -0.0008646, -0.1141385, -0.4998769", \
					  "0.0017346, 0.0049777, 0.0120951, 0.0189082, -0.0010265, -0.1138680, -0.4999366");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0815207, 0.0853432, 0.0955346, 0.1220082, 0.1967862, 0.4246851, 1.1377697", \
					  "0.0863843, 0.0901793, 0.1004052, 0.1269515, 0.2018533, 0.4300986, 1.1411144", \
					  "0.0969757, 0.1008071, 0.1109292, 0.1374135, 0.2123459, 0.4402641, 1.1512101", \
					  "0.1188006, 0.1226092, 0.1327927, 0.1592645, 0.2341966, 0.4621269, 1.1741998", \
					  "0.1558799, 0.1598996, 0.1705896, 0.1977947, 0.2729638, 0.5013392, 1.2127310", \
					  "0.2054083, 0.2101682, 0.2222315, 0.2505525, 0.3260319, 0.5547997, 1.2690646", \
					  "0.2488722, 0.2551717, 0.2708091, 0.3043195, 0.3817612, 0.6101825, 1.3219362");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0192983, 0.0226121, 0.0328002, 0.0642051, 0.1660090, 0.4878175, 1.4965786", \
					  "0.0192456, 0.0226426, 0.0327715, 0.0642903, 0.1653962, 0.4877094, 1.4990046", \
					  "0.0192796, 0.0225551, 0.0328103, 0.0642191, 0.1655440, 0.4884026, 1.4981828", \
					  "0.0195094, 0.0229322, 0.0330323, 0.0644337, 0.1655677, 0.4851612, 1.4957954", \
					  "0.0215995, 0.0250658, 0.0349825, 0.0657913, 0.1655285, 0.4876880, 1.5100325", \
					  "0.0270750, 0.0302707, 0.0398545, 0.0689070, 0.1668832, 0.4864867, 1.4976871", \
					  "0.0397703, 0.0438038, 0.0532577, 0.0797878, 0.1701114, 0.4902883, 1.4896944");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2243699, 0.2285013, 0.2383554, 0.2589698, 0.2999850, 0.3885039, 0.6213417", \
					  "0.2297031, 0.2337759, 0.2436165, 0.2642251, 0.3053234, 0.3936558, 0.6263263", \
					  "0.2442349, 0.2483563, 0.2581885, 0.2785190, 0.3196189, 0.4084095, 0.6413274", \
					  "0.2796162, 0.2836805, 0.2935266, 0.3140964, 0.3551079, 0.4434105, 0.6760453", \
					  "0.3594773, 0.3635562, 0.3734436, 0.3938911, 0.4349043, 0.5233595, 0.7562485", \
					  "0.5416821, 0.5458267, 0.5558253, 0.5766088, 0.6170107, 0.7062310, 0.9392288", \
					  "0.9039690, 0.9091979, 0.9217099, 0.9464001, 0.9925009, 1.0871342, 1.3226741");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0323469, 0.0341384, 0.0392567, 0.0514833, 0.0836239, 0.1728410, 0.4631471", \
					  "0.0320674, 0.0340516, 0.0391444, 0.0517189, 0.0827030, 0.1733426, 0.4651148", \
					  "0.0320324, 0.0340010, 0.0389903, 0.0517868, 0.0829921, 0.1724174, 0.4619131", \
					  "0.0320662, 0.0340810, 0.0391392, 0.0513221, 0.0826903, 0.1733323, 0.4645507", \
					  "0.0320601, 0.0338597, 0.0390810, 0.0514928, 0.0836182, 0.1728283, 0.4618614", \
					  "0.0338807, 0.0357761, 0.0407909, 0.0528944, 0.0852290, 0.1736014, 0.4636622", \
					  "0.0455239, 0.0475748, 0.0527766, 0.0652047, 0.0952644, 0.1827340, 0.4669352");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2312490, 0.2353450, 0.2461982, 0.2736465, 0.3489001, 0.5776927, 1.2896582", \
					  "0.2368564, 0.2409402, 0.2517672, 0.2791992, 0.3545697, 0.5832715, 1.2961606", \
					  "0.2511293, 0.2552218, 0.2660851, 0.2935371, 0.3688443, 0.5973115, 1.3094398", \
					  "0.2861463, 0.2902361, 0.3010703, 0.3285048, 0.4038969, 0.6325417, 1.3439108", \
					  "0.3718641, 0.3759484, 0.3867996, 0.4142929, 0.4897614, 0.7175813, 1.4302375", \
					  "0.5653014, 0.5694163, 0.5803366, 0.6079108, 0.6833971, 0.9114755, 1.6238932", \
					  "0.9282664, 0.9326119, 0.9438454, 0.9719072, 1.0478350, 1.2760538, 1.9899500");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0217434, 0.0252318, 0.0354317, 0.0665617, 0.1661689, 0.4872985, 1.4984313", \
					  "0.0215671, 0.0251601, 0.0353401, 0.0665557, 0.1661708, 0.4864349, 1.4975997", \
					  "0.0217792, 0.0252585, 0.0354581, 0.0665115, 0.1659453, 0.4886450, 1.4954492", \
					  "0.0216313, 0.0251334, 0.0354508, 0.0665384, 0.1661363, 0.4867823, 1.4986540", \
					  "0.0218198, 0.0251280, 0.0354580, 0.0666236, 0.1662782, 0.4884282, 1.5061683", \
					  "0.0222378, 0.0255783, 0.0357666, 0.0668224, 0.1663654, 0.4894207, 1.4950110", \
					  "0.0251777, 0.0284329, 0.0379539, 0.0681035, 0.1671653, 0.4861354, 1.4957955");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1593446, 0.1620241, 0.1687622, 0.1835943, 0.2149222, 0.2919685, 0.5193394", \
					  "0.1639057, 0.1665784, 0.1733153, 0.1881811, 0.2194778, 0.2965349, 0.5239588", \
					  "0.1740800, 0.1766911, 0.1834495, 0.1982076, 0.2296470, 0.3067105, 0.5343480", \
					  "0.1963250, 0.1990057, 0.2056478, 0.2204364, 0.2518905, 0.3289483, 0.5565570", \
					  "0.2355848, 0.2381855, 0.2449373, 0.2596848, 0.2912669, 0.3682735, 0.5959371", \
					  "0.2881218, 0.2907251, 0.2975691, 0.3125632, 0.3441373, 0.4213553, 0.6486561", \
					  "0.3409243, 0.3437437, 0.3507514, 0.3660313, 0.3977331, 0.4751365, 0.7028214");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0175801, 0.0191574, 0.0234639, 0.0342573, 0.0636033, 0.1542726, 0.4532983", \
					  "0.0175976, 0.0191754, 0.0234591, 0.0343660, 0.0635855, 0.1542797, 0.4525084", \
					  "0.0176364, 0.0191909, 0.0234243, 0.0340908, 0.0637043, 0.1538281, 0.4551874", \
					  "0.0176814, 0.0192683, 0.0235257, 0.0341107, 0.0636825, 0.1538798, 0.4550057", \
					  "0.0178466, 0.0194565, 0.0237846, 0.0343693, 0.0639831, 0.1543766, 0.4532230", \
					  "0.0182019, 0.0197248, 0.0239821, 0.0348323, 0.0640824, 0.1537243, 0.4559549", \
					  "0.0193592, 0.0209081, 0.0252197, 0.0360044, 0.0650510, 0.1547981, 0.4558570");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0813205, 0.0852948, 0.0958585, 0.1229267, 0.1980456, 0.4263879, 1.1366199", \
					  "0.0863861, 0.0903602, 0.1009338, 0.1280035, 0.2031029, 0.4315275, 1.1417773", \
					  "0.0962673, 0.1002173, 0.1108056, 0.1378451, 0.2130296, 0.4415869, 1.1512724", \
					  "0.1161890, 0.1201193, 0.1306818, 0.1577705, 0.2329222, 0.4617325, 1.1721826", \
					  "0.1493877, 0.1537223, 0.1647675, 0.1924760, 0.2680050, 0.4970127, 1.2079331", \
					  "0.1932784, 0.1983454, 0.2109078, 0.2400493, 0.3161980, 0.5448016, 1.2566108", \
					  "0.2275501, 0.2343335, 0.2505857, 0.2862853, 0.3647975, 0.5941873, 1.3047002");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0202585, 0.0235958, 0.0339313, 0.0652131, 0.1660595, 0.4879929, 1.4975927", \
					  "0.0200526, 0.0235747, 0.0339380, 0.0652152, 0.1662290, 0.4879309, 1.4973687", \
					  "0.0202752, 0.0236730, 0.0339968, 0.0652564, 0.1661873, 0.4882583, 1.5001602", \
					  "0.0204830, 0.0240542, 0.0344143, 0.0654547, 0.1661662, 0.4881569, 1.4997330", \
					  "0.0227540, 0.0259603, 0.0364357, 0.0668448, 0.1662734, 0.4863676, 1.5029648", \
					  "0.0290132, 0.0324060, 0.0421017, 0.0709143, 0.1682454, 0.4853859, 1.4914252", \
					  "0.0433236, 0.0470832, 0.0567175, 0.0832964, 0.1719721, 0.4893098, 1.4849156");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2022559, 0.2062669, 0.2160361, 0.2366519, 0.2776847, 0.3664781, 0.5992230", \
					  "0.2063040, 0.2104380, 0.2203049, 0.2409302, 0.2817656, 0.3700524, 0.6029429", \
					  "0.2184714, 0.2225249, 0.2323553, 0.2529754, 0.2939120, 0.3823622, 0.6151085", \
					  "0.2492531, 0.2532845, 0.2631164, 0.2837032, 0.3241951, 0.4132959, 0.6460940", \
					  "0.3287490, 0.3328315, 0.3426802, 0.3632531, 0.4040882, 0.4929210, 0.7255767", \
					  "0.5082734, 0.5126894, 0.5232453, 0.5445678, 0.5858461, 0.6752306, 0.9083189", \
					  "0.8486512, 0.8550264, 0.8698901, 0.8986994, 0.9493433, 1.0457717, 1.2816779");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0320104, 0.0340174, 0.0393829, 0.0515079, 0.0838067, 0.1721268, 0.4638191", \
					  "0.0322048, 0.0339861, 0.0390629, 0.0513374, 0.0830167, 0.1729142, 0.4625700", \
					  "0.0320204, 0.0339795, 0.0390635, 0.0513503, 0.0828096, 0.1733485, 0.4653595", \
					  "0.0320400, 0.0340143, 0.0391384, 0.0517337, 0.0836242, 0.1731492, 0.4610394", \
					  "0.0320250, 0.0340559, 0.0391540, 0.0515172, 0.0830705, 0.1728406, 0.4636451", \
					  "0.0367986, 0.0386737, 0.0429004, 0.0542529, 0.0850488, 0.1739392, 0.4618095", \
					  "0.0576774, 0.0601103, 0.0653301, 0.0783482, 0.1059320, 0.1873501, 0.4687132");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2301807, 0.2340955, 0.2445450, 0.2713651, 0.3463218, 0.5750351, 1.2870893", \
					  "0.2357847, 0.2397140, 0.2501856, 0.2770342, 0.3520566, 0.5803495, 1.2919530", \
					  "0.2497552, 0.2536727, 0.2641159, 0.2909369, 0.3659493, 0.5946240, 1.3066759", \
					  "0.2854716, 0.2894023, 0.2998752, 0.3267135, 0.4017298, 0.6300153, 1.3416693", \
					  "0.3693708, 0.3733061, 0.3837764, 0.4106331, 0.4857744, 0.7142854, 1.4260504", \
					  "0.5576818, 0.5616398, 0.5722037, 0.5991910, 0.6744113, 0.9031297, 1.6151819", \
					  "0.9117410, 0.9160311, 0.9269855, 0.9544475, 1.0300422, 1.2586628, 1.9709443");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0206512, 0.0241145, 0.0341793, 0.0653423, 0.1657415, 0.4881958, 1.4957355", \
					  "0.0208046, 0.0241756, 0.0342263, 0.0653334, 0.1653845, 0.4851913, 1.4983915", \
					  "0.0206470, 0.0241197, 0.0341703, 0.0653566, 0.1657342, 0.4882072, 1.4942824", \
					  "0.0208109, 0.0241793, 0.0342368, 0.0653137, 0.1653841, 0.4849920, 1.4975055", \
					  "0.0208490, 0.0240936, 0.0342640, 0.0653399, 0.1652367, 0.4862205, 1.4885458", \
					  "0.0213817, 0.0247917, 0.0347586, 0.0657119, 0.1658666, 0.4883237, 1.4949380", \
					  "0.0247763, 0.0279261, 0.0371270, 0.0670203, 0.1667705, 0.4851108, 1.4950340");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1536851, 0.1563517, 0.1631219, 0.1778972, 0.2092305, 0.2862603, 0.5135561", \
					  "0.1577936, 0.1604649, 0.1672110, 0.1818808, 0.2133632, 0.2903830, 0.5175974", \
					  "0.1676681, 0.1702765, 0.1770328, 0.1917796, 0.2232294, 0.3002739, 0.5278233", \
					  "0.1905584, 0.1931851, 0.1998833, 0.2146683, 0.2461097, 0.3231783, 0.5508496", \
					  "0.2272950, 0.2299831, 0.2367259, 0.2512510, 0.2828294, 0.3599666, 0.5877426", \
					  "0.2728140, 0.2755312, 0.2823147, 0.2970758, 0.3287999, 0.4059376, 0.6330850", \
					  "0.3125122, 0.3153329, 0.3223857, 0.3377637, 0.3694131, 0.4470401, 0.6743222");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0175421, 0.0191306, 0.0233587, 0.0342048, 0.0636252, 0.1542251, 0.4542799", \
					  "0.0175432, 0.0191345, 0.0233771, 0.0342087, 0.0636294, 0.1541353, 0.4551102", \
					  "0.0176387, 0.0191932, 0.0234248, 0.0341131, 0.0636703, 0.1539723, 0.4544758", \
					  "0.0176823, 0.0193230, 0.0235344, 0.0341179, 0.0637122, 0.1536997, 0.4556482", \
					  "0.0177856, 0.0193426, 0.0235562, 0.0343620, 0.0636638, 0.1538136, 0.4561192", \
					  "0.0181789, 0.0197630, 0.0239767, 0.0351536, 0.0638545, 0.1543620, 0.4539840", \
					  "0.0197155, 0.0213124, 0.0255160, 0.0361197, 0.0649783, 0.1540989, 0.4550977");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008281;
			capacitance : 0.008658;
			rise_capacitance : 0.009035;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007537;
			capacitance : 0.007585;
			rise_capacitance : 0.007632;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_inv_1") {
		area : 3.753600;
		cell_footprint : "inv";
		cell_leakage_power : 1.947585e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003805";
			when : "A";
		}
		leakage_power () {
			value : "9.0462839e-06";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.163889;
			max_transition : 1.489329;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0053433, 0.0064318, 0.0091602, 0.0159915, 0.0339343, 0.0808615, 0.2026032", \
					  "0.0052057, 0.0062527, 0.0089890, 0.0159005, 0.0337924, 0.0805970, 0.2022170", \
					  "0.0051423, 0.0061735, 0.0087373, 0.0157102, 0.0336051, 0.0798699, 0.2023957", \
					  "0.0050759, 0.0060761, 0.0087217, 0.0155950, 0.0334856, 0.0803919, 0.2015303", \
					  "0.0051117, 0.0060873, 0.0086858, 0.0154755, 0.0332087, 0.0799082, 0.2003133", \
					  "0.0050526, 0.0060088, 0.0085487, 0.0154734, 0.0331601, 0.0796946, 0.2009503", \
					  "0.0057822, 0.0065847, 0.0090400, 0.0164306, 0.0335277, 0.0797400, 0.2019491");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("-0.0013176, -0.0022256, -0.0047422, -0.0114940, -0.0293755, -0.0763900, -0.1998621", \
					  "-0.0014897, -0.0023736, -0.0048237, -0.0115398, -0.0294025, -0.0763957, -0.1998622", \
					  "-0.0016598, -0.0025644, -0.0049996, -0.0116415, -0.0294416, -0.0764193, -0.1998527", \
					  "-0.0016954, -0.0026238, -0.0051264, -0.0118151, -0.0295572, -0.0764602, -0.1998806", \
					  "-0.0017230, -0.0026865, -0.0052322, -0.0119112, -0.0296649, -0.0765176, -0.1999178", \
					  "-0.0015326, -0.0025576, -0.0051319, -0.0118660, -0.0297001, -0.0766218, -0.1999539", \
					  "-0.0011225, -0.0021595, -0.0048695, -0.0118043, -0.0296950, -0.0764567, -0.1999659");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
					values("0.0214525, 0.0271369, 0.0414859, 0.0777615, 0.1714696, 0.4146922, 1.0555773", \
					  "0.0273184, 0.0328140, 0.0470406, 0.0832431, 0.1769358, 0.4214364, 1.0625066", \
					  "0.0416252, 0.0474269, 0.0608127, 0.0970771, 0.1903817, 0.4348337, 1.0805941", \
					  "0.0662931, 0.0760513, 0.0951174, 0.1312749, 0.2232876, 0.4671912, 1.1138430", \
					  "0.1071561, 0.1235002, 0.1547926, 0.2092455, 0.3009189, 0.5439414, 1.1815383", \
					  "0.1748304, 0.2022239, 0.2543929, 0.3432465, 0.4846637, 0.7300351, 1.3536788", \
					  "0.2915523, 0.3348826, 0.4207386, 0.5681062, 0.7981483, 1.1506088, 1.7864200");
				}
				rise_transition ("del_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("0.0153033, 0.0227385, 0.0421832, 0.0917692, 0.2274673, 0.5721076, 1.4769240", \
					  "0.0152962, 0.0226602, 0.0421711, 0.0923607, 0.2275501, 0.5785111, 1.4787397", \
					  "0.0196031, 0.0250793, 0.0421627, 0.0931894, 0.2240332, 0.5696340, 1.4857370", \
					  "0.0335528, 0.0395608, 0.0522661, 0.0943772, 0.2252931, 0.5732737, 1.4885233", \
					  "0.0589339, 0.0682442, 0.0859189, 0.1210548, 0.2298706, 0.5722079, 1.4751309", \
					  "0.1053484, 0.1201089, 0.1486044, 0.1991513, 0.2872305, 0.5788244, 1.4778856", \
					  "0.1863346, 0.2123531, 0.2622788, 0.3449831, 0.4762641, 0.7077686, 1.4893288");
				}
				cell_fall ("del_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("0.0122253, 0.0147287, 0.0209039, 0.0368292, 0.0782859, 0.1873812, 0.4735837", \
					  "0.0165321, 0.0195124, 0.0258041, 0.0421535, 0.0833972, 0.1920687, 0.4778200", \
					  "0.0226228, 0.0273207, 0.0363611, 0.0533548, 0.0950120, 0.2030903, 0.4886389", \
					  "0.0304911, 0.0376367, 0.0515606, 0.0771851, 0.1206429, 0.2295439, 0.5143599", \
					  "0.0377361, 0.0491966, 0.0716527, 0.1112485, 0.1772767, 0.2920381, 0.5779089", \
					  "0.0350800, 0.0539439, 0.0909307, 0.1538285, 0.2558673, 0.4254900, 0.7211816", \
					  "0.0010344, 0.0328818, 0.0947951, 0.1986785, 0.3631657, 0.6219971, 1.0409303");
				}
				fall_transition ("del_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("0.0064699, 0.0094891, 0.0174603, 0.0386317, 0.0939434, 0.2382303, 0.6165736", \
					  "0.0084850, 0.0107120, 0.0178572, 0.0383925, 0.0932869, 0.2375360, 0.6155638", \
					  "0.0139737, 0.0169286, 0.0230564, 0.0401437, 0.0940273, 0.2374213, 0.6165766", \
					  "0.0236876, 0.0281148, 0.0377522, 0.0545035, 0.0980602, 0.2376515, 0.6164764", \
					  "0.0420546, 0.0489658, 0.0626540, 0.0878858, 0.1324294, 0.2466511, 0.6162252", \
					  "0.0790344, 0.0884905, 0.1085823, 0.1477152, 0.2120729, 0.3214033, 0.6378656", \
					  "0.1438137, 0.1611334, 0.1945045, 0.2529275, 0.3459910, 0.5109704, 0.7938831");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002059;
			capacitance : 0.002144;
			rise_capacitance : 0.002229;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_inv_12") {
		area : 16.265600;
		cell_footprint : "inv";
		cell_leakage_power : 2.268007e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0043143";
			when : "A";
		}
		leakage_power () {
			value : "0.0002217";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 1.223154;
			max_transition : 1.511718;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001835363, 0.006737112, 0.02473009, 0.09077735, 0.3332187, 1.223154");
					values("0.0509191, 0.0530258, 0.0603112, 0.0847053, 0.1662656, 0.4591292, 1.5328129", \
					  "0.0497920, 0.0516977, 0.0585574, 0.0823601, 0.1645319, 0.4586755, 1.5238100", \
					  "0.0492436, 0.0510148, 0.0574167, 0.0804469, 0.1631891, 0.4574693, 1.5289127", \
					  "0.0489956, 0.0507133, 0.0568592, 0.0793395, 0.1607309, 0.4587108, 1.5347004", \
					  "0.0491344, 0.0506362, 0.0566484, 0.0787707, 0.1587702, 0.4514888, 1.5195333", \
					  "0.0501623, 0.0517493, 0.0574165, 0.0790500, 0.1583811, 0.4499937, 1.5211674", \
					  "0.0512209, 0.0527111, 0.0582861, 0.0795958, 0.1579337, 0.4515324, 1.5157669");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001835363, 0.006737112, 0.02473009, 0.09077735, 0.3332187, 1.223154");
					values("-0.0139039, -0.0152133, -0.0202448, -0.0407625, -0.1203186, -0.4150083, -1.4978484", \
					  "-0.0157474, -0.0170383, -0.0219580, -0.0418597, -0.1207280, -0.4151118, -1.4978477", \
					  "-0.0174826, -0.0188187, -0.0238761, -0.0437070, -0.1216193, -0.4154317, -1.4979451", \
					  "-0.0188130, -0.0201808, -0.0254930, -0.0456539, -0.1232010, -0.4160150, -1.4981042", \
					  "-0.0178573, -0.0198424, -0.0250710, -0.0464484, -0.1244630, -0.4170916, -1.4984590", \
					  "-0.0176997, -0.0193612, -0.0253196, -0.0463314, -0.1256421, -0.4187309, -1.4992511", \
					  "-0.0128299, -0.0148475, -0.0228647, -0.0454328, -0.1260735, -0.4188276, -1.5002693");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00183536, 0.00673711, 0.0247301, 0.0907773, 0.333219, 1.22315");
					values("0.0239411, 0.0254386, 0.0305749, 0.0479373, 0.1062020, 0.3152937, 1.0761085", \
					  "0.0300397, 0.0313910, 0.0362521, 0.0531112, 0.1115880, 0.3215727, 1.0816782", \
					  "0.0456513, 0.0469836, 0.0516083, 0.0678856, 0.1257649, 0.3361415, 1.0969500", \
					  "0.0745833, 0.0769476, 0.0843574, 0.1043889, 0.1616228, 0.3703876, 1.1365819", \
					  "0.1256746, 0.1296057, 0.1421568, 0.1752073, 0.2462297, 0.4540136, 1.2152296", \
					  "0.2186075, 0.2252339, 0.2461647, 0.3028538, 0.4191359, 0.6487313, 1.3974684", \
					  "0.3938717, 0.4049278, 0.4396792, 0.5331825, 0.7310765, 1.0862895, 1.8608686");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00183536, 0.00673711, 0.0247301, 0.0907773, 0.333219, 1.22315");
					values("0.0140102, 0.0155837, 0.0214887, 0.0432634, 0.1225375, 0.4149429, 1.4985627", \
					  "0.0139940, 0.0155530, 0.0215773, 0.0432678, 0.1229396, 0.4143655, 1.4895958", \
					  "0.0167075, 0.0178648, 0.0226301, 0.0433366, 0.1241747, 0.4147430, 1.4899091", \
					  "0.0291828, 0.0306816, 0.0354578, 0.0498662, 0.1239998, 0.4189516, 1.5117176", \
					  "0.0522864, 0.0539685, 0.0613623, 0.0803972, 0.1366995, 0.4161523, 1.4891298", \
					  "0.0963017, 0.1002992, 0.1103385, 0.1404213, 0.2069918, 0.4310209, 1.4965339", \
					  "0.1793475, 0.1854994, 0.2035660, 0.2513174, 0.3562560, 0.5662851, 1.4992579");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00183536, 0.00673711, 0.0247301, 0.0907773, 0.333219, 1.22315");
					values("0.0116840, 0.0121565, 0.0137891, 0.0191379, 0.0375168, 0.1041152, 0.3465666", \
					  "0.0150173, 0.0156711, 0.0177927, 0.0235138, 0.0419311, 0.1084369, 0.3508346", \
					  "0.0184808, 0.0194787, 0.0227603, 0.0318537, 0.0526961, 0.1185976, 0.3614052", \
					  "0.0205800, 0.0222161, 0.0273327, 0.0413070, 0.0736237, 0.1440611, 0.3861355", \
					  "0.0154640, 0.0182445, 0.0265664, 0.0495290, 0.0995794, 0.1996756, 0.4441190", \
					  "-0.0137048, -0.0091794, 0.0056604, 0.0429944, 0.1244921, 0.2794570, 0.5781450", \
					  "-0.1126043, -0.1046844, -0.0799759, -0.0133145, 0.1215287, 0.3684858, 0.8286456");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00183536, 0.00673711, 0.0247301, 0.0907773, 0.333219, 1.22315");
					values("0.0047688, 0.0052415, 0.0070224, 0.0137281, 0.0387505, 0.1296309, 0.4618275", \
					  "0.0069510, 0.0074148, 0.0087471, 0.0143641, 0.0385187, 0.1297241, 0.4630516", \
					  "0.0112418, 0.0118668, 0.0140833, 0.0206573, 0.0404389, 0.1291486, 0.4622223", \
					  "0.0196522, 0.0206420, 0.0239649, 0.0331122, 0.0560033, 0.1317272, 0.4623319", \
					  "0.0359704, 0.0373323, 0.0421617, 0.0553874, 0.0878861, 0.1603954, 0.4625298", \
					  "0.0672632, 0.0699924, 0.0777506, 0.0989645, 0.1454524, 0.2461421, 0.5016521", \
					  "0.1293438, 0.1340828, 0.1467827, 0.1798424, 0.2521136, 0.3948417, 0.6978343");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.022918;
			capacitance : 0.024161;
			rise_capacitance : 0.025404;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_inv_16") {
		area : 20.019200;
		cell_footprint : "inv";
		cell_leakage_power : 3.027200e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0057518";
			when : "A";
		}
		leakage_power () {
			value : "0.0003026";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 1.486826;
			max_transition : 1.499601;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001896058, 0.007190075, 0.0272656, 0.1033943, 0.3920834, 1.486826");
					values("0.0661653, 0.0683847, 0.0764126, 0.1036844, 0.1980508, 0.5456013, 1.8597162", \
					  "0.0646445, 0.0666558, 0.0740910, 0.1010145, 0.1961858, 0.5447607, 1.8593738", \
					  "0.0637556, 0.0656448, 0.0726449, 0.0987223, 0.1941816, 0.5438630, 1.8605742", \
					  "0.0632759, 0.0650768, 0.0731024, 0.0972266, 0.1913173, 0.5430862, 1.8599378", \
					  "0.0646189, 0.0662655, 0.0727212, 0.0964960, 0.1889410, 0.5383496, 1.8562840", \
					  "0.0647425, 0.0664958, 0.0726754, 0.1004542, 0.1917546, 0.5385150, 1.8529895", \
					  "0.0664419, 0.0679114, 0.0738648, 0.0971520, 0.1870585, 0.5367750, 1.8480141");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001896058, 0.007190075, 0.0272656, 0.1033943, 0.3920834, 1.486826");
					values("-0.0190126, -0.0203415, -0.0257343, -0.0485942, -0.1402888, -0.4912714, -1.8232499", \
					  "-0.0213605, -0.0226923, -0.0279063, -0.0500733, -0.1409070, -0.4915231, -1.8234372", \
					  "-0.0235349, -0.0249680, -0.0304471, -0.0523093, -0.1420014, -0.4919320, -1.8235960", \
					  "-0.0251996, -0.0267441, -0.0325822, -0.0550331, -0.1438961, -0.4926080, -1.8237766", \
					  "-0.0245632, -0.0261860, -0.0323223, -0.0556172, -0.1459410, -0.4939026, -1.8241964", \
					  "-0.0230684, -0.0248679, -0.0314594, -0.0556119, -0.1467118, -0.4955844, -1.8249770", \
					  "-0.0185584, -0.0204850, -0.0285015, -0.0540009, -0.1448179, -0.4967614, -1.8265383");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00189606, 0.00719007, 0.0272656, 0.103394, 0.392083, 1.48683");
					values("0.0260299, 0.0273396, 0.0320293, 0.0478222, 0.1029447, 0.3010319, 1.0542558", \
					  "0.0317169, 0.0329116, 0.0373102, 0.0528553, 0.1073572, 0.3071178, 1.0620221", \
					  "0.0470187, 0.0482117, 0.0524429, 0.0674348, 0.1218218, 0.3226091, 1.0792193", \
					  "0.0757521, 0.0777879, 0.0842284, 0.1034544, 0.1570418, 0.3584197, 1.1208537", \
					  "0.1265723, 0.1299377, 0.1409947, 0.1719783, 0.2410874, 0.4380501, 1.1901006", \
					  "0.2193138, 0.2250387, 0.2436275, 0.2942685, 0.4075376, 0.6326352, 1.3833465", \
					  "0.3966111, 0.4055196, 0.4362812, 0.5210374, 0.7091752, 1.0633674, 1.8325682");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00189606, 0.00719007, 0.0272656, 0.103394, 0.392083, 1.48683");
					values("0.0146579, 0.0159842, 0.0212149, 0.0412099, 0.1173528, 0.4051784, 1.4930067", \
					  "0.0147401, 0.0160664, 0.0212456, 0.0412036, 0.1169598, 0.4046679, 1.4969554", \
					  "0.0171546, 0.0182036, 0.0224522, 0.0412928, 0.1174565, 0.4048278, 1.4965373", \
					  "0.0297672, 0.0310375, 0.0354447, 0.0485125, 0.1171661, 0.4065528, 1.4979723", \
					  "0.0522569, 0.0540742, 0.0604668, 0.0786213, 0.1323793, 0.4047110, 1.4954727", \
					  "0.0949101, 0.0985876, 0.1080265, 0.1378034, 0.2043076, 0.4224773, 1.4984932", \
					  "0.1747242, 0.1780675, 0.1956250, 0.2422796, 0.3456538, 0.5641717, 1.4996014");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00189606, 0.00719007, 0.0272656, 0.103394, 0.392083, 1.48683");
					values("0.0132489, 0.0137157, 0.0153512, 0.0206741, 0.0386362, 0.1054200, 0.3587348", \
					  "0.0166168, 0.0172113, 0.0191613, 0.0247965, 0.0428728, 0.1095934, 0.3622757", \
					  "0.0202657, 0.0211113, 0.0241193, 0.0327334, 0.0534060, 0.1200348, 0.3725210", \
					  "0.0224568, 0.0238346, 0.0284878, 0.0418772, 0.0732641, 0.1448373, 0.3970990", \
					  "0.0172471, 0.0195092, 0.0271276, 0.0485793, 0.0972683, 0.1986004, 0.4528947", \
					  "-0.0130341, -0.0090039, 0.0041471, 0.0400550, 0.1191763, 0.2741102, 0.5848370", \
					  "-0.1129924, -0.1063271, -0.0835154, -0.0229468, 0.1088981, 0.3592619, 0.8308425");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00189606, 0.00719007, 0.0272656, 0.103394, 0.392083, 1.48683");
					values("0.0056721, 0.0061000, 0.0077596, 0.0143707, 0.0403264, 0.1392610, 0.5151654", \
					  "0.0074528, 0.0078119, 0.0091748, 0.0150337, 0.0403632, 0.1394066, 0.5159165", \
					  "0.0116598, 0.0122695, 0.0142845, 0.0209354, 0.0423933, 0.1394728, 0.5156823", \
					  "0.0202022, 0.0209873, 0.0238167, 0.0324653, 0.0566266, 0.1414346, 0.5146036", \
					  "0.0362159, 0.0375023, 0.0419240, 0.0547712, 0.0873054, 0.1694709, 0.5145874", \
					  "0.0685120, 0.0704525, 0.0773343, 0.0965099, 0.1440936, 0.2496518, 0.5539230", \
					  "0.1291404, 0.1329844, 0.1445278, 0.1767295, 0.2471380, 0.3932951, 0.7355529");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.029559;
			capacitance : 0.031154;
			rise_capacitance : 0.032748;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_inv_2") {
		area : 3.753600;
		cell_footprint : "inv";
		cell_leakage_power : 3.750403e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007295";
			when : "A";
		}
		leakage_power () {
			value : "2.0594803e-05";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.295725;
			max_transition : 1.499708;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001448626, 0.004197037, 0.01215988, 0.03523024, 0.1020709, 0.2957252");
					values("0.0088980, 0.0102236, 0.0138819, 0.0238470, 0.0517159, 0.1326554, 0.3659186", \
					  "0.0087152, 0.0099773, 0.0135033, 0.0234024, 0.0515884, 0.1319548, 0.3656129", \
					  "0.0086348, 0.0098556, 0.0133020, 0.0232042, 0.0510536, 0.1315217, 0.3636246", \
					  "0.0085619, 0.0097390, 0.0131469, 0.0229490, 0.0509231, 0.1311575, 0.3651563", \
					  "0.0086461, 0.0097989, 0.0130992, 0.0227124, 0.0506075, 0.1296694, 0.3644663", \
					  "0.0085595, 0.0096650, 0.0129164, 0.0227824, 0.0507336, 0.1316590, 0.3660545", \
					  "0.0095781, 0.0106108, 0.0137194, 0.0230201, 0.0508103, 0.1306753, 0.3636247");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001448626, 0.004197037, 0.01215988, 0.03523024, 0.1020709, 0.2957252");
					values("-0.0031680, -0.0041499, -0.0072574, -0.0167914, -0.0447835, -0.1261015, -0.3617232", \
					  "-0.0034793, -0.0044493, -0.0075014, -0.0168927, -0.0448443, -0.1261214, -0.3617458", \
					  "-0.0037575, -0.0047721, -0.0078445, -0.0171293, -0.0449389, -0.1261452, -0.3617560", \
					  "-0.0037879, -0.0047980, -0.0079978, -0.0174757, -0.0451094, -0.1262339, -0.3617756", \
					  "-0.0037370, -0.0049311, -0.0081921, -0.0176137, -0.0454089, -0.1263818, -0.3618390", \
					  "-0.0034842, -0.0046249, -0.0080587, -0.0176688, -0.0455619, -0.1266324, -0.3619557", \
					  "-0.0023333, -0.0040633, -0.0074653, -0.0174271, -0.0454745, -0.1265724, -0.3620796");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00144863, 0.00419704, 0.0121599, 0.0352302, 0.102071, 0.295725");
					values("0.0186789, 0.0225602, 0.0331971, 0.0625320, 0.1449222, 0.3819557, 1.0665426", \
					  "0.0248885, 0.0285598, 0.0387870, 0.0677981, 0.1495216, 0.3858633, 1.0660945", \
					  "0.0389109, 0.0436027, 0.0537988, 0.0825735, 0.1636119, 0.3994068, 1.0812083", \
					  "0.0626387, 0.0702480, 0.0866487, 0.1175387, 0.1976193, 0.4347800, 1.1207445", \
					  "0.1030034, 0.1160226, 0.1434846, 0.1929893, 0.2806014, 0.5112057, 1.1949935", \
					  "0.1728273, 0.1946064, 0.2407459, 0.3242993, 0.4610412, 0.7041327, 1.3823124", \
					  "0.3014579, 0.3357619, 0.4108607, 0.5498471, 0.7787349, 1.1342207, 1.8213635");
				}
				rise_transition ("del_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("0.0108653, 0.0156974, 0.0297268, 0.0704681, 0.1843637, 0.5193098, 1.4997080", \
					  "0.0109397, 0.0156139, 0.0294252, 0.0693376, 0.1851155, 0.5198603, 1.4890416", \
					  "0.0164283, 0.0193356, 0.0304835, 0.0699715, 0.1844224, 0.5222255, 1.4889481", \
					  "0.0284043, 0.0329787, 0.0429190, 0.0732563, 0.1867111, 0.5188854, 1.4954775", \
					  "0.0509013, 0.0584058, 0.0734892, 0.1028575, 0.1926229, 0.5185328, 1.4958375", \
					  "0.0933350, 0.1045533, 0.1289713, 0.1750274, 0.2577895, 0.5304189, 1.4947023", \
					  "0.1686132, 0.1893993, 0.2330430, 0.3064693, 0.4303105, 0.6534375, 1.4989205");
				}
				cell_fall ("del_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("0.0103298, 0.0118028, 0.0158356, 0.0269080, 0.0583694, 0.1495969, 0.4141437", \
					  "0.0137024, 0.0158414, 0.0204878, 0.0315813, 0.0632903, 0.1541092, 0.4184197", \
					  "0.0177883, 0.0210943, 0.0285577, 0.0429013, 0.0744870, 0.1653445, 0.4297866", \
					  "0.0218738, 0.0269367, 0.0387702, 0.0610842, 0.1009823, 0.1915614, 0.4556973", \
					  "0.0218890, 0.0305768, 0.0496516, 0.0846896, 0.1459905, 0.2529042, 0.5183756", \
					  "0.0050203, 0.0204459, 0.0515663, 0.1095248, 0.2060396, 0.3685086, 0.6559975", \
					  "-0.0603034, -0.0341497, 0.0207714, 0.1156981, 0.2723491, 0.5277317, 0.9507066");
				}
				fall_transition ("del_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("0.0041961, 0.0058382, 0.0107912, 0.0253771, 0.0673290, 0.1874337, 0.5368067", \
					  "0.0066063, 0.0080593, 0.0118884, 0.0252144, 0.0670322, 0.1872872, 0.5395295", \
					  "0.0110348, 0.0132902, 0.0182190, 0.0290054, 0.0672385, 0.1885185, 0.5395043", \
					  "0.0193439, 0.0231714, 0.0299741, 0.0445801, 0.0758936, 0.1900184, 0.5390353", \
					  "0.0357099, 0.0407651, 0.0516381, 0.0728511, 0.1149729, 0.2047329, 0.5373679", \
					  "0.0679817, 0.0757770, 0.0919748, 0.1244969, 0.1823154, 0.2923961, 0.5628450", \
					  "0.1280561, 0.1417658, 0.1711901, 0.2197806, 0.3070333, 0.4634962, 0.7401713");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003966;
			capacitance : 0.004146;
			rise_capacitance : 0.004327;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_inv_4") {
		area : 6.256000;
		cell_footprint : "inv";
		cell_leakage_power : 7.483711e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014446";
			when : "A";
		}
		leakage_power () {
			value : "5.2124141e-05";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.493479;
			max_transition : 1.507346;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001577683, 0.004978168, 0.01570794, 0.04956432, 0.1563936, 0.4934791");
					values("0.0176367, 0.0192292, 0.0239711, 0.0376093, 0.0791684, 0.2067276, 0.6151351", \
					  "0.0172595, 0.0187548, 0.0233061, 0.0368774, 0.0785731, 0.2073468, 0.6156235", \
					  "0.0169754, 0.0183813, 0.0227297, 0.0363798, 0.0783547, 0.2061884, 0.6101590", \
					  "0.0168917, 0.0182547, 0.0224918, 0.0357382, 0.0760843, 0.2075650, 0.6147864", \
					  "0.0175349, 0.0188218, 0.0229944, 0.0358305, 0.0769209, 0.2051218, 0.6126214", \
					  "0.0168621, 0.0180047, 0.0224219, 0.0361836, 0.0768780, 0.2057190, 0.6094056", \
					  "0.0183503, 0.0195740, 0.0233062, 0.0359117, 0.0775863, 0.2055224, 0.6109375");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001577683, 0.004978168, 0.01570794, 0.04956432, 0.1563936, 0.4934791");
					values("-0.0053661, -0.0064429, -0.0101286, -0.0227810, -0.0638073, -0.1937377, -0.6038488", \
					  "-0.0060210, -0.0070786, -0.0107054, -0.0230929, -0.0639009, -0.1937693, -0.6038944", \
					  "-0.0066508, -0.0077514, -0.0113687, -0.0236084, -0.0641494, -0.1938559, -0.6039142", \
					  "-0.0066688, -0.0078895, -0.0116679, -0.0243597, -0.0645598, -0.1940564, -0.6039777", \
					  "-0.0068374, -0.0081021, -0.0120646, -0.0246641, -0.0652190, -0.1943953, -0.6041552", \
					  "-0.0065001, -0.0078497, -0.0117561, -0.0246041, -0.0656185, -0.1948263, -0.6043356", \
					  "-0.0051518, -0.0066208, -0.0109301, -0.0243152, -0.0654058, -0.1946768, -0.6045657");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00157768, 0.00497817, 0.0157079, 0.0495643, 0.156394, 0.493479");
					values("0.0204220, 0.0232310, 0.0314817, 0.0555001, 0.1280838, 0.3528738, 1.0681216", \
					  "0.0266946, 0.0292934, 0.0372075, 0.0613628, 0.1333201, 0.3609074, 1.0777030", \
					  "0.0414199, 0.0444182, 0.0519401, 0.0754640, 0.1479667, 0.3725592, 1.0809823", \
					  "0.0672769, 0.0724330, 0.0848949, 0.1112474, 0.1809154, 0.4077235, 1.1203160", \
					  "0.1123133, 0.1206251, 0.1413814, 0.1849420, 0.2655986, 0.4917517, 1.2007882", \
					  "0.1913243, 0.2073654, 0.2425707, 0.3137278, 0.4431805, 0.6807904, 1.3859230", \
					  "0.3422622, 0.3654577, 0.4229921, 0.5418737, 0.7598686, 1.1176615, 1.8279861");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157768, 0.00497817, 0.0157079, 0.0495643, 0.156394, 0.493479");
					values("0.0122129, 0.0154649, 0.0256065, 0.0578500, 0.1586411, 0.4767812, 1.5033421", \
					  "0.0121640, 0.0154181, 0.0257392, 0.0577469, 0.1585159, 0.4769953, 1.5073456", \
					  "0.0167259, 0.0186821, 0.0268161, 0.0580428, 0.1594895, 0.4773397, 1.4807632", \
					  "0.0287671, 0.0318189, 0.0395744, 0.0625432, 0.1592804, 0.4828495, 1.5022044", \
					  "0.0517930, 0.0564442, 0.0682881, 0.0938254, 0.1681523, 0.4776467, 1.4937911", \
					  "0.0970737, 0.1009349, 0.1199777, 0.1608206, 0.2356738, 0.4907965, 1.4831766", \
					  "0.1727031, 0.1831014, 0.2157614, 0.2830242, 0.4002808, 0.6271962, 1.4994476");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157768, 0.00497817, 0.0157079, 0.0495643, 0.156394, 0.493479");
					values("0.0103972, 0.0113677, 0.0141928, 0.0223729, 0.0474857, 0.1268425, 0.3747093", \
					  "0.0136862, 0.0150726, 0.0185895, 0.0270660, 0.0522439, 0.1309370, 0.3787458", \
					  "0.0174016, 0.0195427, 0.0250108, 0.0373110, 0.0633059, 0.1424218, 0.3928735", \
					  "0.0204500, 0.0238622, 0.0324747, 0.0515027, 0.0877885, 0.1675930, 0.4150873", \
					  "0.0179373, 0.0236663, 0.0378881, 0.0677565, 0.1244956, 0.2271441, 0.4738044", \
					  "-0.0041120, 0.0054080, 0.0286566, 0.0788204, 0.1683062, 0.3262554, 0.6120457", \
					  "-0.0853592, -0.0683950, -0.0276065, 0.0571460, 0.2033598, 0.4525435, 0.8840267");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157768, 0.00497817, 0.0157079, 0.0495643, 0.156394, 0.493479");
					values("0.0042477, 0.0052852, 0.0086616, 0.0194091, 0.0534147, 0.1611607, 0.4980136", \
					  "0.0066832, 0.0076860, 0.0101893, 0.0196467, 0.0536167, 0.1602476, 0.4979789", \
					  "0.0109997, 0.0124063, 0.0162011, 0.0248628, 0.0543819, 0.1601707, 0.5032305", \
					  "0.0193567, 0.0213406, 0.0268302, 0.0392777, 0.0658362, 0.1626771, 0.4955820", \
					  "0.0354526, 0.0386989, 0.0467261, 0.0647733, 0.1021829, 0.1820419, 0.4985630", \
					  "0.0663471, 0.0720840, 0.0869118, 0.1125929, 0.1674541, 0.2693079, 0.5324199", \
					  "0.1278046, 0.1364713, 0.1579941, 0.2012029, 0.2814650, 0.4319493, 0.7181667");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007955;
			capacitance : 0.008363;
			rise_capacitance : 0.008771;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_inv_6") {
		area : 8.758400;
		cell_footprint : "inv";
		cell_leakage_power : 1.126781e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021604";
			when : "A";
		}
		leakage_power () {
			value : "9.3154712e-05";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.681162;
			max_transition : 1.502359;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001664754, 0.005542812, 0.01845484, 0.06144553, 0.2045834, 0.6811621");
					values("0.0255773, 0.0273204, 0.0327975, 0.0495841, 0.1024393, 0.2734898, 0.8498569", \
					  "0.0249844, 0.0266004, 0.0318498, 0.0486378, 0.1021060, 0.2743836, 0.8449403", \
					  "0.0247156, 0.0262382, 0.0312425, 0.0474358, 0.1006921, 0.2729337, 0.8511036", \
					  "0.0249138, 0.0263784, 0.0308330, 0.0470879, 0.0998309, 0.2734450, 0.8525388", \
					  "0.0246916, 0.0260745, 0.0307903, 0.0465891, 0.0985454, 0.2683151, 0.8460635", \
					  "0.0240242, 0.0253539, 0.0299503, 0.0464920, 0.0984281, 0.2706374, 0.8487227", \
					  "0.0260321, 0.0272790, 0.0315779, 0.0470408, 0.0986370, 0.2700919, 0.8399423");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001664754, 0.005542812, 0.01845484, 0.06144553, 0.2045834, 0.6811621");
					values("-0.0075397, -0.0086782, -0.0128050, -0.0278920, -0.0798986, -0.2539591, -0.8338527", \
					  "-0.0084486, -0.0095688, -0.0136314, -0.0283461, -0.0800754, -0.2539975, -0.8338707", \
					  "-0.0093739, -0.0105748, -0.0146915, -0.0291674, -0.0804430, -0.2541612, -0.8338981", \
					  "-0.0094790, -0.0109312, -0.0151341, -0.0302255, -0.0811306, -0.2544230, -0.8339797", \
					  "-0.0096042, -0.0109959, -0.0155447, -0.0306439, -0.0820139, -0.2549141, -0.8341611", \
					  "-0.0092807, -0.0103755, -0.0152641, -0.0307386, -0.0823034, -0.2557329, -0.8345556", \
					  "-0.0075707, -0.0091176, -0.0140345, -0.0301514, -0.0824877, -0.2557469, -0.8350062");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00166475, 0.00554281, 0.0184548, 0.0614455, 0.204583, 0.681162");
					values("0.0214624, 0.0236579, 0.0306679, 0.0520648, 0.1193245, 0.3387079, 1.0753344", \
					  "0.0276431, 0.0297064, 0.0364743, 0.0576565, 0.1253269, 0.3458026, 1.0761946", \
					  "0.0429812, 0.0453299, 0.0516744, 0.0720875, 0.1398818, 0.3603731, 1.0957669", \
					  "0.0698539, 0.0735413, 0.0846467, 0.1081868, 0.1754099, 0.3974585, 1.1306731", \
					  "0.1184866, 0.1248181, 0.1425973, 0.1821148, 0.2588037, 0.4744496, 1.2071341", \
					  "0.2056749, 0.2162158, 0.2458998, 0.3123867, 0.4375862, 0.6721222, 1.4024627", \
					  "0.3693898, 0.3872980, 0.4355863, 0.5483379, 0.7558961, 1.1113798, 1.8518495");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00166475, 0.00554281, 0.0184548, 0.0614455, 0.204583, 0.681162");
					values("0.0126258, 0.0151238, 0.0236098, 0.0518139, 0.1449632, 0.4560223, 1.5023589", \
					  "0.0125889, 0.0151426, 0.0235006, 0.0521843, 0.1459932, 0.4564794, 1.4951446", \
					  "0.0163482, 0.0180300, 0.0247290, 0.0520999, 0.1449778, 0.4556180, 1.4908829", \
					  "0.0290579, 0.0315913, 0.0375738, 0.0576788, 0.1466721, 0.4608943, 1.4979608", \
					  "0.0517082, 0.0547833, 0.0646386, 0.0883039, 0.1557974, 0.4564470, 1.4992330", \
					  "0.0937736, 0.0996161, 0.1157007, 0.1512853, 0.2232186, 0.4688723, 1.4957779", \
					  "0.1700947, 0.1809506, 0.2079349, 0.2710607, 0.3787581, 0.6001931, 1.4994614");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00166475, 0.00554281, 0.0184548, 0.0614455, 0.204583, 0.681162");
					values("0.0105898, 0.0113252, 0.0135861, 0.0204143, 0.0423244, 0.1147087, 0.3538722", \
					  "0.0137443, 0.0148023, 0.0177489, 0.0249299, 0.0469663, 0.1191878, 0.3585534", \
					  "0.0171645, 0.0188118, 0.0234178, 0.0342554, 0.0577018, 0.1297794, 0.3691651", \
					  "0.0194499, 0.0220655, 0.0292544, 0.0463307, 0.0809770, 0.1551511, 0.3959806", \
					  "0.0152777, 0.0196933, 0.0314266, 0.0585184, 0.1122003, 0.2132088, 0.4531466", \
					  "-0.0113969, -0.0050502, 0.0165866, 0.0615723, 0.1466529, 0.3033739, 0.5890626", \
					  "-0.1024688, -0.0893391, -0.0541709, 0.0224859, 0.1650212, 0.4078649, 0.8467748");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00166475, 0.00554281, 0.0184548, 0.0614455, 0.204583, 0.681162");
					values("0.0042651, 0.0050260, 0.0076655, 0.0165696, 0.0465557, 0.1460028, 0.4743141", \
					  "0.0066653, 0.0074492, 0.0094585, 0.0170800, 0.0464960, 0.1460292, 0.4750611", \
					  "0.0108684, 0.0119501, 0.0150774, 0.0230008, 0.0477991, 0.1458797, 0.4753937", \
					  "0.0190814, 0.0207894, 0.0251661, 0.0363048, 0.0612891, 0.1473073, 0.4795734", \
					  "0.0350050, 0.0373439, 0.0440959, 0.0605353, 0.0958308, 0.1714436, 0.4747623", \
					  "0.0662494, 0.0721226, 0.0811044, 0.1060680, 0.1559721, 0.2597562, 0.5103370", \
					  "0.1268060, 0.1337485, 0.1528675, 0.1916206, 0.2673231, 0.4137217, 0.7067215");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.011701;
			capacitance : 0.012321;
			rise_capacitance : 0.012941;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_inv_8") {
		area : 11.260800;
		cell_footprint : "inv";
		cell_leakage_power : 1.504696e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0028798";
			when : "A";
		}
		leakage_power () {
			value : "0.0001296";
			when : "!A";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A)";
			max_capacitance : 0.899058;
			max_transition : 1.503033;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001743571, 0.006080078, 0.02120209, 0.07393471, 0.2578208, 0.8990576");
					values("0.0343937, 0.0362890, 0.0425243, 0.0626983, 0.1281072, 0.3523818, 1.1197756", \
					  "0.0336364, 0.0353439, 0.0412583, 0.0609230, 0.1263422, 0.3483910, 1.1232518", \
					  "0.0333224, 0.0349240, 0.0405425, 0.0597952, 0.1243240, 0.3481530, 1.1205542", \
					  "0.0333663, 0.0349090, 0.0405735, 0.0587238, 0.1232068, 0.3468991, 1.1213512", \
					  "0.0331872, 0.0346344, 0.0399505, 0.0585345, 0.1222069, 0.3442660, 1.1185085", \
					  "0.0322491, 0.0336762, 0.0388376, 0.0581681, 0.1222617, 0.3435426, 1.1186855", \
					  "0.0349338, 0.0362815, 0.0410773, 0.0587181, 0.1221851, 0.3438463, 1.1145177");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001743571, 0.006080078, 0.02120209, 0.07393471, 0.2578208, 0.8990576");
					values("-0.0095770, -0.0107856, -0.0153312, -0.0327995, -0.0964966, -0.3200788, -1.1003133", \
					  "-0.0108152, -0.0120075, -0.0164175, -0.0334780, -0.0967417, -0.3201704, -1.1002946", \
					  "-0.0120816, -0.0133542, -0.0179005, -0.0346547, -0.0972893, -0.3203323, -1.1003806", \
					  "-0.0127921, -0.0141199, -0.0189316, -0.0361790, -0.0983134, -0.3207213, -1.1005244", \
					  "-0.0124388, -0.0139165, -0.0189475, -0.0366436, -0.0992825, -0.3214257, -1.1007495", \
					  "-0.0112311, -0.0130372, -0.0186467, -0.0368270, -0.1001763, -0.3225875, -1.1012712", \
					  "-0.0097172, -0.0113715, -0.0170282, -0.0358284, -0.1001323, -0.3227769, -1.1019318");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00174357, 0.00608008, 0.0212021, 0.0739347, 0.257821, 0.899058");
					values("0.0219026, 0.0237102, 0.0297548, 0.0492315, 0.1123874, 0.3276148, 1.0791457", \
					  "0.0281114, 0.0297751, 0.0354977, 0.0545009, 0.1179718, 0.3344412, 1.0806378", \
					  "0.0437150, 0.0455119, 0.0509379, 0.0694572, 0.1315323, 0.3487479, 1.0966962", \
					  "0.0712031, 0.0741412, 0.0831624, 0.1056549, 0.1664001, 0.3823102, 1.1289724", \
					  "0.1200669, 0.1247863, 0.1404928, 0.1773086, 0.2517940, 0.4650502, 1.2133600", \
					  "0.2082189, 0.2164876, 0.2425924, 0.3046560, 0.4268302, 0.6603386, 1.3984568", \
					  "0.3744406, 0.3893167, 0.4301184, 0.5340814, 0.7395797, 1.0984419, 1.8543800");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00174357, 0.00608008, 0.0212021, 0.0739347, 0.257821, 0.899058");
					values("0.0128882, 0.0149410, 0.0220996, 0.0471716, 0.1339933, 0.4410019, 1.4939655", \
					  "0.0129312, 0.0149667, 0.0222659, 0.0470773, 0.1343166, 0.4363176, 1.4950251", \
					  "0.0162337, 0.0176774, 0.0233527, 0.0474433, 0.1343542, 0.4365497, 1.4940068", \
					  "0.0288345, 0.0308190, 0.0366264, 0.0533464, 0.1350788, 0.4423621, 1.4919117", \
					  "0.0514211, 0.0541009, 0.0629983, 0.0848923, 0.1460262, 0.4372925, 1.4957169", \
					  "0.0938832, 0.0985609, 0.1126481, 0.1458424, 0.2166153, 0.4514897, 1.5030330", \
					  "0.1711526, 0.1820405, 0.2031868, 0.2595138, 0.3684879, 0.5858468, 1.4988633");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00174357, 0.00608008, 0.0212021, 0.0739347, 0.257821, 0.899058");
					values("0.0107417, 0.0113333, 0.0132328, 0.0193466, 0.0395733, 0.1095659, 0.3529943", \
					  "0.0139633, 0.0148134, 0.0173648, 0.0238875, 0.0442094, 0.1141882, 0.3590275", \
					  "0.0174410, 0.0187689, 0.0227401, 0.0328413, 0.0551484, 0.1251234, 0.3688020", \
					  "0.0197742, 0.0218847, 0.0280669, 0.0439236, 0.0775468, 0.1503146, 0.3938251", \
					  "0.0155634, 0.0191430, 0.0293403, 0.0546761, 0.1069324, 0.2081715, 0.4522254", \
					  "-0.0117572, -0.0064052, 0.0124692, 0.0543294, 0.1383616, 0.2952762, 0.5883626", \
					  "-0.1034447, -0.0928555, -0.0623402, 0.0099700, 0.1504145, 0.3975494, 0.8471096");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00174357, 0.00608008, 0.0212021, 0.0739347, 0.257821, 0.899058");
					values("0.0043193, 0.0049238, 0.0071172, 0.0149035, 0.0420434, 0.1368250, 0.4666955", \
					  "0.0066883, 0.0072804, 0.0089756, 0.0154210, 0.0419864, 0.1365113, 0.4647027", \
					  "0.0110337, 0.0118931, 0.0145300, 0.0215692, 0.0437540, 0.1372613, 0.4679767", \
					  "0.0193413, 0.0206444, 0.0244387, 0.0347904, 0.0581523, 0.1396522, 0.4664114", \
					  "0.0350718, 0.0371831, 0.0430488, 0.0581350, 0.0924730, 0.1639520, 0.4672694", \
					  "0.0672634, 0.0717206, 0.0792357, 0.1027707, 0.1504019, 0.2514173, 0.5016200", \
					  "0.1276165, 0.1333200, 0.1500362, 0.1865539, 0.2601209, 0.4045729, 0.7097215");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.015535;
			capacitance : 0.016369;
			rise_capacitance : 0.017204;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_bleeder_1") {
		area : 7.507200;
		cell_footprint : "bleeder";
		cell_leakage_power : 5.511479e+04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			pg_type : "primary_power";
			voltage_name : "vpwr";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			pg_type : "primary_ground";
			voltage_name : "vgnd";
		}
		leakage_power () {
			value : "1.1022958e+05";
			when : "short";
		}
		leakage_power () {
			value : "5.5114299e-06";
			when : "!short";
		}
		pin (short) {
			always_on : true;
			direction : "input";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			rise_capacitance : 0.002207;
			capacitance : 0.002255;
			fall_capacitance : 0.002304;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0425405, 0.0409427, 0.0372597, 0.0597599, 0.1116247, 0.2311756, 0.5067474");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0533845, -0.1814905, -0.3089500, -0.4351481, -0.5582101, -0.6740430, -0.7732126");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_clkbufkapwr_1") {
		always_on : true;
		area : 3.753600;
		cell_footprint : "clkbufkapwr";
		cell_leakage_power : 4.567341e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "4.5673412e-05";
			when : "A";
		}
		leakage_power () {
			value : "4.5673406e-05";
			when : "!A";
		}
		pin (X) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(A)";
			max_capacitance : 0.117197;
			max_transition : 1.518195;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001241542, 0.003082852, 0.007654981, 0.01900796, 0.04719835, 0.1171975");
					values("0.0040742, 0.0050107, 0.0072878, 0.0128016, 0.0263837, 0.0598752, 0.1442507", \
					  "0.0039494, 0.0048876, 0.0071454, 0.0126579, 0.0262813, 0.0602609, 0.1447461", \
					  "0.0037570, 0.0046991, 0.0069669, 0.0124584, 0.0262486, 0.0598554, 0.1438470", \
					  "0.0035588, 0.0044934, 0.0067532, 0.0123413, 0.0261643, 0.0600994, 0.1445059", \
					  "0.0035239, 0.0044552, 0.0065887, 0.0121872, 0.0258289, 0.0598221, 0.1436439", \
					  "0.0035781, 0.0045314, 0.0067579, 0.0123044, 0.0260030, 0.0598476, 0.1443042", \
					  "0.0038533, 0.0047852, 0.0069812, 0.0125653, 0.0263553, 0.0604483, 0.1441573");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001241542, 0.003082852, 0.007654981, 0.01900796, 0.04719835, 0.1171975");
					values("0.0076374, 0.0069258, 0.0049196, -0.0005231, -0.0143062, -0.0486340, -0.1338616", \
					  "0.0074602, 0.0067569, 0.0047492, -0.0006779, -0.0144625, -0.0487769, -0.1339976", \
					  "0.0073234, 0.0065890, 0.0045964, -0.0008069, -0.0145804, -0.0488818, -0.1340462", \
					  "0.0072156, 0.0064938, 0.0045279, -0.0008436, -0.0146605, -0.0489434, -0.1341312", \
					  "0.0068113, 0.0060446, 0.0042538, -0.0010090, -0.0147061, -0.0489655, -0.1341324", \
					  "0.0073193, 0.0064629, 0.0042888, -0.0011604, -0.0147228, -0.0488860, -0.1340304", \
					  "0.0077431, 0.0068719, 0.0046495, -0.0008403, -0.0144971, -0.0487401, -0.1337107");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00124154, 0.00308285, 0.00765498, 0.019008, 0.0471984, 0.117197");
					values("0.0458044, 0.0528430, 0.0695704, 0.1100706, 0.2100691, 0.4585502, 1.0788387", \
					  "0.0504578, 0.0574811, 0.0742131, 0.1150797, 0.2149847, 0.4659119, 1.0844793", \
					  "0.0609271, 0.0679404, 0.0847385, 0.1255479, 0.2272478, 0.4767212, 1.0938458", \
					  "0.0773821, 0.0845695, 0.1015263, 0.1424073, 0.2430889, 0.4951144, 1.1149006", \
					  "0.0988754, 0.1062993, 0.1230196, 0.1642479, 0.2649287, 0.5141975, 1.1334802", \
					  "0.1191062, 0.1279404, 0.1459190, 0.1861596, 0.2864960, 0.5360179, 1.1567562", \
					  "0.1139530, 0.1258975, 0.1494673, 0.1924226, 0.2923070, 0.5411652, 1.1601936");
				}
				rise_transition ("del_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("0.0208740, 0.0301649, 0.0535639, 0.1118581, 0.2570955, 0.6094810, 1.4980421", \
					  "0.0208865, 0.0302008, 0.0533833, 0.1122899, 0.2552653, 0.6196026, 1.4978967", \
					  "0.0209687, 0.0302225, 0.0535472, 0.1113145, 0.2587711, 0.6101370, 1.4963704", \
					  "0.0220380, 0.0310224, 0.0537329, 0.1114988, 0.2564713, 0.6199921, 1.5181949", \
					  "0.0249100, 0.0328871, 0.0548810, 0.1124270, 0.2553808, 0.6154671, 1.4994089", \
					  "0.0330515, 0.0404160, 0.0589898, 0.1132984, 0.2569983, 0.6115726, 1.5100701", \
					  "0.0502845, 0.0576458, 0.0746461, 0.1198625, 0.2572051, 0.6192790, 1.4941575");
				}
				cell_fall ("del_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("0.0589694, 0.0633372, 0.0722724, 0.0903150, 0.1308994, 0.2293701, 0.4748532", \
					  "0.0644540, 0.0688924, 0.0777896, 0.0958797, 0.1364517, 0.2351190, 0.4802139", \
					  "0.0788603, 0.0832360, 0.0921123, 0.1103681, 0.1509714, 0.2497396, 0.4942122", \
					  "0.1129521, 0.1173717, 0.1264851, 0.1446512, 0.1856231, 0.2841732, 0.5288858", \
					  "0.1772719, 0.1826507, 0.1931140, 0.2131108, 0.2546992, 0.3535559, 0.5991952", \
					  "0.2838803, 0.2911524, 0.3048058, 0.3286997, 0.3730524, 0.4726339, 0.7169694", \
					  "0.4634019, 0.4736157, 0.4922898, 0.5242914, 0.5774907, 0.6789095, 0.9206109");
				}
				fall_transition ("del_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("0.0139209, 0.0176698, 0.0260184, 0.0459370, 0.0961767, 0.2251222, 0.5524139", \
					  "0.0139838, 0.0176756, 0.0260266, 0.0458892, 0.0964890, 0.2289784, 0.5521694", \
					  "0.0141181, 0.0177265, 0.0259855, 0.0457874, 0.0959674, 0.2255006, 0.5502260", \
					  "0.0146017, 0.0181539, 0.0264696, 0.0459530, 0.0965611, 0.2252424, 0.5506508", \
					  "0.0200961, 0.0235220, 0.0313898, 0.0497719, 0.0983636, 0.2271748, 0.5497501", \
					  "0.0303690, 0.0344383, 0.0430467, 0.0598234, 0.1042968, 0.2286617, 0.5509406", \
					  "0.0478953, 0.0535198, 0.0629217, 0.0817467, 0.1226532, 0.2353988, 0.5548334");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002096;
			capacitance : 0.001992;
			fall_capacitance : 0.001888;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkbufkapwr_16") {
		always_on : true;
		area : 25.024000;
		cell_footprint : "clkbufkapwr";
		cell_leakage_power : 4.466220e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0028792";
			when : "A";
		}
		leakage_power () {
			value : "0.0060532";
			when : "!A";
		}
		pin (X) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(A)";
			max_capacitance : 1.495981;
			max_transition : 1.503677;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001897999, 0.007204802, 0.02734942, 0.1038183, 0.3940943, 1.495981");
					values("0.0542653, 0.0562174, 0.0634656, 0.0900526, 0.1845025, 0.5331193, 1.8557298", \
					  "0.0541805, 0.0560572, 0.0632846, 0.0896696, 0.1843389, 0.5354648, 1.8535369", \
					  "0.0538132, 0.0557883, 0.0630106, 0.0892877, 0.1838776, 0.5351232, 1.8528226", \
					  "0.0532279, 0.0551453, 0.0621993, 0.0882803, 0.1828155, 0.5324117, 1.8537409", \
					  "0.0523523, 0.0542158, 0.0612601, 0.0873007, 0.1813091, 0.5314337, 1.8542396", \
					  "0.0532871, 0.0550440, 0.0618548, 0.0872050, 0.1800168, 0.5302188, 1.8504089", \
					  "0.0535264, 0.0551039, 0.0616896, 0.0870051, 0.1812421, 0.5307304, 1.8561866");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001897999, 0.007204802, 0.02734942, 0.1038183, 0.3940943, 1.495981");
					values("0.0647412, 0.0633704, 0.0578815, 0.0367482, -0.0500916, -0.4012025, -1.7413403", \
					  "0.0643646, 0.0629950, 0.0575514, 0.0366145, -0.0504734, -0.4013988, -1.7414606", \
					  "0.0641141, 0.0627455, 0.0573196, 0.0362382, -0.0509608, -0.4017878, -1.7420599", \
					  "0.0636928, 0.0623061, 0.0568147, 0.0354642, -0.0517099, -0.4022957, -1.7422463", \
					  "0.0635044, 0.0620852, 0.0562859, 0.0343563, -0.0532663, -0.4033539, -1.7428772", \
					  "0.0612221, 0.0597314, 0.0539643, 0.0321714, -0.0550221, -0.4046018, -1.7435062", \
					  "0.0652262, 0.0635898, 0.0574125, 0.0343332, -0.0568043, -0.4057606, -1.7439894");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.001898, 0.0072048, 0.0273494, 0.103818, 0.394094, 1.49598");
					values("0.0869123, 0.0886759, 0.0947307, 0.1135016, 0.1707866, 0.3747458, 1.1392145", \
					  "0.0916875, 0.0934531, 0.0994797, 0.1181583, 0.1754651, 0.3789185, 1.1466088", \
					  "0.1031074, 0.1048732, 0.1109167, 0.1294514, 0.1867148, 0.3903592, 1.1578527", \
					  "0.1300102, 0.1317589, 0.1375467, 0.1560678, 0.2133358, 0.4164767, 1.1829139", \
					  "0.1794783, 0.1813902, 0.1878108, 0.2071820, 0.2650052, 0.4682600, 1.2337507", \
					  "0.2483205, 0.2507161, 0.2586158, 0.2803026, 0.3402665, 0.5437601, 1.3100029", \
					  "0.3283868, 0.3316397, 0.3424445, 0.3714433, 0.4387724, 0.6415797, 1.4059414");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001898, 0.0072048, 0.0273494, 0.103818, 0.394094, 1.49598");
					values("0.0228089, 0.0242221, 0.0293977, 0.0484229, 0.1219480, 0.4087135, 1.5002720", \
					  "0.0228841, 0.0242555, 0.0295572, 0.0483917, 0.1217517, 0.4110558, 1.5036768", \
					  "0.0226974, 0.0241013, 0.0292650, 0.0483802, 0.1218723, 0.4107554, 1.5001987", \
					  "0.0228591, 0.0241278, 0.0295656, 0.0485042, 0.1217247, 0.4081461, 1.5005368", \
					  "0.0272108, 0.0284662, 0.0333999, 0.0514283, 0.1227003, 0.4090177, 1.4983678", \
					  "0.0385830, 0.0395360, 0.0438976, 0.0607100, 0.1268504, 0.4079967, 1.4973824", \
					  "0.0606406, 0.0612327, 0.0665812, 0.0821481, 0.1402479, 0.4127511, 1.4994037");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001898, 0.0072048, 0.0273494, 0.103818, 0.394094, 1.49598");
					values("0.1158137, 0.1173471, 0.1225249, 0.1372509, 0.1758116, 0.2875738, 0.6923742", \
					  "0.1219706, 0.1234893, 0.1286235, 0.1435868, 0.1821453, 0.2935984, 0.6956963", \
					  "0.1373208, 0.1388535, 0.1440204, 0.1588257, 0.1972847, 0.3085920, 0.7107704", \
					  "0.1740154, 0.1755440, 0.1806981, 0.1953444, 0.2339497, 0.3455026, 0.7475515", \
					  "0.2575776, 0.2592159, 0.2641797, 0.2787209, 0.3173696, 0.4292860, 0.8314447", \
					  "0.4306733, 0.4326239, 0.4390957, 0.4562994, 0.4983384, 0.6117907, 1.0143156", \
					  "0.7336742, 0.7364029, 0.7454348, 0.7690524, 0.8229861, 0.9456241, 1.3471322");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.001898, 0.0072048, 0.0273494, 0.103818, 0.394094, 1.49598");
					values("0.0240346, 0.0249752, 0.0281548, 0.0392466, 0.0769134, 0.2210622, 0.7923118", \
					  "0.0239417, 0.0248570, 0.0280908, 0.0391254, 0.0768119, 0.2206227, 0.7914592", \
					  "0.0239896, 0.0249131, 0.0283482, 0.0392209, 0.0767448, 0.2209184, 0.7914740", \
					  "0.0240226, 0.0249788, 0.0283975, 0.0394404, 0.0767921, 0.2207460, 0.7914350", \
					  "0.0246763, 0.0258372, 0.0288362, 0.0398940, 0.0772545, 0.2209966, 0.7916849", \
					  "0.0360863, 0.0370031, 0.0402482, 0.0512367, 0.0852624, 0.2232368, 0.7933956", \
					  "0.0594682, 0.0606748, 0.0642847, 0.0770541, 0.1108160, 0.2359580, 0.7927805");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.007332;
			capacitance : 0.006877;
			fall_capacitance : 0.006423;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkbufkapwr_2") {
		always_on : true;
		area : 5.004800;
		cell_footprint : "clkbufkapwr";
		cell_leakage_power : 6.181835e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0004676";
			when : "A";
		}
		leakage_power () {
			value : "0.0007688";
			when : "!A";
		}
		pin (X) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(A)";
			max_capacitance : 0.249949;
			max_transition : 1.507280;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0077552, 0.0089790, 0.0122460, 0.0210888, 0.0455765, 0.1145121, 0.3085643", \
					  "0.0076500, 0.0088778, 0.0121492, 0.0209891, 0.0454727, 0.1139083, 0.3094897", \
					  "0.0074812, 0.0086872, 0.0119410, 0.0207925, 0.0453274, 0.1143418, 0.3083424", \
					  "0.0072356, 0.0084160, 0.0116208, 0.0204975, 0.0449489, 0.1138241, 0.3068193", \
					  "0.0071426, 0.0082764, 0.0114251, 0.0201870, 0.0447274, 0.1134134, 0.3064080", \
					  "0.0071009, 0.0082424, 0.0114694, 0.0203090, 0.0448504, 0.1134621, 0.3079450", \
					  "0.0071057, 0.0082479, 0.0113682, 0.0203623, 0.0449892, 0.1139690, 0.3067178");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0105737, 0.0097018, 0.0071186, -0.0012138, -0.0258032, -0.0954274, -0.2915967", \
					  "0.0104641, 0.0095511, 0.0069971, -0.0013100, -0.0258906, -0.0955191, -0.2916874", \
					  "0.0103094, 0.0094066, 0.0068151, -0.0014832, -0.0260406, -0.0956352, -0.2918718", \
					  "0.0101669, 0.0092302, 0.0066172, -0.0016743, -0.0261745, -0.0957519, -0.2919242", \
					  "0.0099080, 0.0089498, 0.0063127, -0.0019419, -0.0263535, -0.0958347, -0.2920197", \
					  "0.0101740, 0.0091342, 0.0062177, -0.0023177, -0.0265241, -0.0959532, -0.2920765", \
					  "0.0103199, 0.0092584, 0.0062223, -0.0022989, -0.0267179, -0.0958867, -0.2919165");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0616175, 0.0666929, 0.0789474, 0.1098949, 0.1941231, 0.4308982, 1.0956672", \
					  "0.0664291, 0.0715434, 0.0838325, 0.1147947, 0.1988535, 0.4347614, 1.1029071", \
					  "0.0780649, 0.0831179, 0.0953577, 0.1263377, 0.2108933, 0.4479863, 1.1112489", \
					  "0.1041241, 0.1092617, 0.1215408, 0.1525618, 0.2370819, 0.4754985, 1.1376695", \
					  "0.1450297, 0.1509781, 0.1642982, 0.1958077, 0.2803005, 0.5175279, 1.1826832", \
					  "0.2005758, 0.2081514, 0.2247204, 0.2584949, 0.3428982, 0.5791405, 1.2450729", \
					  "0.2624619, 0.2735971, 0.2956557, 0.3371516, 0.4229098, 0.6587437, 1.3225777");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0165285, 0.0216073, 0.0360467, 0.0779643, 0.1997683, 0.5418240, 1.5047357", \
					  "0.0165334, 0.0216030, 0.0359913, 0.0780862, 0.2002945, 0.5396660, 1.5013132", \
					  "0.0165421, 0.0215881, 0.0360892, 0.0781084, 0.2000183, 0.5430149, 1.5072800", \
					  "0.0176231, 0.0225122, 0.0365947, 0.0781093, 0.1993192, 0.5414855, 1.4997992", \
					  "0.0226828, 0.0271745, 0.0399798, 0.0799881, 0.1991897, 0.5410480, 1.5011478", \
					  "0.0326563, 0.0370660, 0.0492921, 0.0844657, 0.2011841, 0.5404235, 1.5035614", \
					  "0.0507121, 0.0560342, 0.0687492, 0.1007243, 0.2050438, 0.5457374, 1.4999204");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0735029, 0.0777532, 0.0874515, 0.1079286, 0.1568310, 0.2885566, 0.6602244", \
					  "0.0795449, 0.0837476, 0.0935201, 0.1141250, 0.1629910, 0.2951626, 0.6665354", \
					  "0.0943520, 0.0986518, 0.1082257, 0.1289450, 0.1775173, 0.3096005, 0.6820050", \
					  "0.1297239, 0.1339507, 0.1434899, 0.1642994, 0.2132268, 0.3454697, 0.7179368", \
					  "0.2051431, 0.2098507, 0.2203043, 0.2419145, 0.2914091, 0.4238184, 0.7964702", \
					  "0.3352139, 0.3415987, 0.3546100, 0.3804025, 0.4327900, 0.5654177, 0.9385480", \
					  "0.5566514, 0.5658062, 0.5848898, 0.6183679, 0.6795742, 0.8141914, 1.1847494");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0152584, 0.0183003, 0.0263985, 0.0472267, 0.1070769, 0.2840729, 0.7851996", \
					  "0.0152448, 0.0183488, 0.0264145, 0.0472944, 0.1068921, 0.2833281, 0.7834325", \
					  "0.0153721, 0.0184804, 0.0262669, 0.0472220, 0.1066307, 0.2813704, 0.7830369", \
					  "0.0154681, 0.0184307, 0.0266685, 0.0473475, 0.1068663, 0.2817933, 0.7847283", \
					  "0.0195679, 0.0226489, 0.0299537, 0.0496576, 0.1075103, 0.2817989, 0.7782464", \
					  "0.0299966, 0.0335379, 0.0415086, 0.0604065, 0.1136741, 0.2839876, 0.7789520", \
					  "0.0484307, 0.0529476, 0.0625532, 0.0830314, 0.1314336, 0.2888487, 0.7811380");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002142;
			capacitance : 0.002021;
			fall_capacitance : 0.001901;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkbufkapwr_4") {
		always_on : true;
		area : 7.507200;
		cell_footprint : "clkbufkapwr";
		cell_leakage_power : 1.057764e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0006259";
			when : "A";
		}
		leakage_power () {
			value : "0.0014896";
			when : "!A";
		}
		pin (X) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(A)";
			max_capacitance : 0.454111;
			max_transition : 1.520245;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001555973, 0.004842105, 0.01506837, 0.04689195, 0.1459252, 0.4541114");
					values("0.0146546, 0.0160932, 0.0203513, 0.0332349, 0.0719121, 0.1912979, 0.5615415", \
					  "0.0145980, 0.0160323, 0.0203237, 0.0331717, 0.0718608, 0.1902832, 0.5595129", \
					  "0.0145041, 0.0158871, 0.0201865, 0.0329711, 0.0717101, 0.1901760, 0.5595130", \
					  "0.0142866, 0.0156847, 0.0199378, 0.0327172, 0.0713891, 0.1899969, 0.5636241", \
					  "0.0140376, 0.0154440, 0.0196445, 0.0322765, 0.0708618, 0.1897396, 0.5589671", \
					  "0.0143045, 0.0156567, 0.0198252, 0.0322602, 0.0706990, 0.1897490, 0.5591877", \
					  "0.0143057, 0.0156763, 0.0197363, 0.0322999, 0.0708518, 0.1908357, 0.5601674");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001555973, 0.004842105, 0.01506837, 0.04689195, 0.1459252, 0.4541114");
					values("0.0160078, 0.0149645, 0.0115722, 0.0006234, -0.0370884, -0.1572857, -0.5322063", \
					  "0.0159338, 0.0148635, 0.0114402, 0.0005126, -0.0371797, -0.1573952, -0.5323091", \
					  "0.0158077, 0.0147260, 0.0113312, 0.0003963, -0.0372904, -0.1574957, -0.5323930", \
					  "0.0156370, 0.0145124, 0.0111062, 4.0614280e-05, -0.0375701, -0.1576942, -0.5325673", \
					  "0.0154046, 0.0142623, 0.0107585, -0.0003488, -0.0379030, -0.1578839, -0.5327076", \
					  "0.0154876, 0.0142554, 0.0103459, -0.0009557, -0.0383222, -0.1581331, -0.5328215", \
					  "0.0166796, 0.0154315, 0.0115985, -0.0005092, -0.0387328, -0.1583032, -0.5328160");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155597, 0.0048421, 0.0150684, 0.0468919, 0.145925, 0.454111");
					values("0.0854476, 0.0895599, 0.1001030, 0.1270853, 0.2021214, 0.4312778, 1.1431546", \
					  "0.0905043, 0.0946106, 0.1051667, 0.1320885, 0.2071115, 0.4367877, 1.1494263", \
					  "0.1021007, 0.1061122, 0.1167227, 0.1435680, 0.2185418, 0.4477011, 1.1612251", \
					  "0.1296484, 0.1336777, 0.1442057, 0.1709924, 0.2459540, 0.4758396, 1.1898490", \
					  "0.1828244, 0.1873943, 0.1987965, 0.2265514, 0.3014721, 0.5307172, 1.2428426", \
					  "0.2578651, 0.2639823, 0.2783603, 0.3089516, 0.3850121, 0.6139192, 1.3260690", \
					  "0.3535187, 0.3618058, 0.3814895, 0.4211103, 0.5028316, 0.7305668, 1.4405169");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155597, 0.0048421, 0.0150684, 0.0468919, 0.145925, 0.454111");
					values("0.0208331, 0.0241296, 0.0341890, 0.0655895, 0.1685782, 0.4958460, 1.5037389", \
					  "0.0207923, 0.0241002, 0.0341303, 0.0656257, 0.1684943, 0.4919207, 1.5012543", \
					  "0.0207558, 0.0242776, 0.0341397, 0.0656358, 0.1685457, 0.4927481, 1.4991088", \
					  "0.0210835, 0.0242856, 0.0342917, 0.0657196, 0.1682797, 0.4921022, 1.5202452", \
					  "0.0261476, 0.0292584, 0.0382793, 0.0678515, 0.1684803, 0.4941937, 1.4999132", \
					  "0.0375470, 0.0407648, 0.0496938, 0.0764903, 0.1718614, 0.4932678, 1.5048770", \
					  "0.0587406, 0.0624522, 0.0726533, 0.0969029, 0.1813566, 0.4974285, 1.4998515");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155597, 0.0048421, 0.0150684, 0.0468919, 0.145925, 0.454111");
					values("0.1072751, 0.1107969, 0.1198047, 0.1396989, 0.1842622, 0.3027448, 0.6640796", \
					  "0.1134609, 0.1169748, 0.1257463, 0.1457690, 0.1900484, 0.3088017, 0.6717580", \
					  "0.1278858, 0.1314110, 0.1409032, 0.1607022, 0.2053720, 0.3237124, 0.6853073", \
					  "0.1635519, 0.1670649, 0.1759830, 0.1951634, 0.2398969, 0.3581509, 0.7214553", \
					  "0.2463830, 0.2498808, 0.2587482, 0.2785439, 0.3234098, 0.4417271, 0.8020264", \
					  "0.4043810, 0.4090260, 0.4203560, 0.4445349, 0.4930848, 0.6130880, 0.9728410", \
					  "0.6758833, 0.6825463, 0.6984082, 0.7294449, 0.7890658, 0.9148045, 1.2754245");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155597, 0.0048421, 0.0150684, 0.0468919, 0.145925, 0.454111");
					values("0.0216999, 0.0240496, 0.0298788, 0.0457996, 0.0921246, 0.2430204, 0.7286213", \
					  "0.0215724, 0.0238576, 0.0297772, 0.0460468, 0.0924593, 0.2442051, 0.7252487", \
					  "0.0217419, 0.0239506, 0.0297043, 0.0457993, 0.0919870, 0.2424609, 0.7278403", \
					  "0.0216296, 0.0238299, 0.0297970, 0.0460309, 0.0923466, 0.2433365, 0.7283376", \
					  "0.0225732, 0.0248950, 0.0305705, 0.0466347, 0.0923222, 0.2427077, 0.7298118", \
					  "0.0349877, 0.0373103, 0.0429780, 0.0577682, 0.0995599, 0.2439969, 0.7319125", \
					  "0.0566097, 0.0594719, 0.0672049, 0.0839115, 0.1261073, 0.2556162, 0.7281195");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002090;
			capacitance : 0.001963;
			fall_capacitance : 0.001836;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkbufkapwr_8") {
		always_on : true;
		area : 13.763200;
		cell_footprint : "clkbufkapwr";
		cell_leakage_power : 2.179303e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0013561";
			when : "A";
		}
		leakage_power () {
			value : "0.0030025";
			when : "!A";
		}
		pin (X) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(A)";
			max_capacitance : 0.814829;
			max_transition : 1.520087;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001715218, 0.005883948, 0.02018451, 0.06924169, 0.2375292, 0.8148291");
					values("0.0273892, 0.0290751, 0.0345808, 0.0530152, 0.1132730, 0.3151217, 1.0112383", \
					  "0.0272719, 0.0289552, 0.0345056, 0.0528283, 0.1132569, 0.3167390, 1.0080247", \
					  "0.0271028, 0.0287860, 0.0343960, 0.0526236, 0.1130178, 0.3164359, 1.0133058", \
					  "0.0267393, 0.0283732, 0.0338431, 0.0520859, 0.1122864, 0.3142401, 1.0059306", \
					  "0.0263648, 0.0279979, 0.0333771, 0.0512209, 0.1111372, 0.3139276, 1.0136651", \
					  "0.0267199, 0.0282770, 0.0336235, 0.0516418, 0.1110208, 0.3136658, 1.0069804", \
					  "0.0269042, 0.0284022, 0.0334812, 0.0511406, 0.1107798, 0.3148271, 1.0088500");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001715218, 0.005883948, 0.02018451, 0.06924169, 0.2375292, 0.8148291");
					values("0.0314978, 0.0302222, 0.0259322, 0.0110405, -0.0457900, -0.2496008, -0.9518962", \
					  "0.0313850, 0.0300570, 0.0257014, 0.0108936, -0.0459527, -0.2497085, -0.9521229", \
					  "0.0311565, 0.0298905, 0.0255404, 0.0106341, -0.0462375, -0.2499728, -0.9521772", \
					  "0.0308851, 0.0296328, 0.0252074, 0.0101455, -0.0466984, -0.2502843, -0.9523725", \
					  "0.0304239, 0.0291326, 0.0246375, 0.0093976, -0.0474450, -0.2507617, -0.9526835", \
					  "0.0292410, 0.0280513, 0.0234436, 0.0080971, -0.0483110, -0.2512128, -0.9527796", \
					  "0.0333053, 0.0318175, 0.0266793, 0.0094094, -0.0489047, -0.2519169, -0.9530943");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00171522, 0.00588395, 0.0201845, 0.0692417, 0.237529, 0.814829");
					values("0.0818063, 0.0844864, 0.0923985, 0.1146380, 0.1804918, 0.3983008, 1.1429555", \
					  "0.0867409, 0.0893997, 0.0972562, 0.1194951, 0.1854689, 0.4039556, 1.1477848", \
					  "0.0982870, 0.1009563, 0.1089336, 0.1309117, 0.1968221, 0.4153509, 1.1650180", \
					  "0.1253368, 0.1279507, 0.1358060, 0.1578840, 0.2237086, 0.4417697, 1.1868455", \
					  "0.1756223, 0.1785612, 0.1871139, 0.2098321, 0.2759915, 0.4957189, 1.2432766", \
					  "0.2448347, 0.2486594, 0.2593351, 0.2851968, 0.3523130, 0.5699158, 1.3147172", \
					  "0.3290225, 0.3342815, 0.3483076, 0.3827259, 0.4559319, 0.6730489, 1.4154602");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171522, 0.00588395, 0.0201845, 0.0692417, 0.237529, 0.814829");
					values("0.0207750, 0.0228348, 0.0302675, 0.0549089, 0.1424435, 0.4493531, 1.4992545", \
					  "0.0207410, 0.0230172, 0.0301854, 0.0547444, 0.1424966, 0.4521075, 1.5065348", \
					  "0.0207172, 0.0230083, 0.0301450, 0.0547394, 0.1427183, 0.4512602, 1.5154286", \
					  "0.0210536, 0.0232921, 0.0304512, 0.0550246, 0.1425189, 0.4493545, 1.4990358", \
					  "0.0260566, 0.0282419, 0.0347045, 0.0577767, 0.1432491, 0.4494772, 1.5200869", \
					  "0.0371359, 0.0391223, 0.0454719, 0.0666123, 0.1465797, 0.4483050, 1.5064066", \
					  "0.0585857, 0.0610134, 0.0680663, 0.0874765, 0.1578627, 0.4537052, 1.4998910");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171522, 0.00588395, 0.0201845, 0.0692417, 0.237529, 0.814829");
					values("0.1083119, 0.1105679, 0.1171462, 0.1338236, 0.1731872, 0.2807066, 0.6377670", \
					  "0.1145548, 0.1168020, 0.1232184, 0.1397603, 0.1793019, 0.2872058, 0.6445258", \
					  "0.1294790, 0.1317284, 0.1382205, 0.1546004, 0.1940551, 0.3015547, 0.6582067", \
					  "0.1652792, 0.1675562, 0.1741378, 0.1907388, 0.2300097, 0.3379100, 0.6960272", \
					  "0.2498520, 0.2521333, 0.2586686, 0.2751209, 0.3144713, 0.4216223, 0.7801090", \
					  "0.4139664, 0.4153093, 0.4239642, 0.4442624, 0.4865633, 0.5963260, 0.9544445", \
					  "0.6954754, 0.6997966, 0.7113027, 0.7437270, 0.7947381, 0.9138693, 1.2693843");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171522, 0.00588395, 0.0201845, 0.0692417, 0.237529, 0.814829");
					values("0.0221954, 0.0235489, 0.0277680, 0.0400879, 0.0788005, 0.2127003, 0.6954421", \
					  "0.0223351, 0.0237184, 0.0276601, 0.0404556, 0.0785014, 0.2132170, 0.6951890", \
					  "0.0221937, 0.0236019, 0.0277583, 0.0404541, 0.0786650, 0.2128818, 0.6996699", \
					  "0.0221598, 0.0235199, 0.0277452, 0.0403253, 0.0786103, 0.2130274, 0.6943116", \
					  "0.0229286, 0.0242164, 0.0284017, 0.0409623, 0.0789421, 0.2135566, 0.6954324", \
					  "0.0349850, 0.0367219, 0.0409530, 0.0527349, 0.0881624, 0.2159306, 0.7011381", \
					  "0.0589982, 0.0607341, 0.0662917, 0.0776270, 0.1128239, 0.2274199, 0.6952067");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003858;
			capacitance : 0.003626;
			fall_capacitance : 0.003394;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkinvkapwr_1") {
		always_on : true;
		area : 3.753600;
		cell_footprint : "clkinvkapwr";
		cell_leakage_power : 1.536953e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0002771";
			when : "A";
		}
		leakage_power () {
			value : "3.0286419e-05";
			when : "!A";
		}
		pin (Y) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(!A)";
			max_capacitance : 0.227061;
			max_transition : 1.498903;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001386219, 0.003843209, 0.01065506, 0.02954051, 0.08189926, 0.2270607");
					values("0.0072325, 0.0084244, 0.0115009, 0.0197387, 0.0424642, 0.1049632, 0.2787073", \
					  "0.0070776, 0.0082587, 0.0113844, 0.0198063, 0.0425385, 0.1059598, 0.2812233", \
					  "0.0069557, 0.0081210, 0.0112157, 0.0195729, 0.0426580, 0.1059112, 0.2809215", \
					  "0.0068931, 0.0080737, 0.0110756, 0.0193815, 0.0422872, 0.1055952, 0.2810333", \
					  "0.0068813, 0.0079747, 0.0110508, 0.0193400, 0.0421033, 0.1047500, 0.2785701", \
					  "0.0068320, 0.0078742, 0.0108634, 0.0191614, 0.0416984, 0.1050815, 0.2792539", \
					  "0.0070510, 0.0080799, 0.0109883, 0.0193135, 0.0420715, 0.1050238, 0.2805965");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001386219, 0.003843209, 0.01065506, 0.02954051, 0.08189926, 0.2270607");
					values("-0.0026187, -0.0035584, -0.0063770, -0.0145624, -0.0374973, -0.1011895, -0.2778126", \
					  "-0.0028794, -0.0037948, -0.0065556, -0.0146549, -0.0375412, -0.1011967, -0.2778163", \
					  "-0.0031348, -0.0040806, -0.0068108, -0.0148209, -0.0376174, -0.1012368, -0.2778449", \
					  "-0.0032945, -0.0042894, -0.0070841, -0.0150636, -0.0377492, -0.1012947, -0.2778628", \
					  "-0.0032246, -0.0042632, -0.0071416, -0.0153591, -0.0379987, -0.1014139, -0.2779613", \
					  "-0.0030998, -0.0041899, -0.0071757, -0.0153124, -0.0382060, -0.1016358, -0.2780348", \
					  "-0.0026881, -0.0040505, -0.0070336, -0.0153663, -0.0382464, -0.1018195, -0.2781743");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138622, 0.00384321, 0.0106551, 0.0295405, 0.0818993, 0.227061");
					values("0.0181176, 0.0223847, 0.0333482, 0.0628453, 0.1434680, 0.3670501, 0.9861980", \
					  "0.0242853, 0.0284810, 0.0394225, 0.0692388, 0.1508379, 0.3735312, 0.9997333", \
					  "0.0378394, 0.0432083, 0.0542392, 0.0832329, 0.1651367, 0.3886634, 1.0096429", \
					  "0.0601549, 0.0690150, 0.0863125, 0.1183832, 0.1994513, 0.4230185, 1.0466452", \
					  "0.0976041, 0.1129654, 0.1411884, 0.1928287, 0.2792969, 0.5025171, 1.1199074", \
					  "0.1585572, 0.1839783, 0.2340043, 0.3205925, 0.4527868, 0.6864320, 1.3009628", \
					  "0.2596825, 0.3034971, 0.3825291, 0.5348659, 0.7573534, 1.1078178, 1.7332030");
				}
				rise_transition ("del_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("0.0110765, 0.0165897, 0.0316981, 0.0733536, 0.1891166, 0.5095107, 1.4024027", \
					  "0.0111704, 0.0165526, 0.0316365, 0.0740517, 0.1905574, 0.5115123, 1.4183144", \
					  "0.0169567, 0.0203938, 0.0328269, 0.0741979, 0.1914412, 0.5107614, 1.4151510", \
					  "0.0294805, 0.0348801, 0.0456779, 0.0773882, 0.1913165, 0.5160994, 1.4135377", \
					  "0.0538081, 0.0614382, 0.0782983, 0.1091343, 0.1981008, 0.5121782, 1.4016945", \
					  "0.1012124, 0.1144800, 0.1387993, 0.1829963, 0.2664311, 0.5240837, 1.4076420", \
					  "0.1896977, 0.2117465, 0.2635659, 0.3248265, 0.4501294, 0.6650784, 1.4245981");
				}
				cell_fall ("del_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("0.0199317, 0.0247860, 0.0374703, 0.0708795, 0.1622917, 0.4156115, 1.1155608", \
					  "0.0243383, 0.0292117, 0.0418803, 0.0755626, 0.1673794, 0.4215576, 1.1233680", \
					  "0.0341710, 0.0403232, 0.0532954, 0.0875368, 0.1787598, 0.4318459, 1.1347941", \
					  "0.0483965, 0.0578066, 0.0773887, 0.1149503, 0.2082561, 0.4599373, 1.1576164", \
					  "0.0676609, 0.0826598, 0.1135720, 0.1710138, 0.2718208, 0.5248804, 1.2265909", \
					  "0.0864509, 0.1127995, 0.1639871, 0.2522589, 0.4067648, 0.6754939, 1.3775040", \
					  "0.0970489, 0.1399902, 0.2217457, 0.3664604, 0.6077286, 0.9995189, 1.7216886");
				}
				fall_transition ("del_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("0.0115251, 0.0172536, 0.0330687, 0.0767093, 0.1981903, 0.5358686, 1.4805744", \
					  "0.0117239, 0.0173201, 0.0331271, 0.0771139, 0.1986672, 0.5353040, 1.4692910", \
					  "0.0172002, 0.0211708, 0.0344549, 0.0770645, 0.1990485, 0.5355558, 1.4690733", \
					  "0.0286422, 0.0350591, 0.0486297, 0.0815830, 0.1984446, 0.5362297, 1.4716729", \
					  "0.0500593, 0.0597059, 0.0791631, 0.1163509, 0.2119017, 0.5360308, 1.4722431", \
					  "0.0921720, 0.1070269, 0.1342125, 0.1905005, 0.2916405, 0.5567647, 1.4756223", \
					  "0.1654055, 0.1882359, 0.2339030, 0.3214668, 0.4637805, 0.7199129, 1.4989034");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002624;
			capacitance : 0.002784;
			rise_capacitance : 0.002945;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkinvkapwr_16") {
		always_on : true;
		area : 30.028800;
		cell_footprint : "clkinvkapwr";
		cell_leakage_power : 4.985414e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0086237";
			when : "A";
		}
		leakage_power () {
			value : "0.0013471";
			when : "!A";
		}
		pin (Y) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(!A)";
			max_capacitance : 2.465524;
			max_transition : 1.504163;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.002062813, 0.008510396, 0.03511071, 0.1448537, 0.5976121, 2.465524");
					values("0.0812936, 0.0837887, 0.0935319, 0.1290773, 0.2636561, 0.8110649, 3.0649031", \
					  "0.0799246, 0.0821886, 0.0914261, 0.1269162, 0.2620247, 0.8085682, 3.0554034", \
					  "0.0791026, 0.0812679, 0.0899386, 0.1244382, 0.2603078, 0.8059015, 3.0466122", \
					  "0.0782164, 0.0802422, 0.0887448, 0.1222857, 0.2576150, 0.8062648, 3.0462551", \
					  "0.0781544, 0.0800614, 0.0880828, 0.1211107, 0.2557405, 0.8019524, 3.0442892", \
					  "0.0748478, 0.0765710, 0.0840789, 0.1160882, 0.2551347, 0.7996923, 3.0393672", \
					  "0.0787431, 0.0805503, 0.0878950, 0.1191887, 0.2498825, 0.7974818, 3.0444541");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.002062813, 0.008510396, 0.03511071, 0.1448537, 0.5976121, 2.465524");
					values("-0.0268854, -0.0282860, -0.0347123, -0.0645571, -0.1965846, -0.7471655, -3.0192123", \
					  "-0.0298607, -0.0312842, -0.0376303, -0.0666945, -0.1973967, -0.7470064, -3.0196707", \
					  "-0.0325662, -0.0341500, -0.0408817, -0.0698713, -0.1989242, -0.7477493, -3.0200428", \
					  "-0.0342886, -0.0360059, -0.0431380, -0.0729912, -0.2016986, -0.7488424, -3.0204296", \
					  "-0.0334109, -0.0351771, -0.0425873, -0.0746401, -0.2049788, -0.7506906, -3.0210114", \
					  "-0.0318671, -0.0334948, -0.0420277, -0.0739681, -0.2060737, -0.7535697, -3.0219063", \
					  "-0.0283721, -0.0307346, -0.0399207, -0.0735472, -0.2066428, -0.7565322, -3.0238652");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00206281, 0.0085104, 0.0351107, 0.144854, 0.597612, 2.46552");
					values("0.0210254, 0.0219681, 0.0255241, 0.0380874, 0.0854048, 0.2758899, 1.0609055", \
					  "0.0270478, 0.0279062, 0.0313119, 0.0438842, 0.0911286, 0.2816459, 1.0651735", \
					  "0.0418869, 0.0429182, 0.0466508, 0.0589680, 0.1061230, 0.2967123, 1.0803265", \
					  "0.0681759, 0.0699433, 0.0762541, 0.0945698, 0.1427805, 0.3339556, 1.1173794", \
					  "0.1156070, 0.1183215, 0.1288966, 0.1595009, 0.2275596, 0.4174259, 1.2002040", \
					  "0.2007993, 0.2058626, 0.2243370, 0.2764704, 0.3924749, 0.6158098, 1.3976876", \
					  "0.3576627, 0.3663312, 0.3981656, 0.4895700, 0.6856317, 1.0473193, 1.8546739");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00206281, 0.0085104, 0.0351107, 0.144854, 0.597612, 2.46552");
					values("0.0103846, 0.0113245, 0.0150616, 0.0308688, 0.0977036, 0.3731391, 1.5041626", \
					  "0.0105944, 0.0114640, 0.0151480, 0.0309740, 0.0968059, 0.3694701, 1.4928313", \
					  "0.0146451, 0.0152059, 0.0178379, 0.0313559, 0.0971597, 0.3691109, 1.4927033", \
					  "0.0260635, 0.0270342, 0.0305032, 0.0413452, 0.0976912, 0.3697773, 1.4888030", \
					  "0.0479513, 0.0492917, 0.0545824, 0.0708501, 0.1172796, 0.3710330, 1.4905920", \
					  "0.0922181, 0.0953265, 0.1022673, 0.1273269, 0.1891697, 0.3887189, 1.4912469", \
					  "0.1778299, 0.1820313, 0.1968388, 0.2356741, 0.3284351, 0.5314260, 1.4997367");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00206281, 0.0085104, 0.0351107, 0.144854, 0.597612, 2.46552");
					values("0.0213261, 0.0221461, 0.0253821, 0.0371383, 0.0820300, 0.2642329, 1.0139308", \
					  "0.0249659, 0.0258410, 0.0290763, 0.0409719, 0.0861140, 0.2691413, 1.0295007", \
					  "0.0326045, 0.0337558, 0.0380369, 0.0512326, 0.0968872, 0.2804519, 1.0287415", \
					  "0.0420765, 0.0438563, 0.0504635, 0.0709444, 0.1221740, 0.3057634, 1.0545337", \
					  "0.0504679, 0.0533376, 0.0639474, 0.0961385, 0.1749530, 0.3658729, 1.1159451", \
					  "0.0452691, 0.0503941, 0.0669471, 0.1212038, 0.2457504, 0.5066033, 1.2584117", \
					  "-0.0034821, 0.0049937, 0.0327336, 0.1240570, 0.3261196, 0.7337754, 1.5805605");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00206281, 0.0085104, 0.0351107, 0.144854, 0.597612, 2.46552");
					values("0.0097016, 0.0105771, 0.0140237, 0.0287069, 0.0895038, 0.3387209, 1.3703519", \
					  "0.0099890, 0.0107856, 0.0141972, 0.0286934, 0.0893951, 0.3409125, 1.3866381", \
					  "0.0152701, 0.0160672, 0.0190504, 0.0306409, 0.0899756, 0.3409410, 1.3715588", \
					  "0.0251576, 0.0263554, 0.0308201, 0.0449304, 0.0940627, 0.3382680, 1.3700852", \
					  "0.0438749, 0.0456899, 0.0522649, 0.0731315, 0.1263737, 0.3417444, 1.3700604", \
					  "0.0812912, 0.0838969, 0.0968957, 0.1251741, 0.2035809, 0.3951234, 1.3698122", \
					  "0.1508589, 0.1556275, 0.1772038, 0.2207376, 0.3343085, 0.5941567, 1.4184171");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.032828;
			capacitance : 0.035065;
			rise_capacitance : 0.037303;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkinvkapwr_2") {
		always_on : true;
		area : 5.004800;
		cell_footprint : "clkinvkapwr";
		cell_leakage_power : 5.838344e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0010861";
			when : "A";
		}
		leakage_power () {
			value : "8.1617682e-05";
			when : "!A";
		}
		pin (Y) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(!A)";
			max_capacitance : 0.384531;
			max_transition : 1.498836;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001513435, 0.004580968, 0.01386599, 0.04197054, 0.1270393, 0.3845314");
					values("0.0114104, 0.0128204, 0.0168147, 0.0281290, 0.0622773, 0.1637426, 0.4719114", \
					  "0.0111449, 0.0125318, 0.0164852, 0.0279916, 0.0621200, 0.1646215, 0.4750378", \
					  "0.0109823, 0.0122895, 0.0162283, 0.0276216, 0.0614977, 0.1648686, 0.4719339", \
					  "0.0108704, 0.0121659, 0.0159755, 0.0273815, 0.0613060, 0.1639233, 0.4756878", \
					  "0.0108409, 0.0120807, 0.0158501, 0.0270568, 0.0612941, 0.1642428, 0.4715885", \
					  "0.0104928, 0.0115886, 0.0153115, 0.0269656, 0.0610742, 0.1628327, 0.4735465", \
					  "0.0109942, 0.0121322, 0.0157624, 0.0269908, 0.0611754, 0.1634819, 0.4725011");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001513435, 0.004580968, 0.01386599, 0.04197054, 0.1270393, 0.3845314");
					values("-0.0032828, -0.0043037, -0.0077471, -0.0187612, -0.0528866, -0.1564002, -0.4696976", \
					  "-0.0037319, -0.0047398, -0.0080931, -0.0189883, -0.0529644, -0.1563910, -0.4696857", \
					  "-0.0041717, -0.0052040, -0.0085681, -0.0193131, -0.0531115, -0.1564642, -0.4697242", \
					  "-0.0044587, -0.0055896, -0.0090425, -0.0197957, -0.0534158, -0.1565843, -0.4697639", \
					  "-0.0042751, -0.0054227, -0.0090200, -0.0202412, -0.0538480, -0.1568128, -0.4699131", \
					  "-0.0041799, -0.0055226, -0.0091631, -0.0202547, -0.0542255, -0.1571745, -0.4700632", \
					  "-0.0036637, -0.0052323, -0.0089491, -0.0202965, -0.0543412, -0.1575694, -0.4703274");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151343, 0.00458097, 0.013866, 0.0419705, 0.127039, 0.384531");
					values("0.0183358, 0.0214980, 0.0304328, 0.0560341, 0.1322891, 0.3615187, 1.0544249", \
					  "0.0246298, 0.0276853, 0.0365850, 0.0623535, 0.1382494, 0.3672316, 1.0602498", \
					  "0.0386128, 0.0425625, 0.0515842, 0.0769591, 0.1534435, 0.3855611, 1.0772809", \
					  "0.0628419, 0.0692733, 0.0840698, 0.1127343, 0.1875442, 0.4178379, 1.1143289", \
					  "0.1039677, 0.1149034, 0.1397530, 0.1855267, 0.2701693, 0.4984955, 1.1911095", \
					  "0.1723670, 0.1936832, 0.2364688, 0.3162654, 0.4502846, 0.6841949, 1.3744239", \
					  "0.2976284, 0.3298260, 0.4015674, 0.5344030, 0.7635625, 1.1225585, 1.8140286");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00151343, 0.00458097, 0.013866, 0.0419705, 0.127039, 0.384531");
					values("0.0108733, 0.0146850, 0.0268568, 0.0620234, 0.1696898, 0.4948398, 1.4783783", \
					  "0.0109108, 0.0147491, 0.0264948, 0.0629891, 0.1698541, 0.4950237, 1.4846347", \
					  "0.0163149, 0.0186640, 0.0278198, 0.0621138, 0.1691638, 0.5023488, 1.4763412", \
					  "0.0282158, 0.0320792, 0.0408851, 0.0667240, 0.1698703, 0.4997744, 1.4988364", \
					  "0.0513414, 0.0570624, 0.0702027, 0.0990282, 0.1792127, 0.4970772, 1.4813049", \
					  "0.1009017, 0.1052648, 0.1262502, 0.1669582, 0.2458450, 0.5093322, 1.4834257", \
					  "0.1825815, 0.1981978, 0.2345450, 0.3036254, 0.4156581, 0.6439318, 1.4972525");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00151343, 0.00458097, 0.013866, 0.0419705, 0.127039, 0.384531");
					values("0.0168343, 0.0196952, 0.0275109, 0.0499970, 0.1164544, 0.3166075, 0.9226636", \
					  "0.0213147, 0.0240817, 0.0320457, 0.0546794, 0.1212054, 0.3216228, 0.9278443", \
					  "0.0296769, 0.0337445, 0.0432727, 0.0662717, 0.1338789, 0.3338958, 0.9402543", \
					  "0.0410640, 0.0473284, 0.0623443, 0.0926534, 0.1604423, 0.3606298, 0.9655452", \
					  "0.0548106, 0.0647091, 0.0883479, 0.1358728, 0.2234944, 0.4243136, 1.0306460", \
					  "0.0648104, 0.0818587, 0.1209541, 0.1974416, 0.3336429, 0.5735611, 1.1781967", \
					  "0.0501071, 0.0786661, 0.1450786, 0.2709977, 0.4887842, 0.8573415, 1.5203652");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00151343, 0.00458097, 0.013866, 0.0419705, 0.127039, 0.384531");
					values("0.0089420, 0.0121916, 0.0219007, 0.0512081, 0.1404932, 0.4088594, 1.2261634", \
					  "0.0094669, 0.0123942, 0.0219946, 0.0516918, 0.1398323, 0.4087219, 1.2257843", \
					  "0.0151821, 0.0180825, 0.0250199, 0.0517617, 0.1401070, 0.4104582, 1.2206713", \
					  "0.0255777, 0.0297390, 0.0395772, 0.0614578, 0.1419122, 0.4097271, 1.2235271", \
					  "0.0455924, 0.0516727, 0.0671686, 0.0975171, 0.1625730, 0.4123343, 1.2258374", \
					  "0.0829680, 0.0917924, 0.1147511, 0.1610509, 0.2493926, 0.4490733, 1.2318395", \
					  "0.1554429, 0.1706109, 0.2057114, 0.2755433, 0.4045794, 0.6397188, 1.2789768");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004450;
			capacitance : 0.004754;
			rise_capacitance : 0.005059;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkinvkapwr_4") {
		always_on : true;
		area : 8.758400;
		cell_footprint : "clkinvkapwr";
		cell_leakage_power : 1.204080e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0021604";
			when : "A";
		}
		leakage_power () {
			value : "0.0002478";
			when : "!A";
		}
		pin (Y) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(!A)";
			max_capacitance : 0.696726;
			max_transition : 1.499369;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001671034, 0.005584711, 0.01866449, 0.06237799, 0.2084715, 0.6967261");
					values("0.0224354, 0.0241646, 0.0294899, 0.0460263, 0.0985587, 0.2755766, 0.8586513", \
					  "0.0219525, 0.0236169, 0.0288894, 0.0455587, 0.0984479, 0.2739221, 0.8628734", \
					  "0.0216516, 0.0231955, 0.0282799, 0.0446219, 0.0976218, 0.2729976, 0.8613250", \
					  "0.0217637, 0.0232358, 0.0278288, 0.0440785, 0.0975595, 0.2737610, 0.8583033", \
					  "0.0217514, 0.0231945, 0.0279291, 0.0440298, 0.0966306, 0.2722145, 0.8626897", \
					  "0.0206236, 0.0220507, 0.0268584, 0.0432126, 0.0966990, 0.2729911, 0.8595052", \
					  "0.0214180, 0.0227418, 0.0273505, 0.0432836, 0.0961213, 0.2727769, 0.8600157");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001671034, 0.005584711, 0.01866449, 0.06237799, 0.2084715, 0.6967261");
					values("-0.0068837, -0.0080058, -0.0121937, -0.0275757, -0.0805288, -0.2582109, -0.8522985", \
					  "-0.0077696, -0.0088988, -0.0129578, -0.0280194, -0.0806857, -0.2582788, -0.8522551", \
					  "-0.0085662, -0.0097752, -0.0139011, -0.0287748, -0.0810272, -0.2583773, -0.8523485", \
					  "-0.0091275, -0.0104080, -0.0147474, -0.0297058, -0.0816117, -0.2586127, -0.8526434", \
					  "-0.0087694, -0.0102456, -0.0147729, -0.0302578, -0.0824821, -0.2590634, -0.8526334", \
					  "-0.0088844, -0.0102488, -0.0148362, -0.0304132, -0.0832510, -0.2598339, -0.8530271", \
					  "-0.0077094, -0.0091460, -0.0145162, -0.0304219, -0.0833161, -0.2603607, -0.8534976");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00167103, 0.00558471, 0.0186645, 0.062378, 0.208472, 0.696726");
					values("0.0185800, 0.0207148, 0.0273583, 0.0478118, 0.1129987, 0.3324358, 1.0568229", \
					  "0.0250524, 0.0270840, 0.0335514, 0.0540666, 0.1193143, 0.3371461, 1.0617368", \
					  "0.0399166, 0.0423550, 0.0490610, 0.0687281, 0.1346037, 0.3519218, 1.0774324", \
					  "0.0648363, 0.0690848, 0.0801124, 0.1049831, 0.1696025, 0.3875077, 1.1124922", \
					  "0.1101694, 0.1171462, 0.1364833, 0.1779098, 0.2550212, 0.4719242, 1.1950669", \
					  "0.1895399, 0.2017357, 0.2338535, 0.3037342, 0.4309266, 0.6652236, 1.3912141", \
					  "0.3333998, 0.3543854, 0.4131853, 0.5315146, 0.7470157, 1.1086455, 1.8361829");
				}
				rise_transition ("del_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("0.0104679, 0.0128506, 0.0211644, 0.0495598, 0.1413143, 0.4580044, 1.4822179", \
					  "0.0104755, 0.0129378, 0.0213652, 0.0494493, 0.1409586, 0.4509255, 1.4837929", \
					  "0.0153755, 0.0167731, 0.0229398, 0.0492807, 0.1415465, 0.4524885, 1.4833836", \
					  "0.0274970, 0.0299736, 0.0369740, 0.0556867, 0.1426979, 0.4564890, 1.4825465", \
					  "0.0495965, 0.0533448, 0.0635547, 0.0872205, 0.1532251, 0.4511511, 1.4860153", \
					  "0.0939805, 0.1011370, 0.1175361, 0.1524160, 0.2242344, 0.4645730, 1.4993685", \
					  "0.1810755, 0.1913807, 0.2172680, 0.2736302, 0.3815462, 0.6026597, 1.4992425");
				}
				cell_fall ("del_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("0.0161517, 0.0178921, 0.0231990, 0.0393760, 0.0917496, 0.2657109, 0.8464637", \
					  "0.0205527, 0.0222234, 0.0275373, 0.0438162, 0.0966138, 0.2706793, 0.8541156", \
					  "0.0279804, 0.0306085, 0.0378885, 0.0548941, 0.1079625, 0.2824543, 0.8632975", \
					  "0.0375070, 0.0415962, 0.0527572, 0.0789366, 0.1345785, 0.3089199, 0.8936640", \
					  "0.0470988, 0.0539502, 0.0717379, 0.1124169, 0.1938593, 0.3708481, 0.9505493", \
					  "0.0488073, 0.0598489, 0.0896437, 0.1542923, 0.2817284, 0.5161230, 1.0967044", \
					  "0.0145989, 0.0331791, 0.0848104, 0.1937515, 0.3975886, 0.7626417, 1.4319690");
				}
				fall_transition ("del_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("0.0079980, 0.0098158, 0.0161062, 0.0375008, 0.1077839, 0.3421813, 1.1273970", \
					  "0.0086932, 0.0102828, 0.0161663, 0.0371548, 0.1072038, 0.3436342, 1.1250053", \
					  "0.0142895, 0.0160779, 0.0209357, 0.0384447, 0.1078852, 0.3429456, 1.1296550", \
					  "0.0241421, 0.0267687, 0.0344240, 0.0520818, 0.1102484, 0.3412177, 1.1322837", \
					  "0.0429641, 0.0467771, 0.0579553, 0.0841860, 0.1390268, 0.3472655, 1.1304316", \
					  "0.0786971, 0.0853267, 0.1026073, 0.1414448, 0.2226772, 0.3956833, 1.1318028", \
					  "0.1489986, 0.1606937, 0.1885497, 0.2465554, 0.3669872, 0.5986556, 1.1967111");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008756;
			capacitance : 0.009371;
			rise_capacitance : 0.009987;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_clkinvkapwr_8") {
		always_on : true;
		area : 16.265600;
		cell_footprint : "clkinvkapwr";
		cell_leakage_power : 2.444502e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0043157";
			when : "A";
		}
		leakage_power () {
			value : "0.0005733";
			when : "!A";
		}
		pin (Y) {
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(!A)";
			max_capacitance : 1.293650;
			max_transition : 1.499018;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001852583, 0.006864131, 0.02543275, 0.0942326, 0.3491475, 1.29365");
					values("0.0433768, 0.0454687, 0.0526648, 0.0763086, 0.1593919, 0.4681726, 1.5977408", \
					  "0.0425202, 0.0444321, 0.0513306, 0.0752499, 0.1590552, 0.4663877, 1.6045572", \
					  "0.0419904, 0.0437714, 0.0503189, 0.0739679, 0.1585813, 0.4677641, 1.5979757", \
					  "0.0419432, 0.0439272, 0.0500912, 0.0729571, 0.1571798, 0.4649932, 1.5957269", \
					  "0.0415989, 0.0432173, 0.0493972, 0.0721542, 0.1557295, 0.4641499, 1.5962262", \
					  "0.0396074, 0.0412500, 0.0472879, 0.0697707, 0.1551387, 0.4625984, 1.5942284", \
					  "0.0411792, 0.0427007, 0.0485453, 0.0708386, 0.1523263, 0.4595814, 1.5985304");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001852583, 0.006864131, 0.02543275, 0.0942326, 0.3491475, 1.29365");
					values("-0.0134708, -0.0147753, -0.0198768, -0.0413360, -0.1245649, -0.4345279, -1.5838918", \
					  "-0.0152272, -0.0164853, -0.0215031, -0.0423287, -0.1249275, -0.4346950, -1.5838767", \
					  "-0.0167952, -0.0181373, -0.0233339, -0.0438802, -0.1256246, -0.4349825, -1.5839831", \
					  "-0.0178752, -0.0193494, -0.0248407, -0.0456620, -0.1269494, -0.4353333, -1.5839659", \
					  "-0.0173975, -0.0189526, -0.0247437, -0.0463498, -0.1285627, -0.4363125, -1.5843553", \
					  "-0.0169025, -0.0185544, -0.0248692, -0.0468677, -0.1297115, -0.4378421, -1.5849312", \
					  "-0.0153694, -0.0167964, -0.0241196, -0.0466994, -0.1300076, -0.4392434, -1.5859763");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00185258, 0.00686413, 0.0254328, 0.0942326, 0.349147, 1.29365");
					values("0.0187159, 0.0201508, 0.0249718, 0.0407561, 0.0961490, 0.3000530, 1.0508430", \
					  "0.0252175, 0.0264904, 0.0311121, 0.0470219, 0.1023485, 0.3056902, 1.0618079", \
					  "0.0401673, 0.0417681, 0.0467342, 0.0624892, 0.1183285, 0.3223329, 1.0723672", \
					  "0.0658571, 0.0684757, 0.0768371, 0.0981736, 0.1542021, 0.3579248, 1.1107623", \
					  "0.1123044, 0.1168562, 0.1311320, 0.1667065, 0.2394781, 0.4422023, 1.1921106", \
					  "0.1949028, 0.2029334, 0.2276364, 0.2882917, 0.4088475, 0.6377264, 1.3879150", \
					  "0.3453570, 0.3591125, 0.4015987, 0.5070058, 0.7116254, 1.0714070, 1.8383449");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185258, 0.00686413, 0.0254328, 0.0942326, 0.349147, 1.29365");
					values("0.0102184, 0.0116685, 0.0173899, 0.0386603, 0.1172498, 0.4143467, 1.4882459", \
					  "0.0102405, 0.0117077, 0.0174063, 0.0386653, 0.1172534, 0.4093874, 1.4926097", \
					  "0.0150413, 0.0158576, 0.0198219, 0.0387636, 0.1174329, 0.4136900, 1.4877974", \
					  "0.0267659, 0.0284158, 0.0333602, 0.0478203, 0.1178701, 0.4094244, 1.4846597", \
					  "0.0485891, 0.0507241, 0.0582133, 0.0785236, 0.1326875, 0.4116129, 1.4898237", \
					  "0.0925955, 0.0965968, 0.1077737, 0.1369298, 0.2047958, 0.4259319, 1.4947656", \
					  "0.1783100, 0.1846694, 0.2045746, 0.2527938, 0.3528851, 0.5640415, 1.4990176");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185258, 0.00686413, 0.0254328, 0.0942326, 0.349147, 1.29365");
					values("0.0168104, 0.0179401, 0.0218499, 0.0347141, 0.0802091, 0.2460141, 0.8596729", \
					  "0.0211007, 0.0221889, 0.0260759, 0.0392927, 0.0849040, 0.2506573, 0.8655464", \
					  "0.0283638, 0.0300889, 0.0356242, 0.0502127, 0.0959819, 0.2621316, 0.8776382", \
					  "0.0373848, 0.0400742, 0.0484903, 0.0709289, 0.1222763, 0.2890685, 0.9038031", \
					  "0.0460084, 0.0502485, 0.0636604, 0.0991092, 0.1770726, 0.3498447, 0.9637613", \
					  "0.0439558, 0.0513667, 0.0736792, 0.1315388, 0.2530356, 0.4926612, 1.1102715", \
					  "0.0020573, 0.0145639, 0.0526641, 0.1496390, 0.3471771, 0.7197191, 1.4378527");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00185258, 0.00686413, 0.0254328, 0.0942326, 0.349147, 1.29365");
					values("0.0081774, 0.0093009, 0.0137733, 0.0302504, 0.0923477, 0.3190763, 1.1716463", \
					  "0.0087416, 0.0097542, 0.0137772, 0.0303747, 0.0920880, 0.3192838, 1.1637750", \
					  "0.0143053, 0.0154680, 0.0192764, 0.0321992, 0.0927620, 0.3188350, 1.1625223", \
					  "0.0239264, 0.0256403, 0.0312796, 0.0472992, 0.0955812, 0.3210696, 1.1659831", \
					  "0.0422523, 0.0449154, 0.0532908, 0.0758904, 0.1297617, 0.3221034, 1.1650227", \
					  "0.0787133, 0.0825475, 0.0948317, 0.1292707, 0.2048927, 0.3805408, 1.1628899", \
					  "0.1481652, 0.1547720, 0.1752716, 0.2281123, 0.3403893, 0.5775076, 1.2326219");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.017366;
			capacitance : 0.018582;
			rise_capacitance : 0.019797;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_decapkapwr_12") {
		area : 15.014400;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (kapwr) {
			voltage_name : "kapwr";
			pg_type : "backup_power";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_lpflow_decapkapwr_3") {
		area : 3.753600;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (kapwr) {
			voltage_name : "kapwr";
			pg_type : "backup_power";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_lpflow_decapkapwr_4") {
		area : 5.004800;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (kapwr) {
			voltage_name : "kapwr";
			pg_type : "backup_power";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_lpflow_decapkapwr_6") {
		area : 7.507200;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (kapwr) {
			voltage_name : "kapwr";
			pg_type : "backup_power";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_lpflow_decapkapwr_8") {
		area : 10.009600;
		cell_footprint : "decap";
		cell_leakage_power : 2.433600e-03;
		pg_pin (kapwr) {
			voltage_name : "kapwr";
			pg_type : "backup_power";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
	}
	cell ("scs8hd_lpflow_inputiso0n_1") {
		cell_footprint : "inputiso0n";
		is_isolation_cell : true;
		area : 6.256000;
		cell_leakage_power : 3.024874e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vgnd) {
			pg_type : "primary_ground";
			voltage_name : "vgnd";
		}
		pg_pin (vpwr) {
			pg_type : "primary_power";
			voltage_name : "vpwr";
		}
		pg_pin (vnb) {
			voltage_name : "vnb";
			pg_type : "primary_ground";
		}
		pg_pin (vpb) {
			voltage_name : "vpb";
			pg_type : "primary_power";
		}
		leakage_power () {
			value : "0.0004095";
			when : "!sleepb&A";
		}
		leakage_power () {
			value : "0.0003683";
			when : "!sleepb&!A";
		}
		leakage_power () {
			value : "2.1528750e-05";
			when : "sleepb&A";
		}
		leakage_power () {
			value : "0.0004106";
			when : "sleepb&!A";
		}
		pin (sleepb) {
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001537;
			capacitance : 0.001466;
			fall_capacitance : 0.001396;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016361, -0.0016369, -0.0016388, -0.0016385, -0.0016378, -0.0016362, -0.0016323");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016405, 0.0016413, 0.0016433, 0.0016436, 0.0016444, 0.0016461, 0.0016501");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001485;
			capacitance : 0.001445;
			fall_capacitance : 0.001405;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014731, -0.0014738, -0.0014754, -0.0014724, -0.0014654, -0.0014493, -0.0014122");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018553, 0.0018566, 0.0018596, 0.0018598, 0.0018603, 0.0018613, 0.0018637");
				}
			}
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "(sleepb&A)";
			max_capacitance : 0.138255;
			max_transition : 1.505083;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0067346, 0.0077306, 0.0101847, 0.0163176, 0.0318960, 0.0718905, 0.1738155", \
					  "0.0067102, 0.0077027, 0.0101393, 0.0162768, 0.0319558, 0.0715198, 0.1737291", \
					  "0.0066289, 0.0076200, 0.0100700, 0.0162134, 0.0319873, 0.0715181, 0.1718234", \
					  "0.0065073, 0.0074555, 0.0099224, 0.0160902, 0.0316615, 0.0710362, 0.1726314", \
					  "0.0063735, 0.0073106, 0.0097955, 0.0158994, 0.0314169, 0.0715810, 0.1728133", \
					  "0.0065090, 0.0074587, 0.0098880, 0.0158883, 0.0315766, 0.0715507, 0.1716464", \
					  "0.0065077, 0.0074023, 0.0098509, 0.0159399, 0.0315818, 0.0716106, 0.1727884");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0059818, 0.0052290, 0.0032574, -0.0024182, -0.0178928, -0.0579078, -0.1602237", \
					  "0.0058684, 0.0051414, 0.0031657, -0.0025374, -0.0180230, -0.0580303, -0.1603485", \
					  "0.0057198, 0.0049748, 0.0029857, -0.0026988, -0.0181757, -0.0581851, -0.1604898", \
					  "0.0055720, 0.0048029, 0.0028053, -0.0028866, -0.0183305, -0.0583323, -0.1606166", \
					  "0.0054692, 0.0046613, 0.0026502, -0.0030296, -0.0184533, -0.0583797, -0.1606582", \
					  "0.0059471, 0.0050202, 0.0026601, -0.0033560, -0.0185675, -0.0584712, -0.1607177", \
					  "0.0061571, 0.0052636, 0.0029796, -0.0030209, -0.0185578, -0.0584557, -0.1605718");
				}
			}
			internal_power () {
				related_pin : "sleepb";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0070370, 0.0080347, 0.0104793, 0.0165830, 0.0321679, 0.0719665, 0.1728624", \
					  "0.0070159, 0.0080065, 0.0104538, 0.0165620, 0.0321305, 0.0719053, 0.1734083", \
					  "0.0069463, 0.0079305, 0.0103705, 0.0164822, 0.0321633, 0.0716692, 0.1718488", \
					  "0.0068307, 0.0078134, 0.0102538, 0.0163795, 0.0318158, 0.0717693, 0.1728707", \
					  "0.0067507, 0.0076992, 0.0101419, 0.0162281, 0.0318726, 0.0716403, 0.1730050", \
					  "0.0066956, 0.0076446, 0.0101070, 0.0161589, 0.0318750, 0.0713951, 0.1717006", \
					  "0.0067233, 0.0076903, 0.0101090, 0.0163141, 0.0319671, 0.0720186, 0.1729843");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0071798, 0.0064155, 0.0044043, -0.0013080, -0.0167936, -0.0568252, -0.1591258", \
					  "0.0071011, 0.0063064, 0.0043081, -0.0014061, -0.0168904, -0.0569197, -0.1592064", \
					  "0.0069447, 0.0061830, 0.0041765, -0.0015420, -0.0170134, -0.0570302, -0.1593154", \
					  "0.0068313, 0.0060467, 0.0040125, -0.0016826, -0.0171393, -0.0571483, -0.1594222", \
					  "0.0067165, 0.0059197, 0.0039084, -0.0017941, -0.0172202, -0.0571995, -0.1594719", \
					  "0.0069187, 0.0059660, 0.0036378, -0.0019168, -0.0172665, -0.0572050, -0.1594555", \
					  "0.0075404, 0.0066196, 0.0042429, -0.0018208, -0.0173922, -0.0572442, -0.1594396");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0722442, 0.0792389, 0.0954453, 0.1344289, 0.2316011, 0.4793187, 1.1115719", \
					  "0.0768682, 0.0837819, 0.0998331, 0.1388810, 0.2364837, 0.4839301, 1.1183977", \
					  "0.0879911, 0.0949296, 0.1110999, 0.1501496, 0.2474168, 0.4964346, 1.1283440", \
					  "0.1123684, 0.1193080, 0.1354133, 0.1744006, 0.2719737, 0.5201045, 1.1526204", \
					  "0.1495948, 0.1570243, 0.1739065, 0.2134451, 0.3117225, 0.5601469, 1.1976277", \
					  "0.2001003, 0.2087500, 0.2266771, 0.2662260, 0.3638529, 0.6124865, 1.2479403", \
					  "0.2510484, 0.2625600, 0.2857924, 0.3285223, 0.4252438, 0.6739516, 1.3061822");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0263784, 0.0341431, 0.0542264, 0.1069451, 0.2454334, 0.5987031, 1.4981645", \
					  "0.0263419, 0.0341492, 0.0542977, 0.1074024, 0.2450359, 0.6000113, 1.4957042", \
					  "0.0263444, 0.0341317, 0.0541748, 0.1072888, 0.2460435, 0.6000218, 1.4892059", \
					  "0.0271985, 0.0348831, 0.0545822, 0.1075733, 0.2450667, 0.5949917, 1.4953617", \
					  "0.0306636, 0.0378899, 0.0569766, 0.1084252, 0.2453179, 0.5968879, 1.5034898", \
					  "0.0397413, 0.0462401, 0.0624753, 0.1109075, 0.2476928, 0.5970740, 1.4962396", \
					  "0.0586255, 0.0652015, 0.0795008, 0.1213174, 0.2488513, 0.6031778, 1.4913413");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0984980, 0.1034652, 0.1138175, 0.1339378, 0.1746821, 0.2702874, 0.5098205", \
					  "0.1037082, 0.1086060, 0.1188527, 0.1390961, 0.1798904, 0.2751188, 0.5153971", \
					  "0.1170962, 0.1220449, 0.1322222, 0.1523960, 0.1935604, 0.2885255, 0.5291056", \
					  "0.1504333, 0.1553637, 0.1655425, 0.1857236, 0.2270382, 0.3222650, 0.5627629", \
					  "0.2275968, 0.2327357, 0.2433747, 0.2639197, 0.3045513, 0.4007387, 0.6414559", \
					  "0.3672238, 0.3740269, 0.3875496, 0.4121160, 0.4570159, 0.5541544, 0.7935138", \
					  "0.6006133, 0.6099278, 0.6257473, 0.6594404, 0.7140913, 0.8156625, 1.0545176");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0216384, 0.0250590, 0.0329794, 0.0514949, 0.0970231, 0.2174816, 0.5348322", \
					  "0.0217055, 0.0253238, 0.0332647, 0.0515993, 0.0971637, 0.2184439, 0.5339547", \
					  "0.0217852, 0.0252520, 0.0333072, 0.0515777, 0.0967885, 0.2174214, 0.5338888", \
					  "0.0217069, 0.0251690, 0.0330296, 0.0515577, 0.0968681, 0.2168024, 0.5386079", \
					  "0.0246872, 0.0278758, 0.0354231, 0.0529998, 0.0979551, 0.2170052, 0.5353468", \
					  "0.0362771, 0.0396485, 0.0473107, 0.0647289, 0.1062416, 0.2214289, 0.5359309", \
					  "0.0564934, 0.0609598, 0.0712460, 0.0886129, 0.1276958, 0.2320119, 0.5383992");
				}
			}
			timing () {
				related_pin : "sleepb";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0772424, 0.0842176, 0.1003905, 0.1392081, 0.2358700, 0.4830670, 1.1160138", \
					  "0.0821848, 0.0891787, 0.1053171, 0.1439606, 0.2411999, 0.4881821, 1.1204474", \
					  "0.0929255, 0.0998851, 0.1159661, 0.1548323, 0.2520482, 0.5007065, 1.1308032", \
					  "0.1158425, 0.1228337, 0.1390373, 0.1777692, 0.2756705, 0.5261089, 1.1588149", \
					  "0.1543057, 0.1616953, 0.1784741, 0.2179286, 0.3157848, 0.5642872, 1.1997888", \
					  "0.2087686, 0.2171633, 0.2349073, 0.2750076, 0.3733939, 0.6211542, 1.2578181", \
					  "0.2676874, 0.2788696, 0.3008848, 0.3442341, 0.4420997, 0.6911426, 1.3226950");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0263691, 0.0342003, 0.0542888, 0.1071793, 0.2444578, 0.5986351, 1.5033788", \
					  "0.0263689, 0.0341811, 0.0541911, 0.1072400, 0.2450039, 0.5950880, 1.4912112", \
					  "0.0262973, 0.0341346, 0.0542960, 0.1071859, 0.2462153, 0.5995228, 1.4939513", \
					  "0.0269906, 0.0346482, 0.0545184, 0.1073453, 0.2448025, 0.6021144, 1.5030871", \
					  "0.0297950, 0.0372021, 0.0564881, 0.1080450, 0.2454855, 0.6014813, 1.5050827", \
					  "0.0367790, 0.0435754, 0.0613764, 0.1106110, 0.2464095, 0.5960702, 1.4982978", \
					  "0.0523678, 0.0593546, 0.0751955, 0.1184995, 0.2478038, 0.6027547, 1.4927495");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1173298, 0.1224154, 0.1329990, 0.1534824, 0.1953201, 0.2909133, 0.5306278", \
					  "0.1226311, 0.1277880, 0.1383015, 0.1587665, 0.2005845, 0.2961416, 0.5360538", \
					  "0.1364039, 0.1414948, 0.1520091, 0.1723641, 0.2143247, 0.3099577, 0.5495676", \
					  "0.1702382, 0.1753879, 0.1857767, 0.2063745, 0.2482965, 0.3439331, 0.5835769", \
					  "0.2530192, 0.2581070, 0.2686648, 0.2891638, 0.3311263, 0.4268856, 0.6668324", \
					  "0.4116736, 0.4177771, 0.4308243, 0.4546212, 0.4990786, 0.5957304, 0.8358608", \
					  "0.6847098, 0.6935663, 0.7107218, 0.7414739, 0.7942564, 0.8949639, 1.1350509");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0232420, 0.0269069, 0.0347981, 0.0530660, 0.0982296, 0.2180182, 0.5348387", \
					  "0.0233450, 0.0266999, 0.0349585, 0.0530284, 0.0981686, 0.2173949, 0.5350284", \
					  "0.0232919, 0.0267869, 0.0349431, 0.0532932, 0.0984149, 0.2202786, 0.5348543", \
					  "0.0234096, 0.0267771, 0.0347258, 0.0530832, 0.0981649, 0.2176810, 0.5342161", \
					  "0.0238167, 0.0272412, 0.0350754, 0.0534181, 0.0981183, 0.2194578, 0.5352181", \
					  "0.0345084, 0.0378047, 0.0460052, 0.0632858, 0.1040755, 0.2209120, 0.5376709", \
					  "0.0539154, 0.0581264, 0.0664852, 0.0841356, 0.1238473, 0.2294629, 0.5375135");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_inputiso0p_1") {
		cell_footprint : "inputiso0p";
		is_isolation_cell : true;
		area : 7.507200;
		cell_leakage_power : 3.210773e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vgnd) {
			pg_type : "primary_ground";
			voltage_name : "vgnd";
		}
		pg_pin (vpwr) {
			pg_type : "primary_power";
			voltage_name : "vpwr";
		}
		pg_pin (vnb) {
			voltage_name : "vnb";
			pg_type : "primary_ground";
		}
		pg_pin (vpb) {
			voltage_name : "vpb";
			pg_type : "primary_power";
		}
		leakage_power () {
			value : "4.5231058e-05";
			when : "!sleep&A";
		}
		leakage_power () {
			value : "0.0004401";
			when : "!sleep&!A";
		}
		leakage_power () {
			value : "0.0004195";
			when : "sleep&A";
		}
		leakage_power () {
			value : "0.0003795";
			when : "sleep&!A";
		}
		pin (sleep) {
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001462;
			capacitance : 0.001534;
			rise_capacitance : 0.001606;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016814, 0.0016284, 0.0015062, 0.0015000, 0.0014859, 0.0014532, 0.0013780");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047145, 0.0046409, 0.0044713, 0.0044707, 0.0044694, 0.0044664, 0.0044593");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001689;
			capacitance : 0.001611;
			fall_capacitance : 0.001533;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019655, -0.0019634, -0.0019587, -0.0019590, -0.0019597, -0.0019613, -0.0019649");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019707, 0.0019687, 0.0019639, 0.0019640, 0.0019641, 0.0019645, 0.0019652");
				}
			}
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "(!sleep&A)";
			max_capacitance : 0.150156;
			max_transition : 1.504981;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0078783, 0.0089165, 0.0114878, 0.0179056, 0.0343162, 0.0771706, 0.1881703", \
					  "0.0078364, 0.0088934, 0.0114617, 0.0178864, 0.0343867, 0.0775292, 0.1870544", \
					  "0.0077705, 0.0088126, 0.0113736, 0.0177815, 0.0343279, 0.0771417, 0.1882585", \
					  "0.0076570, 0.0086882, 0.0112455, 0.0176912, 0.0342419, 0.0770320, 0.1868507", \
					  "0.0076432, 0.0086268, 0.0111181, 0.0175460, 0.0341194, 0.0770903, 0.1877079", \
					  "0.0076920, 0.0087030, 0.0111898, 0.0175703, 0.0341837, 0.0767246, 0.1879711", \
					  "0.0075903, 0.0085621, 0.0110502, 0.0176076, 0.0343030, 0.0774117, 0.1880944");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0055284, 0.0047171, 0.0025915, -0.0034674, -0.0200113, -0.0632902, -0.1753847", \
					  "0.0054206, 0.0046173, 0.0024925, -0.0035576, -0.0200990, -0.0633816, -0.1754734", \
					  "0.0053119, 0.0044903, 0.0023784, -0.0036760, -0.0202135, -0.0634895, -0.1754949", \
					  "0.0051783, 0.0043616, 0.0022386, -0.0038207, -0.0203350, -0.0635964, -0.1756847", \
					  "0.0051218, 0.0043040, 0.0021785, -0.0038915, -0.0203894, -0.0636161, -0.1756820", \
					  "0.0051604, 0.0041860, 0.0017536, -0.0040917, -0.0205156, -0.0637069, -0.1757466", \
					  "0.0057530, 0.0048102, 0.0023455, -0.0040713, -0.0206670, -0.0637126, -0.1757119");
				}
			}
			internal_power () {
				related_pin : "sleep";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0077219, 0.0087716, 0.0113309, 0.0177678, 0.0343612, 0.0773042, 0.1872847", \
					  "0.0076905, 0.0087342, 0.0113001, 0.0177244, 0.0342911, 0.0775714, 0.1881657", \
					  "0.0077347, 0.0087800, 0.0113253, 0.0178089, 0.0343960, 0.0773474, 0.1881449", \
					  "0.0076088, 0.0086434, 0.0112089, 0.0176452, 0.0342392, 0.0772005, 0.1871700", \
					  "0.0075581, 0.0086083, 0.0111760, 0.0176322, 0.0343747, 0.0766409, 0.1880627", \
					  "0.0073385, 0.0082896, 0.0109761, 0.0175295, 0.0340271, 0.0770185, 0.1880837", \
					  "0.0074579, 0.0084389, 0.0109954, 0.0174182, 0.0340146, 0.0770412, 0.1889899");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0052182, 0.0044477, 0.0024625, -0.0034449, -0.0199215, -0.0631665, -0.1752588", \
					  "0.0051973, 0.0044360, 0.0024143, -0.0034755, -0.0199562, -0.0631981, -0.1752935", \
					  "0.0051177, 0.0043501, 0.0023500, -0.0035584, -0.0200240, -0.0632675, -0.1753635", \
					  "0.0048855, 0.0041287, 0.0021137, -0.0037924, -0.0202479, -0.0634952, -0.1755813", \
					  "0.0047085, 0.0039576, 0.0019518, -0.0039691, -0.0204291, -0.0636655, -0.1757570", \
					  "0.0056685, 0.0047678, 0.0024127, -0.0038598, -0.0204861, -0.0637623, -0.1758422", \
					  "0.0056920, 0.0047588, 0.0024690, -0.0038036, -0.0204233, -0.0636602, -0.1757887");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.0758072, 0.0827708, 0.0986772, 0.1364774, 0.2316559, 0.4780363, 1.1184184", \
					  "0.0806698, 0.0877540, 0.1035845, 0.1413447, 0.2363296, 0.4837415, 1.1218612", \
					  "0.0908773, 0.0978466, 0.1137381, 0.1514379, 0.2468790, 0.4931212, 1.1345578", \
					  "0.1125065, 0.1195154, 0.1354558, 0.1732437, 0.2690921, 0.5176628, 1.1540647", \
					  "0.1498770, 0.1573821, 0.1738170, 0.2123953, 0.3083561, 0.5556106, 1.1934741", \
					  "0.2030322, 0.2117413, 0.2299307, 0.2693377, 0.3657656, 0.6127109, 1.2532241", \
					  "0.2591850, 0.2712457, 0.2943639, 0.3380711, 0.4336838, 0.6826805, 1.3185311");
				}
				rise_transition ("del_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("0.0222952, 0.0297118, 0.0487524, 0.0994007, 0.2338638, 0.5882150, 1.5034417", \
					  "0.0223326, 0.0296287, 0.0487230, 0.0998067, 0.2344910, 0.5884316, 1.4932034", \
					  "0.0223625, 0.0296383, 0.0487256, 0.0996489, 0.2348792, 0.5863943, 1.5049814", \
					  "0.0228217, 0.0300831, 0.0489066, 0.0996896, 0.2347391, 0.5853795, 1.4834876", \
					  "0.0256350, 0.0325986, 0.0511424, 0.1008266, 0.2346136, 0.5871883, 1.4899909", \
					  "0.0328020, 0.0395077, 0.0561691, 0.1034216, 0.2364536, 0.5843491, 1.4985987", \
					  "0.0475524, 0.0549087, 0.0706967, 0.1123099, 0.2375313, 0.5875176, 1.4869536");
				}
				cell_fall ("del_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("0.1173752, 0.1230099, 0.1345898, 0.1563534, 0.2010864, 0.3043729, 0.5681836", \
					  "0.1228292, 0.1283865, 0.1399597, 0.1617102, 0.2064654, 0.3097559, 0.5730634", \
					  "0.1368365, 0.1425085, 0.1540493, 0.1759669, 0.2205944, 0.3237985, 0.5876410", \
					  "0.1710594, 0.1767988, 0.1882665, 0.2101613, 0.2548838, 0.3582027, 0.6219700", \
					  "0.2535966, 0.2592903, 0.2706428, 0.2927164, 0.3374734, 0.4408465, 0.7050573", \
					  "0.4165249, 0.4237574, 0.4378086, 0.4631257, 0.5105397, 0.6147100, 0.8779540", \
					  "0.6974581, 0.7075583, 0.7264889, 0.7594436, 0.8153508, 0.9240712, 1.1860282");
				}
				fall_transition ("del_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("0.0222568, 0.0258947, 0.0341472, 0.0537494, 0.1012799, 0.2323339, 0.5786140", \
					  "0.0221387, 0.0261586, 0.0341125, 0.0537569, 0.1012883, 0.2324027, 0.5786508", \
					  "0.0222801, 0.0261305, 0.0342222, 0.0535467, 0.1016187, 0.2307921, 0.5826261", \
					  "0.0221034, 0.0258927, 0.0341706, 0.0538098, 0.1016459, 0.2307391, 0.5797492", \
					  "0.0224670, 0.0263732, 0.0347987, 0.0537959, 0.1015126, 0.2308298, 0.5829411", \
					  "0.0325706, 0.0366432, 0.0451283, 0.0628683, 0.1069365, 0.2345500, 0.5798308", \
					  "0.0509965, 0.0557859, 0.0652733, 0.0837709, 0.1256765, 0.2430018, 0.5822946");
				}
			}
			timing () {
				related_pin : "sleep";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.1434925, 0.1504533, 0.1664276, 0.2044217, 0.3001284, 0.5479276, 1.1865010", \
					  "0.1488322, 0.1558353, 0.1718197, 0.2098443, 0.3056625, 0.5523185, 1.1912599", \
					  "0.1624761, 0.1694997, 0.1854343, 0.2236987, 0.3191565, 0.5664046, 1.2045287", \
					  "0.1962496, 0.2032771, 0.2192457, 0.2572316, 0.3529805, 0.6010046, 1.2383734", \
					  "0.2721810, 0.2792540, 0.2952851, 0.3333835, 0.4290299, 0.6755009, 1.3162594", \
					  "0.4067313, 0.4137649, 0.4300200, 0.4683900, 0.5639180, 0.8105354, 1.4529220", \
					  "0.6351389, 0.6427169, 0.6594075, 0.6978451, 0.7938868, 1.0413870, 1.6812389");
				}
				rise_transition ("del_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("0.0227548, 0.0299964, 0.0489750, 0.0997105, 0.2339358, 0.5876429, 1.4936868", \
					  "0.0227233, 0.0299831, 0.0490730, 0.0995120, 0.2344979, 0.5847800, 1.4872751", \
					  "0.0227428, 0.0299866, 0.0489641, 0.0998248, 0.2348428, 0.5891355, 1.4899916", \
					  "0.0227246, 0.0300294, 0.0489815, 0.0997149, 0.2339235, 0.5884023, 1.4864782", \
					  "0.0229060, 0.0301316, 0.0490258, 0.0994228, 0.2344543, 0.5830541, 1.5011322", \
					  "0.0239314, 0.0311740, 0.0498143, 0.0999499, 0.2334116, 0.5870670, 1.5029410", \
					  "0.0270751, 0.0337926, 0.0516078, 0.1014938, 0.2341090, 0.5823924, 1.4971657");
				}
				cell_fall ("del_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("0.1315374, 0.1372049, 0.1487782, 0.1708524, 0.2151728, 0.3183750, 0.5826655", \
					  "0.1363794, 0.1421096, 0.1535699, 0.1756630, 0.2199975, 0.3231694, 0.5874256", \
					  "0.1473382, 0.1530056, 0.1644587, 0.1864595, 0.2311384, 0.3343849, 0.5977244", \
					  "0.1685552, 0.1742428, 0.1855898, 0.2076163, 0.2523308, 0.3556280, 0.6192133", \
					  "0.2006755, 0.2063920, 0.2179180, 0.2399493, 0.2844285, 0.3876993, 0.6513549", \
					  "0.2469601, 0.2526606, 0.2641164, 0.2861341, 0.3309837, 0.4342327, 0.6975330", \
					  "0.3031778, 0.3090097, 0.3205116, 0.3427116, 0.3878125, 0.4910258, 0.7539149");
				}
				fall_transition ("del_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("0.0213675, 0.0251026, 0.0335504, 0.0529026, 0.1013474, 0.2314639, 0.5785365", \
					  "0.0215395, 0.0253601, 0.0334365, 0.0531000, 0.1014724, 0.2308817, 0.5837132", \
					  "0.0215313, 0.0253420, 0.0338030, 0.0532230, 0.1013939, 0.2305549, 0.5797146", \
					  "0.0215036, 0.0253209, 0.0336219, 0.0530190, 0.1010147, 0.2335405, 0.5823248", \
					  "0.0215920, 0.0253114, 0.0337234, 0.0531278, 0.1013122, 0.2306830, 0.5841349", \
					  "0.0218480, 0.0256788, 0.0340282, 0.0535365, 0.1013142, 0.2304971, 0.5791922", \
					  "0.0224767, 0.0263261, 0.0348464, 0.0541962, 0.1018598, 0.2331189, 0.5796293");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_inputiso1n_1") {
		area : 7.507200;
		is_isolation_cell : true;
		cell_footprint : "inputiso1n";
		cell_leakage_power : 1.742472e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		leakage_power () {
			value : "0.0005309";
			when : "!A&sleepb";
		}
		leakage_power () {
			value : "6.6396887e-05";
			when : "!A&!sleepb";
		}
		leakage_power () {
			value : "3.7519846e-05";
			when : "A&sleepb";
		}
		leakage_power () {
			value : "6.2137985e-05";
			when : "A&!sleepb";
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			direction : "output";
			function : "(A) | (!sleepb)";
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			max_capacitance : 0.150156;
			max_transition : 1.504523;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0066459, 0.0076592, 0.0101735, 0.0165884, 0.0332287, 0.0763119, 0.1868984", \
					  "0.0066267, 0.0076378, 0.0101619, 0.0166338, 0.0331021, 0.0758236, 0.1878264", \
					  "0.0065944, 0.0075984, 0.0101254, 0.0165794, 0.0332571, 0.0763085, 0.1876891", \
					  "0.0064933, 0.0074863, 0.0099970, 0.0164673, 0.0330326, 0.0762744, 0.1877605", \
					  "0.0064787, 0.0074677, 0.0098536, 0.0163400, 0.0330943, 0.0758395, 0.1868379", \
					  "0.0064465, 0.0074568, 0.0099287, 0.0164047, 0.0330160, 0.0755426, 0.1875533", \
					  "0.0065542, 0.0074600, 0.0099582, 0.0165141, 0.0330612, 0.0761186, 0.1870627");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0052509, 0.0044927, 0.0024979, -0.0033009, -0.0196103, -0.0627988, -0.1748628", \
					  "0.0051214, 0.0043805, 0.0024027, -0.0033903, -0.0196758, -0.0629153, -0.1750528", \
					  "0.0050850, 0.0043233, 0.0023128, -0.0034635, -0.0197487, -0.0629847, -0.1750906", \
					  "0.0049922, 0.0042410, 0.0022395, -0.0035544, -0.0198320, -0.0630361, -0.1751364", \
					  "0.0049082, 0.0041543, 0.0021327, -0.0036453, -0.0199006, -0.0630903, -0.1751849", \
					  "0.0046497, 0.0039144, 0.0019754, -0.0037483, -0.0199584, -0.0631094, -0.1751880", \
					  "0.0063265, 0.0053663, 0.0028947, -0.0034914, -0.0201203, -0.0631615, -0.1752067");
				}
			}
			internal_power () {
				related_pin : "sleepb";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0065618, 0.0076112, 0.0102151, 0.0167592, 0.0335253, 0.0762981, 0.1875905", \
					  "0.0064984, 0.0075463, 0.0101565, 0.0167090, 0.0334239, 0.0764720, 0.1874461", \
					  "0.0065318, 0.0075702, 0.0101813, 0.0167244, 0.0334888, 0.0763904, 0.1864581", \
					  "0.0064075, 0.0074579, 0.0100579, 0.0165926, 0.0333348, 0.0763718, 0.1870739", \
					  "0.0062517, 0.0073078, 0.0099048, 0.0164280, 0.0332125, 0.0760390, 0.1871162", \
					  "0.0060693, 0.0070969, 0.0096307, 0.0162771, 0.0328941, 0.0759131, 0.1870832", \
					  "0.0061288, 0.0071056, 0.0096843, 0.0163014, 0.0327646, 0.0760791, 0.1868434");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0050888, 0.0043488, 0.0023575, -0.0034146, -0.0196648, -0.0628596, -0.1749290", \
					  "0.0050565, 0.0043170, 0.0023134, -0.0034608, -0.0196983, -0.0628903, -0.1749687", \
					  "0.0050374, 0.0043022, 0.0023094, -0.0034665, -0.0197158, -0.0629153, -0.1749848", \
					  "0.0048724, 0.0041278, 0.0021256, -0.0036493, -0.0198966, -0.0630600, -0.1751337", \
					  "0.0047384, 0.0039842, 0.0019928, -0.0037640, -0.0200182, -0.0631939, -0.1752796", \
					  "0.0062492, 0.0053356, 0.0029470, -0.0034100, -0.0200748, -0.0632409, -0.1753127", \
					  "0.0065010, 0.0056347, 0.0032098, -0.0031795, -0.0197900, -0.0630344, -0.1751336");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.0537742, 0.0599346, 0.0748305, 0.1118678, 0.2073140, 0.4547722, 1.0951786", \
					  "0.0586967, 0.0648330, 0.0796771, 0.1171130, 0.2124486, 0.4603459, 1.1024592", \
					  "0.0704880, 0.0765997, 0.0914869, 0.1287970, 0.2248857, 0.4717926, 1.1123914", \
					  "0.0933334, 0.0995727, 0.1144849, 0.1518457, 0.2479037, 0.4962478, 1.1354473", \
					  "0.1268050, 0.1334897, 0.1487919, 0.1862745, 0.2822025, 0.5298182, 1.1699229", \
					  "0.1674182, 0.1759512, 0.1927491, 0.2307650, 0.3266242, 0.5742214, 1.2149712", \
					  "0.2003993, 0.2120119, 0.2343357, 0.2763229, 0.3708719, 0.6192625, 1.2583427");
				}
				rise_transition ("del_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("0.0186015, 0.0261497, 0.0458903, 0.0986748, 0.2343565, 0.5859483, 1.4944754", \
					  "0.0186037, 0.0261139, 0.0459961, 0.0985890, 0.2350243, 0.5866191, 1.4936328", \
					  "0.0186024, 0.0261363, 0.0460237, 0.0986892, 0.2339460, 0.5865277, 1.4934950", \
					  "0.0197480, 0.0269386, 0.0463367, 0.0985421, 0.2348632, 0.5856033, 1.4975614", \
					  "0.0231124, 0.0296357, 0.0478710, 0.0990418, 0.2346803, 0.5847258, 1.4982797", \
					  "0.0310363, 0.0370998, 0.0532868, 0.1006542, 0.2362349, 0.5826719, 1.4950741", \
					  "0.0468528, 0.0532543, 0.0680693, 0.1090872, 0.2370326, 0.5891788, 1.4887964");
				}
				cell_fall ("del_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("0.1773996, 0.1848057, 0.1993197, 0.2265912, 0.2772798, 0.3861883, 0.6490156", \
					  "0.1816315, 0.1889747, 0.2035486, 0.2307497, 0.2823364, 0.3898936, 0.6533849", \
					  "0.1944142, 0.2017738, 0.2163966, 0.2434423, 0.2950278, 0.4026623, 0.6661852", \
					  "0.2250024, 0.2322714, 0.2467731, 0.2739872, 0.3253086, 0.4340786, 0.6971597", \
					  "0.2965419, 0.3037748, 0.3182891, 0.3455017, 0.3970524, 0.5056056, 0.7690263", \
					  "0.4460374, 0.4540854, 0.4698539, 0.4989714, 0.5524309, 0.6621906, 0.9255128", \
					  "0.7189559, 0.7289441, 0.7482411, 0.7821526, 0.8424724, 0.9582481, 1.2236520");
				}
				fall_transition ("del_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("0.0306321, 0.0351729, 0.0451057, 0.0662149, 0.1164577, 0.2411958, 0.5822645", \
					  "0.0305950, 0.0351409, 0.0451602, 0.0669491, 0.1159316, 0.2416660, 0.5821009", \
					  "0.0306725, 0.0351722, 0.0450191, 0.0661910, 0.1156435, 0.2410371, 0.5855365", \
					  "0.0307400, 0.0353349, 0.0451455, 0.0663539, 0.1160432, 0.2409452, 0.5822177", \
					  "0.0305932, 0.0352147, 0.0449581, 0.0668775, 0.1158522, 0.2416444, 0.5842007", \
					  "0.0362880, 0.0410667, 0.0509901, 0.0717622, 0.1196776, 0.2430522, 0.5822631", \
					  "0.0501873, 0.0553265, 0.0655495, 0.0870141, 0.1341349, 0.2540016, 0.5874837");
				}
			}
			timing () {
				related_pin : "sleepb";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.1116104, 0.1178803, 0.1331673, 0.1712254, 0.2674685, 0.5157884, 1.1614233", \
					  "0.1167422, 0.1230650, 0.1383781, 0.1764175, 0.2729268, 0.5216212, 1.1647043", \
					  "0.1303821, 0.1366035, 0.1519155, 0.1899074, 0.2863334, 0.5368612, 1.1753838", \
					  "0.1639489, 0.1702309, 0.1855200, 0.2235203, 0.3199830, 0.5687771, 1.2080746", \
					  "0.2315206, 0.2378113, 0.2531958, 0.2911910, 0.3874577, 0.6358485, 1.2763752", \
					  "0.3446645, 0.3511047, 0.3662641, 0.4043519, 0.5006398, 0.7487652, 1.3890336", \
					  "0.5291522, 0.5360025, 0.5515928, 0.5896513, 0.6862382, 0.9339109, 1.5742976");
				}
				rise_transition ("del_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("0.0188308, 0.0262132, 0.0459277, 0.0980814, 0.2343699, 0.5861149, 1.5045227", \
					  "0.0188707, 0.0262187, 0.0460452, 0.0980301, 0.2345135, 0.5902439, 1.5034627", \
					  "0.0188246, 0.0262079, 0.0459825, 0.0979529, 0.2337238, 0.5869047, 1.4889148", \
					  "0.0188606, 0.0262261, 0.0459698, 0.0979967, 0.2345556, 0.5901610, 1.4932211", \
					  "0.0191740, 0.0264642, 0.0460955, 0.0977930, 0.2343370, 0.5864411, 1.4888791", \
					  "0.0202974, 0.0273513, 0.0465756, 0.0981220, 0.2324523, 0.5856401, 1.4928681", \
					  "0.0237290, 0.0300233, 0.0479552, 0.0989145, 0.2327991, 0.5826706, 1.4923679");
				}
				cell_fall ("del_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("0.1771278, 0.1844990, 0.1990342, 0.2263240, 0.2778691, 0.3853861, 0.6488491", \
					  "0.1817908, 0.1891596, 0.2037274, 0.2309000, 0.2824632, 0.3899839, 0.6534092", \
					  "0.1917594, 0.1990764, 0.2136242, 0.2410010, 0.2924996, 0.3999507, 0.6634538", \
					  "0.2088158, 0.2161271, 0.2307039, 0.2575469, 0.3091763, 0.4179259, 0.6814722", \
					  "0.2337667, 0.2410767, 0.2555012, 0.2826742, 0.3343114, 0.4426971, 0.7053681", \
					  "0.2647867, 0.2721724, 0.2865067, 0.3136401, 0.3653259, 0.4741313, 0.7378744", \
					  "0.2938240, 0.3011407, 0.3154834, 0.3427002, 0.3945136, 0.5033364, 0.7667127");
				}
				fall_transition ("del_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("0.0305945, 0.0351083, 0.0450062, 0.0668231, 0.1156498, 0.2415964, 0.5887096", \
					  "0.0306213, 0.0351968, 0.0449428, 0.0662062, 0.1158103, 0.2416621, 0.5866266", \
					  "0.0306309, 0.0352230, 0.0451987, 0.0669971, 0.1154411, 0.2415163, 0.5898262", \
					  "0.0306041, 0.0351697, 0.0449657, 0.0664130, 0.1160459, 0.2408748, 0.5822272", \
					  "0.0306694, 0.0350889, 0.0448519, 0.0669884, 0.1160406, 0.2412578, 0.5876248", \
					  "0.0306517, 0.0353249, 0.0454143, 0.0671314, 0.1160829, 0.2399994, 0.5836204", \
					  "0.0309002, 0.0355280, 0.0458661, 0.0666080, 0.1161678, 0.2419430, 0.5833135");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			direction : "input";
			clock : false;
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			rise_capacitance : 0.001784;
			capacitance : 0.001704;
			fall_capacitance : 0.001624;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021275, -0.0021415, -0.0021738, -0.0021747, -0.0021770, -0.0021822, -0.0021942");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022499, 0.0022377, 0.0022094, 0.0022096, 0.0022100, 0.0022110, 0.0022133");
				}
			}
		}
		pin (sleepb) {
			direction : "input";
			isolation_cell_enable_pin : true;
			clock : false;
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			fall_capacitance : 0.001341;
			capacitance : 0.001399;
			rise_capacitance : 0.001458;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0004071, 0.0003583, 0.0002458, 0.0002513, 0.0002643, 0.0002940, 0.0003626");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053422, 0.0052865, 0.0051581, 0.0051696, 0.0051962, 0.0052575, 0.0053988");
				}
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
	}
	cell ("scs8hd_lpflow_inputiso1p_1") {
		area : 6.256000;
		is_isolation_cell : true;
		cell_footprint : "inputiso1p";
		cell_leakage_power : 1.300630e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		leakage_power () {
			value : "1.8721312e-05";
			when : "!A&sleep";
		}
		leakage_power () {
			value : "0.0004699";
			when : "!A&!sleep";
		}
		leakage_power () {
			value : "1.3737658e-05";
			when : "A&sleep";
		}
		leakage_power () {
			value : "1.7878116e-05";
			when : "A&!sleep";
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			direction : "output";
			function : "(A) | (sleep)";
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			max_capacitance : 0.145579;
			max_transition : 1.511850;
			internal_power () {
				related_pin : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0056567, 0.0049251, 0.0029063, -0.0027223, -0.0185594, -0.0604881, -0.1687739", \
					  "0.0055868, 0.0048368, 0.0028385, -0.0028122, -0.0186754, -0.0605771, -0.1688708", \
					  "0.0054552, 0.0047099, 0.0027162, -0.0029660, -0.0187742, -0.0606976, -0.1690055", \
					  "0.0053437, 0.0045943, 0.0026097, -0.0030920, -0.0189043, -0.0607885, -0.1690918", \
					  "0.0052913, 0.0047099, 0.0026589, -0.0030964, -0.0189239, -0.0608176, -0.1691133", \
					  "0.0050627, 0.0042282, 0.0022802, -0.0032981, -0.0190630, -0.0608854, -0.1691464", \
					  "0.0068022, 0.0058488, 0.0034231, -0.0027535, -0.0190576, -0.0608687, -0.1690658");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0059825, 0.0070233, 0.0096298, 0.0161208, 0.0326013, 0.0738712, 0.1822408", \
					  "0.0059597, 0.0070029, 0.0095968, 0.0160814, 0.0324055, 0.0745737, 0.1804372", \
					  "0.0058697, 0.0068981, 0.0094702, 0.0159216, 0.0323014, 0.0741884, 0.1813894", \
					  "0.0057025, 0.0066845, 0.0092384, 0.0156991, 0.0320898, 0.0738610, 0.1802164", \
					  "0.0055844, 0.0065616, 0.0090441, 0.0154483, 0.0316465, 0.0736580, 0.1812745", \
					  "0.0055100, 0.0065263, 0.0089823, 0.0153749, 0.0317286, 0.0731452, 0.1797826", \
					  "0.0055379, 0.0065376, 0.0089442, 0.0153431, 0.0317316, 0.0736426, 0.1803981");
				}
			}
			internal_power () {
				related_pin : "sleep";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0068362, 0.0078296, 0.0103179, 0.0165942, 0.0328150, 0.0746252, 0.1823057", \
					  "0.0068043, 0.0077955, 0.0102838, 0.0165862, 0.0328311, 0.0746203, 0.1822018", \
					  "0.0067660, 0.0077569, 0.0102521, 0.0165710, 0.0327000, 0.0746711, 0.1823552", \
					  "0.0066122, 0.0076147, 0.0100998, 0.0164350, 0.0326726, 0.0742908, 0.1812482", \
					  "0.0065845, 0.0075577, 0.0099733, 0.0162841, 0.0325070, 0.0745610, 0.1822420", \
					  "0.0065421, 0.0075361, 0.0100372, 0.0162953, 0.0326319, 0.0738732, 0.1821601", \
					  "0.0065005, 0.0075378, 0.0099951, 0.0164002, 0.0328658, 0.0743612, 0.1806952");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0060789, 0.0053446, 0.0032945, -0.0023567, -0.0182200, -0.0602056, -0.1685409", \
					  "0.0059249, 0.0052172, 0.0031754, -0.0024722, -0.0183336, -0.0602994, -0.1686120", \
					  "0.0058534, 0.0050875, 0.0030609, -0.0025646, -0.0184353, -0.0604023, -0.1687679", \
					  "0.0057570, 0.0050284, 0.0029981, -0.0026521, -0.0185204, -0.0604779, -0.1687974", \
					  "0.0056753, 0.0049208, 0.0029206, -0.0027776, -0.0186020, -0.0605243, -0.1688396", \
					  "0.0055455, 0.0046903, 0.0027404, -0.0028866, -0.0186661, -0.0605520, -0.1688567", \
					  "0.0070495, 0.0061094, 0.0036830, -0.0025929, -0.0187861, -0.0606005, -0.1688930");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.0545777, 0.0610259, 0.0767686, 0.1153443, 0.2123394, 0.4611451, 1.1000136", \
					  "0.0597209, 0.0661553, 0.0817763, 0.1203588, 0.2180771, 0.4656024, 1.1058916", \
					  "0.0716825, 0.0780487, 0.0935890, 0.1322511, 0.2298706, 0.4803734, 1.1202855", \
					  "0.0949823, 0.1013528, 0.1169373, 0.1552646, 0.2528343, 0.5013349, 1.1396643", \
					  "0.1289826, 0.1357840, 0.1515533, 0.1901089, 0.2870015, 0.5360198, 1.1773668", \
					  "0.1738021, 0.1823708, 0.1991835, 0.2377241, 0.3345307, 0.5831465, 1.2255432", \
					  "0.2170119, 0.2283833, 0.2503651, 0.2932871, 0.3896083, 0.6365350, 1.2744474");
				}
				rise_transition ("del_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("0.0210810, 0.0289135, 0.0491761, 0.1026300, 0.2404724, 0.5895779, 1.4992011", \
					  "0.0211749, 0.0288468, 0.0492488, 0.1026187, 0.2401941, 0.5959138, 1.5008103", \
					  "0.0211469, 0.0289269, 0.0491323, 0.1019897, 0.2399684, 0.5880409, 1.5034451", \
					  "0.0223068, 0.0297228, 0.0495871, 0.1025183, 0.2396540, 0.5893177, 1.4919551", \
					  "0.0260106, 0.0326540, 0.0512743, 0.1024997, 0.2388450, 0.5921870, 1.5118495", \
					  "0.0349351, 0.0411246, 0.0572461, 0.1050256, 0.2411480, 0.5889206, 1.4977197", \
					  "0.0527493, 0.0597181, 0.0749616, 0.1150098, 0.2417699, 0.5946809, 1.4904178");
				}
				cell_fall ("del_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("0.1674507, 0.1745443, 0.1883386, 0.2154476, 0.2663040, 0.3718897, 0.6280758", \
					  "0.1701645, 0.1772271, 0.1914258, 0.2177217, 0.2682209, 0.3751972, 0.6305493", \
					  "0.1810947, 0.1880858, 0.2022081, 0.2289619, 0.2798869, 0.3854495, 0.6414571", \
					  "0.2093007, 0.2162436, 0.2303868, 0.2568590, 0.3078345, 0.4144511, 0.6701551", \
					  "0.2832766, 0.2904953, 0.3044710, 0.3310781, 0.3821559, 0.4887441, 0.7446636", \
					  "0.4335702, 0.4417147, 0.4577493, 0.4867268, 0.5399861, 0.6460451, 0.9016403", \
					  "0.6825779, 0.6936161, 0.7148078, 0.7506720, 0.8135191, 0.9248486, 1.1831875");
				}
				fall_transition ("del_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("0.0332550, 0.0376616, 0.0475213, 0.0682722, 0.1159864, 0.2384510, 0.5668764", \
					  "0.0335862, 0.0376048, 0.0471550, 0.0689514, 0.1165988, 0.2377432, 0.5677236", \
					  "0.0332587, 0.0376531, 0.0471592, 0.0686860, 0.1166241, 0.2384358, 0.5668052", \
					  "0.0332396, 0.0375773, 0.0471795, 0.0682540, 0.1167229, 0.2385194, 0.5676348", \
					  "0.0332374, 0.0384691, 0.0480778, 0.0689975, 0.1161531, 0.2375729, 0.5667917", \
					  "0.0439088, 0.0478256, 0.0570157, 0.0764434, 0.1224759, 0.2408016, 0.5674474", \
					  "0.0660920, 0.0706768, 0.0813328, 0.1031298, 0.1432693, 0.2552025, 0.5746860");
				}
			}
			timing () {
				related_pin : "sleep";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.0565963, 0.0628023, 0.0779671, 0.1154100, 0.2117874, 0.4600158, 1.0967922", \
					  "0.0615860, 0.0677877, 0.0829658, 0.1204776, 0.2171012, 0.4641967, 1.1021699", \
					  "0.0734513, 0.0796522, 0.0947535, 0.1325567, 0.2288853, 0.4773009, 1.1138461", \
					  "0.0972637, 0.1036686, 0.1188005, 0.1566577, 0.2532297, 0.5006255, 1.1398592", \
					  "0.1321202, 0.1387978, 0.1541699, 0.1921630, 0.2888287, 0.5378513, 1.1745639", \
					  "0.1771355, 0.1852792, 0.2020247, 0.2400089, 0.3365818, 0.5842829, 1.2224214", \
					  "0.2187391, 0.2300442, 0.2517580, 0.2933943, 0.3889067, 0.6366864, 1.2731722");
				}
				rise_transition ("del_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("0.0213372, 0.0290891, 0.0494292, 0.1026566, 0.2389913, 0.5910474, 1.4989828", \
					  "0.0213263, 0.0290827, 0.0494256, 0.1026750, 0.2389092, 0.5915346, 1.4938197", \
					  "0.0212609, 0.0290474, 0.0492814, 0.1022005, 0.2397430, 0.5900348, 1.4989295", \
					  "0.0223126, 0.0297567, 0.0496935, 0.1025500, 0.2385787, 0.5934562, 1.5004070", \
					  "0.0255327, 0.0323162, 0.0512232, 0.1027288, 0.2392116, 0.5913364, 1.4987663", \
					  "0.0336098, 0.0398002, 0.0560522, 0.1048185, 0.2410637, 0.5900858, 1.4965328", \
					  "0.0503161, 0.0563765, 0.0713198, 0.1127747, 0.2420006, 0.5967529, 1.4935407");
				}
				cell_fall ("del_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("0.1832931, 0.1903139, 0.2043613, 0.2314671, 0.2822871, 0.3877028, 0.6436672", \
					  "0.1874485, 0.1946762, 0.2087367, 0.2357447, 0.2864412, 0.3922677, 0.6484981", \
					  "0.2004929, 0.2074357, 0.2216035, 0.2483232, 0.2992329, 0.4047522, 0.6604214", \
					  "0.2312968, 0.2382681, 0.2525036, 0.2792123, 0.3298828, 0.4357076, 0.6917178", \
					  "0.3027830, 0.3097782, 0.3239201, 0.3505792, 0.4015048, 0.5080887, 0.7640508", \
					  "0.4544934, 0.4616470, 0.4768896, 0.5052502, 0.5580371, 0.6656254, 0.9196506", \
					  "0.7315981, 0.7409344, 0.7591937, 0.7925660, 0.8516051, 0.9652722, 1.2173509");
				}
				fall_transition ("del_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("0.0336191, 0.0379915, 0.0474235, 0.0681533, 0.1160118, 0.2386055, 0.5667719", \
					  "0.0332313, 0.0376382, 0.0476650, 0.0679180, 0.1164736, 0.2376034, 0.5733728", \
					  "0.0333545, 0.0376351, 0.0469855, 0.0686084, 0.1166460, 0.2389641, 0.5681391", \
					  "0.0333393, 0.0377173, 0.0471216, 0.0686775, 0.1161446, 0.2384332, 0.5743729", \
					  "0.0332257, 0.0376488, 0.0471896, 0.0687473, 0.1164954, 0.2384016, 0.5670604", \
					  "0.0389449, 0.0430976, 0.0528574, 0.0732276, 0.1202661, 0.2400070, 0.5702061", \
					  "0.0533787, 0.0581655, 0.0682915, 0.0891146, 0.1359763, 0.2501210, 0.5742110");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			direction : "input";
			clock : false;
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			fall_capacitance : 0.001351;
			capacitance : 0.001443;
			rise_capacitance : 0.001534;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005920, -0.0005933, -0.0005964, -0.0005963, -0.0005962, -0.0005959, -0.0005952");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0008329, 0.0008341, 0.0008369, 0.0008389, 0.0008437, 0.0008546, 0.0008798");
				}
			}
		}
		pin (sleep) {
			direction : "input";
			isolation_cell_enable_pin : true;
			clock : false;
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			rise_capacitance : 0.001529;
			capacitance : 0.001443;
			fall_capacitance : 0.001358;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011205, -0.0011284, -0.0011466, -0.0011476, -0.0011500, -0.0011556, -0.0011683");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011887, 0.0011884, 0.0011878, 0.0011876, 0.0011873, 0.0011866, 0.0011850");
				}
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
	}
	cell ("scs8hd_lpflow_inputisolatch_1") {
		area : 13.763200;
		is_isolation_cell : true;
		cell_footprint : "inputisolatch";
		cell_leakage_power : 8.663772e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		latch (IQ,IQN) {
			enable : "SLEEPB";
			data_in : "D";
		}
		leakage_power () {
			value : "0.0005010";
			when : "D&SLEEPB&Q";
		}
		leakage_power () {
			value : "0.0012231";
			when : "!D&!SLEEPB&!Q";
		}
		leakage_power () {
			value : "0.0012223";
			when : "!D&SLEEPB&!Q";
		}
		leakage_power () {
			value : "0.0004841";
			when : "D&!SLEEPB&Q";
		}
		leakage_power () {
			value : "0.0012824";
			when : "D&!SLEEPB&!Q";
		}
		leakage_power () {
			value : "0.0004854";
			when : "!D&!SLEEPB&Q";
		}
		pin (Q) {
			power_down_function : "(!vpwr+vgnd)";
			direction : "output";
			function : "IQ";
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			max_capacitance : 0.142832;
			max_transition : 1.502512;
			internal_power () {
				related_pin : "SLEEPB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0099388, 0.0091094, 0.0073224, 0.0020663, -0.0130048, -0.0539403, -0.1599068", \
					  "0.0099319, 0.0090942, 0.0073331, 0.0020840, -0.0130136, -0.0539416, -0.1599088", \
					  "0.0098265, 0.0089981, 0.0071418, 0.0019608, -0.0131229, -0.0540510, -0.1600162", \
					  "0.0095870, 0.0087527, 0.0069769, 0.0017398, -0.0133565, -0.0542838, -0.1602505", \
					  "0.0093985, 0.0085680, 0.0067256, 0.0015353, -0.0135500, -0.0544802, -0.1604321", \
					  "0.0097176, 0.0087924, 0.0067222, 0.0015064, -0.0136259, -0.0545546, -0.1605075", \
					  "0.0123121, 0.0113923, 0.0090342, 0.0029250, -0.0129668, -0.0541896, -0.1601985");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0145136, 0.0155686, 0.0181851, 0.0245997, 0.0406645, 0.0822729, 0.1869397", \
					  "0.0144289, 0.0154811, 0.0180889, 0.0244933, 0.0406526, 0.0822465, 0.1878941", \
					  "0.0144319, 0.0154943, 0.0181095, 0.0245153, 0.0408030, 0.0818114, 0.1880299", \
					  "0.0142598, 0.0153119, 0.0179476, 0.0243209, 0.0406780, 0.0822800, 0.1878344", \
					  "0.0140775, 0.0151340, 0.0177561, 0.0241390, 0.0402947, 0.0818677, 0.1861376", \
					  "0.0145088, 0.0155094, 0.0179353, 0.0243327, 0.0403469, 0.0815757, 0.1878269", \
					  "0.0148690, 0.0158690, 0.0183993, 0.0247845, 0.0411163, 0.0821926, 0.1876469");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0144849, 0.0156042, 0.0182294, 0.0246623, 0.0409382, 0.0818726, 0.1879188", \
					  "0.0144537, 0.0155083, 0.0181326, 0.0245508, 0.0406894, 0.0822640, 0.1870884", \
					  "0.0143790, 0.0154645, 0.0180856, 0.0244901, 0.0406312, 0.0819194, 0.1879165", \
					  "0.0143368, 0.0154085, 0.0180128, 0.0244077, 0.0406909, 0.0817122, 0.1868768", \
					  "0.0142121, 0.0152824, 0.0178600, 0.0242342, 0.0403276, 0.0820352, 0.1867748", \
					  "0.0144546, 0.0154437, 0.0179234, 0.0240923, 0.0401545, 0.0817415, 0.1874175", \
					  "0.0146003, 0.0155210, 0.0179852, 0.0243001, 0.0403583, 0.0814915, 0.1871600");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0108020, 0.0099583, 0.0080975, 0.0029597, -0.0121840, -0.0531041, -0.1590749", \
					  "0.0107551, 0.0099085, 0.0080624, 0.0028679, -0.0122175, -0.0531510, -0.1591032", \
					  "0.0107025, 0.0098620, 0.0080681, 0.0027963, -0.0122558, -0.0531955, -0.1591739", \
					  "0.0106638, 0.0098136, 0.0080345, 0.0028148, -0.0123289, -0.0532420, -0.1592078", \
					  "0.0105684, 0.0097399, 0.0079376, 0.0026664, -0.0123931, -0.0533111, -0.1592394", \
					  "0.0106888, 0.0098139, 0.0079212, 0.0027289, -0.0124402, -0.0533272, -0.1592465", \
					  "0.0127241, 0.0117512, 0.0093614, 0.0031667, -0.0128496, -0.0535442, -0.1594125");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.1044517, 0.1135590, 0.1338505, 0.1780893, 0.2773612, 0.5275387, 1.1644132", \
					  "0.1093986, 0.1185617, 0.1388717, 0.1830878, 0.2824168, 0.5320764, 1.1685595", \
					  "0.1201926, 0.1294515, 0.1497601, 0.1939444, 0.2933024, 0.5430540, 1.1801634", \
					  "0.1451628, 0.1542794, 0.1744865, 0.2185349, 0.3177253, 0.5676679, 1.2045053", \
					  "0.1950215, 0.2047253, 0.2254130, 0.2696768, 0.3689577, 0.6187589, 1.2555786", \
					  "0.2739143, 0.2850744, 0.3076916, 0.3537681, 0.4535967, 0.7034844, 1.3440159", \
					  "0.3787556, 0.3936435, 0.4219622, 0.4734325, 0.5750578, 0.8252907, 1.4624965");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0293148, 0.0380339, 0.0592849, 0.1088588, 0.2401432, 0.5912592, 1.4972256", \
					  "0.0291863, 0.0379341, 0.0592585, 0.1089595, 0.2399705, 0.5911813, 1.5023047", \
					  "0.0294072, 0.0380301, 0.0592313, 0.1089863, 0.2398157, 0.5933024, 1.5015211", \
					  "0.0292149, 0.0379730, 0.0593184, 0.1089521, 0.2401966, 0.5916649, 1.5020536", \
					  "0.0315513, 0.0401346, 0.0608888, 0.1097437, 0.2403671, 0.5919515, 1.5022725", \
					  "0.0383610, 0.0471679, 0.0670123, 0.1138618, 0.2412016, 0.5913940, 1.4967918", \
					  "0.0552284, 0.0635652, 0.0827318, 0.1247357, 0.2456444, 0.5924682, 1.4909021");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2528480, 0.2646365, 0.2877777, 0.3273750, 0.3887074, 0.5025734, 0.7568524", \
					  "0.2587100, 0.2704312, 0.2935946, 0.3331926, 0.3945243, 0.5083665, 0.7625608", \
					  "0.2720304, 0.2837100, 0.3068909, 0.3465236, 0.4079485, 0.5216793, 0.7757828", \
					  "0.3004212, 0.3122153, 0.3353354, 0.3749293, 0.4362485, 0.5501528, 0.8044598", \
					  "0.3642908, 0.3761001, 0.3993585, 0.4388802, 0.5002602, 0.6141066, 0.8682855", \
					  "0.5075919, 0.5198030, 0.5435665, 0.5837222, 0.6452747, 0.7595278, 1.0137176", \
					  "0.7785605, 0.7930463, 0.8209902, 0.8672265, 0.9349077, 1.0538014, 1.3103839");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0480423, 0.0554225, 0.0696624, 0.0912427, 0.1338593, 0.2464812, 0.5629393", \
					  "0.0480593, 0.0555436, 0.0697797, 0.0909745, 0.1330831, 0.2466204, 0.5617285", \
					  "0.0480336, 0.0554493, 0.0700551, 0.0909183, 0.1333789, 0.2464877, 0.5654102", \
					  "0.0480473, 0.0554151, 0.0696267, 0.0912889, 0.1338277, 0.2466532, 0.5616156", \
					  "0.0481132, 0.0558636, 0.0698237, 0.0910410, 0.1332901, 0.2459759, 0.5604061", \
					  "0.0512174, 0.0585019, 0.0726263, 0.0931687, 0.1346340, 0.2472423, 0.5650577", \
					  "0.0632777, 0.0716076, 0.0871223, 0.1075686, 0.1459743, 0.2563170, 0.5661481");
				}
			}
			timing () {
				related_pin : "SLEEPB";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2014160, 0.2105471, 0.2308062, 0.2749991, 0.3744692, 0.6254806, 1.2616567", \
					  "0.2063716, 0.2154942, 0.2357471, 0.2799337, 0.3792787, 0.6287769, 1.2703193", \
					  "0.2180860, 0.2272392, 0.2474925, 0.2916791, 0.3910001, 0.6408019, 1.2807984", \
					  "0.2428078, 0.2519343, 0.2721886, 0.3163736, 0.4157702, 0.6655784, 1.3050713", \
					  "0.2822549, 0.2913986, 0.3116633, 0.3558469, 0.4553369, 0.7065973, 1.3417332", \
					  "0.3387104, 0.3478515, 0.3679152, 0.4121195, 0.5115978, 0.7623100, 1.4003901", \
					  "0.4099148, 0.4190637, 0.4393325, 0.4835165, 0.5833626, 0.8339568, 1.4697668");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0292978, 0.0381000, 0.0594078, 0.1091970, 0.2398474, 0.5917435, 1.5025118", \
					  "0.0292986, 0.0380898, 0.0593726, 0.1090561, 0.2397691, 0.5920315, 1.4983209", \
					  "0.0291966, 0.0380493, 0.0595558, 0.1091634, 0.2405585, 0.5962174, 1.4979138", \
					  "0.0291782, 0.0379542, 0.0595543, 0.1090128, 0.2401324, 0.5962041, 1.4957272", \
					  "0.0292228, 0.0380291, 0.0595436, 0.1091117, 0.2410906, 0.5929372, 1.4863107", \
					  "0.0293100, 0.0381304, 0.0594056, 0.1093367, 0.2395646, 0.5954133, 1.4955657", \
					  "0.0294069, 0.0381914, 0.0595452, 0.1094262, 0.2406604, 0.5910311, 1.4938116");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2547006, 0.2665477, 0.2897614, 0.3292616, 0.3906281, 0.5042919, 0.7582806", \
					  "0.2595830, 0.2713847, 0.2946182, 0.3341385, 0.3954247, 0.5090948, 0.7634386", \
					  "0.2709087, 0.2827374, 0.3059463, 0.3454512, 0.4068304, 0.5204700, 0.7745316", \
					  "0.2951844, 0.3069721, 0.3301867, 0.3696901, 0.4309643, 0.5446413, 0.7989909", \
					  "0.3353018, 0.3470657, 0.3702486, 0.4097093, 0.4709029, 0.5847839, 0.8390944", \
					  "0.3943435, 0.4062333, 0.4293977, 0.4689130, 0.5302914, 0.6438560, 0.8980370", \
					  "0.4739554, 0.4858348, 0.5089568, 0.5483733, 0.6097816, 0.7235599, 0.9776261");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0479113, 0.0553166, 0.0694178, 0.0904030, 0.1331610, 0.2460607, 0.5626747", \
					  "0.0479164, 0.0553295, 0.0696753, 0.0903568, 0.1326916, 0.2464589, 0.5641616", \
					  "0.0477990, 0.0552697, 0.0693983, 0.0903675, 0.1332549, 0.2462882, 0.5613196", \
					  "0.0479095, 0.0553292, 0.0696727, 0.0903651, 0.1326395, 0.2464746, 0.5641627", \
					  "0.0477522, 0.0553805, 0.0694326, 0.0903359, 0.1332435, 0.2463731, 0.5623845", \
					  "0.0478601, 0.0554843, 0.0695687, 0.0906449, 0.1327728, 0.2461880, 0.5598109", \
					  "0.0479218, 0.0555316, 0.0696059, 0.0905204, 0.1334199, 0.2459823, 0.5600991");
				}
			}
		}
		pin (D) {
			isolation_cell_data_pin : true;
			direction : "input";
			clock : false;
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			rise_capacitance : 0.001629;
			capacitance : 0.001563;
			fall_capacitance : 0.001497;
			max_transition : 1.500000;
			timing () {
				related_pin : "SLEEPB";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0163105, 0.1222311, 0.2471497", \
					  "-0.2244323, -0.0956563, 0.0243796", \
					  "-0.4763041, -0.3633971, -0.2555684");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3010723, 0.4737936, 0.7537416", \
					  "0.1796204, 0.3669902, 0.6896628", \
					  "0.0827780, 0.2530580, 0.5720684");
				}
			}
			timing () {
				related_pin : "SLEEPB";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0288555, -0.1060241, -0.2333841", \
					  "0.2369772, 0.1106426, -0.0106139", \
					  "0.4949525, 0.3808249, 0.2705547");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1945332, -0.3916686, -0.7216653", \
					  "-0.0633158, -0.2580098, -0.5757995", \
					  "0.0762513, -0.1147806, -0.4215840");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019049, -0.0019041, -0.0019022, -0.0019093, -0.0019256, -0.0019632, -0.0020497");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019466, 0.0019624, 0.0019990, 0.0020011, 0.0020059, 0.0020169, 0.0020423");
				}
			}
		}
		pin (SLEEPB) {
			isolation_cell_enable_pin : true;
			direction : "input";
			clock : true;
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
			fall_capacitance : 0.001509;
			capacitance : 0.001604;
			rise_capacitance : 0.001699;
			max_transition : 1.500000;
			timing () {
				related_pin : "SLEEPB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0906919, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0120485, 0.0119680, 0.0117825, 0.0117798, 0.0117733, 0.0117585, 0.0117243");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0068236, 0.0067707, 0.0066488, 0.0066234, 0.0065647, 0.0064294, 0.0061176");
				}
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
	}
	cell ("scs8hd_lpflow_isobufsrc_1") {
		area : 6.256000;
		cell_footprint : "isobufsrc";
		is_isolation_cell : true;
		cell_leakage_power : 2.205878e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vnb) {
			pg_type : "primary_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 : "0.0004058";
			when : "!A&SLEEP";
		}
		leakage_power () {
			value : "0.0004096";
			when : "!A&!SLEEP";
		}
		leakage_power () {
			value : "3.6493862e-05";
			when : "A&SLEEP";
		}
		leakage_power () {
			value : "3.0507758e-05";
			when : "A&!SLEEP";
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "(A&!SLEEP)";
			max_capacitance : 0.071421;
			max_transition : 1.495460;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0044165, 0.0052636, 0.0071563, 0.0113481, 0.0207122, 0.0420403, 0.0905099", \
					  "0.0044062, 0.0052596, 0.0071292, 0.0113027, 0.0207255, 0.0418982, 0.0905282", \
					  "0.0043587, 0.0051833, 0.0070900, 0.0112137, 0.0206465, 0.0420996, 0.0902288", \
					  "0.0041678, 0.0049939, 0.0068639, 0.0110129, 0.0204795, 0.0416506, 0.0905480", \
					  "0.0040317, 0.0048510, 0.0066620, 0.0108015, 0.0201656, 0.0415683, 0.0899217", \
					  "0.0040690, 0.0048702, 0.0066907, 0.0107094, 0.0200937, 0.0414332, 0.0902422", \
					  "0.0041965, 0.0049790, 0.0068071, 0.0109398, 0.0202029, 0.0413690, 0.0899777");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0011811, 0.0005744, -0.0008243, -0.0045580, -0.0136840, -0.0349706, -0.0838327", \
					  "0.0011402, 0.0005421, -0.0009257, -0.0046060, -0.0137170, -0.0350110, -0.0839003", \
					  "0.0011916, 0.0005522, -0.0008764, -0.0045657, -0.0136770, -0.0349664, -0.0838264", \
					  "0.0010790, 0.0004555, -0.0009970, -0.0047045, -0.0137774, -0.0350522, -0.0839112", \
					  "0.0009350, 0.0003010, -0.0011647, -0.0048550, -0.0138991, -0.0351334, -0.0839701", \
					  "0.0013770, 0.0006319, -0.0010773, -0.0050683, -0.0140521, -0.0352012, -0.0839992", \
					  "0.0016531, 0.0009053, -0.0009641, -0.0048869, -0.0140569, -0.0352768, -0.0839424");
				}
			}
			internal_power () {
				related_pin : "SLEEP";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0045330, 0.0053516, 0.0071879, 0.0113277, 0.0206237, 0.0421153, 0.0903459", \
					  "0.0044227, 0.0052222, 0.0070555, 0.0111938, 0.0205758, 0.0419975, 0.0906414", \
					  "0.0043524, 0.0051586, 0.0069950, 0.0111278, 0.0204255, 0.0417358, 0.0899930", \
					  "0.0042973, 0.0050958, 0.0069174, 0.0109754, 0.0203007, 0.0415464, 0.0901399", \
					  "0.0042687, 0.0050577, 0.0068492, 0.0109604, 0.0203230, 0.0414998, 0.0898666", \
					  "0.0041398, 0.0049998, 0.0068086, 0.0108728, 0.0202299, 0.0413651, 0.0902912", \
					  "0.0039783, 0.0047853, 0.0065807, 0.0106669, 0.0201936, 0.0415094, 0.0900076");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0028909, 0.0021172, 0.0003350, -0.0037078, -0.0130228, -0.0343682, -0.0832398", \
					  "0.0028287, 0.0020594, 0.0002989, -0.0037655, -0.0130678, -0.0344131, -0.0832609", \
					  "0.0027203, 0.0019743, 0.0002502, -0.0037868, -0.0130824, -0.0344131, -0.0832837", \
					  "0.0027012, 0.0019474, 0.0001601, -0.0038924, -0.0131267, -0.0344500, -0.0832769", \
					  "0.0026653, 0.0019027, 0.0001596, -0.0038806, -0.0132581, -0.0345207, -0.0833162", \
					  "0.0026592, 0.0019762, 0.0001887, -0.0039463, -0.0131813, -0.0345351, -0.0833439", \
					  "0.0029104, 0.0020853, 0.0003220, -0.0038021, -0.0131539, -0.0344659, -0.0833639");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.0745292, 0.0849830, 0.1085984, 0.1606342, 0.2771058, 0.5394713, 1.1386972", \
					  "0.0795848, 0.0900262, 0.1133584, 0.1651455, 0.2822198, 0.5448512, 1.1426635", \
					  "0.0908480, 0.1012333, 0.1246050, 0.1761322, 0.2947010, 0.5588897, 1.1544182", \
					  "0.1120981, 0.1223418, 0.1453283, 0.1973915, 0.3143474, 0.5786120, 1.1813701", \
					  "0.1440454, 0.1541697, 0.1770886, 0.2283513, 0.3447305, 0.6106316, 1.2078448", \
					  "0.1881318, 0.1982780, 0.2205947, 0.2711831, 0.3878967, 0.6492907, 1.2491592", \
					  "0.2327401, 0.2446928, 0.2686137, 0.3187076, 0.4329108, 0.6954155, 1.2940032");
				}
				rise_transition ("del_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("0.0466762, 0.0599773, 0.0896303, 0.1574684, 0.3119387, 0.6689459, 1.4796327", \
					  "0.0465743, 0.0600311, 0.0896694, 0.1574092, 0.3135419, 0.6662693, 1.4748156", \
					  "0.0466735, 0.0597915, 0.0903956, 0.1576763, 0.3162687, 0.6694043, 1.4730113", \
					  "0.0469093, 0.0600361, 0.0898622, 0.1588964, 0.3137030, 0.6717945, 1.4848331", \
					  "0.0480305, 0.0607871, 0.0905273, 0.1578213, 0.3133535, 0.6687494, 1.4729858", \
					  "0.0526567, 0.0640077, 0.0918035, 0.1592940, 0.3140579, 0.6666428, 1.4877692", \
					  "0.0680648, 0.0777341, 0.1018337, 0.1622580, 0.3165691, 0.6670205, 1.4760101");
				}
				cell_fall ("del_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("0.0916754, 0.0955993, 0.1031509, 0.1171598, 0.1424850, 0.1940397, 0.3067719", \
					  "0.0969596, 0.1009418, 0.1084856, 0.1224071, 0.1479208, 0.1993211, 0.3122289", \
					  "0.1107302, 0.1146287, 0.1220784, 0.1360477, 0.1617212, 0.2131194, 0.3259274", \
					  "0.1451884, 0.1491416, 0.1566819, 0.1705992, 0.1964360, 0.2478847, 0.3606849", \
					  "0.2216976, 0.2259038, 0.2339247, 0.2482527, 0.2744612, 0.3260838, 0.4390632", \
					  "0.3555283, 0.3608684, 0.3710695, 0.3887371, 0.4181689, 0.4723413, 0.5857602", \
					  "0.5771806, 0.5842014, 0.6008608, 0.6241277, 0.6618341, 0.7224816, 0.8380078");
				}
				fall_transition ("del_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("0.0209131, 0.0235230, 0.0293102, 0.0417500, 0.0683662, 0.1303054, 0.2779109", \
					  "0.0209128, 0.0235565, 0.0293442, 0.0417623, 0.0681052, 0.1299675, 0.2767808", \
					  "0.0210778, 0.0235593, 0.0293926, 0.0417874, 0.0683139, 0.1303614, 0.2792815", \
					  "0.0210885, 0.0236557, 0.0293296, 0.0415727, 0.0682617, 0.1302775, 0.2785364", \
					  "0.0245709, 0.0270694, 0.0323777, 0.0440442, 0.0694537, 0.1306176, 0.2790076", \
					  "0.0363087, 0.0392980, 0.0451178, 0.0555160, 0.0800771, 0.1362696, 0.2806064", \
					  "0.0577147, 0.0616096, 0.0668279, 0.0796055, 0.1042452, 0.1543854, 0.2869682");
				}
			}
			timing () {
				related_pin : "SLEEP";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.0632349, 0.0734607, 0.0963467, 0.1485264, 0.2636293, 0.5279192, 1.1363378", \
					  "0.0688356, 0.0789743, 0.1016885, 0.1529075, 0.2700843, 0.5348553, 1.1370315", \
					  "0.0837257, 0.0935912, 0.1162152, 0.1676747, 0.2828086, 0.5493582, 1.1449410", \
					  "0.1162520, 0.1262259, 0.1485541, 0.1997608, 0.3152067, 0.5779191, 1.1836712", \
					  "0.1814961, 0.1944997, 0.2213816, 0.2737422, 0.3898493, 0.6524030, 1.2515212", \
					  "0.3002525, 0.3208876, 0.3605176, 0.4318680, 0.5617080, 0.8263472, 1.4294551", \
					  "0.5092828, 0.5442713, 0.6115181, 0.7245760, 0.9102868, 1.2207413, 1.8238164");
				}
				rise_transition ("del_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("0.0470060, 0.0598806, 0.0895560, 0.1592578, 0.3156342, 0.6811477, 1.4954599", \
					  "0.0469987, 0.0597086, 0.0895778, 0.1583907, 0.3124800, 0.6696101, 1.4859213", \
					  "0.0468918, 0.0600111, 0.0902233, 0.1599387, 0.3128988, 0.6739928, 1.4794356", \
					  "0.0488210, 0.0611178, 0.0902606, 0.1572380, 0.3121335, 0.6657611, 1.4922958", \
					  "0.0652446, 0.0773497, 0.1015273, 0.1629385, 0.3160562, 0.6688943, 1.4736746", \
					  "0.1024927, 0.1165735, 0.1456159, 0.2040542, 0.3337151, 0.6703675, 1.4954510", \
					  "0.1835007, 0.2015953, 0.2398716, 0.3095367, 0.4407529, 0.7274665, 1.4896704");
				}
				cell_fall ("del_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("0.0149326, 0.0169513, 0.0212987, 0.0308232, 0.0518350, 0.0991872, 0.2070198", \
					  "0.0198888, 0.0217948, 0.0260719, 0.0354937, 0.0565176, 0.1038498, 0.2115886", \
					  "0.0283159, 0.0311022, 0.0366477, 0.0467379, 0.0677571, 0.1150818, 0.2226087", \
					  "0.0394511, 0.0436911, 0.0521061, 0.0673445, 0.0935013, 0.1409853, 0.2482965", \
					  "0.0506862, 0.0571886, 0.0701704, 0.0937248, 0.1343673, 0.1988798, 0.3086907", \
					  "0.0538771, 0.0636717, 0.0844069, 0.1234724, 0.1846604, 0.2841318, 0.4380318", \
					  "0.0208530, 0.0387337, 0.0734592, 0.1354623, 0.2367422, 0.3933216, 0.6304192");
				}
				fall_transition ("del_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("0.0103293, 0.0126857, 0.0179918, 0.0299073, 0.0570471, 0.1195818, 0.2621926", \
					  "0.0112601, 0.0132522, 0.0180790, 0.0297480, 0.0569251, 0.1194480, 0.2630395", \
					  "0.0169839, 0.0190725, 0.0230362, 0.0323825, 0.0574023, 0.1194844, 0.2626759", \
					  "0.0270861, 0.0300815, 0.0359630, 0.0469854, 0.0672410, 0.1217782, 0.2630149", \
					  "0.0453234, 0.0502674, 0.0592121, 0.0757733, 0.1031125, 0.1488051, 0.2695776", \
					  "0.0789774, 0.0878920, 0.1029253, 0.1258960, 0.1682405, 0.2342116, 0.3384920", \
					  "0.1443602, 0.1573112, 0.1808856, 0.2204393, 0.2821256, 0.3781529, 0.5313582");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001532;
			capacitance : 0.001468;
			fall_capacitance : 0.001405;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015082, 0.0014727, 0.0013907, 0.0013894, 0.0013862, 0.0013789, 0.0013621");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061534, 0.0060884, 0.0059384, 0.0059404, 0.0059450, 0.0059555, 0.0059799");
				}
			}
		}
		pin (SLEEP) {
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002110;
			capacitance : 0.002204;
			rise_capacitance : 0.002297;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029135, -0.0029237, -0.0029471, -0.0029483, -0.0029511, -0.0029575, -0.0029724");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029857, 0.0029836, 0.0029789, 0.0029804, 0.0029839, 0.0029918, 0.0030100");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_isobufsrc_16") {
		area : 45.043200;
		cell_footprint : "isobufsrc";
		is_isolation_cell : true;
		cell_leakage_power : 4.084083e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vnb) {
			pg_type : "primary_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 : "0.0058139";
			when : "!A&SLEEP";
		}
		leakage_power () {
			value : "0.0011946";
			when : "!A&!SLEEP";
		}
		leakage_power () {
			value : "0.0071911";
			when : "A&SLEEP";
		}
		leakage_power () {
			value : "0.0021368";
			when : "A&!SLEEP";
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "(A&!SLEEP)";
			max_capacitance : 0.498972;
			max_transition : 1.499704;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001580597, 0.004996572, 0.01579513, 0.04993146, 0.157843, 0.4989722");
					values("0.0624054, 0.0637708, 0.0680750, 0.0817409, 0.1229743, 0.2533117, 0.6628114", \
					  "0.0623108, 0.0636536, 0.0679594, 0.0816819, 0.1229700, 0.2536779, 0.6653162", \
					  "0.0621280, 0.0634881, 0.0678063, 0.0814596, 0.1227630, 0.2545088, 0.6628704", \
					  "0.0613824, 0.0627617, 0.0670718, 0.0807330, 0.1221657, 0.2529897, 0.6625342", \
					  "0.0605400, 0.0618809, 0.0661615, 0.0795205, 0.1212499, 0.2516913, 0.6650736", \
					  "0.0599177, 0.0612081, 0.0654218, 0.0788492, 0.1206944, 0.2513210, 0.6625059", \
					  "0.0610710, 0.0624171, 0.0668523, 0.0800078, 0.1220481, 0.2518161, 0.6630505");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001580597, 0.004996572, 0.01579513, 0.04993146, 0.157843, 0.4989722");
					values("0.0463368, 0.0450752, 0.0410675, 0.0284719, -0.0120608, -0.1422374, -0.5560220", \
					  "0.0461003, 0.0448402, 0.0408293, 0.0281750, -0.0122772, -0.1423126, -0.5559669", \
					  "0.0464245, 0.0450605, 0.0410916, 0.0285177, -0.0119807, -0.1421675, -0.5558457", \
					  "0.0452448, 0.0441344, 0.0400198, 0.0275548, -0.0128505, -0.1428108, -0.5565386", \
					  "0.0439610, 0.0427266, 0.0388768, 0.0263544, -0.0137725, -0.1435049, -0.5569256", \
					  "0.0422384, 0.0410022, 0.0370623, 0.0245348, -0.0153693, -0.1445220, -0.5575080", \
					  "0.0426688, 0.0413417, 0.0372694, 0.0244483, -0.0160638, -0.1444613, -0.5570421");
				}
			}
			internal_power () {
				related_pin : "SLEEP";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001580597, 0.004996572, 0.01579513, 0.04993146, 0.157843, 0.4989722");
					values("0.0654109, 0.0671000, 0.0721447, 0.0872659, 0.1312995, 0.2620407, 0.6727143", \
					  "0.0627738, 0.0643490, 0.0691032, 0.0839439, 0.1281737, 0.2606351, 0.6718874", \
					  "0.0607816, 0.0622064, 0.0668234, 0.0809142, 0.1246564, 0.2582217, 0.6734203", \
					  "0.0597492, 0.0611407, 0.0654390, 0.0791726, 0.1220488, 0.2551388, 0.6716829", \
					  "0.0588423, 0.0601860, 0.0644489, 0.0777558, 0.1197450, 0.2527529, 0.6673363", \
					  "0.0598657, 0.0611181, 0.0651946, 0.0781780, 0.1195048, 0.2503341, 0.6642162", \
					  "0.0629495, 0.0642086, 0.0681710, 0.0809861, 0.1212136, 0.2504622, 0.6598882");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001580597, 0.004996572, 0.01579513, 0.04993146, 0.157843, 0.4989722");
					values("0.0062327, 0.0050155, 0.0011441, -0.0116861, -0.0530482, -0.1840331, -0.5989383", \
					  "0.0049077, 0.0037517, 6.1000000e-06, -0.0124006, -0.0530202, -0.1835251, -0.5982324", \
					  "0.0024185, 0.0012525, -0.0023361, -0.0142102, -0.0538284, -0.1833925, -0.5976967", \
					  "-0.0011975, -0.0022954, -0.0058234, -0.0172426, -0.0557746, -0.1841173, -0.5975866", \
					  "-0.0019268, -0.0031032, -0.0068879, -0.0188604, -0.0582709, -0.1859445, -0.5980931", \
					  "-0.0020312, -0.0033191, -0.0072102, -0.0199024, -0.0604958, -0.1880722, -0.5993437", \
					  "-0.0007969, -0.0021079, -0.0064950, -0.0198942, -0.0613699, -0.1909207, -0.6019445");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.1504665, 0.1530892, 0.1611861, 0.1855692, 0.2596519, 0.4892956, 1.2060497", \
					  "0.1548052, 0.1574214, 0.1655178, 0.1900968, 0.2644014, 0.4943711, 1.2151226", \
					  "0.1654851, 0.1681030, 0.1761977, 0.2005993, 0.2748688, 0.5051959, 1.2220186", \
					  "0.1884566, 0.1910279, 0.1991878, 0.2238523, 0.2982779, 0.5279531, 1.2463224", \
					  "0.2235059, 0.2260852, 0.2340709, 0.2587841, 0.3334951, 0.5635910, 1.2839578", \
					  "0.2668482, 0.2694752, 0.2776069, 0.3025649, 0.3773057, 0.6067916, 1.3265040", \
					  "0.3033606, 0.3061353, 0.3146920, 0.3405317, 0.4158318, 0.6463087, 1.3652197");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.0719000, 0.0749035, 0.0842849, 0.1147538, 0.2112761, 0.5203337, 1.4881089", \
					  "0.0718981, 0.0749111, 0.0842768, 0.1147010, 0.2111413, 0.5188002, 1.4956911", \
					  "0.0721624, 0.0749126, 0.0844338, 0.1147967, 0.2113777, 0.5253224, 1.4858715", \
					  "0.0717895, 0.0747843, 0.0844125, 0.1146776, 0.2113629, 0.5193895, 1.4857702", \
					  "0.0727511, 0.0754370, 0.0847487, 0.1150670, 0.2114954, 0.5179475, 1.4921506", \
					  "0.0736273, 0.0765401, 0.0858933, 0.1159948, 0.2124876, 0.5183236, 1.4997040", \
					  "0.0781617, 0.0810025, 0.0900567, 0.1193996, 0.2137577, 0.5181048, 1.4869070");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.1429208, 0.1438284, 0.1466223, 0.1549693, 0.1772379, 0.2377732, 0.4142365", \
					  "0.1487605, 0.1496973, 0.1525083, 0.1606037, 0.1830126, 0.2436655, 0.4212856", \
					  "0.1637541, 0.1643869, 0.1671766, 0.1755185, 0.1978159, 0.2582548, 0.4356553", \
					  "0.1977999, 0.2000816, 0.2015252, 0.2110541, 0.2332850, 0.2939180, 0.4707868", \
					  "0.2816307, 0.2825647, 0.2856107, 0.2937178, 0.3161434, 0.3766977, 0.5541703", \
					  "0.4501502, 0.4512124, 0.4544287, 0.4635842, 0.4876624, 0.5499102, 0.7282408", \
					  "0.7422592, 0.7437574, 0.7480002, 0.7597707, 0.7896984, 0.8585991, 1.0402799");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.0372796, 0.0383306, 0.0416390, 0.0518585, 0.0827649, 0.1825098, 0.5076220", \
					  "0.0373407, 0.0383694, 0.0415555, 0.0515399, 0.0827566, 0.1822624, 0.5076539", \
					  "0.0375342, 0.0383985, 0.0415155, 0.0518747, 0.0827873, 0.1826221, 0.5067384", \
					  "0.0373135, 0.0384669, 0.0416178, 0.0517695, 0.0826784, 0.1823919, 0.5076822", \
					  "0.0374668, 0.0384959, 0.0419084, 0.0519314, 0.0829025, 0.1826833, 0.5064349", \
					  "0.0449888, 0.0460028, 0.0491520, 0.0589668, 0.0888935, 0.1856271, 0.5080434", \
					  "0.0639296, 0.0650506, 0.0684669, 0.0786044, 0.1084367, 0.1995922, 0.5144585");
				}
			}
			timing () {
				related_pin : "SLEEP";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.0727452, 0.0756615, 0.0849431, 0.1121844, 0.1894270, 0.4199829, 1.1395987", \
					  "0.0739749, 0.0767743, 0.0857398, 0.1122842, 0.1906260, 0.4231623, 1.1437779", \
					  "0.0848258, 0.0876151, 0.0956925, 0.1210241, 0.1984479, 0.4337542, 1.1575323", \
					  "0.1174514, 0.1199118, 0.1276255, 0.1518755, 0.2274683, 0.4608848, 1.1875089", \
					  "0.1881082, 0.1914370, 0.2014236, 0.2291015, 0.3017775, 0.5335042, 1.2586197", \
					  "0.3115160, 0.3166007, 0.3322286, 0.3747530, 0.4769098, 0.7075805, 1.4310091", \
					  "0.5334825, 0.5415988, 0.5659195, 0.6335948, 0.7911267, 1.1179033, 1.8382468");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.0696904, 0.0726660, 0.0827069, 0.1137490, 0.2115608, 0.5185575, 1.4837880", \
					  "0.0692410, 0.0723768, 0.0823110, 0.1136171, 0.2109850, 0.5183660, 1.4906401", \
					  "0.0688125, 0.0719809, 0.0818341, 0.1133516, 0.2106921, 0.5181799, 1.4929177", \
					  "0.0698090, 0.0726502, 0.0817733, 0.1119937, 0.2105525, 0.5181230, 1.4937573", \
					  "0.0981417, 0.1000140, 0.1063248, 0.1277650, 0.2134692, 0.5217263, 1.4898474", \
					  "0.1492566, 0.1521611, 0.1627609, 0.1915922, 0.2675085, 0.5265607, 1.4903232", \
					  "0.2482690, 0.2536734, 0.2698839, 0.3156925, 0.4123096, 0.6426527, 1.4958627");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.0163647, 0.0168207, 0.0181689, 0.0220394, 0.0328047, 0.0648721, 0.1643778", \
					  "0.0205478, 0.0210110, 0.0224005, 0.0263523, 0.0372524, 0.0694226, 0.1689339", \
					  "0.0266538, 0.0273513, 0.0294581, 0.0349925, 0.0476801, 0.0798601, 0.1796129", \
					  "0.0321157, 0.0331820, 0.0363299, 0.0448232, 0.0645294, 0.1045241, 0.2040557", \
					  "0.0311966, 0.0328754, 0.0378824, 0.0513456, 0.0824559, 0.1443383, 0.2611214", \
					  "0.0074394, 0.0101684, 0.0182565, 0.0398560, 0.0904309, 0.1881002, 0.3639747", \
					  "-0.0836973, -0.0789901, -0.0667412, -0.0302157, 0.0531945, 0.2130124, 0.4926789");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015806, 0.00499657, 0.0157951, 0.0499315, 0.157843, 0.498972");
					values("0.0088244, 0.0092539, 0.0106350, 0.0151814, 0.0297555, 0.0762507, 0.2239673", \
					  "0.0096548, 0.0100265, 0.0112366, 0.0154462, 0.0298928, 0.0763123, 0.2238792", \
					  "0.0147372, 0.0151855, 0.0165661, 0.0207678, 0.0325571, 0.0763597, 0.2237915", \
					  "0.0242515, 0.0248586, 0.0267059, 0.0323787, 0.0466607, 0.0844937, 0.2238900", \
					  "0.0431327, 0.0440427, 0.0468562, 0.0546335, 0.0735041, 0.1187826, 0.2390625", \
					  "0.0799650, 0.0814737, 0.0860681, 0.0982745, 0.1263513, 0.1858254, 0.3188488", \
					  "0.1500871, 0.1526668, 0.1602444, 0.1789994, 0.2220675, 0.3088974, 0.4846646");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008606;
			capacitance : 0.008138;
			fall_capacitance : 0.007669;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0404137, 0.0402714, 0.0399432, 0.0399020, 0.0398069, 0.0395878, 0.0390828");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0540074, 0.0537618, 0.0531956, 0.0531915, 0.0531820, 0.0531602, 0.0531099");
				}
			}
		}
		pin (SLEEP) {
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.028121;
			capacitance : 0.030312;
			rise_capacitance : 0.032503;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0201572, -0.0201380, -0.0200935, -0.0201026, -0.0201235, -0.0201718, -0.0202831");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0204933, 0.0204958, 0.0205017, 0.0205276, 0.0205871, 0.0207244, 0.0210409");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_isobufsrc_2") {
		area : 8.758400;
		cell_footprint : "isobufsrc";
		is_isolation_cell : true;
		cell_leakage_power : 4.096534e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vnb) {
			pg_type : "primary_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 : "0.0007472";
			when : "!A&SLEEP";
		}
		leakage_power () {
			value : "0.0007505";
			when : "!A&!SLEEP";
		}
		leakage_power () {
			value : "6.8434665e-05";
			when : "A&SLEEP";
		}
		leakage_power () {
			value : "7.2483950e-05";
			when : "A&!SLEEP";
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "(A&!SLEEP)";
			max_capacitance : 0.123606;
			max_transition : 1.507896;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0080453, 0.0090317, 0.0114268, 0.0173681, 0.0319647, 0.0681000, 0.1576061", \
					  "0.0080637, 0.0090611, 0.0114619, 0.0173868, 0.0321255, 0.0678570, 0.1574734", \
					  "0.0080628, 0.0090556, 0.0114666, 0.0174395, 0.0318769, 0.0681167, 0.1579696", \
					  "0.0079365, 0.0089081, 0.0112288, 0.0171338, 0.0316159, 0.0675853, 0.1574478", \
					  "0.0077391, 0.0086771, 0.0110298, 0.0168563, 0.0313455, 0.0676598, 0.1568593", \
					  "0.0078154, 0.0087568, 0.0110417, 0.0167538, 0.0310746, 0.0670561, 0.1566205", \
					  "0.0079383, 0.0088723, 0.0111854, 0.0170123, 0.0313009, 0.0669390, 0.1565988");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0008357, 0.0001061, -0.0016893, -0.0065254, -0.0200541, -0.0556303, -0.1458436", \
					  "0.0008348, 0.0001117, -0.0016879, -0.0065509, -0.0200731, -0.0556553, -0.1458474", \
					  "0.0008886, 0.0001464, -0.0016737, -0.0065271, -0.0200109, -0.0556069, -0.1457909", \
					  "0.0007354, -3.2100000e-05, -0.0018416, -0.0067075, -0.0202038, -0.0557458, -0.1459341", \
					  "0.0005010, -0.0002476, -0.0021210, -0.0070226, -0.0204334, -0.0559172, -0.1460503", \
					  "0.0011478, 0.0003407, -0.0018435, -0.0073704, -0.0208956, -0.0561490, -0.1461819", \
					  "0.0020072, 0.0011571, -0.0009992, -0.0065529, -0.0205744, -0.0561463, -0.1462960");
				}
			}
			internal_power () {
				related_pin : "SLEEP";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0084726, 0.0094745, 0.0118629, 0.0177140, 0.0323095, 0.0678564, 0.1575840", \
					  "0.0082630, 0.0092619, 0.0116463, 0.0175728, 0.0319362, 0.0678907, 0.1571709", \
					  "0.0081579, 0.0091057, 0.0114737, 0.0172735, 0.0317018, 0.0676004, 0.1571451", \
					  "0.0080720, 0.0090247, 0.0113483, 0.0171570, 0.0314802, 0.0673682, 0.1572708", \
					  "0.0079501, 0.0088980, 0.0111969, 0.0169602, 0.0312630, 0.0670025, 0.1566222", \
					  "0.0079640, 0.0088733, 0.0111878, 0.0170905, 0.0313123, 0.0673036, 0.1572723", \
					  "0.0075539, 0.0084800, 0.0107841, 0.0164778, 0.0312631, 0.0673095, 0.1568268");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0050312, 0.0041239, 0.0018412, -0.0038828, -0.0181979, -0.0541514, -0.1444062", \
					  "0.0048525, 0.0039522, 0.0017022, -0.0040042, -0.0182971, -0.0542435, -0.1445021", \
					  "0.0046234, 0.0037483, 0.0015291, -0.0041099, -0.0184173, -0.0543256, -0.1445268", \
					  "0.0044835, 0.0036029, 0.0013637, -0.0043480, -0.0185126, -0.0543986, -0.1446162", \
					  "0.0043804, 0.0034962, 0.0012715, -0.0043387, -0.0186180, -0.0545197, -0.1446556", \
					  "0.0045111, 0.0036483, 0.0013758, -0.0043179, -0.0186771, -0.0544714, -0.1447296", \
					  "0.0048095, 0.0039018, 0.0015782, -0.0042227, -0.0185660, -0.0544841, -0.1447242");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0821856, 0.0893311, 0.1069801, 0.1504808, 0.2555777, 0.5155458, 1.1657170", \
					  "0.0873512, 0.0945998, 0.1121068, 0.1553066, 0.2611214, 0.5219316, 1.1659413", \
					  "0.0995232, 0.1067465, 0.1242998, 0.1674304, 0.2723979, 0.5329004, 1.1790171", \
					  "0.1266735, 0.1337057, 0.1507839, 0.1936033, 0.2982201, 0.5579949, 1.2137558", \
					  "0.1722870, 0.1793212, 0.1965647, 0.2388459, 0.3428473, 0.6039352, 1.2500223", \
					  "0.2401356, 0.2475671, 0.2645720, 0.3063515, 0.4098258, 0.6692181, 1.3196183", \
					  "0.3283146, 0.3377518, 0.3582021, 0.4013446, 0.5027121, 0.7618607, 1.4070171");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0391423, 0.0482419, 0.0707159, 0.1267978, 0.2669386, 0.6146975, 1.4932674", \
					  "0.0390779, 0.0481666, 0.0709510, 0.1273624, 0.2694804, 0.6145602, 1.4943606", \
					  "0.0391027, 0.0481374, 0.0707237, 0.1275683, 0.2662001, 0.6183564, 1.4878654", \
					  "0.0392479, 0.0481856, 0.0708303, 0.1269210, 0.2668649, 0.6164643, 1.5052746", \
					  "0.0413244, 0.0498225, 0.0716794, 0.1270255, 0.2680507, 0.6226799, 1.4863201", \
					  "0.0482096, 0.0556455, 0.0755517, 0.1286268, 0.2683019, 0.6160886, 1.4839279", \
					  "0.0653260, 0.0720882, 0.0900901, 0.1358465, 0.2703837, 0.6154793, 1.4884376");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.1121845, 0.1154684, 0.1224485, 0.1356391, 0.1600868, 0.2070547, 0.3116796", \
					  "0.1175702, 0.1208658, 0.1277762, 0.1410613, 0.1651103, 0.2127588, 0.3171623", \
					  "0.1310735, 0.1343324, 0.1412155, 0.1544880, 0.1786485, 0.2261858, 0.3306841", \
					  "0.1639390, 0.1669613, 0.1738618, 0.1870862, 0.2114041, 0.2589440, 0.3638904", \
					  "0.2405487, 0.2439115, 0.2508429, 0.2641880, 0.2887345, 0.3364649, 0.4403997", \
					  "0.3799554, 0.3844088, 0.3933690, 0.4099390, 0.4384808, 0.4895992, 0.5949082", \
					  "0.6055246, 0.6118736, 0.6241294, 0.6463344, 0.6832130, 0.7425999, 0.8532027");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0239040, 0.0256651, 0.0300535, 0.0391406, 0.0605644, 0.1107349, 0.2399478", \
					  "0.0237768, 0.0256494, 0.0300160, 0.0394153, 0.0608899, 0.1100251, 0.2408263", \
					  "0.0239230, 0.0258355, 0.0298046, 0.0392045, 0.0605362, 0.1100494, 0.2408507", \
					  "0.0237790, 0.0257146, 0.0299893, 0.0392720, 0.0607913, 0.1106205, 0.2390908", \
					  "0.0253883, 0.0271504, 0.0312055, 0.0402295, 0.0613169, 0.1105209, 0.2405145", \
					  "0.0380383, 0.0398851, 0.0444342, 0.0536793, 0.0723935, 0.1179687, 0.2433818", \
					  "0.0602612, 0.0625024, 0.0682527, 0.0783678, 0.0996466, 0.1439411, 0.2569413");
				}
			}
			timing () {
				related_pin : "SLEEP";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0673850, 0.0747809, 0.0923540, 0.1346368, 0.2397082, 0.4984201, 1.1455963", \
					  "0.0727382, 0.0801205, 0.0974422, 0.1400948, 0.2463972, 0.5061484, 1.1490460", \
					  "0.0880733, 0.0951479, 0.1122096, 0.1544291, 0.2586553, 0.5175926, 1.1641881", \
					  "0.1220272, 0.1289409, 0.1459508, 0.1877585, 0.2918534, 0.5509954, 1.2092357", \
					  "0.1883374, 0.1973575, 0.2181366, 0.2625329, 0.3664701, 0.6286983, 1.2729501", \
					  "0.3107375, 0.3247112, 0.3551805, 0.4178444, 0.5385826, 0.7985294, 1.4496694", \
					  "0.5282120, 0.5527930, 0.6049894, 0.7062269, 0.8801933, 1.1977764, 1.8519327");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0395303, 0.0485662, 0.0707380, 0.1269538, 0.2705715, 0.6172971, 1.4868137", \
					  "0.0395039, 0.0485151, 0.0711302, 0.1281132, 0.2676810, 0.6223627, 1.4898947", \
					  "0.0395341, 0.0486275, 0.0712027, 0.1269660, 0.2666973, 0.6162724, 1.4910242", \
					  "0.0404861, 0.0491316, 0.0713455, 0.1274605, 0.2667579, 0.6164852, 1.5070041", \
					  "0.0533648, 0.0624178, 0.0821795, 0.1325480, 0.2671781, 0.6176916, 1.4857051", \
					  "0.0833697, 0.0939644, 0.1179943, 0.1722326, 0.2886802, 0.6215638, 1.5078958", \
					  "0.1525234, 0.1666800, 0.1987947, 0.2642163, 0.3904993, 0.6792172, 1.4896210");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0129926, 0.0143398, 0.0174982, 0.0247841, 0.0418166, 0.0827686, 0.1841436", \
					  "0.0180672, 0.0194302, 0.0223734, 0.0294789, 0.0464272, 0.0874028, 0.1888282", \
					  "0.0260313, 0.0279703, 0.0322143, 0.0407102, 0.0572921, 0.0981902, 0.1995335", \
					  "0.0359764, 0.0388231, 0.0451901, 0.0580670, 0.0817767, 0.1241817, 0.2252912", \
					  "0.0453532, 0.0498007, 0.0596990, 0.0792890, 0.1157188, 0.1780125, 0.2852095", \
					  "0.0440449, 0.0515283, 0.0673497, 0.0973082, 0.1548114, 0.2518686, 0.4087327", \
					  "0.0012236, 0.0136128, 0.0402427, 0.0931957, 0.1868088, 0.3390672, 0.5819430");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0088750, 0.0104294, 0.0141591, 0.0229304, 0.0442539, 0.0976791, 0.2323989", \
					  "0.0104008, 0.0115365, 0.0146409, 0.0227883, 0.0441535, 0.0975135, 0.2325675", \
					  "0.0159630, 0.0173143, 0.0203009, 0.0266451, 0.0452330, 0.0976687, 0.2320871", \
					  "0.0251286, 0.0273894, 0.0315816, 0.0408465, 0.0576542, 0.1016302, 0.2324176", \
					  "0.0420839, 0.0449027, 0.0516714, 0.0663152, 0.0905056, 0.1339399, 0.2433026", \
					  "0.0718869, 0.0784856, 0.0896945, 0.1122970, 0.1488830, 0.2136690, 0.3184507", \
					  "0.1304965, 0.1395704, 0.1595307, 0.1946960, 0.2519118, 0.3459677, 0.5031335");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001483;
			capacitance : 0.001430;
			fall_capacitance : 0.001377;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022192, 0.0021861, 0.0021100, 0.0021072, 0.0021008, 0.0020859, 0.0020517");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0083088, 0.0082431, 0.0080915, 0.0081002, 0.0081202, 0.0081663, 0.0082726");
				}
			}
		}
		pin (SLEEP) {
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003785;
			capacitance : 0.003999;
			rise_capacitance : 0.004214;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051096, -0.0051248, -0.0051600, -0.0051638, -0.0051727, -0.0051930, -0.0052400");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055460, 0.0055428, 0.0055353, 0.0055338, 0.0055303, 0.0055221, 0.0055033");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_isobufsrc_4") {
		area : 13.763200;
		cell_footprint : "isobufsrc";
		is_isolation_cell : true;
		cell_leakage_power : 9.633940e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vnb) {
			pg_type : "primary_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 : "0.0014449";
			when : "!A&SLEEP";
		}
		leakage_power () {
			value : "0.0014478";
			when : "!A&!SLEEP";
		}
		leakage_power () {
			value : "0.0004563";
			when : "A&SLEEP";
		}
		leakage_power () {
			value : "0.0005046";
			when : "A&!SLEEP";
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "(A&!SLEEP)";
			max_capacitance : 0.216990;
			max_transition : 1.511482;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0157786, 0.0169552, 0.0200653, 0.0284410, 0.0514086, 0.1125511, 0.2805340", \
					  "0.0157528, 0.0168861, 0.0200225, 0.0284864, 0.0513942, 0.1122313, 0.2786560", \
					  "0.0157508, 0.0169400, 0.0200653, 0.0284203, 0.0511685, 0.1121969, 0.2793595", \
					  "0.0154660, 0.0165648, 0.0196502, 0.0279078, 0.0505704, 0.1116224, 0.2794143", \
					  "0.0151845, 0.0163035, 0.0193432, 0.0275525, 0.0500338, 0.1116740, 0.2779032", \
					  "0.0154046, 0.0165022, 0.0194999, 0.0273091, 0.0499207, 0.1106753, 0.2774720", \
					  "0.0155951, 0.0167105, 0.0197376, 0.0279089, 0.0500823, 0.1109184, 0.2779715");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0037612, 0.0029304, 0.0004899, -0.0063049, -0.0267135, -0.0869261, -0.2547257", \
					  "0.0037347, 0.0028803, 0.0004344, -0.0063494, -0.0267923, -0.0869606, -0.2547601", \
					  "0.0037739, 0.0028855, 0.0004310, -0.0062979, -0.0267533, -0.0869177, -0.2546927", \
					  "0.0034969, 0.0026091, 8.6400000e-05, -0.0067215, -0.0270732, -0.0871609, -0.2549188", \
					  "0.0029467, 0.0019904, -0.0002900, -0.0072627, -0.0275953, -0.0875278, -0.2551790", \
					  "0.0036421, 0.0026424, -9.5100000e-05, -0.0077878, -0.0287791, -0.0880608, -0.2555077", \
					  "0.0045770, 0.0036017, 0.0008819, -0.0066804, -0.0281528, -0.0881759, -0.2553249");
				}
			}
			internal_power () {
				related_pin : "SLEEP";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0166385, 0.0177837, 0.0209514, 0.0292398, 0.0515519, 0.1126500, 0.2793262", \
					  "0.0161583, 0.0173156, 0.0203718, 0.0288698, 0.0513361, 0.1119439, 0.2796237", \
					  "0.0158923, 0.0169800, 0.0200866, 0.0282158, 0.0506647, 0.1120725, 0.2797918", \
					  "0.0157082, 0.0168255, 0.0198096, 0.0280788, 0.0501658, 0.1118157, 0.2776588", \
					  "0.0154730, 0.0165512, 0.0195049, 0.0276402, 0.0499240, 0.1105219, 0.2777425", \
					  "0.0154823, 0.0165403, 0.0194849, 0.0278439, 0.0497671, 0.1107475, 0.2770585", \
					  "0.0146502, 0.0156844, 0.0186804, 0.0267172, 0.0496931, 0.1105491, 0.2768827");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0099254, 0.0088694, 0.0059581, -0.0020688, -0.0241482, -0.0850298, -0.2528558", \
					  "0.0095954, 0.0085571, 0.0056777, -0.0023092, -0.0243480, -0.0851987, -0.2530368", \
					  "0.0091938, 0.0081672, 0.0053970, -0.0025189, -0.0244726, -0.0853057, -0.2531467", \
					  "0.0085766, 0.0075821, 0.0047715, -0.0030798, -0.0247674, -0.0854258, -0.2532573", \
					  "0.0086733, 0.0076651, 0.0047357, -0.0030293, -0.0248701, -0.0857061, -0.2533308", \
					  "0.0089418, 0.0078737, 0.0049400, -0.0031794, -0.0252497, -0.0858974, -0.2534986", \
					  "0.0092324, 0.0081419, 0.0051607, -0.0029244, -0.0250578, -0.0858286, -0.2536600");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
					values("0.0889208, 0.0938018, 0.1069088, 0.1421848, 0.2361418, 0.4888937, 1.1800619", \
					  "0.0937468, 0.0986083, 0.1117505, 0.1468466, 0.2408911, 0.4934859, 1.1802898", \
					  "0.1052650, 0.1101756, 0.1232897, 0.1582727, 0.2522690, 0.5036619, 1.1932039", \
					  "0.1304545, 0.1351515, 0.1480348, 0.1827713, 0.2764801, 0.5281134, 1.2166834", \
					  "0.1732110, 0.1779592, 0.1906302, 0.2249990, 0.3174472, 0.5702255, 1.2577497", \
					  "0.2344745, 0.2393751, 0.2523075, 0.2855988, 0.3770905, 0.6281310, 1.3161809", \
					  "0.3064685, 0.3127730, 0.3281782, 0.3634304, 0.4524774, 0.7048251, 1.3890518");
				}
				rise_transition ("del_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("0.0417603, 0.0476000, 0.0642626, 0.1088390, 0.2324692, 0.5695815, 1.5114823", \
					  "0.0416129, 0.0475896, 0.0639156, 0.1089874, 0.2335411, 0.5712920, 1.4893236", \
					  "0.0415412, 0.0476841, 0.0642679, 0.1089911, 0.2322361, 0.5703348, 1.4907121", \
					  "0.0418192, 0.0476069, 0.0642251, 0.1088708, 0.2321900, 0.5660915, 1.4953480", \
					  "0.0436930, 0.0492774, 0.0651025, 0.1092359, 0.2327238, 0.5739234, 1.4905618", \
					  "0.0504278, 0.0551665, 0.0690980, 0.1112826, 0.2342692, 0.5695916, 1.4949929", \
					  "0.0676183, 0.0723589, 0.0848501, 0.1201073, 0.2354454, 0.5716312, 1.4905810");
				}
				cell_fall ("del_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("0.0981201, 0.1002781, 0.1049723, 0.1154914, 0.1362718, 0.1799803, 0.2856921", \
					  "0.1039926, 0.1059736, 0.1107329, 0.1212019, 0.1419399, 0.1856958, 0.2914268", \
					  "0.1183573, 0.1203415, 0.1251379, 0.1355501, 0.1563303, 0.2000677, 0.3058379", \
					  "0.1521088, 0.1540911, 0.1588559, 0.1692417, 0.1901226, 0.2339657, 0.3397451", \
					  "0.2306770, 0.2327052, 0.2375244, 0.2479676, 0.2690588, 0.3131284, 0.4190061", \
					  "0.3707748, 0.3735227, 0.3800440, 0.3937022, 0.4196341, 0.4679382, 0.5732934", \
					  "0.6019507, 0.6059904, 0.6151416, 0.6337121, 0.6681790, 0.7263221, 0.8406269");
				}
				fall_transition ("del_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("0.0219782, 0.0228824, 0.0258039, 0.0328324, 0.0508883, 0.0980959, 0.2334947", \
					  "0.0219692, 0.0230511, 0.0259107, 0.0328583, 0.0508922, 0.0980941, 0.2335302", \
					  "0.0219884, 0.0228935, 0.0257784, 0.0329040, 0.0511806, 0.0977797, 0.2336318", \
					  "0.0220242, 0.0231319, 0.0257503, 0.0329388, 0.0509533, 0.0981179, 0.2341445", \
					  "0.0244840, 0.0254735, 0.0282729, 0.0350080, 0.0521136, 0.0986960, 0.2326346", \
					  "0.0377673, 0.0390148, 0.0421232, 0.0488640, 0.0649361, 0.1074280, 0.2367657", \
					  "0.0615472, 0.0627017, 0.0667686, 0.0756992, 0.0938427, 0.1338574, 0.2487766");
				}
			}
			timing () {
				related_pin : "SLEEP";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
					values("0.0715552, 0.0764204, 0.0894767, 0.1243596, 0.2162498, 0.4682035, 1.1541212", \
					  "0.0767518, 0.0815264, 0.0942878, 0.1292099, 0.2219949, 0.4724826, 1.1633524", \
					  "0.0920234, 0.0967258, 0.1094539, 0.1434899, 0.2361122, 0.4896853, 1.1802407", \
					  "0.1264371, 0.1311556, 0.1437556, 0.1774211, 0.2691727, 0.5231924, 1.2117085", \
					  "0.1953328, 0.2012252, 0.2163973, 0.2529516, 0.3449664, 0.5955987, 1.2880115", \
					  "0.3242592, 0.3331751, 0.3552922, 0.4067647, 0.5171352, 0.7703271, 1.4602032", \
					  "0.5593763, 0.5758460, 0.6128240, 0.6958351, 0.8582918, 1.1689549, 1.8646240");
				}
				rise_transition ("del_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("0.0420192, 0.0478447, 0.0644771, 0.1088826, 0.2315630, 0.5690624, 1.4924036", \
					  "0.0418955, 0.0480350, 0.0642155, 0.1098190, 0.2316068, 0.5676671, 1.4968919", \
					  "0.0420125, 0.0478846, 0.0644585, 0.1088976, 0.2316509, 0.5700562, 1.4995527", \
					  "0.0426443, 0.0485306, 0.0645330, 0.1096306, 0.2314555, 0.5780968, 1.4972383", \
					  "0.0545787, 0.0605703, 0.0753296, 0.1151574, 0.2320380, 0.5681951, 1.4909840", \
					  "0.0825719, 0.0895017, 0.1071060, 0.1520316, 0.2552739, 0.5746296, 1.4956251", \
					  "0.1485603, 0.1585191, 0.1812338, 0.2345725, 0.3511865, 0.6304356, 1.4921404");
				}
				cell_fall ("del_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("0.0131054, 0.0139685, 0.0162255, 0.0219546, 0.0363599, 0.0738648, 0.1754700", \
					  "0.0181197, 0.0189975, 0.0211222, 0.0265937, 0.0408751, 0.0783583, 0.1798988", \
					  "0.0256899, 0.0269364, 0.0300636, 0.0371441, 0.0518486, 0.0892045, 0.1906117", \
					  "0.0350253, 0.0368640, 0.0414831, 0.0521463, 0.0737986, 0.1147621, 0.2157117", \
					  "0.0424611, 0.0453137, 0.0523901, 0.0685965, 0.1021050, 0.1637559, 0.2743171", \
					  "0.0362267, 0.0408879, 0.0530039, 0.0787301, 0.1320084, 0.2271769, 0.3911202", \
					  "-0.0175032, -0.0095854, 0.0098356, 0.0540702, 0.1411519, 0.2939170, 0.5496514");
				}
				fall_transition ("del_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("0.0090578, 0.0100407, 0.0126558, 0.0195052, 0.0375335, 0.0869202, 0.2240899", \
					  "0.0104787, 0.0111960, 0.0133251, 0.0195353, 0.0373208, 0.0868626, 0.2239988", \
					  "0.0159016, 0.0168327, 0.0192932, 0.0242989, 0.0391259, 0.0868275, 0.2241731", \
					  "0.0248274, 0.0261247, 0.0294857, 0.0371833, 0.0533606, 0.0925649, 0.2242507", \
					  "0.0410296, 0.0431331, 0.0482388, 0.0599829, 0.0829523, 0.1277790, 0.2367877", \
					  "0.0708340, 0.0743845, 0.0840950, 0.1020171, 0.1366349, 0.2000745, 0.3162531", \
					  "0.1283647, 0.1343872, 0.1492850, 0.1799925, 0.2340105, 0.3286001, 0.4948623");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002320;
			capacitance : 0.002212;
			fall_capacitance : 0.002104;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045459, 0.0044900, 0.0043611, 0.0043530, 0.0043342, 0.0042910, 0.0041914");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0153334, 0.0152413, 0.0150291, 0.0150614, 0.0151360, 0.0153077, 0.0157037");
				}
			}
		}
		pin (SLEEP) {
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007575;
			capacitance : 0.008014;
			rise_capacitance : 0.008452;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0100489, -0.0100872, -0.0101755, -0.0101786, -0.0101856, -0.0102018, -0.0102391");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110575, 0.0110572, 0.0110567, 0.0110540, 0.0110478, 0.0110334, 0.0110002");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_isobufsrc_8") {
		area : 23.772800;
		cell_footprint : "isobufsrc";
		is_isolation_cell : true;
		cell_leakage_power : 2.042182e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vnb) {
			pg_type : "primary_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 : "0.0029023";
			when : "!A&SLEEP";
		}
		leakage_power () {
			value : "0.0006150";
			when : "!A&!SLEEP";
		}
		leakage_power () {
			value : "0.0036033";
			when : "A&SLEEP";
		}
		leakage_power () {
			value : "0.0010482";
			when : "A&!SLEEP";
		}
		pin (X) {
			power_down_function : "(!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			function : "(A&!SLEEP)";
			max_capacitance : 0.357066;
			max_transition : 1.510602;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001494857, 0.004469195, 0.01336162, 0.03994741, 0.1194313, 0.3570655");
					values("0.0313896, 0.0326848, 0.0364119, 0.0475056, 0.0801434, 0.1770061, 0.4610277", \
					  "0.0314270, 0.0327157, 0.0364749, 0.0476211, 0.0798900, 0.1767506, 0.4652750", \
					  "0.0313896, 0.0326700, 0.0363811, 0.0475319, 0.0798274, 0.1759590, 0.4653414", \
					  "0.0308707, 0.0321184, 0.0358486, 0.0468472, 0.0793818, 0.1754568, 0.4617236", \
					  "0.0304740, 0.0317279, 0.0354052, 0.0463302, 0.0787087, 0.1749090, 0.4611090", \
					  "0.0305725, 0.0318289, 0.0355078, 0.0460236, 0.0783960, 0.1747037, 0.4607820", \
					  "0.0308154, 0.0320565, 0.0359824, 0.0469696, 0.0794238, 0.1750549, 0.4610426");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001494857, 0.004469195, 0.01336162, 0.03994741, 0.1194313, 0.3570655");
					values("0.0219400, 0.0207770, 0.0173701, 0.0070443, -0.0240953, -0.1198290, -0.4083383", \
					  "0.0219360, 0.0207695, 0.0173732, 0.0070097, -0.0241494, -0.1198942, -0.4084149", \
					  "0.0219370, 0.0207013, 0.0173751, 0.0070399, -0.0241358, -0.1198268, -0.4083421", \
					  "0.0213819, 0.0202713, 0.0168433, 0.0064964, -0.0245449, -0.1201880, -0.4086721", \
					  "0.0205141, 0.0193487, 0.0159372, 0.0054869, -0.0253632, -0.1207494, -0.4090344", \
					  "0.0195750, 0.0183869, 0.0148826, 0.0047293, -0.0257525, -0.1208290, -0.4090320", \
					  "0.0215092, 0.0203253, 0.0167858, 0.0073257, -0.0244085, -0.1202096, -0.4079588");
				}
			}
			internal_power () {
				related_pin : "SLEEP";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001494857, 0.004469195, 0.01336162, 0.03994741, 0.1194313, 0.3570655");
					values("0.0324304, 0.0338636, 0.0380543, 0.0499017, 0.0831172, 0.1799868, 0.4658533", \
					  "0.0312252, 0.0325643, 0.0365595, 0.0483853, 0.0818094, 0.1789526, 0.4652963", \
					  "0.0303528, 0.0317056, 0.0355030, 0.0469146, 0.0800161, 0.1783798, 0.4655943", \
					  "0.0300830, 0.0313554, 0.0351522, 0.0462040, 0.0791072, 0.1753863, 0.4638501", \
					  "0.0298323, 0.0316656, 0.0357506, 0.0465042, 0.0781064, 0.1751356, 0.4633400", \
					  "0.0301244, 0.0313178, 0.0349045, 0.0456159, 0.0779580, 0.1742180, 0.4626097", \
					  "0.0316819, 0.0328421, 0.0362998, 0.0466679, 0.0783101, 0.1738136, 0.4588696");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001494857, 0.004469195, 0.01336162, 0.03994741, 0.1194313, 0.3570655");
					values("0.0028654, 0.0017391, -0.0017240, -0.0124012, -0.0446371, -0.1411733, -0.4302639", \
					  "0.0019597, 0.0008777, -0.0024300, -0.0127430, -0.0445872, -0.1409150, -0.4299071", \
					  "0.0002045, -0.0007825, -0.0038734, -0.0137008, -0.0449713, -0.1408751, -0.4296656", \
					  "-0.0014006, -0.0024826, -0.0057679, -0.0154420, -0.0460162, -0.1412702, -0.4297208", \
					  "-0.0016097, -0.0027113, -0.0060004, -0.0160496, -0.0468317, -0.1421361, -0.4300044", \
					  "-0.0018818, -0.0031049, -0.0065753, -0.0172372, -0.0481903, -0.1429169, -0.4307195", \
					  "0.0001866, -0.0009893, -0.0044367, -0.0165709, -0.0487463, -0.1439148, -0.4312152");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.1204895, 0.1238347, 0.1335776, 0.1619350, 0.2430224, 0.4834887, 1.1920042", \
					  "0.1250901, 0.1283934, 0.1381793, 0.1663883, 0.2479439, 0.4866036, 1.2020257", \
					  "0.1360368, 0.1393193, 0.1490535, 0.1771323, 0.2587395, 0.4976022, 1.2133161", \
					  "0.1598570, 0.1631389, 0.1726640, 0.2006003, 0.2819029, 0.5211457, 1.2317939", \
					  "0.1965422, 0.1999070, 0.2096087, 0.2375305, 0.3192090, 0.5581348, 1.2702197", \
					  "0.2435321, 0.2469677, 0.2567533, 0.2850234, 0.3665694, 0.6056780, 1.3206294", \
					  "0.2866145, 0.2903611, 0.3011097, 0.3306961, 0.4125119, 0.6523079, 1.3630045");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.0499100, 0.0538523, 0.0657444, 0.1013646, 0.2088990, 0.5364814, 1.4816482", \
					  "0.0499570, 0.0539094, 0.0658293, 0.1020720, 0.2084027, 0.5313009, 1.5106021", \
					  "0.0499608, 0.0539139, 0.0657499, 0.1020911, 0.2084568, 0.5307174, 1.5105346", \
					  "0.0499629, 0.0538764, 0.0658614, 0.1015082, 0.2088411, 0.5290326, 1.4896721", \
					  "0.0504240, 0.0544520, 0.0664864, 0.1018509, 0.2084929, 0.5275715, 1.4841258", \
					  "0.0522657, 0.0562306, 0.0678482, 0.1028801, 0.2094243, 0.5286122, 1.4805881", \
					  "0.0586479, 0.0624038, 0.0735953, 0.1071843, 0.2112198, 0.5285573, 1.4851500");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.1155932, 0.1166748, 0.1197147, 0.1276727, 0.1465159, 0.1915157, 0.3088854", \
					  "0.1214634, 0.1225443, 0.1255737, 0.1335319, 0.1526229, 0.1974585, 0.3146517", \
					  "0.1357952, 0.1368632, 0.1399210, 0.1478927, 0.1669533, 0.2118246, 0.3292057", \
					  "0.1711447, 0.1722387, 0.1752185, 0.1831015, 0.2021370, 0.2470798, 0.3642233", \
					  "0.2520439, 0.2531391, 0.2562054, 0.2642398, 0.2833637, 0.3284043, 0.4454606", \
					  "0.4067191, 0.4080769, 0.4118751, 0.4217028, 0.4441348, 0.4926080, 0.6109522", \
					  "0.6705495, 0.6723846, 0.6775073, 0.6903240, 0.7196228, 0.7773825, 0.9017802");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.0249238, 0.0258507, 0.0285600, 0.0359064, 0.0555725, 0.1119082, 0.2855042", \
					  "0.0250008, 0.0259517, 0.0286519, 0.0357763, 0.0555827, 0.1120230, 0.2856309", \
					  "0.0250221, 0.0259830, 0.0286101, 0.0359419, 0.0556458, 0.1121471, 0.2855692", \
					  "0.0250411, 0.0259627, 0.0287271, 0.0362974, 0.0556226, 0.1120216, 0.2855294", \
					  "0.0257104, 0.0266692, 0.0294147, 0.0365488, 0.0561754, 0.1123974, 0.2855484", \
					  "0.0364401, 0.0375129, 0.0404501, 0.0479777, 0.0666195, 0.1197611, 0.2881658", \
					  "0.0550218, 0.0564079, 0.0601891, 0.0698959, 0.0907385, 0.1422623, 0.2993918");
				}
			}
			timing () {
				related_pin : "SLEEP";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.0538183, 0.0573952, 0.0679403, 0.0977972, 0.1807040, 0.4244918, 1.1357760", \
					  "0.0568384, 0.0603192, 0.0704178, 0.0997731, 0.1833380, 0.4256953, 1.1374279", \
					  "0.0693559, 0.0725549, 0.0822760, 0.1106515, 0.1938722, 0.4364951, 1.1493521", \
					  "0.1036938, 0.1067041, 0.1157031, 0.1431933, 0.2247240, 0.4638791, 1.1809111", \
					  "0.1678700, 0.1709968, 0.1855946, 0.2195792, 0.3009487, 0.5384482, 1.2557242", \
					  "0.2801964, 0.2882123, 0.3100935, 0.3634255, 0.4738798, 0.7190116, 1.4308081", \
					  "0.4852005, 0.4987024, 0.5323597, 0.6181981, 0.7966256, 1.1330018, 1.8434942");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.0484830, 0.0526625, 0.0650317, 0.1012044, 0.2082311, 0.5359441, 1.4896533", \
					  "0.0483425, 0.0524209, 0.0647917, 0.1014378, 0.2082036, 0.5316737, 1.4826590", \
					  "0.0476021, 0.0519731, 0.0641254, 0.1012629, 0.2083847, 0.5307040, 1.4989264", \
					  "0.0528333, 0.0560410, 0.0666479, 0.1006576, 0.2094257, 0.5280036, 1.4876012", \
					  "0.0800142, 0.0848019, 0.0953981, 0.1204827, 0.2119416, 0.5360286, 1.4824821", \
					  "0.1314063, 0.1363367, 0.1500404, 0.1849718, 0.2679286, 0.5390794, 1.4897403", \
					  "0.2239160, 0.2324186, 0.2540441, 0.3058412, 0.4166239, 0.6508632, 1.4886734");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.0129736, 0.0134865, 0.0149575, 0.0190218, 0.0304012, 0.0635346, 0.1621453", \
					  "0.0169728, 0.0176198, 0.0193822, 0.0235808, 0.0350038, 0.0680910, 0.1666826", \
					  "0.0218478, 0.0228371, 0.0255298, 0.0320628, 0.0458521, 0.0788652, 0.1773500", \
					  "0.0257857, 0.0273186, 0.0316473, 0.0418687, 0.0633940, 0.1042652, 0.2024224", \
					  "0.0235613, 0.0260548, 0.0326964, 0.0496110, 0.0836341, 0.1470862, 0.2607242", \
					  "-0.0002547, 0.0038156, 0.0153298, 0.0426479, 0.0970702, 0.1965245, 0.3701854", \
					  "-0.0902193, -0.0827397, -0.0628390, -0.0163336, 0.0770691, 0.2372670, 0.5098068");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00149486, 0.0044692, 0.0133616, 0.0399474, 0.119431, 0.357066");
					values("0.0062644, 0.0068222, 0.0084968, 0.0135861, 0.0287483, 0.0744422, 0.2094942", \
					  "0.0081375, 0.0085174, 0.0097779, 0.0141297, 0.0288038, 0.0742495, 0.2106891", \
					  "0.0129700, 0.0136057, 0.0153938, 0.0200975, 0.0318854, 0.0741707, 0.2094068", \
					  "0.0223626, 0.0232916, 0.0256121, 0.0320357, 0.0468797, 0.0820795, 0.2102498", \
					  "0.0404011, 0.0418358, 0.0460689, 0.0544946, 0.0754172, 0.1194249, 0.2246925", \
					  "0.0752575, 0.0776449, 0.0837145, 0.0986459, 0.1300103, 0.1910509, 0.3089365", \
					  "0.1438792, 0.1478166, 0.1579083, 0.1805389, 0.2267607, 0.3159465, 0.4817859");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004533;
			capacitance : 0.004302;
			fall_capacitance : 0.004071;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0203660, 0.0202804, 0.0200829, 0.0200621, 0.0200140, 0.0199031, 0.0196476");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0275668, 0.0274155, 0.0270668, 0.0270766, 0.0270994, 0.0271519, 0.0272729");
				}
			}
		}
		pin (SLEEP) {
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.014604;
			capacitance : 0.015724;
			rise_capacitance : 0.016844;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0101253, -0.0101228, -0.0101170, -0.0101142, -0.0101079, -0.0100933, -0.0100597");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103292, 0.0103262, 0.0103194, 0.0103400, 0.0103875, 0.0104969, 0.0107491");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_isobufsrckapwr_16") {
		area : 38.787200;
		cell_footprint : "isobufsrckapwr";
		is_isolation_cell : true;
		cell_leakage_power : 6.220780e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "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 : "0.0074963";
			when : "!A&SLEEP";
		}
		leakage_power () {
			value : "0.0074985";
			when : "!A&!SLEEP";
		}
		leakage_power () {
			value : "0.0065070";
			when : "A&SLEEP";
		}
		leakage_power () {
			value : "0.0033813";
			when : "A&!SLEEP";
		}
		pin (X) {
			always_on : true;
			power_down_function : "(!kapwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "output";
			function : "(A&!SLEEP)";
			max_capacitance : 1.479502;
			max_transition : 1.505794;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001894498, 0.007178248, 0.02719836, 0.1030545, 0.3904732, 1.479502");
					values("0.0876469, 0.0895642, 0.0965284, 0.1222233, 0.2149689, 0.5611615, 1.8645778", \
					  "0.0876696, 0.0895876, 0.0965319, 0.1222426, 0.2149608, 0.5611686, 1.8709566", \
					  "0.0877293, 0.0896130, 0.0966001, 0.1221137, 0.2146899, 0.5609244, 1.8647424", \
					  "0.0872423, 0.0891042, 0.0961474, 0.1215219, 0.2145302, 0.5599705, 1.8731800", \
					  "0.0867846, 0.0886413, 0.0956883, 0.1210657, 0.2141031, 0.5595025, 1.8639438", \
					  "0.0864626, 0.0883774, 0.0953455, 0.1209875, 0.2135140, 0.5598045, 1.8740986", \
					  "0.0882283, 0.0900951, 0.0970447, 0.1221275, 0.2150442, 0.5608748, 1.8689388");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001894498, 0.007178248, 0.02719836, 0.1030545, 0.3904732, 1.479502");
					values("0.0723388, 0.0709472, 0.0654724, 0.0442433, -0.0424778, -0.3898690, -1.7141712", \
					  "0.0722399, 0.0708456, 0.0653964, 0.0441337, -0.0424998, -0.3898492, -1.7144034", \
					  "0.0723312, 0.0708719, 0.0654746, 0.0442000, -0.0424806, -0.3898404, -1.7143192", \
					  "0.0718935, 0.0705001, 0.0650518, 0.0438006, -0.0428453, -0.3901934, -1.7147538", \
					  "0.0714443, 0.0699065, 0.0644403, 0.0432629, -0.0434536, -0.3908624, -1.7152571", \
					  "0.0705625, 0.0690596, 0.0635931, 0.0423851, -0.0442704, -0.3916094, -1.7160382", \
					  "0.0734661, 0.0719920, 0.0663356, 0.0442296, -0.0447261, -0.3922670, -1.7166999");
				}
			}
			internal_power () {
				related_pin : "SLEEP";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001894498, 0.007178248, 0.02719836, 0.1030545, 0.3904732, 1.479502");
					values("0.0891129, 0.0909942, 0.0980140, 0.1234029, 0.2164583, 0.5618569, 1.8645981", \
					  "0.0884767, 0.0903777, 0.0974149, 0.1228827, 0.2157500, 0.5615907, 1.8644372", \
					  "0.0879921, 0.0898013, 0.0967664, 0.1224476, 0.2149891, 0.5608104, 1.8652650", \
					  "0.0875407, 0.0894382, 0.0964195, 0.1219369, 0.2147965, 0.5605636, 1.8700612", \
					  "0.0869360, 0.0888747, 0.0958340, 0.1215000, 0.2140484, 0.5603806, 1.8643166", \
					  "0.0866096, 0.0884126, 0.0954935, 0.1210714, 0.2136341, 0.5599091, 1.8639558", \
					  "0.0870998, 0.0889303, 0.0957119, 0.1208354, 0.2127202, 0.5581385, 1.8700039");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001894498, 0.007178248, 0.02719836, 0.1030545, 0.3904732, 1.479502");
					values("0.0748732, 0.0734240, 0.0679166, 0.0464995, -0.0402621, -0.3874174, -1.7114764", \
					  "0.0745508, 0.0730832, 0.0676656, 0.0462740, -0.0404388, -0.3875250, -1.7116061", \
					  "0.0744686, 0.0730004, 0.0675661, 0.0461326, -0.0405841, -0.3876924, -1.7117914", \
					  "0.0740485, 0.0725922, 0.0670137, 0.0456449, -0.0410967, -0.3882287, -1.7122644", \
					  "0.0735491, 0.0722007, 0.0666891, 0.0451716, -0.0414981, -0.3885302, -1.7125831", \
					  "0.0768660, 0.0753724, 0.0697694, 0.0476096, -0.0415641, -0.3890894, -1.7129847", \
					  "0.0771438, 0.0756561, 0.0701084, 0.0475579, -0.0415156, -0.3888375, -1.7132637");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.2672468, 0.2691829, 0.2756591, 0.2953373, 0.3538249, 0.5563103, 1.3211279", \
					  "0.2722156, 0.2741497, 0.2806251, 0.3003112, 0.3587494, 0.5612573, 1.3261969", \
					  "0.2835065, 0.2854381, 0.2919913, 0.3116237, 0.3700474, 0.5731136, 1.3400411", \
					  "0.3082226, 0.3101546, 0.3167149, 0.3363042, 0.3946121, 0.5979182, 1.3630483", \
					  "0.3509337, 0.3528655, 0.3594257, 0.3790170, 0.4373472, 0.6406136, 1.4055285", \
					  "0.4119387, 0.4138689, 0.4204252, 0.4401169, 0.4983525, 0.7018734, 1.4684403", \
					  "0.4893204, 0.4912553, 0.4978166, 0.5174324, 0.5758476, 0.7784934, 1.5425884");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.0264936, 0.0279481, 0.0333929, 0.0524788, 0.1246644, 0.4098763, 1.4938409", \
					  "0.0265481, 0.0279800, 0.0334361, 0.0525161, 0.1246613, 0.4097641, 1.4966278", \
					  "0.0267037, 0.0281476, 0.0332652, 0.0526331, 0.1245889, 0.4100486, 1.4954203", \
					  "0.0266560, 0.0281007, 0.0334276, 0.0526720, 0.1247246, 0.4098488, 1.5042186", \
					  "0.0266611, 0.0281043, 0.0334325, 0.0526826, 0.1248180, 0.4098101, 1.5024879", \
					  "0.0267575, 0.0282159, 0.0336123, 0.0525819, 0.1246117, 0.4102986, 1.5057940", \
					  "0.0267332, 0.0281624, 0.0333822, 0.0527224, 0.1249968, 0.4088989, 1.4985891");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.2403173, 0.2419255, 0.2473389, 0.2631646, 0.3041243, 0.4241228, 0.8572646", \
					  "0.2461255, 0.2477301, 0.2531529, 0.2687993, 0.3098428, 0.4297115, 0.8623683", \
					  "0.2605241, 0.2621329, 0.2675260, 0.2833117, 0.3242246, 0.4440847, 0.8774110", \
					  "0.2942754, 0.2958797, 0.3013005, 0.3169497, 0.3579921, 0.4778561, 0.9105168", \
					  "0.3737091, 0.3753029, 0.3807184, 0.3965299, 0.4375045, 0.5575054, 0.9902882", \
					  "0.5246797, 0.5262956, 0.5317797, 0.5474735, 0.5884225, 0.7084541, 1.1434274", \
					  "0.7752492, 0.7768638, 0.7822981, 0.7981103, 0.8389525, 0.9588923, 1.3920327");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.0249409, 0.0259140, 0.0294337, 0.0415499, 0.0820346, 0.2375381, 0.8501513", \
					  "0.0249348, 0.0259243, 0.0295428, 0.0416964, 0.0820231, 0.2369978, 0.8496625", \
					  "0.0249401, 0.0259310, 0.0296882, 0.0411974, 0.0820417, 0.2370283, 0.8504105", \
					  "0.0249327, 0.0259239, 0.0295303, 0.0416947, 0.0820133, 0.2369681, 0.8496444", \
					  "0.0249627, 0.0259426, 0.0295311, 0.0414139, 0.0820197, 0.2375412, 0.8501440", \
					  "0.0250378, 0.0261409, 0.0295725, 0.0413318, 0.0821212, 0.2372210, 0.8504681", \
					  "0.0251414, 0.0261212, 0.0297521, 0.0415402, 0.0821637, 0.2374420, 0.8504146");
				}
			}
			timing () {
				related_pin : "SLEEP";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.2537312, 0.2556395, 0.2621932, 0.2817751, 0.3401412, 0.5433578, 1.3068672", \
					  "0.2583664, 0.2602967, 0.2668905, 0.2864760, 0.3448814, 0.5475164, 1.3119065", \
					  "0.2724195, 0.2743788, 0.2808408, 0.3005056, 0.3589237, 0.5617214, 1.3270562", \
					  "0.3062649, 0.3081962, 0.3147499, 0.3343533, 0.3927426, 0.5954481, 1.3598959", \
					  "0.3819086, 0.3837780, 0.3903270, 0.4099976, 0.4684318, 0.6710175, 1.4359669", \
					  "0.5399022, 0.5418493, 0.5484522, 0.5681937, 0.6266747, 0.8300545, 1.5953759", \
					  "0.8416273, 0.8436210, 0.8503607, 0.8703271, 0.9291337, 1.1323115, 1.8963262");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.0266547, 0.0281069, 0.0334189, 0.0526826, 0.1248753, 0.4097006, 1.4939251", \
					  "0.0266382, 0.0280647, 0.0332179, 0.0526453, 0.1249083, 0.4087692, 1.4964543", \
					  "0.0266635, 0.0279544, 0.0333802, 0.0524650, 0.1246146, 0.4091109, 1.5022766", \
					  "0.0266641, 0.0280984, 0.0333520, 0.0526847, 0.1249734, 0.4087005, 1.4958244", \
					  "0.0264933, 0.0282024, 0.0333469, 0.0525061, 0.1246034, 0.4097573, 1.4941440", \
					  "0.0269633, 0.0283626, 0.0337294, 0.0529999, 0.1251713, 0.4099817, 1.4961017", \
					  "0.0283576, 0.0297771, 0.0350249, 0.0539545, 0.1256372, 0.4080579, 1.4962503");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.1450817, 0.1467155, 0.1522296, 0.1681239, 0.2095435, 0.3300437, 0.7662874", \
					  "0.1496588, 0.1512834, 0.1567651, 0.1725927, 0.2140396, 0.3344297, 0.7673919", \
					  "0.1607239, 0.1623545, 0.1678589, 0.1837458, 0.2251375, 0.3455540, 0.7784555", \
					  "0.1800814, 0.1817123, 0.1871927, 0.2031957, 0.2445753, 0.3651041, 0.7990249", \
					  "0.2046404, 0.2062742, 0.2115881, 0.2275715, 0.2689503, 0.3896221, 0.8248286", \
					  "0.2286697, 0.2303004, 0.2357998, 0.2517905, 0.2932138, 0.4138461, 0.8466950", \
					  "0.2308391, 0.2324635, 0.2380328, 0.2539053, 0.2951538, 0.4160143, 0.8502671");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0018945, 0.00717825, 0.0271984, 0.103055, 0.390473, 1.4795");
					values("0.0254781, 0.0265008, 0.0301253, 0.0420446, 0.0830660, 0.2385296, 0.8525782", \
					  "0.0252686, 0.0262844, 0.0298714, 0.0420263, 0.0829668, 0.2385090, 0.8505667", \
					  "0.0253319, 0.0263358, 0.0299207, 0.0422954, 0.0831741, 0.2385756, 0.8510163", \
					  "0.0255459, 0.0265815, 0.0299492, 0.0420471, 0.0831546, 0.2382690, 0.8528152", \
					  "0.0255552, 0.0265549, 0.0303087, 0.0419929, 0.0831678, 0.2386262, 0.8511032", \
					  "0.0255696, 0.0265713, 0.0301308, 0.0420306, 0.0831889, 0.2380668, 0.8506776", \
					  "0.0255468, 0.0265350, 0.0302747, 0.0422474, 0.0832655, 0.2387859, 0.8513312");
				}
			}
		}
		pin (A) {
			isolation_cell_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002319;
			capacitance : 0.002208;
			fall_capacitance : 0.002098;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047841, 0.0047279, 0.0045984, 0.0046016, 0.0046090, 0.0046260, 0.0046651");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0153458, 0.0152442, 0.0150100, 0.0150446, 0.0151241, 0.0153075, 0.0157303");
				}
			}
		}
		pin (SLEEP) {
			always_on : true;
			isolation_cell_enable_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "kapwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007564;
			capacitance : 0.008037;
			rise_capacitance : 0.008509;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0100469, -0.0100802, -0.0101570, -0.0101496, -0.0101328, -0.0100940, -0.0100046");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0109131, 0.0109084, 0.0108976, 0.0109034, 0.0109167, 0.0109474, 0.0110181");
				}
			}
		}
	}
	cell ("scs8hd_lpflow_lsbuf_lh_isowell_4") {
		input_voltage_range(1.200000,2.100000);
		output_voltage_range(1.200000,2.100000);
		area : 40.038400;
		cell_footprint : "lsbuf_lh_isowell_tap";
		is_level_shifter : true;
		level_shifter_type : "LH";
		cell_leakage_power : 1.034133e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		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 : "0.0005164";
			when : "A";
		}
		leakage_power () {
			value : "0.0015518";
			when : "!A";
		}
		pg_pin (vnb) {
			voltage_name : "vnb";
			pg_type : "backup_ground";
		}
		pin (X) {
			function : "(A)";
			power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			max_capacitance : 0.475169;
			max_transition : 1.508448;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001567772, 0.004915819, 0.01541377, 0.04833055, 0.1515426, 0.4751685");
					values("0.0430399, 0.0444808, 0.0487985, 0.0621216, 0.1025781, 0.2282316, 0.6122946", \
					  "0.0433176, 0.0447490, 0.0491516, 0.0623570, 0.1028873, 0.2273992, 0.6135986", \
					  "0.0450592, 0.0464912, 0.0508151, 0.0641408, 0.1046143, 0.2291753, 0.6172839", \
					  "0.0498941, 0.0513694, 0.0557458, 0.0689963, 0.1094518, 0.2341984, 0.6250932", \
					  "0.0582682, 0.0596740, 0.0640498, 0.0772922, 0.1177955, 0.2426617, 0.6313079", \
					  "0.0728436, 0.0742555, 0.0785522, 0.0914568, 0.1317380, 0.2574856, 0.6458435", \
					  "0.0932146, 0.0946358, 0.0989128, 0.1120217, 0.1528915, 0.2779683, 0.6652318");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001567772, 0.004915819, 0.01541377, 0.04833055, 0.1515426, 0.4751685");
					values("0.0562497, 0.0550806, 0.0515773, 0.0405766, 0.0026705, -0.1220330, -0.5156856", \
					  "0.0546321, 0.0534503, 0.0499148, 0.0389506, 0.0010836, -0.1235998, -0.5172542", \
					  "0.0535469, 0.0523867, 0.0488477, 0.0379449, 6.2253993e-05, -0.1246046, -0.5182713", \
					  "0.0528681, 0.0517016, 0.0481952, 0.0372605, -0.0006023, -0.1252683, -0.5189248", \
					  "0.0534732, 0.0522827, 0.0487986, 0.0378575, -5.2352338e-05, -0.1247123, -0.5183665", \
					  "0.0545481, 0.0533951, 0.0499671, 0.0392210, 0.0014106, -0.1232778, -0.5169686", \
					  "0.0617668, 0.0605679, 0.0567844, 0.0446325, 0.0050917, -0.1204658, -0.5139773");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00156777, 0.00491582, 0.0154138, 0.0483306, 0.151543, 0.475169");
					values("0.2072298, 0.2109378, 0.2209029, 0.2472618, 0.3222772, 0.5510187, 1.2608946", \
					  "0.2120688, 0.2157666, 0.2257989, 0.2520494, 0.3271422, 0.5551493, 1.2654664", \
					  "0.2238560, 0.2275647, 0.2375128, 0.2638408, 0.3388839, 0.5669047, 1.2771237", \
					  "0.2490641, 0.2528219, 0.2628682, 0.2892469, 0.3642329, 0.5920263, 1.3045632", \
					  "0.2882253, 0.2919174, 0.3019349, 0.3282208, 0.4031197, 0.6313618, 1.3427370", \
					  "0.3445192, 0.3482179, 0.3582731, 0.3846266, 0.4595190, 0.6881139, 1.3983444", \
					  "0.4179198, 0.4216470, 0.4316474, 0.4580248, 0.5329189, 0.7624660, 1.4722008");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156777, 0.00491582, 0.0154138, 0.0483306, 0.151543, 0.475169");
					values("0.0205957, 0.0238935, 0.0339053, 0.0649419, 0.1668133, 0.4916900, 1.4989203", \
					  "0.0205344, 0.0238857, 0.0338322, 0.0650478, 0.1667587, 0.4896386, 1.4945754", \
					  "0.0205724, 0.0239013, 0.0339119, 0.0650216, 0.1668659, 0.4896978, 1.5010372", \
					  "0.0207766, 0.0238942, 0.0338827, 0.0651476, 0.1661251, 0.4919223, 1.5043489", \
					  "0.0205354, 0.0238880, 0.0338900, 0.0650392, 0.1667736, 0.4921244, 1.5084481", \
					  "0.0207187, 0.0239742, 0.0339598, 0.0651258, 0.1656872, 0.4908278, 1.5079645", \
					  "0.0208492, 0.0240534, 0.0340167, 0.0652162, 0.1666937, 0.4909859, 1.5002771");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156777, 0.00491582, 0.0154138, 0.0483306, 0.151543, 0.475169");
					values("0.2078367, 0.2110808, 0.2193524, 0.2371071, 0.2735571, 0.3567387, 0.5868263", \
					  "0.2126315, 0.2158784, 0.2240468, 0.2418488, 0.2783183, 0.3615047, 0.5915267", \
					  "0.2261494, 0.2293846, 0.2376022, 0.2554020, 0.2918840, 0.3750299, 0.6051415", \
					  "0.2601925, 0.2634254, 0.2716378, 0.2894559, 0.3259348, 0.4090683, 0.6391326", \
					  "0.3303059, 0.3335449, 0.3418049, 0.3595169, 0.3960974, 0.4792081, 0.7090292", \
					  "0.4489293, 0.4521707, 0.4604312, 0.4781709, 0.5147715, 0.5979095, 0.8280886", \
					  "0.6443229, 0.6475301, 0.6556788, 0.6735401, 0.7101313, 0.7932933, 1.0235063");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156777, 0.00491582, 0.0154138, 0.0483306, 0.151543, 0.475169");
					values("0.0256729, 0.0275403, 0.0324341, 0.0441792, 0.0753742, 0.1647517, 0.4619667", \
					  "0.0258455, 0.0276183, 0.0322922, 0.0441245, 0.0750338, 0.1649329, 0.4629362", \
					  "0.0256553, 0.0275153, 0.0324516, 0.0441588, 0.0749825, 0.1651392, 0.4619944", \
					  "0.0256215, 0.0274722, 0.0324195, 0.0441340, 0.0749743, 0.1651090, 0.4600469", \
					  "0.0257023, 0.0274346, 0.0323727, 0.0443712, 0.0753776, 0.1650576, 0.4612621", \
					  "0.0257275, 0.0274925, 0.0324352, 0.0444451, 0.0748320, 0.1655275, 0.4595067", \
					  "0.0257608, 0.0275710, 0.0323870, 0.0446762, 0.0754469, 0.1657781, 0.4587023");
				}
			}
		}
		pin (A) {
			input_signal_level : "lowlvpwr";
			level_shifter_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "lowlvpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005939;
			capacitance : 0.005811;
			fall_capacitance : 0.005683;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_lsbuf_lh_isowell_tap_1") {
		input_voltage_range(1.200000,2.100000);
		output_voltage_range(1.200000,2.100000);
		area : 35.033600;
		cell_footprint : "lsbuf_lh_isowell_tap";
		is_level_shifter : true;
		level_shifter_type : "LH";
		cell_leakage_power : 2.905442e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		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 : "0.0004651";
			when : "A";
		}
		leakage_power () {
			value : "0.0001160";
			when : "!A";
		}
		pin (X) {
			function : "(A)";
			power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			max_capacitance : 0.114451;
			max_transition : 1.508177;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0320286, 0.0330651, 0.0354109, 0.0409927, 0.0545130, 0.0875577, 0.1699022", \
					  "0.0323111, 0.0333486, 0.0356987, 0.0413345, 0.0547980, 0.0882187, 0.1689565", \
					  "0.0340770, 0.0351125, 0.0374613, 0.0430448, 0.0567247, 0.0898420, 0.1720086", \
					  "0.0390400, 0.0400820, 0.0424348, 0.0480256, 0.0616921, 0.0946730, 0.1759358", \
					  "0.0474144, 0.0484477, 0.0507929, 0.0563676, 0.0700228, 0.1030424, 0.1842477", \
					  "0.0616631, 0.0626198, 0.0648880, 0.0704038, 0.0838616, 0.1172269, 0.1982539", \
					  "0.0814937, 0.0824396, 0.0847613, 0.0903665, 0.1038937, 0.1371087, 0.2188156");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0472390, 0.0467406, 0.0452818, 0.0403828, 0.0269405, -0.0066261, -0.0895857", \
					  "0.0457408, 0.0452121, 0.0436994, 0.0388037, 0.0253705, -0.0081873, -0.0911483", \
					  "0.0446980, 0.0441738, 0.0426371, 0.0377325, 0.0243020, -0.0092528, -0.0922081", \
					  "0.0440788, 0.0435509, 0.0420107, 0.0371097, 0.0236775, -0.0098813, -0.0928284", \
					  "0.0447274, 0.0442114, 0.0427267, 0.0377985, 0.0243293, -0.0092247, -0.0922224", \
					  "0.0477148, 0.0468608, 0.0446596, 0.0390862, 0.0258991, -0.0076710, -0.0906784", \
					  "0.0513915, 0.0505434, 0.0483520, 0.0428266, 0.0290879, -0.0046150, -0.0873038");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.1746415, 0.1821619, 0.1998881, 0.2419974, 0.3435594, 0.5910095, 1.2020114", \
					  "0.1794443, 0.1869613, 0.2046937, 0.2468074, 0.3483966, 0.5958734, 1.2097021", \
					  "0.1913123, 0.1988293, 0.2165278, 0.2586555, 0.3600747, 0.6083030, 1.2205360", \
					  "0.2165527, 0.2240928, 0.2418480, 0.2839728, 0.3854213, 0.6335011, 1.2451258", \
					  "0.2555342, 0.2629874, 0.2806295, 0.3228518, 0.4241892, 0.6725335, 1.2821272", \
					  "0.3111741, 0.3186831, 0.3364451, 0.3783411, 0.4798740, 0.7284577, 1.3391339", \
					  "0.3837805, 0.3912577, 0.4090740, 0.4512312, 0.5530182, 0.8022676, 1.4114930");
				}
				rise_transition ("del_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("0.0235507, 0.0328782, 0.0563679, 0.1140714, 0.2577327, 0.6174253, 1.5081765", \
					  "0.0235602, 0.0328911, 0.0564430, 0.1141182, 0.2577122, 0.6178176, 1.4980192", \
					  "0.0235444, 0.0329125, 0.0564651, 0.1140596, 0.2579129, 0.6182449, 1.5069747", \
					  "0.0235842, 0.0329660, 0.0564434, 0.1139046, 0.2574919, 0.6181155, 1.4971205", \
					  "0.0236703, 0.0330008, 0.0562314, 0.1138080, 0.2574204, 0.6184986, 1.4978742", \
					  "0.0236817, 0.0330559, 0.0563835, 0.1140351, 0.2564048, 0.6146220, 1.4960759", \
					  "0.0237157, 0.0330886, 0.0565821, 0.1139225, 0.2579111, 0.6156741, 1.4939799");
				}
				cell_fall ("del_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("0.1466788, 0.1508887, 0.1591573, 0.1751800, 0.2082932, 0.2833281, 0.4676312", \
					  "0.1516737, 0.1558828, 0.1642177, 0.1801657, 0.2132588, 0.2882969, 0.4724102", \
					  "0.1652680, 0.1694744, 0.1778108, 0.1937621, 0.2268448, 0.3019026, 0.4861675", \
					  "0.1994840, 0.2036869, 0.2119942, 0.2279731, 0.2610532, 0.3361595, 0.5206168", \
					  "0.2696963, 0.2738708, 0.2822313, 0.2982967, 0.3313385, 0.4064575, 0.5902677", \
					  "0.3883869, 0.3925668, 0.4009341, 0.4169028, 0.4498983, 0.5250561, 0.7090343", \
					  "0.5842976, 0.5884885, 0.5968212, 0.6128434, 0.6456746, 0.7205851, 0.9043531");
				}
				fall_transition ("del_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("0.0157893, 0.0189496, 0.0260077, 0.0415101, 0.0784275, 0.1729214, 0.4165071", \
					  "0.0157078, 0.0188722, 0.0257674, 0.0415328, 0.0782468, 0.1729031, 0.4156554", \
					  "0.0156465, 0.0187930, 0.0257166, 0.0414591, 0.0782034, 0.1729332, 0.4164929", \
					  "0.0156657, 0.0188183, 0.0256858, 0.0413604, 0.0781833, 0.1731473, 0.4155870", \
					  "0.0156983, 0.0188637, 0.0258515, 0.0414157, 0.0782198, 0.1741600, 0.4161186", \
					  "0.0157243, 0.0188758, 0.0259109, 0.0413620, 0.0782372, 0.1738090, 0.4165930", \
					  "0.0157796, 0.0188447, 0.0257365, 0.0414739, 0.0783485, 0.1734324, 0.4165613");
				}
			}
		}
		pin (A) {
			input_signal_level : "lowlvpwr";
			level_shifter_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "lowlvpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005926;
			capacitance : 0.005802;
			fall_capacitance : 0.005678;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_lsbuf_lh_isowell_tap_2") {
		input_voltage_range(1.200000,2.100000);
		output_voltage_range(1.200000,2.100000);
		area : 35.033600;
		cell_footprint : "lsbuf_lh_isowell_tap";
		is_level_shifter : true;
		level_shifter_type : "LH";
		cell_leakage_power : 6.562526e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		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 : "0.0004782";
			when : "A";
		}
		leakage_power () {
			value : "0.0008343";
			when : "!A";
		}
		pin (X) {
			function : "(A)";
			power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			max_capacitance : 0.263682;
			max_transition : 1.506525;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0354964, 0.0367749, 0.0402128, 0.0495017, 0.0753353, 0.1479100, 0.3530581", \
					  "0.0357903, 0.0370691, 0.0405061, 0.0497993, 0.0756135, 0.1481104, 0.3546079", \
					  "0.0375583, 0.0388233, 0.0422571, 0.0515748, 0.0773565, 0.1499561, 0.3549452", \
					  "0.0425095, 0.0437861, 0.0472275, 0.0565113, 0.0822966, 0.1553360, 0.3595778", \
					  "0.0508861, 0.0521549, 0.0556002, 0.0648979, 0.0906253, 0.1636749, 0.3668878", \
					  "0.0653092, 0.0665271, 0.0698747, 0.0789562, 0.1046958, 0.1771145, 0.3824687", \
					  "0.0856477, 0.0868630, 0.0901823, 0.0995091, 0.1254547, 0.1982234, 0.4020191");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0503259, 0.0494125, 0.0469248, 0.0389046, 0.0137350, -0.0593878, -0.2673689", \
					  "0.0487579, 0.0478324, 0.0453730, 0.0373342, 0.0121785, -0.0608957, -0.2689233", \
					  "0.0477100, 0.0467720, 0.0443209, 0.0362700, 0.0111519, -0.0619448, -0.2699427", \
					  "0.0470906, 0.0461538, 0.0436922, 0.0356592, 0.0105241, -0.0625701, -0.2705350", \
					  "0.0476821, 0.0467598, 0.0442974, 0.0362799, 0.0110739, -0.0620056, -0.2699925", \
					  "0.0504093, 0.0493985, 0.0464013, 0.0374645, 0.0126345, -0.0605141, -0.2685363", \
					  "0.0544907, 0.0535010, 0.0505069, 0.0416025, 0.0158221, -0.0575290, -0.2653070");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.1835295, 0.1884303, 0.2006249, 0.2319994, 0.3171525, 0.5551405, 1.2297563", \
					  "0.1883678, 0.1932905, 0.2054680, 0.2368368, 0.3220065, 0.5598546, 1.2336941", \
					  "0.2001939, 0.2050853, 0.2173188, 0.2486315, 0.3337003, 0.5715799, 1.2457954", \
					  "0.2255239, 0.2304186, 0.2426084, 0.2739666, 0.3590841, 0.5969244, 1.2699463", \
					  "0.2645538, 0.2694653, 0.2816709, 0.3129026, 0.3978366, 0.6359623, 1.3127691", \
					  "0.3201988, 0.3251090, 0.3373655, 0.3686470, 0.4536281, 0.6914982, 1.3651884", \
					  "0.3928207, 0.3977443, 0.4099416, 0.4412092, 0.5261817, 0.7643880, 1.4371172");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0180696, 0.0230172, 0.0371374, 0.0781070, 0.1966826, 0.5377223, 1.5017244", \
					  "0.0180688, 0.0230373, 0.0371334, 0.0780924, 0.1968735, 0.5365765, 1.5061333", \
					  "0.0181228, 0.0230269, 0.0369996, 0.0781167, 0.1963481, 0.5377451, 1.5030045", \
					  "0.0180698, 0.0230170, 0.0371409, 0.0780888, 0.1962036, 0.5358849, 1.5065255", \
					  "0.0180630, 0.0229943, 0.0370977, 0.0781525, 0.1962284, 0.5369092, 1.5004334", \
					  "0.0182599, 0.0231650, 0.0372134, 0.0780296, 0.1960187, 0.5373973, 1.5025843", \
					  "0.0182545, 0.0231834, 0.0371942, 0.0780653, 0.1963972, 0.5376480, 1.4971314");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.1666817, 0.1704457, 0.1788220, 0.1956317, 0.2306256, 0.3138345, 0.5418871", \
					  "0.1715687, 0.1753516, 0.1837308, 0.2004989, 0.2355167, 0.3186729, 0.5467777", \
					  "0.1851461, 0.1889082, 0.1972825, 0.2140419, 0.2490882, 0.3322377, 0.5598192", \
					  "0.2193248, 0.2230791, 0.2314575, 0.2482198, 0.2832552, 0.3663866, 0.5944451", \
					  "0.2894573, 0.2932264, 0.3015523, 0.3184858, 0.3534320, 0.4365100, 0.6645308", \
					  "0.4080773, 0.4117800, 0.4202127, 0.4370738, 0.4720406, 0.5550774, 0.7829223", \
					  "0.6037542, 0.6075513, 0.6159026, 0.6328243, 0.6676956, 0.7507275, 0.9784167");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0177346, 0.0201085, 0.0258700, 0.0397749, 0.0747324, 0.1753794, 0.4763371", \
					  "0.0177084, 0.0201450, 0.0258887, 0.0400993, 0.0748161, 0.1761695, 0.4748510", \
					  "0.0177170, 0.0201318, 0.0258676, 0.0400549, 0.0747850, 0.1750821, 0.4736372", \
					  "0.0176674, 0.0200346, 0.0258156, 0.0400134, 0.0747505, 0.1759430, 0.4762997", \
					  "0.0177482, 0.0201984, 0.0260333, 0.0395686, 0.0748247, 0.1755648, 0.4742415", \
					  "0.0177561, 0.0200939, 0.0258528, 0.0398550, 0.0751948, 0.1759727, 0.4743514", \
					  "0.0178543, 0.0202432, 0.0260905, 0.0396166, 0.0749480, 0.1757921, 0.4757691");
				}
			}
		}
		pin (A) {
			input_signal_level : "lowlvpwr";
			level_shifter_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "lowlvpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005948;
			capacitance : 0.005823;
			fall_capacitance : 0.005698;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_lsbuf_lh_isowell_tap_4") {
		input_voltage_range(1.200000,2.100000);
		output_voltage_range(1.200000,2.100000);
		area : 40.038400;
		cell_footprint : "lsbuf_lh_isowell_tap";
		is_level_shifter : true;
		level_shifter_type : "LH";
		cell_leakage_power : 1.036580e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		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 : "0.0005189";
			when : "A";
		}
		leakage_power () {
			value : "0.0015543";
			when : "!A";
		}
		pin (X) {
			function : "(A)";
			power_down_function : "(!lowlvpwr+!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			max_capacitance : 0.474253;
			max_transition : 1.510094;
			internal_power () {
				related_pin : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001567268, 0.00491266, 0.01539891, 0.04826846, 0.1512992, 0.474253");
					values("0.0561586, 0.0549824, 0.0514505, 0.0405282, 0.0026682, -0.1218220, -0.5146614", \
					  "0.0545074, 0.0533483, 0.0498234, 0.0389088, 0.0010608, -0.1233950, -0.5162179", \
					  "0.0534512, 0.0523075, 0.0487663, 0.0378466, 4.0727836e-05, -0.1244123, -0.5172339", \
					  "0.0527333, 0.0515677, 0.0480613, 0.0371549, -0.0006587, -0.1251052, -0.5179312", \
					  "0.0533495, 0.0521824, 0.0487113, 0.0377706, -4.3508860e-05, -0.1245089, -0.5173234", \
					  "0.0544632, 0.0533175, 0.0498500, 0.0391370, 0.0014363, -0.1230695, -0.5159405", \
					  "0.0616642, 0.0604583, 0.0566826, 0.0445269, 0.0050724, -0.1202605, -0.5129661");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001567268, 0.00491266, 0.01539891, 0.04826846, 0.1512992, 0.474253");
					values("0.0433334, 0.0447689, 0.0490810, 0.0623905, 0.1027901, 0.2282692, 0.6144019", \
					  "0.0436167, 0.0450456, 0.0493645, 0.0626838, 0.1030960, 0.2273099, 0.6132539", \
					  "0.0453420, 0.0467704, 0.0511652, 0.0644112, 0.1048257, 0.2291420, 0.6142633", \
					  "0.0502150, 0.0516364, 0.0560300, 0.0692464, 0.1096384, 0.2342353, 0.6252486", \
					  "0.0585422, 0.0599507, 0.0643179, 0.0775495, 0.1180018, 0.2426290, 0.6322252", \
					  "0.0731222, 0.0745311, 0.0788265, 0.0917103, 0.1318592, 0.2555317, 0.6443482", \
					  "0.0934878, 0.0948894, 0.0991956, 0.1123224, 0.1530959, 0.2782636, 0.6655205");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.2074819, 0.2111905, 0.2211437, 0.2474684, 0.3223904, 0.5509389, 1.2594527", \
					  "0.2123301, 0.2160380, 0.2259688, 0.2522812, 0.3272362, 0.5549822, 1.2656437", \
					  "0.2241074, 0.2278087, 0.2378373, 0.2640567, 0.3390150, 0.5666759, 1.2752434", \
					  "0.2493504, 0.2530523, 0.2630818, 0.2894539, 0.3643379, 0.5918311, 1.3018345", \
					  "0.2885472, 0.2922380, 0.3022467, 0.3285016, 0.4033099, 0.6311144, 1.3423678", \
					  "0.3448964, 0.3485946, 0.3586442, 0.3849725, 0.4597702, 0.6880116, 1.3973191", \
					  "0.4183247, 0.4220570, 0.4321097, 0.4584665, 0.5332562, 0.7611010, 1.4696013");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.0206455, 0.0239562, 0.0339495, 0.0649587, 0.1666514, 0.4912262, 1.4998380", \
					  "0.0205985, 0.0239431, 0.0339505, 0.0650297, 0.1667037, 0.4891130, 1.4918985", \
					  "0.0206011, 0.0239390, 0.0338643, 0.0650356, 0.1666826, 0.4891595, 1.4990569", \
					  "0.0206491, 0.0240098, 0.0339347, 0.0651548, 0.1660199, 0.4910320, 1.5100939", \
					  "0.0205997, 0.0239555, 0.0339332, 0.0650444, 0.1665856, 0.4912461, 1.5024058", \
					  "0.0207729, 0.0240461, 0.0340007, 0.0651214, 0.1655431, 0.4870023, 1.5055954", \
					  "0.0208060, 0.0241400, 0.0340666, 0.0652506, 0.1664726, 0.4906075, 1.4950871");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.2083653, 0.2116113, 0.2198812, 0.2376538, 0.2741404, 0.3572675, 0.5868979", \
					  "0.2132022, 0.2164509, 0.2246512, 0.2424062, 0.2788971, 0.3620356, 0.5914739", \
					  "0.2267309, 0.2299872, 0.2381265, 0.2559476, 0.2924365, 0.3755892, 0.6051515", \
					  "0.2607088, 0.2639457, 0.2721599, 0.2899847, 0.3264944, 0.4095801, 0.6390999", \
					  "0.3309296, 0.3341714, 0.3424157, 0.3601649, 0.3967711, 0.4798058, 0.7091159", \
					  "0.4496783, 0.4529231, 0.4611196, 0.4789336, 0.5155683, 0.5986134, 0.8283026", \
					  "0.6451524, 0.6483984, 0.6566064, 0.6744011, 0.7110084, 0.7941562, 1.0237053");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.0258326, 0.0277084, 0.0324400, 0.0443146, 0.0753818, 0.1649053, 0.4604547", \
					  "0.0258712, 0.0275527, 0.0323879, 0.0447166, 0.0755379, 0.1649721, 0.4610078", \
					  "0.0258870, 0.0276241, 0.0322866, 0.0441910, 0.0755754, 0.1647472, 0.4619022", \
					  "0.0257757, 0.0276349, 0.0325692, 0.0442572, 0.0751367, 0.1649891, 0.4618476", \
					  "0.0257658, 0.0275978, 0.0325253, 0.0443773, 0.0753905, 0.1649477, 0.4609347", \
					  "0.0259316, 0.0277881, 0.0326043, 0.0443210, 0.0748942, 0.1653661, 0.4588708", \
					  "0.0259310, 0.0276510, 0.0324395, 0.0443478, 0.0755812, 0.1647887, 0.4582465");
				}
			}
		}
		pin (A) {
			input_signal_level : "lowlvpwr";
			level_shifter_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "lowlvpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.005683;
			capacitance : 0.005811;
			rise_capacitance : 0.005938;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_macro_sparecell") {
		area : 36.284800;
		cell_footprint : "sparecell";
		cell_leakage_power : 3.313121e-02;
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		pin (LO) {
			max_transition : 1.000000;
			max_capacitance : 2.059400;
			power_down_function : "!vpwr + vgnd";
			direction : "output";
			function : "0";
			related_power_pin : "vpwr";
			related_ground_pin : "vgnd";
		}
	}
	cell ("scs8hd_maj3_1") {
		area : 10.009600;
		cell_footprint : "maj3";
		cell_leakage_power : 2.452376e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005008";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0003777";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "2.4551206e-05";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0004841";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "2.9400920e-05";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0004986";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "2.0789893e-05";
			when : "A&B&C";
		}
		leakage_power () {
			value : "2.6049614e-05";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B) | (A&C) | (B&C)";
			max_capacitance : 0.135508;
			max_transition : 1.503752;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0081657, 0.0091783, 0.0116714, 0.0178629, 0.0333763, 0.0724863, 0.1725532", \
					  "0.0081202, 0.0091290, 0.0116244, 0.0178291, 0.0334830, 0.0724187, 0.1715228", \
					  "0.0080623, 0.0090664, 0.0115641, 0.0177360, 0.0332711, 0.0726879, 0.1721382", \
					  "0.0079837, 0.0089838, 0.0114706, 0.0176204, 0.0330683, 0.0726418, 0.1722001", \
					  "0.0078583, 0.0088703, 0.0113223, 0.0174733, 0.0329721, 0.0724509, 0.1719290", \
					  "0.0079178, 0.0088935, 0.0113442, 0.0173079, 0.0327254, 0.0722012, 0.1716771", \
					  "0.0078480, 0.0088519, 0.0113347, 0.0174330, 0.0328573, 0.0719526, 0.1705170");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0079349, 0.0072437, 0.0054087, 0.0003927, -0.0138114, -0.0524929, -0.1523998", \
					  "0.0078555, 0.0072224, 0.0053774, 0.0002982, -0.0139091, -0.0525742, -0.1524703", \
					  "0.0077687, 0.0071061, 0.0052573, 0.0002742, -0.0139905, -0.0526526, -0.1525496", \
					  "0.0077459, 0.0070515, 0.0051818, 0.0001193, -0.0141030, -0.0527586, -0.1526549", \
					  "0.0075966, 0.0069162, 0.0050779, 8.3800000e-05, -0.0142089, -0.0528421, -0.1527341", \
					  "0.0076139, 0.0069418, 0.0050366, -1.8300000e-05, -0.0142901, -0.0529251, -0.1527920", \
					  "0.0090964, 0.0081775, 0.0058239, -0.0001836, -0.0146074, -0.0530582, -0.1528761");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0086105, 0.0096287, 0.0121164, 0.0183221, 0.0340132, 0.0729767, 0.1720419", \
					  "0.0086270, 0.0096417, 0.0121323, 0.0183252, 0.0338862, 0.0733258, 0.1719790", \
					  "0.0086031, 0.0096172, 0.0121029, 0.0182922, 0.0339894, 0.0729424, 0.1729161", \
					  "0.0084836, 0.0094852, 0.0119592, 0.0181107, 0.0336388, 0.0730875, 0.1717604", \
					  "0.0081621, 0.0091651, 0.0116338, 0.0177660, 0.0332869, 0.0727547, 0.1716203", \
					  "0.0080787, 0.0090301, 0.0114733, 0.0174433, 0.0329371, 0.0718475, 0.1712146", \
					  "0.0078879, 0.0088874, 0.0112956, 0.0174179, 0.0328999, 0.0721719, 0.1704835");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0058709, 0.0052139, 0.0034175, -0.0015861, -0.0157609, -0.0543938, -0.1543161", \
					  "0.0056511, 0.0050243, 0.0031825, -0.0017972, -0.0159553, -0.0545881, -0.1545356", \
					  "0.0053885, 0.0047296, 0.0029019, -0.0020983, -0.0162464, -0.0548494, -0.1547995", \
					  "0.0051210, 0.0044615, 0.0026426, -0.0023696, -0.0165090, -0.0551096, -0.1550579", \
					  "0.0049661, 0.0043045, 0.0024930, -0.0024754, -0.0166953, -0.0552727, -0.1551816", \
					  "0.0049515, 0.0042652, 0.0024398, -0.0025229, -0.0167522, -0.0553074, -0.1552085", \
					  "0.0067649, 0.0058263, 0.0034767, -0.0025681, -0.0172177, -0.0554470, -0.1553060");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0078588, 0.0088480, 0.0112727, 0.0172750, 0.0325931, 0.0711165, 0.1703380", \
					  "0.0078321, 0.0088164, 0.0112491, 0.0172722, 0.0324336, 0.0715972, 0.1701929", \
					  "0.0077676, 0.0087467, 0.0111784, 0.0171844, 0.0324232, 0.0713965, 0.1702899", \
					  "0.0076275, 0.0086055, 0.0110364, 0.0170625, 0.0324825, 0.0710278, 0.1703463", \
					  "0.0074022, 0.0084018, 0.0108194, 0.0168753, 0.0321761, 0.0709809, 0.1689954", \
					  "0.0074238, 0.0083819, 0.0108182, 0.0166949, 0.0320218, 0.0708967, 0.1687924", \
					  "0.0073250, 0.0082914, 0.0106935, 0.0168118, 0.0322121, 0.0712317, 0.1703372");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001271947, 0.003235701, 0.008231282, 0.02093952, 0.05326793, 0.135508");
					values("0.0060838, 0.0054211, 0.0035725, -0.0013615, -0.0155741, -0.0542780, -0.1542673", \
					  "0.0059450, 0.0052860, 0.0034787, -0.0014633, -0.0156797, -0.0543710, -0.1543602", \
					  "0.0058093, 0.0051443, 0.0033185, -0.0016390, -0.0158357, -0.0545270, -0.1544924", \
					  "0.0056502, 0.0049809, 0.0031631, -0.0018363, -0.0159929, -0.0546767, -0.1546185", \
					  "0.0055317, 0.0048720, 0.0030181, -0.0019398, -0.0161269, -0.0547820, -0.1547508", \
					  "0.0054929, 0.0048081, 0.0029218, -0.0020378, -0.0161942, -0.0548234, -0.1547616", \
					  "0.0074867, 0.0065582, 0.0042078, -0.0018121, -0.0166579, -0.0549143, -0.1547801");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0987210, 0.1065966, 0.1243031, 0.1648500, 0.2641191, 0.5139399, 1.1495802", \
					  "0.1035926, 0.1114747, 0.1291402, 0.1698230, 0.2692730, 0.5186623, 1.1527505", \
					  "0.1145131, 0.1223646, 0.1399902, 0.1805883, 0.2796239, 0.5293239, 1.1630399", \
					  "0.1385877, 0.1464169, 0.1640446, 0.2044224, 0.3037135, 0.5544898, 1.1869914", \
					  "0.1841701, 0.1924521, 0.2106141, 0.2514265, 0.3506619, 0.6003930, 1.2343950", \
					  "0.2516859, 0.2611740, 0.2808482, 0.3227711, 0.4224342, 0.6721598, 1.3055830", \
					  "0.3324226, 0.3446895, 0.3690582, 0.4149698, 0.5150949, 0.7654916, 1.3984244");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0293458, 0.0370890, 0.0567990, 0.1086988, 0.2458530, 0.5997979, 1.4941974", \
					  "0.0292561, 0.0371078, 0.0566189, 0.1089204, 0.2465151, 0.6009505, 1.4972021", \
					  "0.0293231, 0.0370500, 0.0567373, 0.1085862, 0.2471733, 0.5992263, 1.4916390", \
					  "0.0294392, 0.0370950, 0.0567504, 0.1087715, 0.2458695, 0.5984367, 1.4947684", \
					  "0.0321263, 0.0397105, 0.0588125, 0.1096873, 0.2471102, 0.5991684, 1.4925123", \
					  "0.0390295, 0.0465189, 0.0642204, 0.1127523, 0.2461909, 0.5972094, 1.4923351", \
					  "0.0545367, 0.0616344, 0.0796152, 0.1221668, 0.2499097, 0.5994608, 1.4920160");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.2883650, 0.2976239, 0.3159989, 0.3496497, 0.4127580, 0.5291618, 0.7742471", \
					  "0.2932639, 0.3024545, 0.3204344, 0.3534912, 0.4174807, 0.5343092, 0.7789356", \
					  "0.3065372, 0.3157223, 0.3339457, 0.3675901, 0.4309087, 0.5476654, 0.7924667", \
					  "0.3370582, 0.3461640, 0.3644557, 0.3982381, 0.4614587, 0.5779607, 0.8230239", \
					  "0.4090558, 0.4182286, 0.4364387, 0.4700627, 0.5327223, 0.6496283, 0.8944113", \
					  "0.5757316, 0.5848799, 0.6024718, 0.6361950, 0.6996556, 0.8166410, 1.0614060", \
					  "0.9062086, 0.9171028, 0.9382757, 0.9755751, 1.0442027, 1.1652413, 1.4132908");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0472056, 0.0524472, 0.0638724, 0.0894606, 0.1416290, 0.2537050, 0.5394076", \
					  "0.0471837, 0.0525568, 0.0649573, 0.0904325, 0.1418217, 0.2537105, 0.5411556", \
					  "0.0472014, 0.0525773, 0.0643596, 0.0894190, 0.1420127, 0.2535378, 0.5423753", \
					  "0.0472859, 0.0529244, 0.0642239, 0.0898290, 0.1418496, 0.2532176, 0.5386473", \
					  "0.0471969, 0.0525602, 0.0644518, 0.0894803, 0.1423841, 0.2536179, 0.5387347", \
					  "0.0482751, 0.0537827, 0.0659565, 0.0907386, 0.1427404, 0.2547345, 0.5414322", \
					  "0.0600625, 0.0654997, 0.0774675, 0.1023999, 0.1557010, 0.2654605, 0.5459282");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0961979, 0.1040516, 0.1217233, 0.1624124, 0.2620061, 0.5112655, 1.1458964", \
					  "0.1008844, 0.1087826, 0.1264447, 0.1670782, 0.2662766, 0.5159603, 1.1510536", \
					  "0.1116163, 0.1194854, 0.1371299, 0.1777289, 0.2773983, 0.5267879, 1.1624577", \
					  "0.1363073, 0.1441220, 0.1616504, 0.2021036, 0.3012124, 0.5513014, 1.1845673", \
					  "0.1792747, 0.1877886, 0.2062913, 0.2478847, 0.3473067, 0.5973615, 1.2304157", \
					  "0.2360902, 0.2456209, 0.2656570, 0.3082434, 0.4083025, 0.6589160, 1.2937140", \
					  "0.2941351, 0.3065392, 0.3301918, 0.3769529, 0.4779162, 0.7290825, 1.3637649");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0292473, 0.0369559, 0.0567463, 0.1088700, 0.2467870, 0.6014702, 1.4958190", \
					  "0.0291668, 0.0368953, 0.0566030, 0.1087270, 0.2472280, 0.5991880, 1.4930578", \
					  "0.0291972, 0.0369582, 0.0567360, 0.1087180, 0.2464780, 0.6003824, 1.4937244", \
					  "0.0292397, 0.0371223, 0.0566982, 0.1084156, 0.2470274, 0.5985485, 1.4979513", \
					  "0.0336092, 0.0410920, 0.0602429, 0.1108647, 0.2471512, 0.5979186, 1.5003450", \
					  "0.0398696, 0.0474977, 0.0657958, 0.1143298, 0.2485432, 0.5975201, 1.5003742", \
					  "0.0558487, 0.0629044, 0.0799044, 0.1244929, 0.2518663, 0.6053067, 1.4920654");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.2556371, 0.2648049, 0.2832226, 0.3179770, 0.3842587, 0.5041711, 0.7534402", \
					  "0.2560017, 0.2651547, 0.2834577, 0.3182545, 0.3843156, 0.5047379, 0.7537642", \
					  "0.2623515, 0.2713044, 0.2895290, 0.3243689, 0.3898512, 0.5112721, 0.7601185", \
					  "0.2877202, 0.2967044, 0.3144825, 0.3491904, 0.4154483, 0.5365425, 0.7854043", \
					  "0.3591739, 0.3681694, 0.3862790, 0.4206793, 0.4867872, 0.6080338, 0.8569084", \
					  "0.5347002, 0.5441331, 0.5614777, 0.5960262, 0.6624083, 0.7836224, 1.0327478", \
					  "0.8566337, 0.8687701, 0.8926272, 0.9341126, 1.0094487, 1.1410588, 1.3906849");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0448844, 0.0506404, 0.0636730, 0.0918486, 0.1482413, 0.2635021, 0.5474506", \
					  "0.0447360, 0.0505821, 0.0636265, 0.0918541, 0.1490794, 0.2615610, 0.5465052", \
					  "0.0447517, 0.0503952, 0.0634666, 0.0917511, 0.1483641, 0.2628580, 0.5470786", \
					  "0.0447389, 0.0504350, 0.0639550, 0.0921453, 0.1477702, 0.2621799, 0.5469056", \
					  "0.0446360, 0.0504083, 0.0630559, 0.0923361, 0.1475649, 0.2616341, 0.5471495", \
					  "0.0483584, 0.0538105, 0.0657519, 0.0930277, 0.1483383, 0.2626502, 0.5470358", \
					  "0.0707794, 0.0769858, 0.0903636, 0.1160344, 0.1717955, 0.2818046, 0.5585111");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0985556, 0.1066936, 0.1246475, 0.1647719, 0.2623818, 0.5093488, 1.1426206", \
					  "0.1034731, 0.1115785, 0.1295230, 0.1697538, 0.2672670, 0.5147459, 1.1493092", \
					  "0.1142996, 0.1223935, 0.1402968, 0.1805289, 0.2779270, 0.5267636, 1.1616957", \
					  "0.1378443, 0.1459709, 0.1639202, 0.2041589, 0.3024614, 0.5504653, 1.1813782", \
					  "0.1798007, 0.1886180, 0.2076747, 0.2494035, 0.3481379, 0.5968793, 1.2289311", \
					  "0.2417584, 0.2515733, 0.2725061, 0.3160946, 0.4161504, 0.6660414, 1.3046171", \
					  "0.3141685, 0.3268356, 0.3517933, 0.3998221, 0.5017450, 0.7513744, 1.3853492");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0310838, 0.0388819, 0.0584659, 0.1097043, 0.2459243, 0.5978796, 1.5023940", \
					  "0.0310451, 0.0389695, 0.0582388, 0.1097913, 0.2465694, 0.6001049, 1.5033745", \
					  "0.0310428, 0.0389480, 0.0583154, 0.1095442, 0.2469520, 0.5968792, 1.5037523", \
					  "0.0313044, 0.0390617, 0.0586119, 0.1094932, 0.2462467, 0.5970702, 1.4957091", \
					  "0.0349170, 0.0425518, 0.0618632, 0.1119960, 0.2468283, 0.5984920, 1.4961289", \
					  "0.0412870, 0.0488159, 0.0675072, 0.1160515, 0.2485967, 0.5990682, 1.5003697", \
					  "0.0569724, 0.0642360, 0.0817625, 0.1265668, 0.2530297, 0.6040193, 1.4880013");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.2543959, 0.2633956, 0.2815738, 0.3161769, 0.3824555, 0.5026471, 0.7515639", \
					  "0.2583931, 0.2674314, 0.2851104, 0.3198095, 0.3859564, 0.5069745, 0.7558768", \
					  "0.2697874, 0.2787748, 0.2968947, 0.3314058, 0.3977563, 0.5180504, 0.7669242", \
					  "0.2992349, 0.3082100, 0.3263912, 0.3606801, 0.4270342, 0.5473310, 0.7963670", \
					  "0.3708574, 0.3798174, 0.3976449, 0.4319734, 0.4979556, 0.6189573, 0.8679708", \
					  "0.5353241, 0.5446123, 0.5629106, 0.5972189, 0.6638019, 0.7846276, 1.0337058", \
					  "0.8521772, 0.8629912, 0.8841176, 0.9218779, 0.9923242, 1.1196160, 1.3751588");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127195, 0.0032357, 0.00823128, 0.0209395, 0.0532679, 0.135508");
					values("0.0449929, 0.0507259, 0.0633706, 0.0916908, 0.1485907, 0.2622707, 0.5472444", \
					  "0.0447793, 0.0504676, 0.0640888, 0.0918216, 0.1486703, 0.2622771, 0.5464937", \
					  "0.0449382, 0.0505941, 0.0631515, 0.0920088, 0.1483958, 0.2624229, 0.5474456", \
					  "0.0448215, 0.0504915, 0.0633740, 0.0917866, 0.1483507, 0.2632101, 0.5471403", \
					  "0.0446735, 0.0504323, 0.0633442, 0.0915376, 0.1484449, 0.2625785, 0.5456277", \
					  "0.0473065, 0.0527382, 0.0649691, 0.0925757, 0.1490554, 0.2634364, 0.5451247", \
					  "0.0599609, 0.0653153, 0.0775787, 0.1037906, 0.1617856, 0.2775020, 0.5554049");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002780;
			capacitance : 0.002694;
			fall_capacitance : 0.002609;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028468, -0.0028421, -0.0028311, -0.0028308, -0.0028301, -0.0028284, -0.0028245");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028764, 0.0028724, 0.0028629, 0.0028629, 0.0028628, 0.0028625, 0.0028620");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002652;
			capacitance : 0.002526;
			fall_capacitance : 0.002400;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025491, -0.0025514, -0.0025565, -0.0025505, -0.0025368, -0.0025051, -0.0024322");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032725, 0.0032719, 0.0032703, 0.0032705, 0.0032708, 0.0032715, 0.0032732");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003137;
			capacitance : 0.002998;
			fall_capacitance : 0.002859;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0036582, -0.0036587, -0.0036599, -0.0036571, -0.0036508, -0.0036361, -0.0036023");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0039996, 0.0040026, 0.0040095, 0.0040086, 0.0040064, 0.0040015, 0.0039901");
				}
			}
		}
	}
	cell ("scs8hd_maj3_2") {
		area : 11.260800;
		cell_footprint : "maj3";
		cell_leakage_power : 9.487142e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008638";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0007379";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0014010";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0008476";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0005156";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0008607";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0014003";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0009628";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B) | (A&C) | (B&C)";
			max_capacitance : 0.265513;
			max_transition : 1.503240;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00142284, 0.004048945, 0.011522, 0.03278791, 0.09330386, 0.2655128");
					values("0.0121560, 0.0133891, 0.0168149, 0.0261827, 0.0521554, 0.1252884, 0.3343150", \
					  "0.0121048, 0.0133444, 0.0167706, 0.0261188, 0.0520929, 0.1251977, 0.3342352", \
					  "0.0120425, 0.0132720, 0.0167043, 0.0260658, 0.0520726, 0.1254037, 0.3330983", \
					  "0.0119742, 0.0131977, 0.0166303, 0.0259738, 0.0518429, 0.1257715, 0.3342991", \
					  "0.0119197, 0.0131351, 0.0165196, 0.0258329, 0.0516545, 0.1250746, 0.3341303", \
					  "0.0121223, 0.0132832, 0.0166070, 0.0256320, 0.0514697, 0.1245355, 0.3323299", \
					  "0.0120875, 0.0132489, 0.0165104, 0.0257333, 0.0516443, 0.1248576, 0.3335592");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00142284, 0.004048945, 0.011522, 0.03278791, 0.09330386, 0.2655128");
					values("0.0098719, 0.0088710, 0.0066455, -0.0011425, -0.0248322, -0.0968793, -0.3060124", \
					  "0.0097956, 0.0090236, 0.0064536, -0.0012806, -0.0248092, -0.0969193, -0.3060811", \
					  "0.0097071, 0.0087150, 0.0063364, -0.0013329, -0.0249593, -0.0970239, -0.3061765", \
					  "0.0096053, 0.0086662, 0.0062341, -0.0014846, -0.0250884, -0.0971359, -0.3062843", \
					  "0.0095522, 0.0087178, 0.0061420, -0.0015740, -0.0251843, -0.0972335, -0.3063804", \
					  "0.0094464, 0.0085147, 0.0060111, -0.0016047, -0.0253126, -0.0973599, -0.3064603", \
					  "0.0116260, 0.0105050, 0.0073441, -0.0014270, -0.0258848, -0.0975192, -0.3065610");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00142284, 0.004048945, 0.011522, 0.03278791, 0.09330386, 0.2655128");
					values("0.0127581, 0.0139852, 0.0174253, 0.0267845, 0.0527164, 0.1266452, 0.3352039", \
					  "0.0127963, 0.0140198, 0.0174514, 0.0267938, 0.0527765, 0.1267147, 0.3351903", \
					  "0.0127897, 0.0140152, 0.0174576, 0.0268071, 0.0527487, 0.1262490, 0.3337955", \
					  "0.0126731, 0.0139078, 0.0173281, 0.0266712, 0.0526404, 0.1259825, 0.3336206", \
					  "0.0124444, 0.0136523, 0.0170097, 0.0262804, 0.0521507, 0.1260955, 0.3347248", \
					  "0.0124151, 0.0135807, 0.0168299, 0.0258306, 0.0516483, 0.1252987, 0.3329773", \
					  "0.0122038, 0.0133701, 0.0166283, 0.0256971, 0.0513310, 0.1246722, 0.3334182");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00142284, 0.004048945, 0.011522, 0.03278791, 0.09330386, 0.2655128");
					values("0.0074411, 0.0065811, 0.0041229, -0.0035761, -0.0270469, -0.0990564, -0.3082410", \
					  "0.0072969, 0.0064269, 0.0039099, -0.0037165, -0.0272406, -0.0992015, -0.3083847", \
					  "0.0071187, 0.0062312, 0.0037477, -0.0039366, -0.0274909, -0.0994257, -0.3086023", \
					  "0.0067256, 0.0058979, 0.0033562, -0.0042651, -0.0277887, -0.0997143, -0.3088977", \
					  "0.0065678, 0.0056516, 0.0031032, -0.0045463, -0.0279873, -0.0999367, -0.3090837", \
					  "0.0064954, 0.0055323, 0.0030780, -0.0045823, -0.0282409, -0.1001246, -0.3092624", \
					  "0.0095465, 0.0083618, 0.0048463, -0.0041672, -0.0290031, -0.1002844, -0.3092652");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00142284, 0.004048945, 0.011522, 0.03278791, 0.09330386, 0.2655128");
					values("0.0120937, 0.0133166, 0.0167222, 0.0259414, 0.0515268, 0.1242187, 0.3319863", \
					  "0.0120573, 0.0132822, 0.0166759, 0.0258970, 0.0515202, 0.1250231, 0.3297435", \
					  "0.0119768, 0.0132037, 0.0165979, 0.0258211, 0.0514685, 0.1242573, 0.3298220", \
					  "0.0118105, 0.0130296, 0.0164212, 0.0256091, 0.0512356, 0.1242171, 0.3314380", \
					  "0.0116122, 0.0128151, 0.0161534, 0.0253794, 0.0510181, 0.1239261, 0.3314513", \
					  "0.0117118, 0.0128702, 0.0161302, 0.0251036, 0.0508170, 0.1237010, 0.3327936", \
					  "0.0115817, 0.0127202, 0.0160001, 0.0250816, 0.0509996, 0.1240192, 0.3313606");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00142284, 0.004048945, 0.011522, 0.03278791, 0.09330386, 0.2655128");
					values("0.0078278, 0.0068928, 0.0044723, -0.0032282, -0.0267921, -0.0988179, -0.3080412", \
					  "0.0076596, 0.0068164, 0.0042916, -0.0033392, -0.0268833, -0.0989146, -0.3081564", \
					  "0.0075197, 0.0066938, 0.0042339, -0.0034991, -0.0270172, -0.0990537, -0.3083004", \
					  "0.0072395, 0.0063542, 0.0039437, -0.0036979, -0.0272435, -0.0992667, -0.3085044", \
					  "0.0071368, 0.0062841, 0.0037463, -0.0039478, -0.0274427, -0.0994367, -0.3086585", \
					  "0.0070177, 0.0061663, 0.0036025, -0.0040437, -0.0276925, -0.0995644, -0.3087256", \
					  "0.0096392, 0.0085255, 0.0053642, -0.0035984, -0.0283800, -0.0997808, -0.3088121");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.1163262, 0.1229673, 0.1383118, 0.1728729, 0.2593226, 0.4981129, 1.1753341", \
					  "0.1211945, 0.1278460, 0.1431973, 0.1777759, 0.2641685, 0.5030513, 1.1801331", \
					  "0.1320762, 0.1387227, 0.1540778, 0.1886178, 0.2749904, 0.5136078, 1.1878580", \
					  "0.1566807, 0.1634007, 0.1786881, 0.2132644, 0.2992573, 0.5380164, 1.2136445", \
					  "0.2075072, 0.2145043, 0.2302386, 0.2651143, 0.3511559, 0.5900111, 1.2659215", \
					  "0.2885036, 0.2967674, 0.3145833, 0.3517742, 0.4391796, 0.6779123, 1.3541662", \
					  "0.3938767, 0.4047628, 0.4275038, 0.4708062, 0.5613925, 0.7999591, 1.4750777");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.0256698, 0.0309734, 0.0447513, 0.0830814, 0.1979573, 0.5354353, 1.4969552", \
					  "0.0255656, 0.0310034, 0.0447561, 0.0829784, 0.1979338, 0.5350240, 1.4967739", \
					  "0.0256788, 0.0308612, 0.0447653, 0.0830320, 0.1979582, 0.5375123, 1.5032396", \
					  "0.0257187, 0.0309225, 0.0446951, 0.0832092, 0.1976977, 0.5352083, 1.4982158", \
					  "0.0276925, 0.0326707, 0.0460680, 0.0841022, 0.1978894, 0.5342500, 1.4961787", \
					  "0.0345392, 0.0398999, 0.0531158, 0.0891120, 0.1991111, 0.5352770, 1.5014353", \
					  "0.0497136, 0.0554401, 0.0687027, 0.1021723, 0.2056058, 0.5377425, 1.4958992");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.2726496, 0.2803568, 0.2966292, 0.3275304, 0.3856649, 0.5003218, 0.7520549", \
					  "0.2785016, 0.2862802, 0.3027064, 0.3335328, 0.3915021, 0.5060792, 0.7580275", \
					  "0.2931524, 0.3010523, 0.3172378, 0.3480954, 0.4062034, 0.5207701, 0.7724311", \
					  "0.3258590, 0.3336604, 0.3499476, 0.3806370, 0.4389631, 0.5534499, 0.8051210", \
					  "0.4009881, 0.4087750, 0.4250826, 0.4558748, 0.5137827, 0.6284380, 0.8801571", \
					  "0.5738768, 0.5816316, 0.5979712, 0.6286918, 0.6869094, 0.8018862, 1.0536568", \
					  "0.9232737, 0.9327613, 0.9520382, 0.9873042, 1.0503042, 1.1714584, 1.4264524");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.0435950, 0.0474461, 0.0569928, 0.0764266, 0.1235043, 0.2282690, 0.5141879", \
					  "0.0435704, 0.0476519, 0.0564457, 0.0768148, 0.1230365, 0.2284114, 0.5144992", \
					  "0.0435606, 0.0475033, 0.0567726, 0.0767813, 0.1229560, 0.2285663, 0.5145651", \
					  "0.0435776, 0.0473939, 0.0565338, 0.0763137, 0.1233799, 0.2284056, 0.5157569", \
					  "0.0436118, 0.0475527, 0.0565596, 0.0770185, 0.1231937, 0.2284888, 0.5126574", \
					  "0.0443427, 0.0482260, 0.0571132, 0.0778167, 0.1234326, 0.2286290, 0.5159489", \
					  "0.0568003, 0.0610397, 0.0702287, 0.0907771, 0.1360522, 0.2383620, 0.5193807");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.1145991, 0.1213381, 0.1366004, 0.1711778, 0.2574136, 0.4959488, 1.1716859", \
					  "0.1194958, 0.1261778, 0.1414540, 0.1760543, 0.2623764, 0.5019411, 1.1792217", \
					  "0.1302193, 0.1368606, 0.1521994, 0.1867126, 0.2729875, 0.5120094, 1.1874360", \
					  "0.1549158, 0.1615439, 0.1768208, 0.2113123, 0.2975458, 0.5361124, 1.2112996", \
					  "0.2066600, 0.2137790, 0.2298592, 0.2651271, 0.3512419, 0.5914166, 1.2658079", \
					  "0.2796591, 0.2881580, 0.3065078, 0.3446447, 0.4325757, 0.6714101, 1.3480780", \
					  "0.3653652, 0.3766668, 0.3997854, 0.4441160, 0.5349786, 0.7740443, 1.4514441");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.0252924, 0.0307645, 0.0445779, 0.0831145, 0.1975952, 0.5359933, 1.4985593", \
					  "0.0253654, 0.0307630, 0.0446549, 0.0831372, 0.1972519, 0.5355820, 1.4961221", \
					  "0.0255310, 0.0306387, 0.0447074, 0.0829491, 0.1973777, 0.5365939, 1.4964630", \
					  "0.0253462, 0.0308154, 0.0447364, 0.0830207, 0.1979684, 0.5373580, 1.5025946", \
					  "0.0286879, 0.0340995, 0.0473152, 0.0847079, 0.1976781, 0.5364774, 1.4987267", \
					  "0.0364874, 0.0420364, 0.0555812, 0.0911534, 0.2012562, 0.5354858, 1.5012734", \
					  "0.0529981, 0.0588803, 0.0724951, 0.1061431, 0.2087373, 0.5398256, 1.4973096");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.2422921, 0.2497780, 0.2658068, 0.2966445, 0.3574749, 0.4768330, 0.7324154", \
					  "0.2453814, 0.2528292, 0.2690432, 0.2997984, 0.3605021, 0.4788844, 0.7355317", \
					  "0.2546978, 0.2621917, 0.2782526, 0.3091751, 0.3698904, 0.4882154, 0.7447302", \
					  "0.2820568, 0.2895045, 0.3055139, 0.3361199, 0.3968150, 0.5158826, 0.7723193", \
					  "0.3568501, 0.3643400, 0.3772753, 0.4079340, 0.4713220, 0.5904168, 0.8470096", \
					  "0.5306963, 0.5383148, 0.5569283, 0.5878664, 0.6460754, 0.7654538, 1.0175913", \
					  "0.8665572, 0.8771543, 0.8988299, 0.9385059, 1.0081601, 1.1385507, 1.4029639");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.0414405, 0.0453811, 0.0548883, 0.0772028, 0.1282102, 0.2354466, 0.5199812", \
					  "0.0413545, 0.0455109, 0.0549526, 0.0769726, 0.1279377, 0.2356133, 0.5201873", \
					  "0.0414244, 0.0453922, 0.0549178, 0.0770968, 0.1278245, 0.2366471, 0.5213195", \
					  "0.0413495, 0.0454693, 0.0547691, 0.0767763, 0.1280130, 0.2360245, 0.5199309", \
					  "0.0412186, 0.0451331, 0.0548176, 0.0770089, 0.1279840, 0.2358855, 0.5214115", \
					  "0.0448165, 0.0484729, 0.0570996, 0.0778162, 0.1281774, 0.2355124, 0.5209083", \
					  "0.0688489, 0.0735387, 0.0824340, 0.1032590, 0.1515222, 0.2551362, 0.5314134");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.1152661, 0.1221957, 0.1380524, 0.1732348, 0.2589170, 0.4958183, 1.1703226", \
					  "0.1202404, 0.1271663, 0.1430146, 0.1781637, 0.2639926, 0.5007547, 1.1747484", \
					  "0.1310358, 0.1379698, 0.1538173, 0.1889398, 0.2748305, 0.5118467, 1.1863358", \
					  "0.1550813, 0.1619861, 0.1778205, 0.2129196, 0.2986250, 0.5362258, 1.2123496", \
					  "0.2024976, 0.2099981, 0.2266692, 0.2628376, 0.3491904, 0.5865297, 1.2624952", \
					  "0.2767655, 0.2852330, 0.3039620, 0.3430321, 0.4319730, 0.6710582, 1.3464863", \
					  "0.3716308, 0.3828914, 0.4063280, 0.4511602, 0.5442186, 0.7838196, 1.4598145");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.0270543, 0.0325915, 0.0464118, 0.0846887, 0.1975878, 0.5367758, 1.4936863", \
					  "0.0270847, 0.0325722, 0.0463541, 0.0845179, 0.1980957, 0.5355497, 1.4918449", \
					  "0.0270241, 0.0324626, 0.0464289, 0.0843737, 0.1983199, 0.5369394, 1.4926643", \
					  "0.0270544, 0.0323733, 0.0464659, 0.0847117, 0.1977221, 0.5371634, 1.5018181", \
					  "0.0300022, 0.0354459, 0.0490594, 0.0864744, 0.1984375, 0.5340985, 1.4990725", \
					  "0.0360284, 0.0416982, 0.0557714, 0.0927518, 0.2021961, 0.5353697, 1.4983338", \
					  "0.0517959, 0.0586490, 0.0716355, 0.1061383, 0.2093759, 0.5399370, 1.4984831");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.2534736, 0.2609619, 0.2770093, 0.3079149, 0.3682047, 0.4876113, 0.7434303", \
					  "0.2585038, 0.2659973, 0.2819994, 0.3128997, 0.3725748, 0.4922581, 0.7488114", \
					  "0.2714894, 0.2790679, 0.2947757, 0.3257234, 0.3861309, 0.5055006, 0.7614380", \
					  "0.3019041, 0.3094907, 0.3254897, 0.3564072, 0.4167111, 0.5360462, 0.7921829", \
					  "0.3766549, 0.3840898, 0.3999936, 0.4308959, 0.4908719, 0.6099364, 0.8666555", \
					  "0.5502608, 0.5574686, 0.5737296, 0.6038910, 0.6640239, 0.7830060, 1.0397903", \
					  "0.8913139, 0.9004738, 0.9195038, 0.9546618, 1.0183809, 1.1424696, 1.4056016");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142284, 0.00404894, 0.011522, 0.0327879, 0.0933039, 0.265513");
					values("0.0416929, 0.0458066, 0.0554173, 0.0770273, 0.1275557, 0.2361232, 0.5210166", \
					  "0.0412205, 0.0453967, 0.0549783, 0.0764504, 0.1282671, 0.2352525, 0.5200413", \
					  "0.0413292, 0.0455511, 0.0557438, 0.0769829, 0.1274667, 0.2361044, 0.5211977", \
					  "0.0413854, 0.0452900, 0.0547129, 0.0769650, 0.1274663, 0.2360056, 0.5211667", \
					  "0.0410203, 0.0452185, 0.0547984, 0.0768687, 0.1273795, 0.2358733, 0.5213184", \
					  "0.0429979, 0.0469321, 0.0561385, 0.0775749, 0.1274928, 0.2361986, 0.5204314", \
					  "0.0562067, 0.0605094, 0.0695918, 0.0905293, 0.1388312, 0.2503734, 0.5288485");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003216;
			capacitance : 0.003102;
			fall_capacitance : 0.002987;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0036455, -0.0036459, -0.0036468, -0.0036456, -0.0036428, -0.0036363, -0.0036214");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036228, 0.0036308, 0.0036491, 0.0036497, 0.0036510, 0.0036540, 0.0036608");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003049;
			capacitance : 0.002903;
			fall_capacitance : 0.002756;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0034383, -0.0034417, -0.0034496, -0.0034432, -0.0034285, -0.0033945, -0.0033162");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0041604, 0.0041599, 0.0041589, 0.0041601, 0.0041629, 0.0041693, 0.0041840");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003737;
			capacitance : 0.003532;
			fall_capacitance : 0.003327;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045539, -0.0045554, -0.0045586, -0.0045557, -0.0045491, -0.0045337, -0.0044982");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049387, 0.0049309, 0.0049127, 0.0049127, 0.0049125, 0.0049123, 0.0049116");
				}
			}
		}
	}
	cell ("scs8hd_maj3_4") {
		area : 13.763200;
		cell_footprint : "maj3";
		cell_leakage_power : 1.180189e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014794";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0014499";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0011458";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0014796";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0004604";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0014749";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0011448";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0008068";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&B) | (A&C) | (B&C)";
			max_capacitance : 0.458689;
			max_transition : 1.511940;
			internal_power () {
				related_pin : "C";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0142036, 0.0130381, 0.0096856, -0.0008610, -0.0360189, -0.1535917, -0.5315589", \
					  "0.0140183, 0.0128453, 0.0096120, -0.0011124, -0.0361644, -0.1537300, -0.5317011", \
					  "0.0137594, 0.0127091, 0.0093313, -0.0011843, -0.0363092, -0.1538940, -0.5319023", \
					  "0.0135096, 0.0123885, 0.0090789, -0.0015577, -0.0366303, -0.1542299, -0.5321595", \
					  "0.0128835, 0.0122174, 0.0088608, -0.0016881, -0.0368992, -0.1543940, -0.5323503", \
					  "0.0134472, 0.0122435, 0.0088409, -0.0018239, -0.0370624, -0.1545866, -0.5324636", \
					  "0.0143067, 0.0130153, 0.0090197, -0.0028705, -0.0376440, -0.1548592, -0.5325680");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0207590, 0.0221562, 0.0264761, 0.0393436, 0.0782217, 0.1985491, 0.5744669", \
					  "0.0207453, 0.0221403, 0.0264616, 0.0393577, 0.0782903, 0.1974608, 0.5756665", \
					  "0.0206792, 0.0220639, 0.0263777, 0.0393000, 0.0782229, 0.1974406, 0.5714573", \
					  "0.0205043, 0.0218976, 0.0262076, 0.0390345, 0.0779600, 0.1986252, 0.5707919", \
					  "0.0201917, 0.0215743, 0.0258104, 0.0386553, 0.0775483, 0.1972005, 0.5722453", \
					  "0.0204754, 0.0217984, 0.0259379, 0.0385082, 0.0773155, 0.1971820, 0.5732069", \
					  "0.0203794, 0.0216934, 0.0257075, 0.0383170, 0.0775503, 0.1983995, 0.5737472");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0214182, 0.0228264, 0.0271777, 0.0402650, 0.0796267, 0.2018299, 0.5760038", \
					  "0.0213450, 0.0227529, 0.0270980, 0.0401780, 0.0795412, 0.2017633, 0.5759985", \
					  "0.0212594, 0.0226654, 0.0270118, 0.0400965, 0.0794356, 0.2016814, 0.5757000", \
					  "0.0211781, 0.0225879, 0.0269450, 0.0399695, 0.0792698, 0.2014676, 0.5791874", \
					  "0.0209995, 0.0224020, 0.0266994, 0.0396560, 0.0788614, 0.2010502, 0.5754967", \
					  "0.0214110, 0.0227483, 0.0269605, 0.0396765, 0.0786010, 0.2002603, 0.5749151", \
					  "0.0214127, 0.0227250, 0.0268386, 0.0397846, 0.0789342, 0.1992602, 0.5773432");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0173158, 0.0160424, 0.0127579, 0.0021799, -0.0330366, -0.1507486, -0.5287054", \
					  "0.0171916, 0.0160289, 0.0125457, 0.0020882, -0.0331213, -0.1508730, -0.5287970", \
					  "0.0170096, 0.0155317, 0.0123911, 0.0019812, -0.0332365, -0.1510080, -0.5289480", \
					  "0.0168562, 0.0153518, 0.0122842, 0.0018253, -0.0334034, -0.1511614, -0.5291086", \
					  "0.0167397, 0.0155313, 0.0122940, 0.0015588, -0.0335699, -0.1512849, -0.5292293", \
					  "0.0162930, 0.0155902, 0.0121693, 0.0016362, -0.0337078, -0.1514638, -0.5293501", \
					  "0.0169197, 0.0156008, 0.0119864, 0.0010702, -0.0340636, -0.1517220, -0.5294889");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0221948, 0.0236258, 0.0279718, 0.0410646, 0.0804990, 0.2017381, 0.5778207", \
					  "0.0222783, 0.0236990, 0.0280466, 0.0411118, 0.0805841, 0.2018140, 0.5778609", \
					  "0.0222873, 0.0237106, 0.0280770, 0.0411301, 0.0805291, 0.2027980, 0.5772305", \
					  "0.0221851, 0.0235903, 0.0279577, 0.0409628, 0.0803492, 0.2010326, 0.5799779", \
					  "0.0219002, 0.0232707, 0.0274876, 0.0403964, 0.0795563, 0.2019314, 0.5762732", \
					  "0.0218614, 0.0231833, 0.0273829, 0.0400507, 0.0790994, 0.2005606, 0.5793757", \
					  "0.0216561, 0.0229911, 0.0270700, 0.0396917, 0.0784421, 0.2000126, 0.5728675");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0135807, 0.0124284, 0.0092219, -0.0013880, -0.0364694, -0.1539925, -0.5319191", \
					  "0.0133630, 0.0122391, 0.0087487, -0.0015824, -0.0367392, -0.1541836, -0.5321306", \
					  "0.0130202, 0.0118869, 0.0083598, -0.0020324, -0.0370285, -0.1545545, -0.5324908", \
					  "0.0125241, 0.0113637, 0.0081078, -0.0024954, -0.0375547, -0.1550626, -0.5329492", \
					  "0.0121663, 0.0110649, 0.0075996, -0.0027635, -0.0379410, -0.1554760, -0.5333415", \
					  "0.0116836, 0.0106629, 0.0077116, -0.0029987, -0.0383007, -0.1557170, -0.5335063", \
					  "0.0139660, 0.0126573, 0.0085486, -0.0040124, -0.0388064, -0.1559904, -0.5335542");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1145128, 0.1188820, 0.1303687, 0.1590761, 0.2356114, 0.4666099, 1.1777250", \
					  "0.1191480, 0.1234775, 0.1349535, 0.1636653, 0.2402435, 0.4710412, 1.1820157", \
					  "0.1295032, 0.1338264, 0.1453078, 0.1740103, 0.2505167, 0.4801426, 1.1928623", \
					  "0.1528143, 0.1571357, 0.1686306, 0.1972158, 0.2737665, 0.5033477, 1.2165695", \
					  "0.1994301, 0.2039909, 0.2158106, 0.2448248, 0.3214443, 0.5524886, 1.2638136", \
					  "0.2681581, 0.2735417, 0.2870277, 0.3181475, 0.3958797, 0.6254978, 1.3387854", \
					  "0.3442654, 0.3513117, 0.3688268, 0.4060156, 0.4871830, 0.7171058, 1.4270941");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0258663, 0.0294071, 0.0395279, 0.0704126, 0.1702730, 0.4937454, 1.4999868", \
					  "0.0258586, 0.0294000, 0.0395980, 0.0704553, 0.1702789, 0.4937135, 1.5015017", \
					  "0.0258599, 0.0294047, 0.0395666, 0.0704138, 0.1702542, 0.4937710, 1.4987190", \
					  "0.0257757, 0.0293035, 0.0395600, 0.0704442, 0.1697726, 0.4930656, 1.4992423", \
					  "0.0279901, 0.0313820, 0.0412802, 0.0715510, 0.1703848, 0.4936989, 1.5004197", \
					  "0.0353875, 0.0388126, 0.0486955, 0.0770021, 0.1727472, 0.4917666, 1.4987948", \
					  "0.0511746, 0.0548522, 0.0647182, 0.0918714, 0.1790410, 0.4935408, 1.4952448");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.3270494, 0.3327987, 0.3469709, 0.3765226, 0.4324143, 0.5475053, 0.8030003", \
					  "0.3327663, 0.3385565, 0.3527171, 0.3822597, 0.4382680, 0.5533852, 0.8086459", \
					  "0.3475921, 0.3533956, 0.3676048, 0.3970260, 0.4530216, 0.5679917, 0.8235747", \
					  "0.3814828, 0.3872864, 0.4014733, 0.4308789, 0.4868572, 0.6017233, 0.8573561", \
					  "0.4597180, 0.4655330, 0.4797841, 0.5091992, 0.5650599, 0.6801898, 0.9352519", \
					  "0.6414768, 0.6472633, 0.6615332, 0.6911575, 0.7469345, 0.8621691, 1.1176331", \
					  "1.0293039, 1.0360771, 1.0519264, 1.0837231, 1.1438862, 1.2630325, 1.5203000");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0571694, 0.0599498, 0.0668989, 0.0833048, 0.1216729, 0.2220748, 0.4979462", \
					  "0.0571861, 0.0599637, 0.0669109, 0.0833043, 0.1214519, 0.2212238, 0.4982665", \
					  "0.0571743, 0.0598092, 0.0668369, 0.0829847, 0.1214400, 0.2211966, 0.4974461", \
					  "0.0572175, 0.0598705, 0.0667752, 0.0829699, 0.1214298, 0.2208282, 0.4979324", \
					  "0.0573040, 0.0600113, 0.0670097, 0.0825861, 0.1214091, 0.2217063, 0.4966242", \
					  "0.0571390, 0.0599272, 0.0666285, 0.0827510, 0.1216189, 0.2214221, 0.4973832", \
					  "0.0698329, 0.0727858, 0.0796150, 0.0946799, 0.1319463, 0.2288652, 0.5011991");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1121720, 0.1165544, 0.1280009, 0.1567141, 0.2334603, 0.4630159, 1.1735781", \
					  "0.1166988, 0.1210372, 0.1325078, 0.1612259, 0.2380296, 0.4676294, 1.1780878", \
					  "0.1267422, 0.1310674, 0.1425792, 0.1712191, 0.2479227, 0.4786966, 1.1893575", \
					  "0.1498894, 0.1542372, 0.1657377, 0.1943293, 0.2709589, 0.5008915, 1.2116267", \
					  "0.1967705, 0.2014274, 0.2134455, 0.2428543, 0.3196789, 0.5504122, 1.2624293", \
					  "0.2564241, 0.2618810, 0.2758985, 0.3077323, 0.3861441, 0.6167148, 1.3301468", \
					  "0.3141331, 0.3212929, 0.3393663, 0.3771743, 0.4589299, 0.6883067, 1.4004811");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0257803, 0.0293154, 0.0395632, 0.0703994, 0.1700351, 0.4938855, 1.5057372", \
					  "0.0258504, 0.0290737, 0.0395296, 0.0704374, 0.1698753, 0.4937136, 1.5056745", \
					  "0.0257312, 0.0292876, 0.0395111, 0.0704269, 0.1702616, 0.4935610, 1.5033941", \
					  "0.0257527, 0.0292257, 0.0394274, 0.0702543, 0.1705947, 0.4918329, 1.5001715", \
					  "0.0297484, 0.0330135, 0.0426872, 0.0727854, 0.1707690, 0.4941236, 1.4988895", \
					  "0.0387773, 0.0418869, 0.0516463, 0.0794757, 0.1742805, 0.4923994, 1.4996607", \
					  "0.0555347, 0.0592172, 0.0693251, 0.0955042, 0.1823002, 0.4981003, 1.4969573");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.2873965, 0.2929081, 0.3063672, 0.3348528, 0.3910115, 0.5094511, 0.7707751", \
					  "0.2901916, 0.2956523, 0.3091377, 0.3376889, 0.3933406, 0.5126662, 0.7734729", \
					  "0.2989659, 0.3044086, 0.3178677, 0.3460482, 0.4022355, 0.5217288, 0.7820680", \
					  "0.3261759, 0.3315682, 0.3447607, 0.3734289, 0.4294071, 0.5480227, 0.8091575", \
					  "0.4029503, 0.4083358, 0.4216322, 0.4473644, 0.5023891, 0.6209524, 0.8821192", \
					  "0.5828050, 0.5882421, 0.6014880, 0.6312261, 0.6836866, 0.8027313, 1.0638828", \
					  "0.9600879, 0.9671257, 0.9844938, 1.0202345, 1.0837430, 1.2105041, 1.4768312");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0531951, 0.0558682, 0.0626094, 0.0794303, 0.1226454, 0.2283060, 0.5048266", \
					  "0.0533065, 0.0558123, 0.0625325, 0.0792042, 0.1229668, 0.2278923, 0.5036285", \
					  "0.0532230, 0.0558838, 0.0625317, 0.0804061, 0.1225319, 0.2279752, 0.5050425", \
					  "0.0531046, 0.0557013, 0.0629217, 0.0793108, 0.1219541, 0.2281173, 0.5045847", \
					  "0.0530434, 0.0557321, 0.0625707, 0.0797559, 0.1218695, 0.2273978, 0.5042020", \
					  "0.0533467, 0.0558365, 0.0626870, 0.0794961, 0.1231963, 0.2281597, 0.5043138", \
					  "0.0791902, 0.0820510, 0.0887539, 0.1047609, 0.1432037, 0.2425173, 0.5106102");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1127178, 0.1171964, 0.1290498, 0.1581862, 0.2343858, 0.4621025, 1.1754963", \
					  "0.1174100, 0.1218894, 0.1337461, 0.1628313, 0.2391704, 0.4671716, 1.1795789", \
					  "0.1277183, 0.1322056, 0.1440297, 0.1731303, 0.2494596, 0.4776000, 1.1883904", \
					  "0.1506343, 0.1550958, 0.1669306, 0.1959858, 0.2723337, 0.5009296, 1.2106561", \
					  "0.1940937, 0.1988849, 0.2113884, 0.2414624, 0.3183613, 0.5480539, 1.2579022", \
					  "0.2562020, 0.2617012, 0.2758657, 0.3084649, 0.3875418, 0.6173432, 1.3266824", \
					  "0.3221791, 0.3295467, 0.3473790, 0.3854256, 0.4692032, 0.6994089, 1.4098530");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0271280, 0.0305646, 0.0409425, 0.0718167, 0.1703605, 0.4933902, 1.5119401", \
					  "0.0269901, 0.0305660, 0.0409279, 0.0717358, 0.1708210, 0.4933419, 1.4962322", \
					  "0.0270867, 0.0307068, 0.0409057, 0.0717283, 0.1707859, 0.4933542, 1.4937408", \
					  "0.0270350, 0.0306130, 0.0409130, 0.0717834, 0.1707444, 0.4954103, 1.4990446", \
					  "0.0300448, 0.0338767, 0.0439727, 0.0739323, 0.1710043, 0.4925099, 1.4975464", \
					  "0.0375849, 0.0411133, 0.0510550, 0.0802645, 0.1752551, 0.4922035, 1.5028822", \
					  "0.0542269, 0.0577167, 0.0677901, 0.0948005, 0.1824618, 0.4954074, 1.4984968");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.2936833, 0.2990972, 0.3124649, 0.3409735, 0.3968413, 0.5149691, 0.7765104", \
					  "0.2988320, 0.3042369, 0.3176407, 0.3463671, 0.4021425, 0.5203346, 0.7818440", \
					  "0.3122918, 0.3175533, 0.3309852, 0.3596168, 0.4159024, 0.5349589, 0.7948435", \
					  "0.3455008, 0.3508067, 0.3641127, 0.3925426, 0.4484119, 0.5667163, 0.8282066", \
					  "0.4236159, 0.4290002, 0.4422975, 0.4707101, 0.5264347, 0.6453114, 0.9063227", \
					  "0.6072931, 0.6126367, 0.6258838, 0.6538856, 0.7095869, 0.8287077, 1.0898440", \
					  "0.9895624, 0.9958681, 1.0112646, 1.0428748, 1.1023925, 1.2252411, 1.4903513");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0530604, 0.0558068, 0.0628655, 0.0792051, 0.1218358, 0.2285139, 0.5053710", \
					  "0.0532260, 0.0559195, 0.0628142, 0.0792603, 0.1217961, 0.2284461, 0.5044488", \
					  "0.0530904, 0.0561924, 0.0627830, 0.0793662, 0.1223423, 0.2280581, 0.5049191", \
					  "0.0530338, 0.0558490, 0.0626955, 0.0793049, 0.1218902, 0.2282018, 0.5044035", \
					  "0.0530219, 0.0557762, 0.0625979, 0.0797550, 0.1217016, 0.2277053, 0.5040988", \
					  "0.0538130, 0.0564799, 0.0630964, 0.0803830, 0.1221849, 0.2269991, 0.5045777", \
					  "0.0672533, 0.0698979, 0.0767336, 0.0922591, 0.1329534, 0.2364577, 0.5091425");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004239;
			capacitance : 0.004065;
			fall_capacitance : 0.003890;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051156, -0.0051120, -0.0051038, -0.0051040, -0.0051044, -0.0051053, -0.0051075");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051401, 0.0051428, 0.0051491, 0.0051474, 0.0051435, 0.0051345, 0.0051139");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004143;
			capacitance : 0.003915;
			fall_capacitance : 0.003686;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0047823, -0.0047870, -0.0047979, -0.0047886, -0.0047672, -0.0047179, -0.0046042");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059795, 0.0059813, 0.0059855, 0.0059854, 0.0059853, 0.0059850, 0.0059844");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004305;
			capacitance : 0.004582;
			rise_capacitance : 0.004859;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0060460, -0.0060472, -0.0060500, -0.0060480, -0.0060434, -0.0060329, -0.0060087");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066459, 0.0066499, 0.0066590, 0.0066560, 0.0066490, 0.0066328, 0.0065954");
				}
			}
		}
	}
	cell ("scs8hd_mux2_1") {
		area : 11.260800;
		cell_footprint : "mux2";
		cell_leakage_power : 2.780484e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004599";
			when : "!A0&!A1&S";
		}
		leakage_power () {
			value : "0.0005053";
			when : "!A0&!A1&!S";
		}
		leakage_power () {
			value : "2.7215934e-05";
			when : "!A0&A1&S";
		}
		leakage_power () {
			value : "0.0005565";
			when : "!A0&A1&!S";
		}
		leakage_power () {
			value : "0.0005139";
			when : "A0&!A1&S";
		}
		leakage_power () {
			value : "7.1497414e-05";
			when : "A0&!A1&!S";
		}
		leakage_power () {
			value : "2.2855670e-05";
			when : "A0&A1&S";
		}
		leakage_power () {
			value : "6.7115306e-05";
			when : "A0&A1&!S";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A0&!S) | (A1&S)";
			max_capacitance : 0.153819;
			max_transition : 1.505972;
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001299102, 0.00337533, 0.008769793, 0.0227857, 0.05920189, 0.1538185");
					values("0.0069650, 0.0080179, 0.0106661, 0.0173058, 0.0344185, 0.0783537, 0.1921655", \
					  "0.0069658, 0.0080270, 0.0106626, 0.0173157, 0.0344434, 0.0783006, 0.1933848", \
					  "0.0069656, 0.0080214, 0.0106472, 0.0173101, 0.0344218, 0.0783634, 0.1922401", \
					  "0.0068427, 0.0078917, 0.0105305, 0.0172002, 0.0344331, 0.0786260, 0.1930715", \
					  "0.0068360, 0.0078252, 0.0104367, 0.0169422, 0.0339575, 0.0781113, 0.1921870", \
					  "0.0067858, 0.0078042, 0.0103826, 0.0168873, 0.0338060, 0.0775810, 0.1928431", \
					  "0.0067824, 0.0077198, 0.0102930, 0.0168433, 0.0339343, 0.0780750, 0.1921824");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001299102, 0.00337533, 0.008769793, 0.0227857, 0.05920189, 0.1538185");
					values("0.0051399, 0.0044247, 0.0024119, -0.0031524, -0.0192739, -0.0631911, -0.1782591", \
					  "0.0050506, 0.0043166, 0.0023464, -0.0032719, -0.0193524, -0.0632973, -0.1783530", \
					  "0.0049096, 0.0041756, 0.0022004, -0.0034246, -0.0194845, -0.0634282, -0.1784847", \
					  "0.0048018, 0.0040794, 0.0020737, -0.0035062, -0.0196026, -0.0635200, -0.1785853", \
					  "0.0047549, 0.0040212, 0.0020099, -0.0036069, -0.0196715, -0.0635816, -0.1786253", \
					  "0.0047442, 0.0039827, 0.0019241, -0.0037085, -0.0197874, -0.0636629, -0.1786840", \
					  "0.0067373, 0.0057893, 0.0032942, -0.0032143, -0.0200518, -0.0636834, -0.1786567");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001299102, 0.00337533, 0.008769793, 0.0227857, 0.05920189, 0.1538185");
					values("0.0076960, 0.0087145, 0.0112723, 0.0177698, 0.0346236, 0.0787890, 0.1932891", \
					  "0.0077021, 0.0087173, 0.0112857, 0.0177591, 0.0346662, 0.0783998, 0.1920708", \
					  "0.0076785, 0.0087017, 0.0112398, 0.0177769, 0.0346845, 0.0784410, 0.1921712", \
					  "0.0075443, 0.0085771, 0.0111436, 0.0176787, 0.0346168, 0.0783114, 0.1932805", \
					  "0.0074725, 0.0084547, 0.0110613, 0.0174812, 0.0346107, 0.0787450, 0.1931271", \
					  "0.0074324, 0.0084424, 0.0109984, 0.0174493, 0.0343151, 0.0780071, 0.1930399", \
					  "0.0074072, 0.0083881, 0.0109288, 0.0174113, 0.0344185, 0.0786535, 0.1926443");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001299102, 0.00337533, 0.008769793, 0.0227857, 0.05920189, 0.1538185");
					values("0.0047320, 0.0039846, 0.0020290, -0.0035399, -0.0195193, -0.0634144, -0.1784637", \
					  "0.0045685, 0.0038732, 0.0018385, -0.0036683, -0.0196517, -0.0635418, -0.1785782", \
					  "0.0044043, 0.0036885, 0.0016947, -0.0038508, -0.0198431, -0.0637168, -0.1787431", \
					  "0.0042609, 0.0035460, 0.0015307, -0.0039843, -0.0200091, -0.0638583, -0.1788909", \
					  "0.0041842, 0.0034745, 0.0014635, -0.0040847, -0.0201041, -0.0639373, -0.1789671", \
					  "0.0041346, 0.0033437, 0.0013115, -0.0042801, -0.0202597, -0.0640737, -0.1790612", \
					  "0.0063225, 0.0052178, 0.0027064, -0.0037789, -0.0205264, -0.0640948, -0.1790443");
				}
			}
			internal_power () {
				related_pin : "S";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001299102, 0.00337533, 0.008769793, 0.0227857, 0.05920189, 0.1538185");
					values("0.0067125, 0.0077720, 0.0103968, 0.0170573, 0.0342637, 0.0785124, 0.1928806", \
					  "0.0066808, 0.0077451, 0.0103639, 0.0170297, 0.0340624, 0.0784081, 0.1929810", \
					  "0.0068057, 0.0078465, 0.0104775, 0.0171402, 0.0343466, 0.0785465, 0.1922235", \
					  "0.0068288, 0.0078786, 0.0105036, 0.0171526, 0.0342548, 0.0781684, 0.1933333", \
					  "0.0067563, 0.0078141, 0.0104467, 0.0170945, 0.0341498, 0.0785419, 0.1929861", \
					  "0.0065615, 0.0075691, 0.0104214, 0.0171359, 0.0340867, 0.0781535, 0.1932714", \
					  "0.0067153, 0.0077170, 0.0103112, 0.0169609, 0.0342545, 0.0779298, 0.1920866");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001299102, 0.00337533, 0.008769793, 0.0227857, 0.05920189, 0.1538185");
					values("0.0073719, 0.0066695, 0.0046976, -0.0010174, -0.0172221, -0.0611662, -0.1761784", \
					  "0.0073678, 0.0066999, 0.0046877, -0.0010130, -0.0172357, -0.0611742, -0.1761812", \
					  "0.0073919, 0.0066615, 0.0046904, -0.0010277, -0.0172201, -0.0611552, -0.1761720", \
					  "0.0071959, 0.0064946, 0.0045219, -0.0011916, -0.0174036, -0.0613419, -0.1763446", \
					  "0.0070879, 0.0063592, 0.0044122, -0.0013040, -0.0175109, -0.0614463, -0.1764309", \
					  "0.0084444, 0.0074905, 0.0050141, -0.0012291, -0.0175417, -0.0614921, -0.1764931", \
					  "0.0096439, 0.0087262, 0.0062139, -0.0001959, -0.0170082, -0.0611807, -0.1764133");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				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, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0744794, 0.0815609, 0.0976815, 0.1361140, 0.2325797, 0.4812082, 1.1269998", \
					  "0.0790754, 0.0862053, 0.1023278, 0.1407240, 0.2372084, 0.4864216, 1.1325804", \
					  "0.0902287, 0.0973099, 0.1134377, 0.1517113, 0.2483298, 0.4968139, 1.1423523", \
					  "0.1148627, 0.1219736, 0.1380302, 0.1762212, 0.2728584, 0.5215566, 1.1660094", \
					  "0.1538139, 0.1614524, 0.1781273, 0.2167056, 0.3132401, 0.5622178, 1.2057221", \
					  "0.2047915, 0.2139587, 0.2325660, 0.2718700, 0.3681580, 0.6168359, 1.2624168", \
					  "0.2496417, 0.2621837, 0.2861148, 0.3302410, 0.4264087, 0.6757872, 1.3199906");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0222208, 0.0294302, 0.0481040, 0.0985044, 0.2333358, 0.5871946, 1.4994692", \
					  "0.0222926, 0.0294265, 0.0481382, 0.0985775, 0.2346067, 0.5853310, 1.4992542", \
					  "0.0222535, 0.0293825, 0.0481300, 0.0986333, 0.2342714, 0.5874264, 1.5009756", \
					  "0.0228936, 0.0298902, 0.0484825, 0.0987554, 0.2337167, 0.5854532, 1.4974790", \
					  "0.0263009, 0.0329816, 0.0505484, 0.0997838, 0.2337237, 0.5868421, 1.5054908", \
					  "0.0342008, 0.0405173, 0.0564813, 0.1022794, 0.2355879, 0.5843819, 1.4952725", \
					  "0.0506872, 0.0575990, 0.0728409, 0.1128663, 0.2371584, 0.5863873, 1.4959844");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.2073103, 0.2163038, 0.2340964, 0.2679324, 0.3312711, 0.4544211, 0.7289265", \
					  "0.2101310, 0.2191623, 0.2371756, 0.2705864, 0.3351417, 0.4568765, 0.7314184", \
					  "0.2201942, 0.2292200, 0.2470961, 0.2808730, 0.3452618, 0.4669738, 0.7414265", \
					  "0.2501931, 0.2591745, 0.2770326, 0.3107996, 0.3744800, 0.4979109, 0.7724795", \
					  "0.3253575, 0.3342745, 0.3520138, 0.3855585, 0.4502819, 0.5734134, 0.8476880", \
					  "0.4975322, 0.5074510, 0.5263715, 0.5607925, 0.6261814, 0.7500833, 1.0248423", \
					  "0.8031824, 0.8164668, 0.8415759, 0.8845664, 0.9618353, 1.0961493, 1.3740971");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0384166, 0.0440086, 0.0562849, 0.0832874, 0.1401745, 0.2643584, 0.6035802", \
					  "0.0382216, 0.0438680, 0.0563623, 0.0834431, 0.1392624, 0.2648410, 0.6012209", \
					  "0.0381887, 0.0438043, 0.0561937, 0.0833627, 0.1400572, 0.2641349, 0.6038060", \
					  "0.0383636, 0.0440607, 0.0562617, 0.0833563, 0.1405859, 0.2644152, 0.5998430", \
					  "0.0384134, 0.0440929, 0.0561302, 0.0835172, 0.1399766, 0.2640580, 0.6039933", \
					  "0.0449526, 0.0497307, 0.0613689, 0.0870210, 0.1416362, 0.2652708, 0.6008041", \
					  "0.0654118, 0.0722110, 0.0856464, 0.1127936, 0.1683003, 0.2847219, 0.6085408");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0772479, 0.0842453, 0.1001221, 0.1377468, 0.2329737, 0.4803319, 1.1243720", \
					  "0.0818807, 0.0888479, 0.1046934, 0.1423026, 0.2376178, 0.4855779, 1.1310098", \
					  "0.0926899, 0.0996631, 0.1154874, 0.1531275, 0.2487199, 0.4962498, 1.1413420", \
					  "0.1173412, 0.1243918, 0.1402950, 0.1779386, 0.2737206, 0.5220842, 1.1678216", \
					  "0.1576430, 0.1652074, 0.1819157, 0.2202068, 0.3158652, 0.5638113, 1.2076898", \
					  "0.2084569, 0.2176486, 0.2362545, 0.2754683, 0.3714582, 0.6194497, 1.2634975", \
					  "0.2548247, 0.2673984, 0.2918498, 0.3353733, 0.4312822, 0.6815712, 1.3235106");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0225804, 0.0297863, 0.0484530, 0.0985241, 0.2342211, 0.5856184, 1.5000604", \
					  "0.0224713, 0.0297491, 0.0483522, 0.0986688, 0.2340486, 0.5866602, 1.4973389", \
					  "0.0225465, 0.0297135, 0.0484468, 0.0985772, 0.2346392, 0.5874224, 1.5005878", \
					  "0.0230968, 0.0302246, 0.0485287, 0.0987815, 0.2347429, 0.5850279, 1.4997302", \
					  "0.0263462, 0.0330433, 0.0509633, 0.1001502, 0.2340340, 0.5863414, 1.4990028", \
					  "0.0344465, 0.0407877, 0.0568543, 0.1026408, 0.2359659, 0.5853033, 1.5007658", \
					  "0.0504722, 0.0582874, 0.0731626, 0.1132101, 0.2375193, 0.5889859, 1.4948397");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.2178881, 0.2270459, 0.2449732, 0.2787912, 0.3440541, 0.4674580, 0.7424724", \
					  "0.2200381, 0.2291021, 0.2473092, 0.2809460, 0.3462551, 0.4695477, 0.7445004", \
					  "0.2292131, 0.2383403, 0.2563532, 0.2902210, 0.3554532, 0.4784306, 0.7534667", \
					  "0.2580539, 0.2671210, 0.2851696, 0.3190595, 0.3841810, 0.5078388, 0.7828115", \
					  "0.3330428, 0.3420544, 0.3600393, 0.3938788, 0.4590367, 0.5835768, 0.8585238", \
					  "0.5042677, 0.5139647, 0.5328594, 0.5676467, 0.6338307, 0.7587186, 1.0341369", \
					  "0.8098664, 0.8218514, 0.8470299, 0.8902207, 0.9681465, 1.1044284, 1.3843653");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0388187, 0.0441156, 0.0568032, 0.0841361, 0.1414498, 0.2655879, 0.6043000", \
					  "0.0387050, 0.0444239, 0.0564150, 0.0841581, 0.1407890, 0.2657648, 0.6039109", \
					  "0.0385975, 0.0444017, 0.0565870, 0.0840053, 0.1406521, 0.2657392, 0.6045739", \
					  "0.0387139, 0.0444208, 0.0568793, 0.0838424, 0.1411949, 0.2661775, 0.6012411", \
					  "0.0386893, 0.0442676, 0.0569521, 0.0839848, 0.1407803, 0.2658953, 0.6042408", \
					  "0.0447057, 0.0498081, 0.0611496, 0.0875254, 0.1430516, 0.2670529, 0.6003856", \
					  "0.0662259, 0.0744602, 0.0872527, 0.1142218, 0.1708030, 0.2865145, 0.6107836");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				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, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0829521, 0.0899315, 0.1058088, 0.1432472, 0.2380161, 0.4856877, 1.1308907", \
					  "0.0877498, 0.0947537, 0.1105995, 0.1480779, 0.2430454, 0.4898754, 1.1335026", \
					  "0.0986289, 0.1056010, 0.1214504, 0.1589355, 0.2538868, 0.5010911, 1.1434141", \
					  "0.1224045, 0.1294209, 0.1452867, 0.1829196, 0.2785127, 0.5256699, 1.1687740", \
					  "0.1647147, 0.1722479, 0.1888928, 0.2272763, 0.3229599, 0.5713489, 1.2168386", \
					  "0.2247066, 0.2334671, 0.2518396, 0.2911735, 0.3875616, 0.6354879, 1.2786920", \
					  "0.2912670, 0.3031665, 0.3265500, 0.3698014, 0.4664936, 0.7151140, 1.3580065");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0225791, 0.0297201, 0.0484272, 0.0986617, 0.2345921, 0.5855411, 1.4984453", \
					  "0.0225184, 0.0297624, 0.0484441, 0.0987647, 0.2338818, 0.5858732, 1.4976238", \
					  "0.0225641, 0.0297007, 0.0484371, 0.0988053, 0.2340887, 0.5856878, 1.5059725", \
					  "0.0227940, 0.0298834, 0.0485575, 0.0989536, 0.2338868, 0.5845940, 1.5011280", \
					  "0.0255506, 0.0324575, 0.0506191, 0.0994973, 0.2339323, 0.5848527, 1.5000876", \
					  "0.0321697, 0.0389586, 0.0554737, 0.1024270, 0.2353584, 0.5832018, 1.4981071", \
					  "0.0458493, 0.0526125, 0.0695049, 0.1103801, 0.2366588, 0.5900785, 1.4946598");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.2681795, 0.2771913, 0.2946544, 0.3266110, 0.3848544, 0.5014321, 0.7723214", \
					  "0.2717969, 0.2810097, 0.2986262, 0.3306200, 0.3888794, 0.5052451, 0.7765327", \
					  "0.2841727, 0.2932712, 0.3109717, 0.3426401, 0.4010359, 0.5175455, 0.7886691", \
					  "0.3142617, 0.3233070, 0.3408930, 0.3726862, 0.4310783, 0.5475765, 0.8188526", \
					  "0.3851879, 0.3943822, 0.4119601, 0.4438788, 0.5022355, 0.6187732, 0.8900396", \
					  "0.5488565, 0.5579851, 0.5759132, 0.6080030, 0.6663656, 0.7832511, 1.0544281", \
					  "0.8694883, 0.8805992, 0.9014390, 0.9380128, 1.0023051, 1.1243585, 1.3977220");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0397319, 0.0447939, 0.0559048, 0.0785399, 0.1284492, 0.2534197, 0.5951032", \
					  "0.0398402, 0.0450786, 0.0563951, 0.0784350, 0.1293439, 0.2539755, 0.5947831", \
					  "0.0396839, 0.0450887, 0.0558280, 0.0791649, 0.1290855, 0.2532131, 0.5959288", \
					  "0.0396485, 0.0450727, 0.0560506, 0.0792129, 0.1292820, 0.2534261, 0.5974298", \
					  "0.0400389, 0.0453037, 0.0563966, 0.0783963, 0.1290494, 0.2530265, 0.5985167", \
					  "0.0422753, 0.0466587, 0.0571319, 0.0792378, 0.1295264, 0.2532117, 0.5958997", \
					  "0.0531335, 0.0585887, 0.0694200, 0.0937641, 0.1415904, 0.2623767, 0.6010838");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.1509522, 0.1580728, 0.1742697, 0.2125808, 0.3092781, 0.5577847, 1.2024211", \
					  "0.1560024, 0.1631360, 0.1793273, 0.2176319, 0.3142610, 0.5628236, 1.2073018", \
					  "0.1702155, 0.1772490, 0.1934604, 0.2317751, 0.3285998, 0.5769859, 1.2212001", \
					  "0.2052496, 0.2123408, 0.2284672, 0.2667387, 0.3632604, 0.6124324, 1.2586295", \
					  "0.2824205, 0.2895482, 0.3057117, 0.3440374, 0.4406734, 0.6889248, 1.3337543", \
					  "0.4182960, 0.4254630, 0.4416705, 0.4798986, 0.5761123, 0.8245574, 1.4717264", \
					  "0.6503336, 0.6575527, 0.6740878, 0.7125792, 0.8087547, 1.0571876, 1.7033783");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0226605, 0.0297510, 0.0483673, 0.0988742, 0.2333534, 0.5852238, 1.4977248", \
					  "0.0226572, 0.0297385, 0.0483302, 0.0987941, 0.2335430, 0.5848587, 1.5001111", \
					  "0.0225874, 0.0297230, 0.0483906, 0.0987227, 0.2339098, 0.5835939, 1.5023843", \
					  "0.0225080, 0.0297147, 0.0483056, 0.0987023, 0.2345426, 0.5862767, 1.4971832", \
					  "0.0225872, 0.0297681, 0.0483682, 0.0983859, 0.2339993, 0.5858690, 1.4994176", \
					  "0.0229731, 0.0301438, 0.0485608, 0.0986031, 0.2326526, 0.5870914, 1.4975360", \
					  "0.0243417, 0.0314973, 0.0495093, 0.0992165, 0.2327612, 0.5810225, 1.5017062");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.2659871, 0.2751934, 0.2929881, 0.3249893, 0.3836697, 0.5005764, 0.7723591", \
					  "0.2717703, 0.2807399, 0.2985094, 0.3308147, 0.3893402, 0.5064504, 0.7782708", \
					  "0.2830245, 0.2921512, 0.3100311, 0.3421308, 0.4009167, 0.5173972, 0.7889121", \
					  "0.3016566, 0.3109206, 0.3287474, 0.3609070, 0.4195426, 0.5365776, 0.8084332", \
					  "0.3283254, 0.3374783, 0.3553045, 0.3875279, 0.4462246, 0.5632541, 0.8351162", \
					  "0.3658552, 0.3748560, 0.3924441, 0.4243261, 0.4825509, 0.5981119, 0.8696721", \
					  "0.3975101, 0.4066016, 0.4243233, 0.4564231, 0.5146769, 0.6311566, 0.9016072");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012991, 0.00337533, 0.00876979, 0.0227857, 0.0592019, 0.153819");
					values("0.0402006, 0.0455462, 0.0562668, 0.0788434, 0.1296947, 0.2547382, 0.6031284", \
					  "0.0404747, 0.0459073, 0.0564585, 0.0789586, 0.1301957, 0.2546456, 0.6016377", \
					  "0.0403251, 0.0455339, 0.0562960, 0.0789087, 0.1297326, 0.2535417, 0.5955549", \
					  "0.0401779, 0.0455196, 0.0562751, 0.0786797, 0.1299962, 0.2545520, 0.6017190", \
					  "0.0403937, 0.0455880, 0.0564178, 0.0787580, 0.1299209, 0.2548116, 0.6020764", \
					  "0.0399109, 0.0450025, 0.0557654, 0.0777778, 0.1273196, 0.2536933, 0.5951218", \
					  "0.0402119, 0.0454557, 0.0561691, 0.0783590, 0.1294848, 0.2528582, 0.5947617");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001600;
			capacitance : 0.001547;
			fall_capacitance : 0.001494;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011446, -0.0011534, -0.0011736, -0.0011719, -0.0011680, -0.0011590, -0.0011383");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016429, 0.0016420, 0.0016400, 0.0016400, 0.0016401, 0.0016403, 0.0016408");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001955;
			capacitance : 0.001873;
			fall_capacitance : 0.001791;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017516, -0.0017557, -0.0017650, -0.0017628, -0.0017579, -0.0017466, -0.0017206");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022073, 0.0022096, 0.0022148, 0.0022152, 0.0022161, 0.0022181, 0.0022229");
				}
			}
		}
		pin (S) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003219;
			capacitance : 0.003352;
			rise_capacitance : 0.003485;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018033, -0.0018570, -0.0019808, -0.0019883, -0.0020056, -0.0020454, -0.0021373");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0084093, 0.0083346, 0.0081624, 0.0081628, 0.0081637, 0.0081656, 0.0081702");
				}
			}
		}
	}
	cell ("scs8hd_mux2_2") {
		area : 11.260800;
		cell_footprint : "mux2";
		cell_leakage_power : 1.033307e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012676";
			when : "!A0&!A1&S";
		}
		leakage_power () {
			value : "0.0008630";
			when : "!A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0009580";
			when : "!A0&A1&S";
		}
		leakage_power () {
			value : "0.0009127";
			when : "!A0&A1&!S";
		}
		leakage_power () {
			value : "0.0013224";
			when : "A0&!A1&S";
		}
		leakage_power () {
			value : "0.0005501";
			when : "A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0014001";
			when : "A0&A1&S";
		}
		leakage_power () {
			value : "0.0009925";
			when : "A0&A1&!S";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A0&!S) | (A1&S)";
			max_capacitance : 0.260020;
			max_transition : 1.504912;
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0114378, 0.0126665, 0.0160268, 0.0250664, 0.0503763, 0.1225404, 0.3260423", \
					  "0.0114732, 0.0126981, 0.0160558, 0.0251116, 0.0505234, 0.1221362, 0.3249718", \
					  "0.0114926, 0.0127101, 0.0160699, 0.0250986, 0.0504480, 0.1221727, 0.3248736", \
					  "0.0114320, 0.0126412, 0.0159962, 0.0251072, 0.0504220, 0.1221583, 0.3250655", \
					  "0.0113077, 0.0125125, 0.0158321, 0.0248055, 0.0501544, 0.1218669, 0.3245919", \
					  "0.0115506, 0.0126881, 0.0159648, 0.0248422, 0.0499400, 0.1214320, 0.3260754", \
					  "0.0115373, 0.0126668, 0.0158897, 0.0249634, 0.0500847, 0.1220971, 0.3254259");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0070952, 0.0061503, 0.0036054, -0.0041675, -0.0275765, -0.0986489, -0.3032340", \
					  "0.0069363, 0.0060020, 0.0034980, -0.0042472, -0.0276693, -0.0987323, -0.3033278", \
					  "0.0068028, 0.0058869, 0.0033465, -0.0044323, -0.0278264, -0.0988755, -0.3034484", \
					  "0.0066678, 0.0057241, 0.0031408, -0.0046431, -0.0279973, -0.0990537, -0.3036327", \
					  "0.0065724, 0.0056408, 0.0031135, -0.0047135, -0.0281523, -0.0991707, -0.3037254", \
					  "0.0066375, 0.0056938, 0.0030849, -0.0047515, -0.0282535, -0.0992372, -0.3037385", \
					  "0.0092891, 0.0081598, 0.0049894, -0.0038870, -0.0290107, -0.0995127, -0.3039150");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0111210, 0.0123332, 0.0157251, 0.0248872, 0.0504636, 0.1224245, 0.3252238", \
					  "0.0111398, 0.0123546, 0.0157417, 0.0248995, 0.0504795, 0.1224394, 0.3252389", \
					  "0.0111208, 0.0123422, 0.0157245, 0.0248570, 0.0504317, 0.1228633, 0.3265682", \
					  "0.0110501, 0.0122770, 0.0156494, 0.0248306, 0.0503100, 0.1220844, 0.3265206", \
					  "0.0108637, 0.0120476, 0.0154219, 0.0245613, 0.0499123, 0.1225002, 0.3263603", \
					  "0.0110538, 0.0122191, 0.0154754, 0.0244077, 0.0496526, 0.1211935, 0.3250487", \
					  "0.0110047, 0.0121296, 0.0153543, 0.0244366, 0.0499451, 0.1216721, 0.3246345");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0069708, 0.0060828, 0.0035223, -0.0041487, -0.0276818, -0.0988497, -0.3035061", \
					  "0.0068486, 0.0059272, 0.0034142, -0.0042257, -0.0277576, -0.0989059, -0.3035648", \
					  "0.0067146, 0.0058852, 0.0032770, -0.0043539, -0.0278633, -0.0990304, -0.3036830", \
					  "0.0065959, 0.0056656, 0.0031745, -0.0044908, -0.0280043, -0.0991379, -0.3037866", \
					  "0.0064991, 0.0055695, 0.0030595, -0.0046335, -0.0281127, -0.0992235, -0.3038575", \
					  "0.0064721, 0.0054448, 0.0029169, -0.0047500, -0.0282725, -0.0993355, -0.3039572", \
					  "0.0094081, 0.0082769, 0.0051013, -0.0037935, -0.0286766, -0.0994042, -0.3039446");
				}
			}
			internal_power () {
				related_pin : "S";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0127356, 0.0139496, 0.0173113, 0.0263532, 0.0516042, 0.1232413, 0.3271375", \
					  "0.0126781, 0.0138965, 0.0172516, 0.0262859, 0.0515685, 0.1232248, 0.3257683", \
					  "0.0127245, 0.0139396, 0.0172966, 0.0263459, 0.0516102, 0.1230343, 0.3271689", \
					  "0.0125847, 0.0138195, 0.0171237, 0.0262547, 0.0515173, 0.1235356, 0.3270553", \
					  "0.0125256, 0.0137384, 0.0170943, 0.0261425, 0.0513986, 0.1230847, 0.3256480", \
					  "0.0122320, 0.0135103, 0.0170180, 0.0261241, 0.0513225, 0.1235107, 0.3270167", \
					  "0.0124846, 0.0136495, 0.0169019, 0.0259145, 0.0513085, 0.1227880, 0.3238342");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417891, 0.004020827, 0.01140219, 0.0323341, 0.09169243, 0.2600197");
					values("0.0093291, 0.0083324, 0.0057667, -0.0019423, -0.0258681, -0.0974673, -0.3022645", \
					  "0.0091766, 0.0082221, 0.0056802, -0.0020096, -0.0259108, -0.0975180, -0.3023005", \
					  "0.0091361, 0.0081882, 0.0056422, -0.0020518, -0.0259797, -0.0975566, -0.3023307", \
					  "0.0088856, 0.0079291, 0.0054169, -0.0022606, -0.0262190, -0.0978063, -0.3025637", \
					  "0.0087203, 0.0077554, 0.0052154, -0.0024483, -0.0264127, -0.0979689, -0.3027364", \
					  "0.0094390, 0.0083496, 0.0052971, -0.0025886, -0.0264738, -0.0980347, -0.3027887", \
					  "0.0127060, 0.0116130, 0.0085404, -0.0002412, -0.0255007, -0.0976995, -0.3026368");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0977807, 0.1040480, 0.1184274, 0.1515947, 0.2371298, 0.4753787, 1.1501904", \
					  "0.1024733, 0.1087781, 0.1231534, 0.1563472, 0.2416602, 0.4804216, 1.1553644", \
					  "0.1135663, 0.1198236, 0.1342141, 0.1673952, 0.2526966, 0.4915103, 1.1665793", \
					  "0.1389407, 0.1451802, 0.1595276, 0.1926905, 0.2780035, 0.5168890, 1.1916248", \
					  "0.1886441, 0.1952928, 0.2102513, 0.2438899, 0.3295400, 0.5676288, 1.2428881", \
					  "0.2566584, 0.2648343, 0.2822167, 0.3181395, 0.4041024, 0.6433716, 1.3174288", \
					  "0.3341612, 0.3452860, 0.3682239, 0.4112564, 0.4992114, 0.7373659, 1.4109572");
				}
				rise_transition ("del_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("0.0230255, 0.0280272, 0.0422767, 0.0816055, 0.1984442, 0.5383944, 1.5016205", \
					  "0.0229177, 0.0283040, 0.0422108, 0.0817396, 0.1981823, 0.5394346, 1.4993504", \
					  "0.0229883, 0.0281057, 0.0422317, 0.0818832, 0.1985163, 0.5387336, 1.4957082", \
					  "0.0228850, 0.0279823, 0.0421905, 0.0816801, 0.1981988, 0.5400329, 1.5041430", \
					  "0.0260655, 0.0311611, 0.0445501, 0.0830546, 0.1988866, 0.5399836, 1.5044550", \
					  "0.0352451, 0.0402518, 0.0530914, 0.0881443, 0.2009732, 0.5364373, 1.5036324", \
					  "0.0523284, 0.0584737, 0.0709854, 0.1034927, 0.2055843, 0.5414666, 1.4985493");
				}
				cell_fall ("del_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("0.2102144, 0.2172602, 0.2320569, 0.2605239, 0.3154257, 0.4273172, 0.6739335", \
					  "0.2142847, 0.2213019, 0.2362865, 0.2643205, 0.3193110, 0.4312060, 0.6777300", \
					  "0.2253755, 0.2324324, 0.2477148, 0.2761430, 0.3305728, 0.4424709, 0.6891231", \
					  "0.2563515, 0.2618986, 0.2768124, 0.3052514, 0.3601509, 0.4717970, 0.7186637", \
					  "0.3301050, 0.3371535, 0.3521329, 0.3806700, 0.4355825, 0.5474605, 0.7940985", \
					  "0.5055321, 0.5126959, 0.5285339, 0.5573659, 0.6130382, 0.7256137, 0.9725833", \
					  "0.8233428, 0.8338548, 0.8549373, 0.8932051, 0.9594223, 1.0847783, 1.3380079");
				}
				fall_transition ("del_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("0.0384258, 0.0421279, 0.0512959, 0.0701734, 0.1178798, 0.2248769, 0.5154366", \
					  "0.0382677, 0.0420181, 0.0504429, 0.0708506, 0.1183613, 0.2250925, 0.5133684", \
					  "0.0382025, 0.0420117, 0.0505214, 0.0700996, 0.1182979, 0.2250996, 0.5134659", \
					  "0.0382902, 0.0418776, 0.0505571, 0.0707942, 0.1178921, 0.2251089, 0.5145583", \
					  "0.0383129, 0.0422172, 0.0508134, 0.0701499, 0.1182545, 0.2248069, 0.5153047", \
					  "0.0436788, 0.0474862, 0.0553676, 0.0737910, 0.1194890, 0.2261115, 0.5145818", \
					  "0.0673842, 0.0717578, 0.0809698, 0.1013284, 0.1469216, 0.2493674, 0.5231837");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0977015, 0.1038665, 0.1183021, 0.1517359, 0.2377676, 0.4772495, 1.1528097", \
					  "0.1023274, 0.1085229, 0.1229090, 0.1563429, 0.2423670, 0.4818821, 1.1574194", \
					  "0.1131366, 0.1193718, 0.1337909, 0.1671803, 0.2533745, 0.4924805, 1.1677209", \
					  "0.1385113, 0.1447672, 0.1590953, 0.1924442, 0.2785398, 0.5177905, 1.1933102", \
					  "0.1881706, 0.1947855, 0.2097841, 0.2438055, 0.3298086, 0.5689979, 1.2442921", \
					  "0.2564559, 0.2647072, 0.2822145, 0.3179268, 0.4039603, 0.6434963, 1.3201105", \
					  "0.3335950, 0.3447563, 0.3676211, 0.4107638, 0.4995441, 0.7371296, 1.4113443");
				}
				rise_transition ("del_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("0.0226249, 0.0279214, 0.0418164, 0.0813509, 0.1983855, 0.5383162, 1.4969066", \
					  "0.0226403, 0.0279410, 0.0418126, 0.0815000, 0.1983955, 0.5380665, 1.4967815", \
					  "0.0226785, 0.0278326, 0.0418454, 0.0814175, 0.1985433, 0.5383172, 1.5015065", \
					  "0.0227398, 0.0277696, 0.0418318, 0.0812655, 0.1985444, 0.5378553, 1.5011692", \
					  "0.0264920, 0.0312564, 0.0444817, 0.0826957, 0.1986171, 0.5389862, 1.5014691", \
					  "0.0349218, 0.0398247, 0.0525368, 0.0875785, 0.2005818, 0.5374728, 1.5049120", \
					  "0.0524714, 0.0584993, 0.0711007, 0.1035194, 0.2053865, 0.5402570, 1.5001931");
				}
				cell_fall ("del_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("0.2129392, 0.2201115, 0.2353348, 0.2643045, 0.3198958, 0.4307359, 0.6764925", \
					  "0.2171515, 0.2244101, 0.2396452, 0.2684257, 0.3242222, 0.4348518, 0.6811107", \
					  "0.2286283, 0.2356487, 0.2507692, 0.2794407, 0.3352390, 0.4462284, 0.6918514", \
					  "0.2597908, 0.2669931, 0.2821130, 0.3109626, 0.3662565, 0.4770528, 0.7233497", \
					  "0.3334278, 0.3407142, 0.3559014, 0.3849205, 0.4408009, 0.5516750, 0.7979921", \
					  "0.5106774, 0.5184795, 0.5343681, 0.5636718, 0.6198754, 0.7311312, 0.9739221", \
					  "0.8332166, 0.8438324, 0.8651115, 0.9033237, 0.9694946, 1.0934907, 1.3458994");
				}
				fall_transition ("del_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("0.0394978, 0.0433236, 0.0521033, 0.0725252, 0.1189442, 0.2239674, 0.5157600", \
					  "0.0394879, 0.0433826, 0.0522558, 0.0723437, 0.1188058, 0.2245828, 0.5155662", \
					  "0.0393845, 0.0434258, 0.0520303, 0.0722754, 0.1186973, 0.2235523, 0.5157437", \
					  "0.0395409, 0.0431657, 0.0522188, 0.0716975, 0.1192877, 0.2247527, 0.5154541", \
					  "0.0395085, 0.0432624, 0.0521713, 0.0723733, 0.1189660, 0.2243305, 0.5157332", \
					  "0.0445434, 0.0479898, 0.0559925, 0.0752378, 0.1201007, 0.2249030, 0.5156556", \
					  "0.0682114, 0.0722914, 0.0821415, 0.1024311, 0.1481020, 0.2475387, 0.5235690");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.0999071, 0.1061593, 0.1205754, 0.1540748, 0.2402613, 0.4797830, 1.1553577", \
					  "0.1047127, 0.1109443, 0.1253357, 0.1587907, 0.2452120, 0.4842309, 1.1624749", \
					  "0.1155569, 0.1218071, 0.1361925, 0.1696534, 0.2560417, 0.4950865, 1.1734250", \
					  "0.1400528, 0.1462980, 0.1606572, 0.1940300, 0.2801240, 0.5196759, 1.1952782", \
					  "0.1886444, 0.1952185, 0.2101773, 0.2440075, 0.3299233, 0.5697037, 1.2455831", \
					  "0.2622586, 0.2703469, 0.2870989, 0.3229795, 0.4095897, 0.6487251, 1.3276084", \
					  "0.3545616, 0.3649510, 0.3865258, 0.4279399, 0.5168750, 0.7558451, 1.4311448");
				}
				rise_transition ("del_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("0.0225906, 0.0279179, 0.0418400, 0.0814882, 0.1986012, 0.5383660, 1.4964768", \
					  "0.0225875, 0.0278251, 0.0418378, 0.0812737, 0.1986262, 0.5382605, 1.4995507", \
					  "0.0226731, 0.0277980, 0.0417974, 0.0812889, 0.1985268, 0.5383287, 1.4995996", \
					  "0.0226736, 0.0277196, 0.0418039, 0.0814911, 0.1986236, 0.5396562, 1.5002862", \
					  "0.0249913, 0.0300888, 0.0437188, 0.0823493, 0.1986260, 0.5385142, 1.4961961", \
					  "0.0318339, 0.0372435, 0.0502788, 0.0869246, 0.2000141, 0.5373957, 1.4999580", \
					  "0.0466898, 0.0521609, 0.0654630, 0.0989695, 0.2047477, 0.5408077, 1.4961091");
				}
				cell_fall ("del_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("0.2382360, 0.2453942, 0.2604187, 0.2881844, 0.3392442, 0.4408161, 0.6808014", \
					  "0.2441297, 0.2512567, 0.2662286, 0.2942293, 0.3451410, 0.4466851, 0.6864603", \
					  "0.2585837, 0.2657776, 0.2805940, 0.3085515, 0.3594738, 0.4610784, 0.7008970", \
					  "0.2915986, 0.2987903, 0.3136131, 0.3415492, 0.3924526, 0.4940670, 0.7339252", \
					  "0.3656555, 0.3728967, 0.3877431, 0.4155978, 0.4665839, 0.5681509, 0.8079892", \
					  "0.5343922, 0.5417411, 0.5567923, 0.5849739, 0.6361949, 0.7379328, 0.9777565", \
					  "0.8661427, 0.8752582, 0.8935216, 0.9263800, 0.9835396, 1.0913498, 1.3339190");
				}
				fall_transition ("del_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("0.0395723, 0.0431556, 0.0513682, 0.0686058, 0.1075888, 0.2097169, 0.5076075", \
					  "0.0394473, 0.0433245, 0.0514664, 0.0686277, 0.1082017, 0.2096293, 0.5100533", \
					  "0.0396582, 0.0432537, 0.0516988, 0.0687104, 0.1086796, 0.2092134, 0.5084693", \
					  "0.0396812, 0.0432533, 0.0516695, 0.0687015, 0.1086537, 0.2091258, 0.5087115", \
					  "0.0394686, 0.0432185, 0.0515947, 0.0687933, 0.1087102, 0.2091143, 0.5085103", \
					  "0.0419569, 0.0452849, 0.0530523, 0.0696792, 0.1084068, 0.2102521, 0.5085057", \
					  "0.0552403, 0.0590883, 0.0674863, 0.0851980, 0.1234699, 0.2207265, 0.5115902");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141789, 0.00402083, 0.0114022, 0.0323341, 0.0916924, 0.26002");
					values("0.1734147, 0.1796784, 0.1940867, 0.2272715, 0.3126687, 0.5509580, 1.2257872", \
					  "0.1788149, 0.1850789, 0.1994763, 0.2326846, 0.3179601, 0.5563845, 1.2312300", \
					  "0.1929541, 0.1992253, 0.2136262, 0.2467988, 0.3322672, 0.5704163, 1.2451754", \
					  "0.2278927, 0.2341520, 0.2484214, 0.2816701, 0.3672077, 0.6060761, 1.2822220", \
					  "0.3029836, 0.3092586, 0.3236647, 0.3568346, 0.4422791, 0.6806822, 1.3555246", \
					  "0.4376089, 0.4438913, 0.4583491, 0.4916753, 0.5770179, 0.8159253, 1.4925432", \
					  "0.6714920, 0.6779544, 0.6927919, 0.7267367, 0.8122468, 1.0513742, 1.7278815");
				}
				rise_transition ("del_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("0.0230975, 0.0282261, 0.0423065, 0.0815419, 0.1987613, 0.5369944, 1.4997190", \
					  "0.0230623, 0.0283548, 0.0422962, 0.0816715, 0.1986668, 0.5387668, 1.4965325", \
					  "0.0231202, 0.0281264, 0.0423398, 0.0816014, 0.1985368, 0.5376947, 1.5010152", \
					  "0.0229482, 0.0282622, 0.0423564, 0.0817497, 0.1988577, 0.5374871, 1.4983184", \
					  "0.0231533, 0.0281774, 0.0423694, 0.0816632, 0.1987714, 0.5382929, 1.4968665", \
					  "0.0234746, 0.0287977, 0.0427036, 0.0819825, 0.1981423, 0.5373711, 1.4984353", \
					  "0.0250355, 0.0301646, 0.0440740, 0.0828463, 0.1982978, 0.5341920, 1.4955870");
				}
				cell_fall ("del_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("0.2946367, 0.3020288, 0.3173761, 0.3457757, 0.3973059, 0.4996483, 0.7403289", \
					  "0.2994913, 0.3069110, 0.3221005, 0.3506037, 0.4023543, 0.5045739, 0.7449448", \
					  "0.3103663, 0.3176792, 0.3329878, 0.3616100, 0.4130682, 0.5155427, 0.7560134", \
					  "0.3315472, 0.3388672, 0.3541318, 0.3825230, 0.4343048, 0.5366269, 0.7771427", \
					  "0.3620268, 0.3694050, 0.3846399, 0.4129207, 0.4645065, 0.5670137, 0.8076307", \
					  "0.4045005, 0.4118288, 0.4270605, 0.4554726, 0.5073643, 0.6094773, 0.8502267", \
					  "0.4473414, 0.4546561, 0.4700730, 0.4985271, 0.5502274, 0.6525759, 0.8931950");
				}
				fall_transition ("del_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("0.0410716, 0.0446384, 0.0527474, 0.0705153, 0.1099530, 0.2121509, 0.5088519", \
					  "0.0409923, 0.0447487, 0.0531355, 0.0703489, 0.1106493, 0.2120152, 0.5086995", \
					  "0.0409447, 0.0446586, 0.0531746, 0.0704580, 0.1112144, 0.2121038, 0.5091339", \
					  "0.0407861, 0.0445399, 0.0529273, 0.0706622, 0.1101169, 0.2117502, 0.5098540", \
					  "0.0410436, 0.0445794, 0.0531225, 0.0709676, 0.1113444, 0.2122656, 0.5089127", \
					  "0.0409602, 0.0446785, 0.0531347, 0.0711529, 0.1098327, 0.2116163, 0.5080916", \
					  "0.0411580, 0.0447839, 0.0530658, 0.0705880, 0.1109497, 0.2124265, 0.5086910");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001901;
			capacitance : 0.001825;
			fall_capacitance : 0.001748;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015842, -0.0016024, -0.0016443, -0.0016432, -0.0016407, -0.0016349, -0.0016215");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021216, 0.0021232, 0.0021269, 0.0021278, 0.0021299, 0.0021346, 0.0021456");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001722;
			capacitance : 0.001652;
			fall_capacitance : 0.001581;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017100, -0.0017151, -0.0017267, -0.0017242, -0.0017183, -0.0017048, -0.0016737");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021322, 0.0021305, 0.0021266, 0.0021272, 0.0021285, 0.0021315, 0.0021384");
				}
			}
		}
		pin (S) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002936;
			capacitance : 0.003075;
			rise_capacitance : 0.003213;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0006826, 0.0006181, 0.0004693, 0.0004576, 0.0004308, 0.0003689, 0.0002262");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076230, 0.0075404, 0.0073501, 0.0073506, 0.0073518, 0.0073544, 0.0073603");
				}
			}
		}
	}
	cell ("scs8hd_mux2_4") {
		area : 15.014400;
		cell_footprint : "mux2";
		cell_leakage_power : 1.235380e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018281";
			when : "!A0&!A1&S";
		}
		leakage_power () {
			value : "0.0014762";
			when : "!A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0008208";
			when : "!A0&A1&S";
		}
		leakage_power () {
			value : "0.0014917";
			when : "!A0&A1&!S";
		}
		leakage_power () {
			value : "0.0018417";
			when : "A0&!A1&S";
		}
		leakage_power () {
			value : "0.0004696";
			when : "A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0011528";
			when : "A0&A1&S";
		}
		leakage_power () {
			value : "0.0008021";
			when : "A0&A1&!S";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A0&!S) | (A1&S)";
			max_capacitance : 0.465098;
			max_transition : 1.509421;
			internal_power () {
				related_pin : "A0";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562185, 0.004880842, 0.01524955, 0.04764524, 0.1488613, 0.4650977");
					values("0.0125896, 0.0114037, 0.0080088, -0.0028735, -0.0388987, -0.1592136, -0.5434268", \
					  "0.0125826, 0.0114097, 0.0079747, -0.0029450, -0.0389509, -0.1592954, -0.5434734", \
					  "0.0123022, 0.0111021, 0.0077008, -0.0031781, -0.0391215, -0.1594637, -0.5436475", \
					  "0.0121400, 0.0109487, 0.0075500, -0.0033407, -0.0393444, -0.1596422, -0.5438275", \
					  "0.0120207, 0.0108474, 0.0074107, -0.0035456, -0.0395436, -0.1597798, -0.5438774", \
					  "0.0123305, 0.0111265, 0.0074746, -0.0035800, -0.0397414, -0.1599187, -0.5439563", \
					  "0.0166173, 0.0152664, 0.0111848, -0.0013711, -0.0404776, -0.1600386, -0.5439372");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562185, 0.004880842, 0.01524955, 0.04764524, 0.1488613, 0.4650977");
					values("0.0194556, 0.0208858, 0.0252842, 0.0384400, 0.0782512, 0.2019320, 0.5820848", \
					  "0.0194847, 0.0209324, 0.0252330, 0.0384668, 0.0783480, 0.2007383, 0.5828931", \
					  "0.0195031, 0.0209206, 0.0252712, 0.0384527, 0.0784026, 0.2007358, 0.5831772", \
					  "0.0194394, 0.0208705, 0.0252235, 0.0383366, 0.0780521, 0.2017737, 0.5819761", \
					  "0.0192436, 0.0206396, 0.0249557, 0.0376746, 0.0773910, 0.2003212, 0.5843168", \
					  "0.0195367, 0.0208797, 0.0250530, 0.0378710, 0.0769264, 0.1989652, 0.5841075", \
					  "0.0196875, 0.0210441, 0.0251122, 0.0378840, 0.0774627, 0.1998413, 0.5794084");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562185, 0.004880842, 0.01524955, 0.04764524, 0.1488613, 0.4650977");
					values("0.0192727, 0.0206882, 0.0249358, 0.0378857, 0.0772038, 0.2000663, 0.5802252", \
					  "0.0193094, 0.0207144, 0.0250168, 0.0379111, 0.0772213, 0.1993324, 0.5809676", \
					  "0.0192870, 0.0206723, 0.0249635, 0.0379167, 0.0772983, 0.1993333, 0.5809923", \
					  "0.0192103, 0.0206042, 0.0249108, 0.0378650, 0.0771763, 0.1989376, 0.5806977", \
					  "0.0189774, 0.0203847, 0.0246465, 0.0374661, 0.0767017, 0.1985604, 0.5824583", \
					  "0.0193742, 0.0207107, 0.0249188, 0.0376627, 0.0764855, 0.1982315, 0.5792201", \
					  "0.0193148, 0.0206681, 0.0247606, 0.0375647, 0.0764057, 0.1987626, 0.5778941");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562185, 0.004880842, 0.01524955, 0.04764524, 0.1488613, 0.4650977");
					values("0.0126858, 0.0115377, 0.0081948, -0.0025277, -0.0380838, -0.1583222, -0.5424640", \
					  "0.0126809, 0.0115007, 0.0081540, -0.0026104, -0.0381274, -0.1584002, -0.5425560", \
					  "0.0124645, 0.0112699, 0.0078753, -0.0026420, -0.0383201, -0.1585919, -0.5427497", \
					  "0.0122101, 0.0111330, 0.0077359, -0.0030150, -0.0385653, -0.1588088, -0.5429271", \
					  "0.0121146, 0.0109905, 0.0075997, -0.0031759, -0.0388435, -0.1590917, -0.5431642", \
					  "0.0124404, 0.0109501, 0.0073321, -0.0034170, -0.0391629, -0.1590816, -0.5430389", \
					  "0.0171231, 0.0162961, 0.0120568, -0.0007165, -0.0397853, -0.1595465, -0.5431671");
				}
			}
			internal_power () {
				related_pin : "S";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562185, 0.004880842, 0.01524955, 0.04764524, 0.1488613, 0.4650977");
					values("0.0196480, 0.0211046, 0.0254326, 0.0386034, 0.0784804, 0.2008955, 0.5833623", \
					  "0.0196106, 0.0210632, 0.0253665, 0.0385604, 0.0784225, 0.2008940, 0.5830226", \
					  "0.0197633, 0.0211571, 0.0255466, 0.0387199, 0.0786031, 0.2010759, 0.5835195", \
					  "0.0197908, 0.0211977, 0.0255394, 0.0387184, 0.0785749, 0.2013256, 0.5833680", \
					  "0.0196318, 0.0210861, 0.0254578, 0.0386590, 0.0784129, 0.2020748, 0.5826101", \
					  "0.0192344, 0.0205875, 0.0249422, 0.0384421, 0.0780202, 0.1999976, 0.5846829", \
					  "0.0195235, 0.0209002, 0.0251209, 0.0381263, 0.0778521, 0.2005713, 0.5823887");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562185, 0.004880842, 0.01524955, 0.04764524, 0.1488613, 0.4650977");
					values("0.0166927, 0.0155110, 0.0120297, 0.0014959, -0.0346694, -0.1554281, -0.5395462", \
					  "0.0166831, 0.0155078, 0.0121962, 0.0016255, -0.0346471, -0.1553790, -0.5395032", \
					  "0.0168141, 0.0156039, 0.0122010, 0.0015145, -0.0345513, -0.1553057, -0.5394028", \
					  "0.0166652, 0.0154446, 0.0120102, 0.0013572, -0.0347135, -0.1554781, -0.5395694", \
					  "0.0164452, 0.0152296, 0.0118127, 0.0012606, -0.0348860, -0.1556437, -0.5397541", \
					  "0.0194451, 0.0181954, 0.0143079, 0.0021186, -0.0348690, -0.1557083, -0.5397875", \
					  "0.0232456, 0.0220103, 0.0181572, 0.0060626, -0.0326359, -0.1550092, -0.5396431");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				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, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0983716, 0.1026025, 0.1137055, 0.1416528, 0.2175253, 0.4459884, 1.1561855", \
					  "0.1027070, 0.1069196, 0.1179425, 0.1460052, 0.2219223, 0.4513582, 1.1589634", \
					  "0.1128897, 0.1171023, 0.1281743, 0.1561908, 0.2321703, 0.4612750, 1.1691316", \
					  "0.1366705, 0.1408532, 0.1519095, 0.1797070, 0.2553852, 0.4839674, 1.1940803", \
					  "0.1815124, 0.1859617, 0.1974835, 0.2256631, 0.3016579, 0.5298381, 1.2416940", \
					  "0.2392823, 0.2446790, 0.2581125, 0.2881251, 0.3638304, 0.5926244, 1.3020575", \
					  "0.2902575, 0.2975774, 0.3153571, 0.3519753, 0.4316609, 0.6585321, 1.3663245");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0231949, 0.0266743, 0.0369818, 0.0682288, 0.1684842, 0.4918339, 1.5031101", \
					  "0.0232625, 0.0267577, 0.0370085, 0.0682250, 0.1685346, 0.4905909, 1.5050799", \
					  "0.0232602, 0.0267347, 0.0370781, 0.0681297, 0.1683813, 0.4913012, 1.5049247", \
					  "0.0231625, 0.0269007, 0.0369568, 0.0680969, 0.1684069, 0.4919211, 1.5034151", \
					  "0.0262980, 0.0295980, 0.0394351, 0.0697394, 0.1688911, 0.4918648, 1.4975455", \
					  "0.0351618, 0.0385448, 0.0477361, 0.0750140, 0.1713771, 0.4903442, 1.5028963", \
					  "0.0527271, 0.0564305, 0.0661583, 0.0905704, 0.1764566, 0.4933411, 1.4967559");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.2258760, 0.2308401, 0.2431143, 0.2691513, 0.3213725, 0.4358343, 0.6924141", \
					  "0.2298365, 0.2348109, 0.2470514, 0.2731585, 0.3259604, 0.4404079, 0.6968685", \
					  "0.2403412, 0.2452679, 0.2575385, 0.2835711, 0.3360193, 0.4505342, 0.7071905", \
					  "0.2704565, 0.2754059, 0.2876361, 0.3136018, 0.3655616, 0.4793551, 0.7354093", \
					  "0.3408576, 0.3457757, 0.3577950, 0.3860515, 0.4383515, 0.5527848, 0.8094346", \
					  "0.5112097, 0.5165290, 0.5295915, 0.5559982, 0.6093832, 0.7243806, 0.9813348", \
					  "0.8154689, 0.8226108, 0.8400400, 0.8746456, 0.9386151, 1.0678781, 1.3330022");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0445222, 0.0470343, 0.0532553, 0.0695676, 0.1138557, 0.2181824, 0.5059193", \
					  "0.0444478, 0.0469584, 0.0533308, 0.0697034, 0.1134763, 0.2181810, 0.5048538", \
					  "0.0444517, 0.0469279, 0.0532866, 0.0697217, 0.1140321, 0.2184434, 0.5057325", \
					  "0.0445217, 0.0470530, 0.0532730, 0.0695377, 0.1133764, 0.2180627, 0.5046746", \
					  "0.0444088, 0.0468931, 0.0534286, 0.0697784, 0.1134527, 0.2182228, 0.5047126", \
					  "0.0498800, 0.0521276, 0.0578799, 0.0732243, 0.1151585, 0.2192821, 0.5051887", \
					  "0.0766263, 0.0792976, 0.0861614, 0.1028907, 0.1437815, 0.2449972, 0.5168834");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0971800, 0.1013635, 0.1122809, 0.1399597, 0.2149075, 0.4431081, 1.1511435", \
					  "0.1013822, 0.1055593, 0.1166071, 0.1442107, 0.2193483, 0.4463440, 1.1550872", \
					  "0.1115544, 0.1157032, 0.1267519, 0.1543577, 0.2295503, 0.4565638, 1.1652074", \
					  "0.1351523, 0.1393458, 0.1503169, 0.1778726, 0.2529368, 0.4806494, 1.1875896", \
					  "0.1800132, 0.1844541, 0.1959518, 0.2242318, 0.2995600, 0.5269791, 1.2346413", \
					  "0.2357691, 0.2412009, 0.2546323, 0.2847876, 0.3602839, 0.5883763, 1.2973803", \
					  "0.2853887, 0.2927741, 0.3106374, 0.3478105, 0.4260341, 0.6530301, 1.3598501");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0232093, 0.0267095, 0.0369699, 0.0682048, 0.1683946, 0.4913785, 1.5040077", \
					  "0.0232622, 0.0267642, 0.0370176, 0.0681064, 0.1684824, 0.4924556, 1.5024999", \
					  "0.0232740, 0.0266811, 0.0370822, 0.0681748, 0.1685031, 0.4924679, 1.5033805", \
					  "0.0231217, 0.0266526, 0.0369966, 0.0681729, 0.1683299, 0.4916796, 1.5053299", \
					  "0.0265134, 0.0298202, 0.0395353, 0.0696916, 0.1689973, 0.4906801, 1.5022213", \
					  "0.0356639, 0.0386909, 0.0482480, 0.0752789, 0.1712639, 0.4900496, 1.5036448", \
					  "0.0541695, 0.0569141, 0.0664619, 0.0924469, 0.1775703, 0.4940389, 1.4945312");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.2160194, 0.2208359, 0.2327057, 0.2579751, 0.3095016, 0.4193768, 0.6711782", \
					  "0.2202660, 0.2250103, 0.2368140, 0.2622974, 0.3136865, 0.4237390, 0.6758669", \
					  "0.2311425, 0.2359181, 0.2477105, 0.2726061, 0.3240406, 0.4340897, 0.6864125", \
					  "0.2616839, 0.2653719, 0.2782927, 0.3033785, 0.3540297, 0.4643759, 0.7166371", \
					  "0.3326888, 0.3392071, 0.3508958, 0.3759249, 0.4275023, 0.5380105, 0.7901291", \
					  "0.5039864, 0.5101538, 0.5226081, 0.5487477, 0.6005428, 0.7101480, 0.9626917", \
					  "0.8093876, 0.8165818, 0.8338542, 0.8679196, 0.9307235, 1.0559347, 1.3128222");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0421678, 0.0445658, 0.0508012, 0.0667100, 0.1087343, 0.2101740, 0.5001634", \
					  "0.0421175, 0.0444667, 0.0510660, 0.0668166, 0.1088623, 0.2101682, 0.4992771", \
					  "0.0420950, 0.0446359, 0.0507086, 0.0672807, 0.1094029, 0.2104422, 0.4995098", \
					  "0.0421985, 0.0446428, 0.0507903, 0.0667227, 0.1089490, 0.2106063, 0.4996403", \
					  "0.0420824, 0.0445143, 0.0510524, 0.0670330, 0.1092458, 0.2104574, 0.4991216", \
					  "0.0480936, 0.0503357, 0.0559270, 0.0710323, 0.1111383, 0.2111871, 0.4998439", \
					  "0.0741788, 0.0774171, 0.0835384, 0.1002750, 0.1405495, 0.2378724, 0.5122265");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				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, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.1035548, 0.1077415, 0.1187088, 0.1463188, 0.2212720, 0.4479192, 1.1558030", \
					  "0.1080843, 0.1122902, 0.1232762, 0.1508655, 0.2255498, 0.4524175, 1.1620962", \
					  "0.1180780, 0.1222584, 0.1332756, 0.1608628, 0.2357535, 0.4629725, 1.1702564", \
					  "0.1405931, 0.1447888, 0.1557666, 0.1833197, 0.2582753, 0.4851503, 1.1932200", \
					  "0.1839517, 0.1883622, 0.1997331, 0.2279931, 0.3033821, 0.5306378, 1.2385717", \
					  "0.2450572, 0.2502583, 0.2631844, 0.2931526, 0.3693013, 0.5969397, 1.3043291", \
					  "0.3075873, 0.3144406, 0.3312249, 0.3667228, 0.4460295, 0.6736620, 1.3812195");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0232145, 0.0266857, 0.0370274, 0.0681747, 0.1683917, 0.4923676, 1.5078842", \
					  "0.0231565, 0.0266343, 0.0370366, 0.0682532, 0.1685460, 0.4920359, 1.5011944", \
					  "0.0232091, 0.0267718, 0.0370805, 0.0679958, 0.1686119, 0.4927970, 1.5017063", \
					  "0.0232194, 0.0267047, 0.0369499, 0.0682065, 0.1686202, 0.4925134, 1.5072084", \
					  "0.0254606, 0.0289728, 0.0390992, 0.0693254, 0.1685248, 0.4923499, 1.5094215", \
					  "0.0323701, 0.0359603, 0.0454928, 0.0739403, 0.1708000, 0.4901037, 1.5057449", \
					  "0.0474987, 0.0504404, 0.0603822, 0.0875536, 0.1754095, 0.4938027, 1.4965721");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.2813216, 0.2865359, 0.2992386, 0.3251608, 0.3745103, 0.4756775, 0.7212388", \
					  "0.2865837, 0.2918262, 0.3044763, 0.3304401, 0.3801601, 0.4809059, 0.7267153", \
					  "0.3001725, 0.3053933, 0.3180156, 0.3439537, 0.3933412, 0.4945422, 0.7401905", \
					  "0.3320375, 0.3373035, 0.3498922, 0.3758071, 0.4255464, 0.5262519, 0.7723575", \
					  "0.4039117, 0.4091475, 0.4218245, 0.4477497, 0.4971829, 0.5980664, 0.8443730", \
					  "0.5682098, 0.5734469, 0.5860773, 0.6119798, 0.6618063, 0.7629727, 1.0091196", \
					  "0.8984181, 0.9046563, 0.9198023, 0.9497114, 1.0043597, 1.1115913, 1.3611726");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0467823, 0.0492027, 0.0552317, 0.0698724, 0.1047991, 0.1991350, 0.4942603", \
					  "0.0466844, 0.0491750, 0.0554864, 0.0702841, 0.1045064, 0.2001439, 0.4944174", \
					  "0.0466598, 0.0490274, 0.0553778, 0.0700859, 0.1048075, 0.1994639, 0.4939538", \
					  "0.0467828, 0.0490862, 0.0553176, 0.0698006, 0.1048533, 0.1999216, 0.4939723", \
					  "0.0468005, 0.0493109, 0.0555794, 0.0696539, 0.1051849, 0.2001886, 0.4944961", \
					  "0.0478762, 0.0502696, 0.0566503, 0.0710850, 0.1051110, 0.1999096, 0.4946177", \
					  "0.0610053, 0.0636065, 0.0701627, 0.0841631, 0.1187053, 0.2110241, 0.5000426");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.1513190, 0.1555172, 0.1665606, 0.1945708, 0.2705300, 0.4995594, 1.2075257", \
					  "0.1570635, 0.1612796, 0.1723332, 0.2003569, 0.2762627, 0.5048575, 1.2138999", \
					  "0.1718767, 0.1760170, 0.1871845, 0.2151907, 0.2911691, 0.5200619, 1.2283904", \
					  "0.2071460, 0.2113789, 0.2224935, 0.2504827, 0.3264945, 0.5548756, 1.2644288", \
					  "0.2776358, 0.2819083, 0.2930529, 0.3210004, 0.3967494, 0.6253563, 1.3348922", \
					  "0.3993778, 0.4036005, 0.4147955, 0.4428259, 0.5184998, 0.7478810, 1.4588075", \
					  "0.6116765, 0.6159428, 0.6271337, 0.6552234, 0.7312022, 0.9606228, 1.6675121");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0233282, 0.0267685, 0.0371174, 0.0681522, 0.1682103, 0.4913774, 1.5045147", \
					  "0.0232835, 0.0267798, 0.0370826, 0.0681869, 0.1684291, 0.4909479, 1.5048591", \
					  "0.0233116, 0.0268871, 0.0371213, 0.0681288, 0.1681982, 0.4916609, 1.5039616", \
					  "0.0233035, 0.0267764, 0.0370824, 0.0680152, 0.1681508, 0.4923669, 1.4993549", \
					  "0.0233487, 0.0268186, 0.0369774, 0.0680445, 0.1685636, 0.4915207, 1.5042508", \
					  "0.0235265, 0.0271808, 0.0372330, 0.0683255, 0.1676601, 0.4890356, 1.4986355", \
					  "0.0241220, 0.0276181, 0.0378883, 0.0687860, 0.1686914, 0.4902443, 1.4992343");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.2702281, 0.2752334, 0.2873284, 0.3123083, 0.3605609, 0.4598180, 0.7038370", \
					  "0.2756693, 0.2806639, 0.2927757, 0.3178053, 0.3661455, 0.4646363, 0.7088168", \
					  "0.2872423, 0.2922312, 0.3045537, 0.3297386, 0.3778524, 0.4771150, 0.7211984", \
					  "0.3039821, 0.3089896, 0.3211273, 0.3464769, 0.3947091, 0.4940387, 0.7381428", \
					  "0.3244815, 0.3294770, 0.3417291, 0.3668699, 0.4151968, 0.5145000, 0.7587816", \
					  "0.3470163, 0.3519792, 0.3641397, 0.3891198, 0.4370685, 0.5355889, 0.7793523", \
					  "0.3475762, 0.3525936, 0.3647347, 0.3898288, 0.4379749, 0.5366996, 0.7804610");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156218, 0.00488084, 0.0152496, 0.0476452, 0.148861, 0.465098");
					values("0.0441619, 0.0464613, 0.0526093, 0.0669384, 0.1014969, 0.1962095, 0.4909189", \
					  "0.0443273, 0.0466005, 0.0529487, 0.0671086, 0.1008630, 0.1966733, 0.4915721", \
					  "0.0441484, 0.0467042, 0.0527958, 0.0666600, 0.1012648, 0.1955385, 0.4919167", \
					  "0.0442014, 0.0465724, 0.0526604, 0.0668766, 0.1012856, 0.1955127, 0.4918390", \
					  "0.0441495, 0.0467020, 0.0528483, 0.0668960, 0.1005614, 0.1955048, 0.4917129", \
					  "0.0438594, 0.0462640, 0.0521082, 0.0662096, 0.1001463, 0.1942577, 0.4905060", \
					  "0.0440037, 0.0463524, 0.0525190, 0.0668791, 0.1008607, 0.1957011, 0.4900480");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002026;
			capacitance : 0.002144;
			rise_capacitance : 0.002262;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018048, -0.0018203, -0.0018558, -0.0018516, -0.0018421, -0.0018200, -0.0017692");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030709, 0.0030672, 0.0030586, 0.0030603, 0.0030642, 0.0030733, 0.0030943");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002273;
			capacitance : 0.002152;
			fall_capacitance : 0.002031;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018626, -0.0018708, -0.0018899, -0.0018843, -0.0018716, -0.0018423, -0.0017746");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030811, 0.0030770, 0.0030676, 0.0030691, 0.0030725, 0.0030805, 0.0030987");
				}
			}
		}
		pin (S) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004571;
			capacitance : 0.004819;
			rise_capacitance : 0.005066;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012232, -0.0013220, -0.0015498, -0.0015486, -0.0015457, -0.0015391, -0.0015239");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0109921, 0.0108846, 0.0106366, 0.0106773, 0.0107711, 0.0109873, 0.0114856");
				}
			}
		}
	}
	cell ("scs8hd_mux2_8") {
		area : 26.275200;
		cell_footprint : "mux2";
		cell_leakage_power : 4.931977e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0376083";
			when : "!A0&!A1&S";
		}
		leakage_power () {
			value : "0.3439707";
			when : "!A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0012649";
			when : "!A0&A1&S";
		}
		leakage_power () {
			value : "0.0032691";
			when : "!A0&A1&!S";
		}
		leakage_power () {
			value : "0.0036065";
			when : "A0&!A1&S";
		}
		leakage_power () {
			value : "0.0012855";
			when : "A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0019511";
			when : "A0&A1&S";
		}
		leakage_power () {
			value : "0.0016022";
			when : "A0&A1&!S";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A0&!S) | (A1&S)";
			max_capacitance : 0.797434;
			max_transition : 1.505024;
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001709061, 0.005841777, 0.0199679, 0.0682527, 0.233296, 0.7974341");
					values("0.0370257, 0.0386358, 0.0441337, 0.0624051, 0.1221545, 0.3208528, 1.0025504", \
					  "0.0370839, 0.0386961, 0.0441719, 0.0623551, 0.1220568, 0.3220858, 1.0030679", \
					  "0.0370693, 0.0387103, 0.0442079, 0.0624447, 0.1221278, 0.3229488, 1.0064340", \
					  "0.0370003, 0.0386177, 0.0441077, 0.0622757, 0.1219002, 0.3206723, 1.0026031", \
					  "0.0367782, 0.0383872, 0.0437806, 0.0617513, 0.1209525, 0.3214943, 1.0018952", \
					  "0.0375699, 0.0390780, 0.0443553, 0.0617188, 0.1203124, 0.3196132, 1.0001263", \
					  "0.0373899, 0.0387954, 0.0438941, 0.0615205, 0.1207066, 0.3195661, 0.9980638");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001709061, 0.005841777, 0.0199679, 0.0682527, 0.233296, 0.7974341");
					values("0.0251979, 0.0236997, 0.0192969, 0.0049209, -0.0479019, -0.2413744, -0.9261192", \
					  "0.0249957, 0.0236726, 0.0191061, 0.0047991, -0.0481327, -0.2414741, -0.9262451", \
					  "0.0248224, 0.0233240, 0.0189333, 0.0047567, -0.0481497, -0.2416592, -0.9264221", \
					  "0.0243321, 0.0229334, 0.0184593, 0.0040736, -0.0488004, -0.2421431, -0.9268786", \
					  "0.0239202, 0.0224363, 0.0180309, 0.0036500, -0.0492942, -0.2426155, -0.9272906", \
					  "0.0244143, 0.0229758, 0.0182805, 0.0037696, -0.0494078, -0.2428363, -0.9273819", \
					  "0.0268028, 0.0252410, 0.0201734, 0.0031378, -0.0513250, -0.2438635, -0.9279440");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001709061, 0.005841777, 0.0199679, 0.0682527, 0.233296, 0.7974341");
					values("0.0375494, 0.0391351, 0.0445541, 0.0625222, 0.1212435, 0.3189830, 0.9998676", \
					  "0.0375733, 0.0391767, 0.0445967, 0.0624479, 0.1212636, 0.3205802, 0.9998854", \
					  "0.0375956, 0.0391850, 0.0446173, 0.0624936, 0.1214457, 0.3190788, 0.9991594", \
					  "0.0374268, 0.0390486, 0.0444538, 0.0623618, 0.1211589, 0.3202607, 1.0009279", \
					  "0.0371942, 0.0387431, 0.0438594, 0.0618577, 0.1204608, 0.3200685, 0.9958124", \
					  "0.0378069, 0.0393212, 0.0446018, 0.0618768, 0.1204133, 0.3186945, 0.9991056", \
					  "0.0375120, 0.0389884, 0.0442022, 0.0616171, 0.1206287, 0.3191035, 0.9960491");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001709061, 0.005841777, 0.0199679, 0.0682527, 0.233296, 0.7974341");
					values("0.0252226, 0.0239369, 0.0192768, 0.0052350, -0.0469977, -0.2402198, -0.9248676", \
					  "0.0249720, 0.0235472, 0.0191244, 0.0050543, -0.0473558, -0.2404495, -0.9250011", \
					  "0.0247521, 0.0233142, 0.0188850, 0.0046388, -0.0474769, -0.2406545, -0.9252142", \
					  "0.0243463, 0.0229823, 0.0185149, 0.0042363, -0.0481091, -0.2411959, -0.9257791", \
					  "0.0237769, 0.0223206, 0.0178857, 0.0036776, -0.0487405, -0.2418160, -0.9262816", \
					  "0.0246584, 0.0231544, 0.0177751, 0.0034552, -0.0492342, -0.2423202, -0.9264421", \
					  "0.0275755, 0.0260595, 0.0209858, 0.0039251, -0.0511514, -0.2433758, -0.9270205");
				}
			}
			internal_power () {
				related_pin : "S";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001709061, 0.005841777, 0.0199679, 0.0682527, 0.233296, 0.7974341");
					values("0.0384123, 0.0400030, 0.0455020, 0.0637225, 0.1233417, 0.3220818, 1.0072350", \
					  "0.0383411, 0.0399563, 0.0454782, 0.0636034, 0.1231893, 0.3222139, 1.0068539", \
					  "0.0384705, 0.0400792, 0.0455401, 0.0637642, 0.1232634, 0.3235427, 1.0052544", \
					  "0.0384753, 0.0400926, 0.0455058, 0.0636713, 0.1232265, 0.3232560, 1.0046195", \
					  "0.0383427, 0.0399702, 0.0453787, 0.0635795, 0.1233025, 0.3219613, 1.0035977", \
					  "0.0384502, 0.0400119, 0.0454472, 0.0635329, 0.1232294, 0.3232389, 1.0030596", \
					  "0.0390920, 0.0406720, 0.0460278, 0.0639323, 0.1228172, 0.3225053, 1.0045525");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001709061, 0.005841777, 0.0199679, 0.0682527, 0.233296, 0.7974341");
					values("0.0333559, 0.0319320, 0.0271607, 0.0126951, -0.0394708, -0.2342930, -0.9191560", \
					  "0.0329153, 0.0314950, 0.0269442, 0.0126459, -0.0396034, -0.2343603, -0.9190430", \
					  "0.0329690, 0.0316189, 0.0270109, 0.0127665, -0.0394891, -0.2342611, -0.9189781", \
					  "0.0327491, 0.0313642, 0.0268069, 0.0125257, -0.0396822, -0.2344661, -0.9192079", \
					  "0.0326737, 0.0312741, 0.0268139, 0.0124464, -0.0397249, -0.2345673, -0.9192866", \
					  "0.0328593, 0.0314759, 0.0267887, 0.0124673, -0.0398095, -0.2346367, -0.9194156", \
					  "0.0459046, 0.0444838, 0.0396330, 0.0229995, -0.0343311, -0.2337026, -0.9193853");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				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, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.1131128, 0.1161820, 0.1253620, 0.1501300, 0.2185822, 0.4358791, 1.1717476", \
					  "0.1176668, 0.1207733, 0.1299275, 0.1546697, 0.2232205, 0.4413393, 1.1757849", \
					  "0.1285807, 0.1316519, 0.1408264, 0.1655775, 0.2340998, 0.4516481, 1.1863205", \
					  "0.1542668, 0.1573345, 0.1664860, 0.1911758, 0.2595740, 0.4778322, 1.2128338", \
					  "0.2066483, 0.2098260, 0.2192269, 0.2442227, 0.3129124, 0.5301333, 1.2660806", \
					  "0.2840202, 0.2877237, 0.2983189, 0.3251328, 0.3948014, 0.6126010, 1.3501606", \
					  "0.3804382, 0.3853745, 0.3993820, 0.4326301, 0.5065476, 0.7236470, 1.4593652");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0267057, 0.0291649, 0.0368957, 0.0619806, 0.1475900, 0.4495484, 1.5008883", \
					  "0.0266625, 0.0291155, 0.0368890, 0.0619373, 0.1475400, 0.4531087, 1.5014210", \
					  "0.0267206, 0.0291261, 0.0369119, 0.0620257, 0.1475485, 0.4529188, 1.4986082", \
					  "0.0265736, 0.0289803, 0.0366975, 0.0618253, 0.1476144, 0.4505240, 1.5007657", \
					  "0.0285413, 0.0309398, 0.0385885, 0.0633424, 0.1478071, 0.4527578, 1.4943606", \
					  "0.0373261, 0.0391926, 0.0465580, 0.0689857, 0.1511815, 0.4503232, 1.4997706", \
					  "0.0559268, 0.0585162, 0.0647280, 0.0864773, 0.1593565, 0.4537601, 1.4982380");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.2652857, 0.2689205, 0.2792833, 0.3036457, 0.3542120, 0.4648267, 0.7342606", \
					  "0.2695729, 0.2732049, 0.2835463, 0.3078629, 0.3586184, 0.4691119, 0.7386303", \
					  "0.2813723, 0.2850017, 0.2958663, 0.3199708, 0.3706791, 0.4819853, 0.7515000", \
					  "0.3114142, 0.3150519, 0.3255754, 0.3500038, 0.4001097, 0.5118090, 0.7807607", \
					  "0.3876547, 0.3912911, 0.4016894, 0.4261615, 0.4764632, 0.5881909, 0.8572754", \
					  "0.5743485, 0.5779296, 0.5881710, 0.6117806, 0.6623129, 0.7742025, 1.0434685", \
					  "0.9447616, 0.9495499, 0.9630710, 0.9938237, 1.0537740, 1.1733483, 1.4487991");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0509509, 0.0528385, 0.0578868, 0.0710468, 0.1061820, 0.2109166, 0.5127188", \
					  "0.0510856, 0.0527009, 0.0578166, 0.0712476, 0.1064882, 0.2107598, 0.5128248", \
					  "0.0509675, 0.0527538, 0.0578765, 0.0719112, 0.1063173, 0.2103281, 0.5126994", \
					  "0.0510513, 0.0527777, 0.0579017, 0.0711589, 0.1064045, 0.2103505, 0.5122759", \
					  "0.0511858, 0.0529109, 0.0579496, 0.0710740, 0.1064407, 0.2100495, 0.5126333", \
					  "0.0517455, 0.0535194, 0.0585260, 0.0734458, 0.1075156, 0.2107835, 0.5125244", \
					  "0.0774559, 0.0792856, 0.0847041, 0.0984355, 0.1318863, 0.2276242, 0.5202002");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.1133338, 0.1163738, 0.1254522, 0.1498934, 0.2175032, 0.4337760, 1.1700724", \
					  "0.1177934, 0.1210747, 0.1301321, 0.1544861, 0.2221667, 0.4385263, 1.1744602", \
					  "0.1286162, 0.1317263, 0.1407628, 0.1651873, 0.2328517, 0.4493385, 1.1864655", \
					  "0.1537998, 0.1568917, 0.1659327, 0.1903414, 0.2580180, 0.4750199, 1.2088970", \
					  "0.2065205, 0.2096634, 0.2185770, 0.2435664, 0.3118860, 0.5285577, 1.2644840", \
					  "0.2828419, 0.2866322, 0.2972813, 0.3239657, 0.3933256, 0.6104154, 1.3464458", \
					  "0.3778699, 0.3828439, 0.3968837, 0.4298039, 0.5038450, 0.7200913, 1.4552690");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0265245, 0.0289817, 0.0367072, 0.0618058, 0.1475491, 0.4500815, 1.5021744", \
					  "0.0264340, 0.0288240, 0.0367847, 0.0618921, 0.1471144, 0.4529420, 1.4961529", \
					  "0.0265278, 0.0289609, 0.0366287, 0.0617761, 0.1474656, 0.4512851, 1.5005327", \
					  "0.0264433, 0.0288472, 0.0365481, 0.0616469, 0.1472880, 0.4529224, 1.5029546", \
					  "0.0286579, 0.0310168, 0.0387853, 0.0632185, 0.1477419, 0.4527431, 1.5050240", \
					  "0.0374320, 0.0394919, 0.0466295, 0.0692529, 0.1512583, 0.4515896, 1.5002024", \
					  "0.0558745, 0.0584139, 0.0654130, 0.0869722, 0.1596386, 0.4550021, 1.4933350");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.2595481, 0.2630824, 0.2731907, 0.2969995, 0.3463267, 0.4562583, 0.7237054", \
					  "0.2639409, 0.2674926, 0.2776336, 0.3012606, 0.3512196, 0.4612710, 0.7280164", \
					  "0.2761654, 0.2796884, 0.2897612, 0.3136334, 0.3628430, 0.4730874, 0.7409141", \
					  "0.3053247, 0.3088417, 0.3188304, 0.3428939, 0.3925857, 0.5029777, 0.7699866", \
					  "0.3806958, 0.3842438, 0.3943243, 0.4182862, 0.4679568, 0.5779374, 0.8455415", \
					  "0.5659002, 0.5693435, 0.5790761, 0.6026749, 0.6523249, 0.7628050, 1.0286020", \
					  "0.9278477, 0.9325070, 0.9459493, 0.9766381, 1.0359748, 1.1545904, 1.4258604");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0492654, 0.0510891, 0.0560345, 0.0692226, 0.1047293, 0.2079524, 0.5099038", \
					  "0.0493256, 0.0511280, 0.0560722, 0.0696420, 0.1041289, 0.2075682, 0.5095238", \
					  "0.0493692, 0.0510640, 0.0561231, 0.0692288, 0.1045637, 0.2075272, 0.5103237", \
					  "0.0493116, 0.0510470, 0.0561393, 0.0692549, 0.1045150, 0.2073118, 0.5098669", \
					  "0.0493931, 0.0511102, 0.0561989, 0.0691617, 0.1040682, 0.2076874, 0.5099994", \
					  "0.0503688, 0.0522717, 0.0570831, 0.0704380, 0.1053062, 0.2075458, 0.5107170", \
					  "0.0765701, 0.0784189, 0.0836276, 0.0969034, 0.1305979, 0.2254861, 0.5194782");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				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, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.1187388, 0.1217411, 0.1308127, 0.1552522, 0.2227229, 0.4388712, 1.1738446", \
					  "0.1235489, 0.1265904, 0.1356616, 0.1601089, 0.2276358, 0.4434015, 1.1791904", \
					  "0.1344374, 0.1374865, 0.1465780, 0.1710142, 0.2386103, 0.4554674, 1.1890129", \
					  "0.1590171, 0.1620591, 0.1711521, 0.1954981, 0.2629640, 0.4795455, 1.2173424", \
					  "0.2103769, 0.2135879, 0.2228367, 0.2475929, 0.3155628, 0.5325170, 1.2668147", \
					  "0.2926351, 0.2963600, 0.3067649, 0.3330263, 0.4027597, 0.6194069, 1.3553350", \
					  "0.4025381, 0.4071520, 0.4203572, 0.4518510, 0.5252996, 0.7430712, 1.4777225");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0262954, 0.0290148, 0.0367945, 0.0618835, 0.1474358, 0.4533034, 1.5005908", \
					  "0.0264603, 0.0289603, 0.0367610, 0.0618956, 0.1471375, 0.4532248, 1.4972281", \
					  "0.0264548, 0.0288551, 0.0366221, 0.0617889, 0.1475674, 0.4533062, 1.5027415", \
					  "0.0264545, 0.0288608, 0.0366283, 0.0616261, 0.1473862, 0.4531265, 1.4977632", \
					  "0.0279962, 0.0303434, 0.0379913, 0.0627958, 0.1478167, 0.4528148, 1.5032389", \
					  "0.0340556, 0.0368299, 0.0440220, 0.0678770, 0.1506071, 0.4515543, 1.4967905", \
					  "0.0490136, 0.0508318, 0.0585392, 0.0814879, 0.1571994, 0.4542445, 1.4971965");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.3188200, 0.3226324, 0.3334080, 0.3582892, 0.4083840, 0.5110200, 0.7651187", \
					  "0.3245785, 0.3284003, 0.3390824, 0.3640082, 0.4140820, 0.5169198, 0.7708647", \
					  "0.3394330, 0.3432659, 0.3540411, 0.3787821, 0.4289053, 0.5317708, 0.7858318", \
					  "0.3745186, 0.3783422, 0.3890912, 0.4138455, 0.4639042, 0.5667882, 0.8208654", \
					  "0.4551448, 0.4589492, 0.4697919, 0.4945536, 0.5446671, 0.6474586, 0.9014999", \
					  "0.6386126, 0.6424347, 0.6533065, 0.6780658, 0.7280246, 0.8310608, 1.0852389", \
					  "1.0328490, 1.0372138, 1.0493494, 1.0774140, 1.1309883, 1.2379630, 1.4938649");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0536458, 0.0554046, 0.0605228, 0.0731515, 0.1049310, 0.1954371, 0.4985738", \
					  "0.0536993, 0.0554454, 0.0605514, 0.0732584, 0.1049681, 0.1947991, 0.4978413", \
					  "0.0537018, 0.0555243, 0.0604827, 0.0738300, 0.1048221, 0.1952814, 0.4984345", \
					  "0.0537420, 0.0554690, 0.0604136, 0.0737516, 0.1048432, 0.1952252, 0.4982422", \
					  "0.0536873, 0.0553993, 0.0606356, 0.0731044, 0.1048944, 0.1954073, 0.4985888", \
					  "0.0536231, 0.0553976, 0.0605710, 0.0731962, 0.1044410, 0.1947181, 0.4982622", \
					  "0.0653012, 0.0671991, 0.0721056, 0.0844570, 0.1151393, 0.2013782, 0.5003741");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.2123114, 0.2153878, 0.2245666, 0.2493086, 0.3176701, 0.5351881, 1.2727105", \
					  "0.2177124, 0.2208011, 0.2299892, 0.2547259, 0.3231120, 0.5406038, 1.2785770", \
					  "0.2319239, 0.2349896, 0.2441583, 0.2689480, 0.3373844, 0.5550620, 1.2898794", \
					  "0.2668277, 0.2699032, 0.2790292, 0.3038152, 0.3721939, 0.5902154, 1.3242482", \
					  "0.3497994, 0.3528789, 0.3620484, 0.3868098, 0.4552539, 0.6724831, 1.4087997", \
					  "0.5081983, 0.5112854, 0.5205102, 0.5452371, 0.6136822, 0.8315738, 1.5668166", \
					  "0.7870317, 0.7901904, 0.7995922, 0.8246142, 0.8931317, 1.1108823, 1.8458500");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0268612, 0.0292941, 0.0370497, 0.0621153, 0.1473319, 0.4516331, 1.4979050", \
					  "0.0268408, 0.0292907, 0.0369736, 0.0620749, 0.1475965, 0.4519994, 1.4957994", \
					  "0.0267283, 0.0292275, 0.0371734, 0.0620933, 0.1474202, 0.4516952, 1.5016193", \
					  "0.0267601, 0.0292081, 0.0370622, 0.0620411, 0.1475569, 0.4530258, 1.5013613", \
					  "0.0267313, 0.0291706, 0.0370244, 0.0622134, 0.1476829, 0.4497347, 1.5003881", \
					  "0.0270792, 0.0294857, 0.0372617, 0.0621961, 0.1474816, 0.4521629, 1.4969694", \
					  "0.0278990, 0.0303424, 0.0379524, 0.0629747, 0.1478582, 0.4480626, 1.5016375");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.3372976, 0.3410717, 0.3515345, 0.3758905, 0.4249125, 0.5270304, 0.7801887", \
					  "0.3424151, 0.3461433, 0.3565845, 0.3810529, 0.4301668, 0.5322706, 0.7861052", \
					  "0.3543200, 0.3580508, 0.3685282, 0.3929005, 0.4421447, 0.5443671, 0.7977008", \
					  "0.3766752, 0.3804063, 0.3909352, 0.4152811, 0.4646282, 0.5668024, 0.8199851", \
					  "0.4079108, 0.4116331, 0.4222985, 0.4466273, 0.4959236, 0.5979698, 0.8514273", \
					  "0.4461394, 0.4498498, 0.4602189, 0.4847413, 0.5337733, 0.6354432, 0.8890486", \
					  "0.4762122, 0.4799257, 0.4906178, 0.5149005, 0.5641018, 0.6662663, 0.9192139");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00170906, 0.00584178, 0.0199679, 0.0682527, 0.233296, 0.797434");
					values("0.0522903, 0.0538365, 0.0586532, 0.0712054, 0.1030798, 0.1937387, 0.4974333", \
					  "0.0521948, 0.0537779, 0.0587362, 0.0711648, 0.1028596, 0.1940153, 0.4971824", \
					  "0.0520271, 0.0536824, 0.0585263, 0.0713274, 0.1028712, 0.1933092, 0.4969433", \
					  "0.0520412, 0.0537344, 0.0586662, 0.0714147, 0.1028890, 0.1932635, 0.4971603", \
					  "0.0520281, 0.0537778, 0.0588259, 0.0710694, 0.1027258, 0.1933530, 0.4970225", \
					  "0.0516692, 0.0533221, 0.0582911, 0.0708049, 0.1024076, 0.1937350, 0.4974409", \
					  "0.0519830, 0.0537465, 0.0588271, 0.0710119, 0.1028122, 0.1932243, 0.4968715");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004687;
			capacitance : 0.004463;
			fall_capacitance : 0.004240;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0038096, -0.0038357, -0.0038959, -0.0038894, -0.0038745, -0.0038399, -0.0037604");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063605, 0.0063397, 0.0062918, 0.0063030, 0.0063289, 0.0063887, 0.0065265");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005054;
			capacitance : 0.004801;
			fall_capacitance : 0.004548;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048423, -0.0048569, -0.0048902, -0.0048817, -0.0048619, -0.0048159, -0.0047097");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0069898, 0.0069681, 0.0069182, 0.0069289, 0.0069534, 0.0070100, 0.0071404");
				}
			}
		}
		pin (S) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.006973;
			capacitance : 0.007332;
			rise_capacitance : 0.007691;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011912, -0.0012843, -0.0014987, -0.0015222, -0.0015761, -0.0017000, -0.0019855");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0174903, 0.0173442, 0.0170075, 0.0170057, 0.0170014, 0.0169914, 0.0169685");
				}
			}
		}
	}
	cell ("scs8hd_mux2i_1") {
		area : 10.009600;
		cell_footprint : "mux2i";
		cell_leakage_power : 4.762529e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003890";
			when : "!A0&!A1&S";
		}
		leakage_power () {
			value : "2.0962509e-05";
			when : "!A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0007603";
			when : "!A0&A1&S";
		}
		leakage_power () {
			value : "2.9159526e-05";
			when : "!A0&A1&!S";
		}
		leakage_power () {
			value : "0.0003972";
			when : "A0&!A1&S";
		}
		leakage_power () {
			value : "0.0003890";
			when : "A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0010954";
			when : "A0&A1&S";
		}
		leakage_power () {
			value : "0.0007289";
			when : "A0&A1&!S";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A0&!S) | (!A1&S)";
			max_capacitance : 0.058604;
			max_transition : 1.495084;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0046322, 0.0054460, 0.0071682, 0.0108480, 0.0188197, 0.0363005, 0.0747925", \
					  "0.0044334, 0.0052333, 0.0069759, 0.0107064, 0.0187442, 0.0362696, 0.0747821", \
					  "0.0042623, 0.0050277, 0.0067769, 0.0104606, 0.0185559, 0.0361276, 0.0747285", \
					  "0.0042082, 0.0049620, 0.0066237, 0.0102752, 0.0182933, 0.0358837, 0.0746170", \
					  "0.0041767, 0.0049574, 0.0066094, 0.0102014, 0.0181658, 0.0356091, 0.0742590", \
					  "0.0041979, 0.0049075, 0.0065299, 0.0101489, 0.0181060, 0.0354154, 0.0741729", \
					  "0.0041273, 0.0049544, 0.0066551, 0.0101946, 0.0181143, 0.0354305, 0.0738181");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0013123, 0.0006085, -0.0009865, -0.0045587, -0.0125227, -0.0301748, -0.0692474", \
					  "0.0012425, 0.0005608, -0.0010052, -0.0045486, -0.0124887, -0.0301296, -0.0691919", \
					  "0.0011067, 0.0004713, -0.0010799, -0.0045787, -0.0124800, -0.0300935, -0.0691420", \
					  "0.0009265, 0.0002463, -0.0012629, -0.0047246, -0.0125666, -0.0301355, -0.0691579", \
					  "0.0008335, 0.0001693, -0.0014665, -0.0049390, -0.0127492, -0.0302507, -0.0692212", \
					  "0.0008378, 5.3200000e-05, -0.0015072, -0.0050001, -0.0128957, -0.0304358, -0.0693268", \
					  "0.0008149, 6.4500000e-05, -0.0015681, -0.0051539, -0.0131008, -0.0305904, -0.0695752");
				}
			}
			internal_power () {
				related_pin : "S";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0073918, 0.0081269, 0.0097514, 0.0133239, 0.0212429, 0.0386863, 0.0772128", \
					  "0.0072931, 0.0080353, 0.0096676, 0.0132615, 0.0211421, 0.0386458, 0.0771188", \
					  "0.0072587, 0.0080083, 0.0096537, 0.0132585, 0.0211890, 0.0386622, 0.0773019", \
					  "0.0069770, 0.0077298, 0.0093827, 0.0130073, 0.0209565, 0.0384758, 0.0771187", \
					  "0.0068614, 0.0076080, 0.0092602, 0.0128901, 0.0208628, 0.0383395, 0.0769380", \
					  "0.0070292, 0.0077524, 0.0092887, 0.0128154, 0.0207645, 0.0383133, 0.0769981", \
					  "0.0073436, 0.0080697, 0.0097197, 0.0133164, 0.0211518, 0.0385435, 0.0771378");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0030129, 0.0022879, 0.0006840, -0.0029007, -0.0108452, -0.0284672, -0.0675000", \
					  "0.0029299, 0.0022069, 0.0006045, -0.0029793, -0.0109238, -0.0285451, -0.0675815", \
					  "0.0029820, 0.0022679, 0.0006615, -0.0029120, -0.0108519, -0.0284743, -0.0675089", \
					  "0.0028254, 0.0021133, 0.0005166, -0.0030418, -0.0109764, -0.0285926, -0.0676253", \
					  "0.0026448, 0.0019565, 0.0003981, -0.0031482, -0.0110688, -0.0286747, -0.0676972", \
					  "0.0022851, 0.0015667, -4.3500000e-05, -0.0036216, -0.0112039, -0.0287155, -0.0677228", \
					  "0.0024864, 0.0017628, 0.0001512, -0.0034063, -0.0113318, -0.0289700, -0.0675720");
				}
			}
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0041736, 0.0049877, 0.0067182, 0.0104011, 0.0183638, 0.0358331, 0.0743107", \
					  "0.0039774, 0.0047816, 0.0065245, 0.0102666, 0.0182953, 0.0358018, 0.0743676", \
					  "0.0038112, 0.0045849, 0.0063249, 0.0100229, 0.0181046, 0.0357016, 0.0743458", \
					  "0.0037716, 0.0045146, 0.0061774, 0.0098373, 0.0178232, 0.0354668, 0.0742288", \
					  "0.0037788, 0.0045491, 0.0061925, 0.0097831, 0.0177369, 0.0351364, 0.0738850", \
					  "0.0038499, 0.0045308, 0.0061506, 0.0097679, 0.0177230, 0.0350225, 0.0737892", \
					  "0.0038004, 0.0045273, 0.0061904, 0.0098337, 0.0177582, 0.0350267, 0.0733550");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0010227, 0.0003282, -0.0012538, -0.0048203, -0.0127770, -0.0304241, -0.0694919", \
					  "0.0009511, 0.0002803, -0.0012680, -0.0048013, -0.0127328, -0.0303680, -0.0694235", \
					  "0.0008546, 0.0001982, -0.0013165, -0.0048146, -0.0127034, -0.0303085, -0.0693504", \
					  "0.0006666, -1.1100000e-05, -0.0014950, -0.0049420, -0.0127770, -0.0303404, -0.0693568", \
					  "0.0006156, -8.7400000e-05, -0.0016356, -0.0051935, -0.0129807, -0.0304596, -0.0694112", \
					  "0.0006449, -8.2400000e-05, -0.0017113, -0.0052264, -0.0130575, -0.0306105, -0.0695037", \
					  "0.0007555, 1.1500000e-05, -0.0016413, -0.0052683, -0.0132155, -0.0307187, -0.0697044");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0519253, 0.0630377, 0.0866435, 0.1373779, 0.2473667, 0.4882127, 1.0196540", \
					  "0.0551413, 0.0660687, 0.0899897, 0.1413866, 0.2518446, 0.4918208, 1.0223709", \
					  "0.0668360, 0.0775277, 0.1014065, 0.1520332, 0.2626236, 0.5038175, 1.0347615", \
					  "0.0993515, 0.1090269, 0.1316799, 0.1818614, 0.2919930, 0.5327104, 1.0645984", \
					  "0.1610098, 0.1767833, 0.2060033, 0.2562817, 0.3649208, 0.6037283, 1.1355239", \
					  "0.2638291, 0.2903684, 0.3371718, 0.4156577, 0.5413351, 0.7740394, 1.3133006", \
					  "0.4469532, 0.4878398, 0.5609058, 0.6880390, 0.8867936, 1.1853639, 1.7112005");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0705887, 0.0854704, 0.1177679, 0.1871899, 0.3352072, 0.6575925, 1.3709297", \
					  "0.0703684, 0.0853194, 0.1176966, 0.1871689, 0.3352118, 0.6573863, 1.3708967", \
					  "0.0694896, 0.0848084, 0.1174886, 0.1870337, 0.3352704, 0.6574317, 1.3707384", \
					  "0.0766607, 0.0891562, 0.1181495, 0.1867504, 0.3352358, 0.6573564, 1.3705074", \
					  "0.1127411, 0.1205336, 0.1422648, 0.1985350, 0.3355478, 0.6574975, 1.3704803", \
					  "0.1903543, 0.1983212, 0.2213621, 0.2668015, 0.3742795, 0.6618730, 1.3704137", \
					  "0.3276251, 0.3426040, 0.3723385, 0.4312667, 0.5406917, 0.7661557, 1.3845494");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0185830, 0.0214554, 0.0277534, 0.0414041, 0.0712396, 0.1371776, 0.2827344", \
					  "0.0229453, 0.0259414, 0.0322763, 0.0460015, 0.0758023, 0.1417728, 0.2874301", \
					  "0.0315102, 0.0355479, 0.0429311, 0.0566937, 0.0865711, 0.1525583, 0.2982055", \
					  "0.0418399, 0.0480159, 0.0593647, 0.0791916, 0.1113548, 0.1772614, 0.3227339", \
					  "0.0515124, 0.0610734, 0.0782850, 0.1096025, 0.1586265, 0.2333770, 0.3784285", \
					  "0.0505089, 0.0663939, 0.0963788, 0.1443208, 0.2171635, 0.3344221, 0.5116487", \
					  "0.0088947, 0.0355815, 0.0831750, 0.1613749, 0.2835463, 0.4647428, 0.7343691");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0221179, 0.0259392, 0.0343035, 0.0523853, 0.0921693, 0.1804164, 0.3752750", \
					  "0.0224831, 0.0260304, 0.0342228, 0.0523689, 0.0921813, 0.1804929, 0.3742108", \
					  "0.0284392, 0.0310176, 0.0374842, 0.0534238, 0.0920913, 0.1800321, 0.3741052", \
					  "0.0449925, 0.0473710, 0.0534808, 0.0661031, 0.0980330, 0.1804353, 0.3743375", \
					  "0.0747233, 0.0781519, 0.0868402, 0.1013623, 0.1320055, 0.1990195, 0.3759054", \
					  "0.1303001, 0.1347478, 0.1451184, 0.1673878, 0.2092782, 0.2844484, 0.4250886", \
					  "0.2341421, 0.2402628, 0.2547008, 0.2847975, 0.3434028, 0.4454032, 0.6195626");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0573906, 0.0694074, 0.0952141, 0.1508682, 0.2674057, 0.5282618, 1.0976325", \
					  "0.0606877, 0.0724315, 0.0983237, 0.1547443, 0.2720726, 0.5316296, 1.1035095", \
					  "0.0725755, 0.0840491, 0.1100113, 0.1644512, 0.2845714, 0.5451861, 1.1171114", \
					  "0.1055054, 0.1163474, 0.1409095, 0.1951205, 0.3133820, 0.5734457, 1.1469704", \
					  "0.1722958, 0.1882764, 0.2178014, 0.2710045, 0.3880001, 0.6454048, 1.2189874", \
					  "0.2882852, 0.3139740, 0.3609820, 0.4402202, 0.5688723, 0.8201994, 1.3968606", \
					  "0.4957495, 0.5370512, 0.6110165, 0.7427938, 0.9421083, 1.2443362, 1.8087047");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0888725, 0.1053299, 0.1408378, 0.2170714, 0.3781078, 0.7245204, 1.4863192", \
					  "0.0888889, 0.1052961, 0.1408725, 0.2170494, 0.3779451, 0.7244730, 1.4877621", \
					  "0.0884077, 0.1049438, 0.1408973, 0.2172113, 0.3782590, 0.7245786, 1.4881314", \
					  "0.0938502, 0.1080830, 0.1411481, 0.2169798, 0.3782265, 0.7243851, 1.4871911", \
					  "0.1270240, 0.1359915, 0.1615125, 0.2253943, 0.3779434, 0.7245888, 1.4887342", \
					  "0.2180335, 0.2255199, 0.2441884, 0.2870552, 0.4091109, 0.7267299, 1.4874572", \
					  "0.3812269, 0.3910180, 0.4144174, 0.4640180, 0.5685340, 0.8133077, 1.4950836");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0190033, 0.0219385, 0.0283621, 0.0423090, 0.0728648, 0.1402486, 0.2890994", \
					  "0.0233301, 0.0263775, 0.0328696, 0.0468374, 0.0774935, 0.1449265, 0.2938350", \
					  "0.0318817, 0.0361321, 0.0434874, 0.0576817, 0.0882024, 0.1555967, 0.3044932", \
					  "0.0421609, 0.0486038, 0.0605607, 0.0801399, 0.1129672, 0.1803204, 0.3290681", \
					  "0.0521256, 0.0614272, 0.0801408, 0.1108440, 0.1607197, 0.2382955, 0.3860714", \
					  "0.0499437, 0.0671829, 0.0948527, 0.1445090, 0.2197502, 0.3383993, 0.5181505", \
					  "0.0060287, 0.0326570, 0.0817299, 0.1634388, 0.2857167, 0.4702109, 0.7437009");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0228541, 0.0267408, 0.0352173, 0.0536850, 0.0943960, 0.1851710, 0.3827921", \
					  "0.0231356, 0.0267856, 0.0351521, 0.0536816, 0.0943612, 0.1853291, 0.3831226", \
					  "0.0288992, 0.0316490, 0.0382678, 0.0545820, 0.0943536, 0.1842556, 0.3833410", \
					  "0.0452949, 0.0479138, 0.0539403, 0.0670472, 0.0997540, 0.1842104, 0.3833300", \
					  "0.0752017, 0.0795382, 0.0864954, 0.1025793, 0.1342214, 0.2030444, 0.3839696", \
					  "0.1324684, 0.1360086, 0.1481501, 0.1694393, 0.2125294, 0.2885368, 0.4329199", \
					  "0.2369813, 0.2441667, 0.2568364, 0.2880920, 0.3477251, 0.4499153, 0.6272389");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0969556, 0.1074206, 0.1302449, 0.1800309, 0.2891943, 0.5294848, 1.0600850", \
					  "0.1027002, 0.1132299, 0.1360767, 0.1861781, 0.2955572, 0.5359783, 1.0667681", \
					  "0.1172041, 0.1275800, 0.1506346, 0.2007186, 0.3104314, 0.5511639, 1.0822004", \
					  "0.1517277, 0.1620797, 0.1850424, 0.2350136, 0.3447150, 0.5857613, 1.1169276", \
					  "0.2245265, 0.2358886, 0.2591810, 0.3091793, 0.4185923, 0.6596425, 1.1912152", \
					  "0.3619365, 0.3778113, 0.4094520, 0.4704630, 0.5867664, 0.8281109, 1.3596553", \
					  "0.6139073, 0.6389645, 0.6885729, 0.7794054, 0.9374320, 1.2141411, 1.7492822");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0696892, 0.0838160, 0.1144315, 0.1814683, 0.3283368, 0.6522452, 1.3661701", \
					  "0.0697944, 0.0838225, 0.1144844, 0.1816274, 0.3286952, 0.6522798, 1.3668502", \
					  "0.0698002, 0.0838129, 0.1146081, 0.1815562, 0.3285307, 0.6524798, 1.3667799", \
					  "0.0698874, 0.0838107, 0.1145803, 0.1815900, 0.3283244, 0.6520602, 1.3663035", \
					  "0.0793958, 0.0918940, 0.1201494, 0.1836946, 0.3280999, 0.6525008, 1.3655864", \
					  "0.1137221, 0.1281534, 0.1575269, 0.2154680, 0.3439437, 0.6527175, 1.3674415", \
					  "0.1923927, 0.2104207, 0.2469044, 0.3133905, 0.4396072, 0.7099100, 1.3746464");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0290347, 0.0322422, 0.0391078, 0.0537679, 0.0851865, 0.1533291, 0.3027512", \
					  "0.0336762, 0.0368648, 0.0437106, 0.0583646, 0.0897844, 0.1579681, 0.3073414", \
					  "0.0437972, 0.0470641, 0.0538477, 0.0684159, 0.0998506, 0.1680721, 0.3174410", \
					  "0.0609911, 0.0652580, 0.0738587, 0.0905359, 0.1227611, 0.1912381, 0.3407329", \
					  "0.0845411, 0.0911701, 0.1038313, 0.1277485, 0.1696361, 0.2440077, 0.3945131", \
					  "0.1105591, 0.1207393, 0.1405996, 0.1776714, 0.2416241, 0.3444416, 0.5156010", \
					  "0.1179578, 0.1348128, 0.1675567, 0.2282476, 0.3307333, 0.4904417, 0.7340660");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0192007, 0.0231223, 0.0317580, 0.0506295, 0.0918497, 0.1820107, 0.3811035", \
					  "0.0190681, 0.0229827, 0.0316733, 0.0505269, 0.0916894, 0.1820563, 0.3806559", \
					  "0.0205556, 0.0241348, 0.0322759, 0.0505212, 0.0915760, 0.1819854, 0.3809195", \
					  "0.0286145, 0.0322152, 0.0398677, 0.0563146, 0.0939182, 0.1819382, 0.3810534", \
					  "0.0455182, 0.0501127, 0.0597668, 0.0784736, 0.1142638, 0.1916442, 0.3814387", \
					  "0.0772306, 0.0839989, 0.0978757, 0.1235172, 0.1681987, 0.2451406, 0.4098454", \
					  "0.1389755, 0.1490156, 0.1696703, 0.2073448, 0.2692042, 0.3687360, 0.5402586");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1260491, 0.1373731, 0.1616941, 0.2150396, 0.3322625, 0.5909925, 1.1627038", \
					  "0.1306137, 0.1417133, 0.1663214, 0.2198199, 0.3372983, 0.5958154, 1.1674479", \
					  "0.1411797, 0.1526822, 0.1772674, 0.2312010, 0.3486815, 0.6075697, 1.1792108", \
					  "0.1599405, 0.1715157, 0.1963092, 0.2502535, 0.3682344, 0.6273606, 1.1990574", \
					  "0.1866641, 0.1981488, 0.2228721, 0.2771699, 0.3950633, 0.6546186, 1.2263101", \
					  "0.2204292, 0.2315389, 0.2563070, 0.3105050, 0.4287860, 0.6885132, 1.2609473", \
					  "0.2487301, 0.2600616, 0.2847067, 0.3386619, 0.4569413, 0.7169907, 1.2893702");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0751205, 0.0900538, 0.1224209, 0.1936370, 0.3503998, 0.6976477, 1.4638262", \
					  "0.0752462, 0.0899729, 0.1221969, 0.1937881, 0.3507744, 0.6981088, 1.4672623", \
					  "0.0750836, 0.0900777, 0.1224624, 0.1937392, 0.3506734, 0.6964505, 1.4632462", \
					  "0.0752364, 0.0898920, 0.1223701, 0.1936499, 0.3506909, 0.6982510, 1.4656094", \
					  "0.0755446, 0.0903283, 0.1225589, 0.1940318, 0.3508789, 0.6985710, 1.4652943", \
					  "0.0758914, 0.0903755, 0.1227205, 0.1939157, 0.3507881, 0.6982063, 1.4643160", \
					  "0.0778610, 0.0920736, 0.1237377, 0.1943162, 0.3509427, 0.6991925, 1.4639662");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0767639, 0.0801332, 0.0870657, 0.1015221, 0.1320995, 0.1983596, 0.3442503", \
					  "0.0823309, 0.0857130, 0.0926456, 0.1070998, 0.1376706, 0.2039293, 0.3498197", \
					  "0.0962771, 0.0995981, 0.1065792, 0.1210662, 0.1516338, 0.2179671, 0.3639347", \
					  "0.1305373, 0.1338990, 0.1409436, 0.1554612, 0.1860955, 0.2525087, 0.3981377", \
					  "0.1945149, 0.1982017, 0.2056023, 0.2206542, 0.2517123, 0.3183185, 0.4643634", \
					  "0.3012018, 0.3054678, 0.3140446, 0.3304042, 0.3625652, 0.4297147, 0.5759506", \
					  "0.4767556, 0.4823830, 0.4933806, 0.5133443, 0.5494255, 0.6191170, 0.7659821");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0200985, 0.0236599, 0.0316292, 0.0490838, 0.0882030, 0.1753246, 0.3695746", \
					  "0.0200902, 0.0237437, 0.0316184, 0.0490825, 0.0881971, 0.1753136, 0.3695197", \
					  "0.0200873, 0.0237242, 0.0316579, 0.0491646, 0.0881189, 0.1754934, 0.3700910", \
					  "0.0201622, 0.0237945, 0.0316650, 0.0491422, 0.0880991, 0.1755905, 0.3702546", \
					  "0.0220599, 0.0256147, 0.0333527, 0.0502880, 0.0889313, 0.1758018, 0.3699624", \
					  "0.0270272, 0.0307723, 0.0379657, 0.0544118, 0.0914875, 0.1766150, 0.3705006", \
					  "0.0375826, 0.0415129, 0.0494600, 0.0654403, 0.0996681, 0.1806353, 0.3714606");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001980;
			capacitance : 0.002073;
			rise_capacitance : 0.002167;
			max_transition : 1.500000;
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031366, 0.0031343, 0.0031290, 0.0031287, 0.0031281, 0.0031267, 0.0031234");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016587, -0.0016760, -0.0017160, -0.0017150, -0.0017126, -0.0017072, -0.0016948");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002028;
			capacitance : 0.002122;
			rise_capacitance : 0.002217;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021399, -0.0021519, -0.0021795, -0.0021746, -0.0021632, -0.0021369, -0.0020764");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033500, 0.0033494, 0.0033480, 0.0033473, 0.0033456, 0.0033416, 0.0033324");
				}
			}
		}
		pin (S) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004527;
			capacitance : 0.004337;
			fall_capacitance : 0.004148;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0004124, -0.0005164, -0.0007563, -0.0007562, -0.0007559, -0.0007552, -0.0007535");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0108667, 0.0107543, 0.0104952, 0.0105119, 0.0105505, 0.0106395, 0.0108445");
				}
			}
		}
	}
	cell ("scs8hd_mux2i_2") {
		area : 13.763200;
		cell_footprint : "mux2i";
		cell_leakage_power : 6.311031e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0150026";
			when : "!A0&!A1&S";
		}
		leakage_power () {
			value : "0.0146515";
			when : "!A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0011280";
			when : "!A0&A1&S";
		}
		leakage_power () {
			value : "0.0002730";
			when : "!A0&A1&!S";
		}
		leakage_power () {
			value : "0.0006238";
			when : "A0&!A1&S";
		}
		leakage_power () {
			value : "0.0009682";
			when : "A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0018009";
			when : "A0&A1&S";
		}
		leakage_power () {
			value : "0.0160402";
			when : "A0&A1&!S";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A0&!S) | (!A1&S)";
			max_capacitance : 0.094309;
			max_transition : 1.495310;
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001197386, 0.002867465, 0.006866924, 0.01644471, 0.03938133, 0.09430929");
					values("0.0090419, 0.0099600, 0.0121183, 0.0171075, 0.0287512, 0.0563720, 0.1223738", \
					  "0.0086036, 0.0095194, 0.0116948, 0.0167804, 0.0285603, 0.0562711, 0.1223369", \
					  "0.0081814, 0.0090813, 0.0112438, 0.0163161, 0.0282184, 0.0560590, 0.1222566", \
					  "0.0079761, 0.0088421, 0.0108343, 0.0159316, 0.0276565, 0.0557047, 0.1220410", \
					  "0.0078086, 0.0086581, 0.0106976, 0.0155964, 0.0273130, 0.0551666, 0.1215590", \
					  "0.0080215, 0.0088617, 0.0108723, 0.0158832, 0.0272087, 0.0549036, 0.1211009", \
					  "0.0084291, 0.0092557, 0.0112661, 0.0161738, 0.0275052, 0.0549594, 0.1208421");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001197386, 0.002867465, 0.006866924, 0.01644471, 0.03938133, 0.09430929");
					values("0.0050398, 0.0042291, 0.0022516, -0.0025519, -0.0141482, -0.0420299, -0.1088470", \
					  "0.0049814, 0.0041753, 0.0022313, -0.0024967, -0.0140506, -0.0418972, -0.1087083", \
					  "0.0048216, 0.0040398, 0.0021664, -0.0025237, -0.0139790, -0.0417533, -0.1085340", \
					  "0.0044277, 0.0036511, 0.0017826, -0.0028364, -0.0141518, -0.0418459, -0.1085511", \
					  "0.0042223, 0.0034239, 0.0015252, -0.0031346, -0.0144306, -0.0420185, -0.1086215", \
					  "0.0041844, 0.0033509, 0.0013800, -0.0032608, -0.0148039, -0.0423704, -0.1088358", \
					  "0.0045153, 0.0036099, 0.0015403, -0.0033169, -0.0148459, -0.0423409, -0.1090534");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001197386, 0.002867465, 0.006866924, 0.01644471, 0.03938133, 0.09430929");
					values("0.0097436, 0.0106705, 0.0128352, 0.0178723, 0.0295201, 0.0571913, 0.1231547", \
					  "0.0092956, 0.0102225, 0.0124078, 0.0175108, 0.0293254, 0.0571674, 0.1231275", \
					  "0.0089011, 0.0097902, 0.0119396, 0.0170315, 0.0289309, 0.0568223, 0.1230190", \
					  "0.0086650, 0.0095198, 0.0115102, 0.0166533, 0.0283737, 0.0563822, 0.1227605", \
					  "0.0085025, 0.0093629, 0.0113958, 0.0162998, 0.0279882, 0.0558734, 0.1222251", \
					  "0.0086633, 0.0094770, 0.0114680, 0.0163305, 0.0279233, 0.0555820, 0.1217661", \
					  "0.0089762, 0.0097856, 0.0117647, 0.0166794, 0.0280760, 0.0556209, 0.1212304");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001197386, 0.002867465, 0.006866924, 0.01644471, 0.03938133, 0.09430929");
					values("0.0051929, 0.0043794, 0.0024010, -0.0024080, -0.0140241, -0.0418992, -0.1087193", \
					  "0.0050925, 0.0042879, 0.0023433, -0.0023961, -0.0139491, -0.0418009, -0.1086068", \
					  "0.0048745, 0.0040781, 0.0021979, -0.0024754, -0.0139608, -0.0417478, -0.1085110", \
					  "0.0044184, 0.0036685, 0.0018097, -0.0028042, -0.0141642, -0.0418427, -0.1085482", \
					  "0.0041242, 0.0033349, 0.0014298, -0.0031776, -0.0144829, -0.0420471, -0.1086390", \
					  "0.0040559, 0.0032358, 0.0012609, -0.0033995, -0.0147182, -0.0424130, -0.1089112", \
					  "0.0042009, 0.0033229, 0.0012942, -0.0035521, -0.0150872, -0.0424826, -0.1092298");
				}
			}
			internal_power () {
				related_pin : "S";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001197386, 0.002867465, 0.006866924, 0.01644471, 0.03938133, 0.09430929");
					values("0.0147653, 0.0156175, 0.0176361, 0.0224874, 0.0340263, 0.0616130, 0.1274873", \
					  "0.0146896, 0.0155404, 0.0175772, 0.0224230, 0.0340024, 0.0615550, 0.1275143", \
					  "0.0145889, 0.0154466, 0.0174889, 0.0223571, 0.0339269, 0.0615265, 0.1275731", \
					  "0.0142456, 0.0151049, 0.0171513, 0.0220232, 0.0336411, 0.0612768, 0.1273416", \
					  "0.0141211, 0.0149777, 0.0170244, 0.0219120, 0.0335300, 0.0611703, 0.1273199", \
					  "0.0141445, 0.0148938, 0.0167900, 0.0216840, 0.0332667, 0.0609611, 0.1270763", \
					  "0.0145759, 0.0154295, 0.0174712, 0.0223755, 0.0337928, 0.0613931, 0.1272921");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001197386, 0.002867465, 0.006866924, 0.01644471, 0.03938133, 0.09430929");
					values("0.0083618, 0.0075437, 0.0056019, 0.0008280, -0.0107267, -0.0385445, -0.1052923", \
					  "0.0082818, 0.0074650, 0.0055275, 0.0007611, -0.0107992, -0.0386186, -0.1053474", \
					  "0.0083583, 0.0075517, 0.0056064, 0.0008486, -0.0107039, -0.0385160, -0.1052720", \
					  "0.0081859, 0.0073771, 0.0054421, 0.0006863, -0.0108544, -0.0386618, -0.1053814", \
					  "0.0078459, 0.0070533, 0.0051247, 0.0004869, -0.0110219, -0.0387958, -0.1055247", \
					  "0.0072291, 0.0063898, 0.0043763, 6.7700000e-05, -0.0110407, -0.0388246, -0.1055203", \
					  "0.0077515, 0.0069376, 0.0049401, 0.0001387, -0.0114556, -0.0392716, -0.1053280");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0785522, 0.0868106, 0.1064550, 0.1509104, 0.2547321, 0.5010413, 1.0903947", \
					  "0.0804419, 0.0884776, 0.1078158, 0.1530457, 0.2589234, 0.5056752, 1.0952915", \
					  "0.0904153, 0.0985013, 0.1178526, 0.1628747, 0.2690761, 0.5196967, 1.1087441", \
					  "0.1209018, 0.1284605, 0.1467297, 0.1923657, 0.2959765, 0.5457311, 1.1372447", \
					  "0.1915699, 0.2013259, 0.2229872, 0.2663597, 0.3701328, 0.6177427, 1.2095203", \
					  "0.3119148, 0.3276426, 0.3607980, 0.4265761, 0.5451232, 0.7859325, 1.3796325", \
					  "0.5213974, 0.5458398, 0.5992187, 0.7014668, 0.8874690, 1.1947524, 1.7762039");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.1083775, 0.1191971, 0.1448529, 0.2051417, 0.3454486, 0.6769160, 1.4712328", \
					  "0.1083670, 0.1191654, 0.1449560, 0.2051744, 0.3454953, 0.6769757, 1.4705905", \
					  "0.1081556, 0.1191684, 0.1449445, 0.2051388, 0.3456035, 0.6772741, 1.4710222", \
					  "0.1106050, 0.1204105, 0.1449552, 0.2050363, 0.3454904, 0.6770455, 1.4708673", \
					  "0.1381438, 0.1457053, 0.1647562, 0.2137315, 0.3456051, 0.6773327, 1.4704968", \
					  "0.2179640, 0.2263119, 0.2440186, 0.2822049, 0.3837178, 0.6810904, 1.4707819", \
					  "0.3626636, 0.3719453, 0.3979523, 0.4456882, 0.5533716, 0.7836034, 1.4838498");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0224459, 0.0243224, 0.0287165, 0.0388108, 0.0629370, 0.1204246, 0.2578661", \
					  "0.0269669, 0.0287227, 0.0330201, 0.0434482, 0.0675784, 0.1250999, 0.2626594", \
					  "0.0363239, 0.0386312, 0.0438167, 0.0537896, 0.0781416, 0.1358138, 0.2733211", \
					  "0.0483387, 0.0520037, 0.0598490, 0.0749780, 0.1032125, 0.1605259, 0.2979841", \
					  "0.0589888, 0.0645783, 0.0766620, 0.1004394, 0.1444837, 0.2169650, 0.3547615", \
					  "0.0592203, 0.0682954, 0.0873553, 0.1253569, 0.1930322, 0.3031232, 0.4831661", \
					  "0.0153763, 0.0318895, 0.0609688, 0.1224217, 0.2311986, 0.4048210, 0.6822765");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0264419, 0.0288353, 0.0344990, 0.0481983, 0.0811097, 0.1594747, 0.3470195", \
					  "0.0265149, 0.0288432, 0.0345312, 0.0482207, 0.0810930, 0.1593533, 0.3473941", \
					  "0.0313442, 0.0331445, 0.0376647, 0.0497218, 0.0810816, 0.1598520, 0.3471873", \
					  "0.0470283, 0.0488856, 0.0534067, 0.0633395, 0.0888626, 0.1605923, 0.3473649", \
					  "0.0776446, 0.0800217, 0.0857285, 0.0982668, 0.1249699, 0.1838862, 0.3503524", \
					  "0.1326303, 0.1358479, 0.1438121, 0.1618763, 0.1971555, 0.2702570, 0.4083534", \
					  "0.2359374, 0.2402429, 0.2506345, 0.2771159, 0.3294578, 0.4306294, 0.6025857");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0799102, 0.0883729, 0.1080418, 0.1534911, 0.2582785, 0.5079306, 1.1028671", \
					  "0.0818804, 0.0902867, 0.1096869, 0.1558458, 0.2626619, 0.5152218, 1.1078923", \
					  "0.0927520, 0.1007186, 0.1199145, 0.1655322, 0.2732911, 0.5239818, 1.1208403", \
					  "0.1233195, 0.1310393, 0.1494882, 0.1960245, 0.3009511, 0.5519541, 1.1498473", \
					  "0.1964737, 0.2062703, 0.2275633, 0.2713496, 0.3765994, 0.6270117, 1.2283417", \
					  "0.3222409, 0.3377608, 0.3706138, 0.4368053, 0.5542467, 0.8013324, 1.4001716", \
					  "0.5432672, 0.5678114, 0.6200833, 0.7246584, 0.9085592, 1.2146999, 1.8012447");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.1135164, 0.1242957, 0.1498093, 0.2099804, 0.3510008, 0.6853880, 1.4882099", \
					  "0.1134804, 0.1242589, 0.1498736, 0.2099697, 0.3510817, 0.6856718, 1.4837683", \
					  "0.1132749, 0.1241794, 0.1498182, 0.2099618, 0.3511245, 0.6848934, 1.4848092", \
					  "0.1153238, 0.1251983, 0.1496930, 0.2099630, 0.3510715, 0.6849193, 1.4855686", \
					  "0.1419928, 0.1493436, 0.1684190, 0.2182668, 0.3509232, 0.6853801, 1.4854854", \
					  "0.2229664, 0.2303098, 0.2462515, 0.2838315, 0.3867052, 0.6874973, 1.4884500", \
					  "0.3728655, 0.3812098, 0.4015445, 0.4520284, 0.5540317, 0.7853220, 1.4953097");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0221365, 0.0239344, 0.0280914, 0.0376685, 0.0603917, 0.1145365, 0.2437739", \
					  "0.0264686, 0.0282308, 0.0323949, 0.0421060, 0.0649280, 0.1190681, 0.2484068", \
					  "0.0355683, 0.0378159, 0.0427709, 0.0526250, 0.0753948, 0.1297434, 0.2589149", \
					  "0.0468219, 0.0503548, 0.0580369, 0.0726915, 0.0998450, 0.1540160, 0.2832450", \
					  "0.0566341, 0.0621130, 0.0736601, 0.0968015, 0.1388051, 0.2094388, 0.3396685", \
					  "0.0540975, 0.0630207, 0.0810168, 0.1171894, 0.1834085, 0.2924425, 0.4669294", \
					  "0.0034254, 0.0177953, 0.0482370, 0.1089281, 0.2144829, 0.3841952, 0.6534707");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0238436, 0.0260861, 0.0314318, 0.0442368, 0.0748189, 0.1482675, 0.3233141", \
					  "0.0239081, 0.0260951, 0.0314369, 0.0442749, 0.0748807, 0.1481145, 0.3232732", \
					  "0.0290014, 0.0306268, 0.0348081, 0.0459574, 0.0749439, 0.1480250, 0.3239151", \
					  "0.0442004, 0.0460479, 0.0503402, 0.0602984, 0.0833447, 0.1490303, 0.3235021", \
					  "0.0733766, 0.0756995, 0.0810020, 0.0934428, 0.1196226, 0.1740930, 0.3278138", \
					  "0.1273082, 0.1304985, 0.1378237, 0.1557860, 0.1918851, 0.2580004, 0.3892695", \
					  "0.2277024, 0.2325308, 0.2428407, 0.2673910, 0.3190341, 0.4175500, 0.5822768");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.1310891, 0.1387902, 0.1575235, 0.2015289, 0.3049246, 0.5515946, 1.1406420", \
					  "0.1361232, 0.1440203, 0.1628731, 0.2071090, 0.3108247, 0.5576638, 1.1468715", \
					  "0.1508682, 0.1586368, 0.1775245, 0.2219064, 0.3259184, 0.5732522, 1.1626644", \
					  "0.1843786, 0.1922386, 0.2110116, 0.2552409, 0.3592763, 0.6068717, 1.1968468", \
					  "0.2581938, 0.2661069, 0.2847761, 0.3289179, 0.4327499, 0.6801882, 1.2705900", \
					  "0.4095668, 0.4193528, 0.4425008, 0.4931455, 0.6009258, 0.8483870, 1.4388909", \
					  "0.6984230, 0.7138532, 0.7478397, 0.8186322, 0.9587363, 1.2346241, 1.8272878");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.1035353, 0.1135823, 0.1376884, 0.1953634, 0.3335948, 0.6663660, 1.4617704", \
					  "0.1035519, 0.1136024, 0.1377137, 0.1953027, 0.3338853, 0.6661781, 1.4601580", \
					  "0.1035130, 0.1135574, 0.1376638, 0.1953004, 0.3335771, 0.6663842, 1.4616141", \
					  "0.1035874, 0.1136357, 0.1377471, 0.1953124, 0.3335664, 0.6663652, 1.4609314", \
					  "0.1088623, 0.1182598, 0.1409707, 0.1964564, 0.3339284, 0.6662865, 1.4607631", \
					  "0.1392542, 0.1485316, 0.1705740, 0.2203532, 0.3453585, 0.6667124, 1.4613901", \
					  "0.2151890, 0.2257778, 0.2501424, 0.3044496, 0.4246458, 0.7102778, 1.4668319");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0313852, 0.0333155, 0.0378186, 0.0481907, 0.0717277, 0.1262806, 0.2559608", \
					  "0.0355962, 0.0375129, 0.0420123, 0.0523863, 0.0759398, 0.1305532, 0.2600925", \
					  "0.0446195, 0.0465776, 0.0510965, 0.0615030, 0.0851321, 0.1397935, 0.2691843", \
					  "0.0600753, 0.0625560, 0.0681879, 0.0803384, 0.1055591, 0.1605668, 0.2901328", \
					  "0.0806269, 0.0841084, 0.0924002, 0.1100260, 0.1436382, 0.2063770, 0.3381418", \
					  "0.0976467, 0.1034188, 0.1166637, 0.1445375, 0.1961828, 0.2851268, 0.4417225", \
					  "0.0845527, 0.0945487, 0.1158489, 0.1621851, 0.2464496, 0.3861493, 0.6138650");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0232528, 0.0255392, 0.0309110, 0.0435429, 0.0737801, 0.1463506, 0.3222980", \
					  "0.0231225, 0.0254363, 0.0308338, 0.0435253, 0.0737598, 0.1464097, 0.3216395", \
					  "0.0243850, 0.0265420, 0.0316313, 0.0438318, 0.0737963, 0.1465559, 0.3219742", \
					  "0.0315673, 0.0337958, 0.0388445, 0.0500328, 0.0771156, 0.1470205, 0.3218090", \
					  "0.0485761, 0.0513511, 0.0573108, 0.0701532, 0.0970763, 0.1585751, 0.3238524", \
					  "0.0819497, 0.0858126, 0.0942206, 0.1117510, 0.1446288, 0.2097333, 0.3569613", \
					  "0.1462933, 0.1520285, 0.1650460, 0.1913456, 0.2369445, 0.3202430, 0.4798956");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				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, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.1523336, 0.1603224, 0.1786210, 0.2226954, 0.3269374, 0.5757319, 1.1710134", \
					  "0.1572416, 0.1649020, 0.1835587, 0.2273695, 0.3317487, 0.5806876, 1.1755500", \
					  "0.1679919, 0.1756892, 0.1944010, 0.2383587, 0.3430407, 0.5919564, 1.1867745", \
					  "0.1885590, 0.1965375, 0.2150492, 0.2594019, 0.3641365, 0.6134706, 1.2083801", \
					  "0.2177698, 0.2257561, 0.2445902, 0.2887839, 0.3935865, 0.6432129, 1.2384377", \
					  "0.2522240, 0.2600367, 0.2787012, 0.3229693, 0.4279694, 0.6777026, 1.2742236", \
					  "0.2758015, 0.2835769, 0.3022865, 0.3465781, 0.4513394, 0.7011137, 1.2969034");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0989722, 0.1095056, 0.1338633, 0.1932774, 0.3332083, 0.6681329, 1.4706213", \
					  "0.0990327, 0.1094003, 0.1342286, 0.1929509, 0.3333986, 0.6688649, 1.4723339", \
					  "0.0990691, 0.1093125, 0.1342830, 0.1930571, 0.3332906, 0.6675813, 1.4679663", \
					  "0.0990326, 0.1095287, 0.1338761, 0.1933198, 0.3328170, 0.6680470, 1.4679997", \
					  "0.0993204, 0.1096979, 0.1341807, 0.1928220, 0.3335107, 0.6680597, 1.4716015", \
					  "0.0996985, 0.1099850, 0.1346419, 0.1932918, 0.3332271, 0.6691811, 1.4719814", \
					  "0.1023186, 0.1122063, 0.1362186, 0.1941584, 0.3332479, 0.6701633, 1.4707116");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.1128540, 0.1150922, 0.1201826, 0.1316539, 0.1573591, 0.2159040, 0.3535469", \
					  "0.1180780, 0.1203638, 0.1254286, 0.1369039, 0.1626011, 0.2211052, 0.3591333", \
					  "0.1319833, 0.1341841, 0.1393004, 0.1508273, 0.1765008, 0.2350294, 0.3727420", \
					  "0.1670065, 0.1692316, 0.1743568, 0.1858589, 0.2115916, 0.2701245, 0.4081276", \
					  "0.2464684, 0.2487449, 0.2540654, 0.2651218, 0.2910100, 0.3496223, 0.4873744", \
					  "0.3907611, 0.3934825, 0.3995984, 0.4123841, 0.4397875, 0.4994730, 0.6377034", \
					  "0.6388424, 0.6423498, 0.6501365, 0.6663595, 0.6977324, 0.7611844, 0.9006788");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00119739, 0.00286747, 0.00686692, 0.0164447, 0.0393813, 0.0943093");
					values("0.0275900, 0.0298488, 0.0353658, 0.0484659, 0.0799830, 0.1571728, 0.3439410", \
					  "0.0275726, 0.0298591, 0.0353724, 0.0484615, 0.0800780, 0.1571195, 0.3447751", \
					  "0.0275752, 0.0299637, 0.0353482, 0.0484159, 0.0800475, 0.1572372, 0.3447645", \
					  "0.0275958, 0.0298734, 0.0353566, 0.0484351, 0.0801702, 0.1570741, 0.3444337", \
					  "0.0284935, 0.0307299, 0.0360914, 0.0490319, 0.0803675, 0.1572878, 0.3447720", \
					  "0.0344739, 0.0366292, 0.0418235, 0.0539345, 0.0840668, 0.1592779, 0.3450411", \
					  "0.0469215, 0.0493912, 0.0552394, 0.0670499, 0.0948926, 0.1655578, 0.3469446");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003867;
			capacitance : 0.004076;
			rise_capacitance : 0.004284;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0042919, -0.0043422, -0.0044583, -0.0044578, -0.0044568, -0.0044546, -0.0044492");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0067745, 0.0067723, 0.0067671, 0.0067663, 0.0067644, 0.0067600, 0.0067500");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003707;
			capacitance : 0.003934;
			rise_capacitance : 0.004160;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0042703, -0.0042891, -0.0043323, -0.0043254, -0.0043095, -0.0042728, -0.0041882");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0064380, 0.0064349, 0.0064278, 0.0064303, 0.0064362, 0.0064496, 0.0064807");
				}
			}
		}
		pin (S) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.006247;
			capacitance : 0.005949;
			fall_capacitance : 0.005652;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-1.6583307e-05, -9.0905098e-05, -0.0002622, -0.0002763, -0.0003086, -0.0003830, -0.0005546");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0150828, 0.0149492, 0.0146413, 0.0146420, 0.0146437, 0.0146474, 0.0146562");
				}
			}
		}
	}
	cell ("scs8hd_mux2i_4") {
		area : 22.521600;
		cell_footprint : "mux2i";
		cell_leakage_power : 7.556863e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004388";
			when : "!A0&!A1&S";
		}
		leakage_power () {
			value : "0.0244451";
			when : "!A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0018829";
			when : "!A0&A1&S";
		}
		leakage_power () {
			value : "0.0005041";
			when : "!A0&A1&!S";
		}
		leakage_power () {
			value : "0.0008590";
			when : "A0&!A1&S";
		}
		leakage_power () {
			value : "0.0018754";
			when : "A0&!A1&!S";
		}
		leakage_power () {
			value : "0.0275609";
			when : "A0&A1&S";
		}
		leakage_power () {
			value : "0.0028887";
			when : "A0&A1&!S";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A0&!S) | (!A1&S)";
			max_capacitance : 0.166636;
			max_transition : 1.492535;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001316547, 0.003466593, 0.009127868, 0.02403454, 0.06328521, 0.1666359");
					values("0.0090754, 0.0081405, 0.0056046, -0.0011667, -0.0192120, -0.0669279, -0.1926593", \
					  "0.0088631, 0.0079589, 0.0055038, -0.0011610, -0.0190853, -0.0667314, -0.1924275", \
					  "0.0084378, 0.0075521, 0.0051521, -0.0013419, -0.0190954, -0.0665724, -0.1922149", \
					  "0.0077128, 0.0067544, 0.0043681, -0.0020372, -0.0195109, -0.0667400, -0.1922386", \
					  "0.0072479, 0.0063228, 0.0038524, -0.0026801, -0.0201106, -0.0671302, -0.1923946", \
					  "0.0070438, 0.0061495, 0.0036306, -0.0030471, -0.0206288, -0.0679183, -0.1928461", \
					  "0.0075170, 0.0065156, 0.0038129, -0.0030253, -0.0210902, -0.0680398, -0.1935396");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001316547, 0.003466593, 0.009127868, 0.02403454, 0.06328521, 0.1666359");
					values("0.0170487, 0.0181818, 0.0210526, 0.0282657, 0.0465050, 0.0938565, 0.2178516", \
					  "0.0162060, 0.0173431, 0.0201994, 0.0275423, 0.0461498, 0.0937198, 0.2178180", \
					  "0.0154662, 0.0165480, 0.0193402, 0.0266421, 0.0453861, 0.0933529, 0.2176149", \
					  "0.0151783, 0.0161819, 0.0188660, 0.0256461, 0.0445801, 0.0924758, 0.2174905", \
					  "0.0147389, 0.0157406, 0.0183676, 0.0253060, 0.0436334, 0.0915005, 0.2164946", \
					  "0.0150524, 0.0160329, 0.0186172, 0.0256199, 0.0435653, 0.0909441, 0.2159570", \
					  "0.0158929, 0.0168521, 0.0194000, 0.0264503, 0.0439693, 0.0912406, 0.2151731");
				}
			}
			internal_power () {
				related_pin : "S";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001316547, 0.003466593, 0.009127868, 0.02403454, 0.06328521, 0.1666359");
					values("0.0274699, 0.0284609, 0.0310688, 0.0378796, 0.0557684, 0.1026990, 0.2266713", \
					  "0.0272992, 0.0282767, 0.0309202, 0.0377319, 0.0556516, 0.1026074, 0.2266089", \
					  "0.0270740, 0.0280745, 0.0306890, 0.0375536, 0.0554857, 0.1026496, 0.2263474", \
					  "0.0266917, 0.0276775, 0.0302895, 0.0371889, 0.0551830, 0.1023875, 0.2263616", \
					  "0.0265485, 0.0275468, 0.0301965, 0.0370773, 0.0551228, 0.1024673, 0.2263387", \
					  "0.0262019, 0.0270993, 0.0297397, 0.0366687, 0.0546828, 0.1020147, 0.2262944", \
					  "0.0271008, 0.0281163, 0.0306977, 0.0376183, 0.0554007, 0.1024959, 0.2265963");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001316547, 0.003466593, 0.009127868, 0.02403454, 0.06328521, 0.1666359");
					values("0.0147851, 0.0138381, 0.0113797, 0.0047987, -0.0128858, -0.0604339, -0.1859885", \
					  "0.0147504, 0.0138077, 0.0113477, 0.0047949, -0.0129207, -0.0604561, -0.1860323", \
					  "0.0148611, 0.0139274, 0.0114374, 0.0048796, -0.0128121, -0.0603557, -0.1859247", \
					  "0.0146469, 0.0137145, 0.0112322, 0.0046777, -0.0129916, -0.0605302, -0.1861011", \
					  "0.0142382, 0.0132892, 0.0108616, 0.0043331, -0.0132673, -0.0607623, -0.1863031", \
					  "0.0138180, 0.0129491, 0.0105925, 0.0042145, -0.0132142, -0.0606016, -0.1860991", \
					  "0.0146244, 0.0136398, 0.0110739, 0.0042759, -0.0137961, -0.0610256, -0.1857777");
				}
			}
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001316547, 0.003466593, 0.009127868, 0.02403454, 0.06328521, 0.1666359");
					values("0.0153645, 0.0165066, 0.0193872, 0.0266767, 0.0450596, 0.0924513, 0.2166193", \
					  "0.0144831, 0.0155963, 0.0185029, 0.0258655, 0.0445416, 0.0922544, 0.2165058", \
					  "0.0138252, 0.0149034, 0.0176947, 0.0249219, 0.0437176, 0.0917265, 0.2163769", \
					  "0.0133645, 0.0145147, 0.0171520, 0.0242877, 0.0426161, 0.0907889, 0.2158203", \
					  "0.0131051, 0.0140975, 0.0167635, 0.0236506, 0.0419020, 0.0897860, 0.2148887", \
					  "0.0133246, 0.0143173, 0.0169004, 0.0237566, 0.0418104, 0.0891358, 0.2140086", \
					  "0.0140824, 0.0150236, 0.0175769, 0.0243980, 0.0422150, 0.0893248, 0.2135877");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001316547, 0.003466593, 0.009127868, 0.02403454, 0.06328521, 0.1666359");
					values("0.0078578, 0.0069292, 0.0044249, -0.0023109, -0.0203044, -0.0679461, -0.1936640", \
					  "0.0076740, 0.0067709, 0.0043241, -0.0022745, -0.0201340, -0.0677019, -0.1933816", \
					  "0.0073409, 0.0064572, 0.0041182, -0.0023681, -0.0200350, -0.0674647, -0.1930564", \
					  "0.0065962, 0.0057761, 0.0033433, -0.0030461, -0.0204714, -0.0676486, -0.1930698", \
					  "0.0061271, 0.0052211, 0.0027682, -0.0036525, -0.0210639, -0.0680646, -0.1932559", \
					  "0.0061051, 0.0050962, 0.0026494, -0.0040343, -0.0214581, -0.0687827, -0.1937552", \
					  "0.0066067, 0.0056234, 0.0029414, -0.0039604, -0.0219836, -0.0689374, -0.1943380");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0753547, 0.0808531, 0.0960667, 0.1334661, 0.2274354, 0.4692913, 1.1022562", \
					  "0.0765598, 0.0824969, 0.0971923, 0.1351344, 0.2296323, 0.4744223, 1.1078203", \
					  "0.0875154, 0.0930149, 0.1073376, 0.1439005, 0.2401062, 0.4840633, 1.1196949", \
					  "0.1177424, 0.1236473, 0.1371055, 0.1742181, 0.2666247, 0.5112440, 1.1488037", \
					  "0.1888260, 0.1957482, 0.2126182, 0.2492647, 0.3423842, 0.5859049, 1.2243233", \
					  "0.3099843, 0.3209005, 0.3473163, 0.4054318, 0.5191382, 0.7591677, 1.3949045", \
					  "0.5249871, 0.5420338, 0.5839092, 0.6753006, 0.8532751, 1.1698040, 1.7995290");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.1057989, 0.1130737, 0.1322576, 0.1819159, 0.3081529, 0.6324520, 1.4838898", \
					  "0.1057192, 0.1130607, 0.1322653, 0.1818859, 0.3080791, 0.6329155, 1.4829465", \
					  "0.1055223, 0.1128825, 0.1322358, 0.1818991, 0.3083097, 0.6323616, 1.4842372", \
					  "0.1082181, 0.1146546, 0.1326772, 0.1816571, 0.3081187, 0.6322880, 1.4841336", \
					  "0.1365933, 0.1413791, 0.1547979, 0.1938225, 0.3090330, 0.6328424, 1.4845298", \
					  "0.2175612, 0.2222861, 0.2346136, 0.2669273, 0.3523597, 0.6366169, 1.4849970", \
					  "0.3650841, 0.3713605, 0.3866317, 0.4285350, 0.5223189, 0.7467035, 1.4925348");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0204909, 0.0216818, 0.0246124, 0.0321629, 0.0515898, 0.1024070, 0.2360332", \
					  "0.0247758, 0.0258952, 0.0288623, 0.0365303, 0.0560834, 0.1069339, 0.2406941", \
					  "0.0334884, 0.0350694, 0.0386436, 0.0470468, 0.0665692, 0.1175359, 0.2510587", \
					  "0.0430160, 0.0453877, 0.0514027, 0.0644773, 0.0902598, 0.1420072, 0.2748115", \
					  "0.0498317, 0.0537595, 0.0628839, 0.0836484, 0.1238194, 0.1950980, 0.3315573", \
					  "0.0410029, 0.0469445, 0.0624001, 0.0947993, 0.1578010, 0.2692472, 0.4563017", \
					  "-0.0206176, -0.0104865, 0.0141332, 0.0671197, 0.1691441, 0.3451208, 0.6344252");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0227959, 0.0242271, 0.0280413, 0.0380895, 0.0644390, 0.1345468, 0.3172643", \
					  "0.0229714, 0.0243510, 0.0280308, 0.0380749, 0.0644948, 0.1345491, 0.3168953", \
					  "0.0284223, 0.0294451, 0.0323118, 0.0405573, 0.0648454, 0.1341551, 0.3170484", \
					  "0.0432580, 0.0445672, 0.0476644, 0.0557202, 0.0753593, 0.1365680, 0.3173315", \
					  "0.0722669, 0.0737821, 0.0775995, 0.0875472, 0.1112985, 0.1640187, 0.3219848", \
					  "0.1263749, 0.1282457, 0.1335239, 0.1467512, 0.1798261, 0.2458795, 0.3862747", \
					  "0.2255976, 0.2284257, 0.2368841, 0.2558969, 0.3019980, 0.3990062, 0.5758372");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0716014, 0.0773564, 0.0914126, 0.1270529, 0.2174780, 0.4529977, 1.0611743", \
					  "0.0737220, 0.0791472, 0.0933494, 0.1294317, 0.2212754, 0.4566524, 1.0666614", \
					  "0.0842537, 0.0894432, 0.1032078, 0.1392956, 0.2314289, 0.4693403, 1.0802091", \
					  "0.1160502, 0.1208665, 0.1344016, 0.1675846, 0.2608005, 0.4964553, 1.1115910", \
					  "0.1853781, 0.1922020, 0.2084188, 0.2432406, 0.3339553, 0.5682148, 1.1828767", \
					  "0.3055482, 0.3162600, 0.3419456, 0.3989502, 0.5109506, 0.7411606, 1.3514554", \
					  "0.5185641, 0.5356752, 0.5762917, 0.6655783, 0.8408689, 1.1512170, 1.7581114");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.1053574, 0.1123795, 0.1308734, 0.1786738, 0.3007747, 0.6150128, 1.4372816", \
					  "0.1052396, 0.1123101, 0.1308708, 0.1785748, 0.3007833, 0.6151072, 1.4374153", \
					  "0.1049487, 0.1121210, 0.1306648, 0.1785667, 0.3007903, 0.6150012, 1.4383711", \
					  "0.1076688, 0.1140136, 0.1309209, 0.1781777, 0.3006976, 0.6150921, 1.4390960", \
					  "0.1369208, 0.1412233, 0.1537303, 0.1926933, 0.3020814, 0.6150617, 1.4386143", \
					  "0.2165733, 0.2211448, 0.2333967, 0.2668297, 0.3477365, 0.6211314, 1.4383719", \
					  "0.3635083, 0.3697147, 0.3838808, 0.4231042, 0.5156936, 0.7329322, 1.4532762");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0219272, 0.0233217, 0.0265163, 0.0350839, 0.0568302, 0.1135733, 0.2624798", \
					  "0.0261465, 0.0275227, 0.0308331, 0.0393340, 0.0612568, 0.1181365, 0.2670382", \
					  "0.0350714, 0.0366822, 0.0408783, 0.0496611, 0.0714949, 0.1284619, 0.2774723", \
					  "0.0454412, 0.0479515, 0.0541499, 0.0679838, 0.0954032, 0.1526696, 0.3017503", \
					  "0.0535275, 0.0576337, 0.0663868, 0.0879833, 0.1298738, 0.2068869, 0.3572876", \
					  "0.0452472, 0.0523628, 0.0682677, 0.1018146, 0.1680023, 0.2844117, 0.4820288", \
					  "-0.0145888, -0.0038276, 0.0214280, 0.0773833, 0.1842447, 0.3688992, 0.6747580");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0278996, 0.0294812, 0.0338024, 0.0451146, 0.0752309, 0.1550771, 0.3629824", \
					  "0.0279393, 0.0294660, 0.0337804, 0.0451274, 0.0751714, 0.1550404, 0.3628029", \
					  "0.0329518, 0.0341198, 0.0374556, 0.0470725, 0.0752329, 0.1542057, 0.3628703", \
					  "0.0481288, 0.0494201, 0.0529564, 0.0619405, 0.0845155, 0.1557410, 0.3628359", \
					  "0.0784667, 0.0800043, 0.0843460, 0.0949162, 0.1212602, 0.1817431, 0.3655106", \
					  "0.1345687, 0.1365988, 0.1420306, 0.1568114, 0.1924480, 0.2659611, 0.4250642", \
					  "0.2381956, 0.2412567, 0.2488559, 0.2688701, 0.3169516, 0.4202781, 0.6128787");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.1268371, 0.1321695, 0.1457592, 0.1811556, 0.2736762, 0.5149540, 1.1486491", \
					  "0.1318915, 0.1371609, 0.1508750, 0.1866497, 0.2793853, 0.5209714, 1.1545662", \
					  "0.1460147, 0.1513706, 0.1650861, 0.2009182, 0.2942516, 0.5363727, 1.1705731", \
					  "0.1790374, 0.1844364, 0.1980392, 0.2341008, 0.3272486, 0.5697753, 1.2044896", \
					  "0.2519961, 0.2571427, 0.2708923, 0.3063085, 0.3992611, 0.6416452, 1.2767278", \
					  "0.3976871, 0.4047830, 0.4218873, 0.4639374, 0.5636034, 0.8060268, 1.4418896", \
					  "0.6777237, 0.6878988, 0.7135725, 0.7733063, 0.9042699, 1.1820775, 1.8215504");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0962179, 0.1031311, 0.1211711, 0.1683058, 0.2918107, 0.6168268, 1.4694467", \
					  "0.0962352, 0.1031127, 0.1210332, 0.1680834, 0.2914195, 0.6162814, 1.4688506", \
					  "0.0961631, 0.1030956, 0.1211678, 0.1683223, 0.2918362, 0.6168255, 1.4694973", \
					  "0.0961976, 0.1030652, 0.1211325, 0.1682764, 0.2919351, 0.6159651, 1.4729138", \
					  "0.1020099, 0.1084734, 0.1252460, 0.1703189, 0.2919658, 0.6162897, 1.4686433", \
					  "0.1309887, 0.1375631, 0.1542425, 0.1969565, 0.3073266, 0.6176275, 1.4703044", \
					  "0.2030832, 0.2103862, 0.2295227, 0.2762290, 0.3868298, 0.6659800, 1.4753049");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0315467, 0.0329105, 0.0364440, 0.0453327, 0.0678808, 0.1253648, 0.2744168", \
					  "0.0355996, 0.0369902, 0.0404977, 0.0493843, 0.0719275, 0.1294245, 0.2783520", \
					  "0.0441244, 0.0455356, 0.0491054, 0.0580027, 0.0806147, 0.1381657, 0.2870521", \
					  "0.0587863, 0.0605352, 0.0649083, 0.0754973, 0.0997965, 0.1578445, 0.3071197", \
					  "0.0778859, 0.0804921, 0.0870052, 0.1020616, 0.1341267, 0.2007665, 0.3522979", \
					  "0.0927008, 0.0965449, 0.1067103, 0.1307322, 0.1800042, 0.2745181, 0.4517198", \
					  "0.0731848, 0.0800617, 0.0969944, 0.1358494, 0.2167972, 0.3661789, 0.6207532");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0243309, 0.0259703, 0.0302753, 0.0416782, 0.0717331, 0.1508389, 0.3599070", \
					  "0.0241813, 0.0257978, 0.0301617, 0.0416141, 0.0715972, 0.1507595, 0.3594998", \
					  "0.0253645, 0.0268583, 0.0309164, 0.0420193, 0.0717244, 0.1508165, 0.3594098", \
					  "0.0319311, 0.0334372, 0.0374620, 0.0481872, 0.0754271, 0.1511287, 0.3597792", \
					  "0.0479438, 0.0499170, 0.0548234, 0.0662246, 0.0939911, 0.1629890, 0.3613312", \
					  "0.0800848, 0.0825270, 0.0895294, 0.1049726, 0.1394843, 0.2119466, 0.3900335", \
					  "0.1417811, 0.1458440, 0.1558137, 0.1801308, 0.2281132, 0.3203582, 0.5086385");
				}
			}
			timing () {
				related_pin : "S";
				timing_type : "combinational";
				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, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.1717849, 0.1769769, 0.1899131, 0.2238671, 0.3122011, 0.5441773, 1.1542926", \
					  "0.1764726, 0.1816876, 0.1947223, 0.2287216, 0.3171641, 0.5492641, 1.1596544", \
					  "0.1873934, 0.1925705, 0.2057542, 0.2397952, 0.3285238, 0.5607677, 1.1713750", \
					  "0.2125820, 0.2175776, 0.2307057, 0.2651590, 0.3540844, 0.5867901, 1.1982096", \
					  "0.2531611, 0.2580776, 0.2711906, 0.3053719, 0.3949523, 0.6279121, 1.2389969", \
					  "0.3062602, 0.3112201, 0.3247824, 0.3589760, 0.4484867, 0.6817844, 1.2934028", \
					  "0.3624772, 0.3676723, 0.3813174, 0.4157413, 0.5053077, 0.7386506, 1.3503624");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0949112, 0.1015432, 0.1189791, 0.1646828, 0.2844509, 0.5986989, 1.4284143", \
					  "0.0949853, 0.1016239, 0.1191190, 0.1647957, 0.2847507, 0.5990443, 1.4286133", \
					  "0.0950074, 0.1017075, 0.1190314, 0.1650581, 0.2847899, 0.6006174, 1.4259723", \
					  "0.0952527, 0.1016560, 0.1190432, 0.1648902, 0.2847370, 0.5988983, 1.4268270", \
					  "0.0951504, 0.1019499, 0.1193353, 0.1649463, 0.2848338, 0.5989733, 1.4265272", \
					  "0.0961433, 0.1024769, 0.1198910, 0.1653107, 0.2850754, 0.5998046, 1.4259329", \
					  "0.0996299, 0.1061243, 0.1229356, 0.1674925, 0.2853415, 0.5995934, 1.4259487");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.1533796, 0.1551128, 0.1591907, 0.1692507, 0.1921214, 0.2462773, 0.3812980", \
					  "0.1588155, 0.1605048, 0.1647434, 0.1746603, 0.1976326, 0.2517404, 0.3867275", \
					  "0.1727279, 0.1743791, 0.1786229, 0.1886082, 0.2115462, 0.2656632, 0.4006432", \
					  "0.2074645, 0.2091191, 0.2132770, 0.2234433, 0.2464370, 0.3006237, 0.4356301", \
					  "0.2899810, 0.2916986, 0.2958209, 0.3059720, 0.3289513, 0.3831927, 0.5182749", \
					  "0.4610303, 0.4629757, 0.4677378, 0.4790228, 0.5036209, 0.5591447, 0.6946187", \
					  "0.7566023, 0.7591646, 0.7654963, 0.7802088, 0.8102863, 0.8719803, 1.0109000");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131655, 0.00346659, 0.00912787, 0.0240345, 0.0632852, 0.166636");
					values("0.0307600, 0.0321714, 0.0357537, 0.0452109, 0.0699451, 0.1362009, 0.3162608", \
					  "0.0308317, 0.0321840, 0.0357771, 0.0452499, 0.0698428, 0.1363451, 0.3159069", \
					  "0.0308314, 0.0321586, 0.0357844, 0.0451069, 0.0698375, 0.1363391, 0.3160014", \
					  "0.0308081, 0.0321756, 0.0358137, 0.0450946, 0.0699435, 0.1362053, 0.3163711", \
					  "0.0308853, 0.0322470, 0.0358287, 0.0452478, 0.0699841, 0.1362365, 0.3159929", \
					  "0.0369036, 0.0382905, 0.0416352, 0.0505336, 0.0743647, 0.1381528, 0.3163808", \
					  "0.0511834, 0.0527786, 0.0567210, 0.0662954, 0.0889086, 0.1491913, 0.3210298");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007166;
			capacitance : 0.007595;
			rise_capacitance : 0.008025;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0076770, -0.0077623, -0.0079588, -0.0079549, -0.0079459, -0.0079251, -0.0078772");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0130829, 0.0130775, 0.0130652, 0.0130697, 0.0130802, 0.0131045, 0.0131604");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008123;
			capacitance : 0.007733;
			fall_capacitance : 0.007344;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087519, -0.0088003, -0.0089119, -0.0089003, -0.0088732, -0.0088110, -0.0086675");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0124216, 0.0124198, 0.0124155, 0.0124111, 0.0124007, 0.0123769, 0.0123221");
				}
			}
		}
		pin (S) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.010774;
			capacitance : 0.010307;
			fall_capacitance : 0.009839;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010308, -0.0010821, -0.0012002, -0.0012209, -0.0012684, -0.0013778, -0.0016299");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0257116, 0.0255672, 0.0252343, 0.0252188, 0.0251832, 0.0251011, 0.0249119");
				}
			}
		}
	}
	cell ("scs8hd_mux4_1") {
		area : 26.275200;
		cell_footprint : "mux4";
		cell_leakage_power : 3.454605e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005217";
			when : "!A0&!A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005288";
			when : "!A0&!A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0005042";
			when : "!A0&!A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005113";
			when : "!A0&!A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005573";
			when : "!A0&!A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005644";
			when : "!A0&!A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0001539";
			when : "!A0&!A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005336";
			when : "!A0&!A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0001706";
			when : "!A0&!A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005504";
			when : "!A0&!A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0005396";
			when : "!A0&!A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005466";
			when : "!A0&!A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0001672";
			when : "!A0&!A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005527";
			when : "A0&A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0001896";
			when : "A0&A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "9.0751259e-05";
			when : "A0&A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "9.7807857e-05";
			when : "A0&A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "8.3374978e-05";
			when : "A0&A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "9.0431568e-05";
			when : "A0&A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005470";
			when : "!A0&!A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0001490";
			when : "!A0&!A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005287";
			when : "!A0&!A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005551";
			when : "!A0&A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005622";
			when : "!A0&A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0005232";
			when : "!A0&A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0001601";
			when : "!A0&A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005907";
			when : "!A0&A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005977";
			when : "!A0&A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "9.4141180e-05";
			when : "!A0&A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0001012";
			when : "!A0&A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0002040";
			when : "!A0&A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005838";
			when : "!A0&A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0005586";
			when : "!A0&A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0001955";
			when : "!A0&A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0002006";
			when : "!A0&A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0005804";
			when : "!A0&A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "8.9245587e-05";
			when : "!A0&A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "9.6302184e-05";
			when : "!A0&A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005298";
			when : "A0&!A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001667";
			when : "A0&!A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0005552";
			when : "A0&!A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005623";
			when : "A0&!A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005653";
			when : "A0&!A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002023";
			when : "A0&!A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0002049";
			when : "A0&!A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005847";
			when : "A0&!A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "9.9911866e-05";
			when : "A0&!A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001070";
			when : "A0&!A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0005906";
			when : "A0&!A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005977";
			when : "A0&!A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "9.6533092e-05";
			when : "A0&!A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001036";
			when : "A0&!A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0002000";
			when : "A0&!A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005798";
			when : "A0&!A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005240";
			when : "A0&A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001609";
			when : "A0&A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0005173";
			when : "A0&A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0001543";
			when : "A0&A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005596";
			when : "A0&A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001965";
			when : "A0&A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "8.8270571e-05";
			when : "A0&A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "9.5327161e-05";
			when : "A0&A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "9.4130040e-05";
			when : "A0&A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001012";
			when : "A0&A1&A2&!A3&!S0&!S1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A0&!S0&!S1) | (A1&S0&!S1) | (A2&!S0&S1) | (A3&S0&S1)";
			max_capacitance : 0.145579;
			max_transition : 1.503711;
			internal_power () {
				related_pin : "S0";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0164912, 0.0158512, 0.0138416, 0.0083654, -0.0067665, -0.0480656, -0.1561087", \
					  "0.0165327, 0.0158997, 0.0138724, 0.0084341, -0.0067433, -0.0480509, -0.1560834", \
					  "0.0165469, 0.0158105, 0.0138249, 0.0083811, -0.0068036, -0.0481010, -0.1561063", \
					  "0.0160155, 0.0152670, 0.0132611, 0.0078604, -0.0073568, -0.0486539, -0.1566915", \
					  "0.0153526, 0.0147093, 0.0127321, 0.0073088, -0.0079040, -0.0491957, -0.1572478", \
					  "0.0149387, 0.0142061, 0.0122018, 0.0068083, -0.0083455, -0.0496338, -0.1576764", \
					  "0.0174830, 0.0165183, 0.0140844, 0.0078512, -0.0083440, -0.0500576, -0.1579769");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0079526, 0.0090172, 0.0116362, 0.0181168, 0.0344529, 0.0762334, 0.1836708", \
					  "0.0079302, 0.0089754, 0.0116169, 0.0180933, 0.0344452, 0.0761886, 0.1842670", \
					  "0.0078762, 0.0089400, 0.0115736, 0.0180447, 0.0343804, 0.0762603, 0.1842600", \
					  "0.0075726, 0.0086395, 0.0112588, 0.0177142, 0.0340461, 0.0758879, 0.1839479", \
					  "0.0072679, 0.0083035, 0.0109161, 0.0173589, 0.0336591, 0.0755846, 0.1835852", \
					  "0.0073468, 0.0083258, 0.0108178, 0.0171026, 0.0333101, 0.0751017, 0.1832778", \
					  "0.0076489, 0.0086154, 0.0110860, 0.0175441, 0.0335849, 0.0755135, 0.1831382");
				}
			}
			internal_power () {
				related_pin : "S1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0087369, 0.0098050, 0.0124856, 0.0189436, 0.0352431, 0.0766484, 0.1841157", \
					  "0.0086637, 0.0097669, 0.0124241, 0.0188717, 0.0351712, 0.0773288, 0.1841727", \
					  "0.0087315, 0.0098421, 0.0124916, 0.0189510, 0.0352497, 0.0774222, 0.1842100", \
					  "0.0087029, 0.0098147, 0.0124797, 0.0189321, 0.0352321, 0.0770337, 0.1842067", \
					  "0.0088191, 0.0099261, 0.0125950, 0.0190575, 0.0353538, 0.0775224, 0.1848747", \
					  "0.0090616, 0.0100596, 0.0128488, 0.0193593, 0.0356032, 0.0773625, 0.1851311", \
					  "0.0095681, 0.0105559, 0.0130976, 0.0194603, 0.0357528, 0.0774653, 0.1856019");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0047318, 0.0039455, 0.0020755, -0.0033804, -0.0185425, -0.0598953, -0.1680551", \
					  "0.0047788, 0.0039967, 0.0020839, -0.0032699, -0.0184620, -0.0598512, -0.1680111", \
					  "0.0049062, 0.0041750, 0.0022353, -0.0031500, -0.0183158, -0.0596994, -0.1678540", \
					  "0.0048990, 0.0041386, 0.0022221, -0.0031537, -0.0183345, -0.0597147, -0.1678660", \
					  "0.0049967, 0.0042802, 0.0023677, -0.0031178, -0.0182602, -0.0596148, -0.1677487", \
					  "0.0064711, 0.0055432, 0.0031351, -0.0027120, -0.0180088, -0.0593799, -0.1674912", \
					  "0.0090111, 0.0080931, 0.0056893, -0.0005157, -0.0166893, -0.0586705, -0.1669835");
				}
			}
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0075947, 0.0087026, 0.0114010, 0.0178895, 0.0342536, 0.0760922, 0.1840709", \
					  "0.0076093, 0.0087111, 0.0113998, 0.0178997, 0.0342460, 0.0761010, 0.1840871", \
					  "0.0076305, 0.0087293, 0.0114287, 0.0179129, 0.0342616, 0.0761323, 0.1834939", \
					  "0.0076015, 0.0087057, 0.0113910, 0.0178870, 0.0342130, 0.0760909, 0.1832264", \
					  "0.0075516, 0.0086583, 0.0113442, 0.0178220, 0.0341600, 0.0763601, 0.1833769", \
					  "0.0078943, 0.0088845, 0.0113529, 0.0177376, 0.0339600, 0.0758771, 0.1838109", \
					  "0.0079599, 0.0089350, 0.0114518, 0.0178828, 0.0339320, 0.0757927, 0.1826432");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0027195, 0.0019183, -0.0001165, -0.0057019, -0.0209462, -0.0622988, -0.1703883", \
					  "0.0027072, 0.0019576, -0.0001161, -0.0056920, -0.0209380, -0.0622866, -0.1703836", \
					  "0.0027677, 0.0020205, -4.1700000e-05, -0.0056240, -0.0208751, -0.0622192, -0.1703135", \
					  "0.0027162, 0.0019316, -9.3700000e-05, -0.0056559, -0.0209271, -0.0622737, -0.1703686", \
					  "0.0026819, 0.0018746, -0.0001570, -0.0057508, -0.0210159, -0.0623525, -0.1704427", \
					  "0.0026654, 0.0018815, -0.0001638, -0.0057669, -0.0210351, -0.0623859, -0.1704629", \
					  "0.0027989, 0.0017965, -0.0002904, -0.0058316, -0.0211442, -0.0624404, -0.1704812");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0116468, 0.0127254, 0.0154094, 0.0219030, 0.0382520, 0.0803941, 0.1875507", \
					  "0.0116113, 0.0127099, 0.0153945, 0.0218960, 0.0382196, 0.0800498, 0.1881245", \
					  "0.0116044, 0.0127050, 0.0153713, 0.0218730, 0.0382046, 0.0800512, 0.1880294", \
					  "0.0115711, 0.0126442, 0.0153333, 0.0218233, 0.0381668, 0.0802720, 0.1875616", \
					  "0.0115188, 0.0126048, 0.0152965, 0.0217682, 0.0380849, 0.0795568, 0.1873993", \
					  "0.0118135, 0.0127813, 0.0152293, 0.0217134, 0.0378863, 0.0797342, 0.1872751", \
					  "0.0119314, 0.0128899, 0.0154022, 0.0218210, 0.0378961, 0.0799079, 0.1875619");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0115821, 0.0107675, 0.0087952, 0.0033887, -0.0117546, -0.0529808, -0.1610346", \
					  "0.0115351, 0.0107726, 0.0087539, 0.0033438, -0.0118093, -0.0530306, -0.1610730", \
					  "0.0114534, 0.0107368, 0.0087283, 0.0033158, -0.0118410, -0.0530630, -0.1611082", \
					  "0.0114205, 0.0106994, 0.0086565, 0.0032585, -0.0118946, -0.0531177, -0.1611644", \
					  "0.0113899, 0.0105836, 0.0086431, 0.0031703, -0.0119679, -0.0531842, -0.1612256", \
					  "0.0113018, 0.0105389, 0.0085785, 0.0030468, -0.0120595, -0.0532591, -0.1612869", \
					  "0.0112533, 0.0103330, 0.0083298, 0.0029522, -0.0121709, -0.0533566, -0.1613536");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0049924, 0.0060629, 0.0087309, 0.0151982, 0.0315055, 0.0733614, 0.1806174", \
					  "0.0049998, 0.0060654, 0.0087286, 0.0151965, 0.0315017, 0.0733350, 0.1813703", \
					  "0.0050254, 0.0060718, 0.0087397, 0.0152034, 0.0315416, 0.0733285, 0.1798231", \
					  "0.0049811, 0.0060471, 0.0087092, 0.0151639, 0.0314772, 0.0732459, 0.1805770", \
					  "0.0049426, 0.0060196, 0.0086518, 0.0150933, 0.0314134, 0.0736138, 0.1808116", \
					  "0.0051674, 0.0061546, 0.0086237, 0.0150768, 0.0312566, 0.0733540, 0.1807019", \
					  "0.0052274, 0.0061950, 0.0087134, 0.0151721, 0.0311856, 0.0730470, 0.1798968");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0051081, 0.0043244, 0.0022973, -0.0032050, -0.0184969, -0.0598199, -0.1679062", \
					  "0.0050261, 0.0043322, 0.0022769, -0.0032079, -0.0184997, -0.0598118, -0.1678975", \
					  "0.0051545, 0.0043779, 0.0023423, -0.0031548, -0.0184524, -0.0597689, -0.1678552", \
					  "0.0050999, 0.0042789, 0.0022768, -0.0032171, -0.0184948, -0.0598287, -0.1679149", \
					  "0.0050158, 0.0041906, 0.0022071, -0.0033406, -0.0185839, -0.0598878, -0.1679757", \
					  "0.0049834, 0.0042165, 0.0022202, -0.0033384, -0.0186236, -0.0599304, -0.1680014", \
					  "0.0051163, 0.0041224, 0.0020386, -0.0034114, -0.0186694, -0.0599708, -0.1680081");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0104963, 0.0115755, 0.0142170, 0.0206966, 0.0369918, 0.0787968, 0.1866990", \
					  "0.0104828, 0.0115477, 0.0141943, 0.0206725, 0.0369673, 0.0788523, 0.1867179", \
					  "0.0104512, 0.0115263, 0.0141714, 0.0206472, 0.0369513, 0.0787512, 0.1866960", \
					  "0.0104122, 0.0114844, 0.0141414, 0.0206064, 0.0368994, 0.0787237, 0.1867522", \
					  "0.0103934, 0.0114494, 0.0140779, 0.0205478, 0.0368267, 0.0786065, 0.1867154", \
					  "0.0106315, 0.0116087, 0.0140474, 0.0205097, 0.0366325, 0.0785049, 0.1865224", \
					  "0.0106494, 0.0116124, 0.0141334, 0.0205892, 0.0366070, 0.0785561, 0.1863346");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0105989, 0.0098276, 0.0078039, 0.0023440, -0.0129071, -0.0542226, -0.1623002", \
					  "0.0105299, 0.0097965, 0.0077470, 0.0022684, -0.0129401, -0.0542526, -0.1623395", \
					  "0.0104798, 0.0097054, 0.0077590, 0.0021795, -0.0129805, -0.0543050, -0.1623910", \
					  "0.0104358, 0.0096365, 0.0076827, 0.0021984, -0.0130620, -0.0543727, -0.1624425", \
					  "0.0103417, 0.0095628, 0.0075892, 0.0020604, -0.0131087, -0.0544498, -0.1625238", \
					  "0.0103460, 0.0095115, 0.0075413, 0.0020300, -0.0131932, -0.0545045, -0.1625629", \
					  "0.0103778, 0.0093893, 0.0073324, 0.0018566, -0.0133231, -0.0546065, -0.1626396");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.1512322, 0.1602140, 0.1795689, 0.2214988, 0.3195418, 0.5668039, 1.2028656", \
					  "0.1562069, 0.1651472, 0.1844854, 0.2264192, 0.3244289, 0.5718913, 1.2075823", \
					  "0.1666808, 0.1755549, 0.1949340, 0.2368169, 0.3350103, 0.5821522, 1.2152307", \
					  "0.1897061, 0.1986487, 0.2179980, 0.2598666, 0.3578021, 0.6054869, 1.2398798", \
					  "0.2376980, 0.2467046, 0.2661852, 0.3080283, 0.4062370, 0.6539073, 1.2882068", \
					  "0.3199351, 0.3299012, 0.3507196, 0.3940675, 0.4928107, 0.7397319, 1.3742018", \
					  "0.4373623, 0.4495014, 0.4740477, 0.5211406, 0.6218445, 0.8695847, 1.5028312");
				}
				rise_transition ("del_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("0.0301101, 0.0382927, 0.0579528, 0.1079505, 0.2403588, 0.5901380, 1.4990756", \
					  "0.0301079, 0.0383002, 0.0580037, 0.1079684, 0.2404143, 0.5901886, 1.4996107", \
					  "0.0300608, 0.0382707, 0.0581620, 0.1078938, 0.2403913, 0.5925813, 1.4992422", \
					  "0.0300657, 0.0383093, 0.0580343, 0.1077351, 0.2402789, 0.5904280, 1.5004137", \
					  "0.0306057, 0.0388268, 0.0585380, 0.1079970, 0.2403382, 0.5922779, 1.4944763", \
					  "0.0345523, 0.0428863, 0.0625861, 0.1112694, 0.2407491, 0.5906752, 1.4954989", \
					  "0.0443972, 0.0531248, 0.0733416, 0.1196582, 0.2456175, 0.5921543, 1.4959886");
				}
				cell_fall ("del_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("0.4331629, 0.4456654, 0.4690934, 0.5091844, 0.5796111, 0.7135623, 0.9964805", \
					  "0.4387542, 0.4512478, 0.4745782, 0.5146653, 0.5852204, 0.7190883, 1.0020068", \
					  "0.4522628, 0.4647892, 0.4881411, 0.5282327, 0.5987719, 0.7326628, 1.0155981", \
					  "0.4840069, 0.4964597, 0.5198433, 0.5599394, 0.6302415, 0.7641819, 1.0470774", \
					  "0.5521970, 0.5645603, 0.5879299, 0.6279913, 0.6984643, 0.8323987, 1.1153706", \
					  "0.7064789, 0.7191718, 0.7422569, 0.7822942, 0.8527754, 0.9866719, 1.2696171", \
					  "1.0307082, 1.0440468, 1.0692500, 1.1113576, 1.1842365, 1.3204564, 1.6048798");
				}
				fall_transition ("del_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("0.0676130, 0.0715291, 0.0812434, 0.1041625, 0.1596942, 0.2906054, 0.6190269", \
					  "0.0670757, 0.0710946, 0.0810632, 0.1037754, 0.1601820, 0.2900038, 0.6190349", \
					  "0.0671046, 0.0710403, 0.0810567, 0.1038768, 0.1601847, 0.2897919, 0.6190330", \
					  "0.0677317, 0.0713678, 0.0812997, 0.1041312, 0.1602577, 0.2908120, 0.6189635", \
					  "0.0667814, 0.0713619, 0.0811071, 0.1040606, 0.1602333, 0.2893238, 0.6188728", \
					  "0.0670011, 0.0711524, 0.0810956, 0.1040271, 0.1602736, 0.2907065, 0.6189134", \
					  "0.0767632, 0.0805520, 0.0890959, 0.1113772, 0.1646396, 0.2935526, 0.6199151");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.1590252, 0.1682291, 0.1882868, 0.2311333, 0.3298666, 0.5782959, 1.2114433", \
					  "0.1640770, 0.1734203, 0.1934400, 0.2362793, 0.3350993, 0.5821850, 1.2163938", \
					  "0.1749790, 0.1842594, 0.2042723, 0.2471255, 0.3458206, 0.5933316, 1.2274994", \
					  "0.1988013, 0.2080100, 0.2280603, 0.2708758, 0.3696512, 0.6177327, 1.2518794", \
					  "0.2487521, 0.2581280, 0.2782777, 0.3211259, 0.4198041, 0.6680392, 1.3011801", \
					  "0.3362189, 0.3463734, 0.3676959, 0.4120949, 0.5113977, 0.7601766, 1.3926861", \
					  "0.4658253, 0.4781661, 0.5030348, 0.5513813, 0.6532846, 0.9007850, 1.5353939");
				}
				rise_transition ("del_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("0.0312443, 0.0399276, 0.0600205, 0.1096328, 0.2413839, 0.5924008, 1.4996514", \
					  "0.0314777, 0.0398666, 0.0598268, 0.1096645, 0.2406975, 0.5904852, 1.4994372", \
					  "0.0314300, 0.0397776, 0.0599661, 0.1098975, 0.2413236, 0.5901127, 1.4973197", \
					  "0.0312701, 0.0399585, 0.0600041, 0.1097131, 0.2415173, 0.5917858, 1.4979069", \
					  "0.0318898, 0.0403236, 0.0605189, 0.1098884, 0.2414951, 0.5910069, 1.4996693", \
					  "0.0355134, 0.0442110, 0.0642395, 0.1132080, 0.2423080, 0.5926727, 1.4976065", \
					  "0.0452966, 0.0545424, 0.0749922, 0.1215011, 0.2462932, 0.5917880, 1.4955900");
				}
				cell_fall ("del_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("0.4456360, 0.4580044, 0.4810967, 0.5213053, 0.5921684, 0.7261270, 1.0090669", \
					  "0.4509143, 0.4639876, 0.4863780, 0.5265854, 0.5977473, 0.7318361, 1.0150875", \
					  "0.4653866, 0.4772623, 0.5006813, 0.5409532, 0.6117431, 0.7458023, 1.0290865", \
					  "0.4965474, 0.5085537, 0.5319371, 0.5721837, 0.6430148, 0.7770573, 1.0603335", \
					  "0.5639127, 0.5763696, 0.5996655, 0.6399432, 0.7106544, 0.8447518, 1.1279333", \
					  "0.7184571, 0.7309944, 0.7543472, 0.7944950, 0.8649896, 0.9991646, 1.2822832", \
					  "1.0436414, 1.0572953, 1.0824948, 1.1244227, 1.1971091, 1.3331137, 1.6175092");
				}
				fall_transition ("del_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("0.0685038, 0.0733316, 0.0826574, 0.1058469, 0.1609356, 0.2907190, 0.6187324", \
					  "0.0685041, 0.0725222, 0.0826516, 0.1058671, 0.1605566, 0.2903058, 0.6174554", \
					  "0.0679067, 0.0733803, 0.0826837, 0.1059627, 0.1609034, 0.2904778, 0.6177185", \
					  "0.0680210, 0.0734029, 0.0826683, 0.1059005, 0.1609359, 0.2905101, 0.6185317", \
					  "0.0690396, 0.0724938, 0.0834294, 0.1049213, 0.1606956, 0.2893176, 0.6176494", \
					  "0.0675296, 0.0713902, 0.0814304, 0.1042554, 0.1596480, 0.2907220, 0.6189697", \
					  "0.0766539, 0.0796682, 0.0888002, 0.1110730, 0.1644930, 0.2947498, 0.6207058");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.1547824, 0.1641684, 0.1841403, 0.2267009, 0.3252575, 0.5720083, 1.2068256", \
					  "0.1600366, 0.1693167, 0.1893369, 0.2319722, 0.3301539, 0.5777079, 1.2117017", \
					  "0.1707281, 0.1799102, 0.1998812, 0.2424478, 0.3410030, 0.5880907, 1.2227738", \
					  "0.1941190, 0.2033726, 0.2233841, 0.2659834, 0.3643479, 0.6127648, 1.2449159", \
					  "0.2441986, 0.2536111, 0.2737024, 0.3163323, 0.4147012, 0.6627376, 1.2969382", \
					  "0.3323598, 0.3427026, 0.3641584, 0.4083452, 0.5075763, 0.7556728, 1.3898989", \
					  "0.4634842, 0.4761017, 0.5012916, 0.5496386, 0.6508950, 0.8985581, 1.5318407");
				}
				rise_transition ("del_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("0.0315964, 0.0399980, 0.0597910, 0.1092290, 0.2407495, 0.5919735, 1.4987062", \
					  "0.0316317, 0.0398768, 0.0597593, 0.1094498, 0.2409879, 0.5915106, 1.4973347", \
					  "0.0314862, 0.0400296, 0.0598140, 0.1092687, 0.2409350, 0.5923522, 1.4964950", \
					  "0.0315951, 0.0399601, 0.0598566, 0.1092489, 0.2412018, 0.5936634, 1.5017960", \
					  "0.0320143, 0.0403371, 0.0602405, 0.1094370, 0.2413261, 0.5939751, 1.4974981", \
					  "0.0362970, 0.0445371, 0.0643342, 0.1127538, 0.2420613, 0.5910830, 1.4971233", \
					  "0.0462715, 0.0553833, 0.0754237, 0.1214999, 0.2466020, 0.5922067, 1.4972541");
				}
				cell_fall ("del_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("0.4331042, 0.4459023, 0.4686875, 0.5084295, 0.5782266, 0.7112352, 0.9929902", \
					  "0.4384002, 0.4507151, 0.4739212, 0.5137114, 0.5839080, 0.7165878, 0.9982096", \
					  "0.4520586, 0.4648897, 0.4875893, 0.5273996, 0.5971732, 0.7302218, 1.0119879", \
					  "0.4843893, 0.4964671, 0.5200017, 0.5597116, 0.6295707, 0.7625147, 1.0442409", \
					  "0.5530796, 0.5652541, 0.5885222, 0.6282688, 0.6981333, 0.8311524, 1.1129425", \
					  "0.7081516, 0.7206313, 0.7438129, 0.7834267, 0.8533862, 0.9863779, 1.2682355", \
					  "1.0338567, 1.0474227, 1.0722926, 1.1143779, 1.1865173, 1.3214532, 1.6046536");
				}
				fall_transition ("del_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("0.0654360, 0.0704241, 0.0798615, 0.1043738, 0.1580321, 0.2888771, 0.6174315", \
					  "0.0656548, 0.0701988, 0.0801855, 0.1042839, 0.1579167, 0.2888203, 0.6172033", \
					  "0.0654319, 0.0703233, 0.0800168, 0.1043852, 0.1579901, 0.2888297, 0.6173930", \
					  "0.0654410, 0.0699695, 0.0799459, 0.1043125, 0.1582119, 0.2888628, 0.6173989", \
					  "0.0668111, 0.0709021, 0.0809908, 0.1036144, 0.1581945, 0.2890516, 0.6172265", \
					  "0.0652912, 0.0699561, 0.0807574, 0.1039369, 0.1592046, 0.2873283, 0.6175499", \
					  "0.0762418, 0.0796221, 0.0884088, 0.1106175, 0.1634126, 0.2918193, 0.6174145");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.1485571, 0.1579226, 0.1777712, 0.2203201, 0.3186147, 0.5657836, 1.2015519", \
					  "0.1538196, 0.1630725, 0.1829639, 0.2255031, 0.3238415, 0.5709337, 1.2074992", \
					  "0.1647815, 0.1740582, 0.1939482, 0.2365093, 0.3348007, 0.5819220, 1.2173809", \
					  "0.1890948, 0.1984222, 0.2183038, 0.2607496, 0.3592065, 0.6059914, 1.2396416", \
					  "0.2402294, 0.2495181, 0.2695070, 0.3120350, 0.4104803, 0.6572153, 1.2914937", \
					  "0.3282684, 0.3385617, 0.3598205, 0.4041200, 0.5031816, 0.7503678, 1.3874022", \
					  "0.4573906, 0.4700892, 0.4954142, 0.5438568, 0.6451462, 0.8927760, 1.5260390");
				}
				rise_transition ("del_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("0.0315985, 0.0396572, 0.0595443, 0.1092905, 0.2409610, 0.5906806, 1.4992620", \
					  "0.0313060, 0.0395898, 0.0595426, 0.1092890, 0.2407439, 0.5920520, 1.4962445", \
					  "0.0314183, 0.0396121, 0.0594512, 0.1092657, 0.2409976, 0.5899441, 1.5001863", \
					  "0.0313250, 0.0396823, 0.0594908, 0.1089761, 0.2405794, 0.5923061, 1.4999165", \
					  "0.0317298, 0.0402179, 0.0600276, 0.1093910, 0.2405851, 0.5934434, 1.5000954", \
					  "0.0360106, 0.0445827, 0.0644007, 0.1128317, 0.2416040, 0.5925337, 1.4962117", \
					  "0.0466601, 0.0557762, 0.0758222, 0.1217317, 0.2465936, 0.5926408, 1.4972298");
				}
				cell_fall ("del_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("0.4217716, 0.4344300, 0.4569136, 0.4961639, 0.5652907, 0.6971959, 0.9777240", \
					  "0.4266762, 0.4395903, 0.4622754, 0.5019347, 0.5707296, 0.7026605, 0.9830331", \
					  "0.4416352, 0.4536841, 0.4757797, 0.5156667, 0.5850442, 0.7167534, 0.9970368", \
					  "0.4718594, 0.4842259, 0.5069945, 0.5462708, 0.6153464, 0.7473615, 1.0276693", \
					  "0.5410228, 0.5531116, 0.5760079, 0.6153665, 0.6845483, 0.8163863, 1.0967294", \
					  "0.7012661, 0.7133956, 0.7363519, 0.7756432, 0.8447800, 0.9766487, 1.2571183", \
					  "1.0359246, 1.0495209, 1.0738112, 1.1153495, 1.1869561, 1.3208560, 1.6026364");
				}
				fall_transition ("del_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("0.0642563, 0.0691611, 0.0786947, 0.1030171, 0.1563505, 0.2865104, 0.6155726", \
					  "0.0661709, 0.0689252, 0.0789931, 0.1021116, 0.1567971, 0.2865082, 0.6154179", \
					  "0.0642517, 0.0684344, 0.0809888, 0.1029773, 0.1575347, 0.2860047, 0.6152487", \
					  "0.0643320, 0.0688508, 0.0798670, 0.1030389, 0.1562142, 0.2859947, 0.6155775", \
					  "0.0643479, 0.0689031, 0.0789929, 0.1021747, 0.1571945, 0.2865791, 0.6153832", \
					  "0.0642437, 0.0685963, 0.0790848, 0.1021769, 0.1575194, 0.2860063, 0.6157762", \
					  "0.0739815, 0.0778855, 0.0868699, 0.1088994, 0.1620479, 0.2894604, 0.6160183");
				}
			}
			timing () {
				related_pin : "S0";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.1312195, 0.1405056, 0.1603964, 0.2029802, 0.3012834, 0.5497172, 1.1816892", \
					  "0.1360204, 0.1452384, 0.1651462, 0.2076735, 0.3061986, 0.5533154, 1.1869411", \
					  "0.1470068, 0.1563005, 0.1762043, 0.2187579, 0.3172002, 0.5637537, 1.2005522", \
					  "0.1725699, 0.1818569, 0.2017487, 0.2442556, 0.3424513, 0.5897713, 1.2243734", \
					  "0.2250048, 0.2345583, 0.2548548, 0.2976722, 0.3960151, 0.6431272, 1.2801481", \
					  "0.3063340, 0.3175092, 0.3399261, 0.3849836, 0.4846198, 0.7321637, 1.3666660", \
					  "0.4100430, 0.4247979, 0.4535789, 0.5052334, 0.6078138, 0.8557713, 1.4897015");
				}
				rise_transition ("del_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("0.0313695, 0.0395815, 0.0596162, 0.1090205, 0.2408733, 0.5932296, 1.4986208", \
					  "0.0312671, 0.0396894, 0.0594733, 0.1090277, 0.2408811, 0.5928329, 1.4998441", \
					  "0.0314100, 0.0396075, 0.0594786, 0.1090716, 0.2403198, 0.5916369, 1.4968619", \
					  "0.0314773, 0.0396389, 0.0595873, 0.1093118, 0.2410381, 0.5901895, 1.5008691", \
					  "0.0331251, 0.0412029, 0.0608208, 0.1099725, 0.2407886, 0.5925737, 1.4964645", \
					  "0.0405035, 0.0488849, 0.0677748, 0.1148585, 0.2432377, 0.5902315, 1.4994705", \
					  "0.0576821, 0.0673440, 0.0859715, 0.1292120, 0.2493050, 0.5940987, 1.4946682");
				}
				cell_fall ("del_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("0.3327952, 0.3455327, 0.3687507, 0.4087612, 0.4793179, 0.6128363, 0.8956484", \
					  "0.3370869, 0.3494773, 0.3729601, 0.4129784, 0.4832656, 0.6169739, 0.8997619", \
					  "0.3481217, 0.3606727, 0.3840185, 0.4241117, 0.4944745, 0.6281649, 0.9109415", \
					  "0.3761515, 0.3886466, 0.4119769, 0.4520082, 0.5222254, 0.6560938, 0.9388940", \
					  "0.4477367, 0.4600917, 0.4835656, 0.5234210, 0.5936728, 0.7274652, 1.0104483", \
					  "0.6151196, 0.6276975, 0.6511840, 0.6913299, 0.7616195, 0.8955325, 1.1784668", \
					  "0.9333780, 0.9492718, 0.9769543, 1.0223891, 1.0984991, 1.2378896, 1.5239049");
				}
				fall_transition ("del_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("0.0668092, 0.0710176, 0.0802131, 0.1044356, 0.1583884, 0.2902347, 0.6184309", \
					  "0.0675010, 0.0708536, 0.0808133, 0.1035686, 0.1596913, 0.2896409, 0.6190616", \
					  "0.0668066, 0.0706307, 0.0805870, 0.1034142, 0.1594000, 0.2901678, 0.6185140", \
					  "0.0667536, 0.0710544, 0.0803593, 0.1042661, 0.1585387, 0.2903433, 0.6184147", \
					  "0.0671890, 0.0706226, 0.0808688, 0.1035780, 0.1597071, 0.2892795, 0.6160202", \
					  "0.0682731, 0.0722644, 0.0812332, 0.1042712, 0.1599159, 0.2906842, 0.6189400", \
					  "0.0980194, 0.0989254, 0.1033552, 0.1228531, 0.1745950, 0.2999908, 0.6221121");
				}
			}
			timing () {
				related_pin : "S0";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.2459107, 0.2551832, 0.2752508, 0.3179479, 0.4162988, 0.6641347, 1.2983886", \
					  "0.2502545, 0.2594876, 0.2795596, 0.3222518, 0.4207702, 0.6680907, 1.3050886", \
					  "0.2629177, 0.2722081, 0.2922804, 0.3349825, 0.4333355, 0.6811210, 1.3143214", \
					  "0.2952449, 0.3045417, 0.3245971, 0.3672808, 0.4656267, 0.7134887, 1.3479031", \
					  "0.3691960, 0.3785376, 0.3985529, 0.4412483, 0.5397402, 0.7873121, 1.4217039", \
					  "0.5060678, 0.5154823, 0.5355574, 0.5783050, 0.6773321, 0.9247190, 1.5591496", \
					  "0.7281153, 0.7376091, 0.7580286, 0.8011194, 0.8999830, 1.1475717, 1.7822133");
				}
				rise_transition ("del_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("0.0317928, 0.0400310, 0.0600068, 0.1097513, 0.2414125, 0.5909051, 1.4969715", \
					  "0.0314322, 0.0401607, 0.0600624, 0.1095645, 0.2414771, 0.5910167, 1.4988344", \
					  "0.0317954, 0.0400491, 0.0600305, 0.1095330, 0.2409265, 0.5917518, 1.5014692", \
					  "0.0317614, 0.0400121, 0.0599803, 0.1097326, 0.2413966, 0.5900089, 1.4957953", \
					  "0.0317834, 0.0401221, 0.0598855, 0.1097016, 0.2411255, 0.5916026, 1.4976971", \
					  "0.0320772, 0.0404789, 0.0600884, 0.1102191, 0.2415821, 0.5904919, 1.4983396", \
					  "0.0329619, 0.0412847, 0.0612172, 0.1108867, 0.2421124, 0.5890017, 1.4940805");
				}
				cell_fall ("del_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("0.4225901, 0.4346126, 0.4571799, 0.4963325, 0.5653415, 0.6969509, 0.9772134", \
					  "0.4281412, 0.4401119, 0.4628332, 0.5019538, 0.5708247, 0.7025625, 0.9830635", \
					  "0.4399635, 0.4519968, 0.4747306, 0.5139007, 0.5828035, 0.7144506, 0.9947727", \
					  "0.4632546, 0.4751015, 0.4979048, 0.5369781, 0.6061376, 0.7377395, 1.0183170", \
					  "0.5035236, 0.5160107, 0.5384085, 0.5775586, 0.6467201, 0.7783385, 1.0589093", \
					  "0.5633616, 0.5755633, 0.5983771, 0.6379765, 0.7072215, 0.8391594, 1.1196648", \
					  "0.6431665, 0.6550586, 0.6778504, 0.7169779, 0.7863104, 0.9180439, 1.1990731");
				}
				fall_transition ("del_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("0.0631410, 0.0679906, 0.0780074, 0.1011881, 0.1567540, 0.2862993, 0.6148513", \
					  "0.0634429, 0.0683124, 0.0780675, 0.1010814, 0.1558318, 0.2860574, 0.6155362", \
					  "0.0632691, 0.0677404, 0.0780777, 0.1014264, 0.1569045, 0.2854476, 0.6156255", \
					  "0.0631419, 0.0679004, 0.0779926, 0.1023819, 0.1570715, 0.2851158, 0.6130222", \
					  "0.0636705, 0.0686333, 0.0780881, 0.1023821, 0.1570314, 0.2850907, 0.6128264", \
					  "0.0634774, 0.0681813, 0.0788365, 0.1019899, 0.1574375, 0.2866272, 0.6157075", \
					  "0.0632229, 0.0679849, 0.0779096, 0.1022377, 0.1558807, 0.2863171, 0.6146249");
				}
			}
			timing () {
				related_pin : "S1";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.0885273, 0.0978203, 0.1178303, 0.1604897, 0.2585529, 0.5055860, 1.1395518", \
					  "0.0930746, 0.1023627, 0.1223385, 0.1650008, 0.2633803, 0.5098211, 1.1470952", \
					  "0.1040512, 0.1133121, 0.1332588, 0.1758495, 0.2739658, 0.5211491, 1.1551354", \
					  "0.1295787, 0.1387545, 0.1584979, 0.2008440, 0.2993684, 0.5466606, 1.1795259", \
					  "0.1742750, 0.1836937, 0.2037431, 0.2468387, 0.3454753, 0.5939039, 1.2277731", \
					  "0.2347928, 0.2458247, 0.2678598, 0.3118043, 0.4109982, 0.6594028, 1.2951814", \
					  "0.2981062, 0.3130897, 0.3416833, 0.3917137, 0.4921212, 0.7394840, 1.3742236");
				}
				rise_transition ("del_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("0.0307558, 0.0391012, 0.0590857, 0.1086462, 0.2404970, 0.5912410, 1.4966206", \
					  "0.0308176, 0.0391589, 0.0590260, 0.1087374, 0.2403192, 0.5925627, 1.5037107", \
					  "0.0305962, 0.0391404, 0.0590568, 0.1088496, 0.2408276, 0.5898768, 1.4939024", \
					  "0.0306340, 0.0389976, 0.0591476, 0.1087471, 0.2406724, 0.5922692, 1.4996835", \
					  "0.0336215, 0.0415020, 0.0610054, 0.1103202, 0.2409592, 0.5929717, 1.4960091", \
					  "0.0433783, 0.0503575, 0.0677128, 0.1139384, 0.2435321, 0.5916653, 1.5035986", \
					  "0.0629523, 0.0710482, 0.0880237, 0.1281420, 0.2480906, 0.5938030, 1.4941587");
				}
				cell_fall ("del_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("0.1719222, 0.1822983, 0.2026815, 0.2397262, 0.3076004, 0.4397441, 0.7216882", \
					  "0.1761074, 0.1866164, 0.2068190, 0.2439431, 0.3118683, 0.4439012, 0.7259047", \
					  "0.1866743, 0.1970512, 0.2170996, 0.2541083, 0.3219229, 0.4539044, 0.7358630", \
					  "0.2145892, 0.2245823, 0.2445162, 0.2810456, 0.3487366, 0.4807462, 0.7627032", \
					  "0.2856264, 0.2952316, 0.3145640, 0.3503546, 0.4176495, 0.5492221, 0.8310467", \
					  "0.4381361, 0.4492461, 0.4705318, 0.5078307, 0.5746764, 0.7055941, 0.9873008", \
					  "0.6813758, 0.6968863, 0.7252219, 0.7730521, 0.8499864, 0.9850912, 1.2699363");
				}
				fall_transition ("del_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("0.0462774, 0.0523821, 0.0660824, 0.0940035, 0.1526061, 0.2867523, 0.6175539", \
					  "0.0461551, 0.0525617, 0.0652923, 0.0931020, 0.1535988, 0.2855241, 0.6152523", \
					  "0.0455936, 0.0520729, 0.0648624, 0.0927479, 0.1531615, 0.2857516, 0.6162052", \
					  "0.0445189, 0.0509684, 0.0645898, 0.0922883, 0.1530166, 0.2848685, 0.6139332", \
					  "0.0422815, 0.0488291, 0.0627138, 0.0911998, 0.1508655, 0.2859721, 0.6168249", \
					  "0.0541620, 0.0602394, 0.0721486, 0.0961601, 0.1512709, 0.2835858, 0.6138703", \
					  "0.0794818, 0.0874546, 0.1012922, 0.1267856, 0.1752293, 0.2971728, 0.6233039");
				}
			}
			timing () {
				related_pin : "S1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.1503583, 0.1590807, 0.1782140, 0.2198352, 0.3176637, 0.5653156, 1.2002362", \
					  "0.1554273, 0.1642005, 0.1833095, 0.2248058, 0.3227693, 0.5704145, 1.2052042", \
					  "0.1690365, 0.1778242, 0.1969224, 0.2384331, 0.3364054, 0.5840604, 1.2193402", \
					  "0.2028738, 0.2116983, 0.2308328, 0.2725157, 0.3700953, 0.6173118, 1.2512372", \
					  "0.2766051, 0.2853975, 0.3044958, 0.3461280, 0.4439305, 0.6912946, 1.3267464", \
					  "0.4001794, 0.4089750, 0.4280525, 0.4695862, 0.5670153, 0.8157255, 1.4510823", \
					  "0.6003946, 0.6089975, 0.6284037, 0.6703276, 0.7686979, 1.0155103, 1.6491155");
				}
				rise_transition ("del_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("0.0294333, 0.0378294, 0.0574011, 0.1073867, 0.2399892, 0.5904970, 1.4959020", \
					  "0.0295754, 0.0376755, 0.0576437, 0.1074920, 0.2401034, 0.5927054, 1.4965299", \
					  "0.0295062, 0.0375870, 0.0576385, 0.1074816, 0.2401049, 0.5930265, 1.4954024", \
					  "0.0295863, 0.0377040, 0.0575438, 0.1073788, 0.2397502, 0.5910999, 1.4927226", \
					  "0.0295974, 0.0376425, 0.0575014, 0.1074352, 0.2401183, 0.5929876, 1.4984545", \
					  "0.0297924, 0.0379166, 0.0577273, 0.1076813, 0.2395381, 0.5906408, 1.5013772", \
					  "0.0315642, 0.0395267, 0.0590668, 0.1086793, 0.2397863, 0.5875491, 1.4974192");
				}
				cell_fall ("del_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("0.2100706, 0.2217688, 0.2440507, 0.2826807, 0.3509104, 0.4819018, 0.7616606", \
					  "0.2159384, 0.2277127, 0.2500235, 0.2887098, 0.3571443, 0.4879490, 0.7675164", \
					  "0.2281968, 0.2402379, 0.2626919, 0.3012127, 0.3697097, 0.5006002, 0.7805107", \
					  "0.2482132, 0.2597755, 0.2820384, 0.3204690, 0.3888723, 0.5197359, 0.7993327", \
					  "0.2942005, 0.3052202, 0.3263086, 0.3640318, 0.4318176, 0.5626503, 0.8424453", \
					  "0.3557655, 0.3660727, 0.3861953, 0.4228139, 0.4892156, 0.6184363, 0.8974773", \
					  "0.4141331, 0.4245012, 0.4448028, 0.4817219, 0.5486535, 0.6787212, 0.9569933");
				}
				fall_transition ("del_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("0.0608219, 0.0651941, 0.0765160, 0.1005554, 0.1553100, 0.2847233, 0.6144448", \
					  "0.0609495, 0.0651435, 0.0762526, 0.1003828, 0.1555680, 0.2851114, 0.6140237", \
					  "0.0601070, 0.0649958, 0.0760033, 0.0999860, 0.1555171, 0.2842935, 0.6129922", \
					  "0.0590541, 0.0637457, 0.0752198, 0.0991028, 0.1552216, 0.2851074, 0.6145887", \
					  "0.0517529, 0.0577209, 0.0708868, 0.0959762, 0.1530532, 0.2825385, 0.6116048", \
					  "0.0486094, 0.0546131, 0.0674604, 0.0939797, 0.1496449, 0.2808766, 0.6134904", \
					  "0.0487487, 0.0549207, 0.0677282, 0.0938523, 0.1504526, 0.2819311, 0.6068942");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001552;
			capacitance : 0.001500;
			fall_capacitance : 0.001448;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036922, 0.0036649, 0.0036019, 0.0036025, 0.0036038, 0.0036068, 0.0036137");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0078130, 0.0077575, 0.0076294, 0.0076255, 0.0076165, 0.0075958, 0.0075480");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001456;
			capacitance : 0.001414;
			fall_capacitance : 0.001372;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013637, -0.0013705, -0.0013863, -0.0013879, -0.0013916, -0.0014001, -0.0014197");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014783, 0.0014740, 0.0014642, 0.0014638, 0.0014629, 0.0014608, 0.0014560");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001483;
			capacitance : 0.001437;
			fall_capacitance : 0.001392;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0047481, 0.0047241, 0.0046689, 0.0046682, 0.0046666, 0.0046630, 0.0046547");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061517, 0.0061047, 0.0059963, 0.0059919, 0.0059817, 0.0059580, 0.0059036");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001493;
			capacitance : 0.001453;
			fall_capacitance : 0.001412;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016065, -0.0016104, -0.0016192, -0.0016194, -0.0016200, -0.0016213, -0.0016243");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016592, 0.0016569, 0.0016514, 0.0016511, 0.0016504, 0.0016487, 0.0016449");
				}
			}
		}
		pin (S0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003998;
			capacitance : 0.004045;
			rise_capacitance : 0.004093;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024329, 0.0023555, 0.0021770, 0.0021790, 0.0021837, 0.0021945, 0.0022194");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0111709, 0.0110565, 0.0107926, 0.0107948, 0.0107999, 0.0108115, 0.0108384");
				}
			}
		}
		pin (S1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002578;
			capacitance : 0.002657;
			rise_capacitance : 0.002735;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0006425, 0.0005759, 0.0004224, 0.0004240, 0.0004275, 0.0004357, 0.0004545");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062158, 0.0061386, 0.0059607, 0.0059621, 0.0059653, 0.0059729, 0.0059902");
				}
			}
		}
	}
	cell ("scs8hd_mux4_2") {
		area : 22.521600;
		cell_footprint : "mux4";
		cell_leakage_power : 1.028111e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0013587";
			when : "!A0&!A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0009485";
			when : "!A0&!A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0017529";
			when : "!A0&!A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0013428";
			when : "!A0&!A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0014290";
			when : "!A0&!A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0010189";
			when : "!A0&!A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010646";
			when : "!A0&!A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0013504";
			when : "!A0&!A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0006721";
			when : "!A0&!A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0009579";
			when : "!A0&!A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0018227";
			when : "!A0&!A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0014125";
			when : "!A0&!A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0006711";
			when : "!A0&!A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0009569";
			when : "!A0&!A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010637";
			when : "!A0&!A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0013495";
			when : "!A0&!A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0014250";
			when : "!A0&A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0010149";
			when : "!A0&A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0017761";
			when : "!A0&A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0006701";
			when : "!A0&A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0014954";
			when : "!A0&A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0010852";
			when : "!A0&A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010086";
			when : "!A0&A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005985";
			when : "!A0&A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0007384";
			when : "!A0&A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0010242";
			when : "!A0&A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0018459";
			when : "!A0&A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0007399";
			when : "!A0&A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0007374";
			when : "!A0&A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0010232";
			when : "!A0&A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010077";
			when : "!A0&A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005976";
			when : "!A0&A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0013621";
			when : "A0&!A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002561";
			when : "A0&!A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0018239";
			when : "A0&!A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0014138";
			when : "A0&!A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0014325";
			when : "A0&!A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0003265";
			when : "A0&!A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0011356";
			when : "A0&!A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0014214";
			when : "A0&!A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005963";
			when : "A0&!A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001862";
			when : "A0&!A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0018936";
			when : "A0&!A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0014835";
			when : "A0&!A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005953";
			when : "A0&!A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001852";
			when : "A0&!A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0011347";
			when : "A0&!A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0014205";
			when : "A0&!A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0013613";
			when : "A0&A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002553";
			when : "A0&A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0017754";
			when : "A0&A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0006694";
			when : "A0&A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0014317";
			when : "A0&A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0003257";
			when : "A0&A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010078";
			when : "A0&A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005977";
			when : "A0&A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005954";
			when : "A0&A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001853";
			when : "A0&A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0018451";
			when : "A0&A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0007391";
			when : "A0&A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0005945";
			when : "A0&A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0001844";
			when : "A0&A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010069";
			when : "A0&A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0005968";
			when : "A0&A1&A2&A3&S0&!S1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A0&!S0&!S1) | (A1&S0&!S1) | (A2&!S0&S1) | (A3&S0&S1)";
			max_capacitance : 0.261851;
			max_transition : 1.507036;
			internal_power () {
				related_pin : "A3";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0125638, 0.0115854, 0.0088721, 0.0009021, -0.0227924, -0.0936418, -0.2993573", \
					  "0.0124896, 0.0115833, 0.0088153, 0.0008741, -0.0228472, -0.0936713, -0.2993912", \
					  "0.0124578, 0.0115378, 0.0087671, 0.0008317, -0.0229522, -0.0937431, -0.2994423", \
					  "0.0123268, 0.0114170, 0.0086927, 0.0007515, -0.0229626, -0.0938061, -0.2995028", \
					  "0.0122866, 0.0113606, 0.0086356, 0.0007240, -0.0230521, -0.0938968, -0.2995916", \
					  "0.0122474, 0.0113581, 0.0085894, 0.0006287, -0.0231698, -0.0939913, -0.2996588", \
					  "0.0123268, 0.0111496, 0.0083842, 0.0004300, -0.0233188, -0.0941591, -0.2997626");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0138048, 0.0149886, 0.0184405, 0.0278238, 0.0535162, 0.1259523, 0.3300716", \
					  "0.0137617, 0.0149810, 0.0184049, 0.0277441, 0.0534096, 0.1256902, 0.3318438", \
					  "0.0137165, 0.0148891, 0.0183671, 0.0277360, 0.0534302, 0.1255885, 0.3304976", \
					  "0.0136656, 0.0148478, 0.0183165, 0.0276832, 0.0533638, 0.1262279, 0.3305249", \
					  "0.0136261, 0.0148280, 0.0182264, 0.0276046, 0.0532549, 0.1256728, 0.3314755", \
					  "0.0139589, 0.0150943, 0.0183043, 0.0274370, 0.0529407, 0.1258554, 0.3300237", \
					  "0.0141175, 0.0152615, 0.0185141, 0.0275869, 0.0532399, 0.1253676, 0.3311148");
				}
			}
			internal_power () {
				related_pin : "S0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0184894, 0.0197005, 0.0231621, 0.0325442, 0.0583550, 0.1306061, 0.3370229", \
					  "0.0182469, 0.0194752, 0.0229437, 0.0323596, 0.0580122, 0.1302022, 0.3365439", \
					  "0.0182843, 0.0195127, 0.0229804, 0.0324093, 0.0580783, 0.1302563, 0.3367276", \
					  "0.0180094, 0.0192459, 0.0227024, 0.0320909, 0.0577734, 0.1300017, 0.3363017", \
					  "0.0177799, 0.0189512, 0.0224603, 0.0318948, 0.0576189, 0.1298317, 0.3344979", \
					  "0.0177766, 0.0189964, 0.0224472, 0.0318738, 0.0575543, 0.1305042, 0.3360533", \
					  "0.0183169, 0.0194846, 0.0227860, 0.0319156, 0.0578808, 0.1296808, 0.3340299");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0170098, 0.0160986, 0.0133864, 0.0054115, -0.0182728, -0.0891375, -0.2948404", \
					  "0.0169697, 0.0160572, 0.0133615, 0.0054218, -0.0183047, -0.0891388, -0.2948322", \
					  "0.0170966, 0.0160530, 0.0133704, 0.0054090, -0.0183185, -0.0891807, -0.2948821", \
					  "0.0162669, 0.0152855, 0.0126280, 0.0046830, -0.0190506, -0.0898726, -0.2955724", \
					  "0.0156366, 0.0147296, 0.0120116, 0.0040883, -0.0196478, -0.0905444, -0.2962405", \
					  "0.0152279, 0.0141982, 0.0114729, 0.0035779, -0.0201275, -0.0909910, -0.2966841", \
					  "0.0193800, 0.0182262, 0.0150788, 0.0061874, -0.0191490, -0.0910304, -0.2966640");
				}
			}
			internal_power () {
				related_pin : "S1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0117998, 0.0130295, 0.0164729, 0.0258072, 0.0512862, 0.1234723, 0.3291664", \
					  "0.0117306, 0.0129600, 0.0164032, 0.0257445, 0.0512191, 0.1227479, 0.3257917", \
					  "0.0118428, 0.0130570, 0.0165152, 0.0258176, 0.0513194, 0.1233963, 0.3281054", \
					  "0.0118915, 0.0131039, 0.0165614, 0.0258637, 0.0513588, 0.1234175, 0.3266574", \
					  "0.0120226, 0.0132524, 0.0167260, 0.0260180, 0.0515215, 0.1235906, 0.3284039", \
					  "0.0121269, 0.0133721, 0.0169285, 0.0263391, 0.0517076, 0.1236518, 0.3287642", \
					  "0.0133237, 0.0144584, 0.0177163, 0.0267836, 0.0521087, 0.1241866, 0.3300697");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0068405, 0.0058528, 0.0032357, -0.0046058, -0.0281996, -0.0991048, -0.3048914", \
					  "0.0068510, 0.0059118, 0.0031562, -0.0045955, -0.0282382, -0.0991096, -0.3048837", \
					  "0.0068691, 0.0058989, 0.0033488, -0.0045010, -0.0280789, -0.0989820, -0.3047698", \
					  "0.0069859, 0.0059878, 0.0033177, -0.0045123, -0.0281479, -0.0990125, -0.3048108", \
					  "0.0071286, 0.0060991, 0.0034813, -0.0043433, -0.0280069, -0.0989251, -0.3046658", \
					  "0.0080098, 0.0069013, 0.0038694, -0.0041559, -0.0279190, -0.0988113, -0.3045381", \
					  "0.0128369, 0.0117337, 0.0086506, -0.0001052, -0.0254620, -0.0978761, -0.3039994");
				}
			}
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0116270, 0.0128482, 0.0162650, 0.0255580, 0.0509387, 0.1226062, 0.3280914", \
					  "0.0116163, 0.0128305, 0.0162560, 0.0255832, 0.0509617, 0.1226522, 0.3264988", \
					  "0.0116354, 0.0127973, 0.0163067, 0.0256108, 0.0509860, 0.1227643, 0.3261454", \
					  "0.0115791, 0.0128048, 0.0162391, 0.0255177, 0.0508369, 0.1223949, 0.3266861", \
					  "0.0115506, 0.0127548, 0.0161686, 0.0254838, 0.0509027, 0.1228035, 0.3265991", \
					  "0.0119740, 0.0131373, 0.0162513, 0.0253413, 0.0507452, 0.1231551, 0.3281630", \
					  "0.0121714, 0.0133227, 0.0164949, 0.0256749, 0.0511876, 0.1230609, 0.3266728");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0054996, 0.0045213, 0.0016858, -0.0064356, -0.0304934, -0.1017787, -0.3077697", \
					  "0.0053912, 0.0044676, 0.0016774, -0.0064372, -0.0305013, -0.1017806, -0.3077710", \
					  "0.0055641, 0.0045428, 0.0016861, -0.0064046, -0.0305001, -0.1017619, -0.3077366", \
					  "0.0054369, 0.0043952, 0.0016169, -0.0065003, -0.0305753, -0.1018454, -0.3078190", \
					  "0.0053092, 0.0043243, 0.0015472, -0.0066121, -0.0306822, -0.1019410, -0.3079130", \
					  "0.0051885, 0.0042769, 0.0014469, -0.0066411, -0.0307391, -0.1020103, -0.3079315", \
					  "0.0051877, 0.0040554, 0.0013268, -0.0067399, -0.0308243, -0.1020442, -0.3079052");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0146638, 0.0158777, 0.0193236, 0.0287011, 0.0543185, 0.1264318, 0.3325683", \
					  "0.0145668, 0.0157893, 0.0192705, 0.0286594, 0.0543455, 0.1264632, 0.3313641", \
					  "0.0145496, 0.0157610, 0.0192146, 0.0286001, 0.0542122, 0.1263586, 0.3310758", \
					  "0.0144878, 0.0156593, 0.0191624, 0.0285475, 0.0542112, 0.1263689, 0.3311051", \
					  "0.0144461, 0.0156558, 0.0190793, 0.0284850, 0.0541117, 0.1258646, 0.3315970", \
					  "0.0147256, 0.0158796, 0.0189776, 0.0282828, 0.0537595, 0.1258637, 0.3322351", \
					  "0.0149921, 0.0161182, 0.0193216, 0.0284740, 0.0540501, 0.1262832, 0.3319751");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0116157, 0.0106495, 0.0078747, -5.0400000e-05, -0.0238871, -0.0948284, -0.3005980", \
					  "0.0114344, 0.0105758, 0.0078289, -0.0001986, -0.0239003, -0.0948630, -0.3006480", \
					  "0.0114967, 0.0104441, 0.0077171, -0.0002469, -0.0240153, -0.0949377, -0.3007193", \
					  "0.0113986, 0.0103528, 0.0076419, -0.0003255, -0.0241067, -0.0950177, -0.3008007", \
					  "0.0113125, 0.0103527, 0.0075982, -0.0003978, -0.0242065, -0.0951295, -0.3008920", \
					  "0.0112592, 0.0102953, 0.0074729, -0.0004909, -0.0243143, -0.0952642, -0.3009911", \
					  "0.0120983, 0.0109320, 0.0077195, -0.0008282, -0.0245422, -0.0954542, -0.3011143");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0096545, 0.0108557, 0.0143413, 0.0237504, 0.0494585, 0.1219434, 0.3279519", \
					  "0.0096457, 0.0108565, 0.0143265, 0.0237276, 0.0493690, 0.1216077, 0.3278901", \
					  "0.0096694, 0.0108824, 0.0143503, 0.0237756, 0.0494970, 0.1219618, 0.3265654", \
					  "0.0096301, 0.0108127, 0.0143179, 0.0237398, 0.0494446, 0.1219076, 0.3265528", \
					  "0.0096205, 0.0108287, 0.0142733, 0.0236874, 0.0493719, 0.1211740, 0.3266246", \
					  "0.0100463, 0.0112094, 0.0143601, 0.0235279, 0.0490926, 0.1212246, 0.3272843", \
					  "0.0102883, 0.0114372, 0.0146309, 0.0238481, 0.0494693, 0.1215573, 0.3258364");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0068318, 0.0059467, 0.0031471, -0.0048690, -0.0287413, -0.0997011, -0.3054488", \
					  "0.0067810, 0.0058245, 0.0031770, -0.0048766, -0.0287452, -0.0996893, -0.3054514", \
					  "0.0069302, 0.0059103, 0.0031626, -0.0048475, -0.0286414, -0.0996585, -0.3053945", \
					  "0.0067913, 0.0059051, 0.0030755, -0.0048867, -0.0286821, -0.0996943, -0.3054346", \
					  "0.0067303, 0.0058177, 0.0030649, -0.0049410, -0.0287858, -0.0997621, -0.3055010", \
					  "0.0068368, 0.0058268, 0.0030460, -0.0049546, -0.0288619, -0.0998144, -0.3055343", \
					  "0.0068708, 0.0057439, 0.0029315, -0.0050258, -0.0289650, -0.0999105, -0.3055584");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1638102, 0.1713996, 0.1886458, 0.2263821, 0.3144434, 0.5506910, 1.2205070", \
					  "0.1685559, 0.1761515, 0.1933706, 0.2310826, 0.3193136, 0.5559640, 1.2244173", \
					  "0.1790848, 0.1864695, 0.2038726, 0.2415450, 0.3297353, 0.5658668, 1.2355388", \
					  "0.2020758, 0.2097060, 0.2268937, 0.2646155, 0.3527505, 0.5895903, 1.2596275", \
					  "0.2498579, 0.2575137, 0.2747802, 0.3125908, 0.4009232, 0.6374929, 1.3068333", \
					  "0.3321421, 0.3405212, 0.3591002, 0.3987352, 0.4887055, 0.7266849, 1.3964470", \
					  "0.4514459, 0.4615724, 0.4833934, 0.5276738, 0.6211833, 0.8592711, 1.5297790");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0313705, 0.0374242, 0.0525152, 0.0918822, 0.2038709, 0.5389498, 1.4983165", \
					  "0.0314218, 0.0375173, 0.0525581, 0.0916991, 0.2041797, 0.5369264, 1.5017431", \
					  "0.0313145, 0.0373997, 0.0526836, 0.0917102, 0.2041305, 0.5379486, 1.4977406", \
					  "0.0312779, 0.0373341, 0.0524590, 0.0919303, 0.2037584, 0.5371444, 1.4952787", \
					  "0.0317671, 0.0377986, 0.0529585, 0.0918474, 0.2042889, 0.5378076, 1.5011599", \
					  "0.0355939, 0.0417982, 0.0572999, 0.0961549, 0.2055629, 0.5380671, 1.4957476", \
					  "0.0470496, 0.0532700, 0.0687479, 0.1062987, 0.2120046, 0.5403139, 1.4908699");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.4172917, 0.4283972, 0.4499946, 0.4884281, 0.5547185, 0.6793704, 0.9442434", \
					  "0.4230891, 0.4341660, 0.4558133, 0.4942881, 0.5605485, 0.6852215, 0.9500899", \
					  "0.4376041, 0.4485131, 0.4698058, 0.5080762, 0.5744732, 0.6992490, 0.9640286", \
					  "0.4680484, 0.4790502, 0.5007894, 0.5389959, 0.6053518, 0.7298311, 0.9949371", \
					  "0.5371246, 0.5479065, 0.5694298, 0.6076895, 0.6742245, 0.7988971, 1.0638410", \
					  "0.6961761, 0.7072251, 0.7290094, 0.7677989, 0.8341236, 0.9583739, 1.2231220", \
					  "1.0347585, 1.0468580, 1.0702411, 1.1105953, 1.1809809, 1.3067623, 1.5730077");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0731029, 0.0767215, 0.0843624, 0.1028405, 0.1482557, 0.2545855, 0.5417345", \
					  "0.0732675, 0.0769598, 0.0843640, 0.1029406, 0.1483121, 0.2547160, 0.5418455", \
					  "0.0740562, 0.0766325, 0.0843879, 0.1032436, 0.1480557, 0.2553755, 0.5422960", \
					  "0.0733450, 0.0768837, 0.0843141, 0.1031176, 0.1480625, 0.2540945, 0.5406732", \
					  "0.0740399, 0.0773052, 0.0849088, 0.1037305, 0.1467111, 0.2546418, 0.5415333", \
					  "0.0729458, 0.0768848, 0.0846203, 0.1032320, 0.1466963, 0.2561035, 0.5423819", \
					  "0.0849957, 0.0877577, 0.0944649, 0.1115341, 0.1530638, 0.2597425, 0.5441947");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1667663, 0.1744787, 0.1920924, 0.2304287, 0.3197677, 0.5584496, 1.2299870", \
					  "0.1715853, 0.1793026, 0.1969928, 0.2352979, 0.3246781, 0.5634102, 1.2346835", \
					  "0.1825739, 0.1903518, 0.2079272, 0.2462636, 0.3356162, 0.5743751, 1.2460268", \
					  "0.2073379, 0.2148827, 0.2325712, 0.2708355, 0.3601910, 0.5988942, 1.2695630", \
					  "0.2587517, 0.2664831, 0.2840769, 0.3224592, 0.4117440, 0.6498641, 1.3217237", \
					  "0.3495366, 0.3580161, 0.3768102, 0.4169458, 0.5075290, 0.7465680, 1.4173689", \
					  "0.4863460, 0.4965772, 0.5189650, 0.5635626, 0.6576359, 0.8967341, 1.5686995");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0317638, 0.0378437, 0.0530000, 0.0924722, 0.2040554, 0.5372939, 1.4945281", \
					  "0.0316491, 0.0379234, 0.0532343, 0.0924300, 0.2045499, 0.5380636, 1.5032844", \
					  "0.0315802, 0.0378071, 0.0532622, 0.0924028, 0.2037183, 0.5382536, 1.4924253", \
					  "0.0317596, 0.0378479, 0.0531710, 0.0923534, 0.2045323, 0.5374058, 1.5023912", \
					  "0.0322107, 0.0382924, 0.0533400, 0.0924517, 0.2046210, 0.5376210, 1.4911014", \
					  "0.0360095, 0.0422114, 0.0575554, 0.0964894, 0.2056940, 0.5377649, 1.4966569", \
					  "0.0477449, 0.0533892, 0.0694393, 0.1066664, 0.2124305, 0.5407202, 1.4973740");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.4116032, 0.4221568, 0.4434273, 0.4813405, 0.5475563, 0.6712987, 0.9356269", \
					  "0.4166741, 0.4274622, 0.4488315, 0.4866836, 0.5528363, 0.6767936, 0.9408836", \
					  "0.4302664, 0.4408004, 0.4622331, 0.5002395, 0.5660978, 0.6901858, 0.9542923", \
					  "0.4585110, 0.4694046, 0.4907454, 0.5288257, 0.5946893, 0.7187499, 0.9829350", \
					  "0.5219907, 0.5326926, 0.5538492, 0.5917706, 0.6578954, 0.7821812, 1.0460629", \
					  "0.6675104, 0.6784584, 0.6999888, 0.7376909, 0.8035594, 0.9279164, 1.1917755", \
					  "0.9662495, 0.9783038, 1.0012187, 1.0427935, 1.1108440, 1.2382244, 1.5043403");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0716830, 0.0749685, 0.0833997, 0.1022376, 0.1449391, 0.2519580, 0.5396365", \
					  "0.0717068, 0.0754330, 0.0831415, 0.1012125, 0.1456489, 0.2538323, 0.5389631", \
					  "0.0714469, 0.0747838, 0.0827192, 0.1012866, 0.1464936, 0.2527364, 0.5396117", \
					  "0.0713617, 0.0748828, 0.0827647, 0.1014594, 0.1464518, 0.2532943, 0.5390698", \
					  "0.0715575, 0.0752427, 0.0833278, 0.1023342, 0.1450645, 0.2544600, 0.5410440", \
					  "0.0713805, 0.0750206, 0.0829085, 0.1017498, 0.1450828, 0.2545913, 0.5403842", \
					  "0.0837716, 0.0871642, 0.0938149, 0.1107016, 0.1525036, 0.2586188, 0.5434341");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1637161, 0.1713410, 0.1887762, 0.2269288, 0.3159908, 0.5541853, 1.2280459", \
					  "0.1685648, 0.1762463, 0.1937034, 0.2318215, 0.3210380, 0.5599501, 1.2309148", \
					  "0.1792987, 0.1869710, 0.2043234, 0.2424513, 0.3317199, 0.5700731, 1.2411697", \
					  "0.2027243, 0.2102925, 0.2277659, 0.2658849, 0.3551232, 0.5934661, 1.2648006", \
					  "0.2518480, 0.2595313, 0.2769447, 0.3150925, 0.4043372, 0.6426255, 1.3147133", \
					  "0.3381719, 0.3465820, 0.3652933, 0.4051239, 0.4955287, 0.7344639, 1.4081111", \
					  "0.4642123, 0.4743829, 0.4963248, 0.5408360, 0.6347763, 0.8735496, 1.5447398");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0313634, 0.0374585, 0.0526413, 0.0917791, 0.2035890, 0.5390901, 1.4958982", \
					  "0.0313072, 0.0373058, 0.0525138, 0.0918671, 0.2037339, 0.5368917, 1.4979156", \
					  "0.0311146, 0.0371157, 0.0526298, 0.0915463, 0.2040484, 0.5370688, 1.5015154", \
					  "0.0311323, 0.0371932, 0.0526457, 0.0915895, 0.2040566, 0.5371683, 1.5018163", \
					  "0.0315894, 0.0375027, 0.0529265, 0.0919553, 0.2041989, 0.5378644, 1.5019713", \
					  "0.0354654, 0.0416581, 0.0571786, 0.0959034, 0.2055914, 0.5378304, 1.4937869", \
					  "0.0470098, 0.0531934, 0.0686540, 0.1062887, 0.2118838, 0.5398496, 1.4917589");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.4218960, 0.4320775, 0.4539751, 0.4924156, 0.5593968, 0.6841943, 0.9501143", \
					  "0.4270992, 0.4375087, 0.4596724, 0.4981707, 0.5652102, 0.6900067, 0.9557911", \
					  "0.4414601, 0.4526495, 0.4744579, 0.5130805, 0.5795474, 0.7048213, 0.9702129", \
					  "0.4725775, 0.4836882, 0.5056824, 0.5440193, 0.6106332, 0.7359429, 1.0013018", \
					  "0.5410061, 0.5521300, 0.5735822, 0.6121818, 0.6789094, 0.8042272, 1.0694950", \
					  "0.6983353, 0.7095847, 0.7315257, 0.7697772, 0.8362734, 0.9615614, 1.2270127", \
					  "1.0291417, 1.0406491, 1.0646958, 1.1053143, 1.1743417, 1.3013208, 1.5680782");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0741260, 0.0785368, 0.0862406, 0.1042627, 0.1468093, 0.2538323, 0.5412147", \
					  "0.0751947, 0.0782804, 0.0862755, 0.1044666, 0.1468757, 0.2563967, 0.5423898", \
					  "0.0738033, 0.0772373, 0.0848256, 0.1032419, 0.1479322, 0.2561473, 0.5432058", \
					  "0.0740031, 0.0777420, 0.0849891, 0.1036106, 0.1480147, 0.2564295, 0.5430554", \
					  "0.0746437, 0.0775098, 0.0853457, 0.1037521, 0.1466979, 0.2566815, 0.5430935", \
					  "0.0736961, 0.0773314, 0.0848049, 0.1034768, 0.1467028, 0.2562903, 0.5426534", \
					  "0.0848971, 0.0875463, 0.0946435, 0.1116451, 0.1531959, 0.2599312, 0.5448340");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1637959, 0.1713719, 0.1888678, 0.2270470, 0.3162761, 0.5545140, 1.2264485", \
					  "0.1685086, 0.1762241, 0.1936781, 0.2318634, 0.3210521, 0.5595914, 1.2306521", \
					  "0.1793017, 0.1867840, 0.2043635, 0.2424999, 0.3318034, 0.5706767, 1.2418765", \
					  "0.2032332, 0.2108125, 0.2283004, 0.2664562, 0.3557114, 0.5946115, 1.2661503", \
					  "0.2530893, 0.2608200, 0.2783049, 0.3164993, 0.4056184, 0.6437408, 1.3157849", \
					  "0.3398479, 0.3481803, 0.3670979, 0.4068803, 0.4972933, 0.7365927, 1.4082292", \
					  "0.4655952, 0.4758809, 0.4982290, 0.5424191, 0.6365543, 0.8756906, 1.5463312");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0311464, 0.0372476, 0.0527433, 0.0916559, 0.2040836, 0.5378065, 1.4996679", \
					  "0.0314109, 0.0374189, 0.0525430, 0.0920355, 0.2040134, 0.5386951, 1.4986354", \
					  "0.0313644, 0.0374574, 0.0527294, 0.0919223, 0.2042320, 0.5379589, 1.5026907", \
					  "0.0313593, 0.0374780, 0.0527118, 0.0919644, 0.2042214, 0.5382634, 1.5029805", \
					  "0.0317906, 0.0376699, 0.0531908, 0.0919713, 0.2040553, 0.5390189, 1.4972213", \
					  "0.0356658, 0.0417407, 0.0573710, 0.0959871, 0.2056732, 0.5387016, 1.4916057", \
					  "0.0467314, 0.0529584, 0.0688297, 0.1061577, 0.2115323, 0.5404126, 1.4940658");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.4295080, 0.4402610, 0.4622641, 0.5010229, 0.5677309, 0.6930685, 0.9591231", \
					  "0.4352043, 0.4460698, 0.4681784, 0.5068674, 0.5732704, 0.6986872, 0.9647019", \
					  "0.4491612, 0.4603639, 0.4823767, 0.5211465, 0.5877256, 0.7132941, 0.9790323", \
					  "0.4802089, 0.4913908, 0.5128992, 0.5517872, 0.6186959, 0.7442893, 1.0099983", \
					  "0.5474843, 0.5586441, 0.5802240, 0.6189781, 0.6858824, 0.8114733, 1.0771368", \
					  "0.7023866, 0.7136586, 0.7357966, 0.7741135, 0.8408670, 0.9664211, 1.2323343", \
					  "1.0275315, 1.0397343, 1.0633537, 1.1042036, 1.1734955, 1.3009493, 1.5681542");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0747869, 0.0777218, 0.0854097, 0.1034417, 0.1483491, 0.2555914, 0.5434367", \
					  "0.0752856, 0.0786032, 0.0852317, 0.1037212, 0.1492126, 0.2555361, 0.5429945", \
					  "0.0745910, 0.0781595, 0.0852457, 0.1036931, 0.1484971, 0.2570239, 0.5434356", \
					  "0.0748282, 0.0780265, 0.0856413, 0.1041849, 0.1470581, 0.2571312, 0.5432082", \
					  "0.0752703, 0.0780143, 0.0858862, 0.1042343, 0.1471650, 0.2572655, 0.5437975", \
					  "0.0741077, 0.0779415, 0.0853830, 0.1039934, 0.1471800, 0.2542856, 0.5419781", \
					  "0.0862699, 0.0887639, 0.0956543, 0.1121609, 0.1535393, 0.2606166, 0.5455227");
				}
			}
			timing () {
				related_pin : "S0";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1455052, 0.1531800, 0.1707857, 0.2090080, 0.2982927, 0.5370970, 1.2079853", \
					  "0.1496764, 0.1573781, 0.1748986, 0.2131044, 0.3024037, 0.5405851, 1.2120700", \
					  "0.1589734, 0.1666837, 0.1842006, 0.2224527, 0.3117611, 0.5506486, 1.2221187", \
					  "0.1804343, 0.1881514, 0.2056578, 0.2438519, 0.3330913, 0.5713097, 1.2427186", \
					  "0.2214694, 0.2294025, 0.2473303, 0.2858347, 0.3751991, 0.6140766, 1.2850746", \
					  "0.2797932, 0.2889981, 0.3088640, 0.3500970, 0.4413696, 0.6803516, 1.3514282", \
					  "0.3292082, 0.3411995, 0.3665443, 0.4148761, 0.5111320, 0.7503669, 1.4222702");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0315507, 0.0376149, 0.0525252, 0.0920778, 0.2037512, 0.5379071, 1.4976542", \
					  "0.0312744, 0.0375488, 0.0527662, 0.0920255, 0.2042329, 0.5367533, 1.5021314", \
					  "0.0315554, 0.0375383, 0.0526422, 0.0919646, 0.2040371, 0.5390788, 1.4932994", \
					  "0.0315560, 0.0374591, 0.0527679, 0.0917522, 0.2042655, 0.5381749, 1.5019851", \
					  "0.0329287, 0.0388732, 0.0540164, 0.0929429, 0.2039033, 0.5382518, 1.4977518", \
					  "0.0410989, 0.0467667, 0.0617225, 0.0990581, 0.2072693, 0.5378517, 1.5019406", \
					  "0.0576739, 0.0644687, 0.0794988, 0.1151936, 0.2162696, 0.5406672, 1.4935859");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.3465711, 0.3572913, 0.3789131, 0.4173658, 0.4838219, 0.6085259, 0.8734731", \
					  "0.3513896, 0.3619998, 0.3837869, 0.4220890, 0.4885965, 0.6134870, 0.8782053", \
					  "0.3632563, 0.3741271, 0.3956624, 0.4339993, 0.5006634, 0.6255705, 0.8903474", \
					  "0.3947902, 0.4055575, 0.4271531, 0.4654906, 0.5320833, 0.6560529, 0.9212291", \
					  "0.4710637, 0.4817678, 0.5034011, 0.5418259, 0.6081844, 0.7330793, 0.9979432", \
					  "0.6524422, 0.6632222, 0.6847983, 0.7231619, 0.7896322, 0.9146724, 1.1793985", \
					  "1.0269787, 1.0405915, 1.0665246, 1.1099895, 1.1817045, 1.3103698, 1.5773046");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0733630, 0.0766638, 0.0849109, 0.1024783, 0.1479362, 0.2544676, 0.5414246", \
					  "0.0732100, 0.0768367, 0.0847702, 0.1030623, 0.1464079, 0.2560268, 0.5423473", \
					  "0.0731902, 0.0765287, 0.0847631, 0.1030707, 0.1464092, 0.2558372, 0.5417199", \
					  "0.0735225, 0.0766827, 0.0849351, 0.1025096, 0.1471346, 0.2535822, 0.5406213", \
					  "0.0732599, 0.0767407, 0.0843029, 0.1025748, 0.1479295, 0.2552992, 0.5422526", \
					  "0.0738741, 0.0771020, 0.0851678, 0.1033932, 0.1466781, 0.2562632, 0.5421939", \
					  "0.1046811, 0.1060793, 0.1079092, 0.1210087, 0.1597810, 0.2634994, 0.5453913");
				}
			}
			timing () {
				related_pin : "S0";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.2614300, 0.2690840, 0.2865058, 0.3246262, 0.4136934, 0.6520093, 1.3241048", \
					  "0.2655401, 0.2732325, 0.2906957, 0.3288055, 0.4179595, 0.6567877, 1.3275387", \
					  "0.2780131, 0.2857451, 0.3031758, 0.3413053, 0.4304906, 0.6694166, 1.3403593", \
					  "0.3116894, 0.3193788, 0.3367329, 0.3748492, 0.4639852, 0.7027330, 1.3736413", \
					  "0.3907105, 0.3981897, 0.4157449, 0.4538013, 0.5430619, 0.7820248, 1.4535346", \
					  "0.5369766, 0.5446341, 0.5621152, 0.6004420, 0.6898451, 0.9289617, 1.5999725", \
					  "0.7891333, 0.7970011, 0.8149431, 0.8534147, 0.9429447, 1.1815704, 1.8541561");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0314066, 0.0373791, 0.0525071, 0.0918556, 0.2038163, 0.5391146, 1.4937497", \
					  "0.0313373, 0.0373000, 0.0525964, 0.0918916, 0.2037741, 0.5376247, 1.4980889", \
					  "0.0311904, 0.0374181, 0.0526789, 0.0917494, 0.2033292, 0.5368259, 1.4979084", \
					  "0.0313047, 0.0373678, 0.0524683, 0.0919251, 0.2039088, 0.5379198, 1.4978657", \
					  "0.0313509, 0.0373705, 0.0527084, 0.0917765, 0.2041456, 0.5379199, 1.5070358", \
					  "0.0314187, 0.0375387, 0.0529108, 0.0924268, 0.2041022, 0.5389136, 1.4972675", \
					  "0.0326164, 0.0386090, 0.0540109, 0.0931177, 0.2048367, 0.5346621, 1.4935633");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.4633825, 0.4746056, 0.4966889, 0.5351747, 0.6018748, 0.7273895, 0.9930098", \
					  "0.4687404, 0.4799740, 0.5021060, 0.5405454, 0.6072622, 0.7327453, 0.9984397", \
					  "0.4806153, 0.4915126, 0.5133651, 0.5517504, 0.6186019, 0.7438494, 1.0099521", \
					  "0.5038989, 0.5144561, 0.5366979, 0.5753414, 0.6423528, 0.7673847, 1.0335609", \
					  "0.5439685, 0.5551884, 0.5773226, 0.6157307, 0.6825246, 0.8080207, 1.0737367", \
					  "0.6037399, 0.6146970, 0.6368692, 0.6755746, 0.7424412, 0.8676567, 1.1338438", \
					  "0.6815117, 0.6919585, 0.7140478, 0.7524590, 0.8189862, 0.9456697, 1.2110047");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0743974, 0.0782299, 0.0853677, 0.1039889, 0.1471029, 0.2572174, 0.5437248", \
					  "0.0741997, 0.0780678, 0.0854264, 0.1039891, 0.1471061, 0.2570916, 0.5438519", \
					  "0.0746852, 0.0779556, 0.0859399, 0.1033996, 0.1481093, 0.2561294, 0.5431068", \
					  "0.0743978, 0.0776679, 0.0859283, 0.1040313, 0.1470226, 0.2550381, 0.5429861", \
					  "0.0742202, 0.0780499, 0.0854729, 0.1040274, 0.1470997, 0.2570489, 0.5437928", \
					  "0.0741297, 0.0774579, 0.0852645, 0.1033227, 0.1478248, 0.2549165, 0.5428944", \
					  "0.0730999, 0.0765104, 0.0849713, 0.1028746, 0.1467876, 0.2568429, 0.5408786");
				}
			}
			timing () {
				related_pin : "S1";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1173279, 0.1249971, 0.1424503, 0.1805634, 0.2697860, 0.5084698, 1.1791865", \
					  "0.1221507, 0.1298091, 0.1472115, 0.1853237, 0.2745862, 0.5133521, 1.1834962", \
					  "0.1333781, 0.1410395, 0.1585035, 0.1965981, 0.2857848, 0.5244537, 1.1954517", \
					  "0.1591539, 0.1667770, 0.1841802, 0.2221384, 0.3112398, 0.5501589, 1.2204404", \
					  "0.2143445, 0.2221249, 0.2396554, 0.2779208, 0.3668993, 0.6052159, 1.2760315", \
					  "0.2973141, 0.3060479, 0.3259218, 0.3659910, 0.4566542, 0.6954528, 1.3705715", \
					  "0.4005763, 0.4128982, 0.4385675, 0.4863439, 0.5800203, 0.8179600, 1.4896396");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0310981, 0.0371038, 0.0520927, 0.0914605, 0.2029117, 0.5380177, 1.4987592", \
					  "0.0310496, 0.0370895, 0.0522155, 0.0914254, 0.2037355, 0.5383382, 1.4977785", \
					  "0.0311191, 0.0371424, 0.0520528, 0.0915184, 0.2032993, 0.5374052, 1.4943020", \
					  "0.0309308, 0.0369350, 0.0521952, 0.0914352, 0.2034058, 0.5387119, 1.4899457", \
					  "0.0331911, 0.0386764, 0.0535603, 0.0924727, 0.2039769, 0.5386006, 1.4961300", \
					  "0.0431389, 0.0484604, 0.0624482, 0.0983096, 0.2069325, 0.5385476, 1.4922878", \
					  "0.0649329, 0.0713225, 0.0837531, 0.1164130, 0.2148157, 0.5415667, 1.4925768");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.2428566, 0.2532652, 0.2744999, 0.3122251, 0.3781411, 0.5023446, 0.7665034", \
					  "0.2474543, 0.2578839, 0.2791225, 0.3168865, 0.3828134, 0.5070218, 0.7711444", \
					  "0.2589057, 0.2693660, 0.2906078, 0.3283953, 0.3942290, 0.5180555, 0.7826465", \
					  "0.2872266, 0.2976863, 0.3188580, 0.3565502, 0.4223738, 0.5462261, 0.8107944", \
					  "0.3508459, 0.3610378, 0.3820050, 0.4193307, 0.4850596, 0.6093621, 0.8734878", \
					  "0.4912501, 0.5019578, 0.5233920, 0.5605557, 0.6252841, 0.7491489, 1.0135209", \
					  "0.7343001, 0.7491453, 0.7794318, 0.8302072, 0.9099950, 1.0432363, 1.3125618");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0676236, 0.0718871, 0.0804992, 0.0997161, 0.1460807, 0.2549970, 0.5410652", \
					  "0.0675141, 0.0718597, 0.0804578, 0.0997311, 0.1461372, 0.2549957, 0.5408642", \
					  "0.0672446, 0.0713389, 0.0802654, 0.0998021, 0.1445066, 0.2522021, 0.5407706", \
					  "0.0669450, 0.0712720, 0.0799761, 0.0996672, 0.1444489, 0.2526921, 0.5399093", \
					  "0.0655376, 0.0698085, 0.0792745, 0.0998937, 0.1453772, 0.2544939, 0.5407233", \
					  "0.0709599, 0.0743845, 0.0821860, 0.0999498, 0.1449846, 0.2532115, 0.5403925", \
					  "0.0998627, 0.1062939, 0.1185679, 0.1391702, 0.1780587, 0.2748626, 0.5520162");
				}
			}
			timing () {
				related_pin : "S1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1624475, 0.1700180, 0.1872668, 0.2249527, 0.3132898, 0.5505509, 1.2223061", \
					  "0.1678562, 0.1754728, 0.1926487, 0.2303328, 0.3188291, 0.5561873, 1.2303725", \
					  "0.1823624, 0.1899351, 0.2072479, 0.2449288, 0.3332475, 0.5706650, 1.2473019", \
					  "0.2178442, 0.2254146, 0.2427314, 0.2804165, 0.3687818, 0.6062648, 1.2777681", \
					  "0.2915300, 0.2991687, 0.3164819, 0.3541687, 0.4425687, 0.6799618, 1.3551483", \
					  "0.4172991, 0.4248911, 0.4420366, 0.4797404, 0.5679607, 0.8062029, 1.4798499", \
					  "0.6298547, 0.6375495, 0.6549022, 0.6928101, 0.7813906, 1.0190648, 1.6898540");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0311804, 0.0371567, 0.0522587, 0.0913905, 0.2034550, 0.5387617, 1.4972618", \
					  "0.0311799, 0.0372092, 0.0523897, 0.0914836, 0.2038979, 0.5374939, 1.4915056", \
					  "0.0311517, 0.0372637, 0.0521947, 0.0915459, 0.2035014, 0.5387814, 1.5068994", \
					  "0.0311489, 0.0372680, 0.0521904, 0.0915678, 0.2035750, 0.5386733, 1.4989672", \
					  "0.0311332, 0.0371226, 0.0521297, 0.0916608, 0.2035912, 0.5385459, 1.5059179", \
					  "0.0310090, 0.0369371, 0.0524327, 0.0912404, 0.2031856, 0.5366358, 1.5070145", \
					  "0.0321839, 0.0380758, 0.0532864, 0.0924080, 0.2032615, 0.5334827, 1.4930618");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.2409533, 0.2517013, 0.2734975, 0.3118085, 0.3783637, 0.5031294, 0.7691411", \
					  "0.2460188, 0.2572108, 0.2785215, 0.3175464, 0.3839761, 0.5085963, 0.7746693", \
					  "0.2567061, 0.2670605, 0.2892401, 0.3275898, 0.3941382, 0.5190166, 0.7849421", \
					  "0.2778351, 0.2879501, 0.3097731, 0.3479396, 0.4137698, 0.5379400, 0.8036449", \
					  "0.3214921, 0.3316837, 0.3526800, 0.3900901, 0.4559684, 0.5807171, 0.8458175", \
					  "0.3852129, 0.3944034, 0.4135420, 0.4491280, 0.5138850, 0.6368312, 0.9013755", \
					  "0.4227648, 0.4319836, 0.4512715, 0.4870315, 0.5518603, 0.6745608, 0.9389299");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0727355, 0.0765202, 0.0844644, 0.1029443, 0.1467323, 0.2544573, 0.5425768", \
					  "0.0727858, 0.0763068, 0.0838494, 0.1026160, 0.1464243, 0.2543782, 0.5425406", \
					  "0.0723750, 0.0756997, 0.0842021, 0.1021908, 0.1471793, 0.2559281, 0.5429455", \
					  "0.0701940, 0.0742189, 0.0825481, 0.1011407, 0.1455752, 0.2538579, 0.5415293", \
					  "0.0646433, 0.0693185, 0.0794131, 0.0999977, 0.1455670, 0.2552828, 0.5426454", \
					  "0.0593912, 0.0638495, 0.0738953, 0.0955468, 0.1417308, 0.2523335, 0.5418348", \
					  "0.0597965, 0.0643432, 0.0745133, 0.0964210, 0.1421244, 0.2531715, 0.5383746");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001817;
			capacitance : 0.001726;
			fall_capacitance : 0.001636;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021107, 0.0020783, 0.0020038, 0.0019992, 0.0019883, 0.0019634, 0.0019060");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0068565, 0.0068127, 0.0067117, 0.0067078, 0.0066989, 0.0066782, 0.0066304");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001806;
			capacitance : 0.001715;
			fall_capacitance : 0.001625;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022430, -0.0022491, -0.0022630, -0.0022643, -0.0022672, -0.0022740, -0.0022896");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022981, 0.0022959, 0.0022909, 0.0022919, 0.0022941, 0.0022991, 0.0023107");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001736;
			capacitance : 0.001667;
			fall_capacitance : 0.001599;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036004, 0.0035678, 0.0034925, 0.0034882, 0.0034783, 0.0034554, 0.0034027");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061495, 0.0061102, 0.0060197, 0.0060151, 0.0060044, 0.0059797, 0.0059227");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001602;
			capacitance : 0.001679;
			rise_capacitance : 0.001755;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019527, -0.0019573, -0.0019680, -0.0019684, -0.0019696, -0.0019722, -0.0019783");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020051, 0.0020016, 0.0019935, 0.0019940, 0.0019952, 0.0019978, 0.0020040");
				}
			}
		}
		pin (S0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.005373;
			capacitance : 0.005567;
			rise_capacitance : 0.005762;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013520, 0.0012382, 0.0009759, 0.0009512, 0.0008941, 0.0007627, 0.0004596");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0143099, 0.0140946, 0.0135984, 0.0135895, 0.0135692, 0.0135221, 0.0134138");
				}
			}
		}
		pin (S1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002980;
			capacitance : 0.003098;
			rise_capacitance : 0.003217;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005506, -0.0006357, -0.0008319, -0.0008359, -0.0008452, -0.0008665, -0.0009157");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0074427, 0.0073515, 0.0071412, 0.0071432, 0.0071477, 0.0071583, 0.0071825");
				}
			}
		}
	}
	cell ("scs8hd_mux4_4") {
		area : 25.024000;
		cell_footprint : "mux4";
		cell_leakage_power : 1.406496e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0020804";
			when : "!A0&!A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0016703";
			when : "!A0&!A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0024714";
			when : "!A0&!A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0020613";
			when : "!A0&!A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0021509";
			when : "!A0&!A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0017408";
			when : "!A0&!A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0011011";
			when : "!A0&!A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0020690";
			when : "!A0&!A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0007118";
			when : "!A0&!A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0016796";
			when : "!A0&!A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0025412";
			when : "!A0&!A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0021311";
			when : "!A0&!A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0007108";
			when : "!A0&!A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0016787";
			when : "!A0&!A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0011002";
			when : "!A0&!A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0020681";
			when : "!A0&!A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0021487";
			when : "!A0&A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0017386";
			when : "!A0&A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0024935";
			when : "!A0&A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0007054";
			when : "!A0&A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0022191";
			when : "!A0&A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0018090";
			when : "!A0&A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010439";
			when : "!A0&A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0006338";
			when : "!A0&A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0007800";
			when : "!A0&A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0017479";
			when : "!A0&A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0025633";
			when : "!A0&A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0007752";
			when : "!A0&A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0007791";
			when : "!A0&A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0017469";
			when : "!A0&A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010430";
			when : "!A0&A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0006329";
			when : "!A0&A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0020794";
			when : "A0&!A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002914";
			when : "A0&!A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0025456";
			when : "A0&!A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0021355";
			when : "A0&!A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0021498";
			when : "A0&!A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0003618";
			when : "A0&!A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0011753";
			when : "A0&!A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0021431";
			when : "A0&!A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0006315";
			when : "A0&!A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002214";
			when : "A0&!A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0026154";
			when : "A0&!A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0022053";
			when : "A0&!A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0006305";
			when : "A0&!A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002204";
			when : "A0&!A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0011744";
			when : "A0&!A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0021422";
			when : "A0&!A1&A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0020786";
			when : "A0&A1&!A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002906";
			when : "A0&A1&!A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0024928";
			when : "A0&A1&!A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0007048";
			when : "A0&A1&!A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0021491";
			when : "A0&A1&!A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0003610";
			when : "A0&A1&!A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010432";
			when : "A0&A1&!A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0006331";
			when : "A0&A1&!A2&A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0006307";
			when : "A0&A1&A2&!A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002206";
			when : "A0&A1&A2&!A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0025626";
			when : "A0&A1&A2&!A3&S0&S1";
		}
		leakage_power () {
			value : "0.0007746";
			when : "A0&A1&A2&!A3&S0&!S1";
		}
		leakage_power () {
			value : "0.0006298";
			when : "A0&A1&A2&A3&!S0&S1";
		}
		leakage_power () {
			value : "0.0002197";
			when : "A0&A1&A2&A3&!S0&!S1";
		}
		leakage_power () {
			value : "0.0010423";
			when : "A0&A1&A2&A3&S0&S1";
		}
		leakage_power () {
			value : "0.0006322";
			when : "A0&A1&A2&A3&S0&!S1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A0&!S0&!S1) | (A1&S0&!S1) | (A2&!S0&S1) | (A3&S0&S1)";
			max_capacitance : 0.471506;
			max_transition : 1.503127;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0122022, 0.0109586, 0.0070807, -0.0047316, -0.0421361, -0.1633268, -0.5516585", \
					  "0.0120791, 0.0108839, 0.0070887, -0.0047397, -0.0421642, -0.1633336, -0.5516555", \
					  "0.0121901, 0.0109194, 0.0071089, -0.0045973, -0.0421192, -0.1632638, -0.5516100", \
					  "0.0121743, 0.0109109, 0.0071557, -0.0046290, -0.0422049, -0.1632719, -0.5516455", \
					  "0.0121430, 0.0109010, 0.0070436, -0.0047775, -0.0422404, -0.1633838, -0.5516995", \
					  "0.0121454, 0.0108551, 0.0070033, -0.0046948, -0.0422450, -0.1634406, -0.5517426", \
					  "0.0121873, 0.0110223, 0.0071713, -0.0047167, -0.0423277, -0.1635941, -0.5518362");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0167407, 0.0180491, 0.0224166, 0.0359486, 0.0764436, 0.2006413, 0.5878511", \
					  "0.0167715, 0.0181581, 0.0225113, 0.0359446, 0.0764642, 0.2007617, 0.5898946", \
					  "0.0167370, 0.0181172, 0.0224827, 0.0359694, 0.0765198, 0.2006788, 0.5895247", \
					  "0.0167393, 0.0181549, 0.0224308, 0.0359230, 0.0763397, 0.2004483, 0.5909320", \
					  "0.0167317, 0.0180869, 0.0224706, 0.0359587, 0.0764808, 0.2004812, 0.5873622", \
					  "0.0166680, 0.0180291, 0.0223619, 0.0358420, 0.0760503, 0.2000176, 0.5903898", \
					  "0.0182174, 0.0195591, 0.0236710, 0.0365038, 0.0763436, 0.1996649, 0.5896613");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0209214, 0.0222562, 0.0266283, 0.0399940, 0.0804606, 0.2044863, 0.5924226", \
					  "0.0208379, 0.0221417, 0.0264668, 0.0399469, 0.0803590, 0.2043997, 0.5912237", \
					  "0.0208509, 0.0222197, 0.0265337, 0.0399139, 0.0803667, 0.2044560, 0.5931130", \
					  "0.0207804, 0.0221518, 0.0264153, 0.0398834, 0.0802502, 0.2041612, 0.5945250", \
					  "0.0207082, 0.0220667, 0.0264134, 0.0399087, 0.0803074, 0.2042708, 0.5928202", \
					  "0.0206354, 0.0220002, 0.0263317, 0.0396220, 0.0799197, 0.2037895, 0.5915035", \
					  "0.0220347, 0.0233584, 0.0274920, 0.0402890, 0.0800801, 0.2034555, 0.5913202");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0178604, 0.0165989, 0.0128129, 0.0010624, -0.0364113, -0.1573372, -0.5456509", \
					  "0.0178858, 0.0166080, 0.0127703, 0.0010741, -0.0363654, -0.1573874, -0.5456612", \
					  "0.0177449, 0.0166103, 0.0127367, 0.0009957, -0.0363461, -0.1574425, -0.5457109", \
					  "0.0178508, 0.0165154, 0.0127038, 0.0009252, -0.0365258, -0.1574615, -0.5457470", \
					  "0.0176035, 0.0163959, 0.0126330, 0.0008349, -0.0365145, -0.1575951, -0.5458376", \
					  "0.0175727, 0.0163223, 0.0125482, 0.0007263, -0.0366159, -0.1577022, -0.5459338", \
					  "0.0176515, 0.0164137, 0.0125912, 0.0008293, -0.0367383, -0.1579338, -0.5460965");
				}
			}
			internal_power () {
				related_pin : "S0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0255594, 0.0268789, 0.0311742, 0.0446602, 0.0850483, 0.2090948, 0.6001913", \
					  "0.0252740, 0.0265941, 0.0309156, 0.0444960, 0.0849879, 0.2091552, 0.5965187", \
					  "0.0253590, 0.0267221, 0.0310056, 0.0444971, 0.0849871, 0.2090682, 0.5961617", \
					  "0.0250876, 0.0264492, 0.0307383, 0.0442292, 0.0846496, 0.2086977, 0.5955759", \
					  "0.0248307, 0.0261800, 0.0304927, 0.0440252, 0.0844970, 0.2086109, 0.5991696", \
					  "0.0248281, 0.0261846, 0.0305955, 0.0440631, 0.0846406, 0.2087259, 0.5964009", \
					  "0.0260417, 0.0273756, 0.0314713, 0.0442975, 0.0849295, 0.2083045, 0.5958694");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0222460, 0.0210729, 0.0172798, 0.0054672, -0.0318977, -0.1530444, -0.5413041", \
					  "0.0222566, 0.0210586, 0.0173207, 0.0054809, -0.0318715, -0.1529424, -0.5412406", \
					  "0.0224514, 0.0210095, 0.0172628, 0.0055743, -0.0318795, -0.1529569, -0.5413000", \
					  "0.0216333, 0.0203822, 0.0166070, 0.0048262, -0.0326116, -0.1536362, -0.5419264", \
					  "0.0209866, 0.0197255, 0.0159602, 0.0041558, -0.0331791, -0.1541623, -0.5425476", \
					  "0.0206862, 0.0193903, 0.0155347, 0.0037546, -0.0337024, -0.1546523, -0.5429838", \
					  "0.0237950, 0.0223924, 0.0181459, 0.0053710, -0.0336937, -0.1547540, -0.5429545");
				}
			}
			internal_power () {
				related_pin : "S1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0187222, 0.0200866, 0.0243841, 0.0378723, 0.0780232, 0.2013556, 0.5855741", \
					  "0.0186590, 0.0200148, 0.0243136, 0.0378061, 0.0779637, 0.2012863, 0.5854390", \
					  "0.0187821, 0.0201404, 0.0244020, 0.0379123, 0.0780650, 0.2014036, 0.5853247", \
					  "0.0188205, 0.0201779, 0.0245203, 0.0378902, 0.0780048, 0.2014511, 0.5877038", \
					  "0.0189259, 0.0202755, 0.0245994, 0.0379938, 0.0781580, 0.2015943, 0.5855265", \
					  "0.0191891, 0.0205736, 0.0248850, 0.0381961, 0.0785068, 0.2019612, 0.5858847", \
					  "0.0209449, 0.0221938, 0.0264183, 0.0393208, 0.0787051, 0.2021765, 0.5894124");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0119881, 0.0107597, 0.0069647, -0.0046446, -0.0418177, -0.1627736, -0.5511251", \
					  "0.0119841, 0.0107217, 0.0069854, -0.0047475, -0.0419022, -0.1627935, -0.5511356", \
					  "0.0120530, 0.0108509, 0.0070935, -0.0046691, -0.0418170, -0.1626832, -0.5510619", \
					  "0.0121464, 0.0107895, 0.0069739, -0.0046876, -0.0418358, -0.1627423, -0.5511335", \
					  "0.0121371, 0.0109162, 0.0071684, -0.0044410, -0.0415804, -0.1626161, -0.5510173", \
					  "0.0122472, 0.0110390, 0.0073627, -0.0042859, -0.0416934, -0.1626636, -0.5509272", \
					  "0.0189185, 0.0175355, 0.0133764, 0.0008743, -0.0385142, -0.1620667, -0.5505742");
				}
			}
			internal_power () {
				related_pin : "A0";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0186739, 0.0200410, 0.0242794, 0.0376991, 0.0778989, 0.2009503, 0.5865620", \
					  "0.0186930, 0.0200785, 0.0244343, 0.0377292, 0.0778043, 0.2012021, 0.5879586", \
					  "0.0186837, 0.0200093, 0.0244250, 0.0377623, 0.0779848, 0.2010943, 0.5875634", \
					  "0.0186243, 0.0200163, 0.0243341, 0.0377303, 0.0778803, 0.2010486, 0.5867890", \
					  "0.0186305, 0.0199824, 0.0243360, 0.0377575, 0.0779446, 0.2008812, 0.5901045", \
					  "0.0185419, 0.0198844, 0.0241939, 0.0375055, 0.0775572, 0.2011579, 0.5891785", \
					  "0.0201187, 0.0215238, 0.0255875, 0.0382893, 0.0781612, 0.2012691, 0.5878979");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0109204, 0.0095121, 0.0056564, -0.0061806, -0.0438452, -0.1654836, -0.5542464", \
					  "0.0108860, 0.0096046, 0.0056566, -0.0061285, -0.0438496, -0.1654870, -0.5542493", \
					  "0.0108085, 0.0095515, 0.0057324, -0.0061411, -0.0437867, -0.1654479, -0.5541893", \
					  "0.0106755, 0.0094578, 0.0056393, -0.0062605, -0.0439329, -0.1655244, -0.5542549", \
					  "0.0106985, 0.0093879, 0.0055247, -0.0063399, -0.0440043, -0.1656113, -0.5543507", \
					  "0.0105534, 0.0092800, 0.0054605, -0.0064438, -0.0441730, -0.1656978, -0.5544151", \
					  "0.0106505, 0.0093667, 0.0055151, -0.0064252, -0.0441560, -0.1657809, -0.5543941");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0216790, 0.0230212, 0.0274005, 0.0408194, 0.0812682, 0.2051120, 0.5922995", \
					  "0.0216238, 0.0230017, 0.0272492, 0.0407254, 0.0811961, 0.2048295, 0.5951303", \
					  "0.0216753, 0.0230270, 0.0273612, 0.0407312, 0.0811509, 0.2050220, 0.5926141", \
					  "0.0216115, 0.0229376, 0.0272971, 0.0406160, 0.0809224, 0.2050485, 0.5935909", \
					  "0.0214808, 0.0228335, 0.0272040, 0.0406365, 0.0809664, 0.2045999, 0.5948318", \
					  "0.0213368, 0.0227101, 0.0270983, 0.0404354, 0.0807295, 0.2044456, 0.5946802", \
					  "0.0228208, 0.0241539, 0.0282820, 0.0411369, 0.0807350, 0.2041864, 0.5919318");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565752, 0.004903158, 0.01535426, 0.04808191, 0.1505687, 0.4715064");
					values("0.0169007, 0.0156000, 0.0117630, 6.7700000e-05, -0.0373840, -0.1585131, -0.5469143", \
					  "0.0167717, 0.0155169, 0.0117323, -2.5400000e-05, -0.0373862, -0.1585576, -0.5469787", \
					  "0.0167053, 0.0154713, 0.0116884, 4.0000000e-06, -0.0374878, -0.1586130, -0.5470140", \
					  "0.0166901, 0.0154178, 0.0116668, -0.0001322, -0.0375252, -0.1586693, -0.5471044", \
					  "0.0167210, 0.0153045, 0.0114944, -0.0002808, -0.0376529, -0.1587961, -0.5471865", \
					  "0.0164798, 0.0152000, 0.0114185, -0.0003769, -0.0377835, -0.1589783, -0.5473151", \
					  "0.0164852, 0.0153085, 0.0115170, -0.0004054, -0.0379538, -0.1592043, -0.5475256");
				}
			}
			timing () {
				related_pin : "A0";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2199391, 0.2263121, 0.2421238, 0.2793065, 0.3649776, 0.5941604, 1.2965552", \
					  "0.2247196, 0.2310471, 0.2472329, 0.2841168, 0.3698622, 0.5991074, 1.3027814", \
					  "0.2351070, 0.2410520, 0.2572461, 0.2944053, 0.3799834, 0.6094663, 1.3113869", \
					  "0.2576895, 0.2639512, 0.2801138, 0.3173208, 0.4029258, 0.6323647, 1.3338015", \
					  "0.3065172, 0.3128992, 0.3291846, 0.3662292, 0.4517406, 0.6808953, 1.3879591", \
					  "0.3982797, 0.4049451, 0.4219445, 0.4601336, 0.5472472, 0.7775041, 1.4809249", \
					  "0.5416892, 0.5494354, 0.5689066, 0.6113062, 0.7030411, 0.9352493, 1.6375650");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0423753, 0.0467550, 0.0598321, 0.0925158, 0.1868401, 0.4947932, 1.4942960", \
					  "0.0423699, 0.0471839, 0.0594428, 0.0924064, 0.1868854, 0.4965349, 1.5030436", \
					  "0.0428967, 0.0474079, 0.0595095, 0.0921109, 0.1867940, 0.4952101, 1.5010461", \
					  "0.0429781, 0.0475644, 0.0594520, 0.0921208, 0.1868408, 0.4946419, 1.4963382", \
					  "0.0428119, 0.0471928, 0.0595056, 0.0918800, 0.1866917, 0.4953550, 1.4989178", \
					  "0.0466524, 0.0511056, 0.0632939, 0.0958617, 0.1888793, 0.4965774, 1.4926675", \
					  "0.0576333, 0.0625813, 0.0750693, 0.1071499, 0.1975961, 0.4979699, 1.4957701");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.5568404, 0.5662828, 0.5886146, 0.6330414, 0.7109558, 0.8532112, 1.1476792", \
					  "0.5628256, 0.5722316, 0.5945756, 0.6389760, 0.7169133, 0.8591823, 1.1536528", \
					  "0.5769489, 0.5863217, 0.6090027, 0.6533037, 0.7312429, 0.8735395, 1.1680966", \
					  "0.6087008, 0.6179540, 0.6405712, 0.6849990, 0.7627218, 0.9050232, 1.1995906", \
					  "0.6781806, 0.6876849, 0.7100747, 0.7543496, 0.8321500, 0.9744887, 1.2689565", \
					  "0.8399244, 0.8491748, 0.8717877, 0.9160348, 0.9938337, 1.1364373, 1.4309101", \
					  "1.2008945, 1.2105235, 1.2333523, 1.2784549, 1.3571513, 1.5003246, 1.7953266");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1096861, 0.1133668, 0.1213378, 0.1402225, 0.1808955, 0.2858952, 0.5704060", \
					  "0.1096757, 0.1133908, 0.1213941, 0.1403085, 0.1809067, 0.2859820, 0.5704727", \
					  "0.1107050, 0.1141080, 0.1223477, 0.1398658, 0.1824143, 0.2837781, 0.5698658", \
					  "0.1096648, 0.1130973, 0.1216865, 0.1401947, 0.1824388, 0.2839948, 0.5700708", \
					  "0.1095405, 0.1133269, 0.1216694, 0.1402754, 0.1817414, 0.2869161, 0.5712185", \
					  "0.1100282, 0.1131238, 0.1219643, 0.1394937, 0.1809160, 0.2840571, 0.5677721", \
					  "0.1162321, 0.1194981, 0.1267475, 0.1433184, 0.1837883, 0.2882170, 0.5712817");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2244883, 0.2305544, 0.2469505, 0.2846923, 0.3712259, 0.6022675, 1.3060284", \
					  "0.2293661, 0.2356867, 0.2518375, 0.2895486, 0.3760479, 0.6067124, 1.3124923", \
					  "0.2403000, 0.2465383, 0.2631377, 0.3005767, 0.3871867, 0.6181378, 1.3228865", \
					  "0.2649395, 0.2711263, 0.2877539, 0.3251560, 0.4118507, 0.6426715, 1.3476943", \
					  "0.3171858, 0.3235585, 0.3400875, 0.3776852, 0.4642790, 0.6947028, 1.3984705", \
					  "0.4181047, 0.4246112, 0.4417883, 0.4808114, 0.5684194, 0.7992184, 1.5057831", \
					  "0.5810709, 0.5888831, 0.6085173, 0.6512051, 0.7437729, 0.9774000, 1.6804718");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0436683, 0.0480864, 0.0609066, 0.0931207, 0.1877358, 0.4958696, 1.5009320", \
					  "0.0436362, 0.0475171, 0.0607386, 0.0934846, 0.1877821, 0.4958103, 1.4975579", \
					  "0.0436320, 0.0476823, 0.0603252, 0.0932209, 0.1875233, 0.4968494, 1.5026946", \
					  "0.0436025, 0.0479783, 0.0603919, 0.0930655, 0.1878990, 0.4970047, 1.4925546", \
					  "0.0436719, 0.0480569, 0.0603950, 0.0930300, 0.1875133, 0.4954644, 1.4946633", \
					  "0.0467764, 0.0519536, 0.0640117, 0.0967856, 0.1896975, 0.4958020, 1.4957018", \
					  "0.0587145, 0.0632847, 0.0745367, 0.1076351, 0.1982523, 0.4980955, 1.4983416");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.5431153, 0.5521666, 0.5743285, 0.6179229, 0.6948658, 0.8358493, 1.1286332", \
					  "0.5485301, 0.5577226, 0.5798023, 0.6237380, 0.7002677, 0.8413040, 1.1340058", \
					  "0.5620365, 0.5713167, 0.5933493, 0.6369943, 0.7139446, 0.8549429, 1.1477255", \
					  "0.5909717, 0.6002983, 0.6223018, 0.6664265, 0.7430042, 0.8839640, 1.1766386", \
					  "0.6543064, 0.6635103, 0.6855679, 0.7292207, 0.8060242, 0.9469968, 1.2397773", \
					  "0.8006256, 0.8098793, 0.8319266, 0.8755931, 0.9523736, 1.0933939, 1.3861159", \
					  "1.1183863, 1.1279311, 1.1513319, 1.1988259, 1.2765961, 1.4188386, 1.7106697");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1066780, 0.1100603, 0.1185795, 0.1375968, 0.1794520, 0.2804915, 0.5667909", \
					  "0.1066043, 0.1100226, 0.1184747, 0.1370217, 0.1786505, 0.2822555, 0.5649592", \
					  "0.1066683, 0.1102625, 0.1184830, 0.1372979, 0.1793998, 0.2805853, 0.5667893", \
					  "0.1066934, 0.1103917, 0.1189009, 0.1369963, 0.1778624, 0.2815854, 0.5650288", \
					  "0.1067858, 0.1099164, 0.1181741, 0.1371903, 0.1791223, 0.2834514, 0.5677935", \
					  "0.1064647, 0.1101549, 0.1184324, 0.1371022, 0.1798014, 0.2813439, 0.5676407", \
					  "0.1164513, 0.1199696, 0.1272576, 0.1426449, 0.1821689, 0.2828993, 0.5674614");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2199489, 0.2260907, 0.2422656, 0.2796631, 0.3657404, 0.5968839, 1.3002258", \
					  "0.2247711, 0.2310353, 0.2473454, 0.2845139, 0.3707313, 0.6016801, 1.3069396", \
					  "0.2352964, 0.2416582, 0.2578175, 0.2951878, 0.3813634, 0.6124808, 1.3175007", \
					  "0.2589703, 0.2652622, 0.2812935, 0.3186044, 0.4048133, 0.6355733, 1.3432641", \
					  "0.3088685, 0.3151563, 0.3314721, 0.3686680, 0.4546878, 0.6856998, 1.3908410", \
					  "0.4049998, 0.4117071, 0.4287047, 0.4671604, 0.5542206, 0.7852483, 1.4893147", \
					  "0.5569599, 0.5648002, 0.5841224, 0.6267420, 0.7186023, 0.9514349, 1.6574905");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0421818, 0.0473924, 0.0592485, 0.0920647, 0.1865282, 0.4948407, 1.4988368", \
					  "0.0425985, 0.0468025, 0.0592362, 0.0919638, 0.1865939, 0.4963400, 1.4924197", \
					  "0.0425521, 0.0472437, 0.0597968, 0.0917317, 0.1861459, 0.4959291, 1.4896144", \
					  "0.0424459, 0.0467731, 0.0593646, 0.0921368, 0.1864768, 0.4949660, 1.4964796", \
					  "0.0426550, 0.0470229, 0.0592896, 0.0919685, 0.1864511, 0.4944125, 1.4955800", \
					  "0.0457733, 0.0501737, 0.0624738, 0.0953969, 0.1880071, 0.4947729, 1.4961727", \
					  "0.0579456, 0.0619138, 0.0737957, 0.1067397, 0.1974709, 0.4980351, 1.4939761");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.5524164, 0.5619375, 0.5842185, 0.6285902, 0.7059783, 0.8479842, 1.1423356", \
					  "0.5582862, 0.5677273, 0.5901011, 0.6343835, 0.7119667, 0.8538902, 1.1481912", \
					  "0.5729553, 0.5822253, 0.6046734, 0.6488739, 0.7265031, 0.8684976, 1.1627427", \
					  "0.6041467, 0.6134801, 0.6361021, 0.6802394, 0.7576282, 0.9002656, 1.1944615", \
					  "0.6724368, 0.6819481, 0.7042315, 0.7485518, 0.8260657, 0.9680130, 1.2623242", \
					  "0.8304694, 0.8398974, 0.8622583, 0.9064908, 0.9833186, 1.1261044, 1.4204157", \
					  "1.1773580, 1.1869458, 1.2103704, 1.2551584, 1.3335676, 1.4766232, 1.7712807");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1086633, 0.1123301, 0.1208018, 0.1388667, 0.1812324, 0.2823564, 0.5687582", \
					  "0.1088625, 0.1123517, 0.1209313, 0.1389624, 0.1814750, 0.2832458, 0.5698936", \
					  "0.1092012, 0.1124391, 0.1203081, 0.1392017, 0.1815793, 0.2852896, 0.5703866", \
					  "0.1095530, 0.1126363, 0.1212905, 0.1387234, 0.1793636, 0.2832301, 0.5676153", \
					  "0.1087369, 0.1123937, 0.1208712, 0.1389576, 0.1811624, 0.2830049, 0.5694927", \
					  "0.1088320, 0.1126182, 0.1206438, 0.1392511, 0.1807766, 0.2848514, 0.5701530", \
					  "0.1161079, 0.1190385, 0.1263004, 0.1433207, 0.1823676, 0.2852212, 0.5705160");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2204600, 0.2267721, 0.2431325, 0.2805055, 0.3668672, 0.5978786, 1.3029916", \
					  "0.2253673, 0.2315519, 0.2477993, 0.2853289, 0.3715921, 0.6026230, 1.3065304", \
					  "0.2359875, 0.2422823, 0.2586271, 0.2959711, 0.3823539, 0.6133201, 1.3186242", \
					  "0.2599188, 0.2662355, 0.2823581, 0.3199069, 0.4061898, 0.6368539, 1.3441098", \
					  "0.3106489, 0.3169697, 0.3332358, 0.3707568, 0.4570238, 0.6879345, 1.3930564", \
					  "0.4072124, 0.4139465, 0.4309497, 0.4694188, 0.5568289, 0.7879455, 1.4924889", \
					  "0.5591168, 0.5668929, 0.5864551, 0.6289106, 0.7210972, 0.9539806, 1.6571523");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0432091, 0.0475495, 0.0596514, 0.0923769, 0.1866824, 0.4963793, 1.5031267", \
					  "0.0428698, 0.0476834, 0.0594506, 0.0924295, 0.1870167, 0.4947944, 1.4968117", \
					  "0.0427282, 0.0469256, 0.0594698, 0.0924057, 0.1869467, 0.4965574, 1.4913503", \
					  "0.0425487, 0.0468571, 0.0595510, 0.0925461, 0.1867951, 0.4953010, 1.4982174", \
					  "0.0424378, 0.0468306, 0.0593030, 0.0920264, 0.1866521, 0.4964501, 1.4897835", \
					  "0.0465695, 0.0510354, 0.0632641, 0.0956734, 0.1885555, 0.4959204, 1.4932162", \
					  "0.0574508, 0.0624632, 0.0747257, 0.1072472, 0.1978355, 0.4976717, 1.4977826");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.5600881, 0.5693487, 0.5920351, 0.6365334, 0.7141824, 0.8567732, 1.1514282", \
					  "0.5658477, 0.5752994, 0.5977583, 0.6421030, 0.7199308, 0.8621612, 1.1569551", \
					  "0.5805502, 0.5902731, 0.6125346, 0.6569530, 0.7344558, 0.8767208, 1.1718601", \
					  "0.6116150, 0.6211343, 0.6435163, 0.6880357, 0.7656800, 0.9081144, 1.2026311", \
					  "0.6787100, 0.6879703, 0.7106612, 0.7551706, 0.8327718, 0.9750568, 1.2698946", \
					  "0.8333529, 0.8426971, 0.8653926, 0.9097339, 0.9875047, 1.1297510, 1.4245294", \
					  "1.1753148, 1.1849345, 1.2085219, 1.2539667, 1.3326731, 1.4759063, 1.7711285");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1098062, 0.1129810, 0.1214943, 0.1394566, 0.1800173, 0.2833010, 0.5686593", \
					  "0.1094180, 0.1132002, 0.1212817, 0.1399589, 0.1811632, 0.2860109, 0.5712765", \
					  "0.1090731, 0.1126960, 0.1211094, 0.1389650, 0.1811290, 0.2831583, 0.5682038", \
					  "0.1092424, 0.1129396, 0.1209846, 0.1390245, 0.1799846, 0.2841276, 0.5709946", \
					  "0.1094212, 0.1128169, 0.1214325, 0.1394529, 0.1817784, 0.2829477, 0.5695713", \
					  "0.1094876, 0.1126615, 0.1214595, 0.1390543, 0.1802410, 0.2838143, 0.5698888", \
					  "0.1179455, 0.1208173, 0.1279694, 0.1450038, 0.1837638, 0.2856632, 0.5716256");
				}
			}
			timing () {
				related_pin : "S0";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2027393, 0.2091562, 0.2254094, 0.2627226, 0.3491836, 0.5797763, 1.2836775", \
					  "0.2069099, 0.2132098, 0.2293327, 0.2669342, 0.3533005, 0.5842160, 1.2883993", \
					  "0.2161518, 0.2224732, 0.2388473, 0.2761618, 0.3626188, 0.5933368, 1.2978597", \
					  "0.2377948, 0.2441632, 0.2605184, 0.2977432, 0.3841571, 0.6149984, 1.3198086", \
					  "0.2821706, 0.2885943, 0.3046907, 0.3421851, 0.4284962, 0.6591684, 1.3640254", \
					  "0.3583589, 0.3651250, 0.3827341, 0.4223869, 0.5108550, 0.7422196, 1.4451982", \
					  "0.4465196, 0.4552656, 0.4769572, 0.5225743, 0.6169070, 0.8506685, 1.5549687");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0429972, 0.0473749, 0.0595770, 0.0925416, 0.1870391, 0.4949101, 1.4943285", \
					  "0.0430511, 0.0472454, 0.0596262, 0.0923904, 0.1866994, 0.4962643, 1.5024345", \
					  "0.0429686, 0.0473232, 0.0595887, 0.0923405, 0.1871413, 0.4964763, 1.4982551", \
					  "0.0430341, 0.0473804, 0.0595548, 0.0922828, 0.1871422, 0.4965385, 1.4922162", \
					  "0.0427111, 0.0470664, 0.0598237, 0.0923642, 0.1872107, 0.4964856, 1.4996080", \
					  "0.0494941, 0.0537527, 0.0663232, 0.0982812, 0.1899711, 0.4952666, 1.4989970", \
					  "0.0686452, 0.0728901, 0.0846930, 0.1159564, 0.2025497, 0.5007498, 1.4937049");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.4853022, 0.4946856, 0.5172995, 0.5615947, 0.6396019, 0.7820482, 1.0765205", \
					  "0.4903536, 0.4996323, 0.5222249, 0.5667145, 0.6444891, 0.7869942, 1.0816235", \
					  "0.5029150, 0.5121793, 0.5347898, 0.5793537, 0.6570787, 0.7994923, 1.0940961", \
					  "0.5348662, 0.5441995, 0.5667676, 0.6110901, 0.6892131, 0.8315226, 1.1260103", \
					  "0.6107840, 0.6201630, 0.6427870, 0.6869996, 0.7650734, 0.9074267, 1.2019250", \
					  "0.7917336, 0.8009562, 0.8235716, 0.8679469, 0.9456526, 1.0879664, 1.3825722", \
					  "1.2016080, 1.2114065, 1.2355070, 1.2809684, 1.3600469, 1.5032828, 1.7985738");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1096009, 0.1130941, 0.1216655, 0.1394754, 0.1808276, 0.2842737, 0.5686032", \
					  "0.1097126, 0.1131728, 0.1218448, 0.1395512, 0.1803478, 0.2837502, 0.5698155", \
					  "0.1096556, 0.1131366, 0.1217624, 0.1399909, 0.1823366, 0.2836286, 0.5698726", \
					  "0.1096271, 0.1129820, 0.1218656, 0.1394123, 0.1808120, 0.2847109, 0.5693304", \
					  "0.1097634, 0.1131556, 0.1216528, 0.1393682, 0.1808320, 0.2844755, 0.5690661", \
					  "0.1095988, 0.1129403, 0.1216261, 0.1400967, 0.1826659, 0.2836644, 0.5712594", \
					  "0.1249433, 0.1274051, 0.1329936, 0.1473038, 0.1864619, 0.2866402, 0.5703561");
				}
			}
			timing () {
				related_pin : "S0";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.3180919, 0.3242001, 0.3404615, 0.3776413, 0.4638647, 0.6944020, 1.3985801", \
					  "0.3221416, 0.3282932, 0.3444602, 0.3818451, 0.4678890, 0.6989296, 1.4021277", \
					  "0.3346023, 0.3408878, 0.3569225, 0.3942310, 0.4803676, 0.7112603, 1.4157228", \
					  "0.3681669, 0.3744586, 0.3904751, 0.4277455, 0.5139336, 0.7444611, 1.4503875", \
					  "0.4472246, 0.4535097, 0.4695687, 0.5069570, 0.5930094, 0.8239278, 1.5303389", \
					  "0.5945182, 0.6008103, 0.6170698, 0.6544071, 0.7405789, 0.9716747, 1.6749229", \
					  "0.8487202, 0.8550742, 0.8712083, 0.9086973, 0.9950413, 1.2253669, 1.9313229");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0426518, 0.0469756, 0.0594488, 0.0919093, 0.1864719, 0.4945215, 1.4978669", \
					  "0.0421583, 0.0473381, 0.0589653, 0.0919518, 0.1865400, 0.4946605, 1.4993246", \
					  "0.0422236, 0.0465136, 0.0592261, 0.0921037, 0.1865482, 0.4944574, 1.4962838", \
					  "0.0426640, 0.0470598, 0.0594334, 0.0921226, 0.1861899, 0.4953021, 1.4943916", \
					  "0.0422075, 0.0465085, 0.0590482, 0.0920100, 0.1865484, 0.4943446, 1.4947493", \
					  "0.0432235, 0.0475247, 0.0596880, 0.0922754, 0.1863539, 0.4954424, 1.5008472", \
					  "0.0432816, 0.0476443, 0.0602983, 0.0927308, 0.1865696, 0.4933025, 1.4945600");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.5922582, 0.6018047, 0.6242011, 0.6685429, 0.7462752, 0.8884737, 1.1831914", \
					  "0.5976891, 0.6069515, 0.6296726, 0.6741142, 0.7517734, 0.8938992, 1.1886500", \
					  "0.6092502, 0.6184629, 0.6411492, 0.6854772, 0.7632706, 0.9059814, 1.2005906", \
					  "0.6338663, 0.6431458, 0.6658165, 0.7101065, 0.7880228, 0.9300239, 1.2247279", \
					  "0.6754610, 0.6847514, 0.7074337, 0.7517759, 0.8295602, 0.9720198, 1.2662486", \
					  "0.7361545, 0.7459185, 0.7682833, 0.8127121, 0.8902418, 1.0328419, 1.3274560", \
					  "0.8148592, 0.8240730, 0.8468801, 0.8907974, 0.9676070, 1.1097920, 1.4056568");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1094429, 0.1129972, 0.1214307, 0.1397822, 0.1806557, 0.2859178, 0.5713803", \
					  "0.1094588, 0.1128867, 0.1214858, 0.1394966, 0.1819744, 0.2860441, 0.5711346", \
					  "0.1098025, 0.1128106, 0.1215011, 0.1396728, 0.1802528, 0.2833989, 0.5682947", \
					  "0.1096164, 0.1128074, 0.1216128, 0.1390617, 0.1802332, 0.2850457, 0.5703024", \
					  "0.1096658, 0.1128656, 0.1216515, 0.1391018, 0.1799215, 0.2831906, 0.5683535", \
					  "0.1090165, 0.1125594, 0.1211780, 0.1392210, 0.1799330, 0.2835998, 0.5684915", \
					  "0.1083022, 0.1114594, 0.1203310, 0.1391497, 0.1794307, 0.2832763, 0.5705107");
				}
			}
			timing () {
				related_pin : "S1";
				timing_type : "combinational";
				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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1744134, 0.1806841, 0.1969530, 0.2339613, 0.3200993, 0.5505318, 1.2583553", \
					  "0.1792625, 0.1855186, 0.2015221, 0.2388836, 0.3250063, 0.5559027, 1.2591816", \
					  "0.1905526, 0.1968313, 0.2130883, 0.2500768, 0.3361995, 0.5668674, 1.2732203", \
					  "0.2157320, 0.2221171, 0.2382656, 0.2753635, 0.3614005, 0.5918444, 1.3010447", \
					  "0.2739989, 0.2802924, 0.2963889, 0.3333888, 0.4193909, 0.6499702, 1.3573216", \
					  "0.3812291, 0.3883089, 0.4057132, 0.4446500, 0.5320028, 0.7623432, 1.4663871", \
					  "0.5251569, 0.5345208, 0.5570813, 0.6041366, 0.6976577, 0.9292771, 1.6342210");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0420605, 0.0464272, 0.0588640, 0.0918883, 0.1860395, 0.4950139, 1.4922005", \
					  "0.0424703, 0.0467421, 0.0590833, 0.0917702, 0.1860101, 0.4957095, 1.4949165", \
					  "0.0420399, 0.0464016, 0.0590037, 0.0916508, 0.1862574, 0.4945938, 1.4906518", \
					  "0.0420475, 0.0464109, 0.0590638, 0.0914805, 0.1862976, 0.4948302, 1.4929085", \
					  "0.0421982, 0.0469739, 0.0591642, 0.0919692, 0.1865462, 0.4959297, 1.5025323", \
					  "0.0535040, 0.0576351, 0.0680170, 0.0987678, 0.1898634, 0.4956878, 1.4913183", \
					  "0.0797775, 0.0831150, 0.0939686, 0.1205269, 0.2044356, 0.5013484, 1.4948532");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.3699780, 0.3792294, 0.4019719, 0.4462839, 0.5242066, 0.6662732, 0.9605718", \
					  "0.3750573, 0.3845016, 0.4072075, 0.4515827, 0.5296605, 0.6718699, 0.9661436", \
					  "0.3869978, 0.3966876, 0.4190882, 0.4636135, 0.5414253, 0.6834944, 0.9778282", \
					  "0.4155910, 0.4248950, 0.4476560, 0.4918305, 0.5698461, 0.7119372, 1.0062140", \
					  "0.4759532, 0.4852020, 0.5078039, 0.5518382, 0.6290103, 0.7709983, 1.0652785", \
					  "0.5971210, 0.6061427, 0.6280232, 0.6718276, 0.7491230, 0.8905403, 1.1845860", \
					  "0.8380147, 0.8502303, 0.8799255, 0.9365533, 1.0283969, 1.1805822, 1.4776896");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1089044, 0.1122270, 0.1208102, 0.1398726, 0.1815451, 0.2863074, 0.5708816", \
					  "0.1089442, 0.1121798, 0.1209491, 0.1388058, 0.1801546, 0.2835325, 0.5690263", \
					  "0.1087026, 0.1125460, 0.1209143, 0.1394685, 0.1816143, 0.2862687, 0.5711405", \
					  "0.1083850, 0.1119133, 0.1205642, 0.1396522, 0.1800728, 0.2840443, 0.5688833", \
					  "0.1069790, 0.1106585, 0.1194696, 0.1386698, 0.1792491, 0.2831504, 0.5696462", \
					  "0.1040082, 0.1077925, 0.1170710, 0.1361008, 0.1802361, 0.2854602, 0.5701291", \
					  "0.1444250, 0.1492861, 0.1599363, 0.1782140, 0.2147793, 0.3040888, 0.5765908");
				}
			}
			timing () {
				related_pin : "S1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.2149848, 0.2212589, 0.2374234, 0.2745161, 0.3601093, 0.5897088, 1.2971734", \
					  "0.2206110, 0.2268858, 0.2430319, 0.2801323, 0.3657311, 0.5953128, 1.3030217", \
					  "0.2351839, 0.2414608, 0.2574484, 0.2946661, 0.3802858, 0.6096884, 1.3183904", \
					  "0.2707348, 0.2770345, 0.2932007, 0.3301622, 0.4158043, 0.6454934, 1.3492409", \
					  "0.3445584, 0.3509326, 0.3669823, 0.4040631, 0.4897915, 0.7191670, 1.4229010", \
					  "0.4718380, 0.4781553, 0.4942163, 0.5312057, 0.6166604, 0.8466241, 1.5535573", \
					  "0.6871173, 0.6931996, 0.7094669, 0.7466687, 0.8324745, 1.0617386, 1.7647382");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.0422770, 0.0466563, 0.0593365, 0.0918390, 0.1866336, 0.4950684, 1.4920664", \
					  "0.0422557, 0.0466328, 0.0593045, 0.0918033, 0.1866296, 0.4951114, 1.4924261", \
					  "0.0423316, 0.0466707, 0.0591669, 0.0917368, 0.1866051, 0.4951883, 1.4927642", \
					  "0.0427820, 0.0471646, 0.0594062, 0.0921415, 0.1862089, 0.4937237, 1.4941162", \
					  "0.0427549, 0.0471045, 0.0595477, 0.0921821, 0.1861794, 0.4951853, 1.4938900", \
					  "0.0428265, 0.0471419, 0.0595014, 0.0912839, 0.1865750, 0.4946981, 1.4929442", \
					  "0.0427766, 0.0480250, 0.0601285, 0.0924414, 0.1862320, 0.4920607, 1.4957440");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.3675064, 0.3768702, 0.3993652, 0.4436156, 0.5214665, 0.6634778, 0.9580268", \
					  "0.3728310, 0.3820774, 0.4046657, 0.4491554, 0.5267123, 0.6688785, 0.9635536", \
					  "0.3825774, 0.3918199, 0.4144396, 0.4589043, 0.5366326, 0.6788654, 0.9732615", \
					  "0.3987352, 0.4082327, 0.4307009, 0.4752379, 0.5527536, 0.6951160, 0.9894532", \
					  "0.4388950, 0.4481084, 0.4705322, 0.5146540, 0.5913789, 0.7325903, 1.0270812", \
					  "0.5324858, 0.5407083, 0.5607541, 0.6020292, 0.6778502, 0.8190216, 1.1122462", \
					  "0.5821765, 0.5903940, 0.6105204, 0.6523735, 0.7272325, 0.8673791, 1.1584869");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156575, 0.00490316, 0.0153543, 0.0480819, 0.150569, 0.471506");
					values("0.1095930, 0.1129347, 0.1209375, 0.1394258, 0.1799327, 0.2852769, 0.5709824", \
					  "0.1094567, 0.1126685, 0.1213426, 0.1391660, 0.1792847, 0.2829542, 0.5696549", \
					  "0.1092893, 0.1126759, 0.1212613, 0.1388833, 0.1797578, 0.2833116, 0.5688814", \
					  "0.1091860, 0.1127859, 0.1209193, 0.1390648, 0.1793136, 0.2830743, 0.5676930", \
					  "0.1056456, 0.1095834, 0.1182868, 0.1369269, 0.1786584, 0.2846636, 0.5678898", \
					  "0.0960379, 0.1001372, 0.1095148, 0.1312302, 0.1754441, 0.2834379, 0.5699561", \
					  "0.0991105, 0.1025141, 0.1111725, 0.1311923, 0.1743846, 0.2805256, 0.5622782");
				}
			}
		}
		pin (A0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001801;
			capacitance : 0.001716;
			fall_capacitance : 0.001631;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021147, 0.0020819, 0.0020064, 0.0020016, 0.0019906, 0.0019651, 0.0019063");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0068532, 0.0068130, 0.0067201, 0.0067151, 0.0067036, 0.0066771, 0.0066160");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001798;
			capacitance : 0.001707;
			fall_capacitance : 0.001616;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022297, -0.0022338, -0.0022434, -0.0022454, -0.0022501, -0.0022610, -0.0022861");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022834, 0.0022811, 0.0022758, 0.0022778, 0.0022824, 0.0022931, 0.0023177");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001603;
			capacitance : 0.001672;
			rise_capacitance : 0.001740;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035835, 0.0035503, 0.0034738, 0.0034705, 0.0034627, 0.0034449, 0.0034038");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061871, 0.0061496, 0.0060631, 0.0060571, 0.0060434, 0.0060117, 0.0059387");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001750;
			capacitance : 0.001674;
			fall_capacitance : 0.001599;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019515, -0.0019560, -0.0019664, -0.0019670, -0.0019683, -0.0019714, -0.0019785");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020002, 0.0019981, 0.0019931, 0.0019937, 0.0019949, 0.0019978, 0.0020044");
				}
			}
		}
		pin (S0) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.005372;
			capacitance : 0.005571;
			rise_capacitance : 0.005769;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013255, 0.0012086, 0.0009394, 0.0009178, 0.0008680, 0.0007532, 0.0004887");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0144111, 0.0141904, 0.0136819, 0.0136708, 0.0136453, 0.0135863, 0.0134504");
				}
			}
		}
		pin (S1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002981;
			capacitance : 0.003102;
			rise_capacitance : 0.003223;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0006126, -0.0006880, -0.0008619, -0.0008654, -0.0008734, -0.0008919, -0.0009346");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0074500, 0.0073605, 0.0071543, 0.0071559, 0.0071596, 0.0071682, 0.0071879");
				}
			}
		}
	}
	cell ("scs8hd_nand2_1") {
		area : 3.753600;
		cell_footprint : "nand2";
		cell_leakage_power : 1.899399e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.1650316e-05";
			when : "!A&B";
		}
		leakage_power () {
			value : "5.2176543e-06";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0007295";
			when : "A&B";
		}
		leakage_power () {
			value : "1.3406051e-05";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B)";
			max_capacitance : 0.147410;
			max_transition : 1.492503;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0026354, 0.0037090, 0.0063313, 0.0129210, 0.0291750, 0.0712082, 0.1807485", \
					  "0.0024505, 0.0034902, 0.0061404, 0.0126421, 0.0290502, 0.0711634, 0.1791478", \
					  "0.0023072, 0.0033295, 0.0058820, 0.0124504, 0.0289297, 0.0712513, 0.1804853", \
					  "0.0022367, 0.0032164, 0.0057501, 0.0120809, 0.0288260, 0.0707706, 0.1784763", \
					  "0.0023740, 0.0032732, 0.0056912, 0.0120507, 0.0285195, 0.0707406, 0.1802330", \
					  "0.0021257, 0.0030469, 0.0056103, 0.0123266, 0.0283186, 0.0709072, 0.1804618", \
					  "0.0024971, 0.0034236, 0.0058707, 0.0121290, 0.0287226, 0.0703431, 0.1795639");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0015545, 0.0006563, -0.0017595, -0.0081062, -0.0245822, -0.0671682, -0.1769888", \
					  "0.0013915, 0.0005169, -0.0018330, -0.0081449, -0.0246019, -0.0671505, -0.1770082", \
					  "0.0012455, 0.0003587, -0.0019754, -0.0082089, -0.0246294, -0.0671612, -0.1769799", \
					  "0.0011043, 0.0001920, -0.0021703, -0.0083666, -0.0247156, -0.0672098, -0.1770081", \
					  "0.0011048, 0.0001712, -0.0022373, -0.0085634, -0.0248792, -0.0672842, -0.1770355", \
					  "0.0011105, 0.0002292, -0.0023042, -0.0086429, -0.0250754, -0.0674576, -0.1771282", \
					  "0.0013905, 0.0004360, -0.0020624, -0.0085208, -0.0249524, -0.0676519, -0.1771889");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0049598, 0.0059459, 0.0084563, 0.0148351, 0.0311343, 0.0730906, 0.1813299", \
					  "0.0048034, 0.0058204, 0.0083248, 0.0147330, 0.0309934, 0.0730761, 0.1820137", \
					  "0.0046802, 0.0056414, 0.0082002, 0.0145932, 0.0308530, 0.0729184, 0.1812125", \
					  "0.0045937, 0.0055550, 0.0081002, 0.0143788, 0.0308555, 0.0726899, 0.1808568", \
					  "0.0045707, 0.0055291, 0.0080271, 0.0143272, 0.0307864, 0.0725271, 0.1812066", \
					  "0.0044896, 0.0054226, 0.0078971, 0.0144394, 0.0306363, 0.0726252, 0.1808174", \
					  "0.0049597, 0.0058699, 0.0084679, 0.0146100, 0.0310227, 0.0728752, 0.1806829");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00128992, 0.003327787, 0.008585157, 0.02214833, 0.05713915, 0.1474098");
					values("0.0017179, 0.0007991, -0.0016364, -0.0080017, -0.0244899, -0.0670604, -0.1768957", \
					  "0.0016010, 0.0007020, -0.0017019, -0.0080339, -0.0245029, -0.0670691, -0.1768972", \
					  "0.0014501, 0.0005559, -0.0018133, -0.0081018, -0.0245353, -0.0670773, -0.1769337", \
					  "0.0014022, 0.0004411, -0.0019688, -0.0082212, -0.0246027, -0.0671091, -0.1769191", \
					  "0.0013212, 0.0004029, -0.0020126, -0.0083817, -0.0247283, -0.0671717, -0.1769353", \
					  "0.0012956, 0.0003546, -0.0020912, -0.0084132, -0.0248676, -0.0672851, -0.1770008", \
					  "0.0014074, 0.0004130, -0.0020635, -0.0084477, -0.0248735, -0.0674195, -0.1770905");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0255705, 0.0318673, 0.0470633, 0.0853161, 0.1800671, 0.4256156, 1.0615865", \
					  "0.0314029, 0.0374044, 0.0526904, 0.0903192, 0.1867523, 0.4315233, 1.0629425", \
					  "0.0461690, 0.0521819, 0.0667284, 0.1044638, 0.2001343, 0.4450443, 1.0811350", \
					  "0.0751411, 0.0842250, 0.1022305, 0.1383867, 0.2340436, 0.4781810, 1.1097075", \
					  "0.1236786, 0.1386437, 0.1690443, 0.2203800, 0.3141869, 0.5589821, 1.1932993", \
					  "0.2091462, 0.2341607, 0.2842981, 0.3674076, 0.5037139, 0.7490658, 1.3714863", \
					  "0.3585877, 0.4010017, 0.4826442, 0.6246206, 0.8494198, 1.1841498, 1.8055782");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0191975, 0.0270818, 0.0472643, 0.1004432, 0.2333999, 0.5816306, 1.4746595", \
					  "0.0192628, 0.0272615, 0.0477036, 0.0992651, 0.2337494, 0.5807528, 1.4765494", \
					  "0.0218870, 0.0283032, 0.0475148, 0.1004351, 0.2331938, 0.5801973, 1.4888831", \
					  "0.0358736, 0.0413291, 0.0549269, 0.1003410, 0.2366127, 0.5807635, 1.4797531", \
					  "0.0634725, 0.0723103, 0.0884700, 0.1224210, 0.2375279, 0.5855381, 1.4925035", \
					  "0.1128279, 0.1256282, 0.1521120, 0.2023896, 0.2888409, 0.5863227, 1.4792521", \
					  "0.2037001, 0.2260178, 0.2712639, 0.3466956, 0.4704069, 0.6983902, 1.4869073");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0165277, 0.0199179, 0.0283599, 0.0496121, 0.1045359, 0.2453307, 0.6108719", \
					  "0.0205625, 0.0239349, 0.0326602, 0.0539878, 0.1089461, 0.2497555, 0.6147727", \
					  "0.0277394, 0.0327996, 0.0429364, 0.0639470, 0.1186985, 0.2595377, 0.6213501", \
					  "0.0365246, 0.0441227, 0.0595359, 0.0878666, 0.1430375, 0.2836932, 0.6443023", \
					  "0.0444236, 0.0562945, 0.0804352, 0.1236422, 0.1985088, 0.3401527, 0.7005631", \
					  "0.0405403, 0.0600314, 0.0989449, 0.1665067, 0.2818173, 0.4689355, 0.8310079", \
					  "-0.0032805, 0.0279558, 0.0896029, 0.2027043, 0.3819041, 0.6714513, 1.1334413");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0108920, 0.0150770, 0.0261312, 0.0537434, 0.1254518, 0.3104953, 0.7878796", \
					  "0.0117060, 0.0154996, 0.0258800, 0.0539757, 0.1257070, 0.3103427, 0.7907540", \
					  "0.0174142, 0.0210687, 0.0291777, 0.0547258, 0.1256571, 0.3116320, 0.7911644", \
					  "0.0280827, 0.0330879, 0.0436163, 0.0648897, 0.1278142, 0.3117919, 0.7909355", \
					  "0.0481295, 0.0556748, 0.0705194, 0.1001154, 0.1531561, 0.3142491, 0.7905321", \
					  "0.0859594, 0.0993724, 0.1202643, 0.1602102, 0.2338933, 0.3732100, 0.7977992", \
					  "0.1577464, 0.1747392, 0.2156079, 0.2722780, 0.3790535, 0.5617614, 0.9220696");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0338283, 0.0395944, 0.0544270, 0.0918910, 0.1871813, 0.4320013, 1.0621314", \
					  "0.0395567, 0.0456363, 0.0604031, 0.0974733, 0.1925929, 0.4374703, 1.0683551", \
					  "0.0544445, 0.0600315, 0.0752242, 0.1121825, 0.2055852, 0.4517578, 1.0796574", \
					  "0.0880281, 0.0942388, 0.1097555, 0.1459602, 0.2427733, 0.4835449, 1.1139941", \
					  "0.1467385, 0.1584835, 0.1830077, 0.2278456, 0.3228556, 0.5664599, 1.1974021", \
					  "0.2479652, 0.2675790, 0.3087063, 0.3850741, 0.5121617, 0.7570111, 1.3781641", \
					  "0.4239122, 0.4546870, 0.5255645, 0.6530028, 0.8637713, 1.1913022, 1.8148827");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0256947, 0.0334952, 0.0538626, 0.1052621, 0.2391211, 0.5831798, 1.4706647", \
					  "0.0256276, 0.0335404, 0.0537985, 0.1055166, 0.2393983, 0.5833901, 1.4732010", \
					  "0.0263999, 0.0337071, 0.0536362, 0.1054761, 0.2394406, 0.5843243, 1.4734906", \
					  "0.0373258, 0.0438645, 0.0594180, 0.1062780, 0.2392661, 0.5847156, 1.4729383", \
					  "0.0643789, 0.0726600, 0.0893780, 0.1263753, 0.2416549, 0.5845623, 1.4731303", \
					  "0.1139999, 0.1268062, 0.1538279, 0.1996509, 0.2906495, 0.5896627, 1.4742647", \
					  "0.2046666, 0.2281617, 0.2719110, 0.3471344, 0.4707571, 0.7002495, 1.4819432");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0202425, 0.0235693, 0.0320005, 0.0532193, 0.1078253, 0.2481967, 0.6103298", \
					  "0.0247431, 0.0281457, 0.0366210, 0.0581410, 0.1127194, 0.2537752, 0.6176163", \
					  "0.0332083, 0.0376648, 0.0470976, 0.0687826, 0.1236809, 0.2638665, 0.6297155", \
					  "0.0452119, 0.0517572, 0.0655406, 0.0927542, 0.1484487, 0.2899757, 0.6551977", \
					  "0.0591527, 0.0697858, 0.0915466, 0.1312123, 0.2021242, 0.3470144, 0.7118038", \
					  "0.0672940, 0.0849006, 0.1203820, 0.1841253, 0.2910020, 0.4720553, 0.8438871", \
					  "0.0414525, 0.0724350, 0.1337195, 0.2398264, 0.4109100, 0.6830529, 1.1367448");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128992, 0.00332779, 0.00858516, 0.0221483, 0.0571391, 0.14741");
					values("0.0109483, 0.0151699, 0.0260371, 0.0540181, 0.1261043, 0.3112632, 0.7908757", \
					  "0.0111909, 0.0152456, 0.0258839, 0.0540288, 0.1254769, 0.3105426, 0.7881916", \
					  "0.0150003, 0.0185540, 0.0277663, 0.0546441, 0.1259235, 0.3113768, 0.7933977", \
					  "0.0238315, 0.0282309, 0.0381179, 0.0612468, 0.1275982, 0.3113526, 0.7929848", \
					  "0.0409289, 0.0469733, 0.0601496, 0.0867588, 0.1443413, 0.3156856, 0.7913495", \
					  "0.0735971, 0.0824037, 0.1008060, 0.1372551, 0.2059860, 0.3538159, 0.7950821", \
					  "0.1405176, 0.1529677, 0.1785976, 0.2315000, 0.3243309, 0.4960535, 0.8789042");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002092;
			capacitance : 0.002158;
			rise_capacitance : 0.002224;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026353, -0.0026408, -0.0026535, -0.0026490, -0.0026387, -0.0026150, -0.0025602");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032586, 0.0032592, 0.0032605, 0.0032619, 0.0032652, 0.0032727, 0.0032900");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002065;
			capacitance : 0.002161;
			rise_capacitance : 0.002256;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027371, -0.0027383, -0.0027410, -0.0027410, -0.0027409, -0.0027407, -0.0027403");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027396, 0.0027391, 0.0027381, 0.0027382, 0.0027383, 0.0027386, 0.0027393");
				}
			}
		}
	}
	cell ("scs8hd_nand2_2") {
		area : 6.256000;
		cell_footprint : "nand2";
		cell_leakage_power : 2.208191e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "2.7311046e-05";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0073186";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0014446";
			when : "A&B";
		}
		leakage_power () {
			value : "4.2218968e-05";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B)";
			max_capacitance : 0.259104;
			max_transition : 1.501516;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0036950, 0.0050158, 0.0084982, 0.0177579, 0.0432242, 0.1140302, 0.3171991", \
					  "0.0033665, 0.0046235, 0.0080632, 0.0174029, 0.0432578, 0.1141379, 0.3165300", \
					  "0.0031239, 0.0043006, 0.0076805, 0.0169537, 0.0427610, 0.1139067, 0.3148308", \
					  "0.0029916, 0.0041237, 0.0073925, 0.0165204, 0.0419498, 0.1142269, 0.3147343", \
					  "0.0029832, 0.0041214, 0.0073189, 0.0162848, 0.0416212, 0.1134194, 0.3158497", \
					  "0.0028370, 0.0039041, 0.0069543, 0.0162840, 0.0414577, 0.1118840, 0.3175011", \
					  "0.0033681, 0.0044234, 0.0075592, 0.0161962, 0.0414690, 0.1128410, 0.3139129");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0031207, 0.0021121, -0.0009060, -0.0097449, -0.0350979, -0.1070638, -0.3111580", \
					  "0.0028176, 0.0018289, -0.0010948, -0.0098494, -0.0351088, -0.1070682, -0.3110766", \
					  "0.0025511, 0.0015146, -0.0013667, -0.0100111, -0.0351849, -0.1070633, -0.3110544", \
					  "0.0022760, 0.0012616, -0.0017411, -0.0103635, -0.0353781, -0.1071473, -0.3110938", \
					  "0.0022531, 0.0011722, -0.0018652, -0.0107165, -0.0356926, -0.1073333, -0.3111933", \
					  "0.0024671, 0.0012926, -0.0018321, -0.0107007, -0.0360101, -0.1076230, -0.3113565", \
					  "0.0026769, 0.0015263, -0.0015520, -0.0107912, -0.0360830, -0.1077680, -0.3115939");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0094067, 0.0105742, 0.0138129, 0.0228224, 0.0479686, 0.1190036, 0.3200292", \
					  "0.0090143, 0.0102448, 0.0135291, 0.0226020, 0.0478689, 0.1188529, 0.3199378", \
					  "0.0087450, 0.0099272, 0.0132027, 0.0222886, 0.0477891, 0.1188910, 0.3199033", \
					  "0.0086043, 0.0097658, 0.0129760, 0.0217331, 0.0473462, 0.1185863, 0.3197661", \
					  "0.0084957, 0.0096200, 0.0128497, 0.0217682, 0.0469503, 0.1182110, 0.3195624", \
					  "0.0082722, 0.0093751, 0.0125343, 0.0218627, 0.0467953, 0.1176997, 0.3192208", \
					  "0.0088791, 0.0099869, 0.0130444, 0.0218763, 0.0470956, 0.1181733, 0.3178014");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0040553, 0.0029967, -9.0000000e-05, -0.0089733, -0.0343423, -0.1063192, -0.3103233", \
					  "0.0038183, 0.0027904, -0.0002317, -0.0090587, -0.0343792, -0.1063340, -0.3103586", \
					  "0.0035437, 0.0025255, -0.0004695, -0.0092105, -0.0344564, -0.1063477, -0.3103601", \
					  "0.0032935, 0.0022408, -0.0007685, -0.0094471, -0.0345813, -0.1064168, -0.3103925", \
					  "0.0033974, 0.0023174, -0.0007462, -0.0096464, -0.0347602, -0.1064911, -0.3103512", \
					  "0.0032460, 0.0021635, -0.0009407, -0.0097911, -0.0350385, -0.1067586, -0.3104998", \
					  "0.0033741, 0.0022500, -0.0008639, -0.0098419, -0.0351068, -0.1069969, -0.3107173");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0252297, 0.0295719, 0.0411120, 0.0720196, 0.1563355, 0.3946327, 1.0672229", \
					  "0.0310709, 0.0352068, 0.0465573, 0.0775205, 0.1624733, 0.3987305, 1.0686872", \
					  "0.0462574, 0.0500910, 0.0613384, 0.0914753, 0.1771737, 0.4147000, 1.0820485", \
					  "0.0756074, 0.0820566, 0.0966378, 0.1265579, 0.2116270, 0.4516302, 1.1195783", \
					  "0.1268422, 0.1374191, 0.1615468, 0.2074326, 0.2938753, 0.5309100, 1.2050380", \
					  "0.2171533, 0.2346367, 0.2751859, 0.3525749, 0.4818981, 0.7223936, 1.3915044", \
					  "0.3820056, 0.4121135, 0.4785868, 0.6075777, 0.8236999, 1.1649093, 1.8321805");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0178244, 0.0231157, 0.0381317, 0.0805784, 0.2010899, 0.5316579, 1.4835770", \
					  "0.0177032, 0.0228744, 0.0377493, 0.0792345, 0.1993203, 0.5313152, 1.4825853", \
					  "0.0202792, 0.0244909, 0.0378556, 0.0793190, 0.1977084, 0.5335197, 1.4805721", \
					  "0.0342896, 0.0378013, 0.0468790, 0.0817250, 0.1991316, 0.5398739, 1.4811516", \
					  "0.0597174, 0.0659385, 0.0789812, 0.1068815, 0.2030811, 0.5358886, 1.4944409", \
					  "0.1077798, 0.1172245, 0.1384076, 0.1806428, 0.2604612, 0.5444249, 1.4948002", \
					  "0.1955375, 0.2123806, 0.2471045, 0.3138963, 0.4317663, 0.6534315, 1.5015165");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0160935, 0.0184312, 0.0245504, 0.0415385, 0.0888692, 0.2227199, 0.6031532", \
					  "0.0200871, 0.0223308, 0.0286777, 0.0456911, 0.0935866, 0.2261124, 0.6060960", \
					  "0.0264264, 0.0298114, 0.0382949, 0.0557683, 0.1029917, 0.2373203, 0.6137544", \
					  "0.0335061, 0.0387319, 0.0513513, 0.0761344, 0.1269018, 0.2606406, 0.6372457", \
					  "0.0373914, 0.0460208, 0.0655190, 0.1048635, 0.1770157, 0.3150287, 0.6943541", \
					  "0.0248654, 0.0387242, 0.0705803, 0.1320600, 0.2436873, 0.4374189, 0.8199497", \
					  "-0.0391408, -0.0157310, 0.0338641, 0.1386932, 0.3102406, 0.6100540, 1.1133355");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0103813, 0.0132069, 0.0211448, 0.0436879, 0.1067223, 0.2852453, 0.7976952", \
					  "0.0112139, 0.0136885, 0.0211461, 0.0434738, 0.1074824, 0.2857991, 0.7948064", \
					  "0.0165672, 0.0193299, 0.0256464, 0.0447673, 0.1071357, 0.2853917, 0.7943433", \
					  "0.0266091, 0.0302876, 0.0387962, 0.0584094, 0.1106961, 0.2857879, 0.7957442", \
					  "0.0457963, 0.0509656, 0.0632110, 0.0893537, 0.1414270, 0.2922918, 0.7920999", \
					  "0.0823098, 0.0921708, 0.1088799, 0.1474389, 0.2200004, 0.3599859, 0.8025475", \
					  "0.1512305, 0.1633374, 0.1983119, 0.2518160, 0.3590318, 0.5486590, 0.9300613");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0364448, 0.0405370, 0.0513838, 0.0813499, 0.1643296, 0.3978815, 1.0594021", \
					  "0.0421733, 0.0462727, 0.0572358, 0.0872615, 0.1705449, 0.4042676, 1.0651322", \
					  "0.0572212, 0.0612237, 0.0719917, 0.1014154, 0.1858686, 0.4196228, 1.0804512", \
					  "0.0919236, 0.0967143, 0.1078864, 0.1361891, 0.2205979, 0.4547894, 1.1154498", \
					  "0.1553080, 0.1624587, 0.1810238, 0.2202831, 0.3037436, 0.5376965, 1.1982348", \
					  "0.2668445, 0.2793105, 0.3096508, 0.3738991, 0.4929552, 0.7293024, 1.3884019", \
					  "0.4668857, 0.4877151, 0.5381323, 0.6452056, 0.8425711, 1.1722427, 1.8301217");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0265503, 0.0316336, 0.0461108, 0.0872985, 0.2039038, 0.5341774, 1.4722229", \
					  "0.0265205, 0.0318152, 0.0464014, 0.0874301, 0.2042990, 0.5343005, 1.4710280", \
					  "0.0266905, 0.0315995, 0.0462743, 0.0875828, 0.2043793, 0.5349396, 1.4706071", \
					  "0.0363156, 0.0399583, 0.0514759, 0.0884882, 0.2043722, 0.5353522, 1.4743006", \
					  "0.0616150, 0.0673733, 0.0802826, 0.1096538, 0.2080991, 0.5355925, 1.4709153", \
					  "0.1106500, 0.1193355, 0.1394779, 0.1818174, 0.2618979, 0.5425457, 1.4734775", \
					  "0.1990383, 0.2142993, 0.2490337, 0.3175901, 0.4343060, 0.6533683, 1.4805183");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0214057, 0.0235989, 0.0296887, 0.0465742, 0.0934948, 0.2281778, 0.6072181", \
					  "0.0257813, 0.0280716, 0.0342635, 0.0512489, 0.0983071, 0.2314831, 0.6087317", \
					  "0.0338586, 0.0368324, 0.0440489, 0.0613496, 0.1086608, 0.2427205, 0.6200646", \
					  "0.0446256, 0.0490195, 0.0595969, 0.0829241, 0.1324185, 0.2667927, 0.6438335", \
					  "0.0557845, 0.0627908, 0.0794660, 0.1143099, 0.1814101, 0.3216374, 0.7020001", \
					  "0.0566622, 0.0685188, 0.0962229, 0.1525100, 0.2549502, 0.4376414, 0.8269997", \
					  "0.0132820, 0.0347724, 0.0846473, 0.1778560, 0.3431277, 0.6203082, 1.1044741");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0105247, 0.0132841, 0.0212143, 0.0436288, 0.1070163, 0.2873800, 0.7980492", \
					  "0.0107102, 0.0134219, 0.0212315, 0.0436329, 0.1067826, 0.2863365, 0.7941655", \
					  "0.0143279, 0.0168720, 0.0234480, 0.0441970, 0.1068865, 0.2874534, 0.7936090", \
					  "0.0226830, 0.0256734, 0.0333059, 0.0525536, 0.1090135, 0.2870291, 0.7924364", \
					  "0.0391452, 0.0433495, 0.0535423, 0.0767315, 0.1296345, 0.2912778, 0.8057841", \
					  "0.0711579, 0.0771321, 0.0916771, 0.1240500, 0.1897732, 0.3357932, 0.8036252", \
					  "0.1364050, 0.1445745, 0.1665381, 0.2118944, 0.3013489, 0.4752344, 0.8866696");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003984;
			capacitance : 0.004118;
			rise_capacitance : 0.004252;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043424, -0.0043580, -0.0043938, -0.0043818, -0.0043542, -0.0042904, -0.0041436");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062846, 0.0062898, 0.0063017, 0.0063034, 0.0063074, 0.0063166, 0.0063378");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003907;
			capacitance : 0.004093;
			rise_capacitance : 0.004279;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051886, -0.0051858, -0.0051793, -0.0051794, -0.0051795, -0.0051796, -0.0051801");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052095, 0.0052062, 0.0051986, 0.0052011, 0.0052069, 0.0052203, 0.0052512");
				}
			}
		}
	}
	cell ("scs8hd_nand2_4") {
		area : 11.260800;
		cell_footprint : "nand2";
		cell_leakage_power : 7.560595e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "6.6009854e-05";
			when : "!A&B";
		}
		leakage_power () {
			value : "1.4388359e-05";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0028798";
			when : "A&B";
		}
		leakage_power () {
			value : "6.4034790e-05";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B)";
			max_capacitance : 0.455027;
			max_transition : 1.496879;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0064782, 0.0080556, 0.0126935, 0.0259685, 0.0643999, 0.1839616, 0.5546956", \
					  "0.0057997, 0.0073665, 0.0118579, 0.0252579, 0.0645535, 0.1848500, 0.5571619", \
					  "0.0053924, 0.0067654, 0.0109194, 0.0240959, 0.0639099, 0.1833908, 0.5566941", \
					  "0.0051403, 0.0064584, 0.0105792, 0.0233558, 0.0629883, 0.1842157, 0.5553961", \
					  "0.0050862, 0.0064064, 0.0104196, 0.0230034, 0.0617973, 0.1814567, 0.5547278", \
					  "0.0046617, 0.0059089, 0.0098226, 0.0228940, 0.0611949, 0.1813736, 0.5509818", \
					  "0.0063262, 0.0077853, 0.0109212, 0.0230475, 0.0616027, 0.1807457, 0.5521769");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0066315, 0.0054982, 0.0017495, -0.0104360, -0.0490699, -0.1697407, -0.5455369", \
					  "0.0060824, 0.0049760, 0.0013300, -0.0106684, -0.0491593, -0.1697581, -0.5455367", \
					  "0.0054940, 0.0043559, 0.0007031, -0.0110783, -0.0493382, -0.1698140, -0.5454969", \
					  "0.0049820, 0.0038207, 2.1000000e-05, -0.0117337, -0.0497652, -0.1700010, -0.5456010", \
					  "0.0046454, 0.0034114, -0.0004444, -0.0124750, -0.0503526, -0.1703576, -0.5457804", \
					  "0.0050490, 0.0037174, -0.0003142, -0.0125928, -0.0508667, -0.1709665, -0.5461667", \
					  "0.0056427, 0.0042745, 0.0001620, -0.0125057, -0.0512928, -0.1717159, -0.5468414");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0176142, 0.0189930, 0.0231389, 0.0357589, 0.0742549, 0.1933949, 0.5638054", \
					  "0.0168475, 0.0182311, 0.0224683, 0.0351856, 0.0740145, 0.1932292, 0.5636032", \
					  "0.0161798, 0.0174772, 0.0218450, 0.0345059, 0.0735023, 0.1931219, 0.5635677", \
					  "0.0158195, 0.0171406, 0.0211485, 0.0339883, 0.0720929, 0.1921442, 0.5631698", \
					  "0.0159035, 0.0171536, 0.0212548, 0.0338408, 0.0725289, 0.1913421, 0.5629425", \
					  "0.0154178, 0.0167074, 0.0209056, 0.0337247, 0.0725299, 0.1919061, 0.5604142", \
					  "0.0162200, 0.0173947, 0.0213900, 0.0336794, 0.0724768, 0.1913511, 0.5606209");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0086558, 0.0074686, 0.0036344, -0.0086605, -0.0473378, -0.1680019, -0.5438218", \
					  "0.0081737, 0.0070136, 0.0032807, -0.0088575, -0.0474252, -0.1680472, -0.5438464", \
					  "0.0075912, 0.0064411, 0.0027470, -0.0092212, -0.0476166, -0.1681303, -0.5439569", \
					  "0.0071072, 0.0059166, 0.0021508, -0.0097720, -0.0479459, -0.1682622, -0.5439122", \
					  "0.0073204, 0.0060732, 0.0022232, -0.0098892, -0.0483470, -0.1684061, -0.5439168", \
					  "0.0070227, 0.0057461, 0.0018464, -0.0104008, -0.0486942, -0.1689822, -0.5442469", \
					  "0.0072629, 0.0058830, 0.0019212, -0.0104640, -0.0490132, -0.1693121, -0.5445877");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0262016, 0.0291315, 0.0378719, 0.0629452, 0.1362436, 0.3639593, 1.0725854", \
					  "0.0318768, 0.0348208, 0.0432865, 0.0684394, 0.1429189, 0.3713167, 1.0797058", \
					  "0.0472880, 0.0498406, 0.0576481, 0.0822145, 0.1580210, 0.3855494, 1.0864727", \
					  "0.0776992, 0.0818919, 0.0928675, 0.1175421, 0.1923193, 0.4196977, 1.1213328", \
					  "0.1309125, 0.1380127, 0.1564365, 0.1968228, 0.2756041, 0.4999118, 1.2072825", \
					  "0.2273738, 0.2393805, 0.2699140, 0.3376705, 0.4581576, 0.6944750, 1.3969784", \
					  "0.4003848, 0.4215870, 0.4769423, 0.5893249, 0.7971606, 1.1428373, 1.8438551");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0179944, 0.0212443, 0.0322458, 0.0655826, 0.1671767, 0.4861634, 1.4772210", \
					  "0.0179157, 0.0213270, 0.0320605, 0.0654124, 0.1699942, 0.4909783, 1.4942556", \
					  "0.0200489, 0.0228525, 0.0322166, 0.0650847, 0.1692325, 0.4865353, 1.4883237", \
					  "0.0334622, 0.0361000, 0.0423132, 0.0685457, 0.1680465, 0.4877369, 1.4819427", \
					  "0.0587855, 0.0630780, 0.0731586, 0.0969924, 0.1753475, 0.4900074, 1.4968793", \
					  "0.1070217, 0.1125300, 0.1288190, 0.1650113, 0.2393888, 0.4957217, 1.4806398", \
					  "0.2027965, 0.2114725, 0.2322675, 0.2900850, 0.4009717, 0.6185452, 1.4861277");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0162342, 0.0177125, 0.0220370, 0.0347987, 0.0737070, 0.1940964, 0.5684558", \
					  "0.0202279, 0.0216720, 0.0260314, 0.0389935, 0.0779275, 0.1998632, 0.5772016", \
					  "0.0262342, 0.0284706, 0.0346862, 0.0490004, 0.0881842, 0.2094197, 0.5862266", \
					  "0.0322433, 0.0356373, 0.0453740, 0.0670041, 0.1119790, 0.2320856, 0.6066396", \
					  "0.0338934, 0.0395359, 0.0544700, 0.0887840, 0.1557536, 0.2872734, 0.6600888", \
					  "0.0161578, 0.0254275, 0.0494136, 0.1042631, 0.2102498, 0.4028760, 0.7889714", \
					  "-0.0612410, -0.0458556, -0.0053422, 0.0848850, 0.2540315, 0.5528376, 1.0797402");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0102550, 0.0120626, 0.0175859, 0.0346112, 0.0874734, 0.2521168, 0.7627818", \
					  "0.0111012, 0.0126488, 0.0176621, 0.0346941, 0.0874954, 0.2533144, 0.7632727", \
					  "0.0163239, 0.0181244, 0.0230867, 0.0368477, 0.0876189, 0.2530070, 0.7627322", \
					  "0.0261621, 0.0286269, 0.0348775, 0.0512139, 0.0935622, 0.2520833, 0.7641365", \
					  "0.0450836, 0.0486328, 0.0580101, 0.0795996, 0.1276360, 0.2611715, 0.7636612", \
					  "0.0806116, 0.0860870, 0.1011238, 0.1330939, 0.1988252, 0.3384353, 0.7736134", \
					  "0.1491523, 0.1585860, 0.1810480, 0.2305567, 0.3270260, 0.5140880, 0.9127397");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0389116, 0.0414760, 0.0494936, 0.0734153, 0.1459178, 0.3695607, 1.0634277", \
					  "0.0443566, 0.0469408, 0.0551644, 0.0792211, 0.1522852, 0.3758719, 1.0707111", \
					  "0.0591323, 0.0616986, 0.0700859, 0.0938103, 0.1672062, 0.3913465, 1.0855687", \
					  "0.0950793, 0.0980327, 0.1056615, 0.1292114, 0.2005261, 0.4245619, 1.1187157", \
					  "0.1620476, 0.1664250, 0.1796944, 0.2124067, 0.2866290, 0.5094111, 1.2036776", \
					  "0.2806711, 0.2885723, 0.3101111, 0.3642173, 0.4753647, 0.7036642, 1.3945086", \
					  "0.4968392, 0.5091021, 0.5460334, 0.6370467, 0.8222081, 1.1507901, 1.8436727");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0277986, 0.0311366, 0.0417369, 0.0740867, 0.1750306, 0.4898415, 1.4699264", \
					  "0.0278966, 0.0312010, 0.0417192, 0.0744343, 0.1752837, 0.4895004, 1.4678564", \
					  "0.0277942, 0.0310709, 0.0417266, 0.0741265, 0.1751494, 0.4914308, 1.4681243", \
					  "0.0361930, 0.0386335, 0.0476402, 0.0757065, 0.1752399, 0.4897904, 1.4686384", \
					  "0.0620772, 0.0654421, 0.0751543, 0.0986581, 0.1805075, 0.4904816, 1.4694611", \
					  "0.1097196, 0.1155454, 0.1319599, 0.1656011, 0.2380617, 0.4995381, 1.4707432", \
					  "0.1979966, 0.2080069, 0.2347791, 0.2915174, 0.4009008, 0.6143589, 1.4733054");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0210578, 0.0224895, 0.0267164, 0.0394191, 0.0781695, 0.1990036, 0.5730443", \
					  "0.0252107, 0.0266781, 0.0309974, 0.0438057, 0.0826729, 0.2032856, 0.5778170", \
					  "0.0323531, 0.0342411, 0.0396029, 0.0532352, 0.0928157, 0.2130149, 0.5894626", \
					  "0.0416807, 0.0444215, 0.0521827, 0.0709855, 0.1141258, 0.2352800, 0.6104451", \
					  "0.0499891, 0.0544084, 0.0665176, 0.0951878, 0.1547680, 0.2863126, 0.6619470", \
					  "0.0446267, 0.0521587, 0.0724652, 0.1192676, 0.2124141, 0.3876882, 0.7785925", \
					  "-0.0125541, 0.0012898, 0.0371735, 0.1172790, 0.2698044, 0.5390800, 1.0342645");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0103594, 0.0121331, 0.0176120, 0.0346157, 0.0876186, 0.2514917, 0.7631057", \
					  "0.0105563, 0.0122627, 0.0176551, 0.0347030, 0.0874895, 0.2523484, 0.7633028", \
					  "0.0140028, 0.0156112, 0.0203823, 0.0356350, 0.0875719, 0.2514549, 0.7646837", \
					  "0.0220277, 0.0240003, 0.0293216, 0.0446441, 0.0909206, 0.2517764, 0.7624611", \
					  "0.0379978, 0.0405952, 0.0479604, 0.0664781, 0.1138388, 0.2583871, 0.7627221", \
					  "0.0696042, 0.0732426, 0.0838487, 0.1091352, 0.1680930, 0.3068410, 0.7732424", \
					  "0.1342299, 0.1393393, 0.1544521, 0.1915137, 0.2707108, 0.4393430, 0.8605124");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007657;
			capacitance : 0.007922;
			rise_capacitance : 0.008187;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0086236, -0.0086365, -0.0086662, -0.0086451, -0.0085966, -0.0084848, -0.0082270");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122336, 0.0122493, 0.0122853, 0.0122767, 0.0122569, 0.0122112, 0.0121058");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007766;
			capacitance : 0.008174;
			rise_capacitance : 0.008583;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103949, -0.0103884, -0.0103733, -0.0103738, -0.0103749, -0.0103775, -0.0103835");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104293, 0.0104248, 0.0104145, 0.0104183, 0.0104269, 0.0104469, 0.0104931");
				}
			}
		}
	}
	cell ("scs8hd_nand2_8") {
		area : 20.019200;
		cell_footprint : "nand2";
		cell_leakage_power : 7.015959e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001564";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0220147";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0057509";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0001419";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B)";
			max_capacitance : 0.804758;
			max_transition : 1.492151;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001711667, 0.005859607, 0.02005939, 0.06866999, 0.2350803, 0.8047583");
					values("0.0131131, 0.0149906, 0.0211844, 0.0399718, 0.1006766, 0.3004655, 0.9825519", \
					  "0.0116204, 0.0134579, 0.0193127, 0.0384479, 0.0987682, 0.3001159, 0.9824840", \
					  "0.0105897, 0.0122466, 0.0179366, 0.0359434, 0.0974901, 0.2978716, 0.9849862", \
					  "0.0102430, 0.0117620, 0.0171950, 0.0348518, 0.0951846, 0.2991152, 0.9846199", \
					  "0.0098524, 0.0113752, 0.0165055, 0.0339739, 0.0939352, 0.2961599, 0.9787599", \
					  "0.0100185, 0.0114348, 0.0164746, 0.0339728, 0.0931955, 0.2939777, 0.9780617", \
					  "0.0120315, 0.0158922, 0.0170777, 0.0344964, 0.0927608, 0.2938100, 0.9755651");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001711667, 0.005859607, 0.02005939, 0.06866999, 0.2350803, 0.8047583");
					values("0.0148326, 0.0135865, 0.0089489, -0.0077552, -0.0665774, -0.2689046, -0.9620689", \
					  "0.0137733, 0.0125230, 0.0080488, -0.0082962, -0.0667341, -0.2689610, -0.9619975", \
					  "0.0125624, 0.0113182, 0.0066938, -0.0092704, -0.0671648, -0.2690245, -0.9619612", \
					  "0.0114794, 0.0101837, 0.0054379, -0.0106490, -0.0681068, -0.2694048, -0.9621736", \
					  "0.0109762, 0.0093261, 0.0047129, -0.0118017, -0.0696254, -0.2702953, -0.9625513", \
					  "0.0112074, 0.0097874, 0.0049757, -0.0121417, -0.0703820, -0.2716836, -0.9632827", \
					  "0.0121690, 0.0105796, 0.0055148, -0.0121784, -0.0712946, -0.2732316, -0.9646635");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001711667, 0.005859607, 0.02005939, 0.06866999, 0.2350803, 0.8047583");
					values("0.0348181, 0.0364202, 0.0416808, 0.0592417, 0.1182870, 0.3181915, 1.0025186", \
					  "0.0334493, 0.0350536, 0.0405280, 0.0583599, 0.1175942, 0.3177894, 1.0021160", \
					  "0.0323409, 0.0338994, 0.0392293, 0.0568150, 0.1166743, 0.3175898, 1.0020533", \
					  "0.0316825, 0.0331235, 0.0382852, 0.0559451, 0.1153342, 0.3159786, 1.0003320", \
					  "0.0309559, 0.0324544, 0.0376329, 0.0550380, 0.1142079, 0.3147977, 1.0009839", \
					  "0.0313096, 0.0327691, 0.0377361, 0.0548034, 0.1137971, 0.3148797, 0.9995836", \
					  "0.0313989, 0.0328471, 0.0377994, 0.0546570, 0.1140177, 0.3134901, 0.9992972");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001711667, 0.005859607, 0.02005939, 0.06866999, 0.2350803, 0.8047583");
					values("0.0182483, 0.0169180, 0.0120899, -0.0048460, -0.0637920, -0.2661781, -0.9593510", \
					  "0.0173904, 0.0160791, 0.0114234, -0.0052395, -0.0639245, -0.2662197, -0.9593474", \
					  "0.0163166, 0.0150062, 0.0103759, -0.0059859, -0.0642672, -0.2663082, -0.9592833", \
					  "0.0152740, 0.0139032, 0.0092223, -0.0071249, -0.0649718, -0.2665677, -0.9594063", \
					  "0.0156241, 0.0141791, 0.0094722, -0.0073545, -0.0658074, -0.2669751, -0.9593010", \
					  "0.0149280, 0.0135172, 0.0086484, -0.0082849, -0.0665878, -0.2681413, -0.9599729", \
					  "0.0152121, 0.0138400, 0.0087892, -0.0085537, -0.0672804, -0.2689438, -0.9609173");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0288455, 0.0308190, 0.0374136, 0.0575956, 0.1227563, 0.3388334, 1.0737634", \
					  "0.0343567, 0.0362561, 0.0425397, 0.0628005, 0.1279074, 0.3450886, 1.0806007", \
					  "0.0497366, 0.0514992, 0.0573651, 0.0766535, 0.1417878, 0.3575995, 1.0996102", \
					  "0.0816637, 0.0843163, 0.0922474, 0.1130752, 0.1763772, 0.3966654, 1.1312321", \
					  "0.1387433, 0.1431163, 0.1563145, 0.1899551, 0.2615969, 0.4782499, 1.2087746", \
					  "0.2426783, 0.2500672, 0.2720327, 0.3278700, 0.4453761, 0.6727875, 1.4084834", \
					  "0.4325363, 0.4481744, 0.4857421, 0.5800879, 0.7741998, 1.1219545, 1.8616300");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0198027, 0.0219255, 0.0297414, 0.0554365, 0.1459176, 0.4467454, 1.4881703", \
					  "0.0199477, 0.0221042, 0.0294173, 0.0553310, 0.1436277, 0.4450256, 1.4877877", \
					  "0.0211020, 0.0229527, 0.0298118, 0.0554784, 0.1437495, 0.4455285, 1.4774943", \
					  "0.0342653, 0.0358657, 0.0401690, 0.0594665, 0.1436741, 0.4521658, 1.4760273", \
					  "0.0595665, 0.0619538, 0.0692177, 0.0884057, 0.1533127, 0.4472198, 1.4860980", \
					  "0.1077279, 0.1116623, 0.1234067, 0.1530731, 0.2208934, 0.4579774, 1.4921510", \
					  "0.2066725, 0.2066742, 0.2254600, 0.2716053, 0.3744952, 0.5872137, 1.4918975");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0188147, 0.0198369, 0.0233133, 0.0343992, 0.0717913, 0.1955856, 0.6215003", \
					  "0.0225706, 0.0236195, 0.0270828, 0.0383992, 0.0752650, 0.2010412, 0.6283181", \
					  "0.0294523, 0.0309509, 0.0355338, 0.0482866, 0.0855759, 0.2100154, 0.6387889", \
					  "0.0362039, 0.0385221, 0.0458355, 0.0651798, 0.1085551, 0.2344950, 0.6589833", \
					  "0.0378346, 0.0417414, 0.0530088, 0.0826795, 0.1488514, 0.2871232, 0.7142138", \
					  "0.0188482, 0.0250102, 0.0435300, 0.0919402, 0.1965490, 0.4014396, 0.8412367", \
					  "-0.0643186, -0.0542623, -0.0239351, 0.0560092, 0.2242491, 0.5435589, 1.1325958");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0131134, 0.0143767, 0.0187587, 0.0336253, 0.0844220, 0.2569618, 0.8497206", \
					  "0.0134960, 0.0146282, 0.0187061, 0.0336581, 0.0842765, 0.2581607, 0.8505810", \
					  "0.0189409, 0.0201653, 0.0240553, 0.0359542, 0.0842504, 0.2573397, 0.8507116", \
					  "0.0286748, 0.0302498, 0.0353118, 0.0500347, 0.0908630, 0.2587162, 0.8485585", \
					  "0.0486572, 0.0508191, 0.0582484, 0.0783958, 0.1261513, 0.2677303, 0.8494952", \
					  "0.0866652, 0.0894028, 0.1006738, 0.1302752, 0.1954759, 0.3465173, 0.8559392", \
					  "0.1562057, 0.1625282, 0.1797616, 0.2241771, 0.3213767, 0.5215690, 0.9865713");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0436226, 0.0453020, 0.0512111, 0.0702788, 0.1336268, 0.3474127, 1.0770668", \
					  "0.0490537, 0.0508961, 0.0569014, 0.0761402, 0.1397795, 0.3538209, 1.0840594", \
					  "0.0641388, 0.0658373, 0.0715487, 0.0903289, 0.1547456, 0.3693463, 1.0989057", \
					  "0.0996400, 0.1018280, 0.1076204, 0.1263657, 0.1902777, 0.4027876, 1.1328328", \
					  "0.1703696, 0.1732862, 0.1825966, 0.2089522, 0.2747934, 0.4890185, 1.2183522", \
					  "0.2961543, 0.3010349, 0.3161191, 0.3595736, 0.4589328, 0.6821378, 1.4091530", \
					  "0.5263401, 0.5342926, 0.5594656, 0.6323770, 0.8012573, 1.1283099, 1.8539901");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0314092, 0.0335805, 0.0413048, 0.0667085, 0.1547992, 0.4574593, 1.4864436", \
					  "0.0314003, 0.0336648, 0.0412916, 0.0668599, 0.1549705, 0.4557083, 1.4867966", \
					  "0.0314350, 0.0336929, 0.0411506, 0.0670182, 0.1547661, 0.4557183, 1.4852490", \
					  "0.0386512, 0.0402462, 0.0461035, 0.0686505, 0.1549169, 0.4562029, 1.4876487", \
					  "0.0638953, 0.0661151, 0.0730721, 0.0919161, 0.1617873, 0.4558953, 1.4873313", \
					  "0.1116748, 0.1154306, 0.1267458, 0.1557882, 0.2247268, 0.4673361, 1.4854570", \
					  "0.2019232, 0.2078027, 0.2266276, 0.2740147, 0.3758847, 0.5867144, 1.4919596");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0241205, 0.0251744, 0.0285144, 0.0394182, 0.0760624, 0.2005101, 0.6301085", \
					  "0.0279516, 0.0289640, 0.0324257, 0.0435632, 0.0802314, 0.2055830, 0.6309778", \
					  "0.0345918, 0.0358884, 0.0399164, 0.0517320, 0.0887118, 0.2135672, 0.6392324", \
					  "0.0434623, 0.0453429, 0.0508285, 0.0663692, 0.1075787, 0.2332381, 0.6587444", \
					  "0.0509664, 0.0536686, 0.0625613, 0.0859866, 0.1419708, 0.2769599, 0.7054197", \
					  "0.0433263, 0.0479769, 0.0628956, 0.1014526, 0.1874513, 0.3643645, 0.8067693", \
					  "-0.0195101, -0.0112851, 0.0138991, 0.0806649, 0.2239998, 0.4932336, 1.0315440");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171167, 0.00585961, 0.0200594, 0.06867, 0.23508, 0.804758");
					values("0.0132051, 0.0144775, 0.0187755, 0.0336613, 0.0841608, 0.2572215, 0.8515593", \
					  "0.0133284, 0.0145633, 0.0188567, 0.0336412, 0.0842158, 0.2574649, 0.8496286", \
					  "0.0163682, 0.0175111, 0.0212215, 0.0348599, 0.0842803, 0.2569772, 0.8484290", \
					  "0.0237275, 0.0249086, 0.0291092, 0.0425439, 0.0874991, 0.2577346, 0.8506252", \
					  "0.0400794, 0.0416689, 0.0469883, 0.0623687, 0.1081886, 0.2626674, 0.8534342", \
					  "0.0721997, 0.0745748, 0.0820972, 0.1032318, 0.1569973, 0.3068335, 0.8554051", \
					  "0.1374774, 0.1409867, 0.1513760, 0.1823274, 0.2564961, 0.4277785, 0.9289789");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.015192;
			capacitance : 0.015683;
			rise_capacitance : 0.016175;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0176539, -0.0176842, -0.0177541, -0.0177088, -0.0176044, -0.0173637, -0.0168091");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0245575, 0.0245815, 0.0246370, 0.0246232, 0.0245916, 0.0245188, 0.0243509");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.015104;
			capacitance : 0.015929;
			rise_capacitance : 0.016755;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0204350, -0.0204516, -0.0204901, -0.0204826, -0.0204654, -0.0204258, -0.0203345");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0206029, 0.0205915, 0.0205651, 0.0205658, 0.0205676, 0.0205716, 0.0205809");
				}
			}
		}
	}
	cell ("scs8hd_nand2b_1") {
		area : 6.256000;
		cell_footprint : "nand2b";
		cell_leakage_power : 2.150871e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007706";
			when : "!AN&B";
		}
		leakage_power () {
			value : "5.9241613e-05";
			when : "!AN&!B";
		}
		leakage_power () {
			value : "1.8429763e-05";
			when : "AN&B";
		}
		leakage_power () {
			value : "1.2120094e-05";
			when : "AN&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B)";
			max_capacitance : 0.131846;
			max_transition : 1.511497;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001266153, 0.003206286, 0.008119295, 0.02056054, 0.05206556, 0.1318459");
					values("0.0025741, 0.0035849, 0.0060477, 0.0120514, 0.0271066, 0.0648279, 0.1613552", \
					  "0.0025666, 0.0035743, 0.0060322, 0.0120445, 0.0271443, 0.0651602, 0.1608956", \
					  "0.0025415, 0.0035399, 0.0059989, 0.0120756, 0.0269725, 0.0649633, 0.1602317", \
					  "0.0023803, 0.0033475, 0.0057990, 0.0118517, 0.0271806, 0.0650338, 0.1611658", \
					  "0.0022886, 0.0032317, 0.0056377, 0.0116539, 0.0268444, 0.0644673, 0.1600885", \
					  "0.0022953, 0.0032432, 0.0056132, 0.0115600, 0.0268218, 0.0646732, 0.1610028", \
					  "0.0024132, 0.0033333, 0.0057314, 0.0116860, 0.0269969, 0.0651761, 0.1606865");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001266153, 0.003206286, 0.008119295, 0.02056054, 0.05206556, 0.1318459");
					values("0.0030749, 0.0022830, 0.0001944, -0.0054583, -0.0204464, -0.0587536, -0.1558419", \
					  "0.0030395, 0.0022481, 0.0001741, -0.0054835, -0.0204836, -0.0587769, -0.1558328", \
					  "0.0030902, 0.0022845, 0.0002090, -0.0054721, -0.0204575, -0.0587297, -0.1557879", \
					  "0.0029862, 0.0021688, 8.3800000e-05, -0.0055922, -0.0205503, -0.0588020, -0.1558287", \
					  "0.0028703, 0.0019851, -0.0001201, -0.0057805, -0.0206995, -0.0589194, -0.1559371", \
					  "0.0028645, 0.0020009, -0.0002410, -0.0059937, -0.0208274, -0.0589793, -0.1559913", \
					  "0.0030479, 0.0021528, -0.0001365, -0.0060117, -0.0209537, -0.0590126, -0.1559566");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001266153, 0.003206286, 0.008119295, 0.02056054, 0.05206556, 0.1318459");
					values("0.0038824, 0.0048300, 0.0071916, 0.0131383, 0.0281916, 0.0658091, 0.1614107", \
					  "0.0037256, 0.0046757, 0.0070711, 0.0130322, 0.0280897, 0.0657641, 0.1613761", \
					  "0.0036363, 0.0045622, 0.0068922, 0.0129441, 0.0278180, 0.0661053, 0.1615314", \
					  "0.0035447, 0.0044689, 0.0067754, 0.0127910, 0.0277989, 0.0653841, 0.1609143", \
					  "0.0035370, 0.0044764, 0.0068070, 0.0127726, 0.0278615, 0.0656284, 0.1614152", \
					  "0.0033548, 0.0042834, 0.0067394, 0.0128468, 0.0276606, 0.0652527, 0.1609406", \
					  "0.0036707, 0.0045745, 0.0069109, 0.0127884, 0.0278823, 0.0652453, 0.1614465");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001266153, 0.003206286, 0.008119295, 0.02056054, 0.05206556, 0.1318459");
					values("0.0029588, 0.0021161, -9.4600000e-05, -0.0059422, -0.0210208, -0.0593397, -0.1564058", \
					  "0.0028517, 0.0020326, -0.0001514, -0.0059680, -0.0210178, -0.0593355, -0.1564077", \
					  "0.0027243, 0.0019086, -0.0002464, -0.0060273, -0.0210524, -0.0593373, -0.1564108", \
					  "0.0027698, 0.0018547, -0.0003697, -0.0061250, -0.0211046, -0.0593651, -0.1564154", \
					  "0.0029603, 0.0020528, -0.0002508, -0.0062601, -0.0212132, -0.0594307, -0.1564137", \
					  "0.0029280, 0.0020264, -0.0002983, -0.0062232, -0.0213621, -0.0595384, -0.1564774", \
					  "0.0030130, 0.0020853, -0.0002806, -0.0062520, -0.0213206, -0.0596608, -0.1565770");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
					values("0.0575607, 0.0643809, 0.0809205, 0.1206942, 0.2201602, 0.4699675, 1.1059479", \
					  "0.0626585, 0.0694887, 0.0859906, 0.1257942, 0.2252495, 0.4764464, 1.1071564", \
					  "0.0744049, 0.0811937, 0.0975473, 0.1377091, 0.2377601, 0.4875377, 1.1186850", \
					  "0.0973221, 0.1040231, 0.1204404, 0.1603946, 0.2606707, 0.5099701, 1.1468443", \
					  "0.1308970, 0.1379079, 0.1543894, 0.1944853, 0.2940545, 0.5449511, 1.1787115", \
					  "0.1760156, 0.1841840, 0.2012521, 0.2409714, 0.3402819, 0.5904268, 1.2225329", \
					  "0.2205168, 0.2310172, 0.2532627, 0.2953793, 0.3935195, 0.6437250, 1.2749208");
				}
				rise_transition ("del_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("0.0254933, 0.0337958, 0.0553549, 0.1103551, 0.2512751, 0.6019430, 1.5114971", \
					  "0.0254828, 0.0338047, 0.0554776, 0.1102765, 0.2521487, 0.6074269, 1.4948323", \
					  "0.0254660, 0.0338551, 0.0553277, 0.1111242, 0.2502768, 0.6029076, 1.4969816", \
					  "0.0264555, 0.0345831, 0.0556750, 0.1105852, 0.2520302, 0.6021509, 1.5062931", \
					  "0.0297104, 0.0370045, 0.0572224, 0.1110024, 0.2502314, 0.6001304, 1.5034607", \
					  "0.0387887, 0.0449642, 0.0623464, 0.1129255, 0.2522389, 0.6019187, 1.4933802", \
					  "0.0572733, 0.0640715, 0.0786838, 0.1217766, 0.2535896, 0.6096851, 1.4921170");
				}
				cell_fall ("del_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("0.0967548, 0.1022436, 0.1137042, 0.1380209, 0.1906929, 0.3199178, 0.6467675", \
					  "0.1020369, 0.1074562, 0.1192106, 0.1433245, 0.1960368, 0.3253721, 0.6520077", \
					  "0.1158757, 0.1212604, 0.1328897, 0.1568709, 0.2098725, 0.3391316, 0.6653335", \
					  "0.1503427, 0.1557434, 0.1673317, 0.1914192, 0.2444707, 0.3738757, 0.7012884", \
					  "0.2267924, 0.2327171, 0.2446779, 0.2691299, 0.3217009, 0.4512503, 0.7777815", \
					  "0.3624112, 0.3695705, 0.3838896, 0.4115990, 0.4667535, 0.5953271, 0.9226804", \
					  "0.5889016, 0.5980624, 0.6173788, 0.6525843, 0.7150252, 0.8455189, 1.1668919");
				}
				fall_transition ("del_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("0.0238505, 0.0284210, 0.0386618, 0.0633505, 0.1274519, 0.2977032, 0.7356687", \
					  "0.0238867, 0.0280884, 0.0384400, 0.0631865, 0.1273495, 0.2977207, 0.7337126", \
					  "0.0238789, 0.0281979, 0.0383661, 0.0632257, 0.1276520, 0.2975273, 0.7352493", \
					  "0.0239603, 0.0281562, 0.0386242, 0.0632358, 0.1276563, 0.2973937, 0.7289441", \
					  "0.0275271, 0.0310577, 0.0408521, 0.0643343, 0.1280613, 0.2979037, 0.7299753", \
					  "0.0391787, 0.0430219, 0.0529246, 0.0745041, 0.1330275, 0.2978294, 0.7321793", \
					  "0.0607392, 0.0660244, 0.0755659, 0.0978776, 0.1502068, 0.3037538, 0.7276917");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126615, 0.00320629, 0.0081193, 0.0205605, 0.0520656, 0.131846");
					values("0.0363088, 0.0425694, 0.0579790, 0.0961420, 0.1913654, 0.4316869, 1.0396805", \
					  "0.0419794, 0.0482440, 0.0639543, 0.1020179, 0.1969982, 0.4374726, 1.0451935", \
					  "0.0571791, 0.0631839, 0.0781921, 0.1172129, 0.2117801, 0.4519298, 1.0599591", \
					  "0.0919058, 0.0989449, 0.1134542, 0.1513766, 0.2465417, 0.4866708, 1.0932487", \
					  "0.1535428, 0.1652037, 0.1889701, 0.2346538, 0.3292251, 0.5683159, 1.1755075", \
					  "0.2640731, 0.2824943, 0.3228985, 0.3959763, 0.5201334, 0.7594151, 1.3656131", \
					  "0.4572305, 0.4888053, 0.5561005, 0.6788335, 0.8839257, 1.1998667, 1.8026640");
				}
				rise_transition ("del_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("0.0298282, 0.0380427, 0.0589828, 0.1113160, 0.2448554, 0.5827281, 1.4404434", \
					  "0.0299989, 0.0382404, 0.0588384, 0.1113923, 0.2448581, 0.5826209, 1.4378004", \
					  "0.0302820, 0.0380254, 0.0589690, 0.1114903, 0.2449326, 0.5828450, 1.4407865", \
					  "0.0403315, 0.0461453, 0.0635836, 0.1116475, 0.2450654, 0.5829913, 1.4398092", \
					  "0.0700932, 0.0781431, 0.0936743, 0.1297989, 0.2469009, 0.5827224, 1.4386571", \
					  "0.1207362, 0.1346602, 0.1583260, 0.2042733, 0.2928739, 0.5882527, 1.4399393", \
					  "0.2131577, 0.2341044, 0.2774101, 0.3498359, 0.4653462, 0.6935427, 1.4492973");
				}
				cell_fall ("del_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("0.0215122, 0.0250750, 0.0337556, 0.0549433, 0.1069087, 0.2363761, 0.5655252", \
					  "0.0259587, 0.0296220, 0.0384102, 0.0598662, 0.1115204, 0.2406860, 0.5676443", \
					  "0.0343314, 0.0387679, 0.0482645, 0.0699105, 0.1221037, 0.2513830, 0.5781376", \
					  "0.0461914, 0.0525578, 0.0660746, 0.0921534, 0.1454044, 0.2753728, 0.6022837", \
					  "0.0597946, 0.0697973, 0.0903035, 0.1285651, 0.1974805, 0.3308362, 0.6599237", \
					  "0.0658062, 0.0824210, 0.1159745, 0.1766366, 0.2793000, 0.4501375, 0.7894005", \
					  "0.0337362, 0.0630864, 0.1208722, 0.2227804, 0.3857186, 0.6450512, 1.0686594");
				}
				fall_transition ("del_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("0.0134994, 0.0180426, 0.0297144, 0.0570081, 0.1256995, 0.2974146, 0.7286404", \
					  "0.0136867, 0.0182580, 0.0295063, 0.0568842, 0.1248572, 0.2961528, 0.7319316", \
					  "0.0171123, 0.0208623, 0.0308708, 0.0574156, 0.1249981, 0.2955552, 0.7316254", \
					  "0.0249908, 0.0296383, 0.0402270, 0.0634429, 0.1264779, 0.2963138, 0.7293903", \
					  "0.0418576, 0.0481224, 0.0614339, 0.0874721, 0.1436575, 0.3013622, 0.7300403", \
					  "0.0753863, 0.0841057, 0.1024416, 0.1385292, 0.2042539, 0.3416352, 0.7473762", \
					  "0.1423075, 0.1547472, 0.1810265, 0.2319987, 0.3199574, 0.4865228, 0.8280260");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001430;
			capacitance : 0.001373;
			fall_capacitance : 0.001317;
			max_transition : 1.500000;
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049278, 0.0048584, 0.0046984, 0.0047023, 0.0047116, 0.0047328, 0.0047817");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031243, 0.0030795, 0.0029763, 0.0029739, 0.0029685, 0.0029559, 0.0029269");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002141;
			capacitance : 0.002237;
			rise_capacitance : 0.002334;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025330, -0.0025349, -0.0025393, -0.0025397, -0.0025406, -0.0025427, -0.0025477");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025362, 0.0025361, 0.0025361, 0.0025356, 0.0025347, 0.0025324, 0.0025272");
				}
			}
		}
	}
	cell ("scs8hd_nand2b_2") {
		area : 8.758400;
		cell_footprint : "nand2b";
		cell_leakage_power : 2.832553e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014723";
			when : "!AN&B";
		}
		leakage_power () {
			value : "6.9261965e-05";
			when : "!AN&!B";
		}
		leakage_power () {
			value : "3.3033828e-05";
			when : "AN&B";
		}
		leakage_power () {
			value : "0.0097556";
			when : "AN&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B)";
			max_capacitance : 0.246287;
			max_transition : 1.505882;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0031674, 0.0044350, 0.0078100, 0.0169003, 0.0414758, 0.1102313, 0.3009609", \
					  "0.0031813, 0.0044126, 0.0077896, 0.0169107, 0.0415689, 0.1098227, 0.3005739", \
					  "0.0031708, 0.0043978, 0.0077463, 0.0167949, 0.0416547, 0.1101152, 0.2991133", \
					  "0.0030053, 0.0041934, 0.0074160, 0.0164472, 0.0409758, 0.1096282, 0.3007759", \
					  "0.0028536, 0.0039979, 0.0072577, 0.0160924, 0.0407979, 0.1092590, 0.3022307", \
					  "0.0028932, 0.0040348, 0.0072540, 0.0160686, 0.0406441, 0.1084737, 0.3005142", \
					  "0.0030564, 0.0041466, 0.0073058, 0.0161926, 0.0405922, 0.1093829, 0.3004311");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0048084, 0.0038241, 0.0009990, -0.0070241, -0.0310291, -0.0995931, -0.2925807", \
					  "0.0048213, 0.0037870, 0.0009901, -0.0070933, -0.0310526, -0.0996099, -0.2926092", \
					  "0.0048238, 0.0038484, 0.0010287, -0.0069927, -0.0309959, -0.0995475, -0.2925605", \
					  "0.0047151, 0.0037087, 0.0008565, -0.0071787, -0.0311536, -0.0996731, -0.2926692", \
					  "0.0045673, 0.0035432, 0.0006909, -0.0073730, -0.0313259, -0.0997685, -0.2927041", \
					  "0.0042890, 0.0032447, 0.0003621, -0.0076649, -0.0315400, -0.0999624, -0.2928483", \
					  "0.0051200, 0.0040157, 0.0009790, -0.0075485, -0.0317034, -0.0999783, -0.2928305");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0066497, 0.0077580, 0.0108168, 0.0194390, 0.0436767, 0.1112403, 0.3013505", \
					  "0.0062415, 0.0073539, 0.0104521, 0.0191862, 0.0434967, 0.1111486, 0.3012899", \
					  "0.0058852, 0.0069586, 0.0101146, 0.0187352, 0.0432248, 0.1110043, 0.3013445", \
					  "0.0058147, 0.0068273, 0.0098768, 0.0184697, 0.0427878, 0.1107222, 0.3012925", \
					  "0.0054472, 0.0065685, 0.0096730, 0.0182807, 0.0423615, 0.1104091, 0.3008044", \
					  "0.0050469, 0.0060892, 0.0092865, 0.0182663, 0.0423898, 0.1096607, 0.3006127", \
					  "0.0054854, 0.0065835, 0.0096897, 0.0181510, 0.0426840, 0.1101695, 0.3000921");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0069775, 0.0059808, 0.0031421, -0.0051515, -0.0293199, -0.0979513, -0.2909490", \
					  "0.0067287, 0.0057623, 0.0029797, -0.0052360, -0.0293629, -0.0979716, -0.2909568", \
					  "0.0064383, 0.0054656, 0.0027251, -0.0054024, -0.0294466, -0.0980119, -0.2909717", \
					  "0.0063993, 0.0053599, 0.0024871, -0.0056427, -0.0295860, -0.0980690, -0.2910364", \
					  "0.0070481, 0.0059685, 0.0029215, -0.0057939, -0.0297835, -0.0981375, -0.2910502", \
					  "0.0069762, 0.0058940, 0.0028725, -0.0057121, -0.0300428, -0.0984139, -0.2912074", \
					  "0.0070790, 0.0059718, 0.0029326, -0.0057762, -0.0300956, -0.0987042, -0.2913917");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0690720, 0.0740005, 0.0864364, 0.1186134, 0.2047855, 0.4434910, 1.1125855", \
					  "0.0743869, 0.0791979, 0.0916371, 0.1240206, 0.2102018, 0.4504571, 1.1175174", \
					  "0.0866131, 0.0913919, 0.1037636, 0.1358131, 0.2225370, 0.4617838, 1.1308141", \
					  "0.1141221, 0.1188447, 0.1309991, 0.1629554, 0.2491678, 0.4881793, 1.1611946", \
					  "0.1597044, 0.1648741, 0.1776094, 0.2096097, 0.2960728, 0.5361976, 1.2046668", \
					  "0.2256749, 0.2316275, 0.2463356, 0.2793906, 0.3655920, 0.6037873, 1.2748936", \
					  "0.3095651, 0.3178180, 0.3374157, 0.3762123, 0.4622471, 0.7006107, 1.3690945");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0230515, 0.0280464, 0.0425943, 0.0848641, 0.2059429, 0.5468384, 1.4965521", \
					  "0.0230048, 0.0280924, 0.0425726, 0.0848595, 0.2064224, 0.5495507, 1.4963483", \
					  "0.0230417, 0.0280675, 0.0425122, 0.0846928, 0.2065264, 0.5450565, 1.4951189", \
					  "0.0236710, 0.0285783, 0.0428240, 0.0849961, 0.2054447, 0.5456854, 1.5058820", \
					  "0.0280691, 0.0325059, 0.0457797, 0.0861885, 0.2056506, 0.5468926, 1.5036269", \
					  "0.0384458, 0.0422088, 0.0538808, 0.0902729, 0.2074785, 0.5439323, 1.5028840", \
					  "0.0578553, 0.0618381, 0.0730238, 0.1046756, 0.2110204, 0.5505409, 1.4978742");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.1301754, 0.1349011, 0.1459231, 0.1692559, 0.2206050, 0.3480502, 0.7029646", \
					  "0.1355019, 0.1403232, 0.1512927, 0.1743148, 0.2260042, 0.3534314, 0.7081373", \
					  "0.1490434, 0.1543617, 0.1653568, 0.1887772, 0.2398551, 0.3673984, 0.7225985", \
					  "0.1833260, 0.1880243, 0.1988388, 0.2222327, 0.2733074, 0.4009472, 0.7547637", \
					  "0.2640455, 0.2686804, 0.2795945, 0.3029734, 0.3534523, 0.4810173, 0.8349236", \
					  "0.4232158, 0.4291133, 0.4423614, 0.4688707, 0.5228458, 0.6490065, 1.0043948", \
					  "0.6917456, 0.6932572, 0.7116451, 0.7526476, 0.8163051, 0.9488081, 1.3001791");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0288937, 0.0323463, 0.0400874, 0.0612005, 0.1164249, 0.2796487, 0.7519729", \
					  "0.0290067, 0.0320268, 0.0400546, 0.0612024, 0.1163481, 0.2789861, 0.7520193", \
					  "0.0290986, 0.0320416, 0.0400589, 0.0608749, 0.1162770, 0.2795670, 0.7552645", \
					  "0.0288856, 0.0320583, 0.0401204, 0.0609483, 0.1165058, 0.2794524, 0.7556574", \
					  "0.0292600, 0.0323615, 0.0404069, 0.0611001, 0.1167014, 0.2795173, 0.7596467", \
					  "0.0413559, 0.0446114, 0.0527684, 0.0711568, 0.1219884, 0.2808828, 0.7516407", \
					  "0.0647850, 0.0695061, 0.0785796, 0.0970067, 0.1454123, 0.2898361, 0.7519201");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0363307, 0.0404316, 0.0515053, 0.0814227, 0.1634299, 0.3902439, 1.0268615", \
					  "0.0419071, 0.0459751, 0.0572614, 0.0875279, 0.1695904, 0.3965304, 1.0324600", \
					  "0.0568681, 0.0607486, 0.0722861, 0.1018871, 0.1845312, 0.4119580, 1.0455886", \
					  "0.0928729, 0.0973913, 0.1085525, 0.1372163, 0.2199135, 0.4467895, 1.0780703", \
					  "0.1575544, 0.1645515, 0.1830466, 0.2216517, 0.3032687, 0.5299698, 1.1637364", \
					  "0.2727532, 0.2843053, 0.3148778, 0.3782373, 0.4949686, 0.7229774, 1.3572936", \
					  "0.4787406, 0.5001225, 0.5497649, 0.6547068, 0.8498097, 1.1695008, 1.8042425");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0297837, 0.0348506, 0.0490209, 0.0892769, 0.2027922, 0.5223310, 1.4231946", \
					  "0.0298075, 0.0350436, 0.0493619, 0.0893531, 0.2024847, 0.5225027, 1.4216163", \
					  "0.0299934, 0.0347048, 0.0492546, 0.0894178, 0.2026832, 0.5223759, 1.4258421", \
					  "0.0395446, 0.0427267, 0.0539537, 0.0903665, 0.2027716, 0.5218743, 1.4211587", \
					  "0.0660824, 0.0714313, 0.0833281, 0.1105128, 0.2064018, 0.5223801, 1.4240752", \
					  "0.1159957, 0.1241216, 0.1435600, 0.1819718, 0.2583066, 0.5307349, 1.4213485", \
					  "0.2052715, 0.2208595, 0.2533914, 0.3160116, 0.4266446, 0.6416894, 1.4312205");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0239115, 0.0266231, 0.0338044, 0.0522750, 0.0999610, 0.2271223, 0.5830547", \
					  "0.0282039, 0.0309733, 0.0382708, 0.0568197, 0.1046813, 0.2316733, 0.5878457", \
					  "0.0359714, 0.0392077, 0.0471077, 0.0659186, 0.1138681, 0.2409137, 0.5973162", \
					  "0.0470483, 0.0515252, 0.0619968, 0.0851832, 0.1352398, 0.2631651, 0.6186069", \
					  "0.0589816, 0.0658641, 0.0820901, 0.1160122, 0.1817618, 0.3160774, 0.6712378", \
					  "0.0609949, 0.0725261, 0.0992639, 0.1541333, 0.2532211, 0.4320770, 0.7986943", \
					  "0.0199610, 0.0391190, 0.0874805, 0.1788533, 0.3401008, 0.6089504, 1.0743276");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0130127, 0.0163442, 0.0254808, 0.0494719, 0.1108090, 0.2773690, 0.7529561", \
					  "0.0131089, 0.0163867, 0.0256452, 0.0489066, 0.1105375, 0.2774085, 0.7528848", \
					  "0.0155063, 0.0184601, 0.0266209, 0.0492435, 0.1104827, 0.2775629, 0.7529278", \
					  "0.0216015, 0.0252604, 0.0342849, 0.0547168, 0.1112757, 0.2776353, 0.7530204", \
					  "0.0362653, 0.0408660, 0.0519505, 0.0760032, 0.1297928, 0.2825651, 0.7533636", \
					  "0.0669897, 0.0736592, 0.0891335, 0.1221028, 0.1858407, 0.3295984, 0.7585463", \
					  "0.1311557, 0.1404172, 0.1624997, 0.2088886, 0.2966621, 0.4658135, 0.8486623");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001425;
			capacitance : 0.001355;
			fall_capacitance : 0.001285;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059337, 0.0059031, 0.0058327, 0.0058224, 0.0057988, 0.0057442, 0.0056185");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0069619, 0.0068963, 0.0067452, 0.0067524, 0.0067690, 0.0068074, 0.0068960");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004029;
			capacitance : 0.004233;
			rise_capacitance : 0.004436;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053543, -0.0053485, -0.0053352, -0.0053344, -0.0053327, -0.0053285, -0.0053187");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053547, 0.0053676, 0.0053974, 0.0053972, 0.0053966, 0.0053953, 0.0053922");
				}
			}
		}
	}
	cell ("scs8hd_nand2b_4") {
		area : 13.763200;
		cell_footprint : "nand2b";
		cell_leakage_power : 1.017935e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003918";
			when : "AN&!B";
		}
		leakage_power () {
			value : "0.0028853";
			when : "!AN&B";
		}
		leakage_power () {
			value : "0.0003503";
			when : "!AN&!B";
		}
		leakage_power () {
			value : "0.0004444";
			when : "AN&B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B)";
			max_capacitance : 0.451365;
			max_transition : 1.499118;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001554401, 0.004832323, 0.01502273, 0.04670268, 0.1451893, 0.4513648");
					values("0.0056672, 0.0071329, 0.0115333, 0.0248384, 0.0640828, 0.1836584, 0.5534883", \
					  "0.0056392, 0.0070844, 0.0114993, 0.0248080, 0.0640715, 0.1822477, 0.5490978", \
					  "0.0056687, 0.0071101, 0.0115307, 0.0247474, 0.0640697, 0.1831673, 0.5495378", \
					  "0.0054056, 0.0066986, 0.0110125, 0.0240755, 0.0631931, 0.1822803, 0.5490784", \
					  "0.0050681, 0.0064409, 0.0107162, 0.0235106, 0.0626930, 0.1815403, 0.5532193", \
					  "0.0052640, 0.0066040, 0.0107140, 0.0232381, 0.0620674, 0.1811916, 0.5520105", \
					  "0.0054115, 0.0066907, 0.0108729, 0.0231296, 0.0619255, 0.1820230, 0.5515022");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001554401, 0.004832323, 0.01502273, 0.04670268, 0.1451893, 0.4513648");
					values("0.0114632, 0.0103489, 0.0067604, -0.0045655, -0.0421507, -0.1616272, -0.5340742", \
					  "0.0113512, 0.0102131, 0.0067315, -0.0046120, -0.0421845, -0.1616787, -0.5340616", \
					  "0.0114688, 0.0103741, 0.0067702, -0.0046196, -0.0421293, -0.1615723, -0.5340150", \
					  "0.0112182, 0.0101014, 0.0064883, -0.0049933, -0.0424810, -0.1618226, -0.5342557", \
					  "0.0109898, 0.0097963, 0.0061340, -0.0054476, -0.0429624, -0.1621880, -0.5344545", \
					  "0.0100788, 0.0088780, 0.0052975, -0.0062402, -0.0434871, -0.1626195, -0.5347879", \
					  "0.0111283, 0.0099103, 0.0063906, -0.0057867, -0.0439677, -0.1628571, -0.5347969");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001554401, 0.004832323, 0.01502273, 0.04670268, 0.1451893, 0.4513648");
					values("0.0117854, 0.0131088, 0.0171285, 0.0294813, 0.0676253, 0.1859520, 0.5526154", \
					  "0.0109986, 0.0123117, 0.0164008, 0.0289299, 0.0674010, 0.1856290, 0.5527636", \
					  "0.0103239, 0.0115948, 0.0155514, 0.0281894, 0.0666047, 0.1853368, 0.5524370", \
					  "0.0101307, 0.0113442, 0.0152894, 0.0277237, 0.0655382, 0.1849605, 0.5523996", \
					  "0.0097099, 0.0110075, 0.0150179, 0.0273457, 0.0655769, 0.1843296, 0.5523237", \
					  "0.0089743, 0.0102480, 0.0144729, 0.0273234, 0.0654474, 0.1832557, 0.5517629", \
					  "0.0098959, 0.0111058, 0.0150365, 0.0272580, 0.0659258, 0.1833105, 0.5486070");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001554401, 0.004832323, 0.01502273, 0.04670268, 0.1451893, 0.4513648");
					values("0.0151908, 0.0139847, 0.0102623, -0.0015924, -0.0396985, -0.1594278, -0.5319345", \
					  "0.0147012, 0.0135530, 0.0099406, -0.0017968, -0.0397689, -0.1594584, -0.5319633", \
					  "0.0141474, 0.0130071, 0.0094066, -0.0021295, -0.0399227, -0.1595074, -0.5319586", \
					  "0.0138234, 0.0126231, 0.0089195, -0.0026157, -0.0402536, -0.1596405, -0.5320078", \
					  "0.0147348, 0.0135037, 0.0096280, -0.0027291, -0.0406188, -0.1597824, -0.5320293", \
					  "0.0145584, 0.0132444, 0.0093358, -0.0028523, -0.0409775, -0.1603755, -0.5323345", \
					  "0.0146335, 0.0134162, 0.0094227, -0.0029282, -0.0412437, -0.1606839, -0.5327046");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.0776832, 0.0809126, 0.0900765, 0.1160026, 0.1905684, 0.4173563, 1.1193820", \
					  "0.0824673, 0.0856720, 0.0948881, 0.1207644, 0.1954585, 0.4216361, 1.1207334", \
					  "0.0939790, 0.0972039, 0.1063860, 0.1321060, 0.2068082, 0.4338607, 1.1321953", \
					  "0.1203815, 0.1233434, 0.1324438, 0.1579801, 0.2325417, 0.4598373, 1.1588536", \
					  "0.1657463, 0.1691496, 0.1786217, 0.2043772, 0.2786853, 0.5059919, 1.2086331", \
					  "0.2292960, 0.2335197, 0.2446271, 0.2715259, 0.3454789, 0.5719656, 1.2736712", \
					  "0.3040180, 0.3093779, 0.3247386, 0.3574066, 0.4338017, 0.6579302, 1.3568303");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.0240980, 0.0272525, 0.0372515, 0.0688494, 0.1708501, 0.4930703, 1.4892979", \
					  "0.0241431, 0.0273286, 0.0370548, 0.0687248, 0.1708339, 0.4904209, 1.4836092", \
					  "0.0241360, 0.0272775, 0.0371270, 0.0688349, 0.1715242, 0.4866139, 1.4764950", \
					  "0.0245884, 0.0277541, 0.0374728, 0.0690076, 0.1707865, 0.4864537, 1.4794401", \
					  "0.0293074, 0.0320922, 0.0408601, 0.0705499, 0.1711458, 0.4877898, 1.4942516", \
					  "0.0397628, 0.0423655, 0.0502941, 0.0767811, 0.1731633, 0.4877782, 1.4822401", \
					  "0.0594913, 0.0623466, 0.0706425, 0.0942203, 0.1785927, 0.4925503, 1.4745495");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.1073002, 0.1100665, 0.1176726, 0.1359242, 0.1803599, 0.3016631, 0.6744299", \
					  "0.1128026, 0.1155611, 0.1232358, 0.1414865, 0.1859276, 0.3074911, 0.6825256", \
					  "0.1265565, 0.1293441, 0.1369222, 0.1552712, 0.2000026, 0.3213602, 0.6951971", \
					  "0.1603741, 0.1631611, 0.1706857, 0.1890994, 0.2333775, 0.3551146, 0.7295599", \
					  "0.2383524, 0.2411664, 0.2487883, 0.2672520, 0.3115970, 0.4333043, 0.8075491", \
					  "0.3784672, 0.3821966, 0.3915876, 0.4139341, 0.4622679, 0.5847314, 0.9586519", \
					  "0.6040619, 0.6099264, 0.6262578, 0.6563256, 0.7149004, 0.8410296, 1.2119911");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.0249398, 0.0269007, 0.0324394, 0.0491380, 0.0979630, 0.2573043, 0.7697168", \
					  "0.0251364, 0.0270768, 0.0326132, 0.0491703, 0.0979243, 0.2568477, 0.7631215", \
					  "0.0250799, 0.0270873, 0.0325734, 0.0490998, 0.0980320, 0.2563210, 0.7616205", \
					  "0.0251394, 0.0270836, 0.0327500, 0.0492669, 0.0979958, 0.2561810, 0.7693304", \
					  "0.0271588, 0.0290675, 0.0345725, 0.0503139, 0.0985271, 0.2567092, 0.7647195", \
					  "0.0409081, 0.0429687, 0.0495396, 0.0633464, 0.1073688, 0.2591374, 0.7701790", \
					  "0.0653338, 0.0675643, 0.0741754, 0.0901554, 0.1322781, 0.2696755, 0.7614781");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.0387629, 0.0415621, 0.0499551, 0.0748348, 0.1494674, 0.3774167, 1.0831408", \
					  "0.0443346, 0.0471511, 0.0555588, 0.0806790, 0.1557364, 0.3837713, 1.0898601", \
					  "0.0593192, 0.0619640, 0.0703014, 0.0953730, 0.1690409, 0.3991592, 1.1052325", \
					  "0.0961521, 0.0992020, 0.1075208, 0.1316298, 0.2040956, 0.4349102, 1.1372671", \
					  "0.1639463, 0.1689065, 0.1826671, 0.2157179, 0.2908841, 0.5188321, 1.2229049", \
					  "0.2870810, 0.2951143, 0.3173629, 0.3712207, 0.4822973, 0.7139259, 1.4185548", \
					  "0.5120497, 0.5251130, 0.5618825, 0.6512454, 0.8359494, 1.1636618, 1.8675832");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.0319864, 0.0350540, 0.0456464, 0.0787381, 0.1809865, 0.4999759, 1.4954925", \
					  "0.0318377, 0.0353716, 0.0458609, 0.0786866, 0.1808794, 0.5004910, 1.4937986", \
					  "0.0315734, 0.0350572, 0.0456125, 0.0785263, 0.1808143, 0.5004832, 1.4953900", \
					  "0.0398905, 0.0422575, 0.0505998, 0.0798668, 0.1806088, 0.5001565, 1.4934600", \
					  "0.0661772, 0.0695177, 0.0787975, 0.1014607, 0.1858815, 0.5000511, 1.4982499", \
					  "0.1153687, 0.1206506, 0.1352564, 0.1695633, 0.2407234, 0.5083485, 1.4986866", \
					  "0.2062622, 0.2153147, 0.2393375, 0.2951106, 0.4017856, 0.6176000, 1.4991181");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.0236510, 0.0253866, 0.0305253, 0.0451970, 0.0863164, 0.2075331, 0.5817968", \
					  "0.0276528, 0.0294407, 0.0346269, 0.0493117, 0.0906106, 0.2118099, 0.5856252", \
					  "0.0344287, 0.0365026, 0.0423610, 0.0574692, 0.0989818, 0.2202842, 0.5932521", \
					  "0.0438159, 0.0466403, 0.0543193, 0.0734386, 0.1182263, 0.2407018, 0.6141249", \
					  "0.0524361, 0.0568159, 0.0687762, 0.0975536, 0.1575276, 0.2888884, 0.6650653", \
					  "0.0473702, 0.0547460, 0.0746766, 0.1208349, 0.2136317, 0.3883776, 0.7794146", \
					  "-0.0102027, 0.0030785, 0.0383530, 0.1174743, 0.2693940, 0.5383166, 1.0388035");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015544, 0.00483232, 0.0150227, 0.0467027, 0.145189, 0.451365");
					values("0.0130122, 0.0151248, 0.0217927, 0.0407217, 0.0936648, 0.2557441, 0.7651704", \
					  "0.0130945, 0.0152528, 0.0217257, 0.0401636, 0.0938299, 0.2568582, 0.7611428", \
					  "0.0154594, 0.0174266, 0.0231176, 0.0407454, 0.0939211, 0.2555026, 0.7618359", \
					  "0.0212830, 0.0234472, 0.0298606, 0.0475282, 0.0958598, 0.2558173, 0.7614737", \
					  "0.0358853, 0.0388168, 0.0468671, 0.0667031, 0.1163280, 0.2608619, 0.7675633", \
					  "0.0667500, 0.0709715, 0.0822544, 0.1089019, 0.1671841, 0.3082025, 0.7708842", \
					  "0.1309670, 0.1368325, 0.1520833, 0.1904219, 0.2718145, 0.4390628, 0.8648663");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002326;
			capacitance : 0.002211;
			fall_capacitance : 0.002097;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0120254, 0.0119492, 0.0117737, 0.0117709, 0.0117644, 0.0117496, 0.0117153");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0123404, 0.0122316, 0.0119808, 0.0120173, 0.0121014, 0.0122951, 0.0127416");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007793;
			capacitance : 0.008210;
			rise_capacitance : 0.008627;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103786, -0.0103791, -0.0103804, -0.0103787, -0.0103748, -0.0103657, -0.0103448");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104246, 0.0104487, 0.0105042, 0.0104931, 0.0104675, 0.0104086, 0.0102728");
				}
			}
		}
	}
	cell ("scs8hd_nand3_1") {
		area : 5.004800;
		cell_footprint : "nand3";
		cell_leakage_power : 1.447526e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.2951189e-06";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "5.2065269e-06";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "1.2621203e-05";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "5.4115838e-06";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "1.6170045e-05";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "9.4102794e-06";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0010861";
			when : "A&B&C";
		}
		leakage_power () {
			value : "1.7793135e-05";
			when : "A&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B) | (!C)";
			max_capacitance : 0.127268;
			max_transition : 1.492436;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001258718, 0.003168741, 0.0079771, 0.02008183, 0.05055472, 0.1272683");
					values("0.0035758, 0.0045847, 0.0069937, 0.0129128, 0.0274080, 0.0644394, 0.1576166", \
					  "0.0033518, 0.0043535, 0.0068390, 0.0128770, 0.0275174, 0.0639468, 0.1562543", \
					  "0.0031866, 0.0041723, 0.0065024, 0.0126875, 0.0274450, 0.0644091, 0.1556077", \
					  "0.0031182, 0.0040337, 0.0064136, 0.0123962, 0.0271491, 0.0638547, 0.1571750", \
					  "0.0031459, 0.0040652, 0.0063552, 0.0121595, 0.0268782, 0.0636674, 0.1568062", \
					  "0.0028915, 0.0038073, 0.0062836, 0.0122044, 0.0267154, 0.0637472, 0.1559171", \
					  "0.0032593, 0.0041116, 0.0063838, 0.0120446, 0.0267961, 0.0636389, 0.1551184");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001258718, 0.003168741, 0.0079771, 0.02008183, 0.05055472, 0.1272683");
					values("0.0028612, 0.0019774, -0.0003022, -0.0061209, -0.0208288, -0.0578916, -0.1512429", \
					  "0.0027654, 0.0018840, -0.0003715, -0.0061569, -0.0208370, -0.0579078, -0.1512493", \
					  "0.0025882, 0.0017207, -0.0004912, -0.0062369, -0.0208715, -0.0579211, -0.1512424", \
					  "0.0024199, 0.0015274, -0.0006843, -0.0063708, -0.0209669, -0.0579638, -0.1512643", \
					  "0.0022823, 0.0013921, -0.0008564, -0.0065766, -0.0211213, -0.0580536, -0.1512891", \
					  "0.0024979, 0.0014012, -0.0008927, -0.0066566, -0.0213278, -0.0582205, -0.1514228", \
					  "0.0025991, 0.0016997, -0.0007286, -0.0065968, -0.0212588, -0.0584175, -0.1515949");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001258718, 0.003168741, 0.0079771, 0.02008183, 0.05055472, 0.1272683");
					values("0.0056377, 0.0065975, 0.0089527, 0.0147868, 0.0293490, 0.0659090, 0.1578693", \
					  "0.0054274, 0.0064062, 0.0087867, 0.0147052, 0.0292861, 0.0658444, 0.1580205", \
					  "0.0052288, 0.0061962, 0.0085655, 0.0144895, 0.0291719, 0.0658066, 0.1578173", \
					  "0.0050665, 0.0060141, 0.0083798, 0.0141808, 0.0289489, 0.0653830, 0.1572906", \
					  "0.0050750, 0.0060036, 0.0082200, 0.0141141, 0.0287492, 0.0652929, 0.1576142", \
					  "0.0047548, 0.0057637, 0.0082274, 0.0140949, 0.0284730, 0.0648494, 0.1572749", \
					  "0.0048832, 0.0058395, 0.0080887, 0.0138260, 0.0286679, 0.0650900, 0.1569592");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001258718, 0.003168741, 0.0079771, 0.02008183, 0.05055472, 0.1272683");
					values("0.0032851, 0.0023909, 8.5100000e-05, -0.0057417, -0.0204571, -0.0575288, -0.1508611", \
					  "0.0031896, 0.0023023, 3.4200000e-05, -0.0057766, -0.0204733, -0.0575394, -0.1508765", \
					  "0.0030282, 0.0021568, -9.0000000e-05, -0.0058557, -0.0205182, -0.0575611, -0.1508789", \
					  "0.0028651, 0.0019974, -0.0002410, -0.0059704, -0.0205829, -0.0575973, -0.1508815", \
					  "0.0028152, 0.0019158, -0.0004037, -0.0061342, -0.0207033, -0.0576574, -0.1509343", \
					  "0.0027508, 0.0018363, -0.0004411, -0.0062080, -0.0208588, -0.0577791, -0.1509917", \
					  "0.0027691, 0.0018454, -0.0004660, -0.0062702, -0.0209214, -0.0579289, -0.1511101");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001258718, 0.003168741, 0.0079771, 0.02008183, 0.05055472, 0.1272683");
					values("0.0075942, 0.0085194, 0.0108603, 0.0167129, 0.0312851, 0.0679083, 0.1600820", \
					  "0.0074513, 0.0083975, 0.0107432, 0.0166048, 0.0312314, 0.0677907, 0.1598245", \
					  "0.0072705, 0.0081678, 0.0106487, 0.0165786, 0.0311771, 0.0677836, 0.1600490", \
					  "0.0071638, 0.0080978, 0.0104620, 0.0162782, 0.0308413, 0.0673995, 0.1593891", \
					  "0.0071061, 0.0080326, 0.0103585, 0.0163032, 0.0309203, 0.0672730, 0.1596154", \
					  "0.0072481, 0.0079478, 0.0103663, 0.0162526, 0.0307431, 0.0670583, 0.1594451", \
					  "0.0073780, 0.0082069, 0.0105047, 0.0163564, 0.0309227, 0.0676309, 0.1592519");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001258718, 0.003168741, 0.0079771, 0.02008183, 0.05055472, 0.1272683");
					values("0.0031475, 0.0022369, -6.1100000e-05, -0.0058882, -0.0205924, -0.0576785, -0.1510189", \
					  "0.0030450, 0.0021500, -0.0001131, -0.0059198, -0.0206130, -0.0576749, -0.1510174", \
					  "0.0028915, 0.0020173, -0.0002272, -0.0059932, -0.0206548, -0.0576764, -0.1510267", \
					  "0.0027346, 0.0018552, -0.0003769, -0.0061121, -0.0207188, -0.0577348, -0.1510423", \
					  "0.0027029, 0.0018213, -0.0004781, -0.0062627, -0.0208565, -0.0578028, -0.1510763", \
					  "0.0026427, 0.0017401, -0.0005304, -0.0063230, -0.0209942, -0.0579180, -0.1511352", \
					  "0.0026604, 0.0017416, -0.0005679, -0.0063793, -0.0210333, -0.0580614, -0.1512464");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0341966, 0.0404333, 0.0556846, 0.0925373, 0.1840813, 0.4153180, 0.9895541", \
					  "0.0396823, 0.0459430, 0.0613364, 0.0984482, 0.1912189, 0.4195632, 0.9988443", \
					  "0.0543999, 0.0603530, 0.0749808, 0.1127054, 0.2054566, 0.4356396, 1.0115651", \
					  "0.0872710, 0.0947981, 0.1100399, 0.1463154, 0.2379625, 0.4672637, 1.0457178", \
					  "0.1444261, 0.1568841, 0.1822218, 0.2282793, 0.3187781, 0.5478679, 1.1276972", \
					  "0.2450625, 0.2655790, 0.3067421, 0.3824692, 0.5074744, 0.7383719, 1.3072782", \
					  "0.4199519, 0.4535624, 0.5292620, 0.6544502, 0.8603090, 1.1755216, 1.7464706");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0296718, 0.0378405, 0.0579161, 0.1093235, 0.2381962, 0.5597891, 1.3830366", \
					  "0.0294695, 0.0376797, 0.0581427, 0.1097325, 0.2380997, 0.5633731, 1.3802395", \
					  "0.0303071, 0.0379133, 0.0579660, 0.1095363, 0.2412829, 0.5613510, 1.3828257", \
					  "0.0436541, 0.0480957, 0.0634838, 0.1102239, 0.2396018, 0.5614436, 1.3829937", \
					  "0.0742362, 0.0814601, 0.0955784, 0.1295080, 0.2411519, 0.5662283, 1.3949679", \
					  "0.1291577, 0.1401433, 0.1655783, 0.2085318, 0.2911924, 0.5690808, 1.3899417", \
					  "0.2346341, 0.2554434, 0.2888878, 0.3527277, 0.4685791, 0.6791788, 1.3894949");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0245452, 0.0287374, 0.0391643, 0.0650064, 0.1296400, 0.2940048, 0.7047308", \
					  "0.0284043, 0.0326739, 0.0432276, 0.0691753, 0.1341555, 0.2965896, 0.7074309", \
					  "0.0376923, 0.0423119, 0.0528280, 0.0788583, 0.1442422, 0.3077116, 0.7180143", \
					  "0.0503518, 0.0571513, 0.0727725, 0.1020121, 0.1666527, 0.3288525, 0.7383359", \
					  "0.0648399, 0.0757296, 0.0987510, 0.1424461, 0.2208119, 0.3821382, 0.7919763", \
					  "0.0695068, 0.0877766, 0.1240087, 0.1916034, 0.3104487, 0.5085126, 0.9084756", \
					  "0.0382375, 0.0648675, 0.1259938, 0.2339118, 0.4164043, 0.7184632, 1.2065152");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0213791, 0.0269150, 0.0403563, 0.0741762, 0.1596701, 0.3775305, 0.9193327", \
					  "0.0211714, 0.0265970, 0.0402131, 0.0742093, 0.1602868, 0.3738285, 0.9156173", \
					  "0.0252023, 0.0294532, 0.0414638, 0.0739515, 0.1621292, 0.3760077, 0.9189659", \
					  "0.0378140, 0.0432180, 0.0544995, 0.0809427, 0.1597171, 0.3737910, 0.9141353", \
					  "0.0607303, 0.0678582, 0.0834525, 0.1155454, 0.1794229, 0.3781866, 0.9165029", \
					  "0.1061095, 0.1147803, 0.1367913, 0.1796944, 0.2598333, 0.4229133, 0.9263691", \
					  "0.1867987, 0.2059424, 0.2351183, 0.2990991, 0.4119265, 0.6094857, 1.0201000");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0478708, 0.0544114, 0.0705895, 0.1103235, 0.2094612, 0.4575300, 1.0812219", \
					  "0.0533463, 0.0599399, 0.0762392, 0.1165669, 0.2157872, 0.4640905, 1.0875448", \
					  "0.0681332, 0.0746175, 0.0905564, 0.1301219, 0.2307931, 0.4763029, 1.1005771", \
					  "0.1036011, 0.1099905, 0.1258292, 0.1649837, 0.2644576, 0.5121642, 1.1363459", \
					  "0.1745108, 0.1845878, 0.2061548, 0.2487654, 0.3461115, 0.5937351, 1.2176543", \
					  "0.3009244, 0.3174320, 0.3538959, 0.4216511, 0.5409426, 0.7824629, 1.4037694", \
					  "0.5256718, 0.5535160, 0.6150709, 0.7308923, 0.9284948, 1.2401465, 1.8529231");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0395648, 0.0484108, 0.0702181, 0.1252613, 0.2634312, 0.6107530, 1.4882651", \
					  "0.0396399, 0.0483814, 0.0703036, 0.1252543, 0.2638327, 0.6115149, 1.4884874", \
					  "0.0396986, 0.0484398, 0.0704091, 0.1253269, 0.2639825, 0.6135066, 1.4880576", \
					  "0.0463049, 0.0533106, 0.0722707, 0.1254834, 0.2641199, 0.6122927, 1.4879928", \
					  "0.0762620, 0.0830587, 0.0979810, 0.1391106, 0.2645725, 0.6117988, 1.4871253", \
					  "0.1316143, 0.1425184, 0.1656325, 0.2107022, 0.3052675, 0.6156896, 1.4900833", \
					  "0.2370501, 0.2535200, 0.2912036, 0.3587339, 0.4717716, 0.7077146, 1.4924365");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0311762, 0.0353894, 0.0456851, 0.0714719, 0.1360838, 0.2984465, 0.7110132", \
					  "0.0353276, 0.0395991, 0.0500972, 0.0758896, 0.1413366, 0.3030754, 0.7123289", \
					  "0.0447078, 0.0492046, 0.0598699, 0.0860029, 0.1507320, 0.3131183, 0.7217113", \
					  "0.0593817, 0.0660326, 0.0796302, 0.1088488, 0.1744536, 0.3386746, 0.7504497", \
					  "0.0776372, 0.0874230, 0.1084001, 0.1495942, 0.2272317, 0.3920951, 0.8032454", \
					  "0.0906899, 0.1066806, 0.1403475, 0.2041678, 0.3159832, 0.5111302, 0.9282307", \
					  "0.0686422, 0.0970269, 0.1522696, 0.2565078, 0.4324957, 0.7194141, 1.2043645");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0214457, 0.0269286, 0.0403666, 0.0741666, 0.1594393, 0.3744586, 0.9191106", \
					  "0.0215349, 0.0268915, 0.0405898, 0.0745318, 0.1605315, 0.3740643, 0.9145855", \
					  "0.0236621, 0.0284270, 0.0409967, 0.0741432, 0.1593445, 0.3736716, 0.9146481", \
					  "0.0334550, 0.0384897, 0.0501127, 0.0787599, 0.1602126, 0.3805732, 0.9204109", \
					  "0.0533957, 0.0594402, 0.0734067, 0.1041096, 0.1744406, 0.3746890, 0.9122406", \
					  "0.0915403, 0.1000978, 0.1198114, 0.1581407, 0.2356597, 0.4083260, 0.9165339", \
					  "0.1659290, 0.1779046, 0.2053567, 0.2594008, 0.3610728, 0.5514596, 0.9934842");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0492639, 0.0552456, 0.0696843, 0.1054326, 0.1938163, 0.4151197, 0.9709087", \
					  "0.0552069, 0.0612262, 0.0756655, 0.1114791, 0.1999997, 0.4209747, 0.9764110", \
					  "0.0696327, 0.0753893, 0.0906891, 0.1265989, 0.2152290, 0.4359699, 0.9913176", \
					  "0.1056370, 0.1114661, 0.1259164, 0.1603032, 0.2484530, 0.4693263, 1.0250448", \
					  "0.1771565, 0.1857103, 0.2041669, 0.2430762, 0.3309631, 0.5514783, 1.1067069", \
					  "0.2996189, 0.3161627, 0.3480413, 0.4107703, 0.5228621, 0.7364748, 1.2914881", \
					  "0.5193647, 0.5404847, 0.5966497, 0.7007642, 0.8823663, 1.1798525, 1.7319872");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0418599, 0.0496285, 0.0696101, 0.1185022, 0.2423061, 0.5529235, 1.3353357", \
					  "0.0418563, 0.0498271, 0.0692980, 0.1185065, 0.2419466, 0.5533465, 1.3343402", \
					  "0.0418774, 0.0497675, 0.0694934, 0.1189031, 0.2423934, 0.5534541, 1.3375012", \
					  "0.0468349, 0.0535694, 0.0711995, 0.1185154, 0.2425635, 0.5539196, 1.3355311", \
					  "0.0754086, 0.0816721, 0.0969011, 0.1338525, 0.2444471, 0.5540685, 1.3371114", \
					  "0.1320394, 0.1414847, 0.1630302, 0.2043017, 0.2887801, 0.5604486, 1.3379843", \
					  "0.2330072, 0.2522871, 0.2864075, 0.3528799, 0.4660699, 0.6711203, 1.3492437");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0342996, 0.0384508, 0.0488484, 0.0746225, 0.1398165, 0.3014820, 0.7103189", \
					  "0.0385480, 0.0428174, 0.0533041, 0.0792049, 0.1446638, 0.3085636, 0.7201907", \
					  "0.0474816, 0.0518260, 0.0624043, 0.0884568, 0.1532774, 0.3165031, 0.7286776", \
					  "0.0628762, 0.0684915, 0.0812929, 0.1090049, 0.1749029, 0.3370565, 0.7472025", \
					  "0.0841682, 0.0928738, 0.1110202, 0.1478115, 0.2209643, 0.3854302, 0.7945551", \
					  "0.1048213, 0.1184745, 0.1476965, 0.2040233, 0.3061399, 0.4926090, 0.9064970", \
					  "0.0998722, 0.1239431, 0.1731955, 0.2660806, 0.4247536, 0.6847527, 1.1543407");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125872, 0.00316874, 0.0079771, 0.0200818, 0.0505547, 0.127268");
					values("0.0215361, 0.0268217, 0.0402874, 0.0742799, 0.1619847, 0.3737907, 0.9147534", \
					  "0.0215067, 0.0267577, 0.0406531, 0.0748788, 0.1624304, 0.3828338, 0.9226038", \
					  "0.0225548, 0.0275600, 0.0406147, 0.0740907, 0.1594863, 0.3758977, 0.9144831", \
					  "0.0299087, 0.0347725, 0.0468818, 0.0770913, 0.1617449, 0.3738449, 0.9132399", \
					  "0.0474722, 0.0531161, 0.0661501, 0.0960713, 0.1694710, 0.3773809, 0.9154668", \
					  "0.0825583, 0.0902055, 0.1072859, 0.1432658, 0.2195080, 0.4001649, 0.9160623", \
					  "0.1525835, 0.1634226, 0.1880680, 0.2362131, 0.3316633, 0.5161160, 0.9734474");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002095;
			capacitance : 0.002148;
			rise_capacitance : 0.002201;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025197, -0.0025222, -0.0025279, -0.0025229, -0.0025115, -0.0024851, -0.0024241");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032022, 0.0032017, 0.0032003, 0.0032005, 0.0032009, 0.0032018, 0.0032039");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002151;
			capacitance : 0.002236;
			rise_capacitance : 0.002322;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028522, -0.0028487, -0.0028407, -0.0028406, -0.0028403, -0.0028395, -0.0028378");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031602, 0.0031574, 0.0031511, 0.0031611, 0.0031841, 0.0032370, 0.0033590");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002093;
			capacitance : 0.002193;
			rise_capacitance : 0.002292;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028157, -0.0028153, -0.0028145, -0.0028148, -0.0028155, -0.0028170, -0.0028206");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028246, 0.0028216, 0.0028147, 0.0028147, 0.0028149, 0.0028152, 0.0028159");
				}
			}
		}
	}
	cell ("scs8hd_nand3_2") {
		area : 10.009600;
		cell_footprint : "nand3";
		cell_leakage_power : 3.047356e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "8.1972105e-06";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0073186";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "2.7184697e-05";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "8.6374287e-06";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "2.8532508e-05";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0147901";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0021700";
			when : "A&B&C";
		}
		leakage_power () {
			value : "2.7506040e-05";
			when : "A&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B) | (!C)";
			max_capacitance : 0.257273;
			max_transition : 1.499120;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0045765, 0.0058471, 0.0092296, 0.0183523, 0.0433463, 0.1151235, 0.3136852", \
					  "0.0041992, 0.0055167, 0.0090003, 0.0182864, 0.0432807, 0.1138655, 0.3150809", \
					  "0.0038994, 0.0050499, 0.0085222, 0.0178589, 0.0431364, 0.1140590, 0.3149944", \
					  "0.0036719, 0.0048336, 0.0081715, 0.0173779, 0.0427732, 0.1148327, 0.3150378", \
					  "0.0038415, 0.0049312, 0.0080600, 0.0170416, 0.0426442, 0.1139742, 0.3152656", \
					  "0.0033995, 0.0044987, 0.0076076, 0.0169011, 0.0419639, 0.1125297, 0.3154457", \
					  "0.0041173, 0.0051671, 0.0081382, 0.0168057, 0.0420880, 0.1131562, 0.3106253");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0046621, 0.0036050, 0.0005469, -0.0082870, -0.0335011, -0.1049985, -0.3074543", \
					  "0.0043904, 0.0033687, 0.0003737, -0.0083856, -0.0335411, -0.1050183, -0.3074586", \
					  "0.0040627, 0.0030112, 8.2400000e-05, -0.0085810, -0.0336446, -0.1050555, -0.3074751", \
					  "0.0037463, 0.0027032, -0.0002385, -0.0089011, -0.0338188, -0.1051428, -0.3075201", \
					  "0.0035599, 0.0024756, -0.0005514, -0.0092465, -0.0341386, -0.1053099, -0.3076170", \
					  "0.0038053, 0.0026917, -0.0003993, -0.0092296, -0.0344430, -0.1056372, -0.3077739", \
					  "0.0040659, 0.0029338, -0.0002326, -0.0093235, -0.0344651, -0.1059843, -0.3081267");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0096733, 0.0108349, 0.0140699, 0.0230433, 0.0480752, 0.1185430, 0.3182884", \
					  "0.0092576, 0.0104167, 0.0137326, 0.0228370, 0.0479723, 0.1185424, 0.3183538", \
					  "0.0088252, 0.0100197, 0.0133499, 0.0224597, 0.0477657, 0.1184728, 0.3178910", \
					  "0.0084326, 0.0096411, 0.0128865, 0.0219881, 0.0472778, 0.1178806, 0.3171354", \
					  "0.0082871, 0.0094268, 0.0126363, 0.0216006, 0.0468856, 0.1179178, 0.3175195", \
					  "0.0078764, 0.0089707, 0.0123134, 0.0214236, 0.0464487, 0.1169815, 0.3171000", \
					  "0.0082574, 0.0093043, 0.0123590, 0.0210598, 0.0464439, 0.1168667, 0.3161789");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0059026, 0.0048468, 0.0017531, -0.0071103, -0.0323257, -0.1038416, -0.3062877", \
					  "0.0056769, 0.0046492, 0.0016161, -0.0071914, -0.0323733, -0.1038614, -0.3062794", \
					  "0.0053824, 0.0043538, 0.0013663, -0.0073533, -0.0324560, -0.1038927, -0.3063189", \
					  "0.0050863, 0.0040544, 0.0010490, -0.0076002, -0.0325998, -0.1039533, -0.3063479", \
					  "0.0049906, 0.0039125, 0.0008594, -0.0078353, -0.0327930, -0.1040443, -0.3063489", \
					  "0.0049661, 0.0038644, 0.0007819, -0.0080031, -0.0331588, -0.1043223, -0.3064930", \
					  "0.0050237, 0.0039013, 0.0007902, -0.0080921, -0.0332131, -0.1046095, -0.3067137");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0134950, 0.0146330, 0.0178065, 0.0267879, 0.0518390, 0.1225313, 0.3223027", \
					  "0.0132492, 0.0144075, 0.0176145, 0.0265903, 0.0518009, 0.1223965, 0.3221542", \
					  "0.0129365, 0.0139917, 0.0173685, 0.0264396, 0.0516377, 0.1224332, 0.3218128", \
					  "0.0128416, 0.0138135, 0.0170041, 0.0261584, 0.0513598, 0.1223248, 0.3221921", \
					  "0.0127012, 0.0138225, 0.0170328, 0.0259562, 0.0512432, 0.1221527, 0.3214655", \
					  "0.0125472, 0.0137218, 0.0170280, 0.0261542, 0.0509932, 0.1217874, 0.3217133", \
					  "0.0133517, 0.0144830, 0.0174285, 0.0261466, 0.0515647, 0.1214513, 0.3204591");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001415383, 0.00400662, 0.01134181, 0.032106, 0.0908846, 0.2572731");
					values("0.0057117, 0.0046485, 0.0015528, -0.0073115, -0.0325467, -0.1040456, -0.3064983", \
					  "0.0054984, 0.0044350, 0.0014029, -0.0073822, -0.0325752, -0.1040524, -0.3065017", \
					  "0.0051905, 0.0041639, 0.0011704, -0.0075565, -0.0326375, -0.1040965, -0.3065107", \
					  "0.0049271, 0.0038893, 0.0008770, -0.0078218, -0.0328128, -0.1041566, -0.3065399", \
					  "0.0049927, 0.0039275, 0.0008274, -0.0080247, -0.0330033, -0.1042603, -0.3065551", \
					  "0.0048236, 0.0037314, 0.0006351, -0.0081575, -0.0333423, -0.1045383, -0.3067214", \
					  "0.0048936, 0.0037624, 0.0006519, -0.0082393, -0.0333672, -0.1047818, -0.3069225");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.0286390, 0.0327887, 0.0438585, 0.0736355, 0.1558714, 0.3872933, 1.0407513", \
					  "0.0343067, 0.0386011, 0.0496728, 0.0798758, 0.1625033, 0.3943673, 1.0480736", \
					  "0.0492885, 0.0530421, 0.0643436, 0.0939498, 0.1760332, 0.4078469, 1.0618152", \
					  "0.0805847, 0.0863630, 0.0995485, 0.1295420, 0.2105376, 0.4438270, 1.0983358", \
					  "0.1347286, 0.1442416, 0.1662405, 0.2101899, 0.2934734, 0.5247982, 1.1823524", \
					  "0.2315271, 0.2477591, 0.2843219, 0.3566450, 0.4830189, 0.7178381, 1.3725442", \
					  "0.4061096, 0.4326873, 0.4931981, 0.6152073, 0.8247535, 1.1606455, 1.8132583");
				}
				rise_transition ("del_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("0.0221763, 0.0272161, 0.0416902, 0.0824781, 0.1978034, 0.5286578, 1.4568307", \
					  "0.0222132, 0.0274010, 0.0418634, 0.0827962, 0.1985196, 0.5277722, 1.4534628", \
					  "0.0238116, 0.0282750, 0.0417786, 0.0827562, 0.1983724, 0.5264843, 1.4634115", \
					  "0.0374678, 0.0404406, 0.0498953, 0.0843054, 0.1986949, 0.5303849, 1.4744034", \
					  "0.0655884, 0.0703406, 0.0826181, 0.1098241, 0.2041028, 0.5283035, 1.4726851", \
					  "0.1167368, 0.1246862, 0.1434107, 0.1833894, 0.2592130, 0.5354428, 1.4557322", \
					  "0.2113475, 0.2253064, 0.2572782, 0.3195132, 0.4339508, 0.6468744, 1.4720443");
				}
				cell_fall ("del_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("0.0224876, 0.0256399, 0.0343451, 0.0585415, 0.1252292, 0.3156276, 0.8534307", \
					  "0.0260532, 0.0292370, 0.0379652, 0.0623426, 0.1305002, 0.3191029, 0.8539894", \
					  "0.0347290, 0.0384082, 0.0476154, 0.0716717, 0.1399510, 0.3281874, 0.8636512", \
					  "0.0459878, 0.0516044, 0.0651795, 0.0936026, 0.1617906, 0.3522729, 0.8868646", \
					  "0.0559009, 0.0645693, 0.0855735, 0.1298989, 0.2146559, 0.4037535, 0.9376312", \
					  "0.0528113, 0.0668573, 0.1002657, 0.1694767, 0.2973291, 0.5286567, 1.0611475", \
					  "0.0023407, 0.0249267, 0.0789556, 0.1888642, 0.3920914, 0.7382761, 1.3498518");
				}
				fall_transition ("del_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("0.0200055, 0.0240209, 0.0355330, 0.0675328, 0.1574935, 0.4133374, 1.1369535", \
					  "0.0197035, 0.0236174, 0.0352424, 0.0674556, 0.1588896, 0.4121626, 1.1364653", \
					  "0.0242276, 0.0274937, 0.0370103, 0.0674168, 0.1581037, 0.4127572, 1.1341731", \
					  "0.0348463, 0.0390933, 0.0500542, 0.0760484, 0.1579567, 0.4169346, 1.1367619", \
					  "0.0567957, 0.0625779, 0.0768490, 0.1083432, 0.1803873, 0.4151884, 1.1345307", \
					  "0.0987047, 0.1075698, 0.1288744, 0.1716425, 0.2581831, 0.4572782, 1.1336815", \
					  "0.1734566, 0.1879727, 0.2187423, 0.2834463, 0.4093844, 0.6418534, 1.2147352");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.0417605, 0.0459105, 0.0568709, 0.0872995, 0.1716772, 0.4086439, 1.0785612", \
					  "0.0472313, 0.0513765, 0.0625953, 0.0931450, 0.1776226, 0.4147825, 1.0847806", \
					  "0.0618988, 0.0659607, 0.0770765, 0.1074397, 0.1922250, 0.4295336, 1.0983232", \
					  "0.0968241, 0.1013523, 0.1124900, 0.1422325, 0.2278474, 0.4618542, 1.1309387", \
					  "0.1627941, 0.1696410, 0.1871743, 0.2252096, 0.3099710, 0.5475195, 1.2156223", \
					  "0.2788541, 0.2905761, 0.3193805, 0.3817703, 0.5000305, 0.7386554, 1.4071879", \
					  "0.4863423, 0.5059991, 0.5535528, 0.6582764, 0.8544778, 1.1830231, 1.8506300");
				}
				rise_transition ("del_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("0.0317406, 0.0369669, 0.0520904, 0.0934517, 0.2112494, 0.5455563, 1.4914224", \
					  "0.0317870, 0.0371106, 0.0518273, 0.0936165, 0.2118050, 0.5462606, 1.4924808", \
					  "0.0317259, 0.0369582, 0.0518383, 0.0935732, 0.2122452, 0.5453739, 1.4945405", \
					  "0.0396482, 0.0437420, 0.0558896, 0.0939807, 0.2117132, 0.5461131, 1.4922672", \
					  "0.0672565, 0.0722229, 0.0845898, 0.1131774, 0.2154675, 0.5458782, 1.4951210", \
					  "0.1186131, 0.1273554, 0.1472954, 0.1855004, 0.2647520, 0.5529571, 1.4947266", \
					  "0.2149905, 0.2282418, 0.2597098, 0.3233582, 0.4350002, 0.6632847, 1.4991197");
				}
				cell_fall ("del_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("0.0317079, 0.0348683, 0.0434003, 0.0676070, 0.1348916, 0.3233862, 0.8581119", \
					  "0.0358771, 0.0390909, 0.0478305, 0.0717808, 0.1387929, 0.3277797, 0.8670660", \
					  "0.0451407, 0.0485725, 0.0575598, 0.0818883, 0.1490528, 0.3384475, 0.8732388", \
					  "0.0593613, 0.0643539, 0.0763663, 0.1045303, 0.1726232, 0.3637289, 0.8974834", \
					  "0.0764605, 0.0839957, 0.1024639, 0.1428686, 0.2254751, 0.4166037, 0.9527860", \
					  "0.0861993, 0.0985578, 0.1286568, 0.1919358, 0.3127551, 0.5391610, 1.0801348", \
					  "0.0566569, 0.0779444, 0.1283656, 0.2331818, 0.4243497, 0.7546770, 1.3649648");
				}
				fall_transition ("del_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("0.0202598, 0.0241923, 0.0356074, 0.0676157, 0.1583033, 0.4132024, 1.1328679", \
					  "0.0202728, 0.0243221, 0.0356228, 0.0675371, 0.1574206, 0.4123833, 1.1371399", \
					  "0.0223859, 0.0259490, 0.0362629, 0.0676302, 0.1574988, 0.4131537, 1.1333003", \
					  "0.0317719, 0.0356618, 0.0457490, 0.0729336, 0.1578055, 0.4138950, 1.1334189", \
					  "0.0511966, 0.0559299, 0.0683023, 0.0974725, 0.1729142, 0.4127290, 1.1351735", \
					  "0.0885906, 0.0952690, 0.1122686, 0.1510291, 0.2338114, 0.4444627, 1.1389282", \
					  "0.1606744, 0.1705586, 0.1961513, 0.2502441, 0.3598015, 0.5876410, 1.1933702");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141538, 0.00400662, 0.0113418, 0.032106, 0.0908846, 0.257273");
					values("0.0443639, 0.0479621, 0.0581787, 0.0861100, 0.1631060, 0.3786442, 0.9869445", \
					  "0.0502384, 0.0538654, 0.0641380, 0.0920954, 0.1690644, 0.3847578, 0.9928001", \
					  "0.0646027, 0.0681460, 0.0791656, 0.1072530, 0.1844040, 0.4001476, 1.0084005", \
					  "0.0996053, 0.1035147, 0.1133268, 0.1421890, 0.2192989, 0.4343790, 1.0431301", \
					  "0.1685379, 0.1739246, 0.1891017, 0.2236959, 0.3008317, 0.5157866, 1.1222900", \
					  "0.2855772, 0.2952685, 0.3188515, 0.3751297, 0.4853032, 0.7041336, 1.3110930", \
					  "0.4919556, 0.5073921, 0.5477343, 0.6406376, 0.8211295, 1.1346963, 1.7440028");
				}
				rise_transition ("del_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("0.0364004, 0.0411635, 0.0546120, 0.0930994, 0.2007322, 0.5055761, 1.3712291", \
					  "0.0363054, 0.0412707, 0.0546697, 0.0927295, 0.2005013, 0.5058283, 1.3700978", \
					  "0.0359791, 0.0409027, 0.0545668, 0.0929473, 0.2008180, 0.5066119, 1.3721794", \
					  "0.0429434, 0.0469766, 0.0587652, 0.0934834, 0.2006170, 0.5064658, 1.3714422", \
					  "0.0693154, 0.0739398, 0.0852072, 0.1128091, 0.2050210, 0.5065627, 1.3699409", \
					  "0.1196482, 0.1273183, 0.1464423, 0.1858390, 0.2613141, 0.5157437, 1.3722027", \
					  "0.2144183, 0.2276364, 0.2558810, 0.3167838, 0.4311107, 0.6416471, 1.3840218");
				}
				cell_fall ("del_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("0.0347045, 0.0377901, 0.0463644, 0.0701723, 0.1376519, 0.3276767, 0.8617628", \
					  "0.0386079, 0.0417795, 0.0505205, 0.0746777, 0.1414023, 0.3321667, 0.8653085", \
					  "0.0464674, 0.0497364, 0.0586542, 0.0828349, 0.1506874, 0.3407473, 0.8749865", \
					  "0.0598998, 0.0640121, 0.0743226, 0.1004165, 0.1681202, 0.3596351, 0.8932433", \
					  "0.0785506, 0.0847269, 0.0992472, 0.1329842, 0.2081835, 0.3990608, 0.9347001", \
					  "0.0948050, 0.1044526, 0.1282529, 0.1796765, 0.2801215, 0.4922772, 1.0334179", \
					  "0.0824238, 0.0987999, 0.1396452, 0.2250201, 0.3831719, 0.6648845, 1.2479808");
				}
				fall_transition ("del_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("0.0202744, 0.0242473, 0.0355508, 0.0674489, 0.1579910, 0.4136931, 1.1362677", \
					  "0.0203046, 0.0243061, 0.0355754, 0.0677736, 0.1576094, 0.4131700, 1.1320775", \
					  "0.0212651, 0.0250370, 0.0359678, 0.0674546, 0.1596755, 0.4134868, 1.1366735", \
					  "0.0269302, 0.0307211, 0.0411522, 0.0702391, 0.1577812, 0.4139075, 1.1354683", \
					  "0.0421537, 0.0461739, 0.0570319, 0.0863639, 0.1663723, 0.4128379, 1.1331975", \
					  "0.0741000, 0.0795423, 0.0936911, 0.1269400, 0.2065310, 0.4332307, 1.1395022", \
					  "0.1397623, 0.1473196, 0.1666957, 0.2113633, 0.3059820, 0.5292247, 1.1697256");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003943;
			capacitance : 0.004027;
			rise_capacitance : 0.004111;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043317, -0.0043297, -0.0043251, -0.0043145, -0.0042901, -0.0042338, -0.0041042");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061807, 0.0061813, 0.0061827, 0.0061801, 0.0061743, 0.0061607, 0.0061294");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004028;
			capacitance : 0.004150;
			rise_capacitance : 0.004272;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053754, -0.0053716, -0.0053630, -0.0053622, -0.0053604, -0.0053563, -0.0053468");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059128, 0.0059090, 0.0059002, 0.0059214, 0.0059703, 0.0060830, 0.0063428");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003974;
			capacitance : 0.004182;
			rise_capacitance : 0.004390;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053491, -0.0053483, -0.0053464, -0.0053462, -0.0053458, -0.0053449, -0.0053428");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053540, 0.0053552, 0.0053581, 0.0053593, 0.0053621, 0.0053686, 0.0053837");
				}
			}
		}
	}
	cell ("scs8hd_nand3_4") {
		area : 17.516800;
		cell_footprint : "nand3";
		cell_leakage_power : 3.684867e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0122039";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0122039";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "5.2441412e-05";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "1.3730841e-05";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0003091";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0002642";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0043218";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0001100";
			when : "A&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B) | (!C)";
			max_capacitance : 0.432139;
			max_transition : 1.497289;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0089050, 0.0104139, 0.0148109, 0.0273522, 0.0652112, 0.1784518, 0.5297638", \
					  "0.0082118, 0.0096614, 0.0140271, 0.0272081, 0.0644531, 0.1787593, 0.5298705", \
					  "0.0074194, 0.0089568, 0.0133153, 0.0261799, 0.0640316, 0.1787023, 0.5283514", \
					  "0.0072278, 0.0085302, 0.0125332, 0.0251793, 0.0632239, 0.1773416, 0.5294906", \
					  "0.0069862, 0.0082757, 0.0122447, 0.0245136, 0.0620468, 0.1773075, 0.5270147", \
					  "0.0064205, 0.0076877, 0.0116111, 0.0243201, 0.0614813, 0.1761198, 0.5292599", \
					  "0.0076869, 0.0110001, 0.0131377, 0.0256126, 0.0615054, 0.1752156, 0.5261043");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0107737, 0.0096149, 0.0058667, -0.0059960, -0.0431851, -0.1583186, -0.5137761", \
					  "0.0102126, 0.0090711, 0.0054171, -0.0062692, -0.0432815, -0.1583555, -0.5137628", \
					  "0.0094695, 0.0083346, 0.0046796, -0.0068200, -0.0436136, -0.1585142, -0.5138414", \
					  "0.0088439, 0.0076849, 0.0040217, -0.0075118, -0.0440548, -0.1586977, -0.5139297", \
					  "0.0083589, 0.0071449, 0.0035739, -0.0082896, -0.0447682, -0.1591524, -0.5140937", \
					  "0.0087801, 0.0075750, 0.0035995, -0.0084121, -0.0455798, -0.1597368, -0.5145007", \
					  "0.0093263, 0.0080201, 0.0040028, -0.0082207, -0.0454168, -0.1599516, -0.5151419");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0186406, 0.0199676, 0.0240057, 0.0361884, 0.0732610, 0.1870265, 0.5377153", \
					  "0.0179677, 0.0193094, 0.0233983, 0.0357271, 0.0729919, 0.1868332, 0.5370158", \
					  "0.0170063, 0.0183374, 0.0226871, 0.0352047, 0.0727141, 0.1867895, 0.5377658", \
					  "0.0165452, 0.0178222, 0.0218511, 0.0343850, 0.0717908, 0.1862963, 0.5374896", \
					  "0.0162182, 0.0175221, 0.0215362, 0.0337364, 0.0712931, 0.1851466, 0.5359446", \
					  "0.0158025, 0.0171717, 0.0212319, 0.0332958, 0.0703943, 0.1840015, 0.5359888", \
					  "0.0157169, 0.0169689, 0.0207863, 0.0326274, 0.0701152, 0.1829504, 0.5341837");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0123569, 0.0111328, 0.0072865, -0.0047087, -0.0419698, -0.1571210, -0.5125352", \
					  "0.0119254, 0.0107385, 0.0069852, -0.0048784, -0.0420388, -0.1571323, -0.5126162", \
					  "0.0113594, 0.0101795, 0.0065082, -0.0052256, -0.0422255, -0.1572181, -0.5125933", \
					  "0.0107850, 0.0096000, 0.0058972, -0.0057222, -0.0424960, -0.1573558, -0.5126828", \
					  "0.0105702, 0.0093618, 0.0055535, -0.0061828, -0.0428728, -0.1575086, -0.5126949", \
					  "0.0104920, 0.0092728, 0.0054453, -0.0064378, -0.0436085, -0.1580265, -0.5129106", \
					  "0.0106366, 0.0093304, 0.0054609, -0.0065785, -0.0436438, -0.1585852, -0.5133149");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0274328, 0.0286700, 0.0326989, 0.0448279, 0.0820016, 0.1959968, 0.5468909", \
					  "0.0269293, 0.0282077, 0.0322195, 0.0444689, 0.0817443, 0.1958264, 0.5460056", \
					  "0.0262735, 0.0275175, 0.0315597, 0.0438946, 0.0813876, 0.1955520, 0.5466582", \
					  "0.0253771, 0.0266876, 0.0309222, 0.0432946, 0.0807468, 0.1951424, 0.5463562", \
					  "0.0255108, 0.0267606, 0.0307325, 0.0429267, 0.0805064, 0.1942187, 0.5463253", \
					  "0.0257170, 0.0269526, 0.0308149, 0.0430356, 0.0800588, 0.1944173, 0.5438112", \
					  "0.0258716, 0.0272863, 0.0309173, 0.0428030, 0.0804544, 0.1940155, 0.5424174");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0120636, 0.0108368, 0.0069794, -0.0050389, -0.0423183, -0.1574658, -0.5128810", \
					  "0.0116781, 0.0104859, 0.0066893, -0.0052082, -0.0423915, -0.1574861, -0.5129683", \
					  "0.0111411, 0.0099537, 0.0062570, -0.0055118, -0.0425385, -0.1575574, -0.5129412", \
					  "0.0106160, 0.0094416, 0.0057142, -0.0059880, -0.0428185, -0.1576672, -0.5130025", \
					  "0.0106711, 0.0094543, 0.0056351, -0.0064212, -0.0431866, -0.1578252, -0.5130452", \
					  "0.0103134, 0.0090650, 0.0052482, -0.0066373, -0.0438295, -0.1583293, -0.5132186", \
					  "0.0103539, 0.0091068, 0.0051595, -0.0067879, -0.0438646, -0.1588224, -0.5135880");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0300684, 0.0327335, 0.0406555, 0.0633300, 0.1299878, 0.3346242, 0.9630998", \
					  "0.0356729, 0.0382065, 0.0460107, 0.0690779, 0.1367404, 0.3410018, 0.9710336", \
					  "0.0502121, 0.0530248, 0.0605863, 0.0829418, 0.1511438, 0.3542971, 0.9822479", \
					  "0.0816777, 0.0851344, 0.0951861, 0.1180978, 0.1856196, 0.3904310, 1.0161092", \
					  "0.1360379, 0.1422277, 0.1581365, 0.1944704, 0.2671485, 0.4714609, 1.0979586", \
					  "0.2326284, 0.2424889, 0.2691244, 0.3285669, 0.4452854, 0.6609331, 1.2884235", \
					  "0.4063446, 0.4219338, 0.4664764, 0.5647608, 0.7611982, 1.0913729, 1.7292289");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0231316, 0.0263345, 0.0360697, 0.0661269, 0.1602698, 0.4462399, 1.3363252", \
					  "0.0232991, 0.0264175, 0.0362841, 0.0665360, 0.1602832, 0.4477109, 1.3364918", \
					  "0.0245480, 0.0271059, 0.0362683, 0.0667430, 0.1599912, 0.4488876, 1.3359287", \
					  "0.0384196, 0.0402546, 0.0458400, 0.0695127, 0.1611623, 0.4471085, 1.3423738", \
					  "0.0661293, 0.0690970, 0.0776064, 0.0986760, 0.1690212, 0.4487769, 1.3335069", \
					  "0.1170887, 0.1224667, 0.1360337, 0.1683225, 0.2354104, 0.4625905, 1.3403252", \
					  "0.2118912, 0.2223224, 0.2432393, 0.2981620, 0.3991011, 0.6007036, 1.3526272");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0245826, 0.0266320, 0.0327549, 0.0509733, 0.1062044, 0.2764129, 0.7970563", \
					  "0.0280622, 0.0301352, 0.0364979, 0.0550546, 0.1114899, 0.2802507, 0.8008922", \
					  "0.0371143, 0.0394983, 0.0459101, 0.0645269, 0.1201068, 0.2906677, 0.8116667", \
					  "0.0489576, 0.0525597, 0.0626169, 0.0867546, 0.1430007, 0.3124834, 0.8351737", \
					  "0.0597298, 0.0653275, 0.0801466, 0.1179111, 0.1954043, 0.3671764, 0.8885803", \
					  "0.0580107, 0.0668988, 0.0906818, 0.1486967, 0.2675453, 0.4915009, 1.0172092", \
					  "0.0069016, 0.0222692, 0.0614490, 0.1544196, 0.3437190, 0.6826640, 1.3069992");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0222167, 0.0248530, 0.0328192, 0.0573736, 0.1327543, 0.3666822, 1.0842193", \
					  "0.0218297, 0.0245349, 0.0326742, 0.0574523, 0.1337275, 0.3655534, 1.0827022", \
					  "0.0259695, 0.0279155, 0.0346323, 0.0574064, 0.1329606, 0.3662609, 1.0844036", \
					  "0.0368537, 0.0397088, 0.0475090, 0.0680150, 0.1343944, 0.3659098, 1.0831297", \
					  "0.0592749, 0.0629412, 0.0734671, 0.0990492, 0.1615560, 0.3670317, 1.0827170", \
					  "0.1012522, 0.1077417, 0.1217124, 0.1573086, 0.2370641, 0.4223143, 1.0873447", \
					  "0.1763262, 0.1867533, 0.2114862, 0.2648573, 0.3800954, 0.6153300, 1.1737140");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0464040, 0.0492025, 0.0573972, 0.0819035, 0.1557503, 0.3814249, 1.0769875", \
					  "0.0520582, 0.0547824, 0.0629761, 0.0877846, 0.1618573, 0.3877229, 1.0836126", \
					  "0.0662101, 0.0689217, 0.0777445, 0.1026709, 0.1769622, 0.4031639, 1.0983109", \
					  "0.1025359, 0.1052751, 0.1132794, 0.1375091, 0.2120034, 0.4387428, 1.1307396", \
					  "0.1722720, 0.1766296, 0.1891536, 0.2202653, 0.2949688, 0.5205731, 1.2160022", \
					  "0.2974675, 0.3047610, 0.3250691, 0.3761996, 0.4845632, 0.7143229, 1.4093876", \
					  "0.5231847, 0.5345168, 0.5696418, 0.6549015, 0.8344020, 1.1589908, 1.8537176");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0358198, 0.0393297, 0.0501599, 0.0839026, 0.1874240, 0.5066739, 1.4929078", \
					  "0.0359038, 0.0394279, 0.0502948, 0.0838265, 0.1872415, 0.5069477, 1.4905829", \
					  "0.0357865, 0.0393204, 0.0503640, 0.0839356, 0.1875522, 0.5070126, 1.4938690", \
					  "0.0421620, 0.0448800, 0.0539569, 0.0847069, 0.1876019, 0.5074073, 1.4930404", \
					  "0.0697337, 0.0728741, 0.0818995, 0.1049441, 0.1922399, 0.5075679, 1.4968681", \
					  "0.1222912, 0.1277952, 0.1413304, 0.1736261, 0.2465627, 0.5154235, 1.4925943", \
					  "0.2192974, 0.2288481, 0.2495012, 0.3030110, 0.4078332, 0.6266421, 1.4972886");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0323539, 0.0343814, 0.0403125, 0.0583686, 0.1144331, 0.2826109, 0.8037032", \
					  "0.0362112, 0.0382993, 0.0444213, 0.0626716, 0.1182890, 0.2884135, 0.8083119", \
					  "0.0443889, 0.0466277, 0.0529858, 0.0715104, 0.1268354, 0.2972959, 0.8176830", \
					  "0.0570044, 0.0600148, 0.0684012, 0.0906532, 0.1477071, 0.3191296, 0.8398557", \
					  "0.0717494, 0.0768579, 0.0891035, 0.1208078, 0.1929817, 0.3667457, 0.8936451", \
					  "0.0763237, 0.0840155, 0.1054163, 0.1550291, 0.2605292, 0.4751559, 1.0009732", \
					  "0.0359376, 0.0490839, 0.0839199, 0.1673041, 0.3364322, 0.6470500, 1.2567979");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0224943, 0.0250333, 0.0330374, 0.0575619, 0.1331779, 0.3652930, 1.0823463", \
					  "0.0225367, 0.0250863, 0.0329018, 0.0575235, 0.1328643, 0.3689086, 1.0843491", \
					  "0.0245351, 0.0268346, 0.0340432, 0.0575863, 0.1327893, 0.3657668, 1.0825382", \
					  "0.0328597, 0.0353195, 0.0425385, 0.0638316, 0.1342740, 0.3655590, 1.0838382", \
					  "0.0515470, 0.0544429, 0.0629831, 0.0860020, 0.1512760, 0.3679954, 1.0845206", \
					  "0.0884579, 0.0925700, 0.1040633, 0.1339352, 0.2066542, 0.4038421, 1.0838832", \
					  "0.1600877, 0.1662954, 0.1834806, 0.2261136, 0.3206645, 0.5347031, 1.1459181");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0547012, 0.0573323, 0.0653960, 0.0895628, 0.1615925, 0.3801811, 1.0508761", \
					  "0.0605980, 0.0633200, 0.0714423, 0.0957278, 0.1678955, 0.3866719, 1.0576843", \
					  "0.0751363, 0.0779909, 0.0860979, 0.1102853, 0.1826318, 0.4013242, 1.0729753", \
					  "0.1104376, 0.1130812, 0.1220978, 0.1462088, 0.2184484, 0.4373869, 1.1061880", \
					  "0.1884096, 0.1919302, 0.2022456, 0.2301713, 0.3023261, 0.5200447, 1.1910500", \
					  "0.3263666, 0.3322760, 0.3494328, 0.3941548, 0.4931905, 0.7140565, 1.3828410", \
					  "0.5749664, 0.5852463, 0.6125105, 0.6870263, 0.8509592, 1.1605434, 1.8314066");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0450825, 0.0484000, 0.0590971, 0.0920499, 0.1925121, 0.5033651, 1.4648630", \
					  "0.0450423, 0.0484914, 0.0593445, 0.0920108, 0.1925767, 0.5042943, 1.4701441", \
					  "0.0447905, 0.0482589, 0.0591661, 0.0919214, 0.1925076, 0.5043920, 1.4652037", \
					  "0.0484308, 0.0516111, 0.0606010, 0.0918595, 0.1927477, 0.5044818, 1.4665769", \
					  "0.0725645, 0.0755721, 0.0840997, 0.1083159, 0.1962799, 0.5048687, 1.4662446", \
					  "0.1250202, 0.1296496, 0.1426132, 0.1754212, 0.2472446, 0.5117904, 1.4668853", \
					  "0.2211777, 0.2306153, 0.2510299, 0.3019839, 0.4064017, 0.6219547, 1.4701097");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0366600, 0.0386380, 0.0446602, 0.0626207, 0.1176156, 0.2880127, 0.8088997", \
					  "0.0405634, 0.0426329, 0.0486616, 0.0668555, 0.1219271, 0.2921411, 0.8197736", \
					  "0.0482181, 0.0503398, 0.0566096, 0.0750302, 0.1309242, 0.2995355, 0.8207955", \
					  "0.0606156, 0.0631504, 0.0704453, 0.0907867, 0.1469739, 0.3164512, 0.8387456", \
					  "0.0762344, 0.0799178, 0.0903734, 0.1171026, 0.1819196, 0.3548155, 0.8765741", \
					  "0.0849389, 0.0910664, 0.1078469, 0.1493451, 0.2390979, 0.4368459, 0.9643979", \
					  "0.0534195, 0.0638051, 0.0927909, 0.1625501, 0.3062248, 0.5777405, 1.1601766");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0225046, 0.0250770, 0.0328843, 0.0573719, 0.1326917, 0.3664603, 1.0840303", \
					  "0.0225124, 0.0250825, 0.0328156, 0.0574623, 0.1328839, 0.3666959, 1.0899315", \
					  "0.0234296, 0.0257684, 0.0333175, 0.0574174, 0.1327802, 0.3650120, 1.0855676", \
					  "0.0289846, 0.0314307, 0.0386950, 0.0609501, 0.1337974, 0.3657355, 1.0829712", \
					  "0.0441408, 0.0466513, 0.0542476, 0.0764599, 0.1442941, 0.3681666, 1.0825030", \
					  "0.0768280, 0.0801399, 0.0897671, 0.1158825, 0.1840303, 0.3942267, 1.0894045", \
					  "0.1432656, 0.1480383, 0.1615446, 0.1968748, 0.2812565, 0.4856126, 1.1238274");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007850;
			capacitance : 0.008028;
			rise_capacitance : 0.008207;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0092415, -0.0092209, -0.0091735, -0.0091530, -0.0091059, -0.0089972, -0.0087465");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0126045, 0.0125994, 0.0125876, 0.0125806, 0.0125643, 0.0125266, 0.0124400");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007692;
			capacitance : 0.007964;
			rise_capacitance : 0.008235;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104490, -0.0104427, -0.0104281, -0.0104272, -0.0104252, -0.0104206, -0.0104098");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0113936, 0.0113921, 0.0113888, 0.0114267, 0.0115141, 0.0117155, 0.0121797");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007715;
			capacitance : 0.008129;
			rise_capacitance : 0.008544;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103083, -0.0103097, -0.0103131, -0.0103129, -0.0103127, -0.0103120, -0.0103105");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103494, 0.0103432, 0.0103290, 0.0103285, 0.0103272, 0.0103243, 0.0103175");
				}
			}
		}
	}
	cell ("scs8hd_nand3b_1") {
		area : 7.507200;
		cell_footprint : "nand3b";
		cell_leakage_power : 1.714159e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.1545574e-05";
			when : "AN&!B&C";
		}
		leakage_power () {
			value : "1.1446249e-05";
			when : "AN&!B&!C";
		}
		leakage_power () {
			value : "1.9423651e-05";
			when : "AN&B&C";
		}
		leakage_power () {
			value : "1.1686814e-05";
			when : "AN&B&!C";
		}
		leakage_power () {
			value : "6.3917675e-05";
			when : "!AN&!B&C";
		}
		leakage_power () {
			value : "5.6278743e-05";
			when : "!AN&!B&!C";
		}
		leakage_power () {
			value : "0.0011306";
			when : "!AN&B&C";
		}
		leakage_power () {
			value : "6.6473831e-05";
			when : "!AN&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B) | (!C)";
			max_capacitance : 0.124522;
			max_transition : 1.498323;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0029561, 0.0039503, 0.0063417, 0.0121683, 0.0266064, 0.0623743, 0.1530685", \
					  "0.0029465, 0.0039335, 0.0063355, 0.0121872, 0.0266166, 0.0630084, 0.1530845", \
					  "0.0028887, 0.0038720, 0.0062746, 0.0121221, 0.0264820, 0.0625422, 0.1517309", \
					  "0.0026912, 0.0036660, 0.0060623, 0.0120042, 0.0263005, 0.0626818, 0.1530254", \
					  "0.0025706, 0.0034895, 0.0058795, 0.0117306, 0.0262797, 0.0624284, 0.1521817", \
					  "0.0025531, 0.0035172, 0.0058206, 0.0116007, 0.0262910, 0.0620688, 0.1524306", \
					  "0.0026436, 0.0035465, 0.0059286, 0.0116975, 0.0263705, 0.0626173, 0.1529022");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0044358, 0.0036374, 0.0015175, -0.0040694, -0.0184462, -0.0547329, -0.1458317", \
					  "0.0043761, 0.0035965, 0.0014828, -0.0040988, -0.0184694, -0.0547530, -0.1458856", \
					  "0.0044396, 0.0036201, 0.0014950, -0.0040984, -0.0184591, -0.0547304, -0.1458204", \
					  "0.0043283, 0.0035164, 0.0013740, -0.0042010, -0.0185580, -0.0548153, -0.1458956", \
					  "0.0041787, 0.0033350, 0.0012111, -0.0044038, -0.0186922, -0.0549163, -0.1459751", \
					  "0.0039752, 0.0031006, 0.0009275, -0.0045277, -0.0188598, -0.0550034, -0.1460329", \
					  "0.0041588, 0.0032873, 0.0010579, -0.0046142, -0.0189706, -0.0550277, -0.1460129");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0036563, 0.0046040, 0.0069038, 0.0126346, 0.0268985, 0.0626863, 0.1531919", \
					  "0.0034697, 0.0044211, 0.0067462, 0.0125122, 0.0270131, 0.0626858, 0.1523770", \
					  "0.0033065, 0.0042480, 0.0065566, 0.0123488, 0.0266791, 0.0626556, 0.1525305", \
					  "0.0031446, 0.0041037, 0.0064168, 0.0121175, 0.0266004, 0.0623044, 0.1519245", \
					  "0.0032042, 0.0041153, 0.0062788, 0.0119672, 0.0264676, 0.0621599, 0.1523885", \
					  "0.0028936, 0.0038549, 0.0063286, 0.0120390, 0.0263215, 0.0621467, 0.1528396", \
					  "0.0030972, 0.0039690, 0.0062556, 0.0119120, 0.0264064, 0.0620451, 0.1519630");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0049452, 0.0040749, 0.0018601, -0.0038315, -0.0182876, -0.0545888, -0.1457178", \
					  "0.0048602, 0.0040031, 0.0018074, -0.0038758, -0.0183085, -0.0546164, -0.1457200", \
					  "0.0047267, 0.0038880, 0.0017051, -0.0039458, -0.0183461, -0.0546288, -0.1457300", \
					  "0.0046124, 0.0037464, 0.0015754, -0.0040390, -0.0183931, -0.0546536, -0.1457494", \
					  "0.0047128, 0.0038204, 0.0014743, -0.0041835, -0.0185125, -0.0547278, -0.1457276", \
					  "0.0046664, 0.0037626, 0.0014990, -0.0041966, -0.0186603, -0.0548219, -0.1458351", \
					  "0.0046633, 0.0037496, 0.0014558, -0.0042816, -0.0186951, -0.0549915, -0.1459407");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0055915, 0.0065126, 0.0088066, 0.0145388, 0.0288363, 0.0649858, 0.1543036", \
					  "0.0054773, 0.0064006, 0.0086978, 0.0144660, 0.0289015, 0.0649921, 0.1545102", \
					  "0.0053011, 0.0062184, 0.0084787, 0.0143649, 0.0287169, 0.0648908, 0.1543640", \
					  "0.0052086, 0.0061276, 0.0084407, 0.0141465, 0.0287087, 0.0642554, 0.1539118", \
					  "0.0051464, 0.0060576, 0.0083349, 0.0140951, 0.0285259, 0.0644818, 0.1551727", \
					  "0.0049502, 0.0059522, 0.0083592, 0.0141240, 0.0283773, 0.0642197, 0.1551071", \
					  "0.0053377, 0.0062460, 0.0084516, 0.0141029, 0.0286858, 0.0647518, 0.1538288");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0049162, 0.0040459, 0.0018274, -0.0038691, -0.0183216, -0.0546420, -0.1457325", \
					  "0.0048238, 0.0039707, 0.0017722, -0.0039061, -0.0183367, -0.0546456, -0.1457272", \
					  "0.0046985, 0.0038546, 0.0016790, -0.0039606, -0.0183677, -0.0546372, -0.1457549", \
					  "0.0045722, 0.0037303, 0.0015560, -0.0040716, -0.0184259, -0.0546761, -0.1457686", \
					  "0.0046922, 0.0038064, 0.0014812, -0.0041906, -0.0185417, -0.0547456, -0.1457515", \
					  "0.0046642, 0.0037610, 0.0014966, -0.0042162, -0.0186740, -0.0548417, -0.1458428", \
					  "0.0046847, 0.0037477, 0.0014725, -0.0042718, -0.0186814, -0.0549728, -0.1459319");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0619702, 0.0684080, 0.0838236, 0.1209036, 0.2128893, 0.4412864, 1.0145952", \
					  "0.0671277, 0.0734774, 0.0890225, 0.1261139, 0.2180545, 0.4472121, 1.0192811", \
					  "0.0786990, 0.0850500, 0.1004827, 0.1379910, 0.2304728, 0.4583237, 1.0313774", \
					  "0.1013400, 0.1078025, 0.1231877, 0.1607807, 0.2526561, 0.4828317, 1.0611668", \
					  "0.1351061, 0.1415928, 0.1570186, 0.1945489, 0.2868074, 0.5167147, 1.0897963", \
					  "0.1806890, 0.1877859, 0.2035141, 0.2406127, 0.3326365, 0.5615411, 1.1349016", \
					  "0.2257018, 0.2349672, 0.2541987, 0.2937721, 0.3845457, 0.6146157, 1.1859647");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0309067, 0.0390312, 0.0593474, 0.1103862, 0.2413270, 0.5617724, 1.3665248", \
					  "0.0309446, 0.0389495, 0.0592552, 0.1107337, 0.2416860, 0.5684007, 1.3634972", \
					  "0.0310886, 0.0390624, 0.0593691, 0.1103528, 0.2390990, 0.5636576, 1.3767584", \
					  "0.0318301, 0.0395573, 0.0595695, 0.1109669, 0.2390279, 0.5608255, 1.3827837", \
					  "0.0345479, 0.0417359, 0.0609615, 0.1107177, 0.2389655, 0.5652352, 1.3718630", \
					  "0.0428942, 0.0487240, 0.0654285, 0.1129480, 0.2419583, 0.5605463, 1.3692258", \
					  "0.0619325, 0.0672362, 0.0813381, 0.1216234, 0.2425640, 0.5691957, 1.3652517");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.1048739, 0.1104997, 0.1230051, 0.1504724, 0.2144294, 0.3721539, 0.7683758", \
					  "0.1102264, 0.1160380, 0.1285336, 0.1560387, 0.2198666, 0.3772634, 0.7744813", \
					  "0.1240513, 0.1296173, 0.1421875, 0.1697218, 0.2336513, 0.3913884, 0.7866355", \
					  "0.1586094, 0.1641760, 0.1766950, 0.2043493, 0.2682634, 0.4260046, 0.8207831", \
					  "0.2355783, 0.2412693, 0.2539743, 0.2813582, 0.3456528, 0.5034215, 0.9009667", \
					  "0.3743767, 0.3813269, 0.3951173, 0.4256657, 0.4896769, 0.6468022, 1.0414885", \
					  "0.6061037, 0.6153251, 0.6345705, 0.6713704, 0.7415448, 0.8978050, 1.2920057");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0303582, 0.0356465, 0.0484732, 0.0797161, 0.1606808, 0.3684837, 0.8908630", \
					  "0.0305695, 0.0357975, 0.0484869, 0.0796193, 0.1606757, 0.3707136, 0.9044736", \
					  "0.0304158, 0.0357319, 0.0483236, 0.0795773, 0.1603316, 0.3678611, 0.8923051", \
					  "0.0305567, 0.0358497, 0.0485641, 0.0795962, 0.1604666, 0.3679977, 0.8931673", \
					  "0.0335142, 0.0383528, 0.0503645, 0.0807376, 0.1609114, 0.3677842, 0.9067506", \
					  "0.0442577, 0.0492900, 0.0614007, 0.0888072, 0.1641659, 0.3700088, 0.8925440", \
					  "0.0660595, 0.0713107, 0.0829201, 0.1096196, 0.1770142, 0.3736439, 0.8923864");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0461989, 0.0529224, 0.0694923, 0.1100524, 0.2102189, 0.4599454, 1.0849386", \
					  "0.0518261, 0.0586586, 0.0753251, 0.1159751, 0.2165819, 0.4664239, 1.0911104", \
					  "0.0668912, 0.0735874, 0.0899508, 0.1302433, 0.2299871, 0.4799181, 1.1050303", \
					  "0.1027627, 0.1093057, 0.1254467, 0.1654182, 0.2657801, 0.5146351, 1.1391179", \
					  "0.1748933, 0.1848631, 0.2078219, 0.2491597, 0.3486615, 0.5971031, 1.2222189", \
					  "0.3037341, 0.3207393, 0.3571993, 0.4257658, 0.5455337, 0.7934937, 1.4168404", \
					  "0.5337288, 0.5623592, 0.6244731, 0.7405351, 0.9374390, 1.2468876, 1.8643140");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0413338, 0.0500569, 0.0723055, 0.1277771, 0.2671289, 0.6175809, 1.4951257", \
					  "0.0414297, 0.0502578, 0.0725259, 0.1277722, 0.2672580, 0.6175622, 1.4952457", \
					  "0.0412580, 0.0501111, 0.0724259, 0.1278378, 0.2671568, 0.6176253, 1.4976681", \
					  "0.0482214, 0.0552976, 0.0744311, 0.1278291, 0.2674961, 0.6164397, 1.4977701", \
					  "0.0776492, 0.0849543, 0.0980119, 0.1412886, 0.2678583, 0.6173330, 1.4983229", \
					  "0.1337996, 0.1441837, 0.1670968, 0.2115461, 0.3057941, 0.6206623, 1.4957990", \
					  "0.2390695, 0.2548065, 0.2929526, 0.3596926, 0.4742127, 0.7074179, 1.4980638");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0311801, 0.0356008, 0.0462981, 0.0722342, 0.1354537, 0.2938547, 0.6873945", \
					  "0.0353703, 0.0397565, 0.0505451, 0.0768702, 0.1398172, 0.2977541, 0.6919675", \
					  "0.0441539, 0.0488584, 0.0597672, 0.0859537, 0.1496783, 0.3078291, 0.7016480", \
					  "0.0580721, 0.0644674, 0.0787011, 0.1075760, 0.1720584, 0.3304019, 0.7248098", \
					  "0.0753369, 0.0852761, 0.1061845, 0.1466622, 0.2228861, 0.3832308, 0.7807599", \
					  "0.0863738, 0.1024315, 0.1357418, 0.1990830, 0.3093115, 0.5049335, 0.9044449", \
					  "0.0596732, 0.0870570, 0.1430798, 0.2464099, 0.4203827, 0.7032168, 1.1829577");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0224753, 0.0280731, 0.0420803, 0.0758426, 0.1603331, 0.3682442, 0.8925727", \
					  "0.0224770, 0.0283959, 0.0420824, 0.0759539, 0.1602613, 0.3677127, 0.8907526", \
					  "0.0244416, 0.0295754, 0.0426343, 0.0756428, 0.1607100, 0.3683609, 0.8933809", \
					  "0.0329138, 0.0380988, 0.0507034, 0.0798803, 0.1609737, 0.3682019, 0.8939407", \
					  "0.0519018, 0.0585622, 0.0728201, 0.1034250, 0.1732135, 0.3690152, 0.8932516", \
					  "0.0893846, 0.0985285, 0.1176278, 0.1566907, 0.2336136, 0.4071449, 0.8954733", \
					  "0.1626487, 0.1755070, 0.2032653, 0.2578110, 0.3567334, 0.5471841, 0.9768206");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0507192, 0.0568203, 0.0720649, 0.1093047, 0.2014771, 0.4312255, 1.0066336", \
					  "0.0566351, 0.0629514, 0.0781388, 0.1154686, 0.2077909, 0.4369069, 1.0123137", \
					  "0.0712739, 0.0774056, 0.0922319, 0.1307329, 0.2230587, 0.4530952, 1.0254748", \
					  "0.1078813, 0.1139586, 0.1290277, 0.1650267, 0.2572290, 0.4863857, 1.0607353", \
					  "0.1824108, 0.1910214, 0.2104107, 0.2499357, 0.3391531, 0.5682941, 1.1427587", \
					  "0.3139430, 0.3285930, 0.3602726, 0.4240152, 0.5353406, 0.7636020, 1.3260556", \
					  "0.5466494, 0.5710673, 0.6236138, 0.7288757, 0.9133833, 1.2072175, 1.7789118");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0454026, 0.0533631, 0.0734723, 0.1245373, 0.2527532, 0.5760737, 1.3856442", \
					  "0.0452778, 0.0533898, 0.0734945, 0.1245339, 0.2525520, 0.5760706, 1.3842006", \
					  "0.0452879, 0.0532445, 0.0737331, 0.1242450, 0.2527359, 0.5752895, 1.3839968", \
					  "0.0495005, 0.0564249, 0.0749426, 0.1243627, 0.2527444, 0.5746416, 1.3844996", \
					  "0.0772199, 0.0838151, 0.0975475, 0.1364409, 0.2545692, 0.5751853, 1.3852056", \
					  "0.1324055, 0.1426690, 0.1643946, 0.2051978, 0.2945437, 0.5786076, 1.3866551", \
					  "0.2358050, 0.2523463, 0.2896183, 0.3555313, 0.4652808, 0.6846863, 1.3940038");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0350220, 0.0394389, 0.0501886, 0.0760801, 0.1393004, 0.2971343, 0.6994694", \
					  "0.0391845, 0.0437011, 0.0544726, 0.0806438, 0.1437890, 0.3014506, 0.7036183", \
					  "0.0476019, 0.0521516, 0.0631004, 0.0895400, 0.1527258, 0.3109061, 0.7049556", \
					  "0.0618901, 0.0675433, 0.0802233, 0.1080094, 0.1720791, 0.3305850, 0.7248829", \
					  "0.0809577, 0.0895866, 0.1073118, 0.1440146, 0.2159968, 0.3760672, 0.7743094", \
					  "0.0969667, 0.1104708, 0.1396424, 0.1950205, 0.2943651, 0.4792494, 0.8795225", \
					  "0.0831966, 0.1050597, 0.1543129, 0.2462968, 0.4020731, 0.6608300, 1.1211986");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0227478, 0.0284420, 0.0422592, 0.0765864, 0.1604702, 0.3678899, 0.8959258", \
					  "0.0230002, 0.0284772, 0.0422966, 0.0758051, 0.1593937, 0.3682940, 0.8955545", \
					  "0.0236718, 0.0291452, 0.0425598, 0.0768565, 0.1604634, 0.3684139, 0.8905903", \
					  "0.0297181, 0.0350007, 0.0476640, 0.0782911, 0.1606300, 0.3678042, 0.8921328", \
					  "0.0457836, 0.0519854, 0.0654691, 0.0972638, 0.1690681, 0.3686993, 0.8940962", \
					  "0.0802055, 0.0881749, 0.1061137, 0.1418956, 0.2169637, 0.3956262, 0.8926526", \
					  "0.1499203, 0.1609620, 0.1852579, 0.2342002, 0.3265413, 0.5108476, 0.9519853");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001412;
			capacitance : 0.001355;
			fall_capacitance : 0.001298;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030747, 0.0030355, 0.0029451, 0.0029429, 0.0029379, 0.0029262, 0.0028994");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0050489, 0.0049831, 0.0048313, 0.0048356, 0.0048455, 0.0048683, 0.0049208");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002090;
			capacitance : 0.002167;
			rise_capacitance : 0.002244;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028554, -0.0028519, -0.0028438, -0.0028417, -0.0028370, -0.0028262, -0.0028013");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031100, 0.0031093, 0.0031077, 0.0031115, 0.0031200, 0.0031398, 0.0031852");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002072;
			capacitance : 0.002167;
			rise_capacitance : 0.002262;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026335, -0.0026330, -0.0026318, -0.0026317, -0.0026315, -0.0026311, -0.0026301");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026374, 0.0026364, 0.0026342, 0.0026357, 0.0026391, 0.0026469, 0.0026649");
				}
			}
		}
	}
	cell ("scs8hd_nand3b_2") {
		area : 11.260800;
		cell_footprint : "nand3b";
		cell_leakage_power : 4.944955e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0002130";
			when : "!AN&!B&C";
		}
		leakage_power () {
			value : "0.0172659";
			when : "!AN&!B&!C";
		}
		leakage_power () {
			value : "0.0022143";
			when : "!AN&B&C";
		}
		leakage_power () {
			value : "0.0003049";
			when : "!AN&B&!C";
		}
		leakage_power () {
			value : "0.0097558";
			when : "AN&!B&C";
		}
		leakage_power () {
			value : "0.0097558";
			when : "AN&!B&!C";
		}
		leakage_power () {
			value : "3.3295727e-05";
			when : "AN&B&C";
		}
		leakage_power () {
			value : "1.6622317e-05";
			when : "AN&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B) | (!C)";
			max_capacitance : 0.231638;
			max_transition : 1.495777;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001390839, 0.003868864, 0.01076193, 0.02993622, 0.0832729, 0.2316383");
					values("0.0039869, 0.0052142, 0.0085354, 0.0172760, 0.0405236, 0.1049764, 0.2836050", \
					  "0.0039600, 0.0051828, 0.0085376, 0.0172929, 0.0407123, 0.1054073, 0.2838883", \
					  "0.0039536, 0.0051668, 0.0084684, 0.0172048, 0.0407044, 0.1054495, 0.2838930", \
					  "0.0037990, 0.0049785, 0.0081502, 0.0168631, 0.0405087, 0.1050755, 0.2847545", \
					  "0.0036020, 0.0047673, 0.0078629, 0.0164017, 0.0400134, 0.1052836, 0.2819872", \
					  "0.0036973, 0.0048043, 0.0079328, 0.0163280, 0.0397967, 0.1046639, 0.2840356", \
					  "0.0037932, 0.0048908, 0.0079278, 0.0166101, 0.0398216, 0.1047947, 0.2825227");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001390839, 0.003868864, 0.01076193, 0.02993622, 0.0832729, 0.2316383");
					values("0.0074934, 0.0064935, 0.0037696, -0.0040116, -0.0268733, -0.0915457, -0.2719641", \
					  "0.0074826, 0.0064976, 0.0037251, -0.0040566, -0.0269105, -0.0915652, -0.2720137", \
					  "0.0075426, 0.0065403, 0.0037839, -0.0040478, -0.0268717, -0.0915360, -0.2719954", \
					  "0.0073938, 0.0064269, 0.0036557, -0.0041988, -0.0270222, -0.0916616, -0.2720763", \
					  "0.0073853, 0.0063770, 0.0035581, -0.0043699, -0.0272324, -0.0918278, -0.2722034", \
					  "0.0070165, 0.0059856, 0.0031651, -0.0047944, -0.0276151, -0.0920870, -0.2723796", \
					  "0.0074138, 0.0064357, 0.0033818, -0.0048812, -0.0278641, -0.0922652, -0.2724443");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001390839, 0.003868864, 0.01076193, 0.02993622, 0.0832729, 0.2316383");
					values("0.0065655, 0.0076486, 0.0106438, 0.0189405, 0.0419885, 0.1061231, 0.2840972", \
					  "0.0061188, 0.0072317, 0.0102921, 0.0186913, 0.0419372, 0.1059461, 0.2839691", \
					  "0.0056394, 0.0068131, 0.0098799, 0.0183311, 0.0416401, 0.1058556, 0.2840395", \
					  "0.0053988, 0.0064930, 0.0094871, 0.0179134, 0.0411634, 0.1052995, 0.2834987", \
					  "0.0052143, 0.0063064, 0.0093523, 0.0176698, 0.0409336, 0.1049683, 0.2835433", \
					  "0.0046376, 0.0057328, 0.0090665, 0.0175235, 0.0406378, 0.1044531, 0.2829630", \
					  "0.0050756, 0.0062135, 0.0090705, 0.0172400, 0.0406268, 0.1043467, 0.2824148");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001390839, 0.003868864, 0.01076193, 0.02993622, 0.0832729, 0.2316383");
					values("0.0091448, 0.0081335, 0.0052483, -0.0029088, -0.0260780, -0.0909514, -0.2714553", \
					  "0.0089311, 0.0079403, 0.0051225, -0.0029702, -0.0261218, -0.0909655, -0.2714613", \
					  "0.0086584, 0.0076687, 0.0048979, -0.0031178, -0.0261967, -0.0909966, -0.2715039", \
					  "0.0084023, 0.0074130, 0.0046253, -0.0033681, -0.0263333, -0.0910706, -0.2715216", \
					  "0.0086486, 0.0075761, 0.0045930, -0.0035693, -0.0265186, -0.0911473, -0.2715379", \
					  "0.0087530, 0.0076877, 0.0047077, -0.0035817, -0.0268750, -0.0914386, -0.2717001", \
					  "0.0087863, 0.0076929, 0.0046902, -0.0036683, -0.0268730, -0.0917072, -0.2719111");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001390839, 0.003868864, 0.01076193, 0.02993622, 0.0832729, 0.2316383");
					values("0.0104514, 0.0115065, 0.0144497, 0.0227292, 0.0458990, 0.1099631, 0.2879115", \
					  "0.0102251, 0.0112815, 0.0142510, 0.0225898, 0.0457014, 0.1098410, 0.2874851", \
					  "0.0099244, 0.0109889, 0.0139432, 0.0223973, 0.0456132, 0.1097598, 0.2877070", \
					  "0.0097489, 0.0107918, 0.0137486, 0.0221447, 0.0454816, 0.1096235, 0.2878687", \
					  "0.0095518, 0.0106327, 0.0136168, 0.0218868, 0.0450523, 0.1093171, 0.2875520", \
					  "0.0091673, 0.0103525, 0.0134976, 0.0219503, 0.0450458, 0.1086068, 0.2872190", \
					  "0.0095121, 0.0105724, 0.0135363, 0.0217273, 0.0452375, 0.1087682, 0.2868726");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001390839, 0.003868864, 0.01076193, 0.02993622, 0.0832729, 0.2316383");
					values("0.0091578, 0.0081426, 0.0052712, -0.0028879, -0.0260941, -0.0909654, -0.2714828", \
					  "0.0089781, 0.0079762, 0.0051481, -0.0029607, -0.0261239, -0.0909730, -0.2714954", \
					  "0.0087327, 0.0077420, 0.0049422, -0.0031031, -0.0261854, -0.0909970, -0.2714982", \
					  "0.0084815, 0.0074794, 0.0046821, -0.0033164, -0.0263118, -0.0910534, -0.2715221", \
					  "0.0087694, 0.0076782, 0.0046451, -0.0034843, -0.0264646, -0.0911163, -0.2715184", \
					  "0.0088029, 0.0077462, 0.0047884, -0.0034838, -0.0267723, -0.0913542, -0.2716771", \
					  "0.0088271, 0.0077472, 0.0047548, -0.0036069, -0.0267727, -0.0916088, -0.2718012");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
					values("0.0742060, 0.0786353, 0.0901459, 0.1193491, 0.1961588, 0.4071072, 0.9917114", \
					  "0.0791459, 0.0835516, 0.0951010, 0.1243689, 0.2009699, 0.4120086, 0.9968654", \
					  "0.0912820, 0.0956587, 0.1070983, 0.1362565, 0.2131954, 0.4240830, 1.0069162", \
					  "0.1181672, 0.1225290, 0.1337124, 0.1628195, 0.2400669, 0.4505250, 1.0395488", \
					  "0.1630210, 0.1676022, 0.1790205, 0.2080580, 0.2852944, 0.4960963, 1.0805458", \
					  "0.2258948, 0.2314220, 0.2444182, 0.2743163, 0.3513329, 0.5616180, 1.1457143", \
					  "0.3007623, 0.3081860, 0.3252107, 0.3612541, 0.4384200, 0.6471843, 1.2313641");
				}
				rise_transition ("del_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("0.0277410, 0.0323665, 0.0456216, 0.0835523, 0.1904666, 0.4888324, 1.3202509", \
					  "0.0278020, 0.0323426, 0.0455744, 0.0834273, 0.1914080, 0.4923368, 1.3294530", \
					  "0.0277032, 0.0323887, 0.0456717, 0.0834540, 0.1916414, 0.4929666, 1.3232746", \
					  "0.0283206, 0.0329143, 0.0460250, 0.0836438, 0.1908752, 0.4893819, 1.3349235", \
					  "0.0327887, 0.0368576, 0.0491121, 0.0850087, 0.1907736, 0.4911532, 1.3198072", \
					  "0.0442686, 0.0478997, 0.0579519, 0.0902703, 0.1929496, 0.4891115, 1.3238535", \
					  "0.0659853, 0.0697317, 0.0790325, 0.1071369, 0.1982721, 0.4942540, 1.3180876");
				}
				cell_fall ("del_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("0.1514021, 0.1565965, 0.1689858, 0.1972183, 0.2622392, 0.4311356, 0.8983440", \
					  "0.1568717, 0.1619786, 0.1741943, 0.2026785, 0.2679593, 0.4368864, 0.9035734", \
					  "0.1707792, 0.1758428, 0.1880953, 0.2165247, 0.2820233, 0.4509289, 0.9191767", \
					  "0.2047012, 0.2098284, 0.2222544, 0.2504126, 0.3158159, 0.4847674, 0.9526835", \
					  "0.2851030, 0.2901801, 0.3024883, 0.3305350, 0.3954419, 0.5644510, 1.0318421", \
					  "0.4507152, 0.4565965, 0.4708359, 0.5012846, 0.5663009, 0.7346164, 1.2008372", \
					  "0.7324494, 0.7403036, 0.7587633, 0.7912502, 0.8678375, 1.0352378, 1.4995594");
				}
				fall_transition ("del_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("0.0394199, 0.0433338, 0.0539534, 0.0815975, 0.1580259, 0.3805503, 1.0136769", \
					  "0.0394621, 0.0433461, 0.0541477, 0.0814796, 0.1579446, 0.3802529, 1.0104000", \
					  "0.0395651, 0.0433522, 0.0540495, 0.0816461, 0.1580703, 0.3804212, 1.0146540", \
					  "0.0396647, 0.0434265, 0.0540971, 0.0816052, 0.1582022, 0.3813856, 1.0131599", \
					  "0.0400917, 0.0441228, 0.0544289, 0.0821573, 0.1583903, 0.3802528, 1.0107085", \
					  "0.0515331, 0.0552259, 0.0644336, 0.0895432, 0.1629276, 0.3811627, 1.0108877", \
					  "0.0777669, 0.0824196, 0.0917076, 0.1175248, 0.1819983, 0.3882250, 1.0114843");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
					values("0.0430534, 0.0474097, 0.0591746, 0.0908539, 0.1766068, 0.4126843, 1.0652926", \
					  "0.0483201, 0.0527146, 0.0646633, 0.0964795, 0.1828505, 0.4183850, 1.0727853", \
					  "0.0625217, 0.0672841, 0.0791511, 0.1109901, 0.1968936, 0.4331299, 1.0872555", \
					  "0.0981458, 0.1030469, 0.1143731, 0.1455171, 0.2311632, 0.4655387, 1.1191623", \
					  "0.1656314, 0.1728494, 0.1902731, 0.2284161, 0.3139938, 0.5491048, 1.2024741", \
					  "0.2840436, 0.2954523, 0.3246833, 0.3866321, 0.5041820, 0.7398022, 1.3926732", \
					  "0.4949546, 0.5150436, 0.5624168, 0.6652137, 0.8577192, 1.1798945, 1.8323578");
				}
				rise_transition ("del_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("0.0373541, 0.0429702, 0.0586038, 0.1013964, 0.2203625, 0.5533732, 1.4796110", \
					  "0.0377335, 0.0429649, 0.0586125, 0.1012603, 0.2207044, 0.5533502, 1.4788600", \
					  "0.0375300, 0.0430191, 0.0584738, 0.1014154, 0.2208422, 0.5533609, 1.4805361", \
					  "0.0453560, 0.0495596, 0.0623608, 0.1015820, 0.2211088, 0.5534100, 1.4819843", \
					  "0.0742588, 0.0793004, 0.0913309, 0.1201558, 0.2236986, 0.5529190, 1.4799497", \
					  "0.1282107, 0.1352843, 0.1542198, 0.1915652, 0.2737009, 0.5600506, 1.4781465", \
					  "0.2258488, 0.2385886, 0.2694309, 0.3298495, 0.4429559, 0.6680245, 1.4859222");
				}
				cell_fall ("del_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("0.0328914, 0.0362620, 0.0452080, 0.0687077, 0.1314861, 0.2996472, 0.7690080", \
					  "0.0371492, 0.0405718, 0.0496104, 0.0734738, 0.1360292, 0.3043345, 0.7741348", \
					  "0.0460168, 0.0496130, 0.0588732, 0.0828047, 0.1456917, 0.3141362, 0.7844320", \
					  "0.0597662, 0.0645633, 0.0764972, 0.1036661, 0.1675468, 0.3374116, 0.8039601", \
					  "0.0771580, 0.0845409, 0.1017167, 0.1398271, 0.2167029, 0.3896545, 0.8576853", \
					  "0.0882475, 0.0997780, 0.1273922, 0.1870278, 0.2997235, 0.5076721, 0.9846864", \
					  "0.0594097, 0.0789663, 0.1267423, 0.2256111, 0.4034769, 0.7116561, 1.2689180");
				}
				fall_transition ("del_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("0.0223553, 0.0268095, 0.0384923, 0.0698951, 0.1525606, 0.3806090, 1.0124632", \
					  "0.0224560, 0.0269304, 0.0388495, 0.0705805, 0.1523048, 0.3803648, 1.0124612", \
					  "0.0240950, 0.0281379, 0.0392018, 0.0701135, 0.1522698, 0.3802845, 1.0125834", \
					  "0.0312652, 0.0355603, 0.0467980, 0.0738035, 0.1526852, 0.3800021, 1.0104333", \
					  "0.0490228, 0.0538736, 0.0663008, 0.0955510, 0.1663616, 0.3810973, 1.0107281", \
					  "0.0848531, 0.0922080, 0.1086618, 0.1461892, 0.2245850, 0.4132706, 1.0110462", \
					  "0.1567957, 0.1661215, 0.1906314, 0.2440897, 0.3466137, 0.5560948, 1.0848583");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00139084, 0.00386886, 0.0107619, 0.0299362, 0.0832729, 0.231638");
					values("0.0528353, 0.0573465, 0.0688718, 0.1005489, 0.1862155, 0.4218438, 1.0765268", \
					  "0.0588985, 0.0632899, 0.0750447, 0.1066623, 0.1923936, 0.4283393, 1.0826999", \
					  "0.0736055, 0.0779774, 0.0894630, 0.1219283, 0.2078666, 0.4441828, 1.0983867", \
					  "0.1097226, 0.1137133, 0.1259396, 0.1574244, 0.2435075, 0.4793892, 1.1339181", \
					  "0.1865286, 0.1925956, 0.2078936, 0.2418087, 0.3267748, 0.5628238, 1.2162805", \
					  "0.3211552, 0.3309547, 0.3560490, 0.4111753, 0.5213394, 0.7549929, 1.4093224", \
					  "0.5648200, 0.5814297, 0.6217534, 0.7127268, 0.8926272, 1.2042995, 1.8539050");
				}
				rise_transition ("del_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("0.0470366, 0.0526618, 0.0677374, 0.1098705, 0.2291755, 0.5639128, 1.4910319", \
					  "0.0468506, 0.0524950, 0.0675881, 0.1100178, 0.2289235, 0.5629334, 1.4910534", \
					  "0.0466725, 0.0521889, 0.0675910, 0.1100002, 0.2289364, 0.5621960, 1.4916706", \
					  "0.0506487, 0.0556439, 0.0689883, 0.1098042, 0.2290540, 0.5616984, 1.4920296", \
					  "0.0763782, 0.0808845, 0.0915871, 0.1235091, 0.2302605, 0.5624304, 1.4908140", \
					  "0.1289753, 0.1371461, 0.1544665, 0.1914200, 0.2749030, 0.5674788, 1.4904765", \
					  "0.2286094, 0.2402775, 0.2685953, 0.3289488, 0.4401402, 0.6698477, 1.4957774");
				}
				cell_fall ("del_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("0.0370848, 0.0404915, 0.0495093, 0.0734488, 0.1357084, 0.3046403, 0.7709878", \
					  "0.0411781, 0.0446222, 0.0537486, 0.0777518, 0.1400187, 0.3092026, 0.7756076", \
					  "0.0491344, 0.0526233, 0.0618291, 0.0858926, 0.1485449, 0.3177473, 0.7844894", \
					  "0.0624196, 0.0664780, 0.0768553, 0.1023013, 0.1654707, 0.3348317, 0.8015358", \
					  "0.0810318, 0.0864980, 0.1005312, 0.1323926, 0.2028078, 0.3753252, 0.8419477", \
					  "0.0961097, 0.1056755, 0.1272875, 0.1754687, 0.2707543, 0.4643000, 0.9376613", \
					  "0.0789734, 0.0949652, 0.1346647, 0.2139666, 0.3634318, 0.6259463, 1.1527086");
				}
				fall_transition ("del_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("0.0227003, 0.0271531, 0.0389603, 0.0703548, 0.1536247, 0.3798014, 1.0099317", \
					  "0.0227285, 0.0271635, 0.0392298, 0.0704122, 0.1537881, 0.3791606, 1.0092098", \
					  "0.0234916, 0.0277243, 0.0392241, 0.0703604, 0.1537457, 0.3792170, 1.0126401", \
					  "0.0279203, 0.0320733, 0.0431914, 0.0720639, 0.1525890, 0.3797898, 1.0094040", \
					  "0.0401755, 0.0446260, 0.0567881, 0.0861082, 0.1606048, 0.3821851, 1.0111176", \
					  "0.0703589, 0.0765310, 0.0907065, 0.1236012, 0.2001250, 0.4016047, 1.0120136", \
					  "0.1356698, 0.1435138, 0.1639566, 0.2080326, 0.2972287, 0.5001444, 1.0540570");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001490;
			capacitance : 0.001427;
			fall_capacitance : 0.001364;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066523, 0.0066233, 0.0065565, 0.0065483, 0.0065296, 0.0064864, 0.0063869");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0073064, 0.0072440, 0.0071000, 0.0071122, 0.0071403, 0.0072052, 0.0073547");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004073;
			capacitance : 0.004206;
			rise_capacitance : 0.004338;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054157, -0.0054127, -0.0054058, -0.0054024, -0.0053947, -0.0053768, -0.0053355");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059276, 0.0059389, 0.0059650, 0.0059714, 0.0059862, 0.0060202, 0.0060986");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003918;
			capacitance : 0.004132;
			rise_capacitance : 0.004345;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051689, -0.0051684, -0.0051673, -0.0051673, -0.0051675, -0.0051681, -0.0051690");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051781, 0.0051770, 0.0051747, 0.0051769, 0.0051822, 0.0051944, 0.0052224");
				}
			}
		}
	}
	cell ("scs8hd_nand3b_4") {
		area : 20.019200;
		cell_footprint : "nand3b";
		cell_leakage_power : 8.167183e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003198";
			when : "!AN&!B&C";
		}
		leakage_power () {
			value : "0.0296848";
			when : "!AN&!B&!C";
		}
		leakage_power () {
			value : "0.0043273";
			when : "!AN&B&C";
		}
		leakage_power () {
			value : "0.0001208";
			when : "!AN&B&!C";
		}
		leakage_power () {
			value : "0.0150236";
			when : "AN&!B&C";
		}
		leakage_power () {
			value : "0.0150236";
			when : "AN&!B&!C";
		}
		leakage_power () {
			value : "0.0004440";
			when : "AN&B&C";
		}
		leakage_power () {
			value : "0.0003935";
			when : "AN&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B) | (!C)";
			max_capacitance : 0.432139;
			max_transition : 1.498483;
			internal_power () {
				related_pin : "AN";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0155987, 0.0144627, 0.0109113, -0.0004314, -0.0371393, -0.1519848, -0.5073512", \
					  "0.0155681, 0.0144179, 0.0108898, -0.0005558, -0.0371709, -0.1520455, -0.5073993", \
					  "0.0155628, 0.0143431, 0.0108747, -0.0004904, -0.0371418, -0.1519785, -0.5073877", \
					  "0.0152915, 0.0141218, 0.0105563, -0.0008982, -0.0374930, -0.1522362, -0.5075223", \
					  "0.0149506, 0.0137731, 0.0101376, -0.0014238, -0.0379799, -0.1525940, -0.5077954", \
					  "0.0141408, 0.0129658, 0.0093125, -0.0019927, -0.0386118, -0.1530375, -0.5080780", \
					  "0.0144500, 0.0135515, 0.0098735, -0.0026233, -0.0394222, -0.1535915, -0.5080688");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0077358, 0.0091662, 0.0135836, 0.0265170, 0.0645084, 0.1780551, 0.5310478", \
					  "0.0076357, 0.0090818, 0.0134795, 0.0265724, 0.0644981, 0.1785275, 0.5284027", \
					  "0.0076445, 0.0090803, 0.0134814, 0.0264246, 0.0643588, 0.1788618, 0.5284323", \
					  "0.0071668, 0.0086105, 0.0128973, 0.0256960, 0.0635605, 0.1779951, 0.5278431", \
					  "0.0066577, 0.0080243, 0.0123066, 0.0248093, 0.0629945, 0.1793501, 0.5301054", \
					  "0.0068507, 0.0081309, 0.0121412, 0.0245589, 0.0623710, 0.1767987, 0.5275405", \
					  "0.0067627, 0.0081904, 0.0121455, 0.0244689, 0.0620565, 0.1777432, 0.5299019");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0123158, 0.0136193, 0.0175813, 0.0296717, 0.0667868, 0.1801370, 0.5299744", \
					  "0.0116115, 0.0129437, 0.0169265, 0.0291781, 0.0664182, 0.1801362, 0.5304877", \
					  "0.0106303, 0.0119432, 0.0161746, 0.0285160, 0.0660143, 0.1798832, 0.5300192", \
					  "0.0101194, 0.0113998, 0.0153707, 0.0277452, 0.0652018, 0.1793698, 0.5295988", \
					  "0.0096051, 0.0108968, 0.0148758, 0.0269144, 0.0642029, 0.1782815, 0.5277963", \
					  "0.0093904, 0.0107334, 0.0150268, 0.0273864, 0.0640755, 0.1780319, 0.5269741", \
					  "0.0097384, 0.0110457, 0.0150459, 0.0267551, 0.0649169, 0.1781199, 0.5280565");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0189163, 0.0177495, 0.0140013, 0.0022077, -0.0348969, -0.1500073, -0.5055349", \
					  "0.0185020, 0.0173521, 0.0136824, 0.0020095, -0.0349778, -0.1499919, -0.5054530", \
					  "0.0178968, 0.0167508, 0.0131469, 0.0016562, -0.0351580, -0.1500991, -0.5054760", \
					  "0.0173224, 0.0161591, 0.0125656, 0.0010536, -0.0355375, -0.1502902, -0.5056017", \
					  "0.0173701, 0.0161377, 0.0123067, 0.0005910, -0.0360167, -0.1504978, -0.5056694", \
					  "0.0173131, 0.0160786, 0.0122281, 0.0003524, -0.0368622, -0.1512636, -0.5060686", \
					  "0.0172496, 0.0159447, 0.0120550, 4.2200000e-05, -0.0370386, -0.1519201, -0.5066499");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0204825, 0.0217191, 0.0256517, 0.0376522, 0.0746912, 0.1884617, 0.5393632", \
					  "0.0199863, 0.0212717, 0.0251810, 0.0373075, 0.0743883, 0.1883005, 0.5390812", \
					  "0.0193187, 0.0206047, 0.0245466, 0.0366856, 0.0740819, 0.1880474, 0.5388764", \
					  "0.0189287, 0.0201942, 0.0241200, 0.0358734, 0.0735364, 0.1876935, 0.5388783", \
					  "0.0185601, 0.0198420, 0.0237578, 0.0358770, 0.0731622, 0.1872960, 0.5381932", \
					  "0.0182045, 0.0195869, 0.0237260, 0.0357904, 0.0727522, 0.1867550, 0.5373885", \
					  "0.0186776, 0.0199313, 0.0237521, 0.0355487, 0.0728350, 0.1868272, 0.5358436");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001543164, 0.004762713, 0.0146993, 0.04536687, 0.1400171, 0.4321388");
					values("0.0190294, 0.0178312, 0.0140661, 0.0022416, -0.0348723, -0.1499976, -0.5053937", \
					  "0.0185756, 0.0174335, 0.0137443, 0.0020640, -0.0349588, -0.1500045, -0.5054763", \
					  "0.0180197, 0.0168693, 0.0132753, 0.0017085, -0.0351090, -0.1500850, -0.5054983", \
					  "0.0174893, 0.0163149, 0.0126850, 0.0011408, -0.0354533, -0.1502384, -0.5055258", \
					  "0.0177323, 0.0164377, 0.0124890, 0.0007478, -0.0358688, -0.1504421, -0.5054999", \
					  "0.0176140, 0.0163611, 0.0125209, 0.0006543, -0.0365830, -0.1509908, -0.5058178", \
					  "0.0176653, 0.0164315, 0.0125265, 0.0005202, -0.0365848, -0.1515291, -0.5062632");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0835755, 0.0866361, 0.0957167, 0.1213538, 0.1951475, 0.4176736, 1.0992692", \
					  "0.0883919, 0.0914874, 0.1005141, 0.1263880, 0.2003391, 0.4226053, 1.1054668", \
					  "0.0999044, 0.1029652, 0.1119911, 0.1376515, 0.2116108, 0.4349827, 1.1168710", \
					  "0.1260009, 0.1290815, 0.1378656, 0.1634882, 0.2373415, 0.4608640, 1.1431806", \
					  "0.1723506, 0.1754932, 0.1845666, 0.2101692, 0.2842516, 0.5066246, 1.1920688", \
					  "0.2371363, 0.2409244, 0.2507861, 0.2770724, 0.3504173, 0.5730250, 1.2574940", \
					  "0.3147052, 0.3196617, 0.3331456, 0.3640315, 0.4388534, 0.6596318, 1.3422331");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0300702, 0.0332672, 0.0433057, 0.0751186, 0.1768669, 0.4901962, 1.4462714", \
					  "0.0301759, 0.0333579, 0.0432881, 0.0751339, 0.1767394, 0.4875281, 1.4608617", \
					  "0.0301222, 0.0333331, 0.0431984, 0.0750558, 0.1757188, 0.4870223, 1.4521325", \
					  "0.0305813, 0.0337552, 0.0435671, 0.0753394, 0.1761682, 0.4858092, 1.4543917", \
					  "0.0346280, 0.0375097, 0.0464610, 0.0764939, 0.1765269, 0.4919302, 1.4521879", \
					  "0.0450244, 0.0475459, 0.0556647, 0.0818930, 0.1778078, 0.4872846, 1.4481029", \
					  "0.0667152, 0.0694079, 0.0758410, 0.0999213, 0.1833400, 0.4924903, 1.4531042");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.1162449, 0.1191271, 0.1275174, 0.1491478, 0.2067972, 0.3746894, 0.8928676", \
					  "0.1219831, 0.1248738, 0.1330583, 0.1546032, 0.2123744, 0.3804739, 0.9022758", \
					  "0.1356322, 0.1384033, 0.1473134, 0.1691060, 0.2266313, 0.3949232, 0.9105525", \
					  "0.1696315, 0.1725344, 0.1807121, 0.2027775, 0.2603290, 0.4282064, 0.9451686", \
					  "0.2475852, 0.2504462, 0.2585972, 0.2805970, 0.3381044, 0.5066055, 1.0220046", \
					  "0.3903384, 0.3939885, 0.4040013, 0.4285595, 0.4880293, 0.6560938, 1.1720002", \
					  "0.6212573, 0.6286658, 0.6420589, 0.6742807, 0.7426978, 0.9116399, 1.4228635");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0328792, 0.0354464, 0.0431495, 0.0666493, 0.1379496, 0.3663668, 1.0756828", \
					  "0.0329271, 0.0355719, 0.0432503, 0.0665337, 0.1378054, 0.3655803, 1.0741561", \
					  "0.0328608, 0.0357047, 0.0430108, 0.0666131, 0.1379339, 0.3653176, 1.0751918", \
					  "0.0328730, 0.0353996, 0.0433031, 0.0666931, 0.1379823, 0.3655063, 1.0766512", \
					  "0.0345885, 0.0372864, 0.0448372, 0.0674349, 0.1380906, 0.3653751, 1.0727328", \
					  "0.0477044, 0.0501306, 0.0572070, 0.0781153, 0.1438939, 0.3668459, 1.0756211", \
					  "0.0734477, 0.0757142, 0.0832326, 0.1032993, 0.1627863, 0.3712330, 1.0754990");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0458378, 0.0486792, 0.0572073, 0.0825540, 0.1579133, 0.3865068, 1.0897451", \
					  "0.0512747, 0.0541301, 0.0626484, 0.0882147, 0.1637912, 0.3928609, 1.0961294", \
					  "0.0652931, 0.0681026, 0.0771699, 0.1024902, 0.1784930, 0.4079127, 1.1102852", \
					  "0.1018903, 0.1046313, 0.1127875, 0.1375820, 0.2139446, 0.4433940, 1.1472222", \
					  "0.1718928, 0.1764439, 0.1892146, 0.2208894, 0.2966137, 0.5259772, 1.2240561", \
					  "0.2965652, 0.3037113, 0.3247940, 0.3759301, 0.4855648, 0.7181709, 1.4186413", \
					  "0.5228937, 0.5355443, 0.5698378, 0.6557457, 0.8347527, 1.1614324, 1.8661364");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0388704, 0.0423302, 0.0531964, 0.0862656, 0.1891228, 0.5077250, 1.4929961", \
					  "0.0389385, 0.0423793, 0.0532367, 0.0861095, 0.1889534, 0.5078782, 1.4946582", \
					  "0.0388636, 0.0423650, 0.0530152, 0.0861181, 0.1891149, 0.5073500, 1.4920805", \
					  "0.0451769, 0.0477506, 0.0568713, 0.0867445, 0.1888334, 0.5082985, 1.4933863", \
					  "0.0736659, 0.0766115, 0.0849619, 0.1071998, 0.1929292, 0.5081418, 1.4936928", \
					  "0.1270291, 0.1319328, 0.1460284, 0.1776072, 0.2479843, 0.5148275, 1.4936566", \
					  "0.2248730, 0.2330556, 0.2553812, 0.3071119, 0.4140800, 0.6300990, 1.4984827");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0362131, 0.0383849, 0.0450221, 0.0641304, 0.1197480, 0.2878370, 0.8037044", \
					  "0.0401102, 0.0423397, 0.0490709, 0.0682860, 0.1243030, 0.2923205, 0.8077887", \
					  "0.0480313, 0.0503661, 0.0572432, 0.0767213, 0.1327207, 0.3011437, 0.8166724", \
					  "0.0602250, 0.0633208, 0.0722504, 0.0951126, 0.1531049, 0.3221808, 0.8386614", \
					  "0.0753887, 0.0800475, 0.0930738, 0.1254251, 0.1978982, 0.3716722, 0.8888784", \
					  "0.0809261, 0.0888554, 0.1096077, 0.1608103, 0.2682119, 0.4818611, 1.0083434", \
					  "0.0407835, 0.0538328, 0.0895310, 0.1745961, 0.3464644, 0.6635026, 1.2758251");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0237348, 0.0267757, 0.0351774, 0.0605749, 0.1359577, 0.3652326, 1.0750982", \
					  "0.0239042, 0.0267713, 0.0352110, 0.0604746, 0.1356723, 0.3667459, 1.0719209", \
					  "0.0252978, 0.0279160, 0.0359680, 0.0606930, 0.1358498, 0.3666161, 1.0752296", \
					  "0.0320469, 0.0348522, 0.0434226, 0.0655294, 0.1367820, 0.3651893, 1.0736314", \
					  "0.0497873, 0.0530660, 0.0623446, 0.0870100, 0.1534809, 0.3670268, 1.0753551", \
					  "0.0866325, 0.0915702, 0.1038679, 0.1352612, 0.2091236, 0.4017999, 1.0738055", \
					  "0.1589872, 0.1655159, 0.1836852, 0.2284336, 0.3269603, 0.5433605, 1.1408650");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0513174, 0.0537801, 0.0616467, 0.0846314, 0.1528467, 0.3603396, 0.9974485", \
					  "0.0572209, 0.0598760, 0.0674715, 0.0905411, 0.1590647, 0.3665098, 1.0037030", \
					  "0.0717065, 0.0742607, 0.0820359, 0.1047448, 0.1732829, 0.3803652, 1.0179606", \
					  "0.1076960, 0.1100937, 0.1174767, 0.1394311, 0.2093020, 0.4165821, 1.0541203", \
					  "0.1816474, 0.1852404, 0.1957195, 0.2236609, 0.2920391, 0.4992912, 1.1349220", \
					  "0.3122749, 0.3177750, 0.3347174, 0.3791541, 0.4782686, 0.6903488, 1.3259106", \
					  "0.5447837, 0.5548335, 0.5830530, 0.6557123, 0.8185694, 1.1261541, 1.7669183");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0459077, 0.0491533, 0.0587996, 0.0886560, 0.1825727, 0.4749089, 1.3798770", \
					  "0.0461370, 0.0490175, 0.0588963, 0.0888834, 0.1825125, 0.4750214, 1.3793566", \
					  "0.0456755, 0.0489441, 0.0586788, 0.0886912, 0.1827084, 0.4750178, 1.3791283", \
					  "0.0495998, 0.0524009, 0.0609883, 0.0891526, 0.1826256, 0.4749801, 1.3797746", \
					  "0.0758667, 0.0785536, 0.0858536, 0.1080038, 0.1873605, 0.4744522, 1.3774671", \
					  "0.1285538, 0.1333720, 0.1459889, 0.1764743, 0.2438855, 0.4845535, 1.3781627", \
					  "0.2242236, 0.2317651, 0.2529755, 0.3006938, 0.4060819, 0.6083619, 1.3900598");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0399087, 0.0420512, 0.0486722, 0.0677027, 0.1235623, 0.2914998, 0.8149194", \
					  "0.0436580, 0.0458824, 0.0525797, 0.0718034, 0.1277946, 0.2957993, 0.8199524", \
					  "0.0508873, 0.0532094, 0.0599429, 0.0794608, 0.1355782, 0.3040709, 0.8194720", \
					  "0.0627779, 0.0653511, 0.0729483, 0.0940111, 0.1507921, 0.3198157, 0.8409234", \
					  "0.0791657, 0.0827579, 0.0929143, 0.1192581, 0.1842928, 0.3559152, 0.8736235", \
					  "0.0901576, 0.0960810, 0.1123946, 0.1531809, 0.2420381, 0.4384263, 0.9616036", \
					  "0.0642169, 0.0746206, 0.1035371, 0.1725623, 0.3142249, 0.5836699, 1.1600708");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154316, 0.00476271, 0.0146993, 0.0453669, 0.140017, 0.432139");
					values("0.0239228, 0.0268815, 0.0353002, 0.0605877, 0.1357199, 0.3663787, 1.0760708", \
					  "0.0239002, 0.0268701, 0.0353718, 0.0607536, 0.1362454, 0.3662653, 1.0769295", \
					  "0.0245122, 0.0272422, 0.0355708, 0.0607252, 0.1360459, 0.3654104, 1.0736241", \
					  "0.0286538, 0.0313839, 0.0397323, 0.0632099, 0.1364088, 0.3654027, 1.0746686", \
					  "0.0409750, 0.0437467, 0.0523250, 0.0764647, 0.1459208, 0.3676408, 1.0761273", \
					  "0.0724975, 0.0761366, 0.0866117, 0.1139118, 0.1838095, 0.3884882, 1.0746326", \
					  "0.1387892, 0.1436716, 0.1579685, 0.1949704, 0.2784731, 0.4825882, 1.1109121");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002085;
			capacitance : 0.002193;
			rise_capacitance : 0.002302;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0120627, 0.0120005, 0.0118572, 0.0118625, 0.0118745, 0.0119025, 0.0119670");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121583, 0.0120634, 0.0118447, 0.0118839, 0.0119741, 0.0121822, 0.0126619");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007591;
			capacitance : 0.007866;
			rise_capacitance : 0.008142;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103878, -0.0103781, -0.0103557, -0.0103373, -0.0102950, -0.0101973, -0.0099722");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0114864, 0.0114810, 0.0114687, 0.0114844, 0.0115206, 0.0116040, 0.0117962");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007777;
			capacitance : 0.008216;
			rise_capacitance : 0.008654;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104990, -0.0104995, -0.0105005, -0.0104999, -0.0104983, -0.0104947, -0.0104863");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0105325, 0.0105332, 0.0105349, 0.0105377, 0.0105442, 0.0105590, 0.0105933");
				}
			}
		}
	}
	cell ("scs8hd_nand4_1") {
		area : 6.256000;
		cell_footprint : "nand4";
		cell_leakage_power : 9.984807e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.2363882e-06";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "5.2196588e-06";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "5.3366565e-06";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "5.2413958e-06";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "5.4984013e-06";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "5.4043853e-06";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "1.4399757e-05";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "5.5896822e-06";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "9.5060441e-06";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "9.4015982e-06";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "1.7341338e-05";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "9.6087324e-06";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "2.0652500e-05";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "1.3459602e-05";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0014438";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "2.1911130e-05";
			when : "A&B&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B) | (!C) | (!D)";
			max_capacitance : 0.121775;
			max_transition : 1.494083;
			internal_power () {
				related_pin : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0032152, 0.0023251, 0.0001009, -0.0055719, -0.0197946, -0.0553471, -0.1442118", \
					  "0.0031117, 0.0022415, 2.0200000e-05, -0.0056152, -0.0198081, -0.0553550, -0.1442261", \
					  "0.0029156, 0.0020592, -0.0001160, -0.0057137, -0.0198613, -0.0553913, -0.1442456", \
					  "0.0027276, 0.0018658, -0.0003073, -0.0058537, -0.0199520, -0.0554426, -0.1442744", \
					  "0.0025944, 0.0017165, -0.0004878, -0.0060588, -0.0201174, -0.0555362, -0.1443301", \
					  "0.0027874, 0.0017123, -0.0005301, -0.0061412, -0.0203144, -0.0556992, -0.1444251", \
					  "0.0028552, 0.0019357, -0.0004095, -0.0061069, -0.0202670, -0.0559094, -0.1446212");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0036344, 0.0046213, 0.0070024, 0.0127268, 0.0269851, 0.0623179, 0.1503278", \
					  "0.0034461, 0.0044251, 0.0069022, 0.0126692, 0.0269614, 0.0623571, 0.1502568", \
					  "0.0032703, 0.0042243, 0.0066550, 0.0124685, 0.0266639, 0.0622968, 0.1511224", \
					  "0.0031440, 0.0040844, 0.0064274, 0.0122188, 0.0263938, 0.0618102, 0.1499491", \
					  "0.0031187, 0.0040375, 0.0063151, 0.0120571, 0.0263007, 0.0616104, 0.1508540", \
					  "0.0029169, 0.0038144, 0.0062453, 0.0120263, 0.0262058, 0.0613405, 0.1504345", \
					  "0.0031620, 0.0040011, 0.0061895, 0.0118003, 0.0260702, 0.0614715, 0.1494128");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0057578, 0.0066971, 0.0090159, 0.0146915, 0.0287757, 0.0638210, 0.1521237", \
					  "0.0055682, 0.0065268, 0.0088738, 0.0145909, 0.0287443, 0.0637908, 0.1513259", \
					  "0.0053605, 0.0063187, 0.0086421, 0.0144514, 0.0286066, 0.0638601, 0.1514153", \
					  "0.0051822, 0.0061197, 0.0084388, 0.0141869, 0.0283683, 0.0637336, 0.1514189", \
					  "0.0051080, 0.0060414, 0.0083219, 0.0140472, 0.0282357, 0.0632419, 0.1508445", \
					  "0.0048655, 0.0058852, 0.0081946, 0.0139131, 0.0280219, 0.0631331, 0.1518753", \
					  "0.0049326, 0.0058060, 0.0080368, 0.0137068, 0.0280208, 0.0629467, 0.1500198");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0035287, 0.0026284, 0.0003757, -0.0052975, -0.0195188, -0.0550671, -0.1439691", \
					  "0.0034379, 0.0025493, 0.0003160, -0.0053355, -0.0195409, -0.0551106, -0.1439688", \
					  "0.0032851, 0.0024149, 0.0002148, -0.0054030, -0.0195822, -0.0551312, -0.1439745", \
					  "0.0031189, 0.0022502, 5.7200000e-05, -0.0055236, -0.0196492, -0.0551520, -0.1440053", \
					  "0.0029966, 0.0021187, -0.0001009, -0.0056823, -0.0197653, -0.0552168, -0.1440261", \
					  "0.0029990, 0.0020940, -0.0001433, -0.0057538, -0.0199197, -0.0553151, -0.1440846", \
					  "0.0029881, 0.0020866, -0.0001736, -0.0058268, -0.0199735, -0.0554786, -0.1441931");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0078573, 0.0087857, 0.0110689, 0.0167623, 0.0308444, 0.0659156, 0.1535224", \
					  "0.0076917, 0.0086385, 0.0109686, 0.0166551, 0.0307876, 0.0659544, 0.1543650", \
					  "0.0075242, 0.0084361, 0.0107538, 0.0165036, 0.0305843, 0.0657222, 0.1533456", \
					  "0.0073522, 0.0082833, 0.0105956, 0.0163395, 0.0305658, 0.0658305, 0.1533193", \
					  "0.0072342, 0.0081680, 0.0104650, 0.0161044, 0.0304238, 0.0657441, 0.1532494", \
					  "0.0073110, 0.0082662, 0.0105706, 0.0162432, 0.0303497, 0.0653968, 0.1531170", \
					  "0.0074178, 0.0083324, 0.0105006, 0.0161695, 0.0304500, 0.0654546, 0.1524570");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0033372, 0.0024308, 0.0001716, -0.0055067, -0.0197287, -0.0552899, -0.1441705", \
					  "0.0032584, 0.0023653, 0.0001238, -0.0055322, -0.0197405, -0.0552966, -0.1441702", \
					  "0.0031320, 0.0022568, 3.5100000e-05, -0.0055892, -0.0197699, -0.0553079, -0.1441724", \
					  "0.0029836, 0.0021148, -9.3100000e-05, -0.0056875, -0.0198341, -0.0553377, -0.1441896", \
					  "0.0029379, 0.0020311, -0.0001949, -0.0057891, -0.0199386, -0.0554003, -0.1442053", \
					  "0.0028716, 0.0019770, -0.0002716, -0.0058842, -0.0200632, -0.0554775, -0.1442657", \
					  "0.0029017, 0.0019509, -0.0003032, -0.0059605, -0.0201175, -0.0556231, -0.1443555");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0093564, 0.0102747, 0.0125825, 0.0182793, 0.0324185, 0.0676092, 0.1552245", \
					  "0.0092506, 0.0101680, 0.0124733, 0.0182323, 0.0323587, 0.0674716, 0.1553405", \
					  "0.0091547, 0.0100878, 0.0124059, 0.0181451, 0.0323134, 0.0675003, 0.1549970", \
					  "0.0090130, 0.0099359, 0.0121961, 0.0179568, 0.0322460, 0.0671034, 0.1546285", \
					  "0.0089606, 0.0098789, 0.0121378, 0.0179717, 0.0321858, 0.0670783, 0.1551502", \
					  "0.0090204, 0.0099500, 0.0122406, 0.0179723, 0.0319921, 0.0671658, 0.1551069", \
					  "0.0094232, 0.0103469, 0.0123293, 0.0179840, 0.0324313, 0.0669736, 0.1551469");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0032456, 0.0023579, 9.2900000e-05, -0.0055820, -0.0198041, -0.0553552, -0.1442501", \
					  "0.0031648, 0.0022908, 4.3200000e-05, -0.0056138, -0.0198174, -0.0553736, -0.1442397", \
					  "0.0030469, 0.0021700, -5.5500000e-05, -0.0056727, -0.0198490, -0.0553630, -0.1442467", \
					  "0.0029113, 0.0020277, -0.0001851, -0.0057847, -0.0199117, -0.0554149, -0.1442606", \
					  "0.0028807, 0.0019855, -0.0002950, -0.0058740, -0.0199894, -0.0554736, -0.1442727", \
					  "0.0028134, 0.0019154, -0.0003299, -0.0059474, -0.0201521, -0.0555714, -0.1443495", \
					  "0.0028239, 0.0019117, -0.0003538, -0.0060166, -0.0201694, -0.0556677, -0.1444346");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0361351, 0.0424302, 0.0578519, 0.0946221, 0.1860232, 0.4120721, 0.9786298", \
					  "0.0417076, 0.0480374, 0.0635142, 0.1004172, 0.1917792, 0.4182597, 0.9803350", \
					  "0.0564858, 0.0623819, 0.0780266, 0.1147598, 0.2067357, 0.4346203, 0.9966769", \
					  "0.0903521, 0.0977069, 0.1130683, 0.1495262, 0.2414004, 0.4636751, 1.0279664", \
					  "0.1504121, 0.1626597, 0.1873346, 0.2319991, 0.3219030, 0.5475395, 1.1137331", \
					  "0.2566913, 0.2770407, 0.3171771, 0.3934542, 0.5126056, 0.7329157, 1.2972344", \
					  "0.4453955, 0.4792446, 0.5471636, 0.6722375, 0.8731761, 1.1811173, 1.7397144");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0317398, 0.0400402, 0.0603425, 0.1121364, 0.2380119, 0.5562679, 1.3659190", \
					  "0.0318891, 0.0401068, 0.0604978, 0.1112616, 0.2432057, 0.5556243, 1.3525796", \
					  "0.0322689, 0.0401986, 0.0603350, 0.1119425, 0.2393091, 0.5627565, 1.3528739", \
					  "0.0435450, 0.0489295, 0.0647544, 0.1118558, 0.2398941, 0.5577213, 1.3614916", \
					  "0.0752211, 0.0821737, 0.0958818, 0.1296234, 0.2420198, 0.5623660, 1.3509704", \
					  "0.1322821, 0.1426017, 0.1655433, 0.2067280, 0.2892803, 0.5667879, 1.3537516", \
					  "0.2373132, 0.2542700, 0.2899949, 0.3532548, 0.4663679, 0.6711299, 1.3644480");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0281729, 0.0331471, 0.0453185, 0.0752009, 0.1501472, 0.3360389, 0.8022469", \
					  "0.0318600, 0.0368661, 0.0491530, 0.0791781, 0.1556889, 0.3389495, 0.8049251", \
					  "0.0412310, 0.0461500, 0.0582152, 0.0883078, 0.1640688, 0.3483127, 0.8122701", \
					  "0.0551877, 0.0630469, 0.0788211, 0.1101762, 0.1846037, 0.3715274, 0.8326868", \
					  "0.0716097, 0.0828589, 0.1067351, 0.1529707, 0.2367045, 0.4215693, 0.8858512", \
					  "0.0778852, 0.0964412, 0.1339781, 0.2047214, 0.3298733, 0.5430769, 1.0056124", \
					  "0.0428910, 0.0746527, 0.1368820, 0.2484871, 0.4397746, 0.7553069, 1.2809890");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0274587, 0.0338152, 0.0499341, 0.0888494, 0.1879251, 0.4332973, 1.0470950", \
					  "0.0270401, 0.0336010, 0.0496024, 0.0890246, 0.1882089, 0.4320382, 1.0430216", \
					  "0.0296120, 0.0350969, 0.0498888, 0.0888961, 0.1874944, 0.4322264, 1.0439857", \
					  "0.0417997, 0.0478071, 0.0612754, 0.0936025, 0.1867802, 0.4395145, 1.0427941", \
					  "0.0658402, 0.0734227, 0.0900033, 0.1255989, 0.2028222, 0.4325258, 1.0458628", \
					  "0.1132773, 0.1222310, 0.1456186, 0.1916731, 0.2796125, 0.4696061, 1.0434049", \
					  "0.2032437, 0.2150578, 0.2473567, 0.3154260, 0.4360987, 0.6515878, 1.1286290");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0507647, 0.0575330, 0.0740063, 0.1143765, 0.2142329, 0.4620727, 1.0814133", \
					  "0.0564626, 0.0632397, 0.0798553, 0.1204740, 0.2201427, 0.4685569, 1.0870768", \
					  "0.0711327, 0.0777590, 0.0942476, 0.1345359, 0.2356291, 0.4823572, 1.1016081", \
					  "0.1070999, 0.1136364, 0.1297521, 0.1698235, 0.2699836, 0.5188801, 1.1381796", \
					  "0.1810814, 0.1910898, 0.2124741, 0.2545817, 0.3536856, 0.6015491, 1.2202153", \
					  "0.3123511, 0.3293799, 0.3645499, 0.4329138, 0.5497319, 0.7948154, 1.4134867", \
					  "0.5500600, 0.5770572, 0.6375379, 0.7511978, 0.9451205, 1.2521770, 1.8627020");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0429992, 0.0518744, 0.0742350, 0.1298968, 0.2692513, 0.6195767, 1.4867647", \
					  "0.0428053, 0.0518749, 0.0742434, 0.1300731, 0.2696021, 0.6172428, 1.4855834", \
					  "0.0428687, 0.0518370, 0.0742755, 0.1302718, 0.2693515, 0.6184709, 1.4869581", \
					  "0.0481858, 0.0557329, 0.0755643, 0.1301289, 0.2694456, 0.6187095, 1.4866048", \
					  "0.0773530, 0.0842695, 0.0987589, 0.1420460, 0.2699112, 0.6171302, 1.4861874", \
					  "0.1343254, 0.1456201, 0.1679996, 0.2100790, 0.3066483, 0.6206356, 1.4869552", \
					  "0.2427638, 0.2584556, 0.2953373, 0.3620755, 0.4747967, 0.7081448, 1.4909832");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0364435, 0.0413072, 0.0535049, 0.0834367, 0.1590098, 0.3448865, 0.8073174", \
					  "0.0403573, 0.0454338, 0.0575847, 0.0877443, 0.1624821, 0.3487278, 0.8143010", \
					  "0.0494734, 0.0545678, 0.0669572, 0.0971802, 0.1733327, 0.3583809, 0.8224271", \
					  "0.0651697, 0.0719846, 0.0870204, 0.1192575, 0.1942834, 0.3799075, 0.8426216", \
					  "0.0851333, 0.0959989, 0.1175723, 0.1614109, 0.2457933, 0.4331120, 0.8980985", \
					  "0.0999818, 0.1165545, 0.1516312, 0.2188268, 0.3383790, 0.5535369, 1.0213111", \
					  "0.0785419, 0.1074425, 0.1645163, 0.2733374, 0.4586881, 0.7643890, 1.2984992");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0277641, 0.0340032, 0.0498376, 0.0892725, 0.1878397, 0.4331017, 1.0434376", \
					  "0.0277771, 0.0340029, 0.0497540, 0.0889844, 0.1869822, 0.4337483, 1.0426022", \
					  "0.0291525, 0.0349591, 0.0501131, 0.0896887, 0.1880161, 0.4337659, 1.0428141", \
					  "0.0385520, 0.0443161, 0.0575693, 0.0921405, 0.1868506, 0.4320174, 1.0428421", \
					  "0.0593646, 0.0665038, 0.0817322, 0.1160515, 0.1984847, 0.4315389, 1.0425653", \
					  "0.0995337, 0.1089566, 0.1298941, 0.1725786, 0.2585790, 0.4625120, 1.0453854", \
					  "0.1773491, 0.1907195, 0.2199462, 0.2798804, 0.3882227, 0.6007392, 1.1135227");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0583822, 0.0651720, 0.0815193, 0.1220426, 0.2215128, 0.4687966, 1.0855400", \
					  "0.0642494, 0.0709238, 0.0874400, 0.1280861, 0.2276314, 0.4752091, 1.0913465", \
					  "0.0789492, 0.0856332, 0.1020321, 0.1423246, 0.2413015, 0.4887323, 1.1054092", \
					  "0.1145196, 0.1211813, 0.1373159, 0.1777534, 0.2775276, 0.5253127, 1.1417529", \
					  "0.1934624, 0.2025018, 0.2209198, 0.2612325, 0.3604377, 0.6075977, 1.2227667", \
					  "0.3348711, 0.3492750, 0.3816480, 0.4436409, 0.5566378, 0.8002796, 1.4152227", \
					  "0.5892588, 0.6136600, 0.6659275, 0.7715165, 0.9574318, 1.2573671, 1.8664861");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0504726, 0.0594600, 0.0816421, 0.1374380, 0.2761422, 0.6225085, 1.4880661", \
					  "0.0504011, 0.0593461, 0.0816520, 0.1373466, 0.2759912, 0.6247207, 1.4876773", \
					  "0.0502203, 0.0591509, 0.0818220, 0.1377629, 0.2761930, 0.6221105, 1.4902858", \
					  "0.0534600, 0.0614363, 0.0822822, 0.1374173, 0.2763819, 0.6241003, 1.4904227", \
					  "0.0789812, 0.0854626, 0.1022846, 0.1475573, 0.2766443, 0.6238853, 1.4884043", \
					  "0.1369620, 0.1468908, 0.1680126, 0.2128595, 0.3118064, 0.6255467, 1.4898930", \
					  "0.2443976, 0.2606194, 0.2958494, 0.3633430, 0.4731708, 0.7134002, 1.4940834");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0408848, 0.0456762, 0.0577522, 0.0875338, 0.1617822, 0.3471474, 0.8095511", \
					  "0.0448596, 0.0498179, 0.0620931, 0.0918598, 0.1661779, 0.3514633, 0.8140065", \
					  "0.0533676, 0.0583965, 0.0706535, 0.1007214, 0.1751222, 0.3604514, 0.8233987", \
					  "0.0687366, 0.0750812, 0.0890839, 0.1203927, 0.1957931, 0.3811181, 0.8435845", \
					  "0.0899293, 0.0988748, 0.1188988, 0.1589983, 0.2403698, 0.4274379, 0.8923198", \
					  "0.1084607, 0.1228853, 0.1538000, 0.2140958, 0.3247517, 0.5324304, 0.9994776", \
					  "0.0962743, 0.1193465, 0.1713200, 0.2691828, 0.4382343, 0.7210325, 1.2415180");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0277447, 0.0340024, 0.0497309, 0.0890134, 0.1872499, 0.4325456, 1.0433621", \
					  "0.0277767, 0.0340176, 0.0497920, 0.0889827, 0.1866296, 0.4313124, 1.0434017", \
					  "0.0286087, 0.0346609, 0.0499929, 0.0889954, 0.1871553, 0.4314711, 1.0414418", \
					  "0.0357849, 0.0414830, 0.0551495, 0.0912330, 0.1871091, 0.4316539, 1.0426888", \
					  "0.0542988, 0.0603828, 0.0752809, 0.1096888, 0.1961157, 0.4325733, 1.0430382", \
					  "0.0917627, 0.1001872, 0.1191891, 0.1584652, 0.2439411, 0.4559804, 1.0449810", \
					  "0.1659378, 0.1775330, 0.2035993, 0.2567925, 0.3594777, 0.5689237, 1.0995297");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0566065, 0.0626262, 0.0774223, 0.1132417, 0.2007028, 0.4167211, 0.9551152", \
					  "0.0625665, 0.0687837, 0.0836204, 0.1194722, 0.2071507, 0.4225113, 0.9604866", \
					  "0.0777884, 0.0840021, 0.0988360, 0.1347379, 0.2224293, 0.4382725, 0.9742536", \
					  "0.1133737, 0.1194056, 0.1329461, 0.1686578, 0.2561737, 0.4713740, 1.0095068", \
					  "0.1905541, 0.1981995, 0.2149168, 0.2516445, 0.3385517, 0.5537242, 1.0910572", \
					  "0.3268425, 0.3398705, 0.3686192, 0.4267409, 0.5313094, 0.7462408, 1.2763376", \
					  "0.5653207, 0.5866628, 0.6307728, 0.7281690, 0.9030401, 1.1859096, 1.7179268");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0506358, 0.0586835, 0.0782400, 0.1269725, 0.2479461, 0.5535082, 1.3100114", \
					  "0.0504432, 0.0582903, 0.0782888, 0.1272644, 0.2481941, 0.5519740, 1.3143805", \
					  "0.0504006, 0.0583043, 0.0779950, 0.1267045, 0.2483070, 0.5519644, 1.3096054", \
					  "0.0528978, 0.0601901, 0.0787665, 0.1267782, 0.2489807, 0.5524852, 1.3105801", \
					  "0.0791163, 0.0851384, 0.1002702, 0.1389038, 0.2496574, 0.5519579, 1.3100400", \
					  "0.1347021, 0.1443123, 0.1654611, 0.2056707, 0.2912510, 0.5574399, 1.3103468", \
					  "0.2405544, 0.2570306, 0.2926583, 0.3574466, 0.4616634, 0.6652551, 1.3225731");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0438715, 0.0487007, 0.0607538, 0.0908331, 0.1659174, 0.3513691, 0.8130678", \
					  "0.0480744, 0.0530567, 0.0651304, 0.0950685, 0.1713189, 0.3551600, 0.8262815", \
					  "0.0566476, 0.0616489, 0.0739732, 0.1042875, 0.1783677, 0.3659641, 0.8266864", \
					  "0.0724730, 0.0781669, 0.0915223, 0.1222661, 0.1969089, 0.3825643, 0.8505601", \
					  "0.0963841, 0.1039651, 0.1213623, 0.1583947, 0.2378388, 0.4244890, 0.8898114", \
					  "0.1217796, 0.1341493, 0.1611992, 0.2150477, 0.3150599, 0.5180142, 0.9833075", \
					  "0.1256666, 0.1470491, 0.1924754, 0.2797376, 0.4315629, 0.6972758, 1.1999030");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0277811, 0.0340909, 0.0498051, 0.0892517, 0.1876683, 0.4333173, 1.0445720", \
					  "0.0277784, 0.0341042, 0.0497759, 0.0889828, 0.1880662, 0.4317689, 1.0608127", \
					  "0.0280829, 0.0341915, 0.0497914, 0.0890332, 0.1871335, 0.4405431, 1.0411824", \
					  "0.0330554, 0.0387741, 0.0529868, 0.0902969, 0.1872802, 0.4308127, 1.0474205", \
					  "0.0477580, 0.0537865, 0.0682482, 0.1038930, 0.1928194, 0.4311285, 1.0459265", \
					  "0.0813161, 0.0889318, 0.1061196, 0.1440274, 0.2307321, 0.4470628, 1.0467275", \
					  "0.1496418, 0.1602988, 0.1841975, 0.2330419, 0.3294317, 0.5536364, 1.0841316");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002202;
			capacitance : 0.002156;
			fall_capacitance : 0.002110;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026839, -0.0026775, -0.0026626, -0.0026576, -0.0026458, -0.0026187, -0.0025563");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033452, 0.0033427, 0.0033371, 0.0033391, 0.0033438, 0.0033547, 0.0033797");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002164;
			capacitance : 0.002235;
			rise_capacitance : 0.002306;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027969, -0.0027910, -0.0027775, -0.0027771, -0.0027760, -0.0027736, -0.0027679");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030960, 0.0030937, 0.0030884, 0.0030980, 0.0031202, 0.0031713, 0.0032890");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002112;
			capacitance : 0.002191;
			rise_capacitance : 0.002270;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025918, -0.0025911, -0.0025897, -0.0025898, -0.0025899, -0.0025902, -0.0025908");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025894, 0.0025897, 0.0025903, 0.0025901, 0.0025898, 0.0025890, 0.0025872");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002037;
			capacitance : 0.002134;
			rise_capacitance : 0.002231;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026322, -0.0026330, -0.0026347, -0.0026356, -0.0026375, -0.0026420, -0.0026524");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026361, 0.0026345, 0.0026308, 0.0026297, 0.0026272, 0.0026215, 0.0026082");
				}
			}
		}
	}
	cell ("scs8hd_nand4_2") {
		area : 12.512000;
		cell_footprint : "nand4";
		cell_leakage_power : 4.369468e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003283";
			when : "A&B&C&!D";
		}
		leakage_power () {
			value : "0.0073204";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0073204";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0073204";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "0.0073204";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "9.3112451e-06";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "8.1729599e-06";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "2.9508829e-05";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "7.7940186e-06";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0001429";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0148072";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0001632";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "0.0001577";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0002205";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "0.0218769";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0028783";
			when : "A&B&C&D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B) | (!C) | (!D)";
			max_capacitance : 0.221568;
			max_transition : 1.497558;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0053213, 0.0065017, 0.0096495, 0.0179754, 0.0404852, 0.1023991, 0.2712435", \
					  "0.0050404, 0.0062407, 0.0094295, 0.0179444, 0.0404206, 0.1016084, 0.2713290", \
					  "0.0046891, 0.0058694, 0.0091054, 0.0174747, 0.0406004, 0.1022858, 0.2733931", \
					  "0.0044332, 0.0055734, 0.0084904, 0.0170718, 0.0401363, 0.1014717, 0.2719925", \
					  "0.0042423, 0.0053372, 0.0083620, 0.0165738, 0.0394895, 0.1000450, 0.2721888", \
					  "0.0038875, 0.0049391, 0.0081112, 0.0165693, 0.0389804, 0.1010077, 0.2713931", \
					  "0.0045414, 0.0055796, 0.0083650, 0.0167815, 0.0395315, 0.1002852, 0.2703073");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0062010, 0.0051693, 0.0022864, -0.0058248, -0.0283360, -0.0906060, -0.2625313", \
					  "0.0059945, 0.0049910, 0.0021281, -0.0059119, -0.0283798, -0.0906091, -0.2625328", \
					  "0.0057202, 0.0047055, 0.0019045, -0.0060614, -0.0284681, -0.0906518, -0.2625781", \
					  "0.0053733, 0.0043651, 0.0015856, -0.0063545, -0.0286400, -0.0907460, -0.2625309", \
					  "0.0051064, 0.0040900, 0.0012479, -0.0066691, -0.0289269, -0.0908962, -0.2626967", \
					  "0.0052603, 0.0041507, 0.0012834, -0.0069115, -0.0292403, -0.0911956, -0.2628822", \
					  "0.0054047, 0.0042422, 0.0012611, -0.0069625, -0.0293783, -0.0915971, -0.2632580");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0107327, 0.0118224, 0.0148404, 0.0230075, 0.0455303, 0.1068162, 0.2762764", \
					  "0.0104462, 0.0115011, 0.0146120, 0.0228314, 0.0452814, 0.1067972, 0.2779803", \
					  "0.0099533, 0.0110916, 0.0142187, 0.0225258, 0.0451763, 0.1068151, 0.2761676", \
					  "0.0094515, 0.0105810, 0.0136776, 0.0221010, 0.0446852, 0.1065439, 0.2771579", \
					  "0.0091928, 0.0102931, 0.0132853, 0.0215627, 0.0441547, 0.1061420, 0.2772120", \
					  "0.0088690, 0.0100415, 0.0130409, 0.0212706, 0.0437169, 0.1052006, 0.2754521", \
					  "0.0087966, 0.0098350, 0.0129307, 0.0206438, 0.0441958, 0.1048537, 0.2732814");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0076291, 0.0065597, 0.0036562, -0.0044807, -0.0269989, -0.0892575, -0.2612011", \
					  "0.0074320, 0.0064316, 0.0035339, -0.0045450, -0.0270335, -0.0893119, -0.2612132", \
					  "0.0072017, 0.0061877, 0.0033383, -0.0046645, -0.0270970, -0.0893083, -0.2612494", \
					  "0.0069000, 0.0059034, 0.0030608, -0.0049000, -0.0272228, -0.0893713, -0.2612445", \
					  "0.0067700, 0.0057443, 0.0028548, -0.0050973, -0.0273928, -0.0894437, -0.2613127", \
					  "0.0066980, 0.0056515, 0.0027461, -0.0053946, -0.0277379, -0.0896969, -0.2613454", \
					  "0.0066667, 0.0056223, 0.0026817, -0.0054415, -0.0278306, -0.0899833, -0.2616151");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0146832, 0.0157585, 0.0187442, 0.0269107, 0.0492900, 0.1108407, 0.2802646", \
					  "0.0144319, 0.0155367, 0.0185592, 0.0268071, 0.0492366, 0.1106761, 0.2803158", \
					  "0.0141491, 0.0152408, 0.0182898, 0.0265999, 0.0490560, 0.1106718, 0.2805426", \
					  "0.0137490, 0.0148707, 0.0179040, 0.0259044, 0.0487793, 0.1103399, 0.2801439", \
					  "0.0135135, 0.0146256, 0.0176836, 0.0258019, 0.0483243, 0.1103929, 0.2798601", \
					  "0.0135008, 0.0145592, 0.0174722, 0.0257547, 0.0482733, 0.1095516, 0.2787905", \
					  "0.0134961, 0.0145424, 0.0174732, 0.0255002, 0.0483745, 0.1096991, 0.2793293");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0074902, 0.0064233, 0.0035133, -0.0046288, -0.0271517, -0.0894300, -0.2613943", \
					  "0.0073256, 0.0062885, 0.0033911, -0.0046969, -0.0271759, -0.0894407, -0.2613997", \
					  "0.0070722, 0.0060570, 0.0032015, -0.0048264, -0.0272559, -0.0894643, -0.2613985", \
					  "0.0067905, 0.0057707, 0.0029266, -0.0050503, -0.0273916, -0.0895412, -0.2614061", \
					  "0.0066370, 0.0055982, 0.0027182, -0.0052439, -0.0275550, -0.0896051, -0.2614561", \
					  "0.0065606, 0.0054944, 0.0026103, -0.0054435, -0.0278988, -0.0898764, -0.2616254", \
					  "0.0065103, 0.0054459, 0.0025072, -0.0056185, -0.0280082, -0.0901686, -0.2618089");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0184474, 0.0195109, 0.0225055, 0.0307063, 0.0532652, 0.1149562, 0.2845586", \
					  "0.0182318, 0.0193057, 0.0222944, 0.0305773, 0.0531216, 0.1148031, 0.2844185", \
					  "0.0178599, 0.0189552, 0.0219589, 0.0302923, 0.0529173, 0.1146388, 0.2843470", \
					  "0.0175920, 0.0186680, 0.0217011, 0.0300300, 0.0522753, 0.1144502, 0.2845876", \
					  "0.0174168, 0.0186611, 0.0216306, 0.0299171, 0.0525585, 0.1140226, 0.2844780", \
					  "0.0176977, 0.0187666, 0.0217540, 0.0301383, 0.0525055, 0.1142354, 0.2832274", \
					  "0.0179565, 0.0189078, 0.0218557, 0.0297944, 0.0525743, 0.1140360, 0.2823296");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001380573, 0.003811963, 0.01052539, 0.02906213, 0.08024478, 0.2215675");
					values("0.0073706, 0.0063412, 0.0033980, -0.0047243, -0.0272582, -0.0895145, -0.2614616", \
					  "0.0072208, 0.0061927, 0.0032868, -0.0047772, -0.0272825, -0.0895316, -0.2614763", \
					  "0.0069619, 0.0059494, 0.0030852, -0.0049386, -0.0273615, -0.0895838, -0.2614675", \
					  "0.0066909, 0.0056736, 0.0028065, -0.0051686, -0.0274967, -0.0896390, -0.2615115", \
					  "0.0065632, 0.0055068, 0.0026603, -0.0053526, -0.0276684, -0.0897160, -0.2615494", \
					  "0.0064844, 0.0054325, 0.0025270, -0.0055323, -0.0280069, -0.0899729, -0.2616999", \
					  "0.0063910, 0.0053554, 0.0024105, -0.0056760, -0.0280541, -0.0902264, -0.2619061");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
					values("0.0350117, 0.0391609, 0.0503112, 0.0797825, 0.1591815, 0.3801626, 0.9812469", \
					  "0.0409562, 0.0451677, 0.0563584, 0.0860738, 0.1660660, 0.3846518, 0.9873542", \
					  "0.0560179, 0.0601255, 0.0711215, 0.1002316, 0.1804253, 0.4006028, 1.0030676", \
					  "0.0903480, 0.0954474, 0.1064328, 0.1364999, 0.2158121, 0.4356617, 1.0376500", \
					  "0.1528419, 0.1610530, 0.1803474, 0.2201847, 0.3007462, 0.5145127, 1.1185328", \
					  "0.2649916, 0.2786791, 0.3109715, 0.3777824, 0.4944000, 0.7087932, 1.3092617", \
					  "0.4641159, 0.4885151, 0.5402138, 0.6561639, 0.8499652, 1.1656071, 1.7677538");
				}
				rise_transition ("del_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("0.0297373, 0.0348938, 0.0495425, 0.0897326, 0.2022684, 0.5169296, 1.3725736", \
					  "0.0296007, 0.0350327, 0.0497848, 0.0904659, 0.2020516, 0.5127396, 1.3614030", \
					  "0.0300453, 0.0349621, 0.0495361, 0.0903613, 0.2039516, 0.5154670, 1.3593718", \
					  "0.0410416, 0.0445470, 0.0557566, 0.0913757, 0.2031453, 0.5097489, 1.3650090", \
					  "0.0715292, 0.0758452, 0.0871846, 0.1120397, 0.2057167, 0.5120296, 1.3607592", \
					  "0.1273442, 0.1343913, 0.1506627, 0.1863859, 0.2589209, 0.5193604, 1.3731913", \
					  "0.2417688, 0.2499823, 0.2826752, 0.3280403, 0.4315910, 0.6293006, 1.3728773");
				}
				cell_fall ("del_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("0.0290209, 0.0327360, 0.0428756, 0.0704060, 0.1459749, 0.3537038, 0.9262833", \
					  "0.0323530, 0.0361141, 0.0463043, 0.0742745, 0.1496800, 0.3574485, 0.9302504", \
					  "0.0419683, 0.0455785, 0.0553447, 0.0829899, 0.1596654, 0.3666049, 0.9396637", \
					  "0.0566176, 0.0620370, 0.0753760, 0.1044922, 0.1799295, 0.3874759, 0.9667644", \
					  "0.0717489, 0.0801185, 0.1007487, 0.1435387, 0.2315943, 0.4388767, 1.0094033", \
					  "0.0769324, 0.0887013, 0.1214897, 0.1895411, 0.3190171, 0.5578781, 1.1308992", \
					  "0.0341024, 0.0556972, 0.1072341, 0.2157805, 0.4171698, 0.7723405, 1.4021663");
				}
				fall_transition ("del_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("0.0318784, 0.0368976, 0.0507952, 0.0879175, 0.1895426, 0.4698978, 1.2406625", \
					  "0.0311388, 0.0365599, 0.0504534, 0.0879170, 0.1896744, 0.4694210, 1.2422535", \
					  "0.0332125, 0.0376112, 0.0503805, 0.0873955, 0.1903889, 0.4693046, 1.2432813", \
					  "0.0437899, 0.0487529, 0.0615282, 0.0928301, 0.1898213, 0.4694982, 1.2484602", \
					  "0.0682685, 0.0741192, 0.0883151, 0.1230144, 0.2057696, 0.4698260, 1.2412928", \
					  "0.1143202, 0.1220656, 0.1426155, 0.1885874, 0.2809636, 0.5056032, 1.2441012", \
					  "0.1986197, 0.2108936, 0.2417640, 0.3076430, 0.4308232, 0.6889550, 1.3098175");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
					values("0.0530578, 0.0574668, 0.0693247, 0.1015285, 0.1886926, 0.4278256, 1.0868972", \
					  "0.0589932, 0.0630483, 0.0754022, 0.1074908, 0.1949478, 0.4346978, 1.0934860", \
					  "0.0734633, 0.0777910, 0.0899416, 0.1224315, 0.2104969, 0.4502904, 1.1092350", \
					  "0.1098905, 0.1142284, 0.1260975, 0.1580231, 0.2467971, 0.4836903, 1.1426654", \
					  "0.1869854, 0.1933812, 0.2092107, 0.2441778, 0.3313471, 0.5715426, 1.2311168", \
					  "0.3252137, 0.3360135, 0.3626795, 0.4203538, 0.5304663, 0.7679991, 1.4260636", \
					  "0.5800037, 0.5978457, 0.6414527, 0.7387326, 0.9166743, 1.2292912, 1.8829496");
				}
				rise_transition ("del_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("0.0434422, 0.0489804, 0.0652288, 0.1094252, 0.2308440, 0.5681389, 1.4939718", \
					  "0.0433259, 0.0489895, 0.0650674, 0.1092252, 0.2307769, 0.5676399, 1.4940373", \
					  "0.0433470, 0.0491291, 0.0651807, 0.1094371, 0.2305038, 0.5678771, 1.4898569", \
					  "0.0471156, 0.0519689, 0.0663871, 0.1091083, 0.2309590, 0.5678767, 1.4929975", \
					  "0.0746819, 0.0790514, 0.0893047, 0.1225181, 0.2322012, 0.5659771, 1.4971059", \
					  "0.1303857, 0.1371630, 0.1547315, 0.1900709, 0.2730771, 0.5703211, 1.4975584", \
					  "0.2373673, 0.2490808, 0.2753895, 0.3305074, 0.4432890, 0.6599441, 1.4945997");
				}
				cell_fall ("del_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("0.0423021, 0.0460461, 0.0561482, 0.0834115, 0.1609154, 0.3677514, 0.9400222", \
					  "0.0461793, 0.0501094, 0.0601681, 0.0878021, 0.1631986, 0.3736021, 0.9501759", \
					  "0.0555460, 0.0593699, 0.0697416, 0.0978474, 0.1738640, 0.3814028, 0.9552622", \
					  "0.0728882, 0.0779613, 0.0902713, 0.1200404, 0.1970949, 0.4049781, 0.9774629", \
					  "0.0958506, 0.1032353, 0.1214958, 0.1627214, 0.2494373, 0.4594624, 1.0319681", \
					  "0.1142878, 0.1265037, 0.1556278, 0.2188300, 0.3424629, 0.5809376, 1.1592860", \
					  "0.0980068, 0.1182813, 0.1659266, 0.2687284, 0.4625968, 0.8039479, 1.4416087");
				}
				fall_transition ("del_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("0.0328069, 0.0376191, 0.0510042, 0.0883684, 0.1904878, 0.4706807, 1.2436555", \
					  "0.0327067, 0.0376882, 0.0509387, 0.0878654, 0.1893164, 0.4716114, 1.2483257", \
					  "0.0333792, 0.0380528, 0.0513297, 0.0881755, 0.1899117, 0.4700106, 1.2428844", \
					  "0.0423568, 0.0469232, 0.0584063, 0.0912130, 0.1903003, 0.4698184, 1.2422887", \
					  "0.0629852, 0.0682158, 0.0817611, 0.1147735, 0.2021597, 0.4718659, 1.2441674", \
					  "0.1048612, 0.1115614, 0.1291556, 0.1693407, 0.2606498, 0.4971406, 1.2499989", \
					  "0.1837270, 0.1943800, 0.2195022, 0.2767414, 0.3926863, 0.6366312, 1.2967506");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
					values("0.0613593, 0.0660178, 0.0779729, 0.1100409, 0.1969642, 0.4340558, 1.0861961", \
					  "0.0676512, 0.0719994, 0.0841229, 0.1163143, 0.2031423, 0.4402992, 1.0925469", \
					  "0.0828032, 0.0873901, 0.0994490, 0.1318212, 0.2185766, 0.4559513, 1.1081206", \
					  "0.1190510, 0.1233207, 0.1350054, 0.1657329, 0.2551815, 0.4920531, 1.1438507", \
					  "0.2008360, 0.2065380, 0.2205183, 0.2535097, 0.3399618, 0.5771268, 1.2302306", \
					  "0.3500251, 0.3592635, 0.3820679, 0.4346524, 0.5394931, 0.7736990, 1.4251815", \
					  "0.6231214, 0.6384359, 0.6768540, 0.7643413, 0.9353749, 1.2348671, 1.8827730");
				}
				rise_transition ("del_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("0.0519149, 0.0576959, 0.0739568, 0.1172347, 0.2378012, 0.5701530, 1.4878887", \
					  "0.0520986, 0.0579970, 0.0738111, 0.1176499, 0.2377576, 0.5707720, 1.4885686", \
					  "0.0518555, 0.0575702, 0.0738163, 0.1177609, 0.2378074, 0.5703766, 1.4926073", \
					  "0.0534062, 0.0590439, 0.0739357, 0.1173249, 0.2382223, 0.5714461, 1.4882803", \
					  "0.0777642, 0.0816841, 0.0926329, 0.1274917, 0.2388708, 0.5709961, 1.4882701", \
					  "0.1324758, 0.1392798, 0.1556747, 0.1912765, 0.2768546, 0.5745964, 1.4892516", \
					  "0.2369868, 0.2480967, 0.2770997, 0.3323943, 0.4360016, 0.6628387, 1.4924668");
				}
				cell_fall ("del_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("0.0483243, 0.0520403, 0.0621870, 0.0898812, 0.1654863, 0.3727057, 0.9455381", \
					  "0.0522585, 0.0559843, 0.0661872, 0.0941124, 0.1696785, 0.3777301, 0.9508251", \
					  "0.0601467, 0.0640208, 0.0742818, 0.1020192, 0.1776011, 0.3878506, 0.9595108", \
					  "0.0750259, 0.0794488, 0.0910568, 0.1200333, 0.1961632, 0.4039443, 0.9770434", \
					  "0.0971807, 0.1035002, 0.1185909, 0.1548974, 0.2370480, 0.4458439, 1.0198292", \
					  "0.1178553, 0.1279035, 0.1517164, 0.2050893, 0.3126668, 0.5410596, 1.1175559", \
					  "0.1079022, 0.1242089, 0.1645954, 0.2518192, 0.4184813, 0.7228177, 1.3378360");
				}
				fall_transition ("del_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("0.0328360, 0.0375946, 0.0510546, 0.0880314, 0.1899151, 0.4694880, 1.2428300", \
					  "0.0328523, 0.0376808, 0.0510945, 0.0880393, 0.1900247, 0.4702495, 1.2435201", \
					  "0.0332628, 0.0380511, 0.0512524, 0.0879813, 0.1902935, 0.4715387, 1.2442264", \
					  "0.0390291, 0.0435905, 0.0554396, 0.0901404, 0.1894000, 0.4693232, 1.2423248", \
					  "0.0550666, 0.0600400, 0.0721685, 0.1061804, 0.1971202, 0.4704415, 1.2415394", \
					  "0.0919551, 0.0980584, 0.1131990, 0.1495235, 0.2388845, 0.4897735, 1.2424162", \
					  "0.1646860, 0.1732076, 0.1945843, 0.2432354, 0.3475704, 0.5911021, 1.2769305");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138057, 0.00381196, 0.0105254, 0.0290621, 0.0802448, 0.221568");
					values("0.0617326, 0.0660365, 0.0771255, 0.1061449, 0.1841727, 0.3947391, 0.9731802", \
					  "0.0678802, 0.0721941, 0.0831885, 0.1125879, 0.1904237, 0.4008914, 0.9781455", \
					  "0.0822895, 0.0865089, 0.0975520, 0.1268929, 0.2049715, 0.4158728, 0.9929065", \
					  "0.1188457, 0.1228248, 0.1339360, 0.1633318, 0.2390489, 0.4497598, 1.0274847", \
					  "0.1988087, 0.2039349, 0.2167109, 0.2465985, 0.3239429, 0.5335959, 1.1113948", \
					  "0.3450707, 0.3531234, 0.3743608, 0.4209843, 0.5171668, 0.7276406, 1.3015725", \
					  "0.6079904, 0.6208567, 0.6548091, 0.7331240, 0.8911932, 1.1753819, 1.7512820");
				}
				rise_transition ("del_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("0.0551352, 0.0602350, 0.0747190, 0.1132929, 0.2202053, 0.5165943, 1.3327259", \
					  "0.0551055, 0.0602040, 0.0744689, 0.1135565, 0.2204548, 0.5164300, 1.3335898", \
					  "0.0548451, 0.0603227, 0.0743369, 0.1132236, 0.2205685, 0.5161968, 1.3318172", \
					  "0.0559396, 0.0608290, 0.0746300, 0.1133911, 0.2204887, 0.5163415, 1.3312474", \
					  "0.0795281, 0.0836956, 0.0943378, 0.1252387, 0.2221179, 0.5170518, 1.3337065", \
					  "0.1342508, 0.1407760, 0.1574788, 0.1919999, 0.2668377, 0.5227638, 1.3342776", \
					  "0.2377409, 0.2466372, 0.2723186, 0.3292806, 0.4313131, 0.6306868, 1.3468872");
				}
				cell_fall ("del_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("0.0526097, 0.0564331, 0.0663989, 0.0938877, 0.1695900, 0.3771223, 0.9499909", \
					  "0.0568821, 0.0606523, 0.0707318, 0.0986567, 0.1738093, 0.3815583, 0.9543676", \
					  "0.0650812, 0.0689484, 0.0791633, 0.1069904, 0.1826132, 0.3923132, 0.9632583", \
					  "0.0798833, 0.0840797, 0.0950687, 0.1235110, 0.1994291, 0.4074964, 0.9809358", \
					  "0.1024368, 0.1076787, 0.1215037, 0.1539923, 0.2344744, 0.4434237, 1.0171646", \
					  "0.1264989, 0.1346022, 0.1550521, 0.2015487, 0.3003070, 0.5232941, 1.0981650", \
					  "0.1241477, 0.1381487, 0.1728367, 0.2489793, 0.3971345, 0.6768149, 1.2826407");
				}
				fall_transition ("del_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("0.0327437, 0.0377153, 0.0509979, 0.0879922, 0.1896465, 0.4694894, 1.2421413", \
					  "0.0328453, 0.0376999, 0.0512745, 0.0882370, 0.1898546, 0.4695249, 1.2406061", \
					  "0.0329945, 0.0378093, 0.0512484, 0.0880438, 0.1892994, 0.4722735, 1.2451346", \
					  "0.0367131, 0.0411742, 0.0536027, 0.0895215, 0.1896153, 0.4695990, 1.2424363", \
					  "0.0484620, 0.0530005, 0.0657639, 0.1000302, 0.1944055, 0.4692922, 1.2425492", \
					  "0.0802378, 0.0855136, 0.0992547, 0.1342634, 0.2266359, 0.4829860, 1.2419322", \
					  "0.1470183, 0.1543736, 0.1733346, 0.2180039, 0.3160761, 0.5669191, 1.2700945");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003910;
			capacitance : 0.003980;
			rise_capacitance : 0.004051;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0041659, -0.0041649, -0.0041624, -0.0041506, -0.0041235, -0.0040609, -0.0039167");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061894, 0.0061885, 0.0061863, 0.0061848, 0.0061813, 0.0061733, 0.0061548");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003963;
			capacitance : 0.004057;
			rise_capacitance : 0.004152;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053149, -0.0053119, -0.0053048, -0.0053042, -0.0053028, -0.0052996, -0.0052922");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057806, 0.0057777, 0.0057711, 0.0057916, 0.0058389, 0.0059478, 0.0061988");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003847;
			capacitance : 0.003999;
			rise_capacitance : 0.004151;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051466, -0.0051421, -0.0051317, -0.0051285, -0.0051211, -0.0051042, -0.0050653");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051390, 0.0051379, 0.0051355, 0.0051362, 0.0051379, 0.0051417, 0.0051504");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003910;
			capacitance : 0.004109;
			rise_capacitance : 0.004307;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051660, -0.0051643, -0.0051604, -0.0051585, -0.0051541, -0.0051440, -0.0051208");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051858, 0.0051848, 0.0051824, 0.0051819, 0.0051808, 0.0051783, 0.0051724");
				}
			}
		}
	}
	cell ("scs8hd_nand4_4") {
		area : 21.270400;
		cell_footprint : "nand4";
		cell_leakage_power : 7.932266e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0414692";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0057517";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "0.0001160";
			when : "A&B&C&!D";
		}
		leakage_power () {
			value : "0.0122145";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0122145";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "1.4563259e-05";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "1.5358783e-05";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "1.5818122e-05";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "1.3501340e-05";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "6.6151098e-05";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "1.4719010e-05";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0272480";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0272480";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "7.1038505e-05";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "1.2167636e-05";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0004311";
			when : "A&B&!C&D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A) | (!B) | (!C) | (!D)";
			max_capacitance : 0.389109;
			max_transition : 1.497754;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0102279, 0.0116318, 0.0157361, 0.0275426, 0.0621380, 0.1653293, 0.4772546", \
					  "0.0095407, 0.0110063, 0.0152258, 0.0272394, 0.0621263, 0.1655639, 0.4796811", \
					  "0.0089203, 0.0103187, 0.0145058, 0.0264150, 0.0619641, 0.1653371, 0.4782276", \
					  "0.0082592, 0.0096033, 0.0136139, 0.0256361, 0.0606661, 0.1640433, 0.4786960", \
					  "0.0079934, 0.0092702, 0.0131106, 0.0245646, 0.0596039, 0.1634319, 0.4793016", \
					  "0.0073142, 0.0085235, 0.0126568, 0.0245267, 0.0584636, 0.1633903, 0.4789859", \
					  "0.0088022, 0.0099570, 0.0132111, 0.0241963, 0.0592197, 0.1625558, 0.4749192");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0133695, 0.0122186, 0.0085623, -0.0026377, -0.0370487, -0.1416312, -0.4589554", \
					  "0.0129505, 0.0118095, 0.0082369, -0.0028643, -0.0371477, -0.1416831, -0.4589824", \
					  "0.0123688, 0.0111995, 0.0076388, -0.0032859, -0.0373482, -0.1417457, -0.4589235", \
					  "0.0117164, 0.0105449, 0.0069700, -0.0038866, -0.0377605, -0.1419089, -0.4591017", \
					  "0.0111629, 0.0099695, 0.0063786, -0.0046241, -0.0384549, -0.1423272, -0.4593222", \
					  "0.0111255, 0.0099201, 0.0062884, -0.0048809, -0.0390287, -0.1429772, -0.4596742", \
					  "0.0117883, 0.0105709, 0.0066641, -0.0048500, -0.0391533, -0.1434377, -0.4602358");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0201676, 0.0214457, 0.0252961, 0.0367961, 0.0709577, 0.1742594, 0.4868383", \
					  "0.0194963, 0.0207967, 0.0247260, 0.0364190, 0.0709541, 0.1743706, 0.4872405", \
					  "0.0188130, 0.0201423, 0.0241077, 0.0358512, 0.0705654, 0.1741738, 0.4869515", \
					  "0.0177624, 0.0190549, 0.0230112, 0.0349514, 0.0696267, 0.1738224, 0.4870950", \
					  "0.0171448, 0.0184240, 0.0222397, 0.0338894, 0.0686501, 0.1729617, 0.4865148", \
					  "0.0167804, 0.0180090, 0.0217687, 0.0332125, 0.0675961, 0.1711259, 0.4853843", \
					  "0.0162335, 0.0175293, 0.0210348, 0.0333350, 0.0676699, 0.1701380, 0.4831565");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0154547, 0.0142537, 0.0105226, -0.0007606, -0.0352063, -0.1398259, -0.4571676", \
					  "0.0151397, 0.0139110, 0.0102767, -0.0009125, -0.0352486, -0.1398354, -0.4571898", \
					  "0.0146275, 0.0134657, 0.0099017, -0.0011847, -0.0354262, -0.1398951, -0.4572399", \
					  "0.0140326, 0.0128655, 0.0093074, -0.0016580, -0.0357092, -0.1400189, -0.4572266", \
					  "0.0137426, 0.0125513, 0.0089050, -0.0021515, -0.0360609, -0.1401991, -0.4572447", \
					  "0.0135827, 0.0123550, 0.0086899, -0.0026688, -0.0368036, -0.1407220, -0.4575941", \
					  "0.0135016, 0.0122399, 0.0086339, -0.0027060, -0.0369274, -0.1412788, -0.4579699");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0287928, 0.0300026, 0.0338176, 0.0452650, 0.0795910, 0.1831036, 0.4964752", \
					  "0.0282077, 0.0294719, 0.0333199, 0.0448787, 0.0793169, 0.1829704, 0.4963305", \
					  "0.0276071, 0.0289054, 0.0327525, 0.0443859, 0.0790302, 0.1826417, 0.4961315", \
					  "0.0267958, 0.0281134, 0.0320134, 0.0436133, 0.0783079, 0.1825652, 0.4959968", \
					  "0.0262612, 0.0275514, 0.0314878, 0.0430724, 0.0778349, 0.1813131, 0.4950224", \
					  "0.0261400, 0.0273619, 0.0311309, 0.0425564, 0.0771000, 0.1805658, 0.4944336", \
					  "0.0269357, 0.0284399, 0.0309394, 0.0420115, 0.0772397, 0.1803683, 0.4936412");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0152800, 0.0140696, 0.0103211, -0.0009880, -0.0354340, -0.1400640, -0.4574386", \
					  "0.0149844, 0.0137556, 0.0101086, -0.0011259, -0.0355129, -0.1400982, -0.4574160", \
					  "0.0144956, 0.0133351, 0.0097467, -0.0013928, -0.0356254, -0.1401393, -0.4574368", \
					  "0.0139399, 0.0127419, 0.0091749, -0.0018619, -0.0359021, -0.1402549, -0.4575140", \
					  "0.0136156, 0.0124307, 0.0087958, -0.0022407, -0.0362495, -0.1403816, -0.4575067", \
					  "0.0135078, 0.0122871, 0.0085926, -0.0025729, -0.0369343, -0.1409020, -0.4577317", \
					  "0.0134006, 0.0122023, 0.0084400, -0.0027895, -0.0369935, -0.1414064, -0.4580848");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0357303, 0.0369761, 0.0408141, 0.0522774, 0.0868962, 0.1906591, 0.5041882", \
					  "0.0353767, 0.0366103, 0.0403835, 0.0519307, 0.0865840, 0.1904213, 0.5038610", \
					  "0.0347791, 0.0360127, 0.0398583, 0.0515138, 0.0862137, 0.1902654, 0.5036556", \
					  "0.0341114, 0.0353774, 0.0392082, 0.0508336, 0.0856952, 0.1897950, 0.5039639", \
					  "0.0338349, 0.0351032, 0.0389888, 0.0504775, 0.0853807, 0.1888324, 0.5035650", \
					  "0.0338847, 0.0351321, 0.0388773, 0.0503713, 0.0847898, 0.1891241, 0.5011686", \
					  "0.0342411, 0.0353186, 0.0389765, 0.0500129, 0.0853564, 0.1887813, 0.5001403");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0151156, 0.0139044, 0.0101526, -0.0011517, -0.0356190, -0.1402376, -0.4576095", \
					  "0.0147745, 0.0136209, 0.0099287, -0.0013013, -0.0356727, -0.1402783, -0.4576108", \
					  "0.0143449, 0.0131802, 0.0095758, -0.0015632, -0.0358180, -0.1403240, -0.4575801", \
					  "0.0137807, 0.0126241, 0.0089913, -0.0020302, -0.0360771, -0.1404220, -0.4576444", \
					  "0.0135112, 0.0123133, 0.0086942, -0.0023800, -0.0364521, -0.1406175, -0.4577438", \
					  "0.0133877, 0.0121560, 0.0084916, -0.0026937, -0.0370528, -0.1411323, -0.4579816", \
					  "0.0132836, 0.0120166, 0.0082625, -0.0029356, -0.0371845, -0.1416047, -0.4583455");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0353452, 0.0380582, 0.0459329, 0.0685735, 0.1347787, 0.3333807, 0.9319711", \
					  "0.0410441, 0.0439699, 0.0519315, 0.0747678, 0.1412460, 0.3407699, 0.9380855", \
					  "0.0562731, 0.0587883, 0.0665538, 0.0888472, 0.1559808, 0.3556977, 0.9562995", \
					  "0.0906038, 0.0938234, 0.1025965, 0.1248178, 0.1917090, 0.3872386, 0.9860956", \
					  "0.1531157, 0.1583560, 0.1724371, 0.2053958, 0.2753990, 0.4731255, 1.0675196", \
					  "0.2656944, 0.2743290, 0.2974504, 0.3533893, 0.4604996, 0.6685716, 1.2656088", \
					  "0.4698989, 0.4845400, 0.5245258, 0.6167561, 0.7958241, 1.1122459, 1.7190958");
				}
				rise_transition ("del_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("0.0299811, 0.0332383, 0.0432474, 0.0735578, 0.1664517, 0.4446242, 1.2961906", \
					  "0.0300955, 0.0333847, 0.0433741, 0.0737343, 0.1663889, 0.4452669, 1.2942598", \
					  "0.0303805, 0.0334985, 0.0433256, 0.0739218, 0.1666561, 0.4447849, 1.3016253", \
					  "0.0410374, 0.0430198, 0.0499190, 0.0758313, 0.1665865, 0.4458369, 1.2936130", \
					  "0.0715819, 0.0743002, 0.0818891, 0.1009590, 0.1731651, 0.4455565, 1.2936268", \
					  "0.1275857, 0.1317688, 0.1430201, 0.1726139, 0.2340171, 0.4577581, 1.3005202", \
					  "0.2341474, 0.2392289, 0.2584625, 0.3041583, 0.3999037, 0.5867851, 1.3045945");
				}
				cell_fall ("del_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("0.0306823, 0.0332518, 0.0406659, 0.0627870, 0.1282455, 0.3258982, 0.9295833", \
					  "0.0339732, 0.0365071, 0.0439740, 0.0662121, 0.1330063, 0.3301543, 0.9290468", \
					  "0.0435276, 0.0458212, 0.0527013, 0.0751657, 0.1412010, 0.3393774, 0.9416997", \
					  "0.0583939, 0.0618704, 0.0721593, 0.0970048, 0.1624513, 0.3620440, 0.9601290", \
					  "0.0739568, 0.0794421, 0.0945588, 0.1321279, 0.2134534, 0.4123738, 1.0114010", \
					  "0.0775466, 0.0862151, 0.1098021, 0.1679971, 0.2899275, 0.5309903, 1.1281464", \
					  "0.0302108, 0.0440979, 0.0831732, 0.1761150, 0.3701101, 0.7273100, 1.4025979");
				}
				fall_transition ("del_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("0.0359148, 0.0390789, 0.0490614, 0.0790084, 0.1681526, 0.4384545, 1.2630068", \
					  "0.0350632, 0.0385064, 0.0487012, 0.0787970, 0.1689296, 0.4401241, 1.2592699", \
					  "0.0366461, 0.0395330, 0.0487587, 0.0779610, 0.1682015, 0.4388953, 1.2625766", \
					  "0.0472375, 0.0506232, 0.0603453, 0.0847810, 0.1679267, 0.4412893, 1.2586089", \
					  "0.0705541, 0.0744029, 0.0854805, 0.1149134, 0.1890724, 0.4407943, 1.2628204", \
					  "0.1191524, 0.1248949, 0.1402205, 0.1775155, 0.2635492, 0.4830369, 1.2593473", \
					  "0.2038433, 0.2133365, 0.2344197, 0.2906977, 0.4125451, 0.6623780, 1.3287166");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0555548, 0.0584943, 0.0669569, 0.0921180, 0.1667090, 0.3898794, 1.0658179", \
					  "0.0610937, 0.0640602, 0.0725962, 0.0980487, 0.1728247, 0.3969298, 1.0728183", \
					  "0.0760378, 0.0787877, 0.0876730, 0.1132897, 0.1885232, 0.4122645, 1.0887780", \
					  "0.1121234, 0.1149232, 0.1234043, 0.1486520, 0.2219924, 0.4469973, 1.1236654", \
					  "0.1899344, 0.1940035, 0.2054666, 0.2343437, 0.3086220, 0.5333612, 1.2082280", \
					  "0.3310455, 0.3376767, 0.3563105, 0.4031939, 0.5049507, 0.7299840, 1.4069057", \
					  "0.5896844, 0.6007283, 0.6312093, 0.7089044, 0.8792055, 1.1866074, 1.8606384");
				}
				rise_transition ("del_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("0.0449538, 0.0486663, 0.0601851, 0.0943754, 0.1980671, 0.5118638, 1.4581019", \
					  "0.0449326, 0.0486462, 0.0601938, 0.0940710, 0.1974956, 0.5106031, 1.4612282", \
					  "0.0451481, 0.0487091, 0.0600698, 0.0942862, 0.1976927, 0.5109553, 1.4605238", \
					  "0.0483828, 0.0516089, 0.0615776, 0.0942223, 0.1975683, 0.5104198, 1.4598702", \
					  "0.0750009, 0.0778725, 0.0858047, 0.1096482, 0.2004209, 0.5103962, 1.4656556", \
					  "0.1307714, 0.1353237, 0.1482525, 0.1782595, 0.2467282, 0.5165855, 1.4646464", \
					  "0.2375895, 0.2459336, 0.2646821, 0.3140900, 0.4096071, 0.6195487, 1.4640796");
				}
				cell_fall ("del_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("0.0443720, 0.0468094, 0.0540268, 0.0759167, 0.1413202, 0.3414460, 0.9383085", \
					  "0.0482053, 0.0507311, 0.0580120, 0.0800347, 0.1465064, 0.3432981, 0.9421484", \
					  "0.0569013, 0.0593901, 0.0671418, 0.0894830, 0.1551358, 0.3530747, 0.9588209", \
					  "0.0733106, 0.0765425, 0.0856306, 0.1102863, 0.1771124, 0.3754592, 0.9744552", \
					  "0.0951459, 0.0998760, 0.1131920, 0.1469417, 0.2261719, 0.4262114, 1.0268028", \
					  "0.1104500, 0.1181088, 0.1393397, 0.1921366, 0.3063475, 0.5416766, 1.1455061", \
					  "0.0851906, 0.0977648, 0.1344505, 0.2189995, 0.4000377, 0.7430956, 1.4154656");
				}
				fall_transition ("del_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("0.0367019, 0.0399081, 0.0494621, 0.0791890, 0.1683258, 0.4409478, 1.2614195", \
					  "0.0366373, 0.0398127, 0.0494710, 0.0789890, 0.1695073, 0.4390719, 1.2628636", \
					  "0.0372241, 0.0402165, 0.0498538, 0.0792047, 0.1680639, 0.4387552, 1.2675112", \
					  "0.0460502, 0.0489686, 0.0571457, 0.0832438, 0.1689476, 0.4398279, 1.2578356", \
					  "0.0657949, 0.0691318, 0.0788951, 0.1063697, 0.1833576, 0.4390521, 1.2587841", \
					  "0.1085301, 0.1127108, 0.1255449, 0.1589032, 0.2416109, 0.4699884, 1.2622136", \
					  "0.1888545, 0.1954261, 0.2141026, 0.2612350, 0.3668678, 0.6127980, 1.3141733");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0673124, 0.0702309, 0.0788755, 0.1044613, 0.1800611, 0.4055903, 1.0878505", \
					  "0.0731135, 0.0759770, 0.0845290, 0.1103648, 0.1861869, 0.4120949, 1.0940631", \
					  "0.0880441, 0.0910440, 0.0997558, 0.1256849, 0.2018537, 0.4279703, 1.1095105", \
					  "0.1241518, 0.1270850, 0.1356192, 0.1609640, 0.2378591, 0.4621827, 1.1443115", \
					  "0.2068304, 0.2104613, 0.2204938, 0.2471869, 0.3225282, 0.5479881, 1.2293268", \
					  "0.3604221, 0.3664725, 0.3832909, 0.4254486, 0.5203921, 0.7457844, 1.4264624", \
					  "0.6397353, 0.6494965, 0.6784516, 0.7488417, 0.9045746, 1.2034429, 1.8824942");
				}
				rise_transition ("del_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("0.0560549, 0.0599472, 0.0715135, 0.1059133, 0.2106638, 0.5306346, 1.4928094", \
					  "0.0559186, 0.0597358, 0.0711835, 0.1064025, 0.2108881, 0.5291477, 1.4923579", \
					  "0.0562105, 0.0597368, 0.0712177, 0.1064024, 0.2108413, 0.5291283, 1.4930076", \
					  "0.0568801, 0.0604744, 0.0714066, 0.1061411, 0.2108301, 0.5296272, 1.4924754", \
					  "0.0794397, 0.0821544, 0.0902629, 0.1175768, 0.2127381, 0.5296119, 1.4931416", \
					  "0.1353732, 0.1400540, 0.1512660, 0.1817156, 0.2543574, 0.5339409, 1.4976732", \
					  "0.2427711, 0.2499189, 0.2666300, 0.3134469, 0.4137561, 0.6311722, 1.4977540");
				}
				cell_fall ("del_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("0.0512747, 0.0536973, 0.0609077, 0.0827069, 0.1488388, 0.3461101, 0.9508707", \
					  "0.0551325, 0.0575928, 0.0649059, 0.0870311, 0.1524081, 0.3501135, 0.9541271", \
					  "0.0627095, 0.0653343, 0.0729355, 0.0949685, 0.1611637, 0.3587830, 0.9577080", \
					  "0.0767619, 0.0795694, 0.0881694, 0.1117299, 0.1780689, 0.3762459, 0.9802128", \
					  "0.0977031, 0.1014869, 0.1125206, 0.1420028, 0.2156226, 0.4158584, 1.0157203", \
					  "0.1149087, 0.1210600, 0.1389721, 0.1827356, 0.2811272, 0.5050567, 1.1076554", \
					  "0.0955575, 0.1079387, 0.1357767, 0.2080385, 0.3628574, 0.6647369, 1.3141163");
				}
				fall_transition ("del_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("0.0366774, 0.0399762, 0.0494655, 0.0792696, 0.1691700, 0.4394800, 1.2635013", \
					  "0.0366545, 0.0398246, 0.0495080, 0.0789757, 0.1681898, 0.4383909, 1.2631334", \
					  "0.0370459, 0.0400805, 0.0498506, 0.0794028, 0.1683816, 0.4389183, 1.2576630", \
					  "0.0429295, 0.0457818, 0.0545701, 0.0818135, 0.1689170, 0.4385790, 1.2637085", \
					  "0.0584779, 0.0614264, 0.0703568, 0.0974823, 0.1780450, 0.4393091, 1.2628342", \
					  "0.0958718, 0.0995119, 0.1105591, 0.1398254, 0.2191710, 0.4596563, 1.2591423", \
					  "0.1705240, 0.1756406, 0.1910921, 0.2306153, 0.3257340, 0.5616120, 1.2921378");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0680466, 0.0707908, 0.0791318, 0.1030979, 0.1719921, 0.3755928, 0.9874972", \
					  "0.0744205, 0.0771821, 0.0854023, 0.1092626, 0.1781865, 0.3818348, 0.9938084", \
					  "0.0890421, 0.0917947, 0.0999998, 0.1240781, 0.1931682, 0.3968523, 1.0095550", \
					  "0.1250285, 0.1278234, 0.1360831, 0.1600050, 0.2289348, 0.4327129, 1.0451625", \
					  "0.2077395, 0.2108923, 0.2202472, 0.2447534, 0.3132367, 0.5157471, 1.1271668", \
					  "0.3615253, 0.3665879, 0.3810321, 0.4169077, 0.5063211, 0.7106911, 1.3193914", \
					  "0.6383821, 0.6448400, 0.6685567, 0.7312128, 0.8769757, 1.1587071, 1.7703595");
				}
				rise_transition ("del_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("0.0610510, 0.0645465, 0.0750235, 0.1068220, 0.2020341, 0.4899666, 1.3698538", \
					  "0.0611563, 0.0646576, 0.0753317, 0.1067592, 0.2020551, 0.4903239, 1.3644018", \
					  "0.0608234, 0.0645385, 0.0750659, 0.1066466, 0.2017073, 0.4902328, 1.3679498", \
					  "0.0611011, 0.0645341, 0.0749247, 0.1062821, 0.2019901, 0.4909469, 1.3677466", \
					  "0.0815515, 0.0841437, 0.0924517, 0.1177408, 0.2033849, 0.4908048, 1.3667336", \
					  "0.1369048, 0.1409704, 0.1521990, 0.1820535, 0.2498946, 0.4977999, 1.3673429", \
					  "0.2390797, 0.2466246, 0.2647120, 0.3094382, 0.4073847, 0.6083801, 1.3745951");
				}
				cell_fall ("del_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("0.0551237, 0.0575433, 0.0647499, 0.0865721, 0.1522277, 0.3496316, 0.9554421", \
					  "0.0588338, 0.0614764, 0.0687624, 0.0906816, 0.1566864, 0.3539282, 0.9581985", \
					  "0.0663285, 0.0688573, 0.0764149, 0.0985540, 0.1641910, 0.3626669, 0.9616975", \
					  "0.0791412, 0.0819426, 0.0900674, 0.1129482, 0.1794596, 0.3773161, 0.9764577", \
					  "0.0985715, 0.1018485, 0.1115268, 0.1379485, 0.2086034, 0.4086882, 1.0076974", \
					  "0.1168063, 0.1218441, 0.1363976, 0.1734997, 0.2610936, 0.4751253, 1.0804814", \
					  "0.1025907, 0.1112654, 0.1363033, 0.1965363, 0.3285336, 0.5982486, 1.2338190");
				}
				fall_transition ("del_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("0.0366775, 0.0399803, 0.0494674, 0.0789798, 0.1684772, 0.4395697, 1.2639324", \
					  "0.0367528, 0.0398865, 0.0495243, 0.0793096, 0.1685048, 0.4396657, 1.2660534", \
					  "0.0367591, 0.0399923, 0.0496707, 0.0789511, 0.1681266, 0.4384793, 1.2602669", \
					  "0.0403999, 0.0433403, 0.0523967, 0.0804630, 0.1686733, 0.4387224, 1.2596495", \
					  "0.0509540, 0.0539377, 0.0629381, 0.0906618, 0.1742137, 0.4400672, 1.2595786", \
					  "0.0818344, 0.0850738, 0.0944264, 0.1223618, 0.2046029, 0.4531243, 1.2641219", \
					  "0.1487497, 0.1531635, 0.1660574, 0.2004481, 0.2859430, 0.5282244, 1.2865283");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007675;
			capacitance : 0.007811;
			rise_capacitance : 0.007947;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087095, -0.0087072, -0.0087018, -0.0086806, -0.0086317, -0.0085192, -0.0082597");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122601, 0.0122668, 0.0122821, 0.0122790, 0.0122721, 0.0122561, 0.0122191");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007641;
			capacitance : 0.007835;
			rise_capacitance : 0.008029;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103981, -0.0103980, -0.0103977, -0.0103947, -0.0103880, -0.0103722, -0.0103358");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0115745, 0.0115751, 0.0115765, 0.0116193, 0.0117178, 0.0119448, 0.0124682");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007582;
			capacitance : 0.007891;
			rise_capacitance : 0.008200;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102243, -0.0102289, -0.0102394, -0.0102401, -0.0102415, -0.0102446, -0.0102519");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102474, 0.0102487, 0.0102518, 0.0102515, 0.0102508, 0.0102492, 0.0102456");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007667;
			capacitance : 0.008089;
			rise_capacitance : 0.008511;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102818, -0.0102930, -0.0103189, -0.0103166, -0.0103115, -0.0102994, -0.0102716");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103119, 0.0103095, 0.0103038, 0.0103058, 0.0103102, 0.0103205, 0.0103443");
				}
			}
		}
	}
	cell ("scs8hd_nand4b_1") {
		area : 8.758400;
		cell_footprint : "nand4b";
		cell_leakage_power : 1.275234e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.8506070e-05";
			when : "!AN&!B&!C&D";
		}
		leakage_power () {
			value : "5.8387573e-05";
			when : "!AN&!B&!C&!D";
		}
		leakage_power () {
			value : "6.7225115e-05";
			when : "!AN&!B&C&D";
		}
		leakage_power () {
			value : "5.8640172e-05";
			when : "!AN&!B&C&!D";
		}
		leakage_power () {
			value : "7.0791626e-05";
			when : "!AN&B&!C&D";
		}
		leakage_power () {
			value : "6.2502758e-05";
			when : "!AN&B&!C&!D";
		}
		leakage_power () {
			value : "0.0014913";
			when : "!AN&B&C&D";
		}
		leakage_power () {
			value : "7.3253795e-05";
			when : "!AN&B&C&!D";
		}
		leakage_power () {
			value : "1.1179811e-05";
			when : "AN&!B&!C&D";
		}
		leakage_power () {
			value : "1.1160745e-05";
			when : "AN&!B&!C&!D";
		}
		leakage_power () {
			value : "1.1294737e-05";
			when : "AN&!B&C&D";
		}
		leakage_power () {
			value : "1.1189504e-05";
			when : "AN&!B&C&!D";
		}
		leakage_power () {
			value : "1.1468822e-05";
			when : "AN&B&!C&D";
		}
		leakage_power () {
			value : "1.1361038e-05";
			when : "AN&B&!C&!D";
		}
		leakage_power () {
			value : "2.0514903e-05";
			when : "AN&B&C&D";
		}
		leakage_power () {
			value : "1.1591637e-05";
			when : "AN&B&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B) | (!C) | (!D)";
			max_capacitance : 0.118113;
			max_transition : 1.490225;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0033226, 0.0043031, 0.0066435, 0.0123002, 0.0261684, 0.0608151, 0.1464624", \
					  "0.0033142, 0.0042899, 0.0066392, 0.0123199, 0.0261777, 0.0607000, 0.1457030", \
					  "0.0032674, 0.0042367, 0.0065939, 0.0123415, 0.0262052, 0.0606350, 0.1458837", \
					  "0.0030556, 0.0040165, 0.0063655, 0.0120713, 0.0259995, 0.0599299, 0.1461092", \
					  "0.0029088, 0.0038338, 0.0061504, 0.0117957, 0.0257606, 0.0601306, 0.1455922", \
					  "0.0029168, 0.0038442, 0.0061461, 0.0117128, 0.0258106, 0.0597829, 0.1453625", \
					  "0.0029912, 0.0039053, 0.0062401, 0.0117749, 0.0259458, 0.0601862, 0.1451383");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0048537, 0.0040244, 0.0019249, -0.0035216, -0.0173270, -0.0518406, -0.1377420", \
					  "0.0048199, 0.0039972, 0.0018931, -0.0035604, -0.0173570, -0.0518710, -0.1377685", \
					  "0.0048526, 0.0040140, 0.0019056, -0.0035396, -0.0173383, -0.0518405, -0.1377401", \
					  "0.0047198, 0.0038893, 0.0017724, -0.0036634, -0.0174436, -0.0519300, -0.1378133", \
					  "0.0046173, 0.0037648, 0.0016240, -0.0038132, -0.0175732, -0.0520329, -0.1378820", \
					  "0.0043254, 0.0035155, 0.0014215, -0.0039871, -0.0177213, -0.0521188, -0.1379477", \
					  "0.0044633, 0.0035983, 0.0013909, -0.0040848, -0.0178174, -0.0521179, -0.1379105");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0040435, 0.0049721, 0.0072195, 0.0127816, 0.0265170, 0.0605649, 0.1452950", \
					  "0.0038853, 0.0048170, 0.0070925, 0.0126881, 0.0264987, 0.0605934, 0.1452404", \
					  "0.0037093, 0.0046391, 0.0069102, 0.0125362, 0.0264167, 0.0604358, 0.1452331", \
					  "0.0035600, 0.0044713, 0.0067352, 0.0123479, 0.0261348, 0.0604423, 0.1451679", \
					  "0.0035390, 0.0044318, 0.0066532, 0.0122126, 0.0260199, 0.0600242, 0.1449895", \
					  "0.0032556, 0.0042729, 0.0065960, 0.0121069, 0.0258745, 0.0599000, 0.1455042", \
					  "0.0033973, 0.0042529, 0.0064414, 0.0119488, 0.0258903, 0.0597730, 0.1442377");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0053269, 0.0044536, 0.0022584, -0.0032929, -0.0171664, -0.0517237, -0.1376305", \
					  "0.0052427, 0.0043853, 0.0021981, -0.0033209, -0.0171805, -0.0517214, -0.1376125", \
					  "0.0051202, 0.0042753, 0.0021129, -0.0033816, -0.0172159, -0.0517407, -0.1376145", \
					  "0.0049743, 0.0041213, 0.0019808, -0.0034729, -0.0172840, -0.0517727, -0.1376347", \
					  "0.0049261, 0.0040415, 0.0018365, -0.0036354, -0.0173840, -0.0518368, -0.1376841", \
					  "0.0049555, 0.0040636, 0.0018530, -0.0036803, -0.0175430, -0.0519609, -0.1377776", \
					  "0.0049272, 0.0040091, 0.0017620, -0.0038019, -0.0176287, -0.0521594, -0.1379235");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0060745, 0.0069825, 0.0092331, 0.0147936, 0.0284826, 0.0625818, 0.1479562", \
					  "0.0059371, 0.0068471, 0.0091105, 0.0146799, 0.0284712, 0.0625319, 0.1479222", \
					  "0.0057565, 0.0066845, 0.0089378, 0.0145203, 0.0284939, 0.0626503, 0.1473533", \
					  "0.0055828, 0.0064947, 0.0087634, 0.0143858, 0.0282289, 0.0623719, 0.1467584", \
					  "0.0054246, 0.0063346, 0.0085792, 0.0141606, 0.0280635, 0.0620578, 0.1469521", \
					  "0.0053795, 0.0063299, 0.0085911, 0.0141274, 0.0279008, 0.0619577, 0.1467606", \
					  "0.0052892, 0.0061919, 0.0083372, 0.0139557, 0.0278095, 0.0618037, 0.1471627");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0054177, 0.0045433, 0.0023493, -0.0031963, -0.0170818, -0.0516272, -0.1375435", \
					  "0.0053517, 0.0044835, 0.0022911, -0.0032254, -0.0170927, -0.0516345, -0.1375330", \
					  "0.0052067, 0.0043666, 0.0022025, -0.0032870, -0.0171318, -0.0516540, -0.1375551", \
					  "0.0050703, 0.0042340, 0.0020718, -0.0033887, -0.0171842, -0.0516835, -0.1375551", \
					  "0.0050519, 0.0041459, 0.0019351, -0.0035123, -0.0172812, -0.0517362, -0.1375942", \
					  "0.0050644, 0.0041783, 0.0019796, -0.0035582, -0.0174149, -0.0518225, -0.1376425", \
					  "0.0050485, 0.0041758, 0.0019319, -0.0036286, -0.0174531, -0.0519558, -0.1377397");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0076928, 0.0086043, 0.0108692, 0.0164674, 0.0302128, 0.0642940, 0.1490261", \
					  "0.0075966, 0.0085074, 0.0107805, 0.0163523, 0.0302265, 0.0645642, 0.1490144", \
					  "0.0073647, 0.0082762, 0.0106523, 0.0162780, 0.0300458, 0.0641874, 0.1491242", \
					  "0.0073094, 0.0082302, 0.0104494, 0.0161044, 0.0300948, 0.0638577, 0.1487053", \
					  "0.0072341, 0.0081455, 0.0104000, 0.0160011, 0.0298987, 0.0638753, 0.1487719", \
					  "0.0072950, 0.0081866, 0.0104484, 0.0160452, 0.0297682, 0.0639248, 0.1496502", \
					  "0.0074462, 0.0083437, 0.0105591, 0.0160881, 0.0300401, 0.0641662, 0.1482258");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0053557, 0.0044815, 0.0022799, -0.0032549, -0.0171396, -0.0516863, -0.1375969", \
					  "0.0052747, 0.0044200, 0.0022313, -0.0032819, -0.0171505, -0.0516911, -0.1375820", \
					  "0.0051526, 0.0043098, 0.0021504, -0.0033458, -0.0171796, -0.0517035, -0.1375791", \
					  "0.0050213, 0.0041755, 0.0020135, -0.0034494, -0.0172374, -0.0517320, -0.1376158", \
					  "0.0050349, 0.0041096, 0.0018861, -0.0035766, -0.0173471, -0.0517935, -0.1376444", \
					  "0.0050272, 0.0041402, 0.0019214, -0.0035929, -0.0174587, -0.0518883, -0.1376976", \
					  "0.0050344, 0.0041251, 0.0018714, -0.0036656, -0.0174936, -0.0520153, -0.1377784");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0656254, 0.0719845, 0.0872757, 0.1236893, 0.2128697, 0.4327292, 0.9769682", \
					  "0.0707776, 0.0771156, 0.0924917, 0.1288163, 0.2181442, 0.4371893, 0.9841459", \
					  "0.0823419, 0.0887216, 0.1038711, 0.1405943, 0.2305857, 0.4507351, 0.9988287", \
					  "0.1051605, 0.1115339, 0.1265928, 0.1632981, 0.2527609, 0.4727690, 1.0172041", \
					  "0.1395778, 0.1458926, 0.1611475, 0.1978039, 0.2873282, 0.5074055, 1.0564950", \
					  "0.1854605, 0.1920870, 0.2072076, 0.2438532, 0.3336263, 0.5539171, 1.1021917", \
					  "0.2321640, 0.2413882, 0.2603685, 0.2985007, 0.3869749, 0.6072082, 1.1540315");
				}
				rise_transition ("del_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("0.0340392, 0.0419739, 0.0621265, 0.1121796, 0.2396237, 0.5524361, 1.3334913", \
					  "0.0339586, 0.0420229, 0.0621607, 0.1124558, 0.2397259, 0.5503180, 1.3180870", \
					  "0.0341327, 0.0419897, 0.0623440, 0.1131175, 0.2398265, 0.5568225, 1.3174162", \
					  "0.0347961, 0.0424982, 0.0621278, 0.1123908, 0.2386288, 0.5487290, 1.3252820", \
					  "0.0372608, 0.0444821, 0.0637432, 0.1124214, 0.2377522, 0.5507257, 1.3366959", \
					  "0.0449214, 0.0512022, 0.0679854, 0.1150207, 0.2399262, 0.5474072, 1.3291245", \
					  "0.0640117, 0.0687206, 0.0838287, 0.1230361, 0.2405379, 0.5492482, 1.3160948");
				}
				cell_fall ("del_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("0.1129695, 0.1189299, 0.1330854, 0.1645547, 0.2386424, 0.4211782, 0.8750852", \
					  "0.1181672, 0.1246447, 0.1385631, 0.1697677, 0.2440936, 0.4266057, 0.8812548", \
					  "0.1323102, 0.1383848, 0.1523120, 0.1837107, 0.2579589, 0.4409230, 0.8946027", \
					  "0.1667268, 0.1728100, 0.1867168, 0.2182284, 0.2924221, 0.4754790, 0.9289741", \
					  "0.2443279, 0.2503973, 0.2641943, 0.2958135, 0.3699812, 0.5529334, 1.0100483", \
					  "0.3861061, 0.3932989, 0.4093654, 0.4410324, 0.5158142, 0.6981160, 1.1539273", \
					  "0.6247164, 0.6343464, 0.6544555, 0.6935744, 0.7712218, 0.9531841, 1.4060763");
				}
				fall_transition ("del_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("0.0365888, 0.0427691, 0.0582768, 0.0954919, 0.1909263, 0.4320152, 1.0333275", \
					  "0.0367478, 0.0428234, 0.0581427, 0.0956155, 0.1907460, 0.4319813, 1.0312129", \
					  "0.0368287, 0.0431295, 0.0581739, 0.0956010, 0.1906059, 0.4333668, 1.0321226", \
					  "0.0370767, 0.0428585, 0.0582623, 0.0955468, 0.1906425, 0.4350234, 1.0323700", \
					  "0.0391027, 0.0449052, 0.0596108, 0.0963293, 0.1909687, 0.4313210, 1.0347717", \
					  "0.0493854, 0.0551430, 0.0692495, 0.1036069, 0.1936904, 0.4316974, 1.0359409", \
					  "0.0723808, 0.0767110, 0.0900256, 0.1225409, 0.2036229, 0.4350559, 1.0322466");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0503518, 0.0571585, 0.0738868, 0.1144925, 0.2138058, 0.4591973, 1.0686221", \
					  "0.0560896, 0.0630467, 0.0798738, 0.1206316, 0.2200080, 0.4658533, 1.0747075", \
					  "0.0710936, 0.0778855, 0.0945043, 0.1352126, 0.2346505, 0.4800054, 1.0896170", \
					  "0.1073585, 0.1139519, 0.1302057, 0.1704808, 0.2700157, 0.5164117, 1.1262082", \
					  "0.1824273, 0.1922536, 0.2135704, 0.2550533, 0.3539689, 0.5986570, 1.2080860", \
					  "0.3172030, 0.3333006, 0.3680547, 0.4359536, 0.5524106, 0.7953059, 1.4032527", \
					  "0.5598205, 0.5881445, 0.6464492, 0.7593426, 0.9500142, 1.2518306, 1.8558494");
				}
				rise_transition ("del_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("0.0458158, 0.0550129, 0.0773569, 0.1327081, 0.2712144, 0.6149581, 1.4702864", \
					  "0.0460190, 0.0548460, 0.0773653, 0.1327144, 0.2711775, 0.6154200, 1.4707071", \
					  "0.0458773, 0.0550615, 0.0773246, 0.1326863, 0.2711233, 0.6152031, 1.4750277", \
					  "0.0511358, 0.0587157, 0.0782765, 0.1327910, 0.2712314, 0.6158022, 1.4746860", \
					  "0.0801748, 0.0871068, 0.1016625, 0.1443146, 0.2716632, 0.6156308, 1.4757952", \
					  "0.1386937, 0.1486107, 0.1707390, 0.2113874, 0.3060523, 0.6186935, 1.4720419", \
					  "0.2478286, 0.2636144, 0.2985571, 0.3616710, 0.4705996, 0.7058193, 1.4767160");
				}
				cell_fall ("del_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("0.0377454, 0.0428874, 0.0553268, 0.0853672, 0.1591989, 0.3436885, 0.7960576", \
					  "0.0417758, 0.0469491, 0.0594879, 0.0896420, 0.1635515, 0.3461386, 0.8037309", \
					  "0.0504367, 0.0557358, 0.0684673, 0.0990741, 0.1728678, 0.3556149, 0.8136130", \
					  "0.0659110, 0.0727770, 0.0881599, 0.1203637, 0.1954244, 0.3786342, 0.8346844", \
					  "0.0860751, 0.0962648, 0.1181879, 0.1615973, 0.2455180, 0.4301491, 0.8860810", \
					  "0.1005846, 0.1170776, 0.1515642, 0.2182698, 0.3373389, 0.5487541, 1.0054807", \
					  "0.0776949, 0.1053346, 0.1626705, 0.2701448, 0.4540281, 0.7572433, 1.2824032");
				}
				fall_transition ("del_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("0.0303087, 0.0367890, 0.0534712, 0.0924442, 0.1915090, 0.4320185, 1.0334364", \
					  "0.0302359, 0.0367414, 0.0530098, 0.0927349, 0.1914846, 0.4316321, 1.0354876", \
					  "0.0313482, 0.0376303, 0.0533802, 0.0925928, 0.1918395, 0.4316537, 1.0346481", \
					  "0.0395645, 0.0457242, 0.0597042, 0.0955658, 0.1902853, 0.4314492, 1.0352229", \
					  "0.0597751, 0.0668503, 0.0827675, 0.1178654, 0.2012775, 0.4318480, 1.0314108", \
					  "0.1003256, 0.1100375, 0.1311204, 0.1735607, 0.2603395, 0.4629398, 1.0336225", \
					  "0.1780113, 0.1924754, 0.2221069, 0.2802245, 0.3893234, 0.6037399, 1.1017651");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0610989, 0.0681301, 0.0846513, 0.1253847, 0.2250535, 0.4713163, 1.0825578", \
					  "0.0669086, 0.0739770, 0.0906934, 0.1313911, 0.2312579, 0.4775332, 1.0885226", \
					  "0.0818391, 0.0887828, 0.1053650, 0.1460060, 0.2459425, 0.4921261, 1.1024357", \
					  "0.1176414, 0.1243118, 0.1406731, 0.1814490, 0.2813325, 0.5279413, 1.1366871", \
					  "0.1979396, 0.2068198, 0.2246178, 0.2669574, 0.3640417, 0.6099524, 1.2207937", \
					  "0.3435298, 0.3578123, 0.3894163, 0.4502309, 0.5619575, 0.8046671, 1.4138501", \
					  "0.6068049, 0.6306690, 0.6824233, 0.7857138, 0.9691723, 1.2641512, 1.8692170");
				}
				rise_transition ("del_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("0.0551799, 0.0639780, 0.0863078, 0.1420664, 0.2807117, 0.6262786, 1.4845889", \
					  "0.0549002, 0.0640046, 0.0862841, 0.1416093, 0.2802589, 0.6262441, 1.4853040", \
					  "0.0550709, 0.0640398, 0.0863508, 0.1418390, 0.2806355, 0.6263409, 1.4828834", \
					  "0.0575430, 0.0655048, 0.0866597, 0.1420803, 0.2807392, 0.6262999, 1.4842360", \
					  "0.0821856, 0.0880081, 0.1054113, 0.1498160, 0.2806009, 0.6262206, 1.4851711", \
					  "0.1411736, 0.1506861, 0.1709526, 0.2141230, 0.3139130, 0.6280085, 1.4851802", \
					  "0.2489390, 0.2650446, 0.2990384, 0.3628491, 0.4749190, 0.7109474, 1.4902245");
				}
				cell_fall ("del_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("0.0442052, 0.0494261, 0.0618747, 0.0922312, 0.1658492, 0.3500288, 0.8024518", \
					  "0.0482473, 0.0534617, 0.0660382, 0.0962886, 0.1702605, 0.3527423, 0.8128397", \
					  "0.0565097, 0.0617551, 0.0744310, 0.1050899, 0.1790817, 0.3614983, 0.8151779", \
					  "0.0714684, 0.0775928, 0.0918265, 0.1233501, 0.1981589, 0.3813029, 0.8378507", \
					  "0.0923617, 0.1016211, 0.1205726, 0.1609361, 0.2414743, 0.4258482, 0.8801960", \
					  "0.1103178, 0.1244363, 0.1548170, 0.2143557, 0.3224123, 0.5282803, 0.9868690", \
					  "0.0943837, 0.1197916, 0.1703439, 0.2662321, 0.4335833, 0.7136242, 1.2206780");
				}
				fall_transition ("del_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("0.0306291, 0.0370337, 0.0533634, 0.0929292, 0.1913587, 0.4318522, 1.0311693", \
					  "0.0306238, 0.0373369, 0.0532835, 0.0936743, 0.1896857, 0.4313285, 1.0340823", \
					  "0.0311023, 0.0375111, 0.0535846, 0.0937877, 0.1904211, 0.4318113, 1.0313161", \
					  "0.0369907, 0.0433163, 0.0576185, 0.0947034, 0.1898880, 0.4356276, 1.0324587", \
					  "0.0541597, 0.0609986, 0.0760527, 0.1124017, 0.1981475, 0.4316983, 1.0325178", \
					  "0.0917147, 0.1003646, 0.1198173, 0.1602727, 0.2446692, 0.4538538, 1.0338547", \
					  "0.1660943, 0.1788352, 0.2052983, 0.2589145, 0.3607743, 0.5676401, 1.0823654");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0618726, 0.0681311, 0.0836259, 0.1206384, 0.2113941, 0.4350822, 0.9872103", \
					  "0.0678147, 0.0744212, 0.0897395, 0.1269680, 0.2178129, 0.4415291, 0.9945283", \
					  "0.0822281, 0.0884517, 0.1048409, 0.1422022, 0.2311785, 0.4542387, 1.0068758", \
					  "0.1190002, 0.1253230, 0.1394676, 0.1765513, 0.2673670, 0.4903817, 1.0425829", \
					  "0.1987866, 0.2065380, 0.2239302, 0.2616778, 0.3496426, 0.5722201, 1.1246502", \
					  "0.3441444, 0.3569540, 0.3849163, 0.4423571, 0.5466878, 0.7679496, 1.3088127", \
					  "0.6013431, 0.6220368, 0.6640167, 0.7629930, 0.9345484, 1.2148569, 1.7629248");
				}
				rise_transition ("del_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("0.0562700, 0.0645811, 0.0847584, 0.1352647, 0.2606596, 0.5739726, 1.3530616", \
					  "0.0565334, 0.0644221, 0.0850330, 0.1350094, 0.2608600, 0.5741372, 1.3524913", \
					  "0.0562629, 0.0642163, 0.0847352, 0.1351333, 0.2606783, 0.5738719, 1.3519934", \
					  "0.0578729, 0.0656345, 0.0849223, 0.1352145, 0.2607746, 0.5744317, 1.3540384", \
					  "0.0821471, 0.0877417, 0.1022441, 0.1437071, 0.2612896, 0.5739383, 1.3535950", \
					  "0.1385389, 0.1479716, 0.1687391, 0.2078187, 0.2981070, 0.5771266, 1.3550999", \
					  "0.2446438, 0.2604700, 0.2980272, 0.3552831, 0.4658104, 0.6778670, 1.3637094");
				}
				cell_fall ("del_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("0.0474429, 0.0526540, 0.0651548, 0.0953110, 0.1691696, 0.3517857, 0.8111722", \
					  "0.0516081, 0.0568142, 0.0694731, 0.0996926, 0.1735870, 0.3561206, 0.8143789", \
					  "0.0598260, 0.0650968, 0.0777460, 0.1083461, 0.1823508, 0.3648940, 0.8228903", \
					  "0.0747068, 0.0805370, 0.0941368, 0.1251282, 0.1998506, 0.3826724, 0.8360819", \
					  "0.0968072, 0.1043829, 0.1217053, 0.1584462, 0.2374126, 0.4213974, 0.8753946", \
					  "0.1183721, 0.1307120, 0.1572068, 0.2109392, 0.3108667, 0.5096470, 0.9655735", \
					  "0.1127190, 0.1335940, 0.1781737, 0.2642319, 0.4148906, 0.6721468, 1.1745314");
				}
				fall_transition ("del_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("0.0306453, 0.0370562, 0.0532554, 0.0934854, 0.1901683, 0.4312480, 1.0443759", \
					  "0.0306615, 0.0373623, 0.0532772, 0.0935587, 0.1913415, 0.4313889, 1.0344424", \
					  "0.0307784, 0.0373210, 0.0536099, 0.0936733, 0.1898250, 0.4314892, 1.0349157", \
					  "0.0348415, 0.0410694, 0.0558083, 0.0938862, 0.1902259, 0.4311872, 1.0310792", \
					  "0.0479976, 0.0544311, 0.0696822, 0.1066452, 0.1955466, 0.4319085, 1.0326084", \
					  "0.0812582, 0.0890716, 0.1068260, 0.1460814, 0.2341929, 0.4480779, 1.0380051", \
					  "0.1502276, 0.1611854, 0.1856932, 0.2340060, 0.3306777, 0.5429335, 1.0725483");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001412;
			capacitance : 0.001354;
			fall_capacitance : 0.001296;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030363, 0.0030000, 0.0029164, 0.0029130, 0.0029051, 0.0028870, 0.0028451");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053693, 0.0053052, 0.0051574, 0.0051604, 0.0051674, 0.0051835, 0.0052205");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002092;
			capacitance : 0.002156;
			rise_capacitance : 0.002220;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028406, -0.0028379, -0.0028317, -0.0028262, -0.0028136, -0.0027846, -0.0027176");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031287, 0.0031272, 0.0031236, 0.0031274, 0.0031362, 0.0031563, 0.0032027");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002092;
			capacitance : 0.002170;
			rise_capacitance : 0.002248;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026818, -0.0026782, -0.0026701, -0.0026701, -0.0026701, -0.0026702, -0.0026704");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027620, 0.0027608, 0.0027580, 0.0027705, 0.0027993, 0.0028658, 0.0030191");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002060;
			capacitance : 0.002156;
			rise_capacitance : 0.002252;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026484, -0.0026478, -0.0026466, -0.0026468, -0.0026472, -0.0026483, -0.0026507");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026481, 0.0026486, 0.0026498, 0.0026496, 0.0026491, 0.0026478, 0.0026450");
				}
			}
		}
	}
	cell ("scs8hd_nand4b_2") {
		area : 15.014400;
		cell_footprint : "nand4b";
		cell_leakage_power : 1.768298e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "4.1991475e-05";
			when : "!AN&!B&!C&D";
		}
		leakage_power () {
			value : "3.9169714e-05";
			when : "!AN&!B&!C&!D";
		}
		leakage_power () {
			value : "5.6273108e-05";
			when : "!AN&!B&C&D";
		}
		leakage_power () {
			value : "4.7385839e-05";
			when : "!AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0002712";
			when : "!AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0243085";
			when : "!AN&B&!C&!D";
		}
		leakage_power () {
			value : "0.0029053";
			when : "!AN&B&C&D";
		}
		leakage_power () {
			value : "0.0003779";
			when : "!AN&B&C&!D";
		}
		leakage_power () {
			value : "2.8562222e-05";
			when : "AN&!B&!C&D";
		}
		leakage_power () {
			value : "2.8167115e-05";
			when : "AN&!B&!C&!D";
		}
		leakage_power () {
			value : "2.8166756e-05";
			when : "AN&!B&C&D";
		}
		leakage_power () {
			value : "2.8562297e-05";
			when : "AN&!B&C&!D";
		}
		leakage_power () {
			value : "2.7992682e-05";
			when : "AN&B&!C&D";
		}
		leakage_power () {
			value : "2.7202168e-05";
			when : "AN&B&!C&!D";
		}
		leakage_power () {
			value : "4.7227942e-05";
			when : "AN&B&C&D";
		}
		leakage_power () {
			value : "2.9188247e-05";
			when : "AN&B&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B) | (!C) | (!D)";
			max_capacitance : 0.224314;
			max_transition : 1.499892;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0049889, 0.0061732, 0.0093992, 0.0179902, 0.0408316, 0.1039834, 0.2761206", \
					  "0.0049643, 0.0061763, 0.0094149, 0.0179213, 0.0408355, 0.1032144, 0.2761273", \
					  "0.0049151, 0.0061186, 0.0093424, 0.0179009, 0.0406502, 0.1039486, 0.2744198", \
					  "0.0046466, 0.0058252, 0.0090115, 0.0175884, 0.0404061, 0.1035889, 0.2767036", \
					  "0.0043788, 0.0055391, 0.0086237, 0.0170441, 0.0401383, 0.1037005, 0.2756592", \
					  "0.0043478, 0.0054952, 0.0085236, 0.0168366, 0.0400043, 0.1023812, 0.2768756", \
					  "0.0044568, 0.0055990, 0.0086256, 0.0169361, 0.0400490, 0.1030444, 0.2746281");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0085172, 0.0075395, 0.0047929, -0.0031153, -0.0256131, -0.0885160, -0.2626711", \
					  "0.0085171, 0.0075308, 0.0047687, -0.0031550, -0.0256511, -0.0884790, -0.2627641", \
					  "0.0085477, 0.0075661, 0.0048017, -0.0031394, -0.0256161, -0.0884719, -0.2626840", \
					  "0.0083762, 0.0073825, 0.0045971, -0.0033147, -0.0257776, -0.0885911, -0.2628685", \
					  "0.0082402, 0.0072336, 0.0044158, -0.0035577, -0.0260171, -0.0887639, -0.2629684", \
					  "0.0079357, 0.0069225, 0.0041099, -0.0037642, -0.0262666, -0.0889514, -0.2630763", \
					  "0.0080647, 0.0070040, 0.0041047, -0.0039827, -0.0263991, -0.0890553, -0.2630770");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0076074, 0.0086840, 0.0116729, 0.0198355, 0.0423650, 0.1043810, 0.2758641", \
					  "0.0072241, 0.0083446, 0.0113578, 0.0196557, 0.0423015, 0.1043367, 0.2761028", \
					  "0.0068205, 0.0079415, 0.0110200, 0.0193770, 0.0421344, 0.1044020, 0.2760829", \
					  "0.0062677, 0.0074510, 0.0104983, 0.0189095, 0.0416911, 0.1040982, 0.2754464", \
					  "0.0060259, 0.0071146, 0.0101076, 0.0184145, 0.0410949, 0.1037072, 0.2758294", \
					  "0.0055289, 0.0067128, 0.0098466, 0.0181870, 0.0407402, 0.1028224, 0.2745182", \
					  "0.0056548, 0.0066498, 0.0096167, 0.0177421, 0.0410562, 0.1027940, 0.2733213");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0106347, 0.0096056, 0.0067084, -0.0014125, -0.0241185, -0.0870903, -0.2613787", \
					  "0.0104575, 0.0094490, 0.0065909, -0.0014671, -0.0241371, -0.0870944, -0.2613594", \
					  "0.0101977, 0.0091970, 0.0063879, -0.0016093, -0.0242184, -0.0871370, -0.2614371", \
					  "0.0099160, 0.0089247, 0.0061227, -0.0018454, -0.0243593, -0.0871968, -0.2614522", \
					  "0.0098585, 0.0088171, 0.0059457, -0.0020641, -0.0245230, -0.0872761, -0.2614225", \
					  "0.0098676, 0.0088240, 0.0059008, -0.0023883, -0.0248866, -0.0875338, -0.2616415", \
					  "0.0098210, 0.0087553, 0.0057891, -0.0023423, -0.0249817, -0.0878530, -0.2618361");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0115119, 0.0125541, 0.0155060, 0.0236224, 0.0462112, 0.1082976, 0.2804308", \
					  "0.0112367, 0.0123108, 0.0152700, 0.0234792, 0.0461469, 0.1081519, 0.2803223", \
					  "0.0109237, 0.0120206, 0.0150097, 0.0232834, 0.0459470, 0.1080866, 0.2800877", \
					  "0.0105352, 0.0116233, 0.0146139, 0.0228325, 0.0456088, 0.1080068, 0.2801961", \
					  "0.0102850, 0.0113592, 0.0143133, 0.0226170, 0.0453788, 0.1072577, 0.2798671", \
					  "0.0099653, 0.0110805, 0.0140358, 0.0223437, 0.0448598, 0.1071929, 0.2792947", \
					  "0.0096710, 0.0107642, 0.0136594, 0.0217027, 0.0448285, 0.1063768, 0.2779147");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0106892, 0.0096663, 0.0067646, -0.0013676, -0.0240719, -0.0870506, -0.2613633", \
					  "0.0105274, 0.0094994, 0.0066569, -0.0014363, -0.0241102, -0.0870691, -0.2613502", \
					  "0.0102717, 0.0092818, 0.0064507, -0.0015661, -0.0241828, -0.0871163, -0.2614020", \
					  "0.0100028, 0.0089962, 0.0061752, -0.0018048, -0.0243135, -0.0871818, -0.2613845", \
					  "0.0099197, 0.0088714, 0.0060113, -0.0019660, -0.0244638, -0.0872296, -0.2614309", \
					  "0.0099581, 0.0089135, 0.0059976, -0.0021574, -0.0247603, -0.0874720, -0.2615674", \
					  "0.0099285, 0.0088721, 0.0059312, -0.0022241, -0.0248434, -0.0877305, -0.2616921");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0154487, 0.0165329, 0.0195100, 0.0277790, 0.0504849, 0.1127958, 0.2850177", \
					  "0.0152122, 0.0163014, 0.0192980, 0.0275722, 0.0503140, 0.1126816, 0.2848768", \
					  "0.0148764, 0.0159780, 0.0190038, 0.0273040, 0.0501015, 0.1125869, 0.2844137", \
					  "0.0145677, 0.0156630, 0.0185383, 0.0270552, 0.0498299, 0.1125194, 0.2844643", \
					  "0.0143776, 0.0154658, 0.0184778, 0.0267522, 0.0494871, 0.1121565, 0.2842627", \
					  "0.0144201, 0.0154827, 0.0184521, 0.0268402, 0.0492829, 0.1116186, 0.2841441", \
					  "0.0144948, 0.0155147, 0.0184026, 0.0264910, 0.0495089, 0.1118277, 0.2825729");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001383411, 0.00382765, 0.01059042, 0.02930181, 0.08107286, 0.2243141");
					values("0.0104783, 0.0094526, 0.0065596, -0.0015743, -0.0242942, -0.0872503, -0.2615650", \
					  "0.0103255, 0.0092966, 0.0064410, -0.0016495, -0.0243116, -0.0872725, -0.2615629", \
					  "0.0100978, 0.0090859, 0.0062779, -0.0017706, -0.0243690, -0.0873174, -0.2615732", \
					  "0.0098243, 0.0088167, 0.0059921, -0.0019813, -0.0245157, -0.0873674, -0.2615996", \
					  "0.0097449, 0.0087051, 0.0058430, -0.0021640, -0.0246695, -0.0874298, -0.2616513", \
					  "0.0098168, 0.0087510, 0.0058348, -0.0023125, -0.0249878, -0.0877129, -0.2618142", \
					  "0.0097152, 0.0086547, 0.0057091, -0.0024416, -0.0250228, -0.0879364, -0.2619792");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
					values("0.0805985, 0.0849490, 0.0963900, 0.1258230, 0.2041273, 0.4171759, 1.0065596", \
					  "0.0855836, 0.0900032, 0.1014586, 0.1308776, 0.2089787, 0.4223126, 1.0123827", \
					  "0.0977884, 0.1021184, 0.1135026, 0.1430260, 0.2212716, 0.4353320, 1.0233492", \
					  "0.1253822, 0.1296875, 0.1410516, 0.1704493, 0.2492777, 0.4643200, 1.0540846", \
					  "0.1738023, 0.1782186, 0.1895918, 0.2192329, 0.2981917, 0.5116051, 1.1000868", \
					  "0.2449078, 0.2499634, 0.2621627, 0.2925532, 0.3707527, 0.5848265, 1.1748856", \
					  "0.3386749, 0.3453325, 0.3611588, 0.3954086, 0.4744474, 0.6871789, 1.2754017");
				}
				rise_transition ("del_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("0.0321624, 0.0371076, 0.0507258, 0.0892655, 0.1992166, 0.5011713, 1.3405240", \
					  "0.0322205, 0.0370460, 0.0506066, 0.0893027, 0.1982362, 0.5000835, 1.3425698", \
					  "0.0321936, 0.0370562, 0.0506439, 0.0892994, 0.1983758, 0.4994175, 1.3355829", \
					  "0.0327102, 0.0374640, 0.0509168, 0.0892640, 0.1984745, 0.5061044, 1.3305315", \
					  "0.0363733, 0.0407297, 0.0534535, 0.0907489, 0.1984026, 0.5034518, 1.3365701", \
					  "0.0458866, 0.0496656, 0.0607175, 0.0945529, 0.1999956, 0.4984151, 1.3353334", \
					  "0.0660904, 0.0696435, 0.0794080, 0.1090185, 0.2037982, 0.5050024, 1.3313107");
				}
				cell_fall ("del_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("0.1422899, 0.1473501, 0.1600659, 0.1913549, 0.2698792, 0.4823358, 1.0684832", \
					  "0.1475545, 0.1524640, 0.1650398, 0.1965390, 0.2748204, 0.4871267, 1.0796642", \
					  "0.1605510, 0.1655449, 0.1781488, 0.2094731, 0.2877947, 0.5001848, 1.0928545", \
					  "0.1932750, 0.1982309, 0.2109016, 0.2421082, 0.3208397, 0.5331628, 1.1191718", \
					  "0.2697861, 0.2746844, 0.2871876, 0.3179949, 0.3971737, 0.6100881, 1.1959517", \
					  "0.4160387, 0.4218098, 0.4360426, 0.4681563, 0.5482244, 0.7606406, 1.3478021", \
					  "0.6527888, 0.6604253, 0.6787561, 0.7180200, 0.8004782, 1.0116227, 1.5970054");
				}
				fall_transition ("del_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("0.0426096, 0.0480791, 0.0612758, 0.0975027, 0.1979612, 0.4820139, 1.2727813", \
					  "0.0430203, 0.0478918, 0.0614234, 0.0973225, 0.1981120, 0.4837041, 1.2749624", \
					  "0.0425488, 0.0479937, 0.0614443, 0.0974362, 0.1979673, 0.4819901, 1.2780943", \
					  "0.0431011, 0.0481229, 0.0610669, 0.0974360, 0.1979056, 0.4818640, 1.2722560", \
					  "0.0435950, 0.0485677, 0.0624632, 0.0980267, 0.1979539, 0.4837484, 1.2737499", \
					  "0.0542782, 0.0589890, 0.0709264, 0.1051687, 0.2010608, 0.4819828, 1.2770163", \
					  "0.0779606, 0.0825459, 0.0940736, 0.1247883, 0.2134051, 0.4864262, 1.2728596");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
					values("0.0501683, 0.0546485, 0.0665301, 0.0985163, 0.1847835, 0.4207278, 1.0713129", \
					  "0.0557494, 0.0602064, 0.0723162, 0.1044840, 0.1910068, 0.4270148, 1.0788657", \
					  "0.0707799, 0.0751712, 0.0872547, 0.1195020, 0.2064962, 0.4432048, 1.0941659", \
					  "0.1066687, 0.1116646, 0.1235216, 0.1554653, 0.2412076, 0.4770403, 1.1275636", \
					  "0.1833855, 0.1899313, 0.2060296, 0.2414078, 0.3271741, 0.5641245, 1.2150542", \
					  "0.3203680, 0.3310451, 0.3574557, 0.4156763, 0.5258716, 0.7607133, 1.4106317", \
					  "0.5702661, 0.5852904, 0.6308640, 0.7295234, 0.9113391, 1.2205392, 1.8667337");
				}
				rise_transition ("del_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("0.0438415, 0.0496533, 0.0651790, 0.1080118, 0.2272414, 0.5586367, 1.4763373", \
					  "0.0439130, 0.0494134, 0.0649006, 0.1081379, 0.2273475, 0.5586169, 1.4772051", \
					  "0.0439814, 0.0496321, 0.0648948, 0.1080095, 0.2271600, 0.5581548, 1.4762529", \
					  "0.0489313, 0.0531784, 0.0667167, 0.1078288, 0.2270381, 0.5588498, 1.4762781", \
					  "0.0761921, 0.0804287, 0.0905554, 0.1212707, 0.2278983, 0.5587571, 1.4759262", \
					  "0.1329342, 0.1404678, 0.1558700, 0.1903409, 0.2705146, 0.5644439, 1.4764304", \
					  "0.2386152, 0.2518108, 0.2794166, 0.3327814, 0.4383523, 0.6571970, 1.4806757");
				}
				cell_fall ("del_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("0.0459038, 0.0499963, 0.0608764, 0.0896559, 0.1673329, 0.3797365, 0.9683224", \
					  "0.0500413, 0.0542037, 0.0651991, 0.0944221, 0.1716014, 0.3846487, 0.9700716", \
					  "0.0587375, 0.0629186, 0.0740109, 0.1033562, 0.1812078, 0.3941698, 0.9891137", \
					  "0.0748406, 0.0802200, 0.0933067, 0.1241373, 0.2031601, 0.4165352, 1.0022912", \
					  "0.0978320, 0.1053622, 0.1240492, 0.1651550, 0.2534871, 0.4687993, 1.0567768", \
					  "0.1172779, 0.1290150, 0.1589515, 0.2223631, 0.3471978, 0.5896326, 1.1792148", \
					  "0.1021941, 0.1220629, 0.1706530, 0.2745859, 0.4702920, 0.8151365, 1.4635052");
				}
				fall_transition ("del_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("0.0342290, 0.0394485, 0.0537782, 0.0921345, 0.1963797, 0.4827408, 1.2773254", \
					  "0.0341150, 0.0394427, 0.0538405, 0.0924279, 0.1966648, 0.4846397, 1.2722956", \
					  "0.0345687, 0.0396745, 0.0538197, 0.0924892, 0.1961898, 0.4827547, 1.2781044", \
					  "0.0421646, 0.0472530, 0.0593560, 0.0947775, 0.1961452, 0.4826390, 1.2719444", \
					  "0.0604383, 0.0660717, 0.0805332, 0.1155955, 0.2060624, 0.4827007, 1.2730664", \
					  "0.1013126, 0.1088750, 0.1273971, 0.1697390, 0.2626450, 0.5072379, 1.2725683", \
					  "0.1795084, 0.1902764, 0.2168112, 0.2753421, 0.3942733, 0.6442045, 1.3212952");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
					values("0.0604249, 0.0647591, 0.0767128, 0.1088704, 0.1957070, 0.4333436, 1.0886591", \
					  "0.0664241, 0.0707284, 0.0828585, 0.1150842, 0.2019860, 0.4396419, 1.0948823", \
					  "0.0817791, 0.0861612, 0.0981589, 0.1306689, 0.2174688, 0.4556283, 1.1103312", \
					  "0.1178565, 0.1222175, 0.1339180, 0.1654315, 0.2528473, 0.4910539, 1.1468447", \
					  "0.1994319, 0.2049767, 0.2193656, 0.2524480, 0.3390197, 0.5758456, 1.2321970", \
					  "0.3498419, 0.3588168, 0.3815988, 0.4337706, 0.5383699, 0.7740411, 1.4287331", \
					  "0.6225714, 0.6384128, 0.6766844, 0.7644345, 0.9364681, 1.2352929, 1.8854240");
				}
				rise_transition ("del_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("0.0540862, 0.0600043, 0.0754644, 0.1187031, 0.2383067, 0.5730092, 1.4967813", \
					  "0.0541122, 0.0597082, 0.0752593, 0.1183120, 0.2386967, 0.5726088, 1.4964977", \
					  "0.0539938, 0.0595627, 0.0751510, 0.1182995, 0.2383134, 0.5719640, 1.4975501", \
					  "0.0558070, 0.0609820, 0.0756371, 0.1180927, 0.2385086, 0.5724393, 1.4974486", \
					  "0.0799279, 0.0834471, 0.0941643, 0.1284310, 0.2389809, 0.5720331, 1.4973579", \
					  "0.1360139, 0.1425563, 0.1587571, 0.1930385, 0.2771433, 0.5771264, 1.4979750", \
					  "0.2408800, 0.2507997, 0.2771648, 0.3326971, 0.4357702, 0.6643117, 1.4998920");
				}
				cell_fall ("del_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("0.0519727, 0.0559675, 0.0668954, 0.0957429, 0.1732641, 0.3861253, 0.9780234", \
					  "0.0559011, 0.0599677, 0.0709886, 0.0998418, 0.1775601, 0.3898253, 0.9773043", \
					  "0.0635898, 0.0677525, 0.0788905, 0.1079680, 0.1859387, 0.3985929, 0.9904603", \
					  "0.0775794, 0.0822611, 0.0943835, 0.1245041, 0.2030651, 0.4156657, 1.0060438", \
					  "0.0991707, 0.1052619, 0.1208480, 0.1574762, 0.2416690, 0.4558972, 1.0473887", \
					  "0.1200312, 0.1295215, 0.1535647, 0.2080769, 0.3173022, 0.5490662, 1.1381627", \
					  "0.1095485, 0.1259669, 0.1670824, 0.2546984, 0.4226161, 0.7259380, 1.3593356");
				}
				fall_transition ("del_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("0.0342474, 0.0396974, 0.0538732, 0.0923923, 0.1962017, 0.4827437, 1.2784876", \
					  "0.0342422, 0.0395737, 0.0539152, 0.0922589, 0.1964144, 0.4829323, 1.2734686", \
					  "0.0345608, 0.0397763, 0.0539541, 0.0924266, 0.1963148, 0.4826635, 1.2787802", \
					  "0.0393645, 0.0444167, 0.0573203, 0.0940089, 0.1965039, 0.4825075, 1.2756899", \
					  "0.0526819, 0.0578563, 0.0716734, 0.1081018, 0.2027007, 0.4839729, 1.2778977", \
					  "0.0882910, 0.0945769, 0.1107662, 0.1506094, 0.2440677, 0.4980957, 1.2724463", \
					  "0.1605845, 0.1696520, 0.1923917, 0.2422369, 0.3484066, 0.5968722, 1.3029350");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138341, 0.00382765, 0.0105904, 0.0293018, 0.0810729, 0.224314");
					values("0.0661704, 0.0702285, 0.0818054, 0.1123365, 0.1946139, 0.4182365, 1.0324887", \
					  "0.0722451, 0.0763481, 0.0878622, 0.1187361, 0.2007772, 0.4241778, 1.0376191", \
					  "0.0867120, 0.0911337, 0.1027171, 0.1335128, 0.2158626, 0.4392861, 1.0533384", \
					  "0.1226457, 0.1266693, 0.1376669, 0.1697112, 0.2521166, 0.4748276, 1.0891053", \
					  "0.2058177, 0.2110491, 0.2233558, 0.2546084, 0.3362879, 0.5596312, 1.1734125", \
					  "0.3580032, 0.3660420, 0.3864317, 0.4342215, 0.5317858, 0.7543092, 1.3681656", \
					  "0.6296337, 0.6423950, 0.6756314, 0.7562045, 0.9173974, 1.2071777, 1.8161558");
				}
				rise_transition ("del_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("0.0613884, 0.0665008, 0.0811045, 0.1219719, 0.2350115, 0.5499396, 1.4250165", \
					  "0.0615136, 0.0664822, 0.0810963, 0.1217213, 0.2349812, 0.5501863, 1.4229786", \
					  "0.0608790, 0.0663337, 0.0810498, 0.1216069, 0.2347544, 0.5505577, 1.4238257", \
					  "0.0616920, 0.0666400, 0.0809487, 0.1212788, 0.2347229, 0.5504370, 1.4274991", \
					  "0.0828979, 0.0866572, 0.0976124, 0.1305562, 0.2356111, 0.5504791, 1.4233961", \
					  "0.1387582, 0.1450974, 0.1605451, 0.1947656, 0.2741374, 0.5558544, 1.4240058", \
					  "0.2416399, 0.2517435, 0.2770724, 0.3302676, 0.4359254, 0.6519852, 1.4314919");
				}
				cell_fall ("del_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("0.0566293, 0.0605910, 0.0714067, 0.1005113, 0.1777738, 0.3911525, 0.9761292", \
					  "0.0608312, 0.0649442, 0.0758880, 0.1052285, 0.1822218, 0.3951804, 0.9806046", \
					  "0.0690417, 0.0732239, 0.0842231, 0.1134668, 0.1911101, 0.4042877, 0.9895317", \
					  "0.0836713, 0.0880939, 0.0996534, 0.1292822, 0.2075027, 0.4199320, 1.0075547", \
					  "0.1059781, 0.1111847, 0.1248286, 0.1583567, 0.2404618, 0.4541615, 1.0409049", \
					  "0.1301517, 0.1378650, 0.1582600, 0.2046632, 0.3043053, 0.5315887, 1.1197970", \
					  "0.1275442, 0.1414209, 0.1757219, 0.2517732, 0.4001091, 0.6835564, 1.3032929");
				}
				fall_transition ("del_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("0.0342478, 0.0397030, 0.0542167, 0.0926557, 0.1960398, 0.4842008, 1.2738886", \
					  "0.0343039, 0.0395833, 0.0539824, 0.0925561, 0.1966926, 0.4845179, 1.2722483", \
					  "0.0343919, 0.0396301, 0.0540727, 0.0923919, 0.1966952, 0.4827557, 1.2777771", \
					  "0.0374187, 0.0424002, 0.0556856, 0.0933392, 0.1966774, 0.4813550, 1.2733914", \
					  "0.0468004, 0.0518953, 0.0658030, 0.1026216, 0.2005534, 0.4826172, 1.2748909", \
					  "0.0761820, 0.0819110, 0.0968584, 0.1342134, 0.2307071, 0.4953102, 1.2765591", \
					  "0.1421634, 0.1500053, 0.1696798, 0.2157713, 0.3181272, 0.5725776, 1.3028574");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001552;
			capacitance : 0.001487;
			fall_capacitance : 0.001421;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058920, 0.0058548, 0.0057692, 0.0057623, 0.0057463, 0.0057095, 0.0056246");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0073202, 0.0072465, 0.0070765, 0.0070848, 0.0071040, 0.0071483, 0.0072504");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003999;
			capacitance : 0.004114;
			rise_capacitance : 0.004229;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053767, -0.0053728, -0.0053638, -0.0053603, -0.0053522, -0.0053337, -0.0052909");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060561, 0.0060526, 0.0060446, 0.0060539, 0.0060754, 0.0061250, 0.0062393");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003979;
			capacitance : 0.004123;
			rise_capacitance : 0.004267;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052761, -0.0052693, -0.0052538, -0.0052540, -0.0052547, -0.0052561, -0.0052595");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053691, 0.0053684, 0.0053667, 0.0053820, 0.0054173, 0.0054985, 0.0056858");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003942;
			capacitance : 0.004144;
			rise_capacitance : 0.004346;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052625, -0.0052625, -0.0052623, -0.0052590, -0.0052515, -0.0052341, -0.0051940");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052785, 0.0052764, 0.0052714, 0.0052733, 0.0052776, 0.0052876, 0.0053107");
				}
			}
		}
	}
	cell ("scs8hd_nand4b_4") {
		area : 23.772800;
		cell_footprint : "nand4b";
		cell_leakage_power : 8.144888e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0002914";
			when : "!AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0296849";
			when : "!AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0003379";
			when : "!AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0030540";
			when : "!AN&!B&C&!D";
		}
		leakage_power () {
			value : "6.8436386e-05";
			when : "!AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0439052";
			when : "!AN&B&!C&!D";
		}
		leakage_power () {
			value : "0.0057583";
			when : "!AN&B&C&D";
		}
		leakage_power () {
			value : "0.0001247";
			when : "!AN&B&C&!D";
		}
		leakage_power () {
			value : "0.0150236";
			when : "AN&!B&!C&D";
		}
		leakage_power () {
			value : "0.0150236";
			when : "AN&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0003923";
			when : "AN&!B&C&D";
		}
		leakage_power () {
			value : "0.0003917";
			when : "AN&!B&C&!D";
		}
		leakage_power () {
			value : "0.0003927";
			when : "AN&B&!C&D";
		}
		leakage_power () {
			value : "0.0150269";
			when : "AN&B&!C&!D";
		}
		leakage_power () {
			value : "0.0004440";
			when : "AN&B&C&D";
		}
		leakage_power () {
			value : "0.0003988";
			when : "AN&B&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (!B) | (!C) | (!D)";
			max_capacitance : 0.389109;
			max_transition : 1.499136;
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0292948, 0.0305366, 0.0342947, 0.0457493, 0.0801701, 0.1839596, 0.4975852", \
					  "0.0287882, 0.0300997, 0.0338928, 0.0453914, 0.0799558, 0.1835927, 0.4972800", \
					  "0.0282329, 0.0295050, 0.0333408, 0.0449517, 0.0795557, 0.1835598, 0.4970185", \
					  "0.0276048, 0.0288836, 0.0327059, 0.0442533, 0.0789351, 0.1830850, 0.4968922", \
					  "0.0275327, 0.0287469, 0.0324190, 0.0439158, 0.0786338, 0.1819279, 0.4965340", \
					  "0.0272817, 0.0285079, 0.0322748, 0.0437953, 0.0780767, 0.1823567, 0.4941736", \
					  "0.0274589, 0.0286488, 0.0323183, 0.0433005, 0.0785291, 0.1821166, 0.4930556");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0219139, 0.0207146, 0.0170459, 0.0057973, -0.0286270, -0.1332439, -0.4506077", \
					  "0.0215901, 0.0203813, 0.0167767, 0.0056196, -0.0287013, -0.1332842, -0.4506158", \
					  "0.0210841, 0.0199307, 0.0163624, 0.0053306, -0.0288811, -0.1333766, -0.4506244", \
					  "0.0205166, 0.0193786, 0.0157936, 0.0048676, -0.0291717, -0.1334766, -0.4506856", \
					  "0.0202966, 0.0190794, 0.0154960, 0.0044476, -0.0295709, -0.1336542, -0.4506559", \
					  "0.0204579, 0.0192454, 0.0155815, 0.0043666, -0.0300531, -0.1341373, -0.4509186", \
					  "0.0201590, 0.0188848, 0.0152227, 0.0039335, -0.0302983, -0.1347241, -0.4514747");
				}
			}
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0092493, 0.0106618, 0.0148751, 0.0270028, 0.0621012, 0.1653860, 0.4777547", \
					  "0.0092125, 0.0106213, 0.0148527, 0.0269424, 0.0621099, 0.1665412, 0.4779519", \
					  "0.0091928, 0.0106037, 0.0147712, 0.0269379, 0.0620148, 0.1653377, 0.4801651", \
					  "0.0086853, 0.0100491, 0.0141510, 0.0262379, 0.0615524, 0.1655888, 0.4793937", \
					  "0.0081271, 0.0094506, 0.0136750, 0.0255278, 0.0608705, 0.1645862, 0.4800092", \
					  "0.0081689, 0.0095099, 0.0134750, 0.0250614, 0.0601882, 0.1641401, 0.4804861", \
					  "0.0082617, 0.0095251, 0.0132849, 0.0248885, 0.0598288, 0.1645812, 0.4805786");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0186478, 0.0175293, 0.0140162, 0.0031581, -0.0308305, -0.1351052, -0.4523900", \
					  "0.0186217, 0.0174918, 0.0139978, 0.0031088, -0.0308545, -0.1352102, -0.4524211", \
					  "0.0185351, 0.0173927, 0.0139785, 0.0031215, -0.0308151, -0.1351445, -0.4523708", \
					  "0.0183122, 0.0171695, 0.0136539, 0.0027639, -0.0311618, -0.1354052, -0.4525742", \
					  "0.0178102, 0.0166619, 0.0131023, 0.0022128, -0.0316405, -0.1357028, -0.4528654", \
					  "0.0175345, 0.0163639, 0.0127988, 0.0019432, -0.0320624, -0.1360567, -0.4529948", \
					  "0.0184015, 0.0171854, 0.0134900, 0.0022066, -0.0318441, -0.1359215, -0.4525581");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0138637, 0.0151170, 0.0189196, 0.0302939, 0.0644323, 0.1675607, 0.4803356", \
					  "0.0131793, 0.0144569, 0.0183680, 0.0299298, 0.0643844, 0.1676539, 0.4804228", \
					  "0.0122910, 0.0135840, 0.0176762, 0.0294161, 0.0640305, 0.1674833, 0.4807993", \
					  "0.0116544, 0.0129261, 0.0167963, 0.0284378, 0.0631159, 0.1673596, 0.4804499", \
					  "0.0110169, 0.0122705, 0.0160647, 0.0275821, 0.0624506, 0.1657326, 0.4806007", \
					  "0.0106191, 0.0119030, 0.0156517, 0.0271049, 0.0612396, 0.1647260, 0.4789935", \
					  "0.0104934, 0.0116829, 0.0154191, 0.0265454, 0.0619041, 0.1643981, 0.4774636");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0219798, 0.0207670, 0.0171282, 0.0058849, -0.0284945, -0.1330991, -0.4504627", \
					  "0.0216571, 0.0204473, 0.0168863, 0.0057480, -0.0285367, -0.1331026, -0.4504401", \
					  "0.0211513, 0.0200221, 0.0164624, 0.0054234, -0.0287118, -0.1331679, -0.4504637", \
					  "0.0205587, 0.0194168, 0.0158971, 0.0049797, -0.0290017, -0.1333011, -0.4504726", \
					  "0.0203004, 0.0191135, 0.0154981, 0.0044446, -0.0294401, -0.1335076, -0.4505514", \
					  "0.0203876, 0.0191893, 0.0155142, 0.0039388, -0.0301927, -0.1340472, -0.4507989", \
					  "0.0200321, 0.0188292, 0.0151652, 0.0038798, -0.0304083, -0.1347820, -0.4514620");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0220366, 0.0232556, 0.0269946, 0.0383363, 0.0726301, 0.1759563, 0.4890640", \
					  "0.0214602, 0.0227404, 0.0265369, 0.0379489, 0.0723417, 0.1757470, 0.4884836", \
					  "0.0206150, 0.0218620, 0.0257106, 0.0374390, 0.0720029, 0.1756772, 0.4888099", \
					  "0.0199843, 0.0212447, 0.0250935, 0.0367775, 0.0712783, 0.1753299, 0.4887439", \
					  "0.0193342, 0.0205945, 0.0244312, 0.0359231, 0.0705401, 0.1746120, 0.4874796", \
					  "0.0187958, 0.0200584, 0.0237820, 0.0353288, 0.0697464, 0.1727417, 0.4865580", \
					  "0.0186868, 0.0200224, 0.0236615, 0.0355095, 0.0690779, 0.1723227, 0.4853605");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001516422, 0.004599074, 0.01394828, 0.04230297, 0.1282983, 0.389109");
					values("0.0221660, 0.0209696, 0.0173338, 0.0060607, -0.0283592, -0.1329672, -0.4503557", \
					  "0.0218528, 0.0206409, 0.0170690, 0.0059061, -0.0284244, -0.1330105, -0.4502860", \
					  "0.0213459, 0.0201983, 0.0166276, 0.0055971, -0.0285980, -0.1330650, -0.4504271", \
					  "0.0207892, 0.0195924, 0.0160523, 0.0051223, -0.0288809, -0.1332059, -0.4504008", \
					  "0.0204975, 0.0193219, 0.0157246, 0.0047345, -0.0292675, -0.1333798, -0.4504580", \
					  "0.0206371, 0.0194330, 0.0157824, 0.0045665, -0.0297812, -0.1338148, -0.4506719", \
					  "0.0203733, 0.0191576, 0.0154536, 0.0041974, -0.0300303, -0.1344639, -0.4510897");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0879638, 0.0909091, 0.0995016, 0.1236795, 0.1922386, 0.3949987, 1.0068900", \
					  "0.0927905, 0.0957529, 0.1043883, 0.1284206, 0.1970795, 0.4018941, 1.0123831", \
					  "0.1042332, 0.1071671, 0.1157279, 0.1399307, 0.2086159, 0.4117222, 1.0268199", \
					  "0.1302951, 0.1331598, 0.1415645, 0.1654841, 0.2343937, 0.4384569, 1.0505266", \
					  "0.1766958, 0.1796587, 0.1879059, 0.2118986, 0.2805952, 0.4853078, 1.0995241", \
					  "0.2420669, 0.2453981, 0.2545125, 0.2788832, 0.3472077, 0.5507939, 1.1653435", \
					  "0.3214569, 0.3258220, 0.3377116, 0.3658706, 0.4354086, 0.6374549, 1.2498070");
				}
				rise_transition ("del_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("0.0352957, 0.0383168, 0.0481199, 0.0781729, 0.1728657, 0.4567968, 1.3232359", \
					  "0.0352188, 0.0383286, 0.0480388, 0.0781151, 0.1728205, 0.4607423, 1.3228545", \
					  "0.0351558, 0.0383634, 0.0479845, 0.0781233, 0.1716270, 0.4591408, 1.3179026", \
					  "0.0356583, 0.0386537, 0.0482538, 0.0784795, 0.1724105, 0.4568080, 1.3199816", \
					  "0.0391483, 0.0420083, 0.0506787, 0.0794540, 0.1720333, 0.4560531, 1.3184007", \
					  "0.0488126, 0.0512605, 0.0588509, 0.0845227, 0.1745274, 0.4557915, 1.3303829", \
					  "0.0693213, 0.0716588, 0.0788778, 0.1012011, 0.1792871, 0.4597604, 1.3158494");
				}
				cell_fall ("del_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("0.1270754, 0.1301264, 0.1389821, 0.1629213, 0.2299661, 0.4271970, 1.0279270", \
					  "0.1328886, 0.1358629, 0.1446501, 0.1684759, 0.2355631, 0.4331452, 1.0281141", \
					  "0.1467717, 0.1498001, 0.1582518, 0.1828501, 0.2495856, 0.4474171, 1.0423750", \
					  "0.1801444, 0.1832457, 0.1919704, 0.2160654, 0.2829219, 0.4803728, 1.0756346", \
					  "0.2580849, 0.2611364, 0.2699434, 0.2940441, 0.3608229, 0.5582556, 1.1621133", \
					  "0.4024184, 0.4059645, 0.4157888, 0.4415121, 0.5093161, 0.7059269, 1.3040983", \
					  "0.6391117, 0.6439240, 0.6571644, 0.6892801, 0.7627825, 0.9556760, 1.5524338");
				}
				fall_transition ("del_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("0.0431098, 0.0463187, 0.0557490, 0.0848259, 0.1714323, 0.4389491, 1.2555097", \
					  "0.0431216, 0.0463163, 0.0558031, 0.0847070, 0.1714281, 0.4396052, 1.2499828", \
					  "0.0428715, 0.0462154, 0.0558108, 0.0845861, 0.1712269, 0.4393966, 1.2503304", \
					  "0.0430225, 0.0461062, 0.0559813, 0.0847561, 0.1711255, 0.4390910, 1.2526111", \
					  "0.0441758, 0.0473863, 0.0566410, 0.0852522, 0.1715669, 0.4395167, 1.2543946", \
					  "0.0563757, 0.0590640, 0.0682676, 0.0937095, 0.1756781, 0.4384324, 1.2525894", \
					  "0.0810052, 0.0838401, 0.0924414, 0.1163060, 0.1902316, 0.4428517, 1.2528355");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0538216, 0.0567519, 0.0655321, 0.0911971, 0.1668528, 0.3930418, 1.0757103", \
					  "0.0592279, 0.0621777, 0.0711327, 0.0972001, 0.1732454, 0.3995922, 1.0834500", \
					  "0.0736270, 0.0766506, 0.0861091, 0.1123967, 0.1890038, 0.4151584, 1.0982014", \
					  "0.1105618, 0.1133921, 0.1219085, 0.1473012, 0.2232741, 0.4507611, 1.1332374", \
					  "0.1882888, 0.1924717, 0.2042841, 0.2336168, 0.3086294, 0.5346589, 1.2195734", \
					  "0.3290173, 0.3359072, 0.3550342, 0.4029842, 0.5055242, 0.7323260, 1.4146074", \
					  "0.5855041, 0.5982164, 0.6300548, 0.7074742, 0.8770564, 1.1892709, 1.8709265");
				}
				rise_transition ("del_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("0.0478161, 0.0512945, 0.0625257, 0.0961803, 0.2001979, 0.5149581, 1.4718078", \
					  "0.0475970, 0.0515041, 0.0624069, 0.0964894, 0.1997168, 0.5148836, 1.4754159", \
					  "0.0477255, 0.0513687, 0.0623488, 0.0963592, 0.1998664, 0.5153842, 1.4760864", \
					  "0.0512453, 0.0543091, 0.0642569, 0.0961865, 0.1999151, 0.5147299, 1.4727508", \
					  "0.0782452, 0.0809568, 0.0882685, 0.1124537, 0.2023320, 0.5146125, 1.4759550", \
					  "0.1349737, 0.1389705, 0.1506757, 0.1799078, 0.2483611, 0.5211109, 1.4722860", \
					  "0.2438411, 0.2488002, 0.2686381, 0.3185378, 0.4148981, 0.6220572, 1.4750182");
				}
				cell_fall ("del_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("0.0476913, 0.0501551, 0.0579847, 0.0805390, 0.1458435, 0.3423944, 0.9380107", \
					  "0.0514917, 0.0541455, 0.0619979, 0.0845128, 0.1503245, 0.3481526, 0.9420809", \
					  "0.0594324, 0.0621413, 0.0700818, 0.0929778, 0.1590415, 0.3557226, 0.9518955", \
					  "0.0742485, 0.0776908, 0.0872266, 0.1121574, 0.1796325, 0.3768295, 0.9723213", \
					  "0.0951484, 0.1000387, 0.1134665, 0.1472317, 0.2265737, 0.4275643, 1.0246521", \
					  "0.1103143, 0.1189485, 0.1391947, 0.1918951, 0.3058315, 0.5417396, 1.1437610", \
					  "0.0844190, 0.0971659, 0.1322184, 0.2183159, 0.3988622, 0.7399667, 1.4101096");
				}
				fall_transition ("del_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("0.0370758, 0.0404647, 0.0505705, 0.0808126, 0.1703664, 0.4382621, 1.2510584", \
					  "0.0370841, 0.0404116, 0.0507220, 0.0807509, 0.1701343, 0.4387569, 1.2506844", \
					  "0.0374752, 0.0408816, 0.0508885, 0.0808788, 0.1699969, 0.4389779, 1.2507700", \
					  "0.0449571, 0.0484606, 0.0571400, 0.0842791, 0.1706283, 0.4378100, 1.2547413", \
					  "0.0630696, 0.0668255, 0.0775311, 0.1052229, 0.1835882, 0.4383993, 1.2516329", \
					  "0.1044547, 0.1092725, 0.1225760, 0.1568905, 0.2402087, 0.4695422, 1.2513903", \
					  "0.1848748, 0.1914984, 0.2103091, 0.2582216, 0.3660805, 0.6073687, 1.3004228");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0673205, 0.0701354, 0.0787849, 0.1044395, 0.1804174, 0.4070964, 1.0913563", \
					  "0.0730055, 0.0760508, 0.0847552, 0.1107260, 0.1866266, 0.4133905, 1.0968969", \
					  "0.0871776, 0.0902128, 0.0992592, 0.1258107, 0.2022235, 0.4290854, 1.1132862", \
					  "0.1240451, 0.1270157, 0.1357882, 0.1615254, 0.2360312, 0.4633560, 1.1481556", \
					  "0.2071235, 0.2107587, 0.2203835, 0.2474104, 0.3228675, 0.5500757, 1.2321366", \
					  "0.3609426, 0.3666565, 0.3830957, 0.4260239, 0.5213435, 0.7466894, 1.4294664", \
					  "0.6415261, 0.6490669, 0.6756596, 0.7457381, 0.9045047, 1.2041184, 1.8853150");
				}
				rise_transition ("del_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("0.0592059, 0.0628732, 0.0742086, 0.1082035, 0.2122505, 0.5298550, 1.4952007", \
					  "0.0595863, 0.0630806, 0.0741207, 0.1082229, 0.2121699, 0.5297338, 1.4975690", \
					  "0.0593896, 0.0631539, 0.0742028, 0.1082097, 0.2121511, 0.5301926, 1.4949378", \
					  "0.0599488, 0.0636114, 0.0743139, 0.1080069, 0.2124219, 0.5304588, 1.4959884", \
					  "0.0821778, 0.0847102, 0.0927597, 0.1195089, 0.2130678, 0.5299862, 1.4949653", \
					  "0.1389281, 0.1428977, 0.1544578, 0.1832183, 0.2561077, 0.5342115, 1.4946366", \
					  "0.2446152, 0.2536839, 0.2725579, 0.3197377, 0.4142366, 0.6321632, 1.4991360");
				}
				cell_fall ("del_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("0.0551050, 0.0576404, 0.0653340, 0.0877595, 0.1531972, 0.3497086, 0.9452580", \
					  "0.0589254, 0.0615773, 0.0693624, 0.0916530, 0.1575776, 0.3552076, 0.9492384", \
					  "0.0664030, 0.0690879, 0.0769189, 0.0995907, 0.1658359, 0.3638710, 0.9577046", \
					  "0.0795946, 0.0825713, 0.0912040, 0.1151391, 0.1819462, 0.3798868, 0.9744002", \
					  "0.0993861, 0.1035676, 0.1145670, 0.1439304, 0.2174669, 0.4172503, 1.0167436", \
					  "0.1164659, 0.1225970, 0.1398053, 0.1835004, 0.2828411, 0.5043986, 1.1035779", \
					  "0.0978785, 0.1071741, 0.1373532, 0.2085775, 0.3629824, 0.6610740, 1.3114956");
				}
				fall_transition ("del_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("0.0370699, 0.0405253, 0.0507618, 0.0809589, 0.1702852, 0.4380656, 1.2505367", \
					  "0.0371387, 0.0404997, 0.0507967, 0.0809444, 0.1701330, 0.4386809, 1.2550286", \
					  "0.0373477, 0.0407209, 0.0508960, 0.0808983, 0.1700307, 0.4399069, 1.2563073", \
					  "0.0423274, 0.0454266, 0.0546662, 0.0830874, 0.1702233, 0.4384703, 1.2497304", \
					  "0.0553299, 0.0588320, 0.0686834, 0.0972088, 0.1788145, 0.4400542, 1.2530951", \
					  "0.0918994, 0.0957758, 0.1073482, 0.1379510, 0.2194747, 0.4593880, 1.2501640", \
					  "0.1663385, 0.1719084, 0.1877204, 0.2279160, 0.3226739, 0.5580418, 1.2856289");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151642, 0.00459907, 0.0139483, 0.042303, 0.128298, 0.389109");
					values("0.0690879, 0.0718120, 0.0800374, 0.1032493, 0.1721262, 0.3753198, 0.9863481", \
					  "0.0754528, 0.0778522, 0.0859156, 0.1095889, 0.1781533, 0.3817837, 0.9923813", \
					  "0.0900055, 0.0926069, 0.1005891, 0.1241145, 0.1931328, 0.3964668, 1.0079475", \
					  "0.1254951, 0.1281465, 0.1359747, 0.1605076, 0.2290839, 0.4325337, 1.0427400", \
					  "0.2085343, 0.2118704, 0.2209068, 0.2451182, 0.3132671, 0.5157274, 1.1271776", \
					  "0.3625648, 0.3675359, 0.3818194, 0.4191198, 0.5065524, 0.7103652, 1.3182806", \
					  "0.6375838, 0.6465716, 0.6681736, 0.7323940, 0.8769313, 1.1599524, 1.7690555");
				}
				rise_transition ("del_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("0.0644548, 0.0679719, 0.0778030, 0.1084358, 0.2019525, 0.4892320, 1.3634722", \
					  "0.0642542, 0.0676570, 0.0781103, 0.1088171, 0.2022752, 0.4890175, 1.3626930", \
					  "0.0641248, 0.0676149, 0.0780127, 0.1086611, 0.2020648, 0.4895533, 1.3619579", \
					  "0.0641866, 0.0676000, 0.0773647, 0.1079834, 0.2019433, 0.4897263, 1.3621992", \
					  "0.0858808, 0.0879167, 0.0948203, 0.1196851, 0.2035948, 0.4891442, 1.3631903", \
					  "0.1406917, 0.1445979, 0.1554831, 0.1833569, 0.2505872, 0.4968814, 1.3632924", \
					  "0.2429928, 0.2507209, 0.2682670, 0.3122215, 0.4076252, 0.6086947, 1.3695040");
				}
				cell_fall ("del_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("0.0589481, 0.0614815, 0.0691483, 0.0916050, 0.1571597, 0.3540905, 0.9538440", \
					  "0.0627718, 0.0654322, 0.0731027, 0.0955569, 0.1613458, 0.3593048, 0.9531129", \
					  "0.0701420, 0.0727978, 0.0806227, 0.1034605, 0.1694477, 0.3662743, 0.9627558", \
					  "0.0829913, 0.0858059, 0.0940802, 0.1173887, 0.1836715, 0.3808102, 0.9763191", \
					  "0.1019097, 0.1051908, 0.1147885, 0.1411104, 0.2121509, 0.4119570, 1.0098754", \
					  "0.1201838, 0.1251717, 0.1394166, 0.1759577, 0.2630831, 0.4773043, 1.0797810", \
					  "0.1057833, 0.1146140, 0.1386853, 0.1992769, 0.3312140, 0.6012780, 1.2346030");
				}
				fall_transition ("del_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("0.0370888, 0.0405416, 0.0506988, 0.0809290, 0.1700111, 0.4384358, 1.2562872", \
					  "0.0371581, 0.0405197, 0.0507776, 0.0808046, 0.1700094, 0.4398661, 1.2518507", \
					  "0.0372762, 0.0405672, 0.0508926, 0.0810144, 0.1699053, 0.4388434, 1.2503845", \
					  "0.0402405, 0.0435325, 0.0529149, 0.0821064, 0.1698108, 0.4378385, 1.2508633", \
					  "0.0490146, 0.0522785, 0.0620733, 0.0908950, 0.1755421, 0.4399385, 1.2524656", \
					  "0.0780824, 0.0816530, 0.0920791, 0.1209514, 0.2041987, 0.4522780, 1.2545840", \
					  "0.1452007, 0.1498862, 0.1629232, 0.1988318, 0.2856682, 0.5278182, 1.2770394");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002326;
			capacitance : 0.002210;
			fall_capacitance : 0.002094;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0119619, 0.0118852, 0.0117085, 0.0117078, 0.0117060, 0.0117022, 0.0116933");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121337, 0.0120407, 0.0118262, 0.0118421, 0.0118786, 0.0119627, 0.0121567");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007665;
			capacitance : 0.007868;
			rise_capacitance : 0.008071;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103109, -0.0103115, -0.0103130, -0.0103009, -0.0102729, -0.0102087, -0.0100604");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0114253, 0.0114214, 0.0114124, 0.0114204, 0.0114388, 0.0114812, 0.0115790");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007672;
			capacitance : 0.007993;
			rise_capacitance : 0.008314;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103468, -0.0103405, -0.0103259, -0.0103240, -0.0103194, -0.0103086, -0.0102838");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0106568, 0.0106543, 0.0106485, 0.0106943, 0.0107999, 0.0110434, 0.0116046");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007665;
			capacitance : 0.008083;
			rise_capacitance : 0.008500;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103084, -0.0103060, -0.0103004, -0.0102942, -0.0102798, -0.0102464, -0.0101694");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103320, 0.0103264, 0.0103135, 0.0103162, 0.0103223, 0.0103366, 0.0103694");
				}
			}
		}
	}
	cell ("scs8hd_nand4bb_1") {
		area : 11.260800;
		cell_footprint : "nand4bb";
		cell_leakage_power : 1.499698e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001042";
			when : "!AN&!BN&!C&D";
		}
		leakage_power () {
			value : "9.5865495e-05";
			when : "!AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0015246";
			when : "!AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0001066";
			when : "!AN&!BN&C&!D";
		}
		leakage_power () {
			value : "4.9380825e-05";
			when : "!AN&BN&!C&D";
		}
		leakage_power () {
			value : "4.9262786e-05";
			when : "!AN&BN&!C&!D";
		}
		leakage_power () {
			value : "5.7721568e-05";
			when : "!AN&BN&C&D";
		}
		leakage_power () {
			value : "4.9511668e-05";
			when : "!AN&BN&C&!D";
		}
		leakage_power () {
			value : "6.5512862e-05";
			when : "AN&!BN&!C&D";
		}
		leakage_power () {
			value : "6.5409300e-05";
			when : "AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "7.4791756e-05";
			when : "AN&!BN&C&D";
		}
		leakage_power () {
			value : "6.5626575e-05";
			when : "AN&!BN&C&!D";
		}
		leakage_power () {
			value : "2.2743275e-05";
			when : "AN&BN&!C&D";
		}
		leakage_power () {
			value : "2.2725249e-05";
			when : "AN&BN&!C&!D";
		}
		leakage_power () {
			value : "2.2847462e-05";
			when : "AN&BN&C&D";
		}
		leakage_power () {
			value : "2.2752062e-05";
			when : "AN&BN&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (BN) | (!C) | (!D)";
			max_capacitance : 0.118113;
			max_transition : 1.497438;
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0043952, 0.0052946, 0.0075357, 0.0130678, 0.0267932, 0.0608554, 0.1454467", \
					  "0.0042481, 0.0051618, 0.0074249, 0.0129698, 0.0267749, 0.0608138, 0.1454058", \
					  "0.0040821, 0.0050025, 0.0072678, 0.0128351, 0.0266620, 0.0610039, 0.1463583", \
					  "0.0039257, 0.0048381, 0.0071020, 0.0126998, 0.0265648, 0.0606318, 0.1457312", \
					  "0.0038220, 0.0047264, 0.0069640, 0.0125796, 0.0264043, 0.0603677, 0.1453342", \
					  "0.0038279, 0.0047730, 0.0069918, 0.0125314, 0.0261785, 0.0603295, 0.1450405", \
					  "0.0037670, 0.0046645, 0.0068798, 0.0124528, 0.0263326, 0.0599937, 0.1449170");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0069850, 0.0061136, 0.0039255, -0.0016058, -0.0154751, -0.0500209, -0.1359304", \
					  "0.0069029, 0.0060494, 0.0038800, -0.0016346, -0.0154866, -0.0500294, -0.1359388", \
					  "0.0067917, 0.0059449, 0.0037870, -0.0016976, -0.0155221, -0.0500471, -0.1359443", \
					  "0.0066519, 0.0058108, 0.0036652, -0.0017906, -0.0155856, -0.0500754, -0.1359426", \
					  "0.0066357, 0.0057351, 0.0035280, -0.0018764, -0.0156500, -0.0501411, -0.1359925", \
					  "0.0066783, 0.0057986, 0.0035857, -0.0019429, -0.0158257, -0.0502221, -0.1360365", \
					  "0.0066705, 0.0057618, 0.0035168, -0.0020401, -0.0158718, -0.0503896, -0.1361429");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0062508, 0.0071494, 0.0093950, 0.0149579, 0.0286867, 0.0627616, 0.1474066", \
					  "0.0061499, 0.0070534, 0.0093039, 0.0148636, 0.0286272, 0.0630779, 0.1473691", \
					  "0.0059735, 0.0068391, 0.0090826, 0.0146092, 0.0284682, 0.0626864, 0.1473085", \
					  "0.0058787, 0.0067293, 0.0089965, 0.0145929, 0.0284769, 0.0623740, 0.1475059", \
					  "0.0057960, 0.0067034, 0.0089496, 0.0145227, 0.0283879, 0.0623704, 0.1472638", \
					  "0.0058166, 0.0067117, 0.0089394, 0.0145222, 0.0282735, 0.0623319, 0.1471897", \
					  "0.0059776, 0.0068675, 0.0090602, 0.0145298, 0.0285065, 0.0625234, 0.1468127");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0070363, 0.0061691, 0.0039846, -0.0015495, -0.0154175, -0.0499655, -0.1358660", \
					  "0.0069772, 0.0061040, 0.0039369, -0.0015769, -0.0154343, -0.0499790, -0.1358812", \
					  "0.0068438, 0.0059940, 0.0038453, -0.0016323, -0.0154641, -0.0499856, -0.1358702", \
					  "0.0066971, 0.0058548, 0.0037123, -0.0017394, -0.0155221, -0.0500093, -0.1358945", \
					  "0.0067095, 0.0057858, 0.0035831, -0.0018332, -0.0155946, -0.0500741, -0.1359506", \
					  "0.0067494, 0.0058622, 0.0036447, -0.0018913, -0.0157412, -0.0501651, -0.1359774", \
					  "0.0067184, 0.0058370, 0.0035819, -0.0019335, -0.0157736, -0.0502777, -0.1360517");
				}
			}
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0028710, 0.0038561, 0.0062190, 0.0119037, 0.0257880, 0.0601231, 0.1452565", \
					  "0.0028410, 0.0038196, 0.0061886, 0.0119096, 0.0256284, 0.0601543, 0.1445926", \
					  "0.0028022, 0.0037789, 0.0061496, 0.0119194, 0.0255948, 0.0601702, 0.1455423", \
					  "0.0025579, 0.0035217, 0.0058586, 0.0115830, 0.0257153, 0.0602389, 0.1440735", \
					  "0.0023664, 0.0033216, 0.0056403, 0.0112909, 0.0253560, 0.0593490, 0.1455016", \
					  "0.0022881, 0.0032313, 0.0055493, 0.0111748, 0.0251835, 0.0598035, 0.1438793", \
					  "0.0023904, 0.0033314, 0.0056832, 0.0113040, 0.0253277, 0.0601382, 0.1449125");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0044125, 0.0035905, 0.0014895, -0.0039268, -0.0177320, -0.0522560, -0.1381407", \
					  "0.0043968, 0.0035851, 0.0014607, -0.0039744, -0.0177692, -0.0523026, -0.1381959", \
					  "0.0044383, 0.0036152, 0.0014967, -0.0039432, -0.0177466, -0.0522399, -0.1381571", \
					  "0.0042932, 0.0034621, 0.0013475, -0.0040799, -0.0178527, -0.0523697, -0.1382438", \
					  "0.0041491, 0.0033007, 0.0011723, -0.0042587, -0.0180117, -0.0524777, -0.1383415", \
					  "0.0038366, 0.0030190, 0.0009610, -0.0044148, -0.0181553, -0.0524550, -0.1382963", \
					  "0.0040127, 0.0031536, 0.0009457, -0.0045183, -0.0183130, -0.0525762, -0.1383739");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0038210, 0.0047443, 0.0070189, 0.0125644, 0.0264114, 0.0603438, 0.1449848", \
					  "0.0038127, 0.0047389, 0.0070093, 0.0125621, 0.0263078, 0.0603708, 0.1449433", \
					  "0.0037765, 0.0047020, 0.0069842, 0.0125845, 0.0264428, 0.0603956, 0.1459155", \
					  "0.0035545, 0.0044811, 0.0067787, 0.0123985, 0.0261751, 0.0602605, 0.1448369", \
					  "0.0033743, 0.0042806, 0.0065664, 0.0121563, 0.0260290, 0.0601230, 0.1457221", \
					  "0.0033681, 0.0043036, 0.0065902, 0.0120941, 0.0259159, 0.0599632, 0.1456717", \
					  "0.0034204, 0.0043536, 0.0066626, 0.0122165, 0.0260499, 0.0603304, 0.1449444");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0068293, 0.0059989, 0.0038760, -0.0015871, -0.0154048, -0.0499350, -0.1358415", \
					  "0.0068007, 0.0059536, 0.0038316, -0.0016301, -0.0154509, -0.0499761, -0.1358781", \
					  "0.0068310, 0.0059902, 0.0038584, -0.0016045, -0.0154210, -0.0499384, -0.1358427", \
					  "0.0067126, 0.0058742, 0.0037440, -0.0017123, -0.0155079, -0.0500134, -0.1359067", \
					  "0.0065456, 0.0057002, 0.0035616, -0.0018810, -0.0156492, -0.0501232, -0.1359959", \
					  "0.0063543, 0.0055333, 0.0034633, -0.0019624, -0.0157183, -0.0501747, -0.1360161", \
					  "0.0065515, 0.0056713, 0.0034812, -0.0019999, -0.0157768, -0.0501023, -0.1359159");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0710441, 0.0778357, 0.0940728, 0.1330206, 0.2272688, 0.4611808, 1.0409976", \
					  "0.0759315, 0.0826753, 0.0990945, 0.1380165, 0.2326646, 0.4667852, 1.0463488", \
					  "0.0877647, 0.0945361, 0.1108955, 0.1498288, 0.2445873, 0.4788961, 1.0602319", \
					  "0.1120215, 0.1187942, 0.1349916, 0.1741747, 0.2692777, 0.5023234, 1.0821054", \
					  "0.1493782, 0.1560981, 0.1723325, 0.2114467, 0.3064458, 0.5405873, 1.1220381", \
					  "0.2026027, 0.2098908, 0.2264917, 0.2654680, 0.3603542, 0.5946429, 1.1780517", \
					  "0.2641386, 0.2734446, 0.2929774, 0.3332938, 0.4272923, 0.6608566, 1.2401942");
				}
				rise_transition ("del_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("0.0360242, 0.0445570, 0.0659891, 0.1195073, 0.2517560, 0.5834465, 1.4002572", \
					  "0.0361477, 0.0444598, 0.0658475, 0.1196115, 0.2518115, 0.5840372, 1.3931423", \
					  "0.0361247, 0.0445565, 0.0658360, 0.1191532, 0.2517682, 0.5847103, 1.4133645", \
					  "0.0366823, 0.0450453, 0.0660618, 0.1188204, 0.2515902, 0.5806780, 1.3975912", \
					  "0.0391981, 0.0469408, 0.0673645, 0.1188501, 0.2515499, 0.5815802, 1.3916870", \
					  "0.0469155, 0.0533693, 0.0712327, 0.1210536, 0.2521222, 0.5766851, 1.3995147", \
					  "0.0651464, 0.0709264, 0.0874908, 0.1289594, 0.2544185, 0.5857025, 1.3893743");
				}
				cell_fall ("del_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("0.1158183, 0.1219323, 0.1359771, 0.1676313, 0.2425268, 0.4275121, 0.8896081", \
					  "0.1209127, 0.1270435, 0.1409931, 0.1728865, 0.2477300, 0.4321812, 0.8903038", \
					  "0.1341876, 0.1403528, 0.1544188, 0.1860198, 0.2606217, 0.4455681, 0.9038526", \
					  "0.1676901, 0.1738177, 0.1878373, 0.2195886, 0.2945103, 0.4794757, 0.9373491", \
					  "0.2430045, 0.2492105, 0.2633010, 0.2951933, 0.3699581, 0.5546467, 1.0145345", \
					  "0.3765675, 0.3840062, 0.4000502, 0.4338626, 0.5093844, 0.6931369, 1.1524204", \
					  "0.5952966, 0.6050038, 0.6254068, 0.6650537, 0.7441379, 0.9275048, 1.3851834");
				}
				fall_transition ("del_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("0.0369116, 0.0430882, 0.0584729, 0.0962916, 0.1931371, 0.4368801, 1.0433268", \
					  "0.0364623, 0.0430271, 0.0584266, 0.0963040, 0.1927237, 0.4397290, 1.0425871", \
					  "0.0367461, 0.0431428, 0.0583677, 0.0963280, 0.1929221, 0.4365866, 1.0415717", \
					  "0.0366814, 0.0427700, 0.0583590, 0.0962311, 0.1926009, 0.4383688, 1.0426590", \
					  "0.0390694, 0.0450132, 0.0598059, 0.0969825, 0.1934697, 0.4383498, 1.0424218", \
					  "0.0492760, 0.0552894, 0.0693678, 0.1036245, 0.1955319, 0.4382553, 1.0423187", \
					  "0.0707545, 0.0768514, 0.0904223, 0.1234799, 0.2058990, 0.4413628, 1.0431340");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0813056, 0.0882362, 0.1049997, 0.1455148, 0.2446704, 0.4895445, 1.0973393", \
					  "0.0862467, 0.0931061, 0.1098929, 0.1504310, 0.2496696, 0.4943316, 1.1020518", \
					  "0.0979653, 0.1049931, 0.1218088, 0.1625236, 0.2617972, 0.5067526, 1.1149650", \
					  "0.1213525, 0.1283014, 0.1451402, 0.1859864, 0.2854309, 0.5309109, 1.1381186", \
					  "0.1566463, 0.1635588, 0.1804916, 0.2212690, 0.3209708, 0.5662324, 1.1739664", \
					  "0.2050378, 0.2119114, 0.2288097, 0.2696507, 0.3689804, 0.6149455, 1.2231030", \
					  "0.2592347, 0.2675353, 0.2858069, 0.3263622, 0.4247694, 0.6702127, 1.2791145");
				}
				rise_transition ("del_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("0.0470306, 0.0560876, 0.0779959, 0.1332295, 0.2710892, 0.6138004, 1.4691116", \
					  "0.0469998, 0.0557313, 0.0779933, 0.1332328, 0.2709812, 0.6137182, 1.4655145", \
					  "0.0471490, 0.0560702, 0.0781186, 0.1335304, 0.2711095, 0.6134795, 1.4665911", \
					  "0.0472160, 0.0562198, 0.0782639, 0.1334678, 0.2710412, 0.6138768, 1.4668917", \
					  "0.0487957, 0.0575269, 0.0792494, 0.1341553, 0.2712118, 0.6142000, 1.4662092", \
					  "0.0533541, 0.0612246, 0.0816416, 0.1350408, 0.2730290, 0.6152673, 1.4656186", \
					  "0.0677593, 0.0740097, 0.0923481, 0.1404747, 0.2737058, 0.6160288, 1.4655495");
				}
				cell_fall ("del_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("0.1275718, 0.1338684, 0.1482488, 0.1807252, 0.2565399, 0.4415265, 0.9010828", \
					  "0.1327657, 0.1390306, 0.1534472, 0.1859223, 0.2617790, 0.4466096, 0.9052803", \
					  "0.1463916, 0.1526715, 0.1670369, 0.1995658, 0.2753290, 0.4608087, 0.9268384", \
					  "0.1808332, 0.1870628, 0.2013988, 0.2339760, 0.3099287, 0.4950844, 0.9562238", \
					  "0.2592534, 0.2656186, 0.2800347, 0.3127313, 0.3889153, 0.5741003, 1.0331275", \
					  "0.4037175, 0.4102030, 0.4265888, 0.4609754, 0.5383894, 0.7237045, 1.1822596", \
					  "0.6473102, 0.6567310, 0.6764545, 0.7161534, 0.7967928, 0.9831533, 1.4421437");
				}
				fall_transition ("del_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("0.0361050, 0.0425535, 0.0583502, 0.0970056, 0.1932814, 0.4366516, 1.0428258", \
					  "0.0360167, 0.0425558, 0.0583227, 0.0969642, 0.1932505, 0.4392945, 1.0428324", \
					  "0.0361219, 0.0425787, 0.0583716, 0.0967941, 0.1938387, 0.4369310, 1.0509007", \
					  "0.0362060, 0.0426146, 0.0584104, 0.0969796, 0.1932449, 0.4364220, 1.0466797", \
					  "0.0370243, 0.0433960, 0.0589051, 0.0971636, 0.1933594, 0.4394181, 1.0427655", \
					  "0.0439714, 0.0501829, 0.0650975, 0.1014125, 0.1951280, 0.4371726, 1.0428003", \
					  "0.0603316, 0.0663815, 0.0802561, 0.1143912, 0.2015537, 0.4388978, 1.0438224");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0594578, 0.0665786, 0.0835595, 0.1248757, 0.2257278, 0.4741779, 1.0907021", \
					  "0.0655431, 0.0725669, 0.0896536, 0.1309561, 0.2318011, 0.4804242, 1.0969874", \
					  "0.0803661, 0.0875955, 0.1044749, 0.1458881, 0.2468476, 0.4945747, 1.1112762", \
					  "0.1170838, 0.1239571, 0.1397898, 0.1811974, 0.2822069, 0.5315874, 1.1444559", \
					  "0.1977572, 0.2067398, 0.2259009, 0.2660077, 0.3664030, 0.6139858, 1.2294423", \
					  "0.3441283, 0.3583308, 0.3900376, 0.4525519, 0.5648002, 0.8107847, 1.4257209", \
					  "0.6076110, 0.6325940, 0.6847859, 0.7902264, 0.9734030, 1.2678050, 1.8792825");
				}
				rise_transition ("del_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("0.0549091, 0.0642586, 0.0869186, 0.1427540, 0.2823528, 0.6301039, 1.4949968", \
					  "0.0550291, 0.0642394, 0.0867632, 0.1427416, 0.2824906, 0.6303597, 1.4944568", \
					  "0.0552578, 0.0642239, 0.0870836, 0.1425997, 0.2822641, 0.6306602, 1.4946415", \
					  "0.0574630, 0.0657000, 0.0871831, 0.1429307, 0.2833087, 0.6300304, 1.4933330", \
					  "0.0829610, 0.0887687, 0.1043235, 0.1516688, 0.2823807, 0.6298746, 1.4957386", \
					  "0.1414697, 0.1507357, 0.1728274, 0.2138425, 0.3139845, 0.6334778, 1.4949179", \
					  "0.2489385, 0.2652432, 0.3001904, 0.3644154, 0.4734116, 0.7132049, 1.4974383");
				}
				cell_fall ("del_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("0.0452433, 0.0505484, 0.0635166, 0.0943541, 0.1693526, 0.3537072, 0.8124228", \
					  "0.0492274, 0.0546290, 0.0677880, 0.0987063, 0.1735965, 0.3592927, 0.8168963", \
					  "0.0570302, 0.0624892, 0.0756273, 0.1069639, 0.1819200, 0.3677771, 0.8252404", \
					  "0.0714641, 0.0778488, 0.0923500, 0.1245465, 0.2004462, 0.3849883, 0.8480163", \
					  "0.0922710, 0.1013048, 0.1207791, 0.1615250, 0.2430381, 0.4291347, 0.8881430", \
					  "0.1103607, 0.1244691, 0.1551534, 0.2151166, 0.3237562, 0.5319384, 0.9950755", \
					  "0.0954780, 0.1186929, 0.1698730, 0.2672740, 0.4352098, 0.7166284, 1.2323517");
				}
				fall_transition ("del_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("0.0315947, 0.0383850, 0.0548308, 0.0953307, 0.1927058, 0.4370219, 1.0438824", \
					  "0.0315580, 0.0383200, 0.0551124, 0.0947898, 0.1935882, 0.4367188, 1.0416771", \
					  "0.0321005, 0.0386275, 0.0551052, 0.0946641, 0.1936414, 0.4362871, 1.0440968", \
					  "0.0376409, 0.0442550, 0.0587376, 0.0963755, 0.1929098, 0.4369413, 1.0444773", \
					  "0.0541543, 0.0609646, 0.0765171, 0.1135742, 0.2003751, 0.4394110, 1.0419979", \
					  "0.0914107, 0.1001536, 0.1194774, 0.1608370, 0.2463715, 0.4589842, 1.0488304", \
					  "0.1656255, 0.1774975, 0.2047765, 0.2595739, 0.3621515, 0.5708307, 1.0978782");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0640801, 0.0706506, 0.0869711, 0.1260813, 0.2211558, 0.4554156, 1.0346032", \
					  "0.0700546, 0.0769152, 0.0931351, 0.1322937, 0.2275757, 0.4614306, 1.0409953", \
					  "0.0846617, 0.0909441, 0.1070693, 0.1458349, 0.2408934, 0.4751582, 1.0546132", \
					  "0.1211813, 0.1266781, 0.1427768, 0.1817531, 0.2771064, 0.5105203, 1.0903579", \
					  "0.2023613, 0.2102418, 0.2279747, 0.2671494, 0.3593108, 0.5926892, 1.1717222", \
					  "0.3507790, 0.3637660, 0.3922830, 0.4509047, 0.5571579, 0.7890615, 1.3561655", \
					  "0.6142247, 0.6351207, 0.6826031, 0.7789309, 0.9530088, 1.2392920, 1.8116242");
				}
				rise_transition ("del_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("0.0595561, 0.0679140, 0.0892731, 0.1419057, 0.2726835, 0.6001490, 1.4127814", \
					  "0.0594719, 0.0681808, 0.0895388, 0.1417782, 0.2727502, 0.6003894, 1.4127428", \
					  "0.0594287, 0.0678196, 0.0892280, 0.1416617, 0.2727165, 0.5995238, 1.4124517", \
					  "0.0606260, 0.0690619, 0.0892826, 0.1413500, 0.2726548, 0.5994498, 1.4122777", \
					  "0.0840485, 0.0897928, 0.1053817, 0.1490207, 0.2731019, 0.5993973, 1.4140524", \
					  "0.1412255, 0.1508470, 0.1715799, 0.2110717, 0.3065379, 0.6028089, 1.4143144", \
					  "0.2495033, 0.2653299, 0.3003356, 0.3593312, 0.4721035, 0.6958790, 1.4201197");
				}
				cell_fall ("del_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("0.0492788, 0.0547059, 0.0676908, 0.0987162, 0.1735630, 0.3584112, 0.8191579", \
					  "0.0534097, 0.0589784, 0.0720324, 0.1031410, 0.1781134, 0.3631235, 0.8211504", \
					  "0.0614549, 0.0669331, 0.0801078, 0.1114590, 0.1865562, 0.3711983, 0.8367259", \
					  "0.0757291, 0.0817854, 0.0957446, 0.1274868, 0.2029623, 0.3882698, 0.8462331", \
					  "0.0975712, 0.1053702, 0.1227768, 0.1598354, 0.2398606, 0.4263899, 0.8869782", \
					  "0.1194076, 0.1317408, 0.1582499, 0.2117732, 0.3121261, 0.5129685, 0.9736227", \
					  "0.1138095, 0.1350221, 0.1798565, 0.2654106, 0.4164931, 0.6781528, 1.1805226");
				}
				fall_transition ("del_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("0.0317295, 0.0387706, 0.0555191, 0.0952419, 0.1934091, 0.4358498, 1.0426298", \
					  "0.0319775, 0.0386100, 0.0555134, 0.0952376, 0.1928070, 0.4397504, 1.0435852", \
					  "0.0319829, 0.0387583, 0.0553420, 0.0953534, 0.1927929, 0.4366655, 1.0454410", \
					  "0.0355202, 0.0420512, 0.0571395, 0.0958643, 0.1935775, 0.4358849, 1.0438816", \
					  "0.0479260, 0.0546008, 0.0703212, 0.1075890, 0.1980059, 0.4373623, 1.0476107", \
					  "0.0802719, 0.0884513, 0.1062627, 0.1453182, 0.2354420, 0.4530563, 1.0495116", \
					  "0.1488877, 0.1595795, 0.1850305, 0.2341458, 0.3308742, 0.5471231, 1.0819268");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001598;
			capacitance : 0.001524;
			fall_capacitance : 0.001450;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036931, 0.0036448, 0.0035335, 0.0035262, 0.0035095, 0.0034710, 0.0033823");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062057, 0.0061243, 0.0059365, 0.0059422, 0.0059553, 0.0059856, 0.0060554");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001542;
			capacitance : 0.001473;
			fall_capacitance : 0.001405;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029179, 0.0028780, 0.0027861, 0.0027832, 0.0027764, 0.0027609, 0.0027250");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054047, 0.0053329, 0.0051673, 0.0051685, 0.0051712, 0.0051774, 0.0051916");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002053;
			capacitance : 0.002132;
			rise_capacitance : 0.002210;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028350, -0.0028316, -0.0028240, -0.0028216, -0.0028162, -0.0028037, -0.0027750");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030612, 0.0030609, 0.0030600, 0.0030616, 0.0030652, 0.0030735, 0.0030926");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002053;
			capacitance : 0.002151;
			rise_capacitance : 0.002248;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026720, -0.0026706, -0.0026675, -0.0026677, -0.0026682, -0.0026693, -0.0026719");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026742, 0.0026734, 0.0026717, 0.0026715, 0.0026711, 0.0026702, 0.0026681");
				}
			}
		}
	}
	cell ("scs8hd_nand4bb_2") {
		area : 16.265600;
		cell_footprint : "nand4bb";
		cell_leakage_power : 3.919579e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003552";
			when : "!AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0268057";
			when : "!AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0029726";
			when : "!AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0001348";
			when : "!AN&!BN&C&!D";
		}
		leakage_power () {
			value : "7.5226934e-05";
			when : "!AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0197112";
			when : "!AN&BN&!C&!D";
		}
		leakage_power () {
			value : "8.7751773e-05";
			when : "!AN&BN&C&D";
		}
		leakage_power () {
			value : "7.1972376e-05";
			when : "!AN&BN&C&!D";
		}
		leakage_power () {
			value : "5.6165440e-05";
			when : "AN&!BN&!C&D";
		}
		leakage_power () {
			value : "5.4780944e-05";
			when : "AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "7.4593591e-05";
			when : "AN&!BN&C&D";
		}
		leakage_power () {
			value : "5.6546032e-05";
			when : "AN&!BN&C&!D";
		}
		leakage_power () {
			value : "2.1051701e-05";
			when : "AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0121939";
			when : "AN&BN&!C&!D";
		}
		leakage_power () {
			value : "2.1203920e-05";
			when : "AN&BN&C&D";
		}
		leakage_power () {
			value : "2.0669430e-05";
			when : "AN&BN&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (BN) | (!C) | (!D)";
			max_capacitance : 0.226145;
			max_transition : 1.497910;
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0071609, 0.0082927, 0.0113554, 0.0196913, 0.0425298, 0.1049467, 0.2784263", \
					  "0.0071557, 0.0082773, 0.0113494, 0.0197208, 0.0424810, 0.1055592, 0.2784501", \
					  "0.0070952, 0.0082129, 0.0112985, 0.0196515, 0.0424668, 0.1049678, 0.2783503", \
					  "0.0067842, 0.0078918, 0.0109580, 0.0193743, 0.0423314, 0.1049379, 0.2783378", \
					  "0.0064520, 0.0075536, 0.0105904, 0.0189344, 0.0418929, 0.1047539, 0.2782731", \
					  "0.0062266, 0.0073353, 0.0104026, 0.0185697, 0.0415539, 0.1044417, 0.2778794", \
					  "0.0061697, 0.0072092, 0.0102449, 0.0185991, 0.0415928, 0.1046749, 0.2781266");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0131092, 0.0121031, 0.0093103, 0.0013740, -0.0212568, -0.0846016, -0.2604236", \
					  "0.0130805, 0.0120853, 0.0092876, 0.0013609, -0.0212720, -0.0846461, -0.2604155", \
					  "0.0130903, 0.0121073, 0.0093107, 0.0013631, -0.0212635, -0.0845980, -0.2603812", \
					  "0.0129688, 0.0119674, 0.0091618, 0.0012125, -0.0214134, -0.0847213, -0.2605150", \
					  "0.0127720, 0.0117640, 0.0089347, 0.0009711, -0.0216153, -0.0848882, -0.2606411", \
					  "0.0125845, 0.0115607, 0.0087162, 0.0007293, -0.0218549, -0.0850627, -0.2607481", \
					  "0.0128435, 0.0117961, 0.0088718, 0.0007398, -0.0218137, -0.0850259, -0.2606450");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0082747, 0.0093218, 0.0122545, 0.0203929, 0.0429951, 0.1054596, 0.2785689", \
					  "0.0079899, 0.0090584, 0.0120229, 0.0202492, 0.0428943, 0.1054937, 0.2785783", \
					  "0.0076807, 0.0087659, 0.0117696, 0.0200581, 0.0427368, 0.1054297, 0.2786065", \
					  "0.0073101, 0.0083796, 0.0113863, 0.0194622, 0.0425405, 0.1053049, 0.2783457", \
					  "0.0071801, 0.0081035, 0.0111513, 0.0194304, 0.0422741, 0.1047301, 0.2780784", \
					  "0.0067923, 0.0078931, 0.0109036, 0.0191466, 0.0417881, 0.1046019, 0.2780297", \
					  "0.0066055, 0.0076740, 0.0105579, 0.0186170, 0.0418872, 0.1042974, 0.2767466");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0138295, 0.0127634, 0.0098816, 0.0017657, -0.0210344, -0.0844814, -0.2603456", \
					  "0.0136597, 0.0126088, 0.0097746, 0.0016940, -0.0210738, -0.0844936, -0.2603142", \
					  "0.0133929, 0.0123962, 0.0095769, 0.0015619, -0.0211350, -0.0845295, -0.2603573", \
					  "0.0131018, 0.0120914, 0.0092654, 0.0013461, -0.0212678, -0.0845744, -0.2603778", \
					  "0.0130007, 0.0119550, 0.0091200, 0.0011404, -0.0214455, -0.0846751, -0.2604157", \
					  "0.0131450, 0.0120914, 0.0091616, 0.0008918, -0.0217826, -0.0849467, -0.2605236", \
					  "0.0130360, 0.0119971, 0.0090612, 0.0008360, -0.0219350, -0.0852742, -0.2608420");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0126430, 0.0136930, 0.0166182, 0.0247856, 0.0474658, 0.1101198, 0.2834584", \
					  "0.0124053, 0.0134744, 0.0164110, 0.0246081, 0.0473820, 0.1101703, 0.2838037", \
					  "0.0120841, 0.0131543, 0.0161130, 0.0243809, 0.0471424, 0.1100898, 0.2834061", \
					  "0.0118117, 0.0128891, 0.0157204, 0.0240523, 0.0468404, 0.1099410, 0.2836341", \
					  "0.0115787, 0.0126420, 0.0155831, 0.0237655, 0.0465153, 0.1094510, 0.2827684", \
					  "0.0114033, 0.0124695, 0.0154705, 0.0237677, 0.0464550, 0.1087684, 0.2827331", \
					  "0.0114374, 0.0124901, 0.0153536, 0.0235172, 0.0464998, 0.1091531, 0.2822893");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0138626, 0.0128237, 0.0099378, 0.0018146, -0.0209891, -0.0843897, -0.2602965", \
					  "0.0136644, 0.0126606, 0.0098151, 0.0017540, -0.0210120, -0.0844168, -0.2602908", \
					  "0.0134330, 0.0124323, 0.0096184, 0.0016246, -0.0210831, -0.0844627, -0.2602828", \
					  "0.0131437, 0.0121343, 0.0093290, 0.0013832, -0.0212119, -0.0845358, -0.2603221", \
					  "0.0130756, 0.0120466, 0.0091852, 0.0011811, -0.0214004, -0.0846171, -0.2603023", \
					  "0.0132879, 0.0122431, 0.0092937, 0.0010574, -0.0217045, -0.0848757, -0.2604466", \
					  "0.0132951, 0.0122113, 0.0092750, 0.0010536, -0.0217210, -0.0850706, -0.2606248");
				}
			}
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0042053, 0.0054072, 0.0086325, 0.0171673, 0.0400739, 0.1035992, 0.2755890", \
					  "0.0041948, 0.0053930, 0.0086083, 0.0171338, 0.0400808, 0.1032494, 0.2786377", \
					  "0.0041330, 0.0053286, 0.0085369, 0.0170791, 0.0400393, 0.1034702, 0.2778464", \
					  "0.0038873, 0.0050560, 0.0082238, 0.0167888, 0.0399240, 0.1029840, 0.2755917", \
					  "0.0036329, 0.0047777, 0.0079130, 0.0164268, 0.0395003, 0.1030076, 0.2782060", \
					  "0.0036198, 0.0047478, 0.0078588, 0.0161634, 0.0393279, 0.1027640, 0.2771089", \
					  "0.0036373, 0.0046782, 0.0077458, 0.0163140, 0.0393145, 0.1028986, 0.2760925");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001385286, 0.003838037, 0.01063356, 0.02946105, 0.08162398, 0.2261452");
					values("0.0076553, 0.0066802, 0.0039122, -0.0039969, -0.0265917, -0.0899388, -0.2656121", \
					  "0.0076844, 0.0066742, 0.0038723, -0.0040157, -0.0266004, -0.0899109, -0.2656947", \
					  "0.0076903, 0.0066846, 0.0039434, -0.0039710, -0.0265589, -0.0898597, -0.2656648", \
					  "0.0076024, 0.0066028, 0.0037746, -0.0041281, -0.0266881, -0.0899869, -0.2657588", \
					  "0.0075243, 0.0064882, 0.0036593, -0.0043089, -0.0269107, -0.0901446, -0.2658521", \
					  "0.0073208, 0.0062883, 0.0034468, -0.0045797, -0.0271641, -0.0902659, -0.2659387", \
					  "0.0073280, 0.0061180, 0.0032008, -0.0049465, -0.0273984, -0.0906079, -0.2661765");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0792152, 0.0836266, 0.0953782, 0.1256697, 0.2057390, 0.4263308, 1.0334329", \
					  "0.0842386, 0.0886581, 0.1003444, 0.1305281, 0.2108758, 0.4307878, 1.0377766", \
					  "0.0961156, 0.1005260, 0.1121740, 0.1423784, 0.2228823, 0.4428160, 1.0508504", \
					  "0.1227315, 0.1271374, 0.1386973, 0.1687173, 0.2495081, 0.4693931, 1.0772006", \
					  "0.1670730, 0.1716585, 0.1834121, 0.2137723, 0.2946738, 0.5161271, 1.1236745", \
					  "0.2301591, 0.2351819, 0.2478696, 0.2786694, 0.3593883, 0.5789650, 1.1870560", \
					  "0.3035461, 0.3094306, 0.3272646, 0.3621784, 0.4427675, 0.6620607, 1.2685220");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0329230, 0.0379144, 0.0518946, 0.0921741, 0.2050991, 0.5187825, 1.3811586", \
					  "0.0329600, 0.0379175, 0.0519701, 0.0919143, 0.2051266, 0.5190021, 1.3880529", \
					  "0.0329089, 0.0379393, 0.0519862, 0.0918910, 0.2047031, 0.5172573, 1.3950137", \
					  "0.0333881, 0.0383491, 0.0521512, 0.0920175, 0.2050487, 0.5188486, 1.3773835", \
					  "0.0371047, 0.0416535, 0.0547008, 0.0931762, 0.2051942, 0.5212635, 1.3856621", \
					  "0.0469048, 0.0507027, 0.0617940, 0.0968954, 0.2068403, 0.5153944, 1.3861561", \
					  "0.0664230, 0.0716758, 0.0811906, 0.1103635, 0.2101494, 0.5218770, 1.3762430");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.1609546, 0.1665265, 0.1798475, 0.2119663, 0.2916718, 0.5058025, 1.0991049", \
					  "0.1664772, 0.1718075, 0.1853547, 0.2177792, 0.2976041, 0.5120621, 1.1045374", \
					  "0.1802807, 0.1856022, 0.1991500, 0.2313988, 0.3108585, 0.5254526, 1.1230240", \
					  "0.2143700, 0.2196891, 0.2330567, 0.2659199, 0.3453352, 0.5603403, 1.1526039", \
					  "0.2949832, 0.3001855, 0.3134583, 0.3461085, 0.4253980, 0.6404127, 1.2363881", \
					  "0.4628038, 0.4686773, 0.4832986, 0.5167764, 0.5976387, 0.8112327, 1.4053019", \
					  "0.7488750, 0.7579912, 0.7769777, 0.8177659, 0.9019711, 1.1173426, 1.7096773");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0467943, 0.0514795, 0.0646029, 0.1013575, 0.2024884, 0.4924691, 1.2953286", \
					  "0.0467064, 0.0517710, 0.0647941, 0.1013178, 0.2024381, 0.4928373, 1.2974979", \
					  "0.0467651, 0.0517820, 0.0645949, 0.1013920, 0.2025221, 0.4918241, 1.2984835", \
					  "0.0464175, 0.0510520, 0.0651778, 0.1012301, 0.2024948, 0.4914955, 1.2941243", \
					  "0.0471865, 0.0518537, 0.0655060, 0.1016476, 0.2025407, 0.4925231, 1.2986228", \
					  "0.0575070, 0.0615248, 0.0734483, 0.1069224, 0.2052152, 0.4919731, 1.2969825", \
					  "0.0822598, 0.0854402, 0.0975665, 0.1289555, 0.2190878, 0.4952107, 1.2992966");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				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, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0995436, 0.1042140, 0.1166287, 0.1494129, 0.2370884, 0.4758297, 1.1358485", \
					  "0.1046458, 0.1092533, 0.1216663, 0.1545009, 0.2420407, 0.4804383, 1.1406831", \
					  "0.1165015, 0.1210962, 0.1334713, 0.1663802, 0.2539372, 0.4928034, 1.1530910", \
					  "0.1434836, 0.1480533, 0.1603932, 0.1932481, 0.2811962, 0.5204908, 1.1798642", \
					  "0.1911579, 0.1957203, 0.2080889, 0.2408350, 0.3289679, 0.5688697, 1.2290867", \
					  "0.2615758, 0.2663698, 0.2788948, 0.3114936, 0.3993523, 0.6385167, 1.2976975", \
					  "0.3528546, 0.3578988, 0.3708813, 0.4058316, 0.4939327, 0.7322009, 1.3917789");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0474209, 0.0528091, 0.0681010, 0.1107959, 0.2312017, 0.5651636, 1.4934157", \
					  "0.0471928, 0.0527994, 0.0681898, 0.1110206, 0.2311466, 0.5653829, 1.4930485", \
					  "0.0472321, 0.0528368, 0.0683062, 0.1111673, 0.2310108, 0.5652329, 1.4935716", \
					  "0.0474976, 0.0528514, 0.0681735, 0.1109246, 0.2311313, 0.5656171, 1.4917010", \
					  "0.0496319, 0.0551119, 0.0696800, 0.1116991, 0.2313313, 0.5657037, 1.4947767", \
					  "0.0562738, 0.0607936, 0.0745162, 0.1146224, 0.2325173, 0.5662320, 1.4932200", \
					  "0.0730550, 0.0782353, 0.0896280, 0.1248239, 0.2361120, 0.5675069, 1.4927783");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.1799632, 0.1854571, 0.1989971, 0.2327319, 0.3150244, 0.5312860, 1.1245097", \
					  "0.1856143, 0.1909165, 0.2047019, 0.2382571, 0.3206840, 0.5368465, 1.1298533", \
					  "0.1992126, 0.2045590, 0.2183310, 0.2518326, 0.3341928, 0.5504806, 1.1436174", \
					  "0.2326616, 0.2379688, 0.2517373, 0.2853018, 0.3676536, 0.5837796, 1.1773157", \
					  "0.3121575, 0.3177021, 0.3313324, 0.3648486, 0.4473327, 0.6637830, 1.2626667", \
					  "0.4783251, 0.4839943, 0.4988379, 0.5334063, 0.6169336, 0.8337930, 1.4275992", \
					  "0.7588057, 0.7663434, 0.7846610, 0.8257640, 0.9138660, 1.1327338, 1.7275729");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0445207, 0.0497569, 0.0640954, 0.1015919, 0.2043141, 0.4933040, 1.2961581", \
					  "0.0444552, 0.0498650, 0.0640673, 0.1017185, 0.2045016, 0.4928639, 1.2947404", \
					  "0.0444917, 0.0498549, 0.0641582, 0.1017754, 0.2044522, 0.4933964, 1.2970121", \
					  "0.0444547, 0.0497954, 0.0640311, 0.1018707, 0.2043575, 0.4931340, 1.2963558", \
					  "0.0446426, 0.0498917, 0.0641841, 0.1017905, 0.2043766, 0.4924042, 1.2985752", \
					  "0.0506858, 0.0556238, 0.0690504, 0.1050973, 0.2055685, 0.4933270, 1.2967563", \
					  "0.0696768, 0.0740498, 0.0864170, 0.1209535, 0.2149207, 0.4943573, 1.2994065");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0577017, 0.0622015, 0.0742004, 0.1066856, 0.1941730, 0.4321614, 1.0890441", \
					  "0.0636769, 0.0681734, 0.0802821, 0.1129364, 0.2005339, 0.4388030, 1.0950630", \
					  "0.0788321, 0.0834310, 0.0955885, 0.1284802, 0.2160531, 0.4547102, 1.1110400", \
					  "0.1156581, 0.1200368, 0.1320966, 0.1633028, 0.2511469, 0.4897937, 1.1446959", \
					  "0.1961790, 0.2017925, 0.2163512, 0.2502242, 0.3368767, 0.5744486, 1.2309632", \
					  "0.3458533, 0.3551250, 0.3785510, 0.4313930, 0.5363343, 0.7726224, 1.4281766", \
					  "0.6165061, 0.6319857, 0.6690739, 0.7594924, 0.9329182, 1.2342010, 1.8838653");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0549657, 0.0603804, 0.0761069, 0.1191401, 0.2383420, 0.5712553, 1.4960549", \
					  "0.0550379, 0.0603278, 0.0761402, 0.1188407, 0.2387744, 0.5706214, 1.4956316", \
					  "0.0548724, 0.0604917, 0.0760366, 0.1192531, 0.2383293, 0.5707611, 1.4956697", \
					  "0.0566851, 0.0620168, 0.0761420, 0.1188384, 0.2384559, 0.5711554, 1.4941702", \
					  "0.0827194, 0.0866196, 0.0965709, 0.1298853, 0.2396412, 0.5710613, 1.4945790", \
					  "0.1391982, 0.1453271, 0.1606761, 0.1941318, 0.2778467, 0.5740294, 1.4962358", \
					  "0.2455455, 0.2558417, 0.2797077, 0.3347982, 0.4367902, 0.6635322, 1.4979104");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0553634, 0.0598747, 0.0717020, 0.1025625, 0.1820971, 0.3977771, 0.9905260", \
					  "0.0591659, 0.0637823, 0.0757218, 0.1065268, 0.1865270, 0.4014969, 0.9944334", \
					  "0.0662252, 0.0707219, 0.0828575, 0.1138033, 0.1940357, 0.4092647, 1.0019381", \
					  "0.0789217, 0.0837903, 0.0969148, 0.1285141, 0.2091641, 0.4245367, 1.0173697", \
					  "0.0997566, 0.1060426, 0.1222607, 0.1595138, 0.2458692, 0.4632446, 1.0565648", \
					  "0.1208546, 0.1309662, 0.1550159, 0.2091029, 0.3198380, 0.5546273, 1.1521823", \
					  "0.1112061, 0.1279427, 0.1691716, 0.2570664, 0.4259771, 0.7332834, 1.3680206");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0369438, 0.0425740, 0.0577140, 0.0972328, 0.2024383, 0.4919863, 1.2967150", \
					  "0.0369981, 0.0426031, 0.0576911, 0.0971517, 0.2029486, 0.4916030, 1.2949642", \
					  "0.0370343, 0.0426844, 0.0575497, 0.0970159, 0.2022194, 0.4924748, 1.2949097", \
					  "0.0414470, 0.0467808, 0.0604159, 0.0983506, 0.2024412, 0.4935868, 1.3004007", \
					  "0.0528349, 0.0583868, 0.0730699, 0.1107482, 0.2078585, 0.4921568, 1.2947406", \
					  "0.0868151, 0.0935069, 0.1102216, 0.1499072, 0.2476206, 0.5072149, 1.2976843", \
					  "0.1584892, 0.1672896, 0.1909617, 0.2419224, 0.3494770, 0.6049650, 1.3279928");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0610139, 0.0650991, 0.0763811, 0.1060600, 0.1852501, 0.4000583, 0.9912650", \
					  "0.0670885, 0.0712225, 0.0824223, 0.1120537, 0.1911546, 0.4059177, 0.9965290", \
					  "0.0817509, 0.0857799, 0.0970717, 0.1270670, 0.2064617, 0.4212290, 1.0117783", \
					  "0.1174829, 0.1214406, 0.1320130, 0.1630004, 0.2422535, 0.4562533, 1.0428941", \
					  "0.1990337, 0.2041529, 0.2164170, 0.2472579, 0.3257985, 0.5403890, 1.1313060", \
					  "0.3456058, 0.3535441, 0.3741784, 0.4218093, 0.5198547, 0.7334862, 1.3232845", \
					  "0.6056183, 0.6189250, 0.6518405, 0.7315114, 0.8925976, 1.1806011, 1.7709023");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0604513, 0.0653769, 0.0791181, 0.1176454, 0.2249504, 0.5249621, 1.3597939", \
					  "0.0607857, 0.0653717, 0.0794133, 0.1178381, 0.2249927, 0.5248725, 1.3580610", \
					  "0.0600175, 0.0653442, 0.0790432, 0.1175909, 0.2248998, 0.5247681, 1.3586313", \
					  "0.0614418, 0.0661701, 0.0790176, 0.1173188, 0.2245533, 0.5260383, 1.3599559", \
					  "0.0847683, 0.0882298, 0.0983439, 0.1284377, 0.2257886, 0.5250527, 1.3596234", \
					  "0.1410531, 0.1469594, 0.1616915, 0.1938719, 0.2684750, 0.5314437, 1.3583932", \
					  "0.2443485, 0.2541103, 0.2786174, 0.3304352, 0.4356762, 0.6355408, 1.3706852");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0598085, 0.0642004, 0.0760625, 0.1067435, 0.1866500, 0.4013892, 0.9941923", \
					  "0.0638603, 0.0684513, 0.0802601, 0.1112942, 0.1911932, 0.4067149, 0.9999994", \
					  "0.0717583, 0.0762766, 0.0884066, 0.1193975, 0.1997167, 0.4148114, 1.0077731", \
					  "0.0854909, 0.0902803, 0.1027253, 0.1339526, 0.2144378, 0.4304528, 1.0232306", \
					  "0.1064478, 0.1120048, 0.1261334, 0.1609941, 0.2451436, 0.4614453, 1.0587726", \
					  "0.1305434, 0.1386296, 0.1590238, 0.2061104, 0.3072490, 0.5373874, 1.1330930", \
					  "0.1280321, 0.1419594, 0.1766502, 0.2530736, 0.4023049, 0.6897783, 1.3150836");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00138529, 0.00383804, 0.0106336, 0.029461, 0.081624, 0.226145");
					values("0.0369864, 0.0426292, 0.0575793, 0.0972056, 0.2026612, 0.4938427, 1.3012090", \
					  "0.0370322, 0.0426825, 0.0577398, 0.0974850, 0.2027360, 0.4924816, 1.2989697", \
					  "0.0369787, 0.0426427, 0.0576515, 0.0977426, 0.2028119, 0.4916152, 1.2948123", \
					  "0.0395030, 0.0447257, 0.0590095, 0.0978008, 0.2024656, 0.4919311, 1.2956437", \
					  "0.0475937, 0.0530956, 0.0676902, 0.1060213, 0.2061067, 0.4937955, 1.2990191", \
					  "0.0751470, 0.0812882, 0.0969487, 0.1356554, 0.2342974, 0.5040259, 1.2956939", \
					  "0.1402909, 0.1485865, 0.1691667, 0.2163599, 0.3183603, 0.5818500, 1.3217885");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001528;
			capacitance : 0.001480;
			fall_capacitance : 0.001433;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0068541, 0.0068309, 0.0067775, 0.0067720, 0.0067594, 0.0067301, 0.0066627");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0084131, 0.0083482, 0.0081985, 0.0082135, 0.0082482, 0.0083279, 0.0085118");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001529;
			capacitance : 0.001468;
			fall_capacitance : 0.001408;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063940, 0.0063640, 0.0062947, 0.0062965, 0.0063006, 0.0063099, 0.0063316");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065453, 0.0064892, 0.0063599, 0.0063700, 0.0063931, 0.0064464, 0.0065693");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003967;
			capacitance : 0.004137;
			rise_capacitance : 0.004306;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050919, -0.0050926, -0.0050943, -0.0050885, -0.0050751, -0.0050444, -0.0049734");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057363, 0.0057378, 0.0057413, 0.0057462, 0.0057574, 0.0057833, 0.0058431");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003938;
			capacitance : 0.004143;
			rise_capacitance : 0.004348;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052112, -0.0052103, -0.0052083, -0.0052090, -0.0052105, -0.0052142, -0.0052223");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052273, 0.0052253, 0.0052207, 0.0052230, 0.0052283, 0.0052407, 0.0052691");
				}
			}
		}
	}
	cell ("scs8hd_nand4bb_4") {
		area : 27.526400;
		cell_footprint : "nand4bb";
		cell_leakage_power : 6.764980e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001299";
			when : "!AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0463516";
			when : "!AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0057729";
			when : "!AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0006357";
			when : "!AN&!BN&C&!D";
		}
		leakage_power () {
			value : "0.0004011";
			when : "!AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0324796";
			when : "!AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0004438";
			when : "!AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0004021";
			when : "!AN&BN&C&!D";
		}
		leakage_power () {
			value : "0.0003917";
			when : "AN&!BN&!C&D";
		}
		leakage_power () {
			value : "0.0003898";
			when : "AN&!BN&!C&!D";
		}
		leakage_power () {
			value : "0.0004403";
			when : "AN&!BN&C&D";
		}
		leakage_power () {
			value : "0.0003907";
			when : "AN&!BN&C&!D";
		}
		leakage_power () {
			value : "0.0007368";
			when : "AN&BN&!C&D";
		}
		leakage_power () {
			value : "0.0177996";
			when : "AN&BN&!C&!D";
		}
		leakage_power () {
			value : "0.0007373";
			when : "AN&BN&C&D";
		}
		leakage_power () {
			value : "0.0007368";
			when : "AN&BN&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(AN) | (BN) | (!C) | (!D)";
			max_capacitance : 0.387278;
			max_transition : 1.498737;
			internal_power () {
				related_pin : "AN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0076018, 0.0090165, 0.0131992, 0.0252780, 0.0602782, 0.1646622, 0.4768662", \
					  "0.0076219, 0.0090324, 0.0131959, 0.0252720, 0.0601815, 0.1635426, 0.4760601", \
					  "0.0075412, 0.0089437, 0.0130961, 0.0251638, 0.0602276, 0.1637797, 0.4760217", \
					  "0.0071728, 0.0085375, 0.0125319, 0.0245301, 0.0596916, 0.1636032, 0.4758178", \
					  "0.0066380, 0.0079824, 0.0119904, 0.0238351, 0.0588445, 0.1640957, 0.4763315", \
					  "0.0066216, 0.0079332, 0.0118612, 0.0233866, 0.0583961, 0.1621293, 0.4760112", \
					  "0.0066587, 0.0079419, 0.0117507, 0.0235508, 0.0582067, 0.1625102, 0.4749226");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0165800, 0.0154765, 0.0119331, 0.0012413, -0.0324270, -0.1362363, -0.4518677", \
					  "0.0165357, 0.0154204, 0.0119952, 0.0012089, -0.0324751, -0.1362724, -0.4518310", \
					  "0.0166208, 0.0153583, 0.0120558, 0.0012708, -0.0323561, -0.1361414, -0.4517492", \
					  "0.0163535, 0.0151784, 0.0116998, 0.0009490, -0.0326834, -0.1364332, -0.4519431", \
					  "0.0158155, 0.0146872, 0.0111637, 0.0003882, -0.0332153, -0.1368521, -0.4522499", \
					  "0.0156079, 0.0144351, 0.0108903, -9.2800000e-05, -0.0338215, -0.1373243, -0.4526163", \
					  "0.0150623, 0.0138561, 0.0101817, -0.0009640, -0.0347333, -0.1381374, -0.4528832");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0131249, 0.0144341, 0.0183405, 0.0299604, 0.0643898, 0.1672169, 0.4788637", \
					  "0.0131132, 0.0144281, 0.0183255, 0.0299379, 0.0643967, 0.1671761, 0.4782578", \
					  "0.0130078, 0.0143090, 0.0182210, 0.0298311, 0.0643482, 0.1672286, 0.4781113", \
					  "0.0123965, 0.0136886, 0.0176007, 0.0292211, 0.0638657, 0.1670063, 0.4784296", \
					  "0.0118305, 0.0131080, 0.0169527, 0.0285717, 0.0632476, 0.1666348, 0.4783558", \
					  "0.0113845, 0.0126365, 0.0165361, 0.0279028, 0.0626127, 0.1662598, 0.4774878", \
					  "0.0112154, 0.0125018, 0.0163701, 0.0277762, 0.0624589, 0.1660119, 0.4771632");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0271133, 0.0259591, 0.0224785, 0.0116631, -0.0221191, -0.1260134, -0.4416508", \
					  "0.0270768, 0.0259879, 0.0224656, 0.0116522, -0.0221297, -0.1260138, -0.4416620", \
					  "0.0270952, 0.0259701, 0.0224651, 0.0116835, -0.0221245, -0.1260071, -0.4416057", \
					  "0.0269350, 0.0257774, 0.0222833, 0.0114320, -0.0223278, -0.1261433, -0.4417936", \
					  "0.0265733, 0.0254151, 0.0219025, 0.0110214, -0.0226961, -0.1263935, -0.4419387", \
					  "0.0263010, 0.0250822, 0.0215437, 0.0106224, -0.0231035, -0.1267201, -0.4421086", \
					  "0.0262277, 0.0250166, 0.0213538, 0.0101142, -0.0234099, -0.1269410, -0.4421645");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0156304, 0.0168382, 0.0204984, 0.0316956, 0.0656899, 0.1684880, 0.4800806", \
					  "0.0150869, 0.0163185, 0.0200343, 0.0312973, 0.0653162, 0.1683426, 0.4798792", \
					  "0.0142620, 0.0154949, 0.0192357, 0.0308225, 0.0651672, 0.1681522, 0.4797365", \
					  "0.0137175, 0.0149819, 0.0187654, 0.0302432, 0.0644995, 0.1678970, 0.4796371", \
					  "0.0134604, 0.0146383, 0.0183159, 0.0292814, 0.0637586, 0.1667545, 0.4789239", \
					  "0.0127467, 0.0140013, 0.0177632, 0.0290753, 0.0630713, 0.1659268, 0.4782968", \
					  "0.0121954, 0.0134362, 0.0171002, 0.0282635, 0.0632018, 0.1650555, 0.4770644");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0286165, 0.0274116, 0.0238167, 0.0126597, -0.0215292, -0.1257003, -0.4414346", \
					  "0.0283627, 0.0271534, 0.0235806, 0.0125108, -0.0215636, -0.1256631, -0.4414780", \
					  "0.0277880, 0.0266522, 0.0231393, 0.0122287, -0.0217216, -0.1257365, -0.4414297", \
					  "0.0272387, 0.0260866, 0.0225699, 0.0117431, -0.0220147, -0.1258438, -0.4414227", \
					  "0.0269644, 0.0258139, 0.0221952, 0.0112932, -0.0224141, -0.1260697, -0.4415043", \
					  "0.0273316, 0.0261260, 0.0224419, 0.0111101, -0.0229447, -0.1265177, -0.4417442", \
					  "0.0269967, 0.0257772, 0.0220851, 0.0108201, -0.0232849, -0.1271740, -0.4422886");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0239271, 0.0251256, 0.0288183, 0.0399406, 0.0739853, 0.1772059, 0.4889847", \
					  "0.0234751, 0.0247084, 0.0283583, 0.0395879, 0.0736486, 0.1767851, 0.4886811", \
					  "0.0228905, 0.0241020, 0.0278025, 0.0391916, 0.0732985, 0.1764793, 0.4883896", \
					  "0.0224176, 0.0236337, 0.0272892, 0.0385228, 0.0727488, 0.1761910, 0.4881370", \
					  "0.0217623, 0.0230001, 0.0266793, 0.0380306, 0.0724903, 0.1757642, 0.4878618", \
					  "0.0218305, 0.0230687, 0.0268401, 0.0384400, 0.0719593, 0.1755479, 0.4849043", \
					  "0.0211082, 0.0223510, 0.0262695, 0.0374536, 0.0723343, 0.1752069, 0.4846894");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001515231, 0.004591849, 0.01391542, 0.04217015, 0.127795, 0.3872779");
					values("0.0287940, 0.0276057, 0.0239073, 0.0127592, -0.0214225, -0.1255576, -0.4412981", \
					  "0.0284586, 0.0272924, 0.0236494, 0.0125952, -0.0214935, -0.1255780, -0.4412961", \
					  "0.0279017, 0.0267865, 0.0232308, 0.0122884, -0.0216752, -0.1256589, -0.4413515", \
					  "0.0273606, 0.0261821, 0.0226525, 0.0118313, -0.0219493, -0.1258029, -0.4414212", \
					  "0.0271701, 0.0259599, 0.0223412, 0.0114108, -0.0223421, -0.1259466, -0.4414070", \
					  "0.0275846, 0.0263819, 0.0227277, 0.0114494, -0.0228027, -0.1264104, -0.4415696", \
					  "0.0274364, 0.0262299, 0.0224879, 0.0112545, -0.0228914, -0.1268807, -0.4420243");
				}
			}
			timing () {
				related_pin : "AN";
				timing_type : "combinational";
				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, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
					values("0.0911467, 0.0943233, 0.1033685, 0.1287189, 0.2003431, 0.4117846, 1.0521600", \
					  "0.0957679, 0.0989256, 0.1079873, 0.1334359, 0.2053753, 0.4165890, 1.0542677", \
					  "0.1071086, 0.1102509, 0.1192371, 0.1445738, 0.2162954, 0.4276912, 1.0670881", \
					  "0.1324937, 0.1355041, 0.1444420, 0.1696406, 0.2415553, 0.4532933, 1.0923723", \
					  "0.1752173, 0.1783401, 0.1874012, 0.2128598, 0.2850644, 0.4976254, 1.1348459", \
					  "0.2341014, 0.2375850, 0.2471685, 0.2727518, 0.3447517, 0.5564207, 1.1941310", \
					  "0.2975491, 0.3019921, 0.3140877, 0.3435525, 0.4159084, 0.6265665, 1.2639170");
				}
				rise_transition ("del_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("0.0380517, 0.0413837, 0.0515020, 0.0827885, 0.1809600, 0.4792815, 1.3854236", \
					  "0.0380346, 0.0413943, 0.0514405, 0.0831268, 0.1810268, 0.4764674, 1.3810952", \
					  "0.0380885, 0.0414852, 0.0515757, 0.0829281, 0.1811964, 0.4794143, 1.3786556", \
					  "0.0385270, 0.0417936, 0.0517885, 0.0830409, 0.1813051, 0.4797410, 1.3759293", \
					  "0.0416627, 0.0447063, 0.0541581, 0.0842381, 0.1806882, 0.4791235, 1.3766288", \
					  "0.0503061, 0.0530458, 0.0611923, 0.0891454, 0.1826328, 0.4765577, 1.3826112", \
					  "0.0703754, 0.0729367, 0.0804935, 0.1040396, 0.1875665, 0.4819853, 1.3738436");
				}
				cell_fall ("del_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("0.1511906, 0.1545554, 0.1639967, 0.1902756, 0.2598701, 0.4619813, 1.0721258", \
					  "0.1570319, 0.1603668, 0.1700000, 0.1960515, 0.2658808, 0.4683970, 1.0806656", \
					  "0.1709389, 0.1740986, 0.1845387, 0.2102592, 0.2802171, 0.4824770, 1.0973722", \
					  "0.2056736, 0.2090378, 0.2185779, 0.2445116, 0.3142649, 0.5170256, 1.1325318", \
					  "0.2868310, 0.2902115, 0.2997408, 0.3256587, 0.3954804, 0.5979464, 1.2077374", \
					  "0.4514159, 0.4551669, 0.4657103, 0.4928831, 0.5634783, 0.7654202, 1.3756961", \
					  "0.7343919, 0.7393855, 0.7530674, 0.7866298, 0.8629701, 1.0650899, 1.6712578");
				}
				fall_transition ("del_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("0.0481012, 0.0514560, 0.0612374, 0.0909877, 0.1797367, 0.4552674, 1.2891134", \
					  "0.0478023, 0.0511578, 0.0615147, 0.0910729, 0.1799177, 0.4540163, 1.2898191", \
					  "0.0481048, 0.0516577, 0.0615284, 0.0911479, 0.1797194, 0.4552228, 1.2916294", \
					  "0.0481963, 0.0517079, 0.0613474, 0.0911209, 0.1799304, 0.4548655, 1.2948639", \
					  "0.0482810, 0.0518760, 0.0614740, 0.0914935, 0.1797763, 0.4567077, 1.2895530", \
					  "0.0591078, 0.0619601, 0.0709043, 0.0981760, 0.1830672, 0.4567553, 1.2890415", \
					  "0.0843502, 0.0874398, 0.0962208, 0.1208629, 0.1983439, 0.4583132, 1.2898853");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				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, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
					values("0.1086997, 0.1118452, 0.1210882, 0.1480231, 0.2255922, 0.4547136, 1.1453678", \
					  "0.1134383, 0.1165503, 0.1258711, 0.1527064, 0.2303328, 0.4594868, 1.1498568", \
					  "0.1243988, 0.1274941, 0.1368175, 0.1636755, 0.2414284, 0.4706734, 1.1610812", \
					  "0.1491988, 0.1522792, 0.1617268, 0.1884985, 0.2663557, 0.4959489, 1.1867356", \
					  "0.1924617, 0.1955888, 0.2047558, 0.2316405, 0.3094918, 0.5395460, 1.2309771", \
					  "0.2514173, 0.2545242, 0.2637807, 0.2904310, 0.3675457, 0.5975592, 1.2883764", \
					  "0.3165202, 0.3201060, 0.3303752, 0.3579401, 0.4350974, 0.6635496, 1.3549918");
				}
				rise_transition ("del_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("0.0527409, 0.0563114, 0.0676956, 0.1015592, 0.2057540, 0.5231092, 1.4926098", \
					  "0.0527509, 0.0563729, 0.0675288, 0.1014007, 0.2057700, 0.5235103, 1.4896255", \
					  "0.0526742, 0.0564973, 0.0673395, 0.1012054, 0.2057940, 0.5232483, 1.4888017", \
					  "0.0528133, 0.0567079, 0.0678034, 0.1017236, 0.2059906, 0.5230930, 1.4903256", \
					  "0.0548738, 0.0582351, 0.0689946, 0.1020953, 0.2058828, 0.5234785, 1.4924685", \
					  "0.0605170, 0.0638975, 0.0736325, 0.1053690, 0.2070578, 0.5240650, 1.4894264", \
					  "0.0769177, 0.0797075, 0.0882029, 0.1165959, 0.2107880, 0.5248582, 1.4897077");
				}
				cell_fall ("del_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("0.1800840, 0.1835467, 0.1937921, 0.2212346, 0.2936570, 0.4975876, 1.1078257", \
					  "0.1860366, 0.1896527, 0.1997562, 0.2271366, 0.2996509, 0.5037949, 1.1137947", \
					  "0.1999919, 0.2035090, 0.2136483, 0.2417397, 0.3143179, 0.5185710, 1.1287006", \
					  "0.2354877, 0.2389066, 0.2490425, 0.2764717, 0.3489922, 0.5530405, 1.1621434", \
					  "0.3180944, 0.3215651, 0.3315683, 0.3589422, 0.4315725, 0.6359617, 1.2462505", \
					  "0.4941395, 0.4977104, 0.5085066, 0.5365186, 0.6103617, 0.8154227, 1.4261091", \
					  "0.8038583, 0.8084396, 0.8217597, 0.8551225, 0.9341071, 1.1417134, 1.7543969");
				}
				fall_transition ("del_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("0.0480752, 0.0517885, 0.0623786, 0.0931736, 0.1827896, 0.4559968, 1.2888646", \
					  "0.0481409, 0.0517421, 0.0623171, 0.0929983, 0.1828288, 0.4557225, 1.2888555", \
					  "0.0481488, 0.0518104, 0.0624025, 0.0930112, 0.1828046, 0.4555807, 1.2895747", \
					  "0.0481138, 0.0518098, 0.0623921, 0.0932028, 0.1828109, 0.4560407, 1.2888358", \
					  "0.0483464, 0.0517962, 0.0625261, 0.0932943, 0.1828285, 0.4557195, 1.2913615", \
					  "0.0536439, 0.0569064, 0.0669841, 0.0962148, 0.1841573, 0.4557265, 1.2893291", \
					  "0.0726595, 0.0756577, 0.0847359, 0.1115383, 0.1941067, 0.4583303, 1.2886490");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
					values("0.0641667, 0.0671170, 0.0760606, 0.1022305, 0.1790869, 0.4062548, 1.0901050", \
					  "0.0698996, 0.0729802, 0.0820404, 0.1083921, 0.1853711, 0.4125234, 1.0960095", \
					  "0.0842965, 0.0873319, 0.0964559, 0.1236168, 0.2009781, 0.4284891, 1.1115330", \
					  "0.1215475, 0.1244407, 0.1333919, 0.1595852, 0.2358528, 0.4637357, 1.1465638", \
					  "0.2044560, 0.2080370, 0.2181372, 0.2441196, 0.3219712, 0.5484251, 1.2308640", \
					  "0.3588419, 0.3646481, 0.3812939, 0.4235580, 0.5202191, 0.7463911, 1.4281379", \
					  "0.6397583, 0.6497601, 0.6775293, 0.7483101, 0.9058945, 1.2040843, 1.8840995");
				}
				rise_transition ("del_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("0.0611446, 0.0649063, 0.0766969, 0.1108733, 0.2147681, 0.5313355, 1.4948454", \
					  "0.0616507, 0.0654078, 0.0760630, 0.1105799, 0.2150062, 0.5315502, 1.4946627", \
					  "0.0610256, 0.0651824, 0.0761449, 0.1107448, 0.2147797, 0.5314921, 1.4952320", \
					  "0.0623332, 0.0656962, 0.0764630, 0.1102809, 0.2146720, 0.5311711, 1.4951954", \
					  "0.0858977, 0.0882725, 0.0963371, 0.1228962, 0.2156112, 0.5313659, 1.4951883", \
					  "0.1437213, 0.1477969, 0.1591672, 0.1856353, 0.2580040, 0.5361444, 1.4937130", \
					  "0.2508489, 0.2569465, 0.2743933, 0.3188851, 0.4150657, 0.6320127, 1.4987367");
				}
				cell_fall ("del_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("0.0599491, 0.0628692, 0.0715917, 0.0963644, 0.1659641, 0.3684341, 0.9788308", \
					  "0.0636108, 0.0666457, 0.0754171, 0.1000888, 0.1697957, 0.3729578, 0.9823267", \
					  "0.0701523, 0.0731442, 0.0820106, 0.1070911, 0.1769264, 0.3800456, 0.9939536", \
					  "0.0814480, 0.0847147, 0.0942694, 0.1201181, 0.1908472, 0.3939379, 1.0063651", \
					  "0.1001166, 0.1041942, 0.1153363, 0.1457945, 0.2225399, 0.4287431, 1.0389464", \
					  "0.1169649, 0.1231854, 0.1405139, 0.1844245, 0.2849617, 0.5101056, 1.1244002", \
					  "0.0970969, 0.1074806, 0.1367736, 0.2088440, 0.3629592, 0.6667256, 1.3243825");
				}
				fall_transition ("del_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("0.0414444, 0.0452040, 0.0564395, 0.0884678, 0.1800419, 0.4573938, 1.2883168", \
					  "0.0415561, 0.0452494, 0.0564358, 0.0881457, 0.1799265, 0.4548063, 1.2933589", \
					  "0.0416050, 0.0453427, 0.0563054, 0.0882327, 0.1799638, 0.4549037, 1.2910598", \
					  "0.0458999, 0.0493452, 0.0592364, 0.0896367, 0.1800572, 0.4548793, 1.2902623", \
					  "0.0564437, 0.0601001, 0.0707116, 0.1013978, 0.1868234, 0.4565045, 1.2901528", \
					  "0.0904334, 0.0945664, 0.1066045, 0.1384204, 0.2249109, 0.4718092, 1.2895192", \
					  "0.1636517, 0.1693711, 0.1856502, 0.2279995, 0.3238189, 0.5686845, 1.3189616");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151523, 0.00459185, 0.0139154, 0.0421702, 0.127795, 0.387278");
					values("0.0677198, 0.0704131, 0.0786789, 0.1024128, 0.1717627, 0.3756117, 0.9873550", \
					  "0.0738145, 0.0764836, 0.0845114, 0.1087834, 0.1779379, 0.3818042, 0.9934878", \
					  "0.0885713, 0.0913763, 0.0993234, 0.1235289, 0.1930775, 0.3970580, 1.0088446", \
					  "0.1245832, 0.1273523, 0.1352035, 0.1580544, 0.2288935, 0.4326889, 1.0422004", \
					  "0.2079869, 0.2110459, 0.2200784, 0.2446517, 0.3131712, 0.5170797, 1.1273711", \
					  "0.3617406, 0.3668305, 0.3817617, 0.4193768, 0.5069415, 0.7110067, 1.3182830", \
					  "0.6359955, 0.6454555, 0.6723533, 0.7344879, 0.8783863, 1.1609493, 1.7697551");
				}
				rise_transition ("del_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("0.0677964, 0.0710322, 0.0816305, 0.1121215, 0.2049311, 0.4913046, 1.3644225", \
					  "0.0677580, 0.0711433, 0.0815177, 0.1115718, 0.2049741, 0.4912710, 1.3642665", \
					  "0.0674701, 0.0708890, 0.0812923, 0.1119152, 0.2052168, 0.4910214, 1.3643827", \
					  "0.0676229, 0.0710427, 0.0807668, 0.1111484, 0.2050148, 0.4926479, 1.3635736", \
					  "0.0881003, 0.0904124, 0.0975942, 0.1222131, 0.2062356, 0.4911804, 1.3642605", \
					  "0.1462296, 0.1496548, 0.1598855, 0.1867103, 0.2530313, 0.4985866, 1.3634935", \
					  "0.2546884, 0.2600311, 0.2726903, 0.3172581, 0.4097486, 0.6101665, 1.3706362");
				}
				cell_fall ("del_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("0.0638051, 0.0668254, 0.0754172, 0.1000948, 0.1696996, 0.3728459, 0.9821837", \
					  "0.0676033, 0.0706681, 0.0793750, 0.1042383, 0.1737924, 0.3768769, 0.9868832", \
					  "0.0747396, 0.0777091, 0.0865617, 0.1115283, 0.1817479, 0.3849238, 0.9948568", \
					  "0.0865925, 0.0897146, 0.0988929, 0.1242754, 0.1948376, 0.3978738, 1.0120963", \
					  "0.1039398, 0.1074027, 0.1175332, 0.1453457, 0.2196238, 0.4246584, 1.0394260", \
					  "0.1222703, 0.1272239, 0.1413269, 0.1780709, 0.2662954, 0.4858488, 1.1008169", \
					  "0.1078276, 0.1165437, 0.1404126, 0.2021603, 0.3323676, 0.6036529, 1.2503083");
				}
				fall_transition ("del_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("0.0415460, 0.0453478, 0.0562989, 0.0881515, 0.1802726, 0.4557895, 1.2906618", \
					  "0.0415731, 0.0453990, 0.0563393, 0.0881853, 0.1800766, 0.4557490, 1.2931165", \
					  "0.0415449, 0.0453316, 0.0562775, 0.0882290, 0.1802469, 0.4558932, 1.2881115", \
					  "0.0438781, 0.0472945, 0.0577015, 0.0889901, 0.1802279, 0.4549603, 1.2912772", \
					  "0.0506402, 0.0543541, 0.0649676, 0.0961287, 0.1847527, 0.4560330, 1.2914607", \
					  "0.0763677, 0.0801148, 0.0912515, 0.1222503, 0.2099939, 0.4694769, 1.2900211", \
					  "0.1414597, 0.1462291, 0.1603469, 0.1979207, 0.2874853, 0.5379475, 1.3182393");
				}
			}
		}
		pin (AN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002341;
			capacitance : 0.002221;
			fall_capacitance : 0.002101;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132831, 0.0132365, 0.0131291, 0.0131160, 0.0130857, 0.0130161, 0.0128557");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0150815, 0.0149907, 0.0147814, 0.0148257, 0.0149280, 0.0151637, 0.0157071");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002333;
			capacitance : 0.002226;
			fall_capacitance : 0.002118;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0124270, 0.0123806, 0.0122738, 0.0122759, 0.0122807, 0.0122918, 0.0123173");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110785, 0.0109960, 0.0108060, 0.0108110, 0.0108223, 0.0108485, 0.0109089");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007659;
			capacitance : 0.007959;
			rise_capacitance : 0.008260;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0100239, -0.0100262, -0.0100318, -0.0100216, -0.0099978, -0.0099431, -0.0098170");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110579, 0.0110601, 0.0110653, 0.0110745, 0.0110956, 0.0111443, 0.0112566");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007667;
			capacitance : 0.008089;
			rise_capacitance : 0.008512;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103161, -0.0103114, -0.0103005, -0.0103014, -0.0103031, -0.0103071, -0.0103162");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103187, 0.0103209, 0.0103261, 0.0103283, 0.0103334, 0.0103450, 0.0103718");
				}
			}
		}
	}
	cell ("scs8hd_nor2_1") {
		area : 3.753600;
		cell_footprint : "nor2";
		cell_leakage_power : 1.950260e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.1517581e-05";
			when : "A&!B";
		}
		leakage_power () {
			value : "0.0003664";
			when : "!A&B";
		}
		leakage_power () {
			value : "2.0564263e-05";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0003616";
			when : "A&B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B)";
			max_capacitance : 0.075999;
			max_transition : 1.509014;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0049829, 0.0058074, 0.0077060, 0.0120136, 0.0219031, 0.0443930, 0.0960353", \
					  "0.0048638, 0.0056925, 0.0075877, 0.0118763, 0.0217501, 0.0442895, 0.0960435", \
					  "0.0047889, 0.0056060, 0.0074846, 0.0117462, 0.0215768, 0.0441118, 0.0959816", \
					  "0.0047314, 0.0055415, 0.0073861, 0.0116699, 0.0214658, 0.0441007, 0.0958834", \
					  "0.0046987, 0.0055005, 0.0073476, 0.0116136, 0.0213806, 0.0439800, 0.0957672", \
					  "0.0044338, 0.0053849, 0.0072914, 0.0115424, 0.0213781, 0.0440177, 0.0956731", \
					  "0.0044280, 0.0052282, 0.0070599, 0.0112298, 0.0212685, 0.0439906, 0.0957277");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0021986, 0.0014143, -0.0003995, -0.0046137, -0.0144021, -0.0370628, -0.0894752", \
					  "0.0021243, 0.0013554, -0.0004423, -0.0046423, -0.0144350, -0.0370863, -0.0894902", \
					  "0.0020583, 0.0012984, -0.0004844, -0.0046775, -0.0144164, -0.0370639, -0.0894757", \
					  "0.0020481, 0.0012752, -0.0005708, -0.0047632, -0.0144700, -0.0371062, -0.0894881", \
					  "0.0019998, 0.0011885, -0.0005850, -0.0047688, -0.0145878, -0.0371719, -0.0895374", \
					  "0.0021737, 0.0013003, -0.0006219, -0.0048501, -0.0145274, -0.0372021, -0.0895313", \
					  "0.0022873, 0.0014858, -0.0003662, -0.0046629, -0.0144837, -0.0371137, -0.0895782");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0044031, 0.0052622, 0.0071945, 0.0115174, 0.0212959, 0.0438797, 0.0958027", \
					  "0.0042506, 0.0050882, 0.0070238, 0.0113399, 0.0212607, 0.0437065, 0.0955559", \
					  "0.0041733, 0.0049863, 0.0068431, 0.0111943, 0.0211742, 0.0436558, 0.0954752", \
					  "0.0040863, 0.0048960, 0.0067730, 0.0110411, 0.0207904, 0.0435072, 0.0960388", \
					  "0.0040655, 0.0048626, 0.0066858, 0.0110331, 0.0207813, 0.0432384, 0.0955791", \
					  "0.0041367, 0.0049100, 0.0067174, 0.0109282, 0.0206851, 0.0430487, 0.0948575", \
					  "0.0042899, 0.0050850, 0.0068748, 0.0110895, 0.0210846, 0.0431600, 0.0951250");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001155073, 0.002668387, 0.006164363, 0.01424058, 0.03289781, 0.07599874");
					values("0.0001691, -0.0005766, -0.0023504, -0.0065639, -0.0163565, -0.0390396, -0.0914759", \
					  "4.4100000e-05, -0.0006756, -0.0024118, -0.0065732, -0.0163482, -0.0390226, -0.0914426", \
					  "-0.0001482, -0.0008595, -0.0025590, -0.0066699, -0.0163794, -0.0390189, -0.0914392", \
					  "-0.0002479, -0.0009747, -0.0026802, -0.0068328, -0.0164757, -0.0390683, -0.0914487", \
					  "-0.0003803, -0.0011366, -0.0028938, -0.0069672, -0.0166816, -0.0391875, -0.0915019", \
					  "-0.0002543, -0.0010035, -0.0029520, -0.0070706, -0.0167339, -0.0392964, -0.0915774", \
					  "-2.9500000e-05, -0.0008876, -0.0027494, -0.0070465, -0.0168878, -0.0393927, -0.0917471");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
					values("0.0579544, 0.0678038, 0.0901158, 0.1407165, 0.2561308, 0.5199374, 1.1247023", \
					  "0.0635277, 0.0734207, 0.0956805, 0.1458858, 0.2613922, 0.5255636, 1.1310730", \
					  "0.0782964, 0.0878396, 0.1099886, 0.1597777, 0.2749694, 0.5389467, 1.1470650", \
					  "0.1104704, 0.1200620, 0.1418609, 0.1924791, 0.3076111, 0.5710400, 1.1792055", \
					  "0.1721512, 0.1855300, 0.2122277, 0.2646414, 0.3796603, 0.6432521, 1.2515671", \
					  "0.2825729, 0.3038125, 0.3435915, 0.4161508, 0.5475363, 0.8117497, 1.4207444", \
					  "0.4725771, 0.5094034, 0.5773272, 0.6921141, 0.8804139, 1.1985162, 1.8114382");
				}
				rise_transition ("del_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("0.0420499, 0.0544277, 0.0834697, 0.1511374, 0.3102715, 0.6617886, 1.4864384", \
					  "0.0420676, 0.0546012, 0.0837509, 0.1501509, 0.3045266, 0.6605598, 1.4876137", \
					  "0.0421227, 0.0546864, 0.0842306, 0.1507112, 0.3039203, 0.6598849, 1.4805156", \
					  "0.0447962, 0.0563713, 0.0837855, 0.1508371, 0.3044044, 0.6596000, 1.4784038", \
					  "0.0618368, 0.0737233, 0.0978487, 0.1563817, 0.3044436, 0.6595406, 1.4802841", \
					  "0.0991882, 0.1134001, 0.1417858, 0.2000602, 0.3275571, 0.6666248, 1.4794954", \
					  "0.1802865, 0.1980698, 0.2360829, 0.3035515, 0.4362744, 0.7264816, 1.4865372");
				}
				cell_fall ("del_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("0.0153573, 0.0174306, 0.0219522, 0.0319078, 0.0542782, 0.1051926, 0.2221452", \
					  "0.0202799, 0.0222559, 0.0267441, 0.0367035, 0.0589942, 0.1098403, 0.2270140", \
					  "0.0292382, 0.0320900, 0.0377524, 0.0478579, 0.0703774, 0.1212581, 0.2380676", \
					  "0.0408965, 0.0452521, 0.0539065, 0.0697420, 0.0967323, 0.1473069, 0.2642312", \
					  "0.0540092, 0.0607688, 0.0739816, 0.0986207, 0.1405563, 0.2069759, 0.3230909", \
					  "0.0601119, 0.0716927, 0.0936028, 0.1325877, 0.1963573, 0.2997264, 0.4607891", \
					  "0.0362275, 0.0551080, 0.0910129, 0.1556610, 0.2605519, 0.4228580, 0.6703107");
				}
				fall_transition ("del_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("0.0101956, 0.0126221, 0.0181701, 0.0308134, 0.0599333, 0.1269363, 0.2825085", \
					  "0.0108277, 0.0130965, 0.0181976, 0.0307339, 0.0597175, 0.1268415, 0.2816917", \
					  "0.0162227, 0.0184016, 0.0225896, 0.0330941, 0.0599599, 0.1269807, 0.2824381", \
					  "0.0262841, 0.0295263, 0.0358098, 0.0472481, 0.0691995, 0.1287650, 0.2825930", \
					  "0.0441932, 0.0491384, 0.0590724, 0.0765742, 0.1052010, 0.1537410, 0.2884178", \
					  "0.0787258, 0.0860382, 0.1008769, 0.1272338, 0.1706762, 0.2394341, 0.3504770", \
					  "0.1422534, 0.1557764, 0.1807177, 0.2214010, 0.2855198, 0.3876590, 0.5466247");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115507, 0.00266839, 0.00616436, 0.0142406, 0.0328978, 0.0759987");
					values("0.0451810, 0.0553335, 0.0780126, 0.1289935, 0.2432744, 0.5071996, 1.1188833", \
					  "0.0491952, 0.0590778, 0.0814768, 0.1332541, 0.2507639, 0.5134499, 1.1186316", \
					  "0.0621672, 0.0717212, 0.0932916, 0.1443149, 0.2607311, 0.5234141, 1.1313070", \
					  "0.0934456, 0.1036857, 0.1250972, 0.1736176, 0.2874465, 0.5550960, 1.1675164", \
					  "0.1480520, 0.1642349, 0.1950415, 0.2474882, 0.3614292, 0.6236028, 1.2308085", \
					  "0.2405570, 0.2662176, 0.3151189, 0.3992869, 0.5356099, 0.7962641, 1.3923677", \
					  "0.4005052, 0.4407021, 0.5185015, 0.6490030, 0.8643309, 1.1936229, 1.7981943");
				}
				rise_transition ("del_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("0.0419229, 0.0543896, 0.0834177, 0.1514796, 0.3041566, 0.6604127, 1.4821703", \
					  "0.0421008, 0.0544432, 0.0839799, 0.1505372, 0.3091991, 0.6653453, 1.4871163", \
					  "0.0417050, 0.0543453, 0.0833898, 0.1501894, 0.3102315, 0.6634448, 1.4834958", \
					  "0.0512050, 0.0606255, 0.0859311, 0.1502143, 0.3042987, 0.6667752, 1.5090138", \
					  "0.0800074, 0.0909834, 0.1124946, 0.1649420, 0.3057050, 0.6628287, 1.4801750", \
					  "0.1323876, 0.1488420, 0.1789605, 0.2337954, 0.3453290, 0.6650872, 1.4859451", \
					  "0.2268295, 0.2536145, 0.3007819, 0.3856104, 0.5175682, 0.7695653, 1.4925130");
				}
				cell_fall ("del_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("0.0132304, 0.0151826, 0.0194548, 0.0290234, 0.0510551, 0.1024102, 0.2198775", \
					  "0.0177970, 0.0199590, 0.0243049, 0.0338350, 0.0558921, 0.1068936, 0.2237460", \
					  "0.0242182, 0.0276442, 0.0341038, 0.0453463, 0.0673927, 0.1180236, 0.2350284", \
					  "0.0316513, 0.0368085, 0.0472338, 0.0649049, 0.0933846, 0.1441791, 0.2610948", \
					  "0.0380919, 0.0466626, 0.0628211, 0.0904014, 0.1349337, 0.2034861, 0.3197148", \
					  "0.0329166, 0.0471041, 0.0740081, 0.1176442, 0.1867170, 0.2942259, 0.4596265", \
					  "-0.0129354, 0.0111404, 0.0569095, 0.1311977, 0.2437336, 0.4118461, 0.6653909");
				}
				fall_transition ("del_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("0.0074312, 0.0098491, 0.0152271, 0.0282674, 0.0570002, 0.1241287, 0.2791301", \
					  "0.0089730, 0.0108398, 0.0157038, 0.0277717, 0.0569282, 0.1240260, 0.2791968", \
					  "0.0146544, 0.0169029, 0.0215758, 0.0309386, 0.0573440, 0.1249583, 0.2795907", \
					  "0.0249761, 0.0286564, 0.0352266, 0.0462848, 0.0677135, 0.1258651, 0.2794560", \
					  "0.0441073, 0.0491872, 0.0585634, 0.0754275, 0.1041319, 0.1529188, 0.2858302", \
					  "0.0819050, 0.0891603, 0.1028379, 0.1291584, 0.1726360, 0.2406318, 0.3539321", \
					  "0.1529091, 0.1656499, 0.1896620, 0.2261350, 0.2902835, 0.3884386, 0.5444002");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002112;
			capacitance : 0.002209;
			rise_capacitance : 0.002307;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024887, -0.0025127, -0.0025680, -0.0025703, -0.0025755, -0.0025877, -0.0026157");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026698, 0.0026663, 0.0026584, 0.0026599, 0.0026633, 0.0026711, 0.0026893");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002069;
			capacitance : 0.002208;
			rise_capacitance : 0.002348;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012185, -0.0012167, -0.0012125, -0.0012127, -0.0012132, -0.0012143, -0.0012168");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017315, 0.0017288, 0.0017228, 0.0017279, 0.0017397, 0.0017670, 0.0018298");
				}
			}
		}
	}
	cell ("scs8hd_nor2_2") {
		area : 6.256000;
		cell_footprint : "nor2";
		cell_leakage_power : 2.239149e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007235";
			when : "!A&B";
		}
		leakage_power () {
			value : "5.2707574e-05";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0080168";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0001635";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B)";
			max_capacitance : 0.122691;
			max_transition : 1.501814;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0089393, 0.0099398, 0.0123037, 0.0181525, 0.0324118, 0.0678519, 0.1568019", \
					  "0.0087542, 0.0097284, 0.0121009, 0.0179215, 0.0322227, 0.0681303, 0.1564128", \
					  "0.0086180, 0.0095661, 0.0119198, 0.0176447, 0.0321380, 0.0679833, 0.1562294", \
					  "0.0085114, 0.0094671, 0.0117866, 0.0174799, 0.0317940, 0.0674179, 0.1562805", \
					  "0.0083991, 0.0093334, 0.0116321, 0.0173626, 0.0315759, 0.0671466, 0.1565706", \
					  "0.0083857, 0.0092940, 0.0116162, 0.0173743, 0.0316829, 0.0674090, 0.1556982", \
					  "0.0079631, 0.0088627, 0.0111507, 0.0168073, 0.0315692, 0.0673171, 0.1566909");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0046572, 0.0037567, 0.0014879, -0.0041547, -0.0183314, -0.0540171, -0.1435146", \
					  "0.0045200, 0.0036190, 0.0013913, -0.0042518, -0.0184092, -0.0540707, -0.1435846", \
					  "0.0043435, 0.0034635, 0.0012566, -0.0042885, -0.0184383, -0.0541128, -0.1435742", \
					  "0.0042542, 0.0033473, 0.0010841, -0.0045156, -0.0185728, -0.0541840, -0.1436502", \
					  "0.0042297, 0.0033443, 0.0011131, -0.0044685, -0.0186996, -0.0542814, -0.1436848", \
					  "0.0043931, 0.0034957, 0.0012543, -0.0045689, -0.0186860, -0.0542767, -0.1437388", \
					  "0.0047115, 0.0037997, 0.0015520, -0.0042619, -0.0185364, -0.0542096, -0.1437629");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0080316, 0.0090588, 0.0115345, 0.0174289, 0.0317947, 0.0673929, 0.1565182", \
					  "0.0077847, 0.0087703, 0.0111769, 0.0170960, 0.0316041, 0.0671677, 0.1562354", \
					  "0.0075626, 0.0085151, 0.0109022, 0.0167671, 0.0313649, 0.0669518, 0.1561857", \
					  "0.0074656, 0.0084037, 0.0107464, 0.0166207, 0.0307469, 0.0671250, 0.1554424", \
					  "0.0074155, 0.0083335, 0.0106170, 0.0163495, 0.0307069, 0.0660235, 0.1551509", \
					  "0.0077127, 0.0086117, 0.0108624, 0.0166462, 0.0307755, 0.0664607, 0.1548571", \
					  "0.0077844, 0.0085874, 0.0106993, 0.0164766, 0.0308643, 0.0659109, 0.1554633");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("-0.0001094, -0.0009410, -0.0031025, -0.0087037, -0.0229610, -0.0587405, -0.1483480", \
					  "-0.0003485, -0.0011465, -0.0032317, -0.0087412, -0.0229064, -0.0586629, -0.1482511", \
					  "-0.0006742, -0.0014498, -0.0035098, -0.0088615, -0.0229512, -0.0586209, -0.1481739", \
					  "-0.0008202, -0.0016748, -0.0037380, -0.0092511, -0.0231612, -0.0587000, -0.1481851", \
					  "-0.0010022, -0.0018458, -0.0040780, -0.0095229, -0.0234123, -0.0589265, -0.1482836", \
					  "-0.0009380, -0.0018434, -0.0041252, -0.0097265, -0.0238594, -0.0590675, -0.1484563", \
					  "-0.0005148, -0.0014935, -0.0038896, -0.0096548, -0.0239761, -0.0594429, -0.1487213");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0653820, 0.0726622, 0.0899343, 0.1322616, 0.2363324, 0.4947259, 1.1380706", \
					  "0.0711081, 0.0781587, 0.0953137, 0.1376062, 0.2432287, 0.5014891, 1.1447218", \
					  "0.0862935, 0.0932146, 0.1100987, 0.1518694, 0.2568399, 0.5167846, 1.1613891", \
					  "0.1208854, 0.1277341, 0.1445507, 0.1862709, 0.2898842, 0.5477990, 1.1909083", \
					  "0.1884866, 0.1973293, 0.2177892, 0.2618497, 0.3652109, 0.6228955, 1.2688196", \
					  "0.3122072, 0.3259066, 0.3562154, 0.4171191, 0.5383170, 0.7970194, 1.4410227", \
					  "0.5319591, 0.5559463, 0.6068157, 0.7057406, 0.8792920, 1.1947987, 1.8407994");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0405923, 0.0495474, 0.0718070, 0.1276958, 0.2678681, 0.6171447, 1.4796271", \
					  "0.0405324, 0.0496858, 0.0719025, 0.1276623, 0.2674722, 0.6153851, 1.4835846", \
					  "0.0405932, 0.0496188, 0.0721494, 0.1271342, 0.2676443, 0.6150783, 1.4891777", \
					  "0.0416817, 0.0502042, 0.0721000, 0.1273012, 0.2661995, 0.6140443, 1.4843472", \
					  "0.0554661, 0.0640746, 0.0832076, 0.1329085, 0.2661830, 0.6128891, 1.4885609", \
					  "0.0869387, 0.0970522, 0.1204737, 0.1720419, 0.2887674, 0.6184122, 1.4785564", \
					  "0.1575773, 0.1709406, 0.2015831, 0.2651188, 0.3899905, 0.6762281, 1.4993715");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0137100, 0.0150256, 0.0181274, 0.0253568, 0.0422780, 0.0832942, 0.1845786", \
					  "0.0186992, 0.0199947, 0.0229300, 0.0299910, 0.0468644, 0.0877730, 0.1891561", \
					  "0.0267597, 0.0286604, 0.0328302, 0.0412422, 0.0580103, 0.0986001, 0.1997461", \
					  "0.0367209, 0.0396235, 0.0459545, 0.0585980, 0.0821649, 0.1245202, 0.2255672", \
					  "0.0462558, 0.0505961, 0.0603851, 0.0798160, 0.1160934, 0.1782377, 0.2852947", \
					  "0.0453969, 0.0528458, 0.0682958, 0.0993967, 0.1552000, 0.2518633, 0.4084779", \
					  "0.0030273, 0.0152301, 0.0420707, 0.0939799, 0.1869955, 0.3386091, 0.5809979");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0090344, 0.0105529, 0.0141946, 0.0229820, 0.0447094, 0.0987743, 0.2340655", \
					  "0.0101972, 0.0114021, 0.0145502, 0.0227709, 0.0444474, 0.0987164, 0.2340255", \
					  "0.0153137, 0.0167508, 0.0200146, 0.0264624, 0.0454353, 0.0986297, 0.2344663", \
					  "0.0245071, 0.0267047, 0.0315243, 0.0405646, 0.0576373, 0.1028910, 0.2344646", \
					  "0.0409962, 0.0440343, 0.0510607, 0.0653995, 0.0905818, 0.1346578, 0.2449343", \
					  "0.0715897, 0.0777206, 0.0892372, 0.1100489, 0.1492626, 0.2129694, 0.3206937", \
					  "0.1304659, 0.1396287, 0.1606598, 0.1948097, 0.2520688, 0.3471801, 0.5043835");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0446357, 0.0521719, 0.0700432, 0.1128670, 0.2169762, 0.4779221, 1.1166961", \
					  "0.0485349, 0.0557024, 0.0733258, 0.1167776, 0.2218090, 0.4809647, 1.1251695", \
					  "0.0611839, 0.0679826, 0.0851544, 0.1278517, 0.2329204, 0.4922186, 1.1359451", \
					  "0.0939433, 0.1014621, 0.1176591, 0.1584021, 0.2605397, 0.5248397, 1.1702875", \
					  "0.1507890, 0.1625311, 0.1875526, 0.2354483, 0.3345234, 0.5907550, 1.2339715", \
					  "0.2482994, 0.2673784, 0.3072866, 0.3825210, 0.5132905, 0.7689064, 1.4085535", \
					  "0.4243109, 0.4550934, 0.5179881, 0.6371792, 0.8414436, 1.1745386, 1.8130901");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0404244, 0.0493122, 0.0717858, 0.1270707, 0.2663631, 0.6133706, 1.4794839", \
					  "0.0401893, 0.0492555, 0.0717445, 0.1272713, 0.2684593, 0.6169537, 1.4795888", \
					  "0.0394965, 0.0485966, 0.0716001, 0.1270967, 0.2706871, 0.6155228, 1.4781706", \
					  "0.0481006, 0.0551208, 0.0739879, 0.1274943, 0.2665373, 0.6247750, 1.4885272", \
					  "0.0752180, 0.0835001, 0.1019638, 0.1421355, 0.2674907, 0.6141517, 1.4813939", \
					  "0.1271733, 0.1393055, 0.1630474, 0.2130074, 0.3125313, 0.6216156, 1.4832158", \
					  "0.2183261, 0.2359962, 0.2751094, 0.3475154, 0.4783093, 0.7243309, 1.5018137");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0121166, 0.0133152, 0.0161490, 0.0228567, 0.0393966, 0.0804993, 0.1838055", \
					  "0.0162310, 0.0177388, 0.0208715, 0.0276953, 0.0440909, 0.0851912, 0.1884390", \
					  "0.0213839, 0.0237465, 0.0287122, 0.0381466, 0.0554181, 0.0965437, 0.1987270", \
					  "0.0263474, 0.0302725, 0.0381004, 0.0529241, 0.0785906, 0.1222867, 0.2248457", \
					  "0.0275113, 0.0333587, 0.0463797, 0.0700167, 0.1097592, 0.1753309, 0.2845782", \
					  "0.0118730, 0.0221053, 0.0435130, 0.0802959, 0.1453661, 0.2472086, 0.4079790", \
					  "-0.0567516, -0.0401177, -0.0031666, 0.0621550, 0.1675516, 0.3295863, 0.5796857");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0059608, 0.0073230, 0.0108656, 0.0197559, 0.0421348, 0.0969448, 0.2355749", \
					  "0.0080043, 0.0089891, 0.0118056, 0.0198433, 0.0417118, 0.0968483, 0.2359812", \
					  "0.0130752, 0.0146890, 0.0180344, 0.0247147, 0.0433609, 0.0976166, 0.2359789", \
					  "0.0225560, 0.0245934, 0.0297791, 0.0390997, 0.0571643, 0.1014815, 0.2357171", \
					  "0.0408808, 0.0444392, 0.0508757, 0.0657213, 0.0910615, 0.1354574, 0.2454844", \
					  "0.0763867, 0.0820907, 0.0922516, 0.1134990, 0.1509050, 0.2148275, 0.3237423", \
					  "0.1442101, 0.1539816, 0.1705345, 0.2043983, 0.2603284, 0.3559460, 0.5130711");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003863;
			capacitance : 0.004074;
			rise_capacitance : 0.004286;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048541, -0.0048910, -0.0049763, -0.0049834, -0.0049998, -0.0050375, -0.0051245");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054042, 0.0054020, 0.0053969, 0.0053986, 0.0054026, 0.0054117, 0.0054328");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003861;
			capacitance : 0.004150;
			rise_capacitance : 0.004440;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024570, -0.0024613, -0.0024711, -0.0024697, -0.0024665, -0.0024591, -0.0024420");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033143, 0.0033096, 0.0032987, 0.0033131, 0.0033463, 0.0034228, 0.0035992");
				}
			}
		}
	}
	cell ("scs8hd_nor2_4") {
		area : 11.260800;
		cell_footprint : "nor2";
		cell_leakage_power : 7.775655e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014410";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0001373";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0014494";
			when : "A&B";
		}
		leakage_power () {
			value : "8.2634922e-05";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B)";
			max_capacitance : 0.215159;
			max_transition : 1.501821;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001373836, 0.00377485, 0.01037205, 0.02849899, 0.07830587, 0.2151589");
					values("0.0166631, 0.0178349, 0.0208681, 0.0291421, 0.0512363, 0.1115589, 0.2758453", \
					  "0.0161767, 0.0173285, 0.0203427, 0.0286311, 0.0508446, 0.1118390, 0.2758949", \
					  "0.0158803, 0.0170161, 0.0200297, 0.0281767, 0.0504044, 0.1109975, 0.2764135", \
					  "0.0157074, 0.0167787, 0.0197944, 0.0278420, 0.0501613, 0.1105070, 0.2761867", \
					  "0.0154658, 0.0165269, 0.0194620, 0.0275330, 0.0497349, 0.1099087, 0.2753592", \
					  "0.0154455, 0.0165022, 0.0194426, 0.0276426, 0.0496144, 0.1097096, 0.2744808", \
					  "0.0146655, 0.0156770, 0.0186321, 0.0266424, 0.0494668, 0.1100541, 0.2761150");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001373836, 0.00377485, 0.01037205, 0.02849899, 0.07830587, 0.2151589");
					values("0.0093646, 0.0083026, 0.0054058, -0.0025326, -0.0243611, -0.0847063, -0.2509790", \
					  "0.0090836, 0.0080570, 0.0051995, -0.0027122, -0.0244984, -0.0848473, -0.2511151", \
					  "0.0088399, 0.0077517, 0.0049409, -0.0028318, -0.0245535, -0.0848509, -0.2511044", \
					  "0.0083273, 0.0073094, 0.0044940, -0.0033203, -0.0249116, -0.0850535, -0.2512382", \
					  "0.0083681, 0.0073618, 0.0045500, -0.0032353, -0.0249569, -0.0852457, -0.2513237", \
					  "0.0086955, 0.0076080, 0.0047167, -0.0033042, -0.0252616, -0.0854416, -0.2514640", \
					  "0.0091231, 0.0080368, 0.0051296, -0.0029779, -0.0249565, -0.0852406, -0.2516389");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001373836, 0.00377485, 0.01037205, 0.02849899, 0.07830587, 0.2151589");
					values("0.0170312, 0.0181961, 0.0214573, 0.0299361, 0.0522769, 0.1125178, 0.2772168", \
					  "0.0163817, 0.0175427, 0.0207145, 0.0291546, 0.0518164, 0.1121329, 0.2775452", \
					  "0.0160323, 0.0171312, 0.0201831, 0.0285849, 0.0508880, 0.1121369, 0.2773590", \
					  "0.0159598, 0.0170468, 0.0200984, 0.0282456, 0.0504326, 0.1115013, 0.2772943", \
					  "0.0161095, 0.0171946, 0.0202277, 0.0278208, 0.0500128, 0.1108573, 0.2768119", \
					  "0.0162585, 0.0172726, 0.0205335, 0.0288278, 0.0499324, 0.1094876, 0.2753540", \
					  "0.0171367, 0.0181333, 0.0209831, 0.0287579, 0.0510827, 0.1103466, 0.2748108");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001373836, 0.00377485, 0.01037205, 0.02849899, 0.07830587, 0.2151589");
					values("0.0004743, -0.0004643, -0.0031814, -0.0109672, -0.0328594, -0.0933786, -0.2598646", \
					  "-8.1000000e-06, -0.0009150, -0.0035095, -0.0111005, -0.0328113, -0.0932447, -0.2596914", \
					  "-0.0006219, -0.0015310, -0.0040859, -0.0115273, -0.0329757, -0.0932265, -0.2595759", \
					  "-0.0009445, -0.0018687, -0.0045592, -0.0122351, -0.0334489, -0.0934237, -0.2596145", \
					  "-0.0013042, -0.0024117, -0.0051169, -0.0127369, -0.0337676, -0.0938081, -0.2597876", \
					  "-0.0012420, -0.0023053, -0.0052579, -0.0131190, -0.0344947, -0.0943516, -0.2600992", \
					  "-0.0005668, -0.0016768, -0.0047213, -0.0128124, -0.0349356, -0.0948489, -0.2604970");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
					values("0.0689175, 0.0736700, 0.0866357, 0.1210346, 0.2126254, 0.4610702, 1.1408574", \
					  "0.0740703, 0.0786987, 0.0914728, 0.1260501, 0.2177806, 0.4696779, 1.1468897", \
					  "0.0896723, 0.0942484, 0.1067657, 0.1404862, 0.2340777, 0.4844005, 1.1661234", \
					  "0.1246850, 0.1292337, 0.1414945, 0.1750931, 0.2671783, 0.5167821, 1.1994222", \
					  "0.1946801, 0.2005024, 0.2154488, 0.2516281, 0.3432785, 0.5915591, 1.2769803", \
					  "0.3240153, 0.3328161, 0.3546108, 0.4069987, 0.5161810, 0.7674929, 1.4482414", \
					  "0.5612749, 0.5774722, 0.6138275, 0.6960431, 0.8557077, 1.1668730, 1.8528573");
				}
				rise_transition ("del_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("0.0423712, 0.0481874, 0.0643793, 0.1090882, 0.2320036, 0.5642294, 1.4801614", \
					  "0.0423544, 0.0482343, 0.0643625, 0.1086798, 0.2305747, 0.5738390, 1.4868961", \
					  "0.0423473, 0.0483601, 0.0646819, 0.1088177, 0.2315487, 0.5645646, 1.4819399", \
					  "0.0429643, 0.0487202, 0.0646629, 0.1086492, 0.2341497, 0.5644996, 1.4818098", \
					  "0.0558884, 0.0616633, 0.0758177, 0.1151158, 0.2325744, 0.5689426, 1.4804477", \
					  "0.0858467, 0.0922212, 0.1093676, 0.1520298, 0.2553642, 0.5690549, 1.4790291", \
					  "0.1532469, 0.1628475, 0.1848185, 0.2372881, 0.3515852, 0.6280327, 1.5006688");
				}
				cell_fall ("del_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("0.0137727, 0.0146129, 0.0168278, 0.0224873, 0.0368135, 0.0744850, 0.1759924", \
					  "0.0187220, 0.0195615, 0.0216413, 0.0270916, 0.0413378, 0.0789211, 0.1805075", \
					  "0.0264235, 0.0274863, 0.0305793, 0.0376006, 0.0522477, 0.0896518, 0.1912146", \
					  "0.0356193, 0.0374723, 0.0420898, 0.0525770, 0.0741781, 0.1150794, 0.2163238", \
					  "0.0431337, 0.0459676, 0.0529517, 0.0691062, 0.1025098, 0.1640647, 0.2746783", \
					  "0.0374724, 0.0420768, 0.0535694, 0.0791677, 0.1323761, 0.2276122, 0.3907000", \
					  "-0.0161588, -0.0083819, 0.0108163, 0.0548200, 0.1414526, 0.2930761, 0.5491330");
				}
				fall_transition ("del_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("0.0092158, 0.0101990, 0.0127963, 0.0196576, 0.0380904, 0.0888199, 0.2278969", \
					  "0.0102925, 0.0110676, 0.0132705, 0.0195319, 0.0378572, 0.0885473, 0.2280157", \
					  "0.0154113, 0.0163232, 0.0185860, 0.0240683, 0.0396776, 0.0886123, 0.2284596", \
					  "0.0240159, 0.0254395, 0.0290375, 0.0368023, 0.0536027, 0.0940479, 0.2284086", \
					  "0.0398745, 0.0421195, 0.0475975, 0.0595862, 0.0831492, 0.1285193, 0.2407075", \
					  "0.0705895, 0.0742335, 0.0829272, 0.1017160, 0.1358067, 0.2016631, 0.3199698", \
					  "0.1279587, 0.1341404, 0.1493828, 0.1798753, 0.2344369, 0.3298719, 0.4955302");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00137384, 0.00377485, 0.0103721, 0.028499, 0.0783059, 0.215159");
					values("0.0477586, 0.0527904, 0.0663172, 0.1013366, 0.1937548, 0.4426862, 1.1227105", \
					  "0.0512606, 0.0561476, 0.0692954, 0.1044910, 0.1979132, 0.4485731, 1.1340592", \
					  "0.0639093, 0.0685121, 0.0812173, 0.1161763, 0.2075892, 0.4598602, 1.1461816", \
					  "0.0974159, 0.1022650, 0.1143633, 0.1479147, 0.2402822, 0.4902196, 1.1726000", \
					  "0.1579720, 0.1655656, 0.1836665, 0.2250764, 0.3153044, 0.5649914, 1.2466861", \
					  "0.2636664, 0.2754372, 0.3051528, 0.3697851, 0.4894289, 0.7343878, 1.4146142", \
					  "0.4563039, 0.4752055, 0.5223515, 0.6244161, 0.8172369, 1.1544465, 1.8322407");
				}
				rise_transition ("del_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("0.0422171, 0.0480226, 0.0643426, 0.1085066, 0.2303766, 0.5644810, 1.4790994", \
					  "0.0419954, 0.0479173, 0.0642577, 0.1087225, 0.2328407, 0.5687831, 1.4812713", \
					  "0.0413560, 0.0473540, 0.0639829, 0.1086608, 0.2313221, 0.5663885, 1.4810312", \
					  "0.0489829, 0.0535106, 0.0669749, 0.1084358, 0.2303452, 0.5743750, 1.4900439", \
					  "0.0757394, 0.0816682, 0.0959368, 0.1268624, 0.2338562, 0.5715631, 1.4827216", \
					  "0.1270330, 0.1355975, 0.1535565, 0.1956179, 0.2849930, 0.5720152, 1.5018211", \
					  "0.2183389, 0.2334170, 0.2608359, 0.3222347, 0.4429311, 0.6813355, 1.4865421");
				}
				cell_fall ("del_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("0.0118974, 0.0126539, 0.0146391, 0.0197936, 0.0333583, 0.0704210, 0.1727367", \
					  "0.0159102, 0.0169018, 0.0192648, 0.0244808, 0.0380379, 0.0750344, 0.1772175", \
					  "0.0206471, 0.0221580, 0.0258933, 0.0338843, 0.0491197, 0.0859481, 0.1878664", \
					  "0.0247337, 0.0269961, 0.0331960, 0.0456909, 0.0694678, 0.1115907, 0.2126529", \
					  "0.0236023, 0.0278525, 0.0373213, 0.0574326, 0.0944479, 0.1593878, 0.2714780", \
					  "0.0023451, 0.0093522, 0.0254091, 0.0583529, 0.1172098, 0.2203557, 0.3878389", \
					  "-0.0780268, -0.0675566, -0.0395526, 0.0172697, 0.1171868, 0.2811558, 0.5442898");
				}
				fall_transition ("del_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("0.0058432, 0.0067092, 0.0091330, 0.0157993, 0.0339017, 0.0842174, 0.2225126", \
					  "0.0079649, 0.0085469, 0.0103763, 0.0161231, 0.0340519, 0.0846621, 0.2211366", \
					  "0.0128435, 0.0138320, 0.0163568, 0.0220405, 0.0363383, 0.0842309, 0.2219312", \
					  "0.0221142, 0.0239706, 0.0269173, 0.0349532, 0.0519006, 0.0902741, 0.2219285", \
					  "0.0406150, 0.0423569, 0.0476402, 0.0594400, 0.0828145, 0.1264410, 0.2345929", \
					  "0.0763353, 0.0794871, 0.0864591, 0.1047190, 0.1400854, 0.2024557, 0.3217301", \
					  "0.1424625, 0.1494282, 0.1617737, 0.1905380, 0.2427748, 0.3352250, 0.4993382");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007628;
			capacitance : 0.008068;
			rise_capacitance : 0.008508;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0095605, -0.0096423, -0.0098307, -0.0098406, -0.0098634, -0.0099161, -0.0100376");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0113922, 0.0113942, 0.0113987, 0.0113961, 0.0113899, 0.0113757, 0.0113429");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007531;
			capacitance : 0.008107;
			rise_capacitance : 0.008683;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048916, -0.0048821, -0.0048604, -0.0048606, -0.0048610, -0.0048621, -0.0048645");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049343, 0.0049283, 0.0049145, 0.0049170, 0.0049228, 0.0049362, 0.0049671");
				}
			}
		}
	}
	cell ("scs8hd_nor2_8") {
		area : 20.019200;
		cell_footprint : "nor2";
		cell_leakage_power : 1.649875e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0028770";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0003034";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0028740";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0005451";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B)";
			max_capacitance : 0.368052;
			max_transition : 1.496951;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001502426, 0.00451457, 0.01356562, 0.04076267, 0.1224858, 0.3680519");
					values("0.0326998, 0.0340094, 0.0379834, 0.0492283, 0.0822987, 0.1808536, 0.4764055", \
					  "0.0318105, 0.0331386, 0.0371230, 0.0484306, 0.0817800, 0.1805729, 0.4760315", \
					  "0.0311298, 0.0323815, 0.0363159, 0.0475985, 0.0810132, 0.1805573, 0.4770096", \
					  "0.0307806, 0.0320468, 0.0358886, 0.0471217, 0.0806653, 0.1798751, 0.4754882", \
					  "0.0303147, 0.0315407, 0.0352251, 0.0463264, 0.0798232, 0.1783428, 0.4752496", \
					  "0.0302003, 0.0313950, 0.0351522, 0.0464213, 0.0793651, 0.1782242, 0.4740612", \
					  "0.0284117, 0.0295193, 0.0332893, 0.0442797, 0.0789963, 0.1783918, 0.4739639");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001502426, 0.00451457, 0.01356562, 0.04076267, 0.1224858, 0.3680519");
					values("0.0186154, 0.0174210, 0.0137889, 0.0028759, -0.0298813, -0.1288668, -0.4271960", \
					  "0.0182742, 0.0170871, 0.0134543, 0.0025792, -0.0301286, -0.1290780, -0.4274091", \
					  "0.0177802, 0.0165979, 0.0130616, 0.0024005, -0.0302339, -0.1290865, -0.4273669", \
					  "0.0165613, 0.0153874, 0.0118883, 0.0013446, -0.0308552, -0.1294440, -0.4276290", \
					  "0.0165607, 0.0153714, 0.0119106, 0.0012208, -0.0317625, -0.1298583, -0.4277368", \
					  "0.0167610, 0.0156235, 0.0119476, 0.0012564, -0.0317760, -0.1306365, -0.4279798", \
					  "0.0177462, 0.0164889, 0.0127228, 0.0017239, -0.0311759, -0.1301618, -0.4285947");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001502426, 0.00451457, 0.01356562, 0.04076267, 0.1224858, 0.3680519");
					values("0.0329378, 0.0343675, 0.0385997, 0.0506034, 0.0845077, 0.1835918, 0.4803100", \
					  "0.0317047, 0.0330528, 0.0371016, 0.0489771, 0.0834712, 0.1832934, 0.4788623", \
					  "0.0308991, 0.0322607, 0.0360742, 0.0475385, 0.0816662, 0.1818197, 0.4784339", \
					  "0.0307626, 0.0320053, 0.0358361, 0.0470843, 0.0804280, 0.1800948, 0.4774669", \
					  "0.0303253, 0.0315355, 0.0363147, 0.0472022, 0.0804229, 0.1790590, 0.4756778", \
					  "0.0306252, 0.0318285, 0.0354604, 0.0463738, 0.0790280, 0.1777407, 0.4759097", \
					  "0.0347618, 0.0358876, 0.0368135, 0.0474343, 0.0797552, 0.1779757, 0.4726350");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001502426, 0.00451457, 0.01356562, 0.04076267, 0.1224858, 0.3680519");
					values("0.0015113, 0.0004312, -0.0029051, -0.0134323, -0.0461127, -0.1453549, -0.4440936", \
					  "0.0006682, -0.0003413, -0.0035415, -0.0137543, -0.0460779, -0.1450959, -0.4437335", \
					  "-0.0006220, -0.0016237, -0.0047093, -0.0146146, -0.0464242, -0.1450272, -0.4434752", \
					  "-0.0019699, -0.0030081, -0.0061869, -0.0159972, -0.0474503, -0.1454078, -0.4434872", \
					  "-0.0020471, -0.0032688, -0.0064936, -0.0170612, -0.0484879, -0.1463439, -0.4438903", \
					  "-0.0023208, -0.0035925, -0.0070810, -0.0179544, -0.0500119, -0.1471011, -0.4445767", \
					  "-0.0003963, -0.0016245, -0.0053547, -0.0173364, -0.0496674, -0.1488340, -0.4456524");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0760567, 0.0793987, 0.0888794, 0.1165534, 0.1968881, 0.4349411, 1.1480666", \
					  "0.0812411, 0.0844758, 0.0939360, 0.1217667, 0.2025724, 0.4414310, 1.1550252", \
					  "0.0960155, 0.0991320, 0.1082598, 0.1364201, 0.2172970, 0.4590073, 1.1741185", \
					  "0.1314153, 0.1344835, 0.1437662, 0.1708261, 0.2521879, 0.4924186, 1.2060917", \
					  "0.2022347, 0.2060597, 0.2171356, 0.2469259, 0.3272263, 0.5662403, 1.2816139", \
					  "0.3369541, 0.3424660, 0.3579330, 0.3987971, 0.4968964, 0.7408745, 1.4556442", \
					  "0.5849559, 0.5944502, 0.6209191, 0.6867596, 0.8315852, 1.1346759, 1.8591330");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0471110, 0.0509919, 0.0630937, 0.0983223, 0.2048831, 0.5260792, 1.4937188", \
					  "0.0470964, 0.0510019, 0.0630641, 0.0983024, 0.2048876, 0.5252356, 1.4844719", \
					  "0.0471220, 0.0509495, 0.0628631, 0.0984907, 0.2049397, 0.5311990, 1.4858549", \
					  "0.0475888, 0.0513297, 0.0631763, 0.0989840, 0.2081152, 0.5252031, 1.4871671", \
					  "0.0597693, 0.0633638, 0.0734739, 0.1051071, 0.2069583, 0.5246220, 1.4969512", \
					  "0.0869270, 0.0911594, 0.1035095, 0.1389192, 0.2310759, 0.5272437, 1.4880771", \
					  "0.1542082, 0.1599384, 0.1757731, 0.2164804, 0.3207966, 0.5931672, 1.4891878");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0161384, 0.0167490, 0.0184737, 0.0232940, 0.0364617, 0.0734426, 0.1823443", \
					  "0.0209097, 0.0214840, 0.0231330, 0.0278028, 0.0408496, 0.0779241, 0.1869410", \
					  "0.0287967, 0.0296159, 0.0319056, 0.0378782, 0.0514157, 0.0884098, 0.1973786", \
					  "0.0380637, 0.0392744, 0.0426689, 0.0513968, 0.0714583, 0.1128492, 0.2219755", \
					  "0.0450912, 0.0469581, 0.0520849, 0.0653801, 0.0959494, 0.1581445, 0.2781314", \
					  "0.0365388, 0.0394444, 0.0488355, 0.0697012, 0.1180912, 0.2126612, 0.3894576", \
					  "-0.0224926, -0.0174374, -0.0033570, 0.0321511, 0.1101363, 0.2640353, 0.5363281");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0118114, 0.0124975, 0.0145682, 0.0207260, 0.0391243, 0.0952957, 0.2653933", \
					  "0.0122506, 0.0128925, 0.0147390, 0.0205097, 0.0388893, 0.0951272, 0.2655462", \
					  "0.0166984, 0.0173876, 0.0194345, 0.0249787, 0.0408580, 0.0951484, 0.2655464", \
					  "0.0249964, 0.0258800, 0.0286152, 0.0356477, 0.0536070, 0.1012578, 0.2654882", \
					  "0.0411428, 0.0425258, 0.0464029, 0.0565133, 0.0801231, 0.1327399, 0.2770624", \
					  "0.0709646, 0.0734141, 0.0801775, 0.0964085, 0.1298864, 0.1999996, 0.3496061", \
					  "0.1307061, 0.1345593, 0.1451753, 0.1704272, 0.2229454, 0.3198662, 0.5115871");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0536398, 0.0571036, 0.0674619, 0.0966522, 0.1787188, 0.4181387, 1.1355016", \
					  "0.0567532, 0.0599934, 0.0699631, 0.0986348, 0.1825178, 0.4236370, 1.1375206", \
					  "0.0690301, 0.0722682, 0.0817879, 0.1096412, 0.1929397, 0.4336039, 1.1501170", \
					  "0.1033626, 0.1062527, 0.1150499, 0.1422697, 0.2224651, 0.4624905, 1.1816629", \
					  "0.1667897, 0.1717147, 0.1848126, 0.2189825, 0.2980201, 0.5360872, 1.2519979", \
					  "0.2790655, 0.2870272, 0.3086498, 0.3621275, 0.4750931, 0.7178695, 1.4326702", \
					  "0.4823190, 0.4949456, 0.5306593, 0.6161883, 0.7956502, 1.1332791, 1.8464791");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0469394, 0.0509246, 0.0626758, 0.0983192, 0.2049000, 0.5250901, 1.4858352", \
					  "0.0467192, 0.0507336, 0.0627644, 0.0983058, 0.2059513, 0.5253321, 1.4832490", \
					  "0.0463456, 0.0503928, 0.0623979, 0.0980575, 0.2055169, 0.5246573, 1.4847767", \
					  "0.0515626, 0.0549013, 0.0647771, 0.0982261, 0.2052892, 0.5259390, 1.4854646", \
					  "0.0787899, 0.0824276, 0.0938275, 0.1185806, 0.2091001, 0.5247449, 1.4830760", \
					  "0.1304500, 0.1350053, 0.1484109, 0.1833989, 0.2624498, 0.5347886, 1.4915829", \
					  "0.2235428, 0.2318252, 0.2525382, 0.3043500, 0.4146047, 0.6477183, 1.4917142");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0129298, 0.0134530, 0.0149309, 0.0190079, 0.0304744, 0.0641591, 0.1652155", \
					  "0.0169170, 0.0175800, 0.0193430, 0.0235701, 0.0350937, 0.0687632, 0.1696725", \
					  "0.0218290, 0.0228116, 0.0255018, 0.0320731, 0.0459620, 0.0795821, 0.1798526", \
					  "0.0257745, 0.0273271, 0.0315669, 0.0418671, 0.0636587, 0.1049485, 0.2044275", \
					  "0.0235686, 0.0262315, 0.0327071, 0.0495949, 0.0840222, 0.1479753, 0.2630104", \
					  "-0.0001091, 0.0041255, 0.0155064, 0.0429706, 0.0988464, 0.1986672, 0.3744762", \
					  "-0.0902680, -0.0834233, -0.0634676, -0.0153430, 0.0781388, 0.2423207, 0.5171357");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00150243, 0.00451457, 0.0135656, 0.0407627, 0.122486, 0.368052");
					values("0.0062953, 0.0068311, 0.0085065, 0.0135676, 0.0289947, 0.0752255, 0.2155207", \
					  "0.0081422, 0.0085337, 0.0097837, 0.0141410, 0.0289150, 0.0750894, 0.2134713", \
					  "0.0129410, 0.0135735, 0.0154346, 0.0200552, 0.0320589, 0.0750175, 0.2137681", \
					  "0.0222086, 0.0231404, 0.0255602, 0.0322520, 0.0473323, 0.0829422, 0.2134231", \
					  "0.0403631, 0.0413771, 0.0460608, 0.0545988, 0.0757233, 0.1197450, 0.2277161", \
					  "0.0752464, 0.0771992, 0.0836461, 0.0986363, 0.1281063, 0.1919471, 0.3113863", \
					  "0.1449445, 0.1502874, 0.1572857, 0.1795701, 0.2274764, 0.3168811, 0.4872758");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.014775;
			capacitance : 0.015695;
			rise_capacitance : 0.016615;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0188110, -0.0189930, -0.0194125, -0.0194365, -0.0194920, -0.0196199, -0.0199146");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0220137, 0.0220087, 0.0219972, 0.0220015, 0.0220114, 0.0220340, 0.0220863");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.014617;
			capacitance : 0.015747;
			rise_capacitance : 0.016878;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0096987, -0.0097020, -0.0097095, -0.0097015, -0.0096830, -0.0096405, -0.0095425");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0098805, 0.0098786, 0.0098743, 0.0098942, 0.0099401, 0.0100459, 0.0102898");
				}
			}
		}
	}
	cell ("scs8hd_nor2b_1") {
		area : 6.256000;
		cell_footprint : "nor2b";
		cell_leakage_power : 2.205878e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.0507511e-05";
			when : "!A&BN";
		}
		leakage_power () {
			value : "0.0004096";
			when : "!A&!BN";
		}
		leakage_power () {
			value : "3.6493866e-05";
			when : "A&BN";
		}
		leakage_power () {
			value : "0.0004058";
			when : "A&!BN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&BN)";
			max_capacitance : 0.071421;
			max_transition : 1.495460;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0045330, 0.0053516, 0.0071879, 0.0113277, 0.0206237, 0.0421153, 0.0903459", \
					  "0.0044226, 0.0052221, 0.0070554, 0.0111937, 0.0205757, 0.0419974, 0.0906413", \
					  "0.0043524, 0.0051586, 0.0069950, 0.0111278, 0.0204255, 0.0417358, 0.0899930", \
					  "0.0042973, 0.0050958, 0.0069174, 0.0109754, 0.0203007, 0.0415464, 0.0901399", \
					  "0.0042687, 0.0050577, 0.0068492, 0.0109604, 0.0203230, 0.0414998, 0.0898666", \
					  "0.0041398, 0.0049998, 0.0068086, 0.0108728, 0.0202299, 0.0413651, 0.0902912", \
					  "0.0039783, 0.0047853, 0.0065807, 0.0106669, 0.0201936, 0.0415094, 0.0900076");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0028909, 0.0021172, 0.0003350, -0.0037078, -0.0130228, -0.0343682, -0.0832398", \
					  "0.0028287, 0.0020594, 0.0002989, -0.0037655, -0.0130678, -0.0344131, -0.0832609", \
					  "0.0027203, 0.0019743, 0.0002502, -0.0037868, -0.0130824, -0.0344131, -0.0832837", \
					  "0.0027012, 0.0019474, 0.0001601, -0.0038924, -0.0131267, -0.0344500, -0.0832769", \
					  "0.0026653, 0.0019027, 0.0001596, -0.0038806, -0.0132581, -0.0345207, -0.0833162", \
					  "0.0026592, 0.0019762, 0.0001887, -0.0039463, -0.0131813, -0.0345351, -0.0833439", \
					  "0.0029104, 0.0020853, 0.0003220, -0.0038021, -0.0131539, -0.0344659, -0.0833639");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0044165, 0.0052636, 0.0071563, 0.0113481, 0.0207122, 0.0420403, 0.0905099", \
					  "0.0044063, 0.0052597, 0.0071293, 0.0113028, 0.0207256, 0.0418983, 0.0905283", \
					  "0.0043587, 0.0051833, 0.0070900, 0.0112137, 0.0206465, 0.0420996, 0.0902288", \
					  "0.0041668, 0.0049929, 0.0068629, 0.0110119, 0.0204785, 0.0416496, 0.0905470", \
					  "0.0040283, 0.0048476, 0.0066586, 0.0107981, 0.0201622, 0.0415649, 0.0899183", \
					  "0.0040599, 0.0048611, 0.0066816, 0.0107003, 0.0200846, 0.0414241, 0.0902331", \
					  "0.0041745, 0.0049570, 0.0067851, 0.0109178, 0.0201809, 0.0413470, 0.0899557");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001143175, 0.002613699, 0.005975831, 0.01366284, 0.03123804, 0.07142111");
					values("0.0011811, 0.0005744, -0.0008243, -0.0045580, -0.0136840, -0.0349706, -0.0838327", \
					  "0.0011402, 0.0005421, -0.0009257, -0.0046060, -0.0137170, -0.0350110, -0.0839003", \
					  "0.0011916, 0.0005522, -0.0008764, -0.0045657, -0.0136770, -0.0349664, -0.0838264", \
					  "0.0010790, 0.0004555, -0.0009970, -0.0047045, -0.0137774, -0.0350522, -0.0839112", \
					  "0.0009350, 0.0003010, -0.0011647, -0.0048550, -0.0138991, -0.0351334, -0.0839701", \
					  "0.0013770, 0.0006319, -0.0010773, -0.0050683, -0.0140521, -0.0352012, -0.0839992", \
					  "0.0016531, 0.0009053, -0.0009641, -0.0048869, -0.0140569, -0.0352768, -0.0839424");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.0632349, 0.0734607, 0.0963467, 0.1485264, 0.2636293, 0.5279192, 1.1363378", \
					  "0.0688356, 0.0789743, 0.1016885, 0.1529075, 0.2700843, 0.5348553, 1.1370315", \
					  "0.0837257, 0.0935912, 0.1162152, 0.1676747, 0.2828086, 0.5493582, 1.1449410", \
					  "0.1162520, 0.1262259, 0.1485541, 0.1997608, 0.3152067, 0.5779191, 1.1836712", \
					  "0.1814961, 0.1944997, 0.2213816, 0.2737422, 0.3898493, 0.6524030, 1.2515212", \
					  "0.3002525, 0.3208876, 0.3605176, 0.4318680, 0.5617080, 0.8263472, 1.4294551", \
					  "0.5092828, 0.5442713, 0.6115181, 0.7245760, 0.9102868, 1.2207413, 1.8238164");
				}
				rise_transition ("del_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("0.0470060, 0.0598806, 0.0895560, 0.1592578, 0.3156342, 0.6811477, 1.4954599", \
					  "0.0469987, 0.0597086, 0.0895778, 0.1583907, 0.3124800, 0.6696101, 1.4859213", \
					  "0.0468918, 0.0600111, 0.0902233, 0.1599387, 0.3128988, 0.6739928, 1.4794356", \
					  "0.0488210, 0.0611178, 0.0902606, 0.1572380, 0.3121335, 0.6657611, 1.4922958", \
					  "0.0652446, 0.0773497, 0.1015273, 0.1629385, 0.3160562, 0.6688943, 1.4736746", \
					  "0.1024927, 0.1165735, 0.1456159, 0.2040542, 0.3337151, 0.6703675, 1.4954510", \
					  "0.1835007, 0.2015953, 0.2398716, 0.3095367, 0.4407529, 0.7274665, 1.4896704");
				}
				cell_fall ("del_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("0.0149326, 0.0169513, 0.0212987, 0.0308232, 0.0518350, 0.0991872, 0.2070198", \
					  "0.0198888, 0.0217948, 0.0260719, 0.0354937, 0.0565176, 0.1038498, 0.2115886", \
					  "0.0283159, 0.0311022, 0.0366477, 0.0467379, 0.0677571, 0.1150818, 0.2226087", \
					  "0.0394511, 0.0436911, 0.0521061, 0.0673445, 0.0935013, 0.1409853, 0.2482965", \
					  "0.0506862, 0.0571886, 0.0701704, 0.0937248, 0.1343673, 0.1988798, 0.3086907", \
					  "0.0538771, 0.0636717, 0.0844069, 0.1234724, 0.1846604, 0.2841318, 0.4380318", \
					  "0.0208530, 0.0387337, 0.0734592, 0.1354623, 0.2367422, 0.3933216, 0.6304192");
				}
				fall_transition ("del_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("0.0103293, 0.0126857, 0.0179918, 0.0299073, 0.0570471, 0.1195818, 0.2621926", \
					  "0.0112601, 0.0132522, 0.0180790, 0.0297480, 0.0569251, 0.1194480, 0.2630395", \
					  "0.0169839, 0.0190725, 0.0230362, 0.0323825, 0.0574023, 0.1194844, 0.2626759", \
					  "0.0270861, 0.0300815, 0.0359630, 0.0469854, 0.0672410, 0.1217782, 0.2630149", \
					  "0.0453234, 0.0502674, 0.0592121, 0.0757733, 0.1031125, 0.1488051, 0.2695776", \
					  "0.0789774, 0.0878920, 0.1029253, 0.1258960, 0.1682405, 0.2342116, 0.3384920", \
					  "0.1443602, 0.1573112, 0.1808856, 0.2204393, 0.2821256, 0.3781529, 0.5313582");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				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, 0.00114318, 0.0026137, 0.00597583, 0.0136628, 0.031238, 0.0714211");
					values("0.0745292, 0.0849830, 0.1085984, 0.1606342, 0.2771058, 0.5394713, 1.1386972", \
					  "0.0795848, 0.0900262, 0.1133584, 0.1651455, 0.2822198, 0.5448512, 1.1426635", \
					  "0.0908480, 0.1012333, 0.1246050, 0.1761322, 0.2947010, 0.5588897, 1.1544182", \
					  "0.1120981, 0.1223418, 0.1453283, 0.1973915, 0.3143474, 0.5786120, 1.1813701", \
					  "0.1440454, 0.1541697, 0.1770886, 0.2283513, 0.3447305, 0.6106316, 1.2078448", \
					  "0.1881318, 0.1982780, 0.2205947, 0.2711831, 0.3878967, 0.6492907, 1.2491592", \
					  "0.2327401, 0.2446928, 0.2686137, 0.3187076, 0.4329108, 0.6954155, 1.2940032");
				}
				rise_transition ("del_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("0.0466762, 0.0599773, 0.0896303, 0.1574684, 0.3119387, 0.6689459, 1.4796327", \
					  "0.0465743, 0.0600311, 0.0896694, 0.1574092, 0.3135419, 0.6662693, 1.4748156", \
					  "0.0466735, 0.0597915, 0.0903956, 0.1576763, 0.3162687, 0.6694043, 1.4730113", \
					  "0.0469093, 0.0600361, 0.0898622, 0.1588964, 0.3137030, 0.6717945, 1.4848331", \
					  "0.0480305, 0.0607871, 0.0905273, 0.1578213, 0.3133535, 0.6687494, 1.4729858", \
					  "0.0526567, 0.0640077, 0.0918035, 0.1592940, 0.3140579, 0.6666428, 1.4877692", \
					  "0.0680648, 0.0777341, 0.1018337, 0.1622580, 0.3165691, 0.6670205, 1.4760101");
				}
				cell_fall ("del_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("0.0916754, 0.0955993, 0.1031509, 0.1171598, 0.1424850, 0.1940397, 0.3067719", \
					  "0.0969596, 0.1009418, 0.1084856, 0.1224071, 0.1479208, 0.1993211, 0.3122289", \
					  "0.1107302, 0.1146287, 0.1220784, 0.1360477, 0.1617212, 0.2131194, 0.3259274", \
					  "0.1451884, 0.1491416, 0.1566819, 0.1705992, 0.1964360, 0.2478847, 0.3606849", \
					  "0.2216976, 0.2259038, 0.2339247, 0.2482527, 0.2744612, 0.3260838, 0.4390632", \
					  "0.3555283, 0.3608684, 0.3710695, 0.3887371, 0.4181689, 0.4723413, 0.5857602", \
					  "0.5771806, 0.5842014, 0.6008608, 0.6241277, 0.6618341, 0.7224816, 0.8380078");
				}
				fall_transition ("del_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("0.0209131, 0.0235230, 0.0293102, 0.0417500, 0.0683662, 0.1303054, 0.2779109", \
					  "0.0209128, 0.0235565, 0.0293442, 0.0417623, 0.0681052, 0.1299675, 0.2767808", \
					  "0.0210778, 0.0235593, 0.0293926, 0.0417874, 0.0683139, 0.1303614, 0.2792815", \
					  "0.0210885, 0.0236557, 0.0293296, 0.0415727, 0.0682617, 0.1302775, 0.2785364", \
					  "0.0245709, 0.0270694, 0.0323777, 0.0440442, 0.0694537, 0.1306176, 0.2790076", \
					  "0.0363087, 0.0392980, 0.0451178, 0.0555160, 0.0800771, 0.1362696, 0.2806064", \
					  "0.0577147, 0.0616096, 0.0668279, 0.0796055, 0.1042452, 0.1543854, 0.2869682");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002110;
			capacitance : 0.002204;
			rise_capacitance : 0.002297;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029135, -0.0029237, -0.0029471, -0.0029483, -0.0029511, -0.0029575, -0.0029724");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029857, 0.0029837, 0.0029789, 0.0029804, 0.0029839, 0.0029918, 0.0030100");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001532;
			capacitance : 0.001468;
			fall_capacitance : 0.001405;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015082, 0.0014726, 0.0013907, 0.0013904, 0.0013896, 0.0013880, 0.0013841");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061534, 0.0060884, 0.0059384, 0.0059404, 0.0059450, 0.0059555, 0.0059799");
				}
			}
		}
	}
	cell ("scs8hd_nor2b_2") {
		area : 8.758400;
		cell_footprint : "nor2b";
		cell_leakage_power : 4.112656e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "7.2429435e-05";
			when : "!A&BN";
		}
		leakage_power () {
			value : "0.0007505";
			when : "!A&!BN";
		}
		leakage_power () {
			value : "6.8435498e-05";
			when : "A&BN";
		}
		leakage_power () {
			value : "0.0007537";
			when : "A&!BN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&BN)";
			max_capacitance : 0.123606;
			max_transition : 1.507872;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0084725, 0.0094744, 0.0118628, 0.0177140, 0.0323095, 0.0678563, 0.1575840", \
					  "0.0082630, 0.0092619, 0.0116463, 0.0175727, 0.0319362, 0.0678905, 0.1571709", \
					  "0.0081578, 0.0091056, 0.0114737, 0.0172733, 0.0317018, 0.0676003, 0.1571451", \
					  "0.0080674, 0.0090241, 0.0113488, 0.0171562, 0.0314809, 0.0673723, 0.1572181", \
					  "0.0079501, 0.0088979, 0.0111968, 0.0169602, 0.0312629, 0.0670026, 0.1566222", \
					  "0.0079518, 0.0088683, 0.0111822, 0.0170002, 0.0313011, 0.0673004, 0.1572890", \
					  "0.0075539, 0.0084800, 0.0107840, 0.0164778, 0.0312629, 0.0673095, 0.1568273");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0050312, 0.0041239, 0.0018412, -0.0038828, -0.0181979, -0.0541514, -0.1444062", \
					  "0.0048525, 0.0039522, 0.0017022, -0.0040042, -0.0182971, -0.0542435, -0.1445021", \
					  "0.0046234, 0.0037483, 0.0015291, -0.0041099, -0.0184173, -0.0543256, -0.1445268", \
					  "0.0044835, 0.0036029, 0.0013637, -0.0043480, -0.0185126, -0.0543986, -0.1446162", \
					  "0.0043804, 0.0034962, 0.0012715, -0.0043387, -0.0186180, -0.0545197, -0.1446556", \
					  "0.0045111, 0.0036483, 0.0013758, -0.0043179, -0.0186771, -0.0544714, -0.1447296", \
					  "0.0048095, 0.0039018, 0.0015782, -0.0042227, -0.0185660, -0.0544841, -0.1447242");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0080453, 0.0090317, 0.0114268, 0.0173681, 0.0319647, 0.0681000, 0.1576061", \
					  "0.0080637, 0.0090611, 0.0114619, 0.0173868, 0.0321255, 0.0678570, 0.1574734", \
					  "0.0080628, 0.0090556, 0.0114666, 0.0174395, 0.0318769, 0.0681167, 0.1579696", \
					  "0.0079365, 0.0089081, 0.0112288, 0.0171338, 0.0316159, 0.0675853, 0.1574478", \
					  "0.0077391, 0.0086771, 0.0110298, 0.0168563, 0.0313455, 0.0676598, 0.1568593", \
					  "0.0078154, 0.0087568, 0.0110417, 0.0167538, 0.0310746, 0.0670561, 0.1566205", \
					  "0.0079383, 0.0088723, 0.0111854, 0.0170123, 0.0313009, 0.0669390, 0.1565988");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001252608, 0.003138051, 0.007861493, 0.01969473, 0.04933954, 0.1236061");
					values("0.0008357, 0.0001061, -0.0016893, -0.0065254, -0.0200541, -0.0556303, -0.1458436", \
					  "0.0008350, 0.0001100, -0.0016877, -0.0065507, -0.0200729, -0.0556551, -0.1458462", \
					  "0.0008891, 0.0001476, -0.0016732, -0.0065266, -0.0200104, -0.0556073, -0.1457894", \
					  "0.0007359, -1.5000000e-05, -0.0018411, -0.0067070, -0.0202033, -0.0557488, -0.1459383", \
					  "0.0005014, -0.0002885, -0.0021206, -0.0070222, -0.0204330, -0.0559071, -0.1460505", \
					  "0.0011481, 0.0003023, -0.0018432, -0.0073701, -0.0208953, -0.0561362, -0.1461784", \
					  "0.0020072, 0.0011360, -0.0009992, -0.0065529, -0.0205744, -0.0563791, -0.1462965");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0673845, 0.0747805, 0.0923536, 0.1346365, 0.2397085, 0.4984198, 1.1455955", \
					  "0.0727378, 0.0801200, 0.0974418, 0.1400943, 0.2463968, 0.5061437, 1.1490465", \
					  "0.0880730, 0.0951474, 0.1122092, 0.1544289, 0.2586559, 0.5175915, 1.1641879", \
					  "0.1219935, 0.1289206, 0.1459541, 0.1877461, 0.2918553, 0.5511022, 1.1994117", \
					  "0.1883366, 0.1973568, 0.2181359, 0.2625324, 0.3664695, 0.6286969, 1.2729497", \
					  "0.3100938, 0.3241048, 0.3547043, 0.4175185, 0.5382736, 0.7981220, 1.4494720", \
					  "0.5282102, 0.5527915, 0.6049907, 0.7062301, 0.8801916, 1.1977770, 1.8519257");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0395302, 0.0485659, 0.0707383, 0.1269537, 0.2705712, 0.6172999, 1.4868131", \
					  "0.0395039, 0.0485151, 0.0711303, 0.1281134, 0.2676811, 0.6223606, 1.4898920", \
					  "0.0395340, 0.0486274, 0.0712027, 0.1269657, 0.2666963, 0.6162702, 1.4910266", \
					  "0.0404659, 0.0491339, 0.0713454, 0.1274624, 0.2667611, 0.6146177, 1.5002752", \
					  "0.0533650, 0.0624180, 0.0821799, 0.1325481, 0.2671786, 0.6176891, 1.4857062", \
					  "0.0837082, 0.0943474, 0.1182928, 0.1721075, 0.2883533, 0.6215579, 1.5078720", \
					  "0.1525248, 0.1666811, 0.1987953, 0.2642195, 0.3905019, 0.6792169, 1.4896375");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0129926, 0.0143398, 0.0174982, 0.0247841, 0.0418166, 0.0827686, 0.1841436", \
					  "0.0180672, 0.0194302, 0.0223734, 0.0294789, 0.0464272, 0.0874028, 0.1888282", \
					  "0.0260313, 0.0279703, 0.0322143, 0.0407102, 0.0572921, 0.0981902, 0.1995335", \
					  "0.0359764, 0.0388231, 0.0451901, 0.0580670, 0.0817767, 0.1241817, 0.2252912", \
					  "0.0453532, 0.0498007, 0.0596990, 0.0792890, 0.1157188, 0.1780125, 0.2852095", \
					  "0.0440449, 0.0515283, 0.0673497, 0.0973082, 0.1548114, 0.2518686, 0.4087327", \
					  "0.0012236, 0.0136128, 0.0402427, 0.0931957, 0.1868088, 0.3390672, 0.5819430");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0088750, 0.0104294, 0.0141591, 0.0229304, 0.0442539, 0.0976791, 0.2323989", \
					  "0.0104008, 0.0115365, 0.0146409, 0.0227883, 0.0441535, 0.0975135, 0.2325675", \
					  "0.0159630, 0.0173143, 0.0203009, 0.0266451, 0.0452330, 0.0976687, 0.2320871", \
					  "0.0251286, 0.0273894, 0.0315816, 0.0408465, 0.0576542, 0.1016302, 0.2324176", \
					  "0.0420839, 0.0449027, 0.0516714, 0.0663152, 0.0905056, 0.1339399, 0.2433026", \
					  "0.0718869, 0.0784856, 0.0896945, 0.1122970, 0.1488830, 0.2136690, 0.3184507", \
					  "0.1304965, 0.1395704, 0.1595307, 0.1946960, 0.2519118, 0.3459677, 0.5031335");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				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, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0821856, 0.0893311, 0.1069801, 0.1504808, 0.2555777, 0.5155458, 1.1657170", \
					  "0.0873512, 0.0945998, 0.1121068, 0.1553066, 0.2611214, 0.5219316, 1.1659413", \
					  "0.0995232, 0.1067465, 0.1242998, 0.1674304, 0.2723979, 0.5329004, 1.1790171", \
					  "0.1266735, 0.1337057, 0.1507839, 0.1936033, 0.2982201, 0.5579949, 1.2137558", \
					  "0.1722870, 0.1793212, 0.1965647, 0.2388459, 0.3428473, 0.6039352, 1.2500223", \
					  "0.2401356, 0.2475671, 0.2645720, 0.3063515, 0.4098258, 0.6692181, 1.3196183", \
					  "0.3283146, 0.3377518, 0.3582021, 0.4013446, 0.5027121, 0.7618607, 1.4070171");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0391423, 0.0482419, 0.0707159, 0.1267978, 0.2669386, 0.6146975, 1.4932674", \
					  "0.0390779, 0.0481666, 0.0709510, 0.1273624, 0.2694804, 0.6145602, 1.4943606", \
					  "0.0391027, 0.0481374, 0.0707237, 0.1275683, 0.2662001, 0.6183564, 1.4878654", \
					  "0.0392479, 0.0481856, 0.0708303, 0.1269210, 0.2668649, 0.6164643, 1.5052746", \
					  "0.0413244, 0.0498225, 0.0716794, 0.1270255, 0.2680507, 0.6226799, 1.4863201", \
					  "0.0482096, 0.0556455, 0.0755517, 0.1286268, 0.2683019, 0.6160886, 1.4839279", \
					  "0.0653260, 0.0720882, 0.0900901, 0.1358465, 0.2703837, 0.6154793, 1.4884376");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.1121845, 0.1154684, 0.1224485, 0.1356391, 0.1600868, 0.2070547, 0.3116796", \
					  "0.1175703, 0.1208694, 0.1277762, 0.1410613, 0.1651103, 0.2127588, 0.3172047", \
					  "0.1310735, 0.1343507, 0.1412155, 0.1544880, 0.1786485, 0.2261720, 0.3307082", \
					  "0.1639390, 0.1672051, 0.1738618, 0.1870862, 0.2114041, 0.2593090, 0.3639388", \
					  "0.2405487, 0.2438667, 0.2508429, 0.2641880, 0.2887345, 0.3356400, 0.4404672", \
					  "0.3799554, 0.3843410, 0.3933690, 0.4099390, 0.4384808, 0.4886582, 0.5949159", \
					  "0.6055246, 0.6115681, 0.6241294, 0.6463344, 0.6832130, 0.7440156, 0.8532498");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125261, 0.00313805, 0.00786149, 0.0196947, 0.0493395, 0.123606");
					values("0.0239040, 0.0256651, 0.0300535, 0.0391406, 0.0605644, 0.1107349, 0.2399478", \
					  "0.0237773, 0.0256380, 0.0300160, 0.0394153, 0.0608899, 0.1100251, 0.2408921", \
					  "0.0239230, 0.0258336, 0.0298046, 0.0392045, 0.0605362, 0.1100235, 0.2408373", \
					  "0.0237790, 0.0256380, 0.0299893, 0.0392720, 0.0607913, 0.1105267, 0.2392208", \
					  "0.0253883, 0.0270068, 0.0312055, 0.0402295, 0.0613169, 0.1108912, 0.2404179", \
					  "0.0380383, 0.0400408, 0.0444342, 0.0536793, 0.0723935, 0.1186343, 0.2434586", \
					  "0.0602612, 0.0628472, 0.0682527, 0.0783678, 0.0996466, 0.1432199, 0.2569298");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003785;
			capacitance : 0.003999;
			rise_capacitance : 0.004214;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051096, -0.0051248, -0.0051600, -0.0051638, -0.0051727, -0.0051930, -0.0052400");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055460, 0.0055428, 0.0055353, 0.0055338, 0.0055303, 0.0055221, 0.0055033");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001483;
			capacitance : 0.001430;
			fall_capacitance : 0.001377;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022192, 0.0021861, 0.0021100, 0.0021072, 0.0021008, 0.0020859, 0.0020517");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0083088, 0.0082429, 0.0080910, 0.0080997, 0.0081198, 0.0081660, 0.0082726");
				}
			}
		}
	}
	cell ("scs8hd_nor2b_4") {
		area : 13.763200;
		cell_footprint : "nor2b";
		cell_leakage_power : 9.662562e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005046";
			when : "!A&BN";
		}
		leakage_power () {
			value : "0.0014478";
			when : "!A&!BN";
		}
		leakage_power () {
			value : "0.0004563";
			when : "A&BN";
		}
		leakage_power () {
			value : "0.0014564";
			when : "A&!BN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&BN)";
			max_capacitance : 0.216990;
			max_transition : 1.511482;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0166345, 0.0177796, 0.0209469, 0.0292356, 0.0515492, 0.1126493, 0.2792376", \
					  "0.0161542, 0.0173104, 0.0203671, 0.0288657, 0.0513254, 0.1119405, 0.2796112", \
					  "0.0158883, 0.0169758, 0.0200824, 0.0282112, 0.0506568, 0.1120978, 0.2797661", \
					  "0.0157071, 0.0168211, 0.0197958, 0.0279828, 0.0501597, 0.1118117, 0.2776366", \
					  "0.0154689, 0.0165472, 0.0195010, 0.0276366, 0.0497859, 0.1105434, 0.2778664", \
					  "0.0154819, 0.0165435, 0.0194812, 0.0277460, 0.0497646, 0.1107436, 0.2770567", \
					  "0.0146462, 0.0156769, 0.0186769, 0.0267108, 0.0496891, 0.1105479, 0.2768919");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0099254, 0.0088694, 0.0059581, -0.0020688, -0.0241482, -0.0850298, -0.2528558", \
					  "0.0095954, 0.0085571, 0.0056777, -0.0023092, -0.0243480, -0.0851987, -0.2530368", \
					  "0.0091938, 0.0081672, 0.0053970, -0.0025189, -0.0244726, -0.0853057, -0.2531467", \
					  "0.0085766, 0.0075821, 0.0047715, -0.0030798, -0.0247674, -0.0854258, -0.2532573", \
					  "0.0086733, 0.0076651, 0.0047357, -0.0030293, -0.0248701, -0.0857061, -0.2533308", \
					  "0.0089418, 0.0078737, 0.0049400, -0.0031794, -0.0252497, -0.0858974, -0.2534986", \
					  "0.0092324, 0.0081419, 0.0051607, -0.0029244, -0.0250578, -0.0858286, -0.2536600");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0157786, 0.0169552, 0.0200653, 0.0284410, 0.0514086, 0.1125511, 0.2805340", \
					  "0.0157528, 0.0168861, 0.0200225, 0.0284864, 0.0513942, 0.1122313, 0.2786560", \
					  "0.0157508, 0.0169400, 0.0200653, 0.0284203, 0.0511685, 0.1121969, 0.2793595", \
					  "0.0154660, 0.0165648, 0.0196502, 0.0279078, 0.0505704, 0.1116224, 0.2794143", \
					  "0.0151845, 0.0163035, 0.0193432, 0.0275525, 0.0500338, 0.1116740, 0.2779032", \
					  "0.0154046, 0.0165022, 0.0194999, 0.0273091, 0.0499207, 0.1106753, 0.2774720", \
					  "0.0155951, 0.0167105, 0.0197376, 0.0279089, 0.0500823, 0.1109184, 0.2779715");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001375778, 0.003785528, 0.01041609, 0.02866045, 0.07886082, 0.2169899");
					values("0.0037612, 0.0029304, 0.0004899, -0.0063049, -0.0267135, -0.0869261, -0.2547257", \
					  "0.0037346, 0.0028802, 0.0004343, -0.0063495, -0.0267924, -0.0869607, -0.2547602", \
					  "0.0037738, 0.0028854, 0.0004309, -0.0062980, -0.0267534, -0.0869178, -0.2546928", \
					  "0.0034968, 0.0026090, 8.6300000e-05, -0.0067216, -0.0270733, -0.0871610, -0.2549189", \
					  "0.0029467, 0.0019904, -0.0002900, -0.0072627, -0.0275953, -0.0875278, -0.2551790", \
					  "0.0036420, 0.0026423, -9.5200000e-05, -0.0077879, -0.0287792, -0.0880609, -0.2555078", \
					  "0.0045769, 0.0036016, 0.0008818, -0.0066805, -0.0281529, -0.0881760, -0.2553250");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
					values("0.0715316, 0.0763943, 0.0894519, 0.1243355, 0.2162278, 0.4684015, 1.1549277", \
					  "0.0767263, 0.0815024, 0.0942629, 0.1291847, 0.2220294, 0.4724486, 1.1634504", \
					  "0.0920003, 0.0967009, 0.1094309, 0.1434678, 0.2360704, 0.4901068, 1.1803020", \
					  "0.1263926, 0.1311261, 0.1436734, 0.1774250, 0.2691353, 0.5231550, 1.2118335", \
					  "0.1952944, 0.2011870, 0.2163635, 0.2529248, 0.3449856, 0.5954729, 1.2864987", \
					  "0.3234383, 0.3322723, 0.3552525, 0.4066180, 0.5171080, 0.7702992, 1.4601876", \
					  "0.5592772, 0.5757884, 0.6127535, 0.6957476, 0.8582866, 1.1689424, 1.8645743");
				}
				rise_transition ("del_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("0.0420256, 0.0478449, 0.0644802, 0.1088787, 0.2315810, 0.5696647, 1.4919731", \
					  "0.0418968, 0.0480291, 0.0642134, 0.1098228, 0.2315284, 0.5675339, 1.4966148", \
					  "0.0420107, 0.0478857, 0.0644493, 0.1088948, 0.2317300, 0.5712729, 1.4993407", \
					  "0.0426435, 0.0485319, 0.0646515, 0.1089859, 0.2316062, 0.5781409, 1.4977487", \
					  "0.0545800, 0.0605842, 0.0753404, 0.1152116, 0.2313653, 0.5704131, 1.4911873", \
					  "0.0830774, 0.0900186, 0.1071486, 0.1523096, 0.2553132, 0.5746306, 1.4956253", \
					  "0.1486482, 0.1585904, 0.1812773, 0.2346215, 0.3512322, 0.6304649, 1.4923641");
				}
				cell_fall ("del_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("0.0131054, 0.0139685, 0.0162255, 0.0219546, 0.0363599, 0.0738648, 0.1754700", \
					  "0.0181197, 0.0189975, 0.0211222, 0.0265937, 0.0408751, 0.0783583, 0.1798988", \
					  "0.0256899, 0.0269364, 0.0300636, 0.0371441, 0.0518486, 0.0892045, 0.1906117", \
					  "0.0350253, 0.0368640, 0.0414831, 0.0521463, 0.0737986, 0.1147621, 0.2157117", \
					  "0.0424611, 0.0453137, 0.0523901, 0.0685965, 0.1021050, 0.1637559, 0.2743171", \
					  "0.0362267, 0.0408879, 0.0530039, 0.0787301, 0.1320084, 0.2271769, 0.3911202", \
					  "-0.0175032, -0.0095854, 0.0098356, 0.0540702, 0.1411519, 0.2939170, 0.5496514");
				}
				fall_transition ("del_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("0.0090578, 0.0100407, 0.0126558, 0.0195052, 0.0375335, 0.0869202, 0.2240899", \
					  "0.0104787, 0.0111960, 0.0133251, 0.0195353, 0.0373208, 0.0868626, 0.2239988", \
					  "0.0159016, 0.0168327, 0.0192932, 0.0242989, 0.0391259, 0.0868275, 0.2241731", \
					  "0.0248274, 0.0261247, 0.0294857, 0.0371833, 0.0533606, 0.0925649, 0.2242507", \
					  "0.0410296, 0.0431331, 0.0482388, 0.0599829, 0.0829523, 0.1277790, 0.2367877", \
					  "0.0708340, 0.0743845, 0.0840950, 0.1020171, 0.1366349, 0.2000745, 0.3162532", \
					  "0.1283647, 0.1343872, 0.1492850, 0.1799925, 0.2340105, 0.3286001, 0.4948625");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				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, 0.00137578, 0.00378553, 0.0104161, 0.0286605, 0.0788608, 0.21699");
					values("0.0889208, 0.0938018, 0.1069088, 0.1421848, 0.2361418, 0.4888937, 1.1800619", \
					  "0.0937468, 0.0986083, 0.1117505, 0.1468466, 0.2408911, 0.4934859, 1.1802898", \
					  "0.1052650, 0.1101756, 0.1232897, 0.1582727, 0.2522690, 0.5036619, 1.1932039", \
					  "0.1304545, 0.1351515, 0.1480348, 0.1827713, 0.2764801, 0.5281134, 1.2166834", \
					  "0.1732110, 0.1779592, 0.1906302, 0.2249990, 0.3174472, 0.5702255, 1.2577497", \
					  "0.2344745, 0.2393751, 0.2523075, 0.2855988, 0.3770905, 0.6281310, 1.3161809", \
					  "0.3064685, 0.3127730, 0.3281782, 0.3634304, 0.4524774, 0.7048251, 1.3890518");
				}
				rise_transition ("del_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("0.0417603, 0.0476000, 0.0642626, 0.1088390, 0.2324692, 0.5695815, 1.5114823", \
					  "0.0416129, 0.0475896, 0.0639156, 0.1089874, 0.2335411, 0.5712920, 1.4893236", \
					  "0.0415412, 0.0476841, 0.0642679, 0.1089911, 0.2322361, 0.5703348, 1.4907121", \
					  "0.0418192, 0.0476069, 0.0642251, 0.1088708, 0.2321900, 0.5660915, 1.4953480", \
					  "0.0436930, 0.0492774, 0.0651025, 0.1092359, 0.2327238, 0.5739234, 1.4905618", \
					  "0.0504278, 0.0551665, 0.0690980, 0.1112826, 0.2342692, 0.5695916, 1.4949929", \
					  "0.0676183, 0.0723589, 0.0848501, 0.1201073, 0.2354454, 0.5716312, 1.4905810");
				}
				cell_fall ("del_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("0.0981201, 0.1002781, 0.1049723, 0.1154914, 0.1362718, 0.1799803, 0.2856921", \
					  "0.1039926, 0.1059736, 0.1107329, 0.1212019, 0.1419399, 0.1856958, 0.2914268", \
					  "0.1183573, 0.1203415, 0.1251379, 0.1355501, 0.1563303, 0.2000677, 0.3058379", \
					  "0.1521088, 0.1540911, 0.1588559, 0.1692417, 0.1901226, 0.2339657, 0.3397451", \
					  "0.2306770, 0.2327052, 0.2375244, 0.2479676, 0.2690588, 0.3131284, 0.4190061", \
					  "0.3707748, 0.3735227, 0.3800440, 0.3937022, 0.4196341, 0.4679382, 0.5732934", \
					  "0.6019507, 0.6059904, 0.6151416, 0.6337121, 0.6681790, 0.7263221, 0.8406269");
				}
				fall_transition ("del_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("0.0219782, 0.0228824, 0.0258039, 0.0328324, 0.0508883, 0.0980959, 0.2334947", \
					  "0.0219693, 0.0230511, 0.0259107, 0.0328583, 0.0508922, 0.0980941, 0.2335302", \
					  "0.0219884, 0.0228935, 0.0257784, 0.0329040, 0.0511806, 0.0977798, 0.2336318", \
					  "0.0220242, 0.0231319, 0.0257503, 0.0329388, 0.0509533, 0.0981179, 0.2341445", \
					  "0.0244840, 0.0254735, 0.0282729, 0.0350080, 0.0521136, 0.0986960, 0.2326347", \
					  "0.0377673, 0.0390148, 0.0421232, 0.0488640, 0.0649361, 0.1074280, 0.2367658", \
					  "0.0615472, 0.0627017, 0.0667686, 0.0756993, 0.0938427, 0.1338574, 0.2487766");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007575;
			capacitance : 0.008013;
			rise_capacitance : 0.008452;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0100489, -0.0100872, -0.0101755, -0.0101786, -0.0101856, -0.0102018, -0.0102391");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110575, 0.0110572, 0.0110567, 0.0110540, 0.0110478, 0.0110334, 0.0110002");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002320;
			capacitance : 0.002212;
			fall_capacitance : 0.002104;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045459, 0.0044900, 0.0043611, 0.0043530, 0.0043342, 0.0042910, 0.0041914");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0153334, 0.0152414, 0.0150292, 0.0150615, 0.0151360, 0.0153078, 0.0157038");
				}
			}
		}
	}
	cell ("scs8hd_nor3_1") {
		area : 5.004800;
		cell_footprint : "nor3";
		cell_leakage_power : 1.956281e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003644";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "3.5466523e-05";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "2.7900791e-05";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0003617";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "2.4892254e-05";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A&B&C";
		}
		leakage_power () {
			value : "2.7618017e-05";
			when : "A&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C)";
			max_capacitance : 0.044871;
			max_transition : 1.491165;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001057959, 0.002238556, 0.004736604, 0.01002227, 0.02120631, 0.04487082");
					values("0.0078398, 0.0085457, 0.0100237, 0.0130758, 0.0195231, 0.0329533, 0.0613916", \
					  "0.0076888, 0.0084278, 0.0099255, 0.0129619, 0.0194150, 0.0330502, 0.0613734", \
					  "0.0075967, 0.0082842, 0.0097812, 0.0128367, 0.0192674, 0.0329701, 0.0616133", \
					  "0.0075204, 0.0082065, 0.0096545, 0.0127014, 0.0191182, 0.0326476, 0.0614818", \
					  "0.0074580, 0.0081478, 0.0095986, 0.0126118, 0.0190344, 0.0326857, 0.0610515", \
					  "0.0074345, 0.0081101, 0.0095427, 0.0125520, 0.0189771, 0.0324098, 0.0613901", \
					  "0.0071631, 0.0078554, 0.0093313, 0.0125486, 0.0189982, 0.0325133, 0.0612026");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001057959, 0.002238556, 0.004736604, 0.01002227, 0.02120631, 0.04487082");
					values("0.0030275, 0.0023499, 0.0009245, -0.0020956, -0.0084436, -0.0219553, -0.0506591", \
					  "0.0029856, 0.0023056, 0.0008735, -0.0021401, -0.0084867, -0.0219896, -0.0506928", \
					  "0.0029539, 0.0022836, 0.0008598, -0.0021562, -0.0084799, -0.0219998, -0.0506919", \
					  "0.0028160, 0.0021524, 0.0007666, -0.0021928, -0.0085473, -0.0220334, -0.0507357", \
					  "0.0029687, 0.0023002, 0.0008837, -0.0021347, -0.0085988, -0.0220664, -0.0507544", \
					  "0.0030748, 0.0023445, 0.0009152, -0.0020710, -0.0084480, -0.0220218, -0.0507376", \
					  "0.0032694, 0.0026076, 0.0011854, -0.0018866, -0.0082907, -0.0218393, -0.0506392");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001057959, 0.002238556, 0.004736604, 0.01002227, 0.02120631, 0.04487082");
					values("0.0065200, 0.0072316, 0.0087116, 0.0117724, 0.0182346, 0.0316317, 0.0600766", \
					  "0.0063733, 0.0070753, 0.0085585, 0.0116510, 0.0180734, 0.0317344, 0.0603706", \
					  "0.0062865, 0.0069617, 0.0084135, 0.0114889, 0.0179969, 0.0314974, 0.0602310", \
					  "0.0062100, 0.0068907, 0.0083412, 0.0113788, 0.0178175, 0.0315100, 0.0601401", \
					  "0.0061576, 0.0068437, 0.0082926, 0.0113724, 0.0177839, 0.0313466, 0.0597533", \
					  "0.0061364, 0.0068173, 0.0082389, 0.0112651, 0.0177587, 0.0313368, 0.0596111", \
					  "0.0058874, 0.0066624, 0.0082126, 0.0112452, 0.0176526, 0.0312120, 0.0596509");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001057959, 0.002238556, 0.004736604, 0.01002227, 0.02120631, 0.04487082");
					values("0.0024868, 0.0018173, 0.0004026, -0.0026030, -0.0090013, -0.0225669, -0.0513296", \
					  "0.0024931, 0.0018269, 0.0004146, -0.0025941, -0.0089743, -0.0225542, -0.0512980", \
					  "0.0024777, 0.0018239, 0.0004366, -0.0025648, -0.0089285, -0.0224870, -0.0512228", \
					  "0.0023713, 0.0017013, 0.0003034, -0.0026505, -0.0089849, -0.0225044, -0.0512500", \
					  "0.0022998, 0.0016483, 0.0002824, -0.0026781, -0.0090999, -0.0225967, -0.0513050", \
					  "0.0022540, 0.0016044, 0.0002223, -0.0028475, -0.0091682, -0.0226699, -0.0513282", \
					  "0.0023608, 0.0016813, 0.0002368, -0.0028088, -0.0091928, -0.0227113, -0.0513804");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001057959, 0.002238556, 0.004736604, 0.01002227, 0.02120631, 0.04487082");
					values("0.0058430, 0.0065553, 0.0080480, 0.0111019, 0.0175220, 0.0310396, 0.0597838", \
					  "0.0056758, 0.0063773, 0.0078702, 0.0109875, 0.0174392, 0.0311113, 0.0596828", \
					  "0.0055591, 0.0062680, 0.0077456, 0.0107796, 0.0173278, 0.0309389, 0.0593651", \
					  "0.0054575, 0.0061128, 0.0075915, 0.0106400, 0.0170982, 0.0307394, 0.0591944", \
					  "0.0054193, 0.0061212, 0.0076176, 0.0106706, 0.0170892, 0.0306358, 0.0594877", \
					  "0.0054365, 0.0061128, 0.0075449, 0.0105214, 0.0169008, 0.0305344, 0.0588842", \
					  "0.0057118, 0.0063585, 0.0077530, 0.0107663, 0.0171476, 0.0305422, 0.0589472");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001057959, 0.002238556, 0.004736604, 0.01002227, 0.02120631, 0.04487082");
					values("0.0004773, -0.0001875, -0.0016071, -0.0046239, -0.0110280, -0.0246192, -0.0534058", \
					  "0.0003893, -0.0002526, -0.0016393, -0.0046249, -0.0109991, -0.0245759, -0.0533553", \
					  "0.0002626, -0.0003656, -0.0017276, -0.0046728, -0.0110143, -0.0245544, -0.0533132", \
					  "0.0001295, -0.0004868, -0.0018783, -0.0048003, -0.0110913, -0.0245794, -0.0533114", \
					  "-5.2700000e-05, -0.0006913, -0.0020375, -0.0049185, -0.0112519, -0.0247073, -0.0533720", \
					  "-7.7700000e-05, -0.0007291, -0.0021126, -0.0051605, -0.0114269, -0.0247645, -0.0534479", \
					  "0.0001027, -0.0005929, -0.0020787, -0.0051339, -0.0115255, -0.0249760, -0.0535858");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.1286830, 0.1427017, 0.1711824, 0.2323121, 0.3560035, 0.6189687, 1.1740265", \
					  "0.1327344, 0.1468069, 0.1757505, 0.2356553, 0.3636220, 0.6265102, 1.1800697", \
					  "0.1467473, 0.1602022, 0.1885922, 0.2486436, 0.3746502, 0.6388842, 1.2033111", \
					  "0.1782941, 0.1917522, 0.2205172, 0.2793960, 0.4045526, 0.6689896, 1.2255048", \
					  "0.2460007, 0.2596290, 0.2878827, 0.3474002, 0.4721544, 0.7355203, 1.2920867", \
					  "0.3747765, 0.3919327, 0.4264243, 0.4936421, 0.6217086, 0.8849084, 1.4448007", \
					  "0.6133604, 0.6400954, 0.6872395, 0.7788440, 0.9382546, 1.2267565, 1.7842133");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0932988, 0.1103537, 0.1473553, 0.2249048, 0.3909844, 0.7347706, 1.4660034", \
					  "0.0932818, 0.1109360, 0.1485424, 0.2245679, 0.3897043, 0.7386304, 1.4671552", \
					  "0.0933043, 0.1107977, 0.1485477, 0.2256471, 0.3883990, 0.7372902, 1.4874479", \
					  "0.0932313, 0.1106939, 0.1476246, 0.2249377, 0.3891252, 0.7345218, 1.4684214", \
					  "0.0988718, 0.1148581, 0.1499440, 0.2251908, 0.3890489, 0.7371519, 1.4661742", \
					  "0.1256973, 0.1425466, 0.1780653, 0.2462114, 0.3989585, 0.7356650, 1.4904274", \
					  "0.1890539, 0.2085924, 0.2459335, 0.3224193, 0.4737707, 0.7772804, 1.4844391");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0178908, 0.0198485, 0.0238442, 0.0318908, 0.0479856, 0.0806832, 0.1482509", \
					  "0.0230706, 0.0249288, 0.0287626, 0.0366612, 0.0526904, 0.0853413, 0.1527702", \
					  "0.0340149, 0.0363082, 0.0406366, 0.0481751, 0.0641153, 0.0962460, 0.1636955", \
					  "0.0493062, 0.0526786, 0.0590859, 0.0707852, 0.0900782, 0.1227036, 0.1898353", \
					  "0.0682051, 0.0730315, 0.0830588, 0.1003916, 0.1303701, 0.1773987, 0.2506309", \
					  "0.0836174, 0.0930060, 0.1084570, 0.1357974, 0.1798184, 0.2543666, 0.3644089", \
					  "0.0769218, 0.0899503, 0.1147629, 0.1589877, 0.2324709, 0.3468765, 0.5185866");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0147782, 0.0171670, 0.0220783, 0.0320901, 0.0523628, 0.0944511, 0.1830817", \
					  "0.0150482, 0.0171920, 0.0218204, 0.0316347, 0.0520744, 0.0943222, 0.1832163", \
					  "0.0206939, 0.0220998, 0.0254449, 0.0337574, 0.0522716, 0.0941753, 0.1830466", \
					  "0.0320741, 0.0344578, 0.0393322, 0.0483477, 0.0621889, 0.0982174, 0.1828863", \
					  "0.0523971, 0.0562482, 0.0635373, 0.0757619, 0.0970190, 0.1299716, 0.1989126", \
					  "0.0897907, 0.0947950, 0.1053012, 0.1240040, 0.1579349, 0.2047611, 0.2844224", \
					  "0.1567642, 0.1663428, 0.1838621, 0.2138091, 0.2618604, 0.3360200, 0.4486221");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.1154219, 0.1293316, 0.1583749, 0.2179414, 0.3438331, 0.6059231, 1.1607975", \
					  "0.1187428, 0.1324999, 0.1618328, 0.2215663, 0.3473587, 0.6162298, 1.1781178", \
					  "0.1316597, 0.1452432, 0.1738180, 0.2346866, 0.3612546, 0.6235885, 1.1801490", \
					  "0.1641315, 0.1777931, 0.2058333, 0.2655130, 0.3926716, 0.6562489, 1.2154198", \
					  "0.2376989, 0.2516840, 0.2800143, 0.3393295, 0.4648250, 0.7298840, 1.2844645", \
					  "0.3794915, 0.3992697, 0.4384196, 0.5081440, 0.6373555, 0.9007213, 1.4585768", \
					  "0.6347761, 0.6692804, 0.7267194, 0.8311355, 1.0087363, 1.2997643, 1.8588107");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0933986, 0.1106934, 0.1475454, 0.2247056, 0.3907885, 0.7343189, 1.4653935", \
					  "0.0931947, 0.1106943, 0.1476155, 0.2251331, 0.3884708, 0.7404661, 1.4906215", \
					  "0.0934504, 0.1106881, 0.1470418, 0.2250369, 0.3909530, 0.7358632, 1.4689855", \
					  "0.0936682, 0.1106595, 0.1475118, 0.2249635, 0.3894778, 0.7386463, 1.4752698", \
					  "0.1028573, 0.1182588, 0.1521552, 0.2264048, 0.3899175, 0.7369124, 1.4681399", \
					  "0.1435599, 0.1594752, 0.1921810, 0.2553475, 0.4016941, 0.7412901, 1.4666942", \
					  "0.2344256, 0.2552661, 0.2917855, 0.3622375, 0.4999557, 0.7844639, 1.4706661");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0179366, 0.0196982, 0.0232904, 0.0306224, 0.0456297, 0.0768152, 0.1423598", \
					  "0.0228337, 0.0245475, 0.0280920, 0.0352401, 0.0502268, 0.0814605, 0.1470232", \
					  "0.0324227, 0.0346853, 0.0389734, 0.0463732, 0.0612733, 0.0923182, 0.1577870", \
					  "0.0448518, 0.0482931, 0.0548582, 0.0665144, 0.0861071, 0.1184975, 0.1834932", \
					  "0.0580943, 0.0634609, 0.0733057, 0.0914087, 0.1219267, 0.1701269, 0.2420648", \
					  "0.0633803, 0.0717260, 0.0878997, 0.1173682, 0.1649484, 0.2389063, 0.3499264", \
					  "0.0317670, 0.0464837, 0.0744645, 0.1224283, 0.1989681, 0.3170555, 0.4920738");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0129155, 0.0149776, 0.0193743, 0.0286405, 0.0481846, 0.0892584, 0.1763422", \
					  "0.0131901, 0.0151162, 0.0193331, 0.0285377, 0.0480441, 0.0893100, 0.1762968", \
					  "0.0184140, 0.0201673, 0.0234661, 0.0311356, 0.0487425, 0.0893285, 0.1767166", \
					  "0.0292121, 0.0318295, 0.0368156, 0.0455897, 0.0600001, 0.0943735, 0.1768991", \
					  "0.0488639, 0.0531582, 0.0601140, 0.0729606, 0.0941142, 0.1288454, 0.1948248", \
					  "0.0859134, 0.0920790, 0.1035713, 0.1221723, 0.1533090, 0.2044564, 0.2818070", \
					  "0.1570273, 0.1671708, 0.1858636, 0.2158548, 0.2621356, 0.3346493, 0.4439903");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0817541, 0.0959076, 0.1245870, 0.1857260, 0.3096757, 0.5756057, 1.1399095", \
					  "0.0838308, 0.0977635, 0.1271634, 0.1871173, 0.3137312, 0.5808656, 1.1371440", \
					  "0.0946761, 0.1083445, 0.1362916, 0.1963876, 0.3240851, 0.5902313, 1.1429978", \
					  "0.1237038, 0.1350924, 0.1631779, 0.2232420, 0.3504841, 0.6123710, 1.1695522", \
					  "0.1926414, 0.2055278, 0.2346001, 0.2923911, 0.4177839, 0.6797754, 1.2378881", \
					  "0.3080683, 0.3315337, 0.3753347, 0.4516288, 0.5800453, 0.8410936, 1.3953170", \
					  "0.5070221, 0.5427475, 0.6104224, 0.7260528, 0.9184908, 1.2206181, 1.7692074");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0929739, 0.1104407, 0.1473121, 0.2248637, 0.3891899, 0.7343133, 1.4911653", \
					  "0.0926736, 0.1101469, 0.1474642, 0.2250801, 0.3889445, 0.7394127, 1.4756995", \
					  "0.0918163, 0.1101462, 0.1478212, 0.2249230, 0.3931300, 0.7385910, 1.4691079", \
					  "0.0921844, 0.1090150, 0.1452464, 0.2243972, 0.3905511, 0.7365584, 1.4656973", \
					  "0.1164815, 0.1304254, 0.1598058, 0.2283753, 0.3884139, 0.7445881, 1.4711655", \
					  "0.1755238, 0.1918694, 0.2231427, 0.2828187, 0.4130450, 0.7407475, 1.4684669", \
					  "0.2857909, 0.3090981, 0.3537595, 0.4332556, 0.5641427, 0.8279409, 1.4790814");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0155472, 0.0172040, 0.0207129, 0.0279107, 0.0430878, 0.0748127, 0.1417350", \
					  "0.0203348, 0.0220330, 0.0255548, 0.0328058, 0.0478081, 0.0796715, 0.1470281", \
					  "0.0281511, 0.0308127, 0.0357188, 0.0441728, 0.0592294, 0.0909661, 0.1582029", \
					  "0.0378506, 0.0420755, 0.0497053, 0.0626634, 0.0838073, 0.1171462, 0.1843845", \
					  "0.0468584, 0.0536124, 0.0657545, 0.0860880, 0.1189052, 0.1692191, 0.2450874", \
					  "0.0460286, 0.0554298, 0.0754294, 0.1094778, 0.1624761, 0.2389844, 0.3560574", \
					  "0.0056910, 0.0241803, 0.0570689, 0.1126478, 0.1981314, 0.3234769, 0.5046168");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00105796, 0.00223856, 0.0047366, 0.0100223, 0.0212063, 0.0448708");
					values("0.0102824, 0.0124673, 0.0170130, 0.0264398, 0.0468615, 0.0897308, 0.1797012", \
					  "0.0112600, 0.0130982, 0.0172829, 0.0265129, 0.0469622, 0.0897724, 0.1794821", \
					  "0.0173305, 0.0191782, 0.0225688, 0.0297342, 0.0479035, 0.0893592, 0.1793988", \
					  "0.0283896, 0.0310884, 0.0359560, 0.0450344, 0.0600585, 0.0948552, 0.1806508", \
					  "0.0495453, 0.0534985, 0.0604444, 0.0739462, 0.0954480, 0.1287528, 0.1968625", \
					  "0.0910049, 0.0982263, 0.1065413, 0.1258759, 0.1581496, 0.2074657, 0.2832455", \
					  "0.1684281, 0.1778759, 0.1942751, 0.2227291, 0.2670690, 0.3420673, 0.4550233");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002156;
			capacitance : 0.002275;
			rise_capacitance : 0.002393;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023100, -0.0023371, -0.0023997, -0.0024072, -0.0024247, -0.0024648, -0.0025575");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026766, 0.0026723, 0.0026622, 0.0026640, 0.0026680, 0.0026775, 0.0026992");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002086;
			capacitance : 0.002229;
			rise_capacitance : 0.002373;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022757, -0.0023083, -0.0023834, -0.0023857, -0.0023910, -0.0024032, -0.0024312");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024868, 0.0024850, 0.0024809, 0.0024797, 0.0024768, 0.0024702, 0.0024550");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002030;
			capacitance : 0.002187;
			rise_capacitance : 0.002344;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012251, -0.0012253, -0.0012259, -0.0012256, -0.0012250, -0.0012237, -0.0012205");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017795, 0.0017761, 0.0017683, 0.0017738, 0.0017864, 0.0018156, 0.0018830");
				}
			}
		}
	}
	cell ("scs8hd_nor3_2") {
		area : 10.009600;
		cell_footprint : "nor3";
		cell_leakage_power : 3.910039e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007295";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "7.0723118e-05";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0007212";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "5.7145762e-05";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0007207";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "4.8146413e-05";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0007244";
			when : "A&B&C";
		}
		leakage_power () {
			value : "5.6264262e-05";
			when : "A&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C)";
			max_capacitance : 0.080576;
			max_transition : 1.492781;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001166388, 0.002720921, 0.006347298, 0.01480682, 0.03454099, 0.08057638");
					values("0.0135520, 0.0143820, 0.0163483, 0.0207814, 0.0312601, 0.0548511, 0.1105655", \
					  "0.0133307, 0.0141540, 0.0160927, 0.0206719, 0.0309190, 0.0549873, 0.1107536", \
					  "0.0131831, 0.0140399, 0.0159195, 0.0203506, 0.0307420, 0.0547347, 0.1101274", \
					  "0.0130668, 0.0138740, 0.0158057, 0.0202651, 0.0304887, 0.0544195, 0.1099469", \
					  "0.0129416, 0.0137470, 0.0156581, 0.0200469, 0.0304812, 0.0542960, 0.1102949", \
					  "0.0129856, 0.0137877, 0.0156689, 0.0200264, 0.0302902, 0.0541442, 0.1095495", \
					  "0.0125228, 0.0133107, 0.0153755, 0.0200462, 0.0303925, 0.0541547, 0.1093367");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001166388, 0.002720921, 0.006347298, 0.01480682, 0.03454099, 0.08057638");
					values("0.0064581, 0.0056421, 0.0037560, -0.0006230, -0.0108415, -0.0345782, -0.0902909", \
					  "0.0063454, 0.0055539, 0.0036758, -0.0007220, -0.0109336, -0.0346622, -0.0903789", \
					  "0.0062659, 0.0054705, 0.0035887, -0.0007688, -0.0109628, -0.0347142, -0.0904347", \
					  "0.0060445, 0.0052482, 0.0033630, -0.0009818, -0.0111257, -0.0348298, -0.0905683", \
					  "0.0062704, 0.0054971, 0.0036276, -0.0007919, -0.0111216, -0.0348970, -0.0905940", \
					  "0.0065672, 0.0057753, 0.0037929, -0.0004350, -0.0106912, -0.0346250, -0.0905973", \
					  "0.0070113, 0.0061953, 0.0043492, -5.0800000e-05, -0.0103734, -0.0343021, -0.0902805");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001166388, 0.002720921, 0.006347298, 0.01480682, 0.03454099, 0.08057638");
					values("0.0112061, 0.0121053, 0.0140368, 0.0186183, 0.0288472, 0.0526475, 0.1083460", \
					  "0.0109895, 0.0118526, 0.0137704, 0.0182606, 0.0286426, 0.0525079, 0.1079525", \
					  "0.0107846, 0.0116250, 0.0135557, 0.0180023, 0.0283966, 0.0525396, 0.1083939", \
					  "0.0106818, 0.0114787, 0.0134186, 0.0178411, 0.0281557, 0.0521516, 0.1078662", \
					  "0.0105194, 0.0113375, 0.0132648, 0.0177056, 0.0279269, 0.0519032, 0.1077853", \
					  "0.0105309, 0.0113611, 0.0132435, 0.0176139, 0.0279141, 0.0517095, 0.1073627", \
					  "0.0102302, 0.0111524, 0.0131541, 0.0175538, 0.0278160, 0.0515545, 0.1077672");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001166388, 0.002720921, 0.006347298, 0.01480682, 0.03454099, 0.08057638");
					values("0.0047736, 0.0039774, 0.0021063, -0.0022471, -0.0124284, -0.0363166, -0.0922106", \
					  "0.0047937, 0.0039872, 0.0021154, -0.0022226, -0.0123941, -0.0362680, -0.0921747", \
					  "0.0047086, 0.0039298, 0.0021015, -0.0022060, -0.0123395, -0.0362024, -0.0920749", \
					  "0.0045335, 0.0037440, 0.0019108, -0.0023805, -0.0124527, -0.0362863, -0.0921286", \
					  "0.0044919, 0.0037225, 0.0018886, -0.0024183, -0.0125335, -0.0364457, -0.0921791", \
					  "0.0044148, 0.0036228, 0.0018252, -0.0024668, -0.0127391, -0.0363669, -0.0922701", \
					  "0.0046467, 0.0038673, 0.0019429, -0.0024520, -0.0126932, -0.0365334, -0.0923028");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001166388, 0.002720921, 0.006347298, 0.01480682, 0.03454099, 0.08057638");
					values("0.0110644, 0.0119452, 0.0139888, 0.0184906, 0.0288580, 0.0527095, 0.1082872", \
					  "0.0107262, 0.0116136, 0.0135943, 0.0182235, 0.0285779, 0.0529864, 0.1079678", \
					  "0.0105015, 0.0113466, 0.0133182, 0.0178520, 0.0281938, 0.0522482, 0.1078414", \
					  "0.0104186, 0.0112527, 0.0131628, 0.0176158, 0.0278441, 0.0520674, 0.1078141", \
					  "0.0103247, 0.0111541, 0.0130185, 0.0174187, 0.0277171, 0.0518759, 0.1075025", \
					  "0.0106363, 0.0114362, 0.0133192, 0.0176676, 0.0278782, 0.0516710, 0.1070207", \
					  "0.0111093, 0.0118669, 0.0136498, 0.0179373, 0.0281033, 0.0517855, 0.1062037");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001166388, 0.002720921, 0.006347298, 0.01480682, 0.03454099, 0.08057638");
					values("0.0002520, -0.0005424, -0.0024146, -0.0068282, -0.0171098, -0.0410878, -0.0970751", \
					  "1.1800000e-05, -0.0007455, -0.0025538, -0.0068673, -0.0170544, -0.0409850, -0.0969538", \
					  "-0.0003727, -0.0010898, -0.0028272, -0.0070406, -0.0170987, -0.0409459, -0.0968543", \
					  "-0.0006317, -0.0013400, -0.0030440, -0.0073266, -0.0172817, -0.0410112, -0.0968375", \
					  "-0.0009445, -0.0017065, -0.0034643, -0.0075646, -0.0174625, -0.0412314, -0.0969257", \
					  "-0.0009911, -0.0017575, -0.0035919, -0.0077912, -0.0177441, -0.0413528, -0.0971381", \
					  "-0.0004748, -0.0013370, -0.0032965, -0.0077714, -0.0180632, -0.0417778, -0.0973816");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.1310815, 0.1404931, 0.1615570, 0.2100937, 0.3229490, 0.5796985, 1.1831914", \
					  "0.1355771, 0.1450186, 0.1661418, 0.2151997, 0.3280650, 0.5877698, 1.1913035", \
					  "0.1502592, 0.1593211, 0.1802961, 0.2283903, 0.3426402, 0.6004843, 1.2021369", \
					  "0.1840737, 0.1933247, 0.2138595, 0.2624101, 0.3738016, 0.6332265, 1.2353730", \
					  "0.2562521, 0.2653519, 0.2864267, 0.3343936, 0.4465372, 0.7060020, 1.3108292", \
					  "0.3943301, 0.4058664, 0.4308406, 0.4859744, 0.6013820, 0.8611356, 1.4609578", \
					  "0.6516830, 0.6681095, 0.7042207, 0.7785727, 0.9244620, 1.2107261, 1.8165240");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0829857, 0.0946251, 0.1218952, 0.1848845, 0.3358970, 0.6743351, 1.4732033", \
					  "0.0828162, 0.0946406, 0.1216841, 0.1854574, 0.3334164, 0.6771738, 1.4750569", \
					  "0.0830566, 0.0945770, 0.1217828, 0.1848737, 0.3324089, 0.6742851, 1.4713110", \
					  "0.0830962, 0.0946804, 0.1218836, 0.1855973, 0.3320975, 0.6739234, 1.4718997", \
					  "0.0864646, 0.0975291, 0.1235153, 0.1855136, 0.3344217, 0.6773798, 1.4752946", \
					  "0.1094418, 0.1209436, 0.1474273, 0.2057295, 0.3418070, 0.6756408, 1.4713896", \
					  "0.1656853, 0.1779580, 0.2077768, 0.2713639, 0.4100530, 0.7132333, 1.4795845");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0146404, 0.0158357, 0.0185323, 0.0245698, 0.0378387, 0.0670139, 0.1321176", \
					  "0.0200744, 0.0211690, 0.0236876, 0.0295008, 0.0425702, 0.0715969, 0.1367040", \
					  "0.0298698, 0.0314423, 0.0347781, 0.0413711, 0.0540755, 0.0826897, 0.1472464", \
					  "0.0434929, 0.0457467, 0.0506437, 0.0602756, 0.0780790, 0.1088527, 0.1724036", \
					  "0.0593051, 0.0625589, 0.0700576, 0.0845849, 0.1112641, 0.1575162, 0.2332115", \
					  "0.0700351, 0.0749895, 0.0871462, 0.1080494, 0.1499144, 0.2211940, 0.3361147", \
					  "0.0503008, 0.0588106, 0.0771165, 0.1136662, 0.1800575, 0.2918961, 0.4704236");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0118411, 0.0133641, 0.0168785, 0.0245545, 0.0414446, 0.0787995, 0.1641213", \
					  "0.0130571, 0.0142837, 0.0172602, 0.0242829, 0.0409634, 0.0784651, 0.1637803", \
					  "0.0194019, 0.0206217, 0.0228186, 0.0280367, 0.0421864, 0.0781054, 0.1638268", \
					  "0.0302983, 0.0324340, 0.0355333, 0.0425001, 0.0553852, 0.0843792, 0.1640419", \
					  "0.0489292, 0.0517756, 0.0576863, 0.0674868, 0.0864397, 0.1198002, 0.1833596", \
					  "0.0841478, 0.0886002, 0.0958068, 0.1137363, 0.1411021, 0.1886234, 0.2682699", \
					  "0.1466848, 0.1533827, 0.1678566, 0.1940557, 0.2371304, 0.3096510, 0.4278190");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.1127247, 0.1220291, 0.1437968, 0.1931450, 0.3043731, 0.5627261, 1.1677331", \
					  "0.1162170, 0.1253793, 0.1468468, 0.1960268, 0.3080753, 0.5674866, 1.1683871", \
					  "0.1289443, 0.1380262, 0.1590366, 0.2073712, 0.3210878, 0.5825863, 1.1942529", \
					  "0.1608496, 0.1699444, 0.1908403, 0.2390894, 0.3511987, 0.6106589, 1.2138885", \
					  "0.2325082, 0.2423960, 0.2638525, 0.3121282, 0.4234453, 0.6864522, 1.2904329", \
					  "0.3676316, 0.3820145, 0.4115186, 0.4718094, 0.5922963, 0.8517170, 1.4591111", \
					  "0.6090780, 0.6322795, 0.6795191, 0.7725605, 0.9382629, 1.2383545, 1.8448303");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0826713, 0.0943453, 0.1216393, 0.1853967, 0.3320751, 0.6758010, 1.4798643", \
					  "0.0829928, 0.0945067, 0.1216785, 0.1847315, 0.3322608, 0.6736430, 1.4743907", \
					  "0.0829738, 0.0946525, 0.1217770, 0.1848648, 0.3325376, 0.6758891, 1.4927805", \
					  "0.0831278, 0.0947436, 0.1217831, 0.1847917, 0.3316310, 0.6744940, 1.4740809", \
					  "0.0916418, 0.1024027, 0.1273981, 0.1871540, 0.3322628, 0.6759270, 1.4805226", \
					  "0.1282200, 0.1406210, 0.1654058, 0.2204292, 0.3479194, 0.6736698, 1.4729447", \
					  "0.2121192, 0.2265556, 0.2563494, 0.3205174, 0.4473791, 0.7306175, 1.4890575");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0160091, 0.0171800, 0.0197842, 0.0255205, 0.0382551, 0.0669032, 0.1326035", \
					  "0.0211014, 0.0221986, 0.0247081, 0.0303783, 0.0430486, 0.0715992, 0.1372502", \
					  "0.0303097, 0.0318484, 0.0351471, 0.0413567, 0.0540290, 0.0827343, 0.1480659", \
					  "0.0419784, 0.0443012, 0.0492986, 0.0591656, 0.0773414, 0.1081374, 0.1736372", \
					  "0.0539890, 0.0576297, 0.0653957, 0.0805991, 0.1087847, 0.1563903, 0.2339908", \
					  "0.0573590, 0.0631922, 0.0751539, 0.0998451, 0.1443548, 0.2177181, 0.3367762", \
					  "0.0228130, 0.0322599, 0.0527732, 0.0926293, 0.1654092, 0.2849833, 0.4704101");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0115022, 0.0128302, 0.0158775, 0.0229005, 0.0389442, 0.0764808, 0.1643222", \
					  "0.0120794, 0.0131960, 0.0159154, 0.0226375, 0.0388383, 0.0763477, 0.1639425", \
					  "0.0171551, 0.0183838, 0.0210012, 0.0262555, 0.0403188, 0.0763526, 0.1641894", \
					  "0.0272264, 0.0287480, 0.0325337, 0.0400625, 0.0533882, 0.0831272, 0.1645123", \
					  "0.0451995, 0.0478176, 0.0533913, 0.0644801, 0.0841897, 0.1183091, 0.1841126", \
					  "0.0796137, 0.0842610, 0.0921837, 0.1098888, 0.1389245, 0.1898223, 0.2711197", \
					  "0.1464535, 0.1539373, 0.1673894, 0.1937855, 0.2393882, 0.3119952, 0.4291676");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0678323, 0.0774942, 0.0992450, 0.1490770, 0.2613242, 0.5201669, 1.1215275", \
					  "0.0699277, 0.0790880, 0.1008663, 0.1506261, 0.2636072, 0.5268816, 1.1252229", \
					  "0.0800605, 0.0891201, 0.1102928, 0.1602330, 0.2719555, 0.5328559, 1.1354668", \
					  "0.1098118, 0.1179235, 0.1378745, 0.1863727, 0.2972257, 0.5601012, 1.1636142", \
					  "0.1753393, 0.1863482, 0.2096294, 0.2559164, 0.3660938, 0.6252449, 1.2339030", \
					  "0.2790067, 0.2963536, 0.3329935, 0.4027906, 0.5279907, 0.7821537, 1.3876719", \
					  "0.4562853, 0.4826258, 0.5392142, 0.6460683, 0.8363691, 1.1549675, 1.7477941");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0807135, 0.0931625, 0.1209375, 0.1845799, 0.3317177, 0.6738686, 1.4733426", \
					  "0.0800604, 0.0923318, 0.1205650, 0.1850856, 0.3319663, 0.6868335, 1.4718438", \
					  "0.0782889, 0.0905939, 0.1193610, 0.1842513, 0.3319187, 0.6735419, 1.4741406", \
					  "0.0805913, 0.0911429, 0.1176426, 0.1828147, 0.3317190, 0.6749376, 1.4731550", \
					  "0.1074654, 0.1173188, 0.1370998, 0.1907539, 0.3302426, 0.6815433, 1.4723790", \
					  "0.1602290, 0.1723894, 0.1989893, 0.2542433, 0.3678034, 0.6797965, 1.4718895", \
					  "0.2612016, 0.2782320, 0.3164969, 0.3895419, 0.5231370, 0.7811594, 1.4871262");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0136851, 0.0147255, 0.0170779, 0.0224152, 0.0346128, 0.0628926, 0.1284881", \
					  "0.0183224, 0.0195194, 0.0219353, 0.0273292, 0.0395201, 0.0676880, 0.1334525", \
					  "0.0250742, 0.0269363, 0.0307709, 0.0380606, 0.0509763, 0.0793689, 0.1445603", \
					  "0.0330069, 0.0359595, 0.0420080, 0.0533022, 0.0733152, 0.1057015, 0.1708539", \
					  "0.0392789, 0.0440534, 0.0537870, 0.0719733, 0.1030535, 0.1533382, 0.2325165", \
					  "0.0337113, 0.0414464, 0.0572355, 0.0863188, 0.1360939, 0.2167900, 0.3380491", \
					  "-0.0136399, 0.0000091, 0.0262267, 0.0768646, 0.1595175, 0.2875236, 0.4792151");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116639, 0.00272092, 0.0063473, 0.0148068, 0.034541, 0.0805764");
					values("0.0077995, 0.0090966, 0.0119812, 0.0191382, 0.0349099, 0.0725705, 0.1601798", \
					  "0.0091993, 0.0102061, 0.0127264, 0.0191038, 0.0352023, 0.0727068, 0.1600604", \
					  "0.0148820, 0.0160353, 0.0186731, 0.0237269, 0.0372223, 0.0728193, 0.1604211", \
					  "0.0248614, 0.0267812, 0.0307585, 0.0378759, 0.0517040, 0.0802170, 0.1610126", \
					  "0.0444336, 0.0471627, 0.0524094, 0.0639187, 0.0830144, 0.1167789, 0.1808914", \
					  "0.0817138, 0.0858536, 0.0943790, 0.1106217, 0.1412947, 0.1880563, 0.2658052", \
					  "0.1543524, 0.1617277, 0.1759069, 0.2006542, 0.2440686, 0.3153710, 0.4322948");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003835;
			capacitance : 0.004059;
			rise_capacitance : 0.004282;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0044824, -0.0045235, -0.0046183, -0.0046325, -0.0046654, -0.0047410, -0.0049154");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060356, 0.0060269, 0.0060069, 0.0060043, 0.0059984, 0.0059846, 0.0059527");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003802;
			capacitance : 0.004086;
			rise_capacitance : 0.004371;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048855, -0.0049269, -0.0050222, -0.0050257, -0.0050340, -0.0050529, -0.0050966");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055433, 0.0055431, 0.0055425, 0.0055434, 0.0055454, 0.0055502, 0.0055612");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003756;
			capacitance : 0.004080;
			rise_capacitance : 0.004405;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025149, -0.0025122, -0.0025059, -0.0025050, -0.0025030, -0.0024983, -0.0024874");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027203, 0.0027191, 0.0027162, 0.0027288, 0.0027577, 0.0028243, 0.0029778");
				}
			}
		}
	}
	cell ("scs8hd_nor3_4") {
		area : 16.265600;
		cell_footprint : "nor3";
		cell_leakage_power : 7.741614e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014393";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0002154";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0014396";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "7.1943380e-05";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0014387";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "7.7429924e-05";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0014396";
			when : "A&B&C";
		}
		leakage_power () {
			value : "7.1214281e-05";
			when : "A&B&!C";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C)";
			max_capacitance : 0.130015;
			max_transition : 1.509056;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0228214, 0.0238620, 0.0263444, 0.0322753, 0.0472963, 0.0846771, 0.1791039", \
					  "0.0223291, 0.0233225, 0.0257555, 0.0318171, 0.0469639, 0.0844854, 0.1797001", \
					  "0.0220171, 0.0229918, 0.0253363, 0.0313260, 0.0466370, 0.0840930, 0.1792240", \
					  "0.0217373, 0.0227460, 0.0251151, 0.0310517, 0.0463402, 0.0839360, 0.1792241", \
					  "0.0214673, 0.0224147, 0.0247682, 0.0306778, 0.0456780, 0.0833364, 0.1780382", \
					  "0.0215217, 0.0224309, 0.0247590, 0.0306737, 0.0455862, 0.0830947, 0.1776720", \
					  "0.0206218, 0.0217484, 0.0244492, 0.0306978, 0.0458399, 0.0830257, 0.1775949");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0121248, 0.0111992, 0.0088657, 0.0029720, -0.0119377, -0.0493788, -0.1444141", \
					  "0.0119328, 0.0110472, 0.0087049, 0.0027875, -0.0120758, -0.0495298, -0.1445628", \
					  "0.0118363, 0.0109147, 0.0086115, 0.0027236, -0.0121585, -0.0496178, -0.1446475", \
					  "0.0113668, 0.0104535, 0.0081574, 0.0023314, -0.0123915, -0.0497305, -0.1448702", \
					  "0.0115737, 0.0106635, 0.0083447, 0.0024363, -0.0126737, -0.0499907, -0.1448571", \
					  "0.0121543, 0.0111431, 0.0088408, 0.0027981, -0.0120642, -0.0496039, -0.1449601", \
					  "0.0129193, 0.0119891, 0.0096474, 0.0038451, -0.0112132, -0.0488176, -0.1443256");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0214461, 0.0224877, 0.0248963, 0.0312086, 0.0464855, 0.0838944, 0.1783559", \
					  "0.0208064, 0.0217871, 0.0242263, 0.0305312, 0.0456829, 0.0837964, 0.1780109", \
					  "0.0204058, 0.0213293, 0.0238284, 0.0298905, 0.0451036, 0.0833476, 0.1780845", \
					  "0.0201465, 0.0211057, 0.0234902, 0.0296034, 0.0445167, 0.0823958, 0.1776673", \
					  "0.0198704, 0.0208076, 0.0231887, 0.0291795, 0.0440709, 0.0817258, 0.1765914", \
					  "0.0198657, 0.0208044, 0.0231879, 0.0291444, 0.0441064, 0.0816208, 0.1775056", \
					  "0.0197653, 0.0207092, 0.0230273, 0.0289904, 0.0439624, 0.0813651, 0.1771959");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0092499, 0.0083290, 0.0060043, 0.0001480, -0.0146689, -0.0522897, -0.1476778", \
					  "0.0092400, 0.0083235, 0.0060131, 0.0001714, -0.0146155, -0.0522166, -0.1476066", \
					  "0.0091453, 0.0082490, 0.0059843, 0.0002257, -0.0145084, -0.0520873, -0.1474184", \
					  "0.0086601, 0.0077719, 0.0055373, -0.0002125, -0.0148846, -0.0521987, -0.1475065", \
					  "0.0085000, 0.0076167, 0.0053466, -0.0003674, -0.0149717, -0.0525782, -0.1475928", \
					  "0.0082529, 0.0073597, 0.0050837, -0.0006425, -0.0151238, -0.0525752, -0.1478218", \
					  "0.0087280, 0.0078116, 0.0057699, -0.0005224, -0.0153459, -0.0527644, -0.1478717");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0213507, 0.0224530, 0.0249636, 0.0312014, 0.0464734, 0.0840166, 0.1786310", \
					  "0.0206300, 0.0216327, 0.0241618, 0.0303784, 0.0457949, 0.0837912, 0.1791589", \
					  "0.0200955, 0.0210942, 0.0235487, 0.0296759, 0.0448639, 0.0832867, 0.1782164", \
					  "0.0199952, 0.0209586, 0.0233656, 0.0293127, 0.0442391, 0.0823045, 0.1779657", \
					  "0.0200768, 0.0210128, 0.0233312, 0.0293043, 0.0442453, 0.0818180, 0.1766414", \
					  "0.0199161, 0.0208270, 0.0231622, 0.0289581, 0.0438372, 0.0819727, 0.1762415", \
					  "0.0206665, 0.0215469, 0.0238538, 0.0296641, 0.0444109, 0.0816311, 0.1756624");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0014670, 0.0005483, -0.0017948, -0.0077461, -0.0227402, -0.0605220, -0.1560860", \
					  "0.0011352, 0.0002550, -0.0020093, -0.0078284, -0.0226721, -0.0603782, -0.1558807", \
					  "0.0005318, -0.0003127, -0.0024621, -0.0081016, -0.0227213, -0.0602670, -0.1556904", \
					  "-0.0001178, -0.0009175, -0.0030481, -0.0086299, -0.0229971, -0.0603317, -0.1556215", \
					  "-0.0004708, -0.0013257, -0.0035046, -0.0089651, -0.0232729, -0.0606939, -0.1557239", \
					  "-0.0006925, -0.0015789, -0.0038441, -0.0095126, -0.0239601, -0.0609873, -0.1561090", \
					  "-0.0002085, -0.0011723, -0.0035441, -0.0095096, -0.0243590, -0.0617028, -0.1564421");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1459424, 0.1525442, 0.1691633, 0.2101485, 0.3112721, 0.5635058, 1.1994722", \
					  "0.1495103, 0.1562212, 0.1734384, 0.2144853, 0.3166901, 0.5692403, 1.2102807", \
					  "0.1642303, 0.1707746, 0.1873610, 0.2278224, 0.3301026, 0.5833727, 1.2261124", \
					  "0.1990601, 0.2054230, 0.2216383, 0.2622491, 0.3642661, 0.6200851, 1.2636430", \
					  "0.2729351, 0.2793089, 0.2955161, 0.3358741, 0.4368950, 0.6912829, 1.3281772", \
					  "0.4174870, 0.4252653, 0.4444564, 0.4900716, 0.5947505, 0.8492435, 1.4850495", \
					  "0.6926807, 0.7039143, 0.7297606, 0.7890827, 0.9186524, 1.1997578, 1.8421074");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0927765, 0.1010728, 0.1219569, 0.1745672, 0.3074778, 0.6409738, 1.4839471", \
					  "0.0927205, 0.1009400, 0.1218256, 0.1747620, 0.3083729, 0.6417260, 1.4930301", \
					  "0.0927085, 0.1010460, 0.1219300, 0.1747168, 0.3111392, 0.6419836, 1.4933133", \
					  "0.0928920, 0.1012232, 0.1220378, 0.1745733, 0.3112047, 0.6452291, 1.5059335", \
					  "0.0949848, 0.1028889, 0.1231387, 0.1748225, 0.3079406, 0.6417688, 1.4851120", \
					  "0.1154662, 0.1235765, 0.1442282, 0.1932925, 0.3169132, 0.6439128, 1.4857519", \
					  "0.1630691, 0.1722402, 0.1948706, 0.2492873, 0.3780389, 0.6794374, 1.4910331");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0144821, 0.0152336, 0.0171234, 0.0217208, 0.0326415, 0.0584505, 0.1203012", \
					  "0.0198314, 0.0205559, 0.0223102, 0.0266713, 0.0373560, 0.0629802, 0.1247260", \
					  "0.0289930, 0.0300417, 0.0323466, 0.0378029, 0.0486504, 0.0737359, 0.1352507", \
					  "0.0413488, 0.0428518, 0.0464201, 0.0542645, 0.0702104, 0.0996465, 0.1603748", \
					  "0.0544848, 0.0564985, 0.0617027, 0.0736219, 0.0975253, 0.1416228, 0.2182749", \
					  "0.0591667, 0.0625035, 0.0703133, 0.0893316, 0.1261316, 0.1921001, 0.3090593", \
					  "0.0247045, 0.0302702, 0.0434977, 0.0730413, 0.1318916, 0.2396168, 0.4206762");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0126452, 0.0136374, 0.0161127, 0.0222050, 0.0367494, 0.0714373, 0.1571068", \
					  "0.0139832, 0.0147942, 0.0168193, 0.0221844, 0.0362386, 0.0710443, 0.1569758", \
					  "0.0202796, 0.0210505, 0.0231121, 0.0271448, 0.0384920, 0.0707325, 0.1567856", \
					  "0.0311191, 0.0321640, 0.0346094, 0.0405399, 0.0525344, 0.0793505, 0.1574080", \
					  "0.0503837, 0.0518471, 0.0556899, 0.0641305, 0.0805927, 0.1131015, 0.1797111", \
					  "0.0831919, 0.0857486, 0.0919364, 0.1042584, 0.1289643, 0.1779497, 0.2609573", \
					  "0.1452663, 0.1495728, 0.1594709, 0.1810330, 0.2201294, 0.2904351, 0.4105137");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1300898, 0.1370584, 0.1543028, 0.1960017, 0.2990485, 0.5519187, 1.1879242", \
					  "0.1323656, 0.1391451, 0.1557348, 0.1977357, 0.3002827, 0.5596718, 1.1974851", \
					  "0.1443918, 0.1511660, 0.1672581, 0.2090994, 0.3128545, 0.5716443, 1.2077217", \
					  "0.1777971, 0.1842290, 0.2005507, 0.2413349, 0.3437738, 0.6004721, 1.2383727", \
					  "0.2518431, 0.2584683, 0.2747892, 0.3153260, 0.4165891, 0.6699242, 1.3094513", \
					  "0.3958823, 0.4051442, 0.4273808, 0.4775503, 0.5867378, 0.8413308, 1.4832441", \
					  "0.6643332, 0.6792858, 0.7126620, 0.7879495, 0.9384299, 1.2337410, 1.8791007");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0926417, 0.1009236, 0.1216872, 0.1753479, 0.3116400, 0.6410618, 1.4841054", \
					  "0.0926660, 0.1010348, 0.1219458, 0.1755903, 0.3076276, 0.6457877, 1.4833141", \
					  "0.0926601, 0.1010204, 0.1219616, 0.1747135, 0.3080007, 0.6460356, 1.4844875", \
					  "0.0928192, 0.1011557, 0.1218498, 0.1752391, 0.3073978, 0.6420388, 1.4854460", \
					  "0.0995396, 0.1072473, 0.1266790, 0.1764228, 0.3071976, 0.6417825, 1.4843664", \
					  "0.1329299, 0.1407904, 0.1613417, 0.2081340, 0.3243704, 0.6447998, 1.5090559", \
					  "0.2117173, 0.2211078, 0.2444330, 0.2980144, 0.4162625, 0.6950920, 1.4922550");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0159778, 0.0167302, 0.0185681, 0.0229387, 0.0332110, 0.0577547, 0.1183895", \
					  "0.0210290, 0.0217323, 0.0234721, 0.0277129, 0.0377698, 0.0623097, 0.1228201", \
					  "0.0297857, 0.0307888, 0.0331592, 0.0382132, 0.0487668, 0.0730653, 0.1335131", \
					  "0.0403135, 0.0418190, 0.0453888, 0.0532507, 0.0685969, 0.0982885, 0.1585070", \
					  "0.0495097, 0.0518480, 0.0571722, 0.0695160, 0.0941797, 0.1392211, 0.2167306", \
					  "0.0453413, 0.0491080, 0.0582432, 0.0772841, 0.1165742, 0.1871385, 0.3068289", \
					  "-0.0056789, 0.0006308, 0.0142498, 0.0478500, 0.1118028, 0.2266569, 0.4138426");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0118820, 0.0126826, 0.0147500, 0.0198291, 0.0325406, 0.0647491, 0.1468418", \
					  "0.0124154, 0.0131045, 0.0148933, 0.0196571, 0.0323258, 0.0646846, 0.1469265", \
					  "0.0177602, 0.0184866, 0.0201994, 0.0241873, 0.0344951, 0.0646705, 0.1468617", \
					  "0.0273377, 0.0284201, 0.0308741, 0.0367277, 0.0490442, 0.0736117, 0.1479676", \
					  "0.0448316, 0.0465058, 0.0504498, 0.0590296, 0.0760540, 0.1090464, 0.1713551", \
					  "0.0779256, 0.0808346, 0.0875633, 0.1009127, 0.1279577, 0.1734254, 0.2559008", \
					  "0.1434754, 0.1479611, 0.1574803, 0.1797397, 0.2202844, 0.2901951, 0.4092358");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0829959, 0.0898747, 0.1073162, 0.1496928, 0.2520260, 0.5054858, 1.1423308", \
					  "0.0838968, 0.0908186, 0.1078467, 0.1498911, 0.2546582, 0.5161218, 1.1468989", \
					  "0.0940829, 0.1005706, 0.1170888, 0.1587910, 0.2610759, 0.5188389, 1.1592747", \
					  "0.1260065, 0.1323602, 0.1483042, 0.1888624, 0.2888967, 0.5459134, 1.1917967", \
					  "0.2002396, 0.2082883, 0.2244241, 0.2623878, 0.3620632, 0.6143270, 1.2516255", \
					  "0.3317374, 0.3430690, 0.3689362, 0.4255195, 0.5371674, 0.7845308, 1.4211261", \
					  "0.5654945, 0.5831278, 0.6241613, 0.7117718, 0.8838001, 1.1895955, 1.8209327");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0915594, 0.1000983, 0.1212093, 0.1742776, 0.3075585, 0.6427383, 1.4842364", \
					  "0.0908413, 0.0993633, 0.1209260, 0.1742058, 0.3075325, 0.6458965, 1.4880076", \
					  "0.0896252, 0.0981520, 0.1201777, 0.1738661, 0.3069003, 0.6451841, 1.4852967", \
					  "0.0885701, 0.0965183, 0.1176768, 0.1727510, 0.3071697, 0.6414362, 1.4937218", \
					  "0.1100855, 0.1169891, 0.1327139, 0.1778304, 0.3048264, 0.6438156, 1.4833759", \
					  "0.1661014, 0.1739933, 0.1929725, 0.2380089, 0.3384411, 0.6488949, 1.4883783", \
					  "0.2742165, 0.2857567, 0.3129221, 0.3697880, 0.4877798, 0.7351568, 1.4906943");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0142780, 0.0149837, 0.0167060, 0.0208612, 0.0309710, 0.0560270, 0.1192324", \
					  "0.0186811, 0.0194803, 0.0212798, 0.0254774, 0.0355993, 0.0607799, 0.1240195", \
					  "0.0248813, 0.0261109, 0.0289348, 0.0349611, 0.0465910, 0.0716953, 0.1348138", \
					  "0.0310193, 0.0329001, 0.0373279, 0.0469847, 0.0648676, 0.0967480, 0.1599446", \
					  "0.0326740, 0.0357241, 0.0428855, 0.0581009, 0.0862747, 0.1357650, 0.2178404", \
					  "0.0149661, 0.0201770, 0.0321395, 0.0565891, 0.1032418, 0.1806730, 0.3077278", \
					  "-0.0640922, -0.0551727, -0.0345114, 0.0077818, 0.0849008, 0.2128467, 0.4123169");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0084671, 0.0092947, 0.0113782, 0.0167488, 0.0303415, 0.0647617, 0.1511674", \
					  "0.0098994, 0.0105515, 0.0122827, 0.0170543, 0.0303590, 0.0645475, 0.1509747", \
					  "0.0155043, 0.0163340, 0.0183945, 0.0226743, 0.0331448, 0.0649052, 0.1515566", \
					  "0.0256868, 0.0268807, 0.0296722, 0.0357867, 0.0488379, 0.0741941, 0.1518440", \
					  "0.0452500, 0.0472317, 0.0508480, 0.0604432, 0.0775470, 0.1109858, 0.1755457", \
					  "0.0837338, 0.0864181, 0.0928052, 0.1056424, 0.1314656, 0.1799515, 0.2619673", \
					  "0.1586917, 0.1631112, 0.1730194, 0.1926735, 0.2319749, 0.3000052, 0.4187439");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007536;
			capacitance : 0.008010;
			rise_capacitance : 0.008483;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087575, -0.0088503, -0.0090641, -0.0090988, -0.0091787, -0.0093631, -0.0097881");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0147419, 0.0147518, 0.0147746, 0.0147704, 0.0147610, 0.0147392, 0.0146889");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007789;
			capacitance : 0.008408;
			rise_capacitance : 0.009027;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0093327, -0.0094294, -0.0096522, -0.0096673, -0.0097023, -0.0097828, -0.0099684");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110928, 0.0110924, 0.0110915, 0.0110878, 0.0110791, 0.0110592, 0.0110132");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007278;
			capacitance : 0.007850;
			rise_capacitance : 0.008421;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048563, -0.0048603, -0.0048693, -0.0048716, -0.0048767, -0.0048886, -0.0049161");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0048812, 0.0048857, 0.0048962, 0.0048925, 0.0048842, 0.0048650, 0.0048206");
				}
			}
		}
	}
	cell ("scs8hd_nor3b_1") {
		area : 7.507200;
		cell_footprint : "nor3b";
		cell_leakage_power : 2.220130e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004081";
			when : "A&B&!CN";
		}
		leakage_power () {
			value : "4.7818517e-05";
			when : "!A&!B&CN";
		}
		leakage_power () {
			value : "0.0004099";
			when : "!A&!B&!CN";
		}
		leakage_power () {
			value : "3.2166886e-05";
			when : "!A&B&CN";
		}
		leakage_power () {
			value : "0.0004081";
			when : "!A&B&!CN";
		}
		leakage_power () {
			value : "2.9814509e-05";
			when : "A&!B&CN";
		}
		leakage_power () {
			value : "0.0004082";
			when : "A&!B&!CN";
		}
		leakage_power () {
			value : "3.1965970e-05";
			when : "A&B&CN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&CN)";
			max_capacitance : 0.041209;
			max_transition : 1.481671;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0075432, 0.0081958, 0.0096025, 0.0125019, 0.0184503, 0.0308405, 0.0567489", \
					  "0.0074185, 0.0081002, 0.0094840, 0.0123872, 0.0183911, 0.0308958, 0.0566056", \
					  "0.0073231, 0.0079896, 0.0093742, 0.0122755, 0.0182642, 0.0308697, 0.0566111", \
					  "0.0072638, 0.0079493, 0.0093094, 0.0121986, 0.0182807, 0.0305922, 0.0565847", \
					  "0.0072271, 0.0078839, 0.0092663, 0.0121134, 0.0180643, 0.0307253, 0.0567949", \
					  "0.0072066, 0.0078539, 0.0092304, 0.0120604, 0.0180057, 0.0304336, 0.0562513", \
					  "0.0069634, 0.0076090, 0.0091474, 0.0120991, 0.0181116, 0.0305056, 0.0563249");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0031643, 0.0025035, 0.0011379, -0.0017250, -0.0076537, -0.0200720, -0.0460819", \
					  "0.0031141, 0.0024706, 0.0010928, -0.0017714, -0.0076934, -0.0201021, -0.0461251", \
					  "0.0030638, 0.0024262, 0.0010612, -0.0017699, -0.0077097, -0.0201269, -0.0461357", \
					  "0.0030206, 0.0023669, 0.0009786, -0.0018380, -0.0077344, -0.0201460, -0.0462001", \
					  "0.0031703, 0.0025421, 0.0011762, -0.0016964, -0.0077268, -0.0201731, -0.0461667", \
					  "0.0032185, 0.0025663, 0.0012194, -0.0016564, -0.0075929, -0.0200812, -0.0462016", \
					  "0.0034687, 0.0028122, 0.0014639, -0.0014441, -0.0073612, -0.0198928, -0.0459833");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0059394, 0.0066428, 0.0080347, 0.0110286, 0.0170339, 0.0292870, 0.0553474", \
					  "0.0058030, 0.0064879, 0.0078932, 0.0108076, 0.0168097, 0.0292255, 0.0552154", \
					  "0.0057243, 0.0063872, 0.0077817, 0.0106860, 0.0167330, 0.0292464, 0.0549999", \
					  "0.0056607, 0.0063504, 0.0077119, 0.0105709, 0.0166075, 0.0290009, 0.0548766", \
					  "0.0056279, 0.0062839, 0.0076632, 0.0105168, 0.0165475, 0.0288959, 0.0547717", \
					  "0.0056014, 0.0062487, 0.0076077, 0.0105089, 0.0165456, 0.0290356, 0.0546413", \
					  "0.0053739, 0.0061592, 0.0075815, 0.0104750, 0.0164294, 0.0289503, 0.0549941");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0030256, 0.0023714, 0.0010058, -0.0018468, -0.0078163, -0.0202947, -0.0463645", \
					  "0.0030163, 0.0023680, 0.0010049, -0.0018430, -0.0078051, -0.0202765, -0.0463495", \
					  "0.0029792, 0.0023432, 0.0009945, -0.0018562, -0.0077910, -0.0202655, -0.0463228", \
					  "0.0029221, 0.0022642, 0.0008741, -0.0019229, -0.0078527, -0.0202696, -0.0463484", \
					  "0.0028023, 0.0021644, 0.0008221, -0.0019788, -0.0079298, -0.0203541, -0.0463722", \
					  "0.0027844, 0.0021360, 0.0007718, -0.0020885, -0.0080101, -0.0204106, -0.0464639", \
					  "0.0028526, 0.0021754, 0.0007961, -0.0020550, -0.0080366, -0.0204781, -0.0464513");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0057980, 0.0065015, 0.0079457, 0.0108978, 0.0170511, 0.0294307, 0.0552107", \
					  "0.0057786, 0.0064954, 0.0079162, 0.0108582, 0.0169033, 0.0294028, 0.0551794", \
					  "0.0057523, 0.0064303, 0.0078608, 0.0107965, 0.0168384, 0.0294009, 0.0552312", \
					  "0.0055573, 0.0062341, 0.0076643, 0.0106046, 0.0166388, 0.0292155, 0.0553725", \
					  "0.0053849, 0.0060662, 0.0074718, 0.0103869, 0.0164222, 0.0288934, 0.0548753", \
					  "0.0053619, 0.0059966, 0.0073945, 0.0103123, 0.0162827, 0.0288641, 0.0549393", \
					  "0.0054866, 0.0061136, 0.0075043, 0.0103984, 0.0162693, 0.0287535, 0.0547038");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001043053, 0.00217592, 0.004539202, 0.00946926, 0.01975389, 0.04120872");
					values("0.0013771, 0.0008651, -0.0002723, -0.0028193, -0.0085605, -0.0209175, -0.0469452", \
					  "0.0013115, 0.0008059, -0.0003239, -0.0028832, -0.0085962, -0.0209476, -0.0469888", \
					  "0.0013664, 0.0008448, -0.0002848, -0.0028505, -0.0085522, -0.0209169, -0.0469398", \
					  "0.0012464, 0.0007281, -0.0003810, -0.0029332, -0.0086354, -0.0209866, -0.0470171", \
					  "0.0010659, 0.0005312, -0.0005923, -0.0031166, -0.0087694, -0.0210727, -0.0470846", \
					  "0.0015330, 0.0009220, -0.0004025, -0.0032597, -0.0090437, -0.0211639, -0.0471352", \
					  "0.0017365, 0.0011033, -0.0002583, -0.0030274, -0.0088979, -0.0212542, -0.0472165");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1359175, 0.1503563, 0.1799285, 0.2411310, 0.3655285, 0.6253585, 1.1695922", \
					  "0.1403602, 0.1548142, 0.1848241, 0.2452228, 0.3754578, 0.6350852, 1.1726874", \
					  "0.1550027, 0.1688982, 0.1984612, 0.2589512, 0.3848110, 0.6476439, 1.1869151", \
					  "0.1878651, 0.2017820, 0.2308294, 0.2915378, 0.4185426, 0.6769790, 1.2215942", \
					  "0.2579497, 0.2720671, 0.3010985, 0.3612002, 0.4861116, 0.7496433, 1.2935782", \
					  "0.3945810, 0.4121399, 0.4467360, 0.5134675, 0.6404562, 0.9022233, 1.4417023", \
					  "0.6512738, 0.6761107, 0.7248807, 0.8134783, 0.9717782, 1.2527008, 1.7979207");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1004311, 0.1186511, 0.1563258, 0.2364632, 0.3997849, 0.7417425, 1.4538892", \
					  "0.1005213, 0.1187572, 0.1565292, 0.2349785, 0.4020363, 0.7469286, 1.4547913", \
					  "0.1002710, 0.1186081, 0.1564820, 0.2354897, 0.3993028, 0.7455561, 1.4603376", \
					  "0.1001948, 0.1187183, 0.1565809, 0.2363125, 0.4066339, 0.7423828, 1.4537451", \
					  "0.1043260, 0.1217274, 0.1586045, 0.2356472, 0.3991061, 0.7532348, 1.4816709", \
					  "0.1305652, 0.1475978, 0.1837458, 0.2544558, 0.4083191, 0.7439843, 1.4555955", \
					  "0.1930650, 0.2127502, 0.2521006, 0.3315216, 0.4808975, 0.7788157, 1.4612258");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0160891, 0.0178889, 0.0215047, 0.0287178, 0.0429327, 0.0714848, 0.1295594", \
					  "0.0213247, 0.0229934, 0.0264431, 0.0334810, 0.0476184, 0.0760951, 0.1340744", \
					  "0.0313593, 0.0335243, 0.0377049, 0.0450136, 0.0587001, 0.0869479, 0.1448991", \
					  "0.0456001, 0.0489039, 0.0549789, 0.0656034, 0.0838905, 0.1131779, 0.1695651", \
					  "0.0616416, 0.0664821, 0.0756091, 0.0921538, 0.1197084, 0.1635415, 0.2306158", \
					  "0.0737177, 0.0815163, 0.0958813, 0.1214187, 0.1638589, 0.2312851, 0.3327537", \
					  "0.0539791, 0.0665265, 0.0901490, 0.1317231, 0.1994091, 0.3065918, 0.4650474");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0138270, 0.0161190, 0.0204873, 0.0293850, 0.0471291, 0.0835787, 0.1593949", \
					  "0.0145224, 0.0164298, 0.0204439, 0.0289644, 0.0470255, 0.0834628, 0.1593067", \
					  "0.0206391, 0.0222198, 0.0250413, 0.0318204, 0.0476635, 0.0832558, 0.1592330", \
					  "0.0319535, 0.0343391, 0.0388221, 0.0462724, 0.0591294, 0.0889779, 0.1597674", \
					  "0.0524062, 0.0559527, 0.0623170, 0.0735983, 0.0927959, 0.1231952, 0.1796851", \
					  "0.0875412, 0.0929684, 0.1034930, 0.1208152, 0.1495507, 0.1959192, 0.2660984", \
					  "0.1549756, 0.1641221, 0.1806796, 0.2088998, 0.2536364, 0.3222191, 0.4241830");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1221143, 0.1365186, 0.1662273, 0.2279018, 0.3544809, 0.6124592, 1.1534842", \
					  "0.1255433, 0.1397696, 0.1696565, 0.2303950, 0.3565014, 0.6171734, 1.1597279", \
					  "0.1384922, 0.1526154, 0.1816870, 0.2429607, 0.3721716, 0.6336063, 1.1714452", \
					  "0.1708942, 0.1847908, 0.2139390, 0.2750919, 0.3996028, 0.6605969, 1.2038309", \
					  "0.2445210, 0.2589138, 0.2881753, 0.3488666, 0.4750944, 0.7356319, 1.2764698", \
					  "0.3899534, 0.4100013, 0.4474570, 0.5197945, 0.6469782, 0.9078649, 1.4514862", \
					  "0.6539210, 0.6879273, 0.7450198, 0.8483980, 1.0190891, 1.3094174, 1.8514268");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1003227, 0.1189503, 0.1566027, 0.2385237, 0.4072254, 0.7411276, 1.4553222", \
					  "0.0999686, 0.1185929, 0.1567586, 0.2355924, 0.3993166, 0.7408308, 1.4544822", \
					  "0.1003023, 0.1186212, 0.1565087, 0.2355511, 0.4021631, 0.7460854, 1.4547855", \
					  "0.1003768, 0.1187900, 0.1565849, 0.2354620, 0.4023595, 0.7419811, 1.4532464", \
					  "0.1085094, 0.1251264, 0.1605098, 0.2359539, 0.4006739, 0.7410736, 1.4554020", \
					  "0.1481285, 0.1645153, 0.1984064, 0.2639146, 0.4115174, 0.7485877, 1.4535219", \
					  "0.2390286, 0.2593176, 0.2971503, 0.3696759, 0.5028392, 0.7936714, 1.4715528");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0170743, 0.0187883, 0.0222528, 0.0291963, 0.0431612, 0.0717153, 0.1306752", \
					  "0.0220227, 0.0236798, 0.0270711, 0.0338355, 0.0477894, 0.0763416, 0.1353766", \
					  "0.0315199, 0.0337209, 0.0378336, 0.0449991, 0.0589799, 0.0872969, 0.1462562", \
					  "0.0435207, 0.0469017, 0.0532297, 0.0644314, 0.0830862, 0.1128746, 0.1713937", \
					  "0.0561106, 0.0613526, 0.0711822, 0.0885217, 0.1174172, 0.1624920, 0.2316014", \
					  "0.0592213, 0.0676092, 0.0827331, 0.1115653, 0.1569237, 0.2266865, 0.3327552", \
					  "0.0235935, 0.0382796, 0.0650863, 0.1112168, 0.1848944, 0.2959454, 0.4602433");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0130369, 0.0150867, 0.0192652, 0.0279044, 0.0457582, 0.0832564, 0.1616621", \
					  "0.0135187, 0.0153380, 0.0192428, 0.0277221, 0.0456936, 0.0832402, 0.1617603", \
					  "0.0190921, 0.0208098, 0.0236970, 0.0306961, 0.0464541, 0.0831214, 0.1617327", \
					  "0.0298507, 0.0323656, 0.0370755, 0.0452347, 0.0586261, 0.0894318, 0.1622268", \
					  "0.0497810, 0.0531458, 0.0598826, 0.0724435, 0.0923947, 0.1245429, 0.1823181", \
					  "0.0864109, 0.0925844, 0.1041965, 0.1209506, 0.1507943, 0.1974412, 0.2693823", \
					  "0.1575039, 0.1679917, 0.1851134, 0.2137491, 0.2575419, 0.3262246, 0.4305559");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				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, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.1126531, 0.1275114, 0.1580454, 0.2199455, 0.3480662, 0.6074348, 1.1485319", \
					  "0.1177580, 0.1323092, 0.1629459, 0.2247910, 0.3513414, 0.6143154, 1.1573336", \
					  "0.1282590, 0.1430307, 0.1731448, 0.2346012, 0.3615870, 0.6259646, 1.1734692", \
					  "0.1485092, 0.1630341, 0.1930324, 0.2548483, 0.3809375, 0.6432275, 1.1946318", \
					  "0.1795911, 0.1938025, 0.2234173, 0.2842197, 0.4114910, 0.6741149, 1.2158291", \
					  "0.2220979, 0.2359893, 0.2645505, 0.3257315, 0.4518796, 0.7128010, 1.2589699", \
					  "0.2692265, 0.2817527, 0.3098462, 0.3696500, 0.4953443, 0.7557219, 1.2967953");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0997878, 0.1183049, 0.1560812, 0.2349287, 0.4050860, 0.7438299, 1.4541339", \
					  "0.0995176, 0.1185684, 0.1565762, 0.2354380, 0.3992442, 0.7443627, 1.4535294", \
					  "0.0997223, 0.1178835, 0.1564588, 0.2354896, 0.3995507, 0.7406479, 1.4551643", \
					  "0.0993235, 0.1178127, 0.1564089, 0.2363289, 0.4003378, 0.7425143, 1.4650452", \
					  "0.0989705, 0.1182264, 0.1563493, 0.2361933, 0.4019563, 0.7410928, 1.4573344", \
					  "0.0990276, 0.1179063, 0.1563646, 0.2377843, 0.3999406, 0.7450053, 1.4548889", \
					  "0.1061649, 0.1228739, 0.1583857, 0.2363034, 0.4021255, 0.7420183, 1.4544754");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0996900, 0.1028200, 0.1085439, 0.1186887, 0.1367227, 0.1682438, 0.2290752", \
					  "0.1048357, 0.1081086, 0.1139256, 0.1237957, 0.1419155, 0.1735114, 0.2345007", \
					  "0.1186106, 0.1217717, 0.1276204, 0.1377797, 0.1556596, 0.1872018, 0.2480113", \
					  "0.1529938, 0.1561293, 0.1620316, 0.1722613, 0.1900888, 0.2220500, 0.2829272", \
					  "0.2306215, 0.2339026, 0.2399738, 0.2505602, 0.2686620, 0.3003743, 0.3617543", \
					  "0.3686011, 0.3728678, 0.3804111, 0.3934603, 0.4146169, 0.4496981, 0.5124955", \
					  "0.5998896, 0.6056603, 0.6161367, 0.6336895, 0.6617178, 0.7033842, 0.7708602");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00104305, 0.00217592, 0.0045392, 0.00946926, 0.0197539, 0.0412087");
					values("0.0245268, 0.0266508, 0.0310757, 0.0400277, 0.0566226, 0.0920762, 0.1676310", \
					  "0.0243372, 0.0265349, 0.0309000, 0.0398927, 0.0567549, 0.0920459, 0.1675966", \
					  "0.0245111, 0.0266557, 0.0310327, 0.0396467, 0.0567029, 0.0918485, 0.1677527", \
					  "0.0244053, 0.0265604, 0.0312193, 0.0397889, 0.0568407, 0.0916101, 0.1677363", \
					  "0.0274604, 0.0294489, 0.0334378, 0.0414889, 0.0580517, 0.0925999, 0.1667580", \
					  "0.0399705, 0.0425502, 0.0466679, 0.0537899, 0.0697713, 0.1016353, 0.1716893", \
					  "0.0619843, 0.0649918, 0.0692331, 0.0780968, 0.0937454, 0.1234397, 0.1869093");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002135;
			capacitance : 0.002234;
			rise_capacitance : 0.002333;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022912, -0.0023144, -0.0023680, -0.0023751, -0.0023914, -0.0024291, -0.0025159");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026130, 0.0026111, 0.0026067, 0.0026076, 0.0026096, 0.0026142, 0.0026247");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002100;
			capacitance : 0.002228;
			rise_capacitance : 0.002356;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028113, -0.0028240, -0.0028534, -0.0028548, -0.0028581, -0.0028658, -0.0028835");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029009, 0.0028986, 0.0028935, 0.0028933, 0.0028931, 0.0028924, 0.0028909");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001498;
			capacitance : 0.001431;
			fall_capacitance : 0.001364;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017477, 0.0017113, 0.0016274, 0.0016268, 0.0016255, 0.0016225, 0.0016156");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062478, 0.0061830, 0.0060336, 0.0060353, 0.0060391, 0.0060478, 0.0060679");
				}
			}
		}
	}
	cell ("scs8hd_nor3b_2") {
		area : 12.512000;
		cell_footprint : "nor3b";
		cell_leakage_power : 4.144623e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "9.1886500e-05";
			when : "!A&!B&CN";
		}
		leakage_power () {
			value : "0.0007550";
			when : "!A&!B&!CN";
		}
		leakage_power () {
			value : "7.5492489e-05";
			when : "!A&B&CN";
		}
		leakage_power () {
			value : "0.0007482";
			when : "!A&B&!CN";
		}
		leakage_power () {
			value : "6.7832309e-05";
			when : "A&!B&CN";
		}
		leakage_power () {
			value : "0.0007518";
			when : "A&!B&!CN";
		}
		leakage_power () {
			value : "7.4532008e-05";
			when : "A&B&CN";
		}
		leakage_power () {
			value : "0.0007510";
			when : "A&B&!CN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&CN)";
			max_capacitance : 0.081492;
			max_transition : 1.516992;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001168586, 0.002731187, 0.006383256, 0.01491877, 0.03486774, 0.08149191");
					values("0.0134472, 0.0142975, 0.0163313, 0.0208091, 0.0311733, 0.0553278, 0.1117859", \
					  "0.0132648, 0.0140742, 0.0160810, 0.0205562, 0.0310019, 0.0551028, 0.1111789", \
					  "0.0131235, 0.0139324, 0.0158605, 0.0203232, 0.0308413, 0.0550063, 0.1112993", \
					  "0.0130095, 0.0138094, 0.0157118, 0.0201806, 0.0305717, 0.0547196, 0.1109396", \
					  "0.0128786, 0.0136982, 0.0156237, 0.0200724, 0.0305754, 0.0546480, 0.1106331", \
					  "0.0129125, 0.0137223, 0.0156149, 0.0200005, 0.0303733, 0.0543685, 0.1106119", \
					  "0.0124606, 0.0132542, 0.0153319, 0.0199986, 0.0304780, 0.0544618, 0.1105751");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001168586, 0.002731187, 0.006383256, 0.01491877, 0.03486774, 0.08149191");
					values("0.0065215, 0.0057101, 0.0038245, -0.0005962, -0.0108851, -0.0348815, -0.0913155", \
					  "0.0064064, 0.0055931, 0.0037166, -0.0007022, -0.0109784, -0.0349641, -0.0914166", \
					  "0.0063187, 0.0055421, 0.0036555, -0.0007470, -0.0110273, -0.0350254, -0.0914772", \
					  "0.0060516, 0.0052563, 0.0033992, -0.0009776, -0.0111875, -0.0351547, -0.0916169", \
					  "0.0063593, 0.0056029, 0.0037094, -0.0007489, -0.0111589, -0.0352225, -0.0916513", \
					  "0.0066206, 0.0058646, 0.0038358, -0.0004148, -0.0107682, -0.0349649, -0.0916516", \
					  "0.0070514, 0.0062334, 0.0043902, -5.5400000e-05, -0.0104724, -0.0346624, -0.0913597");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001168586, 0.002731187, 0.006383256, 0.01491877, 0.03486774, 0.08149191");
					values("0.0113007, 0.0121894, 0.0141530, 0.0187135, 0.0291301, 0.0531942, 0.1095219", \
					  "0.0110251, 0.0119507, 0.0138783, 0.0184403, 0.0289627, 0.0532763, 0.1098645", \
					  "0.0108628, 0.0116976, 0.0137052, 0.0181439, 0.0286080, 0.0528638, 0.1099903", \
					  "0.0107458, 0.0115805, 0.0135142, 0.0179747, 0.0283509, 0.0530137, 0.1092767", \
					  "0.0105958, 0.0114184, 0.0133466, 0.0178217, 0.0281899, 0.0522647, 0.1088167", \
					  "0.0106102, 0.0114241, 0.0133474, 0.0177740, 0.0281401, 0.0524996, 0.1082680", \
					  "0.0104861, 0.0113416, 0.0132599, 0.0176863, 0.0280366, 0.0523764, 0.1091184");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001168586, 0.002731187, 0.006383256, 0.01491877, 0.03486774, 0.08149191");
					values("0.0052165, 0.0044085, 0.0025165, -0.0019061, -0.0122220, -0.0363908, -0.0930234", \
					  "0.0051718, 0.0043688, 0.0024837, -0.0019182, -0.0122244, -0.0363826, -0.0930101", \
					  "0.0050177, 0.0042374, 0.0023874, -0.0019991, -0.0122462, -0.0364045, -0.0929915", \
					  "0.0047579, 0.0039387, 0.0021186, -0.0022369, -0.0123823, -0.0364616, -0.0930572", \
					  "0.0046922, 0.0038592, 0.0020370, -0.0023019, -0.0124872, -0.0366202, -0.0930529", \
					  "0.0045511, 0.0037660, 0.0019594, -0.0023652, -0.0127124, -0.0365541, -0.0931913", \
					  "0.0052474, 0.0039288, 0.0020767, -0.0023726, -0.0126649, -0.0367465, -0.0932380");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001168586, 0.002731187, 0.006383256, 0.01491877, 0.03486774, 0.08149191");
					values("0.0104247, 0.0112744, 0.0132838, 0.0178697, 0.0284316, 0.0528867, 0.1087594", \
					  "0.0104282, 0.0113124, 0.0132931, 0.0179073, 0.0284040, 0.0526663, 0.1092678", \
					  "0.0104125, 0.0112938, 0.0132749, 0.0178213, 0.0283723, 0.0526095, 0.1091873", \
					  "0.0102405, 0.0110983, 0.0130084, 0.0175342, 0.0280308, 0.0523923, 0.1085841", \
					  "0.0100059, 0.0108518, 0.0127693, 0.0173365, 0.0278847, 0.0520346, 0.1087333", \
					  "0.0098370, 0.0106427, 0.0126062, 0.0171333, 0.0274585, 0.0517321, 0.1084592", \
					  "0.0100065, 0.0108823, 0.0127885, 0.0172364, 0.0273693, 0.0519333, 0.1078492");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001168586, 0.002731187, 0.006383256, 0.01491877, 0.03486774, 0.08149191");
					values("0.0014403, 0.0007681, -0.0006893, -0.0045305, -0.0141650, -0.0378783, -0.0943975", \
					  "0.0014044, 0.0007979, -0.0007170, -0.0045379, -0.0141796, -0.0378894, -0.0944141", \
					  "0.0014418, 0.0007815, -0.0007263, -0.0045131, -0.0141143, -0.0378483, -0.0943480", \
					  "0.0012910, 0.0006488, -0.0008834, -0.0046712, -0.0143008, -0.0380098, -0.0944902", \
					  "0.0010470, 0.0003950, -0.0011437, -0.0049298, -0.0144526, -0.0380992, -0.0945520", \
					  "0.0014256, 0.0006986, -0.0010135, -0.0053182, -0.0150430, -0.0384289, -0.0947821", \
					  "0.0022939, 0.0014372, -0.0002817, -0.0044455, -0.0147374, -0.0386460, -0.0950393");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.1335491, 0.1428371, 0.1644678, 0.2135340, 0.3260602, 0.5910030, 1.2014272", \
					  "0.1380686, 0.1473438, 0.1687032, 0.2179432, 0.3311778, 0.5933422, 1.2029365", \
					  "0.1526560, 0.1619269, 0.1828449, 0.2313817, 0.3452068, 0.6079307, 1.2179880", \
					  "0.1865453, 0.1957666, 0.2166107, 0.2650526, 0.3809101, 0.6418523, 1.2515364", \
					  "0.2585263, 0.2677559, 0.2888562, 0.3372512, 0.4505618, 0.7145124, 1.3223336", \
					  "0.3964720, 0.4079438, 0.4333654, 0.4888613, 0.6051617, 0.8672100, 1.4766806", \
					  "0.6536625, 0.6701121, 0.7063888, 0.7812432, 0.9284861, 1.2177513, 1.8309525");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0812366, 0.0929950, 0.1206372, 0.1851335, 0.3343460, 0.6854607, 1.4945587", \
					  "0.0810595, 0.0930048, 0.1207247, 0.1847606, 0.3340109, 0.6815143, 1.4889264", \
					  "0.0812046, 0.0930387, 0.1207182, 0.1850698, 0.3336440, 0.6805458, 1.4913694", \
					  "0.0812645, 0.0930892, 0.1207247, 0.1848809, 0.3352468, 0.6802477, 1.4878272", \
					  "0.0844490, 0.0958453, 0.1222863, 0.1858115, 0.3360937, 0.6812806, 1.4898324", \
					  "0.1066457, 0.1184856, 0.1456677, 0.2046339, 0.3429768, 0.6794655, 1.4894729", \
					  "0.1611653, 0.1740871, 0.2035718, 0.2693905, 0.4108772, 0.7185733, 1.4940414");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0142382, 0.0154750, 0.0182515, 0.0244359, 0.0378832, 0.0672587, 0.1328994", \
					  "0.0198069, 0.0209115, 0.0234583, 0.0293675, 0.0426128, 0.0718505, 0.1374602", \
					  "0.0297180, 0.0312001, 0.0345943, 0.0412756, 0.0541022, 0.0829579, 0.1479916", \
					  "0.0435137, 0.0458341, 0.0506496, 0.0601151, 0.0781970, 0.1090608, 0.1732161", \
					  "0.0592319, 0.0624715, 0.0700235, 0.0846565, 0.1113728, 0.1578469, 0.2339436", \
					  "0.0695100, 0.0744678, 0.0871187, 0.1079417, 0.1500538, 0.2217533, 0.3373153", \
					  "0.0500161, 0.0585044, 0.0767433, 0.1134312, 0.1801553, 0.2927332, 0.4723730");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0122565, 0.0138255, 0.0173484, 0.0249933, 0.0415856, 0.0786103, 0.1642239", \
					  "0.0135701, 0.0148252, 0.0177795, 0.0247081, 0.0413284, 0.0786241, 0.1639497", \
					  "0.0201460, 0.0212685, 0.0235387, 0.0286983, 0.0425364, 0.0781553, 0.1642136", \
					  "0.0314012, 0.0329707, 0.0363275, 0.0428510, 0.0557132, 0.0843881, 0.1643746", \
					  "0.0502979, 0.0528585, 0.0585248, 0.0680598, 0.0867261, 0.1191656, 0.1835588", \
					  "0.0844961, 0.0899691, 0.0964252, 0.1143141, 0.1414181, 0.1890395, 0.2703154", \
					  "0.1465965, 0.1533411, 0.1679388, 0.1942090, 0.2374078, 0.3097492, 0.4287419");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.1163933, 0.1259334, 0.1477696, 0.1971632, 0.3105270, 0.5722492, 1.1821953", \
					  "0.1193161, 0.1289521, 0.1507489, 0.1999860, 0.3160243, 0.5814106, 1.1925253", \
					  "0.1324265, 0.1415577, 0.1626742, 0.2115194, 0.3251051, 0.5882484, 1.2055323", \
					  "0.1640253, 0.1732122, 0.1941575, 0.2427871, 0.3561720, 0.6228844, 1.2414061", \
					  "0.2353970, 0.2452107, 0.2668355, 0.3155645, 0.4288566, 0.6904477, 1.3022626", \
					  "0.3699266, 0.3837088, 0.4133979, 0.4758171, 0.5962513, 0.8583993, 1.4686705", \
					  "0.6113276, 0.6351951, 0.6814663, 0.7772922, 0.9430694, 1.2485677, 1.8624368");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0811349, 0.0926718, 0.1204233, 0.1846008, 0.3332080, 0.6806208, 1.4914370", \
					  "0.0811577, 0.0930199, 0.1205688, 0.1846215, 0.3346548, 0.6833372, 1.4932419", \
					  "0.0811838, 0.0930228, 0.1207808, 0.1845509, 0.3337503, 0.6808056, 1.5169923", \
					  "0.0810177, 0.0931383, 0.1208175, 0.1848870, 0.3342667, 0.6939370, 1.5077113", \
					  "0.0896671, 0.1005189, 0.1260011, 0.1866274, 0.3343868, 0.6800126, 1.4929931", \
					  "0.1243943, 0.1360652, 0.1625787, 0.2196466, 0.3490299, 0.6818271, 1.4909562", \
					  "0.2061417, 0.2211665, 0.2520652, 0.3188337, 0.4477118, 0.7384653, 1.5045242");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0157658, 0.0169752, 0.0196688, 0.0255610, 0.0385627, 0.0676716, 0.1344404", \
					  "0.0209299, 0.0220427, 0.0246094, 0.0304191, 0.0433549, 0.0722830, 0.1391491", \
					  "0.0301756, 0.0317436, 0.0350575, 0.0415015, 0.0545605, 0.0833261, 0.1500908", \
					  "0.0419046, 0.0443844, 0.0494018, 0.0594088, 0.0777831, 0.1090087, 0.1755010", \
					  "0.0532148, 0.0578121, 0.0656250, 0.0810436, 0.1094720, 0.1576358, 0.2361867", \
					  "0.0574226, 0.0634228, 0.0754386, 0.1001194, 0.1454041, 0.2194338, 0.3397785", \
					  "0.0212814, 0.0322000, 0.0532757, 0.0947947, 0.1673731, 0.2876379, 0.4749836");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0118339, 0.0132331, 0.0163409, 0.0233930, 0.0394867, 0.0771697, 0.1659156", \
					  "0.0124973, 0.0136703, 0.0163978, 0.0231504, 0.0393615, 0.0771398, 0.1660793", \
					  "0.0180381, 0.0192140, 0.0217880, 0.0268002, 0.0406639, 0.0770723, 0.1659534", \
					  "0.0284821, 0.0297338, 0.0335889, 0.0405688, 0.0539044, 0.0837885, 0.1664323", \
					  "0.0469604, 0.0493958, 0.0544478, 0.0652462, 0.0847934, 0.1186644, 0.1859344", \
					  "0.0805669, 0.0853414, 0.0930161, 0.1101452, 0.1393189, 0.1910349, 0.2717627", \
					  "0.1457727, 0.1531326, 0.1678539, 0.1942825, 0.2390008, 0.3136949, 0.4331842");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				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, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.1015184, 0.1106545, 0.1324270, 0.1826783, 0.2975507, 0.5621600, 1.1716698", \
					  "0.1070147, 0.1162371, 0.1378800, 0.1879912, 0.3028947, 0.5658087, 1.1802305", \
					  "0.1188275, 0.1280862, 0.1496384, 0.1994527, 0.3148106, 0.5773257, 1.1909729", \
					  "0.1451527, 0.1541629, 0.1751131, 0.2245314, 0.3385574, 0.6020944, 1.2132019", \
					  "0.1889430, 0.1976615, 0.2185922, 0.2676725, 0.3815705, 0.6444386, 1.2617589", \
					  "0.2546025, 0.2629142, 0.2827820, 0.3311118, 0.4440360, 0.7061531, 1.3225153", \
					  "0.3446858, 0.3538012, 0.3737277, 0.4198965, 0.5296455, 0.7943435, 1.4021229");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0770366, 0.0897647, 0.1189920, 0.1843007, 0.3333306, 0.6824257, 1.4892323", \
					  "0.0774185, 0.0898373, 0.1190154, 0.1847166, 0.3332806, 0.6800732, 1.4931302", \
					  "0.0773231, 0.0896497, 0.1189167, 0.1842402, 0.3343187, 0.6804597, 1.4909844", \
					  "0.0765343, 0.0894729, 0.1184564, 0.1842237, 0.3332862, 0.6808229, 1.4898821", \
					  "0.0765323, 0.0890904, 0.1176903, 0.1840575, 0.3346782, 0.6807764, 1.4917163", \
					  "0.0790563, 0.0906131, 0.1176763, 0.1834723, 0.3339602, 0.6807202, 1.4927239", \
					  "0.0909686, 0.1010986, 0.1253928, 0.1856319, 0.3351554, 0.6919661, 1.4910836");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.1154825, 0.1181434, 0.1236523, 0.1340925, 0.1530282, 0.1875894, 0.2574406", \
					  "0.1208761, 0.1235199, 0.1288946, 0.1394445, 0.1584131, 0.1929274, 0.2628589", \
					  "0.1346923, 0.1373173, 0.1428312, 0.1532544, 0.1720394, 0.2067129, 0.2765956", \
					  "0.1671170, 0.1697870, 0.1751851, 0.1856106, 0.2043336, 0.2392453, 0.3092136", \
					  "0.2440431, 0.2466788, 0.2521470, 0.2625840, 0.2807880, 0.3157689, 0.3857508", \
					  "0.3851651, 0.3884842, 0.3945864, 0.4088598, 0.4303758, 0.4683226, 0.5392343", \
					  "0.6146246, 0.6172503, 0.6285161, 0.6447027, 0.6743612, 0.7204953, 0.7992109");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00116859, 0.00273119, 0.00638326, 0.0149188, 0.0348677, 0.0814919");
					values("0.0267704, 0.0281768, 0.0316108, 0.0387921, 0.0550150, 0.0899282, 0.1722927", \
					  "0.0268636, 0.0283023, 0.0317073, 0.0388391, 0.0550165, 0.0899939, 0.1726488", \
					  "0.0266771, 0.0282034, 0.0315790, 0.0387992, 0.0548182, 0.0899208, 0.1730066", \
					  "0.0269258, 0.0284557, 0.0318563, 0.0391945, 0.0552735, 0.0897945, 0.1730161", \
					  "0.0282195, 0.0294900, 0.0328787, 0.0398202, 0.0560324, 0.0905862, 0.1725383", \
					  "0.0409910, 0.0429087, 0.0464816, 0.0532313, 0.0670724, 0.0992963, 0.1780462", \
					  "0.0640925, 0.0664234, 0.0698062, 0.0784705, 0.0950271, 0.1246013, 0.1943945");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003842;
			capacitance : 0.004066;
			rise_capacitance : 0.004290;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045515, -0.0045874, -0.0046700, -0.0046824, -0.0047111, -0.0047772, -0.0049295");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060067, 0.0059968, 0.0059740, 0.0059711, 0.0059645, 0.0059493, 0.0059143");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003885;
			capacitance : 0.004184;
			rise_capacitance : 0.004483;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052073, -0.0052139, -0.0052291, -0.0052332, -0.0052426, -0.0052644, -0.0053145");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055061, 0.0055072, 0.0055097, 0.0055092, 0.0055081, 0.0055054, 0.0054993");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001303;
			capacitance : 0.001258;
			fall_capacitance : 0.001213;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024726, 0.0024459, 0.0023845, 0.0023948, 0.0024184, 0.0024730, 0.0025988");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0078998, 0.0078418, 0.0077082, 0.0077224, 0.0077552, 0.0078309, 0.0080052");
				}
			}
		}
	}
	cell ("scs8hd_nor3b_4") {
		area : 18.768000;
		cell_footprint : "nor3b";
		cell_leakage_power : 2.847522e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005891";
			when : "!A&!B&CN";
		}
		leakage_power () {
			value : "0.0014531";
			when : "!A&!B&!CN";
		}
		leakage_power () {
			value : "0.0004438";
			when : "!A&B&CN";
		}
		leakage_power () {
			value : "0.0015682";
			when : "!A&B&!CN";
		}
		leakage_power () {
			value : "0.0007915";
			when : "A&!B&CN";
		}
		leakage_power () {
			value : "0.0014496";
			when : "A&!B&!CN";
		}
		leakage_power () {
			value : "0.0004450";
			when : "A&B&CN";
		}
		leakage_power () {
			value : "0.0160398";
			when : "A&B&!CN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&CN)";
			max_capacitance : 0.124522;
			max_transition : 1.492427;
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0207174, 0.0216672, 0.0240812, 0.0301945, 0.0450303, 0.0815910, 0.1721925", \
					  "0.0206851, 0.0216637, 0.0242122, 0.0301222, 0.0449979, 0.0815797, 0.1719309", \
					  "0.0207024, 0.0216893, 0.0240558, 0.0300733, 0.0449272, 0.0814858, 0.1717459", \
					  "0.0204186, 0.0213859, 0.0237292, 0.0297140, 0.0443617, 0.0808173, 0.1716524", \
					  "0.0198462, 0.0207972, 0.0232443, 0.0291905, 0.0440792, 0.0806057, 0.1712327", \
					  "0.0198521, 0.0207657, 0.0231034, 0.0290077, 0.0433212, 0.0799531, 0.1710744", \
					  "0.0201292, 0.0210544, 0.0233550, 0.0292085, 0.0433204, 0.0795327, 0.1702889");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0042606, 0.0034967, 0.0015190, -0.0033061, -0.0161387, -0.0510375, -0.1415704", \
					  "0.0042659, 0.0034549, 0.0014828, -0.0032995, -0.0161212, -0.0510254, -0.1415533", \
					  "0.0042576, 0.0035299, 0.0015167, -0.0033229, -0.0161087, -0.0509762, -0.1415322", \
					  "0.0040460, 0.0032728, 0.0013295, -0.0034912, -0.0163360, -0.0511444, -0.1416629", \
					  "0.0037522, 0.0029141, 0.0009324, -0.0039063, -0.0167134, -0.0514707, -0.1418678", \
					  "0.0026908, 0.0018702, 0.0001154, -0.0048141, -0.0172593, -0.0517892, -0.1420443", \
					  "0.0061730, 0.0049589, 0.0028362, -0.0025697, -0.0164971, -0.0520495, -0.1422670");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0235381, 0.0244536, 0.0268302, 0.0327016, 0.0472428, 0.0831469, 0.1734309", \
					  "0.0230705, 0.0239807, 0.0263611, 0.0322847, 0.0468724, 0.0831563, 0.1731219", \
					  "0.0227877, 0.0236807, 0.0260461, 0.0319560, 0.0465399, 0.0827982, 0.1729764", \
					  "0.0225445, 0.0235219, 0.0257801, 0.0316306, 0.0461777, 0.0823568, 0.1727362", \
					  "0.0223238, 0.0232259, 0.0255863, 0.0313027, 0.0460268, 0.0819888, 0.1723499", \
					  "0.0222910, 0.0232190, 0.0255174, 0.0312730, 0.0456676, 0.0816299, 0.1719711", \
					  "0.0216034, 0.0226858, 0.0253136, 0.0312334, 0.0459272, 0.0816144, 0.1716378");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0126660, 0.0117500, 0.0094689, 0.0037159, -0.0106799, -0.0466742, -0.1373088", \
					  "0.0125172, 0.0115940, 0.0093196, 0.0035437, -0.0108566, -0.0468589, -0.1374990", \
					  "0.0123298, 0.0114712, 0.0091937, 0.0034747, -0.0108921, -0.0469365, -0.1376035", \
					  "0.0118636, 0.0109626, 0.0087225, 0.0031473, -0.0111576, -0.0470650, -0.1377953", \
					  "0.0121129, 0.0112127, 0.0089500, 0.0032107, -0.0114090, -0.0472999, -0.1377815", \
					  "0.0126503, 0.0117368, 0.0092186, 0.0035101, -0.0108797, -0.0468466, -0.1377947", \
					  "0.0134412, 0.0125227, 0.0102117, 0.0044740, -0.0100392, -0.0463119, -0.1373579");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0211354, 0.0221948, 0.0245396, 0.0305115, 0.0451031, 0.0811030, 0.1710296", \
					  "0.0205803, 0.0216154, 0.0240849, 0.0299521, 0.0446671, 0.0810635, 0.1709345", \
					  "0.0202245, 0.0211801, 0.0235517, 0.0294422, 0.0441007, 0.0805106, 0.1707453", \
					  "0.0200136, 0.0209372, 0.0234127, 0.0290878, 0.0436224, 0.0798866, 0.1712090", \
					  "0.0197177, 0.0206492, 0.0229633, 0.0287924, 0.0431573, 0.0795884, 0.1702675", \
					  "0.0196839, 0.0206226, 0.0229246, 0.0286983, 0.0431983, 0.0796882, 0.1693818", \
					  "0.0195328, 0.0204574, 0.0227419, 0.0285429, 0.0430833, 0.0793480, 0.1696976");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001254149, 0.00314578, 0.007890554, 0.01979186, 0.04964389, 0.1245217");
					values("0.0109684, 0.0100517, 0.0077474, 0.0019801, -0.0124549, -0.0486158, -0.1395338", \
					  "0.0109051, 0.0099945, 0.0077014, 0.0019452, -0.0124470, -0.0485746, -0.1394900", \
					  "0.0106949, 0.0098058, 0.0075723, 0.0018821, -0.0124653, -0.0485789, -0.1394196", \
					  "0.0100012, 0.0091219, 0.0069229, 0.0013354, -0.0126849, -0.0486247, -0.1394976", \
					  "0.0098171, 0.0089444, 0.0067455, 0.0011530, -0.0130516, -0.0491164, -0.1395914", \
					  "0.0096469, 0.0087859, 0.0065642, 0.0009989, -0.0132317, -0.0490097, -0.1399537", \
					  "0.0099748, 0.0090560, 0.0067559, 0.0009578, -0.0133867, -0.0494150, -0.1399389");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.1550904, 0.1621175, 0.1792965, 0.2208314, 0.3245062, 0.5772633, 1.2096155", \
					  "0.1588278, 0.1657438, 0.1827507, 0.2248206, 0.3281677, 0.5813000, 1.2134024", \
					  "0.1726665, 0.1793625, 0.1964821, 0.2379886, 0.3415140, 0.5948116, 1.2276894", \
					  "0.2056465, 0.2122478, 0.2288676, 0.2700560, 0.3721786, 0.6262685, 1.2606555", \
					  "0.2750127, 0.2817468, 0.2981073, 0.3390234, 0.4411383, 0.6945837, 1.3277528", \
					  "0.4108346, 0.4187511, 0.4374099, 0.4837130, 0.5899295, 0.8446492, 1.4764076", \
					  "0.6708509, 0.6814354, 0.7071779, 0.7667098, 0.8957614, 1.1764556, 1.8145040");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0992899, 0.1077755, 0.1289278, 0.1829788, 0.3177444, 0.6494155, 1.4846355", \
					  "0.0993241, 0.1077016, 0.1292446, 0.1827019, 0.3166281, 0.6506365, 1.4835787", \
					  "0.0993861, 0.1076861, 0.1292328, 0.1829878, 0.3166445, 0.6491208, 1.4855791", \
					  "0.0992793, 0.1079743, 0.1292287, 0.1825878, 0.3166245, 0.6495681, 1.4844215", \
					  "0.1012874, 0.1098582, 0.1304616, 0.1833458, 0.3193590, 0.6507619, 1.4838404", \
					  "0.1216768, 0.1302423, 0.1515796, 0.2016980, 0.3265531, 0.6522756, 1.4837979", \
					  "0.1687340, 0.1780304, 0.2005814, 0.2554374, 0.3856002, 0.6869004, 1.4894761");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0148758, 0.0156722, 0.0176209, 0.0222905, 0.0331824, 0.0584645, 0.1187632", \
					  "0.0202627, 0.0209964, 0.0227931, 0.0272250, 0.0378064, 0.0629325, 0.1230709", \
					  "0.0294365, 0.0304614, 0.0328751, 0.0382996, 0.0490424, 0.0736301, 0.1334649", \
					  "0.0417691, 0.0432547, 0.0467507, 0.0544688, 0.0701857, 0.0990768, 0.1577241", \
					  "0.0545292, 0.0566885, 0.0617805, 0.0731765, 0.0965414, 0.1398301, 0.2151127", \
					  "0.0570649, 0.0602234, 0.0691135, 0.0868453, 0.1228355, 0.1881842, 0.3032505", \
					  "0.0193084, 0.0247395, 0.0375949, 0.0663078, 0.1237751, 0.2292940, 0.4073718");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0133001, 0.0142833, 0.0167704, 0.0228751, 0.0370561, 0.0713078, 0.1559038", \
					  "0.0144838, 0.0152889, 0.0174589, 0.0227952, 0.0366383, 0.0710178, 0.1561559", \
					  "0.0207355, 0.0215297, 0.0234163, 0.0274985, 0.0388421, 0.0707898, 0.1557142", \
					  "0.0314756, 0.0325486, 0.0352598, 0.0408518, 0.0525436, 0.0792418, 0.1568509", \
					  "0.0504056, 0.0519808, 0.0556691, 0.0635625, 0.0802496, 0.1125519, 0.1802644", \
					  "0.0841775, 0.0870006, 0.0919580, 0.1045379, 0.1282166, 0.1768313, 0.2594219", \
					  "0.1453021, 0.1495404, 0.1593046, 0.1812769, 0.2191144, 0.2889201, 0.4057860");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.1389497, 0.1457001, 0.1632543, 0.2053372, 0.3080376, 0.5603445, 1.1918867", \
					  "0.1410837, 0.1477606, 0.1646149, 0.2074181, 0.3107494, 0.5643271, 1.1966442", \
					  "0.1525457, 0.1593396, 0.1767541, 0.2182071, 0.3233168, 0.5772857, 1.2104997", \
					  "0.1856687, 0.1922870, 0.2087299, 0.2500170, 0.3520216, 0.6064205, 1.2448960", \
					  "0.2581441, 0.2649310, 0.2816586, 0.3226868, 0.4242414, 0.6810046, 1.3126646", \
					  "0.4003883, 0.4095558, 0.4313549, 0.4825507, 0.5919091, 0.8459894, 1.4793966", \
					  "0.6636535, 0.6782730, 0.7127814, 0.7890796, 0.9412862, 1.2380765, 1.8759410");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0992254, 0.1078560, 0.1291139, 0.1825113, 0.3166710, 0.6490217, 1.4868988", \
					  "0.0993529, 0.1078961, 0.1295179, 0.1829974, 0.3166315, 0.6513828, 1.4863731", \
					  "0.0993159, 0.1078551, 0.1290014, 0.1827158, 0.3177313, 0.6500309, 1.4836063", \
					  "0.0994451, 0.1079561, 0.1294076, 0.1828442, 0.3160878, 0.6509949, 1.4924271", \
					  "0.1056749, 0.1135189, 0.1332608, 0.1844662, 0.3163882, 0.6523343, 1.4875523", \
					  "0.1391924, 0.1478131, 0.1680983, 0.2154755, 0.3324654, 0.6554606, 1.4817699", \
					  "0.2184157, 0.2283279, 0.2516191, 0.3071284, 0.4280836, 0.7036305, 1.4893209");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0160938, 0.0168672, 0.0187631, 0.0232151, 0.0335566, 0.0580716, 0.1177130", \
					  "0.0210739, 0.0217997, 0.0235834, 0.0279076, 0.0381727, 0.0625012, 0.1222483", \
					  "0.0297388, 0.0307671, 0.0331734, 0.0384826, 0.0489278, 0.0731808, 0.1327911", \
					  "0.0402883, 0.0418119, 0.0453699, 0.0531713, 0.0687330, 0.0981388, 0.1577016", \
					  "0.0488530, 0.0512448, 0.0569186, 0.0689972, 0.0931758, 0.1378363, 0.2149479", \
					  "0.0440156, 0.0467015, 0.0559455, 0.0752905, 0.1128494, 0.1831903, 0.3012998", \
					  "-0.0109784, -0.0046653, 0.0099357, 0.0416526, 0.1041790, 0.2165871, 0.4014651");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0123080, 0.0131944, 0.0153282, 0.0206756, 0.0336685, 0.0661852, 0.1488027", \
					  "0.0129776, 0.0137140, 0.0156187, 0.0206152, 0.0335284, 0.0661208, 0.1484982", \
					  "0.0186035, 0.0193713, 0.0213166, 0.0250179, 0.0357515, 0.0662150, 0.1484490", \
					  "0.0284305, 0.0295028, 0.0320453, 0.0378929, 0.0504477, 0.0753248, 0.1496583", \
					  "0.0464524, 0.0480265, 0.0520292, 0.0601473, 0.0772814, 0.1106733, 0.1738778", \
					  "0.0809677, 0.0836734, 0.0890661, 0.1027950, 0.1285620, 0.1754011, 0.2579519", \
					  "0.1445845, 0.1490072, 0.1592063, 0.1810836, 0.2206867, 0.2907194, 0.4093040");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				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, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.1285289, 0.1353372, 0.1526162, 0.1955242, 0.3001575, 0.5566728, 1.1913480", \
					  "0.1332116, 0.1402136, 0.1572486, 0.1999873, 0.3042714, 0.5621777, 1.1946977", \
					  "0.1441915, 0.1509704, 0.1681327, 0.2104813, 0.3149784, 0.5716777, 1.2049682", \
					  "0.1679762, 0.1748127, 0.1916282, 0.2332460, 0.3375296, 0.5953328, 1.2308280", \
					  "0.2060134, 0.2126912, 0.2293080, 0.2708791, 0.3747118, 0.6334407, 1.2680573", \
					  "0.2597579, 0.2659711, 0.2818527, 0.3224392, 0.4239048, 0.6783831, 1.3175434", \
					  "0.3171481, 0.3234490, 0.3388020, 0.3779165, 0.4768632, 0.7301246, 1.3636494");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0964669, 0.1051676, 0.1275706, 0.1823368, 0.3162989, 0.6509221, 1.4859669", \
					  "0.0962453, 0.1053255, 0.1276642, 0.1822879, 0.3163887, 0.6525098, 1.4817336", \
					  "0.0964626, 0.1053334, 0.1275552, 0.1823723, 0.3167361, 0.6504243, 1.4861318", \
					  "0.0960381, 0.1050636, 0.1272492, 0.1828156, 0.3165792, 0.6497660, 1.4846050", \
					  "0.0959830, 0.1044784, 0.1266068, 0.1819409, 0.3182402, 0.6527205, 1.4858254", \
					  "0.0969093, 0.1054066, 0.1271197, 0.1818036, 0.3181018, 0.6531913, 1.4858318", \
					  "0.1073903, 0.1145669, 0.1336990, 0.1840778, 0.3189250, 0.6519698, 1.4867781");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.1250966, 0.1268068, 0.1308136, 0.1393748, 0.1557522, 0.1867572, 0.2496935", \
					  "0.1311012, 0.1328519, 0.1368105, 0.1452958, 0.1617181, 0.1929268, 0.2555063", \
					  "0.1453294, 0.1469904, 0.1508847, 0.1594115, 0.1758832, 0.2070681, 0.2699975", \
					  "0.1808834, 0.1825980, 0.1865729, 0.1949749, 0.2114893, 0.2426128, 0.3056052", \
					  "0.2639554, 0.2657009, 0.2696651, 0.2780661, 0.2942300, 0.3254590, 0.3885609", \
					  "0.4314021, 0.4335280, 0.4382450, 0.4483938, 0.4676303, 0.5020944, 0.5668844", \
					  "0.7187536, 0.7198143, 0.7301840, 0.7441243, 0.7697892, 0.8139893, 0.8883645");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125415, 0.00314578, 0.00789055, 0.0197919, 0.0496439, 0.124522");
					values("0.0302095, 0.0310808, 0.0333057, 0.0384172, 0.0506055, 0.0799485, 0.1514878", \
					  "0.0300483, 0.0308695, 0.0331481, 0.0383280, 0.0509890, 0.0797480, 0.1515610", \
					  "0.0301092, 0.0309989, 0.0331323, 0.0383811, 0.0510512, 0.0797050, 0.1518721", \
					  "0.0300667, 0.0309780, 0.0331208, 0.0388960, 0.0509413, 0.0798152, 0.1516563", \
					  "0.0308436, 0.0317088, 0.0336145, 0.0392969, 0.0519859, 0.0805040, 0.1517397", \
					  "0.0439765, 0.0448178, 0.0475630, 0.0519369, 0.0634326, 0.0893337, 0.1561726", \
					  "0.0708903, 0.0719759, 0.0736931, 0.0800454, 0.0929950, 0.1193011, 0.1789467");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007592;
			capacitance : 0.008081;
			rise_capacitance : 0.008571;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0092403, -0.0093077, -0.0094629, -0.0094873, -0.0095435, -0.0096730, -0.0099715");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0139663, 0.0139423, 0.0138869, 0.0138827, 0.0138730, 0.0138507, 0.0137991");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007300;
			capacitance : 0.007874;
			rise_capacitance : 0.008447;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0101618, -0.0101942, -0.0102690, -0.0102750, -0.0102889, -0.0103208, -0.0103944");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0108984, 0.0108983, 0.0108982, 0.0109019, 0.0109104, 0.0109299, 0.0109750");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002326;
			capacitance : 0.002200;
			fall_capacitance : 0.002075;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053183, 0.0052793, 0.0051894, 0.0051915, 0.0051963, 0.0052072, 0.0052325");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0164014, 0.0163014, 0.0160711, 0.0160774, 0.0160919, 0.0161254, 0.0162025");
				}
			}
		}
	}
	cell ("scs8hd_nor4_1") {
		area : 6.256000;
		cell_footprint : "nor4";
		cell_leakage_power : 1.953565e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003638";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "5.2713808e-05";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "2.6843455e-05";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0003616";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "2.3009035e-05";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0003615";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "2.6678468e-05";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0003617";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "2.5333021e-05";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "2.6708763e-05";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0003616";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "2.2875297e-05";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0003615";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "2.6678358e-05";
			when : "A&B&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C&!D)";
			max_capacitance : 0.031138;
			max_transition : 1.487729;
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0071538, 0.0078089, 0.0090169, 0.0114380, 0.0162135, 0.0256691, 0.0443981", \
					  "0.0069937, 0.0076451, 0.0088557, 0.0112972, 0.0162170, 0.0255496, 0.0444239", \
					  "0.0068852, 0.0074977, 0.0087447, 0.0111289, 0.0160055, 0.0254126, 0.0443725", \
					  "0.0068164, 0.0074273, 0.0086741, 0.0110363, 0.0158005, 0.0252757, 0.0440032", \
					  "0.0067532, 0.0073653, 0.0085761, 0.0110171, 0.0156952, 0.0251612, 0.0438641", \
					  "0.0067186, 0.0073277, 0.0085441, 0.0109161, 0.0157043, 0.0249964, 0.0436544", \
					  "0.0066731, 0.0072789, 0.0084753, 0.0108637, 0.0155424, 0.0249470, 0.0436823");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0023179, 0.0017180, 0.0005264, -0.0018456, -0.0065778, -0.0160205, -0.0348404", \
					  "0.0023289, 0.0017335, 0.0005467, -0.0018175, -0.0065481, -0.0159747, -0.0347918", \
					  "0.0023415, 0.0017533, 0.0005829, -0.0017616, -0.0064833, -0.0158952, -0.0347222", \
					  "0.0022791, 0.0016797, 0.0004990, -0.0018262, -0.0065158, -0.0159061, -0.0347059", \
					  "0.0022246, 0.0016533, 0.0004790, -0.0018566, -0.0065343, -0.0159760, -0.0347355", \
					  "0.0021112, 0.0015528, 0.0003656, -0.0020278, -0.0065861, -0.0159365, -0.0347837", \
					  "0.0021854, 0.0015789, 0.0003650, -0.0020138, -0.0067142, -0.0160828, -0.0347625");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0065358, 0.0071757, 0.0084192, 0.0108403, 0.0156008, 0.0250311, 0.0437120", \
					  "0.0063570, 0.0069694, 0.0082374, 0.0106683, 0.0154789, 0.0249582, 0.0435956", \
					  "0.0062189, 0.0068339, 0.0080492, 0.0104678, 0.0153026, 0.0248830, 0.0436975", \
					  "0.0061155, 0.0067187, 0.0079672, 0.0103817, 0.0151024, 0.0246100, 0.0433194", \
					  "0.0061505, 0.0067548, 0.0079660, 0.0103401, 0.0149865, 0.0243993, 0.0434381", \
					  "0.0063262, 0.0069044, 0.0080018, 0.0103204, 0.0149201, 0.0242976, 0.0430534", \
					  "0.0063069, 0.0068917, 0.0080399, 0.0104053, 0.0150914, 0.0244569, 0.0429842");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0004346, -0.0001739, -0.0013836, -0.0037946, -0.0085689, -0.0180350, -0.0368852", \
					  "0.0003453, -0.0002438, -0.0014285, -0.0038073, -0.0085436, -0.0180000, -0.0368367", \
					  "0.0001866, -0.0003740, -0.0015257, -0.0038633, -0.0085606, -0.0179733, -0.0367867", \
					  "2.8700000e-05, -0.0005144, -0.0016699, -0.0039844, -0.0086245, -0.0179920, -0.0367808", \
					  "-0.0001567, -0.0006862, -0.0018290, -0.0040916, -0.0086985, -0.0180870, -0.0368236", \
					  "-0.0001943, -0.0007721, -0.0020361, -0.0043342, -0.0089572, -0.0182355, -0.0369872", \
					  "6.4400000e-05, -0.0007480, -0.0019578, -0.0043515, -0.0090647, -0.0183556, -0.0369352");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0095840, 0.0102091, 0.0114234, 0.0138407, 0.0185635, 0.0281272, 0.0465616", \
					  "0.0094899, 0.0100786, 0.0112901, 0.0137169, 0.0184819, 0.0279042, 0.0465334", \
					  "0.0093582, 0.0099673, 0.0111855, 0.0136675, 0.0183734, 0.0278101, 0.0464624", \
					  "0.0093018, 0.0099088, 0.0111052, 0.0134949, 0.0182759, 0.0276482, 0.0465964", \
					  "0.0092503, 0.0098528, 0.0110715, 0.0134311, 0.0181710, 0.0277036, 0.0464119", \
					  "0.0092081, 0.0098084, 0.0109989, 0.0133831, 0.0180943, 0.0274791, 0.0461785", \
					  "0.0091403, 0.0097689, 0.0109675, 0.0134043, 0.0180728, 0.0274627, 0.0460481");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0035968, 0.0029998, 0.0018033, -0.0005788, -0.0053162, -0.0146671, -0.0333408", \
					  "0.0035426, 0.0029406, 0.0017485, -0.0006305, -0.0053600, -0.0147060, -0.0333817", \
					  "0.0035190, 0.0029195, 0.0016924, -0.0006261, -0.0053872, -0.0147384, -0.0334107", \
					  "0.0034333, 0.0028225, 0.0016566, -0.0007215, -0.0054248, -0.0147525, -0.0334461", \
					  "0.0035728, 0.0029747, 0.0017779, -0.0006465, -0.0054364, -0.0147815, -0.0334746", \
					  "0.0038437, 0.0032406, 0.0020298, -0.0002899, -0.0050973, -0.0145772, -0.0334619", \
					  "0.0041525, 0.0035518, 0.0023741, -3.4300000e-05, -0.0047140, -0.0141599, -0.0330675");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0083353, 0.0089519, 0.0102306, 0.0125852, 0.0173459, 0.0267414, 0.0456323", \
					  "0.0081966, 0.0088410, 0.0100980, 0.0124660, 0.0172512, 0.0266748, 0.0453053", \
					  "0.0081080, 0.0087146, 0.0099239, 0.0123525, 0.0171286, 0.0266899, 0.0452356", \
					  "0.0080657, 0.0086609, 0.0098416, 0.0122394, 0.0169943, 0.0265400, 0.0451421", \
					  "0.0079988, 0.0086121, 0.0098310, 0.0122377, 0.0170494, 0.0264831, 0.0450618", \
					  "0.0079678, 0.0085678, 0.0097582, 0.0121420, 0.0168444, 0.0262436, 0.0449688", \
					  "0.0079211, 0.0085367, 0.0097400, 0.0121511, 0.0168924, 0.0262955, 0.0448911");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0029852, 0.0023866, 0.0011862, -0.0011855, -0.0058832, -0.0152621, -0.0340273", \
					  "0.0029884, 0.0023858, 0.0011904, -0.0011851, -0.0058863, -0.0152615, -0.0340260", \
					  "0.0029657, 0.0023673, 0.0011750, -0.0011743, -0.0058804, -0.0152794, -0.0340243", \
					  "0.0028532, 0.0022598, 0.0010774, -0.0012468, -0.0059442, -0.0152908, -0.0340483", \
					  "0.0030129, 0.0023973, 0.0011996, -0.0011709, -0.0059345, -0.0153580, -0.0340975", \
					  "0.0030858, 0.0024929, 0.0012922, -0.0011226, -0.0057995, -0.0152507, -0.0340652", \
					  "0.0032368, 0.0026343, 0.0014799, -0.0008853, -0.0056634, -0.0150704, -0.0338417");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.2064467, 0.2238462, 0.2575520, 0.3246831, 0.4545570, 0.7174513, 1.2309945", \
					  "0.2099644, 0.2276160, 0.2611225, 0.3289326, 0.4594315, 0.7201371, 1.2384301", \
					  "0.2235019, 0.2403201, 0.2742518, 0.3414140, 0.4720569, 0.7333491, 1.2510410", \
					  "0.2552180, 0.2719691, 0.3056870, 0.3720773, 0.5020727, 0.7634267, 1.2841060", \
					  "0.3230832, 0.3399306, 0.3728896, 0.4387851, 0.5695147, 0.8324629, 1.3495201", \
					  "0.4606130, 0.4790196, 0.5149096, 0.5825973, 0.7134416, 0.9722266, 1.4873200", \
					  "0.7175151, 0.7406496, 0.7839324, 0.8653399, 1.0145929, 1.2862954, 1.8032990");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1437529, 0.1654820, 0.2083454, 0.2956004, 0.4635413, 0.8130190, 1.4690662", \
					  "0.1439757, 0.1654259, 0.2083421, 0.2940679, 0.4628146, 0.8001659, 1.4686492", \
					  "0.1440313, 0.1654332, 0.2083314, 0.2956764, 0.4634297, 0.8001342, 1.4691569", \
					  "0.1440786, 0.1654846, 0.2083663, 0.2938648, 0.4633087, 0.8000183, 1.4743345", \
					  "0.1447145, 0.1658012, 0.2089236, 0.2935336, 0.4624026, 0.8032827, 1.4768470", \
					  "0.1616948, 0.1819649, 0.2215350, 0.3026399, 0.4666893, 0.7993546, 1.4684430", \
					  "0.2057202, 0.2282110, 0.2714307, 0.3568351, 0.5164669, 0.8266479, 1.4764834");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0171386, 0.0188253, 0.0221639, 0.0286203, 0.0409249, 0.0646038, 0.1098655", \
					  "0.0224834, 0.0241107, 0.0273177, 0.0336120, 0.0458330, 0.0693053, 0.1146183", \
					  "0.0336582, 0.0357005, 0.0391816, 0.0458086, 0.0572885, 0.0804122, 0.1254335", \
					  "0.0500362, 0.0529448, 0.0583232, 0.0676137, 0.0831442, 0.1074347, 0.1518043", \
					  "0.0714877, 0.0758731, 0.0839238, 0.0980684, 0.1208427, 0.1572467, 0.2121634", \
					  "0.0936190, 0.1003373, 0.1124817, 0.1324646, 0.1685138, 0.2245390, 0.3052346", \
					  "0.0936405, 0.1043751, 0.1235793, 0.1580599, 0.2124241, 0.3009721, 0.4306475");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0153320, 0.0175363, 0.0219628, 0.0301714, 0.0459409, 0.0763435, 0.1347556", \
					  "0.0159725, 0.0179569, 0.0218524, 0.0298432, 0.0457708, 0.0758169, 0.1346261", \
					  "0.0221504, 0.0235600, 0.0263178, 0.0328561, 0.0464774, 0.0753014, 0.1343496", \
					  "0.0347546, 0.0367955, 0.0406384, 0.0475116, 0.0586500, 0.0822636, 0.1354135", \
					  "0.0573665, 0.0606659, 0.0664485, 0.0756977, 0.0909757, 0.1167076, 0.1585304", \
					  "0.0936345, 0.0986905, 0.1077656, 0.1247004, 0.1477709, 0.1847064, 0.2429998", \
					  "0.1645016, 0.1725325, 0.1867490, 0.2095752, 0.2489008, 0.3044573, 0.3887028");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1948470, 0.2119671, 0.2463427, 0.3134981, 0.4435789, 0.7036497, 1.2223346", \
					  "0.1973216, 0.2144833, 0.2489455, 0.3163506, 0.4471087, 0.7082001, 1.2255885", \
					  "0.2098483, 0.2266436, 0.2602026, 0.3281759, 0.4587971, 0.7226112, 1.2363237", \
					  "0.2421094, 0.2593062, 0.2923858, 0.3589922, 0.4917614, 0.7554951, 1.2659688", \
					  "0.3144241, 0.3314558, 0.3646288, 0.4310779, 0.5631355, 0.8245304, 1.3364618", \
					  "0.4658285, 0.4852229, 0.5221420, 0.5906795, 0.7215037, 0.9807047, 1.4984923", \
					  "0.7563821, 0.7821833, 0.8305114, 0.9192255, 1.0745145, 1.3464349, 1.8648623");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1439666, 0.1656419, 0.2087465, 0.2938816, 0.4633369, 0.8002340, 1.4748190", \
					  "0.1439184, 0.1656854, 0.2087386, 0.2939817, 0.4635370, 0.8001255, 1.4689682", \
					  "0.1440652, 0.1654692, 0.2083415, 0.2940748, 0.4634612, 0.8025742, 1.4698474", \
					  "0.1441515, 0.1656256, 0.2083803, 0.2933604, 0.4644606, 0.8116242, 1.4694588", \
					  "0.1451619, 0.1664946, 0.2090708, 0.2952792, 0.4692985, 0.8130284, 1.4674488", \
					  "0.1698823, 0.1891403, 0.2270384, 0.3064788, 0.4681665, 0.7997635, 1.4780556", \
					  "0.2368130, 0.2582421, 0.2987947, 0.3789454, 0.5290388, 0.8308131, 1.4718564");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0176012, 0.0192780, 0.0225262, 0.0287675, 0.0405887, 0.0630765, 0.1065248", \
					  "0.0228514, 0.0244482, 0.0275935, 0.0336759, 0.0453749, 0.0676273, 0.1111213", \
					  "0.0334584, 0.0354584, 0.0390640, 0.0453173, 0.0565915, 0.0784561, 0.1218664", \
					  "0.0480188, 0.0509305, 0.0561397, 0.0651507, 0.0803639, 0.1045160, 0.1474203", \
					  "0.0648340, 0.0693577, 0.0774418, 0.0912934, 0.1145669, 0.1508344, 0.2055962", \
					  "0.0761492, 0.0829911, 0.0951217, 0.1176551, 0.1539325, 0.2094901, 0.2926896", \
					  "0.0553289, 0.0667951, 0.0870250, 0.1228984, 0.1804160, 0.2695180, 0.4002060");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0151141, 0.0171327, 0.0212065, 0.0288945, 0.0437222, 0.0724234, 0.1287568", \
					  "0.0154050, 0.0172645, 0.0210160, 0.0284746, 0.0434638, 0.0722182, 0.1285310", \
					  "0.0210970, 0.0224466, 0.0250852, 0.0311468, 0.0441837, 0.0716156, 0.1284619", \
					  "0.0326415, 0.0347995, 0.0386649, 0.0465112, 0.0566297, 0.0792238, 0.1300819", \
					  "0.0532657, 0.0570349, 0.0622330, 0.0723944, 0.0887337, 0.1136887, 0.1551305", \
					  "0.0905636, 0.0957562, 0.1053109, 0.1193005, 0.1449736, 0.1815680, 0.2414134", \
					  "0.1612321, 0.1692415, 0.1842098, 0.2074030, 0.2442423, 0.3011538, 0.3857146");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1646226, 0.1816836, 0.2166944, 0.2829049, 0.4149551, 0.6795891, 1.1916813", \
					  "0.1660057, 0.1829832, 0.2176645, 0.2850871, 0.4188616, 0.6774452, 1.2002301", \
					  "0.1768903, 0.1941420, 0.2275905, 0.2940401, 0.4284369, 0.6879434, 1.2109985", \
					  "0.2079950, 0.2246550, 0.2588840, 0.3248494, 0.4578988, 0.7188188, 1.2329321", \
					  "0.2802543, 0.2972243, 0.3304925, 0.3973863, 0.5276162, 0.7875424, 1.3036652", \
					  "0.4346435, 0.4557413, 0.4972579, 0.5669166, 0.6981625, 0.9591027, 1.4739873", \
					  "0.7179655, 0.7501684, 0.8079560, 0.9081630, 1.0741251, 1.3515402, 1.8722695");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1437551, 0.1656653, 0.2084610, 0.2935714, 0.4631381, 0.8036368, 1.4747132", \
					  "0.1437356, 0.1656804, 0.2082028, 0.2939197, 0.4701508, 0.8007131, 1.4763272", \
					  "0.1438730, 0.1655144, 0.2093177, 0.2935199, 0.4675882, 0.7993367, 1.4769070", \
					  "0.1435136, 0.1654238, 0.2093051, 0.2932619, 0.4647054, 0.8039701, 1.4682718", \
					  "0.1470459, 0.1678841, 0.2092450, 0.2948836, 0.4630151, 0.8010563, 1.4704640", \
					  "0.1839644, 0.2030751, 0.2389713, 0.3117195, 0.4715761, 0.8003265, 1.4689014", \
					  "0.2779782, 0.3007621, 0.3413879, 0.4167507, 0.5507863, 0.8408063, 1.4710487");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0181656, 0.0197058, 0.0226699, 0.0283927, 0.0394303, 0.0609746, 0.1034367", \
					  "0.0230585, 0.0245578, 0.0274856, 0.0331711, 0.0440382, 0.0655725, 0.1080776", \
					  "0.0327620, 0.0347131, 0.0382764, 0.0444252, 0.0552467, 0.0767537, 0.1189458", \
					  "0.0453247, 0.0482753, 0.0536653, 0.0630880, 0.0784140, 0.1026354, 0.1443097", \
					  "0.0577630, 0.0624624, 0.0710028, 0.0858024, 0.1099295, 0.1469008, 0.2019600", \
					  "0.0616213, 0.0686547, 0.0820183, 0.1065906, 0.1430242, 0.2015570, 0.2867060", \
					  "0.0272520, 0.0384363, 0.0613451, 0.1004760, 0.1622980, 0.2554129, 0.3885819");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0133744, 0.0151638, 0.0187794, 0.0258965, 0.0400948, 0.0683634, 0.1244108", \
					  "0.0136241, 0.0153055, 0.0187764, 0.0257626, 0.0400844, 0.0683042, 0.1245373", \
					  "0.0188633, 0.0204774, 0.0230752, 0.0287263, 0.0411806, 0.0682782, 0.1244110", \
					  "0.0296616, 0.0318540, 0.0358177, 0.0431307, 0.0543128, 0.0762958, 0.1264961", \
					  "0.0499153, 0.0531460, 0.0589384, 0.0699974, 0.0860914, 0.1117551, 0.1536967", \
					  "0.0875527, 0.0932887, 0.1031145, 0.1168685, 0.1430645, 0.1813466, 0.2391234", \
					  "0.1610051, 0.1690772, 0.1834312, 0.2071360, 0.2435704, 0.2998125, 0.3848838");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1091097, 0.1267909, 0.1611230, 0.2286983, 0.3625734, 0.6195929, 1.1365513", \
					  "0.1093589, 0.1268555, 0.1612885, 0.2289796, 0.3616440, 0.6227124, 1.1425537", \
					  "0.1188524, 0.1356686, 0.1689033, 0.2359051, 0.3698863, 0.6345919, 1.1547804", \
					  "0.1443098, 0.1627455, 0.1952708, 0.2611814, 0.3927528, 0.6554239, 1.1761009", \
					  "0.2163370, 0.2318552, 0.2620726, 0.3271146, 0.4569491, 0.7161212, 1.2354340", \
					  "0.3469175, 0.3696811, 0.4116989, 0.4830775, 0.6127802, 0.8705608, 1.3855440", \
					  "0.5695127, 0.6048887, 0.6687367, 0.7781402, 0.9578425, 1.2368352, 1.7435831");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1416998, 0.1638753, 0.2075316, 0.2929522, 0.4645013, 0.7991341, 1.4707320", \
					  "0.1406073, 0.1631541, 0.2075586, 0.2932774, 0.4625811, 0.8004488, 1.4690293", \
					  "0.1387831, 0.1615045, 0.2065030, 0.2932368, 0.4629277, 0.8026071, 1.4737066", \
					  "0.1347215, 0.1570295, 0.2032813, 0.2934004, 0.4625696, 0.7991701, 1.4691186", \
					  "0.1497247, 0.1682443, 0.2069936, 0.2898960, 0.4619916, 0.7991371, 1.4877287", \
					  "0.2069540, 0.2271840, 0.2656479, 0.3327826, 0.4757694, 0.7991316, 1.4683014", \
					  "0.3282665, 0.3527053, 0.3965669, 0.4763432, 0.6191041, 0.8750863, 1.4817741");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0159403, 0.0174022, 0.0202875, 0.0258920, 0.0369137, 0.0588066, 0.1021817", \
					  "0.0207358, 0.0222152, 0.0251141, 0.0307319, 0.0417286, 0.0635871, 0.1070556", \
					  "0.0288183, 0.0310957, 0.0351297, 0.0419574, 0.0531372, 0.0750827, 0.1178988", \
					  "0.0388747, 0.0425350, 0.0487226, 0.0592586, 0.0758853, 0.1013475, 0.1444437", \
					  "0.0484756, 0.0541225, 0.0640767, 0.0806930, 0.1067139, 0.1457796, 0.2033909", \
					  "0.0475966, 0.0557531, 0.0735024, 0.0999216, 0.1426504, 0.2040150, 0.2917982", \
					  "0.0048714, 0.0219287, 0.0503899, 0.0956092, 0.1651208, 0.2630963, 0.4012770");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0107408, 0.0125845, 0.0163917, 0.0236063, 0.0381926, 0.0677968, 0.1255200", \
					  "0.0116759, 0.0132515, 0.0167154, 0.0236629, 0.0381930, 0.0673384, 0.1249210", \
					  "0.0178268, 0.0194436, 0.0221709, 0.0276396, 0.0400882, 0.0673866, 0.1255767", \
					  "0.0290110, 0.0316996, 0.0353520, 0.0424488, 0.0541983, 0.0761428, 0.1275802", \
					  "0.0500752, 0.0539645, 0.0594899, 0.0704315, 0.0873300, 0.1139552, 0.1543647", \
					  "0.0923053, 0.0966257, 0.1047137, 0.1198237, 0.1454970, 0.1844693, 0.2384065", \
					  "0.1718707, 0.1790932, 0.1921499, 0.2155218, 0.2500644, 0.3055188, 0.3892440");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002077;
			capacitance : 0.002172;
			rise_capacitance : 0.002268;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022875, -0.0023071, -0.0023521, -0.0023604, -0.0023796, -0.0024238, -0.0025256");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026572, 0.0026555, 0.0026515, 0.0026531, 0.0026568, 0.0026654, 0.0026853");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002067;
			capacitance : 0.002195;
			rise_capacitance : 0.002323;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021935, -0.0022093, -0.0022456, -0.0022562, -0.0022805, -0.0023365, -0.0024657");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025720, 0.0025698, 0.0025648, 0.0025646, 0.0025641, 0.0025630, 0.0025605");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002108;
			capacitance : 0.002270;
			rise_capacitance : 0.002432;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024163, -0.0024427, -0.0025035, -0.0025067, -0.0025140, -0.0025310, -0.0025701");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026154, 0.0026144, 0.0026122, 0.0026130, 0.0026150, 0.0026195, 0.0026298");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002034;
			capacitance : 0.002212;
			rise_capacitance : 0.002390;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012288, -0.0012314, -0.0012374, -0.0012369, -0.0012358, -0.0012333, -0.0012276");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017713, 0.0017688, 0.0017630, 0.0017686, 0.0017816, 0.0018116, 0.0018807");
				}
			}
		}
	}
	cell ("scs8hd_nor4_2") {
		area : 12.512000;
		cell_footprint : "nor4";
		cell_leakage_power : 3.895333e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007235";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "9.7076366e-05";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0007256";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "4.8581930e-05";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0007262";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "4.6637942e-05";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0007254";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "4.7684984e-05";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0007285";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "5.0571072e-05";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0007253";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "4.7660125e-05";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0007208";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "4.5939144e-05";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0007253";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "4.7802647e-05";
			when : "A&B&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C&!D)";
			max_capacitance : 0.054942;
			max_transition : 1.495921;
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0137676, 0.0145417, 0.0161484, 0.0196822, 0.0272927, 0.0437722, 0.0799943", \
					  "0.0135468, 0.0142748, 0.0158926, 0.0194517, 0.0271008, 0.0436288, 0.0796189", \
					  "0.0133704, 0.0141550, 0.0157842, 0.0192225, 0.0268624, 0.0434794, 0.0797880", \
					  "0.0132791, 0.0139839, 0.0155705, 0.0190491, 0.0266345, 0.0431547, 0.0792528", \
					  "0.0131178, 0.0138478, 0.0154649, 0.0188935, 0.0264136, 0.0429648, 0.0791767", \
					  "0.0130686, 0.0138160, 0.0153693, 0.0188265, 0.0264161, 0.0428264, 0.0788210", \
					  "0.0130142, 0.0137449, 0.0153584, 0.0188732, 0.0263468, 0.0427795, 0.0786180");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0060430, 0.0053170, 0.0037424, 0.0003026, -0.0072318, -0.0236121, -0.0596592", \
					  "0.0060509, 0.0053293, 0.0037514, 0.0002980, -0.0072200, -0.0236075, -0.0596619", \
					  "0.0060099, 0.0052925, 0.0037301, 0.0003292, -0.0072351, -0.0236284, -0.0596573", \
					  "0.0057796, 0.0050778, 0.0035293, 0.0001309, -0.0073793, -0.0237004, -0.0597228", \
					  "0.0060175, 0.0053050, 0.0037565, 0.0003532, -0.0072319, -0.0237264, -0.0597266", \
					  "0.0062202, 0.0055222, 0.0040010, 0.0006521, -0.0068805, -0.0233800, -0.0597530", \
					  "0.0066671, 0.0059406, 0.0043162, 0.0008558, -0.0065952, -0.0231563, -0.0593049");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0131803, 0.0139287, 0.0155470, 0.0191036, 0.0266792, 0.0432326, 0.0790593", \
					  "0.0128927, 0.0136864, 0.0153382, 0.0189240, 0.0266513, 0.0430666, 0.0793368", \
					  "0.0127174, 0.0134613, 0.0150610, 0.0186481, 0.0262024, 0.0428136, 0.0789064", \
					  "0.0125579, 0.0132897, 0.0149276, 0.0183707, 0.0259951, 0.0425484, 0.0787762", \
					  "0.0124504, 0.0131748, 0.0148040, 0.0181918, 0.0257456, 0.0422698, 0.0783869", \
					  "0.0124029, 0.0131228, 0.0147294, 0.0181819, 0.0257827, 0.0421917, 0.0787306", \
					  "0.0123135, 0.0130406, 0.0146219, 0.0181054, 0.0256017, 0.0422177, 0.0784340");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0049164, 0.0041896, 0.0026223, -0.0008149, -0.0083230, -0.0248028, -0.0610088", \
					  "0.0049132, 0.0041960, 0.0026332, -0.0007844, -0.0082826, -0.0247543, -0.0609414", \
					  "0.0048983, 0.0041934, 0.0026704, -0.0007144, -0.0081873, -0.0246536, -0.0608213", \
					  "0.0047176, 0.0040382, 0.0024968, -0.0008719, -0.0082606, -0.0246789, -0.0608155", \
					  "0.0046633, 0.0039710, 0.0024384, -0.0009141, -0.0083286, -0.0247892, -0.0608463", \
					  "0.0045463, 0.0038507, 0.0022487, -0.0010745, -0.0083829, -0.0248488, -0.0610868", \
					  "0.0046360, 0.0039185, 0.0024922, -0.0008468, -0.0086282, -0.0249963, -0.0610424");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0131929, 0.0139389, 0.0156197, 0.0191991, 0.0268411, 0.0434018, 0.0793690", \
					  "0.0128256, 0.0136188, 0.0153191, 0.0188971, 0.0265420, 0.0432082, 0.0794915", \
					  "0.0125678, 0.0133323, 0.0149485, 0.0185557, 0.0261489, 0.0428082, 0.0790351", \
					  "0.0124547, 0.0131891, 0.0148002, 0.0183219, 0.0258421, 0.0425295, 0.0786582", \
					  "0.0123541, 0.0130699, 0.0146759, 0.0181409, 0.0256606, 0.0421637, 0.0783711", \
					  "0.0125599, 0.0132625, 0.0148576, 0.0182857, 0.0258391, 0.0422531, 0.0783762", \
					  "0.0128884, 0.0135899, 0.0151207, 0.0184942, 0.0259381, 0.0422342, 0.0780723");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0005879, -0.0001417, -0.0017377, -0.0052490, -0.0129212, -0.0295871, -0.0658905", \
					  "0.0004076, -0.0002969, -0.0018613, -0.0053069, -0.0129055, -0.0295044, -0.0657930", \
					  "6.9600000e-05, -0.0006036, -0.0021013, -0.0054470, -0.0129552, -0.0294598, -0.0656780", \
					  "-0.0002382, -0.0008848, -0.0023115, -0.0057103, -0.0131206, -0.0294962, -0.0656338", \
					  "-0.0006077, -0.0012932, -0.0027247, -0.0059439, -0.0132385, -0.0296546, -0.0656949", \
					  "-0.0006689, -0.0013945, -0.0028887, -0.0063992, -0.0137209, -0.0297684, -0.0657956", \
					  "-0.0002998, -0.0009853, -0.0028824, -0.0063648, -0.0138695, -0.0301685, -0.0660272");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0151575, 0.0159535, 0.0175281, 0.0210573, 0.0285952, 0.0450587, 0.0809069", \
					  "0.0149188, 0.0157119, 0.0172821, 0.0207969, 0.0284366, 0.0449594, 0.0811801", \
					  "0.0147938, 0.0155326, 0.0170837, 0.0205576, 0.0282044, 0.0448063, 0.0810283", \
					  "0.0146082, 0.0153422, 0.0169460, 0.0204238, 0.0279788, 0.0446040, 0.0805506", \
					  "0.0145173, 0.0152195, 0.0168024, 0.0202653, 0.0278158, 0.0443968, 0.0805529", \
					  "0.0144943, 0.0152206, 0.0167914, 0.0202446, 0.0278259, 0.0442426, 0.0802967", \
					  "0.0144940, 0.0152010, 0.0168152, 0.0202813, 0.0277787, 0.0442012, 0.0800775");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0076698, 0.0069579, 0.0053887, 0.0019419, -0.0056058, -0.0220796, -0.0579373", \
					  "0.0075612, 0.0068649, 0.0052891, 0.0018394, -0.0057110, -0.0221676, -0.0580342", \
					  "0.0075278, 0.0068338, 0.0052323, 0.0017862, -0.0057331, -0.0222290, -0.0580920", \
					  "0.0073497, 0.0066419, 0.0050832, 0.0015932, -0.0059340, -0.0223452, -0.0582022", \
					  "0.0073638, 0.0066372, 0.0050499, 0.0015822, -0.0060516, -0.0224030, -0.0582642", \
					  "0.0079939, 0.0072707, 0.0057391, 0.0023431, -0.0052350, -0.0218204, -0.0582052", \
					  "0.0087056, 0.0079703, 0.0063803, 0.0029628, -0.0046223, -0.0211481, -0.0574368");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.2247977, 0.2364461, 0.2621331, 0.3166888, 0.4351160, 0.6913501, 1.2504437", \
					  "0.2285722, 0.2400093, 0.2655643, 0.3205658, 0.4401790, 0.6988284, 1.2600018", \
					  "0.2421033, 0.2535926, 0.2787993, 0.3335606, 0.4511778, 0.7126053, 1.2696713", \
					  "0.2754303, 0.2869248, 0.3117125, 0.3664911, 0.4844403, 0.7404198, 1.3038514", \
					  "0.3468142, 0.3583648, 0.3831315, 0.4373288, 0.5561117, 0.8133327, 1.3745582", \
					  "0.4919509, 0.5042889, 0.5308134, 0.5861595, 0.7035764, 0.9588250, 1.5211160", \
					  "0.7653621, 0.7802535, 0.8124275, 0.8778675, 1.0117399, 1.2803650, 1.8402342");
				}
				rise_transition ("del_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("0.1412233, 0.1562481, 0.1880811, 0.2584159, 0.4112228, 0.7453465, 1.4743279", \
					  "0.1414605, 0.1559820, 0.1884787, 0.2586637, 0.4118445, 0.7473536, 1.4780044", \
					  "0.1416266, 0.1562819, 0.1885383, 0.2582058, 0.4110823, 0.7472769, 1.4771218", \
					  "0.1416035, 0.1564815, 0.1883284, 0.2583139, 0.4112780, 0.7455428, 1.4745495", \
					  "0.1422596, 0.1568189, 0.1886924, 0.2587139, 0.4118107, 0.7497261, 1.4833412", \
					  "0.1556854, 0.1688754, 0.1988165, 0.2658203, 0.4146301, 0.7448852, 1.4751335", \
					  "0.1929823, 0.2082308, 0.2414093, 0.3119025, 0.4588608, 0.7694611, 1.4804276");
				}
				cell_fall ("del_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("0.0153651, 0.0163851, 0.0186026, 0.0233264, 0.0332893, 0.0542273, 0.0981179", \
					  "0.0207921, 0.0217496, 0.0238356, 0.0284141, 0.0382048, 0.0589736, 0.1027691", \
					  "0.0310521, 0.0324020, 0.0351721, 0.0404511, 0.0500946, 0.0703708, 0.1138555", \
					  "0.0459245, 0.0478648, 0.0518303, 0.0595769, 0.0734690, 0.0970843, 0.1395661", \
					  "0.0647494, 0.0675975, 0.0734285, 0.0848142, 0.1055775, 0.1410024, 0.1977515", \
					  "0.0822044, 0.0865556, 0.0951924, 0.1114917, 0.1426472, 0.1974350, 0.2837812", \
					  "0.0738119, 0.0807271, 0.0949306, 0.1218933, 0.1718536, 0.2563953, 0.3903952");
				}
				fall_transition ("del_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("0.0133077, 0.0146480, 0.0176241, 0.0239097, 0.0371009, 0.0644313, 0.1216375", \
					  "0.0145793, 0.0157227, 0.0182524, 0.0238861, 0.0367284, 0.0640958, 0.1210476", \
					  "0.0212278, 0.0221936, 0.0241281, 0.0283352, 0.0387770, 0.0638078, 0.1207475", \
					  "0.0336496, 0.0350640, 0.0379116, 0.0433357, 0.0534241, 0.0725847, 0.1227546", \
					  "0.0551999, 0.0572694, 0.0614144, 0.0694330, 0.0830142, 0.1086255, 0.1490069", \
					  "0.0916459, 0.0948691, 0.1011792, 0.1150379, 0.1355238, 0.1717718, 0.2300454", \
					  "0.1577335, 0.1629640, 0.1734975, 0.1943757, 0.2278841, 0.2829008, 0.3701133");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.2084388, 0.2202108, 0.2455112, 0.3011092, 0.4199026, 0.6775941, 1.2374578", \
					  "0.2100578, 0.2220061, 0.2475570, 0.3033940, 0.4230698, 0.6777148, 1.2362451", \
					  "0.2222395, 0.2335461, 0.2585513, 0.3134633, 0.4330172, 0.6944888, 1.2506061", \
					  "0.2530515, 0.2647247, 0.2894911, 0.3439131, 0.4613302, 0.7179564, 1.2779912", \
					  "0.3224277, 0.3338791, 0.3586746, 0.4130737, 0.5307071, 0.7910547, 1.3534289", \
					  "0.4649859, 0.4780883, 0.5062576, 0.5639486, 0.6818660, 0.9372134, 1.5014130", \
					  "0.7364607, 0.7549497, 0.7903752, 0.8633623, 1.0051803, 1.2799045, 1.8411573");
				}
				rise_transition ("del_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("0.1416736, 0.1564109, 0.1885540, 0.2583112, 0.4119048, 0.7470403, 1.4776161", \
					  "0.1417897, 0.1564007, 0.1883451, 0.2583185, 0.4117990, 0.7451475, 1.4726314", \
					  "0.1418440, 0.1565871, 0.1886536, 0.2584283, 0.4120072, 0.7487190, 1.4773511", \
					  "0.1419292, 0.1564686, 0.1885746, 0.2585144, 0.4110040, 0.7442199, 1.4716139", \
					  "0.1430166, 0.1570253, 0.1889223, 0.2586180, 0.4108785, 0.7480666, 1.4787435", \
					  "0.1655068, 0.1795713, 0.2074875, 0.2724296, 0.4183547, 0.7459866, 1.4759779", \
					  "0.2234334, 0.2378331, 0.2697228, 0.3381676, 0.4791571, 0.7790369, 1.4817236");
				}
				cell_fall ("del_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("0.0165630, 0.0176466, 0.0199798, 0.0248740, 0.0350879, 0.0562325, 0.1004525", \
					  "0.0219808, 0.0229984, 0.0252095, 0.0299769, 0.0400280, 0.0608844, 0.1051130", \
					  "0.0325436, 0.0338844, 0.0366071, 0.0417980, 0.0513376, 0.0719585, 0.1159768", \
					  "0.0471457, 0.0490963, 0.0530722, 0.0607472, 0.0740444, 0.0979768, 0.1414954", \
					  "0.0646036, 0.0675300, 0.0735004, 0.0850742, 0.1063611, 0.1420253, 0.1998995", \
					  "0.0770040, 0.0814952, 0.0907068, 0.1085033, 0.1410105, 0.1967828, 0.2854648", \
					  "0.0591675, 0.0667025, 0.0820355, 0.1107704, 0.1638234, 0.2515003, 0.3896643");
				}
				fall_transition ("del_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("0.0142457, 0.0156129, 0.0185530, 0.0246914, 0.0375293, 0.0644122, 0.1219925", \
					  "0.0148485, 0.0160226, 0.0185744, 0.0243763, 0.0370715, 0.0641151, 0.1218938", \
					  "0.0209043, 0.0218845, 0.0235751, 0.0278118, 0.0385682, 0.0639904, 0.1216406", \
					  "0.0321776, 0.0335751, 0.0364203, 0.0419793, 0.0526807, 0.0721831, 0.1234902", \
					  "0.0517539, 0.0538882, 0.0581138, 0.0663763, 0.0812001, 0.1068624, 0.1496494", \
					  "0.0876104, 0.0910651, 0.0980064, 0.1109096, 0.1335062, 0.1706493, 0.2306662", \
					  "0.1554662, 0.1608723, 0.1717116, 0.1930068, 0.2270732, 0.2834639, 0.3736965");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.1731786, 0.1851715, 0.2105008, 0.2661887, 0.3853361, 0.6420095, 1.1980162", \
					  "0.1745033, 0.1860980, 0.2117293, 0.2678917, 0.3877378, 0.6431865, 1.2054246", \
					  "0.1854306, 0.1972196, 0.2221442, 0.2771816, 0.3952331, 0.6528860, 1.2126820", \
					  "0.2160179, 0.2273052, 0.2522474, 0.3063371, 0.4238764, 0.6816053, 1.2428538", \
					  "0.2870306, 0.2984017, 0.3232300, 0.3772967, 0.4946979, 0.7509650, 1.3116245", \
					  "0.4348521, 0.4489935, 0.4790121, 0.5395662, 0.6587939, 0.9145685, 1.4775670", \
					  "0.7048270, 0.7250853, 0.7693112, 0.8544562, 1.0117347, 1.2956353, 1.8558636");
				}
				rise_transition ("del_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("0.1416359, 0.1563618, 0.1884439, 0.2576787, 0.4118408, 0.7454520, 1.4744812", \
					  "0.1416781, 0.1562410, 0.1886364, 0.2588930, 0.4159119, 0.7446991, 1.4802950", \
					  "0.1417012, 0.1563677, 0.1885562, 0.2588539, 0.4113534, 0.7452730, 1.4738791", \
					  "0.1413558, 0.1556491, 0.1883902, 0.2584511, 0.4113222, 0.7449804, 1.4760855", \
					  "0.1440142, 0.1576435, 0.1889864, 0.2586915, 0.4112738, 0.7446429, 1.4750817", \
					  "0.1784639, 0.1914525, 0.2199105, 0.2792328, 0.4209405, 0.7449176, 1.4959215", \
					  "0.2648468, 0.2794878, 0.3115259, 0.3778512, 0.5092121, 0.7948742, 1.4881539");
				}
				cell_fall ("del_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("0.0174224, 0.0184078, 0.0205814, 0.0251262, 0.0345959, 0.0545799, 0.0974121", \
					  "0.0224395, 0.0234146, 0.0255156, 0.0299892, 0.0394001, 0.0591803, 0.1019671", \
					  "0.0321876, 0.0334825, 0.0360979, 0.0412457, 0.0506759, 0.0704930, 0.1128246", \
					  "0.0449083, 0.0469286, 0.0508633, 0.0586431, 0.0726708, 0.0958596, 0.1384799", \
					  "0.0584048, 0.0614705, 0.0676506, 0.0797584, 0.1014193, 0.1369155, 0.1950649", \
					  "0.0636961, 0.0681417, 0.0785418, 0.0978880, 0.1315870, 0.1895215, 0.2793202", \
					  "0.0318272, 0.0401959, 0.0563169, 0.0880285, 0.1461763, 0.2385769, 0.3795736");
				}
				fall_transition ("del_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("0.0130597, 0.0142349, 0.0167330, 0.0221932, 0.0340104, 0.0596896, 0.1162274", \
					  "0.0132799, 0.0143615, 0.0166745, 0.0219426, 0.0337626, 0.0596373, 0.1161766", \
					  "0.0186299, 0.0195598, 0.0214308, 0.0255018, 0.0355612, 0.0598030, 0.1162606", \
					  "0.0288051, 0.0302171, 0.0332010, 0.0388760, 0.0495585, 0.0691089, 0.1185812", \
					  "0.0474854, 0.0497017, 0.0542245, 0.0630673, 0.0783711, 0.1047789, 0.1464880", \
					  "0.0843571, 0.0869762, 0.0935119, 0.1072773, 0.1317240, 0.1675308, 0.2298063", \
					  "0.1522490, 0.1578647, 0.1698883, 0.1915581, 0.2266450, 0.2834406, 0.3702599");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.0983009, 0.1102146, 0.1361246, 0.1917307, 0.3106822, 0.5671243, 1.1249700", \
					  "0.0987051, 0.1105682, 0.1361670, 0.1918748, 0.3127071, 0.5751932, 1.1325824", \
					  "0.1078898, 0.1191898, 0.1442226, 0.1999731, 0.3184339, 0.5766587, 1.1374431", \
					  "0.1377648, 0.1484499, 0.1725086, 0.2255262, 0.3431563, 0.6038033, 1.1670381", \
					  "0.2123246, 0.2228356, 0.2442039, 0.2946463, 0.4103425, 0.6645139, 1.2293677", \
					  "0.3456808, 0.3618939, 0.3956386, 0.4576113, 0.5722655, 0.8250533, 1.3827912", \
					  "0.5729558, 0.5974636, 0.6481905, 0.7435483, 0.9146597, 1.1995155, 1.7492797");
				}
				rise_transition ("del_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("0.1351543, 0.1513879, 0.1853299, 0.2571007, 0.4112320, 0.7460215, 1.4752695", \
					  "0.1340234, 0.1499828, 0.1841439, 0.2572031, 0.4117143, 0.7486582, 1.4803108", \
					  "0.1306362, 0.1476662, 0.1824451, 0.2561416, 0.4109182, 0.7446901, 1.4730658", \
					  "0.1270994, 0.1427806, 0.1777077, 0.2531188, 0.4110113, 0.7447766, 1.4745308", \
					  "0.1422719, 0.1550413, 0.1830127, 0.2513580, 0.4062277, 0.7452081, 1.4814703", \
					  "0.1993992, 0.2129782, 0.2447327, 0.2993178, 0.4259381, 0.7419242, 1.4775069", \
					  "0.3136316, 0.3315803, 0.3687086, 0.4390472, 0.5672872, 0.8249120, 1.4842241");
				}
				cell_fall ("del_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("0.0144447, 0.0153353, 0.0172334, 0.0213201, 0.0300846, 0.0491924, 0.0906998", \
					  "0.0191606, 0.0201069, 0.0220438, 0.0261510, 0.0348645, 0.0538795, 0.0954486", \
					  "0.0262346, 0.0277794, 0.0307918, 0.0363349, 0.0462205, 0.0652385, 0.1062786", \
					  "0.0346621, 0.0370223, 0.0416709, 0.0504416, 0.0657357, 0.0907326, 0.1325868", \
					  "0.0411435, 0.0448685, 0.0525046, 0.0665078, 0.0904898, 0.1288342, 0.1887723", \
					  "0.0336931, 0.0402872, 0.0520005, 0.0761050, 0.1147419, 0.1745511, 0.2681675", \
					  "-0.0215013, -0.0108890, 0.0118899, 0.0509577, 0.1166455, 0.2165509, 0.3626918");
				}
				fall_transition ("del_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("0.0091948, 0.0103268, 0.0126576, 0.0179306, 0.0297171, 0.0552147, 0.1099594", \
					  "0.0104467, 0.0113347, 0.0134037, 0.0183633, 0.0296367, 0.0546227, 0.1098384", \
					  "0.0164615, 0.0174411, 0.0194416, 0.0234282, 0.0324424, 0.0550596, 0.1097002", \
					  "0.0270617, 0.0286688, 0.0316306, 0.0377048, 0.0478116, 0.0660324, 0.1128336", \
					  "0.0474491, 0.0492826, 0.0537864, 0.0624247, 0.0774316, 0.1034181, 0.1437565", \
					  "0.0875375, 0.0910039, 0.0965018, 0.1083561, 0.1306274, 0.1684948, 0.2264067", \
					  "0.1644859, 0.1696838, 0.1797431, 0.1989154, 0.2313809, 0.2860824, 0.3708947");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003805;
			capacitance : 0.004034;
			rise_capacitance : 0.004264;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043865, -0.0044269, -0.0045200, -0.0045346, -0.0045682, -0.0046458, -0.0048246");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0090277, 0.0090313, 0.0090395, 0.0090360, 0.0090280, 0.0090094, 0.0089667");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003735;
			capacitance : 0.004020;
			rise_capacitance : 0.004304;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0044971, -0.0045192, -0.0045701, -0.0045886, -0.0046313, -0.0047297, -0.0049566");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0076582, 0.0076439, 0.0076110, 0.0076101, 0.0076082, 0.0076038, 0.0075936");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003713;
			capacitance : 0.004026;
			rise_capacitance : 0.004338;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0047698, -0.0048095, -0.0049010, -0.0049076, -0.0049228, -0.0049579, -0.0050388");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056211, 0.0056172, 0.0056083, 0.0056116, 0.0056190, 0.0056361, 0.0056756");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003690;
			capacitance : 0.004033;
			rise_capacitance : 0.004376;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024477, -0.0024477, -0.0024477, -0.0024468, -0.0024445, -0.0024393, -0.0024273");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025319, 0.0025309, 0.0025287, 0.0025366, 0.0025550, 0.0025974, 0.0026950");
				}
			}
		}
	}
	cell ("scs8hd_nor4_4") {
		area : 21.270400;
		cell_footprint : "nor4";
		cell_leakage_power : 2.370828e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014411";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0003049";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0014431";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "8.3250626e-05";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0014372";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "0.0004104";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0135966";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "8.2416739e-05";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0014383";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0005343";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0015509";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "8.2735183e-05";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0014382";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "0.0004104";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0135966";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "8.2732764e-05";
			when : "A&B&C&!D";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C&!D)";
			max_capacitance : 0.095225;
			max_transition : 1.496714;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0393105, 0.0401623, 0.0422485, 0.0471687, 0.0589156, 0.0868195, 0.1535849", \
					  "0.0387711, 0.0397341, 0.0418184, 0.0467434, 0.0586086, 0.0866743, 0.1536029", \
					  "0.0384433, 0.0393078, 0.0414764, 0.0463181, 0.0582361, 0.0863214, 0.1531978", \
					  "0.0381563, 0.0390999, 0.0411125, 0.0460645, 0.0578231, 0.0858372, 0.1530753", \
					  "0.0378682, 0.0387238, 0.0407923, 0.0456934, 0.0574170, 0.0855551, 0.1529781", \
					  "0.0378739, 0.0386995, 0.0407499, 0.0456496, 0.0573087, 0.0852721, 0.1522687", \
					  "0.0377646, 0.0387255, 0.0407045, 0.0457175, 0.0573647, 0.0850758, 0.1520702");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0155008, 0.0146537, 0.0126207, 0.0077467, -0.0039406, -0.0319577, -0.0988349", \
					  "0.0153507, 0.0144972, 0.0124597, 0.0075782, -0.0040920, -0.0321045, -0.0990081", \
					  "0.0152485, 0.0143812, 0.0124243, 0.0075661, -0.0040936, -0.0322092, -0.0990795", \
					  "0.0148551, 0.0140019, 0.0120171, 0.0071493, -0.0044172, -0.0323333, -0.0992605", \
					  "0.0143865, 0.0136054, 0.0116063, 0.0068603, -0.0047680, -0.0327276, -0.0993413", \
					  "0.0154398, 0.0145932, 0.0125778, 0.0078064, -0.0040266, -0.0320375, -0.0994199", \
					  "0.0167280, 0.0158926, 0.0138429, 0.0089706, -0.0026698, -0.0308812, -0.0983392");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0288645, 0.0297500, 0.0320058, 0.0368873, 0.0486578, 0.0765761, 0.1440924", \
					  "0.0282430, 0.0291295, 0.0314259, 0.0363694, 0.0482189, 0.0762844, 0.1431957", \
					  "0.0278683, 0.0287385, 0.0308497, 0.0358421, 0.0477114, 0.0760474, 0.1434787", \
					  "0.0276437, 0.0284625, 0.0305229, 0.0354407, 0.0472640, 0.0754200, 0.1426026", \
					  "0.0273433, 0.0281678, 0.0301934, 0.0352562, 0.0470535, 0.0748376, 0.1425092", \
					  "0.0272489, 0.0281149, 0.0301293, 0.0350430, 0.0467995, 0.0751857, 0.1419205", \
					  "0.0271489, 0.0280263, 0.0301076, 0.0350562, 0.0467816, 0.0747069, 0.1417756");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0123283, 0.0114795, 0.0094401, 0.0045756, -0.0071001, -0.0350057, -0.1020930", \
					  "0.0123087, 0.0114639, 0.0094156, 0.0045661, -0.0071154, -0.0350089, -0.1021017", \
					  "0.0122473, 0.0113989, 0.0093840, 0.0045782, -0.0071284, -0.0350164, -0.1021123", \
					  "0.0118329, 0.0109946, 0.0089931, 0.0041836, -0.0072961, -0.0351532, -0.1022515", \
					  "0.0117838, 0.0109816, 0.0089367, 0.0040276, -0.0075929, -0.0354566, -0.1023953", \
					  "0.0121863, 0.0113560, 0.0093604, 0.0046127, -0.0068856, -0.0346605, -0.1022480", \
					  "0.0131143, 0.0122402, 0.0102131, 0.0052819, -0.0064357, -0.0344157, -0.1016368");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0254832, 0.0263729, 0.0285475, 0.0335573, 0.0454015, 0.0735425, 0.1408658", \
					  "0.0249021, 0.0257944, 0.0278479, 0.0330192, 0.0449068, 0.0733400, 0.1405452", \
					  "0.0244199, 0.0253137, 0.0273926, 0.0323798, 0.0442491, 0.0725623, 0.1397471", \
					  "0.0241796, 0.0250317, 0.0271021, 0.0319797, 0.0438646, 0.0720638, 0.1398495", \
					  "0.0238202, 0.0246646, 0.0268055, 0.0317135, 0.0433565, 0.0716492, 0.1389760", \
					  "0.0237890, 0.0246690, 0.0267288, 0.0316180, 0.0433056, 0.0716488, 0.1381937", \
					  "0.0236888, 0.0245574, 0.0265708, 0.0314685, 0.0432178, 0.0713374, 0.1391099");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0097906, 0.0089464, 0.0069128, 0.0020479, -0.0096136, -0.0376003, -0.1049476", \
					  "0.0098079, 0.0089648, 0.0069347, 0.0020912, -0.0095305, -0.0374940, -0.1048320", \
					  "0.0098015, 0.0089767, 0.0069868, 0.0022025, -0.0093646, -0.0372895, -0.1045944", \
					  "0.0094607, 0.0086329, 0.0066871, 0.0019166, -0.0095463, -0.0372680, -0.1045145", \
					  "0.0094477, 0.0086693, 0.0066985, 0.0019852, -0.0095828, -0.0376833, -0.1045695", \
					  "0.0092151, 0.0083831, 0.0063841, 0.0016489, -0.0100349, -0.0377206, -0.1048126", \
					  "0.0094157, 0.0085120, 0.0064838, 0.0016686, -0.0098482, -0.0377764, -0.1048054");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0254315, 0.0263485, 0.0285402, 0.0336960, 0.0459173, 0.0738940, 0.1413603", \
					  "0.0247155, 0.0256009, 0.0277601, 0.0329435, 0.0450159, 0.0734309, 0.1407767", \
					  "0.0241194, 0.0250349, 0.0271707, 0.0323123, 0.0441690, 0.0726990, 0.1400478", \
					  "0.0240917, 0.0249985, 0.0270356, 0.0319457, 0.0437870, 0.0718810, 0.1396912", \
					  "0.0240223, 0.0248952, 0.0269316, 0.0318827, 0.0432009, 0.0712915, 0.1391533", \
					  "0.0241731, 0.0251501, 0.0272384, 0.0320934, 0.0437412, 0.0709861, 0.1385400", \
					  "0.0244806, 0.0253026, 0.0272973, 0.0320730, 0.0435769, 0.0713247, 0.1377552");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0017681, 0.0009200, -0.0011299, -0.0060872, -0.0180153, -0.0463763, -0.1139934", \
					  "0.0014133, 0.0005973, -0.0013966, -0.0062556, -0.0180297, -0.0462548, -0.1137972", \
					  "0.0007872, -5.5000000e-06, -0.0019434, -0.0066862, -0.0182219, -0.0462265, -0.1136144", \
					  "0.0001470, -0.0006390, -0.0024559, -0.0073097, -0.0186123, -0.0463512, -0.1135433", \
					  "-0.0006516, -0.0012998, -0.0033223, -0.0076958, -0.0188326, -0.0465879, -0.1136158", \
					  "-0.0008393, -0.0016098, -0.0036183, -0.0081518, -0.0198098, -0.0471900, -0.1139689", \
					  "-8.2600000e-05, -0.0009386, -0.0032169, -0.0084786, -0.0201106, -0.0476875, -0.1142193");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.2425295, 0.2506615, 0.2694292, 0.3134616, 0.4182290, 0.6670370, 1.2615571", \
					  "0.2450631, 0.2530314, 0.2725650, 0.3168039, 0.4228523, 0.6729579, 1.2701785", \
					  "0.2588931, 0.2667443, 0.2854582, 0.3300027, 0.4365099, 0.6917149, 1.2872753", \
					  "0.2927380, 0.3005171, 0.3189303, 0.3633149, 0.4688264, 0.7201848, 1.3178912", \
					  "0.3654819, 0.3732264, 0.3917236, 0.4360814, 0.5414957, 0.7945598, 1.3961197", \
					  "0.5162923, 0.5246067, 0.5441597, 0.5890122, 0.6938469, 0.9432992, 1.5390652", \
					  "0.8038895, 0.8137627, 0.8371693, 0.8898795, 1.0090720, 1.2720828, 1.8677635");
				}
				rise_transition ("del_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("0.1514124, 0.1612689, 0.1847983, 0.2416246, 0.3771066, 0.7014475, 1.4793831", \
					  "0.1510920, 0.1607465, 0.1849730, 0.2415604, 0.3765924, 0.7024065, 1.4796964", \
					  "0.1515340, 0.1611721, 0.1846754, 0.2411650, 0.3776193, 0.7055473, 1.4786923", \
					  "0.1516326, 0.1615200, 0.1850384, 0.2416693, 0.3775679, 0.7021684, 1.4794930", \
					  "0.1518030, 0.1615618, 0.1850483, 0.2412771, 0.3777135, 0.7050819, 1.4858408", \
					  "0.1623809, 0.1711882, 0.1939833, 0.2486481, 0.3798038, 0.7017713, 1.4771802", \
					  "0.1997213, 0.2082845, 0.2326521, 0.2900989, 0.4232319, 0.7242135, 1.4809689");
				}
				cell_fall ("del_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("0.0160291, 0.0167208, 0.0183795, 0.0222343, 0.0310869, 0.0513557, 0.0975510", \
					  "0.0213386, 0.0219941, 0.0235620, 0.0272600, 0.0359072, 0.0559520, 0.1020225", \
					  "0.0311749, 0.0320861, 0.0341624, 0.0386543, 0.0475967, 0.0671727, 0.1129041", \
					  "0.0452936, 0.0466077, 0.0496055, 0.0560591, 0.0691104, 0.0928464, 0.1381138", \
					  "0.0618280, 0.0638264, 0.0681581, 0.0775996, 0.0968773, 0.1325102, 0.1937057", \
					  "0.0749824, 0.0778555, 0.0844303, 0.0985396, 0.1275936, 0.1805253, 0.2726488", \
					  "0.0543001, 0.0588304, 0.0692330, 0.0918534, 0.1374262, 0.2211883, 0.3637249");
				}
				fall_transition ("del_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("0.0146326, 0.0155846, 0.0179414, 0.0234443, 0.0361075, 0.0648101, 0.1304029", \
					  "0.0157465, 0.0165860, 0.0185752, 0.0235059, 0.0357276, 0.0645782, 0.1300450", \
					  "0.0221187, 0.0229196, 0.0246598, 0.0284476, 0.0383974, 0.0643763, 0.1296663", \
					  "0.0342247, 0.0352097, 0.0374934, 0.0424027, 0.0526973, 0.0744124, 0.1318997", \
					  "0.0552499, 0.0573354, 0.0604974, 0.0672046, 0.0805605, 0.1069212, 0.1600226", \
					  "0.0919068, 0.0940569, 0.0989235, 0.1088366, 0.1287997, 0.1663569, 0.2343032", \
					  "0.1579109, 0.1612621, 0.1688832, 0.1848980, 0.2168419, 0.2745435, 0.3669180");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.2275826, 0.2355579, 0.2544421, 0.2999310, 0.4052408, 0.6557472, 1.2559003", \
					  "0.2282281, 0.2361663, 0.2550620, 0.3009558, 0.4082059, 0.6591239, 1.2565915", \
					  "0.2396074, 0.2474944, 0.2665216, 0.3114706, 0.4177323, 0.6718044, 1.2738002", \
					  "0.2711109, 0.2791203, 0.2977519, 0.3418383, 0.4475151, 0.6982366, 1.2968150", \
					  "0.3426464, 0.3504433, 0.3691009, 0.4128685, 0.5186951, 0.7703913, 1.3756750", \
					  "0.4915357, 0.5002484, 0.5207593, 0.5677279, 0.6732656, 0.9241680, 1.5235632", \
					  "0.7791884, 0.7904444, 0.8174099, 0.8757130, 1.0030313, 1.2733897, 1.8727699");
				}
				rise_transition ("del_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("0.1512363, 0.1610068, 0.1850286, 0.2411342, 0.3775094, 0.7022122, 1.4863245", \
					  "0.1514044, 0.1611800, 0.1849584, 0.2412777, 0.3776448, 0.7021921, 1.4791114", \
					  "0.1516167, 0.1613309, 0.1849825, 0.2412541, 0.3777905, 0.7047243, 1.4856146", \
					  "0.1515469, 0.1613930, 0.1848190, 0.2417244, 0.3772739, 0.7006011, 1.4767927", \
					  "0.1517974, 0.1618157, 0.1854200, 0.2420669, 0.3800720, 0.7018748, 1.4868445", \
					  "0.1724829, 0.1809116, 0.2022654, 0.2549600, 0.3842185, 0.7100731, 1.4815147", \
					  "0.2259646, 0.2359963, 0.2600427, 0.3155399, 0.4448572, 0.7359429, 1.4861520");
				}
				cell_fall ("del_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("0.0173082, 0.0180725, 0.0198358, 0.0239002, 0.0331045, 0.0537037, 0.1004240", \
					  "0.0225827, 0.0232926, 0.0249591, 0.0288742, 0.0378880, 0.0583430, 0.1049721", \
					  "0.0327963, 0.0337144, 0.0358015, 0.0403514, 0.0491857, 0.0691706, 0.1154470", \
					  "0.0463740, 0.0476866, 0.0506746, 0.0571405, 0.0702302, 0.0937993, 0.1399076", \
					  "0.0608998, 0.0629877, 0.0674674, 0.0770818, 0.0964216, 0.1323142, 0.1947593", \
					  "0.0655793, 0.0685533, 0.0753898, 0.0899563, 0.1196156, 0.1751222, 0.2708156", \
					  "0.0297100, 0.0345231, 0.0456244, 0.0695476, 0.1181548, 0.2057748, 0.3546761");
				}
				fall_transition ("del_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("0.0155696, 0.0165359, 0.0187588, 0.0240204, 0.0359059, 0.0632433, 0.1272401", \
					  "0.0160704, 0.0168645, 0.0188350, 0.0237054, 0.0354582, 0.0629456, 0.1271207", \
					  "0.0217388, 0.0224418, 0.0239799, 0.0276947, 0.0374763, 0.0627981, 0.1267639", \
					  "0.0329130, 0.0338755, 0.0360795, 0.0409095, 0.0510519, 0.0722460, 0.1288004", \
					  "0.0519449, 0.0534559, 0.0568041, 0.0647222, 0.0785878, 0.1047478, 0.1564445", \
					  "0.0881503, 0.0903917, 0.0954450, 0.1061716, 0.1278535, 0.1671172, 0.2352528", \
					  "0.1537951, 0.1573743, 0.1656781, 0.1835803, 0.2159657, 0.2754357, 0.3739518");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.1859873, 0.1940978, 0.2132176, 0.2586014, 0.3639529, 0.6178455, 1.2142032", \
					  "0.1855763, 0.1936102, 0.2128747, 0.2591571, 0.3659526, 0.6195027, 1.2223333", \
					  "0.1960473, 0.2042987, 0.2232869, 0.2678676, 0.3734132, 0.6251916, 1.2241080", \
					  "0.2265358, 0.2345613, 0.2530149, 0.2976014, 0.4035637, 0.6575523, 1.2561208", \
					  "0.2984104, 0.3061398, 0.3246351, 0.3688899, 0.4745959, 0.7259200, 1.3268932", \
					  "0.4511804, 0.4605476, 0.4828043, 0.5323954, 0.6396128, 0.8899216, 1.4864446", \
					  "0.7359044, 0.7498837, 0.7819190, 0.8513502, 0.9951907, 1.2754655, 1.8742148");
				}
				rise_transition ("del_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("0.1514051, 0.1610825, 0.1848586, 0.2414590, 0.3772169, 0.7048431, 1.4869669", \
					  "0.1513266, 0.1608729, 0.1845824, 0.2411467, 0.3767379, 0.7048035, 1.4858764", \
					  "0.1510449, 0.1612806, 0.1848893, 0.2414017, 0.3775154, 0.7022818, 1.4771810", \
					  "0.1512795, 0.1611902, 0.1848201, 0.2417531, 0.3782397, 0.7047524, 1.4861806", \
					  "0.1526664, 0.1617895, 0.1852008, 0.2420677, 0.3777650, 0.7050633, 1.4837821", \
					  "0.1846891, 0.1939117, 0.2136808, 0.2626313, 0.3881215, 0.7079931, 1.4798648", \
					  "0.2681851, 0.2781644, 0.3018956, 0.3555150, 0.4778898, 0.7508917, 1.4967143");
				}
				cell_fall ("del_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("0.0175856, 0.0182672, 0.0198746, 0.0235465, 0.0318784, 0.0508170, 0.0950340", \
					  "0.0224667, 0.0231263, 0.0246784, 0.0282761, 0.0365307, 0.0554671, 0.0994702", \
					  "0.0318270, 0.0327092, 0.0347107, 0.0389756, 0.0475179, 0.0662611, 0.1103161", \
					  "0.0433123, 0.0446160, 0.0475360, 0.0539950, 0.0669913, 0.0907877, 0.1348495", \
					  "0.0533173, 0.0552862, 0.0600185, 0.0700255, 0.0900078, 0.1265383, 0.1893022", \
					  "0.0504907, 0.0536789, 0.0609264, 0.0766026, 0.1089650, 0.1663497, 0.2621107", \
					  "0.0002968, 0.0056370, 0.0177289, 0.0428068, 0.0961228, 0.1885938, 0.3408661");
				}
				fall_transition ("del_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("0.0135027, 0.0143010, 0.0161330, 0.0205074, 0.0308749, 0.0557373, 0.1155672", \
					  "0.0137825, 0.0144789, 0.0161783, 0.0203397, 0.0306431, 0.0556269, 0.1155255", \
					  "0.0187732, 0.0194481, 0.0210017, 0.0242869, 0.0330331, 0.0559756, 0.1156311", \
					  "0.0292837, 0.0302773, 0.0322233, 0.0371358, 0.0472121, 0.0662211, 0.1183977", \
					  "0.0478996, 0.0492990, 0.0524552, 0.0601821, 0.0743079, 0.1005278, 0.1473962", \
					  "0.0840935, 0.0863698, 0.0915341, 0.1026493, 0.1231614, 0.1618266, 0.2294342", \
					  "0.1525101, 0.1561037, 0.1639447, 0.1809215, 0.2157299, 0.2720493, 0.3689747");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.1076077, 0.1157587, 0.1356610, 0.1817509, 0.2893308, 0.5459361, 1.1434356", \
					  "0.1073700, 0.1153317, 0.1343960, 0.1805307, 0.2893228, 0.5432735, 1.1416651", \
					  "0.1157725, 0.1235369, 0.1422043, 0.1884067, 0.2941496, 0.5518535, 1.1524167", \
					  "0.1464103, 0.1538840, 0.1717082, 0.2157880, 0.3216813, 0.5715211, 1.1758389", \
					  "0.2221045, 0.2289570, 0.2442200, 0.2846484, 0.3882259, 0.6389905, 1.2420560", \
					  "0.3647356, 0.3751554, 0.3989926, 0.4499645, 0.5518919, 0.7986760, 1.3963721", \
					  "0.6114327, 0.6275336, 0.6642069, 0.7436930, 0.8979826, 1.1818776, 1.7713416");
				}
				rise_transition ("del_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("0.1450035, 0.1557504, 0.1810159, 0.2395099, 0.3792322, 0.7056762, 1.4847558", \
					  "0.1436917, 0.1544802, 0.1795976, 0.2386941, 0.3773218, 0.7021780, 1.4796877", \
					  "0.1409590, 0.1516226, 0.1776096, 0.2376033, 0.3765827, 0.7044834, 1.4789840", \
					  "0.1356835, 0.1463645, 0.1730939, 0.2351050, 0.3760232, 0.7024698, 1.4823577", \
					  "0.1479230, 0.1572281, 0.1788275, 0.2330018, 0.3707608, 0.7010881, 1.4868248", \
					  "0.2040018, 0.2134907, 0.2354041, 0.2810401, 0.3952926, 0.6991639, 1.4791465", \
					  "0.3254190, 0.3371672, 0.3629977, 0.4160002, 0.5317859, 0.7845725, 1.4863711");
				}
				cell_fall ("del_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("0.0139956, 0.0145918, 0.0159813, 0.0191828, 0.0264430, 0.0436439, 0.0845116", \
					  "0.0186436, 0.0192948, 0.0206844, 0.0238799, 0.0311470, 0.0483810, 0.0892026", \
					  "0.0253206, 0.0263232, 0.0285591, 0.0332148, 0.0421472, 0.0591705, 0.1001650", \
					  "0.0327800, 0.0343395, 0.0378532, 0.0450982, 0.0589081, 0.0832626, 0.1257752", \
					  "0.0370014, 0.0390970, 0.0449666, 0.0562929, 0.0780553, 0.1160092, 0.1785723", \
					  "0.0242288, 0.0283424, 0.0368900, 0.0547034, 0.0915479, 0.1515721, 0.2494496", \
					  "-0.0436170, -0.0379399, -0.0219009, 0.0115196, 0.0721620, 0.1720780, 0.3263493");
				}
				fall_transition ("del_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("0.0091329, 0.0098254, 0.0114425, 0.0154335, 0.0251187, 0.0478326, 0.1024879", \
					  "0.0104157, 0.0109619, 0.0123284, 0.0158612, 0.0251188, 0.0477137, 0.1030523", \
					  "0.0163943, 0.0170304, 0.0184904, 0.0217183, 0.0287211, 0.0491317, 0.1029543", \
					  "0.0267814, 0.0279663, 0.0299904, 0.0348355, 0.0442628, 0.0612346, 0.1069339", \
					  "0.0465424, 0.0483309, 0.0510851, 0.0581267, 0.0718122, 0.0974509, 0.1406449", \
					  "0.0864428, 0.0887164, 0.0931916, 0.1037633, 0.1221566, 0.1588893, 0.2213110", \
					  "0.1641526, 0.1674652, 0.1739783, 0.1893592, 0.2188201, 0.2719877, 0.3604878");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007496;
			capacitance : 0.007979;
			rise_capacitance : 0.008462;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0086540, -0.0087411, -0.0089417, -0.0089755, -0.0090533, -0.0092328, -0.0096464");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0078728, 0.0078722, 0.0078707, 0.0078688, 0.0078644, 0.0078541, 0.0078305");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007396;
			capacitance : 0.007973;
			rise_capacitance : 0.008549;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087436, -0.0087835, -0.0088754, -0.0089183, -0.0090171, -0.0092447, -0.0097695");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132201, 0.0132089, 0.0131829, 0.0131812, 0.0131771, 0.0131677, 0.0131460");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007214;
			capacitance : 0.007816;
			rise_capacitance : 0.008418;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0094841, -0.0095606, -0.0097371, -0.0097501, -0.0097800, -0.0098489, -0.0100077");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0108439, 0.0108456, 0.0108495, 0.0108519, 0.0108575, 0.0108703, 0.0108997");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007303;
			capacitance : 0.008005;
			rise_capacitance : 0.008707;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048875, -0.0048822, -0.0048699, -0.0048688, -0.0048662, -0.0048603, -0.0048467");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051305, 0.0051277, 0.0051211, 0.0051381, 0.0051772, 0.0052674, 0.0054752");
				}
			}
		}
	}
	cell ("scs8hd_nor4b_1") {
		area : 8.758400;
		cell_footprint : "nor4b";
		cell_leakage_power : 2.211402e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "2.8398062e-05";
			when : "A&B&C&DN";
		}
		leakage_power () {
			value : "0.0004093";
			when : "A&B&C&!DN";
		}
		leakage_power () {
			value : "6.4520329e-05";
			when : "!A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0004099";
			when : "!A&!B&!C&!DN";
		}
		leakage_power () {
			value : "2.8494778e-05";
			when : "!A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0004093";
			when : "!A&!B&C&!DN";
		}
		leakage_power () {
			value : "2.7484779e-05";
			when : "!A&B&!C&DN";
		}
		leakage_power () {
			value : "0.0004094";
			when : "!A&B&!C&!DN";
		}
		leakage_power () {
			value : "2.8398116e-05";
			when : "!A&B&C&DN";
		}
		leakage_power () {
			value : "0.0004093";
			when : "!A&B&C&!DN";
		}
		leakage_power () {
			value : "2.9840066e-05";
			when : "A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0004094";
			when : "A&!B&!C&!DN";
		}
		leakage_power () {
			value : "2.8418702e-05";
			when : "A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0004093";
			when : "A&!B&C&!DN";
		}
		leakage_power () {
			value : "2.7393334e-05";
			when : "A&B&!C&DN";
		}
		leakage_power () {
			value : "0.0004094";
			when : "A&B&!C&!DN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C&DN)";
			max_capacitance : 0.028391;
			max_transition : 1.503443;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0093562, 0.0099375, 0.0111087, 0.0134417, 0.0177560, 0.0263865, 0.0430842", \
					  "0.0092222, 0.0098269, 0.0109845, 0.0132479, 0.0176766, 0.0262525, 0.0431010", \
					  "0.0091333, 0.0097466, 0.0108749, 0.0131399, 0.0175417, 0.0261428, 0.0429055", \
					  "0.0090968, 0.0096861, 0.0108065, 0.0130548, 0.0174416, 0.0260671, 0.0428191", \
					  "0.0090238, 0.0096194, 0.0107441, 0.0129841, 0.0173400, 0.0259827, 0.0426737", \
					  "0.0089826, 0.0095562, 0.0107041, 0.0129436, 0.0172902, 0.0258710, 0.0428650", \
					  "0.0089235, 0.0095149, 0.0106847, 0.0129302, 0.0172265, 0.0258405, 0.0427612");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0039819, 0.0034033, 0.0022658, 3.0500000e-05, -0.0043568, -0.0129010, -0.0296431", \
					  "0.0039379, 0.0033619, 0.0022170, -3.2100000e-05, -0.0044042, -0.0129253, -0.0296830", \
					  "0.0038812, 0.0033094, 0.0021727, -4.4500000e-05, -0.0044356, -0.0129790, -0.0297212", \
					  "0.0038089, 0.0032599, 0.0021231, -0.0001089, -0.0044680, -0.0130004, -0.0297652", \
					  "0.0040059, 0.0034268, 0.0022822, -1.4300000e-05, -0.0044540, -0.0130074, -0.0297832", \
					  "0.0042399, 0.0036590, 0.0025121, 0.0002883, -0.0041128, -0.0127593, -0.0297639", \
					  "0.0045225, 0.0039501, 0.0028372, 0.0005898, -0.0037720, -0.0124338, -0.0292982");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0081405, 0.0087528, 0.0099224, 0.0122575, 0.0166002, 0.0252320, 0.0419049", \
					  "0.0080333, 0.0086055, 0.0097801, 0.0120585, 0.0164824, 0.0250900, 0.0419362", \
					  "0.0079236, 0.0085245, 0.0096571, 0.0119975, 0.0163552, 0.0250644, 0.0418139", \
					  "0.0078545, 0.0084290, 0.0095795, 0.0118273, 0.0162280, 0.0248233, 0.0417124", \
					  "0.0078059, 0.0084006, 0.0095529, 0.0117619, 0.0161852, 0.0247529, 0.0418866", \
					  "0.0077689, 0.0083448, 0.0094909, 0.0117350, 0.0161786, 0.0248140, 0.0415950", \
					  "0.0077513, 0.0083459, 0.0095167, 0.0117714, 0.0161108, 0.0247268, 0.0414455");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0034325, 0.0028494, 0.0017056, -0.0005198, -0.0048695, -0.0134190, -0.0302569", \
					  "0.0034373, 0.0028524, 0.0017107, -0.0005199, -0.0048669, -0.0134166, -0.0302523", \
					  "0.0034387, 0.0028581, 0.0017186, -0.0005170, -0.0048621, -0.0134331, -0.0302523", \
					  "0.0033146, 0.0027406, 0.0016108, -0.0006196, -0.0049488, -0.0134699, -0.0302942", \
					  "0.0034510, 0.0028861, 0.0017229, -0.0005039, -0.0049122, -0.0135142, -0.0303376", \
					  "0.0035077, 0.0029365, 0.0018019, -0.0004634, -0.0048014, -0.0134111, -0.0303077", \
					  "0.0036447, 0.0030918, 0.0019177, -0.0002985, -0.0046868, -0.0132308, -0.0300963");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0065045, 0.0071133, 0.0083203, 0.0105565, 0.0150009, 0.0235129, 0.0402485", \
					  "0.0063645, 0.0069703, 0.0081412, 0.0104175, 0.0148509, 0.0234693, 0.0403756", \
					  "0.0062733, 0.0068738, 0.0080228, 0.0102900, 0.0147212, 0.0233175, 0.0401773", \
					  "0.0061978, 0.0067944, 0.0079583, 0.0101893, 0.0145915, 0.0232230, 0.0399875", \
					  "0.0061748, 0.0067772, 0.0078980, 0.0101490, 0.0145233, 0.0231550, 0.0399253", \
					  "0.0061466, 0.0067400, 0.0078758, 0.0101071, 0.0145446, 0.0230751, 0.0397509", \
					  "0.0061294, 0.0067115, 0.0078591, 0.0100966, 0.0145067, 0.0230293, 0.0400117");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0032703, 0.0026835, 0.0015410, -0.0006972, -0.0050803, -0.0136871, -0.0305834", \
					  "0.0032707, 0.0026900, 0.0015510, -0.0006798, -0.0050646, -0.0136627, -0.0305537", \
					  "0.0032679, 0.0026980, 0.0015715, -0.0006451, -0.0050295, -0.0136083, -0.0304939", \
					  "0.0032360, 0.0026415, 0.0015011, -0.0006990, -0.0050444, -0.0135914, -0.0304788", \
					  "0.0031319, 0.0025732, 0.0014467, -0.0007392, -0.0050779, -0.0136708, -0.0305171", \
					  "0.0030739, 0.0024952, 0.0013542, -0.0008028, -0.0051817, -0.0136466, -0.0305621", \
					  "0.0030445, 0.0024606, 0.0014517, -0.0009069, -0.0052640, -0.0137978, -0.0306141");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0064291, 0.0070558, 0.0082700, 0.0105612, 0.0151171, 0.0237316, 0.0405130", \
					  "0.0064246, 0.0070214, 0.0082401, 0.0105338, 0.0150849, 0.0237091, 0.0403488", \
					  "0.0063550, 0.0069808, 0.0081465, 0.0104443, 0.0148980, 0.0235298, 0.0403642", \
					  "0.0061623, 0.0067595, 0.0079369, 0.0102890, 0.0146755, 0.0233332, 0.0401304", \
					  "0.0059885, 0.0065987, 0.0077552, 0.0100548, 0.0144676, 0.0230976, 0.0399424", \
					  "0.0059497, 0.0065578, 0.0077236, 0.0099514, 0.0143994, 0.0231525, 0.0400316", \
					  "0.0060801, 0.0066669, 0.0078151, 0.0099624, 0.0143438, 0.0229021, 0.0398009");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0017579, 0.0012947, 0.0003397, -0.0016387, -0.0057904, -0.0142290, -0.0310575", \
					  "0.0017249, 0.0012424, 0.0003083, -0.0016634, -0.0058161, -0.0142687, -0.0311054", \
					  "0.0017648, 0.0012891, 0.0003307, -0.0016464, -0.0057776, -0.0142317, -0.0310671", \
					  "0.0016498, 0.0012010, 0.0002288, -0.0017397, -0.0058749, -0.0143056, -0.0311336", \
					  "0.0014696, 0.0009937, 5.9200000e-05, -0.0019167, -0.0059948, -0.0143981, -0.0312081", \
					  "0.0018129, 0.0012731, 0.0001259, -0.0020474, -0.0062994, -0.0145026, -0.0312633", \
					  "0.0020378, 0.0014841, 0.0003414, -0.0018229, -0.0060879, -0.0145559, -0.0313401");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.2284824, 0.2467469, 0.2820705, 0.3506485, 0.4816248, 0.7452554, 1.2419000", \
					  "0.2321760, 0.2501173, 0.2858450, 0.3546368, 0.4883108, 0.7444098, 1.2481838", \
					  "0.2456622, 0.2634994, 0.2982277, 0.3666665, 0.5005134, 0.7575319, 1.2619263", \
					  "0.2782171, 0.2960904, 0.3309871, 0.3988224, 0.5301744, 0.7892000, 1.2991290", \
					  "0.3488363, 0.3663798, 0.4012292, 0.4680913, 0.6018065, 0.8615734, 1.3613216", \
					  "0.4937719, 0.5128634, 0.5491666, 0.6172549, 0.7490947, 1.0060147, 1.5129945", \
					  "0.7690671, 0.7920633, 0.8359527, 0.9169058, 1.0644186, 1.3307395, 1.8347827");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1620881, 0.1848652, 0.2288686, 0.3201686, 0.4868719, 0.8260181, 1.4744246", \
					  "0.1618462, 0.1848159, 0.2292611, 0.3169426, 0.4888586, 0.8206646, 1.4765299", \
					  "0.1621759, 0.1850009, 0.2295756, 0.3166230, 0.4873985, 0.8222411, 1.4758570", \
					  "0.1621329, 0.1850259, 0.2291498, 0.3173324, 0.4882023, 0.8223184, 1.4735583", \
					  "0.1622875, 0.1855475, 0.2296593, 0.3169068, 0.4873303, 0.8267024, 1.4760770", \
					  "0.1767631, 0.1977204, 0.2398663, 0.3235356, 0.4891416, 0.8221899, 1.4965327", \
					  "0.2206099, 0.2437226, 0.2891881, 0.3743476, 0.5337122, 0.8460693, 1.4937720");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0163602, 0.0179287, 0.0209219, 0.0266241, 0.0374237, 0.0578548, 0.0966268", \
					  "0.0216859, 0.0231537, 0.0260275, 0.0315705, 0.0422379, 0.0625788, 0.1012269", \
					  "0.0321257, 0.0340750, 0.0375541, 0.0434455, 0.0537027, 0.0736453, 0.1121027", \
					  "0.0475430, 0.0503211, 0.0554306, 0.0641407, 0.0782418, 0.1003695, 0.1379554", \
					  "0.0663246, 0.0705589, 0.0780883, 0.0911120, 0.1121584, 0.1456125, 0.1957367", \
					  "0.0838155, 0.0902319, 0.1018493, 0.1216736, 0.1533559, 0.2045469, 0.2779246", \
					  "0.0733936, 0.0833070, 0.1019046, 0.1339171, 0.1838055, 0.2647574, 0.3842275");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0148520, 0.0169511, 0.0208218, 0.0281266, 0.0418760, 0.0681927, 0.1177944", \
					  "0.0157848, 0.0174720, 0.0209957, 0.0277683, 0.0414735, 0.0678411, 0.1179901", \
					  "0.0224029, 0.0235595, 0.0259633, 0.0313165, 0.0429823, 0.0676676, 0.1176308", \
					  "0.0346288, 0.0367017, 0.0403020, 0.0471034, 0.0564978, 0.0754801, 0.1195068", \
					  "0.0567961, 0.0604718, 0.0657501, 0.0741995, 0.0891784, 0.1118117, 0.1467068", \
					  "0.0934645, 0.0980570, 0.1062505, 0.1199544, 0.1432851, 0.1772481, 0.2297585", \
					  "0.1641539, 0.1716479, 0.1846165, 0.2060724, 0.2419362, 0.2921924, 0.3715065");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.2161830, 0.2346657, 0.2697148, 0.3386681, 0.4702558, 0.7324828, 1.2301246", \
					  "0.2179944, 0.2364086, 0.2717092, 0.3406235, 0.4728906, 0.7328627, 1.2348766", \
					  "0.2301495, 0.2479851, 0.2832178, 0.3518340, 0.4856273, 0.7489944, 1.2475931", \
					  "0.2626634, 0.2807507, 0.3150779, 0.3835224, 0.5167735, 0.7733723, 1.2792619", \
					  "0.3353753, 0.3528675, 0.3875845, 0.4555604, 0.5889336, 0.8470117, 1.3549887", \
					  "0.4894473, 0.5094151, 0.5469730, 0.6156110, 0.7472104, 1.0064989, 1.5135643", \
					  "0.7893665, 0.8149234, 0.8635976, 0.9495048, 1.1028687, 1.3704997, 1.8743567");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1619869, 0.1847207, 0.2293746, 0.3202285, 0.4880058, 0.8262598, 1.4762841", \
					  "0.1620392, 0.1848383, 0.2294683, 0.3173673, 0.4868499, 0.8214429, 1.4825627", \
					  "0.1621285, 0.1851464, 0.2290309, 0.3200814, 0.4874899, 0.8340913, 1.4731594", \
					  "0.1621826, 0.1845216, 0.2293203, 0.3168715, 0.4893489, 0.8213365, 1.4771611", \
					  "0.1628067, 0.1855408, 0.2308487, 0.3166626, 0.4891550, 0.8246836, 1.5034427", \
					  "0.1845959, 0.2047121, 0.2456177, 0.3275080, 0.4935463, 0.8333193, 1.4793948", \
					  "0.2495421, 0.2715688, 0.3154798, 0.3984034, 0.5449605, 0.8498830, 1.4777042");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0177427, 0.0193703, 0.0224960, 0.0283773, 0.0393706, 0.0599743, 0.0991056", \
					  "0.0229879, 0.0245445, 0.0275491, 0.0332776, 0.0441569, 0.0645008, 0.1036315", \
					  "0.0335713, 0.0354951, 0.0389812, 0.0448970, 0.0553474, 0.0753440, 0.1143607", \
					  "0.0482495, 0.0510350, 0.0559943, 0.0642785, 0.0785904, 0.1011038, 0.1396505", \
					  "0.0649311, 0.0691376, 0.0768614, 0.0899635, 0.1117851, 0.1456994, 0.1967136", \
					  "0.0752836, 0.0818243, 0.0933381, 0.1147740, 0.1489286, 0.2011998, 0.2779804", \
					  "0.0524140, 0.0628288, 0.0826951, 0.1165912, 0.1707377, 0.2532220, 0.3758863");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0160548, 0.0179975, 0.0217466, 0.0289990, 0.0426173, 0.0686977, 0.1191157", \
					  "0.0163775, 0.0181306, 0.0216620, 0.0285261, 0.0422799, 0.0685370, 0.1194172", \
					  "0.0220854, 0.0233448, 0.0257934, 0.0313963, 0.0432352, 0.0682081, 0.1192688", \
					  "0.0337605, 0.0357855, 0.0393730, 0.0461399, 0.0562034, 0.0761897, 0.1213799", \
					  "0.0551787, 0.0581317, 0.0629830, 0.0724694, 0.0876043, 0.1109145, 0.1482603", \
					  "0.0922703, 0.0970938, 0.1061754, 0.1193572, 0.1417328, 0.1768544, 0.2318075", \
					  "0.1630370, 0.1715265, 0.1847695, 0.2066449, 0.2414787, 0.2949581, 0.3726861");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1799458, 0.1980567, 0.2333231, 0.3021682, 0.4355291, 0.6915277, 1.1980167", \
					  "0.1813562, 0.1997657, 0.2353045, 0.3042837, 0.4364436, 0.6960615, 1.2090071", \
					  "0.1930053, 0.2106923, 0.2458466, 0.3139253, 0.4472060, 0.7054040, 1.2208132", \
					  "0.2241413, 0.2418424, 0.2764931, 0.3448818, 0.4761085, 0.7350945, 1.2429501", \
					  "0.2966688, 0.3143223, 0.3493424, 0.4171538, 0.5482818, 0.8059383, 1.3122053", \
					  "0.4552165, 0.4775514, 0.5170454, 0.5870582, 0.7189926, 0.9779850, 1.4812712", \
					  "0.7530827, 0.7842295, 0.8402362, 0.9373223, 1.1031610, 1.3717516, 1.8810109");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1613571, 0.1847555, 0.2309909, 0.3167822, 0.4894937, 0.8206988, 1.4743433", \
					  "0.1620345, 0.1849401, 0.2289346, 0.3176955, 0.4874937, 0.8217840, 1.4836711", \
					  "0.1619735, 0.1848207, 0.2295986, 0.3166508, 0.4877571, 0.8222059, 1.4815512", \
					  "0.1620773, 0.1848649, 0.2292702, 0.3178714, 0.4868246, 0.8219002, 1.4741837", \
					  "0.1640864, 0.1861568, 0.2292358, 0.3192696, 0.4870763, 0.8229302, 1.4751262", \
					  "0.1972627, 0.2167464, 0.2549582, 0.3323022, 0.4942704, 0.8220565, 1.4762065", \
					  "0.2891674, 0.3122341, 0.3535171, 0.4284338, 0.5717005, 0.8598261, 1.4924495");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0179487, 0.0194544, 0.0223318, 0.0277898, 0.0381464, 0.0579633, 0.0963775", \
					  "0.0228803, 0.0243470, 0.0271709, 0.0325837, 0.0427885, 0.0625985, 0.1009910", \
					  "0.0326942, 0.0345849, 0.0379977, 0.0438706, 0.0537529, 0.0736996, 0.1121246", \
					  "0.0455203, 0.0484216, 0.0534794, 0.0624614, 0.0768923, 0.0995918, 0.1377236", \
					  "0.0588860, 0.0633778, 0.0713730, 0.0852110, 0.1075832, 0.1421879, 0.1935592", \
					  "0.0622075, 0.0693770, 0.0833578, 0.1050119, 0.1411168, 0.1941290, 0.2744151", \
					  "0.0289045, 0.0410211, 0.0605588, 0.0983280, 0.1570224, 0.2437625, 0.3693468");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0142347, 0.0159623, 0.0194770, 0.0262133, 0.0393665, 0.0651282, 0.1159673", \
					  "0.0145987, 0.0162324, 0.0194561, 0.0260500, 0.0392592, 0.0651185, 0.1159825", \
					  "0.0201011, 0.0214497, 0.0238601, 0.0291326, 0.0407172, 0.0651750, 0.1159567", \
					  "0.0311945, 0.0332425, 0.0370536, 0.0435104, 0.0541958, 0.0739403, 0.1182798", \
					  "0.0511971, 0.0543516, 0.0600432, 0.0704544, 0.0857350, 0.1096786, 0.1466079", \
					  "0.0902618, 0.0953290, 0.1031089, 0.1177916, 0.1406780, 0.1767541, 0.2303873", \
					  "0.1635165, 0.1715879, 0.1867936, 0.2069447, 0.2423625, 0.2947814, 0.3730107");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1501871, 0.1688410, 0.2049967, 0.2746474, 0.4099522, 0.6686031, 1.1759835", \
					  "0.1549398, 0.1736211, 0.2094999, 0.2791450, 0.4143820, 0.6735860, 1.1796129", \
					  "0.1652935, 0.1836602, 0.2195342, 0.2889495, 0.4236874, 0.6917648, 1.1870191", \
					  "0.1845540, 0.2027771, 0.2381486, 0.3075027, 0.4411437, 0.7009978, 1.2072391", \
					  "0.2147511, 0.2326575, 0.2680298, 0.3369367, 0.4703582, 0.7313688, 1.2387578", \
					  "0.2555317, 0.2734520, 0.3080765, 0.3764088, 0.5093849, 0.7677733, 1.2771898", \
					  "0.3023704, 0.3189907, 0.3529211, 0.4190522, 0.5515548, 0.8103406, 1.3139130");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1593728, 0.1828613, 0.2296820, 0.3163071, 0.4936103, 0.8237820, 1.4798476", \
					  "0.1593266, 0.1828160, 0.2296012, 0.3163579, 0.4936425, 0.8240241, 1.4736878", \
					  "0.1590489, 0.1827991, 0.2282894, 0.3163006, 0.4874708, 0.8256707, 1.4751168", \
					  "0.1583015, 0.1817089, 0.2282241, 0.3187656, 0.4870220, 0.8206281, 1.4743538", \
					  "0.1573421, 0.1814699, 0.2275619, 0.3166306, 0.4876269, 0.8211794, 1.4745812", \
					  "0.1553336, 0.1798043, 0.2276521, 0.3160965, 0.4874011, 0.8238711, 1.4760033", \
					  "0.1563933, 0.1793890, 0.2252228, 0.3152453, 0.4880748, 0.8207530, 1.4754835");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1041391, 0.1069040, 0.1116828, 0.1199273, 0.1336690, 0.1565362, 0.1976234", \
					  "0.1091439, 0.1119380, 0.1167492, 0.1250078, 0.1386558, 0.1619578, 0.2027053", \
					  "0.1230317, 0.1257400, 0.1305540, 0.1387039, 0.1525426, 0.1758134, 0.2166050", \
					  "0.1574715, 0.1602039, 0.1651528, 0.1733836, 0.1871070, 0.2104357, 0.2513915", \
					  "0.2357368, 0.2385674, 0.2434290, 0.2518438, 0.2655352, 0.2890938, 0.3303877", \
					  "0.3764347, 0.3800486, 0.3864557, 0.3969901, 0.4137567, 0.4397948, 0.4830253", \
					  "0.6128582, 0.6178141, 0.6273578, 0.6412110, 0.6631126, 0.6953143, 0.7437571");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0262263, 0.0280917, 0.0316707, 0.0388360, 0.0515733, 0.0761429, 0.1244446", \
					  "0.0262851, 0.0280510, 0.0318259, 0.0389195, 0.0514623, 0.0760121, 0.1248180", \
					  "0.0262266, 0.0281450, 0.0317829, 0.0388325, 0.0516744, 0.0757338, 0.1244205", \
					  "0.0262291, 0.0283952, 0.0317180, 0.0388460, 0.0514503, 0.0758653, 0.1246476", \
					  "0.0288708, 0.0307096, 0.0340492, 0.0401873, 0.0531704, 0.0768952, 0.1250892", \
					  "0.0418331, 0.0438257, 0.0468822, 0.0527521, 0.0649327, 0.0865257, 0.1309792", \
					  "0.0641093, 0.0663293, 0.0696788, 0.0782001, 0.0891073, 0.1108268, 0.1511311");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002128;
			capacitance : 0.002231;
			rise_capacitance : 0.002334;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022360, -0.0022527, -0.0022913, -0.0022985, -0.0023153, -0.0023540, -0.0024432");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025910, 0.0025916, 0.0025932, 0.0025951, 0.0025996, 0.0026100, 0.0026339");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002098;
			capacitance : 0.002228;
			rise_capacitance : 0.002358;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022022, -0.0022161, -0.0022483, -0.0022571, -0.0022774, -0.0023242, -0.0024321");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025516, 0.0025498, 0.0025458, 0.0025447, 0.0025422, 0.0025363, 0.0025226");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002067;
			capacitance : 0.002206;
			rise_capacitance : 0.002344;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027998, -0.0028139, -0.0028465, -0.0028473, -0.0028492, -0.0028535, -0.0028633");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028861, 0.0028848, 0.0028818, 0.0028808, 0.0028785, 0.0028732, 0.0028609");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001502;
			capacitance : 0.001435;
			fall_capacitance : 0.001367;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018152, 0.0017816, 0.0017042, 0.0017032, 0.0017009, 0.0016956, 0.0016834");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063462, 0.0062809, 0.0061304, 0.0061326, 0.0061377, 0.0061494, 0.0061763");
				}
			}
		}
	}
	cell ("scs8hd_nor4b_2") {
		area : 15.014400;
		cell_footprint : "nor4b";
		cell_leakage_power : 4.136142e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "6.6319868e-05";
			when : "A&B&!C&DN";
		}
		leakage_power () {
			value : "0.0007485";
			when : "A&B&!C&!DN";
		}
		leakage_power () {
			value : "6.7854705e-05";
			when : "A&B&C&DN";
		}
		leakage_power () {
			value : "0.0007523";
			when : "A&B&C&!DN";
		}
		leakage_power () {
			value : "0.0001185";
			when : "!A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0007505";
			when : "!A&!B&!C&!DN";
		}
		leakage_power () {
			value : "6.8657096e-05";
			when : "!A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0007526";
			when : "!A&!B&C&!DN";
		}
		leakage_power () {
			value : "6.7153002e-05";
			when : "!A&B&!C&DN";
		}
		leakage_power () {
			value : "0.0007583";
			when : "!A&B&!C&!DN";
		}
		leakage_power () {
			value : "6.7680304e-05";
			when : "!A&B&C&DN";
		}
		leakage_power () {
			value : "0.0007524";
			when : "!A&B&C&!DN";
		}
		leakage_power () {
			value : "7.1116581e-05";
			when : "A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0007560";
			when : "A&!B&!C&!DN";
		}
		leakage_power () {
			value : "6.7665410e-05";
			when : "A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0007523";
			when : "A&!B&C&!DN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C&DN)";
			max_capacitance : 0.054942;
			max_transition : 1.475246;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0199313, 0.0206854, 0.0224087, 0.0258146, 0.0333773, 0.0498452, 0.0860138", \
					  "0.0197267, 0.0204518, 0.0220576, 0.0255881, 0.0332159, 0.0497756, 0.0860378", \
					  "0.0195271, 0.0202867, 0.0219443, 0.0254446, 0.0329763, 0.0496771, 0.0859802", \
					  "0.0194004, 0.0201864, 0.0218246, 0.0252281, 0.0327934, 0.0493005, 0.0857826", \
					  "0.0192608, 0.0199879, 0.0216432, 0.0250511, 0.0325901, 0.0491714, 0.0851609", \
					  "0.0192757, 0.0199949, 0.0215648, 0.0250648, 0.0325375, 0.0489954, 0.0853612", \
					  "0.0192224, 0.0200121, 0.0215616, 0.0250492, 0.0325590, 0.0489700, 0.0848172");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0077009, 0.0069891, 0.0054152, 0.0019724, -0.0055866, -0.0220341, -0.0579022", \
					  "0.0075885, 0.0068771, 0.0053226, 0.0018680, -0.0056839, -0.0221148, -0.0579924", \
					  "0.0075608, 0.0068362, 0.0052773, 0.0018363, -0.0057192, -0.0221810, -0.0580574", \
					  "0.0073705, 0.0066711, 0.0050725, 0.0016423, -0.0058478, -0.0223177, -0.0582328", \
					  "0.0074023, 0.0066748, 0.0050821, 0.0015455, -0.0060251, -0.0223861, -0.0582359", \
					  "0.0079858, 0.0072690, 0.0057928, 0.0023609, -0.0052687, -0.0218049, -0.0581855", \
					  "0.0087333, 0.0080054, 0.0064027, 0.0029841, -0.0045821, -0.0211314, -0.0574178");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0141722, 0.0149324, 0.0166720, 0.0201144, 0.0277064, 0.0441365, 0.0800639", \
					  "0.0139097, 0.0146599, 0.0162899, 0.0198178, 0.0275011, 0.0440444, 0.0802865", \
					  "0.0137038, 0.0144958, 0.0160487, 0.0195708, 0.0271852, 0.0437665, 0.0801906", \
					  "0.0135663, 0.0143026, 0.0159965, 0.0193823, 0.0269441, 0.0436526, 0.0798711", \
					  "0.0134251, 0.0141453, 0.0157970, 0.0191889, 0.0267422, 0.0432313, 0.0794228", \
					  "0.0134023, 0.0141015, 0.0156781, 0.0191353, 0.0267126, 0.0431263, 0.0791827", \
					  "0.0132675, 0.0140076, 0.0156178, 0.0191372, 0.0266741, 0.0430692, 0.0788850");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0060957, 0.0053720, 0.0037983, 0.0003498, -0.0071676, -0.0235503, -0.0596196", \
					  "0.0060941, 0.0053758, 0.0038020, 0.0003524, -0.0071501, -0.0235463, -0.0596195", \
					  "0.0060864, 0.0053721, 0.0038102, 0.0003648, -0.0071725, -0.0235517, -0.0596170", \
					  "0.0058296, 0.0051267, 0.0035842, 0.0002298, -0.0072546, -0.0236006, -0.0596842", \
					  "0.0060401, 0.0053360, 0.0037489, 0.0003290, -0.0071858, -0.0236859, -0.0596908", \
					  "0.0062069, 0.0055157, 0.0039064, 0.0005907, -0.0068959, -0.0233860, -0.0597374", \
					  "0.0066328, 0.0059063, 0.0045337, 0.0007717, -0.0066199, -0.0231873, -0.0593052");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0132112, 0.0139967, 0.0155891, 0.0191314, 0.0267984, 0.0432771, 0.0791108", \
					  "0.0128748, 0.0136360, 0.0153895, 0.0188732, 0.0265265, 0.0431038, 0.0791278", \
					  "0.0127407, 0.0135123, 0.0150879, 0.0186711, 0.0261858, 0.0428216, 0.0789292", \
					  "0.0125725, 0.0133743, 0.0149091, 0.0183897, 0.0259758, 0.0425510, 0.0786622", \
					  "0.0124405, 0.0131809, 0.0148323, 0.0182332, 0.0257626, 0.0422902, 0.0783802", \
					  "0.0124337, 0.0131865, 0.0147751, 0.0182175, 0.0258166, 0.0422292, 0.0781434", \
					  "0.0124280, 0.0131298, 0.0147283, 0.0182073, 0.0256356, 0.0422958, 0.0781630");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0053492, 0.0046253, 0.0030371, -0.0004337, -0.0079841, -0.0245014, -0.0607219", \
					  "0.0053162, 0.0045970, 0.0030189, -0.0004289, -0.0079665, -0.0244718, -0.0606709", \
					  "0.0052246, 0.0045219, 0.0029839, -0.0004188, -0.0079501, -0.0244166, -0.0605993", \
					  "0.0049720, 0.0042793, 0.0027577, -0.0005822, -0.0080111, -0.0244362, -0.0605862", \
					  "0.0048768, 0.0041914, 0.0026320, -0.0006614, -0.0081478, -0.0246592, -0.0606680", \
					  "0.0047088, 0.0040246, 0.0024642, -0.0009013, -0.0082735, -0.0245592, -0.0608231", \
					  "0.0047620, 0.0040332, 0.0024895, -0.0009571, -0.0084943, -0.0248510, -0.0608740");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0125775, 0.0133488, 0.0150660, 0.0186211, 0.0264444, 0.0429092, 0.0789959", \
					  "0.0126189, 0.0133760, 0.0149846, 0.0185614, 0.0264028, 0.0429335, 0.0790538", \
					  "0.0125899, 0.0133386, 0.0150194, 0.0185510, 0.0263653, 0.0429502, 0.0788917", \
					  "0.0123957, 0.0131412, 0.0147382, 0.0183214, 0.0259432, 0.0426644, 0.0786468", \
					  "0.0121606, 0.0128845, 0.0145268, 0.0180680, 0.0256132, 0.0422547, 0.0785519", \
					  "0.0120539, 0.0128023, 0.0143909, 0.0178320, 0.0254279, 0.0419788, 0.0780851", \
					  "0.0122928, 0.0130046, 0.0146044, 0.0179024, 0.0254937, 0.0418761, 0.0780435");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001094272, 0.002394862, 0.00524126, 0.01147073, 0.02510419, 0.05494162");
					values("0.0017344, 0.0011635, -0.0001130, -0.0031212, -0.0100814, -0.0261688, -0.0621854", \
					  "0.0017190, 0.0011654, -0.0001298, -0.0031437, -0.0101121, -0.0261729, -0.0622023", \
					  "0.0017372, 0.0011706, -0.0001398, -0.0031125, -0.0100645, -0.0261262, -0.0621589", \
					  "0.0015910, 0.0010069, -0.0003028, -0.0032846, -0.0102051, -0.0262540, -0.0622592", \
					  "0.0013175, 0.0007447, -0.0005500, -0.0035213, -0.0104193, -0.0263979, -0.0623568", \
					  "0.0015508, 0.0009025, -0.0005761, -0.0039163, -0.0109513, -0.0266224, -0.0624749", \
					  "0.0025276, 0.0018799, 0.0001384, -0.0030951, -0.0103304, -0.0265217, -0.0624227");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.2267524, 0.2383233, 0.2635578, 0.3175736, 0.4358435, 0.6916483, 1.2524003", \
					  "0.2298669, 0.2417222, 0.2668812, 0.3218694, 0.4408743, 0.6986324, 1.2540131", \
					  "0.2438802, 0.2552496, 0.2798067, 0.3339933, 0.4527051, 0.7109341, 1.2684859", \
					  "0.2767618, 0.2880260, 0.3129611, 0.3669243, 0.4855716, 0.7418905, 1.3027743", \
					  "0.3482435, 0.3594808, 0.3840293, 0.4380548, 0.5557737, 0.8133558, 1.3652938", \
					  "0.4925639, 0.5050328, 0.5313051, 0.5864031, 0.7034495, 0.9581977, 1.5181333", \
					  "0.7632160, 0.7782784, 0.8100899, 0.8753779, 1.0089809, 1.2767213, 1.8347687");
				}
				rise_transition ("del_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("0.1389279, 0.1535928, 0.1858217, 0.2557386, 0.4082566, 0.7410139, 1.4721034", \
					  "0.1389281, 0.1537340, 0.1856632, 0.2557172, 0.4085254, 0.7432966, 1.4738667", \
					  "0.1390678, 0.1536430, 0.1859501, 0.2567139, 0.4098263, 0.7451481, 1.4721379", \
					  "0.1387976, 0.1537374, 0.1857677, 0.2558152, 0.4087637, 0.7410862, 1.4724723", \
					  "0.1394281, 0.1538392, 0.1861283, 0.2557526, 0.4086147, 0.7431987, 1.4641596", \
					  "0.1529966, 0.1659771, 0.1961183, 0.2631087, 0.4111981, 0.7400109, 1.4713242", \
					  "0.1892574, 0.2052700, 0.2380793, 0.3086013, 0.4555843, 0.7650814, 1.4721534");
				}
				cell_fall ("del_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("0.0152741, 0.0163260, 0.0186022, 0.0234304, 0.0335268, 0.0545703, 0.0984850", \
					  "0.0207887, 0.0217559, 0.0238737, 0.0285216, 0.0384403, 0.0593034, 0.1031131", \
					  "0.0312381, 0.0325999, 0.0353821, 0.0406774, 0.0503419, 0.0706993, 0.1138190", \
					  "0.0464729, 0.0484519, 0.0523022, 0.0598719, 0.0738458, 0.0974129, 0.1393461", \
					  "0.0657291, 0.0685686, 0.0743217, 0.0858853, 0.1062516, 0.1416113, 0.1982810", \
					  "0.0837094, 0.0880008, 0.0952241, 0.1130634, 0.1449924, 0.1986144, 0.2848419", \
					  "0.0762703, 0.0831510, 0.0973124, 0.1239844, 0.1740953, 0.2586091, 0.3924848");
				}
				fall_transition ("del_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("0.0138062, 0.0152305, 0.0181956, 0.0244863, 0.0376816, 0.0647522, 0.1217634", \
					  "0.0151470, 0.0162830, 0.0188767, 0.0244412, 0.0371029, 0.0643363, 0.1214806", \
					  "0.0219183, 0.0230348, 0.0248204, 0.0287565, 0.0392764, 0.0641198, 0.1210591", \
					  "0.0344167, 0.0357927, 0.0393666, 0.0441386, 0.0539508, 0.0727717, 0.1227386", \
					  "0.0562349, 0.0583355, 0.0624775, 0.0695675, 0.0833905, 0.1084039, 0.1489121", \
					  "0.0921813, 0.0954225, 0.1024418, 0.1149461, 0.1355007, 0.1716496, 0.2296767", \
					  "0.1577783, 0.1630083, 0.1735370, 0.1944792, 0.2277287, 0.2825785, 0.3701360");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.2106043, 0.2223060, 0.2477276, 0.3027883, 0.4211946, 0.6770510, 1.2338619", \
					  "0.2127354, 0.2242710, 0.2497167, 0.3047891, 0.4235839, 0.6781682, 1.2372117", \
					  "0.2241693, 0.2356580, 0.2608171, 0.3155501, 0.4335818, 0.6920667, 1.2530196", \
					  "0.2550673, 0.2663750, 0.2911273, 0.3456706, 0.4629471, 0.7207197, 1.2855013", \
					  "0.3239608, 0.3355207, 0.3600498, 0.4141444, 0.5314524, 0.7880949, 1.3560095", \
					  "0.4652449, 0.4783864, 0.5065209, 0.5639929, 0.6814700, 0.9361175, 1.4942608", \
					  "0.7348343, 0.7520580, 0.7875025, 0.8604584, 1.0019422, 1.2762299, 1.8353047");
				}
				rise_transition ("del_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("0.1388922, 0.1536010, 0.1858044, 0.2556104, 0.4086099, 0.7410599, 1.4664625", \
					  "0.1388625, 0.1536512, 0.1856333, 0.2560579, 0.4091922, 0.7403289, 1.4712610", \
					  "0.1388591, 0.1532135, 0.1854364, 0.2557214, 0.4081998, 0.7409992, 1.4716814", \
					  "0.1390370, 0.1536605, 0.1858598, 0.2550436, 0.4082029, 0.7430097, 1.4735193", \
					  "0.1398187, 0.1545259, 0.1857862, 0.2556072, 0.4081184, 0.7411480, 1.4752464", \
					  "0.1629138, 0.1763375, 0.2047476, 0.2697674, 0.4151730, 0.7406170, 1.4699313", \
					  "0.2182345, 0.2334498, 0.2659552, 0.3345346, 0.4769639, 0.7752253, 1.4749354");
				}
				cell_fall ("del_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("0.0165823, 0.0177355, 0.0201213, 0.0251765, 0.0355176, 0.0568018, 0.1012289", \
					  "0.0220767, 0.0231166, 0.0253783, 0.0302490, 0.0404477, 0.0614485, 0.1058542", \
					  "0.0328550, 0.0342011, 0.0369444, 0.0421449, 0.0517329, 0.0725042, 0.1167461", \
					  "0.0477072, 0.0496389, 0.0536116, 0.0612883, 0.0747884, 0.0985979, 0.1422767", \
					  "0.0656038, 0.0685106, 0.0743269, 0.0858833, 0.1071625, 0.1429464, 0.2008629", \
					  "0.0784286, 0.0830005, 0.0923569, 0.1100195, 0.1424444, 0.1982581, 0.2871282", \
					  "0.0615520, 0.0690863, 0.0816311, 0.1133568, 0.1662356, 0.2541507, 0.3926344");
				}
				fall_transition ("del_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("0.0148832, 0.0163336, 0.0192149, 0.0253935, 0.0380806, 0.0647850, 0.1223712", \
					  "0.0155178, 0.0166884, 0.0193038, 0.0250996, 0.0377855, 0.0646723, 0.1220359", \
					  "0.0215313, 0.0224824, 0.0242038, 0.0284084, 0.0391451, 0.0644290, 0.1219755", \
					  "0.0328757, 0.0342532, 0.0370497, 0.0425236, 0.0533858, 0.0725647, 0.1236737", \
					  "0.0527188, 0.0548530, 0.0587919, 0.0667058, 0.0814751, 0.1072750, 0.1499234", \
					  "0.0884005, 0.0917523, 0.0983478, 0.1115517, 0.1337803, 0.1708096, 0.2309577", \
					  "0.1558307, 0.1612058, 0.1725893, 0.1917179, 0.2273170, 0.2838134, 0.3734402");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.1738034, 0.1859038, 0.2119006, 0.2661302, 0.3842658, 0.6406466, 1.1980457", \
					  "0.1754068, 0.1871103, 0.2126996, 0.2684446, 0.3863382, 0.6423686, 1.1985184", \
					  "0.1864223, 0.1981753, 0.2234863, 0.2778470, 0.3951434, 0.6517992, 1.2093472", \
					  "0.2163134, 0.2280815, 0.2528697, 0.3074629, 0.4236843, 0.6800713, 1.2379255", \
					  "0.2871056, 0.2984179, 0.3230403, 0.3767755, 0.4936984, 0.7488460, 1.3053318", \
					  "0.4335919, 0.4475929, 0.4775053, 0.5380470, 0.6567540, 0.9124758, 1.4667892", \
					  "0.6985864, 0.7206928, 0.7647786, 0.8497196, 1.0042385, 1.2908266, 1.8512559");
				}
				rise_transition ("del_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("0.1387023, 0.1533331, 0.1854476, 0.2558035, 0.4081051, 0.7410163, 1.4667410", \
					  "0.1388184, 0.1536097, 0.1857976, 0.2560988, 0.4084050, 0.7407528, 1.4665075", \
					  "0.1386561, 0.1532884, 0.1857211, 0.2559715, 0.4083470, 0.7404878, 1.4654831", \
					  "0.1382309, 0.1531260, 0.1855720, 0.2561486, 0.4088040, 0.7418657, 1.4677869", \
					  "0.1414293, 0.1553656, 0.1860359, 0.2561870, 0.4083005, 0.7403052, 1.4653858", \
					  "0.1749306, 0.1885214, 0.2171865, 0.2771153, 0.4186322, 0.7417652, 1.4676840", \
					  "0.2591795, 0.2745981, 0.3070436, 0.3735537, 0.5088653, 0.7880724, 1.4725746");
				}
				cell_fall ("del_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("0.0173005, 0.0183403, 0.0205877, 0.0252368, 0.0349407, 0.0553090, 0.0988730", \
					  "0.0223428, 0.0233461, 0.0255110, 0.0301104, 0.0397642, 0.0599641, 0.1035807", \
					  "0.0322486, 0.0335564, 0.0362415, 0.0414341, 0.0508409, 0.0710572, 0.1146385", \
					  "0.0452198, 0.0472123, 0.0512751, 0.0590849, 0.0732332, 0.0966953, 0.1401385", \
					  "0.0590196, 0.0621326, 0.0682979, 0.0806287, 0.1024038, 0.1391370, 0.1980011", \
					  "0.0644043, 0.0692622, 0.0793614, 0.0984690, 0.1328218, 0.1913485, 0.2820362", \
					  "0.0341851, 0.0426489, 0.0585950, 0.0904423, 0.1489506, 0.2416314, 0.3844588");
				}
				fall_transition ("del_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("0.0134967, 0.0147336, 0.0173018, 0.0228459, 0.0347752, 0.0608455, 0.1182792", \
					  "0.0138169, 0.0149129, 0.0172879, 0.0226210, 0.0346315, 0.0607798, 0.1183194", \
					  "0.0191958, 0.0201988, 0.0221195, 0.0261631, 0.0364653, 0.0608836, 0.1180772", \
					  "0.0298650, 0.0312798, 0.0341565, 0.0399916, 0.0503625, 0.0701228, 0.1205676", \
					  "0.0488436, 0.0508913, 0.0551996, 0.0639253, 0.0795182, 0.1046761, 0.1481147", \
					  "0.0845248, 0.0880966, 0.0953492, 0.1087040, 0.1319620, 0.1701168, 0.2304385", \
					  "0.1531548, 0.1588631, 0.1698254, 0.1916646, 0.2286536, 0.2840944, 0.3731296");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				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, 0.00109427, 0.00239486, 0.00524126, 0.0114707, 0.0251042, 0.0549416");
					values("0.1312864, 0.1426297, 0.1681027, 0.2236180, 0.3436279, 0.6012540, 1.1566642", \
					  "0.1363867, 0.1479266, 0.1730543, 0.2285780, 0.3480239, 0.6062005, 1.1614657", \
					  "0.1485391, 0.1599025, 0.1851358, 0.2402578, 0.3599331, 0.6181600, 1.1748614", \
					  "0.1741094, 0.1852409, 0.2098292, 0.2646939, 0.3832487, 0.6397990, 1.2003385", \
					  "0.2180332, 0.2288883, 0.2534115, 0.3073653, 0.4259267, 0.6819714, 1.2418183", \
					  "0.2842513, 0.2944954, 0.3181131, 0.3717064, 0.4890928, 0.7451170, 1.3017579", \
					  "0.3787430, 0.3886475, 0.4101953, 0.4607389, 0.5761409, 0.8316963, 1.3864593");
				}
				rise_transition ("del_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("0.1296650, 0.1458088, 0.1802960, 0.2539792, 0.4094400, 0.7406722, 1.4659716", \
					  "0.1299865, 0.1455410, 0.1806014, 0.2536782, 0.4108974, 0.7404553, 1.4666084", \
					  "0.1293455, 0.1455558, 0.1805532, 0.2536605, 0.4107571, 0.7420809, 1.4665621", \
					  "0.1282404, 0.1447368, 0.1796209, 0.2530428, 0.4073647, 0.7413282, 1.4673562", \
					  "0.1269802, 0.1430748, 0.1782317, 0.2523094, 0.4081873, 0.7399920, 1.4684628", \
					  "0.1260262, 0.1412151, 0.1762516, 0.2507746, 0.4078664, 0.7414229, 1.4675036", \
					  "0.1314081, 0.1452714, 0.1775075, 0.2489662, 0.4088590, 0.7410402, 1.4688334");
				}
				cell_fall ("del_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("0.1202336, 0.1225189, 0.1268373, 0.1349337, 0.1494690, 0.1751080, 0.2215218", \
					  "0.1255427, 0.1277845, 0.1321583, 0.1404258, 0.1549437, 0.1801342, 0.2269251", \
					  "0.1391024, 0.1413694, 0.1457086, 0.1538313, 0.1682558, 0.1936095, 0.2406227", \
					  "0.1719855, 0.1742193, 0.1786405, 0.1863309, 0.2009323, 0.2264798, 0.2734384", \
					  "0.2488381, 0.2510422, 0.2553666, 0.2637150, 0.2782966, 0.3039558, 0.3509398", \
					  "0.3911940, 0.3939533, 0.3996248, 0.4098174, 0.4271193, 0.4556820, 0.5051335", \
					  "0.6200009, 0.6234006, 0.6289163, 0.6467349, 0.6693345, 0.7052393, 0.7607417");
				}
				fall_transition ("del_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("0.0291974, 0.0303140, 0.0333260, 0.0387817, 0.0505530, 0.0742860, 0.1265019", \
					  "0.0290083, 0.0302763, 0.0333172, 0.0389059, 0.0502571, 0.0746394, 0.1262559", \
					  "0.0289593, 0.0302269, 0.0329407, 0.0389765, 0.0503582, 0.0746288, 0.1262041", \
					  "0.0289714, 0.0302486, 0.0330533, 0.0389241, 0.0504791, 0.0745274, 0.1261772", \
					  "0.0301488, 0.0315825, 0.0339576, 0.0395389, 0.0513769, 0.0745673, 0.1261331", \
					  "0.0436137, 0.0449617, 0.0478056, 0.0529492, 0.0636699, 0.0856927, 0.1325798", \
					  "0.0675829, 0.0692215, 0.0724516, 0.0785152, 0.0902950, 0.1119401, 0.1560882");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003896;
			capacitance : 0.004131;
			rise_capacitance : 0.004365;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0044788, -0.0045204, -0.0046162, -0.0046328, -0.0046711, -0.0047594, -0.0049628");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0044733, 0.0044689, 0.0044589, 0.0044574, 0.0044540, 0.0044460, 0.0044277");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003834;
			capacitance : 0.004129;
			rise_capacitance : 0.004424;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045969, -0.0046224, -0.0046812, -0.0046981, -0.0047370, -0.0048268, -0.0050338");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0073934, 0.0073959, 0.0074015, 0.0074042, 0.0074105, 0.0074250, 0.0074584");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003714;
			capacitance : 0.004027;
			rise_capacitance : 0.004340;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051235, -0.0051446, -0.0051931, -0.0051945, -0.0051975, -0.0052046, -0.0052209");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056191, 0.0056196, 0.0056208, 0.0056183, 0.0056126, 0.0055994, 0.0055689");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001463;
			capacitance : 0.001409;
			fall_capacitance : 0.001355;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022408, 0.0022111, 0.0021427, 0.0021449, 0.0021499, 0.0021615, 0.0021881");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0084718, 0.0084058, 0.0082537, 0.0082600, 0.0082744, 0.0083076, 0.0083840");
				}
			}
		}
	}
	cell ("scs8hd_nor4b_4") {
		area : 23.772800;
		cell_footprint : "nor4b";
		cell_leakage_power : 1.974778e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0006797";
			when : "!A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0014479";
			when : "!A&!B&!C&!DN";
		}
		leakage_power () {
			value : "0.0004590";
			when : "!A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0015649";
			when : "!A&!B&C&!DN";
		}
		leakage_power () {
			value : "0.0008056";
			when : "!A&B&!C&DN";
		}
		leakage_power () {
			value : "0.0015891";
			when : "!A&B&!C&!DN";
		}
		leakage_power () {
			value : "0.0004582";
			when : "!A&B&C&DN";
		}
		leakage_power () {
			value : "0.0014456";
			when : "!A&B&C&!DN";
		}
		leakage_power () {
			value : "0.0009295";
			when : "A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0014465";
			when : "A&!B&!C&!DN";
		}
		leakage_power () {
			value : "0.0004583";
			when : "A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0160346";
			when : "A&!B&C&!DN";
		}
		leakage_power () {
			value : "0.0008053";
			when : "A&B&!C&DN";
		}
		leakage_power () {
			value : "0.0015629";
			when : "A&B&!C&!DN";
		}
		leakage_power () {
			value : "0.0004582";
			when : "A&B&C&DN";
		}
		leakage_power () {
			value : "0.0014512";
			when : "A&B&C&!DN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C&DN)";
			max_capacitance : 0.095225;
			max_transition : 1.483970;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0388878, 0.0397559, 0.0418955, 0.0470480, 0.0585924, 0.0865161, 0.1532536", \
					  "0.0384087, 0.0392876, 0.0416616, 0.0464651, 0.0582913, 0.0864049, 0.1534271", \
					  "0.0381386, 0.0389488, 0.0410453, 0.0460128, 0.0577745, 0.0858722, 0.1536531", \
					  "0.0378233, 0.0387028, 0.0407644, 0.0456768, 0.0577140, 0.0856934, 0.1527973", \
					  "0.0375111, 0.0384447, 0.0404083, 0.0453329, 0.0570504, 0.0855023, 0.1521911", \
					  "0.0375095, 0.0383481, 0.0403972, 0.0453406, 0.0569361, 0.0849339, 0.1523387", \
					  "0.0375359, 0.0383921, 0.0404007, 0.0453272, 0.0570274, 0.0848462, 0.1516590");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0153966, 0.0145472, 0.0125225, 0.0076316, -0.0040571, -0.0320343, -0.0988788", \
					  "0.0152570, 0.0143919, 0.0123796, 0.0074794, -0.0041858, -0.0322015, -0.0990635", \
					  "0.0151235, 0.0142955, 0.0123045, 0.0074347, -0.0042507, -0.0323347, -0.0991743", \
					  "0.0147225, 0.0138855, 0.0118671, 0.0070965, -0.0045416, -0.0324442, -0.0994220", \
					  "0.0143948, 0.0135576, 0.0115617, 0.0067299, -0.0047688, -0.0325934, -0.0992717", \
					  "0.0153707, 0.0145242, 0.0124872, 0.0076153, -0.0041026, -0.0322413, -0.0994705", \
					  "0.0168849, 0.0160293, 0.0140161, 0.0091671, -0.0023330, -0.0302156, -0.0981376");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0289682, 0.0298840, 0.0319315, 0.0369287, 0.0487290, 0.0767807, 0.1441333", \
					  "0.0283004, 0.0291884, 0.0315208, 0.0364015, 0.0482801, 0.0766009, 0.1438815", \
					  "0.0278451, 0.0287887, 0.0308905, 0.0360744, 0.0480246, 0.0761296, 0.1437624", \
					  "0.0275831, 0.0284467, 0.0307219, 0.0354902, 0.0472816, 0.0754795, 0.1427144", \
					  "0.0273655, 0.0282323, 0.0302116, 0.0352782, 0.0470753, 0.0749137, 0.1420867", \
					  "0.0272712, 0.0281225, 0.0301670, 0.0350606, 0.0467821, 0.0746956, 0.1419850", \
					  "0.0271481, 0.0279982, 0.0300848, 0.0350718, 0.0468505, 0.0746949, 0.1417223");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0122960, 0.0114498, 0.0094093, 0.0045426, -0.0071086, -0.0349885, -0.1020988", \
					  "0.0122825, 0.0114293, 0.0093974, 0.0045179, -0.0071391, -0.0349980, -0.1020845", \
					  "0.0122427, 0.0114190, 0.0093879, 0.0045219, -0.0071412, -0.0350027, -0.1021193", \
					  "0.0117842, 0.0109596, 0.0089595, 0.0042431, -0.0073047, -0.0350906, -0.1022591", \
					  "0.0120027, 0.0111671, 0.0092256, 0.0043480, -0.0074048, -0.0351432, -0.1022657", \
					  "0.0122169, 0.0113859, 0.0093925, 0.0046926, -0.0068634, -0.0346790, -0.1022764", \
					  "0.0130379, 0.0121866, 0.0101432, 0.0052951, -0.0060612, -0.0339955, -0.1015242");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0255337, 0.0264684, 0.0286102, 0.0338536, 0.0455550, 0.0736093, 0.1405654", \
					  "0.0248756, 0.0257491, 0.0278949, 0.0329860, 0.0450332, 0.0733912, 0.1403816", \
					  "0.0243940, 0.0253588, 0.0273922, 0.0323923, 0.0443060, 0.0729383, 0.1404234", \
					  "0.0241172, 0.0250013, 0.0273014, 0.0320373, 0.0438213, 0.0721425, 0.1396264", \
					  "0.0238269, 0.0247243, 0.0267363, 0.0316641, 0.0433581, 0.0720655, 0.1386955", \
					  "0.0238124, 0.0246774, 0.0267190, 0.0316222, 0.0433956, 0.0712401, 0.1384474", \
					  "0.0237193, 0.0245263, 0.0266116, 0.0315763, 0.0432193, 0.0713706, 0.1379701");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0104705, 0.0096135, 0.0075636, 0.0026448, -0.0090839, -0.0371252, -0.1045223", \
					  "0.0103763, 0.0095350, 0.0074949, 0.0026239, -0.0090704, -0.0370605, -0.1044347", \
					  "0.0102723, 0.0094371, 0.0074681, 0.0026455, -0.0089796, -0.0369451, -0.1042603", \
					  "0.0098575, 0.0090467, 0.0070768, 0.0023603, -0.0091489, -0.0369741, -0.1042045", \
					  "0.0097236, 0.0089123, 0.0069596, 0.0022299, -0.0090811, -0.0371240, -0.1042471", \
					  "0.0094300, 0.0085987, 0.0066273, 0.0018483, -0.0098123, -0.0374872, -0.1045546", \
					  "0.0095465, 0.0087137, 0.0066547, 0.0018318, -0.0097740, -0.0372692, -0.1042814");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0242841, 0.0251807, 0.0272881, 0.0324160, 0.0445188, 0.0735812, 0.1404883", \
					  "0.0241877, 0.0251232, 0.0273337, 0.0324543, 0.0447184, 0.0729842, 0.1402865", \
					  "0.0241868, 0.0250625, 0.0273131, 0.0323147, 0.0445567, 0.0728896, 0.1399727", \
					  "0.0237173, 0.0246209, 0.0267284, 0.0317725, 0.0437237, 0.0722364, 0.1395660", \
					  "0.0233953, 0.0242714, 0.0264096, 0.0314339, 0.0432559, 0.0716093, 0.1391034", \
					  "0.0232481, 0.0240968, 0.0262280, 0.0309583, 0.0426970, 0.0712744, 0.1383655", \
					  "0.0234298, 0.0242562, 0.0262857, 0.0311743, 0.0426018, 0.0711147, 0.1381072");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0055043, 0.0047636, 0.0030385, -0.0012286, -0.0120136, -0.0392665, -0.1064356", \
					  "0.0054825, 0.0047573, 0.0030108, -0.0012864, -0.0120722, -0.0392829, -0.1064218", \
					  "0.0055195, 0.0047808, 0.0030374, -0.0012425, -0.0120052, -0.0392054, -0.1063308", \
					  "0.0051822, 0.0044564, 0.0027259, -0.0015686, -0.0122637, -0.0394388, -0.1065329", \
					  "0.0046459, 0.0039355, 0.0021652, -0.0020876, -0.0127397, -0.0398052, -0.1067101", \
					  "0.0045827, 0.0037982, 0.0018938, -0.0026986, -0.0139395, -0.0403288, -0.1070010", \
					  "0.0056842, 0.0048829, 0.0030263, -0.0015239, -0.0134205, -0.0408223, -0.1075058");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.2434349, 0.2513224, 0.2700258, 0.3145148, 0.4188793, 0.6676146, 1.2621938", \
					  "0.2460419, 0.2539914, 0.2731785, 0.3185839, 0.4232157, 0.6729654, 1.2684973", \
					  "0.2594543, 0.2677267, 0.2864191, 0.3306069, 0.4356670, 0.6885369, 1.2891838", \
					  "0.2935091, 0.3012212, 0.3196645, 0.3639700, 0.4696714, 0.7208188, 1.3152632", \
					  "0.3657873, 0.3734146, 0.3918416, 0.4363429, 0.5411483, 0.7932571, 1.3864153", \
					  "0.5159924, 0.5242431, 0.5437159, 0.5885091, 0.6931586, 0.9418804, 1.5415464", \
					  "0.8016066, 0.8114839, 0.8347354, 0.8875423, 1.0067098, 1.2697842, 1.8663127");
				}
				rise_transition ("del_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("0.1490645, 0.1588048, 0.1827820, 0.2397375, 0.3754513, 0.7004731, 1.4752095", \
					  "0.1490375, 0.1589134, 0.1827472, 0.2392889, 0.3755022, 0.7009999, 1.4786227", \
					  "0.1487673, 0.1590101, 0.1826063, 0.2395410, 0.3752367, 0.6999229, 1.4835188", \
					  "0.1492027, 0.1590619, 0.1829107, 0.2396221, 0.3788105, 0.7033895, 1.4769301", \
					  "0.1491613, 0.1591246, 0.1830089, 0.2394104, 0.3761053, 0.7084802, 1.4773871", \
					  "0.1599096, 0.1690296, 0.1916249, 0.2462956, 0.3782340, 0.6999212, 1.4795298", \
					  "0.1955697, 0.2053125, 0.2300671, 0.2876205, 0.4216643, 0.7234616, 1.4782615");
				}
				cell_fall ("del_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("0.0157380, 0.0164648, 0.0181153, 0.0220126, 0.0309831, 0.0511767, 0.0970343", \
					  "0.0211812, 0.0218395, 0.0234093, 0.0271482, 0.0358437, 0.0557577, 0.1013885", \
					  "0.0312077, 0.0320941, 0.0341360, 0.0386374, 0.0474841, 0.0667900, 0.1121271", \
					  "0.0455738, 0.0468564, 0.0497912, 0.0561940, 0.0690677, 0.0927552, 0.1374731", \
					  "0.0628552, 0.0647361, 0.0690354, 0.0783878, 0.0966152, 0.1319939, 0.1928951", \
					  "0.0756746, 0.0785217, 0.0850406, 0.0991910, 0.1277237, 0.1810323, 0.2715671", \
					  "0.0550708, 0.0595504, 0.0697428, 0.0921155, 0.1357569, 0.2194767, 0.3623075");
				}
				fall_transition ("del_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("0.0151879, 0.0161492, 0.0184121, 0.0237451, 0.0359393, 0.0636228, 0.1273008", \
					  "0.0163414, 0.0171649, 0.0191819, 0.0238900, 0.0355376, 0.0633036, 0.1271537", \
					  "0.0228733, 0.0235890, 0.0251620, 0.0287784, 0.0383142, 0.0633765, 0.1268191", \
					  "0.0350788, 0.0359977, 0.0380790, 0.0428697, 0.0527030, 0.0732469, 0.1288813", \
					  "0.0556496, 0.0570570, 0.0602607, 0.0666270, 0.0806017, 0.1065960, 0.1576287", \
					  "0.0923588, 0.0944681, 0.0992789, 0.1094947, 0.1287586, 0.1652040, 0.2331427", \
					  "0.1567680, 0.1600936, 0.1682574, 0.1870281, 0.2205654, 0.2740513, 0.3684041");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.2277033, 0.2358281, 0.2551352, 0.3002225, 0.4057324, 0.6588145, 1.2545126", \
					  "0.2286666, 0.2365660, 0.2557541, 0.3011154, 0.4078614, 0.6597268, 1.2598346", \
					  "0.2393626, 0.2469350, 0.2665709, 0.3113212, 0.4184037, 0.6707569, 1.2734923", \
					  "0.2717516, 0.2794848, 0.2978212, 0.3421609, 0.4472671, 0.6981072, 1.2962106", \
					  "0.3430084, 0.3506444, 0.3692909, 0.4130552, 0.5187293, 0.7676180, 1.3653140", \
					  "0.4919711, 0.5007264, 0.5212142, 0.5681541, 0.6734585, 0.9224899, 1.5230270", \
					  "0.7779377, 0.7891836, 0.8160987, 0.8745483, 1.0020986, 1.2724378, 1.8716553");
				}
				rise_transition ("del_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("0.1488353, 0.1587233, 0.1825212, 0.2389936, 0.3758238, 0.7033212, 1.4826458", \
					  "0.1490562, 0.1589295, 0.1826276, 0.2395621, 0.3759417, 0.7036474, 1.4822380", \
					  "0.1491175, 0.1588115, 0.1829114, 0.2400438, 0.3789085, 0.7034693, 1.4839702", \
					  "0.1491868, 0.1590752, 0.1828887, 0.2395446, 0.3755053, 0.7005914, 1.4766103", \
					  "0.1494771, 0.1592352, 0.1831329, 0.2398567, 0.3788383, 0.6994304, 1.4743768", \
					  "0.1696795, 0.1783792, 0.2003092, 0.2527882, 0.3823071, 0.7007277, 1.4787387", \
					  "0.2226066, 0.2328259, 0.2568485, 0.3128653, 0.4428050, 0.7341151, 1.4834213");
				}
				cell_fall ("del_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("0.0171015, 0.0179062, 0.0196928, 0.0238406, 0.0331799, 0.0538401, 0.1003925", \
					  "0.0224700, 0.0231781, 0.0248497, 0.0287365, 0.0378433, 0.0584631, 0.1050347", \
					  "0.0328922, 0.0338136, 0.0359135, 0.0403917, 0.0492493, 0.0692582, 0.1155834", \
					  "0.0467220, 0.0480188, 0.0509750, 0.0573474, 0.0704279, 0.0940016, 0.1399590", \
					  "0.0612667, 0.0631975, 0.0670385, 0.0766267, 0.0961935, 0.1325208, 0.1948748", \
					  "0.0661682, 0.0691282, 0.0759107, 0.0903974, 0.1198148, 0.1757901, 0.2715223", \
					  "0.0292438, 0.0340820, 0.0451714, 0.0692253, 0.1177645, 0.2061441, 0.3551877");
				}
				fall_transition ("del_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("0.0162897, 0.0172118, 0.0194227, 0.0245213, 0.0360699, 0.0627555, 0.1256301", \
					  "0.0168037, 0.0175921, 0.0195408, 0.0241994, 0.0356408, 0.0623732, 0.1253198", \
					  "0.0226843, 0.0233035, 0.0246563, 0.0280993, 0.0376316, 0.0623142, 0.1251747", \
					  "0.0337433, 0.0346718, 0.0367948, 0.0415434, 0.0510751, 0.0718067, 0.1270797", \
					  "0.0531807, 0.0546106, 0.0582536, 0.0649439, 0.0788499, 0.1058907, 0.1548408", \
					  "0.0888474, 0.0910961, 0.0961592, 0.1069591, 0.1284432, 0.1665329, 0.2346914", \
					  "0.1539455, 0.1575657, 0.1657099, 0.1830324, 0.2169270, 0.2754545, 0.3722088");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.1879115, 0.1960897, 0.2152799, 0.2607096, 0.3671413, 0.6165498, 1.2116260", \
					  "0.1875495, 0.1957833, 0.2151460, 0.2603789, 0.3685976, 0.6206383, 1.2153112", \
					  "0.1976646, 0.2056278, 0.2248770, 0.2691385, 0.3750438, 0.6293945, 1.2286463", \
					  "0.2280004, 0.2356708, 0.2542128, 0.2990170, 0.4053914, 0.6556355, 1.2542212", \
					  "0.2992941, 0.3069684, 0.3256575, 0.3699952, 0.4750308, 0.7272382, 1.3216178", \
					  "0.4510423, 0.4604645, 0.4827114, 0.5325479, 0.6401444, 0.8909970, 1.4857580", \
					  "0.7342877, 0.7485554, 0.7806493, 0.8512818, 0.9919423, 1.2762148, 1.8764572");
				}
				rise_transition ("del_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("0.1488040, 0.1584525, 0.1827199, 0.2404540, 0.3756377, 0.6988801, 1.4768915", \
					  "0.1487790, 0.1589491, 0.1825928, 0.2395486, 0.3763392, 0.7032552, 1.4745769", \
					  "0.1488839, 0.1586613, 0.1825902, 0.2395403, 0.3756158, 0.7081276, 1.4828101", \
					  "0.1488706, 0.1588418, 0.1826264, 0.2393327, 0.3757772, 0.7006003, 1.4786666", \
					  "0.1503338, 0.1595052, 0.1833594, 0.2393958, 0.3761657, 0.7114421, 1.4759907", \
					  "0.1823393, 0.1915955, 0.2115703, 0.2612046, 0.3864014, 0.7005929, 1.4781462", \
					  "0.2643857, 0.2741483, 0.2985178, 0.3535876, 0.4752726, 0.7501509, 1.4813694");
				}
				cell_fall ("del_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("0.0175475, 0.0182658, 0.0199237, 0.0237237, 0.0322999, 0.0516957, 0.0968390", \
					  "0.0223644, 0.0230397, 0.0246321, 0.0283283, 0.0368347, 0.0562012, 0.1014393", \
					  "0.0319618, 0.0328434, 0.0348747, 0.0392105, 0.0479513, 0.0671641, 0.1120941", \
					  "0.0437707, 0.0450987, 0.0481164, 0.0546332, 0.0676826, 0.0913007, 0.1368667", \
					  "0.0543122, 0.0563668, 0.0610577, 0.0711052, 0.0907213, 0.1279999, 0.1911426", \
					  "0.0513025, 0.0546065, 0.0620926, 0.0775293, 0.1108183, 0.1687527, 0.2658050", \
					  "0.0006475, 0.0061274, 0.0185984, 0.0454893, 0.0980375, 0.1913363, 0.3458037");
				}
				fall_transition ("del_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("0.0141465, 0.0149285, 0.0168267, 0.0212417, 0.0317054, 0.0567312, 0.1172751", \
					  "0.0144227, 0.0151454, 0.0168579, 0.0210887, 0.0315141, 0.0566664, 0.1171991", \
					  "0.0198612, 0.0205262, 0.0218666, 0.0250995, 0.0337512, 0.0568166, 0.1171513", \
					  "0.0304409, 0.0313941, 0.0332736, 0.0384736, 0.0478507, 0.0674868, 0.1198237", \
					  "0.0489157, 0.0503091, 0.0536213, 0.0609598, 0.0753614, 0.1023731, 0.1489709", \
					  "0.0858640, 0.0880419, 0.0931546, 0.1040549, 0.1246824, 0.1627320, 0.2306437", \
					  "0.1522073, 0.1560443, 0.1646178, 0.1825032, 0.2169116, 0.2748524, 0.3739009");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.1435102, 0.1513278, 0.1702085, 0.2159260, 0.3247305, 0.5793595, 1.1758661", \
					  "0.1482885, 0.1561550, 0.1752600, 0.2209349, 0.3294408, 0.5841141, 1.1806556", \
					  "0.1595858, 0.1673107, 0.1863771, 0.2318733, 0.3395415, 0.5929703, 1.1946933", \
					  "0.1826799, 0.1905656, 0.2091337, 0.2543112, 0.3620694, 0.6154947, 1.2145328", \
					  "0.2234200, 0.2309372, 0.2491817, 0.2936475, 0.3999460, 0.6516840, 1.2509925", \
					  "0.2830976, 0.2902874, 0.3078045, 0.3507110, 0.4551260, 0.7059835, 1.3048506", \
					  "0.3574864, 0.3640197, 0.3803620, 0.4213463, 0.5243645, 0.7757792, 1.3698207");
				}
				rise_transition ("del_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("0.1395179, 0.1504756, 0.1765738, 0.2366080, 0.3747104, 0.7092755, 1.4779804", \
					  "0.1399255, 0.1507844, 0.1766779, 0.2361925, 0.3764967, 0.7002801, 1.4763811", \
					  "0.1395088, 0.1507396, 0.1763619, 0.2365546, 0.3767381, 0.7004842, 1.4761385", \
					  "0.1388792, 0.1492535, 0.1756198, 0.2356592, 0.3752127, 0.7003111, 1.4744679", \
					  "0.1368913, 0.1479680, 0.1739143, 0.2349921, 0.3749209, 0.6989450, 1.4754025", \
					  "0.1355820, 0.1466339, 0.1717833, 0.2325392, 0.3739830, 0.7014159, 1.4771079", \
					  "0.1398659, 0.1490836, 0.1731872, 0.2311442, 0.3728806, 0.7095178, 1.4765673");
				}
				cell_fall ("del_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("0.1045102, 0.1058396, 0.1088332, 0.1150967, 0.1275304, 0.1510568, 0.1983353", \
					  "0.1103491, 0.1116759, 0.1146736, 0.1209886, 0.1333277, 0.1565895, 0.2040652", \
					  "0.1241512, 0.1254738, 0.1284304, 0.1352500, 0.1476248, 0.1711630, 0.2183208", \
					  "0.1583833, 0.1597048, 0.1627555, 0.1689630, 0.1813576, 0.2049109, 0.2522514", \
					  "0.2371490, 0.2385148, 0.2415203, 0.2478615, 0.2603171, 0.2840192, 0.3314656", \
					  "0.3787070, 0.3804467, 0.3843409, 0.3926981, 0.4080826, 0.4354933, 0.4857012", \
					  "0.6115342, 0.6139227, 0.6191764, 0.6300700, 0.6513506, 0.6869208, 0.7448359");
				}
				fall_transition ("del_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("0.0267663, 0.0274487, 0.0291532, 0.0337341, 0.0434566, 0.0662709, 0.1203883", \
					  "0.0266498, 0.0273649, 0.0293310, 0.0338757, 0.0436240, 0.0663717, 0.1207317", \
					  "0.0266021, 0.0275629, 0.0293693, 0.0338251, 0.0436368, 0.0662849, 0.1206583", \
					  "0.0266723, 0.0274313, 0.0292866, 0.0338662, 0.0434587, 0.0662675, 0.1204632", \
					  "0.0289468, 0.0296712, 0.0313380, 0.0352772, 0.0447288, 0.0671283, 0.1206949", \
					  "0.0432369, 0.0439962, 0.0457860, 0.0498578, 0.0587653, 0.0791861, 0.1278357", \
					  "0.0686552, 0.0696478, 0.0720216, 0.0767613, 0.0859508, 0.1060982, 0.1536922");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007463;
			capacitance : 0.007934;
			rise_capacitance : 0.008406;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087060, -0.0087860, -0.0089705, -0.0089970, -0.0090582, -0.0091993, -0.0095245");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0079972, 0.0079952, 0.0079906, 0.0079884, 0.0079834, 0.0079719, 0.0079454");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007339;
			capacitance : 0.007893;
			rise_capacitance : 0.008447;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0088047, -0.0088433, -0.0089323, -0.0089736, -0.0090689, -0.0092885, -0.0097947");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0128769, 0.0128709, 0.0128572, 0.0128578, 0.0128592, 0.0128624, 0.0128698");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007236;
			capacitance : 0.007831;
			rise_capacitance : 0.008425;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0100669, -0.0100992, -0.0101737, -0.0101789, -0.0101910, -0.0102189, -0.0102833");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0107311, 0.0107384, 0.0107551, 0.0107545, 0.0107531, 0.0107499, 0.0107425");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002372;
			capacitance : 0.002257;
			fall_capacitance : 0.002141;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0046751, 0.0046241, 0.0045068, 0.0045150, 0.0045340, 0.0045777, 0.0046784");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0153960, 0.0152918, 0.0150517, 0.0150813, 0.0151497, 0.0153072, 0.0156702");
				}
			}
		}
	}
	cell ("scs8hd_nor4bb_1") {
		area : 10.009600;
		cell_footprint : "nor4bb";
		cell_leakage_power : 2.550155e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "8.6649065e-05";
			when : "!A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0004406";
			when : "!A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "9.3557134e-05";
			when : "!A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0004234";
			when : "!A&!B&CN&!DN";
		}
		leakage_power () {
			value : "8.6479889e-05";
			when : "!A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0004406";
			when : "!A&B&!CN&!DN";
		}
		leakage_power () {
			value : "6.3044371e-05";
			when : "!A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0004211";
			when : "!A&B&CN&!DN";
		}
		leakage_power () {
			value : "8.6510653e-05";
			when : "A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0004406";
			when : "A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "6.5368717e-05";
			when : "A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0004212";
			when : "A&!B&CN&!DN";
		}
		leakage_power () {
			value : "8.6479774e-05";
			when : "A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0004406";
			when : "A&B&!CN&!DN";
		}
		leakage_power () {
			value : "6.2906311e-05";
			when : "A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0004211";
			when : "A&B&CN&!DN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&CN&DN)";
			max_capacitance : 0.031138;
			max_transition : 1.478827;
			internal_power () {
				related_pin : "DN";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0017793, 0.0012756, 0.0002575, -0.0019121, -0.0064827, -0.0158433, -0.0346346", \
					  "0.0017528, 0.0012478, 0.0002172, -0.0019474, -0.0065192, -0.0158786, -0.0346671", \
					  "0.0017549, 0.0012642, 0.0002377, -0.0019264, -0.0064935, -0.0158349, -0.0346345", \
					  "0.0016459, 0.0011656, 0.0001206, -0.0020335, -0.0065808, -0.0159196, -0.0347056", \
					  "0.0014150, 0.0009270, -0.0001032, -0.0022183, -0.0067172, -0.0160097, -0.0347680", \
					  "0.0016632, 0.0011198, -2.3000000e-06, -0.0022859, -0.0069196, -0.0161317, -0.0348091", \
					  "0.0016888, 0.0011561, -1.4300000e-05, -0.0023091, -0.0069055, -0.0161928, -0.0348925");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0060307, 0.0066508, 0.0079074, 0.0103630, 0.0151604, 0.0245980, 0.0432737", \
					  "0.0060000, 0.0066228, 0.0078891, 0.0103172, 0.0151237, 0.0245457, 0.0432035", \
					  "0.0059332, 0.0065731, 0.0078096, 0.0102483, 0.0150804, 0.0246355, 0.0433354", \
					  "0.0057569, 0.0063633, 0.0076020, 0.0100497, 0.0148341, 0.0243713, 0.0431999", \
					  "0.0055744, 0.0061812, 0.0074122, 0.0098171, 0.0146282, 0.0242635, 0.0428796", \
					  "0.0055363, 0.0061420, 0.0073606, 0.0097543, 0.0145007, 0.0240071, 0.0428127", \
					  "0.0056194, 0.0062250, 0.0074696, 0.0098344, 0.0145368, 0.0239459, 0.0426364");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0094815, 0.0101005, 0.0113617, 0.0137310, 0.0184883, 0.0278912, 0.0465385", \
					  "0.0093681, 0.0099902, 0.0112433, 0.0136183, 0.0184052, 0.0278471, 0.0465357", \
					  "0.0092901, 0.0098956, 0.0111370, 0.0135206, 0.0182871, 0.0277640, 0.0464464", \
					  "0.0092267, 0.0098439, 0.0110313, 0.0134168, 0.0181691, 0.0275710, 0.0465696", \
					  "0.0091793, 0.0097917, 0.0109787, 0.0133638, 0.0181122, 0.0276820, 0.0462913", \
					  "0.0091292, 0.0097442, 0.0109273, 0.0133114, 0.0180610, 0.0274641, 0.0460547", \
					  "0.0090715, 0.0097000, 0.0108976, 0.0132985, 0.0179913, 0.0273586, 0.0460398");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0033944, 0.0027991, 0.0016019, -0.0007843, -0.0055024, -0.0148419, -0.0335087", \
					  "0.0033552, 0.0027457, 0.0015539, -0.0008297, -0.0055587, -0.0148953, -0.0335513", \
					  "0.0033452, 0.0027377, 0.0015600, -0.0008323, -0.0055841, -0.0149052, -0.0335931", \
					  "0.0032304, 0.0026377, 0.0014454, -0.0009277, -0.0055986, -0.0149458, -0.0336319", \
					  "0.0034765, 0.0028729, 0.0016367, -0.0007923, -0.0055566, -0.0149489, -0.0336500", \
					  "0.0036887, 0.0030890, 0.0018972, -0.0005132, -0.0052387, -0.0146441, -0.0335930", \
					  "0.0039942, 0.0033929, 0.0022139, -0.0002036, -0.0049206, -0.0144126, -0.0332509");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0079813, 0.0086327, 0.0098541, 0.0122580, 0.0170612, 0.0265606, 0.0451178", \
					  "0.0078401, 0.0084726, 0.0096996, 0.0121266, 0.0169266, 0.0263578, 0.0450496", \
					  "0.0077529, 0.0083709, 0.0095667, 0.0120448, 0.0168962, 0.0262706, 0.0451628", \
					  "0.0077134, 0.0083273, 0.0095080, 0.0118917, 0.0166588, 0.0260847, 0.0448356", \
					  "0.0076623, 0.0082597, 0.0094647, 0.0118745, 0.0165711, 0.0259809, 0.0447093", \
					  "0.0075994, 0.0082147, 0.0093947, 0.0117875, 0.0164968, 0.0258901, 0.0446075", \
					  "0.0075631, 0.0081689, 0.0093851, 0.0117868, 0.0165253, 0.0259686, 0.0445014");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0033736, 0.0027750, 0.0015849, -0.0007887, -0.0054934, -0.0148664, -0.0336285", \
					  "0.0033705, 0.0027691, 0.0015763, -0.0008119, -0.0055013, -0.0148763, -0.0336315", \
					  "0.0033461, 0.0027605, 0.0015694, -0.0007959, -0.0054971, -0.0149022, -0.0336514", \
					  "0.0032330, 0.0026405, 0.0014540, -0.0008876, -0.0055318, -0.0149093, -0.0336873", \
					  "0.0033644, 0.0027727, 0.0015848, -0.0008087, -0.0055449, -0.0149761, -0.0337222", \
					  "0.0033693, 0.0027778, 0.0016014, -0.0008274, -0.0054306, -0.0148696, -0.0337811", \
					  "0.0034235, 0.0028382, 0.0016451, -0.0007281, -0.0054816, -0.0149341, -0.0337091");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0068043, 0.0074117, 0.0086580, 0.0111661, 0.0159077, 0.0253235, 0.0439525", \
					  "0.0067565, 0.0073931, 0.0086737, 0.0110738, 0.0158583, 0.0253088, 0.0440372", \
					  "0.0067309, 0.0073596, 0.0086326, 0.0110232, 0.0158080, 0.0254079, 0.0440351", \
					  "0.0065557, 0.0071691, 0.0083953, 0.0108173, 0.0157296, 0.0250688, 0.0438655", \
					  "0.0064196, 0.0070404, 0.0082580, 0.0106464, 0.0155389, 0.0249076, 0.0435621", \
					  "0.0063949, 0.0070091, 0.0082124, 0.0106069, 0.0153564, 0.0247819, 0.0435642", \
					  "0.0066349, 0.0072480, 0.0084485, 0.0107687, 0.0155255, 0.0249094, 0.0436754");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009954587, 0.001981876, 0.003945752, 0.007855667, 0.01563999, 0.03113792");
					values("0.0029362, 0.0023929, 0.0012984, -0.0009190, -0.0054996, -0.0148523, -0.0336390", \
					  "0.0028821, 0.0023199, 0.0012242, -0.0009838, -0.0055312, -0.0148825, -0.0336704", \
					  "0.0029020, 0.0023575, 0.0012672, -0.0009230, -0.0054970, -0.0148432, -0.0336309", \
					  "0.0028112, 0.0022680, 0.0011960, -0.0010301, -0.0055875, -0.0149281, -0.0337039", \
					  "0.0025949, 0.0020689, 0.0009904, -0.0011783, -0.0057188, -0.0150062, -0.0337573", \
					  "0.0028529, 0.0022767, 0.0011139, -0.0012091, -0.0059103, -0.0151122, -0.0338061", \
					  "0.0030205, 0.0024447, 0.0012973, -0.0010138, -0.0056686, -0.0149724, -0.0337664");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.2038906, 0.2209425, 0.2551261, 0.3215181, 0.4542703, 0.7106811, 1.2239232", \
					  "0.2079143, 0.2250217, 0.2586900, 0.3252326, 0.4572164, 0.7228675, 1.2297298", \
					  "0.2213381, 0.2380597, 0.2717595, 0.3388097, 0.4694454, 0.7293903, 1.2437872", \
					  "0.2528872, 0.2695537, 0.3031901, 0.3687369, 0.4995657, 0.7612249, 1.2791163", \
					  "0.3206992, 0.3371810, 0.3706655, 0.4370249, 0.5681494, 0.8293151, 1.3483931", \
					  "0.4567587, 0.4752850, 0.5113702, 0.5791104, 0.7093062, 0.9692144, 1.4815860", \
					  "0.7114500, 0.7347903, 0.7783081, 0.8603827, 1.0099653, 1.2812036, 1.7953456");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1415322, 0.1632676, 0.2066407, 0.2918040, 0.4626829, 0.7989623, 1.4704439", \
					  "0.1414329, 0.1630858, 0.2067037, 0.2917812, 0.4616424, 0.8034865, 1.4685899", \
					  "0.1415077, 0.1633968, 0.2066493, 0.2923796, 0.4618801, 0.7997603, 1.4708581", \
					  "0.1415737, 0.1634587, 0.2062894, 0.2919688, 0.4615555, 0.7996084, 1.4736778", \
					  "0.1422965, 0.1638126, 0.2063062, 0.2922765, 0.4641317, 0.8131353, 1.4739663", \
					  "0.1594108, 0.1801068, 0.2196415, 0.3005865, 0.4662837, 0.8012773, 1.4691601", \
					  "0.2031108, 0.2259695, 0.2696151, 0.3542676, 0.5148443, 0.8268692, 1.4756780");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0155376, 0.0171879, 0.0204031, 0.0265549, 0.0384193, 0.0610003, 0.1042764", \
					  "0.0210172, 0.0225453, 0.0256102, 0.0316278, 0.0433205, 0.0657612, 0.1089749", \
					  "0.0319008, 0.0339203, 0.0376566, 0.0439427, 0.0548858, 0.0772154, 0.1197137", \
					  "0.0478125, 0.0507538, 0.0559326, 0.0651103, 0.0805040, 0.1041201, 0.1461874", \
					  "0.0684592, 0.0727557, 0.0809400, 0.0946719, 0.1169412, 0.1525972, 0.2061972", \
					  "0.0895281, 0.0961621, 0.1079710, 0.1289422, 0.1629953, 0.2163227, 0.2988505", \
					  "0.0882585, 0.0988812, 0.1183837, 0.1517421, 0.2066869, 0.2923902, 0.4186982");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0146181, 0.0167777, 0.0209264, 0.0288067, 0.0439085, 0.0724436, 0.1272657", \
					  "0.0157701, 0.0174610, 0.0210396, 0.0284999, 0.0435157, 0.0720894, 0.1273698", \
					  "0.0226092, 0.0237545, 0.0261928, 0.0319064, 0.0446752, 0.0717176, 0.1267711", \
					  "0.0353174, 0.0372914, 0.0408168, 0.0471621, 0.0576178, 0.0791523, 0.1283773", \
					  "0.0576878, 0.0607892, 0.0658095, 0.0745568, 0.0908351, 0.1151910, 0.1533489", \
					  "0.0946614, 0.0995846, 0.1075691, 0.1221830, 0.1456963, 0.1836739, 0.2365646", \
					  "0.1640876, 0.1719050, 0.1852687, 0.2078927, 0.2441959, 0.2991614, 0.3813440");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1930273, 0.2107394, 0.2452134, 0.3113504, 0.4425676, 0.7048698, 1.2149448", \
					  "0.1956444, 0.2130769, 0.2474260, 0.3153497, 0.4457320, 0.7054087, 1.2197980", \
					  "0.2082443, 0.2253367, 0.2588865, 0.3258689, 0.4586116, 0.7171931, 1.2393956", \
					  "0.2402016, 0.2573217, 0.2905310, 0.3571969, 0.4889569, 0.7470677, 1.2630902", \
					  "0.3118091, 0.3288753, 0.3620727, 0.4283411, 0.5582553, 0.8173353, 1.3317778", \
					  "0.4616117, 0.4809224, 0.5182649, 0.5871247, 0.7178885, 0.9763163, 1.4904743", \
					  "0.7478410, 0.7745152, 0.8246195, 0.9140982, 1.0699845, 1.3415127, 1.8585757");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1414802, 0.1631712, 0.2059888, 0.2918285, 0.4616724, 0.8015194, 1.4679725", \
					  "0.1410174, 0.1632993, 0.2060040, 0.2923878, 0.4621166, 0.7995104, 1.4699985", \
					  "0.1415332, 0.1633069, 0.2060452, 0.2934071, 0.4679507, 0.7999556, 1.4738462", \
					  "0.1415961, 0.1630635, 0.2064255, 0.2917597, 0.4641091, 0.8001735, 1.4692871", \
					  "0.1428039, 0.1643094, 0.2068028, 0.2927781, 0.4621380, 0.7991505, 1.4700755", \
					  "0.1676737, 0.1872734, 0.2248789, 0.3049195, 0.4665247, 0.7988745, 1.4690511", \
					  "0.2333187, 0.2549869, 0.2978298, 0.3772294, 0.5281263, 0.8294380, 1.4753467");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0167365, 0.0184425, 0.0217408, 0.0280226, 0.0399059, 0.0624211, 0.1059335", \
					  "0.0220610, 0.0236591, 0.0268135, 0.0327995, 0.0445510, 0.0670494, 0.1105270", \
					  "0.0325888, 0.0346082, 0.0383141, 0.0446484, 0.0559918, 0.0779368, 0.1212863", \
					  "0.0470742, 0.0500170, 0.0553837, 0.0645881, 0.0802888, 0.1043283, 0.1471818", \
					  "0.0638368, 0.0682800, 0.0763256, 0.0904594, 0.1141893, 0.1504931, 0.2052291", \
					  "0.0746523, 0.0815208, 0.0932233, 0.1168566, 0.1524448, 0.2089775, 0.2930841", \
					  "0.0537052, 0.0653164, 0.0857316, 0.1218383, 0.1804517, 0.2693030, 0.4006867");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0152382, 0.0173074, 0.0212838, 0.0288844, 0.0436950, 0.0720170, 0.1278836", \
					  "0.0158526, 0.0176184, 0.0212189, 0.0285256, 0.0433767, 0.0718349, 0.1278896", \
					  "0.0219523, 0.0232182, 0.0256914, 0.0314798, 0.0442228, 0.0714742, 0.1275555", \
					  "0.0337070, 0.0357866, 0.0394620, 0.0465752, 0.0570584, 0.0790977, 0.1289251", \
					  "0.0548695, 0.0580872, 0.0634432, 0.0733854, 0.0898796, 0.1140822, 0.1545532", \
					  "0.0923854, 0.0975546, 0.1076337, 0.1202221, 0.1451960, 0.1836936, 0.2394883", \
					  "0.1624794, 0.1706314, 0.1852536, 0.2082588, 0.2453150, 0.3021401, 0.3848499");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1911965, 0.2090228, 0.2432251, 0.3118588, 0.4426596, 0.7026872, 1.2176444", \
					  "0.1964933, 0.2137237, 0.2485401, 0.3153854, 0.4484487, 0.7071418, 1.2212854", \
					  "0.2075332, 0.2245675, 0.2590703, 0.3256854, 0.4586064, 0.7251877, 1.2385094", \
					  "0.2286675, 0.2458408, 0.2796204, 0.3468748, 0.4803520, 0.7389238, 1.2547424", \
					  "0.2630630, 0.2801328, 0.3138367, 0.3804190, 0.5131881, 0.7750883, 1.2900044", \
					  "0.3108409, 0.3282476, 0.3615016, 0.4291480, 0.5591718, 0.8200753, 1.3345999", \
					  "0.3684733, 0.3855557, 0.4191690, 0.4855114, 0.6165497, 0.8764722, 1.3913348");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1413799, 0.1630516, 0.2063947, 0.2942921, 0.4623973, 0.7986926, 1.4704784", \
					  "0.1414871, 0.1631969, 0.2064978, 0.2921469, 0.4619336, 0.7996506, 1.4681719", \
					  "0.1414396, 0.1630883, 0.2064908, 0.2921235, 0.4618824, 0.8118610, 1.4788274", \
					  "0.1412367, 0.1629365, 0.2062083, 0.2923974, 0.4682901, 0.7987937, 1.4716888", \
					  "0.1413933, 0.1634439, 0.2066316, 0.2923418, 0.4658209, 0.7996199, 1.4694823", \
					  "0.1420027, 0.1634440, 0.2068779, 0.2935006, 0.4622080, 0.8004528, 1.4677468", \
					  "0.1434080, 0.1647966, 0.2077643, 0.2930381, 0.4625204, 0.7981815, 1.4692595");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1017112, 0.1041043, 0.1085538, 0.1165049, 0.1302802, 0.1543648, 0.1986572", \
					  "0.1066749, 0.1090360, 0.1134399, 0.1213995, 0.1353619, 0.1597811, 0.2041265", \
					  "0.1198634, 0.1222668, 0.1267075, 0.1347700, 0.1485870, 0.1728896, 0.2172543", \
					  "0.1535397, 0.1559662, 0.1604226, 0.1683635, 0.1822238, 0.2065235, 0.2508833", \
					  "0.2267923, 0.2293409, 0.2340218, 0.2423423, 0.2565446, 0.2804501, 0.3252150", \
					  "0.3524044, 0.3555915, 0.3613900, 0.3713702, 0.3879391, 0.4148934, 0.4614404", \
					  "0.5550464, 0.5592464, 0.5645755, 0.5784039, 0.6000856, 0.6330781, 0.6850281");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0259614, 0.0278079, 0.0315836, 0.0387189, 0.0522854, 0.0785822, 0.1319954", \
					  "0.0259196, 0.0278924, 0.0316695, 0.0387188, 0.0522866, 0.0786655, 0.1322538", \
					  "0.0257859, 0.0279647, 0.0316495, 0.0387323, 0.0522537, 0.0786023, 0.1320458", \
					  "0.0260274, 0.0278527, 0.0316936, 0.0386320, 0.0519897, 0.0784142, 0.1320122", \
					  "0.0285857, 0.0304949, 0.0341121, 0.0410336, 0.0540025, 0.0799649, 0.1327460", \
					  "0.0390224, 0.0411323, 0.0455101, 0.0522084, 0.0648339, 0.0895245, 0.1389769", \
					  "0.0575151, 0.0601169, 0.0655374, 0.0740725, 0.0872699, 0.1124303, 0.1566683");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				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, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1296601, 0.1474403, 0.1821870, 0.2499987, 0.3821254, 0.6416566, 1.1553438", \
					  "0.1345462, 0.1519295, 0.1865289, 0.2541870, 0.3865499, 0.6482741, 1.1616921", \
					  "0.1445467, 0.1619758, 0.1964643, 0.2639794, 0.3962277, 0.6596904, 1.1804546", \
					  "0.1635138, 0.1808088, 0.2150566, 0.2824925, 0.4153404, 0.6778889, 1.1978603", \
					  "0.1938524, 0.2107412, 0.2445724, 0.3109945, 0.4438201, 0.7067102, 1.2199496", \
					  "0.2351903, 0.2517158, 0.2844985, 0.3507953, 0.4812242, 0.7418247, 1.2604493", \
					  "0.2835365, 0.2987648, 0.3306378, 0.3962000, 0.5259347, 0.7852978, 1.3004148");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.1377777, 0.1608625, 0.2054300, 0.2918371, 0.4616462, 0.7991438, 1.4694235", \
					  "0.1381542, 0.1605595, 0.2054313, 0.2916409, 0.4618707, 0.7991517, 1.4694022", \
					  "0.1377278, 0.1607010, 0.2049734, 0.2914919, 0.4613200, 0.8010220, 1.4743824", \
					  "0.1364905, 0.1597992, 0.2044268, 0.2914987, 0.4616935, 0.8006085, 1.4723259", \
					  "0.1360538, 0.1589377, 0.2045259, 0.2919647, 0.4623530, 0.8106630, 1.4688608", \
					  "0.1340366, 0.1569263, 0.2029517, 0.2918186, 0.4612000, 0.7998719, 1.4726064", \
					  "0.1363075, 0.1573208, 0.2012631, 0.2901056, 0.4628462, 0.8007362, 1.4690107");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0883480, 0.0910185, 0.0957760, 0.1041339, 0.1182277, 0.1427299, 0.1877924", \
					  "0.0935687, 0.0962387, 0.1011013, 0.1094074, 0.1235374, 0.1480504, 0.1931606", \
					  "0.1070321, 0.1095720, 0.1145240, 0.1228120, 0.1367981, 0.1614672, 0.2066257", \
					  "0.1402629, 0.1426706, 0.1477306, 0.1560257, 0.1701945, 0.1948536, 0.2401135", \
					  "0.2112312, 0.2142173, 0.2194127, 0.2283108, 0.2430478, 0.2680385, 0.3132818", \
					  "0.3301280, 0.3335999, 0.3403626, 0.3513149, 0.3683968, 0.3954484, 0.4431280", \
					  "0.5218693, 0.5268236, 0.5355988, 0.5500765, 0.5703342, 0.6046236, 0.6577175");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000995459, 0.00198188, 0.00394575, 0.00785567, 0.01564, 0.0311379");
					values("0.0227917, 0.0246976, 0.0287606, 0.0358251, 0.0497506, 0.0771426, 0.1332590", \
					  "0.0230106, 0.0248527, 0.0287160, 0.0358297, 0.0495504, 0.0770655, 0.1333438", \
					  "0.0228058, 0.0249825, 0.0287288, 0.0357685, 0.0498172, 0.0769986, 0.1333277", \
					  "0.0229313, 0.0250878, 0.0288445, 0.0357881, 0.0498343, 0.0771314, 0.1333631", \
					  "0.0273582, 0.0292397, 0.0324980, 0.0390233, 0.0523469, 0.0787361, 0.1339244", \
					  "0.0395528, 0.0415144, 0.0450292, 0.0518168, 0.0639844, 0.0882630, 0.1396450", \
					  "0.0605501, 0.0629339, 0.0671374, 0.0743706, 0.0885132, 0.1095696, 0.1559794");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002067;
			capacitance : 0.002164;
			rise_capacitance : 0.002262;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023474, -0.0023658, -0.0024082, -0.0024154, -0.0024319, -0.0024699, -0.0025576");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026616, 0.0026585, 0.0026513, 0.0026530, 0.0026568, 0.0026657, 0.0026861");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002077;
			capacitance : 0.002205;
			rise_capacitance : 0.002334;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027821, -0.0027915, -0.0028130, -0.0028139, -0.0028160, -0.0028208, -0.0028319");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028627, 0.0028610, 0.0028570, 0.0028574, 0.0028584, 0.0028607, 0.0028658");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001544;
			capacitance : 0.001484;
			fall_capacitance : 0.001424;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030853, 0.0030473, 0.0029597, 0.0029551, 0.0029444, 0.0029198, 0.0028632");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060735, 0.0060048, 0.0058464, 0.0058500, 0.0058582, 0.0058773, 0.0059212");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001317;
			capacitance : 0.001372;
			rise_capacitance : 0.001427;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019238, 0.0018820, 0.0017858, 0.0017917, 0.0018053, 0.0018366, 0.0019088");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055971, 0.0055349, 0.0053915, 0.0054000, 0.0054195, 0.0054644, 0.0055681");
				}
			}
		}
	}
	cell ("scs8hd_nor4bb_2") {
		area : 16.265600;
		cell_footprint : "nor4bb";
		cell_leakage_power : 1.251610e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001075";
			when : "!A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0008020";
			when : "!A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0001467";
			when : "!A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0007827";
			when : "!A&!B&CN&!DN";
		}
		leakage_power () {
			value : "0.0001070";
			when : "!A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0008021";
			when : "!A&B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0003013";
			when : "!A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0007796";
			when : "!A&B&CN&!DN";
		}
		leakage_power () {
			value : "0.0001073";
			when : "A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0129576";
			when : "A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0003635";
			when : "A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0007792";
			when : "A&!B&CN&!DN";
		}
		leakage_power () {
			value : "0.0001070";
			when : "A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0008016";
			when : "A&B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0003010";
			when : "A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0007797";
			when : "A&B&CN&!DN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&CN&DN)";
			max_capacitance : 0.052195;
			max_transition : 1.499445;
			internal_power () {
				related_pin : "CN";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0060687, 0.0054338, 0.0040145, 0.0009348, -0.0059004, -0.0212861, -0.0553121", \
					  "0.0060237, 0.0053915, 0.0039650, 0.0009260, -0.0059552, -0.0213204, -0.0553474", \
					  "0.0060765, 0.0054553, 0.0040572, 0.0009154, -0.0059238, -0.0212899, -0.0553052", \
					  "0.0059360, 0.0052858, 0.0038663, 0.0007905, -0.0060458, -0.0214065, -0.0554053", \
					  "0.0057019, 0.0050638, 0.0036704, 0.0006141, -0.0061761, -0.0214925, -0.0554527", \
					  "0.0054500, 0.0047502, 0.0032792, -3.7400000e-05, -0.0065922, -0.0216799, -0.0555995", \
					  "0.0066784, 0.0059842, 0.0044833, 0.0012298, -0.0058599, -0.0213641, -0.0554029");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0124758, 0.0131553, 0.0147392, 0.0182625, 0.0255152, 0.0412460, 0.0753547", \
					  "0.0124173, 0.0131500, 0.0147340, 0.0181600, 0.0254937, 0.0412418, 0.0753968", \
					  "0.0124010, 0.0131705, 0.0147020, 0.0182079, 0.0254556, 0.0412022, 0.0753489", \
					  "0.0122036, 0.0129670, 0.0145060, 0.0179851, 0.0251906, 0.0409481, 0.0751248", \
					  "0.0120925, 0.0128442, 0.0143813, 0.0177848, 0.0250492, 0.0407803, 0.0749703", \
					  "0.0119839, 0.0126794, 0.0142334, 0.0176067, 0.0248549, 0.0405372, 0.0745249", \
					  "0.0122023, 0.0129400, 0.0144281, 0.0176713, 0.0249736, 0.0407174, 0.0747098");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0116454, 0.0123701, 0.0139747, 0.0174730, 0.0248615, 0.0410238, 0.0746666", \
					  "0.0116002, 0.0123650, 0.0139616, 0.0174751, 0.0248722, 0.0406904, 0.0749062", \
					  "0.0116237, 0.0123536, 0.0140016, 0.0174123, 0.0249219, 0.0407096, 0.0746691", \
					  "0.0113544, 0.0120838, 0.0137283, 0.0171815, 0.0245011, 0.0403206, 0.0745328", \
					  "0.0111178, 0.0118595, 0.0134658, 0.0168920, 0.0241852, 0.0399833, 0.0747565", \
					  "0.0109825, 0.0117175, 0.0133225, 0.0166124, 0.0238792, 0.0396876, 0.0737011", \
					  "0.0110688, 0.0117822, 0.0133201, 0.0165688, 0.0238848, 0.0395938, 0.0735892");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0026742, 0.0020879, 0.0008576, -0.0020020, -0.0086428, -0.0238397, -0.0577757", \
					  "0.0026441, 0.0020677, 0.0008121, -0.0020664, -0.0086860, -0.0238492, -0.0577643", \
					  "0.0027116, 0.0021249, 0.0008523, -0.0019735, -0.0085998, -0.0237970, -0.0577233", \
					  "0.0025235, 0.0019651, 0.0006769, -0.0021561, -0.0087743, -0.0239247, -0.0578247", \
					  "0.0022610, 0.0016762, 0.0004193, -0.0024170, -0.0089762, -0.0240863, -0.0579359", \
					  "0.0020712, 0.0014044, -4.7400000e-05, -0.0030766, -0.0094399, -0.0243061, -0.0580580", \
					  "0.0034824, 0.0028471, 0.0013240, -0.0019125, -0.0087409, -0.0240263, -0.0579773");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0171299, 0.0178765, 0.0194273, 0.0228419, 0.0301483, 0.0457832, 0.0798356", \
					  "0.0168916, 0.0176057, 0.0191820, 0.0226114, 0.0299123, 0.0457265, 0.0798916", \
					  "0.0166856, 0.0174253, 0.0190452, 0.0223419, 0.0297212, 0.0454809, 0.0795953", \
					  "0.0166002, 0.0172890, 0.0188280, 0.0222803, 0.0294584, 0.0451882, 0.0793450", \
					  "0.0164414, 0.0171613, 0.0186872, 0.0221108, 0.0292805, 0.0449177, 0.0791001", \
					  "0.0164136, 0.0171292, 0.0186738, 0.0219964, 0.0292062, 0.0448772, 0.0788235", \
					  "0.0163363, 0.0170911, 0.0186033, 0.0219847, 0.0291558, 0.0447407, 0.0786860");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0076819, 0.0069778, 0.0054438, 0.0021109, -0.0051290, -0.0207785, -0.0545703", \
					  "0.0075646, 0.0068380, 0.0053322, 0.0020023, -0.0052434, -0.0208711, -0.0546641", \
					  "0.0075456, 0.0068424, 0.0053043, 0.0019546, -0.0052856, -0.0209215, -0.0547436", \
					  "0.0073082, 0.0066024, 0.0051345, 0.0018056, -0.0053970, -0.0210051, -0.0548737", \
					  "0.0074816, 0.0067645, 0.0052071, 0.0018305, -0.0055065, -0.0211082, -0.0549103", \
					  "0.0081257, 0.0074141, 0.0059944, 0.0026516, -0.0046749, -0.0204086, -0.0547862", \
					  "0.0088523, 0.0081334, 0.0065807, 0.0032725, -0.0040429, -0.0197444, -0.0539569");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0160149, 0.0168088, 0.0184414, 0.0218007, 0.0291281, 0.0449217, 0.0788520", \
					  "0.0157456, 0.0164890, 0.0180877, 0.0216196, 0.0288645, 0.0446601, 0.0786363", \
					  "0.0155500, 0.0162973, 0.0179194, 0.0212804, 0.0285825, 0.0444474, 0.0784319", \
					  "0.0154591, 0.0161414, 0.0176950, 0.0210559, 0.0283377, 0.0441583, 0.0783892", \
					  "0.0152756, 0.0159952, 0.0175810, 0.0208608, 0.0281034, 0.0438199, 0.0780589", \
					  "0.0152259, 0.0159429, 0.0174854, 0.0208295, 0.0280988, 0.0439849, 0.0777737", \
					  "0.0151768, 0.0158914, 0.0174789, 0.0208287, 0.0280785, 0.0436520, 0.0778746");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001084959, 0.002354271, 0.005108573, 0.01108518, 0.02405393, 0.05219504");
					values("0.0064595, 0.0057436, 0.0042071, 0.0008712, -0.0063364, -0.0219153, -0.0559153", \
					  "0.0064477, 0.0057469, 0.0042024, 0.0008657, -0.0063303, -0.0219331, -0.0559243", \
					  "0.0064490, 0.0057419, 0.0042162, 0.0008489, -0.0063310, -0.0219338, -0.0559276", \
					  "0.0061976, 0.0055080, 0.0040340, 0.0007483, -0.0064013, -0.0219364, -0.0559746", \
					  "0.0064505, 0.0057535, 0.0042308, 0.0009069, -0.0063294, -0.0220713, -0.0560353", \
					  "0.0064955, 0.0058654, 0.0043693, 0.0010672, -0.0060822, -0.0218058, -0.0561154", \
					  "0.0066734, 0.0060458, 0.0045125, 0.0011730, -0.0061011, -0.0217843, -0.0559385");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.2363707, 0.2485918, 0.2749126, 0.3299495, 0.4494330, 0.7070234, 1.2532638", \
					  "0.2396053, 0.2519312, 0.2774509, 0.3333298, 0.4536360, 0.7092561, 1.2601482", \
					  "0.2535146, 0.2652223, 0.2903636, 0.3455732, 0.4655555, 0.7251404, 1.2728530", \
					  "0.2861957, 0.2980765, 0.3235583, 0.3783516, 0.4957465, 0.7523555, 1.3079153", \
					  "0.3570463, 0.3686356, 0.3940061, 0.4485534, 0.5660842, 0.8197937, 1.3701351", \
					  "0.5009818, 0.5136768, 0.5403641, 0.5958085, 0.7136825, 0.9666582, 1.5215086", \
					  "0.7715922, 0.7866386, 0.8186797, 0.8838488, 1.0166433, 1.2827631, 1.8327883");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.1492449, 0.1642384, 0.1977414, 0.2691018, 0.4241204, 0.7589685, 1.4787079", \
					  "0.1491831, 0.1647926, 0.1978789, 0.2689727, 0.4239552, 0.7575214, 1.4815649", \
					  "0.1497033, 0.1648096, 0.1980283, 0.2690559, 0.4241046, 0.7590824, 1.4792959", \
					  "0.1494548, 0.1648862, 0.1977407, 0.2695342, 0.4231555, 0.7563445, 1.4779161", \
					  "0.1496748, 0.1644798, 0.1980522, 0.2695493, 0.4233429, 0.7558399, 1.4779098", \
					  "0.1617958, 0.1758171, 0.2070968, 0.2758828, 0.4254361, 0.7576864, 1.4779112", \
					  "0.1978370, 0.2140485, 0.2477664, 0.3195171, 0.4683509, 0.7790975, 1.4805643");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.0146439, 0.0156715, 0.0178262, 0.0224014, 0.0319287, 0.0517850, 0.0929646", \
					  "0.0201780, 0.0211037, 0.0231135, 0.0275059, 0.0368771, 0.0565713, 0.0976179", \
					  "0.0303602, 0.0316944, 0.0343930, 0.0395833, 0.0488726, 0.0680291, 0.1083617", \
					  "0.0453832, 0.0473235, 0.0509999, 0.0584123, 0.0719143, 0.0946345, 0.1340674", \
					  "0.0646108, 0.0673945, 0.0730465, 0.0840183, 0.1038823, 0.1378796, 0.1922351", \
					  "0.0821480, 0.0863455, 0.0933668, 0.1105361, 0.1420785, 0.1930258, 0.2757863", \
					  "0.0743096, 0.0810406, 0.0947542, 0.1204848, 0.1695053, 0.2502196, 0.3788589");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.0135379, 0.0148126, 0.0177460, 0.0237001, 0.0361799, 0.0616279, 0.1147089", \
					  "0.0151356, 0.0162301, 0.0185960, 0.0239222, 0.0357482, 0.0613366, 0.1141650", \
					  "0.0223932, 0.0234288, 0.0250618, 0.0286847, 0.0383015, 0.0614042, 0.1140450", \
					  "0.0355177, 0.0367664, 0.0396896, 0.0444473, 0.0533661, 0.0708325, 0.1163769", \
					  "0.0573772, 0.0592797, 0.0630939, 0.0703929, 0.0840223, 0.1066571, 0.1441891", \
					  "0.0949134, 0.0979802, 0.1047791, 0.1167619, 0.1353416, 0.1699078, 0.2243251", \
					  "0.1622895, 0.1671219, 0.1769887, 0.1965643, 0.2270045, 0.2800421, 0.3629685");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.2203866, 0.2324802, 0.2588420, 0.3149469, 0.4349510, 0.6907352, 1.2389336", \
					  "0.2224934, 0.2342496, 0.2603514, 0.3165716, 0.4359336, 0.6906639, 1.2409989", \
					  "0.2337348, 0.2457643, 0.2710568, 0.3268783, 0.4461557, 0.7045760, 1.2515827", \
					  "0.2643547, 0.2763496, 0.3014693, 0.3570762, 0.4747581, 0.7319055, 1.2858711", \
					  "0.3324692, 0.3441571, 0.3695527, 0.4243713, 0.5423725, 0.7979043, 1.3509658", \
					  "0.4731548, 0.4865195, 0.5148948, 0.5727794, 0.6910069, 0.9462016, 1.4979061", \
					  "0.7427487, 0.7610790, 0.7962805, 0.8686410, 1.0094615, 1.2817837, 1.8349886");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.1490095, 0.1646778, 0.1977724, 0.2690777, 0.4240177, 0.7612282, 1.4784637", \
					  "0.1495893, 0.1644062, 0.1978601, 0.2694892, 0.4226215, 0.7565037, 1.4757680", \
					  "0.1495649, 0.1649359, 0.1979764, 0.2690604, 0.4238632, 0.7615382, 1.4750657", \
					  "0.1495602, 0.1648302, 0.1979207, 0.2687998, 0.4239457, 0.7608150, 1.4834163", \
					  "0.1506248, 0.1656341, 0.1979183, 0.2692681, 0.4225948, 0.7564290, 1.4796296", \
					  "0.1719299, 0.1864842, 0.2159085, 0.2828278, 0.4307586, 0.7626599, 1.4793490", \
					  "0.2258230, 0.2417718, 0.2749600, 0.3442092, 0.4891324, 0.7892572, 1.4873019");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.0159436, 0.0170296, 0.0193028, 0.0240922, 0.0339714, 0.0541801, 0.0959797", \
					  "0.0214303, 0.0224212, 0.0245769, 0.0291954, 0.0387771, 0.0588393, 0.1005773", \
					  "0.0319783, 0.0333087, 0.0360050, 0.0409693, 0.0503632, 0.0699803, 0.1114722", \
					  "0.0466920, 0.0486094, 0.0524604, 0.0594775, 0.0731930, 0.0962809, 0.1372691", \
					  "0.0642953, 0.0671702, 0.0730271, 0.0844023, 0.1048252, 0.1393301, 0.1948666", \
					  "0.0770337, 0.0814240, 0.0903674, 0.1073080, 0.1390817, 0.1929089, 0.2783594", \
					  "0.0589786, 0.0668206, 0.0817126, 0.1097227, 0.1609365, 0.2461339, 0.3797174");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.0145205, 0.0158971, 0.0187392, 0.0246926, 0.0368707, 0.0620655, 0.1154111", \
					  "0.0154945, 0.0166059, 0.0190068, 0.0245204, 0.0364896, 0.0618453, 0.1153030", \
					  "0.0220056, 0.0230527, 0.0245129, 0.0285320, 0.0382760, 0.0617576, 0.1152138", \
					  "0.0340215, 0.0353289, 0.0379547, 0.0435205, 0.0530682, 0.0707611, 0.1172414", \
					  "0.0543427, 0.0562959, 0.0602267, 0.0682571, 0.0815444, 0.1056524, 0.1447117", \
					  "0.0903290, 0.0940188, 0.1004540, 0.1127081, 0.1336474, 0.1688707, 0.2254987", \
					  "0.1580983, 0.1642411, 0.1745857, 0.1945693, 0.2269302, 0.2809447, 0.3645924");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				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, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.2171478, 0.2293914, 0.2549975, 0.3110843, 0.4293006, 0.6844161, 1.2341091", \
					  "0.2224591, 0.2343649, 0.2599097, 0.3156176, 0.4356314, 0.6912366, 1.2392758", \
					  "0.2337842, 0.2458025, 0.2718137, 0.3275119, 0.4457882, 0.7011085, 1.2511370", \
					  "0.2585622, 0.2705743, 0.2965153, 0.3518981, 0.4696508, 0.7250314, 1.2756101", \
					  "0.2998595, 0.3119446, 0.3373660, 0.3929528, 0.5117045, 0.7665886, 1.3161516", \
					  "0.3605296, 0.3724225, 0.3978488, 0.4522658, 0.5702294, 0.8264230, 1.3776726", \
					  "0.4385561, 0.4503469, 0.4760053, 0.5309588, 0.6486880, 0.9048455, 1.4527527");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.1491190, 0.1647057, 0.1976827, 0.2694450, 0.4232768, 0.7561692, 1.4784217", \
					  "0.1494631, 0.1646391, 0.1972925, 0.2690881, 0.4240950, 0.7562831, 1.4790253", \
					  "0.1489629, 0.1644279, 0.1978578, 0.2693865, 0.4231872, 0.7558177, 1.4782883", \
					  "0.1489475, 0.1643136, 0.1978480, 0.2693824, 0.4232017, 0.7558908, 1.4777788", \
					  "0.1488649, 0.1644939, 0.1978413, 0.2688381, 0.4240049, 0.7559926, 1.4779988", \
					  "0.1499669, 0.1650323, 0.1983100, 0.2712107, 0.4237639, 0.7571618, 1.4761637", \
					  "0.1515710, 0.1665115, 0.1994040, 0.2702221, 0.4242282, 0.7613668, 1.4785605");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.1311082, 0.1328679, 0.1364742, 0.1435497, 0.1568147, 0.1810287, 0.2261772", \
					  "0.1361540, 0.1380680, 0.1415040, 0.1488141, 0.1618253, 0.1863274, 0.2313469", \
					  "0.1499073, 0.1516956, 0.1554007, 0.1622169, 0.1755691, 0.1997703, 0.2451168", \
					  "0.1823112, 0.1840463, 0.1876540, 0.1946842, 0.2079888, 0.2321659, 0.2775772", \
					  "0.2591267, 0.2609095, 0.2644807, 0.2716650, 0.2850576, 0.3093113, 0.3547912", \
					  "0.4052344, 0.4070294, 0.4116776, 0.4199358, 0.4352986, 0.4620037, 0.5079298", \
					  "0.6414801, 0.6443337, 0.6500933, 0.6611896, 0.6808232, 0.7139709, 0.7686021");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.0318852, 0.0332488, 0.0360743, 0.0417434, 0.0532173, 0.0767005, 0.1275422", \
					  "0.0320035, 0.0331263, 0.0362093, 0.0416695, 0.0532907, 0.0768675, 0.1276823", \
					  "0.0319008, 0.0332713, 0.0363728, 0.0418965, 0.0533101, 0.0767901, 0.1275401", \
					  "0.0320311, 0.0332474, 0.0361361, 0.0418194, 0.0531358, 0.0767533, 0.1272539", \
					  "0.0324870, 0.0339015, 0.0368414, 0.0423165, 0.0536510, 0.0770654, 0.1272140", \
					  "0.0433212, 0.0446523, 0.0475484, 0.0529829, 0.0643594, 0.0864000, 0.1344725", \
					  "0.0629864, 0.0648654, 0.0685881, 0.0756668, 0.0880951, 0.1115415, 0.1551663");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				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, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.1441161, 0.1558594, 0.1819215, 0.2380530, 0.3592822, 0.6171140, 1.1670043", \
					  "0.1484190, 0.1604763, 0.1866282, 0.2429899, 0.3640760, 0.6197476, 1.1741765", \
					  "0.1605806, 0.1722705, 0.1983256, 0.2544243, 0.3751296, 0.6334150, 1.1823227", \
					  "0.1848089, 0.1964712, 0.2221268, 0.2777212, 0.3984544, 0.6555501, 1.2070905", \
					  "0.2276906, 0.2392400, 0.2646194, 0.3199845, 0.4397847, 0.6984364, 1.2518957", \
					  "0.2920951, 0.3031130, 0.3278591, 0.3817815, 0.4992801, 0.7549227, 1.3051807", \
					  "0.3784814, 0.3887844, 0.4112831, 0.4636747, 0.5796301, 0.8347906, 1.3835056");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.1405113, 0.1575839, 0.1931507, 0.2671144, 0.4221921, 0.7647126, 1.4751913", \
					  "0.1409228, 0.1575471, 0.1927886, 0.2676514, 0.4233979, 0.7561606, 1.4801618", \
					  "0.1403109, 0.1574107, 0.1925562, 0.2674291, 0.4242099, 0.7577887, 1.4758467", \
					  "0.1396384, 0.1562170, 0.1916315, 0.2668935, 0.4233000, 0.7558756, 1.4767222", \
					  "0.1380317, 0.1548929, 0.1901100, 0.2662889, 0.4231642, 0.7575111, 1.4994450", \
					  "0.1372386, 0.1531982, 0.1888742, 0.2644290, 0.4227526, 0.7567560, 1.4745420", \
					  "0.1419823, 0.1565375, 0.1896701, 0.2630011, 0.4235417, 0.7579608, 1.4785321");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.1301016, 0.1324390, 0.1368194, 0.1451380, 0.1599883, 0.1858155, 0.2323473", \
					  "0.1354018, 0.1376549, 0.1421252, 0.1505642, 0.1654546, 0.1911632, 0.2373237", \
					  "0.1488067, 0.1511616, 0.1555742, 0.1639438, 0.1787153, 0.2044935, 0.2511011", \
					  "0.1816907, 0.1839142, 0.1884148, 0.1967363, 0.2112620, 0.2369550, 0.2835387", \
					  "0.2587333, 0.2610334, 0.2654696, 0.2738714, 0.2887672, 0.3146478, 0.3612575", \
					  "0.4062554, 0.4090281, 0.4144932, 0.4245928, 0.4420766, 0.4706261, 0.5195390", \
					  "0.6453459, 0.6489403, 0.6555927, 0.6672106, 0.6931429, 0.7279111, 0.7845462");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00108496, 0.00235427, 0.00510857, 0.0110852, 0.0240539, 0.052195");
					values("0.0319068, 0.0332292, 0.0362397, 0.0420003, 0.0537466, 0.0773107, 0.1274204", \
					  "0.0320825, 0.0331578, 0.0358486, 0.0417738, 0.0535447, 0.0774850, 0.1280618", \
					  "0.0319382, 0.0332626, 0.0359589, 0.0420912, 0.0534405, 0.0772881, 0.1275066", \
					  "0.0318995, 0.0332285, 0.0360195, 0.0420436, 0.0538005, 0.0771817, 0.1277189", \
					  "0.0325869, 0.0342164, 0.0368152, 0.0425960, 0.0540871, 0.0777738, 0.1276758", \
					  "0.0462036, 0.0475174, 0.0502292, 0.0557015, 0.0663840, 0.0882142, 0.1341834", \
					  "0.0718535, 0.0731922, 0.0767341, 0.0822702, 0.0938940, 0.1171730, 0.1589806");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003822;
			capacitance : 0.004049;
			rise_capacitance : 0.004275;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0045095, -0.0045494, -0.0046413, -0.0046568, -0.0046924, -0.0047745, -0.0049638");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0070520, 0.0070531, 0.0070555, 0.0070566, 0.0070593, 0.0070653, 0.0070793");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003744;
			capacitance : 0.004035;
			rise_capacitance : 0.004326;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049396, -0.0049641, -0.0050205, -0.0050245, -0.0050335, -0.0050542, -0.0051021");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054467, 0.0054477, 0.0054498, 0.0054513, 0.0054547, 0.0054626, 0.0054808");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001290;
			capacitance : 0.001343;
			rise_capacitance : 0.001396;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055142, 0.0054858, 0.0054203, 0.0054176, 0.0054112, 0.0053965, 0.0053625");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0074529, 0.0073940, 0.0072581, 0.0072623, 0.0072722, 0.0072948, 0.0073470");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001531;
			capacitance : 0.001468;
			fall_capacitance : 0.001404;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0039140, 0.0038826, 0.0038102, 0.0038226, 0.0038511, 0.0039168, 0.0040682");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0084858, 0.0084127, 0.0082443, 0.0082515, 0.0082680, 0.0083060, 0.0083936");
				}
			}
		}
	}
	cell ("scs8hd_nor4bb_4") {
		area : 25.024000;
		cell_footprint : "nor4bb";
		cell_leakage_power : 1.238389e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004556";
			when : "!A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0014579";
			when : "!A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0010306";
			when : "!A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0018130";
			when : "!A&!B&CN&!DN";
		}
		leakage_power () {
			value : "0.0004546";
			when : "!A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0014592";
			when : "!A&B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0011756";
			when : "!A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0018102";
			when : "!A&B&CN&!DN";
		}
		leakage_power () {
			value : "0.0004546";
			when : "A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0014577";
			when : "A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0012993";
			when : "A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0018376";
			when : "A&!B&CN&!DN";
		}
		leakage_power () {
			value : "0.0004547";
			when : "A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0014617";
			when : "A&B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0011752";
			when : "A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0020168";
			when : "A&B&CN&!DN";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&CN&DN)";
			max_capacitance : 0.093394;
			max_transition : 1.482989;
			internal_power () {
				related_pin : "B";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0134347, 0.0125908, 0.0105760, 0.0057678, -0.0057250, -0.0331228, -0.0987792", \
					  "0.0134070, 0.0125638, 0.0105363, 0.0057232, -0.0057686, -0.0331420, -0.0988028", \
					  "0.0134358, 0.0125850, 0.0105831, 0.0057904, -0.0057608, -0.0331291, -0.0987881", \
					  "0.0129530, 0.0121234, 0.0102251, 0.0054788, -0.0059236, -0.0332401, -0.0989736", \
					  "0.0129658, 0.0121123, 0.0100696, 0.0053360, -0.0061249, -0.0333462, -0.0989901", \
					  "0.0130978, 0.0122704, 0.0103685, 0.0056384, -0.0057921, -0.0333367, -0.0994261", \
					  "0.0134630, 0.0126315, 0.0106244, 0.0058375, -0.0053696, -0.0330098, -0.0989796");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0315403, 0.0324217, 0.0345391, 0.0395250, 0.0511365, 0.0787161, 0.1442960", \
					  "0.0309906, 0.0318906, 0.0339318, 0.0391028, 0.0506813, 0.0784142, 0.1438437", \
					  "0.0304529, 0.0313232, 0.0334221, 0.0384203, 0.0501267, 0.0779645, 0.1436104", \
					  "0.0302417, 0.0310695, 0.0331484, 0.0380293, 0.0496390, 0.0773705, 0.1430323", \
					  "0.0300230, 0.0308186, 0.0329141, 0.0378588, 0.0494697, 0.0768069, 0.1428214", \
					  "0.0299108, 0.0307458, 0.0327724, 0.0375906, 0.0491872, 0.0765833, 0.1422293", \
					  "0.0298099, 0.0306396, 0.0327190, 0.0376668, 0.0491148, 0.0765587, 0.1422032");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0249270, 0.0258001, 0.0280462, 0.0329297, 0.0447368, 0.0724868, 0.1383249", \
					  "0.0248821, 0.0257828, 0.0278985, 0.0328829, 0.0447188, 0.0725238, 0.1383483", \
					  "0.0249513, 0.0258377, 0.0278352, 0.0328361, 0.0446761, 0.0722894, 0.1387578", \
					  "0.0246560, 0.0255039, 0.0275873, 0.0324711, 0.0443236, 0.0722677, 0.1382791", \
					  "0.0242530, 0.0251029, 0.0271672, 0.0320619, 0.0437349, 0.0714646, 0.1377626", \
					  "0.0240889, 0.0249948, 0.0269761, 0.0318429, 0.0434422, 0.0710692, 0.1368261", \
					  "0.0244862, 0.0253655, 0.0274314, 0.0320449, 0.0435767, 0.0710613, 0.1368298");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0120796, 0.0112562, 0.0093007, 0.0048398, -0.0060035, -0.0327634, -0.0983529", \
					  "0.0121054, 0.0113177, 0.0094347, 0.0048294, -0.0060477, -0.0327407, -0.0983466", \
					  "0.0120877, 0.0112993, 0.0093700, 0.0048050, -0.0059991, -0.0327334, -0.0983019", \
					  "0.0118901, 0.0111037, 0.0092261, 0.0046408, -0.0061584, -0.0328643, -0.0984319", \
					  "0.0113551, 0.0105491, 0.0086496, 0.0042168, -0.0065399, -0.0331531, -0.0986100", \
					  "0.0104726, 0.0096956, 0.0078141, 0.0035475, -0.0070460, -0.0334313, -0.0987510", \
					  "0.0129036, 0.0118348, 0.0101711, 0.0055185, -0.0056258, -0.0327096, -0.0990864");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0243048, 0.0252378, 0.0274193, 0.0324082, 0.0442551, 0.0722758, 0.1377375", \
					  "0.0243201, 0.0252277, 0.0273346, 0.0324750, 0.0442350, 0.0722021, 0.1379338", \
					  "0.0242974, 0.0251710, 0.0273617, 0.0323111, 0.0441821, 0.0720828, 0.1381805", \
					  "0.0238590, 0.0247922, 0.0268569, 0.0318956, 0.0436305, 0.0716193, 0.1374465", \
					  "0.0234238, 0.0243208, 0.0264124, 0.0313728, 0.0432524, 0.0709887, 0.1368069", \
					  "0.0234191, 0.0243060, 0.0263885, 0.0310886, 0.0426514, 0.0704811, 0.1364138", \
					  "0.0236813, 0.0245421, 0.0265794, 0.0312772, 0.0427187, 0.0702242, 0.1361915");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0054540, 0.0047312, 0.0029899, -0.0012210, -0.0116455, -0.0382072, -0.1037090", \
					  "0.0054335, 0.0047087, 0.0029903, -0.0012100, -0.0117388, -0.0382413, -0.1037098", \
					  "0.0054328, 0.0047319, 0.0029972, -0.0011662, -0.0117020, -0.0381874, -0.1036845", \
					  "0.0052495, 0.0045143, 0.0027823, -0.0014427, -0.0118967, -0.0383706, -0.1038268", \
					  "0.0047259, 0.0039830, 0.0022383, -0.0019492, -0.0123423, -0.0386968, -0.1040414", \
					  "0.0036468, 0.0029031, 0.0011702, -0.0029686, -0.0129218, -0.0389609, -0.1041983", \
					  "0.0061969, 0.0053865, 0.0034885, -0.0009977, -0.0119912, -0.0388642, -0.1041641");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0332361, 0.0341924, 0.0363152, 0.0410794, 0.0526646, 0.0800863, 0.1454100", \
					  "0.0328034, 0.0336298, 0.0357590, 0.0407382, 0.0525292, 0.0798429, 0.1456645", \
					  "0.0324781, 0.0332774, 0.0354708, 0.0402437, 0.0518581, 0.0794648, 0.1450091", \
					  "0.0322576, 0.0331233, 0.0350911, 0.0399407, 0.0515758, 0.0791264, 0.1448251", \
					  "0.0319014, 0.0327625, 0.0348025, 0.0397134, 0.0511229, 0.0786619, 0.1443039", \
					  "0.0317920, 0.0326557, 0.0346795, 0.0395299, 0.0510193, 0.0784520, 0.1441306", \
					  "0.0317202, 0.0325610, 0.0346201, 0.0394971, 0.0509449, 0.0782250, 0.1436343");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001195441, 0.002858156, 0.006833512, 0.01633811, 0.03906249, 0.09339376");
					values("0.0156817, 0.0148454, 0.0128178, 0.0080049, -0.0034899, -0.0309899, -0.0964163", \
					  "0.0155339, 0.0146801, 0.0126761, 0.0078754, -0.0036419, -0.0311308, -0.0965978", \
					  "0.0154242, 0.0145739, 0.0125738, 0.0077976, -0.0037234, -0.0312784, -0.0967215", \
					  "0.0150166, 0.0141906, 0.0122503, 0.0074525, -0.0040105, -0.0314082, -0.0969610", \
					  "0.0146854, 0.0138615, 0.0118810, 0.0071248, -0.0042017, -0.0315555, -0.0968058", \
					  "0.0159237, 0.0150804, 0.0130633, 0.0080151, -0.0035543, -0.0310684, -0.0969727", \
					  "0.0172977, 0.0164368, 0.0143793, 0.0097115, -0.0023455, -0.0291905, -0.0955723");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
					values("0.2515341, 0.2594774, 0.2785810, 0.3234344, 0.4280515, 0.6765832, 1.2646707", \
					  "0.2541109, 0.2625086, 0.2819565, 0.3270290, 0.4323023, 0.6785516, 1.2718693", \
					  "0.2678604, 0.2760342, 0.2947204, 0.3390847, 0.4445512, 0.6939316, 1.2863467", \
					  "0.3014096, 0.3093817, 0.3282729, 0.3722031, 0.4778071, 0.7247050, 1.3144049", \
					  "0.3737548, 0.3814687, 0.4000643, 0.4439490, 0.5480993, 0.7956983, 1.3854509", \
					  "0.5239761, 0.5322625, 0.5516431, 0.5963938, 0.7007775, 0.9471397, 1.5400237", \
					  "0.8108069, 0.8205879, 0.8433396, 0.8960250, 1.0142288, 1.2746427, 1.8628254");
				}
				rise_transition ("del_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("0.1549559, 0.1652568, 0.1889919, 0.2456420, 0.3822042, 0.7086493, 1.4735178", \
					  "0.1552034, 0.1653175, 0.1887024, 0.2458451, 0.3848038, 0.7044023, 1.4829888", \
					  "0.1547303, 0.1653356, 0.1890316, 0.2462718, 0.3821802, 0.7050205, 1.4741881", \
					  "0.1549886, 0.1648203, 0.1892800, 0.2462826, 0.3822570, 0.7043328, 1.4733490", \
					  "0.1554466, 0.1651473, 0.1894857, 0.2462829, 0.3815078, 0.7037042, 1.4720345", \
					  "0.1652426, 0.1748168, 0.1976773, 0.2524553, 0.3836690, 0.7053338, 1.4744141", \
					  "0.2006541, 0.2110185, 0.2356640, 0.2929145, 0.4259510, 0.7267744, 1.4759017");
				}
				cell_fall ("del_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("0.0154577, 0.0161664, 0.0177938, 0.0216172, 0.0304313, 0.0503540, 0.0954641", \
					  "0.0208823, 0.0215301, 0.0230703, 0.0267286, 0.0352810, 0.0549310, 0.0998357", \
					  "0.0308271, 0.0315977, 0.0336591, 0.0381681, 0.0469861, 0.0660023, 0.1105721", \
					  "0.0450109, 0.0462954, 0.0491721, 0.0556320, 0.0685051, 0.0919314, 0.1358923", \
					  "0.0624533, 0.0643273, 0.0685997, 0.0778762, 0.0959630, 0.1309929, 0.1911280", \
					  "0.0755365, 0.0783260, 0.0847003, 0.0987406, 0.1271245, 0.1774596, 0.2691280", \
					  "0.0552566, 0.0596999, 0.0693729, 0.0918145, 0.1365993, 0.2175958, 0.3584512");
				}
				fall_transition ("del_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("0.0152392, 0.0162032, 0.0184726, 0.0237864, 0.0360343, 0.0636403, 0.1262108", \
					  "0.0166556, 0.0174110, 0.0194067, 0.0241107, 0.0356918, 0.0632881, 0.1262699", \
					  "0.0235864, 0.0244760, 0.0259518, 0.0293885, 0.0387920, 0.0634828, 0.1257358", \
					  "0.0363118, 0.0371941, 0.0391260, 0.0437985, 0.0533145, 0.0736639, 0.1280736", \
					  "0.0575952, 0.0589594, 0.0620684, 0.0685045, 0.0819028, 0.1073355, 0.1567846", \
					  "0.0955820, 0.0976521, 0.1022929, 0.1118605, 0.1303223, 0.1677484, 0.2326792", \
					  "0.1615332, 0.1647242, 0.1733198, 0.1905374, 0.2192886, 0.2750824, 0.3670084");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
					values("0.2369383, 0.2450214, 0.2640731, 0.3097088, 0.4150268, 0.6643586, 1.2572118", \
					  "0.2373010, 0.2454828, 0.2649714, 0.3100233, 0.4164305, 0.6644699, 1.2529277", \
					  "0.2483142, 0.2561434, 0.2748744, 0.3203117, 0.4267812, 0.6760211, 1.2646973", \
					  "0.2799623, 0.2879222, 0.3066771, 0.3513040, 0.4566105, 0.7077623, 1.3014597", \
					  "0.3501994, 0.3582487, 0.3767736, 0.4206069, 0.5258267, 0.7764339, 1.3727928", \
					  "0.4979480, 0.5067238, 0.5273594, 0.5740084, 0.6788523, 0.9256862, 1.5200690", \
					  "0.7842996, 0.7955961, 0.8214861, 0.8798655, 1.0061096, 1.2746927, 1.8664916");
				}
				rise_transition ("del_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("0.1551445, 0.1651172, 0.1888222, 0.2455861, 0.3828290, 0.7087583, 1.4796602", \
					  "0.1550754, 0.1649338, 0.1890458, 0.2462333, 0.3811415, 0.7050359, 1.4713294", \
					  "0.1553544, 0.1653367, 0.1892330, 0.2461197, 0.3813640, 0.7048994, 1.4758501", \
					  "0.1554047, 0.1653810, 0.1891052, 0.2457048, 0.3817082, 0.7064120, 1.4739304", \
					  "0.1559974, 0.1658584, 0.1898271, 0.2465015, 0.3839279, 0.7067700, 1.4805212", \
					  "0.1748817, 0.1839179, 0.2059236, 0.2590929, 0.3881148, 0.7047709, 1.4753194", \
					  "0.2276733, 0.2379736, 0.2619843, 0.3186110, 0.4470933, 0.7382046, 1.4815946");
				}
				cell_fall ("del_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("0.0168589, 0.0176376, 0.0193916, 0.0234709, 0.0327028, 0.0532250, 0.0993798", \
					  "0.0221757, 0.0228625, 0.0245261, 0.0283470, 0.0373632, 0.0578490, 0.1040048", \
					  "0.0324517, 0.0333832, 0.0354860, 0.0399844, 0.0488459, 0.0687026, 0.1145539", \
					  "0.0461972, 0.0475073, 0.0504253, 0.0569125, 0.0699794, 0.0934693, 0.1390442", \
					  "0.0611004, 0.0630468, 0.0673410, 0.0768426, 0.0958030, 0.1319097, 0.1938201", \
					  "0.0667371, 0.0697295, 0.0764332, 0.0902292, 0.1200066, 0.1759980, 0.2706362", \
					  "0.0303733, 0.0351986, 0.0462123, 0.0700588, 0.1180698, 0.2057492, 0.3536119");
				}
				fall_transition ("del_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("0.0162068, 0.0171439, 0.0193686, 0.0245122, 0.0361967, 0.0630154, 0.1253356", \
					  "0.0169237, 0.0177571, 0.0196453, 0.0243532, 0.0358300, 0.0627332, 0.1250731", \
					  "0.0232383, 0.0239700, 0.0253002, 0.0286711, 0.0380930, 0.0626718, 0.1247088", \
					  "0.0349183, 0.0358259, 0.0379309, 0.0424660, 0.0521205, 0.0723097, 0.1267902", \
					  "0.0550284, 0.0564094, 0.0596887, 0.0662205, 0.0800436, 0.1068821, 0.1552324", \
					  "0.0911754, 0.0933320, 0.0981020, 0.1095435, 0.1297425, 0.1660219, 0.2328552", \
					  "0.1579899, 0.1615358, 0.1694571, 0.1861458, 0.2189936, 0.2757259, 0.3733276");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				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, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
					values("0.2382462, 0.2462510, 0.2652268, 0.3114827, 0.4182649, 0.6691434, 1.2579943", \
					  "0.2427855, 0.2507859, 0.2700572, 0.3157105, 0.4231471, 0.6728452, 1.2620431", \
					  "0.2537835, 0.2617919, 0.2812653, 0.3262974, 0.4326872, 0.6816837, 1.2771640", \
					  "0.2782920, 0.2865257, 0.3053092, 0.3503941, 0.4567937, 0.7082422, 1.3019406", \
					  "0.3169240, 0.3247259, 0.3439045, 0.3880884, 0.4934455, 0.7425880, 1.3362489", \
					  "0.3730880, 0.3808927, 0.3999780, 0.4441231, 0.5488759, 0.7983759, 1.3901732", \
					  "0.4362550, 0.4442884, 0.4630347, 0.5075467, 0.6124936, 0.8602118, 1.4501935");
				}
				rise_transition ("del_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("0.1551256, 0.1651344, 0.1891276, 0.2456486, 0.3820354, 0.7049845, 1.4748411", \
					  "0.1551688, 0.1651450, 0.1890753, 0.2459016, 0.3822669, 0.7048028, 1.4750359", \
					  "0.1551452, 0.1650896, 0.1887933, 0.2462089, 0.3817535, 0.7044048, 1.4791680", \
					  "0.1551115, 0.1652034, 0.1890371, 0.2462031, 0.3842649, 0.7125429, 1.4785370", \
					  "0.1550674, 0.1645986, 0.1889282, 0.2461427, 0.3814461, 0.7056178, 1.4791162", \
					  "0.1555832, 0.1658335, 0.1894088, 0.2467977, 0.3822383, 0.7051967, 1.4735900", \
					  "0.1574748, 0.1674476, 0.1907266, 0.2477376, 0.3826702, 0.7056279, 1.4741041");
				}
				cell_fall ("del_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("0.1393094, 0.1405197, 0.1431592, 0.1494085, 0.1619034, 0.1865409, 0.2363450", \
					  "0.1451796, 0.1463989, 0.1491991, 0.1552312, 0.1676371, 0.1926474, 0.2424287", \
					  "0.1589329, 0.1601521, 0.1629758, 0.1688222, 0.1814316, 0.2063655, 0.2562479", \
					  "0.1937391, 0.1949855, 0.1977413, 0.2038015, 0.2164094, 0.2412555, 0.2910541", \
					  "0.2750726, 0.2763302, 0.2790024, 0.2851889, 0.2978187, 0.3227351, 0.3725368", \
					  "0.4392558, 0.4406966, 0.4440006, 0.4506758, 0.4651035, 0.4925378, 0.5440736", \
					  "0.7192565, 0.7192565, 0.7255184, 0.7347972, 0.7526322, 0.7870674, 0.8470177");
				}
				fall_transition ("del_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("0.0341927, 0.0352435, 0.0374304, 0.0419573, 0.0526220, 0.0762802, 0.1321223", \
					  "0.0343800, 0.0352686, 0.0373141, 0.0419637, 0.0526843, 0.0762456, 0.1320075", \
					  "0.0342094, 0.0351182, 0.0372399, 0.0421354, 0.0527222, 0.0762537, 0.1319943", \
					  "0.0342558, 0.0352025, 0.0373925, 0.0421619, 0.0526180, 0.0763860, 0.1318467", \
					  "0.0345665, 0.0354802, 0.0377833, 0.0423335, 0.0527908, 0.0763682, 0.1319315", \
					  "0.0454230, 0.0463655, 0.0486283, 0.0535369, 0.0641586, 0.0859435, 0.1375234", \
					  "0.0682535, 0.0696874, 0.0720055, 0.0780738, 0.0905881, 0.1141689, 0.1608159");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				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, 0.00119544, 0.00285816, 0.00683351, 0.0163381, 0.0390625, 0.0933938");
					values("0.1481566, 0.1562627, 0.1754375, 0.2212087, 0.3284832, 0.5798212, 1.1688799", \
					  "0.1530092, 0.1610371, 0.1799186, 0.2257410, 0.3330863, 0.5858249, 1.1738721", \
					  "0.1641750, 0.1719244, 0.1911021, 0.2365195, 0.3432944, 0.5968385, 1.1847554", \
					  "0.1868409, 0.1946680, 0.2133479, 0.2582623, 0.3653157, 0.6154858, 1.2069024", \
					  "0.2250128, 0.2324814, 0.2509030, 0.2959017, 0.4017318, 0.6539307, 1.2459852", \
					  "0.2800688, 0.2874556, 0.3051235, 0.3478825, 0.4524279, 0.7013498, 1.2965833", \
					  "0.3429986, 0.3497929, 0.3659099, 0.4071023, 0.5102991, 0.7572832, 1.3462076");
				}
				rise_transition ("del_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("0.1457898, 0.1567766, 0.1821884, 0.2426194, 0.3812204, 0.7044216, 1.4725010", \
					  "0.1458373, 0.1562675, 0.1823691, 0.2428679, 0.3810239, 0.7049705, 1.4736277", \
					  "0.1454756, 0.1565268, 0.1820992, 0.2424314, 0.3813341, 0.7056378, 1.4764292", \
					  "0.1446021, 0.1556076, 0.1808270, 0.2420843, 0.3811058, 0.7045765, 1.4733863", \
					  "0.1424758, 0.1534315, 0.1798083, 0.2406660, 0.3827050, 0.7051825, 1.4744023", \
					  "0.1412794, 0.1524131, 0.1776257, 0.2388610, 0.3802251, 0.7047224, 1.4743431", \
					  "0.1448392, 0.1548134, 0.1780948, 0.2375317, 0.3785914, 0.7046973, 1.4762291");
				}
				cell_fall ("del_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("0.1261563, 0.1276215, 0.1309491, 0.1378424, 0.1514030, 0.1768620, 0.2263427", \
					  "0.1319030, 0.1333774, 0.1366655, 0.1436617, 0.1569885, 0.1825064, 0.2317547", \
					  "0.1456411, 0.1470554, 0.1502736, 0.1572533, 0.1708847, 0.1959661, 0.2456327", \
					  "0.1805003, 0.1819616, 0.1852612, 0.1921186, 0.2055324, 0.2309151, 0.2805196", \
					  "0.2616090, 0.2630491, 0.2663611, 0.2732516, 0.2867102, 0.3122085, 0.3618243", \
					  "0.4216005, 0.4233961, 0.4273773, 0.4357041, 0.4513398, 0.4796125, 0.5313786", \
					  "0.6937327, 0.6961751, 0.7015963, 0.7128261, 0.7337201, 0.7698471, 0.8290515");
				}
				fall_transition ("del_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("0.0321446, 0.0329602, 0.0348683, 0.0393826, 0.0493656, 0.0728221, 0.1271532", \
					  "0.0320441, 0.0328489, 0.0346966, 0.0391203, 0.0496547, 0.0726777, 0.1270765", \
					  "0.0318941, 0.0329862, 0.0346652, 0.0391956, 0.0494896, 0.0729749, 0.1272065", \
					  "0.0321228, 0.0329579, 0.0349114, 0.0394119, 0.0495763, 0.0728010, 0.1274054", \
					  "0.0325552, 0.0333332, 0.0351751, 0.0395723, 0.0499854, 0.0729050, 0.1272112", \
					  "0.0462928, 0.0470667, 0.0489350, 0.0533057, 0.0627305, 0.0835235, 0.1329406", \
					  "0.0726434, 0.0735974, 0.0758555, 0.0805350, 0.0908802, 0.1116090, 0.1579797");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007516;
			capacitance : 0.007986;
			rise_capacitance : 0.008456;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0089204, -0.0089967, -0.0091725, -0.0092068, -0.0092858, -0.0094680, -0.0098879");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0142896, 0.0142885, 0.0142861, 0.0142873, 0.0142902, 0.0142968, 0.0143121");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008504;
			capacitance : 0.007948;
			fall_capacitance : 0.007393;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0099139, -0.0099635, -0.0100777, -0.0100858, -0.0101046, -0.0101478, -0.0102474");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0109123, 0.0109057, 0.0108907, 0.0108909, 0.0108914, 0.0108925, 0.0108950");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002346;
			capacitance : 0.002216;
			fall_capacitance : 0.002086;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0112766, 0.0112327, 0.0111316, 0.0111128, 0.0110695, 0.0109696, 0.0107393");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0145986, 0.0145052, 0.0142899, 0.0142933, 0.0143012, 0.0143193, 0.0143611");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002368;
			capacitance : 0.002238;
			fall_capacitance : 0.002109;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049579, 0.0049138, 0.0048120, 0.0048075, 0.0047970, 0.0047728, 0.0047170");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0151852, 0.0150810, 0.0148409, 0.0148480, 0.0148644, 0.0149023, 0.0149895");
				}
			}
		}
	}
	cell ("scs8hd_o2111a_1") {
		area : 11.260800;
		cell_footprint : "o2111a";
		cell_leakage_power : 4.622105e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014457";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003751";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003703";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003660";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003746";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003663";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003707";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003661";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003932";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003666";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003704";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003661";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003832";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003663";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003791";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014461";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003751";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003704";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003661";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003832";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003663";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003791";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0011060";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003751";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003704";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003661";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0003832";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0003663";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0003791";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "A1&A2&B1&!C1&!D1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1&D1) | (A2&B1&C1&D1)";
			max_capacitance : 0.140086;
			max_transition : 1.511658;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0106657, 0.0117216, 0.0142887, 0.0206012, 0.0366534, 0.0768979, 0.1796233", \
					  "0.0106091, 0.0116647, 0.0142312, 0.0205435, 0.0365990, 0.0768349, 0.1795778", \
					  "0.0105368, 0.0115938, 0.0141621, 0.0204735, 0.0365236, 0.0768003, 0.1794361", \
					  "0.0104577, 0.0115082, 0.0140634, 0.0203876, 0.0362728, 0.0769753, 0.1794484", \
					  "0.0103520, 0.0114206, 0.0139487, 0.0202789, 0.0361331, 0.0768665, 0.1793274", \
					  "0.0104903, 0.0114764, 0.0139749, 0.0200860, 0.0359138, 0.0762521, 0.1791417", \
					  "0.0104538, 0.0114230, 0.0139745, 0.0201963, 0.0360513, 0.0765057, 0.1787852");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0128432, 0.0122629, 0.0105459, 0.0053364, -0.0097287, -0.0498902, -0.1534371", \
					  "0.0127651, 0.0121648, 0.0104925, 0.0052634, -0.0098024, -0.0499617, -0.1535194", \
					  "0.0126767, 0.0120434, 0.0104091, 0.0051735, -0.0098917, -0.0500477, -0.1536082", \
					  "0.0126425, 0.0119957, 0.0103297, 0.0050797, -0.0099787, -0.0501464, -0.1536949", \
					  "0.0125359, 0.0119392, 0.0102087, 0.0049982, -0.0100742, -0.0502367, -0.1537760", \
					  "0.0124567, 0.0118334, 0.0100852, 0.0048777, -0.0102004, -0.0503338, -0.1538553", \
					  "0.0145292, 0.0136099, 0.0112661, 0.0051594, -0.0105946, -0.0504808, -0.1539629");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0099398, 0.0109861, 0.0135228, 0.0198233, 0.0357411, 0.0759025, 0.1787881", \
					  "0.0099235, 0.0109624, 0.0135116, 0.0198099, 0.0358588, 0.0760251, 0.1783893", \
					  "0.0098502, 0.0108860, 0.0134409, 0.0197338, 0.0356073, 0.0760157, 0.1784586", \
					  "0.0097002, 0.0107342, 0.0132838, 0.0195655, 0.0354885, 0.0757791, 0.1779500", \
					  "0.0095315, 0.0105513, 0.0130873, 0.0193554, 0.0351949, 0.0758527, 0.1788183", \
					  "0.0095118, 0.0105001, 0.0130076, 0.0191661, 0.0350248, 0.0752203, 0.1770124", \
					  "0.0094509, 0.0104105, 0.0128546, 0.0191679, 0.0350382, 0.0754346, 0.1782700");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0115825, 0.0109708, 0.0092754, 0.0040705, -0.0110028, -0.0511648, -0.1547183", \
					  "0.0114761, 0.0108586, 0.0091791, 0.0039868, -0.0110993, -0.0512660, -0.1548239", \
					  "0.0113248, 0.0106974, 0.0090573, 0.0038233, -0.0112470, -0.0514054, -0.1549590", \
					  "0.0112269, 0.0106171, 0.0088687, 0.0037196, -0.0113567, -0.0515116, -0.1550646", \
					  "0.0111915, 0.0105682, 0.0088518, 0.0036210, -0.0114530, -0.0516117, -0.1551490", \
					  "0.0112195, 0.0105751, 0.0088512, 0.0036057, -0.0114827, -0.0516130, -0.1551191", \
					  "0.0132391, 0.0123266, 0.0099605, 0.0038326, -0.0118804, -0.0517301, -0.1552005");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0099264, 0.0109664, 0.0135155, 0.0198100, 0.0358369, 0.0759396, 0.1794529", \
					  "0.0098771, 0.0109120, 0.0134615, 0.0197622, 0.0358030, 0.0759165, 0.1784302", \
					  "0.0097788, 0.0108157, 0.0133622, 0.0196635, 0.0355441, 0.0757638, 0.1793196", \
					  "0.0096437, 0.0106756, 0.0131925, 0.0194919, 0.0353575, 0.0753006, 0.1783888", \
					  "0.0095528, 0.0105078, 0.0130338, 0.0192605, 0.0352608, 0.0750561, 0.1783972", \
					  "0.0095085, 0.0104989, 0.0129918, 0.0191867, 0.0350744, 0.0750591, 0.1782901", \
					  "0.0094551, 0.0104083, 0.0128711, 0.0191722, 0.0351115, 0.0755822, 0.1774278");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0101147, 0.0094308, 0.0075533, 0.0019248, -0.0136316, -0.0540884, -0.1577892", \
					  "0.0099850, 0.0093323, 0.0074470, 0.0018060, -0.0137519, -0.0541729, -0.1579143", \
					  "0.0098174, 0.0091382, 0.0072705, 0.0016274, -0.0139240, -0.0543580, -0.1580814", \
					  "0.0096416, 0.0089645, 0.0070768, 0.0014335, -0.0141043, -0.0545146, -0.1581973", \
					  "0.0095232, 0.0088706, 0.0069797, 0.0013082, -0.0142270, -0.0546058, -0.1582945", \
					  "0.0097669, 0.0088448, 0.0064811, 0.0010563, -0.0143753, -0.0547175, -0.1583746", \
					  "0.0104694, 0.0095494, 0.0071894, 0.0011022, -0.0146090, -0.0548090, -0.1583819");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0099199, 0.0109582, 0.0135075, 0.0198108, 0.0356767, 0.0760438, 0.1783824", \
					  "0.0098766, 0.0109163, 0.0134638, 0.0197575, 0.0357836, 0.0759145, 0.1785091", \
					  "0.0097939, 0.0108292, 0.0133611, 0.0196508, 0.0356969, 0.0758751, 0.1788208", \
					  "0.0096530, 0.0106681, 0.0131895, 0.0194648, 0.0353615, 0.0759661, 0.1786749", \
					  "0.0095142, 0.0104827, 0.0130345, 0.0192093, 0.0352391, 0.0755306, 0.1779930", \
					  "0.0095048, 0.0104956, 0.0129790, 0.0191404, 0.0350116, 0.0751026, 0.1782337", \
					  "0.0095614, 0.0105010, 0.0130016, 0.0191895, 0.0350770, 0.0755941, 0.1776572");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0082346, 0.0075516, 0.0056366, -7.6900000e-05, -0.0157280, -0.0562224, -0.1599758", \
					  "0.0081105, 0.0074439, 0.0055351, -0.0001744, -0.0158272, -0.0563213, -0.1600952", \
					  "0.0079340, 0.0072397, 0.0053353, -0.0003930, -0.0160349, -0.0565110, -0.1602839", \
					  "0.0076984, 0.0070077, 0.0050767, -0.0006322, -0.0162579, -0.0567255, -0.1604803", \
					  "0.0075049, 0.0067727, 0.0048392, -0.0008669, -0.0164539, -0.0568922, -0.1606388", \
					  "0.0078216, 0.0069108, 0.0045513, -0.0012035, -0.0166334, -0.0570241, -0.1607395", \
					  "0.0085819, 0.0076487, 0.0052415, -0.0009166, -0.0166538, -0.0568955, -0.1605613");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0097436, 0.0107697, 0.0133113, 0.0196202, 0.0355121, 0.0758687, 0.1790205", \
					  "0.0096837, 0.0107184, 0.0132668, 0.0195645, 0.0354848, 0.0760462, 0.1783235", \
					  "0.0095694, 0.0106000, 0.0131309, 0.0194267, 0.0354701, 0.0756481, 0.1784742", \
					  "0.0093624, 0.0103848, 0.0128916, 0.0191533, 0.0351919, 0.0750471, 0.1778358", \
					  "0.0091656, 0.0101121, 0.0126795, 0.0188824, 0.0347230, 0.0747645, 0.1776058", \
					  "0.0092818, 0.0102782, 0.0127334, 0.0188644, 0.0347200, 0.0751510, 0.1789787", \
					  "0.0091668, 0.0101641, 0.0125879, 0.0188605, 0.0346254, 0.0750585, 0.1779847");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("0.0061956, 0.0055146, 0.0035437, -0.0023055, -0.0180875, -0.0586618, -0.1625224", \
					  "0.0060582, 0.0053667, 0.0033933, -0.0024587, -0.0182058, -0.0587669, -0.1626353", \
					  "0.0058328, 0.0051163, 0.0031684, -0.0026755, -0.0184232, -0.0589913, -0.1628288", \
					  "0.0056272, 0.0048858, 0.0029200, -0.0028945, -0.0186147, -0.0591675, -0.1629806", \
					  "0.0054236, 0.0046506, 0.0026957, -0.0031029, -0.0187877, -0.0593194, -0.1631168", \
					  "0.0058124, 0.0048955, 0.0025519, -0.0035268, -0.0188984, -0.0593675, -0.1631556", \
					  "0.0061453, 0.0052033, 0.0028407, -0.0032752, -0.0190218, -0.0593259, -0.1630386");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1220227, 0.1307229, 0.1496462, 0.1911605, 0.2901829, 0.5389873, 1.1744983", \
					  "0.1265485, 0.1352520, 0.1541773, 0.1956873, 0.2947237, 0.5435654, 1.1789835", \
					  "0.1358899, 0.1446007, 0.1635204, 0.2050381, 0.3040132, 0.5527097, 1.1888777", \
					  "0.1541591, 0.1628593, 0.1817391, 0.2231657, 0.3222268, 0.5709730, 1.2049929", \
					  "0.1889234, 0.1979140, 0.2171629, 0.2589325, 0.3580873, 0.6070309, 1.2411933", \
					  "0.2450895, 0.2550529, 0.2756053, 0.3186743, 0.4180807, 0.6672434, 1.3032937", \
					  "0.3093690, 0.3220538, 0.3467645, 0.3936172, 0.4942528, 0.7440212, 1.3776488");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0287347, 0.0367344, 0.0564217, 0.1069168, 0.2415269, 0.5969542, 1.4968822", \
					  "0.0287278, 0.0367216, 0.0564104, 0.1069324, 0.2414867, 0.5968037, 1.4971770", \
					  "0.0287289, 0.0367287, 0.0564348, 0.1068440, 0.2417131, 0.5972834, 1.4943918", \
					  "0.0285032, 0.0366104, 0.0564180, 0.1067302, 0.2420679, 0.5939380, 1.4993545", \
					  "0.0301374, 0.0382282, 0.0574478, 0.1076917, 0.2418832, 0.5937028, 1.4980225", \
					  "0.0347074, 0.0424191, 0.0615321, 0.1102792, 0.2418257, 0.5939497, 1.4973121", \
					  "0.0466947, 0.0551156, 0.0740186, 0.1185063, 0.2458174, 0.5955949, 1.4928042");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2225391, 0.2298720, 0.2436027, 0.2708304, 0.3207841, 0.4261396, 0.6792640", \
					  "0.2286254, 0.2359094, 0.2502464, 0.2769305, 0.3268891, 0.4323287, 0.6854063", \
					  "0.2433090, 0.2506120, 0.2649687, 0.2916282, 0.3415956, 0.4470303, 0.7001131", \
					  "0.2757999, 0.2831147, 0.2974845, 0.3241640, 0.3744451, 0.4796454, 0.7332434", \
					  "0.3499362, 0.3572535, 0.3716527, 0.3981732, 0.4482894, 0.5535928, 0.8070964", \
					  "0.5168403, 0.5243222, 0.5389949, 0.5658344, 0.6162897, 0.7219227, 0.9755252", \
					  "0.8403816, 0.8489627, 0.8665640, 0.8968273, 0.9516578, 1.0607949, 1.3149575");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0295329, 0.0338005, 0.0440394, 0.0639553, 0.1123158, 0.2340088, 0.5666406", \
					  "0.0294984, 0.0338943, 0.0437961, 0.0639165, 0.1122818, 0.2339420, 0.5646452", \
					  "0.0294903, 0.0338781, 0.0437986, 0.0639113, 0.1122710, 0.2339812, 0.5646517", \
					  "0.0298470, 0.0342498, 0.0439939, 0.0640919, 0.1120532, 0.2343437, 0.5609099", \
					  "0.0299479, 0.0343061, 0.0435672, 0.0646358, 0.1120165, 0.2342883, 0.5615014", \
					  "0.0313447, 0.0358588, 0.0451972, 0.0654864, 0.1129231, 0.2343750, 0.5605093", \
					  "0.0400347, 0.0445842, 0.0547410, 0.0748874, 0.1227325, 0.2405030, 0.5625201");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1061127, 0.1143731, 0.1324324, 0.1731208, 0.2711673, 0.5197447, 1.1539832", \
					  "0.1107838, 0.1190317, 0.1372375, 0.1779033, 0.2763669, 0.5249235, 1.1594398", \
					  "0.1199861, 0.1282449, 0.1464695, 0.1870796, 0.2855418, 0.5346663, 1.1675830", \
					  "0.1376777, 0.1459398, 0.1640404, 0.2046278, 0.3027630, 0.5514207, 1.1928571", \
					  "0.1694486, 0.1780718, 0.1967708, 0.2378180, 0.3364830, 0.5849602, 1.2212853", \
					  "0.2158519, 0.2256877, 0.2459727, 0.2881951, 0.3871462, 0.6357175, 1.2703308", \
					  "0.2558418, 0.2690309, 0.2942339, 0.3414887, 0.4414675, 0.6915930, 1.3241710");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0265599, 0.0344602, 0.0541646, 0.1046986, 0.2410533, 0.5924840, 1.4998491", \
					  "0.0266578, 0.0345968, 0.0541327, 0.1049160, 0.2403846, 0.5949594, 1.4926228", \
					  "0.0267243, 0.0346843, 0.0540835, 0.1049888, 0.2406029, 0.5961184, 1.4933206", \
					  "0.0267824, 0.0346430, 0.0541885, 0.1048218, 0.2413011, 0.5953346, 1.4923810", \
					  "0.0288755, 0.0366515, 0.0559464, 0.1059283, 0.2406534, 0.5916216, 1.5116576", \
					  "0.0345852, 0.0424885, 0.0606852, 0.1090874, 0.2420794, 0.5928392, 1.5000993", \
					  "0.0484377, 0.0568288, 0.0747997, 0.1187657, 0.2448646, 0.5929836, 1.4869155");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2098995, 0.2171967, 0.2315925, 0.2580710, 0.3081010, 0.4134718, 0.6666659", \
					  "0.2142437, 0.2215106, 0.2358555, 0.2625653, 0.3125708, 0.4179675, 0.6713554", \
					  "0.2261609, 0.2334606, 0.2477885, 0.2744541, 0.3244249, 0.4298573, 0.6829851", \
					  "0.2588257, 0.2661691, 0.2805400, 0.3071409, 0.3571284, 0.4625496, 0.7158698", \
					  "0.3354670, 0.3426167, 0.3568734, 0.3834434, 0.4338398, 0.5391521, 0.7927497", \
					  "0.5170707, 0.5247709, 0.5395007, 0.5662684, 0.6167647, 0.7221599, 0.9755858", \
					  "0.8567195, 0.8662833, 0.8863722, 0.9195144, 0.9757657, 1.0851363, 1.3396946");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0297431, 0.0339250, 0.0434945, 0.0640717, 0.1122946, 0.2337331, 0.5650246", \
					  "0.0295034, 0.0339424, 0.0433429, 0.0641491, 0.1123067, 0.2336178, 0.5641771", \
					  "0.0295113, 0.0338886, 0.0438237, 0.0639068, 0.1122369, 0.2339183, 0.5654441", \
					  "0.0295008, 0.0338979, 0.0434585, 0.0640617, 0.1123224, 0.2334418, 0.5652315", \
					  "0.0297877, 0.0339697, 0.0441530, 0.0641505, 0.1118677, 0.2342538, 0.5611020", \
					  "0.0327753, 0.0365266, 0.0454755, 0.0655689, 0.1124638, 0.2336461, 0.5655466", \
					  "0.0479792, 0.0529235, 0.0625707, 0.0818881, 0.1255451, 0.2415363, 0.5666966");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0931660, 0.1011401, 0.1188313, 0.1590279, 0.2571391, 0.5054764, 1.1407172", \
					  "0.0973548, 0.1053122, 0.1230640, 0.1631867, 0.2615722, 0.5096091, 1.1436505", \
					  "0.1060645, 0.1140550, 0.1317105, 0.1719472, 0.2698710, 0.5187890, 1.1533801", \
					  "0.1247906, 0.1327911, 0.1504528, 0.1905752, 0.2887422, 0.5371218, 1.1701470", \
					  "0.1575988, 0.1659823, 0.1841982, 0.2248892, 0.3230535, 0.5731114, 1.2076864", \
					  "0.2004333, 0.2101259, 0.2299117, 0.2716255, 0.3704350, 0.6193404, 1.2558290", \
					  "0.2295390, 0.2422117, 0.2671788, 0.3132741, 0.4123857, 0.6609679, 1.2956424");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0255522, 0.0332991, 0.0528085, 0.1039762, 0.2399717, 0.5928629, 1.4893115", \
					  "0.0255435, 0.0333705, 0.0529292, 0.1040186, 0.2400918, 0.5952710, 1.4928915", \
					  "0.0256217, 0.0333377, 0.0528303, 0.1037939, 0.2401111, 0.5923780, 1.4885152", \
					  "0.0259215, 0.0336722, 0.0530975, 0.1043292, 0.2407390, 0.5921265, 1.4885679", \
					  "0.0282729, 0.0358403, 0.0550594, 0.1050826, 0.2402379, 0.5946174, 1.5019157", \
					  "0.0344224, 0.0422090, 0.0597667, 0.1076982, 0.2416289, 0.5909444, 1.4992168", \
					  "0.0489210, 0.0570146, 0.0736654, 0.1169271, 0.2436943, 0.5961557, 1.4895817");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.1043581, 0.1094703, 0.1200186, 0.1403682, 0.1821370, 0.2814314, 0.5330342", \
					  "0.1103709, 0.1154720, 0.1261073, 0.1459684, 0.1882143, 0.2876282, 0.5391094", \
					  "0.1253449, 0.1306961, 0.1407900, 0.1612771, 0.2036177, 0.3030318, 0.5549992", \
					  "0.1617886, 0.1668946, 0.1772072, 0.1976220, 0.2399413, 0.3392763, 0.5919682", \
					  "0.2478142, 0.2524016, 0.2627867, 0.2833116, 0.3257077, 0.4251741, 0.6775192", \
					  "0.4184069, 0.4251930, 0.4370427, 0.4606411, 0.5054358, 0.6055861, 0.8578728", \
					  "0.7235398, 0.7325386, 0.7507056, 0.7813061, 0.8340528, 0.9357591, 1.1874587");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0183373, 0.0218165, 0.0299469, 0.0488033, 0.0966196, 0.2232353, 0.5568285", \
					  "0.0182146, 0.0220307, 0.0299376, 0.0492406, 0.0965051, 0.2237869, 0.5569137", \
					  "0.0184666, 0.0217793, 0.0303965, 0.0489630, 0.0964318, 0.2236485, 0.5571120", \
					  "0.0182384, 0.0218347, 0.0300404, 0.0491108, 0.0966102, 0.2244056, 0.5621287", \
					  "0.0186926, 0.0229613, 0.0313532, 0.0497732, 0.0962750, 0.2230008, 0.5574908", \
					  "0.0270618, 0.0311171, 0.0400800, 0.0576816, 0.1009329, 0.2244763, 0.5580197", \
					  "0.0423761, 0.0470915, 0.0571066, 0.0757551, 0.1167071, 0.2323634, 0.5596001");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0882487, 0.0962242, 0.1139807, 0.1541034, 0.2523235, 0.5016207, 1.1354087", \
					  "0.0925372, 0.1005079, 0.1181854, 0.1584087, 0.2563977, 0.5047229, 1.1391305", \
					  "0.1021036, 0.1100951, 0.1277268, 0.1677641, 0.2661807, 0.5144735, 1.1504928", \
					  "0.1232042, 0.1310376, 0.1486671, 0.1887480, 0.2867891, 0.5352715, 1.1733801", \
					  "0.1575479, 0.1657431, 0.1839786, 0.2247046, 0.3232226, 0.5729657, 1.2063850", \
					  "0.2005058, 0.2102215, 0.2296186, 0.2709590, 0.3696958, 0.6190255, 1.2540613", \
					  "0.2271858, 0.2398786, 0.2645089, 0.3095051, 0.4082570, 0.6570027, 1.2917999");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0255556, 0.0333564, 0.0528958, 0.1039834, 0.2407236, 0.5948478, 1.4926539", \
					  "0.0255536, 0.0333026, 0.0528258, 0.1038211, 0.2398421, 0.5942036, 1.4937594", \
					  "0.0255124, 0.0333298, 0.0528558, 0.1040324, 0.2409390, 0.5952741, 1.5028815", \
					  "0.0259294, 0.0337309, 0.0530294, 0.1038757, 0.2413402, 0.5925331, 1.4992436", \
					  "0.0284131, 0.0361361, 0.0552345, 0.1055869, 0.2405352, 0.5946844, 1.4931575", \
					  "0.0346290, 0.0420403, 0.0596962, 0.1078546, 0.2430015, 0.5926733, 1.4998975", \
					  "0.0497116, 0.0567302, 0.0738585, 0.1164788, 0.2439429, 0.5945095, 1.4887550");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0943458, 0.0993255, 0.1096784, 0.1296906, 0.1713256, 0.2702662, 0.5216975", \
					  "0.1003516, 0.1055393, 0.1160559, 0.1360582, 0.1777791, 0.2768090, 0.5289295", \
					  "0.1155096, 0.1204831, 0.1307602, 0.1507660, 0.1926193, 0.2915288, 0.5430590", \
					  "0.1518247, 0.1568219, 0.1670647, 0.1870974, 0.2290548, 0.3279833, 0.5791705", \
					  "0.2373874, 0.2425338, 0.2528453, 0.2730904, 0.3150547, 0.4142051, 0.6655234", \
					  "0.3998591, 0.4067658, 0.4201492, 0.4441860, 0.4892686, 0.5892726, 0.8406873", \
					  "0.6902072, 0.7001873, 0.7186401, 0.7506024, 0.8045918, 0.9086727, 1.1605535");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0176087, 0.0211210, 0.0290731, 0.0482022, 0.0957427, 0.2236272, 0.5558660", \
					  "0.0175138, 0.0214027, 0.0292214, 0.0481298, 0.0953698, 0.2251311, 0.5627154", \
					  "0.0176684, 0.0211022, 0.0294326, 0.0482190, 0.0956576, 0.2226668, 0.5659253", \
					  "0.0176165, 0.0212732, 0.0293308, 0.0482736, 0.0953727, 0.2233446, 0.5562449", \
					  "0.0190019, 0.0222498, 0.0300683, 0.0488883, 0.0956510, 0.2250710, 0.5564513", \
					  "0.0284935, 0.0320548, 0.0405566, 0.0583435, 0.1012514, 0.2259946, 0.5644744", \
					  "0.0454954, 0.0498976, 0.0596144, 0.0785285, 0.1194799, 0.2328733, 0.5588496");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0813148, 0.0892281, 0.1069239, 0.1470843, 0.2451324, 0.4949198, 1.1296415", \
					  "0.0853274, 0.0933018, 0.1109898, 0.1511374, 0.2491224, 0.4982607, 1.1316127", \
					  "0.0948161, 0.1027529, 0.1204167, 0.1605001, 0.2588640, 0.5072304, 1.1423372", \
					  "0.1156578, 0.1236667, 0.1413194, 0.1813029, 0.2797841, 0.5305169, 1.1648900", \
					  "0.1483681, 0.1566424, 0.1748823, 0.2157932, 0.3149795, 0.5640651, 1.1986463", \
					  "0.1869959, 0.1965355, 0.2157043, 0.2564516, 0.3550338, 0.6046293, 1.2403224", \
					  "0.2073129, 0.2203573, 0.2446650, 0.2894371, 0.3868422, 0.6349703, 1.2698821");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0255157, 0.0333892, 0.0530025, 0.1041198, 0.2412753, 0.5949581, 1.4904548", \
					  "0.0255121, 0.0332613, 0.0528763, 0.1041142, 0.2413613, 0.5921370, 1.4913853", \
					  "0.0254384, 0.0333436, 0.0528937, 0.1039339, 0.2409183, 0.5948285, 1.5004735", \
					  "0.0262707, 0.0340034, 0.0534026, 0.1042660, 0.2407199, 0.5910797, 1.4935364", \
					  "0.0287385, 0.0362182, 0.0553504, 0.1064433, 0.2413884, 0.5922266, 1.4924273", \
					  "0.0354731, 0.0427553, 0.0594135, 0.1080596, 0.2437467, 0.5914549, 1.5009165", \
					  "0.0519054, 0.0587997, 0.0742073, 0.1161874, 0.2432348, 0.5983468, 1.4916011");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0807867, 0.0858213, 0.0957991, 0.1153733, 0.1563834, 0.2550135, 0.5067379", \
					  "0.0868010, 0.0916661, 0.1017844, 0.1210361, 0.1626064, 0.2611783, 0.5127158", \
					  "0.1018177, 0.1065259, 0.1164945, 0.1361224, 0.1775218, 0.2759959, 0.5269217", \
					  "0.1384216, 0.1432560, 0.1532270, 0.1729287, 0.2143389, 0.3131144, 0.5643523", \
					  "0.2204596, 0.2258250, 0.2364368, 0.2567148, 0.2986780, 0.3973863, 0.6493296", \
					  "0.3709101, 0.3781224, 0.3920715, 0.4170094, 0.4626391, 0.5630132, 0.8141249", \
					  "0.6393820, 0.6495224, 0.6687647, 0.7020358, 0.7579834, 0.8630683, 1.1139580");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0167695, 0.0202194, 0.0284743, 0.0475102, 0.0949573, 0.2239411, 0.5570754", \
					  "0.0166259, 0.0202258, 0.0283884, 0.0476269, 0.0950648, 0.2224571, 0.5561339", \
					  "0.0166832, 0.0201769, 0.0286297, 0.0474482, 0.0949304, 0.2232027, 0.5564356", \
					  "0.0168613, 0.0202495, 0.0286169, 0.0474744, 0.0949632, 0.2227215, 0.5560915", \
					  "0.0204081, 0.0236964, 0.0313605, 0.0490914, 0.0957167, 0.2232077, 0.5551483", \
					  "0.0297950, 0.0335651, 0.0420488, 0.0597002, 0.1035605, 0.2252837, 0.5601083", \
					  "0.0468464, 0.0525737, 0.0640334, 0.0830742, 0.1242486, 0.2348245, 0.5588179");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002298;
			capacitance : 0.002195;
			fall_capacitance : 0.002093;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026079, -0.0026075, -0.0026067, -0.0026065, -0.0026061, -0.0026051, -0.0026027");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026139, 0.0026138, 0.0026135, 0.0026146, 0.0026170, 0.0026225, 0.0026352");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002328;
			capacitance : 0.002194;
			fall_capacitance : 0.002060;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025342, -0.0025334, -0.0025317, -0.0025318, -0.0025321, -0.0025328, -0.0025345");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025426, 0.0025377, 0.0025263, 0.0025267, 0.0025275, 0.0025294, 0.0025339");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002310;
			capacitance : 0.002218;
			fall_capacitance : 0.002126;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025909, -0.0025888, -0.0025839, -0.0025827, -0.0025800, -0.0025737, -0.0025591");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025873, 0.0025880, 0.0025897, 0.0025901, 0.0025909, 0.0025929, 0.0025974");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002313;
			capacitance : 0.002234;
			fall_capacitance : 0.002155;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025811, -0.0025818, -0.0025833, -0.0025827, -0.0025812, -0.0025778, -0.0025698");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028572, 0.0028546, 0.0028487, 0.0028581, 0.0028796, 0.0029292, 0.0030436");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002297;
			capacitance : 0.002219;
			fall_capacitance : 0.002141;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024341, -0.0024352, -0.0024378, -0.0024326, -0.0024205, -0.0023926, -0.0023284");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031333, 0.0031317, 0.0031282, 0.0031296, 0.0031329, 0.0031406, 0.0031583");
				}
			}
		}
	}
	cell ("scs8hd_o2111a_2") {
		area : 12.512000;
		cell_footprint : "o2111a";
		cell_leakage_power : 1.519626e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007296";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007253";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007336";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0007255";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0141837";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0009583";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0104579";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007335";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007296";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007253";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007421";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0007256";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007376";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014574";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0007335";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007296";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007253";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007421";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0007256";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007376";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014571";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0007335";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007296";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007253";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007421";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0007256";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0007376";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0011169";
			when : "A1&!A2&B1&C1&D1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1&D1) | (A2&B1&C1&D1)";
			max_capacitance : 0.258189;
			max_transition : 1.515294;
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0128080, 0.0140526, 0.0174024, 0.0266443, 0.0521362, 0.1234654, 0.3251449", \
					  "0.0127724, 0.0140083, 0.0174176, 0.0266079, 0.0520431, 0.1233949, 0.3231576", \
					  "0.0126927, 0.0139314, 0.0173143, 0.0264898, 0.0519507, 0.1239855, 0.3243807", \
					  "0.0125548, 0.0137745, 0.0171578, 0.0263429, 0.0517606, 0.1225648, 0.3253183", \
					  "0.0123308, 0.0135588, 0.0169741, 0.0260394, 0.0513524, 0.1222426, 0.3250881", \
					  "0.0125261, 0.0136903, 0.0169832, 0.0259466, 0.0513006, 0.1223659, 0.3260170", \
					  "0.0124957, 0.0136823, 0.0168989, 0.0259463, 0.0513750, 0.1231190, 0.3224603");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0103724, 0.0093877, 0.0068935, -0.0007240, -0.0250635, -0.0964920, -0.2996369", \
					  "0.0102132, 0.0092642, 0.0068149, -0.0008338, -0.0251504, -0.0965802, -0.2997572", \
					  "0.0100381, 0.0090886, 0.0066237, -0.0010288, -0.0253304, -0.0967662, -0.2999181", \
					  "0.0098258, 0.0088752, 0.0063763, -0.0012653, -0.0256011, -0.0970043, -0.3001328", \
					  "0.0096279, 0.0086375, 0.0061038, -0.0016129, -0.0258783, -0.0972096, -0.3002944", \
					  "0.0091193, 0.0080709, 0.0054671, -0.0020847, -0.0262055, -0.0974524, -0.3004867", \
					  "0.0113487, 0.0102530, 0.0071864, -0.0011981, -0.0263049, -0.0975073, -0.3004081");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0127531, 0.0139720, 0.0173893, 0.0265371, 0.0520232, 0.1226470, 0.3238402", \
					  "0.0126943, 0.0139307, 0.0173256, 0.0265236, 0.0519143, 0.1240091, 0.3238684", \
					  "0.0125970, 0.0138211, 0.0172049, 0.0263884, 0.0518426, 0.1239458, 0.3246028", \
					  "0.0124336, 0.0136464, 0.0170513, 0.0261927, 0.0515617, 0.1231967, 0.3238150", \
					  "0.0121293, 0.0133784, 0.0167499, 0.0258400, 0.0509978, 0.1223634, 0.3241488", \
					  "0.0124340, 0.0135935, 0.0168493, 0.0258970, 0.0510441, 0.1224800, 0.3239612", \
					  "0.0123857, 0.0135683, 0.0166732, 0.0256687, 0.0508089, 0.1222632, 0.3228943");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0086849, 0.0077168, 0.0052217, -0.0025899, -0.0272197, -0.0988311, -0.3020694", \
					  "0.0085744, 0.0076141, 0.0050942, -0.0026770, -0.0273051, -0.0989178, -0.3021496", \
					  "0.0083369, 0.0073594, 0.0048367, -0.0029436, -0.0275550, -0.0991488, -0.3024093", \
					  "0.0080373, 0.0070816, 0.0045471, -0.0032745, -0.0277783, -0.0993817, -0.3025696", \
					  "0.0078387, 0.0068670, 0.0042637, -0.0035500, -0.0280381, -0.0995170, -0.3027264", \
					  "0.0082216, 0.0071347, 0.0040143, -0.0041014, -0.0282977, -0.0996386, -0.3027957", \
					  "0.0094340, 0.0083461, 0.0054070, -0.0033635, -0.0284693, -0.0995276, -0.3027537");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0134851, 0.0147061, 0.0181000, 0.0273799, 0.0528069, 0.1249432, 0.3271933", \
					  "0.0134340, 0.0146531, 0.0180492, 0.0273318, 0.0527580, 0.1248519, 0.3271659", \
					  "0.0133768, 0.0146119, 0.0179964, 0.0272587, 0.0527206, 0.1241586, 0.3274393", \
					  "0.0132937, 0.0145056, 0.0179386, 0.0271854, 0.0526059, 0.1247179, 0.3271486", \
					  "0.0132189, 0.0144483, 0.0178279, 0.0270739, 0.0525424, 0.1240448, 0.3253266", \
					  "0.0135445, 0.0147422, 0.0180134, 0.0268502, 0.0523703, 0.1241529, 0.3269502", \
					  "0.0135186, 0.0147150, 0.0179650, 0.0269937, 0.0524381, 0.1239853, 0.3241227");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0148076, 0.0138265, 0.0113435, 0.0038503, -0.0196136, -0.0903549, -0.2932045", \
					  "0.0146579, 0.0136948, 0.0111646, 0.0038321, -0.0197075, -0.0904516, -0.2932768", \
					  "0.0145196, 0.0137127, 0.0111914, 0.0036693, -0.0198102, -0.0905650, -0.2933796", \
					  "0.0144397, 0.0136157, 0.0111685, 0.0036291, -0.0198779, -0.0906378, -0.2934778", \
					  "0.0143660, 0.0134603, 0.0110459, 0.0035494, -0.0199874, -0.0907298, -0.2935459", \
					  "0.0142991, 0.0133184, 0.0108009, 0.0033351, -0.0201816, -0.0908681, -0.2936425", \
					  "0.0176530, 0.0165335, 0.0134118, 0.0045833, -0.0206477, -0.0910691, -0.2937702");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0126180, 0.0138348, 0.0172608, 0.0264526, 0.0518956, 0.1233180, 0.3253418", \
					  "0.0126222, 0.0138458, 0.0172625, 0.0264488, 0.0518816, 0.1232612, 0.3257771", \
					  "0.0125717, 0.0138069, 0.0172213, 0.0264032, 0.0518613, 0.1232562, 0.3253853", \
					  "0.0124493, 0.0136925, 0.0171022, 0.0263191, 0.0517023, 0.1236462, 0.3225051", \
					  "0.0123034, 0.0135344, 0.0168926, 0.0260556, 0.0514961, 0.1229773, 0.3235948", \
					  "0.0125256, 0.0136611, 0.0169222, 0.0258890, 0.0511814, 0.1229839, 0.3243362", \
					  "0.0123605, 0.0135226, 0.0167520, 0.0259182, 0.0513290, 0.1227273, 0.3231028");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0133808, 0.0124689, 0.0100535, 0.0025228, -0.0209323, -0.0917000, -0.2945375", \
					  "0.0132742, 0.0123572, 0.0099896, 0.0025026, -0.0210497, -0.0918026, -0.2946236", \
					  "0.0131250, 0.0122057, 0.0098711, 0.0024263, -0.0212063, -0.0919611, -0.2947716", \
					  "0.0131332, 0.0120966, 0.0096573, 0.0021325, -0.0213439, -0.0920922, -0.2949048", \
					  "0.0129365, 0.0120454, 0.0096030, 0.0021334, -0.0214474, -0.0921891, -0.2949759", \
					  "0.0128513, 0.0120556, 0.0095465, 0.0020292, -0.0215356, -0.0922266, -0.2949637", \
					  "0.0157732, 0.0146323, 0.0115176, 0.0027101, -0.0220653, -0.0924997, -0.2951373");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0126907, 0.0139225, 0.0173395, 0.0265443, 0.0520247, 0.1235256, 0.3250866", \
					  "0.0126576, 0.0138899, 0.0172975, 0.0265099, 0.0519927, 0.1234987, 0.3267155", \
					  "0.0126075, 0.0138428, 0.0172288, 0.0264168, 0.0518280, 0.1239038, 0.3230559", \
					  "0.0124876, 0.0137219, 0.0171045, 0.0263037, 0.0517027, 0.1232256, 0.3237143", \
					  "0.0122953, 0.0135382, 0.0168624, 0.0260044, 0.0513325, 0.1225732, 0.3248124", \
					  "0.0125027, 0.0136773, 0.0169830, 0.0260748, 0.0513520, 0.1224141, 0.3259844", \
					  "0.0126208, 0.0137809, 0.0169896, 0.0260525, 0.0512182, 0.1229809, 0.3230935");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001416222, 0.004011367, 0.01136197, 0.03218213, 0.09115404, 0.2581886");
					values("0.0122968, 0.0113350, 0.0088306, 0.0012389, -0.0229903, -0.0943205, -0.2973494", \
					  "0.0121438, 0.0111838, 0.0087235, 0.0011291, -0.0230788, -0.0944073, -0.2974892", \
					  "0.0120192, 0.0110611, 0.0084813, 0.0009707, -0.0232504, -0.0945700, -0.2976298", \
					  "0.0118552, 0.0108990, 0.0084248, 0.0007845, -0.0234468, -0.0947506, -0.2978124", \
					  "0.0117085, 0.0107337, 0.0082030, 0.0005979, -0.0236302, -0.0948772, -0.2978983", \
					  "0.0114337, 0.0103951, 0.0078283, 0.0003359, -0.0238803, -0.0950471, -0.2979955", \
					  "0.0139073, 0.0128004, 0.0097205, 0.0009148, -0.0241027, -0.0952456, -0.2980784");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1334630, 0.1404931, 0.1565766, 0.1928093, 0.2809191, 0.5227055, 1.1989606", \
					  "0.1380551, 0.1450853, 0.1611707, 0.1974033, 0.2855026, 0.5273814, 1.2036505", \
					  "0.1474150, 0.1544558, 0.1705130, 0.2067392, 0.2950331, 0.5358427, 1.2157195", \
					  "0.1658024, 0.1728413, 0.1890299, 0.2252190, 0.3133891, 0.5552523, 1.2310091", \
					  "0.2026170, 0.2098441, 0.2264000, 0.2628142, 0.3512715, 0.5922138, 1.2695962", \
					  "0.2645048, 0.2725313, 0.2903566, 0.3283641, 0.4177156, 0.6581813, 1.3388357", \
					  "0.3412420, 0.3515317, 0.3734221, 0.4160057, 0.5080991, 0.7491790, 1.4262035");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0262752, 0.0321930, 0.0471772, 0.0866431, 0.2015145, 0.5411628, 1.5031413", \
					  "0.0262820, 0.0321859, 0.0471770, 0.0866371, 0.2015386, 0.5411467, 1.5030770", \
					  "0.0264269, 0.0321915, 0.0471191, 0.0866341, 0.2011948, 0.5395185, 1.4998429", \
					  "0.0263013, 0.0322778, 0.0469452, 0.0864977, 0.2015080, 0.5410443, 1.5029366", \
					  "0.0279497, 0.0333992, 0.0479054, 0.0872910, 0.2019437, 0.5424381, 1.5043187", \
					  "0.0316621, 0.0378289, 0.0522742, 0.0909333, 0.2038909, 0.5385579, 1.4995447", \
					  "0.0437390, 0.0500025, 0.0646908, 0.1008292, 0.2075474, 0.5416056, 1.4962149");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.2484195, 0.2548192, 0.2681854, 0.2932048, 0.3399445, 0.4362047, 0.6731070", \
					  "0.2544588, 0.2608974, 0.2741472, 0.2992794, 0.3461228, 0.4421419, 0.6789747", \
					  "0.2692578, 0.2754831, 0.2889533, 0.3132279, 0.3607535, 0.4567791, 0.6938246", \
					  "0.3021906, 0.3083770, 0.3216621, 0.3466219, 0.3936313, 0.4892850, 0.7260676", \
					  "0.3761469, 0.3823928, 0.3956704, 0.4208331, 0.4675649, 0.5635059, 0.8006307", \
					  "0.5450166, 0.5514921, 0.5648732, 0.5900027, 0.6367270, 0.7328068, 0.9698694", \
					  "0.8776699, 0.8853198, 0.9008208, 0.9300632, 0.9817667, 1.0827870, 1.3211255");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0341382, 0.0373015, 0.0444653, 0.0603232, 0.0979031, 0.1973185, 0.4925581", \
					  "0.0340305, 0.0373841, 0.0443972, 0.0604768, 0.0981954, 0.1975730, 0.4926919", \
					  "0.0342539, 0.0375885, 0.0445333, 0.0611985, 0.0985309, 0.1976421, 0.4925401", \
					  "0.0342166, 0.0376894, 0.0447285, 0.0607581, 0.0988000, 0.1978153, 0.4925416", \
					  "0.0342701, 0.0375789, 0.0447582, 0.0605784, 0.0981331, 0.1977552, 0.4950958", \
					  "0.0354655, 0.0383169, 0.0451879, 0.0609869, 0.0989593, 0.1979546, 0.4934486", \
					  "0.0472758, 0.0506797, 0.0573904, 0.0729115, 0.1095846, 0.2058048, 0.5006544");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1173442, 0.1240637, 0.1395943, 0.1747779, 0.2620886, 0.5025265, 1.1801573", \
					  "0.1221711, 0.1288932, 0.1444071, 0.1795672, 0.2671449, 0.5072621, 1.1854125", \
					  "0.1314248, 0.1381670, 0.1537186, 0.1888587, 0.2761196, 0.5165841, 1.1945148", \
					  "0.1492102, 0.1559684, 0.1714882, 0.2066521, 0.2938912, 0.5346034, 1.2114940", \
					  "0.1829764, 0.1899885, 0.2059133, 0.2415342, 0.3292033, 0.5694040, 1.2510284", \
					  "0.2347124, 0.2425193, 0.2600632, 0.2975197, 0.3860204, 0.6263309, 1.3062554", \
					  "0.2867792, 0.2974490, 0.3198764, 0.3629848, 0.4539716, 0.6951631, 1.3712977");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0246929, 0.0304606, 0.0449600, 0.0844638, 0.1999070, 0.5406464, 1.4941030", \
					  "0.0246899, 0.0304229, 0.0449406, 0.0842625, 0.1999540, 0.5388186, 1.5003498", \
					  "0.0248775, 0.0304707, 0.0448719, 0.0844822, 0.2000092, 0.5404802, 1.4962446", \
					  "0.0249492, 0.0305331, 0.0449190, 0.0842406, 0.1998667, 0.5381828, 1.5026321", \
					  "0.0265983, 0.0322119, 0.0466820, 0.0853921, 0.2006848, 0.5396455, 1.4994200", \
					  "0.0319584, 0.0373926, 0.0521270, 0.0896941, 0.2024927, 0.5379308, 1.5108810", \
					  "0.0453851, 0.0516194, 0.0662004, 0.1012944, 0.2070252, 0.5401607, 1.4980174");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.2339542, 0.2402853, 0.2535502, 0.2786586, 0.3250809, 0.4211929, 0.6579073", \
					  "0.2384138, 0.2447715, 0.2576180, 0.2831271, 0.3299944, 0.4257578, 0.6629763", \
					  "0.2505286, 0.2569514, 0.2700399, 0.2950730, 0.3421238, 0.4382218, 0.6749204", \
					  "0.2835802, 0.2885733, 0.3019814, 0.3270240, 0.3737839, 0.4698322, 0.7065768", \
					  "0.3621142, 0.3660833, 0.3794477, 0.4045963, 0.4513077, 0.5475783, 0.7841875", \
					  "0.5459638, 0.5507171, 0.5641436, 0.5892380, 0.6360064, 0.7320977, 0.9692075", \
					  "0.9041002, 0.9130567, 0.9304589, 0.9631507, 1.0179299, 1.1192144, 1.3562378");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0341860, 0.0374916, 0.0448489, 0.0604763, 0.0989354, 0.1976916, 0.4926590", \
					  "0.0341663, 0.0373792, 0.0451250, 0.0607126, 0.0974846, 0.1976808, 0.4925426", \
					  "0.0341565, 0.0374280, 0.0447207, 0.0612403, 0.0985184, 0.1972278, 0.4924267", \
					  "0.0343679, 0.0374776, 0.0444300, 0.0604501, 0.0975272, 0.1976076, 0.4925956", \
					  "0.0343281, 0.0374630, 0.0444673, 0.0605004, 0.0976251, 0.1976967, 0.4925886", \
					  "0.0354321, 0.0384460, 0.0452819, 0.0608110, 0.0988886, 0.1978540, 0.4945147", \
					  "0.0551333, 0.0585252, 0.0658206, 0.0808945, 0.1160507, 0.2075458, 0.4960247");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1034681, 0.1098761, 0.1248791, 0.1592525, 0.2463987, 0.4869550, 1.1631661", \
					  "0.1078070, 0.1142142, 0.1292068, 0.1635827, 0.2507330, 0.4913362, 1.1671978", \
					  "0.1166795, 0.1230667, 0.1380045, 0.1724664, 0.2592672, 0.5007006, 1.1767026", \
					  "0.1357398, 0.1421712, 0.1570729, 0.1913553, 0.2781144, 0.5190796, 1.2000743", \
					  "0.1716355, 0.1784036, 0.1938170, 0.2288147, 0.3159852, 0.5562844, 1.2403385", \
					  "0.2226275, 0.2305347, 0.2477871, 0.2843965, 0.3722387, 0.6124998, 1.2909738", \
					  "0.2676837, 0.2782793, 0.3004723, 0.3423898, 0.4321954, 0.6732253, 1.3495290");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0235833, 0.0291157, 0.0433411, 0.0828192, 0.1995459, 0.5418461, 1.4988950", \
					  "0.0235783, 0.0291109, 0.0433468, 0.0828200, 0.1995451, 0.5419346, 1.5036815", \
					  "0.0235815, 0.0289659, 0.0432810, 0.0829873, 0.1992349, 0.5391886, 1.5038476", \
					  "0.0236017, 0.0288423, 0.0432888, 0.0827253, 0.1989853, 0.5408136, 1.5105924", \
					  "0.0256626, 0.0311260, 0.0454689, 0.0839528, 0.1992758, 0.5387103, 1.5092810", \
					  "0.0319818, 0.0373471, 0.0510216, 0.0879249, 0.2010006, 0.5380086, 1.5089954", \
					  "0.0463702, 0.0523996, 0.0664887, 0.1001351, 0.2051335, 0.5411817, 1.4970493");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1282881, 0.1328191, 0.1427471, 0.1620022, 0.1995118, 0.2862069, 0.5195456", \
					  "0.1343224, 0.1388972, 0.1486966, 0.1680075, 0.2059361, 0.2927482, 0.5257898", \
					  "0.1490788, 0.1536157, 0.1632038, 0.1826719, 0.2206313, 0.3072118, 0.5403862", \
					  "0.1855500, 0.1901380, 0.1999155, 0.2182858, 0.2561257, 0.3429318, 0.5759557", \
					  "0.2708816, 0.2754660, 0.2851963, 0.3036747, 0.3418612, 0.4287862, 0.6616347", \
					  "0.4506021, 0.4562797, 0.4680944, 0.4909262, 0.5313203, 0.6188750, 0.8520697", \
					  "0.7770286, 0.7851680, 0.8018240, 0.8310397, 0.8819731, 0.9772004, 1.2110004");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0210673, 0.0237523, 0.0299911, 0.0440949, 0.0802995, 0.1819195, 0.4893920", \
					  "0.0210388, 0.0237050, 0.0298272, 0.0440002, 0.0800516, 0.1819355, 0.4878715", \
					  "0.0210370, 0.0237239, 0.0303117, 0.0441013, 0.0800164, 0.1822328, 0.4893148", \
					  "0.0209828, 0.0236481, 0.0299126, 0.0442025, 0.0800543, 0.1819289, 0.4913902", \
					  "0.0211058, 0.0238884, 0.0299844, 0.0446956, 0.0799034, 0.1817039, 0.4850557", \
					  "0.0296420, 0.0320493, 0.0382810, 0.0520715, 0.0845513, 0.1830890, 0.4922919", \
					  "0.0481618, 0.0512047, 0.0589096, 0.0742086, 0.1061412, 0.1956965, 0.4905011");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0992793, 0.1057205, 0.1205590, 0.1549201, 0.2420789, 0.4818556, 1.1613551", \
					  "0.1035736, 0.1100049, 0.1249813, 0.1592687, 0.2463834, 0.4862056, 1.1637971", \
					  "0.1132983, 0.1197245, 0.1346264, 0.1690614, 0.2558598, 0.4973955, 1.1736534", \
					  "0.1350271, 0.1413975, 0.1563642, 0.1905993, 0.2775478, 0.5181801, 1.2015476", \
					  "0.1748575, 0.1816402, 0.1972207, 0.2321290, 0.3194169, 0.5603594, 1.2386467", \
					  "0.2285279, 0.2364301, 0.2537181, 0.2896262, 0.3773051, 0.6181393, 1.2960655", \
					  "0.2752370, 0.2858248, 0.3078160, 0.3497570, 0.4389413, 0.6793786, 1.3568379");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0235330, 0.0289596, 0.0433190, 0.0828165, 0.1996445, 0.5383887, 1.5113762", \
					  "0.0234628, 0.0289685, 0.0432695, 0.0826747, 0.1989536, 0.5381210, 1.5009816", \
					  "0.0234802, 0.0287966, 0.0433027, 0.0829882, 0.1992643, 0.5393678, 1.4993949", \
					  "0.0235907, 0.0291980, 0.0433527, 0.0827961, 0.1996611, 0.5397482, 1.5152942", \
					  "0.0260850, 0.0315322, 0.0454975, 0.0845671, 0.1996722, 0.5398220, 1.4937553", \
					  "0.0328152, 0.0380186, 0.0513417, 0.0883762, 0.2018906, 0.5385662, 1.5086420", \
					  "0.0480518, 0.0540807, 0.0669500, 0.1003792, 0.2054458, 0.5421218, 1.4954149");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.1176870, 0.1220243, 0.1318173, 0.1506789, 0.1883485, 0.2747477, 0.5073318", \
					  "0.1235991, 0.1280265, 0.1376969, 0.1564217, 0.1942984, 0.2806849, 0.5133866", \
					  "0.1384530, 0.1428537, 0.1524744, 0.1711686, 0.2087938, 0.2950764, 0.5281984", \
					  "0.1744785, 0.1788960, 0.1884973, 0.2068883, 0.2444863, 0.3308537, 0.5635586", \
					  "0.2591402, 0.2635164, 0.2731109, 0.2920417, 0.3298753, 0.4164221, 0.6489950", \
					  "0.4347381, 0.4404070, 0.4523010, 0.4745721, 0.5156947, 0.6035857, 0.8364580", \
					  "0.7472696, 0.7556358, 0.7726980, 0.8026482, 0.8546864, 0.9495645, 1.1836828");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0203635, 0.0229483, 0.0290180, 0.0432871, 0.0791507, 0.1813975, 0.4845387", \
					  "0.0202039, 0.0228303, 0.0292109, 0.0434984, 0.0791221, 0.1812352, 0.4852839", \
					  "0.0201836, 0.0228802, 0.0289647, 0.0433803, 0.0792911, 0.1813204, 0.4871524", \
					  "0.0202073, 0.0228371, 0.0290777, 0.0435942, 0.0791722, 0.1809629, 0.4852646", \
					  "0.0204840, 0.0230606, 0.0293598, 0.0439172, 0.0794856, 0.1808934, 0.4846418", \
					  "0.0301671, 0.0332901, 0.0392561, 0.0529737, 0.0855008, 0.1838832, 0.4856696", \
					  "0.0496591, 0.0531103, 0.0604770, 0.0772818, 0.1086660, 0.1979377, 0.4898758");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				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, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0929335, 0.0993486, 0.1142859, 0.1486481, 0.2356405, 0.4753971, 1.1536457", \
					  "0.0969355, 0.1033392, 0.1182371, 0.1526816, 0.2395593, 0.4807817, 1.1578971", \
					  "0.1064058, 0.1128279, 0.1277699, 0.1621414, 0.2491591, 0.4902500, 1.1656748", \
					  "0.1292155, 0.1355992, 0.1504936, 0.1847388, 0.2714053, 0.5124230, 1.1919804", \
					  "0.1688281, 0.1755352, 0.1909781, 0.2261179, 0.3133039, 0.5538088, 1.2301599", \
					  "0.2190147, 0.2270675, 0.2442423, 0.2802555, 0.3671810, 0.6088302, 1.2862253", \
					  "0.2595033, 0.2706091, 0.2928349, 0.3366420, 0.4244273, 0.6647387, 1.3419462");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0233413, 0.0289163, 0.0431371, 0.0827439, 0.1991638, 0.5401927, 1.4973113", \
					  "0.0233183, 0.0289470, 0.0432486, 0.0827330, 0.1991609, 0.5386263, 1.4979794", \
					  "0.0233359, 0.0289118, 0.0433394, 0.0825087, 0.1991517, 0.5407250, 1.4926548", \
					  "0.0236464, 0.0292187, 0.0434335, 0.0830725, 0.1993056, 0.5425919, 1.4999156", \
					  "0.0266015, 0.0317958, 0.0457773, 0.0847584, 0.1999200, 0.5387312, 1.5048371", \
					  "0.0347279, 0.0395421, 0.0526405, 0.0884145, 0.2023800, 0.5374788, 1.5027923", \
					  "0.0531428, 0.0587168, 0.0717267, 0.1036692, 0.2068910, 0.5402433, 1.4982009");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0982101, 0.1024169, 0.1117206, 0.1296501, 0.1661881, 0.2514866, 0.4841547", \
					  "0.1042173, 0.1083691, 0.1178401, 0.1359489, 0.1723633, 0.2568981, 0.4896811", \
					  "0.1190119, 0.1230894, 0.1322082, 0.1503427, 0.1865986, 0.2719671, 0.5046359", \
					  "0.1546043, 0.1588062, 0.1679428, 0.1859396, 0.2230630, 0.3077762, 0.5409334", \
					  "0.2408163, 0.2450452, 0.2541790, 0.2723594, 0.3086416, 0.3945005, 0.6267756", \
					  "0.4050235, 0.4108034, 0.4228429, 0.4456375, 0.4872814, 0.5749648, 0.8060465", \
					  "0.6992643, 0.7076138, 0.7241374, 0.7551669, 0.8082864, 0.9054069, 1.1385447");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141622, 0.00401137, 0.011362, 0.0321821, 0.091154, 0.258189");
					values("0.0184459, 0.0209522, 0.0269950, 0.0412683, 0.0770944, 0.1795807, 0.4846352", \
					  "0.0184379, 0.0210873, 0.0270097, 0.0414407, 0.0769742, 0.1793560, 0.4848185", \
					  "0.0184460, 0.0209152, 0.0271326, 0.0412347, 0.0771043, 0.1796145, 0.4845523", \
					  "0.0183584, 0.0209756, 0.0270905, 0.0411226, 0.0770718, 0.1802193, 0.4844991", \
					  "0.0196858, 0.0220405, 0.0280942, 0.0418519, 0.0776423, 0.1792898, 0.4841448", \
					  "0.0312584, 0.0342745, 0.0407927, 0.0545744, 0.0863270, 0.1832358, 0.4859468", \
					  "0.0504519, 0.0542050, 0.0632308, 0.0789693, 0.1127873, 0.1996753, 0.4886634");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002406;
			capacitance : 0.002304;
			fall_capacitance : 0.002202;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029062, -0.0029134, -0.0029299, -0.0029303, -0.0029311, -0.0029331, -0.0029376");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029177, 0.0029229, 0.0029349, 0.0029343, 0.0029331, 0.0029303, 0.0029238");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002368;
			capacitance : 0.002237;
			fall_capacitance : 0.002106;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026906, -0.0026914, -0.0026932, -0.0026928, -0.0026919, -0.0026897, -0.0026847");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026923, 0.0026959, 0.0027041, 0.0027042, 0.0027045, 0.0027051, 0.0027065");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002286;
			capacitance : 0.002185;
			fall_capacitance : 0.002085;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025632, -0.0025649, -0.0025689, -0.0025677, -0.0025651, -0.0025590, -0.0025451");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025667, 0.0025682, 0.0025717, 0.0025713, 0.0025705, 0.0025685, 0.0025639");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002403;
			capacitance : 0.002309;
			fall_capacitance : 0.002216;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026621, -0.0026609, -0.0026581, -0.0026585, -0.0026594, -0.0026614, -0.0026660");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029827, 0.0029794, 0.0029717, 0.0029810, 0.0030023, 0.0030514, 0.0031647");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002308;
			capacitance : 0.002222;
			fall_capacitance : 0.002136;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026415, -0.0026416, -0.0026418, -0.0026372, -0.0026265, -0.0026020, -0.0025453");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032098, 0.0032103, 0.0032112, 0.0032123, 0.0032147, 0.0032202, 0.0032330");
				}
			}
		}
	}
	cell ("scs8hd_o2111a_4") {
		area : 20.019200;
		cell_footprint : "o2111a";
		cell_leakage_power : 2.113228e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014617";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014711";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014504";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014674";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0014495";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014535";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014500";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0015416";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0184885";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014595";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014496";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014829";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0014495";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014734";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014499";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0029445";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0014711";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014595";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014496";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014829";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0014508";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014734";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014499";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0022645";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0014711";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014595";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014496";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014829";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0014495";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0014734";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0014499";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0029427";
			when : "A1&A2&B1&C1&D1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1&D1) | (A2&B1&C1&D1)";
			max_capacitance : 0.482493;
			max_transition : 1.508596;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0274377, 0.0288514, 0.0332073, 0.0467900, 0.0874822, 0.2139285, 0.6106483", \
					  "0.0273112, 0.0286933, 0.0331465, 0.0467076, 0.0874560, 0.2135707, 0.6124621", \
					  "0.0271953, 0.0286028, 0.0330704, 0.0465935, 0.0872763, 0.2136967, 0.6093991", \
					  "0.0269784, 0.0283856, 0.0328738, 0.0464226, 0.0871647, 0.2131862, 0.6121665", \
					  "0.0268862, 0.0282969, 0.0326349, 0.0461798, 0.0868588, 0.2135830, 0.6102788", \
					  "0.0275447, 0.0289090, 0.0331794, 0.0461061, 0.0867665, 0.2126188, 0.6098375", \
					  "0.0275955, 0.0288575, 0.0331068, 0.0461880, 0.0869961, 0.2133790, 0.6080185");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0290533, 0.0278699, 0.0244741, 0.0142430, -0.0223823, -0.1470750, -0.5465447", \
					  "0.0288875, 0.0276263, 0.0243287, 0.0140455, -0.0224340, -0.1472304, -0.5466486", \
					  "0.0286800, 0.0274438, 0.0240707, 0.0137362, -0.0226878, -0.1474651, -0.5468765", \
					  "0.0284728, 0.0272707, 0.0239162, 0.0135698, -0.0228676, -0.1476633, -0.5470796", \
					  "0.0282982, 0.0272197, 0.0238264, 0.0134110, -0.0230747, -0.1478596, -0.5472939", \
					  "0.0285352, 0.0272936, 0.0238594, 0.0133667, -0.0232389, -0.1481126, -0.5474161", \
					  "0.0307651, 0.0294460, 0.0253204, 0.0125925, -0.0240836, -0.1484942, -0.5476607");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0259515, 0.0273720, 0.0317524, 0.0452194, 0.0855564, 0.2112304, 0.6069178", \
					  "0.0259968, 0.0274016, 0.0318183, 0.0451989, 0.0856094, 0.2113477, 0.6073061", \
					  "0.0258796, 0.0273035, 0.0316983, 0.0451530, 0.0855470, 0.2112421, 0.6065719", \
					  "0.0255810, 0.0270084, 0.0314441, 0.0448851, 0.0853294, 0.2106759, 0.6040367", \
					  "0.0252429, 0.0266389, 0.0310291, 0.0444353, 0.0849341, 0.2109615, 0.6035976", \
					  "0.0258374, 0.0272275, 0.0314292, 0.0442953, 0.0846199, 0.2101205, 0.6040697", \
					  "0.0254867, 0.0270068, 0.0311551, 0.0441013, 0.0847630, 0.2110330, 0.6047984");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0263444, 0.0251577, 0.0217268, 0.0113898, -0.0249619, -0.1497219, -0.5491923", \
					  "0.0261590, 0.0249844, 0.0214990, 0.0111887, -0.0251907, -0.1499600, -0.5493340", \
					  "0.0258643, 0.0246285, 0.0213528, 0.0107929, -0.0255082, -0.1502176, -0.5496229", \
					  "0.0256902, 0.0245107, 0.0209916, 0.0106449, -0.0257933, -0.1505268, -0.5499070", \
					  "0.0254404, 0.0242599, 0.0207903, 0.0104832, -0.0259916, -0.1507367, -0.5500887", \
					  "0.0254285, 0.0241918, 0.0205770, 0.0101598, -0.0260446, -0.1509493, -0.5502817", \
					  "0.0298981, 0.0285260, 0.0246045, 0.0118072, -0.0271387, -0.1513214, -0.5503900");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0254165, 0.0268404, 0.0312138, 0.0447077, 0.0852549, 0.2110323, 0.6077357", \
					  "0.0253681, 0.0267870, 0.0312425, 0.0445925, 0.0851507, 0.2112795, 0.6041971", \
					  "0.0252503, 0.0266722, 0.0311205, 0.0445122, 0.0849877, 0.2112357, 0.6066667", \
					  "0.0250066, 0.0264414, 0.0308895, 0.0442912, 0.0848407, 0.2113413, 0.6102106", \
					  "0.0248828, 0.0262842, 0.0306482, 0.0439460, 0.0844832, 0.2118153, 0.6035525", \
					  "0.0253117, 0.0266681, 0.0309206, 0.0439489, 0.0841222, 0.2098124, 0.6098370", \
					  "0.0253276, 0.0266764, 0.0308526, 0.0438358, 0.0845673, 0.2109688, 0.6052475");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0255125, 0.0243458, 0.0207672, 0.0103089, -0.0275573, -0.1537906, -0.5536672", \
					  "0.0253037, 0.0241310, 0.0206632, 0.0101058, -0.0277228, -0.1539629, -0.5538351", \
					  "0.0249034, 0.0237481, 0.0202913, 0.0098112, -0.0280096, -0.1542069, -0.5541540", \
					  "0.0245773, 0.0234101, 0.0199294, 0.0093333, -0.0284511, -0.1546469, -0.5545214", \
					  "0.0244979, 0.0232949, 0.0196271, 0.0089877, -0.0288761, -0.1549793, -0.5548201", \
					  "0.0236731, 0.0224112, 0.0186880, 0.0082378, -0.0295185, -0.1554497, -0.5551182", \
					  "0.0280926, 0.0267747, 0.0227039, 0.0100924, -0.0296769, -0.1557063, -0.5552019");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0258289, 0.0272431, 0.0316774, 0.0451147, 0.0857331, 0.2114920, 0.6053027", \
					  "0.0257708, 0.0271743, 0.0316263, 0.0450188, 0.0855925, 0.2116320, 0.6072783", \
					  "0.0255928, 0.0270285, 0.0314640, 0.0448044, 0.0854034, 0.2119125, 0.6053283", \
					  "0.0253174, 0.0267468, 0.0311909, 0.0446303, 0.0851208, 0.2116849, 0.6067087", \
					  "0.0252157, 0.0266402, 0.0310079, 0.0442276, 0.0847132, 0.2110800, 0.6074912", \
					  "0.0257177, 0.0270670, 0.0313174, 0.0441052, 0.0845008, 0.2101556, 0.6072575", \
					  "0.0254807, 0.0267920, 0.0308834, 0.0442265, 0.0846595, 0.2112209, 0.6052392");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0221654, 0.0210146, 0.0174325, 0.0068771, -0.0312490, -0.1578105, -0.5579054", \
					  "0.0219610, 0.0208331, 0.0173324, 0.0066962, -0.0314464, -0.1579880, -0.5580019", \
					  "0.0216912, 0.0205592, 0.0170369, 0.0064181, -0.0316978, -0.1582425, -0.5581984", \
					  "0.0212544, 0.0200878, 0.0165599, 0.0058751, -0.0322443, -0.1587111, -0.5587091", \
					  "0.0210157, 0.0198177, 0.0159187, 0.0051778, -0.0329417, -0.1592447, -0.5592333", \
					  "0.0196051, 0.0183657, 0.0149748, 0.0043195, -0.0335410, -0.1597844, -0.5596064", \
					  "0.0235213, 0.0222506, 0.0182234, 0.0065324, -0.0335881, -0.1597545, -0.5592575");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0246553, 0.0260554, 0.0304920, 0.0438764, 0.0845100, 0.2106186, 0.6065503", \
					  "0.0245419, 0.0259429, 0.0303810, 0.0437687, 0.0844099, 0.2105173, 0.6062804", \
					  "0.0243172, 0.0257514, 0.0301256, 0.0435801, 0.0841961, 0.2106835, 0.6069490", \
					  "0.0240774, 0.0254769, 0.0298483, 0.0432804, 0.0837743, 0.2100251, 0.6069929", \
					  "0.0237612, 0.0251664, 0.0295009, 0.0427255, 0.0830209, 0.2100555, 0.6036112", \
					  "0.0241353, 0.0254731, 0.0297211, 0.0425867, 0.0827382, 0.2082370, 0.6027071", \
					  "0.0242942, 0.0256299, 0.0296931, 0.0429347, 0.0833377, 0.2092123, 0.6037866");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001571774, 0.004940948, 0.01553211, 0.04882593, 0.1534867, 0.4824927");
					values("0.0171277, 0.0159672, 0.0125810, 0.0019977, -0.0362585, -0.1629883, -0.5631729", \
					  "0.0169667, 0.0158551, 0.0124559, 0.0019353, -0.0363364, -0.1630777, -0.5633055", \
					  "0.0167155, 0.0155789, 0.0121084, 0.0015474, -0.0366937, -0.1633686, -0.5636071", \
					  "0.0162621, 0.0151388, 0.0116547, 0.0009977, -0.0372215, -0.1638478, -0.5640425", \
					  "0.0157881, 0.0146023, 0.0109938, 0.0002206, -0.0379377, -0.1643881, -0.5644296", \
					  "0.0160353, 0.0147791, 0.0107998, -0.0012042, -0.0385509, -0.1647640, -0.5646736", \
					  "0.0197175, 0.0183689, 0.0142379, 0.0013750, -0.0385001, -0.1648552, -0.5643239");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1522443, 0.1574026, 0.1706137, 0.2028019, 0.2824046, 0.5104814, 1.2197394", \
					  "0.1564449, 0.1615274, 0.1749423, 0.2070513, 0.2865669, 0.5151057, 1.2272069", \
					  "0.1649413, 0.1700616, 0.1834919, 0.2154686, 0.2950722, 0.5227346, 1.2331950", \
					  "0.1811437, 0.1862540, 0.1996160, 0.2317421, 0.3111263, 0.5398428, 1.2517979", \
					  "0.2131997, 0.2183935, 0.2319120, 0.2642503, 0.3441236, 0.5721181, 1.2827837", \
					  "0.2665221, 0.2721603, 0.2867475, 0.3205576, 0.4019031, 0.6307252, 1.3408489", \
					  "0.3284573, 0.3346548, 0.3526831, 0.3909489, 0.4760993, 0.7062536, 1.4162856");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0299229, 0.0338592, 0.0451765, 0.0768181, 0.1731211, 0.4906643, 1.5062707", \
					  "0.0300108, 0.0340995, 0.0453963, 0.0766823, 0.1731385, 0.4905296, 1.5028055", \
					  "0.0298344, 0.0337959, 0.0451986, 0.0768028, 0.1730148, 0.4898984, 1.5012717", \
					  "0.0300018, 0.0339505, 0.0451478, 0.0767555, 0.1729618, 0.4909528, 1.5004760", \
					  "0.0307188, 0.0346659, 0.0458766, 0.0774957, 0.1734515, 0.4904578, 1.4996738", \
					  "0.0341983, 0.0383302, 0.0495625, 0.0809362, 0.1754641, 0.4896400, 1.5052324", \
					  "0.0455830, 0.0511362, 0.0614845, 0.0918332, 0.1813169, 0.4922817, 1.4984853");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.2889699, 0.2938045, 0.3055780, 0.3296856, 0.3775730, 0.4760045, 0.7282303", \
					  "0.2944751, 0.2993029, 0.3110791, 0.3352235, 0.3822395, 0.4817232, 0.7337190", \
					  "0.3095664, 0.3144023, 0.3262178, 0.3505909, 0.3980643, 0.4972542, 0.7490400", \
					  "0.3440798, 0.3489169, 0.3607823, 0.3853518, 0.4326845, 0.5319189, 0.7838719", \
					  "0.4227231, 0.4274821, 0.4393552, 0.4638517, 0.5112251, 0.6103702, 0.8625509", \
					  "0.6042873, 0.6092399, 0.6211222, 0.6456537, 0.6931140, 0.7923947, 1.0454091", \
					  "0.9847059, 0.9905227, 1.0040098, 1.0317087, 1.0832470, 1.1865007, 1.4402521");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0401675, 0.0424512, 0.0478488, 0.0626271, 0.0957107, 0.1926144, 0.5052380", \
					  "0.0399659, 0.0422668, 0.0481984, 0.0619838, 0.0965029, 0.1926325, 0.5056395", \
					  "0.0399761, 0.0422414, 0.0480086, 0.0616159, 0.0958864, 0.1925284, 0.5065263", \
					  "0.0399743, 0.0422248, 0.0480235, 0.0616416, 0.0963693, 0.1927512, 0.5062596", \
					  "0.0401217, 0.0424652, 0.0482621, 0.0619842, 0.0964813, 0.1927699, 0.5064320", \
					  "0.0406164, 0.0426712, 0.0484254, 0.0622605, 0.0958952, 0.1925693, 0.5051609", \
					  "0.0507741, 0.0527522, 0.0589884, 0.0729214, 0.1047826, 0.1980469, 0.5081470");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1356860, 0.1406274, 0.1533573, 0.1845630, 0.2626524, 0.4886429, 1.1993226", \
					  "0.1403705, 0.1452880, 0.1581678, 0.1892991, 0.2674261, 0.4937095, 1.2023864", \
					  "0.1489400, 0.1538712, 0.1665949, 0.1977966, 0.2758912, 0.5019790, 1.2119544", \
					  "0.1649226, 0.1698371, 0.1827433, 0.2139398, 0.2919557, 0.5188919, 1.2262028", \
					  "0.1956904, 0.2007696, 0.2141521, 0.2457666, 0.3243158, 0.5509408, 1.2656576", \
					  "0.2457178, 0.2513078, 0.2656330, 0.2987978, 0.3792150, 0.6070631, 1.3158754", \
					  "0.2999818, 0.3071850, 0.3249990, 0.3634732, 0.4483045, 0.6770129, 1.3861265");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0285438, 0.0324238, 0.0437876, 0.0747838, 0.1713267, 0.4882201, 1.5081066", \
					  "0.0282842, 0.0321411, 0.0435231, 0.0749934, 0.1712056, 0.4895533, 1.4975703", \
					  "0.0285388, 0.0324151, 0.0437675, 0.0747281, 0.1713430, 0.4880102, 1.5072225", \
					  "0.0286306, 0.0325498, 0.0434753, 0.0748478, 0.1714686, 0.4891345, 1.5030817", \
					  "0.0302037, 0.0341003, 0.0447882, 0.0759923, 0.1717499, 0.4887165, 1.4962906", \
					  "0.0342230, 0.0382153, 0.0493168, 0.0801871, 0.1740185, 0.4888015, 1.4993324", \
					  "0.0469734, 0.0513964, 0.0628032, 0.0922782, 0.1809127, 0.4917652, 1.4968056");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.2701125, 0.2749548, 0.2867598, 0.3111700, 0.3587252, 0.4576158, 0.7095485", \
					  "0.2742103, 0.2790573, 0.2908740, 0.3153132, 0.3627831, 0.4620285, 0.7139443", \
					  "0.2855594, 0.2903909, 0.3022552, 0.3267066, 0.3742267, 0.4734286, 0.7253413", \
					  "0.3164730, 0.3213113, 0.3314603, 0.3559074, 0.4033097, 0.5025435, 0.7544645", \
					  "0.3902233, 0.3950532, 0.4072038, 0.4316681, 0.4790374, 0.5781620, 0.8303639", \
					  "0.5652686, 0.5701731, 0.5826855, 0.6071082, 0.6542701, 0.7535685, 1.0057604", \
					  "0.9160661, 0.9223602, 0.9390420, 0.9703787, 1.0253701, 1.1303550, 1.3851913");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0401644, 0.0424285, 0.0478032, 0.0616068, 0.0963254, 0.1928011, 0.5059581", \
					  "0.0401221, 0.0423317, 0.0478085, 0.0614219, 0.0965694, 0.1928343, 0.5063698", \
					  "0.0399787, 0.0422440, 0.0482040, 0.0621270, 0.0958134, 0.1922503, 0.5044661", \
					  "0.0400610, 0.0423375, 0.0478056, 0.0614428, 0.0959895, 0.1926148, 0.5064061", \
					  "0.0400364, 0.0423268, 0.0478864, 0.0617042, 0.0964635, 0.1927429, 0.5064408", \
					  "0.0405486, 0.0426080, 0.0483317, 0.0615506, 0.0969715, 0.1927613, 0.5054513", \
					  "0.0606830, 0.0630651, 0.0692090, 0.0821230, 0.1131157, 0.2033260, 0.5076417");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1200439, 0.1247185, 0.1369566, 0.1671792, 0.2441987, 0.4714606, 1.1825219", \
					  "0.1244158, 0.1291114, 0.1414677, 0.1716069, 0.2486490, 0.4752144, 1.1852526", \
					  "0.1333868, 0.1380842, 0.1504993, 0.1806816, 0.2577725, 0.4842105, 1.1946156", \
					  "0.1527928, 0.1575160, 0.1699190, 0.2000987, 0.2770218, 0.5039372, 1.2152922", \
					  "0.1905937, 0.1955126, 0.2083366, 0.2391633, 0.3169287, 0.5445376, 1.2534914", \
					  "0.2467133, 0.2523111, 0.2665902, 0.2991980, 0.3782661, 0.6062548, 1.3166137", \
					  "0.3004501, 0.3078091, 0.3260681, 0.3646913, 0.4480242, 0.6766321, 1.3861134");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0268769, 0.0307320, 0.0417276, 0.0726154, 0.1694960, 0.4892216, 1.5085965", \
					  "0.0267687, 0.0305886, 0.0415939, 0.0725763, 0.1696219, 0.4877558, 1.4925934", \
					  "0.0269258, 0.0307511, 0.0414314, 0.0726948, 0.1692075, 0.4890699, 1.4968231", \
					  "0.0269806, 0.0307559, 0.0413971, 0.0726689, 0.1694413, 0.4887111, 1.5014349", \
					  "0.0291475, 0.0329741, 0.0436703, 0.0740219, 0.1703584, 0.4895482, 1.4990404", \
					  "0.0348302, 0.0384878, 0.0489361, 0.0787453, 0.1731403, 0.4876748, 1.5023088", \
					  "0.0493892, 0.0534162, 0.0641539, 0.0927327, 0.1790779, 0.4908586, 1.4971692");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1341407, 0.1372870, 0.1452120, 0.1623906, 0.1987647, 0.2838249, 0.5275069", \
					  "0.1402425, 0.1434051, 0.1511963, 0.1686195, 0.2049112, 0.2898409, 0.5336200", \
					  "0.1545672, 0.1577130, 0.1655523, 0.1827981, 0.2189570, 0.3040115, 0.5479022", \
					  "0.1903236, 0.1934734, 0.2013772, 0.2184014, 0.2543689, 0.3396314, 0.5838884", \
					  "0.2753328, 0.2785166, 0.2868931, 0.3036296, 0.3399146, 0.4252625, 0.6696553", \
					  "0.4582503, 0.4620123, 0.4715474, 0.4912376, 0.5301223, 0.6162176, 0.8603279", \
					  "0.7862334, 0.7917831, 0.8044621, 0.8320348, 0.8805804, 0.9763111, 1.2217768");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0218765, 0.0236999, 0.0285793, 0.0405812, 0.0729628, 0.1705611, 0.4935631", \
					  "0.0218955, 0.0236597, 0.0284731, 0.0404662, 0.0729582, 0.1702247, 0.4932718", \
					  "0.0218622, 0.0236176, 0.0285217, 0.0404189, 0.0731234, 0.1706452, 0.4921049", \
					  "0.0218524, 0.0236766, 0.0285291, 0.0405322, 0.0732108, 0.1702320, 0.4950857", \
					  "0.0220288, 0.0237936, 0.0287800, 0.0406048, 0.0730460, 0.1703959, 0.4957557", \
					  "0.0300713, 0.0316888, 0.0362171, 0.0481447, 0.0776459, 0.1723666, 0.4936112", \
					  "0.0486620, 0.0509965, 0.0565164, 0.0700430, 0.1010144, 0.1867258, 0.4958488");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1151090, 0.1198220, 0.1322184, 0.1624750, 0.2396437, 0.4668773, 1.1770651", \
					  "0.1195016, 0.1241763, 0.1365597, 0.1667938, 0.2439864, 0.4709512, 1.1800511", \
					  "0.1292322, 0.1339307, 0.1462867, 0.1764191, 0.2535665, 0.4800515, 1.1907981", \
					  "0.1509827, 0.1556692, 0.1680448, 0.1982394, 0.2753083, 0.5019878, 1.2192858", \
					  "0.1929825, 0.1979422, 0.2107407, 0.2415935, 0.3194471, 0.5467183, 1.2552159", \
					  "0.2522733, 0.2578687, 0.2720666, 0.3042905, 0.3833357, 0.6118324, 1.3237577", \
					  "0.3086800, 0.3160744, 0.3338724, 0.3730920, 0.4556137, 0.6843425, 1.3946797");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0270166, 0.0308088, 0.0416304, 0.0726789, 0.1697186, 0.4881499, 1.5081950", \
					  "0.0268531, 0.0307606, 0.0414970, 0.0726679, 0.1695254, 0.4890380, 1.4988050", \
					  "0.0267896, 0.0305940, 0.0415952, 0.0726021, 0.1696071, 0.4889214, 1.4937971", \
					  "0.0269605, 0.0307916, 0.0414240, 0.0725905, 0.1695856, 0.4893987, 1.5069386", \
					  "0.0289462, 0.0328055, 0.0435452, 0.0743636, 0.1702504, 0.4892656, 1.4976030", \
					  "0.0351759, 0.0388644, 0.0493541, 0.0789329, 0.1733324, 0.4885362, 1.5002570", \
					  "0.0510324, 0.0553228, 0.0658148, 0.0931536, 0.1790619, 0.4916195, 1.4964865");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1202449, 0.1231976, 0.1308372, 0.1473890, 0.1821761, 0.2651538, 0.5078792", \
					  "0.1262023, 0.1291662, 0.1366809, 0.1533524, 0.1880928, 0.2712887, 0.5145877", \
					  "0.1413314, 0.1442926, 0.1518193, 0.1684081, 0.2032156, 0.2863291, 0.5292461", \
					  "0.1771001, 0.1800624, 0.1874915, 0.2040641, 0.2388160, 0.3217192, 0.5648056", \
					  "0.2617281, 0.2646869, 0.2723983, 0.2888471, 0.3236665, 0.4069131, 0.6497507", \
					  "0.4373633, 0.4412964, 0.4505418, 0.4704134, 0.5090215, 0.5942181, 0.8370780", \
					  "0.7500905, 0.7557192, 0.7691228, 0.7957836, 0.8459552, 0.9416675, 1.1863643");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0204969, 0.0221401, 0.0266695, 0.0386591, 0.0700890, 0.1674557, 0.4945091", \
					  "0.0203461, 0.0221178, 0.0267702, 0.0382931, 0.0699834, 0.1673273, 0.4946906", \
					  "0.0203566, 0.0221107, 0.0267981, 0.0382852, 0.0700643, 0.1671184, 0.4949757", \
					  "0.0203357, 0.0220759, 0.0267367, 0.0386259, 0.0699737, 0.1676623, 0.4917300", \
					  "0.0206327, 0.0223233, 0.0268036, 0.0388216, 0.0701627, 0.1673884, 0.4946804", \
					  "0.0303634, 0.0320235, 0.0372857, 0.0491321, 0.0770966, 0.1699215, 0.4950853", \
					  "0.0495811, 0.0521206, 0.0578491, 0.0713825, 0.1013933, 0.1854822, 0.4939286");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				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, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1049817, 0.1096995, 0.1220406, 0.1522500, 0.2295371, 0.4569931, 1.1669077", \
					  "0.1087166, 0.1134262, 0.1257645, 0.1559852, 0.2332956, 0.4608426, 1.1708523", \
					  "0.1179100, 0.1226806, 0.1349312, 0.1652267, 0.2425407, 0.4697464, 1.1800807", \
					  "0.1402474, 0.1449243, 0.1572145, 0.1873714, 0.2646130, 0.4921438, 1.2010580", \
					  "0.1805249, 0.1853134, 0.1979689, 0.2289335, 0.3070168, 0.5342649, 1.2462457", \
					  "0.2322988, 0.2378908, 0.2518601, 0.2834615, 0.3626330, 0.5916326, 1.3093974", \
					  "0.2735106, 0.2811269, 0.2992312, 0.3380087, 0.4196222, 0.6464039, 1.3577103");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0269691, 0.0307557, 0.0415116, 0.0726132, 0.1695739, 0.4887568, 1.4999353", \
					  "0.0269811, 0.0307731, 0.0415257, 0.0726394, 0.1696363, 0.4885077, 1.4998950", \
					  "0.0269326, 0.0307921, 0.0416257, 0.0727155, 0.1692918, 0.4891967, 1.4982751", \
					  "0.0269899, 0.0308562, 0.0416476, 0.0727142, 0.1694574, 0.4885878, 1.5001415", \
					  "0.0290843, 0.0327807, 0.0436465, 0.0744505, 0.1708031, 0.4884899, 1.4987347", \
					  "0.0366246, 0.0400358, 0.0498645, 0.0789123, 0.1736313, 0.4887051, 1.5030232", \
					  "0.0547805, 0.0582491, 0.0679800, 0.0949405, 0.1790721, 0.4919708, 1.4981595");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.1054023, 0.1082745, 0.1157046, 0.1320947, 0.1668250, 0.2501838, 0.4928615", \
					  "0.1115084, 0.1144045, 0.1218129, 0.1382462, 0.1729762, 0.2563349, 0.4989642", \
					  "0.1255718, 0.1284116, 0.1358282, 0.1522406, 0.1866261, 0.2700163, 0.5133380", \
					  "0.1600788, 0.1629720, 0.1703677, 0.1866850, 0.2213454, 0.3047243, 0.5473643", \
					  "0.2414468, 0.2443813, 0.2518014, 0.2683340, 0.3032724, 0.3868716, 0.6294766", \
					  "0.3953263, 0.3993485, 0.4092625, 0.4301774, 0.4704876, 0.5575091, 0.8000544", \
					  "0.6625602, 0.6678923, 0.6818910, 0.7067099, 0.7628547, 0.8619191, 1.1073491");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157177, 0.00494095, 0.0155321, 0.0488259, 0.153487, 0.482493");
					values("0.0194459, 0.0210262, 0.0256939, 0.0376296, 0.0700966, 0.1676934, 0.4943489", \
					  "0.0194637, 0.0210445, 0.0257269, 0.0376153, 0.0700787, 0.1676808, 0.4920664", \
					  "0.0195179, 0.0211062, 0.0256321, 0.0377057, 0.0701226, 0.1675717, 0.4946957", \
					  "0.0194518, 0.0210344, 0.0258996, 0.0377832, 0.0699234, 0.1677807, 0.4918808", \
					  "0.0208550, 0.0223668, 0.0270991, 0.0385671, 0.0703528, 0.1678403, 0.4947229", \
					  "0.0321521, 0.0341680, 0.0389425, 0.0511591, 0.0810088, 0.1723532, 0.4945076", \
					  "0.0517714, 0.0553561, 0.0618339, 0.0765327, 0.1075488, 0.1906829, 0.4962474");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004265;
			capacitance : 0.004053;
			fall_capacitance : 0.003841;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049741, -0.0049718, -0.0049665, -0.0049674, -0.0049693, -0.0049737, -0.0049840");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049739, 0.0049736, 0.0049730, 0.0049747, 0.0049786, 0.0049877, 0.0050087");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004705;
			capacitance : 0.004398;
			fall_capacitance : 0.004092;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054166, -0.0054195, -0.0054262, -0.0054257, -0.0054246, -0.0054219, -0.0054158");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054203, 0.0054245, 0.0054341, 0.0054345, 0.0054355, 0.0054377, 0.0054427");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004253;
			capacitance : 0.004091;
			fall_capacitance : 0.003928;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049424, -0.0049420, -0.0049412, -0.0049397, -0.0049362, -0.0049282, -0.0049098");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049403, 0.0049421, 0.0049463, 0.0049465, 0.0049469, 0.0049478, 0.0049499");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004594;
			capacitance : 0.004436;
			fall_capacitance : 0.004278;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053489, -0.0053377, -0.0053119, -0.0053108, -0.0053082, -0.0053023, -0.0052887");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057861, 0.0057848, 0.0057819, 0.0058011, 0.0058453, 0.0059473, 0.0061823");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004227;
			capacitance : 0.004065;
			fall_capacitance : 0.003903;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0041242, -0.0041264, -0.0041314, -0.0041195, -0.0040920, -0.0040285, -0.0038823");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062320, 0.0062332, 0.0062358, 0.0062334, 0.0062279, 0.0062152, 0.0061858");
				}
			}
		}
	}
	cell ("scs8hd_o2111ai_1") {
		area : 8.758400;
		cell_footprint : "o2111ai";
		cell_leakage_power : 1.202733e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0086010";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "5.2367316e-06";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0121419";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.4006999e-06";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0086014";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.2572523e-06";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "3.1794053e-05";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0048755";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "9.5415119e-06";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "9.5415119e-06";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "5.2412171e-06";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "2.2013011e-05";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.5266833e-06";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "1.7525088e-05";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.3387877e-06";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014412";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "1.3469510e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "5.2412171e-06";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "2.2013012e-05";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.5266833e-06";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "1.7525088e-05";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.3387877e-06";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0014415";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "1.3469580e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "9.5415119e-06";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "5.2412171e-06";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "2.2013009e-05";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "5.5266833e-06";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "1.7525076e-05";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "5.3387877e-06";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0011013";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "1.3471281e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1) | (!C1) | (!D1)";
			max_capacitance : 0.060435;
			max_transition : 1.494355;
			internal_power () {
				related_pin : "C1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0037611, 0.0030287, 0.0013914, -0.0022745, -0.0104491, -0.0286417, -0.0691034", \
					  "0.0036947, 0.0029589, 0.0013355, -0.0023086, -0.0104667, -0.0286373, -0.0691048", \
					  "0.0035553, 0.0028445, 0.0012345, -0.0023774, -0.0105209, -0.0286796, -0.0691252", \
					  "0.0033924, 0.0026836, 0.0010855, -0.0025003, -0.0105947, -0.0287214, -0.0691308", \
					  "0.0033778, 0.0026397, 0.0009753, -0.0026634, -0.0107200, -0.0288142, -0.0692093", \
					  "0.0032669, 0.0025288, 0.0009019, -0.0027136, -0.0108772, -0.0289471, -0.0692833", \
					  "0.0032390, 0.0025224, 0.0008784, -0.0027772, -0.0109050, -0.0290254, -0.0694303");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0055170, 0.0062859, 0.0079702, 0.0116508, 0.0197574, 0.0377407, 0.0776161", \
					  "0.0053546, 0.0061306, 0.0078533, 0.0115799, 0.0197234, 0.0376837, 0.0779688", \
					  "0.0051648, 0.0059129, 0.0076230, 0.0113563, 0.0195132, 0.0376171, 0.0775893", \
					  "0.0049960, 0.0057621, 0.0074346, 0.0111546, 0.0192899, 0.0372841, 0.0772440", \
					  "0.0049766, 0.0057222, 0.0073703, 0.0110363, 0.0191902, 0.0372654, 0.0770621", \
					  "0.0047971, 0.0055909, 0.0072643, 0.0109796, 0.0189910, 0.0370413, 0.0770699", \
					  "0.0047650, 0.0055121, 0.0071061, 0.0107375, 0.0189897, 0.0368285, 0.0766944");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0034878, 0.0042913, 0.0060394, 0.0098011, 0.0178769, 0.0357942, 0.0759919", \
					  "0.0032814, 0.0040897, 0.0058702, 0.0096422, 0.0177980, 0.0359516, 0.0757399", \
					  "0.0030957, 0.0038751, 0.0055557, 0.0095040, 0.0178152, 0.0357141, 0.0757008", \
					  "0.0029798, 0.0037359, 0.0054183, 0.0091735, 0.0171817, 0.0354199, 0.0759090", \
					  "0.0030064, 0.0037424, 0.0053755, 0.0090492, 0.0173027, 0.0352699, 0.0759007", \
					  "0.0027514, 0.0035102, 0.0053433, 0.0090069, 0.0171880, 0.0351355, 0.0753412", \
					  "0.0030124, 0.0037452, 0.0052891, 0.0088684, 0.0170506, 0.0350577, 0.0749392");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0036987, 0.0029705, 0.0013476, -0.0022930, -0.0104520, -0.0286432, -0.0691032", \
					  "0.0035970, 0.0028796, 0.0012847, -0.0023445, -0.0104823, -0.0286631, -0.0691159", \
					  "0.0033773, 0.0027108, 0.0011490, -0.0024531, -0.0105538, -0.0286970, -0.0691336", \
					  "0.0032167, 0.0025040, 0.0009409, -0.0026148, -0.0106808, -0.0287714, -0.0691765", \
					  "0.0030783, 0.0023603, 0.0007583, -0.0028116, -0.0108591, -0.0289010, -0.0692529", \
					  "0.0032662, 0.0023502, 0.0007238, -0.0028969, -0.0110653, -0.0290988, -0.0693948", \
					  "0.0033180, 0.0026071, 0.0008301, -0.0028552, -0.0110454, -0.0290825, -0.0696152");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0117956, 0.0125562, 0.0142244, 0.0179303, 0.0260967, 0.0442220, 0.0843056", \
					  "0.0117031, 0.0124745, 0.0141389, 0.0178492, 0.0260280, 0.0441442, 0.0841517", \
					  "0.0116097, 0.0123461, 0.0140650, 0.0177694, 0.0259786, 0.0440894, 0.0841109", \
					  "0.0114962, 0.0122585, 0.0139591, 0.0176902, 0.0258946, 0.0440227, 0.0840787", \
					  "0.0114478, 0.0122038, 0.0138922, 0.0175981, 0.0258351, 0.0439752, 0.0841146", \
					  "0.0113947, 0.0121490, 0.0138223, 0.0176126, 0.0258477, 0.0439783, 0.0840616", \
					  "0.0111480, 0.0119247, 0.0137057, 0.0174605, 0.0256887, 0.0440783, 0.0842108");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0046435, 0.0038944, 0.0022621, -0.0014004, -0.0095626, -0.0277201, -0.0681592", \
					  "0.0045716, 0.0038363, 0.0021973, -0.0014619, -0.0096125, -0.0277853, -0.0682069", \
					  "0.0044960, 0.0037543, 0.0021312, -0.0015191, -0.0096712, -0.0278203, -0.0682503", \
					  "0.0043907, 0.0036614, 0.0020377, -0.0015948, -0.0097192, -0.0278647, -0.0682714", \
					  "0.0043189, 0.0035931, 0.0019799, -0.0016299, -0.0097533, -0.0278702, -0.0682715", \
					  "0.0043284, 0.0035954, 0.0019587, -0.0016856, -0.0098994, -0.0279898, -0.0683522", \
					  "0.0043292, 0.0035920, 0.0019437, -0.0017023, -0.0098723, -0.0280445, -0.0684421");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0105112, 0.0112666, 0.0129361, 0.0166588, 0.0248714, 0.0429493, 0.0830623", \
					  "0.0104074, 0.0111594, 0.0128283, 0.0165418, 0.0247302, 0.0428726, 0.0829804", \
					  "0.0101982, 0.0109610, 0.0126549, 0.0164046, 0.0246391, 0.0427825, 0.0828514", \
					  "0.0100511, 0.0108035, 0.0124788, 0.0162342, 0.0244904, 0.0426433, 0.0827221", \
					  "0.0099677, 0.0108081, 0.0124866, 0.0162329, 0.0243811, 0.0424465, 0.0825534", \
					  "0.0101717, 0.0109176, 0.0125747, 0.0161223, 0.0243309, 0.0422402, 0.0827079", \
					  "0.0102486, 0.0109613, 0.0125748, 0.0162695, 0.0243822, 0.0424238, 0.0826403");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0036760, 0.0029469, 0.0012947, -0.0023703, -0.0105452, -0.0287370, -0.0691953", \
					  "0.0036522, 0.0029276, 0.0012908, -0.0023483, -0.0105155, -0.0287021, -0.0691612", \
					  "0.0035534, 0.0028432, 0.0012353, -0.0023851, -0.0105285, -0.0286916, -0.0691408", \
					  "0.0034004, 0.0026914, 0.0010946, -0.0024909, -0.0105796, -0.0287182, -0.0691462", \
					  "0.0033440, 0.0026166, 0.0009425, -0.0026246, -0.0106931, -0.0287718, -0.0691691", \
					  "0.0031958, 0.0024744, 0.0008528, -0.0027483, -0.0108925, -0.0289234, -0.0692589", \
					  "0.0031624, 0.0024261, 0.0007833, -0.0028521, -0.0109642, -0.0290335, -0.0694096");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0076792, 0.0084469, 0.0101034, 0.0137822, 0.0219247, 0.0398987, 0.0797299", \
					  "0.0075378, 0.0082965, 0.0099699, 0.0136984, 0.0218348, 0.0398567, 0.0796993", \
					  "0.0073436, 0.0081000, 0.0097972, 0.0135162, 0.0216465, 0.0396580, 0.0801407", \
					  "0.0072178, 0.0079748, 0.0096563, 0.0133675, 0.0215710, 0.0396589, 0.0793751", \
					  "0.0071172, 0.0078724, 0.0095365, 0.0133021, 0.0214822, 0.0395089, 0.0792997", \
					  "0.0072161, 0.0079590, 0.0096454, 0.0133996, 0.0214778, 0.0391947, 0.0798684", \
					  "0.0072639, 0.0079673, 0.0095978, 0.0131546, 0.0214998, 0.0392483, 0.0795950");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00111179, 0.002472155, 0.005497035, 0.0122231, 0.02717904, 0.06043478");
					values("0.0036756, 0.0029505, 0.0013100, -0.0023680, -0.0105421, -0.0287332, -0.0691995", \
					  "0.0036162, 0.0028808, 0.0012556, -0.0023843, -0.0105585, -0.0287416, -0.0691997", \
					  "0.0034960, 0.0027792, 0.0011657, -0.0024548, -0.0105957, -0.0287649, -0.0692118", \
					  "0.0033447, 0.0026329, 0.0010481, -0.0025671, -0.0106639, -0.0287998, -0.0692309", \
					  "0.0033277, 0.0026103, 0.0009561, -0.0026691, -0.0107830, -0.0288756, -0.0692759", \
					  "0.0032357, 0.0024862, 0.0008657, -0.0027562, -0.0109071, -0.0290073, -0.0693532", \
					  "0.0032020, 0.0024691, 0.0008306, -0.0028212, -0.0109502, -0.0290635, -0.0694667");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.1531891, 0.1645593, 0.1890154, 0.2418006, 0.3572734, 0.6111650, 1.1721687", \
					  "0.1593375, 0.1706009, 0.1949747, 0.2477998, 0.3633680, 0.6172853, 1.1783823", \
					  "0.1739514, 0.1852353, 0.2095976, 0.2627948, 0.3784690, 0.6324219, 1.1933234", \
					  "0.2063222, 0.2172159, 0.2423615, 0.2952759, 0.4116174, 0.6655990, 1.2266977", \
					  "0.2807466, 0.2919562, 0.3161456, 0.3691959, 0.4852446, 0.7395738, 1.3010087", \
					  "0.4390968, 0.4523633, 0.4800788, 0.5391418, 0.6556621, 0.9101029, 1.4716109", \
					  "0.7388105, 0.7574881, 0.7970494, 0.8744792, 1.0232559, 1.3016119, 1.8639437");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.1232266, 0.1379658, 0.1702228, 0.2389786, 0.3938876, 0.7322852, 1.4850398", \
					  "0.1231193, 0.1382563, 0.1703169, 0.2387522, 0.3940290, 0.7313717, 1.4858774", \
					  "0.1231938, 0.1375050, 0.1700807, 0.2389150, 0.3928507, 0.7316253, 1.4855115", \
					  "0.1233623, 0.1375395, 0.1698830, 0.2390504, 0.3923671, 0.7317003, 1.4857551", \
					  "0.1259293, 0.1397009, 0.1701729, 0.2388606, 0.3921469, 0.7324971, 1.4862617", \
					  "0.1575343, 0.1705367, 0.1977651, 0.2589477, 0.4015823, 0.7324735, 1.4875625", \
					  "0.2377517, 0.2535746, 0.2841545, 0.3491237, 0.4817201, 0.7774222, 1.4943546");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0585837, 0.0631071, 0.0728751, 0.0941923, 0.1407422, 0.2433607, 0.4710999", \
					  "0.0631448, 0.0675755, 0.0774441, 0.0987729, 0.1454399, 0.2481451, 0.4753423", \
					  "0.0724293, 0.0769339, 0.0868128, 0.1082023, 0.1548007, 0.2574606, 0.4849500", \
					  "0.0901883, 0.0950137, 0.1050924, 0.1266360, 0.1734996, 0.2761739, 0.5039135", \
					  "0.1195609, 0.1253090, 0.1375636, 0.1623026, 0.2123652, 0.3162764, 0.5439782", \
					  "0.1575450, 0.1660979, 0.1841689, 0.2187947, 0.2821501, 0.4001831, 0.6359418", \
					  "0.1841305, 0.1984395, 0.2277602, 0.2834573, 0.3810377, 0.5429740, 0.8197923");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0380521, 0.0435180, 0.0558441, 0.0832193, 0.1437011, 0.2786239, 0.5781266", \
					  "0.0379568, 0.0435555, 0.0557025, 0.0830572, 0.1441321, 0.2785723, 0.5788567", \
					  "0.0380267, 0.0435157, 0.0558171, 0.0831813, 0.1435998, 0.2786308, 0.5781612", \
					  "0.0405618, 0.0456838, 0.0574402, 0.0839885, 0.1437969, 0.2789654, 0.5789376", \
					  "0.0523912, 0.0578433, 0.0692841, 0.0947891, 0.1503749, 0.2805010, 0.5788935", \
					  "0.0837328, 0.0901479, 0.1030055, 0.1302086, 0.1858472, 0.3057588, 0.5877504", \
					  "0.1486465, 0.1571278, 0.1762166, 0.2110746, 0.2752143, 0.3988549, 0.6592830");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.1392991, 0.1502588, 0.1750796, 0.2277285, 0.3435151, 0.5972205, 1.1578172", \
					  "0.1435637, 0.1547513, 0.1793094, 0.2324551, 0.3484642, 0.6019369, 1.1627046", \
					  "0.1553392, 0.1663286, 0.1909754, 0.2447052, 0.3604540, 0.6147607, 1.1759381", \
					  "0.1866158, 0.1976311, 0.2219386, 0.2754931, 0.3916475, 0.6463203, 1.2078933", \
					  "0.2643661, 0.2756088, 0.2997757, 0.3521889, 0.4677960, 0.7208241, 1.2826255", \
					  "0.4362429, 0.4499062, 0.4777918, 0.5371124, 0.6533419, 0.8948979, 1.4559610", \
					  "0.7479747, 0.7700504, 0.8127838, 0.9011662, 1.0580925, 1.3266801, 1.8827697");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.1231168, 0.1375545, 0.1689393, 0.2391147, 0.3926618, 0.7325734, 1.4873280", \
					  "0.1239198, 0.1385416, 0.1691738, 0.2387300, 0.3922548, 0.7327101, 1.4856577", \
					  "0.1232573, 0.1377129, 0.1690041, 0.2395090, 0.3922770, 0.7318297, 1.4862420", \
					  "0.1232294, 0.1379910, 0.1692328, 0.2387567, 0.3923500, 0.7322549, 1.4893098", \
					  "0.1302495, 0.1429228, 0.1719165, 0.2392217, 0.3924689, 0.7324669, 1.4863181", \
					  "0.1836103, 0.1957368, 0.2208215, 0.2727380, 0.4063603, 0.7326434, 1.4875822", \
					  "0.3025355, 0.3196327, 0.3530759, 0.4178291, 0.5357069, 0.7988489, 1.4917334");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0480936, 0.0520403, 0.0609822, 0.0804800, 0.1237496, 0.2201945, 0.4355259", \
					  "0.0527794, 0.0568371, 0.0658617, 0.0855459, 0.1290499, 0.2247474, 0.4382936", \
					  "0.0617442, 0.0658923, 0.0749293, 0.0948050, 0.1381240, 0.2342847, 0.4479630", \
					  "0.0775624, 0.0822194, 0.0920755, 0.1125272, 0.1562487, 0.2525618, 0.4662888", \
					  "0.1005002, 0.1066611, 0.1194301, 0.1445312, 0.1931668, 0.2914340, 0.5058835", \
					  "0.1228521, 0.1327291, 0.1524822, 0.1896396, 0.2546553, 0.3719496, 0.5939920", \
					  "0.1174255, 0.1342524, 0.1686062, 0.2281160, 0.3313466, 0.4967162, 0.7689109");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0289690, 0.0341665, 0.0456374, 0.0714331, 0.1283248, 0.2555552, 0.5371260", \
					  "0.0289904, 0.0341999, 0.0457221, 0.0719232, 0.1289442, 0.2551437, 0.5366970", \
					  "0.0291738, 0.0343637, 0.0458402, 0.0719292, 0.1283628, 0.2551876, 0.5365638", \
					  "0.0333275, 0.0381816, 0.0485889, 0.0730943, 0.1290578, 0.2548622, 0.5362931", \
					  "0.0472032, 0.0521126, 0.0628386, 0.0866341, 0.1377517, 0.2593324, 0.5368241", \
					  "0.0800740, 0.0863705, 0.0992312, 0.1251763, 0.1775368, 0.2904961, 0.5478822", \
					  "0.1474267, 0.1560951, 0.1746495, 0.2089521, 0.2709348, 0.3870065, 0.6318762");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0653352, 0.0714988, 0.0847210, 0.1142834, 0.1787084, 0.3209390, 0.6358955", \
					  "0.0711108, 0.0773110, 0.0905888, 0.1202784, 0.1848675, 0.3268840, 0.6418188", \
					  "0.0855790, 0.0917795, 0.1050268, 0.1343094, 0.1983982, 0.3406510, 0.6554259", \
					  "0.1213056, 0.1274171, 0.1406456, 0.1698054, 0.2344261, 0.3770559, 0.6912693", \
					  "0.2033086, 0.2109870, 0.2261973, 0.2544677, 0.3183549, 0.4604833, 0.7749063", \
					  "0.3525009, 0.3647377, 0.3894190, 0.4359488, 0.5139892, 0.6538299, 0.9673435", \
					  "0.6229476, 0.6430294, 0.6842964, 0.7609340, 0.8913368, 1.0982867, 1.4238453");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0575797, 0.0658226, 0.0837620, 0.1238957, 0.2133242, 0.4109118, 0.8532217", \
					  "0.0575873, 0.0659448, 0.0840959, 0.1239207, 0.2131623, 0.4111184, 0.8529650", \
					  "0.0575234, 0.0655770, 0.0839755, 0.1242444, 0.2133781, 0.4118998, 0.8528767", \
					  "0.0593396, 0.0667556, 0.0841605, 0.1239603, 0.2132666, 0.4121244, 0.8531266", \
					  "0.0826105, 0.0880971, 0.1010454, 0.1354294, 0.2153886, 0.4123208, 0.8532337", \
					  "0.1421335, 0.1505041, 0.1675234, 0.2006251, 0.2610193, 0.4265595, 0.8535382", \
					  "0.2529378, 0.2662576, 0.2943320, 0.3442921, 0.4240213, 0.5556507, 0.9020296");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0383391, 0.0419797, 0.0501700, 0.0679661, 0.1075539, 0.1957680, 0.3918750", \
					  "0.0424649, 0.0462730, 0.0543793, 0.0725120, 0.1119335, 0.2028193, 0.3955996", \
					  "0.0509745, 0.0547752, 0.0631047, 0.0811867, 0.1208692, 0.2088619, 0.4041638", \
					  "0.0660090, 0.0707187, 0.0806478, 0.1002642, 0.1406269, 0.2295917, 0.4255144", \
					  "0.0859178, 0.0929669, 0.1074300, 0.1337519, 0.1820595, 0.2739260, 0.4697577", \
					  "0.1028973, 0.1135453, 0.1357148, 0.1765727, 0.2468681, 0.3628502, 0.5727711", \
					  "0.0836988, 0.1031371, 0.1407953, 0.2084854, 0.3203086, 0.4958330, 0.7741162");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0259501, 0.0308588, 0.0415278, 0.0646578, 0.1168664, 0.2333367, 0.4909976", \
					  "0.0260140, 0.0306983, 0.0413367, 0.0654692, 0.1168672, 0.2346829, 0.4919874", \
					  "0.0269083, 0.0314048, 0.0416519, 0.0650419, 0.1170408, 0.2332450, 0.4905154", \
					  "0.0340911, 0.0383630, 0.0480188, 0.0685537, 0.1185564, 0.2336201, 0.4910020", \
					  "0.0523473, 0.0570654, 0.0674118, 0.0884991, 0.1335924, 0.2389510, 0.4908122", \
					  "0.0894612, 0.0962148, 0.1090385, 0.1349048, 0.1831036, 0.2818154, 0.5102021", \
					  "0.1618703, 0.1714041, 0.1906109, 0.2250011, 0.2894821, 0.4004621, 0.6188671");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0540628, 0.0600239, 0.0730602, 0.1014892, 0.1641851, 0.3026842, 0.6091166", \
					  "0.0596504, 0.0656673, 0.0790117, 0.1076445, 0.1705312, 0.3090708, 0.6161687", \
					  "0.0742302, 0.0800680, 0.0930429, 0.1214340, 0.1834761, 0.3239606, 0.6287316", \
					  "0.1099283, 0.1157161, 0.1284041, 0.1564882, 0.2188783, 0.3571654, 0.6643100", \
					  "0.1850993, 0.1938922, 0.2106017, 0.2412990, 0.3024166, 0.4410645, 0.7477352", \
					  "0.3203816, 0.3339465, 0.3613636, 0.4122700, 0.4957457, 0.6356176, 0.9395477", \
					  "0.5635484, 0.5867652, 0.6333974, 0.7176282, 0.8562898, 1.0699399, 1.3945527");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0472117, 0.0551666, 0.0728773, 0.1119023, 0.1989854, 0.3914468, 0.8201710", \
					  "0.0472973, 0.0551835, 0.0731134, 0.1120104, 0.1988432, 0.3924568, 0.8221749", \
					  "0.0474257, 0.0552370, 0.0729694, 0.1119914, 0.1990104, 0.3924305, 0.8225257", \
					  "0.0521136, 0.0589386, 0.0744296, 0.1121393, 0.1991614, 0.3923500, 0.8235885", \
					  "0.0807536, 0.0867255, 0.0982100, 0.1274430, 0.2032493, 0.3923030, 0.8214789", \
					  "0.1395095, 0.1483562, 0.1673171, 0.1974021, 0.2541980, 0.4111340, 0.8211307", \
					  "0.2498669, 0.2634325, 0.2916151, 0.3401198, 0.4196137, 0.5482863, 0.8734568");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0340418, 0.0376942, 0.0457474, 0.0638484, 0.1036916, 0.1911792, 0.3862014", \
					  "0.0381223, 0.0419180, 0.0500318, 0.0681002, 0.1078661, 0.1968859, 0.3927791", \
					  "0.0474616, 0.0512858, 0.0596870, 0.0777144, 0.1176015, 0.2054725, 0.4007839", \
					  "0.0629945, 0.0683663, 0.0791246, 0.1001274, 0.1404210, 0.2298896, 0.4262125", \
					  "0.0826023, 0.0907503, 0.1068424, 0.1364429, 0.1889151, 0.2816304, 0.4777082", \
					  "0.0968059, 0.1099758, 0.1356554, 0.1820608, 0.2602446, 0.3868320, 0.5996071", \
					  "0.0754144, 0.0969917, 0.1398942, 0.2154273, 0.3396902, 0.5335288, 0.8328008");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0259528, 0.0306362, 0.0413427, 0.0647778, 0.1169806, 0.2329692, 0.4912531", \
					  "0.0260231, 0.0307254, 0.0412977, 0.0647956, 0.1170692, 0.2346791, 0.4938353", \
					  "0.0277600, 0.0320744, 0.0420594, 0.0651390, 0.1170163, 0.2327751, 0.4906974", \
					  "0.0373659, 0.0417052, 0.0508321, 0.0707335, 0.1188490, 0.2336149, 0.4931992", \
					  "0.0582931, 0.0634034, 0.0743822, 0.0959535, 0.1401174, 0.2410253, 0.4959560", \
					  "0.0980723, 0.1057023, 0.1214207, 0.1486251, 0.2004891, 0.2965056, 0.5142503", \
					  "0.1750904, 0.1857721, 0.2069372, 0.2472226, 0.3164000, 0.4366802, 0.6526737");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0388727, 0.0443651, 0.0564716, 0.0823100, 0.1380876, 0.2623044, 0.5361514", \
					  "0.0442867, 0.0497784, 0.0619682, 0.0876618, 0.1437377, 0.2683205, 0.5427021", \
					  "0.0587967, 0.0639402, 0.0755226, 0.1019113, 0.1582749, 0.2828785, 0.5577672", \
					  "0.0928375, 0.0988633, 0.1104622, 0.1356570, 0.1909293, 0.3152980, 0.5914388", \
					  "0.1537579, 0.1639435, 0.1831430, 0.2167413, 0.2727417, 0.3962227, 0.6715917", \
					  "0.2611595, 0.2772458, 0.3084478, 0.3642433, 0.4519117, 0.5831562, 0.8605318", \
					  "0.4505382, 0.4780181, 0.5320872, 0.6238711, 0.7698915, 0.9869146, 1.3000185");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0349005, 0.0419681, 0.0579028, 0.0941882, 0.1711356, 0.3462949, 0.7331666", \
					  "0.0351289, 0.0422861, 0.0577232, 0.0935296, 0.1712084, 0.3460127, 0.7330380", \
					  "0.0350690, 0.0422888, 0.0578485, 0.0933909, 0.1716182, 0.3459042, 0.7316923", \
					  "0.0460726, 0.0507840, 0.0631986, 0.0945611, 0.1712199, 0.3456598, 0.7308974", \
					  "0.0783926, 0.0840109, 0.0947582, 0.1176496, 0.1800081, 0.3460574, 0.7398933", \
					  "0.1355405, 0.1454928, 0.1638996, 0.1936972, 0.2485316, 0.3763933, 0.7363882", \
					  "0.2430487, 0.2584602, 0.2844559, 0.3331605, 0.4107741, 0.5369892, 0.8114476");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0276025, 0.0313655, 0.0395585, 0.0574985, 0.0978003, 0.1871657, 0.3803496", \
					  "0.0313682, 0.0351529, 0.0434387, 0.0615363, 0.1020542, 0.1901550, 0.3872441", \
					  "0.0404880, 0.0447053, 0.0528069, 0.0708822, 0.1108549, 0.1989801, 0.3961539", \
					  "0.0547014, 0.0603723, 0.0723677, 0.0934648, 0.1323438, 0.2213241, 0.4162862", \
					  "0.0711287, 0.0799981, 0.0972456, 0.1287191, 0.1826915, 0.2737866, 0.4692872", \
					  "0.0778775, 0.0926524, 0.1200822, 0.1688261, 0.2504443, 0.3817114, 0.5923890", \
					  "0.0492781, 0.0691324, 0.1165247, 0.1942896, 0.3227128, 0.5192574, 0.8292161");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111179, 0.00247215, 0.00549704, 0.0122231, 0.027179, 0.0604348");
					values("0.0257856, 0.0305780, 0.0412179, 0.0649959, 0.1175633, 0.2344463, 0.4920458", \
					  "0.0255308, 0.0303195, 0.0413398, 0.0646706, 0.1175185, 0.2346020, 0.5018977", \
					  "0.0284767, 0.0324050, 0.0420863, 0.0644832, 0.1169959, 0.2334292, 0.4908158", \
					  "0.0409341, 0.0457635, 0.0542605, 0.0728954, 0.1195232, 0.2331142, 0.4916285", \
					  "0.0649770, 0.0709035, 0.0833715, 0.1053804, 0.1477062, 0.2431762, 0.4921873", \
					  "0.1115806, 0.1188908, 0.1358504, 0.1670427, 0.2206682, 0.3165893, 0.5225558", \
					  "0.1931279, 0.2117517, 0.2331451, 0.2793378, 0.3555435, 0.4881220, 0.7021241");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002060;
			capacitance : 0.002161;
			rise_capacitance : 0.002262;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026283, -0.0026270, -0.0026240, -0.0026235, -0.0026223, -0.0026196, -0.0026134");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026303, 0.0026303, 0.0026304, 0.0026314, 0.0026336, 0.0026389, 0.0026510");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002105;
			capacitance : 0.002238;
			rise_capacitance : 0.002372;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025873, -0.0025864, -0.0025843, -0.0025845, -0.0025849, -0.0025857, -0.0025876");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025925, 0.0025923, 0.0025920, 0.0025919, 0.0025918, 0.0025914, 0.0025905");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002094;
			capacitance : 0.002184;
			rise_capacitance : 0.002274;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025483, -0.0025463, -0.0025419, -0.0025421, -0.0025427, -0.0025439, -0.0025468");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025371, 0.0025380, 0.0025401, 0.0025408, 0.0025426, 0.0025468, 0.0025563");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002340;
			capacitance : 0.002264;
			fall_capacitance : 0.002188;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026448, -0.0026401, -0.0026291, -0.0026283, -0.0026264, -0.0026221, -0.0026121");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0029474, 0.0029447, 0.0029383, 0.0029473, 0.0029681, 0.0030159, 0.0031262");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002118;
			capacitance : 0.002177;
			rise_capacitance : 0.002237;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026566, -0.0026543, -0.0026490, -0.0026444, -0.0026337, -0.0026091, -0.0025523");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032092, 0.0032099, 0.0032115, 0.0032130, 0.0032165, 0.0032246, 0.0032432");
				}
			}
		}
	}
	cell ("scs8hd_o2111ai_2") {
		area : 15.014400;
		cell_footprint : "o2111ai";
		cell_leakage_power : 1.414518e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.6743129e-05";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0073203";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0218793";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0073215";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "1.8078072e-05";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "8.1475879e-06";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "6.7061882e-05";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "8.9368964e-06";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "1.6606259e-05";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "8.0329369e-06";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "4.1331474e-05";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "8.9523963e-06";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "2.9265507e-05";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "8.2114406e-06";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0028822";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.9516408e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "1.6606237e-05";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "8.0329369e-06";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "4.1388235e-05";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "7.3008201e-06";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "2.9265453e-05";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "8.2114406e-06";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0024394";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.9758368e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "1.6606410e-05";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "8.0330419e-06";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "4.1331640e-05";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "8.1910619e-06";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "2.9265581e-05";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "8.2114728e-06";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0028798";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "2.9008849e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1) | (!C1) | (!D1)";
			max_capacitance : 0.111704;
			max_transition : 1.493807;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0224848, 0.0233532, 0.0255683, 0.0310747, 0.0443792, 0.0770309, 0.1570125", \
					  "0.0222742, 0.0231726, 0.0253914, 0.0308936, 0.0442166, 0.0768718, 0.1567991", \
					  "0.0221060, 0.0229872, 0.0252200, 0.0307364, 0.0440804, 0.0767489, 0.1567524", \
					  "0.0218725, 0.0227836, 0.0250539, 0.0305219, 0.0439048, 0.0766082, 0.1565398", \
					  "0.0216859, 0.0225815, 0.0248154, 0.0303180, 0.0437333, 0.0764640, 0.1563147", \
					  "0.0216207, 0.0225661, 0.0247630, 0.0302478, 0.0437318, 0.0764274, 0.1562987", \
					  "0.0214006, 0.0223676, 0.0246946, 0.0301165, 0.0435879, 0.0766070, 0.1565682");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0097449, 0.0088638, 0.0066980, 0.0013410, -0.0118936, -0.0445547, -0.1252173", \
					  "0.0096171, 0.0087363, 0.0065792, 0.0012211, -0.0120085, -0.0446760, -0.1253299", \
					  "0.0094484, 0.0085901, 0.0064209, 0.0010820, -0.0121302, -0.0447984, -0.1254116", \
					  "0.0092247, 0.0083555, 0.0062146, 0.0009100, -0.0122635, -0.0448830, -0.1255150", \
					  "0.0090571, 0.0081854, 0.0060643, 0.0007955, -0.0123689, -0.0449469, -0.1255262", \
					  "0.0090288, 0.0081628, 0.0060118, 0.0006542, -0.0126697, -0.0451560, -0.1256780", \
					  "0.0090570, 0.0081886, 0.0060091, 0.0006505, -0.0125836, -0.0453949, -0.1257433");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0196763, 0.0205890, 0.0227997, 0.0282928, 0.0416191, 0.0743121, 0.1541974", \
					  "0.0194562, 0.0203445, 0.0225760, 0.0280612, 0.0414215, 0.0740651, 0.1540491", \
					  "0.0191714, 0.0200748, 0.0223486, 0.0278372, 0.0412232, 0.0739473, 0.1538956", \
					  "0.0187933, 0.0197643, 0.0217841, 0.0274987, 0.0409506, 0.0737334, 0.1537030", \
					  "0.0185862, 0.0194831, 0.0217244, 0.0272280, 0.0406531, 0.0734675, 0.1535846", \
					  "0.0187075, 0.0196154, 0.0218370, 0.0273332, 0.0407347, 0.0731521, 0.1534844", \
					  "0.0191841, 0.0200340, 0.0221687, 0.0274769, 0.0408231, 0.0734003, 0.1533922");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0071973, 0.0063317, 0.0041549, -0.0012178, -0.0145042, -0.0472753, -0.1279989", \
					  "0.0071171, 0.0062595, 0.0041412, -0.0012038, -0.0144583, -0.0472060, -0.1279206", \
					  "0.0069282, 0.0060837, 0.0039863, -0.0012834, -0.0144646, -0.0471634, -0.1278765", \
					  "0.0066020, 0.0057721, 0.0036902, -0.0015146, -0.0145839, -0.0472033, -0.1278291", \
					  "0.0063636, 0.0054864, 0.0033939, -0.0017942, -0.0148348, -0.0473332, -0.1278876", \
					  "0.0062342, 0.0053636, 0.0032368, -0.0020390, -0.0152390, -0.0476519, -0.1281096", \
					  "0.0061877, 0.0053116, 0.0031176, -0.0022050, -0.0153686, -0.0479540, -0.1283681");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0144003, 0.0152853, 0.0175060, 0.0229305, 0.0361775, 0.0686530, 0.1484185", \
					  "0.0141293, 0.0150337, 0.0172682, 0.0227552, 0.0360339, 0.0685843, 0.1483240", \
					  "0.0137973, 0.0147243, 0.0169747, 0.0224559, 0.0358634, 0.0683900, 0.1483088", \
					  "0.0135229, 0.0144437, 0.0166988, 0.0219897, 0.0355137, 0.0682688, 0.1474707", \
					  "0.0132693, 0.0141856, 0.0164055, 0.0218510, 0.0351915, 0.0678785, 0.1478495", \
					  "0.0135196, 0.0144011, 0.0165819, 0.0219868, 0.0354181, 0.0678407, 0.1476639", \
					  "0.0142073, 0.0154843, 0.0166307, 0.0220421, 0.0353669, 0.0683583, 0.1471990");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0071484, 0.0062740, 0.0041364, -0.0012286, -0.0144991, -0.0472773, -0.1280224", \
					  "0.0069629, 0.0061236, 0.0039840, -0.0013350, -0.0145683, -0.0473074, -0.1280234", \
					  "0.0067128, 0.0058764, 0.0037728, -0.0014890, -0.0146704, -0.0473497, -0.1280510", \
					  "0.0064249, 0.0055876, 0.0034964, -0.0017659, -0.0148493, -0.0474655, -0.1281054", \
					  "0.0064004, 0.0054689, 0.0033184, -0.0019616, -0.0150524, -0.0475812, -0.1281517", \
					  "0.0062524, 0.0053672, 0.0032101, -0.0020872, -0.0154035, -0.0479246, -0.1284213", \
					  "0.0061865, 0.0053589, 0.0031321, -0.0021918, -0.0154300, -0.0480470, -0.1286650");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0105265, 0.0114219, 0.0136835, 0.0191463, 0.0323443, 0.0647850, 0.1444857", \
					  "0.0101464, 0.0110803, 0.0133685, 0.0189159, 0.0322839, 0.0647526, 0.1443717", \
					  "0.0097413, 0.0106983, 0.0130261, 0.0185772, 0.0320382, 0.0646415, 0.1442954", \
					  "0.0093110, 0.0102153, 0.0125371, 0.0180513, 0.0312227, 0.0642562, 0.1441832", \
					  "0.0089659, 0.0098911, 0.0121112, 0.0175591, 0.0309637, 0.0636378, 0.1437015", \
					  "0.0087060, 0.0096624, 0.0120028, 0.0174707, 0.0307046, 0.0631339, 0.1432794", \
					  "0.0087715, 0.0096697, 0.0118274, 0.0170824, 0.0302618, 0.0630693, 0.1427891");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0071171, 0.0062672, 0.0040962, -0.0012578, -0.0145431, -0.0472952, -0.1280346", \
					  "0.0069680, 0.0061047, 0.0039929, -0.0013350, -0.0145931, -0.0473304, -0.1280530", \
					  "0.0067245, 0.0058794, 0.0037745, -0.0015019, -0.0146842, -0.0473686, -0.1280744", \
					  "0.0064346, 0.0055957, 0.0035046, -0.0017265, -0.0148449, -0.0474769, -0.1281283", \
					  "0.0063184, 0.0054495, 0.0033206, -0.0019372, -0.0150569, -0.0475754, -0.1281405", \
					  "0.0062501, 0.0053757, 0.0032301, -0.0020778, -0.0153835, -0.0478945, -0.1284076", \
					  "0.0062326, 0.0053641, 0.0031913, -0.0021892, -0.0154009, -0.0481596, -0.1286318");
				}
			}
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0051067, 0.0060957, 0.0084848, 0.0140728, 0.0273830, 0.0596528, 0.1400982", \
					  "0.0047803, 0.0057551, 0.0081948, 0.0138383, 0.0274567, 0.0599838, 0.1410257", \
					  "0.0044366, 0.0054136, 0.0078079, 0.0135636, 0.0269926, 0.0593966, 0.1392057", \
					  "0.0042001, 0.0051348, 0.0074333, 0.0129708, 0.0267199, 0.0595709, 0.1395830", \
					  "0.0040106, 0.0049136, 0.0071499, 0.0125601, 0.0259244, 0.0588300, 0.1383827", \
					  "0.0037826, 0.0046592, 0.0068220, 0.0126009, 0.0258525, 0.0582724, 0.1389305", \
					  "0.0044594, 0.0054005, 0.0075362, 0.0125866, 0.0257713, 0.0589132, 0.1382181");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001231648, 0.003033914, 0.007473429, 0.01840927, 0.04534749, 0.1117043");
					values("0.0058868, 0.0050293, 0.0029065, -0.0024391, -0.0156884, -0.0484261, -0.1291602", \
					  "0.0056660, 0.0048347, 0.0027403, -0.0025410, -0.0157478, -0.0484682, -0.1291886", \
					  "0.0053809, 0.0045583, 0.0024798, -0.0027367, -0.0158602, -0.0485224, -0.1292016", \
					  "0.0050410, 0.0042099, 0.0021653, -0.0030437, -0.0161136, -0.0486597, -0.1292731", \
					  "0.0049856, 0.0041224, 0.0019748, -0.0032950, -0.0163684, -0.0488461, -0.1293577", \
					  "0.0049691, 0.0040842, 0.0019370, -0.0033670, -0.0167125, -0.0492557, -0.1297140", \
					  "0.0052881, 0.0045221, 0.0019832, -0.0030842, -0.0164949, -0.0495831, -0.1300923");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.1587562, 0.1659430, 0.1830258, 0.2255721, 0.3268115, 0.5726211, 1.1708463", \
					  "0.1642798, 0.1713727, 0.1885549, 0.2313077, 0.3325449, 0.5784142, 1.1766823", \
					  "0.1792094, 0.1863019, 0.2034531, 0.2463740, 0.3479224, 0.5935600, 1.1920424", \
					  "0.2128603, 0.2199418, 0.2380511, 0.2804401, 0.3818685, 0.6279584, 1.2271384", \
					  "0.2889885, 0.2963294, 0.3140492, 0.3565650, 0.4581498, 0.7040306, 1.3033172", \
					  "0.4542381, 0.4631237, 0.4824930, 0.5283204, 0.6332174, 0.8787917, 1.4783107", \
					  "0.7698324, 0.7818949, 0.8103340, 0.8723436, 1.0064201, 1.2806918, 1.8820163");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.1220737, 0.1312757, 0.1539355, 0.2100305, 0.3445871, 0.6762126, 1.4904156", \
					  "0.1219195, 0.1311815, 0.1539198, 0.2098704, 0.3445925, 0.6762470, 1.4904776", \
					  "0.1220711, 0.1312119, 0.1539168, 0.2099451, 0.3445769, 0.6752912, 1.4905811", \
					  "0.1218993, 0.1312629, 0.1544889, 0.2094152, 0.3455894, 0.6750333, 1.4891338", \
					  "0.1237972, 0.1326558, 0.1546184, 0.2097368, 0.3452870, 0.6762098, 1.4908954", \
					  "0.1519965, 0.1605836, 0.1808071, 0.2293753, 0.3539858, 0.6755268, 1.4912156", \
					  "0.2272669, 0.2372320, 0.2616766, 0.3166671, 0.4361261, 0.7206448, 1.4936763");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0671901, 0.0706599, 0.0792031, 0.0992042, 0.1472864, 0.2639357, 0.5487298", \
					  "0.0714849, 0.0749508, 0.0833724, 0.1035229, 0.1515876, 0.2682235, 0.5530661", \
					  "0.0798546, 0.0833485, 0.0918154, 0.1120134, 0.1601346, 0.2768447, 0.5620578", \
					  "0.0951944, 0.0988332, 0.1075516, 0.1279230, 0.1762345, 0.2928734, 0.5784769", \
					  "0.1202527, 0.1243816, 0.1344757, 0.1570379, 0.2080617, 0.3258969, 0.6116375", \
					  "0.1531619, 0.1592382, 0.1730818, 0.2028657, 0.2643847, 0.3951164, 0.6854406", \
					  "0.1686659, 0.1790916, 0.2004840, 0.2481301, 0.3412924, 0.5115005, 0.8426302");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0456532, 0.0498095, 0.0600321, 0.0854685, 0.1485121, 0.3043300, 0.6885352", \
					  "0.0456727, 0.0499255, 0.0600085, 0.0854186, 0.1483893, 0.3041332, 0.6885750", \
					  "0.0456232, 0.0497274, 0.0599822, 0.0853720, 0.1485055, 0.3046083, 0.6885651", \
					  "0.0476165, 0.0514335, 0.0613102, 0.0861821, 0.1485140, 0.3045201, 0.6895434", \
					  "0.0563423, 0.0602899, 0.0702041, 0.0943686, 0.1537410, 0.3055996, 0.6893825", \
					  "0.0842622, 0.0886647, 0.0989145, 0.1234564, 0.1817043, 0.3256309, 0.6932923", \
					  "0.1468664, 0.1534861, 0.1671733, 0.1977082, 0.2626096, 0.4021076, 0.7501403");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.1380263, 0.1452165, 0.1626619, 0.2055016, 0.3069131, 0.5523255, 1.1515745", \
					  "0.1426301, 0.1496500, 0.1666421, 0.2094594, 0.3113147, 0.5566160, 1.1555027", \
					  "0.1541116, 0.1611087, 0.1791744, 0.2214901, 0.3231283, 0.5687670, 1.1681225", \
					  "0.1832938, 0.1907005, 0.2074899, 0.2523270, 0.3545215, 0.6004836, 1.1984750", \
					  "0.2600846, 0.2674978, 0.2851238, 0.3270589, 0.4283281, 0.6748234, 1.2743538", \
					  "0.4240994, 0.4334102, 0.4551344, 0.5030937, 0.6048418, 0.8477378, 1.4467285", \
					  "0.7126403, 0.7267314, 0.7597398, 0.8333738, 0.9808374, 1.2575831, 1.8508499");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.1219228, 0.1312753, 0.1538626, 0.2099503, 0.3445683, 0.6761550, 1.4891269", \
					  "0.1220753, 0.1311986, 0.1540810, 0.2095740, 0.3446050, 0.6757397, 1.4896842", \
					  "0.1218732, 0.1312713, 0.1545866, 0.2093927, 0.3445624, 0.6761570, 1.4888119", \
					  "0.1218583, 0.1315731, 0.1539109, 0.2100187, 0.3446837, 0.6760894, 1.4895006", \
					  "0.1276582, 0.1361946, 0.1575237, 0.2105787, 0.3447936, 0.6763080, 1.4886563", \
					  "0.1817721, 0.1903669, 0.2101258, 0.2522954, 0.3642863, 0.6769651, 1.4915716", \
					  "0.2937134, 0.3062655, 0.3346101, 0.3930422, 0.5052078, 0.7577859, 1.4938073");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0537463, 0.0569717, 0.0646378, 0.0829330, 0.1280287, 0.2386951, 0.5110795", \
					  "0.0582496, 0.0613940, 0.0693047, 0.0878572, 0.1330328, 0.2438317, 0.5187690", \
					  "0.0666946, 0.0698448, 0.0777985, 0.0967086, 0.1419712, 0.2527309, 0.5281100", \
					  "0.0808147, 0.0843585, 0.0928939, 0.1123493, 0.1583441, 0.2693454, 0.5456339", \
					  "0.1011734, 0.1056100, 0.1162440, 0.1391300, 0.1893577, 0.3025720, 0.5795552", \
					  "0.1201533, 0.1271343, 0.1427425, 0.1762662, 0.2419709, 0.3705460, 0.6504532", \
					  "0.1076898, 0.1189057, 0.1452193, 0.1998407, 0.3017101, 0.4790131, 0.8065515");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0322784, 0.0364301, 0.0464154, 0.0714147, 0.1317699, 0.2807305, 0.6477026", \
					  "0.0323125, 0.0363512, 0.0465076, 0.0711561, 0.1317370, 0.2809997, 0.6500437", \
					  "0.0324354, 0.0365134, 0.0464148, 0.0710940, 0.1319739, 0.2807190, 0.6503970", \
					  "0.0358988, 0.0397528, 0.0489945, 0.0725713, 0.1324648, 0.2808649, 0.6515569", \
					  "0.0473074, 0.0510460, 0.0603572, 0.0835377, 0.1398801, 0.2838212, 0.6517031", \
					  "0.0787099, 0.0831615, 0.0934240, 0.1171770, 0.1725823, 0.3084114, 0.6569945", \
					  "0.1450146, 0.1508943, 0.1648840, 0.1958111, 0.2588622, 0.3929356, 0.7213862");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0551542, 0.0585600, 0.0665987, 0.0863136, 0.1335259, 0.2482639, 0.5284381", \
					  "0.0608540, 0.0643776, 0.0726287, 0.0923221, 0.1396358, 0.2541602, 0.5346537", \
					  "0.0755801, 0.0790672, 0.0872103, 0.1069775, 0.1545332, 0.2697054, 0.5499120", \
					  "0.1114713, 0.1147988, 0.1228179, 0.1414211, 0.1881152, 0.3029839, 0.5835289", \
					  "0.1878570, 0.1925806, 0.2033770, 0.2258951, 0.2733911, 0.3878141, 0.6681568", \
					  "0.3220132, 0.3296574, 0.3472672, 0.3849108, 0.4552096, 0.5799889, 0.8592866", \
					  "0.5617981, 0.5745864, 0.6054704, 0.6662355, 0.7837758, 0.9843149, 1.3071459");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0465520, 0.0510621, 0.0620477, 0.0886568, 0.1540120, 0.3158111, 0.7124734", \
					  "0.0464806, 0.0508292, 0.0619704, 0.0886386, 0.1540175, 0.3155957, 0.7126895", \
					  "0.0463400, 0.0508023, 0.0617452, 0.0883362, 0.1539678, 0.3155742, 0.7140355", \
					  "0.0495166, 0.0535768, 0.0635596, 0.0888736, 0.1540859, 0.3157647, 0.7135130", \
					  "0.0754434, 0.0791189, 0.0872292, 0.1068780, 0.1611068, 0.3155008, 0.7136330", \
					  "0.1296306, 0.1355702, 0.1485580, 0.1756204, 0.2245391, 0.3452318, 0.7138325", \
					  "0.2331917, 0.2425022, 0.2616101, 0.3061734, 0.3777918, 0.5051683, 0.7879787");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0427668, 0.0455659, 0.0525432, 0.0692819, 0.1100806, 0.2103204, 0.4577259", \
					  "0.0466589, 0.0495543, 0.0564604, 0.0732391, 0.1139303, 0.2136199, 0.4589434", \
					  "0.0544481, 0.0574394, 0.0645414, 0.0813802, 0.1226970, 0.2232799, 0.4675623", \
					  "0.0683531, 0.0719156, 0.0799678, 0.0983160, 0.1398915, 0.2399902, 0.4853618", \
					  "0.0883503, 0.0932450, 0.1048494, 0.1281172, 0.1765620, 0.2802409, 0.5275717", \
					  "0.1059173, 0.1134039, 0.1308213, 0.1680291, 0.2360895, 0.3621037, 0.6185554", \
					  "0.0889897, 0.1025856, 0.1322510, 0.1928070, 0.3030839, 0.4910093, 0.8070399");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0281231, 0.0317901, 0.0409882, 0.0632497, 0.1184973, 0.2528471, 0.5862199", \
					  "0.0281485, 0.0318809, 0.0410040, 0.0631848, 0.1178406, 0.2520325, 0.5832097", \
					  "0.0289162, 0.0323322, 0.0411978, 0.0633547, 0.1177899, 0.2530018, 0.5836098", \
					  "0.0345772, 0.0380180, 0.0464220, 0.0664536, 0.1191376, 0.2519468, 0.5839627", \
					  "0.0506582, 0.0540882, 0.0626824, 0.0827354, 0.1316998, 0.2564684, 0.5845023", \
					  "0.0859538, 0.0905770, 0.1011276, 0.1251867, 0.1748614, 0.2923157, 0.5945615", \
					  "0.1560516, 0.1627484, 0.1779430, 0.2099011, 0.2738614, 0.4000877, 0.6826892");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0501488, 0.0537251, 0.0623749, 0.0830654, 0.1331235, 0.2551495, 0.5543790", \
					  "0.0556857, 0.0593076, 0.0680198, 0.0888868, 0.1391956, 0.2615148, 0.5611009", \
					  "0.0705723, 0.0741351, 0.0827719, 0.1036617, 0.1542765, 0.2769948, 0.5767795", \
					  "0.1067828, 0.1101812, 0.1187547, 0.1388844, 0.1878689, 0.3128435, 0.6120134", \
					  "0.1806974, 0.1860974, 0.1983050, 0.2235018, 0.2745786, 0.3962636, 0.6966387", \
					  "0.3136882, 0.3228898, 0.3431319, 0.3852756, 0.4616176, 0.5931726, 0.8916851", \
					  "0.5560560, 0.5701923, 0.6044368, 0.6743589, 0.8005995, 1.0139450, 1.3427233");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0405817, 0.0450628, 0.0566627, 0.0851234, 0.1549665, 0.3270463, 0.7505105", \
					  "0.0403031, 0.0450865, 0.0566064, 0.0849876, 0.1550265, 0.3268397, 0.7529045", \
					  "0.0404152, 0.0451522, 0.0565545, 0.0850310, 0.1548673, 0.3269444, 0.7501182", \
					  "0.0450651, 0.0491433, 0.0592017, 0.0855645, 0.1549958, 0.3270597, 0.7503042", \
					  "0.0729727, 0.0767330, 0.0853367, 0.1046691, 0.1618361, 0.3269653, 0.7510038", \
					  "0.1281734, 0.1342154, 0.1485002, 0.1739896, 0.2224524, 0.3512474, 0.7505682", \
					  "0.2313761, 0.2454033, 0.2636253, 0.3047194, 0.3831043, 0.5044321, 0.8178194");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0381260, 0.0410629, 0.0478906, 0.0645919, 0.1054009, 0.2055852, 0.4523424", \
					  "0.0424272, 0.0452242, 0.0522499, 0.0690869, 0.1095636, 0.2092581, 0.4546100", \
					  "0.0517971, 0.0547297, 0.0617545, 0.0787330, 0.1195062, 0.2203799, 0.4644528", \
					  "0.0684049, 0.0723966, 0.0814155, 0.1010727, 0.1427772, 0.2428806, 0.4886057", \
					  "0.0895877, 0.0956174, 0.1091550, 0.1372438, 0.1908367, 0.2962680, 0.5427652", \
					  "0.1054182, 0.1152205, 0.1370528, 0.1810628, 0.2629933, 0.4055873, 0.6659015", \
					  "0.0846114, 0.1032664, 0.1373817, 0.2101683, 0.3416120, 0.5599999, 0.9163909");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0281718, 0.0318930, 0.0409554, 0.0632040, 0.1178081, 0.2531221, 0.5854860", \
					  "0.0282842, 0.0318407, 0.0409641, 0.0632581, 0.1177268, 0.2522626, 0.5820895", \
					  "0.0293116, 0.0327906, 0.0413211, 0.0632229, 0.1177734, 0.2546587, 0.5828147", \
					  "0.0386005, 0.0419333, 0.0498757, 0.0690763, 0.1191230, 0.2519758, 0.5836863", \
					  "0.0589823, 0.0631655, 0.0726206, 0.0932763, 0.1396476, 0.2588192, 0.5836404", \
					  "0.0995431, 0.1051852, 0.1178836, 0.1448668, 0.1991414, 0.3118544, 0.5985793", \
					  "0.1762241, 0.1851290, 0.2037134, 0.2425890, 0.3165933, 0.4506620, 0.7264762");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0325831, 0.0359944, 0.0440617, 0.0631170, 0.1085754, 0.2193993, 0.4912019", \
					  "0.0383192, 0.0416369, 0.0500327, 0.0692789, 0.1152998, 0.2264129, 0.4989734", \
					  "0.0533700, 0.0566661, 0.0645891, 0.0836533, 0.1297428, 0.2398192, 0.5132639", \
					  "0.0865448, 0.0905953, 0.0998153, 0.1191140, 0.1641750, 0.2753888, 0.5478707", \
					  "0.1451594, 0.1522536, 0.1673906, 0.1968234, 0.2479314, 0.3591169, 0.6308916", \
					  "0.2494308, 0.2613458, 0.2868257, 0.3356595, 0.4196710, 0.5527175, 0.8233376", \
					  "0.4359722, 0.4559712, 0.4995855, 0.5821874, 0.7229839, 0.9421555, 1.2697451");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0275130, 0.0316426, 0.0423736, 0.0680730, 0.1322703, 0.2882622, 0.6779436", \
					  "0.0274075, 0.0317172, 0.0421392, 0.0680438, 0.1324334, 0.2904089, 0.6813027", \
					  "0.0281642, 0.0320588, 0.0423405, 0.0681310, 0.1319502, 0.2887605, 0.6738088", \
					  "0.0404689, 0.0430278, 0.0503164, 0.0712050, 0.1320757, 0.2920635, 0.6765876", \
					  "0.0704844, 0.0743171, 0.0830082, 0.0994293, 0.1449187, 0.2908889, 0.6745554", \
					  "0.1249050, 0.1308799, 0.1442521, 0.1697708, 0.2179451, 0.3249679, 0.6818754", \
					  "0.2270510, 0.2379026, 0.2578951, 0.2982371, 0.3733398, 0.4971072, 0.7632163");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0266118, 0.0295139, 0.0364333, 0.0532176, 0.0938348, 0.1954314, 0.4410668", \
					  "0.0300827, 0.0329280, 0.0399675, 0.0568835, 0.0976730, 0.1977935, 0.4429355", \
					  "0.0395873, 0.0426108, 0.0492760, 0.0659572, 0.1074664, 0.2067875, 0.4521857", \
					  "0.0531594, 0.0576271, 0.0676879, 0.0874886, 0.1290938, 0.2290432, 0.4756111", \
					  "0.0666303, 0.0735488, 0.0887799, 0.1197008, 0.1769864, 0.2810010, 0.5257372", \
					  "0.0685913, 0.0796629, 0.1036730, 0.1521733, 0.2385557, 0.3890860, 0.6463545", \
					  "0.0238901, 0.0409531, 0.0811043, 0.1576166, 0.2934233, 0.5238482, 0.8920770");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00123165, 0.00303391, 0.00747343, 0.0184093, 0.0453475, 0.111704");
					values("0.0276985, 0.0313988, 0.0407130, 0.0631119, 0.1176642, 0.2527596, 0.5843159", \
					  "0.0270018, 0.0309140, 0.0403708, 0.0629593, 0.1176204, 0.2523846, 0.5835942", \
					  "0.0299626, 0.0331677, 0.0412527, 0.0626540, 0.1181934, 0.2524700, 0.5836698", \
					  "0.0409503, 0.0445041, 0.0533347, 0.0720560, 0.1199207, 0.2520661, 0.5893518", \
					  "0.0648430, 0.0695120, 0.0804317, 0.1028565, 0.1495332, 0.2622026, 0.5829376", \
					  "0.1087246, 0.1157637, 0.1312024, 0.1631549, 0.2204250, 0.3345240, 0.6076998", \
					  "0.1903229, 0.2037877, 0.2234377, 0.2712944, 0.3553833, 0.5006267, 0.7719171");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003820;
			capacitance : 0.004020;
			rise_capacitance : 0.004220;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051906, -0.0051916, -0.0051937, -0.0051944, -0.0051961, -0.0052000, -0.0052089");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052008, 0.0052000, 0.0051982, 0.0052004, 0.0052054, 0.0052170, 0.0052438");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003784;
			capacitance : 0.004046;
			rise_capacitance : 0.004309;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051967, -0.0051938, -0.0051870, -0.0051872, -0.0051875, -0.0051882, -0.0051899");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051923, 0.0051921, 0.0051916, 0.0051925, 0.0051945, 0.0051991, 0.0052098");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003999;
			capacitance : 0.004178;
			rise_capacitance : 0.004358;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052645, -0.0052625, -0.0052579, -0.0052558, -0.0052511, -0.0052404, -0.0052155");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052523, 0.0052535, 0.0052563, 0.0052547, 0.0052510, 0.0052425, 0.0052229");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003900;
			capacitance : 0.004023;
			rise_capacitance : 0.004145;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052003, -0.0051968, -0.0051887, -0.0051870, -0.0051832, -0.0051744, -0.0051540");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056690, 0.0056628, 0.0056484, 0.0056674, 0.0057111, 0.0058118, 0.0060439");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003935;
			capacitance : 0.004020;
			rise_capacitance : 0.004105;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0042035, -0.0042050, -0.0042083, -0.0041972, -0.0041717, -0.0041130, -0.0039776");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061859, 0.0061895, 0.0061979, 0.0061956, 0.0061903, 0.0061780, 0.0061498");
				}
			}
		}
	}
	cell ("scs8hd_o2111ai_4") {
		area : 26.275200;
		cell_footprint : "o2111ai";
		cell_leakage_power : 6.591113e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0002652";
			when : "!A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "!A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0414692";
			when : "!A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "1.2168039e-05";
			when : "!A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0272495";
			when : "!A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "!A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0007166";
			when : "!A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "0.0122193";
			when : "!A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0002654";
			when : "!A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "!A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004278";
			when : "!A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "1.2168039e-05";
			when : "!A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0002842";
			when : "!A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "!A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0057519";
			when : "!A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "6.4617758e-05";
			when : "!A1&A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0002654";
			when : "A1&!A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "A1&!A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004216";
			when : "A1&!A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "1.5615820e-05";
			when : "A1&!A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0002842";
			when : "A1&!A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "A1&!A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0043941";
			when : "A1&!A2&B1&C1&D1";
		}
		leakage_power () {
			value : "7.1402079e-05";
			when : "A1&!A2&B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0002654";
			when : "A1&A2&!B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "A1&A2&!B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0004278";
			when : "A1&A2&!B1&C1&D1";
		}
		leakage_power () {
			value : "0.0122177";
			when : "A1&A2&!B1&C1&!D1";
		}
		leakage_power () {
			value : "0.0002842";
			when : "A1&A2&B1&!C1&D1";
		}
		leakage_power () {
			value : "0.0122144";
			when : "A1&A2&B1&!C1&!D1";
		}
		leakage_power () {
			value : "0.0057499";
			when : "A1&A2&B1&C1&D1";
		}
		leakage_power () {
			value : "6.5499940e-05";
			when : "A1&A2&B1&C1&!D1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1) | (!C1) | (!D1)";
			max_capacitance : 0.186778;
			max_transition : 1.497606;
			internal_power () {
				related_pin : "D1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0098692, 0.0110336, 0.0140844, 0.0218473, 0.0420914, 0.0949335, 0.2361223", \
					  "0.0091947, 0.0103582, 0.0135594, 0.0214557, 0.0419440, 0.0950074, 0.2349038", \
					  "0.0086093, 0.0097509, 0.0127951, 0.0207655, 0.0410856, 0.0942706, 0.2348634", \
					  "0.0081137, 0.0090383, 0.0120282, 0.0198031, 0.0402191, 0.0934732, 0.2340764", \
					  "0.0078314, 0.0088825, 0.0115298, 0.0188040, 0.0390869, 0.0929422, 0.2350773", \
					  "0.0071874, 0.0082796, 0.0111580, 0.0188209, 0.0388134, 0.0914863, 0.2356951", \
					  "0.0079819, 0.0089875, 0.0114819, 0.0185885, 0.0380508, 0.0916423, 0.2329995");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0145143, 0.0135424, 0.0108618, 0.0036139, -0.0160671, -0.0691321, -0.2117320", \
					  "0.0140641, 0.0131034, 0.0105079, 0.0033686, -0.0161858, -0.0692093, -0.2117304", \
					  "0.0134646, 0.0125141, 0.0098410, 0.0028740, -0.0165336, -0.0693615, -0.2118008", \
					  "0.0128352, 0.0118375, 0.0092515, 0.0020590, -0.0170596, -0.0696634, -0.2120072", \
					  "0.0125655, 0.0115528, 0.0089004, 0.0017075, -0.0176535, -0.0701338, -0.2121147", \
					  "0.0125322, 0.0114141, 0.0083972, 0.0010842, -0.0184535, -0.0710081, -0.2128493", \
					  "0.0128757, 0.0120329, 0.0087629, 0.0019956, -0.0179460, -0.0715788, -0.2136301");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0434066, 0.0444092, 0.0471647, 0.0546417, 0.0745632, 0.1276695, 0.2688244", \
					  "0.0430193, 0.0440536, 0.0468054, 0.0542790, 0.0742097, 0.1271483, 0.2684112", \
					  "0.0426682, 0.0437046, 0.0464842, 0.0541050, 0.0739762, 0.1269307, 0.2681505", \
					  "0.0422726, 0.0433160, 0.0462177, 0.0536434, 0.0736714, 0.1267557, 0.2680377", \
					  "0.0418765, 0.0429000, 0.0456856, 0.0531952, 0.0732699, 0.1263385, 0.2677739", \
					  "0.0417539, 0.0427999, 0.0458801, 0.0531696, 0.0731335, 0.1262378, 0.2675672", \
					  "0.0414947, 0.0425674, 0.0454469, 0.0528203, 0.0729613, 0.1263986, 0.2675100");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0198315, 0.0187950, 0.0160812, 0.0087496, -0.0109592, -0.0639413, -0.2063542", \
					  "0.0195590, 0.0185378, 0.0158343, 0.0084950, -0.0111925, -0.0641685, -0.2065582", \
					  "0.0192681, 0.0182664, 0.0155425, 0.0082517, -0.0114146, -0.0643924, -0.2067603", \
					  "0.0188651, 0.0178619, 0.0151662, 0.0079113, -0.0116809, -0.0645631, -0.2069180", \
					  "0.0185985, 0.0176001, 0.0149396, 0.0077263, -0.0118463, -0.0646379, -0.2069791", \
					  "0.0186461, 0.0176247, 0.0149266, 0.0076414, -0.0122187, -0.0649207, -0.2071018", \
					  "0.0185434, 0.0175270, 0.0148026, 0.0074681, -0.0122170, -0.0653353, -0.2074301");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0381941, 0.0392399, 0.0420998, 0.0494488, 0.0694058, 0.1223416, 0.2636429", \
					  "0.0376414, 0.0386908, 0.0414984, 0.0490413, 0.0688981, 0.1218927, 0.2631677", \
					  "0.0371130, 0.0381694, 0.0409904, 0.0486240, 0.0685365, 0.1215610, 0.2628720", \
					  "0.0365389, 0.0375924, 0.0401611, 0.0478324, 0.0679227, 0.1211048, 0.2626705", \
					  "0.0358332, 0.0368664, 0.0396779, 0.0472457, 0.0673383, 0.1206142, 0.2621857", \
					  "0.0357669, 0.0367851, 0.0395920, 0.0470158, 0.0671317, 0.1204271, 0.2619162", \
					  "0.0367914, 0.0377631, 0.0404618, 0.0477276, 0.0676456, 0.1209201, 0.2611164");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0164697, 0.0154621, 0.0126959, 0.0053629, -0.0144042, -0.0675261, -0.2101019", \
					  "0.0163432, 0.0153197, 0.0126271, 0.0053672, -0.0143522, -0.0674143, -0.2099760", \
					  "0.0158988, 0.0149318, 0.0122958, 0.0051351, -0.0143883, -0.0673540, -0.2098855", \
					  "0.0151873, 0.0142701, 0.0116687, 0.0046274, -0.0147199, -0.0674943, -0.2099054", \
					  "0.0145958, 0.0136280, 0.0110483, 0.0040501, -0.0152824, -0.0677982, -0.2100584", \
					  "0.0144764, 0.0134867, 0.0108109, 0.0036648, -0.0160505, -0.0683964, -0.2103483", \
					  "0.0140953, 0.0130922, 0.0103754, 0.0031300, -0.0164193, -0.0690645, -0.2110330");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0278435, 0.0288388, 0.0316397, 0.0390381, 0.0588721, 0.1115248, 0.2525181", \
					  "0.0274258, 0.0284731, 0.0312090, 0.0386909, 0.0586130, 0.1113293, 0.2524131", \
					  "0.0265565, 0.0277023, 0.0305136, 0.0381910, 0.0581985, 0.1111334, 0.2522550", \
					  "0.0260583, 0.0271175, 0.0299881, 0.0376153, 0.0576424, 0.1105872, 0.2521000", \
					  "0.0254578, 0.0264807, 0.0292597, 0.0367990, 0.0567939, 0.1098769, 0.2513080", \
					  "0.0255406, 0.0265846, 0.0292983, 0.0368571, 0.0564806, 0.1093666, 0.2500879", \
					  "0.0256601, 0.0266631, 0.0292019, 0.0361914, 0.0567020, 0.1095123, 0.2501128");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0161275, 0.0150786, 0.0123584, 0.0050336, -0.0147353, -0.0678534, -0.2104169", \
					  "0.0157938, 0.0148308, 0.0121613, 0.0048903, -0.0148042, -0.0678808, -0.2104746", \
					  "0.0153338, 0.0143658, 0.0117301, 0.0045495, -0.0150277, -0.0679832, -0.2105181", \
					  "0.0147826, 0.0137798, 0.0111824, 0.0040462, -0.0153889, -0.0681928, -0.2105873", \
					  "0.0143853, 0.0134072, 0.0107328, 0.0035950, -0.0157835, -0.0684756, -0.2107292", \
					  "0.0144236, 0.0134155, 0.0107245, 0.0034870, -0.0163658, -0.0688863, -0.2110216", \
					  "0.0140756, 0.0130827, 0.0103879, 0.0031026, -0.0164856, -0.0693015, -0.2115356");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0196071, 0.0206638, 0.0234810, 0.0309693, 0.0506606, 0.1032413, 0.2437750", \
					  "0.0189956, 0.0200709, 0.0229618, 0.0305397, 0.0505147, 0.1032721, 0.2440552", \
					  "0.0180485, 0.0191119, 0.0219903, 0.0298849, 0.0499822, 0.1030320, 0.2439371", \
					  "0.0172769, 0.0182331, 0.0212174, 0.0289497, 0.0493167, 0.1022981, 0.2438418", \
					  "0.0168052, 0.0178446, 0.0206046, 0.0278836, 0.0479339, 0.1010420, 0.2425882", \
					  "0.0164624, 0.0174626, 0.0201455, 0.0274120, 0.0473450, 0.1000418, 0.2418625", \
					  "0.0155428, 0.0167763, 0.0194314, 0.0267507, 0.0469362, 0.0994326, 0.2406855");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0160936, 0.0150879, 0.0124107, 0.0050856, -0.0146642, -0.0677817, -0.2103625", \
					  "0.0157912, 0.0148506, 0.0121498, 0.0049458, -0.0147756, -0.0678309, -0.2103887", \
					  "0.0153583, 0.0143747, 0.0117636, 0.0045951, -0.0149530, -0.0679007, -0.2103579", \
					  "0.0147609, 0.0137979, 0.0112036, 0.0041159, -0.0152826, -0.0680999, -0.2105123", \
					  "0.0144246, 0.0134289, 0.0108163, 0.0036216, -0.0157829, -0.0683589, -0.2106261", \
					  "0.0144508, 0.0134665, 0.0108277, 0.0033893, -0.0164259, -0.0690445, -0.2110510", \
					  "0.0142499, 0.0132717, 0.0105367, 0.0032016, -0.0164143, -0.0694642, -0.2115127");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.1750991, 0.1800672, 0.1924763, 0.2263318, 0.3155930, 0.5490665, 1.1681346", \
					  "0.1804072, 0.1852787, 0.1979058, 0.2316880, 0.3209754, 0.5545008, 1.1733760", \
					  "0.1951475, 0.1998124, 0.2122674, 0.2467601, 0.3357742, 0.5696009, 1.1885992", \
					  "0.2261117, 0.2313747, 0.2446824, 0.2784760, 0.3681681, 0.6018914, 1.2217074", \
					  "0.2975120, 0.3023545, 0.3151739, 0.3496204, 0.4389417, 0.6727154, 1.2929581", \
					  "0.4521460, 0.4576740, 0.4706162, 0.5096589, 0.6012720, 0.8345392, 1.4549952", \
					  "0.7510325, 0.7582679, 0.7772936, 0.8272962, 0.9417950, 1.2055535, 1.8290641");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.1409177, 0.1470035, 0.1637284, 0.2082892, 0.3269762, 0.6433676, 1.4860266", \
					  "0.1408910, 0.1471940, 0.1637852, 0.2082845, 0.3269865, 0.6451040, 1.4886751", \
					  "0.1406716, 0.1468962, 0.1636634, 0.2091960, 0.3271289, 0.6451513, 1.4884962", \
					  "0.1406211, 0.1468209, 0.1642993, 0.2083686, 0.3271444, 0.6429167, 1.4895322", \
					  "0.1427043, 0.1487718, 0.1650128, 0.2085173, 0.3270156, 0.6427658, 1.4890129", \
					  "0.1683463, 0.1740635, 0.1918977, 0.2291339, 0.3389173, 0.6448957, 1.4894316", \
					  "0.2370962, 0.2434206, 0.2621398, 0.3073188, 0.4141705, 0.6925014, 1.4976062");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0714696, 0.0737797, 0.0799921, 0.0959724, 0.1375916, 0.2470053, 0.5380634", \
					  "0.0755217, 0.0778307, 0.0840231, 0.1001470, 0.1416880, 0.2510960, 0.5415192", \
					  "0.0832562, 0.0857009, 0.0918347, 0.1079096, 0.1495723, 0.2590331, 0.5494349", \
					  "0.0972090, 0.0996141, 0.1060188, 0.1223341, 0.1641666, 0.2734717, 0.5646074", \
					  "0.1194912, 0.1221557, 0.1289950, 0.1468991, 0.1912225, 0.3021502, 0.5937614", \
					  "0.1477301, 0.1514377, 0.1609185, 0.1842148, 0.2374195, 0.3594247, 0.6563324", \
					  "0.1550842, 0.1610230, 0.1763898, 0.2131092, 0.2931933, 0.4530904, 0.7884537");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0534799, 0.0563005, 0.0636679, 0.0836453, 0.1381113, 0.2857511, 0.6852848", \
					  "0.0535415, 0.0561532, 0.0635486, 0.0835024, 0.1381626, 0.2860440, 0.6841231", \
					  "0.0535001, 0.0562393, 0.0634753, 0.0834544, 0.1381583, 0.2857378, 0.6836540", \
					  "0.0550863, 0.0576238, 0.0648826, 0.0844458, 0.1383162, 0.2856676, 0.6830296", \
					  "0.0626546, 0.0652906, 0.0724307, 0.0916310, 0.1443524, 0.2879565, 0.6839856", \
					  "0.0889507, 0.0916769, 0.0987779, 0.1178027, 0.1689142, 0.3070018, 0.6893610", \
					  "0.1522261, 0.1557326, 0.1646595, 0.1878073, 0.2437439, 0.3763005, 0.7389018");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.1610372, 0.1660367, 0.1786525, 0.2129837, 0.3017947, 0.5353669, 1.1541239", \
					  "0.1638996, 0.1687479, 0.1821044, 0.2165040, 0.3053869, 0.5390332, 1.1583816", \
					  "0.1760274, 0.1808956, 0.1941066, 0.2287663, 0.3180968, 0.5514982, 1.1710493", \
					  "0.2073228, 0.2123312, 0.2235633, 0.2596093, 0.3493136, 0.5834052, 1.2030323", \
					  "0.2838789, 0.2887329, 0.3018456, 0.3359192, 0.4252319, 0.6595735, 1.2784305", \
					  "0.4573049, 0.4629740, 0.4788316, 0.5150191, 0.6052576, 0.8372889, 1.4560525", \
					  "0.7725874, 0.7815777, 0.8049302, 0.8628188, 0.9919169, 1.2560776, 1.8666579");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.1408987, 0.1471912, 0.1652382, 0.2089758, 0.3270910, 0.6424374, 1.4894357", \
					  "0.1406502, 0.1469405, 0.1638395, 0.2089234, 0.3267371, 0.6424513, 1.4859228", \
					  "0.1406072, 0.1468924, 0.1636326, 0.2094142, 0.3267544, 0.6422447, 1.4883637", \
					  "0.1408568, 0.1471221, 0.1638941, 0.2084454, 0.3267873, 0.6420776, 1.4886993", \
					  "0.1435984, 0.1494591, 0.1656799, 0.2089424, 0.3276813, 0.6423191, 1.4901005", \
					  "0.1930751, 0.1985598, 0.2127423, 0.2469986, 0.3475782, 0.6435262, 1.4909587", \
					  "0.3135376, 0.3208738, 0.3410309, 0.3871166, 0.4884548, 0.7272520, 1.4946215");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0598751, 0.0620033, 0.0675756, 0.0826367, 0.1220647, 0.2275960, 0.5098940", \
					  "0.0642241, 0.0662218, 0.0719650, 0.0873466, 0.1267163, 0.2335830, 0.5178555", \
					  "0.0720680, 0.0743894, 0.0801098, 0.0953900, 0.1357748, 0.2415415, 0.5287731", \
					  "0.0851293, 0.0875453, 0.0940165, 0.1098826, 0.1503548, 0.2583711, 0.5404677", \
					  "0.1040401, 0.1068884, 0.1145956, 0.1327501, 0.1773298, 0.2858336, 0.5698240", \
					  "0.1213645, 0.1256274, 0.1366068, 0.1631613, 0.2197819, 0.3439152, 0.6348067", \
					  "0.1029121, 0.1101629, 0.1284823, 0.1713964, 0.2614112, 0.4320853, 0.7696713");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0398405, 0.0425695, 0.0500195, 0.0700177, 0.1238561, 0.2680826, 0.6567934", \
					  "0.0399127, 0.0426699, 0.0500328, 0.0701911, 0.1237879, 0.2700611, 0.6588077", \
					  "0.0399502, 0.0427003, 0.0500661, 0.0701102, 0.1240459, 0.2687715, 0.6599540", \
					  "0.0430977, 0.0457258, 0.0525329, 0.0715635, 0.1249286, 0.2694410, 0.6563529", \
					  "0.0534177, 0.0559564, 0.0627463, 0.0815997, 0.1322531, 0.2717256, 0.6558072", \
					  "0.0846080, 0.0873069, 0.0944206, 0.1135812, 0.1614666, 0.2944692, 0.6633868", \
					  "0.1527835, 0.1565843, 0.1660826, 0.1899445, 0.2445251, 0.3734946, 0.7227358");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0715412, 0.0741447, 0.0809953, 0.0990097, 0.1463114, 0.2707715, 0.6023069", \
					  "0.0771406, 0.0799197, 0.0868833, 0.1049124, 0.1524241, 0.2769937, 0.6085494", \
					  "0.0913576, 0.0941152, 0.1010380, 0.1199537, 0.1677439, 0.2927052, 0.6244873", \
					  "0.1280701, 0.1306348, 0.1376639, 0.1559624, 0.2029990, 0.3280191, 0.6597376", \
					  "0.2112667, 0.2139617, 0.2214981, 0.2409845, 0.2880166, 0.4121162, 0.7440780", \
					  "0.3663439, 0.3711936, 0.3829735, 0.4131960, 0.4784265, 0.6089728, 0.9393999", \
					  "0.6485090, 0.6565593, 0.6759726, 0.7249291, 0.8333976, 1.0366095, 1.3939239");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0605726, 0.0641727, 0.0733554, 0.0974335, 0.1630645, 0.3369584, 0.8050963", \
					  "0.0608040, 0.0641103, 0.0733851, 0.0975140, 0.1630864, 0.3371773, 0.8065098", \
					  "0.0605269, 0.0639676, 0.0732692, 0.0974332, 0.1627484, 0.3375235, 0.8063089", \
					  "0.0613247, 0.0645583, 0.0733925, 0.0975842, 0.1631160, 0.3372077, 0.8068691", \
					  "0.0821436, 0.0846886, 0.0912550, 0.1103858, 0.1672813, 0.3375707, 0.8068710", \
					  "0.1390705, 0.1436524, 0.1528009, 0.1739448, 0.2209770, 0.3586046, 0.8063861", \
					  "0.2479781, 0.2535604, 0.2666319, 0.3067094, 0.3725114, 0.5015217, 0.8564643");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0476435, 0.0495113, 0.0545376, 0.0680427, 0.1038101, 0.1983406, 0.4521813", \
					  "0.0513588, 0.0534268, 0.0586592, 0.0722885, 0.1080336, 0.2036112, 0.4565830", \
					  "0.0589100, 0.0609160, 0.0662569, 0.0799421, 0.1160497, 0.2118383, 0.4647096", \
					  "0.0722533, 0.0745084, 0.0803760, 0.0954772, 0.1321798, 0.2275778, 0.4812939", \
					  "0.0915746, 0.0946934, 0.1025953, 0.1217981, 0.1649189, 0.2645349, 0.5201012", \
					  "0.1070753, 0.1118790, 0.1245924, 0.1535998, 0.2152535, 0.3401452, 0.6051195", \
					  "0.0847961, 0.0934040, 0.1142538, 0.1627694, 0.2638056, 0.4456452, 0.7831422");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0348140, 0.0372822, 0.0438785, 0.0617924, 0.1102800, 0.2401710, 0.5889884", \
					  "0.0348120, 0.0373526, 0.0440091, 0.0620051, 0.1105640, 0.2407536, 0.5886635", \
					  "0.0353525, 0.0377061, 0.0441358, 0.0620137, 0.1102143, 0.2411961, 0.5883841", \
					  "0.0408231, 0.0430774, 0.0492441, 0.0653610, 0.1117644, 0.2404346, 0.5881496", \
					  "0.0561516, 0.0583909, 0.0646155, 0.0812140, 0.1248700, 0.2446249, 0.5899593", \
					  "0.0926443, 0.0957083, 0.1031916, 0.1215221, 0.1661734, 0.2826270, 0.5999364", \
					  "0.1658424, 0.1698212, 0.1801886, 0.2062803, 0.2629884, 0.3849997, 0.6888237");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0581228, 0.0606939, 0.0672591, 0.0846079, 0.1301959, 0.2505504, 0.5714584", \
					  "0.0635575, 0.0662130, 0.0728613, 0.0904042, 0.1362107, 0.2568566, 0.5782114", \
					  "0.0776900, 0.0801874, 0.0869485, 0.1053509, 0.1514733, 0.2724696, 0.5941979", \
					  "0.1135371, 0.1158853, 0.1232166, 0.1407368, 0.1863843, 0.3074579, 0.6296758", \
					  "0.1916247, 0.1950637, 0.2037557, 0.2235585, 0.2710142, 0.3914261, 0.7136844", \
					  "0.3334839, 0.3392089, 0.3540878, 0.3872345, 0.4579075, 0.5888016, 0.9089666", \
					  "0.5895044, 0.6017024, 0.6253645, 0.6825993, 0.7979165, 1.0096698, 1.3640933");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0475748, 0.0507881, 0.0595655, 0.0831400, 0.1463844, 0.3156206, 0.7668146", \
					  "0.0475136, 0.0509820, 0.0596104, 0.0830555, 0.1460155, 0.3144698, 0.7656756", \
					  "0.0476415, 0.0508298, 0.0597730, 0.0833388, 0.1458728, 0.3145333, 0.7687137", \
					  "0.0510397, 0.0540510, 0.0614783, 0.0834226, 0.1460164, 0.3147058, 0.7666635", \
					  "0.0782734, 0.0808229, 0.0870138, 0.1034257, 0.1532434, 0.3146385, 0.7666452", \
					  "0.1351952, 0.1381540, 0.1467516, 0.1695425, 0.2137459, 0.3406679, 0.7669389", \
					  "0.2455749, 0.2486660, 0.2612004, 0.2971815, 0.3670056, 0.4922212, 0.8272854");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0418485, 0.0437728, 0.0490635, 0.0625982, 0.0983504, 0.1950412, 0.4488808", \
					  "0.0458186, 0.0479289, 0.0530678, 0.0667769, 0.1022720, 0.1970825, 0.4509881", \
					  "0.0547990, 0.0568354, 0.0620906, 0.0760267, 0.1117652, 0.2067088, 0.4631285", \
					  "0.0710369, 0.0735913, 0.0801540, 0.0964501, 0.1335243, 0.2289448, 0.4853772", \
					  "0.0921429, 0.0959611, 0.1058810, 0.1283869, 0.1766470, 0.2793589, 0.5352267", \
					  "0.1069474, 0.1131223, 0.1293650, 0.1643882, 0.2382743, 0.3771013, 0.6512866", \
					  "0.0811264, 0.0934938, 0.1175471, 0.1757969, 0.2955037, 0.5105545, 0.8855282");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0347825, 0.0373001, 0.0440378, 0.0620354, 0.1105393, 0.2416485, 0.5914537", \
					  "0.0347747, 0.0373195, 0.0439158, 0.0620462, 0.1104931, 0.2402197, 0.5889229", \
					  "0.0356383, 0.0380629, 0.0443531, 0.0620725, 0.1101329, 0.2400963, 0.5919433", \
					  "0.0444092, 0.0468245, 0.0524426, 0.0678658, 0.1128060, 0.2400072, 0.5905904", \
					  "0.0645764, 0.0672111, 0.0743587, 0.0912540, 0.1330956, 0.2479025, 0.5895862", \
					  "0.1064027, 0.1100727, 0.1191638, 0.1407630, 0.1895277, 0.3012871, 0.6033725", \
					  "0.1858415, 0.1915417, 0.2043221, 0.2354685, 0.3027092, 0.4367671, 0.7291917");
				}
			}
			timing () {
				related_pin : "D1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0366397, 0.0390436, 0.0451992, 0.0609251, 0.1013320, 0.2084385, 0.4917845", \
					  "0.0423220, 0.0446359, 0.0511797, 0.0669944, 0.1077461, 0.2150673, 0.4967818", \
					  "0.0573621, 0.0595779, 0.0657008, 0.0813525, 0.1214907, 0.2292213, 0.5126618", \
					  "0.0919976, 0.0944730, 0.1015021, 0.1166858, 0.1572717, 0.2624743, 0.5459483", \
					  "0.1550296, 0.1594361, 0.1699325, 0.1931791, 0.2411290, 0.3474769, 0.6322823", \
					  "0.2684566, 0.2758022, 0.2936900, 0.3334544, 0.4101726, 0.5420502, 0.8234126", \
					  "0.4755614, 0.4867743, 0.5178353, 0.5838873, 0.7117887, 0.9288603, 1.2702036");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0322303, 0.0350523, 0.0426751, 0.0630047, 0.1192622, 0.2696955, 0.6666350", \
					  "0.0320653, 0.0349055, 0.0427130, 0.0631128, 0.1191300, 0.2702617, 0.6661843", \
					  "0.0322695, 0.0350530, 0.0425929, 0.0631444, 0.1192663, 0.2686162, 0.6659945", \
					  "0.0430945, 0.0447605, 0.0495363, 0.0665034, 0.1186270, 0.2673515, 0.6662241", \
					  "0.0737649, 0.0761696, 0.0821213, 0.0964214, 0.1330637, 0.2692777, 0.6719970", \
					  "0.1296704, 0.1334468, 0.1428641, 0.1626536, 0.2056185, 0.3049475, 0.6714641", \
					  "0.2344491, 0.2445291, 0.2558848, 0.2883353, 0.3545013, 0.4747137, 0.7504102");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0303990, 0.0324589, 0.0376722, 0.0512694, 0.0868792, 0.1816155, 0.4375883", \
					  "0.0337870, 0.0357376, 0.0409773, 0.0550066, 0.0912986, 0.1857545, 0.4398316", \
					  "0.0431454, 0.0450356, 0.0498654, 0.0638236, 0.0999478, 0.1965086, 0.4492519", \
					  "0.0582643, 0.0609958, 0.0680832, 0.0845998, 0.1218898, 0.2171984, 0.4713916", \
					  "0.0731582, 0.0775731, 0.0883927, 0.1135803, 0.1669984, 0.2687022, 0.5232884", \
					  "0.0767665, 0.0828653, 0.1013118, 0.1408574, 0.2212285, 0.3704519, 0.6434232", \
					  "0.0297765, 0.0409071, 0.0699118, 0.1338160, 0.2616121, 0.4911473, 0.8874973");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0343658, 0.0368361, 0.0437674, 0.0619002, 0.1101316, 0.2401142, 0.5914751", \
					  "0.0338672, 0.0363816, 0.0433815, 0.0617893, 0.1105579, 0.2404767, 0.5881190", \
					  "0.0356571, 0.0378081, 0.0439790, 0.0612608, 0.1100461, 0.2411365, 0.5887561", \
					  "0.0466719, 0.0491650, 0.0560205, 0.0715259, 0.1129685, 0.2411656, 0.5879279", \
					  "0.0706247, 0.0738578, 0.0815711, 0.1007355, 0.1431621, 0.2512974, 0.5889496", \
					  "0.1181737, 0.1219233, 0.1327645, 0.1577838, 0.2122072, 0.3258549, 0.6145503", \
					  "0.2028444, 0.2096881, 0.2249343, 0.2643529, 0.3441027, 0.4901214, 0.7794491");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007621;
			capacitance : 0.008023;
			rise_capacitance : 0.008425;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103539, -0.0103583, -0.0103685, -0.0103683, -0.0103678, -0.0103669, -0.0103644");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103941, 0.0103905, 0.0103822, 0.0103868, 0.0103975, 0.0104221, 0.0104787");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007336;
			capacitance : 0.007870;
			rise_capacitance : 0.008404;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102773, -0.0102713, -0.0102573, -0.0102519, -0.0102395, -0.0102111, -0.0101453");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102878, 0.0102861, 0.0102823, 0.0102832, 0.0102854, 0.0102904, 0.0103018");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007595;
			capacitance : 0.007942;
			rise_capacitance : 0.008289;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102128, -0.0102127, -0.0102124, -0.0102093, -0.0102022, -0.0101857, -0.0101476");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102233, 0.0102188, 0.0102085, 0.0102096, 0.0102121, 0.0102179, 0.0102312");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007553;
			capacitance : 0.007800;
			rise_capacitance : 0.008046;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102266, -0.0102363, -0.0102588, -0.0102562, -0.0102504, -0.0102368, -0.0102055");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0114588, 0.0114496, 0.0114284, 0.0114670, 0.0115561, 0.0117615, 0.0122349");
				}
			}
		}
		pin (D1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007638;
			capacitance : 0.007804;
			rise_capacitance : 0.007969;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0088757, -0.0088677, -0.0088491, -0.0088302, -0.0087866, -0.0086862, -0.0084545");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122337, 0.0122323, 0.0122289, 0.0122316, 0.0122378, 0.0122523, 0.0122855");
				}
			}
		}
	}
	cell ("scs8hd_o211a_1") {
		area : 10.009600;
		cell_footprint : "o211a";
		cell_leakage_power : 5.004762e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003888";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0003834";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0004133";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0003829";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003958";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0003834";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010887";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0003919";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003958";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0003834";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007491";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0003919";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003958";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0003834";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010882";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0003919";
			when : "A1&A2&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1)";
			max_capacitance : 0.164805;
			max_transition : 1.509196;
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0093934, 0.0104645, 0.0131820, 0.0201101, 0.0380839, 0.0854238, 0.2088941", \
					  "0.0093358, 0.0104008, 0.0131158, 0.0200470, 0.0381814, 0.0852180, 0.2078425", \
					  "0.0092166, 0.0102885, 0.0129852, 0.0198992, 0.0376794, 0.0845423, 0.2065836", \
					  "0.0090609, 0.0101111, 0.0127827, 0.0197024, 0.0378307, 0.0845578, 0.2064561", \
					  "0.0089903, 0.0100002, 0.0125626, 0.0194210, 0.0375328, 0.0843584, 0.2084218", \
					  "0.0088963, 0.0099230, 0.0125751, 0.0194713, 0.0373733, 0.0839277, 0.2068804", \
					  "0.0089695, 0.0099690, 0.0126003, 0.0194545, 0.0375046, 0.0841561, 0.2076786");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0082707, 0.0076135, 0.0055600, -0.0007734, -0.0185334, -0.0656270, -0.1898926", \
					  "0.0081497, 0.0074826, 0.0054005, -0.0008900, -0.0186461, -0.0658029, -0.1899930", \
					  "0.0080003, 0.0073156, 0.0052570, -0.0010666, -0.0188194, -0.0659571, -0.1900897", \
					  "0.0078308, 0.0071367, 0.0050543, -0.0012809, -0.0190025, -0.0661579, -0.1903044", \
					  "0.0076902, 0.0069786, 0.0048922, -0.0014327, -0.0191175, -0.0662240, -0.1903753", \
					  "0.0082858, 0.0073164, 0.0047917, -0.0018256, -0.0193096, -0.0663723, -0.1904965", \
					  "0.0085943, 0.0076188, 0.0050809, -0.0016585, -0.0194671, -0.0663657, -0.1904032");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0091733, 0.0102533, 0.0129616, 0.0198904, 0.0378245, 0.0847445, 0.2078157", \
					  "0.0090857, 0.0101582, 0.0128596, 0.0197794, 0.0377803, 0.0846208, 0.2079069", \
					  "0.0089393, 0.0100037, 0.0127031, 0.0196000, 0.0376117, 0.0845748, 0.2068865", \
					  "0.0087246, 0.0097779, 0.0124532, 0.0193159, 0.0373265, 0.0843807, 0.2062529", \
					  "0.0086022, 0.0096375, 0.0122097, 0.0190313, 0.0369110, 0.0842832, 0.2072458", \
					  "0.0086758, 0.0096693, 0.0123335, 0.0190931, 0.0370526, 0.0835221, 0.2070995", \
					  "0.0087516, 0.0096271, 0.0122622, 0.0192273, 0.0370774, 0.0841257, 0.2071280");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0062344, 0.0055910, 0.0034920, -0.0029357, -0.0207737, -0.0679274, -0.1922680", \
					  "0.0060587, 0.0054080, 0.0033172, -0.0031123, -0.0209452, -0.0681921, -0.1924120", \
					  "0.0058523, 0.0051702, 0.0030798, -0.0033433, -0.0211648, -0.0683973, -0.1926466", \
					  "0.0056758, 0.0049682, 0.0027886, -0.0035998, -0.0214021, -0.0686100, -0.1928196", \
					  "0.0053438, 0.0046711, 0.0025844, -0.0037969, -0.0215343, -0.0687031, -0.1928907", \
					  "0.0060551, 0.0050982, 0.0025777, -0.0041306, -0.0216457, -0.0687599, -0.1929270", \
					  "0.0063277, 0.0053561, 0.0028229, -0.0038525, -0.0217000, -0.0686925, -0.1927134");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0103187, 0.0114137, 0.0141447, 0.0210790, 0.0392174, 0.0858792, 0.2086273", \
					  "0.0102622, 0.0113513, 0.0140663, 0.0210151, 0.0391550, 0.0859180, 0.2088051", \
					  "0.0101849, 0.0112686, 0.0139882, 0.0209162, 0.0390767, 0.0861603, 0.2087691", \
					  "0.0100619, 0.0111382, 0.0138658, 0.0207980, 0.0387317, 0.0860808, 0.2095969", \
					  "0.0099943, 0.0110150, 0.0137628, 0.0206479, 0.0385977, 0.0855818, 0.2084947", \
					  "0.0100291, 0.0110651, 0.0137184, 0.0205173, 0.0384980, 0.0850861, 0.2094208", \
					  "0.0100188, 0.0109831, 0.0136069, 0.0205324, 0.0385201, 0.0856082, 0.2078859");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0112061, 0.0105063, 0.0086353, 0.0028007, -0.0144879, -0.0614334, -0.1854952", \
					  "0.0111194, 0.0104086, 0.0085290, 0.0027069, -0.0145836, -0.0615301, -0.1855943", \
					  "0.0109802, 0.0103550, 0.0084716, 0.0025309, -0.0147211, -0.0616696, -0.1857352", \
					  "0.0108916, 0.0102330, 0.0082609, 0.0024875, -0.0148244, -0.0617840, -0.1858518", \
					  "0.0108058, 0.0101407, 0.0082549, 0.0023397, -0.0149614, -0.0618988, -0.1859473", \
					  "0.0105538, 0.0099490, 0.0081009, 0.0021602, -0.0150702, -0.0620023, -0.1860099", \
					  "0.0126635, 0.0117019, 0.0091396, 0.0024180, -0.0154187, -0.0621565, -0.1861236");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0094139, 0.0104861, 0.0132062, 0.0200901, 0.0382263, 0.0852331, 0.2078919", \
					  "0.0093883, 0.0104581, 0.0131734, 0.0200802, 0.0380789, 0.0849935, 0.2073970", \
					  "0.0093126, 0.0103811, 0.0131009, 0.0200094, 0.0381429, 0.0848610, 0.2078501", \
					  "0.0091414, 0.0102023, 0.0128886, 0.0198049, 0.0379460, 0.0848254, 0.2064853", \
					  "0.0090705, 0.0100599, 0.0126909, 0.0195317, 0.0376298, 0.0845130, 0.2071213", \
					  "0.0089023, 0.0099622, 0.0126020, 0.0194940, 0.0374347, 0.0842793, 0.2079828", \
					  "0.0088569, 0.0097970, 0.0125138, 0.0194455, 0.0374248, 0.0846589, 0.2061914");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001314125, 0.003453849, 0.009077578, 0.02385815, 0.06270517, 0.1648049");
					values("0.0099679, 0.0093303, 0.0073667, 0.0014517, -0.0157894, -0.0627273, -0.1867749", \
					  "0.0098417, 0.0091600, 0.0072458, 0.0013960, -0.0158975, -0.0628359, -0.1869030", \
					  "0.0096504, 0.0090065, 0.0070875, 0.0012174, -0.0160782, -0.0630197, -0.1870855", \
					  "0.0095164, 0.0088740, 0.0069718, 0.0010921, -0.0161961, -0.0631491, -0.1872047", \
					  "0.0094389, 0.0088069, 0.0068931, 0.0009695, -0.0163108, -0.0632454, -0.1872578", \
					  "0.0093714, 0.0087144, 0.0068092, 0.0009019, -0.0163758, -0.0632675, -0.1872744", \
					  "0.0115379, 0.0105520, 0.0079805, 0.0011888, -0.0166795, -0.0633704, -0.1873050");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0937605, 0.1011019, 0.1175579, 0.1555396, 0.2504809, 0.4975214, 1.1473437", \
					  "0.0985383, 0.1058282, 0.1221629, 0.1601142, 0.2554397, 0.5021483, 1.1500513", \
					  "0.1080737, 0.1153574, 0.1317625, 0.1696952, 0.2649250, 0.5119977, 1.1599909", \
					  "0.1277599, 0.1350521, 0.1514670, 0.1893650, 0.2844787, 0.5315344, 1.1800522", \
					  "0.1643218, 0.1720344, 0.1889874, 0.2272711, 0.3224124, 0.5695674, 1.2182533", \
					  "0.2172377, 0.2262957, 0.2448802, 0.2845829, 0.3801401, 0.6273747, 1.2783664", \
					  "0.2697711, 0.2816740, 0.3051517, 0.3497130, 0.4462274, 0.6950078, 1.3417893");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0229681, 0.0299582, 0.0479759, 0.0959511, 0.2276816, 0.5801042, 1.4990618", \
					  "0.0228212, 0.0297927, 0.0478754, 0.0961278, 0.2284614, 0.5808056, 1.5036377", \
					  "0.0228457, 0.0298754, 0.0478007, 0.0961448, 0.2282545, 0.5773524, 1.5003262", \
					  "0.0229708, 0.0299737, 0.0479151, 0.0962694, 0.2284006, 0.5790849, 1.4954884", \
					  "0.0248921, 0.0319266, 0.0496197, 0.0970659, 0.2276899, 0.5805197, 1.5033731", \
					  "0.0307601, 0.0378344, 0.0543013, 0.0995656, 0.2287712, 0.5774923, 1.4971451", \
					  "0.0432082, 0.0514532, 0.0677029, 0.1085741, 0.2307814, 0.5807267, 1.4935349");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.1984243, 0.2053968, 0.2194621, 0.2462093, 0.2983498, 0.4132251, 0.7029531", \
					  "0.2041937, 0.2111647, 0.2251965, 0.2519774, 0.3041472, 0.4190164, 0.7087570", \
					  "0.2182050, 0.2252292, 0.2392778, 0.2660118, 0.3179679, 0.4328037, 0.7224554", \
					  "0.2504690, 0.2574187, 0.2714415, 0.2975623, 0.3500598, 0.4650356, 0.7548300", \
					  "0.3236829, 0.3306595, 0.3446796, 0.3712199, 0.4236112, 0.5385020, 0.8278673", \
					  "0.4852674, 0.4926975, 0.5067081, 0.5342406, 0.5866900, 0.7020629, 0.9926160", \
					  "0.7903307, 0.7993390, 0.8167476, 0.8481431, 0.9062016, 1.0255959, 1.3156575");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0269967, 0.0312443, 0.0407955, 0.0620603, 0.1136594, 0.2507394, 0.6267467", \
					  "0.0270688, 0.0312507, 0.0408821, 0.0620633, 0.1136676, 0.2507517, 0.6267200", \
					  "0.0269222, 0.0312105, 0.0411997, 0.0620180, 0.1136117, 0.2505189, 0.6268132", \
					  "0.0271618, 0.0312642, 0.0411720, 0.0629361, 0.1138761, 0.2507424, 0.6268480", \
					  "0.0271887, 0.0312615, 0.0412707, 0.0628117, 0.1136422, 0.2496010, 0.6265216", \
					  "0.0297576, 0.0341070, 0.0438012, 0.0643732, 0.1152936, 0.2499435, 0.6278540", \
					  "0.0386823, 0.0435209, 0.0534641, 0.0756071, 0.1254711, 0.2569535, 0.6279317");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0816365, 0.0886129, 0.1045191, 0.1418897, 0.2366915, 0.4832843, 1.1313276", \
					  "0.0863267, 0.0933125, 0.1092319, 0.1466837, 0.2412129, 0.4899443, 1.1370643", \
					  "0.0957142, 0.1026817, 0.1185737, 0.1559276, 0.2508180, 0.4977134, 1.1453091", \
					  "0.1147099, 0.1216912, 0.1375727, 0.1748791, 0.2699484, 0.5174797, 1.1673835", \
					  "0.1464004, 0.1540171, 0.1707041, 0.2085965, 0.3036912, 0.5518801, 1.1978923", \
					  "0.1869835, 0.1962124, 0.2150130, 0.2544348, 0.3494879, 0.5962152, 1.2458337", \
					  "0.2132923, 0.2258648, 0.2507753, 0.2959159, 0.3923357, 0.6399256, 1.2872342");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0215120, 0.0283192, 0.0462866, 0.0948813, 0.2278220, 0.5773644, 1.5037696", \
					  "0.0215411, 0.0284779, 0.0464071, 0.0948783, 0.2278300, 0.5824768, 1.4948104", \
					  "0.0214752, 0.0283851, 0.0463190, 0.0947416, 0.2279149, 0.5802173, 1.4933600", \
					  "0.0219005, 0.0288473, 0.0466580, 0.0949040, 0.2281718, 0.5841280, 1.5016288", \
					  "0.0247964, 0.0315149, 0.0488698, 0.0961591, 0.2269444, 0.5809082, 1.4941001", \
					  "0.0315478, 0.0386437, 0.0545035, 0.0988126, 0.2286058, 0.5758210, 1.4977501", \
					  "0.0457902, 0.0536051, 0.0702128, 0.1097946, 0.2303708, 0.5814954, 1.4940381");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.1832166, 0.1903152, 0.2042020, 0.2313374, 0.2832503, 0.3981674, 0.6878047", \
					  "0.1877290, 0.1947826, 0.2087934, 0.2355187, 0.2869776, 0.4019538, 0.6922965", \
					  "0.1997803, 0.2067911, 0.2208191, 0.2475390, 0.2994114, 0.4145495, 0.7041463", \
					  "0.2315961, 0.2386189, 0.2526453, 0.2793130, 0.3309379, 0.4462213, 0.7362576", \
					  "0.3082636, 0.3151915, 0.3291375, 0.3557783, 0.4081444, 0.5231360, 0.8121603", \
					  "0.4856197, 0.4933386, 0.5077272, 0.5354937, 0.5882677, 0.7037273, 0.9934555", \
					  "0.8009310, 0.8114339, 0.8316182, 0.8678095, 0.9275227, 1.0464306, 1.3370537");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0273250, 0.0316915, 0.0412866, 0.0619767, 0.1137290, 0.2504854, 0.6268884", \
					  "0.0271000, 0.0313381, 0.0408872, 0.0624838, 0.1138529, 0.2496550, 0.6303547", \
					  "0.0271258, 0.0314020, 0.0408423, 0.0620775, 0.1133319, 0.2498176, 0.6267042", \
					  "0.0270972, 0.0313882, 0.0408815, 0.0623507, 0.1142012, 0.2506947, 0.6269572", \
					  "0.0269386, 0.0312836, 0.0410728, 0.0627029, 0.1136289, 0.2494902, 0.6261068", \
					  "0.0317964, 0.0361216, 0.0455687, 0.0652802, 0.1153413, 0.2507473, 0.6267192", \
					  "0.0476356, 0.0525779, 0.0637786, 0.0829117, 0.1285875, 0.2583187, 0.6322661");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0691596, 0.0758575, 0.0913667, 0.1285231, 0.2230201, 0.4695013, 1.1211244", \
					  "0.0736252, 0.0802983, 0.0958328, 0.1330056, 0.2276555, 0.4740057, 1.1227066", \
					  "0.0836357, 0.0903447, 0.1057523, 0.1427924, 0.2377980, 0.4848497, 1.1324874", \
					  "0.1038950, 0.1106704, 0.1262681, 0.1633283, 0.2580006, 0.5095229, 1.1535169", \
					  "0.1349504, 0.1422622, 0.1581040, 0.1957343, 0.2906999, 0.5381771, 1.1859022", \
					  "0.1707227, 0.1795212, 0.1976599, 0.2361291, 0.3311860, 0.5784253, 1.2310010", \
					  "0.1857115, 0.1978235, 0.2219317, 0.2650941, 0.3602076, 0.6073017, 1.2553183");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0204231, 0.0272859, 0.0452816, 0.0942540, 0.2278703, 0.5803884, 1.5008950", \
					  "0.0203996, 0.0272605, 0.0454007, 0.0944673, 0.2283791, 0.5789876, 1.5046564", \
					  "0.0203689, 0.0272215, 0.0452624, 0.0942951, 0.2265082, 0.5785952, 1.4936923", \
					  "0.0211933, 0.0279578, 0.0458114, 0.0945748, 0.2278130, 0.5818544, 1.4941069", \
					  "0.0241056, 0.0306306, 0.0479345, 0.0954382, 0.2272320, 0.5799103, 1.5016107", \
					  "0.0314608, 0.0374112, 0.0532462, 0.0976867, 0.2283981, 0.5752125, 1.4953461", \
					  "0.0467028, 0.0536320, 0.0693353, 0.1077795, 0.2301461, 0.5765942, 1.4915437");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0896370, 0.0945223, 0.1049293, 0.1254591, 0.1701983, 0.2802774, 0.5687538", \
					  "0.0955335, 0.1004610, 0.1105673, 0.1313941, 0.1761652, 0.2863847, 0.5755174", \
					  "0.1104694, 0.1153544, 0.1255940, 0.1462274, 0.1910051, 0.3012255, 0.5893381", \
					  "0.1463032, 0.1512385, 0.1615108, 0.1821798, 0.2269410, 0.3372618, 0.6265191", \
					  "0.2294346, 0.2346802, 0.2452175, 0.2661434, 0.3111180, 0.4215435, 0.7106121", \
					  "0.3840379, 0.3909902, 0.4045322, 0.4292699, 0.4774005, 0.5885388, 0.8770750", \
					  "0.6567824, 0.6675900, 0.6862895, 0.7192719, 0.7759484, 0.8901399, 1.1783544");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0166911, 0.0202106, 0.0283013, 0.0481828, 0.0993059, 0.2424636, 0.6343448", \
					  "0.0167171, 0.0200903, 0.0283859, 0.0481403, 0.0995655, 0.2416023, 0.6254652", \
					  "0.0166985, 0.0202335, 0.0285872, 0.0482143, 0.0995079, 0.2446424, 0.6233477", \
					  "0.0165992, 0.0203618, 0.0283919, 0.0482069, 0.0998923, 0.2422148, 0.6307346", \
					  "0.0185981, 0.0220039, 0.0298763, 0.0489182, 0.1000255, 0.2416622, 0.6247777", \
					  "0.0278936, 0.0319256, 0.0402625, 0.0583940, 0.1055018, 0.2441187, 0.6236513", \
					  "0.0436062, 0.0486096, 0.0582743, 0.0789187, 0.1219118, 0.2506229, 0.6297473");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0644805, 0.0711978, 0.0866527, 0.1237774, 0.2180692, 0.4658687, 1.1167183", \
					  "0.0686228, 0.0753231, 0.0906661, 0.1277691, 0.2224759, 0.4691973, 1.1165741", \
					  "0.0783548, 0.0850272, 0.1004396, 0.1373733, 0.2321878, 0.4814297, 1.1301591", \
					  "0.0988788, 0.1057284, 0.1213819, 0.1585107, 0.2533396, 0.5012967, 1.1494193", \
					  "0.1280855, 0.1353395, 0.1515008, 0.1888302, 0.2840288, 0.5325969, 1.1832068", \
					  "0.1596002, 0.1684841, 0.1866839, 0.2244935, 0.3191304, 0.5670004, 1.2168120", \
					  "0.1693993, 0.1808773, 0.2050874, 0.2498519, 0.3433953, 0.5896218, 1.2379262");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0203242, 0.0271859, 0.0452470, 0.0944532, 0.2279181, 0.5815315, 1.5082535", \
					  "0.0202910, 0.0272192, 0.0453187, 0.0943054, 0.2279990, 0.5772612, 1.4987283", \
					  "0.0203812, 0.0272053, 0.0451971, 0.0944190, 0.2279617, 0.5812288, 1.5048517", \
					  "0.0215251, 0.0283516, 0.0460719, 0.0947320, 0.2270996, 0.5836339, 1.4979363", \
					  "0.0248721, 0.0310742, 0.0480832, 0.0959434, 0.2275976, 0.5765302, 1.5091957", \
					  "0.0330115, 0.0389866, 0.0539720, 0.0985939, 0.2287078, 0.5763069, 1.5049341", \
					  "0.0489655, 0.0556012, 0.0706020, 0.1084155, 0.2302428, 0.5817128, 1.4936965");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0732801, 0.0779879, 0.0877239, 0.1077986, 0.1513794, 0.2613766, 0.5501508", \
					  "0.0789317, 0.0836288, 0.0934064, 0.1133337, 0.1573076, 0.2671007, 0.5558857", \
					  "0.0934295, 0.0981883, 0.1080126, 0.1277671, 0.1718503, 0.2818173, 0.5702646", \
					  "0.1283631, 0.1329833, 0.1428308, 0.1628187, 0.2069009, 0.3169862, 0.6055048", \
					  "0.2042360, 0.2096150, 0.2205258, 0.2415521, 0.2863708, 0.3964812, 0.6865616", \
					  "0.3353774, 0.3425980, 0.3568428, 0.3826305, 0.4309935, 0.5422809, 0.8251090", \
					  "0.5631127, 0.5733290, 0.5927796, 0.6269232, 0.6857123, 0.8007311, 1.0884350");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131413, 0.00345385, 0.00907758, 0.0238581, 0.0627052, 0.164805");
					values("0.0150618, 0.0186465, 0.0267400, 0.0465832, 0.0985882, 0.2418031, 0.6233408", \
					  "0.0150662, 0.0186276, 0.0268762, 0.0465802, 0.0987893, 0.2431096, 0.6295350", \
					  "0.0152122, 0.0184911, 0.0268909, 0.0466794, 0.0988257, 0.2412692, 0.6233606", \
					  "0.0152615, 0.0189117, 0.0268690, 0.0465741, 0.0986518, 0.2413507, 0.6229746", \
					  "0.0195355, 0.0229360, 0.0305513, 0.0493854, 0.0996606, 0.2412273, 0.6232131", \
					  "0.0290312, 0.0327639, 0.0413256, 0.0594598, 0.1063703, 0.2448558, 0.6241171", \
					  "0.0449406, 0.0505053, 0.0617013, 0.0821459, 0.1261870, 0.2519727, 0.6250760");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002304;
			capacitance : 0.002184;
			fall_capacitance : 0.002063;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027111, -0.0027089, -0.0027040, -0.0027034, -0.0027020, -0.0026989, -0.0026918");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027121, 0.0027120, 0.0027119, 0.0027127, 0.0027146, 0.0027190, 0.0027291");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002343;
			capacitance : 0.002195;
			fall_capacitance : 0.002048;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025955, -0.0025960, -0.0025972, -0.0025974, -0.0025978, -0.0025987, -0.0026008");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026201, 0.0026157, 0.0026055, 0.0026050, 0.0026038, 0.0026012, 0.0025950");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002271;
			capacitance : 0.002168;
			fall_capacitance : 0.002066;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026525, -0.0026484, -0.0026390, -0.0026391, -0.0026394, -0.0026400, -0.0026414");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027229, 0.0027151, 0.0026972, 0.0027008, 0.0027090, 0.0027279, 0.0027715");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002302;
			capacitance : 0.002215;
			fall_capacitance : 0.002129;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025255, -0.0025263, -0.0025281, -0.0025230, -0.0025114, -0.0024845, -0.0024225");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032205, 0.0032208, 0.0032216, 0.0032219, 0.0032227, 0.0032245, 0.0032287");
				}
			}
		}
	}
	cell ("scs8hd_o211a_2") {
		area : 10.009600;
		cell_footprint : "o211a";
		cell_leakage_power : 2.227814e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0141583";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007472";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0104560";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007334";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0011107";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0007316";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007334";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007674";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0007316";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0007334";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0007254";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0011089";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0007316";
			when : "A1&A2&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1)";
			max_capacitance : 0.235300;
			max_transition : 1.505212;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0133617, 0.0145573, 0.0178083, 0.0264952, 0.0502393, 0.1157007, 0.2973979", \
					  "0.0133661, 0.0145641, 0.0178091, 0.0265316, 0.0502431, 0.1157044, 0.2976755", \
					  "0.0133130, 0.0145105, 0.0177856, 0.0264762, 0.0501498, 0.1152435, 0.2960875", \
					  "0.0131973, 0.0143974, 0.0176502, 0.0263329, 0.0500030, 0.1151262, 0.2969743", \
					  "0.0130516, 0.0142429, 0.0174609, 0.0260439, 0.0497056, 0.1147263, 0.2968236", \
					  "0.0131645, 0.0143122, 0.0174458, 0.0258100, 0.0494197, 0.1145093, 0.2966104", \
					  "0.0130366, 0.0141625, 0.0172717, 0.0258661, 0.0495563, 0.1150451, 0.2966016");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0115676, 0.0106035, 0.0082743, 0.0011553, -0.0208482, -0.0858451, -0.2692378", \
					  "0.0114187, 0.0105016, 0.0082191, 0.0010648, -0.0209275, -0.0859418, -0.2693150", \
					  "0.0112915, 0.0103688, 0.0080248, 0.0008115, -0.0210530, -0.0860559, -0.2694495", \
					  "0.0111995, 0.0102399, 0.0079274, 0.0007100, -0.0211931, -0.0861895, -0.2695789", \
					  "0.0110642, 0.0101406, 0.0077711, 0.0006943, -0.0213214, -0.0862877, -0.2696606", \
					  "0.0112693, 0.0103138, 0.0077517, 0.0005835, -0.0213823, -0.0863666, -0.2697102", \
					  "0.0138499, 0.0127606, 0.0097606, 0.0013864, -0.0219887, -0.0863946, -0.2696920");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0134256, 0.0146215, 0.0178417, 0.0264448, 0.0499246, 0.1151750, 0.2981260", \
					  "0.0133833, 0.0145627, 0.0177801, 0.0263784, 0.0498932, 0.1151786, 0.2981229", \
					  "0.0133078, 0.0144861, 0.0176943, 0.0263029, 0.0497964, 0.1151512, 0.2956098", \
					  "0.0131782, 0.0143576, 0.0175556, 0.0261371, 0.0496555, 0.1146995, 0.2968391", \
					  "0.0130367, 0.0142074, 0.0173976, 0.0258831, 0.0494093, 0.1147533, 0.2953650", \
					  "0.0131480, 0.0142887, 0.0174130, 0.0258492, 0.0493978, 0.1144743, 0.2964852", \
					  "0.0130224, 0.0141177, 0.0172097, 0.0259573, 0.0494071, 0.1147825, 0.2951544");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0109157, 0.0099783, 0.0076109, 0.0003983, -0.0223726, -0.0879505, -0.2714810", \
					  "0.0107978, 0.0099034, 0.0074965, 0.0003226, -0.0224617, -0.0880367, -0.2715965", \
					  "0.0106508, 0.0097143, 0.0073038, 9.4600000e-05, -0.0226374, -0.0882163, -0.2717562", \
					  "0.0104668, 0.0095314, 0.0071174, -0.0001428, -0.0228485, -0.0883908, -0.2719398", \
					  "0.0103899, 0.0093123, 0.0068438, -0.0004289, -0.0231049, -0.0885961, -0.2721169", \
					  "0.0104775, 0.0094049, 0.0064524, -0.0009818, -0.0233218, -0.0886780, -0.2721492", \
					  "0.0119069, 0.0108248, 0.0078595, -0.0003805, -0.0236923, -0.0891202, -0.2723445");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0133992, 0.0145748, 0.0178019, 0.0264015, 0.0499886, 0.1153202, 0.2969983", \
					  "0.0133422, 0.0145327, 0.0177534, 0.0263701, 0.0498516, 0.1152410, 0.2970488", \
					  "0.0132226, 0.0144081, 0.0176178, 0.0262344, 0.0497617, 0.1151581, 0.2955672", \
					  "0.0130796, 0.0142544, 0.0174015, 0.0260019, 0.0495431, 0.1150499, 0.2960624", \
					  "0.0127836, 0.0139715, 0.0171584, 0.0256796, 0.0491175, 0.1147001, 0.2973363", \
					  "0.0130489, 0.0141565, 0.0172390, 0.0256591, 0.0490162, 0.1138643, 0.2949498", \
					  "0.0130241, 0.0141187, 0.0171787, 0.0257741, 0.0493644, 0.1142116, 0.2950811");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0091887, 0.0082966, 0.0058914, -0.0013845, -0.0243219, -0.0899959, -0.2735038", \
					  "0.0090421, 0.0081328, 0.0057959, -0.0015620, -0.0244512, -0.0901182, -0.2737752", \
					  "0.0088137, 0.0079076, 0.0055055, -0.0017911, -0.0246697, -0.0903495, -0.2739692", \
					  "0.0085633, 0.0076374, 0.0051734, -0.0021472, -0.0249918, -0.0906158, -0.2742035", \
					  "0.0083249, 0.0073587, 0.0048633, -0.0024386, -0.0252209, -0.0907805, -0.2743136", \
					  "0.0094899, 0.0084432, 0.0054794, -0.0028567, -0.0254391, -0.0908902, -0.2744117", \
					  "0.0099798, 0.0089535, 0.0058481, -0.0024215, -0.0256618, -0.0911777, -0.2743886");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0143578, 0.0155472, 0.0187418, 0.0273047, 0.0505926, 0.1154052, 0.2965988", \
					  "0.0143022, 0.0154837, 0.0186861, 0.0272549, 0.0505731, 0.1154421, 0.2966868", \
					  "0.0142241, 0.0153984, 0.0186049, 0.0271808, 0.0505144, 0.1153592, 0.2963822", \
					  "0.0141473, 0.0153350, 0.0185591, 0.0271016, 0.0503632, 0.1153891, 0.2962985", \
					  "0.0140481, 0.0152304, 0.0184339, 0.0269407, 0.0503536, 0.1158504, 0.2978725", \
					  "0.0142000, 0.0152566, 0.0183846, 0.0267893, 0.0502426, 0.1150190, 0.2966215", \
					  "0.0141473, 0.0152641, 0.0184698, 0.0268743, 0.0503536, 0.1153781, 0.2957503");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001394479, 0.003889146, 0.01084667, 0.03025091, 0.08436855, 0.2353004");
					values("0.0127791, 0.0118460, 0.0094908, 0.0023837, -0.0196058, -0.0846810, -0.2681474", \
					  "0.0126920, 0.0117400, 0.0093635, 0.0022896, -0.0196899, -0.0847718, -0.2682285", \
					  "0.0125718, 0.0116188, 0.0093189, 0.0021063, -0.0198328, -0.0849053, -0.2683405", \
					  "0.0124333, 0.0115002, 0.0091282, 0.0020282, -0.0199583, -0.0850248, -0.2684595", \
					  "0.0123248, 0.0114004, 0.0090295, 0.0019055, -0.0200859, -0.0851124, -0.2685570", \
					  "0.0122289, 0.0112933, 0.0087837, 0.0017828, -0.0202102, -0.0852008, -0.2686111", \
					  "0.0146859, 0.0136204, 0.0106098, 0.0022811, -0.0207198, -0.0853286, -0.2686606");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.1167526, 0.1232371, 0.1381857, 0.1725165, 0.2586553, 0.4933591, 1.1486632", \
					  "0.1210970, 0.1275453, 0.1425144, 0.1768764, 0.2629590, 0.4976097, 1.1539981", \
					  "0.1297060, 0.1361550, 0.1511823, 0.1856644, 0.2714589, 0.5069607, 1.1625211", \
					  "0.1479827, 0.1544366, 0.1694802, 0.2037915, 0.2899251, 0.5253180, 1.1837101", \
					  "0.1836056, 0.1902899, 0.2056838, 0.2406334, 0.3273384, 0.5633363, 1.2202835", \
					  "0.2390747, 0.2460670, 0.2628870, 0.2996215, 0.3870935, 0.6232797, 1.2797270", \
					  "0.2985995, 0.3082836, 0.3292889, 0.3696675, 0.4590907, 0.6960488, 1.3517899");
				}
				rise_transition ("del_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("0.0257845, 0.0315693, 0.0467464, 0.0878608, 0.2067633, 0.5474745, 1.4971868", \
					  "0.0256755, 0.0314941, 0.0467480, 0.0879507, 0.2069214, 0.5486627, 1.5003883", \
					  "0.0258808, 0.0315913, 0.0467074, 0.0878506, 0.2071010, 0.5473711, 1.4965951", \
					  "0.0257187, 0.0315766, 0.0466479, 0.0878692, 0.2066366, 0.5476261, 1.5002596", \
					  "0.0274413, 0.0332483, 0.0482224, 0.0887639, 0.2071776, 0.5485605, 1.5008373", \
					  "0.0321589, 0.0385456, 0.0528837, 0.0923377, 0.2087734, 0.5462089, 1.4969779", \
					  "0.0445713, 0.0506512, 0.0649922, 0.1021720, 0.2119432, 0.5479172, 1.4943867");
				}
				cell_fall ("del_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("0.2468099, 0.2529655, 0.2660902, 0.2908479, 0.3358366, 0.4260373, 0.6382962", \
					  "0.2525954, 0.2588027, 0.2719034, 0.2966672, 0.3416657, 0.4308399, 0.6451945", \
					  "0.2674624, 0.2737076, 0.2864443, 0.3114267, 0.3567291, 0.4467177, 0.6598762", \
					  "0.3020341, 0.3080828, 0.3211681, 0.3459141, 0.3911536, 0.4812022, 0.6943484", \
					  "0.3803586, 0.3865759, 0.3998750, 0.4244083, 0.4695174, 0.5593845, 0.7727557", \
					  "0.5612701, 0.5671192, 0.5802507, 0.6050215, 0.6502382, 0.7403186, 0.9535438", \
					  "0.9250657, 0.9329100, 0.9482778, 0.9771650, 1.0273743, 1.1212300, 1.3370456");
				}
				fall_transition ("del_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("0.0360271, 0.0392454, 0.0463387, 0.0616089, 0.0966958, 0.1871686, 0.4515917", \
					  "0.0361597, 0.0391025, 0.0463518, 0.0616035, 0.0967143, 0.1880077, 0.4519254", \
					  "0.0362370, 0.0391127, 0.0471341, 0.0616232, 0.0965838, 0.1875460, 0.4515845", \
					  "0.0361990, 0.0391804, 0.0465669, 0.0617031, 0.0965657, 0.1875279, 0.4516697", \
					  "0.0361982, 0.0391755, 0.0462845, 0.0617168, 0.0972248, 0.1871470, 0.4513783", \
					  "0.0370607, 0.0401006, 0.0469122, 0.0625014, 0.0968974, 0.1874404, 0.4525922", \
					  "0.0486222, 0.0518132, 0.0586679, 0.0742259, 0.1098034, 0.1976114, 0.4539121");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.1096943, 0.1161871, 0.1312899, 0.1661690, 0.2531264, 0.4904219, 1.1475521", \
					  "0.1146756, 0.1211786, 0.1362637, 0.1710650, 0.2580046, 0.4956978, 1.1527679", \
					  "0.1239380, 0.1304520, 0.1455883, 0.1803080, 0.2674554, 0.5041780, 1.1620924", \
					  "0.1429175, 0.1494166, 0.1644886, 0.1991839, 0.2861877, 0.5227777, 1.1876670", \
					  "0.1798117, 0.1865427, 0.2020770, 0.2372617, 0.3245838, 0.5625643, 1.2200083", \
					  "0.2367390, 0.2444800, 0.2614493, 0.2980292, 0.3859817, 0.6228983, 1.2817181", \
					  "0.2997374, 0.3098280, 0.3313760, 0.3730650, 0.4630956, 0.7001283, 1.3573624");
				}
				rise_transition ("del_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("0.0256351, 0.0312670, 0.0463397, 0.0873720, 0.2065516, 0.5472456, 1.5016167", \
					  "0.0255147, 0.0312427, 0.0462221, 0.0873569, 0.2065673, 0.5471840, 1.5009238", \
					  "0.0255299, 0.0311968, 0.0463259, 0.0875277, 0.2063201, 0.5469526, 1.4949688", \
					  "0.0256135, 0.0312329, 0.0463196, 0.0874784, 0.2061478, 0.5456345, 1.4996885", \
					  "0.0275299, 0.0332240, 0.0481326, 0.0885060, 0.2069037, 0.5468705, 1.4945969", \
					  "0.0330819, 0.0387337, 0.0532180, 0.0924811, 0.2086201, 0.5452890, 1.4957628", \
					  "0.0467863, 0.0528496, 0.0674069, 0.1032677, 0.2125796, 0.5486873, 1.4911384");
				}
				cell_fall ("del_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("0.2286805, 0.2350290, 0.2480319, 0.2727341, 0.3178653, 0.4075781, 0.6210217", \
					  "0.2330602, 0.2393144, 0.2520487, 0.2770261, 0.3224404, 0.4125253, 0.6258347", \
					  "0.2450518, 0.2512552, 0.2643411, 0.2890296, 0.3344361, 0.4242637, 0.6377506", \
					  "0.2763515, 0.2824432, 0.2955701, 0.3203391, 0.3655246, 0.4554505, 0.6686010", \
					  "0.3558694, 0.3620878, 0.3751591, 0.3997717, 0.4447359, 0.5352512, 0.7486163", \
					  "0.5382623, 0.5446028, 0.5576886, 0.5824491, 0.6280114, 0.7181842, 0.9316788", \
					  "0.8878572, 0.8970588, 0.9154060, 0.9471096, 1.0013719, 1.0967973, 1.3123254");
				}
				fall_transition ("del_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("0.0360492, 0.0391575, 0.0464833, 0.0617822, 0.0976319, 0.1877780, 0.4502527", \
					  "0.0360026, 0.0390919, 0.0471868, 0.0619660, 0.0965213, 0.1877391, 0.4494055", \
					  "0.0359630, 0.0391306, 0.0463465, 0.0621930, 0.0965232, 0.1877417, 0.4504976", \
					  "0.0361237, 0.0391504, 0.0463500, 0.0617132, 0.0968474, 0.1872204, 0.4517896", \
					  "0.0359618, 0.0391411, 0.0464414, 0.0622679, 0.0967902, 0.1876134, 0.4511761", \
					  "0.0385293, 0.0413987, 0.0477571, 0.0625922, 0.0972739, 0.1868155, 0.4513378", \
					  "0.0593934, 0.0627491, 0.0706531, 0.0851238, 0.1196101, 0.2014731, 0.4543158");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.0931262, 0.0991693, 0.1134034, 0.1468853, 0.2328170, 0.4700596, 1.1254485", \
					  "0.0977793, 0.1038071, 0.1180237, 0.1515007, 0.2375927, 0.4752135, 1.1307130", \
					  "0.1084152, 0.1143993, 0.1285946, 0.1620594, 0.2481444, 0.4841479, 1.1410973", \
					  "0.1321053, 0.1381295, 0.1523090, 0.1856978, 0.2715298, 0.5082068, 1.1642040", \
					  "0.1754068, 0.1818755, 0.1966012, 0.2305676, 0.3171042, 0.5541911, 1.2102709", \
					  "0.2368560, 0.2444175, 0.2610612, 0.2965065, 0.3833233, 0.6199740, 1.2802086", \
					  "0.3028080, 0.3129271, 0.3340111, 0.3743302, 0.4621699, 0.6978593, 1.3554496");
				}
				rise_transition ("del_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("0.0233537, 0.0289135, 0.0438871, 0.0853675, 0.2051510, 0.5473409, 1.5050293", \
					  "0.0235062, 0.0290706, 0.0439828, 0.0853150, 0.2055269, 0.5479682, 1.5052122", \
					  "0.0233933, 0.0291159, 0.0439957, 0.0854212, 0.2054495, 0.5481158, 1.4972901", \
					  "0.0236736, 0.0290968, 0.0439784, 0.0854233, 0.2050279, 0.5456883, 1.4984068", \
					  "0.0263116, 0.0317452, 0.0462783, 0.0868955, 0.2058460, 0.5460553, 1.4955570", \
					  "0.0330741, 0.0386199, 0.0521159, 0.0904575, 0.2069963, 0.5458252, 1.5036823", \
					  "0.0481845, 0.0544778, 0.0670922, 0.1029140, 0.2109873, 0.5485270, 1.4963306");
				}
				cell_fall ("del_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("0.1061357, 0.1101676, 0.1188080, 0.1359944, 0.1700787, 0.2478698, 0.4551411", \
					  "0.1121254, 0.1161085, 0.1246745, 0.1420241, 0.1760864, 0.2539083, 0.4611125", \
					  "0.1269624, 0.1309998, 0.1396857, 0.1569050, 0.1909319, 0.2686888, 0.4759360", \
					  "0.1632318, 0.1672609, 0.1759412, 0.1931925, 0.2272178, 0.3050822, 0.5123080", \
					  "0.2477245, 0.2518009, 0.2604516, 0.2766524, 0.3109543, 0.3888658, 0.5957752", \
					  "0.4150964, 0.4205203, 0.4317756, 0.4530664, 0.4912345, 0.5699149, 0.7770323", \
					  "0.7106720, 0.7185457, 0.7345999, 0.7632623, 0.8131490, 0.9017976, 1.1100542");
				}
				fall_transition ("del_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("0.0191348, 0.0214976, 0.0272092, 0.0401880, 0.0731285, 0.1658556, 0.4363936", \
					  "0.0190058, 0.0213865, 0.0271664, 0.0404998, 0.0730506, 0.1657335, 0.4364359", \
					  "0.0189798, 0.0214503, 0.0271574, 0.0400941, 0.0730296, 0.1659056, 0.4362896", \
					  "0.0191409, 0.0215066, 0.0272285, 0.0401400, 0.0730347, 0.1657049, 0.4366930", \
					  "0.0200474, 0.0220632, 0.0277161, 0.0411709, 0.0736092, 0.1655592, 0.4390339", \
					  "0.0304940, 0.0330600, 0.0390389, 0.0515669, 0.0812616, 0.1685677, 0.4424739", \
					  "0.0495798, 0.0528062, 0.0600948, 0.0747143, 0.1059988, 0.1842141, 0.4417170");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00139448, 0.00388915, 0.0108467, 0.0302509, 0.0843686, 0.2353");
					values("0.0881973, 0.0942324, 0.1084662, 0.1419303, 0.2282164, 0.4642121, 1.1216408", \
					  "0.0923469, 0.0983768, 0.1126280, 0.1461079, 0.2321206, 0.4693617, 1.1276043", \
					  "0.1023240, 0.1083360, 0.1225564, 0.1560528, 0.2420420, 0.4791085, 1.1351564", \
					  "0.1261955, 0.1322274, 0.1464198, 0.1798017, 0.2659312, 0.5034295, 1.1695784", \
					  "0.1671210, 0.1734919, 0.1882868, 0.2225467, 0.3088469, 0.5465063, 1.2062032", \
					  "0.2201799, 0.2279540, 0.2444195, 0.2796449, 0.3658686, 0.6023839, 1.2610385", \
					  "0.2704394, 0.2805411, 0.3026902, 0.3445702, 0.4321222, 0.6676172, 1.3244197");
				}
				rise_transition ("del_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("0.0235180, 0.0290912, 0.0439726, 0.0852330, 0.2056621, 0.5476015, 1.5024126", \
					  "0.0233971, 0.0290510, 0.0439334, 0.0853214, 0.2048764, 0.5470346, 1.5048058", \
					  "0.0234330, 0.0290606, 0.0440077, 0.0853489, 0.2048604, 0.5480095, 1.4994975", \
					  "0.0237043, 0.0291800, 0.0441673, 0.0853445, 0.2056086, 0.5481845, 1.4980210", \
					  "0.0271838, 0.0323160, 0.0468395, 0.0873893, 0.2061926, 0.5475681, 1.4947510", \
					  "0.0359961, 0.0411411, 0.0541225, 0.0913184, 0.2075847, 0.5461906, 1.4948305", \
					  "0.0532190, 0.0592684, 0.0713770, 0.1047589, 0.2114400, 0.5485666, 1.4951043");
				}
				cell_fall ("del_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("0.0881347, 0.0918740, 0.1001241, 0.1164098, 0.1495812, 0.2266101, 0.4336809", \
					  "0.0940647, 0.0977984, 0.1059784, 0.1223094, 0.1552333, 0.2323312, 0.4394438", \
					  "0.1084244, 0.1121070, 0.1202790, 0.1366794, 0.1700167, 0.2468237, 0.4535810", \
					  "0.1435206, 0.1472437, 0.1548902, 0.1712489, 0.2044324, 0.2814862, 0.4887249", \
					  "0.2236684, 0.2276965, 0.2359318, 0.2523728, 0.2860985, 0.3634649, 0.5702787", \
					  "0.3671489, 0.3726562, 0.3845447, 0.4057646, 0.4449450, 0.5253902, 0.7318425", \
					  "0.6170356, 0.6248441, 0.6408411, 0.6702399, 0.7201358, 0.8107766, 1.0196715");
				}
				fall_transition ("del_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("0.0169689, 0.0193101, 0.0248371, 0.0382294, 0.0709527, 0.1647222, 0.4370753", \
					  "0.0169520, 0.0192997, 0.0250695, 0.0382615, 0.0712118, 0.1645566, 0.4423739", \
					  "0.0169609, 0.0193354, 0.0250647, 0.0381931, 0.0710648, 0.1645602, 0.4365774", \
					  "0.0169921, 0.0193546, 0.0249032, 0.0381129, 0.0708818, 0.1647472, 0.4364372", \
					  "0.0198997, 0.0221192, 0.0272018, 0.0401878, 0.0719123, 0.1648195, 0.4390180", \
					  "0.0310667, 0.0335562, 0.0399873, 0.0540414, 0.0829765, 0.1691826, 0.4401153", \
					  "0.0503048, 0.0540606, 0.0612176, 0.0769784, 0.1091185, 0.1863131, 0.4420224");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002368;
			capacitance : 0.002240;
			fall_capacitance : 0.002111;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028253, -0.0028246, -0.0028228, -0.0028223, -0.0028213, -0.0028189, -0.0028133");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028245, 0.0028240, 0.0028228, 0.0028240, 0.0028267, 0.0028330, 0.0028474");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002313;
			capacitance : 0.002175;
			fall_capacitance : 0.002037;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025693, -0.0025680, -0.0025651, -0.0025655, -0.0025665, -0.0025688, -0.0025741");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025846, 0.0025812, 0.0025734, 0.0025734, 0.0025735, 0.0025735, 0.0025736");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002285;
			capacitance : 0.002192;
			fall_capacitance : 0.002099;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026903, -0.0026912, -0.0026934, -0.0026930, -0.0026920, -0.0026897, -0.0026845");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028417, 0.0028325, 0.0028114, 0.0028170, 0.0028300, 0.0028601, 0.0029292");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002307;
			capacitance : 0.002227;
			fall_capacitance : 0.002146;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027301, -0.0027314, -0.0027346, -0.0027306, -0.0027216, -0.0027007, -0.0026526");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032815, 0.0032817, 0.0032821, 0.0032827, 0.0032841, 0.0032873, 0.0032947");
				}
			}
		}
	}
	cell ("scs8hd_o211a_4") {
		area : 17.516800;
		cell_footprint : "o211a";
		cell_leakage_power : 2.643480e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014548";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0014464";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0017847";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0184910";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0014712";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0014466";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0022078";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0014749";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0014712";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0014466";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0015254";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0014748";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0014712";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0014466";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0022077";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "0.0014749";
			when : "A1&A2&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1)";
			max_capacitance : 0.438547;
			max_transition : 1.512722;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0253288, 0.0267713, 0.0310499, 0.0438561, 0.0820073, 0.1980179, 0.5565481", \
					  "0.0252051, 0.0266343, 0.0309576, 0.0437620, 0.0818666, 0.1990115, 0.5552749", \
					  "0.0250759, 0.0264949, 0.0308305, 0.0436326, 0.0817195, 0.1988709, 0.5553995", \
					  "0.0249065, 0.0263364, 0.0306374, 0.0434191, 0.0814563, 0.1986709, 0.5551830", \
					  "0.0247116, 0.0261360, 0.0304330, 0.0430547, 0.0811633, 0.1978248, 0.5577678", \
					  "0.0249705, 0.0263345, 0.0305089, 0.0428923, 0.0807800, 0.1971872, 0.5553640", \
					  "0.0248743, 0.0262341, 0.0302613, 0.0427585, 0.0807517, 0.1971702, 0.5531428");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0268119, 0.0259767, 0.0224852, 0.0126962, -0.0215005, -0.1361552, -0.4965296", \
					  "0.0269581, 0.0257039, 0.0222417, 0.0124725, -0.0215434, -0.1363504, -0.4967947", \
					  "0.0267863, 0.0255270, 0.0220536, 0.0123015, -0.0217298, -0.1365370, -0.4969701", \
					  "0.0262374, 0.0250919, 0.0217723, 0.0120367, -0.0221064, -0.1367430, -0.4971577", \
					  "0.0260354, 0.0249005, 0.0215626, 0.0117296, -0.0223166, -0.1369383, -0.4974520", \
					  "0.0259249, 0.0247527, 0.0213401, 0.0114756, -0.0226515, -0.1372418, -0.4975883", \
					  "0.0306696, 0.0294235, 0.0255931, 0.0137397, -0.0235603, -0.1376878, -0.4978729");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0233766, 0.0247823, 0.0291070, 0.0419095, 0.0801437, 0.1961518, 0.5548293", \
					  "0.0233888, 0.0248050, 0.0290937, 0.0419262, 0.0801631, 0.1963952, 0.5512397", \
					  "0.0233346, 0.0247639, 0.0290634, 0.0418326, 0.0799491, 0.1971850, 0.5550173", \
					  "0.0231050, 0.0244921, 0.0287843, 0.0415510, 0.0796710, 0.1962224, 0.5505402", \
					  "0.0227851, 0.0242090, 0.0283978, 0.0410390, 0.0790781, 0.1956047, 0.5540643", \
					  "0.0229525, 0.0243264, 0.0284348, 0.0408474, 0.0786013, 0.1941244, 0.5501323", \
					  "0.0227329, 0.0240994, 0.0280845, 0.0405679, 0.0785417, 0.1947366, 0.5508932");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0242221, 0.0230174, 0.0198460, 0.0100020, -0.0241461, -0.1387839, -0.4992525", \
					  "0.0242666, 0.0230343, 0.0195594, 0.0098017, -0.0241896, -0.1389847, -0.4993348", \
					  "0.0236829, 0.0228381, 0.0193877, 0.0095950, -0.0245452, -0.1392602, -0.4997150", \
					  "0.0236844, 0.0225296, 0.0190597, 0.0092652, -0.0248304, -0.1394875, -0.4999704", \
					  "0.0232622, 0.0221859, 0.0188383, 0.0090457, -0.0251051, -0.1397133, -0.5001629", \
					  "0.0234789, 0.0223403, 0.0186293, 0.0086779, -0.0255000, -0.1400503, -0.5003220", \
					  "0.0289155, 0.0276559, 0.0231094, 0.0113187, -0.0260618, -0.1402678, -0.5003845");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0241299, 0.0255521, 0.0298611, 0.0426838, 0.0807864, 0.1965598, 0.5515104", \
					  "0.0240300, 0.0254732, 0.0298036, 0.0426044, 0.0807708, 0.1969977, 0.5519066", \
					  "0.0238714, 0.0253101, 0.0295971, 0.0423707, 0.0805843, 0.1968761, 0.5571211", \
					  "0.0236114, 0.0250422, 0.0292605, 0.0419045, 0.0800317, 0.1952855, 0.5545830", \
					  "0.0232590, 0.0245872, 0.0288297, 0.0412912, 0.0792509, 0.1947436, 0.5551198", \
					  "0.0232895, 0.0246456, 0.0287914, 0.0412982, 0.0789472, 0.1945065, 0.5502270", \
					  "0.0232351, 0.0245853, 0.0286645, 0.0409732, 0.0789841, 0.1952419, 0.5528422");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0218513, 0.0206449, 0.0171791, 0.0069575, -0.0288409, -0.1450324, -0.5060489", \
					  "0.0215087, 0.0203329, 0.0169251, 0.0066599, -0.0290751, -0.1452814, -0.5063494", \
					  "0.0211804, 0.0201019, 0.0166320, 0.0063402, -0.0293848, -0.1456056, -0.5065778", \
					  "0.0206817, 0.0195190, 0.0160889, 0.0057791, -0.0299519, -0.1460478, -0.5069964", \
					  "0.0203257, 0.0191875, 0.0156710, 0.0053278, -0.0303274, -0.1462973, -0.5072158", \
					  "0.0192356, 0.0180411, 0.0145117, 0.0042614, -0.0308249, -0.1466159, -0.5074195", \
					  "0.0228783, 0.0216353, 0.0177983, 0.0061078, -0.0310850, -0.1462892, -0.5068063");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0231946, 0.0246417, 0.0289429, 0.0417359, 0.0799881, 0.1959299, 0.5556576", \
					  "0.0230886, 0.0245153, 0.0288451, 0.0416462, 0.0797900, 0.1962327, 0.5539296", \
					  "0.0229333, 0.0243449, 0.0286711, 0.0414185, 0.0795953, 0.1957984, 0.5545223", \
					  "0.0226633, 0.0240518, 0.0282862, 0.0408442, 0.0790093, 0.1942001, 0.5502563", \
					  "0.0221999, 0.0235362, 0.0276307, 0.0403417, 0.0781084, 0.1936396, 0.5529324", \
					  "0.0223797, 0.0237326, 0.0278759, 0.0400891, 0.0777559, 0.1930935, 0.5541713", \
					  "0.0222943, 0.0236055, 0.0276640, 0.0402587, 0.0775494, 0.1929250, 0.5501824");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546955, 0.004786141, 0.01480789, 0.0458143, 0.1417454, 0.4385474");
					values("0.0174590, 0.0163681, 0.0129331, 0.0029460, -0.0326138, -0.1486727, -0.5097208", \
					  "0.0171606, 0.0160831, 0.0127019, 0.0027081, -0.0328126, -0.1488952, -0.5099288", \
					  "0.0167756, 0.0156844, 0.0123223, 0.0022739, -0.0332006, -0.1492734, -0.5103289", \
					  "0.0163323, 0.0152206, 0.0118859, 0.0016596, -0.0337625, -0.1497531, -0.5107506", \
					  "0.0160806, 0.0149016, 0.0113992, 0.0012445, -0.0341711, -0.1500094, -0.5109137", \
					  "0.0152809, 0.0140412, 0.0102257, 0.0002106, -0.0345898, -0.1502845, -0.5110714", \
					  "0.0191871, 0.0179516, 0.0140491, 0.0023460, -0.0349257, -0.1506378, -0.5110756");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.1055136, 0.1097719, 0.1209756, 0.1494424, 0.2265597, 0.4566613, 1.1616361", \
					  "0.1100436, 0.1142836, 0.1255048, 0.1540098, 0.2309186, 0.4606892, 1.1684768", \
					  "0.1193463, 0.1236002, 0.1348349, 0.1633326, 0.2402667, 0.4713892, 1.1774878", \
					  "0.1386820, 0.1429302, 0.1541391, 0.1825376, 0.2594229, 0.4892529, 1.1969694", \
					  "0.1757406, 0.1802351, 0.1917684, 0.2205925, 0.2979631, 0.5280096, 1.2340533", \
					  "0.2304299, 0.2354508, 0.2482926, 0.2784502, 0.3563098, 0.5862715, 1.2927616", \
					  "0.2854301, 0.2919483, 0.3081395, 0.3432833, 0.4236113, 0.6536783, 1.3599496");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0235666, 0.0271666, 0.0380022, 0.0700261, 0.1717577, 0.4970828, 1.5063598", \
					  "0.0235042, 0.0271955, 0.0379145, 0.0700298, 0.1721983, 0.4973046, 1.5033904", \
					  "0.0236540, 0.0272193, 0.0379109, 0.0700645, 0.1722149, 0.4971311, 1.5042869", \
					  "0.0237665, 0.0273173, 0.0379628, 0.0700412, 0.1722397, 0.4972834, 1.5039759", \
					  "0.0253834, 0.0290767, 0.0395709, 0.0710638, 0.1727834, 0.4979762, 1.5026149", \
					  "0.0303528, 0.0339262, 0.0443082, 0.0748458, 0.1742283, 0.4948241, 1.5018753", \
					  "0.0434610, 0.0473270, 0.0576344, 0.0855762, 0.1783233, 0.4983161, 1.4952624");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.2349828, 0.2389487, 0.2490132, 0.2699598, 0.3113359, 0.3990022, 0.6272498", \
					  "0.2406249, 0.2447496, 0.2548111, 0.2757458, 0.3165913, 0.4051737, 0.6334752", \
					  "0.2554634, 0.2595820, 0.2696157, 0.2906409, 0.3314680, 0.4200585, 0.6483618", \
					  "0.2893835, 0.2934277, 0.3034454, 0.3243006, 0.3656533, 0.4533370, 0.6817520", \
					  "0.3656948, 0.3697468, 0.3797923, 0.4003635, 0.4418471, 0.5299703, 0.7583399", \
					  "0.5396981, 0.5439051, 0.5539866, 0.5750754, 0.6166300, 0.7051051, 0.9331833", \
					  "0.8835684, 0.8887572, 0.9012192, 0.9262199, 0.9727136, 1.0667006, 1.2975730");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0341116, 0.0363337, 0.0412669, 0.0535665, 0.0848804, 0.1753010, 0.4648430", \
					  "0.0343002, 0.0360990, 0.0410228, 0.0535328, 0.0859189, 0.1748516, 0.4652675", \
					  "0.0343602, 0.0361264, 0.0411794, 0.0535259, 0.0859835, 0.1749714, 0.4651950", \
					  "0.0341152, 0.0358521, 0.0411767, 0.0535830, 0.0848800, 0.1750451, 0.4650068", \
					  "0.0340929, 0.0358196, 0.0412751, 0.0542739, 0.0858848, 0.1752245, 0.4652329", \
					  "0.0358227, 0.0377479, 0.0423405, 0.0543185, 0.0858938, 0.1757074, 0.4649853", \
					  "0.0475473, 0.0492699, 0.0545639, 0.0670269, 0.0975336, 0.1848120, 0.4664626");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.1011295, 0.1054412, 0.1168715, 0.1456445, 0.2229863, 0.4523981, 1.1612131", \
					  "0.1058363, 0.1101400, 0.1215594, 0.1503516, 0.2277022, 0.4574378, 1.1629022", \
					  "0.1146786, 0.1190130, 0.1304036, 0.1592162, 0.2363518, 0.4671117, 1.1742393", \
					  "0.1323664, 0.1366353, 0.1480457, 0.1767986, 0.2539212, 0.4841525, 1.1902739", \
					  "0.1650863, 0.1696502, 0.1814275, 0.2107706, 0.2882019, 0.5177571, 1.2240629", \
					  "0.2110416, 0.2162879, 0.2293687, 0.2601304, 0.3383158, 0.5683133, 1.2747401", \
					  "0.2497416, 0.2565665, 0.2733162, 0.3095372, 0.3908897, 0.6207899, 1.3266784");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0240122, 0.0277436, 0.0385117, 0.0705868, 0.1722653, 0.4980765, 1.5126965", \
					  "0.0239840, 0.0277524, 0.0385782, 0.0704668, 0.1723955, 0.4983944, 1.5020278", \
					  "0.0240540, 0.0276377, 0.0385209, 0.0704291, 0.1717830, 0.4979195, 1.5112097", \
					  "0.0241743, 0.0277691, 0.0386413, 0.0704255, 0.1722933, 0.4991334, 1.4943934", \
					  "0.0261737, 0.0297872, 0.0405445, 0.0719720, 0.1725554, 0.4966949, 1.5037618", \
					  "0.0318301, 0.0355982, 0.0459484, 0.0761414, 0.1745604, 0.4949874, 1.5007438", \
					  "0.0458146, 0.0496646, 0.0603910, 0.0888464, 0.1792406, 0.4987806, 1.4938820");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.2175005, 0.2216190, 0.2313610, 0.2522043, 0.2939726, 0.3822046, 0.6103276", \
					  "0.2220151, 0.2261412, 0.2362056, 0.2571507, 0.2979733, 0.3864522, 0.6143093", \
					  "0.2339076, 0.2378841, 0.2480677, 0.2690170, 0.3102190, 0.3986435, 0.6269978", \
					  "0.2672238, 0.2712301, 0.2800492, 0.3010624, 0.3423300, 0.4306076, 0.6589099", \
					  "0.3445805, 0.3487526, 0.3588478, 0.3797011, 0.4209437, 0.5091870, 0.7375551", \
					  "0.5250285, 0.5293987, 0.5406740, 0.5617019, 0.6032572, 0.6917642, 0.9198574", \
					  "0.8656671, 0.8719802, 0.8902699, 0.9185631, 0.9691049, 1.0646587, 1.2952899");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0341401, 0.0358213, 0.0416900, 0.0539863, 0.0853291, 0.1750039, 0.4638513", \
					  "0.0342489, 0.0360778, 0.0409996, 0.0533720, 0.0858810, 0.1753429, 0.4648641", \
					  "0.0341165, 0.0362269, 0.0412807, 0.0536051, 0.0859047, 0.1749304, 0.4648046", \
					  "0.0340183, 0.0359469, 0.0412005, 0.0535132, 0.0853647, 0.1748177, 0.4633073", \
					  "0.0341402, 0.0359242, 0.0412114, 0.0536389, 0.0855172, 0.1749752, 0.4629365", \
					  "0.0370713, 0.0388765, 0.0433499, 0.0548575, 0.0862859, 0.1754752, 0.4637376", \
					  "0.0595371, 0.0617042, 0.0658995, 0.0777950, 0.1066762, 0.1886165, 0.4683292");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0851669, 0.0891555, 0.0998584, 0.1275725, 0.2039706, 0.4333649, 1.1400824", \
					  "0.0897010, 0.0937185, 0.1044367, 0.1320939, 0.2085940, 0.4376639, 1.1442746", \
					  "0.0999355, 0.1039401, 0.1146440, 0.1422371, 0.2186374, 0.4484004, 1.1555183", \
					  "0.1221491, 0.1261671, 0.1368171, 0.1642827, 0.2405999, 0.4707912, 1.1791966", \
					  "0.1591956, 0.1634087, 0.1745394, 0.2028106, 0.2795520, 0.5104132, 1.2172910", \
					  "0.2069328, 0.2119463, 0.2245820, 0.2541275, 0.3310756, 0.5614710, 1.2726937", \
					  "0.2448723, 0.2516178, 0.2681359, 0.3030667, 0.3822272, 0.6114083, 1.3182246");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0217847, 0.0253619, 0.0358848, 0.0681177, 0.1709928, 0.4951322, 1.4959095", \
					  "0.0218877, 0.0253530, 0.0359239, 0.0679438, 0.1710111, 0.4976939, 1.4966784", \
					  "0.0217768, 0.0253464, 0.0359515, 0.0680389, 0.1710628, 0.4981239, 1.5010080", \
					  "0.0220955, 0.0255967, 0.0361829, 0.0682561, 0.1711887, 0.4940048, 1.5076232", \
					  "0.0247371, 0.0282989, 0.0385733, 0.0699707, 0.1714918, 0.4942239, 1.4961878", \
					  "0.0313536, 0.0346200, 0.0443317, 0.0738544, 0.1730975, 0.4945575, 1.4988860", \
					  "0.0460694, 0.0498291, 0.0597530, 0.0866583, 0.1768027, 0.4994519, 1.4978138");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.1138175, 0.1166876, 0.1237467, 0.1392552, 0.1714542, 0.2484996, 0.4715397", \
					  "0.1194951, 0.1222796, 0.1293710, 0.1445424, 0.1773331, 0.2546726, 0.4778036", \
					  "0.1344473, 0.1372231, 0.1437902, 0.1592549, 0.1922277, 0.2695460, 0.4926615", \
					  "0.1693629, 0.1721404, 0.1791741, 0.1945606, 0.2268705, 0.3041479, 0.5283080", \
					  "0.2562233, 0.2590221, 0.2660010, 0.2813582, 0.3139405, 0.3914118, 0.6146864", \
					  "0.4298314, 0.4335574, 0.4425752, 0.4613296, 0.4977405, 0.5772846, 0.8003022", \
					  "0.7395822, 0.7450304, 0.7583446, 0.7836155, 0.8314926, 0.9198040, 1.1446045");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0199798, 0.0215545, 0.0257943, 0.0368775, 0.0672023, 0.1576208, 0.4581364", \
					  "0.0199499, 0.0214024, 0.0257772, 0.0374831, 0.0668957, 0.1582158, 0.4562624", \
					  "0.0199538, 0.0216256, 0.0258795, 0.0369764, 0.0670737, 0.1579884, 0.4560115", \
					  "0.0198514, 0.0215497, 0.0258961, 0.0370361, 0.0671354, 0.1580071, 0.4563842", \
					  "0.0202379, 0.0219484, 0.0261576, 0.0373964, 0.0671293, 0.1577106, 0.4558935", \
					  "0.0305650, 0.0322892, 0.0368937, 0.0477632, 0.0750847, 0.1610440, 0.4587633", \
					  "0.0505211, 0.0528103, 0.0579698, 0.0715952, 0.0993885, 0.1776038, 0.4578904");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0789244, 0.0829474, 0.0936646, 0.1212749, 0.1976632, 0.4269690, 1.1348557", \
					  "0.0828670, 0.0868548, 0.0975389, 0.1252285, 0.2015349, 0.4314527, 1.1370540", \
					  "0.0926693, 0.0966678, 0.1073929, 0.1349693, 0.2112052, 0.4416646, 1.1506077", \
					  "0.1147347, 0.1187150, 0.1294397, 0.1569966, 0.2330343, 0.4627529, 1.1690511", \
					  "0.1475763, 0.1517918, 0.1624914, 0.1908361, 0.2676409, 0.4977333, 1.2051267", \
					  "0.1845545, 0.1896252, 0.2022599, 0.2311509, 0.3080916, 0.5379909, 1.2462464", \
					  "0.2018210, 0.2086579, 0.2256897, 0.2614793, 0.3389728, 0.5681259, 1.2739979");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0217517, 0.0253027, 0.0359164, 0.0679505, 0.1710839, 0.4969127, 1.5003082", \
					  "0.0217823, 0.0254212, 0.0358689, 0.0681854, 0.1707805, 0.4980684, 1.5021645", \
					  "0.0217982, 0.0254004, 0.0359093, 0.0679714, 0.1709901, 0.4981531, 1.5127222", \
					  "0.0223449, 0.0258979, 0.0363458, 0.0682495, 0.1709043, 0.4950065, 1.4950405", \
					  "0.0250430, 0.0285240, 0.0390129, 0.0702729, 0.1717667, 0.4981788, 1.5030781", \
					  "0.0330527, 0.0363159, 0.0458409, 0.0745597, 0.1731198, 0.4946786, 1.5001170", \
					  "0.0501809, 0.0537964, 0.0635558, 0.0888103, 0.1775910, 0.4966580, 1.4945012");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.1107930, 0.1137031, 0.1210795, 0.1371704, 0.1707243, 0.2491840, 0.4713713", \
					  "0.1163846, 0.1193036, 0.1266613, 0.1427324, 0.1760362, 0.2545313, 0.4777361", \
					  "0.1308993, 0.1337867, 0.1411218, 0.1570741, 0.1906386, 0.2692113, 0.4926203", \
					  "0.1653311, 0.1682334, 0.1764076, 0.1915919, 0.2250075, 0.3036692, 0.5270531", \
					  "0.2509248, 0.2538069, 0.2611565, 0.2771053, 0.3106866, 0.3886267, 0.6120931", \
					  "0.4183170, 0.4221535, 0.4320761, 0.4511987, 0.4894945, 0.5710482, 0.7939511", \
					  "0.7177934, 0.7233447, 0.7366117, 0.7638865, 0.8137990, 0.9063834, 1.1318592");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154696, 0.00478614, 0.0148079, 0.0458143, 0.141745, 0.438547");
					values("0.0207759, 0.0225335, 0.0268024, 0.0383441, 0.0687768, 0.1594820, 0.4578248", \
					  "0.0208336, 0.0224977, 0.0268102, 0.0383956, 0.0689561, 0.1593932, 0.4591235", \
					  "0.0207367, 0.0225221, 0.0269373, 0.0383481, 0.0690490, 0.1595289, 0.4576774", \
					  "0.0208404, 0.0225752, 0.0268512, 0.0384484, 0.0689121, 0.1591839, 0.4582852", \
					  "0.0215305, 0.0230629, 0.0275163, 0.0388301, 0.0692734, 0.1596249, 0.4580464", \
					  "0.0331578, 0.0350518, 0.0393039, 0.0516437, 0.0786892, 0.1639079, 0.4591124", \
					  "0.0534938, 0.0557816, 0.0618566, 0.0752769, 0.1044267, 0.1823910, 0.4594637");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004753;
			capacitance : 0.004526;
			fall_capacitance : 0.004300;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052955, -0.0052972, -0.0053012, -0.0052982, -0.0052913, -0.0052754, -0.0052387");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053377, 0.0053304, 0.0053136, 0.0053161, 0.0053218, 0.0053351, 0.0053657");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004443;
			capacitance : 0.004171;
			fall_capacitance : 0.003899;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049525, -0.0049531, -0.0049546, -0.0049553, -0.0049570, -0.0049610, -0.0049700");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049642, 0.0049657, 0.0049692, 0.0049694, 0.0049700, 0.0049715, 0.0049747");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004891;
			capacitance : 0.004655;
			fall_capacitance : 0.004418;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0057369, -0.0057355, -0.0057323, -0.0057309, -0.0057277, -0.0057203, -0.0057033");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059914, 0.0059738, 0.0059333, 0.0059437, 0.0059675, 0.0060225, 0.0061494");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004363;
			capacitance : 0.004174;
			fall_capacitance : 0.003985;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0046800, -0.0046836, -0.0046918, -0.0046835, -0.0046643, -0.0046200, -0.0045181");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059010, 0.0059048, 0.0059137, 0.0059102, 0.0059020, 0.0058831, 0.0058397");
				}
			}
		}
	}
	cell ("scs8hd_o211ai_1") {
		area : 7.507200;
		cell_footprint : "o211ai";
		cell_leakage_power : 5.047154e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010804";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "1.7302840e-05";
			when : "A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "9.5278857e-06";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "5.3583842e-06";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0001557";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0048789";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "1.8337936e-05";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "5.3936030e-06";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010809";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "1.7405987e-05";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "1.8337933e-05";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "5.3936030e-06";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007413";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "1.7448240e-05";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "1.8337936e-05";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "5.3936030e-06";
			when : "A1&A2&!B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1) | (!C1)";
			max_capacitance : 0.063181;
			max_transition : 1.491071;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0102011, 0.0109658, 0.0126567, 0.0164457, 0.0248981, 0.0436993, 0.0858811", \
					  "0.0101118, 0.0108634, 0.0125816, 0.0163722, 0.0248401, 0.0436708, 0.0857189", \
					  "0.0099848, 0.0107583, 0.0124776, 0.0162761, 0.0247897, 0.0436503, 0.0856756", \
					  "0.0098949, 0.0106631, 0.0123723, 0.0161849, 0.0246814, 0.0435477, 0.0857443", \
					  "0.0098381, 0.0106025, 0.0123108, 0.0161262, 0.0245976, 0.0434750, 0.0856674", \
					  "0.0098051, 0.0105851, 0.0122565, 0.0160710, 0.0245725, 0.0434970, 0.0856034", \
					  "0.0095842, 0.0103376, 0.0120438, 0.0159848, 0.0245326, 0.0435831, 0.0856334");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0048232, 0.0040825, 0.0024015, -0.0013655, -0.0098170, -0.0287927, -0.0713250", \
					  "0.0047638, 0.0040188, 0.0023399, -0.0014223, -0.0098787, -0.0288445, -0.0713742", \
					  "0.0046816, 0.0039428, 0.0022747, -0.0014830, -0.0099215, -0.0288886, -0.0714119", \
					  "0.0045940, 0.0038574, 0.0021956, -0.0015427, -0.0099745, -0.0289230, -0.0714387", \
					  "0.0046152, 0.0038702, 0.0021360, -0.0015968, -0.0099891, -0.0289093, -0.0714227", \
					  "0.0045489, 0.0038123, 0.0021260, -0.0016224, -0.0101204, -0.0290273, -0.0715050", \
					  "0.0045794, 0.0038311, 0.0021484, -0.0016184, -0.0100695, -0.0290036, -0.0715459");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0088874, 0.0096501, 0.0113623, 0.0151436, 0.0235965, 0.0424607, 0.0845315", \
					  "0.0087566, 0.0095322, 0.0112511, 0.0150669, 0.0235270, 0.0424057, 0.0844551", \
					  "0.0085819, 0.0093525, 0.0110726, 0.0148933, 0.0234083, 0.0423012, 0.0844907", \
					  "0.0084936, 0.0092636, 0.0109872, 0.0147311, 0.0232416, 0.0422193, 0.0844046", \
					  "0.0084750, 0.0092419, 0.0109522, 0.0147628, 0.0231603, 0.0421249, 0.0842078", \
					  "0.0085959, 0.0093583, 0.0110268, 0.0147841, 0.0230420, 0.0419725, 0.0842199", \
					  "0.0084001, 0.0092071, 0.0110237, 0.0148452, 0.0231839, 0.0420178, 0.0843913");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0040199, 0.0032768, 0.0015861, -0.0021868, -0.0106572, -0.0296517, -0.0722114", \
					  "0.0039900, 0.0032511, 0.0015811, -0.0021695, -0.0106338, -0.0296166, -0.0721547", \
					  "0.0038875, 0.0031624, 0.0015232, -0.0022046, -0.0106435, -0.0296072, -0.0721508", \
					  "0.0037207, 0.0030119, 0.0014004, -0.0023097, -0.0106917, -0.0296345, -0.0721364", \
					  "0.0036808, 0.0029416, 0.0013178, -0.0024584, -0.0108034, -0.0296868, -0.0721851", \
					  "0.0035321, 0.0027858, 0.0011418, -0.0025779, -0.0109317, -0.0298486, -0.0722671", \
					  "0.0034919, 0.0027470, 0.0010784, -0.0026892, -0.0110736, -0.0299414, -0.0724213");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0058635, 0.0066352, 0.0083446, 0.0121331, 0.0205312, 0.0393101, 0.0811096", \
					  "0.0057118, 0.0064951, 0.0082088, 0.0120409, 0.0204811, 0.0392322, 0.0812396", \
					  "0.0055603, 0.0063164, 0.0080220, 0.0118469, 0.0203781, 0.0392011, 0.0811384", \
					  "0.0053833, 0.0061901, 0.0078996, 0.0117369, 0.0201267, 0.0389713, 0.0810727", \
					  "0.0054427, 0.0060818, 0.0077836, 0.0115715, 0.0199940, 0.0388007, 0.0804741", \
					  "0.0053683, 0.0061710, 0.0077431, 0.0115365, 0.0198720, 0.0385217, 0.0805683", \
					  "0.0052484, 0.0060775, 0.0077292, 0.0114235, 0.0200338, 0.0384331, 0.0806667");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0040285, 0.0032928, 0.0016089, -0.0021660, -0.0106413, -0.0296320, -0.0722073", \
					  "0.0039648, 0.0032226, 0.0015613, -0.0021948, -0.0106532, -0.0296369, -0.0721964", \
					  "0.0038480, 0.0031302, 0.0014799, -0.0022505, -0.0106908, -0.0296476, -0.0721940", \
					  "0.0037031, 0.0029763, 0.0013553, -0.0023623, -0.0107478, -0.0296901, -0.0722166", \
					  "0.0036518, 0.0029309, 0.0012722, -0.0025046, -0.0108806, -0.0297683, -0.0722573", \
					  "0.0035854, 0.0028406, 0.0011765, -0.0025510, -0.0109165, -0.0298839, -0.0723356", \
					  "0.0035938, 0.0028509, 0.0011753, -0.0025871, -0.0110095, -0.0299263, -0.0724436");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0036810, 0.0045081, 0.0062649, 0.0101848, 0.0186784, 0.0374266, 0.0796540", \
					  "0.0034600, 0.0042747, 0.0060546, 0.0100103, 0.0185291, 0.0375374, 0.0794023", \
					  "0.0032524, 0.0040627, 0.0057771, 0.0096668, 0.0183331, 0.0375390, 0.0790360", \
					  "0.0031049, 0.0038810, 0.0056387, 0.0094815, 0.0181116, 0.0371227, 0.0792349", \
					  "0.0031046, 0.0038547, 0.0055592, 0.0092535, 0.0179055, 0.0370186, 0.0786394", \
					  "0.0029689, 0.0038020, 0.0055113, 0.0094278, 0.0176433, 0.0367010, 0.0788450", \
					  "0.0030691, 0.0038646, 0.0054444, 0.0091968, 0.0178187, 0.0363468, 0.0787215");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001120056, 0.002509052, 0.005620559, 0.01259068, 0.02820455, 0.06318137");
					values("0.0040742, 0.0033287, 0.0016686, -0.0020854, -0.0105477, -0.0295337, -0.0720960", \
					  "0.0039882, 0.0032636, 0.0016226, -0.0021240, -0.0105573, -0.0295406, -0.0720920", \
					  "0.0038295, 0.0031095, 0.0015006, -0.0022133, -0.0106193, -0.0295762, -0.0721043", \
					  "0.0036047, 0.0029099, 0.0013046, -0.0023527, -0.0107212, -0.0296319, -0.0721320", \
					  "0.0035483, 0.0028231, 0.0012073, -0.0025674, -0.0108932, -0.0297613, -0.0722105", \
					  "0.0036068, 0.0027059, 0.0010508, -0.0026748, -0.0110349, -0.0299406, -0.0723921", \
					  "0.0036553, 0.0028422, 0.0010915, -0.0026699, -0.0111183, -0.0299636, -0.0725489");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
					values("0.1339149, 0.1444338, 0.1677630, 0.2196593, 0.3340328, 0.5889576, 1.1565702", \
					  "0.1397526, 0.1504292, 0.1737804, 0.2254405, 0.3403673, 0.5952354, 1.1636185", \
					  "0.1539020, 0.1649174, 0.1884621, 0.2403157, 0.3553867, 0.6101666, 1.1789169", \
					  "0.1868258, 0.1974508, 0.2208201, 0.2727308, 0.3878811, 0.6429843, 1.2116219", \
					  "0.2609467, 0.2715511, 0.2949903, 0.3467917, 0.4616234, 0.7170061, 1.2858558", \
					  "0.4150993, 0.4285326, 0.4562512, 0.5148337, 0.6322800, 0.8875856, 1.4567098", \
					  "0.7005564, 0.7214048, 0.7627283, 0.8427583, 0.9967152, 1.2807895, 1.8517564");
				}
				rise_transition ("del_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("0.1107025, 0.1247965, 0.1550721, 0.2235247, 0.3768593, 0.7195002, 1.4850221", \
					  "0.1108619, 0.1240708, 0.1548723, 0.2248827, 0.3764662, 0.7189510, 1.4849737", \
					  "0.1100835, 0.1239713, 0.1558432, 0.2234339, 0.3771540, 0.7187959, 1.4850626", \
					  "0.1103169, 0.1245428, 0.1547022, 0.2245798, 0.3767591, 0.7188196, 1.4838212", \
					  "0.1151412, 0.1282345, 0.1574841, 0.2244819, 0.3767788, 0.7195461, 1.4844576", \
					  "0.1511431, 0.1639833, 0.1899591, 0.2488580, 0.3882099, 0.7191340, 1.4856519", \
					  "0.2341546, 0.2476668, 0.2789008, 0.3440977, 0.4792307, 0.7696433, 1.4891598");
				}
				cell_fall ("del_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("0.0450875, 0.0487257, 0.0566930, 0.0741605, 0.1127044, 0.1982648, 0.3891530", \
					  "0.0496873, 0.0533531, 0.0613056, 0.0788334, 0.1173345, 0.2028342, 0.3939795", \
					  "0.0593003, 0.0629667, 0.0709734, 0.0884749, 0.1270743, 0.2126507, 0.4037033", \
					  "0.0779005, 0.0819375, 0.0906059, 0.1087681, 0.1475924, 0.2332891, 0.4242466", \
					  "0.1063192, 0.1119743, 0.1238117, 0.1469180, 0.1915343, 0.2798889, 0.4713471", \
					  "0.1402062, 0.1492911, 0.1674523, 0.2026076, 0.2653328, 0.3743323, 0.5778603", \
					  "0.1593267, 0.1744429, 0.2048514, 0.2617340, 0.3613267, 0.5236901, 0.7850672");
				}
				fall_transition ("del_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("0.0306849, 0.0352088, 0.0451093, 0.0674355, 0.1177330, 0.2293843, 0.4806561", \
					  "0.0306889, 0.0351174, 0.0450240, 0.0675286, 0.1172973, 0.2294598, 0.4805946", \
					  "0.0308032, 0.0351991, 0.0451081, 0.0674712, 0.1176712, 0.2291392, 0.4807828", \
					  "0.0358347, 0.0400139, 0.0487515, 0.0695066, 0.1182040, 0.2295740, 0.4804506", \
					  "0.0521268, 0.0567323, 0.0659194, 0.0862974, 0.1298752, 0.2335667, 0.4806281", \
					  "0.0868411, 0.0923313, 0.1045219, 0.1293170, 0.1765229, 0.2720272, 0.4995580", \
					  "0.1542354, 0.1622912, 0.1807021, 0.2139921, 0.2765325, 0.3855386, 0.5975948");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
					values("0.1210640, 0.1317897, 0.1552536, 0.2070809, 0.3216254, 0.5761000, 1.1445599", \
					  "0.1252822, 0.1360204, 0.1597465, 0.2120033, 0.3264522, 0.5812045, 1.1498543", \
					  "0.1371649, 0.1479370, 0.1713424, 0.2236694, 0.3387184, 0.5939660, 1.1624750", \
					  "0.1699130, 0.1805714, 0.2034315, 0.2542196, 0.3693623, 0.6247995, 1.1939394", \
					  "0.2484014, 0.2590023, 0.2818538, 0.3335154, 0.4471589, 0.7023964, 1.2715201", \
					  "0.4088791, 0.4235734, 0.4535623, 0.5116368, 0.6234561, 0.8757552, 1.4437801", \
					  "0.6943379, 0.7177309, 0.7681497, 0.8615722, 1.0265649, 1.3033145, 1.8646436");
				}
				rise_transition ("del_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("0.1101024, 0.1239711, 0.1559109, 0.2235634, 0.3776661, 0.7193105, 1.4816657", \
					  "0.1100042, 0.1239515, 0.1553304, 0.2238101, 0.3769011, 0.7189422, 1.4837448", \
					  "0.1100848, 0.1247474, 0.1550148, 0.2236448, 0.3767932, 0.7187139, 1.4841407", \
					  "0.1100988, 0.1243642, 0.1550911, 0.2236470, 0.3765621, 0.7191293, 1.4844563", \
					  "0.1212160, 0.1335269, 0.1605724, 0.2255313, 0.3771074, 0.7181995, 1.4871214", \
					  "0.1805394, 0.1925058, 0.2169184, 0.2679716, 0.3975342, 0.7201545, 1.4847833", \
					  "0.3014913, 0.3187914, 0.3558788, 0.4210445, 0.5356255, 0.7933459, 1.4910709");
				}
				cell_fall ("del_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("0.0373159, 0.0405763, 0.0477544, 0.0636725, 0.0991354, 0.1792604, 0.3577866", \
					  "0.0420755, 0.0452989, 0.0525199, 0.0685938, 0.1040288, 0.1835126, 0.3623282", \
					  "0.0512739, 0.0546282, 0.0619536, 0.0780376, 0.1136833, 0.1931910, 0.3709488", \
					  "0.0671418, 0.0713873, 0.0802164, 0.0978089, 0.1339657, 0.2149070, 0.3931818", \
					  "0.0884628, 0.0945964, 0.1071314, 0.1314645, 0.1760344, 0.2597536, 0.4384621", \
					  "0.1064887, 0.1167023, 0.1369342, 0.1746721, 0.2400287, 0.3485813, 0.5451126", \
					  "0.0945145, 0.1118109, 0.1462074, 0.2092763, 0.3132357, 0.4793218, 0.7400509");
				}
				fall_transition ("del_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("0.0235613, 0.0277582, 0.0369112, 0.0578321, 0.1041885, 0.2096948, 0.4440833", \
					  "0.0236024, 0.0277914, 0.0368945, 0.0579630, 0.1042277, 0.2088329, 0.4448602", \
					  "0.0241939, 0.0281673, 0.0372720, 0.0581807, 0.1043214, 0.2090071, 0.4433187", \
					  "0.0310424, 0.0347881, 0.0431996, 0.0613923, 0.1060332, 0.2094100, 0.4446570", \
					  "0.0488003, 0.0531478, 0.0620139, 0.0807028, 0.1214456, 0.2149734, 0.4460144", \
					  "0.0844246, 0.0902068, 0.1023272, 0.1256374, 0.1696924, 0.2599994, 0.4629705", \
					  "0.1546270, 0.1630569, 0.1805745, 0.2140787, 0.2716700, 0.3745071, 0.5743750");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
					values("0.0560951, 0.0621148, 0.0754590, 0.1049855, 0.1705134, 0.3162424, 0.6426931", \
					  "0.0617069, 0.0678115, 0.0812089, 0.1110454, 0.1767498, 0.3228577, 0.6481598", \
					  "0.0765238, 0.0824309, 0.0956327, 0.1249038, 0.1920172, 0.3382659, 0.6632975", \
					  "0.1120484, 0.1179927, 0.1321251, 0.1615591, 0.2265919, 0.3728933, 0.6992475", \
					  "0.1892679, 0.1983811, 0.2151638, 0.2465176, 0.3115126, 0.4567035, 0.7764436", \
					  "0.3287459, 0.3424240, 0.3704979, 0.4207375, 0.5057782, 0.6525231, 0.9771456", \
					  "0.5755053, 0.6031372, 0.6474380, 0.7328667, 0.8726218, 1.0879760, 1.4288137");
				}
				rise_transition ("del_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("0.0506503, 0.0588091, 0.0770570, 0.1177403, 0.2083024, 0.4122423, 0.8698059", \
					  "0.0507150, 0.0587812, 0.0769697, 0.1176413, 0.2087168, 0.4130858, 0.8686795", \
					  "0.0507437, 0.0590787, 0.0770132, 0.1177348, 0.2086694, 0.4128857, 0.8690257", \
					  "0.0552442, 0.0621618, 0.0780722, 0.1177074, 0.2090489, 0.4129423, 0.8693236", \
					  "0.0843365, 0.0880576, 0.1005775, 0.1311456, 0.2114134, 0.4132145, 0.8696900", \
					  "0.1428815, 0.1514381, 0.1688302, 0.2001640, 0.2596950, 0.4268628, 0.8696993", \
					  "0.2612659, 0.2690498, 0.2979803, 0.3463458, 0.4301173, 0.5626886, 0.9182710");
				}
				cell_fall ("del_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("0.0281295, 0.0309551, 0.0373916, 0.0516303, 0.0832825, 0.1540601, 0.3127477", \
					  "0.0325264, 0.0354398, 0.0419101, 0.0561423, 0.0880434, 0.1590778, 0.3176730", \
					  "0.0420652, 0.0453029, 0.0520002, 0.0663808, 0.0982250, 0.1689971, 0.3270428", \
					  "0.0570187, 0.0612964, 0.0706858, 0.0884469, 0.1218542, 0.1929022, 0.3522336", \
					  "0.0742554, 0.0815252, 0.0956783, 0.1221787, 0.1677682, 0.2476890, 0.4079306", \
					  "0.0858142, 0.0974624, 0.1204642, 0.1623484, 0.2328255, 0.3463293, 0.5307458", \
					  "0.0603862, 0.0803413, 0.1192615, 0.1884433, 0.3016760, 0.4782271, 0.7469134");
				}
				fall_transition ("del_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("0.0204788, 0.0243391, 0.0325313, 0.0511825, 0.0929417, 0.1859682, 0.3954184", \
					  "0.0205984, 0.0242354, 0.0326235, 0.0511163, 0.0929206, 0.1855968, 0.3956532", \
					  "0.0231254, 0.0263700, 0.0339510, 0.0515886, 0.0926635, 0.1860528, 0.3930030", \
					  "0.0335055, 0.0367438, 0.0441395, 0.0591067, 0.0964015, 0.1883546, 0.3952006", \
					  "0.0537859, 0.0583974, 0.0673927, 0.0851302, 0.1200734, 0.1984503, 0.3940578", \
					  "0.0921032, 0.0991958, 0.1116983, 0.1357077, 0.1799864, 0.2592077, 0.4285847", \
					  "0.1666356, 0.1762373, 0.1949244, 0.2289331, 0.2894676, 0.3962909, 0.5761758");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112006, 0.00250905, 0.00562056, 0.0125907, 0.0282046, 0.0631814");
					values("0.0448641, 0.0510964, 0.0642948, 0.0934452, 0.1581365, 0.3016771, 0.6184455", \
					  "0.0502324, 0.0561344, 0.0696479, 0.0990857, 0.1636463, 0.3068534, 0.6264199", \
					  "0.0648361, 0.0707544, 0.0837398, 0.1127961, 0.1779950, 0.3220859, 0.6391465", \
					  "0.1009337, 0.1068112, 0.1197569, 0.1488303, 0.2124260, 0.3565638, 0.6743795", \
					  "0.1694337, 0.1792640, 0.1983798, 0.2307743, 0.2944160, 0.4380879, 0.7561930", \
					  "0.2912101, 0.3077446, 0.3399145, 0.3951833, 0.4877813, 0.6324659, 0.9500076", \
					  "0.5121647, 0.5392195, 0.5934320, 0.6878715, 0.8388564, 1.0618025, 1.3976320");
				}
				rise_transition ("del_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("0.0413750, 0.0492698, 0.0668846, 0.1074238, 0.1956300, 0.3947449, 0.8402972", \
					  "0.0414151, 0.0494199, 0.0668637, 0.1065325, 0.1946463, 0.3941282, 0.8412485", \
					  "0.0411319, 0.0493710, 0.0667120, 0.1062106, 0.1950886, 0.3970843, 0.8407874", \
					  "0.0488370, 0.0548359, 0.0697928, 0.1069548, 0.1951810, 0.3996675, 0.8431562", \
					  "0.0811113, 0.0867288, 0.0979543, 0.1255880, 0.2005736, 0.3950146, 0.8409803", \
					  "0.1411464, 0.1497447, 0.1674820, 0.1998191, 0.2561136, 0.4143712, 0.8481957", \
					  "0.2535453, 0.2683954, 0.2930687, 0.3439520, 0.4264036, 0.5566518, 0.9016500");
				}
				cell_fall ("del_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("0.0241236, 0.0270453, 0.0334818, 0.0476445, 0.0795882, 0.1509883, 0.3101646", \
					  "0.0281290, 0.0310788, 0.0375461, 0.0519440, 0.0838978, 0.1541483, 0.3136137", \
					  "0.0373348, 0.0406835, 0.0473111, 0.0615434, 0.0932696, 0.1639727, 0.3222132", \
					  "0.0492534, 0.0548421, 0.0650215, 0.0834466, 0.1162691, 0.1870658, 0.3455366", \
					  "0.0624488, 0.0703241, 0.0858553, 0.1137474, 0.1619053, 0.2408724, 0.3985033", \
					  "0.0630764, 0.0765358, 0.1011440, 0.1454391, 0.2199917, 0.3394536, 0.5187837", \
					  "0.0165047, 0.0420638, 0.0832385, 0.1548521, 0.2685996, 0.4521757, 0.7374601");
				}
				fall_transition ("del_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("0.0205622, 0.0241427, 0.0324402, 0.0511857, 0.0927331, 0.1871667, 0.3972656", \
					  "0.0204084, 0.0240944, 0.0325830, 0.0510555, 0.0939207, 0.1854637, 0.3942544", \
					  "0.0247448, 0.0275390, 0.0345359, 0.0518392, 0.0924017, 0.1852026, 0.3941183", \
					  "0.0379065, 0.0414203, 0.0486171, 0.0631475, 0.0977217, 0.1853624, 0.3951306", \
					  "0.0613574, 0.0663545, 0.0768708, 0.0959498, 0.1305682, 0.2018717, 0.3944927", \
					  "0.1075976, 0.1130859, 0.1277706, 0.1549602, 0.2027786, 0.2838172, 0.4432107", \
					  "0.1965218, 0.2014687, 0.2250459, 0.2672573, 0.3400338, 0.4503993, 0.6320699");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002075;
			capacitance : 0.002174;
			rise_capacitance : 0.002273;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026125, -0.0026108, -0.0026067, -0.0026078, -0.0026104, -0.0026162, -0.0026297");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026119, 0.0026114, 0.0026101, 0.0026099, 0.0026094, 0.0026081, 0.0026052");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002053;
			capacitance : 0.002183;
			rise_capacitance : 0.002313;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025184, -0.0025185, -0.0025187, -0.0025186, -0.0025184, -0.0025180, -0.0025170");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025353, 0.0025323, 0.0025253, 0.0025256, 0.0025261, 0.0025273, 0.0025301");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002112;
			capacitance : 0.002204;
			rise_capacitance : 0.002296;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025985, -0.0025976, -0.0025957, -0.0025968, -0.0025992, -0.0026047, -0.0026176");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027284, 0.0027191, 0.0026976, 0.0027023, 0.0027130, 0.0027378, 0.0027949");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002145;
			capacitance : 0.002227;
			rise_capacitance : 0.002309;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026953, -0.0026937, -0.0026901, -0.0026853, -0.0026743, -0.0026488, -0.0025901");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032529, 0.0032537, 0.0032556, 0.0032570, 0.0032602, 0.0032677, 0.0032848");
				}
			}
		}
	}
	cell ("scs8hd_o211ai_2") {
		area : 12.512000;
		cell_footprint : "o211ai";
		cell_leakage_power : 2.242135e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001604";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0073193";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0021623";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "2.8078387e-05";
			when : "A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0001383";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0073193";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "5.3787588e-05";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "7.3008201e-06";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0001664";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0073193";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0021653";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "2.8801326e-05";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0001678";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0073193";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014903";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "2.8350701e-05";
			when : "A1&!A2&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1) | (!C1)";
			max_capacitance : 0.116282;
			max_transition : 1.497528;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0175570, 0.0184642, 0.0207358, 0.0262956, 0.0400114, 0.0737960, 0.1573534", \
					  "0.0174624, 0.0183615, 0.0206219, 0.0261643, 0.0398807, 0.0737173, 0.1570928", \
					  "0.0172562, 0.0181721, 0.0204477, 0.0260447, 0.0397508, 0.0736032, 0.1571248", \
					  "0.0170874, 0.0180332, 0.0203049, 0.0258984, 0.0396485, 0.0735307, 0.1571842", \
					  "0.0169426, 0.0178639, 0.0201406, 0.0257080, 0.0394804, 0.0733935, 0.1568423", \
					  "0.0169109, 0.0178317, 0.0201081, 0.0257086, 0.0395404, 0.0733032, 0.1568147", \
					  "0.0165798, 0.0174593, 0.0196447, 0.0255870, 0.0394066, 0.0734541, 0.1570323");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0081829, 0.0072913, 0.0050865, -0.0003944, -0.0140394, -0.0479972, -0.1323276", \
					  "0.0080466, 0.0071574, 0.0049580, -0.0005182, -0.0141521, -0.0481125, -0.1324160", \
					  "0.0078502, 0.0069749, 0.0047876, -0.0006603, -0.0142743, -0.0482032, -0.1325344", \
					  "0.0076279, 0.0067553, 0.0045949, -0.0008430, -0.0144190, -0.0483127, -0.1326140", \
					  "0.0076152, 0.0067141, 0.0044125, -0.0009730, -0.0144823, -0.0483419, -0.1326074", \
					  "0.0075151, 0.0066398, 0.0044255, -0.0010356, -0.0147438, -0.0485859, -0.1327314", \
					  "0.0075751, 0.0066824, 0.0044820, -0.0010036, -0.0146724, -0.0486339, -0.1329120");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0148450, 0.0157282, 0.0179925, 0.0235506, 0.0372689, 0.0710935, 0.1544455", \
					  "0.0145929, 0.0154968, 0.0177913, 0.0234002, 0.0371448, 0.0710044, 0.1543727", \
					  "0.0142941, 0.0151888, 0.0174622, 0.0230930, 0.0369565, 0.0708546, 0.1543939", \
					  "0.0141233, 0.0150494, 0.0173395, 0.0229486, 0.0366562, 0.0706498, 0.1543961", \
					  "0.0139261, 0.0148082, 0.0170395, 0.0226642, 0.0364890, 0.0704490, 0.1540656", \
					  "0.0142820, 0.0151989, 0.0172680, 0.0225750, 0.0363171, 0.0703188, 0.1539431", \
					  "0.0147058, 0.0156098, 0.0177540, 0.0229772, 0.0367376, 0.0703688, 0.1535480");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0057999, 0.0049280, 0.0027421, -0.0027406, -0.0164418, -0.0504631, -0.1349046", \
					  "0.0056738, 0.0048329, 0.0026905, -0.0027273, -0.0163839, -0.0503830, -0.1348078", \
					  "0.0054195, 0.0046025, 0.0025107, -0.0028435, -0.0163939, -0.0503591, -0.1347424", \
					  "0.0050665, 0.0042532, 0.0021760, -0.0031123, -0.0165667, -0.0504217, -0.1347373", \
					  "0.0049861, 0.0041321, 0.0020248, -0.0034642, -0.0168390, -0.0505765, -0.1347839", \
					  "0.0047568, 0.0039098, 0.0017584, -0.0036733, -0.0171376, -0.0509137, -0.1349892", \
					  "0.0047603, 0.0038821, 0.0016612, -0.0038161, -0.0173951, -0.0511512, -0.1352968");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0099482, 0.0108859, 0.0131833, 0.0187936, 0.0324465, 0.0661377, 0.1494333", \
					  "0.0095549, 0.0105050, 0.0128505, 0.0185656, 0.0323222, 0.0660639, 0.1493736", \
					  "0.0092130, 0.0101567, 0.0124918, 0.0181584, 0.0320106, 0.0658385, 0.1493637", \
					  "0.0088745, 0.0098120, 0.0121245, 0.0178118, 0.0312669, 0.0653044, 0.1489121", \
					  "0.0086623, 0.0095615, 0.0118500, 0.0174430, 0.0311101, 0.0651516, 0.1486639", \
					  "0.0084477, 0.0093638, 0.0117071, 0.0176886, 0.0312504, 0.0648951, 0.1484751", \
					  "0.0087755, 0.0098089, 0.0120297, 0.0172453, 0.0308995, 0.0652050, 0.1476507");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0056938, 0.0048120, 0.0026433, -0.0028528, -0.0165436, -0.0505629, -0.1350067", \
					  "0.0054750, 0.0046308, 0.0024823, -0.0029513, -0.0165952, -0.0505971, -0.1350152", \
					  "0.0052055, 0.0043605, 0.0022515, -0.0031093, -0.0166931, -0.0506323, -0.1350403", \
					  "0.0049211, 0.0040644, 0.0019562, -0.0033875, -0.0168921, -0.0507479, -0.1350795", \
					  "0.0049694, 0.0041041, 0.0019307, -0.0036017, -0.0170926, -0.0508988, -0.1351367", \
					  "0.0048582, 0.0039339, 0.0017657, -0.0036919, -0.0172601, -0.0511803, -0.1353348", \
					  "0.0049428, 0.0040225, 0.0018305, -0.0037063, -0.0173554, -0.0512524, -0.1355519");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0044160, 0.0054509, 0.0079010, 0.0136199, 0.0276286, 0.0609784, 0.1440603", \
					  "0.0040542, 0.0050645, 0.0075149, 0.0133552, 0.0272976, 0.0609183, 0.1440760", \
					  "0.0037554, 0.0047109, 0.0070393, 0.0129828, 0.0268778, 0.0607952, 0.1438152", \
					  "0.0035832, 0.0045244, 0.0068879, 0.0124017, 0.0267075, 0.0606995, 0.1443326", \
					  "0.0034967, 0.0043949, 0.0066563, 0.0121428, 0.0259234, 0.0600778, 0.1428904", \
					  "0.0032817, 0.0041769, 0.0063498, 0.0122635, 0.0259253, 0.0593159, 0.1427007", \
					  "0.0038950, 0.0047871, 0.0069584, 0.0125246, 0.0259286, 0.0600940, 0.1437935");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("0.0044742, 0.0036108, 0.0014682, -0.0039769, -0.0176611, -0.0516807, -0.1361045", \
					  "0.0042287, 0.0033777, 0.0012741, -0.0041201, -0.0177098, -0.0517086, -0.1361166", \
					  "0.0038361, 0.0030494, 0.0009822, -0.0043204, -0.0178610, -0.0517685, -0.1361425", \
					  "0.0035534, 0.0027206, 0.0006204, -0.0046510, -0.0181076, -0.0519136, -0.1362218", \
					  "0.0035204, 0.0026427, 0.0004886, -0.0048987, -0.0183772, -0.0521131, -0.1363149", \
					  "0.0035844, 0.0026493, 0.0004550, -0.0050222, -0.0185769, -0.0525191, -0.1366681", \
					  "0.0038629, 0.0030034, 0.0011346, -0.0045934, -0.0185135, -0.0527087, -0.1370464");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.1259197, 0.1327474, 0.1500394, 0.1925538, 0.2947765, 0.5452546, 1.1640146", \
					  "0.1317719, 0.1389334, 0.1562566, 0.1982592, 0.3011147, 0.5515554, 1.1705610", \
					  "0.1470757, 0.1540643, 0.1710465, 0.2136651, 0.3161681, 0.5668184, 1.1865599", \
					  "0.1804249, 0.1876063, 0.2051868, 0.2475094, 0.3499088, 0.6011320, 1.2203938", \
					  "0.2559359, 0.2628522, 0.2804473, 0.3222350, 0.4250329, 0.6764614, 1.2960476", \
					  "0.4086277, 0.4179111, 0.4401776, 0.4900435, 0.5978732, 0.8492543, 1.4687279", \
					  "0.6955838, 0.7097857, 0.7428771, 0.8134068, 0.9566228, 1.2440137, 1.8669628");
				}
				rise_transition ("del_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("0.0918573, 0.1010634, 0.1235714, 0.1792273, 0.3163272, 0.6527663, 1.4881834", \
					  "0.0920639, 0.1014284, 0.1239617, 0.1791953, 0.3165210, 0.6539009, 1.4893319", \
					  "0.0919895, 0.1009966, 0.1235786, 0.1802865, 0.3165416, 0.6544246, 1.4920504", \
					  "0.0918809, 0.1011826, 0.1241201, 0.1796624, 0.3160758, 0.6528376, 1.4900745", \
					  "0.0968009, 0.1052472, 0.1268335, 0.1803120, 0.3162932, 0.6544986, 1.4893560", \
					  "0.1281497, 0.1370574, 0.1585588, 0.2075854, 0.3290226, 0.6548373, 1.4908386", \
					  "0.2033198, 0.2136772, 0.2407448, 0.2968497, 0.4195372, 0.7041011, 1.4933410");
				}
				cell_fall ("del_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("0.0440970, 0.0468674, 0.0536267, 0.0694900, 0.1076661, 0.2003664, 0.4283533", \
					  "0.0482391, 0.0510025, 0.0577823, 0.0736451, 0.1118306, 0.2044927, 0.4326129", \
					  "0.0564755, 0.0592423, 0.0660128, 0.0819946, 0.1201097, 0.2129130, 0.4411636", \
					  "0.0715714, 0.0747094, 0.0819741, 0.0987876, 0.1373269, 0.2302216, 0.4582988", \
					  "0.0948946, 0.0988750, 0.1084631, 0.1290328, 0.1728531, 0.2686854, 0.4976571", \
					  "0.1204765, 0.1269220, 0.1411746, 0.1718974, 0.2317056, 0.3465508, 0.5866022", \
					  "0.1231361, 0.1338177, 0.1577116, 0.2078977, 0.3032136, 0.4696464, 0.7614048");
				}
				fall_transition ("del_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("0.0292800, 0.0324208, 0.0404491, 0.0603944, 0.1101677, 0.2337761, 0.5409924", \
					  "0.0292117, 0.0323823, 0.0403867, 0.0604066, 0.1101623, 0.2341662, 0.5406086", \
					  "0.0292925, 0.0324817, 0.0403940, 0.0603337, 0.1100315, 0.2338635, 0.5411206", \
					  "0.0331368, 0.0361825, 0.0438676, 0.0626391, 0.1110140, 0.2340303, 0.5405760", \
					  "0.0460630, 0.0493461, 0.0570001, 0.0758898, 0.1214009, 0.2375142, 0.5408411", \
					  "0.0760591, 0.0803015, 0.0902429, 0.1119796, 0.1589946, 0.2691059, 0.5522282", \
					  "0.1370774, 0.1429695, 0.1570982, 0.1873541, 0.2475125, 0.3651013, 0.6305496");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.1069764, 0.1142028, 0.1313931, 0.1734837, 0.2758233, 0.5265763, 1.1451871", \
					  "0.1109566, 0.1178396, 0.1351804, 0.1779857, 0.2805572, 0.5313664, 1.1504716", \
					  "0.1225150, 0.1295025, 0.1469076, 0.1896250, 0.2926087, 0.5438925, 1.1629224", \
					  "0.1544043, 0.1615193, 0.1788806, 0.2204302, 0.3227912, 0.5745851, 1.1938442", \
					  "0.2288046, 0.2373602, 0.2542870, 0.2958904, 0.3988108, 0.6502546, 1.2698145", \
					  "0.3761444, 0.3864483, 0.4099904, 0.4662867, 0.5744513, 0.8178745, 1.4362235", \
					  "0.6331674, 0.6499078, 0.6906573, 0.7725010, 0.9375999, 1.2311476, 1.8408951");
				}
				rise_transition ("del_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("0.0922384, 0.1011050, 0.1236676, 0.1792071, 0.3159767, 0.6532705, 1.4891968", \
					  "0.0918034, 0.1010261, 0.1235955, 0.1803581, 0.3162087, 0.6540135, 1.4890053", \
					  "0.0919815, 0.1011972, 0.1235730, 0.1792388, 0.3160903, 0.6542741, 1.4900917", \
					  "0.0915519, 0.1009747, 0.1239900, 0.1793350, 0.3161719, 0.6535854, 1.4897426", \
					  "0.1054664, 0.1129026, 0.1320345, 0.1830330, 0.3161235, 0.6544930, 1.4905482", \
					  "0.1617080, 0.1714507, 0.1931449, 0.2347716, 0.3433575, 0.6563318, 1.4909366", \
					  "0.2690372, 0.2829771, 0.3137585, 0.3746106, 0.4976534, 0.7467755, 1.4975281");
				}
				cell_fall ("del_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("0.0364900, 0.0390196, 0.0452975, 0.0603976, 0.0973021, 0.1893978, 0.4156616", \
					  "0.0407598, 0.0433998, 0.0496589, 0.0650911, 0.1024179, 0.1946202, 0.4208984", \
					  "0.0486867, 0.0514385, 0.0579857, 0.0734208, 0.1110617, 0.2028481, 0.4293922", \
					  "0.0617318, 0.0651565, 0.0728149, 0.0898737, 0.1281554, 0.2210259, 0.4467787", \
					  "0.0790841, 0.0839386, 0.0950573, 0.1175105, 0.1630716, 0.2592041, 0.4877918", \
					  "0.0917105, 0.0999844, 0.1174281, 0.1524023, 0.2179434, 0.3385975, 0.5777681", \
					  "0.0698235, 0.0846813, 0.1135216, 0.1728909, 0.2806049, 0.4582589, 0.7606542");
				}
				fall_transition ("del_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("0.0205902, 0.0238689, 0.0319642, 0.0522025, 0.1017788, 0.2261333, 0.5316643", \
					  "0.0205916, 0.0238795, 0.0320043, 0.0522754, 0.1021862, 0.2286923, 0.5311647", \
					  "0.0213070, 0.0243970, 0.0322828, 0.0521575, 0.1023599, 0.2251978, 0.5321489", \
					  "0.0266290, 0.0297328, 0.0372090, 0.0555058, 0.1033445, 0.2257131, 0.5313278", \
					  "0.0414852, 0.0448567, 0.0526107, 0.0709837, 0.1159750, 0.2296133, 0.5309480", \
					  "0.0735786, 0.0780577, 0.0881775, 0.1099098, 0.1563879, 0.2675576, 0.5420369", \
					  "0.1386956, 0.1449853, 0.1592950, 0.1896715, 0.2508120, 0.3686096, 0.6361625");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.0414962, 0.0449078, 0.0529069, 0.0722402, 0.1190479, 0.2339927, 0.5179964", \
					  "0.0470546, 0.0503449, 0.0585343, 0.0782121, 0.1253038, 0.2403830, 0.5243279", \
					  "0.0617888, 0.0650921, 0.0731151, 0.0923322, 0.1392657, 0.2552972, 0.5391917", \
					  "0.0969033, 0.1006098, 0.1087770, 0.1278801, 0.1730411, 0.2886509, 0.5732447", \
					  "0.1633287, 0.1691337, 0.1819418, 0.2082414, 0.2579381, 0.3726438, 0.6571496", \
					  "0.2798198, 0.2889735, 0.3102417, 0.3538323, 0.4330300, 0.5645812, 0.8466980", \
					  "0.4855880, 0.5038787, 0.5395351, 0.6125844, 0.7428595, 0.9586039, 1.2937839");
				}
				rise_transition ("del_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("0.0320512, 0.0363421, 0.0471767, 0.0735730, 0.1392075, 0.3016666, 0.7046838", \
					  "0.0322664, 0.0363775, 0.0471547, 0.0736297, 0.1389472, 0.3015770, 0.7045947", \
					  "0.0320135, 0.0363609, 0.0471803, 0.0735930, 0.1392610, 0.3021857, 0.7047430", \
					  "0.0398987, 0.0431833, 0.0520076, 0.0753157, 0.1393635, 0.3019200, 0.7058852", \
					  "0.0675427, 0.0716167, 0.0811495, 0.0994480, 0.1500664, 0.3023353, 0.7050124", \
					  "0.1193350, 0.1266414, 0.1399196, 0.1693727, 0.2195951, 0.3365493, 0.7066804", \
					  "0.2168606, 0.2258572, 0.2494120, 0.2937648, 0.3750608, 0.5012529, 0.7854890");
				}
				cell_fall ("del_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("0.0278177, 0.0300348, 0.0354037, 0.0485001, 0.0804631, 0.1595720, 0.3549099", \
					  "0.0321401, 0.0344218, 0.0398974, 0.0529210, 0.0848780, 0.1636562, 0.3583732", \
					  "0.0412782, 0.0438804, 0.0496843, 0.0629977, 0.0951161, 0.1744183, 0.3696856", \
					  "0.0546749, 0.0585861, 0.0666379, 0.0838226, 0.1184516, 0.1984209, 0.3934536", \
					  "0.0701844, 0.0759908, 0.0888890, 0.1149553, 0.1631199, 0.2516364, 0.4476343", \
					  "0.0783896, 0.0873329, 0.1085588, 0.1500992, 0.2248853, 0.3509606, 0.5741577", \
					  "0.0450407, 0.0615825, 0.0972345, 0.1670931, 0.2882728, 0.4866543, 0.8029935");
				}
				fall_transition ("del_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("0.0170044, 0.0197894, 0.0267913, 0.0440551, 0.0867964, 0.1928705, 0.4556567", \
					  "0.0170620, 0.0198570, 0.0267755, 0.0440510, 0.0868251, 0.1927701, 0.4555020", \
					  "0.0197670, 0.0220473, 0.0282917, 0.0444751, 0.0870175, 0.1933450, 0.4554223", \
					  "0.0288898, 0.0317027, 0.0380552, 0.0527479, 0.0901776, 0.1944647, 0.4554170", \
					  "0.0476559, 0.0511299, 0.0593270, 0.0772283, 0.1143827, 0.2036358, 0.4581923", \
					  "0.0833307, 0.0885243, 0.1002507, 0.1246688, 0.1707361, 0.2610903, 0.4844214", \
					  "0.1534444, 0.1609639, 0.1781932, 0.2125397, 0.2776221, 0.3941096, 0.6196487");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.0296784, 0.0332738, 0.0417117, 0.0616997, 0.1101698, 0.2269051, 0.5166930", \
					  "0.0352630, 0.0387667, 0.0472297, 0.0675589, 0.1157773, 0.2332850, 0.5225228", \
					  "0.0500930, 0.0533282, 0.0614725, 0.0818560, 0.1293688, 0.2472854, 0.5369066", \
					  "0.0817373, 0.0866084, 0.0969761, 0.1161792, 0.1647202, 0.2835760, 0.5743906", \
					  "0.1365513, 0.1445390, 0.1613527, 0.1930878, 0.2474413, 0.3648231, 0.6500377", \
					  "0.2335020, 0.2472141, 0.2751210, 0.3281194, 0.4173222, 0.5565490, 0.8459977", \
					  "0.4074070, 0.4310143, 0.4779521, 0.5656326, 0.7167665, 0.9466401, 1.2880589");
				}
				rise_transition ("del_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("0.0231594, 0.0276022, 0.0385484, 0.0653737, 0.1336912, 0.2976538, 0.7086968", \
					  "0.0232004, 0.0276036, 0.0386051, 0.0651431, 0.1324056, 0.2974480, 0.7098110", \
					  "0.0246180, 0.0284860, 0.0385632, 0.0654553, 0.1325251, 0.2981824, 0.7084970", \
					  "0.0383854, 0.0407956, 0.0479485, 0.0695845, 0.1327960, 0.3015878, 0.7077074", \
					  "0.0656878, 0.0699643, 0.0794874, 0.0984414, 0.1458563, 0.3005447, 0.7118738", \
					  "0.1178811, 0.1243508, 0.1391431, 0.1675057, 0.2188746, 0.3337694, 0.7093011", \
					  "0.2121174, 0.2259316, 0.2493554, 0.2958257, 0.3751717, 0.5087373, 0.7923912");
				}
				cell_fall ("del_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("0.0205734, 0.0228100, 0.0282401, 0.0413917, 0.0733420, 0.1518761, 0.3467062", \
					  "0.0243506, 0.0265597, 0.0320483, 0.0452869, 0.0775808, 0.1566810, 0.3522048", \
					  "0.0325136, 0.0355498, 0.0418767, 0.0550187, 0.0869814, 0.1666948, 0.3610635", \
					  "0.0427751, 0.0471239, 0.0566018, 0.0752385, 0.1104876, 0.1893077, 0.3843935", \
					  "0.0508897, 0.0577316, 0.0724846, 0.1017531, 0.1543242, 0.2437651, 0.4381795", \
					  "0.0461713, 0.0563276, 0.0801978, 0.1262134, 0.2069397, 0.3424393, 0.5641658", \
					  "-0.0089885, 0.0091460, 0.0471635, 0.1225692, 0.2510314, 0.4615768, 0.7939302");
				}
				fall_transition ("del_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("0.0168207, 0.0196726, 0.0266998, 0.0441907, 0.0867565, 0.1927270, 0.4562361", \
					  "0.0167898, 0.0194819, 0.0265078, 0.0440456, 0.0871130, 0.1934033, 0.4562016", \
					  "0.0219386, 0.0241001, 0.0296959, 0.0449881, 0.0871266, 0.1933831, 0.4556958", \
					  "0.0324861, 0.0355167, 0.0426451, 0.0580033, 0.0923585, 0.1927150, 0.4553105", \
					  "0.0543661, 0.0587977, 0.0686081, 0.0884300, 0.1259039, 0.2088700, 0.4566324", \
					  "0.0940851, 0.1014412, 0.1149830, 0.1431215, 0.1939607, 0.2907980, 0.4932605", \
					  "0.1678354, 0.1786319, 0.2034147, 0.2463077, 0.3206056, 0.4494969, 0.6779793");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003849;
			capacitance : 0.004057;
			rise_capacitance : 0.004264;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052034, -0.0052016, -0.0051975, -0.0051976, -0.0051978, -0.0051983, -0.0051994");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052136, 0.0052135, 0.0052132, 0.0052127, 0.0052116, 0.0052091, 0.0052032");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003799;
			capacitance : 0.004081;
			rise_capacitance : 0.004363;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052218, -0.0052203, -0.0052169, -0.0052163, -0.0052151, -0.0052122, -0.0052055");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052307, 0.0052267, 0.0052175, 0.0052184, 0.0052205, 0.0052253, 0.0052365");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003950;
			capacitance : 0.004105;
			rise_capacitance : 0.004260;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053134, -0.0053131, -0.0053123, -0.0053139, -0.0053177, -0.0053265, -0.0053467");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055260, 0.0055102, 0.0054739, 0.0054869, 0.0055171, 0.0055866, 0.0057468");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003967;
			capacitance : 0.004085;
			rise_capacitance : 0.004203;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043241, -0.0043220, -0.0043169, -0.0043060, -0.0042809, -0.0042231, -0.0040897");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063072, 0.0063035, 0.0062948, 0.0062939, 0.0062919, 0.0062871, 0.0062760");
				}
			}
		}
	}
	cell ("scs8hd_o211ai_4") {
		area : 21.270400;
		cell_footprint : "o211ai";
		cell_leakage_power : 6.385260e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0273282";
			when : "!A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0122249";
			when : "!A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0006069";
			when : "!A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "0.0122310";
			when : "!A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0002990";
			when : "!A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0122249";
			when : "!A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0043121";
			when : "!A1&A2&B1&C1";
		}
		leakage_power () {
			value : "8.0544946e-05";
			when : "!A1&A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0002990";
			when : "A1&!A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0122249";
			when : "A1&!A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0033069";
			when : "A1&!A2&B1&C1";
		}
		leakage_power () {
			value : "8.0665584e-05";
			when : "A1&!A2&B1&!C1";
		}
		leakage_power () {
			value : "0.0003289";
			when : "A1&A2&!B1&C1";
		}
		leakage_power () {
			value : "0.0122249";
			when : "A1&A2&!B1&!C1";
		}
		leakage_power () {
			value : "0.0043119";
			when : "A1&A2&B1&C1";
		}
		leakage_power () {
			value : "7.9511064e-05";
			when : "A1&A2&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1) | (!C1)";
			max_capacitance : 0.182200;
			max_transition : 1.493137;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0351443, 0.0361718, 0.0389165, 0.0463121, 0.0657271, 0.1173694, 0.2547071", \
					  "0.0347141, 0.0357435, 0.0385523, 0.0458923, 0.0654489, 0.1170698, 0.2542849", \
					  "0.0342340, 0.0352852, 0.0380866, 0.0455115, 0.0651159, 0.1168521, 0.2544169", \
					  "0.0338254, 0.0348687, 0.0376419, 0.0450804, 0.0647626, 0.1165594, 0.2540499", \
					  "0.0334002, 0.0344339, 0.0372313, 0.0445980, 0.0641701, 0.1160374, 0.2536323", \
					  "0.0333634, 0.0344212, 0.0371838, 0.0446683, 0.0642060, 0.1158076, 0.2534898", \
					  "0.0325164, 0.0336632, 0.0367183, 0.0443224, 0.0640364, 0.1161227, 0.2537502");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0159490, 0.0149495, 0.0122525, 0.0050539, -0.0142380, -0.0660008, -0.2045445", \
					  "0.0157074, 0.0147085, 0.0120210, 0.0048273, -0.0144627, -0.0662036, -0.2047738", \
					  "0.0153592, 0.0143597, 0.0116926, 0.0045398, -0.0147142, -0.0664362, -0.2049866", \
					  "0.0149457, 0.0139534, 0.0113246, 0.0042220, -0.0149841, -0.0666371, -0.2051423", \
					  "0.0149738, 0.0139646, 0.0111624, 0.0039236, -0.0151272, -0.0666476, -0.2051448", \
					  "0.0146680, 0.0136902, 0.0110173, 0.0038495, -0.0154030, -0.0671870, -0.2053913", \
					  "0.0147203, 0.0137410, 0.0110511, 0.0038482, -0.0154478, -0.0671545, -0.2057112");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0299373, 0.0309733, 0.0337215, 0.0410965, 0.0605866, 0.1121891, 0.2494820", \
					  "0.0294313, 0.0304950, 0.0332641, 0.0407133, 0.0601997, 0.1118999, 0.2490399", \
					  "0.0288569, 0.0299306, 0.0327342, 0.0402045, 0.0598799, 0.1116101, 0.2490648", \
					  "0.0283475, 0.0293986, 0.0321357, 0.0396853, 0.0593557, 0.1113076, 0.2488402", \
					  "0.0278957, 0.0289479, 0.0317104, 0.0391258, 0.0587545, 0.1106996, 0.2484027", \
					  "0.0284024, 0.0294740, 0.0322301, 0.0397560, 0.0591291, 0.1097368, 0.2471151", \
					  "0.0286568, 0.0296414, 0.0323569, 0.0393649, 0.0587942, 0.1105428, 0.2479337");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0119951, 0.0110218, 0.0083211, 0.0011125, -0.0182567, -0.0701649, -0.2088647", \
					  "0.0118482, 0.0108870, 0.0082570, 0.0011314, -0.0181935, -0.0700403, -0.2087658", \
					  "0.0114307, 0.0104715, 0.0079481, 0.0009449, -0.0182294, -0.0699786, -0.2086510", \
					  "0.0108187, 0.0099049, 0.0073832, 0.0004839, -0.0184999, -0.0700747, -0.2086494", \
					  "0.0106951, 0.0097367, 0.0071722, -9.8900000e-05, -0.0189072, -0.0702763, -0.2086500", \
					  "0.0102145, 0.0092409, 0.0066149, -0.0004573, -0.0194156, -0.0709142, -0.2090591", \
					  "0.0101494, 0.0091437, 0.0064978, -0.0007117, -0.0198969, -0.0712493, -0.2095549");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0182109, 0.0192773, 0.0221086, 0.0294824, 0.0489195, 0.1003208, 0.2374302", \
					  "0.0175138, 0.0185878, 0.0214615, 0.0289613, 0.0485794, 0.1001676, 0.2371572", \
					  "0.0167501, 0.0178065, 0.0206586, 0.0284173, 0.0481287, 0.0999882, 0.2372793", \
					  "0.0162129, 0.0172557, 0.0198281, 0.0275411, 0.0472213, 0.0992111, 0.2369321", \
					  "0.0158173, 0.0168627, 0.0196316, 0.0269010, 0.0464287, 0.0982326, 0.2355175", \
					  "0.0158628, 0.0168683, 0.0195903, 0.0268124, 0.0461537, 0.0976260, 0.2351829", \
					  "0.0155127, 0.0165032, 0.0192858, 0.0265082, 0.0460131, 0.0976583, 0.2350524");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0124524, 0.0114705, 0.0088209, 0.0016441, -0.0177226, -0.0696072, -0.2083304", \
					  "0.0120572, 0.0111019, 0.0085104, 0.0014324, -0.0178406, -0.0696655, -0.2083494", \
					  "0.0114734, 0.0105232, 0.0079955, 0.0010070, -0.0180997, -0.0698137, -0.2084541", \
					  "0.0108573, 0.0099053, 0.0073627, 0.0004478, -0.0185002, -0.0699894, -0.2085580", \
					  "0.0108992, 0.0099151, 0.0073216, -4.5000000e-05, -0.0189769, -0.0703495, -0.2086836", \
					  "0.0107133, 0.0097008, 0.0070430, -0.0001002, -0.0192083, -0.0709879, -0.2091213", \
					  "0.0106044, 0.0095361, 0.0068417, -0.0003321, -0.0196349, -0.0711855, -0.2096405");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0087230, 0.0098924, 0.0128849, 0.0205298, 0.0401048, 0.0916718, 0.2279827", \
					  "0.0080719, 0.0092201, 0.0122015, 0.0199707, 0.0397632, 0.0919101, 0.2290443", \
					  "0.0074350, 0.0085092, 0.0113855, 0.0192159, 0.0390892, 0.0915886, 0.2288520", \
					  "0.0072600, 0.0082603, 0.0109820, 0.0184074, 0.0383181, 0.0901878, 0.2295975", \
					  "0.0068764, 0.0078858, 0.0106344, 0.0178919, 0.0374391, 0.0892750, 0.2280516", \
					  "0.0071067, 0.0081360, 0.0108103, 0.0180282, 0.0372372, 0.0885919, 0.2263163", \
					  "0.0071748, 0.0081302, 0.0107583, 0.0182472, 0.0372857, 0.0891388, 0.2264510");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001336287, 0.003571325, 0.009544629, 0.02550872, 0.06817394, 0.1821999");
					values("0.0105417, 0.0095616, 0.0069511, -0.0001964, -0.0195359, -0.0714074, -0.2101247", \
					  "0.0101289, 0.0092102, 0.0065989, -0.0004078, -0.0196234, -0.0714532, -0.2101322", \
					  "0.0094959, 0.0085893, 0.0060783, -0.0008125, -0.0198940, -0.0715524, -0.2102062", \
					  "0.0089290, 0.0079683, 0.0053659, -0.0014411, -0.0203389, -0.0718163, -0.2103337", \
					  "0.0086075, 0.0076427, 0.0050304, -0.0019368, -0.0209241, -0.0721613, -0.2105024", \
					  "0.0087052, 0.0076948, 0.0050342, -0.0022091, -0.0212974, -0.0730383, -0.2109828", \
					  "0.0091412, 0.0083425, 0.0049983, -0.0019927, -0.0214597, -0.0733654, -0.2118095");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.1531001, 0.1580579, 0.1709130, 0.2058756, 0.2965318, 0.5364263, 1.1705795", \
					  "0.1580069, 0.1632666, 0.1766406, 0.2108798, 0.3028277, 0.5415949, 1.1766783", \
					  "0.1726844, 0.1778097, 0.1905724, 0.2256088, 0.3179263, 0.5569974, 1.1917735", \
					  "0.2061812, 0.2109546, 0.2241911, 0.2594699, 0.3513727, 0.5912665, 1.2265933", \
					  "0.2812227, 0.2865141, 0.2995799, 0.3346066, 0.4260323, 0.6661812, 1.3021827", \
					  "0.4418316, 0.4485267, 0.4636149, 0.5040038, 0.5984743, 0.8385584, 1.4747014", \
					  "0.7539862, 0.7621527, 0.7846599, 0.8395741, 0.9619634, 1.2358500, 1.8743749");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.1138340, 0.1202979, 0.1376995, 0.1843614, 0.3046865, 0.6277752, 1.4868984", \
					  "0.1140150, 0.1206436, 0.1380166, 0.1835103, 0.3051030, 0.6272990, 1.4899249", \
					  "0.1139096, 0.1203459, 0.1376576, 0.1834372, 0.3049358, 0.6275814, 1.4931373", \
					  "0.1138571, 0.1203665, 0.1377321, 0.1836419, 0.3051270, 0.6280876, 1.4882536", \
					  "0.1166849, 0.1229072, 0.1392617, 0.1838480, 0.3051511, 0.6282591, 1.4881009", \
					  "0.1443031, 0.1514998, 0.1673214, 0.2077893, 0.3178104, 0.6287418, 1.4891857", \
					  "0.2148156, 0.2218266, 0.2428421, 0.2870037, 0.3987787, 0.6767249, 1.4907692");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0412677, 0.0428752, 0.0469915, 0.0575322, 0.0842288, 0.1536172, 0.3364432", \
					  "0.0456270, 0.0472389, 0.0513670, 0.0618887, 0.0886000, 0.1579060, 0.3411536", \
					  "0.0543203, 0.0559332, 0.0600447, 0.0706024, 0.0974014, 0.1666998, 0.3498510", \
					  "0.0694839, 0.0713160, 0.0759174, 0.0874148, 0.1149542, 0.1846379, 0.3678100", \
					  "0.0909494, 0.0934427, 0.0996930, 0.1147762, 0.1482074, 0.2233843, 0.4073394", \
					  "0.1104073, 0.1143857, 0.1241855, 0.1472491, 0.1962296, 0.2937368, 0.4971743", \
					  "0.0989094, 0.1054652, 0.1218755, 0.1596167, 0.2398095, 0.3897586, 0.6572998");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0281810, 0.0298942, 0.0347026, 0.0475394, 0.0823832, 0.1762659, 0.4290715", \
					  "0.0280623, 0.0298478, 0.0346368, 0.0475137, 0.0823707, 0.1765992, 0.4288365", \
					  "0.0283254, 0.0300562, 0.0347131, 0.0474318, 0.0822919, 0.1765354, 0.4288646", \
					  "0.0329275, 0.0345075, 0.0389838, 0.0510572, 0.0839972, 0.1763095, 0.4287308", \
					  "0.0465918, 0.0483817, 0.0531120, 0.0654827, 0.0978316, 0.1835055, 0.4293251", \
					  "0.0770113, 0.0793765, 0.0858554, 0.1013535, 0.1373510, 0.2225733, 0.4486560", \
					  "0.1380208, 0.1422344, 0.1510392, 0.1732674, 0.2215363, 0.3220439, 0.5444051");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.1329602, 0.1379332, 0.1510777, 0.1861820, 0.2773538, 0.5169059, 1.1510241", \
					  "0.1363359, 0.1418296, 0.1551028, 0.1902497, 0.2813194, 0.5208892, 1.1555261", \
					  "0.1486820, 0.1536768, 0.1668075, 0.2030402, 0.2944248, 0.5339315, 1.1687560", \
					  "0.1810955, 0.1854353, 0.1987704, 0.2334805, 0.3251756, 0.5648797, 1.2003420", \
					  "0.2590229, 0.2643187, 0.2773520, 0.3119229, 0.4030992, 0.6431914, 1.2791995", \
					  "0.4276951, 0.4342109, 0.4516901, 0.4918561, 0.5839259, 0.8163859, 1.4473269", \
					  "0.7351321, 0.7455231, 0.7722565, 0.8349006, 0.9739386, 1.2514583, 1.8792943");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.1139116, 0.1204111, 0.1375871, 0.1836201, 0.3049843, 0.6278776, 1.4883669", \
					  "0.1138478, 0.1203724, 0.1377313, 0.1844434, 0.3048507, 0.6273438, 1.4881330", \
					  "0.1138510, 0.1203980, 0.1375952, 0.1835750, 0.3053742, 0.6283242, 1.4868561", \
					  "0.1138821, 0.1203645, 0.1376363, 0.1832961, 0.3049754, 0.6278063, 1.4903642", \
					  "0.1204673, 0.1263205, 0.1421798, 0.1854165, 0.3053471, 0.6276556, 1.4886303", \
					  "0.1729436, 0.1788063, 0.1961322, 0.2315049, 0.3325106, 0.6297239, 1.4882374", \
					  "0.2827894, 0.2914832, 0.3150478, 0.3654441, 0.4690709, 0.7105089, 1.4926649");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0365344, 0.0381469, 0.0421201, 0.0526346, 0.0805831, 0.1544105, 0.3497138", \
					  "0.0410635, 0.0425922, 0.0467444, 0.0574228, 0.0852254, 0.1584925, 0.3540954", \
					  "0.0490052, 0.0506500, 0.0549036, 0.0657883, 0.0936482, 0.1670674, 0.3629132", \
					  "0.0611808, 0.0632918, 0.0685197, 0.0808777, 0.1102283, 0.1840253, 0.3801199", \
					  "0.0757973, 0.0787472, 0.0863212, 0.1032499, 0.1402863, 0.2208189, 0.4180730", \
					  "0.0813416, 0.0860552, 0.0978222, 0.1248716, 0.1804051, 0.2861212, 0.5020016", \
					  "0.0423099, 0.0502322, 0.0703318, 0.1160059, 0.2072620, 0.3714611, 0.6554496");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0217449, 0.0237431, 0.0290492, 0.0433113, 0.0816403, 0.1837165, 0.4567880", \
					  "0.0217862, 0.0237695, 0.0291045, 0.0433940, 0.0816297, 0.1836263, 0.4554747", \
					  "0.0225094, 0.0244208, 0.0295431, 0.0436663, 0.0814221, 0.1833548, 0.4553867", \
					  "0.0279462, 0.0297736, 0.0347983, 0.0479312, 0.0836127, 0.1844925, 0.4552029", \
					  "0.0431129, 0.0451047, 0.0504067, 0.0634924, 0.0982580, 0.1903388, 0.4557376", \
					  "0.0758243, 0.0785616, 0.0852270, 0.1016909, 0.1391262, 0.2293483, 0.4734215", \
					  "0.1421609, 0.1457868, 0.1552384, 0.1783558, 0.2278465, 0.3322186, 0.5688751");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0518429, 0.0543170, 0.0609093, 0.0782959, 0.1231183, 0.2414572, 0.5559902", \
					  "0.0571824, 0.0596833, 0.0664422, 0.0838030, 0.1290033, 0.2476322, 0.5624300", \
					  "0.0711410, 0.0738024, 0.0803162, 0.0984891, 0.1440774, 0.2629295, 0.5781329", \
					  "0.1072833, 0.1096820, 0.1159540, 0.1341353, 0.1783273, 0.2977621, 0.6133255", \
					  "0.1829130, 0.1866510, 0.1959336, 0.2175129, 0.2638303, 0.3816653, 0.6971881", \
					  "0.3168382, 0.3230845, 0.3387602, 0.3743516, 0.4468582, 0.5792055, 0.8919488", \
					  "0.5629012, 0.5739655, 0.5999964, 0.6584473, 0.7787157, 0.9916490, 1.3440284");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0406368, 0.0439095, 0.0525516, 0.0758733, 0.1378805, 0.3040539, 0.7493775", \
					  "0.0407915, 0.0438628, 0.0526895, 0.0758388, 0.1379668, 0.3040753, 0.7503569", \
					  "0.0406601, 0.0439773, 0.0527807, 0.0759175, 0.1380281, 0.3041282, 0.7478519", \
					  "0.0458560, 0.0484970, 0.0561035, 0.0768893, 0.1381473, 0.3044724, 0.7489034", \
					  "0.0722231, 0.0750338, 0.0820274, 0.0976332, 0.1466115, 0.3044668, 0.7490838", \
					  "0.1246256, 0.1288424, 0.1408902, 0.1639355, 0.2113937, 0.3326144, 0.7489881", \
					  "0.2235263, 0.2307050, 0.2502404, 0.2878895, 0.3588869, 0.4890166, 0.8136924");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0264514, 0.0277706, 0.0311732, 0.0399467, 0.0630274, 0.1235918, 0.2858163", \
					  "0.0305517, 0.0318803, 0.0353425, 0.0442393, 0.0672085, 0.1280613, 0.2922109", \
					  "0.0386842, 0.0403608, 0.0442941, 0.0536218, 0.0768996, 0.1378849, 0.3007010", \
					  "0.0502313, 0.0524032, 0.0579359, 0.0707326, 0.0982630, 0.1602062, 0.3226512", \
					  "0.0617060, 0.0650943, 0.0739166, 0.0931611, 0.1327736, 0.2087168, 0.3746938", \
					  "0.0607573, 0.0664484, 0.0808804, 0.1119502, 0.1743360, 0.2864398, 0.4875500", \
					  "0.0087728, 0.0189427, 0.0434023, 0.0973048, 0.1996476, 0.3774678, 0.6735321");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0172051, 0.0188356, 0.0232530, 0.0350785, 0.0666148, 0.1508695, 0.3762004", \
					  "0.0172493, 0.0188437, 0.0232373, 0.0350550, 0.0667548, 0.1508522, 0.3800632", \
					  "0.0202368, 0.0216874, 0.0254110, 0.0362226, 0.0668051, 0.1510651, 0.3777655", \
					  "0.0291008, 0.0307530, 0.0348608, 0.0457319, 0.0725860, 0.1521196, 0.3768496", \
					  "0.0474070, 0.0497127, 0.0548547, 0.0678268, 0.0969893, 0.1680726, 0.3792214", \
					  "0.0827844, 0.0857868, 0.0935257, 0.1110344, 0.1487093, 0.2272223, 0.4150429", \
					  "0.1527983, 0.1570432, 0.1679933, 0.1934985, 0.2463246, 0.3496480, 0.5544332");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0370661, 0.0399836, 0.0473467, 0.0662275, 0.1143835, 0.2400865, 0.5753337", \
					  "0.0425587, 0.0453183, 0.0526183, 0.0716221, 0.1203308, 0.2483946, 0.5826449", \
					  "0.0571714, 0.0597258, 0.0667713, 0.0859607, 0.1342328, 0.2626702, 0.5987024", \
					  "0.0923126, 0.0953636, 0.1027213, 0.1214650, 0.1689628, 0.2968812, 0.6332607", \
					  "0.1558594, 0.1611309, 0.1738184, 0.2010616, 0.2533523, 0.3797807, 0.7166082", \
					  "0.2712064, 0.2799349, 0.3008960, 0.3456346, 0.4303282, 0.5747359, 0.9067535", \
					  "0.4852906, 0.4981270, 0.5345527, 0.6085649, 0.7493407, 0.9838015, 1.3591457");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0307389, 0.0343017, 0.0432121, 0.0679035, 0.1338490, 0.3104197, 0.7808534", \
					  "0.0305950, 0.0340459, 0.0436620, 0.0681209, 0.1338520, 0.3145069, 0.7819345", \
					  "0.0309421, 0.0343014, 0.0435748, 0.0678232, 0.1339810, 0.3149597, 0.7818686", \
					  "0.0419158, 0.0438982, 0.0506578, 0.0705440, 0.1347819, 0.3115416, 0.7935905", \
					  "0.0702072, 0.0733964, 0.0807516, 0.0970753, 0.1455193, 0.3132200, 0.7853044", \
					  "0.1238612, 0.1285072, 0.1397030, 0.1654642, 0.2136094, 0.3399938, 0.7846853", \
					  "0.2247778, 0.2325436, 0.2490670, 0.2892679, 0.3637741, 0.5014535, 0.8455637");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0197235, 0.0209797, 0.0244077, 0.0332051, 0.0563698, 0.1169211, 0.2791638", \
					  "0.0234815, 0.0247949, 0.0281825, 0.0372018, 0.0603529, 0.1212934, 0.2832945", \
					  "0.0312233, 0.0329666, 0.0372283, 0.0466825, 0.0696815, 0.1313639, 0.2930412", \
					  "0.0398621, 0.0423789, 0.0486319, 0.0636006, 0.0924451, 0.1535932, 0.3168034", \
					  "0.0449285, 0.0491138, 0.0591715, 0.0812890, 0.1247016, 0.2062012, 0.3677854", \
					  "0.0318111, 0.0385476, 0.0548593, 0.0901371, 0.1575429, 0.2815981, 0.4899748", \
					  "-0.0445013, -0.0311301, -0.0032106, 0.0553009, 0.1664012, 0.3591068, 0.6792292");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133629, 0.00357133, 0.00954463, 0.0255087, 0.0681739, 0.1822");
					values("0.0169389, 0.0186296, 0.0231133, 0.0351010, 0.0666003, 0.1510935, 0.3761240", \
					  "0.0170204, 0.0185641, 0.0229114, 0.0349133, 0.0667881, 0.1515987, 0.3761416", \
					  "0.0220859, 0.0236156, 0.0271911, 0.0370696, 0.0666965, 0.1514285, 0.3772243", \
					  "0.0324053, 0.0343713, 0.0390452, 0.0503964, 0.0760434, 0.1523011, 0.3793704", \
					  "0.0534912, 0.0561786, 0.0626946, 0.0776825, 0.1094159, 0.1781224, 0.3788601", \
					  "0.0934101, 0.0974776, 0.1072019, 0.1288337, 0.1734628, 0.2549396, 0.4342977", \
					  "0.1725267, 0.1760427, 0.1901318, 0.2231086, 0.2871361, 0.4026183, 0.6219613");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007956;
			capacitance : 0.008397;
			rise_capacitance : 0.008838;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103505, -0.0103483, -0.0103430, -0.0103444, -0.0103479, -0.0103556, -0.0103733");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104211, 0.0104087, 0.0103802, 0.0103818, 0.0103855, 0.0103941, 0.0104139");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007412;
			capacitance : 0.007925;
			rise_capacitance : 0.008437;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0098345, -0.0098317, -0.0098250, -0.0098268, -0.0098309, -0.0098405, -0.0098624");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0099014, 0.0098897, 0.0098628, 0.0098631, 0.0098637, 0.0098653, 0.0098688");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008091;
			capacitance : 0.008483;
			rise_capacitance : 0.008875;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0107743, -0.0107560, -0.0107137, -0.0107124, -0.0107092, -0.0107017, -0.0106844");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0112830, 0.0112376, 0.0111329, 0.0111565, 0.0112109, 0.0113363, 0.0116252");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007617;
			capacitance : 0.007893;
			rise_capacitance : 0.008168;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0088392, -0.0088407, -0.0088442, -0.0088261, -0.0087846, -0.0086886, -0.0084674");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0116473, 0.0116423, 0.0116306, 0.0116281, 0.0116224, 0.0116091, 0.0115786");
				}
			}
		}
	}
	cell ("scs8hd_o21a_1") {
		area : 7.507200;
		cell_footprint : "o21a";
		cell_leakage_power : 4.642070e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003840";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0003663";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007279";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "0.0003733";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0003881";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0003733";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007274";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "0.0003733";
			when : "A1&A2&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1)";
			max_capacitance : 0.141001;
			max_transition : 1.505567;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0087990, 0.0098440, 0.0124087, 0.0187703, 0.0347568, 0.0751719, 0.1796894", \
					  "0.0087389, 0.0097759, 0.0123395, 0.0187294, 0.0348358, 0.0755238, 0.1793781", \
					  "0.0086640, 0.0097004, 0.0122537, 0.0186616, 0.0346048, 0.0755102, 0.1795144", \
					  "0.0085288, 0.0095601, 0.0120888, 0.0184573, 0.0345885, 0.0753001, 0.1791325", \
					  "0.0085344, 0.0094812, 0.0119670, 0.0182442, 0.0342440, 0.0752371, 0.1789372", \
					  "0.0084545, 0.0094674, 0.0119468, 0.0182005, 0.0341946, 0.0745151, 0.1782321", \
					  "0.0084604, 0.0094203, 0.0118854, 0.0182186, 0.0343961, 0.0748615, 0.1776015");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0093739, 0.0086916, 0.0068483, 0.0013837, -0.0140746, -0.0547187, -0.1591605", \
					  "0.0092782, 0.0085970, 0.0067644, 0.0013017, -0.0141642, -0.0548031, -0.1591520", \
					  "0.0091577, 0.0084695, 0.0066357, 0.0011805, -0.0142885, -0.0549276, -0.1594729", \
					  "0.0090740, 0.0083894, 0.0065446, 0.0010895, -0.0143742, -0.0550117, -0.1594796", \
					  "0.0089670, 0.0082980, 0.0064713, 0.0009849, -0.0144700, -0.0550905, -0.1595412", \
					  "0.0088510, 0.0079342, 0.0060086, 0.0007852, -0.0146056, -0.0551859, -0.1596188", \
					  "0.0102473, 0.0093440, 0.0069788, 0.0008847, -0.0148841, -0.0553296, -0.1596896");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0079654, 0.0090072, 0.0115723, 0.0179169, 0.0339443, 0.0744645, 0.1776952", \
					  "0.0079505, 0.0089847, 0.0115441, 0.0178761, 0.0338335, 0.0747004, 0.1767561", \
					  "0.0078404, 0.0088634, 0.0114039, 0.0178105, 0.0336401, 0.0743386, 0.1782683", \
					  "0.0076353, 0.0086334, 0.0111584, 0.0175010, 0.0334949, 0.0741558, 0.1781301", \
					  "0.0075845, 0.0085703, 0.0109410, 0.0172252, 0.0331590, 0.0735633, 0.1778292", \
					  "0.0073626, 0.0083991, 0.0108553, 0.0171567, 0.0330730, 0.0737126, 0.1782546", \
					  "0.0072958, 0.0083233, 0.0107856, 0.0170619, 0.0332845, 0.0734594, 0.1765339");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0080126, 0.0073362, 0.0055151, 5.7800000e-05, -0.0154175, -0.0560501, -0.1605122", \
					  "0.0078989, 0.0072007, 0.0053803, -7.2800000e-05, -0.0155516, -0.0561879, -0.1606355", \
					  "0.0077072, 0.0070373, 0.0051980, -0.0002424, -0.0157172, -0.0563490, -0.1608020", \
					  "0.0075906, 0.0069056, 0.0050992, -0.0003768, -0.0158492, -0.0564868, -0.1609259", \
					  "0.0075902, 0.0069280, 0.0050312, -0.0004473, -0.0159123, -0.0565234, -0.1609765", \
					  "0.0075179, 0.0065895, 0.0046136, -0.0006648, -0.0160590, -0.0566152, -0.1610287", \
					  "0.0090025, 0.0080707, 0.0056468, -0.0004582, -0.0162521, -0.0566493, -0.1609960");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0069707, 0.0080184, 0.0105895, 0.0169339, 0.0328744, 0.0731471, 0.1770662", \
					  "0.0068796, 0.0079083, 0.0104664, 0.0167848, 0.0327359, 0.0732533, 0.1767916", \
					  "0.0066814, 0.0076969, 0.0102436, 0.0165478, 0.0323775, 0.0733800, 0.1754963", \
					  "0.0064513, 0.0074545, 0.0099720, 0.0162918, 0.0323449, 0.0728155, 0.1766530", \
					  "0.0063587, 0.0073476, 0.0096951, 0.0160337, 0.0320507, 0.0726494, 0.1764058", \
					  "0.0062287, 0.0072944, 0.0097377, 0.0160432, 0.0319439, 0.0721045, 0.1760083", \
					  "0.0062207, 0.0072789, 0.0096868, 0.0158288, 0.0320295, 0.0725483, 0.1753970");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0058049, 0.0050830, 0.0030163, -0.0029775, -0.0188643, -0.0597126, -0.1642456", \
					  "0.0056176, 0.0048867, 0.0028077, -0.0031790, -0.0190627, -0.0598871, -0.1644836", \
					  "0.0054092, 0.0046682, 0.0025827, -0.0033836, -0.0192562, -0.0600924, -0.1645119", \
					  "0.0052168, 0.0044875, 0.0023864, -0.0035219, -0.0193594, -0.0601586, -0.1647323", \
					  "0.0050253, 0.0042909, 0.0022677, -0.0036645, -0.0194414, -0.0602201, -0.1647699", \
					  "0.0055404, 0.0044590, 0.0021276, -0.0040006, -0.0195309, -0.0602753, -0.1647730", \
					  "0.0054329, 0.0045106, 0.0021545, -0.0039537, -0.0197560, -0.0603879, -0.1647402");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0715703, 0.0786177, 0.0949935, 0.1344445, 0.2324106, 0.4825841, 1.1182796", \
					  "0.0762781, 0.0832616, 0.0995850, 0.1389634, 0.2376545, 0.4863902, 1.1230938", \
					  "0.0866169, 0.0936401, 0.1099436, 0.1493286, 0.2475060, 0.4976545, 1.1333219", \
					  "0.1079823, 0.1149942, 0.1312600, 0.1704746, 0.2687747, 0.5182743, 1.1549046", \
					  "0.1431730, 0.1505071, 0.1671200, 0.2064809, 0.3050628, 0.5555572, 1.1916127", \
					  "0.1894616, 0.1979275, 0.2155360, 0.2551694, 0.3535529, 0.6030597, 1.2408679", \
					  "0.2302653, 0.2411155, 0.2630535, 0.3054557, 0.4035961, 0.6539091, 1.2895570");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0219013, 0.0297868, 0.0499466, 0.1029516, 0.2417596, 0.5926303, 1.4969690", \
					  "0.0219464, 0.0296965, 0.0498442, 0.1031102, 0.2402713, 0.5930513, 1.4966095", \
					  "0.0218716, 0.0297373, 0.0498561, 0.1029194, 0.2413854, 0.5929490, 1.4971180", \
					  "0.0223821, 0.0301116, 0.0499786, 0.1032423, 0.2406842, 0.5924561, 1.4985253", \
					  "0.0244364, 0.0319143, 0.0512565, 0.1030205, 0.2409699, 0.5933166, 1.4957448", \
					  "0.0300456, 0.0369488, 0.0547526, 0.1047549, 0.2411671, 0.5925241, 1.5002782", \
					  "0.0427678, 0.0499294, 0.0666658, 0.1104157, 0.2424664, 0.5953041, 1.4908834");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1575459, 0.1634826, 0.1753938, 0.1985371, 0.2443758, 0.3465798, 0.6009526", \
					  "0.1633529, 0.1692948, 0.1811560, 0.2042336, 0.2501899, 0.3523969, 0.6067787", \
					  "0.1775531, 0.1836073, 0.1955296, 0.2185426, 0.2644313, 0.3665201, 0.6208496", \
					  "0.2103935, 0.2162676, 0.2282194, 0.2511674, 0.2971304, 0.3993062, 0.6532610", \
					  "0.2840364, 0.2899158, 0.3018293, 0.3248675, 0.3708986, 0.4731556, 0.7275288", \
					  "0.4366790, 0.4432103, 0.4561710, 0.4803636, 0.5280568, 0.6310571, 0.8854164", \
					  "0.7207394, 0.7288276, 0.7443885, 0.7727216, 0.8237386, 0.9308498, 1.1857747");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0235758, 0.0273758, 0.0361138, 0.0560311, 0.1035674, 0.2294196, 0.5661344", \
					  "0.0235178, 0.0273348, 0.0361675, 0.0561251, 0.1036072, 0.2290223, 0.5643414", \
					  "0.0236804, 0.0272831, 0.0359066, 0.0561828, 0.1037117, 0.2289973, 0.5646451", \
					  "0.0235681, 0.0275046, 0.0361458, 0.0564203, 0.1039741, 0.2284715, 0.5619498", \
					  "0.0233230, 0.0272461, 0.0363566, 0.0561707, 0.1037619, 0.2289963, 0.5645918", \
					  "0.0274026, 0.0313198, 0.0405407, 0.0606073, 0.1068748, 0.2304569, 0.5646006", \
					  "0.0373213, 0.0415686, 0.0507096, 0.0716480, 0.1189766, 0.2369843, 0.5666074");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0621360, 0.0689395, 0.0850342, 0.1241980, 0.2218981, 0.4733017, 1.1111233", \
					  "0.0670595, 0.0738425, 0.0898665, 0.1290239, 0.2272497, 0.4753739, 1.1135224", \
					  "0.0773529, 0.0841064, 0.1000553, 0.1392539, 0.2369920, 0.4893493, 1.1252749", \
					  "0.0974093, 0.1041726, 0.1201550, 0.1591160, 0.2581990, 0.5075761, 1.1469309", \
					  "0.1266010, 0.1338015, 0.1500557, 0.1892026, 0.2874579, 0.5371672, 1.1766171", \
					  "0.1607277, 0.1692205, 0.1869782, 0.2263857, 0.3243308, 0.5737743, 1.2114741", \
					  "0.1763506, 0.1881764, 0.2107735, 0.2541304, 0.3518063, 0.6017621, 1.2379610");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0206739, 0.0283942, 0.0487444, 0.1022679, 0.2388454, 0.5984362, 1.5051640", \
					  "0.0206330, 0.0283731, 0.0487917, 0.1020850, 0.2406095, 0.5976050, 1.5023238", \
					  "0.0206274, 0.0284615, 0.0486373, 0.1020197, 0.2394733, 0.5989244, 1.4907865", \
					  "0.0214340, 0.0290732, 0.0491377, 0.1025812, 0.2417257, 0.5901952, 1.4893707", \
					  "0.0242629, 0.0313237, 0.0504737, 0.1023327, 0.2399219, 0.5951422, 1.4883741", \
					  "0.0314000, 0.0381179, 0.0549843, 0.1042546, 0.2407367, 0.5896415, 1.5032212", \
					  "0.0459722, 0.0530260, 0.0690192, 0.1119146, 0.2416742, 0.5942419, 1.4908630");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1436947, 0.1496139, 0.1615900, 0.1842984, 0.2304468, 0.3326011, 0.5868785", \
					  "0.1476104, 0.1536389, 0.1656124, 0.1885894, 0.2346432, 0.3368640, 0.5910238", \
					  "0.1602310, 0.1661415, 0.1780986, 0.2010550, 0.2469764, 0.3491161, 0.6034175", \
					  "0.1918886, 0.1977994, 0.2097659, 0.2328262, 0.2784415, 0.3806230, 0.6351256", \
					  "0.2702864, 0.2761587, 0.2881582, 0.3111692, 0.3572354, 0.4595161, 0.7138938", \
					  "0.4351703, 0.4421942, 0.4552675, 0.4803787, 0.5280335, 0.6311893, 0.8853870", \
					  "0.7209253, 0.7308537, 0.7505058, 0.7820917, 0.8360739, 0.9421069, 1.1978916");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0234596, 0.0273628, 0.0358859, 0.0565895, 0.1036694, 0.2288470, 0.5624571", \
					  "0.0235425, 0.0272529, 0.0358847, 0.0562095, 0.1039913, 0.2294228, 0.5699662", \
					  "0.0234104, 0.0272700, 0.0359398, 0.0561594, 0.1036964, 0.2285894, 0.5631761", \
					  "0.0235252, 0.0271754, 0.0363153, 0.0563590, 0.1040347, 0.2301413, 0.5670707", \
					  "0.0241883, 0.0282748, 0.0366941, 0.0567490, 0.1041223, 0.2294245, 0.5634727", \
					  "0.0313223, 0.0352874, 0.0430383, 0.0621615, 0.1084340, 0.2303037, 0.5626043", \
					  "0.0482771, 0.0526015, 0.0614840, 0.0798072, 0.1220917, 0.2382921, 0.5667191");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0512488, 0.0579379, 0.0739675, 0.1128955, 0.2107394, 0.4596581, 1.1005531", \
					  "0.0558384, 0.0624285, 0.0782631, 0.1174103, 0.2153042, 0.4646496, 1.1036811", \
					  "0.0664481, 0.0729729, 0.0887590, 0.1278170, 0.2258462, 0.4746287, 1.1110498", \
					  "0.0845967, 0.0913329, 0.1073079, 0.1463774, 0.2443688, 0.4943786, 1.1352624", \
					  "0.1092988, 0.1162192, 0.1320574, 0.1710145, 0.2693125, 0.5197513, 1.1585606", \
					  "0.1337841, 0.1423540, 0.1593595, 0.1981339, 0.2953514, 0.5450708, 1.1848732", \
					  "0.1365340, 0.1478980, 0.1697986, 0.2104695, 0.3073026, 0.5565317, 1.1948706");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0198642, 0.0277898, 0.0483465, 0.1024133, 0.2390672, 0.5880156, 1.5033444", \
					  "0.0199167, 0.0277492, 0.0483070, 0.1017934, 0.2408444, 0.5949635, 1.5055666", \
					  "0.0200352, 0.0278040, 0.0484533, 0.1019730, 0.2395861, 0.5935757, 1.4926802", \
					  "0.0211389, 0.0287690, 0.0489288, 0.1023774, 0.2391761, 0.5965316, 1.5011593", \
					  "0.0235999, 0.0306272, 0.0501034, 0.1030533, 0.2391469, 0.5959066, 1.5048548", \
					  "0.0316578, 0.0378957, 0.0542149, 0.1039983, 0.2410418, 0.5904630, 1.4917511", \
					  "0.0470616, 0.0534820, 0.0683923, 0.1112070, 0.2420074, 0.5986198, 1.4897241");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0669526, 0.0713193, 0.0800505, 0.0981825, 0.1378360, 0.2370217, 0.4904222", \
					  "0.0728032, 0.0770113, 0.0859086, 0.1039532, 0.1436420, 0.2426531, 0.4960209", \
					  "0.0878289, 0.0920357, 0.1007846, 0.1188842, 0.1588220, 0.2580096, 0.5119639", \
					  "0.1238108, 0.1280696, 0.1368981, 0.1555073, 0.1956766, 0.2947983, 0.5500384", \
					  "0.2016632, 0.2066717, 0.2166160, 0.2361281, 0.2769567, 0.3759685, 0.6317843", \
					  "0.3384855, 0.3455074, 0.3580739, 0.3808994, 0.4251057, 0.5249805, 0.7783535", \
					  "0.5826461, 0.5921116, 0.6101802, 0.6415714, 0.6944423, 0.7974650, 1.0468032");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0144244, 0.0175731, 0.0256291, 0.0440973, 0.0933223, 0.2250500, 0.5669032", \
					  "0.0143478, 0.0178526, 0.0255168, 0.0442072, 0.0929544, 0.2255799, 0.5679626", \
					  "0.0143666, 0.0176495, 0.0255743, 0.0441643, 0.0931979, 0.2228346, 0.5619186", \
					  "0.0147777, 0.0181432, 0.0258586, 0.0443838, 0.0926789, 0.2225912, 0.5639672", \
					  "0.0189067, 0.0220019, 0.0296392, 0.0471241, 0.0941966, 0.2225906, 0.5594530", \
					  "0.0288085, 0.0326507, 0.0404244, 0.0573945, 0.1003914, 0.2256993, 0.5633533", \
					  "0.0458111, 0.0505387, 0.0606008, 0.0788947, 0.1194280, 0.2318333, 0.5621849");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002296;
			capacitance : 0.002190;
			fall_capacitance : 0.002083;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026262, -0.0026260, -0.0026256, -0.0026262, -0.0026277, -0.0026310, -0.0026387");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026366, 0.0026336, 0.0026268, 0.0026261, 0.0026245, 0.0026209, 0.0026125");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002396;
			capacitance : 0.002257;
			fall_capacitance : 0.002119;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026792, -0.0026801, -0.0026823, -0.0026823, -0.0026822, -0.0026820, -0.0026816");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026839, 0.0026830, 0.0026811, 0.0026817, 0.0026833, 0.0026868, 0.0026948");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002347;
			capacitance : 0.002235;
			fall_capacitance : 0.002123;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016277, -0.0016344, -0.0016500, -0.0016421, -0.0016241, -0.0015825, -0.0014866");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032152, 0.0032164, 0.0032191, 0.0032205, 0.0032235, 0.0032305, 0.0032468");
				}
			}
		}
	}
	cell ("scs8hd_o21a_2") {
		area : 8.758400;
		cell_footprint : "o21a";
		cell_leakage_power : 1.910409e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007491";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0104572";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007397";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "0.0007330";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0003992";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0007330";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0007390";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "0.0007330";
			when : "A1&A2&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1)";
			max_capacitance : 0.255442;
			max_transition : 1.513761;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("0.0119142, 0.0131525, 0.0165439, 0.0256683, 0.0508504, 0.1220024, 0.3218411", \
					  "0.0118569, 0.0130944, 0.0164857, 0.0256101, 0.0507953, 0.1219438, 0.3218182", \
					  "0.0118008, 0.0130475, 0.0164136, 0.0255346, 0.0507145, 0.1218811, 0.3217485", \
					  "0.0117042, 0.0129245, 0.0162645, 0.0253550, 0.0505588, 0.1217636, 0.3216119", \
					  "0.0116585, 0.0128348, 0.0160722, 0.0251433, 0.0503785, 0.1211461, 0.3214705", \
					  "0.0117072, 0.0128843, 0.0161414, 0.0251815, 0.0501785, 0.1203988, 0.3199184", \
					  "0.0117615, 0.0129345, 0.0161782, 0.0250376, 0.0501981, 0.1211804, 0.3198069");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("0.0111269, 0.0101209, 0.0077113, 0.0002994, -0.0233985, -0.0938952, -0.2946016", \
					  "0.0110531, 0.0100551, 0.0076389, 0.0002251, -0.0234682, -0.0939654, -0.2946752", \
					  "0.0109665, 0.0099639, 0.0075502, 0.0001053, -0.0235763, -0.0940698, -0.2947610", \
					  "0.0108242, 0.0098623, 0.0074465, -7.7000000e-06, -0.0236945, -0.0941710, -0.2948755", \
					  "0.0107734, 0.0098224, 0.0073476, -0.0001106, -0.0238114, -0.0942611, -0.2949423", \
					  "0.0106371, 0.0096019, 0.0072234, -0.0002851, -0.0239503, -0.0943556, -0.2950153", \
					  "0.0134761, 0.0124611, 0.0092998, 0.0006574, -0.0242073, -0.0945888, -0.2951370");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("0.0111375, 0.0123764, 0.0157319, 0.0248766, 0.0500317, 0.1204020, 0.3179219", \
					  "0.0111273, 0.0123762, 0.0157230, 0.0248700, 0.0499991, 0.1207400, 0.3206750", \
					  "0.0110723, 0.0123104, 0.0156712, 0.0247741, 0.0500459, 0.1209473, 0.3197864", \
					  "0.0109134, 0.0121237, 0.0154393, 0.0245037, 0.0497675, 0.1196504, 0.3194045", \
					  "0.0108778, 0.0120240, 0.0152219, 0.0241913, 0.0492889, 0.1202646, 0.3205536", \
					  "0.0106656, 0.0118376, 0.0150182, 0.0240658, 0.0491794, 0.1199343, 0.3183661", \
					  "0.0106344, 0.0117975, 0.0149768, 0.0241182, 0.0492864, 0.1201454, 0.3192748");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("0.0099079, 0.0088688, 0.0064800, -0.0009718, -0.0246477, -0.0951469, -0.2958594", \
					  "0.0097875, 0.0087546, 0.0063226, -0.0010954, -0.0247800, -0.0952739, -0.2959762", \
					  "0.0095594, 0.0085712, 0.0061529, -0.0012688, -0.0249630, -0.0954609, -0.2961582", \
					  "0.0094429, 0.0084784, 0.0060457, -0.0013758, -0.0250991, -0.0955630, -0.2962679", \
					  "0.0093777, 0.0084246, 0.0059521, -0.0015461, -0.0252478, -0.0956938, -0.2963414", \
					  "0.0093602, 0.0083659, 0.0058783, -0.0016707, -0.0254555, -0.0958273, -0.2964150", \
					  "0.0121547, 0.0110518, 0.0079679, -0.0007691, -0.0255629, -0.0958874, -0.2964061");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("0.0103253, 0.0115654, 0.0149538, 0.0241179, 0.0492336, 0.1197846, 0.3191233", \
					  "0.0102746, 0.0115208, 0.0148848, 0.0240048, 0.0491520, 0.1191078, 0.3170674", \
					  "0.0101538, 0.0113976, 0.0147523, 0.0238473, 0.0488511, 0.1197981, 0.3180725", \
					  "0.0099211, 0.0111221, 0.0144516, 0.0234813, 0.0484865, 0.1195659, 0.3192756", \
					  "0.0098261, 0.0110085, 0.0141488, 0.0231897, 0.0481214, 0.1188305, 0.3180227", \
					  "0.0097207, 0.0108798, 0.0141422, 0.0230312, 0.0481288, 0.1181334, 0.3174612", \
					  "0.0095578, 0.0106875, 0.0138868, 0.0229481, 0.0479589, 0.1179536, 0.3164369");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001413699, 0.003997092, 0.01130137, 0.03195349, 0.09034525, 0.255442");
					values("0.0082139, 0.0072504, 0.0047329, -0.0031009, -0.0277846, -0.0987763, -0.2996613", \
					  "0.0080266, 0.0070714, 0.0045558, -0.0032812, -0.0279406, -0.0989230, -0.2998328", \
					  "0.0078177, 0.0068580, 0.0043452, -0.0035391, -0.0281522, -0.0991213, -0.3000103", \
					  "0.0075857, 0.0066215, 0.0040754, -0.0037678, -0.0283323, -0.0992585, -0.3001319", \
					  "0.0074637, 0.0064903, 0.0039434, -0.0039549, -0.0284611, -0.0993368, -0.3001731", \
					  "0.0081764, 0.0071261, 0.0040093, -0.0047176, -0.0287187, -0.0994930, -0.3002748", \
					  "0.0086685, 0.0076419, 0.0045098, -0.0041872, -0.0289856, -0.0995859, -0.3002060");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0809523, 0.0865738, 0.1000336, 0.1325341, 0.2190152, 0.4583020, 1.1331700", \
					  "0.0856167, 0.0912423, 0.1047021, 0.1371947, 0.2236878, 0.4629272, 1.1376780", \
					  "0.0959081, 0.1015369, 0.1149059, 0.1473474, 0.2338263, 0.4730202, 1.1475441", \
					  "0.1180737, 0.1237012, 0.1370956, 0.1694464, 0.2557888, 0.4950644, 1.1733386", \
					  "0.1575860, 0.1636018, 0.1772169, 0.2102498, 0.2963173, 0.5362561, 1.2118375", \
					  "0.2122325, 0.2193449, 0.2349644, 0.2690026, 0.3551679, 0.5946399, 1.2708041", \
					  "0.2686190, 0.2781710, 0.2980289, 0.3365311, 0.4235055, 0.6634424, 1.3377593");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0191863, 0.0244578, 0.0387074, 0.0795333, 0.1987419, 0.5402433, 1.5039768", \
					  "0.0191876, 0.0244604, 0.0387131, 0.0795360, 0.1987364, 0.5403420, 1.5037058", \
					  "0.0191232, 0.0244228, 0.0387518, 0.0795071, 0.1986369, 0.5403286, 1.5029088", \
					  "0.0194110, 0.0245878, 0.0388138, 0.0795096, 0.1988199, 0.5400673, 1.5014701", \
					  "0.0216627, 0.0267647, 0.0406727, 0.0806395, 0.1989088, 0.5390204, 1.5025335", \
					  "0.0276630, 0.0325769, 0.0457416, 0.0832744, 0.2001454, 0.5383842, 1.5072378", \
					  "0.0403489, 0.0460319, 0.0589027, 0.0934219, 0.2024603, 0.5424225, 1.4965279");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.1886703, 0.1942204, 0.2059618, 0.2285059, 0.2716035, 0.3641471, 0.5998650", \
					  "0.1947053, 0.2002716, 0.2120146, 0.2345451, 0.2776876, 0.3702151, 0.6060369", \
					  "0.2095266, 0.2150074, 0.2268178, 0.2492837, 0.2925023, 0.3848702, 0.6209740", \
					  "0.2419802, 0.2475644, 0.2593995, 0.2817425, 0.3248954, 0.4174349, 0.6535569", \
					  "0.3157403, 0.3212924, 0.3330836, 0.3554305, 0.3986522, 0.4913991, 0.7273052", \
					  "0.4774051, 0.4833747, 0.4958747, 0.5194589, 0.5636537, 0.6568198, 0.8928778", \
					  "0.7807304, 0.7881409, 0.8036955, 0.8309105, 0.8808866, 0.9799445, 1.2176277");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0281236, 0.0310404, 0.0379063, 0.0532589, 0.0918221, 0.1947166, 0.5031258", \
					  "0.0281993, 0.0310592, 0.0379714, 0.0532417, 0.0918276, 0.1946013, 0.5026408", \
					  "0.0280973, 0.0310718, 0.0379296, 0.0532606, 0.0912587, 0.1940269, 0.5026271", \
					  "0.0280142, 0.0310282, 0.0379242, 0.0533486, 0.0913071, 0.1946102, 0.5059577", \
					  "0.0282738, 0.0312271, 0.0381783, 0.0535338, 0.0913507, 0.1945378, 0.5028354", \
					  "0.0317784, 0.0347008, 0.0416010, 0.0564803, 0.0935710, 0.1952105, 0.5034274", \
					  "0.0436091, 0.0471620, 0.0533340, 0.0692868, 0.1060279, 0.2054368, 0.5042763");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0697166, 0.0750061, 0.0877926, 0.1197404, 0.2052365, 0.4444848, 1.1203759", \
					  "0.0746306, 0.0799090, 0.0926791, 0.1246208, 0.2105137, 0.4500759, 1.1252853", \
					  "0.0851649, 0.0904706, 0.1032455, 0.1349770, 0.2207732, 0.4606636, 1.1398551", \
					  "0.1070673, 0.1123876, 0.1251830, 0.1568934, 0.2425776, 0.4821754, 1.1568265", \
					  "0.1420709, 0.1478789, 0.1613579, 0.1934847, 0.2792225, 0.5187514, 1.1973657", \
					  "0.1857814, 0.1930221, 0.2080426, 0.2418444, 0.3277327, 0.5671683, 1.2431393", \
					  "0.2194851, 0.2294992, 0.2500641, 0.2897442, 0.3765292, 0.6162026, 1.2901898");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0176671, 0.0226215, 0.0367210, 0.0780552, 0.1984246, 0.5389831, 1.5003365", \
					  "0.0176669, 0.0225809, 0.0367386, 0.0780602, 0.1978040, 0.5428482, 1.5029790", \
					  "0.0175130, 0.0225724, 0.0367193, 0.0778828, 0.1987746, 0.5387744, 1.5137610", \
					  "0.0181608, 0.0231959, 0.0371866, 0.0780074, 0.1988117, 0.5364081, 1.4983885", \
					  "0.0212771, 0.0260608, 0.0394201, 0.0790764, 0.1979956, 0.5395146, 1.5048209", \
					  "0.0286069, 0.0333944, 0.0461225, 0.0824911, 0.1992389, 0.5368513, 1.5016459", \
					  "0.0428445, 0.0484159, 0.0615191, 0.0941486, 0.2017167, 0.5411074, 1.4962669");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.1753931, 0.1809432, 0.1924867, 0.2152654, 0.2584522, 0.3509523, 0.5868892", \
					  "0.1796411, 0.1852556, 0.1969747, 0.2195887, 0.2626652, 0.3552158, 0.5909597", \
					  "0.1919316, 0.1975867, 0.2092671, 0.2316542, 0.2748813, 0.3675336, 0.6034480", \
					  "0.2248251, 0.2304477, 0.2421674, 0.2646821, 0.3073957, 0.3999340, 0.6361525", \
					  "0.3009404, 0.3066482, 0.3184457, 0.3408320, 0.3853151, 0.4779694, 0.7140503", \
					  "0.4754935, 0.4820058, 0.4953632, 0.5196724, 0.5647586, 0.6579918, 0.8940499", \
					  "0.7893259, 0.7984106, 0.8166176, 0.8481089, 0.9034763, 1.0031336, 1.2410342");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0281829, 0.0310241, 0.0385708, 0.0533671, 0.0917997, 0.1942938, 0.5031733", \
					  "0.0281661, 0.0310857, 0.0378868, 0.0533218, 0.0918315, 0.1946980, 0.5030463", \
					  "0.0281952, 0.0310613, 0.0379197, 0.0532736, 0.0918073, 0.1945844, 0.5031909", \
					  "0.0280036, 0.0310963, 0.0378633, 0.0538239, 0.0916047, 0.1945032, 0.5060553", \
					  "0.0281768, 0.0311430, 0.0381817, 0.0534084, 0.0913136, 0.1942558, 0.5027589", \
					  "0.0349175, 0.0379309, 0.0444727, 0.0584210, 0.0943325, 0.1954395, 0.5032456", \
					  "0.0555592, 0.0589791, 0.0664673, 0.0814250, 0.1167850, 0.2087982, 0.5056660");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0578279, 0.0628824, 0.0752968, 0.1069349, 0.1923826, 0.4328839, 1.1063160", \
					  "0.0625019, 0.0675506, 0.0799355, 0.1114302, 0.1970593, 0.4365315, 1.1120657", \
					  "0.0734465, 0.0784952, 0.0908812, 0.1223801, 0.2078742, 0.4489970, 1.1226760", \
					  "0.0957741, 0.1009139, 0.1134354, 0.1447030, 0.2307132, 0.4721434, 1.1476948", \
					  "0.1274496, 0.1330668, 0.1461527, 0.1778909, 0.2637554, 0.5050835, 1.1801239", \
					  "0.1649751, 0.1721791, 0.1875254, 0.2199277, 0.3052717, 0.5449726, 1.2246991", \
					  "0.1868505, 0.1970583, 0.2179236, 0.2563833, 0.3417316, 0.5800149, 1.2545566");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0164903, 0.0214281, 0.0357704, 0.0774095, 0.1981624, 0.5419806, 1.5032986", \
					  "0.0163738, 0.0214007, 0.0357208, 0.0772797, 0.1973999, 0.5376740, 1.5012676", \
					  "0.0164609, 0.0214098, 0.0356994, 0.0773738, 0.1973484, 0.5444404, 1.4986539", \
					  "0.0175280, 0.0224813, 0.0364858, 0.0776078, 0.1970645, 0.5445403, 1.4975444", \
					  "0.0213749, 0.0258788, 0.0387522, 0.0789474, 0.1974656, 0.5385331, 1.5054606", \
					  "0.0298587, 0.0342343, 0.0462003, 0.0820579, 0.1994835, 0.5366855, 1.4979837", \
					  "0.0469051, 0.0520235, 0.0639001, 0.0963820, 0.2016167, 0.5384891, 1.4927614");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0860402, 0.0900087, 0.0983887, 0.1153483, 0.1499009, 0.2344378, 0.4689265", \
					  "0.0918154, 0.0957169, 0.1042356, 0.1210849, 0.1557466, 0.2405921, 0.4740908", \
					  "0.1064932, 0.1103745, 0.1188015, 0.1357179, 0.1706165, 0.2553134, 0.4897050", \
					  "0.1424513, 0.1463207, 0.1547246, 0.1720515, 0.2071975, 0.2919033, 0.5260984", \
					  "0.2258990, 0.2300192, 0.2399174, 0.2570706, 0.2924308, 0.3771477, 0.6112842", \
					  "0.3820779, 0.3876578, 0.3994916, 0.4215462, 0.4614595, 0.5484542, 0.7821359", \
					  "0.6578301, 0.6659341, 0.6825581, 0.7124500, 0.7640377, 0.8581625, 1.0914184");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014137, 0.00399709, 0.0113014, 0.0319535, 0.0903452, 0.255442");
					values("0.0164063, 0.0186788, 0.0246238, 0.0387108, 0.0751279, 0.1820472, 0.4971002", \
					  "0.0162999, 0.0187821, 0.0243812, 0.0384161, 0.0750773, 0.1830307, 0.5005267", \
					  "0.0162998, 0.0187719, 0.0245130, 0.0386896, 0.0751956, 0.1816200, 0.5008365", \
					  "0.0162921, 0.0187691, 0.0247265, 0.0384671, 0.0751354, 0.1817966, 0.4964802", \
					  "0.0190306, 0.0213091, 0.0267688, 0.0398267, 0.0758058, 0.1822748, 0.4982370", \
					  "0.0296660, 0.0323805, 0.0388775, 0.0519888, 0.0850978, 0.1853855, 0.4978511", \
					  "0.0492535, 0.0528098, 0.0601150, 0.0764090, 0.1095181, 0.1990264, 0.4978482");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002265;
			capacitance : 0.002164;
			fall_capacitance : 0.002062;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026361, -0.0026354, -0.0026336, -0.0026328, -0.0026311, -0.0026272, -0.0026181");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026357, 0.0026347, 0.0026324, 0.0026318, 0.0026305, 0.0026275, 0.0026205");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002397;
			capacitance : 0.002256;
			fall_capacitance : 0.002115;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026440, -0.0026448, -0.0026466, -0.0026470, -0.0026480, -0.0026504, -0.0026559");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026291, 0.0026339, 0.0026450, 0.0026446, 0.0026436, 0.0026412, 0.0026357");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002404;
			capacitance : 0.002276;
			fall_capacitance : 0.002149;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018156, -0.0018215, -0.0018350, -0.0018273, -0.0018098, -0.0017691, -0.0016753");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033092, 0.0033092, 0.0033093, 0.0033103, 0.0033126, 0.0033178, 0.0033298");
				}
			}
		}
	}
	cell ("scs8hd_o21a_4") {
		area : 15.014400;
		cell_footprint : "o21a";
		cell_leakage_power : 3.551891e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0017430";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0184841";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0014887";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "0.0014678";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0008068";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0014678";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0014890";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "0.0014678";
			when : "A1&A2&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1)";
			max_capacitance : 0.441294;
			max_transition : 1.519308;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001548566, 0.004796112, 0.01485419, 0.04600539, 0.1424848, 0.441294");
					values("0.0234983, 0.0249492, 0.0292666, 0.0421105, 0.0804241, 0.1978726, 0.5578802", \
					  "0.0233812, 0.0248370, 0.0291659, 0.0419993, 0.0803161, 0.1977980, 0.5577364", \
					  "0.0232428, 0.0247031, 0.0290270, 0.0418450, 0.0802617, 0.1972152, 0.5567406", \
					  "0.0230725, 0.0245123, 0.0287865, 0.0415236, 0.0797786, 0.1964366, 0.5575439", \
					  "0.0229281, 0.0242925, 0.0284818, 0.0411927, 0.0792308, 0.1965911, 0.5588672", \
					  "0.0230016, 0.0243721, 0.0283566, 0.0408977, 0.0788483, 0.1950619, 0.5553266", \
					  "0.0229445, 0.0242807, 0.0283843, 0.0410404, 0.0791061, 0.1951810, 0.5540418");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001548566, 0.004796112, 0.01485419, 0.04600539, 0.1424848, 0.441294");
					values("0.0231642, 0.0219770, 0.0185852, 0.0086064, -0.0260030, -0.1418543, -0.5050371", \
					  "0.0228668, 0.0217722, 0.0183109, 0.0084061, -0.0262162, -0.1420606, -0.5052022", \
					  "0.0226320, 0.0216132, 0.0181450, 0.0081911, -0.0264561, -0.1422945, -0.5054259", \
					  "0.0224270, 0.0213075, 0.0179103, 0.0079685, -0.0266578, -0.1424956, -0.5056327", \
					  "0.0223118, 0.0211516, 0.0176782, 0.0077118, -0.0269562, -0.1427396, -0.5058144", \
					  "0.0220944, 0.0208918, 0.0174784, 0.0073028, -0.0273531, -0.1429762, -0.5059822", \
					  "0.0269108, 0.0257688, 0.0217919, 0.0098996, -0.0274727, -0.1433783, -0.5061746");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001548566, 0.004796112, 0.01485419, 0.04600539, 0.1424848, 0.441294");
					values("0.0215536, 0.0229942, 0.0273386, 0.0402246, 0.0785143, 0.1954965, 0.5549866", \
					  "0.0215618, 0.0230062, 0.0273108, 0.0401699, 0.0785088, 0.1955265, 0.5553692", \
					  "0.0214517, 0.0228861, 0.0272270, 0.0400527, 0.0783618, 0.1942888, 0.5525170", \
					  "0.0211563, 0.0225734, 0.0268559, 0.0395583, 0.0779614, 0.1952283, 0.5517484", \
					  "0.0210011, 0.0223650, 0.0264219, 0.0390504, 0.0771675, 0.1932331, 0.5513369", \
					  "0.0207362, 0.0220872, 0.0262797, 0.0387054, 0.0764420, 0.1936995, 0.5539875", \
					  "0.0205573, 0.0218858, 0.0260040, 0.0387051, 0.0767387, 0.1936568, 0.5535211");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001548566, 0.004796112, 0.01485419, 0.04600539, 0.1424848, 0.441294");
					values("0.0203361, 0.0192264, 0.0158640, 0.0059045, -0.0287687, -0.1445919, -0.5077212", \
					  "0.0201582, 0.0190337, 0.0157114, 0.0056746, -0.0289531, -0.1447533, -0.5078977", \
					  "0.0198496, 0.0187719, 0.0153233, 0.0054187, -0.0292314, -0.1450435, -0.5081463", \
					  "0.0198027, 0.0186891, 0.0151309, 0.0052336, -0.0294689, -0.1452698, -0.5083909", \
					  "0.0195120, 0.0183421, 0.0149717, 0.0048822, -0.0297289, -0.1454654, -0.5085212", \
					  "0.0197026, 0.0185131, 0.0150241, 0.0047507, -0.0301455, -0.1457369, -0.5086580", \
					  "0.0245623, 0.0233186, 0.0195976, 0.0075803, -0.0300741, -0.1459587, -0.5087446");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001548566, 0.004796112, 0.01485419, 0.04600539, 0.1424848, 0.441294");
					values("0.0196921, 0.0211519, 0.0255296, 0.0384093, 0.0766581, 0.1937150, 0.5564727", \
					  "0.0195888, 0.0210407, 0.0254063, 0.0382565, 0.0765380, 0.1936049, 0.5504835", \
					  "0.0193938, 0.0208446, 0.0251764, 0.0379340, 0.0760368, 0.1921092, 0.5532618", \
					  "0.0189785, 0.0203701, 0.0246222, 0.0372084, 0.0752169, 0.1915009, 0.5538314", \
					  "0.0187362, 0.0200922, 0.0241119, 0.0367293, 0.0745054, 0.1912232, 0.5523548", \
					  "0.0185538, 0.0199113, 0.0240608, 0.0363457, 0.0738063, 0.1902180, 0.5486492", \
					  "0.0182649, 0.0195439, 0.0236191, 0.0360024, 0.0739117, 0.1901974, 0.5490891");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001548566, 0.004796112, 0.01485419, 0.04600539, 0.1424848, 0.441294");
					values("0.0171106, 0.0160111, 0.0125864, 0.0021669, -0.0342805, -0.1513970, -0.5149352", \
					  "0.0167975, 0.0156912, 0.0123249, 0.0018585, -0.0345607, -0.1516773, -0.5152227", \
					  "0.0164077, 0.0152824, 0.0118963, 0.0013874, -0.0350046, -0.1520997, -0.5156582", \
					  "0.0159658, 0.0148451, 0.0113942, 0.0008553, -0.0354651, -0.1523445, -0.5158965", \
					  "0.0159882, 0.0148096, 0.0111233, 0.0005317, -0.0357705, -0.1525871, -0.5160425", \
					  "0.0163756, 0.0151422, 0.0113345, -0.0007811, -0.0362256, -0.1528393, -0.5161586", \
					  "0.0178294, 0.0165591, 0.0127522, 0.0011096, -0.0365691, -0.1532495, -0.5159648");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0797030, 0.0834420, 0.0935558, 0.1203131, 0.1965305, 0.4264519, 1.1315605", \
					  "0.0842814, 0.0880349, 0.0981647, 0.1249007, 0.2011337, 0.4310587, 1.1362119", \
					  "0.0945236, 0.0982672, 0.1083585, 0.1351111, 0.2109098, 0.4403679, 1.1477198", \
					  "0.1164179, 0.1201719, 0.1302611, 0.1568643, 0.2329251, 0.4627507, 1.1694823", \
					  "0.1533558, 0.1573337, 0.1678898, 0.1949497, 0.2709037, 0.5007788, 1.2075859", \
					  "0.2023831, 0.2070621, 0.2184090, 0.2468790, 0.3230611, 0.5527450, 1.2606727", \
					  "0.2452399, 0.2514833, 0.2668557, 0.3000237, 0.3775655, 0.6078344, 1.3137558");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0197893, 0.0232174, 0.0336821, 0.0663556, 0.1705131, 0.4954896, 1.5094600", \
					  "0.0197483, 0.0232375, 0.0337312, 0.0663476, 0.1704757, 0.4955300, 1.5094457", \
					  "0.0196943, 0.0232584, 0.0337440, 0.0664443, 0.1706381, 0.4977698, 1.5029518", \
					  "0.0199879, 0.0234375, 0.0340245, 0.0665292, 0.1708564, 0.4968747, 1.5065660", \
					  "0.0222556, 0.0256497, 0.0358224, 0.0677769, 0.1702865, 0.4968992, 1.5052808", \
					  "0.0281683, 0.0314632, 0.0414312, 0.0709253, 0.1716971, 0.4944492, 1.5048260", \
					  "0.0411676, 0.0448986, 0.0544304, 0.0815936, 0.1745438, 0.4957045, 1.5015750");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.1964229, 0.2001403, 0.2091050, 0.2282550, 0.2666926, 0.3519566, 0.5793255", \
					  "0.2021432, 0.2058281, 0.2147899, 0.2339547, 0.2723780, 0.3575954, 0.5850300", \
					  "0.2169033, 0.2204285, 0.2295168, 0.2487180, 0.2873683, 0.3722617, 0.5996508", \
					  "0.2509451, 0.2545880, 0.2634393, 0.2827484, 0.3212968, 0.4063874, 0.6338129", \
					  "0.3276912, 0.3314085, 0.3403392, 0.3593996, 0.3980079, 0.4831234, 0.7103333", \
					  "0.4978221, 0.5017342, 0.5116683, 0.5311241, 0.5703191, 0.6559154, 0.8834794", \
					  "0.8268319, 0.8316909, 0.8436958, 0.8667821, 0.9120211, 1.0039062, 1.2340862");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0298837, 0.0316632, 0.0364945, 0.0483694, 0.0799313, 0.1703556, 0.4649776", \
					  "0.0298233, 0.0315935, 0.0363515, 0.0482235, 0.0800022, 0.1703034, 0.4644638", \
					  "0.0296537, 0.0317825, 0.0363995, 0.0482767, 0.0799655, 0.1704464, 0.4645994", \
					  "0.0297364, 0.0315995, 0.0365573, 0.0483838, 0.0796297, 0.1702445, 0.4647982", \
					  "0.0299067, 0.0315322, 0.0363326, 0.0487480, 0.0800808, 0.1700752, 0.4635624", \
					  "0.0333355, 0.0348894, 0.0397888, 0.0509791, 0.0819100, 0.1713000, 0.4654644", \
					  "0.0457324, 0.0481416, 0.0523150, 0.0648698, 0.0946361, 0.1817106, 0.4660808");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0771204, 0.0809522, 0.0913408, 0.1185229, 0.1944449, 0.4237672, 1.1313577", \
					  "0.0817662, 0.0856003, 0.0959637, 0.1231781, 0.1991310, 0.4283881, 1.1366269", \
					  "0.0911769, 0.0950231, 0.1054077, 0.1324357, 0.2086675, 0.4376923, 1.1459540", \
					  "0.1105720, 0.1144330, 0.1248429, 0.1518301, 0.2277518, 0.4577838, 1.1638296", \
					  "0.1421853, 0.1463498, 0.1571091, 0.1845720, 0.2608182, 0.4910508, 1.1979693", \
					  "0.1813981, 0.1863718, 0.1985678, 0.2272623, 0.3035475, 0.5336518, 1.2419042", \
					  "0.2064966, 0.2130239, 0.2292005, 0.2637583, 0.3421997, 0.5729049, 1.2784341");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0204487, 0.0238738, 0.0344684, 0.0668195, 0.1702946, 0.4961099, 1.5116410", \
					  "0.0204438, 0.0238559, 0.0344965, 0.0670009, 0.1705444, 0.4960498, 1.5125250", \
					  "0.0203676, 0.0239670, 0.0344672, 0.0668843, 0.1703186, 0.4960005, 1.5035406", \
					  "0.0208745, 0.0244424, 0.0348867, 0.0669827, 0.1707717, 0.5002047, 1.4986632", \
					  "0.0232511, 0.0266447, 0.0368795, 0.0685677, 0.1705624, 0.4963445, 1.4955128", \
					  "0.0297194, 0.0331725, 0.0428045, 0.0724276, 0.1721366, 0.4945788, 1.5112129", \
					  "0.0443350, 0.0480727, 0.0575801, 0.0846488, 0.1763551, 0.4982594, 1.4974071");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.1790843, 0.1827334, 0.1917271, 0.2108417, 0.2493238, 0.3343724, 0.5618128", \
					  "0.1835591, 0.1872030, 0.1960768, 0.2150832, 0.2539386, 0.3389511, 0.5663547", \
					  "0.1959430, 0.1995833, 0.2085196, 0.2275922, 0.2662627, 0.3511724, 0.5786062", \
					  "0.2290975, 0.2327752, 0.2417937, 0.2608714, 0.2985555, 0.3836705, 0.6110943", \
					  "0.3071977, 0.3108741, 0.3198121, 0.3388632, 0.3774784, 0.4626292, 0.6900535", \
					  "0.4823485, 0.4865849, 0.4966864, 0.5172411, 0.5574580, 0.6433260, 0.8710696", \
					  "0.8014371, 0.8073927, 0.8208574, 0.8485160, 0.9001631, 0.9937159, 1.2236949");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0298080, 0.0315630, 0.0364688, 0.0482783, 0.0802542, 0.1696754, 0.4650814", \
					  "0.0296684, 0.0315193, 0.0365482, 0.0488887, 0.0801151, 0.1696506, 0.4651425", \
					  "0.0297180, 0.0315388, 0.0363484, 0.0482697, 0.0799706, 0.1702797, 0.4650870", \
					  "0.0299882, 0.0316169, 0.0364520, 0.0482916, 0.0798107, 0.1703104, 0.4652785", \
					  "0.0299298, 0.0317384, 0.0365225, 0.0488051, 0.0800530, 0.1700032, 0.4650718", \
					  "0.0364992, 0.0382621, 0.0429258, 0.0534223, 0.0828674, 0.1712536, 0.4650964", \
					  "0.0579641, 0.0603630, 0.0659252, 0.0776762, 0.1053143, 0.1862218, 0.4675869");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0612280, 0.0647818, 0.0744681, 0.1008144, 0.1766164, 0.4060213, 1.1125794", \
					  "0.0657492, 0.0692884, 0.0790222, 0.1052921, 0.1810485, 0.4099970, 1.1174364", \
					  "0.0765418, 0.0800836, 0.0897275, 0.1158963, 0.1914392, 0.4212781, 1.1266010", \
					  "0.0980998, 0.1016805, 0.1114981, 0.1375744, 0.2132591, 0.4440175, 1.1545962", \
					  "0.1276643, 0.1315324, 0.1417657, 0.1683001, 0.2440181, 0.4752639, 1.1822957", \
					  "0.1616414, 0.1664676, 0.1784067, 0.2056269, 0.2806800, 0.5108433, 1.2180832", \
					  "0.1742317, 0.1808327, 0.1966145, 0.2299263, 0.3065046, 0.5355221, 1.2415997");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0181525, 0.0215697, 0.0320677, 0.0649395, 0.1697660, 0.4987763, 1.5046695", \
					  "0.0181429, 0.0216186, 0.0320386, 0.0649984, 0.1697185, 0.4966734, 1.5032187", \
					  "0.0181297, 0.0215968, 0.0320376, 0.0650308, 0.1699843, 0.4950069, 1.5056052", \
					  "0.0191818, 0.0225599, 0.0328800, 0.0653100, 0.1690298, 0.4940836, 1.5193085", \
					  "0.0224846, 0.0256314, 0.0353256, 0.0669531, 0.1698026, 0.4948184, 1.5038705", \
					  "0.0306748, 0.0336621, 0.0425855, 0.0708349, 0.1710879, 0.4936946, 1.5022656", \
					  "0.0477775, 0.0513490, 0.0604752, 0.0871839, 0.1752448, 0.4962490, 1.4987234");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0889567, 0.0915110, 0.0978802, 0.1122719, 0.1428731, 0.2186653, 0.4426887", \
					  "0.0946366, 0.0972131, 0.1036179, 0.1179847, 0.1486518, 0.2244365, 0.4484937", \
					  "0.1093329, 0.1118712, 0.1183420, 0.1325517, 0.1632136, 0.2386142, 0.4624612", \
					  "0.1453707, 0.1478965, 0.1543303, 0.1685575, 0.1992421, 0.2759327, 0.5002693", \
					  "0.2307171, 0.2334450, 0.2401082, 0.2544600, 0.2856153, 0.3616623, 0.5861376", \
					  "0.3893308, 0.3929624, 0.4017592, 0.4205705, 0.4568925, 0.5358169, 0.7596640", \
					  "0.6740471, 0.6792489, 0.6919203, 0.7171989, 0.7651607, 0.8543524, 1.0786909");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154857, 0.00479611, 0.0148542, 0.0460054, 0.142485, 0.441294");
					values("0.0171814, 0.0186879, 0.0229729, 0.0338247, 0.0636482, 0.1561045, 0.4599144", \
					  "0.0173199, 0.0187037, 0.0228540, 0.0337007, 0.0635556, 0.1560090, 0.4595031", \
					  "0.0173333, 0.0186885, 0.0228172, 0.0338474, 0.0636464, 0.1561256, 0.4596483", \
					  "0.0172162, 0.0187434, 0.0228758, 0.0337968, 0.0636762, 0.1559718, 0.4575972", \
					  "0.0197292, 0.0211391, 0.0247182, 0.0351085, 0.0643860, 0.1560226, 0.4580226", \
					  "0.0312809, 0.0329973, 0.0376171, 0.0476812, 0.0747387, 0.1603563, 0.4592158", \
					  "0.0513894, 0.0533694, 0.0589136, 0.0724253, 0.0997606, 0.1773969, 0.4597042");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004733;
			capacitance : 0.004508;
			fall_capacitance : 0.004282;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053669, -0.0053693, -0.0053748, -0.0053761, -0.0053793, -0.0053865, -0.0054033");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053971, 0.0053944, 0.0053882, 0.0053871, 0.0053845, 0.0053786, 0.0053650");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004412;
			capacitance : 0.004140;
			fall_capacitance : 0.003867;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049544, -0.0049568, -0.0049624, -0.0049594, -0.0049525, -0.0049366, -0.0048999");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049764, 0.0049748, 0.0049711, 0.0049713, 0.0049718, 0.0049728, 0.0049752");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004458;
			capacitance : 0.004221;
			fall_capacitance : 0.003985;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0031487, -0.0031575, -0.0031778, -0.0031606, -0.0031208, -0.0030290, -0.0028174");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062861, 0.0062882, 0.0062933, 0.0062903, 0.0062836, 0.0062681, 0.0062322");
				}
			}
		}
	}
	cell ("scs8hd_o21ai_0") {
		area : 5.004800;
		cell_footprint : "o21ai";
		cell_leakage_power : 3.171537e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "7.3561288e-05";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "4.8672224e-06";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0009193";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "4.6784161e-05";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0004801";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "4.6795158e-05";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0009190";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "4.6801359e-05";
			when : "A1&A2&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1)";
			max_capacitance : 0.047617;
			max_transition : 1.491665;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0044971, 0.0052089, 0.0066969, 0.0098626, 0.0165728, 0.0308528, 0.0612759", \
					  "0.0043939, 0.0050990, 0.0066040, 0.0098076, 0.0165237, 0.0308238, 0.0612114", \
					  "0.0042661, 0.0049793, 0.0064895, 0.0096723, 0.0164539, 0.0307432, 0.0612774", \
					  "0.0041903, 0.0049008, 0.0063269, 0.0095047, 0.0163726, 0.0307191, 0.0612480", \
					  "0.0041310, 0.0048381, 0.0063174, 0.0095130, 0.0162496, 0.0305986, 0.0611486", \
					  "0.0041414, 0.0048274, 0.0063289, 0.0094560, 0.0161684, 0.0305025, 0.0609448", \
					  "0.0041762, 0.0048647, 0.0063054, 0.0095614, 0.0162378, 0.0304935, 0.0611850");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0012209, 0.0005467, -0.0009088, -0.0040508, -0.0107915, -0.0252133, -0.0560380", \
					  "0.0011653, 0.0005074, -0.0009283, -0.0040516, -0.0107789, -0.0251904, -0.0560081", \
					  "0.0010546, 0.0004214, -0.0009956, -0.0040912, -0.0107955, -0.0251942, -0.0560025", \
					  "0.0009221, 0.0002860, -0.0011140, -0.0041748, -0.0108449, -0.0252159, -0.0560161", \
					  "0.0008926, 0.0002264, -0.0011781, -0.0043026, -0.0109317, -0.0252742, -0.0560452", \
					  "0.0008243, 0.0001319, -0.0013000, -0.0043921, -0.0110808, -0.0253936, -0.0561060", \
					  "0.0008297, 0.0001378, -0.0013316, -0.0044607, -0.0111488, -0.0254751, -0.0562289");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0022503, 0.0029999, 0.0045438, 0.0077461, 0.0143756, 0.0288552, 0.0595295", \
					  "0.0021173, 0.0028846, 0.0044439, 0.0076427, 0.0143593, 0.0287007, 0.0594090", \
					  "0.0020150, 0.0027576, 0.0042900, 0.0075192, 0.0144118, 0.0287815, 0.0592830", \
					  "0.0019562, 0.0026613, 0.0041631, 0.0073198, 0.0142464, 0.0285557, 0.0588013", \
					  "0.0020192, 0.0027093, 0.0041853, 0.0072363, 0.0140843, 0.0283908, 0.0589108", \
					  "0.0018141, 0.0026724, 0.0040302, 0.0073690, 0.0140089, 0.0280344, 0.0592158", \
					  "0.0020178, 0.0026846, 0.0041692, 0.0072130, 0.0140729, 0.0281700, 0.0585633");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0004463, -0.0002032, -0.0016431, -0.0047734, -0.0115225, -0.0259324, -0.0567476", \
					  "0.0003428, -0.0003014, -0.0017082, -0.0048162, -0.0115310, -0.0259432, -0.0567645", \
					  "0.0002013, -0.0004285, -0.0018213, -0.0049055, -0.0115930, -0.0259759, -0.0567883", \
					  "8.9200000e-05, -0.0005571, -0.0019747, -0.0050207, -0.0116785, -0.0260221, -0.0568028", \
					  "5.9400000e-05, -0.0006024, -0.0020331, -0.0051639, -0.0117986, -0.0261213, -0.0568758", \
					  "2.8700000e-05, -0.0006511, -0.0021122, -0.0052367, -0.0119054, -0.0262534, -0.0569821", \
					  "0.0001247, -0.0005440, -0.0020912, -0.0052429, -0.0119877, -0.0263833, -0.0571710");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0054747, 0.0061649, 0.0076513, 0.0108131, 0.0175029, 0.0317416, 0.0621947", \
					  "0.0053994, 0.0061003, 0.0075952, 0.0107526, 0.0174613, 0.0317506, 0.0622542", \
					  "0.0053044, 0.0060106, 0.0075104, 0.0106870, 0.0174000, 0.0316724, 0.0621890", \
					  "0.0052407, 0.0059500, 0.0074335, 0.0106182, 0.0173558, 0.0316673, 0.0621843", \
					  "0.0052015, 0.0059146, 0.0074012, 0.0105742, 0.0172898, 0.0316115, 0.0620566", \
					  "0.0051534, 0.0058579, 0.0073645, 0.0105276, 0.0172906, 0.0315545, 0.0621106", \
					  "0.0050463, 0.0057431, 0.0071902, 0.0104413, 0.0172518, 0.0316440, 0.0621499");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001068487, 0.00228333, 0.004879416, 0.01042719, 0.02228263, 0.04761741");
					values("0.0016790, 0.0009968, -0.0004695, -0.0036085, -0.0103447, -0.0247403, -0.0555533", \
					  "0.0016288, 0.0009482, -0.0005136, -0.0036471, -0.0103789, -0.0247792, -0.0555862", \
					  "0.0015646, 0.0008890, -0.0005676, -0.0036974, -0.0104176, -0.0248074, -0.0556136", \
					  "0.0014836, 0.0008212, -0.0006235, -0.0037373, -0.0104483, -0.0248410, -0.0556319", \
					  "0.0015189, 0.0008414, -0.0006761, -0.0037880, -0.0104795, -0.0248542, -0.0556329", \
					  "0.0014837, 0.0008077, -0.0006567, -0.0038038, -0.0105738, -0.0249152, -0.0556786", \
					  "0.0015034, 0.0008104, -0.0006650, -0.0038119, -0.0105335, -0.0249448, -0.0557272");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0938802, 0.1072206, 0.1347648, 0.1933535, 0.3170353, 0.5806801, 1.1410836", \
					  "0.0997420, 0.1129617, 0.1409350, 0.1994967, 0.3232871, 0.5866156, 1.1480719", \
					  "0.1136373, 0.1268569, 0.1547689, 0.2137693, 0.3379577, 0.6019382, 1.1635232", \
					  "0.1449716, 0.1582800, 0.1861146, 0.2448935, 0.3692072, 0.6331021, 1.1951401", \
					  "0.2136841, 0.2281517, 0.2571564, 0.3157720, 0.4401205, 0.7044180, 1.2666622", \
					  "0.3422805, 0.3627359, 0.4011445, 0.4733512, 0.6040459, 0.8682162, 1.4311254", \
					  "0.5741402, 0.6053252, 0.6659179, 0.7688329, 0.9456456, 1.2446968, 1.8111669");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0714444, 0.0883753, 0.1255369, 0.2029108, 0.3690640, 0.7256337, 1.4863351", \
					  "0.0711547, 0.0886397, 0.1249992, 0.2031652, 0.3694045, 0.7234083, 1.4804609", \
					  "0.0714178, 0.0883168, 0.1251376, 0.2030203, 0.3694575, 0.7234653, 1.4815154", \
					  "0.0711729, 0.0885188, 0.1251027, 0.2031578, 0.3698135, 0.7240352, 1.4829893", \
					  "0.0833099, 0.0983263, 0.1314908, 0.2051998, 0.3698201, 0.7244805, 1.4815746", \
					  "0.1191726, 0.1362131, 0.1702485, 0.2365313, 0.3838814, 0.7247202, 1.4820135", \
					  "0.1994881, 0.2204194, 0.2614764, 0.3369385, 0.4823785, 0.7804585, 1.4857896");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0348726, 0.0395570, 0.0492964, 0.0695931, 0.1122233, 0.2026682, 0.3950880", \
					  "0.0399254, 0.0446283, 0.0544121, 0.0747030, 0.1173838, 0.2078059, 0.4005836", \
					  "0.0508528, 0.0556128, 0.0654200, 0.0858361, 0.1285309, 0.2189336, 0.4116706", \
					  "0.0716985, 0.0777173, 0.0891024, 0.1104815, 0.1534987, 0.2441067, 0.4366608", \
					  "0.1032976, 0.1120843, 0.1286947, 0.1578899, 0.2082431, 0.3013569, 0.4946852", \
					  "0.1447767, 0.1590276, 0.1850578, 0.2305034, 0.3043817, 0.4224122, 0.6253800", \
					  "0.1839021, 0.2078403, 0.2512104, 0.3258381, 0.4435197, 0.6217996, 0.8937990");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0226733, 0.0284495, 0.0407881, 0.0672540, 0.1233141, 0.2436121, 0.5004142", \
					  "0.0225540, 0.0284611, 0.0407904, 0.0671880, 0.1232120, 0.2434929, 0.5003409", \
					  "0.0231925, 0.0286916, 0.0407663, 0.0671969, 0.1232046, 0.2439759, 0.5006536", \
					  "0.0301695, 0.0354656, 0.0462569, 0.0699710, 0.1235972, 0.2432194, 0.5009083", \
					  "0.0472512, 0.0539084, 0.0662419, 0.0903441, 0.1367895, 0.2483733, 0.5005144", \
					  "0.0803953, 0.0899799, 0.1081094, 0.1384286, 0.1908182, 0.2894129, 0.5159073", \
					  "0.1447824, 0.1597575, 0.1862301, 0.2285611, 0.3010495, 0.4196171, 0.6301835");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0827590, 0.0962361, 0.1240398, 0.1826698, 0.3064045, 0.5696795, 1.1312886", \
					  "0.0868919, 0.1000898, 0.1282469, 0.1870994, 0.3112243, 0.5747114, 1.1369933", \
					  "0.0984368, 0.1116854, 0.1397585, 0.1987749, 0.3233574, 0.5871995, 1.1494021", \
					  "0.1305287, 0.1438210, 0.1694668, 0.2280198, 0.3550132, 0.6194113, 1.1820041", \
					  "0.2034371, 0.2186979, 0.2470088, 0.3053330, 0.4292727, 0.6932676, 1.2563045", \
					  "0.3322630, 0.3556421, 0.3995839, 0.4760434, 0.6041965, 0.8663840, 1.4280085", \
					  "0.5520901, 0.5882405, 0.6577348, 0.7809779, 0.9736859, 1.2715140, 1.8206449");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0711379, 0.0887289, 0.1250592, 0.2029899, 0.3695325, 0.7236465, 1.4795329", \
					  "0.0715279, 0.0886842, 0.1250729, 0.2032567, 0.3694236, 0.7237279, 1.4806082", \
					  "0.0710347, 0.0883102, 0.1252025, 0.2030271, 0.3696175, 0.7234640, 1.4815699", \
					  "0.0722460, 0.0885969, 0.1250566, 0.2031264, 0.3694242, 0.7250372, 1.4826232", \
					  "0.0944898, 0.1074142, 0.1373283, 0.2061996, 0.3694005, 0.7249586, 1.4807834", \
					  "0.1503517, 0.1692462, 0.2028221, 0.2601096, 0.3929610, 0.7258150, 1.4811937", \
					  "0.2572971, 0.2876655, 0.3369811, 0.4175749, 0.5467506, 0.8098622, 1.4916648");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0286009, 0.0327607, 0.0414718, 0.0598600, 0.0988188, 0.1821991, 0.3638249", \
					  "0.0336311, 0.0378921, 0.0467312, 0.0651180, 0.1048767, 0.1879772, 0.3653093", \
					  "0.0441735, 0.0486850, 0.0577234, 0.0763464, 0.1158389, 0.1993890, 0.3787762", \
					  "0.0609739, 0.0675753, 0.0797138, 0.1010975, 0.1408115, 0.2252518, 0.4037936", \
					  "0.0842419, 0.0944989, 0.1127225, 0.1441259, 0.1959709, 0.2825356, 0.4620092", \
					  "0.1090191, 0.1260926, 0.1561984, 0.2057730, 0.2828030, 0.4007019, 0.5961430", \
					  "0.1152993, 0.1464851, 0.1971424, 0.2800118, 0.4057223, 0.5862238, 0.8553781");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0161173, 0.0213452, 0.0327995, 0.0571329, 0.1091807, 0.2203712, 0.4558806", \
					  "0.0161235, 0.0213861, 0.0326840, 0.0570230, 0.1086734, 0.2193741, 0.4593759", \
					  "0.0177818, 0.0225913, 0.0333297, 0.0573613, 0.1091747, 0.2200938, 0.4602330", \
					  "0.0264581, 0.0314063, 0.0413907, 0.0619226, 0.1111805, 0.2198258, 0.4574490", \
					  "0.0444342, 0.0510924, 0.0629578, 0.0850654, 0.1286076, 0.2268899, 0.4562198", \
					  "0.0791423, 0.0883894, 0.1056600, 0.1351695, 0.1843661, 0.2761645, 0.4797594", \
					  "0.1482034, 0.1619570, 0.1865889, 0.2300140, 0.3001277, 0.4075100, 0.6042818");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0296936, 0.0362062, 0.0496549, 0.0776127, 0.1357765, 0.2610130, 0.5296690", \
					  "0.0352735, 0.0419242, 0.0554187, 0.0831509, 0.1414062, 0.2670126, 0.5330109", \
					  "0.0498580, 0.0563023, 0.0697179, 0.0970087, 0.1564854, 0.2816048, 0.5490894", \
					  "0.0808513, 0.0895677, 0.1044468, 0.1307238, 0.1905674, 0.3153881, 0.5799997", \
					  "0.1324443, 0.1470495, 0.1712633, 0.2098520, 0.2702956, 0.3954544, 0.6604536", \
					  "0.2225315, 0.2468868, 0.2881295, 0.3514848, 0.4440445, 0.5792437, 0.8457001", \
					  "0.3758012, 0.4171319, 0.4878655, 0.5945023, 0.7516030, 0.9730277, 1.2790263");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0242325, 0.0328058, 0.0512649, 0.0904631, 0.1715752, 0.3473732, 0.7326517", \
					  "0.0242255, 0.0328645, 0.0511570, 0.0905045, 0.1715210, 0.3496972, 0.7216019", \
					  "0.0257439, 0.0331931, 0.0506550, 0.0894338, 0.1717877, 0.3471981, 0.7220027", \
					  "0.0393478, 0.0443921, 0.0573606, 0.0913061, 0.1731984, 0.3491362, 0.7232515", \
					  "0.0686836, 0.0768972, 0.0909870, 0.1165916, 0.1809930, 0.3477116, 0.7302208", \
					  "0.1209784, 0.1354622, 0.1551659, 0.1920624, 0.2497576, 0.3794793, 0.7269234", \
					  "0.2187675, 0.2411716, 0.2772844, 0.3320813, 0.4189293, 0.5451898, 0.8097983");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0189758, 0.0224689, 0.0297310, 0.0450556, 0.0778644, 0.1463906, 0.2938076", \
					  "0.0236075, 0.0270670, 0.0346359, 0.0499710, 0.0827376, 0.1514904, 0.2991050", \
					  "0.0332007, 0.0378784, 0.0458992, 0.0614633, 0.0938970, 0.1629414, 0.3104817", \
					  "0.0459407, 0.0531765, 0.0656157, 0.0870329, 0.1208931, 0.1897622, 0.3379259", \
					  "0.0618979, 0.0733992, 0.0935359, 0.1262867, 0.1763350, 0.2529225, 0.4000631", \
					  "0.0741429, 0.0932538, 0.1259404, 0.1773844, 0.2564862, 0.3742035, 0.5455498", \
					  "0.0615999, 0.0938676, 0.1480019, 0.2329469, 0.3592167, 0.5419741, 0.8087166");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00106849, 0.00228333, 0.00487942, 0.0104272, 0.0222826, 0.0476174");
					values("0.0130076, 0.0175640, 0.0269466, 0.0477583, 0.0908530, 0.1830785, 0.3809722", \
					  "0.0133573, 0.0176126, 0.0269300, 0.0471486, 0.0906579, 0.1840453, 0.3821916", \
					  "0.0192719, 0.0222980, 0.0298468, 0.0480736, 0.0910306, 0.1841753, 0.3824290", \
					  "0.0313958, 0.0363025, 0.0453705, 0.0593904, 0.0954643, 0.1834290, 0.3799390", \
					  "0.0532169, 0.0604162, 0.0735384, 0.0951081, 0.1292862, 0.1977201, 0.3804501", \
					  "0.0951743, 0.1061706, 0.1236471, 0.1549287, 0.2033336, 0.2886328, 0.4270739", \
					  "0.1734126, 0.1910778, 0.2194392, 0.2664011, 0.3375869, 0.4485004, 0.6198925");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001609;
			capacitance : 0.001674;
			rise_capacitance : 0.001739;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019856, -0.0019822, -0.0019744, -0.0019745, -0.0019746, -0.0019749, -0.0019754");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019722, 0.0019770, 0.0019882, 0.0019880, 0.0019875, 0.0019865, 0.0019842");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001555;
			capacitance : 0.001644;
			rise_capacitance : 0.001734;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019266, -0.0019244, -0.0019195, -0.0019197, -0.0019199, -0.0019205, -0.0019220");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019311, 0.0019296, 0.0019261, 0.0019259, 0.0019256, 0.0019248, 0.0019231");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001559;
			capacitance : 0.001610;
			rise_capacitance : 0.001661;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014189, -0.0014142, -0.0014032, -0.0013973, -0.0013836, -0.0013522, -0.0012797");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024653, 0.0024624, 0.0024555, 0.0024558, 0.0024565, 0.0024581, 0.0024618");
				}
			}
		}
	}
	cell ("scs8hd_o21ai_1") {
		area : 5.004800;
		cell_footprint : "o21ai";
		cell_leakage_power : 7.126858e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "2.8639783e-05";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0048744";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0003666";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "1.2260255e-05";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "2.9900988e-05";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "1.2168078e-05";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0003650";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "1.2515122e-05";
			when : "A1&A2&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1)";
			max_capacitance : 0.070506;
			max_transition : 1.499651;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0072785, 0.0080728, 0.0098542, 0.0139092, 0.0231071, 0.0440174, 0.0916503", \
					  "0.0071735, 0.0079782, 0.0097784, 0.0138516, 0.0230704, 0.0439256, 0.0916356", \
					  "0.0070851, 0.0078775, 0.0096888, 0.0137909, 0.0230241, 0.0439655, 0.0916130", \
					  "0.0070148, 0.0078067, 0.0096010, 0.0136768, 0.0229246, 0.0438979, 0.0916146", \
					  "0.0069636, 0.0077579, 0.0095608, 0.0136433, 0.0228365, 0.0438137, 0.0915191", \
					  "0.0069101, 0.0076999, 0.0095121, 0.0135415, 0.0228439, 0.0438135, 0.0913557", \
					  "0.0067513, 0.0075293, 0.0092845, 0.0133991, 0.0227831, 0.0437959, 0.0915724");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0026589, 0.0018921, 0.0001308, -0.0039010, -0.0131275, -0.0342128, -0.0823625", \
					  "0.0025939, 0.0018250, 7.1600000e-05, -0.0039552, -0.0131771, -0.0342645, -0.0824185", \
					  "0.0025083, 0.0017473, -1.3000000e-06, -0.0040156, -0.0132280, -0.0342993, -0.0824502", \
					  "0.0023874, 0.0016309, -9.1300000e-05, -0.0040769, -0.0132703, -0.0343348, -0.0824746", \
					  "0.0024436, 0.0016712, -7.1900000e-05, -0.0041506, -0.0133239, -0.0343268, -0.0824714", \
					  "0.0023781, 0.0016137, -0.0001440, -0.0041674, -0.0133802, -0.0344656, -0.0825552", \
					  "0.0024084, 0.0016453, -0.0001149, -0.0041903, -0.0134055, -0.0344698, -0.0826235");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0059067, 0.0067073, 0.0085244, 0.0126149, 0.0218224, 0.0427578, 0.0903866", \
					  "0.0057067, 0.0065222, 0.0083672, 0.0125066, 0.0217463, 0.0427060, 0.0903500", \
					  "0.0055425, 0.0063538, 0.0081637, 0.0122747, 0.0215577, 0.0425975, 0.0903025", \
					  "0.0053766, 0.0062198, 0.0080161, 0.0120705, 0.0213363, 0.0424033, 0.0901004", \
					  "0.0053512, 0.0062405, 0.0079481, 0.0120888, 0.0213253, 0.0421157, 0.0899664", \
					  "0.0054022, 0.0061775, 0.0082194, 0.0119762, 0.0212189, 0.0421142, 0.0898904", \
					  "0.0055475, 0.0062697, 0.0080334, 0.0122104, 0.0214362, 0.0423102, 0.0901293");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0020553, 0.0013124, -0.0004293, -0.0044550, -0.0136921, -0.0348064, -0.0829855", \
					  "0.0019588, 0.0012387, -0.0004635, -0.0044599, -0.0136735, -0.0347716, -0.0829502", \
					  "0.0017903, 0.0010837, -0.0005748, -0.0045265, -0.0136981, -0.0347736, -0.0829342", \
					  "0.0016180, 0.0008838, -0.0007663, -0.0046632, -0.0137805, -0.0348113, -0.0829423", \
					  "0.0015745, 0.0008455, -0.0008606, -0.0048126, -0.0139198, -0.0348863, -0.0829875", \
					  "0.0014752, 0.0007068, -0.0010013, -0.0049754, -0.0140695, -0.0350757, -0.0830949", \
					  "0.0015239, 0.0007434, -0.0010084, -0.0050590, -0.0142247, -0.0352015, -0.0832542");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0025905, 0.0034633, 0.0053550, 0.0094439, 0.0186909, 0.0397613, 0.0875491", \
					  "0.0024262, 0.0032714, 0.0051856, 0.0093331, 0.0185438, 0.0395519, 0.0875859", \
					  "0.0023008, 0.0030935, 0.0049781, 0.0091129, 0.0185330, 0.0392841, 0.0876339", \
					  "0.0022464, 0.0030329, 0.0048487, 0.0089878, 0.0182710, 0.0392406, 0.0866454", \
					  "0.0023609, 0.0031126, 0.0048679, 0.0088963, 0.0181287, 0.0391753, 0.0869343", \
					  "0.0022714, 0.0030454, 0.0048287, 0.0089490, 0.0181139, 0.0390571, 0.0867941", \
					  "0.0025679, 0.0033083, 0.0050583, 0.0091208, 0.0182804, 0.0389152, 0.0869354");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0005932, -0.0001598, -0.0019010, -0.0059350, -0.0151768, -0.0362844, -0.0844731", \
					  "0.0004845, -0.0002398, -0.0019526, -0.0059612, -0.0151877, -0.0362959, -0.0844749", \
					  "0.0003531, -0.0003545, -0.0020706, -0.0060305, -0.0152216, -0.0363058, -0.0844803", \
					  "0.0002289, -0.0005301, -0.0022200, -0.0061509, -0.0152960, -0.0363524, -0.0845042", \
					  "0.0001973, -0.0005641, -0.0022835, -0.0062505, -0.0154371, -0.0364460, -0.0845542", \
					  "0.0001880, -0.0005875, -0.0023527, -0.0063751, -0.0155347, -0.0365893, -0.0846705", \
					  "0.0005009, -0.0002519, -0.0021502, -0.0062365, -0.0155668, -0.0367147, -0.0848565");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.0869533, 0.0972936, 0.1200208, 0.1713847, 0.2868761, 0.5493818, 1.1470532", \
					  "0.0926999, 0.1031492, 0.1260938, 0.1775496, 0.2933158, 0.5560690, 1.1538621", \
					  "0.1070906, 0.1172448, 0.1401958, 0.1919108, 0.3080380, 0.5709819, 1.1685632", \
					  "0.1396068, 0.1497216, 0.1723211, 0.2240465, 0.3401878, 0.6033629, 1.2015270", \
					  "0.2097630, 0.2214302, 0.2459656, 0.2973977, 0.4134922, 0.6770121, 1.2750261", \
					  "0.3420388, 0.3581104, 0.3925579, 0.4570931, 0.5824059, 0.8459244, 1.4449758", \
					  "0.5813923, 0.6073699, 0.6603032, 0.7566260, 0.9309076, 1.2324659, 1.8373154");
				}
				rise_transition ("del_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("0.0631257, 0.0765745, 0.1065718, 0.1751131, 0.3302846, 0.6842887, 1.4904495", \
					  "0.0631491, 0.0764452, 0.1066880, 0.1751191, 0.3305035, 0.6836087, 1.4911713", \
					  "0.0633458, 0.0764630, 0.1069767, 0.1752356, 0.3305409, 0.6843182, 1.4896210", \
					  "0.0634828, 0.0765318, 0.1066381, 0.1751143, 0.3304614, 0.6846172, 1.4921122", \
					  "0.0762530, 0.0875448, 0.1144955, 0.1782074, 0.3302211, 0.6846670, 1.4909466", \
					  "0.1113202, 0.1247797, 0.1543274, 0.2120907, 0.3481701, 0.6857216, 1.4897590", \
					  "0.1886581, 0.2072556, 0.2419618, 0.3112377, 0.4502117, 0.7410056, 1.4944155");
				}
				cell_fall ("del_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("0.0284530, 0.0317194, 0.0388908, 0.0546099, 0.0895819, 0.1685492, 0.3476943", \
					  "0.0330482, 0.0363444, 0.0435188, 0.0592310, 0.0942542, 0.1732096, 0.3526628", \
					  "0.0430508, 0.0464783, 0.0537064, 0.0694699, 0.1045113, 0.1834521, 0.3626789", \
					  "0.0594700, 0.0641903, 0.0734628, 0.0916741, 0.1275910, 0.2068375, 0.3865412", \
					  "0.0815954, 0.0885109, 0.1026169, 0.1287870, 0.1748596, 0.2603957, 0.4404558", \
					  "0.1036359, 0.1148804, 0.1372900, 0.1779743, 0.2482060, 0.3628602, 0.5610787", \
					  "0.1027438, 0.1217138, 0.1589963, 0.2266807, 0.3387264, 0.5155549, 0.7915599");
				}
				fall_transition ("del_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("0.0176171, 0.0215727, 0.0304244, 0.0506322, 0.0967221, 0.2020735, 0.4418197", \
					  "0.0175860, 0.0214862, 0.0304168, 0.0505381, 0.0966777, 0.2018597, 0.4417419", \
					  "0.0190760, 0.0226242, 0.0309899, 0.0506415, 0.0965339, 0.2016939, 0.4423893", \
					  "0.0268357, 0.0304611, 0.0387456, 0.0560415, 0.0986568, 0.2020672, 0.4424171", \
					  "0.0431961, 0.0482057, 0.0581182, 0.0782211, 0.1178967, 0.2102974, 0.4426923", \
					  "0.0744851, 0.0814638, 0.0956855, 0.1229944, 0.1709888, 0.2603805, 0.4654956", \
					  "0.1353865, 0.1460364, 0.1682839, 0.2071785, 0.2728084, 0.3855427, 0.5890857");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.0767974, 0.0871162, 0.1103025, 0.1620581, 0.2777856, 0.5405043, 1.1379360", \
					  "0.0802743, 0.0906586, 0.1141021, 0.1661604, 0.2824997, 0.5455216, 1.1433542", \
					  "0.0925119, 0.1030616, 0.1256112, 0.1774343, 0.2943363, 0.5579734, 1.1559478", \
					  "0.1231827, 0.1334310, 0.1561202, 0.2074678, 0.3243416, 0.5882068, 1.1872432", \
					  "0.1972153, 0.2075528, 0.2326044, 0.2830737, 0.3984660, 0.6605885, 1.2596501", \
					  "0.3249200, 0.3442684, 0.3795738, 0.4539770, 0.5782352, 0.8377537, 1.4352521", \
					  "0.5468373, 0.5763896, 0.6366072, 0.7503713, 0.9435643, 1.2497196, 1.8398700");
				}
				rise_transition ("del_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("0.0634095, 0.0763787, 0.1065702, 0.1751943, 0.3302841, 0.6841995, 1.4893567", \
					  "0.0633023, 0.0765171, 0.1065328, 0.1752721, 0.3304298, 0.6843413, 1.4901020", \
					  "0.0632136, 0.0765839, 0.1066859, 0.1750370, 0.3302806, 0.6845026, 1.4907270", \
					  "0.0650458, 0.0773563, 0.1064805, 0.1750529, 0.3304309, 0.6840952, 1.4895134", \
					  "0.0883029, 0.0992525, 0.1236072, 0.1819206, 0.3304182, 0.6846979, 1.4912851", \
					  "0.1430828, 0.1579694, 0.1886730, 0.2397431, 0.3594658, 0.6865646, 1.4911747", \
					  "0.2431816, 0.2659903, 0.3124924, 0.3901534, 0.5190843, 0.7757557, 1.4996514");
				}
				cell_fall ("del_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("0.0233143, 0.0260436, 0.0321736, 0.0457754, 0.0767662, 0.1467174, 0.3065010", \
					  "0.0279126, 0.0307512, 0.0369316, 0.0507327, 0.0814175, 0.1521122, 0.3108461", \
					  "0.0367028, 0.0402480, 0.0471506, 0.0611364, 0.0921231, 0.1622620, 0.3219869", \
					  "0.0485960, 0.0538584, 0.0639650, 0.0827529, 0.1160112, 0.1869948, 0.3469483", \
					  "0.0615059, 0.0698048, 0.0858825, 0.1141901, 0.1616243, 0.2419631, 0.4029209", \
					  "0.0664971, 0.0804181, 0.1064385, 0.1517117, 0.2249421, 0.3405286, 0.5277478", \
					  "0.0313859, 0.0569328, 0.1008063, 0.1778082, 0.2965732, 0.4768590, 0.7493628");
				}
				fall_transition ("del_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("0.0114345, 0.0148692, 0.0226570, 0.0404813, 0.0817144, 0.1738214, 0.3868499", \
					  "0.0115086, 0.0148964, 0.0227679, 0.0406662, 0.0814509, 0.1752170, 0.3859430", \
					  "0.0147166, 0.0175145, 0.0243512, 0.0410683, 0.0813910, 0.1747537, 0.3876024", \
					  "0.0232676, 0.0267710, 0.0342020, 0.0494169, 0.0850702, 0.1750724, 0.3883399", \
					  "0.0404193, 0.0451343, 0.0548892, 0.0733383, 0.1082524, 0.1861722, 0.3907836", \
					  "0.0729069, 0.0798855, 0.0937312, 0.1201552, 0.1651935, 0.2448547, 0.4182324", \
					  "0.1388097, 0.1499935, 0.1691905, 0.2073973, 0.2692283, 0.3746152, 0.5593837");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.0317625, 0.0387616, 0.0540047, 0.0871059, 0.1623327, 0.3322958, 0.7193591", \
					  "0.0372541, 0.0439501, 0.0593821, 0.0927116, 0.1669197, 0.3365823, 0.7236338", \
					  "0.0515846, 0.0579779, 0.0733028, 0.1061998, 0.1819880, 0.3511001, 0.7361592", \
					  "0.0834350, 0.0918369, 0.1077972, 0.1406270, 0.2157071, 0.3846994, 0.7665052", \
					  "0.1368157, 0.1513024, 0.1771816, 0.2205253, 0.2950113, 0.4642937, 0.8478792", \
					  "0.2292697, 0.2529476, 0.2934987, 0.3657053, 0.4768732, 0.6490712, 1.0359549", \
					  "0.3924928, 0.4298492, 0.4995407, 0.6194359, 0.7998295, 1.0634610, 1.4639231");
				}
				rise_transition ("del_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("0.0269624, 0.0361809, 0.0565633, 0.1022780, 0.2075123, 0.4469984, 0.9939267", \
					  "0.0270476, 0.0359485, 0.0567900, 0.1039302, 0.2079246, 0.4483300, 0.9969153", \
					  "0.0283483, 0.0363774, 0.0563854, 0.1025096, 0.2108204, 0.4490253, 0.9985640", \
					  "0.0416432, 0.0472304, 0.0620096, 0.1035744, 0.2103492, 0.4490104, 0.9948555", \
					  "0.0720565, 0.0802003, 0.0953776, 0.1256547, 0.2135478, 0.4518851, 1.0015820", \
					  "0.1257386, 0.1392460, 0.1663518, 0.2051767, 0.2746987, 0.4679699, 1.0024781", \
					  "0.2208798, 0.2437786, 0.2838537, 0.3506834, 0.4560728, 0.6140694, 1.0512979");
				}
				cell_fall ("del_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("0.0146845, 0.0169655, 0.0221496, 0.0337432, 0.0599851, 0.1203997, 0.2558619", \
					  "0.0192641, 0.0216418, 0.0268312, 0.0384266, 0.0647169, 0.1243756, 0.2607053", \
					  "0.0260799, 0.0298420, 0.0366557, 0.0495135, 0.0756596, 0.1361316, 0.2729310", \
					  "0.0340120, 0.0400795, 0.0511719, 0.0703698, 0.1015601, 0.1611877, 0.2977071", \
					  "0.0408030, 0.0500814, 0.0676748, 0.0973771, 0.1456617, 0.2204997, 0.3561658", \
					  "0.0345373, 0.0501623, 0.0789627, 0.1266261, 0.2015084, 0.3166506, 0.4931190", \
					  "-0.0162447, 0.0101048, 0.0585191, 0.1327418, 0.2533059, 0.4368063, 0.7091350");
				}
				fall_transition ("del_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("0.0094943, 0.0124974, 0.0191828, 0.0346031, 0.0698352, 0.1502459, 0.3337619", \
					  "0.0107321, 0.0132196, 0.0195657, 0.0349406, 0.0701904, 0.1512816, 0.3330368", \
					  "0.0167435, 0.0195224, 0.0248403, 0.0371061, 0.0704682, 0.1497593, 0.3335675", \
					  "0.0275667, 0.0312512, 0.0387671, 0.0528808, 0.0785984, 0.1518039, 0.3342040", \
					  "0.0474137, 0.0530122, 0.0642949, 0.0836739, 0.1153241, 0.1734494, 0.3387647", \
					  "0.0853566, 0.0943116, 0.1100099, 0.1376043, 0.1838178, 0.2578723, 0.3917848", \
					  "0.1578547, 0.1727269, 0.1975562, 0.2435147, 0.3140634, 0.4142006, 0.5889390");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002074;
			capacitance : 0.002169;
			rise_capacitance : 0.002263;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026244, -0.0026233, -0.0026210, -0.0026203, -0.0026186, -0.0026148, -0.0026059");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026555, 0.0026478, 0.0026302, 0.0026303, 0.0026303, 0.0026305, 0.0026309");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002168;
			capacitance : 0.002311;
			rise_capacitance : 0.002453;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028188, -0.0028178, -0.0028154, -0.0028157, -0.0028164, -0.0028180, -0.0028218");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028213, 0.0028219, 0.0028232, 0.0028231, 0.0028229, 0.0028225, 0.0028214");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001881;
			capacitance : 0.001930;
			rise_capacitance : 0.001979;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011766, -0.0011791, -0.0011847, -0.0011768, -0.0011587, -0.0011170, -0.0010208");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026658, 0.0026667, 0.0026687, 0.0026694, 0.0026709, 0.0026744, 0.0026826");
				}
			}
		}
	}
	cell ("scs8hd_o21ai_2") {
		area : 8.758400;
		cell_footprint : "o21ai";
		cell_leakage_power : 1.409729e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0002261";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0073210";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0014415";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "2.9773940e-05";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0007602";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "2.8607813e-05";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0014408";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "2.9798426e-05";
			when : "A1&A2&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1)";
			max_capacitance : 0.118113;
			max_transition : 1.490789;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0133915, 0.0143019, 0.0165813, 0.0222168, 0.0360757, 0.0702345, 0.1550591", \
					  "0.0130876, 0.0140140, 0.0163189, 0.0220019, 0.0359100, 0.0702162, 0.1552220", \
					  "0.0128388, 0.0137704, 0.0160636, 0.0217534, 0.0357319, 0.0700943, 0.1551075", \
					  "0.0126781, 0.0136126, 0.0159052, 0.0215333, 0.0354925, 0.0698246, 0.1548076", \
					  "0.0125221, 0.0134336, 0.0157038, 0.0213486, 0.0352513, 0.0696497, 0.1548148", \
					  "0.0124669, 0.0133827, 0.0156795, 0.0212917, 0.0353001, 0.0695959, 0.1546264", \
					  "0.0121236, 0.0130312, 0.0152601, 0.0210046, 0.0352347, 0.0695960, 0.1547956");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0061674, 0.0052708, 0.0030467, -0.0024784, -0.0162896, -0.0507535, -0.1365669", \
					  "0.0060227, 0.0051301, 0.0029196, -0.0025943, -0.0164006, -0.0508555, -0.1366718", \
					  "0.0058322, 0.0049548, 0.0027648, -0.0027310, -0.0165145, -0.0509532, -0.1367809", \
					  "0.0055873, 0.0047127, 0.0025441, -0.0028915, -0.0166255, -0.0510424, -0.1368356", \
					  "0.0057175, 0.0048391, 0.0026430, -0.0028585, -0.0167453, -0.0510718, -0.1368196", \
					  "0.0055674, 0.0047118, 0.0024848, -0.0030279, -0.0168218, -0.0513534, -0.1369808", \
					  "0.0056762, 0.0047662, 0.0025400, -0.0030246, -0.0168301, -0.0512725, -0.1371285");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0106519, 0.0115593, 0.0138571, 0.0194895, 0.0333576, 0.0675833, 0.1522925", \
					  "0.0103077, 0.0112707, 0.0136178, 0.0192692, 0.0331850, 0.0674628, 0.1524582", \
					  "0.0100140, 0.0109581, 0.0132712, 0.0189299, 0.0329271, 0.0673119, 0.1521408", \
					  "0.0099152, 0.0108325, 0.0131165, 0.0188098, 0.0327297, 0.0669443, 0.1520941", \
					  "0.0098666, 0.0107729, 0.0130739, 0.0186914, 0.0325072, 0.0669344, 0.1517739", \
					  "0.0097616, 0.0106770, 0.0129190, 0.0185310, 0.0323262, 0.0666066, 0.1515995", \
					  "0.0098865, 0.0107806, 0.0129882, 0.0193606, 0.0325776, 0.0667676, 0.1512953");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0040375, 0.0031739, 0.0009728, -0.0045678, -0.0184347, -0.0529828, -0.1388894", \
					  "0.0038960, 0.0030605, 0.0009207, -0.0045635, -0.0183938, -0.0529091, -0.1388119", \
					  "0.0036432, 0.0028380, 0.0007442, -0.0046554, -0.0184126, -0.0528791, -0.1387529", \
					  "0.0034709, 0.0025408, 0.0004311, -0.0048791, -0.0185419, -0.0529269, -0.1387579", \
					  "0.0033534, 0.0024802, 0.0003481, -0.0050330, -0.0187744, -0.0530391, -0.1387875", \
					  "0.0031383, 0.0022913, 8.3100000e-05, -0.0053669, -0.0189690, -0.0533471, -0.1389529", \
					  "0.0032042, 0.0023055, 0.0001212, -0.0054680, -0.0192360, -0.0535275, -0.1392363");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0034578, 0.0045039, 0.0069582, 0.0127825, 0.0267448, 0.0612569, 0.1454496", \
					  "0.0031512, 0.0041778, 0.0066103, 0.0124526, 0.0263898, 0.0606563, 0.1464429", \
					  "0.0029744, 0.0039325, 0.0063279, 0.0121753, 0.0261682, 0.0604473, 0.1451607", \
					  "0.0030444, 0.0039239, 0.0061796, 0.0118214, 0.0257818, 0.0601075, 0.1461238", \
					  "0.0028164, 0.0037185, 0.0059739, 0.0115233, 0.0253831, 0.0599260, 0.1440765", \
					  "0.0026485, 0.0034915, 0.0057298, 0.0116820, 0.0254050, 0.0594497, 0.1456403", \
					  "0.0033224, 0.0041873, 0.0062956, 0.0117303, 0.0254666, 0.0599322, 0.1451201");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0014818, 0.0006723, -0.0014654, -0.0069471, -0.0207909, -0.0553175, -0.1412247", \
					  "0.0012423, 0.0004424, -0.0016473, -0.0070605, -0.0208298, -0.0553298, -0.1412163", \
					  "0.0009506, 0.0001270, -0.0019313, -0.0072455, -0.0209328, -0.0553593, -0.1412165", \
					  "0.0007046, -0.0001891, -0.0022810, -0.0075818, -0.0211763, -0.0554942, -0.1412672", \
					  "0.0008262, -4.6200000e-05, -0.0022275, -0.0076688, -0.0214736, -0.0557045, -0.1413843", \
					  "0.0007447, -0.0001742, -0.0024249, -0.0079634, -0.0217081, -0.0560594, -0.1416943", \
					  "0.0010391, 7.9000000e-05, -0.0020909, -0.0074112, -0.0216645, -0.0563558, -0.1421829");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0976518, 0.1050838, 0.1224711, 0.1646085, 0.2673050, 0.5208213, 1.1483297", \
					  "0.1029289, 0.1100984, 0.1276192, 0.1701084, 0.2731652, 0.5268532, 1.1548221", \
					  "0.1175953, 0.1246928, 0.1418744, 0.1844099, 0.2880237, 0.5422134, 1.1701876", \
					  "0.1514342, 0.1584435, 0.1760073, 0.2179617, 0.3216828, 0.5763050, 1.2047506", \
					  "0.2265137, 0.2341925, 0.2522097, 0.2941333, 0.3973081, 0.6515614, 1.2807128", \
					  "0.3710809, 0.3818582, 0.4058504, 0.4596273, 0.5727005, 0.8269937, 1.4561271", \
					  "0.6396070, 0.6572819, 0.6953728, 0.7745805, 0.9307443, 1.2273622, 1.8612482");
				}
				rise_transition ("del_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("0.0649866, 0.0741885, 0.0966272, 0.1528052, 0.2910258, 0.6338319, 1.4842474", \
					  "0.0650825, 0.0741557, 0.0965710, 0.1527986, 0.2908763, 0.6334612, 1.4847661", \
					  "0.0649177, 0.0740580, 0.0965394, 0.1527947, 0.2909986, 0.6333543, 1.4829965", \
					  "0.0648748, 0.0740538, 0.0967633, 0.1529749, 0.2911643, 0.6334550, 1.4854092", \
					  "0.0742206, 0.0823353, 0.1027977, 0.1550911, 0.2909626, 0.6341280, 1.4850592", \
					  "0.1068072, 0.1162023, 0.1379959, 0.1877239, 0.3087308, 0.6345772, 1.4851426", \
					  "0.1789627, 0.1905645, 0.2190134, 0.2774473, 0.4039336, 0.6865689, 1.4891733");
				}
				cell_fall ("del_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("0.0252232, 0.0271657, 0.0317080, 0.0423018, 0.0673487, 0.1280202, 0.2776052", \
					  "0.0298648, 0.0317765, 0.0363108, 0.0469235, 0.0719618, 0.1325825, 0.2824356", \
					  "0.0397091, 0.0418343, 0.0466359, 0.0572604, 0.0822917, 0.1429866, 0.2927404", \
					  "0.0544620, 0.0574638, 0.0640101, 0.0778204, 0.1053789, 0.1665800, 0.3167160", \
					  "0.0725778, 0.0771631, 0.0869807, 0.1077192, 0.1466380, 0.2185211, 0.3708694", \
					  "0.0863285, 0.0936824, 0.1096122, 0.1422841, 0.2028513, 0.3078328, 0.4897542", \
					  "0.0673994, 0.0795647, 0.1064326, 0.1605070, 0.2595643, 0.4254779, 0.6926096");
				}
				fall_transition ("del_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("0.0145870, 0.0166797, 0.0219295, 0.0348528, 0.0670721, 0.1479127, 0.3487367", \
					  "0.0144529, 0.0165759, 0.0218320, 0.0347779, 0.0670938, 0.1477756, 0.3483105", \
					  "0.0166587, 0.0184652, 0.0230917, 0.0352677, 0.0670876, 0.1477357, 0.3485880", \
					  "0.0244423, 0.0265248, 0.0315582, 0.0433346, 0.0711032, 0.1478564, 0.3485112", \
					  "0.0399509, 0.0427731, 0.0495492, 0.0640466, 0.0940701, 0.1613118, 0.3497898", \
					  "0.0686992, 0.0731853, 0.0831868, 0.1039311, 0.1441972, 0.2202560, 0.3844544", \
					  "0.1260252, 0.1331183, 0.1483990, 0.1807955, 0.2390945, 0.3376766, 0.5239700");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0793433, 0.0862690, 0.1035485, 0.1457705, 0.2485339, 0.5017805, 1.1295754", \
					  "0.0828256, 0.0901607, 0.1079607, 0.1499772, 0.2534072, 0.5070065, 1.1345330", \
					  "0.0953397, 0.1026175, 0.1197973, 0.1617159, 0.2653524, 0.5195822, 1.1483361", \
					  "0.1287022, 0.1357100, 0.1529461, 0.1947820, 0.2972675, 0.5511206, 1.1793243", \
					  "0.2028263, 0.2106990, 0.2299974, 0.2717554, 0.3734569, 0.6272431, 1.2563179", \
					  "0.3435947, 0.3562821, 0.3846956, 0.4442877, 0.5574450, 0.8078250, 1.4352588", \
					  "0.5894886, 0.6094518, 0.6549720, 0.7510618, 0.9258561, 1.2287242, 1.8478512");
				}
				rise_transition ("del_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("0.0649409, 0.0740469, 0.0965408, 0.1528442, 0.2914491, 0.6341087, 1.4866023", \
					  "0.0646986, 0.0740185, 0.0968249, 0.1525231, 0.2910354, 0.6330429, 1.4833133", \
					  "0.0646942, 0.0740292, 0.0969351, 0.1528015, 0.2910374, 0.6337711, 1.4847860", \
					  "0.0653838, 0.0741049, 0.0963680, 0.1526935, 0.2916020, 0.6353594, 1.4851290", \
					  "0.0873665, 0.0941061, 0.1127476, 0.1604828, 0.2909180, 0.6339200, 1.4885068", \
					  "0.1381596, 0.1489101, 0.1716318, 0.2181725, 0.3225482, 0.6362755, 1.4846990", \
					  "0.2361926, 0.2519131, 0.2875111, 0.3556518, 0.4780812, 0.7267916, 1.4907894");
				}
				cell_fall ("del_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("0.0216748, 0.0235067, 0.0277996, 0.0382772, 0.0639897, 0.1277991, 0.2880101", \
					  "0.0261594, 0.0280026, 0.0324272, 0.0429503, 0.0687765, 0.1327782, 0.2929875", \
					  "0.0339475, 0.0363258, 0.0415339, 0.0526356, 0.0786688, 0.1424011, 0.3007952", \
					  "0.0440917, 0.0475273, 0.0551406, 0.0704972, 0.0999098, 0.1646738, 0.3222860", \
					  "0.0532750, 0.0587252, 0.0706668, 0.0942110, 0.1365074, 0.2131071, 0.3727279", \
					  "0.0504952, 0.0600651, 0.0795214, 0.1174782, 0.1839261, 0.2946432, 0.4851858", \
					  "-0.0013622, 0.0147799, 0.0512750, 0.1148050, 0.2247298, 0.3991570, 0.6751270");
				}
				fall_transition ("del_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("0.0102644, 0.0125314, 0.0181237, 0.0321629, 0.0670328, 0.1538512, 0.3682085", \
					  "0.0104346, 0.0126078, 0.0181529, 0.0322328, 0.0668266, 0.1555151, 0.3683139", \
					  "0.0134715, 0.0154793, 0.0202310, 0.0330475, 0.0670231, 0.1531759, 0.3675423", \
					  "0.0213249, 0.0236031, 0.0290653, 0.0419583, 0.0713719, 0.1536518, 0.3683494", \
					  "0.0372371, 0.0404302, 0.0476376, 0.0628905, 0.0938262, 0.1668924, 0.3708731", \
					  "0.0683042, 0.0727879, 0.0832551, 0.1040945, 0.1451185, 0.2230441, 0.4017060", \
					  "0.1320829, 0.1389302, 0.1539142, 0.1839951, 0.2396187, 0.3412666, 0.5322981");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0251542, 0.0288774, 0.0374803, 0.0581993, 0.1075862, 0.2284581, 0.5269565", \
					  "0.0310001, 0.0346311, 0.0430975, 0.0636361, 0.1126826, 0.2337933, 0.5362142", \
					  "0.0465204, 0.0498537, 0.0580908, 0.0785079, 0.1273764, 0.2482069, 0.5472111", \
					  "0.0759040, 0.0814849, 0.0926657, 0.1135051, 0.1628260, 0.2811786, 0.5846121", \
					  "0.1277447, 0.1369053, 0.1556268, 0.1897122, 0.2461648, 0.3670833, 0.6608289", \
					  "0.2196951, 0.2347524, 0.2665342, 0.3243953, 0.4169829, 0.5599832, 0.8574244", \
					  "0.3888818, 0.4143523, 0.4666650, 0.5620652, 0.7145817, 0.9512441, 1.3025815");
				}
				rise_transition ("del_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("0.0179772, 0.0225948, 0.0334940, 0.0611044, 0.1293823, 0.3002366, 0.7245539", \
					  "0.0179732, 0.0225106, 0.0335782, 0.0614381, 0.1296761, 0.2997261, 0.7309642", \
					  "0.0204689, 0.0239568, 0.0340269, 0.0617398, 0.1303257, 0.2998783, 0.7240928", \
					  "0.0341789, 0.0374464, 0.0444145, 0.0659318, 0.1306277, 0.3044194, 0.7234912", \
					  "0.0599323, 0.0648458, 0.0751979, 0.0954720, 0.1439053, 0.3020888, 0.7263506", \
					  "0.1082750, 0.1153193, 0.1323760, 0.1635805, 0.2166065, 0.3343630, 0.7291249", \
					  "0.1950515, 0.2104095, 0.2372871, 0.2864896, 0.3729093, 0.5041464, 0.8018202");
				}
				cell_fall ("del_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("0.0136056, 0.0151058, 0.0186717, 0.0272199, 0.0480535, 0.1001576, 0.2269770", \
					  "0.0177512, 0.0194467, 0.0230661, 0.0316541, 0.0525528, 0.1041427, 0.2307478", \
					  "0.0232776, 0.0258653, 0.0316382, 0.0422192, 0.0631779, 0.1143711, 0.2418285", \
					  "0.0289341, 0.0333440, 0.0420115, 0.0582999, 0.0872926, 0.1395036, 0.2675139", \
					  "0.0309918, 0.0376627, 0.0513577, 0.0772945, 0.1219594, 0.1952298, 0.3246282", \
					  "0.0156399, 0.0270344, 0.0492089, 0.0909094, 0.1605209, 0.2745441, 0.4542113", \
					  "-0.0559886, -0.0370770, -0.0000385, 0.0711384, 0.1866171, 0.3646587, 0.6422808");
				}
				fall_transition ("del_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("0.0078068, 0.0096439, 0.0142162, 0.0257009, 0.0536289, 0.1238007, 0.2961988", \
					  "0.0094037, 0.0108354, 0.0147446, 0.0254856, 0.0535753, 0.1237010, 0.2953554", \
					  "0.0147946, 0.0167497, 0.0207622, 0.0293205, 0.0544302, 0.1228051, 0.2959559", \
					  "0.0244845, 0.0270313, 0.0328285, 0.0444579, 0.0656293, 0.1257486, 0.2968529", \
					  "0.0426780, 0.0467623, 0.0556881, 0.0720327, 0.1008644, 0.1548833, 0.3024105", \
					  "0.0780463, 0.0850400, 0.0977473, 0.1222790, 0.1624196, 0.2368385, 0.3671865", \
					  "0.1443343, 0.1551987, 0.1796255, 0.2161520, 0.2771459, 0.3824524, 0.5609031");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004264;
			capacitance : 0.004494;
			rise_capacitance : 0.004724;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054032, -0.0054047, -0.0054082, -0.0054098, -0.0054136, -0.0054221, -0.0054419");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054328, 0.0054287, 0.0054194, 0.0054168, 0.0054107, 0.0053968, 0.0053646");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003865;
			capacitance : 0.004124;
			rise_capacitance : 0.004383;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049619, -0.0049618, -0.0049618, -0.0049622, -0.0049632, -0.0049655, -0.0049708");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049556, 0.0049596, 0.0049688, 0.0049689, 0.0049689, 0.0049689, 0.0049691");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003947;
			capacitance : 0.004111;
			rise_capacitance : 0.004274;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028806, -0.0028920, -0.0029181, -0.0029021, -0.0028650, -0.0027797, -0.0025830");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061273, 0.0061276, 0.0061281, 0.0061314, 0.0061389, 0.0061562, 0.0061960");
				}
			}
		}
	}
	cell ("scs8hd_o21ai_4") {
		area : 16.265600;
		cell_footprint : "o21ai";
		cell_leakage_power : 2.505798e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "7.2562880e-05";
			when : "!A1&!A2&B1";
		}
		leakage_power () {
			value : "0.0122194";
			when : "!A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0028773";
			when : "!A1&A2&B1";
		}
		leakage_power () {
			value : "6.9716212e-05";
			when : "!A1&A2&!B1";
		}
		leakage_power () {
			value : "0.0017948";
			when : "A1&!A2&B1";
		}
		leakage_power () {
			value : "6.6767799e-05";
			when : "A1&!A2&!B1";
		}
		leakage_power () {
			value : "0.0028768";
			when : "A1&A2&B1";
		}
		leakage_power () {
			value : "6.9111017e-05";
			when : "A1&A2&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (!B1)";
			max_capacitance : 0.190440;
			max_transition : 1.494634;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0203611, 0.0214193, 0.0242503, 0.0318123, 0.0518878, 0.1055460, 0.2491893", \
					  "0.0197320, 0.0208125, 0.0237077, 0.0313480, 0.0516079, 0.1053140, 0.2494004", \
					  "0.0191010, 0.0201734, 0.0231868, 0.0308111, 0.0511222, 0.1050934, 0.2492646", \
					  "0.0187938, 0.0198245, 0.0227265, 0.0303707, 0.0506743, 0.1046384, 0.2488131", \
					  "0.0184610, 0.0194974, 0.0223351, 0.0298787, 0.0501444, 0.1040069, 0.2483775", \
					  "0.0186912, 0.0197858, 0.0225228, 0.0300130, 0.0502127, 0.1039933, 0.2481002", \
					  "0.0193302, 0.0203762, 0.0227357, 0.0304229, 0.0503330, 0.1037367, 0.2479533");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0088398, 0.0078560, 0.0051553, -0.0022270, -0.0222633, -0.0763231, -0.2219814", \
					  "0.0085905, 0.0076451, 0.0050269, -0.0022390, -0.0221882, -0.0762179, -0.2218255", \
					  "0.0081027, 0.0071941, 0.0046487, -0.0024564, -0.0222368, -0.0761587, -0.2217160", \
					  "0.0074828, 0.0065488, 0.0040218, -0.0029695, -0.0225302, -0.0762364, -0.2217158", \
					  "0.0074104, 0.0064491, 0.0038351, -0.0032492, -0.0230360, -0.0764987, -0.2217256", \
					  "0.0070407, 0.0060392, 0.0033713, -0.0038799, -0.0234891, -0.0771545, -0.2221242", \
					  "0.0071053, 0.0060903, 0.0033333, -0.0040541, -0.0239371, -0.0774897, -0.2226837");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0067920, 0.0080514, 0.0112887, 0.0195021, 0.0401680, 0.0932716, 0.2376792", \
					  "0.0061122, 0.0072910, 0.0104886, 0.0185444, 0.0391766, 0.0935003, 0.2366892", \
					  "0.0057189, 0.0068171, 0.0097496, 0.0174812, 0.0382613, 0.0925220, 0.2377145", \
					  "0.0054746, 0.0064967, 0.0093697, 0.0170399, 0.0376313, 0.0918336, 0.2353288", \
					  "0.0052942, 0.0063624, 0.0091932, 0.0166553, 0.0367651, 0.0908554, 0.2347416", \
					  "0.0056142, 0.0066728, 0.0092880, 0.0168811, 0.0372188, 0.0903422, 0.2359864", \
					  "0.0059695, 0.0069341, 0.0095902, 0.0168445, 0.0379746, 0.0909360, 0.2346158");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0048952, 0.0039852, 0.0014078, -0.0058106, -0.0257452, -0.0797839, -0.2254077", \
					  "0.0043321, 0.0034094, 0.0009195, -0.0061494, -0.0258890, -0.0798220, -0.2254310", \
					  "0.0037221, 0.0028332, 0.0003281, -0.0066303, -0.0261814, -0.0799355, -0.2254597", \
					  "0.0031213, 0.0021943, -0.0003321, -0.0073845, -0.0267038, -0.0802598, -0.2255827", \
					  "0.0034130, 0.0024031, -0.0003049, -0.0074576, -0.0273943, -0.0806722, -0.2257873", \
					  "0.0031053, 0.0020719, -0.0005541, -0.0076490, -0.0279513, -0.0816916, -0.2265681", \
					  "0.0035838, 0.0025056, -8.3100000e-05, -0.0080634, -0.0278893, -0.0821116, -0.2274351");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0256974, 0.0267376, 0.0295946, 0.0371422, 0.0571919, 0.1108344, 0.2548556", \
					  "0.0252351, 0.0262678, 0.0291131, 0.0367191, 0.0569558, 0.1106199, 0.2547324", \
					  "0.0247700, 0.0257982, 0.0286699, 0.0362948, 0.0565645, 0.1105617, 0.2544645", \
					  "0.0244027, 0.0254513, 0.0283209, 0.0358678, 0.0561354, 0.1100278, 0.2543628", \
					  "0.0241177, 0.0251347, 0.0279159, 0.0354695, 0.0556019, 0.1095125, 0.2539813", \
					  "0.0240368, 0.0250860, 0.0278949, 0.0354269, 0.0555803, 0.1092642, 0.2534140", \
					  "0.0231717, 0.0241870, 0.0269448, 0.0349713, 0.0555291, 0.1096244, 0.2538327");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0129065, 0.0118860, 0.0091433, 0.0017621, -0.0181778, -0.0720670, -0.2175571", \
					  "0.0126318, 0.0116068, 0.0088847, 0.0015273, -0.0184002, -0.0723142, -0.2177794", \
					  "0.0122885, 0.0112873, 0.0085617, 0.0012361, -0.0186683, -0.0725476, -0.2179887", \
					  "0.0117857, 0.0108074, 0.0081246, 0.0008803, -0.0189049, -0.0727348, -0.2181437", \
					  "0.0119561, 0.0109534, 0.0082390, 0.0009188, -0.0191171, -0.0728203, -0.2181509", \
					  "0.0116760, 0.0106651, 0.0079692, 0.0006004, -0.0192891, -0.0733327, -0.2184924", \
					  "0.0117830, 0.0107616, 0.0080284, 0.0006103, -0.0193884, -0.0732267, -0.2188179");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
					values("0.1135285, 0.1182257, 0.1310585, 0.1665137, 0.2581243, 0.5028129, 1.1592123", \
					  "0.1181255, 0.1231317, 0.1363486, 0.1714107, 0.2637212, 0.5089967, 1.1655901", \
					  "0.1326479, 0.1375211, 0.1505586, 0.1862643, 0.2789939, 0.5245182, 1.1814386", \
					  "0.1667089, 0.1716614, 0.1848995, 0.2195400, 0.3120368, 0.5581776, 1.2154278", \
					  "0.2420808, 0.2472033, 0.2601628, 0.2948299, 0.3870298, 0.6328328, 1.2906968", \
					  "0.3906642, 0.3972023, 0.4139663, 0.4578295, 0.5591071, 0.8048756, 1.4628845", \
					  "0.6718303, 0.6826539, 0.7090485, 0.7726230, 0.9091337, 1.1994228, 1.8610261");
				}
				rise_transition ("del_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("0.0759608, 0.0825646, 0.0998459, 0.1463186, 0.2698549, 0.6007009, 1.4880599", \
					  "0.0765283, 0.0828318, 0.1000208, 0.1462096, 0.2701313, 0.6008179, 1.4891907", \
					  "0.0762942, 0.0825965, 0.0998669, 0.1463052, 0.2698698, 0.6009003, 1.4920927", \
					  "0.0761784, 0.0826252, 0.1000295, 0.1462237, 0.2701052, 0.6006718, 1.4889932", \
					  "0.0831271, 0.0890481, 0.1052605, 0.1486726, 0.2699402, 0.6008396, 1.4917686", \
					  "0.1129934, 0.1196065, 0.1364559, 0.1793203, 0.2877432, 0.6028745, 1.4907158", \
					  "0.1824607, 0.1894954, 0.2107310, 0.2605772, 0.3743981, 0.6571918, 1.4931609");
				}
				cell_fall ("del_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("0.0265050, 0.0278096, 0.0311969, 0.0398130, 0.0614867, 0.1177624, 0.2672177", \
					  "0.0309037, 0.0321921, 0.0355986, 0.0441822, 0.0658585, 0.1220864, 0.2715518", \
					  "0.0398104, 0.0412448, 0.0447918, 0.0534256, 0.0750950, 0.1313188, 0.2807613", \
					  "0.0535741, 0.0554362, 0.0601158, 0.0710056, 0.0953355, 0.1523471, 0.3023805", \
					  "0.0702806, 0.0730082, 0.0799636, 0.0960177, 0.1295770, 0.1972787, 0.3500840", \
					  "0.0804804, 0.0848317, 0.0959014, 0.1213406, 0.1734575, 0.2715698, 0.4545106", \
					  "0.0529866, 0.0603984, 0.0788134, 0.1216652, 0.2072066, 0.3625766, 0.6282852");
				}
				fall_transition ("del_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("0.0178173, 0.0192178, 0.0229592, 0.0331071, 0.0605771, 0.1356218, 0.3385624", \
					  "0.0176106, 0.0190019, 0.0227801, 0.0330149, 0.0606355, 0.1356029, 0.3387870", \
					  "0.0194691, 0.0207033, 0.0240699, 0.0336049, 0.0604965, 0.1356842, 0.3381496", \
					  "0.0264908, 0.0278294, 0.0313543, 0.0407025, 0.0649190, 0.1362092, 0.3391769", \
					  "0.0416776, 0.0434454, 0.0478708, 0.0590877, 0.0858260, 0.1501684, 0.3406641", \
					  "0.0705916, 0.0732410, 0.0803004, 0.0963398, 0.1304674, 0.2028481, 0.3734761", \
					  "0.1279944, 0.1319145, 0.1427519, 0.1675461, 0.2162310, 0.3120098, 0.5001651");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
					values("0.0932331, 0.0980838, 0.1111079, 0.1463724, 0.2380822, 0.4828760, 1.1397742", \
					  "0.0963728, 0.1011961, 0.1146542, 0.1499003, 0.2424413, 0.4877648, 1.1440542", \
					  "0.1081162, 0.1129071, 0.1271065, 0.1619228, 0.2546403, 0.5005175, 1.1573793", \
					  "0.1410593, 0.1458924, 0.1593524, 0.1940372, 0.2858137, 0.5315102, 1.1892641", \
					  "0.2192271, 0.2239698, 0.2380655, 0.2721028, 0.3605351, 0.6090894, 1.2671079", \
					  "0.3661549, 0.3752564, 0.3958246, 0.4448944, 0.5476956, 0.7903829, 1.4454705", \
					  "0.6329382, 0.6460673, 0.6741117, 0.7550969, 0.9157576, 1.2142045, 1.8664084");
				}
				rise_transition ("del_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("0.0760932, 0.0826193, 0.0999168, 0.1463703, 0.2698378, 0.6002419, 1.4913508", \
					  "0.0761046, 0.0826303, 0.1000296, 0.1462227, 0.2698366, 0.6004098, 1.4875728", \
					  "0.0760020, 0.0825830, 0.0999690, 0.1462104, 0.2698472, 0.6002948, 1.4873418", \
					  "0.0759668, 0.0821647, 0.0999351, 0.1461400, 0.2699496, 0.6004199, 1.4946344", \
					  "0.0928199, 0.0982731, 0.1125775, 0.1527639, 0.2700835, 0.6010893, 1.4922555", \
					  "0.1461955, 0.1546082, 0.1713294, 0.2110725, 0.3048123, 0.6048421, 1.4942519", \
					  "0.2491490, 0.2605766, 0.2895392, 0.3385841, 0.4544045, 0.6932385, 1.4939271");
				}
				cell_fall ("del_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("0.0230594, 0.0242923, 0.0274308, 0.0357136, 0.0575790, 0.1161687, 0.2728817", \
					  "0.0273159, 0.0285834, 0.0318081, 0.0401859, 0.0620319, 0.1205771, 0.2774980", \
					  "0.0346026, 0.0361974, 0.0400083, 0.0490214, 0.0711872, 0.1295534, 0.2885006", \
					  "0.0440761, 0.0462874, 0.0517150, 0.0641453, 0.0901388, 0.1498866, 0.3073618", \
					  "0.0520697, 0.0554191, 0.0639127, 0.0827863, 0.1203692, 0.1931513, 0.3531001", \
					  "0.0455573, 0.0510441, 0.0651120, 0.0958199, 0.1557530, 0.2612785, 0.4528793", \
					  "-0.0158131, -0.0055294, 0.0194667, 0.0723692, 0.1719682, 0.3405491, 0.6186079");
				}
				fall_transition ("del_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("0.0121597, 0.0136836, 0.0176918, 0.0288041, 0.0586936, 0.1393312, 0.3556735", \
					  "0.0122746, 0.0137486, 0.0177805, 0.0288507, 0.0586221, 0.1387809, 0.3557671", \
					  "0.0150445, 0.0164435, 0.0199930, 0.0299566, 0.0588271, 0.1387994, 0.3560459", \
					  "0.0226040, 0.0240872, 0.0278943, 0.0380937, 0.0641000, 0.1403721, 0.3550379", \
					  "0.0388150, 0.0407723, 0.0458127, 0.0577588, 0.0852972, 0.1547264, 0.3574795", \
					  "0.0709095, 0.0736273, 0.0806901, 0.0972551, 0.1322883, 0.2072060, 0.3878322", \
					  "0.1357445, 0.1399083, 0.1499976, 0.1737325, 0.2238841, 0.3184306, 0.5111775");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
					values("0.0280285, 0.0306014, 0.0372579, 0.0541204, 0.0967300, 0.2069890, 0.5063112", \
					  "0.0336776, 0.0361104, 0.0427193, 0.0590727, 0.1018338, 0.2132537, 0.5108345", \
					  "0.0490398, 0.0512666, 0.0572439, 0.0731190, 0.1155505, 0.2265336, 0.5254599", \
					  "0.0805210, 0.0837966, 0.0921322, 0.1093799, 0.1512172, 0.2606028, 0.5568814", \
					  "0.1355218, 0.1413891, 0.1549993, 0.1832915, 0.2350811, 0.3458613, 0.6420536", \
					  "0.2342716, 0.2438276, 0.2674738, 0.3153340, 0.4007596, 0.5394710, 0.8342083", \
					  "0.4194010, 0.4343506, 0.4728886, 0.5513847, 0.6919781, 0.9209644, 1.2833626");
				}
				rise_transition ("del_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("0.0201415, 0.0232092, 0.0311967, 0.0533241, 0.1118749, 0.2661590, 0.6832459", \
					  "0.0201431, 0.0231490, 0.0313531, 0.0528159, 0.1100055, 0.2663912, 0.6851490", \
					  "0.0217966, 0.0242495, 0.0314418, 0.0525991, 0.1110973, 0.2660458, 0.6857593", \
					  "0.0351023, 0.0373016, 0.0419199, 0.0577492, 0.1106924, 0.2689721, 0.6850454", \
					  "0.0607179, 0.0641023, 0.0715459, 0.0881657, 0.1273268, 0.2687407, 0.6895677", \
					  "0.1119311, 0.1164094, 0.1271891, 0.1525422, 0.2019785, 0.3070151, 0.6916523", \
					  "0.1988171, 0.2081201, 0.2275198, 0.2705186, 0.3464600, 0.4792414, 0.7672883");
				}
				cell_fall ("del_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("0.0147148, 0.0157432, 0.0183690, 0.0251372, 0.0426466, 0.0891367, 0.2143523", \
					  "0.0189020, 0.0199458, 0.0225594, 0.0293305, 0.0469710, 0.0936162, 0.2196116", \
					  "0.0246751, 0.0263858, 0.0304655, 0.0394639, 0.0575662, 0.1042931, 0.2301240", \
					  "0.0303995, 0.0330685, 0.0393893, 0.0533782, 0.0799695, 0.1287492, 0.2549895", \
					  "0.0312377, 0.0355275, 0.0457117, 0.0673860, 0.1088471, 0.1800858, 0.3108239", \
					  "0.0128947, 0.0200233, 0.0361597, 0.0710831, 0.1366818, 0.2496892, 0.4313386", \
					  "-0.0673299, -0.0553252, -0.0279185, 0.0330476, 0.1399507, 0.3172370, 0.6073675");
				}
				fall_transition ("del_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("0.0091247, 0.0103326, 0.0135812, 0.0224253, 0.0462918, 0.1099567, 0.2808420", \
					  "0.0103020, 0.0112970, 0.0141330, 0.0224213, 0.0462182, 0.1100551, 0.2829650", \
					  "0.0156232, 0.0169551, 0.0200693, 0.0269590, 0.0474374, 0.1097396, 0.2828177", \
					  "0.0254544, 0.0271547, 0.0315006, 0.0408698, 0.0608065, 0.1138707, 0.2859296", \
					  "0.0443293, 0.0469766, 0.0533026, 0.0668363, 0.0942346, 0.1458818, 0.2886535", \
					  "0.0796952, 0.0838477, 0.0943465, 0.1151991, 0.1521817, 0.2242493, 0.3633733", \
					  "0.1471932, 0.1541549, 0.1724353, 0.2025641, 0.2614320, 0.3639719, 0.5483353");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008027;
			capacitance : 0.008477;
			rise_capacitance : 0.008928;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104990, -0.0104893, -0.0104670, -0.0104660, -0.0104638, -0.0104587, -0.0104470");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0105283, 0.0105223, 0.0105083, 0.0105083, 0.0105085, 0.0105089, 0.0105098");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007386;
			capacitance : 0.007899;
			rise_capacitance : 0.008412;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0098572, -0.0098515, -0.0098384, -0.0098386, -0.0098392, -0.0098403, -0.0098431");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0098892, 0.0098815, 0.0098636, 0.0098647, 0.0098672, 0.0098731, 0.0098866");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007803;
			capacitance : 0.008153;
			rise_capacitance : 0.008504;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0065906, -0.0066062, -0.0066422, -0.0066137, -0.0065482, -0.0063969, -0.0060482");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0124084, 0.0124081, 0.0124074, 0.0124109, 0.0124191, 0.0124380, 0.0124815");
				}
			}
		}
	}
	cell ("scs8hd_o21ba_1") {
		area : 10.009600;
		cell_footprint : "o21ba";
		cell_leakage_power : 1.708459e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004338";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0003860";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0007711";
			when : "A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0101102";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004227";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0003860";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0007720";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0003860";
			when : "A1&!A2&B1N";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&!B1N) | (A2&!B1N)";
			max_capacitance : 0.139170;
			max_transition : 1.511535;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0108670, 0.0119324, 0.0145129, 0.0208484, 0.0367600, 0.0766711, 0.1786199", \
					  "0.0108119, 0.0118690, 0.0144522, 0.0207829, 0.0367150, 0.0766829, 0.1787567", \
					  "0.0107358, 0.0117945, 0.0143709, 0.0206890, 0.0364470, 0.0765672, 0.1786135", \
					  "0.0106204, 0.0116772, 0.0142508, 0.0205357, 0.0364964, 0.0764856, 0.1786233", \
					  "0.0105973, 0.0115651, 0.0141163, 0.0203474, 0.0363377, 0.0762817, 0.1784889", \
					  "0.0106461, 0.0116609, 0.0141165, 0.0202667, 0.0360495, 0.0757998, 0.1780472", \
					  "0.0107065, 0.0116215, 0.0141079, 0.0203030, 0.0361861, 0.0763108, 0.1777642");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0081455, 0.0074434, 0.0055961, 0.0001409, -0.0151983, -0.0553586, -0.1583352", \
					  "0.0080566, 0.0073747, 0.0054947, 4.4600000e-05, -0.0152903, -0.0554492, -0.1584160", \
					  "0.0079453, 0.0072654, 0.0053935, -6.2400000e-05, -0.0153999, -0.0555482, -0.1585352", \
					  "0.0078510, 0.0071578, 0.0052939, -0.0001605, -0.0154982, -0.0556512, -0.1586802", \
					  "0.0077855, 0.0070777, 0.0052148, -0.0002847, -0.0155975, -0.0557248, -0.1586968", \
					  "0.0077404, 0.0068123, 0.0048452, -0.0004527, -0.0157331, -0.0558195, -0.1587721", \
					  "0.0087816, 0.0078616, 0.0055167, -0.0005043, -0.0161009, -0.0559951, -0.1588374");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0100942, 0.0111600, 0.0137465, 0.0200254, 0.0357684, 0.0758096, 0.1779709", \
					  "0.0100563, 0.0111260, 0.0137117, 0.0200135, 0.0358068, 0.0760698, 0.1778167", \
					  "0.0099447, 0.0109997, 0.0135763, 0.0198916, 0.0357715, 0.0756807, 0.1770094", \
					  "0.0097239, 0.0107682, 0.0133251, 0.0196282, 0.0353860, 0.0759373, 0.1767624", \
					  "0.0096556, 0.0106259, 0.0131003, 0.0193441, 0.0353047, 0.0752870, 0.1770726", \
					  "0.0095901, 0.0105811, 0.0130788, 0.0192980, 0.0350365, 0.0748746, 0.1772212", \
					  "0.0095488, 0.0104538, 0.0129878, 0.0192092, 0.0350525, 0.0753178, 0.1764886");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0069460, 0.0062117, 0.0043767, -0.0011001, -0.0164387, -0.0566039, -0.1595374", \
					  "0.0067833, 0.0060668, 0.0042173, -0.0012424, -0.0165944, -0.0567517, -0.1597204", \
					  "0.0066129, 0.0058981, 0.0040414, -0.0014127, -0.0167523, -0.0569161, -0.1598837", \
					  "0.0064853, 0.0057764, 0.0039330, -0.0015584, -0.0168949, -0.0570383, -0.1599982", \
					  "0.0064818, 0.0057325, 0.0038332, -0.0016951, -0.0170364, -0.0571586, -0.1601238", \
					  "0.0063022, 0.0053756, 0.0033192, -0.0018741, -0.0171559, -0.0572317, -0.1601279", \
					  "0.0076142, 0.0066904, 0.0043136, -0.0017688, -0.0173226, -0.0571955, -0.1600196");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0087999, 0.0098540, 0.0124227, 0.0186996, 0.0346049, 0.0746445, 0.1757459", \
					  "0.0087589, 0.0098172, 0.0123836, 0.0186564, 0.0345776, 0.0745272, 0.1767747", \
					  "0.0087976, 0.0098519, 0.0124111, 0.0186993, 0.0344844, 0.0744617, 0.1766998", \
					  "0.0086448, 0.0097017, 0.0122631, 0.0185916, 0.0343582, 0.0743848, 0.1766163", \
					  "0.0084689, 0.0095247, 0.0120828, 0.0183689, 0.0342686, 0.0739257, 0.1764888", \
					  "0.0080500, 0.0090968, 0.0117622, 0.0180823, 0.0339539, 0.0735722, 0.1754253", \
					  "0.0081542, 0.0091501, 0.0116384, 0.0179164, 0.0336189, 0.0734292, 0.1759079");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001277613, 0.00326459, 0.008341766, 0.0213151, 0.0544649, 0.1391701");
					values("0.0063204, 0.0055794, 0.0035601, -0.0022281, -0.0178457, -0.0581309, -0.1611978", \
					  "0.0063216, 0.0055314, 0.0035254, -0.0022621, -0.0178748, -0.0581680, -0.1612692", \
					  "0.0062097, 0.0054392, 0.0034390, -0.0023673, -0.0179808, -0.0582520, -0.1613072", \
					  "0.0059474, 0.0051700, 0.0031432, -0.0026409, -0.0182505, -0.0585231, -0.1615491", \
					  "0.0058868, 0.0049991, 0.0029329, -0.0028816, -0.0184880, -0.0587523, -0.1617593", \
					  "0.0062319, 0.0053800, 0.0031162, -0.0029092, -0.0185777, -0.0589111, -0.1619172", \
					  "0.0062647, 0.0052903, 0.0030448, -0.0029862, -0.0185791, -0.0588272, -0.1618380");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0786907, 0.0859808, 0.1028694, 0.1431749, 0.2423216, 0.4939517, 1.1360868", \
					  "0.0832788, 0.0905851, 0.1074522, 0.1476698, 0.2471518, 0.4983404, 1.1378699", \
					  "0.0928408, 0.1000954, 0.1169972, 0.1572487, 0.2567361, 0.5076639, 1.1478062", \
					  "0.1127022, 0.1200028, 0.1368291, 0.1768657, 0.2763565, 0.5277080, 1.1667969", \
					  "0.1468030, 0.1543850, 0.1715044, 0.2117907, 0.3114118, 0.5627929, 1.2031344", \
					  "0.1928307, 0.2014927, 0.2196320, 0.2601557, 0.3598995, 0.6111194, 1.2541288", \
					  "0.2343963, 0.2456638, 0.2679657, 0.3108711, 0.4101795, 0.6620750, 1.3013338");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0231614, 0.0310895, 0.0515317, 0.1045647, 0.2421713, 0.5970716, 1.5002429", \
					  "0.0231325, 0.0310317, 0.0515138, 0.1045465, 0.2419135, 0.5966928, 1.5051340", \
					  "0.0231143, 0.0310288, 0.0515278, 0.1047317, 0.2422123, 0.5966994, 1.5004430", \
					  "0.0234155, 0.0313087, 0.0516697, 0.1047478, 0.2418638, 0.5956468, 1.5058819", \
					  "0.0252263, 0.0329115, 0.0527255, 0.1049249, 0.2423098, 0.5961449, 1.4981540", \
					  "0.0310665, 0.0380313, 0.0562729, 0.1066176, 0.2426740, 0.5944132, 1.4966572", \
					  "0.0430394, 0.0503427, 0.0678499, 0.1125417, 0.2446153, 0.5968662, 1.4920977");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1549463, 0.1610480, 0.1732228, 0.1964265, 0.2417341, 0.3420507, 0.5904440", \
					  "0.1607946, 0.1668974, 0.1790869, 0.2018760, 0.2476424, 0.3478716, 0.5958988", \
					  "0.1750813, 0.1811831, 0.1931242, 0.2163405, 0.2619922, 0.3623318, 0.6109770", \
					  "0.2076266, 0.2137147, 0.2258820, 0.2488623, 0.2943274, 0.3948425, 0.6435731", \
					  "0.2811597, 0.2872820, 0.2993723, 0.3225633, 0.3682192, 0.4685595, 0.7173389", \
					  "0.4331182, 0.4398902, 0.4531588, 0.4778924, 0.5252735, 0.6264718, 0.8752860", \
					  "0.7145999, 0.7230280, 0.7391748, 0.7679257, 0.8204384, 0.9255791, 1.1745621");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0238967, 0.0277068, 0.0366188, 0.0562120, 0.1029956, 0.2264442, 0.5531261", \
					  "0.0238565, 0.0279353, 0.0363030, 0.0563082, 0.1031405, 0.2261664, 0.5533743", \
					  "0.0238631, 0.0279586, 0.0367587, 0.0563324, 0.1028632, 0.2258811, 0.5561723", \
					  "0.0242405, 0.0280122, 0.0362908, 0.0563494, 0.1030951, 0.2257022, 0.5534192", \
					  "0.0240889, 0.0278381, 0.0367187, 0.0562892, 0.1027127, 0.2258222, 0.5570047", \
					  "0.0286506, 0.0325452, 0.0412193, 0.0602183, 0.1060565, 0.2278113, 0.5532617", \
					  "0.0386813, 0.0428377, 0.0526215, 0.0714772, 0.1176654, 0.2334288, 0.5559733");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0696563, 0.0768179, 0.0934962, 0.1335618, 0.2323646, 0.4828382, 1.1243830", \
					  "0.0744585, 0.0815867, 0.0982967, 0.1383750, 0.2373948, 0.4885174, 1.1288269", \
					  "0.0838247, 0.0909353, 0.1075206, 0.1476870, 0.2465718, 0.4972872, 1.1395497", \
					  "0.1021422, 0.1092902, 0.1259049, 0.1660350, 0.2650957, 0.5164257, 1.1556467", \
					  "0.1304268, 0.1379043, 0.1549076, 0.1952136, 0.2944439, 0.5456763, 1.1860110", \
					  "0.1655760, 0.1743320, 0.1926167, 0.2330648, 0.3322470, 0.5835517, 1.2239718", \
					  "0.1822588, 0.1942877, 0.2174822, 0.2610895, 0.3600222, 0.6115309, 1.2509278");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0221092, 0.0301131, 0.0505743, 0.1039743, 0.2411369, 0.5962739, 1.5044010", \
					  "0.0221286, 0.0300458, 0.0505539, 0.1038732, 0.2421216, 0.5973339, 1.5054118", \
					  "0.0221095, 0.0300469, 0.0505995, 0.1041277, 0.2413419, 0.5973287, 1.5022203", \
					  "0.0227354, 0.0305494, 0.0507538, 0.1041257, 0.2408985, 0.5995108, 1.5010636", \
					  "0.0254373, 0.0327628, 0.0522495, 0.1043476, 0.2421086, 0.5971775, 1.4957786", \
					  "0.0316579, 0.0388583, 0.0562760, 0.1060958, 0.2423370, 0.5941289, 1.5042526", \
					  "0.0463996, 0.0536456, 0.0703687, 0.1142478, 0.2442604, 0.5988675, 1.4905045");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1432354, 0.1494509, 0.1614153, 0.1845965, 0.2301580, 0.3304396, 0.5787016", \
					  "0.1471978, 0.1533478, 0.1655488, 0.1887877, 0.2339306, 0.3342417, 0.5826882", \
					  "0.1597695, 0.1656526, 0.1778417, 0.2010668, 0.2466486, 0.3469492, 0.5956940", \
					  "0.1919078, 0.1979931, 0.2101429, 0.2333113, 0.2786447, 0.3788277, 0.6272020", \
					  "0.2690365, 0.2750643, 0.2871831, 0.3103285, 0.3559281, 0.4562964, 0.7050563", \
					  "0.4283173, 0.4355861, 0.4495598, 0.4744137, 0.5220972, 0.6236252, 0.8724241", \
					  "0.7041147, 0.7142438, 0.7331377, 0.7653694, 0.8193417, 0.9242030, 1.1742349");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0242393, 0.0279626, 0.0367953, 0.0564364, 0.1029923, 0.2258028, 0.5519971", \
					  "0.0241838, 0.0279047, 0.0362487, 0.0558796, 0.1029456, 0.2260527, 0.5515645", \
					  "0.0241678, 0.0278916, 0.0364925, 0.0562566, 0.1028391, 0.2258723, 0.5563932", \
					  "0.0238626, 0.0276963, 0.0366343, 0.0562197, 0.1031339, 0.2263209, 0.5520588", \
					  "0.0242341, 0.0279571, 0.0365841, 0.0563315, 0.1032586, 0.2262179, 0.5588897", \
					  "0.0322752, 0.0361120, 0.0441031, 0.0631857, 0.1073139, 0.2279983, 0.5535667", \
					  "0.0491794, 0.0537005, 0.0630672, 0.0812107, 0.1221455, 0.2355414, 0.5562547");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.1429933, 0.1499789, 0.1664825, 0.2065123, 0.3056319, 0.5572269, 1.1969006", \
					  "0.1481860, 0.1551829, 0.1717395, 0.2116930, 0.3108172, 0.5616157, 1.2043025", \
					  "0.1620250, 0.1690283, 0.1855924, 0.2257345, 0.3248280, 0.5772109, 1.2159406", \
					  "0.1961708, 0.2031776, 0.2197387, 0.2596330, 0.3589495, 0.6098860, 1.2508456", \
					  "0.2735633, 0.2805534, 0.2970643, 0.3371304, 0.4360541, 0.6875781, 1.3307369", \
					  "0.4146160, 0.4215646, 0.4382624, 0.4785095, 0.5779213, 0.8296709, 1.4698981", \
					  "0.6536882, 0.6611778, 0.6780217, 0.7181366, 0.8187666, 1.0696375, 1.7094010");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0220627, 0.0299938, 0.0506369, 0.1037360, 0.2409522, 0.5988123, 1.4947961", \
					  "0.0220128, 0.0299285, 0.0506756, 0.1037306, 0.2411294, 0.5971948, 1.5059278", \
					  "0.0220048, 0.0299822, 0.0505340, 0.1035859, 0.2417797, 0.5942560, 1.5044983", \
					  "0.0219782, 0.0300114, 0.0505821, 0.1038691, 0.2410360, 0.5959145, 1.5039379", \
					  "0.0221782, 0.0300613, 0.0505700, 0.1039726, 0.2413175, 0.5950152, 1.5115345", \
					  "0.0233710, 0.0311887, 0.0517206, 0.1049255, 0.2413890, 0.5933659, 1.5040788", \
					  "0.0270444, 0.0338913, 0.0529947, 0.1061553, 0.2422902, 0.5922353, 1.5009957");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0989064, 0.1034245, 0.1126454, 0.1312942, 0.1715074, 0.2687990, 0.5176777", \
					  "0.1040024, 0.1084770, 0.1176892, 0.1363522, 0.1765423, 0.2740807, 0.5225800", \
					  "0.1151920, 0.1196542, 0.1289205, 0.1474087, 0.1876849, 0.2850461, 0.5328978", \
					  "0.1379345, 0.1424166, 0.1515930, 0.1702451, 0.2105116, 0.3080673, 0.5559888", \
					  "0.1725599, 0.1769831, 0.1862094, 0.2048556, 0.2450799, 0.3424499, 0.5908166", \
					  "0.2211732, 0.2257098, 0.2348877, 0.2535589, 0.2939389, 0.3913261, 0.6390046", \
					  "0.2763488, 0.2812425, 0.2910868, 0.3106350, 0.3516131, 0.4487456, 0.6966333");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127761, 0.00326459, 0.00834177, 0.0213151, 0.0544649, 0.13917");
					values("0.0151058, 0.0186038, 0.0263642, 0.0451051, 0.0928648, 0.2217538, 0.5550177", \
					  "0.0152263, 0.0184637, 0.0263395, 0.0451557, 0.0929888, 0.2197381, 0.5534352", \
					  "0.0150504, 0.0183613, 0.0264642, 0.0450817, 0.0928759, 0.2211746, 0.5537116", \
					  "0.0151851, 0.0185339, 0.0264158, 0.0451464, 0.0929200, 0.2205411, 0.5523015", \
					  "0.0152343, 0.0186318, 0.0266578, 0.0451675, 0.0932185, 0.2224792, 0.5514889", \
					  "0.0158692, 0.0192187, 0.0268885, 0.0456858, 0.0934986, 0.2206268, 0.5528212", \
					  "0.0179415, 0.0212223, 0.0289305, 0.0474058, 0.0944702, 0.2209902, 0.5510810");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002331;
			capacitance : 0.002223;
			fall_capacitance : 0.002115;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026406, -0.0026395, -0.0026369, -0.0026369, -0.0026367, -0.0026364, -0.0026357");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026500, 0.0026456, 0.0026355, 0.0026358, 0.0026365, 0.0026381, 0.0026418");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002412;
			capacitance : 0.002257;
			fall_capacitance : 0.002102;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026483, -0.0026472, -0.0026445, -0.0026448, -0.0026455, -0.0026470, -0.0026505");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026527, 0.0026508, 0.0026462, 0.0026471, 0.0026490, 0.0026534, 0.0026636");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001283;
			capacitance : 0.001333;
			rise_capacitance : 0.001383;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030138, 0.0029720, 0.0028757, 0.0028773, 0.0028811, 0.0028897, 0.0029095");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057886, 0.0057218, 0.0055679, 0.0055766, 0.0055966, 0.0056429, 0.0057497");
				}
			}
		}
	}
	cell ("scs8hd_o21ba_2") {
		area : 10.009600;
		cell_footprint : "o21ba";
		cell_leakage_power : 8.697052e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0019396";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0007865";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0007376";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0007864";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0007376";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004464";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0007376";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0007860";
			when : "A1&A2&!B1N";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&!B1N) | (A2&!B1N)";
			max_capacitance : 0.229807;
			max_transition : 1.503800;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001389, 0.003858643, 0.01071931, 0.02977825, 0.082724, 0.2298073");
					values("0.0139827, 0.0152137, 0.0184515, 0.0270827, 0.0504131, 0.1143220, 0.2914495", \
					  "0.0139073, 0.0151373, 0.0184072, 0.0270292, 0.0503628, 0.1143029, 0.2914393", \
					  "0.0138645, 0.0150894, 0.0183451, 0.0269578, 0.0502565, 0.1142908, 0.2912258", \
					  "0.0137760, 0.0149922, 0.0182202, 0.0268292, 0.0501261, 0.1142029, 0.2913091", \
					  "0.0136851, 0.0148541, 0.0181283, 0.0266117, 0.0499193, 0.1139032, 0.2912172", \
					  "0.0139014, 0.0150523, 0.0180638, 0.0265208, 0.0497678, 0.1135776, 0.2909573", \
					  "0.0139271, 0.0150361, 0.0181195, 0.0265317, 0.0497979, 0.1139927, 0.2899367");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001389, 0.003858643, 0.01071931, 0.02977825, 0.082724, 0.2298073");
					values("0.0099484, 0.0089592, 0.0065718, -0.0005015, -0.0224156, -0.0862988, -0.2651143", \
					  "0.0098717, 0.0088966, 0.0064961, -0.0005795, -0.0224898, -0.0863698, -0.2651896", \
					  "0.0097147, 0.0088174, 0.0064133, -0.0006720, -0.0225770, -0.0864624, -0.2652623", \
					  "0.0096830, 0.0087075, 0.0063020, -0.0007830, -0.0226933, -0.0865676, -0.2653798", \
					  "0.0095411, 0.0086001, 0.0061721, -0.0009609, -0.0228325, -0.0866797, -0.2654680", \
					  "0.0093230, 0.0083607, 0.0059673, -0.0011691, -0.0230030, -0.0868005, -0.2655387", \
					  "0.0117574, 0.0107140, 0.0078138, -0.0003363, -0.0232292, -0.0870187, -0.2656589");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001389, 0.003858643, 0.01071931, 0.02977825, 0.082724, 0.2298073");
					values("0.0131698, 0.0143859, 0.0176487, 0.0262976, 0.0495490, 0.1135513, 0.2910295", \
					  "0.0131720, 0.0144050, 0.0176688, 0.0263079, 0.0495906, 0.1129251, 0.2893382", \
					  "0.0131069, 0.0143365, 0.0175808, 0.0262089, 0.0494699, 0.1139465, 0.2895026", \
					  "0.0129639, 0.0141390, 0.0173704, 0.0259505, 0.0492398, 0.1128388, 0.2900009", \
					  "0.0128917, 0.0140121, 0.0171633, 0.0256667, 0.0489068, 0.1129635, 0.2907965", \
					  "0.0128273, 0.0139627, 0.0170937, 0.0255574, 0.0486748, 0.1123329, 0.2884842", \
					  "0.0127508, 0.0138592, 0.0169627, 0.0254754, 0.0487830, 0.1129329, 0.2887272");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001389, 0.003858643, 0.01071931, 0.02977825, 0.082724, 0.2298073");
					values("0.0087700, 0.0077708, 0.0053873, -0.0017034, -0.0236109, -0.0874776, -0.2662821", \
					  "0.0086207, 0.0076631, 0.0052564, -0.0018010, -0.0237222, -0.0876147, -0.2664232", \
					  "0.0084718, 0.0074887, 0.0050878, -0.0019816, -0.0238979, -0.0877815, -0.2665895", \
					  "0.0083221, 0.0073568, 0.0049605, -0.0021430, -0.0240590, -0.0879291, -0.2667259", \
					  "0.0081958, 0.0072198, 0.0048812, -0.0022723, -0.0241563, -0.0880072, -0.2667715", \
					  "0.0081831, 0.0071601, 0.0046838, -0.0025124, -0.0243774, -0.0881439, -0.2668518", \
					  "0.0106226, 0.0095382, 0.0065614, -0.0016198, -0.0245060, -0.0882627, -0.2668583");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001389, 0.003858643, 0.01071931, 0.02977825, 0.082724, 0.2298073");
					values("0.0121155, 0.0133344, 0.0165806, 0.0251383, 0.0483875, 0.1124564, 0.2893514", \
					  "0.0120795, 0.0132850, 0.0165203, 0.0250997, 0.0483908, 0.1124544, 0.2896571", \
					  "0.0121085, 0.0133273, 0.0165672, 0.0251052, 0.0484229, 0.1123252, 0.2881769", \
					  "0.0119804, 0.0132080, 0.0164309, 0.0250063, 0.0482619, 0.1123318, 0.2901263", \
					  "0.0117520, 0.0129587, 0.0161875, 0.0247532, 0.0480488, 0.1120133, 0.2882574", \
					  "0.0114177, 0.0126618, 0.0159605, 0.0245387, 0.0476933, 0.1117092, 0.2878438", \
					  "0.0115939, 0.0127360, 0.0158678, 0.0243568, 0.0473596, 0.1113287, 0.2887095");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001389, 0.003858643, 0.01071931, 0.02977825, 0.082724, 0.2298073");
					values("0.0085040, 0.0075592, 0.0050050, -0.0023949, -0.0250120, -0.0893076, -0.2682523", \
					  "0.0084534, 0.0075252, 0.0049989, -0.0024403, -0.0250475, -0.0893230, -0.2682423", \
					  "0.0083956, 0.0074578, 0.0048947, -0.0025150, -0.0251288, -0.0894131, -0.2683483", \
					  "0.0081414, 0.0071983, 0.0046344, -0.0027812, -0.0253833, -0.0896602, -0.2685919", \
					  "0.0079540, 0.0070047, 0.0044277, -0.0029889, -0.0255942, -0.0898784, -0.2687931", \
					  "0.0093397, 0.0083564, 0.0055427, -0.0025628, -0.0255994, -0.0900096, -0.2689237", \
					  "0.0093769, 0.0083829, 0.0055407, -0.0024992, -0.0255018, -0.0898609, -0.2688771");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
					values("0.0901553, 0.0959765, 0.1098305, 0.1432988, 0.2305165, 0.4689801, 1.1249506", \
					  "0.0946990, 0.1005373, 0.1144292, 0.1479299, 0.2351265, 0.4736253, 1.1298885", \
					  "0.1043481, 0.1101904, 0.1240193, 0.1574833, 0.2446414, 0.4825331, 1.1397273", \
					  "0.1249020, 0.1307320, 0.1444489, 0.1778214, 0.2648217, 0.5023933, 1.1602369", \
					  "0.1631055, 0.1692142, 0.1835300, 0.2171319, 0.3045824, 0.5421450, 1.1995237", \
					  "0.2186468, 0.2257299, 0.2407810, 0.2758268, 0.3631102, 0.6007281, 1.2592213", \
					  "0.2771438, 0.2865053, 0.3062441, 0.3446424, 0.4326157, 0.6703033, 1.3273892");
				}
				rise_transition ("del_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("0.0211531, 0.0267596, 0.0419124, 0.0844271, 0.2055087, 0.5469764, 1.4946498", \
					  "0.0212155, 0.0267678, 0.0419014, 0.0843673, 0.2054742, 0.5476421, 1.4956415", \
					  "0.0211801, 0.0266965, 0.0418736, 0.0844728, 0.2057675, 0.5461194, 1.4937938", \
					  "0.0212713, 0.0268072, 0.0419769, 0.0843125, 0.2057643, 0.5482945, 1.4969569", \
					  "0.0231516, 0.0286898, 0.0435395, 0.0853166, 0.2062762, 0.5481198, 1.4970608", \
					  "0.0285578, 0.0341454, 0.0482914, 0.0880341, 0.2073374, 0.5466462, 1.4964606", \
					  "0.0412305, 0.0470922, 0.0607862, 0.0967155, 0.2093357, 0.5480443, 1.4887811");
				}
				cell_fall ("del_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("0.1904743, 0.1959920, 0.2076438, 0.2294877, 0.2706741, 0.3568419, 0.5707180", \
					  "0.1964690, 0.2020432, 0.2135943, 0.2354383, 0.2766504, 0.3630614, 0.5775025", \
					  "0.2108780, 0.2166321, 0.2281910, 0.2500771, 0.2913128, 0.3778526, 0.5921872", \
					  "0.2436955, 0.2493143, 0.2608603, 0.2826783, 0.3238831, 0.4102974, 0.6247419", \
					  "0.3178579, 0.3233721, 0.3348812, 0.3566805, 0.3979672, 0.4844914, 0.6985689", \
					  "0.4803858, 0.4863169, 0.4986203, 0.5215012, 0.5635873, 0.6505880, 0.8650539", \
					  "0.7876106, 0.7950203, 0.8099120, 0.8368333, 0.8846893, 0.9774817, 1.1942629");
				}
				fall_transition ("del_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("0.0291882, 0.0319405, 0.0385022, 0.0528593, 0.0886026, 0.1823659, 0.4587683", \
					  "0.0291157, 0.0320585, 0.0385048, 0.0528525, 0.0885820, 0.1822648, 0.4565301", \
					  "0.0290921, 0.0319718, 0.0385069, 0.0529480, 0.0886275, 0.1822650, 0.4599066", \
					  "0.0291977, 0.0320777, 0.0385299, 0.0528517, 0.0886002, 0.1822693, 0.4564404", \
					  "0.0291936, 0.0320357, 0.0386706, 0.0530762, 0.0888664, 0.1826970, 0.4584256", \
					  "0.0327141, 0.0355324, 0.0419126, 0.0560912, 0.0904283, 0.1831668, 0.4612829", \
					  "0.0443955, 0.0474815, 0.0540396, 0.0694752, 0.1029084, 0.1937560, 0.4596171");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
					values("0.0789030, 0.0844647, 0.0978410, 0.1307872, 0.2178234, 0.4547923, 1.1163932", \
					  "0.0838723, 0.0894695, 0.1028473, 0.1357685, 0.2227026, 0.4595675, 1.1181028", \
					  "0.0935817, 0.0991456, 0.1124837, 0.1453726, 0.2324436, 0.4694640, 1.1267428", \
					  "0.1138190, 0.1192980, 0.1326452, 0.1654510, 0.2522818, 0.4905398, 1.1569620", \
					  "0.1477582, 0.1536980, 0.1675435, 0.2007252, 0.2875869, 0.5254356, 1.1856561", \
					  "0.1929600, 0.2000949, 0.2157112, 0.2499972, 0.3367475, 0.5742029, 1.2320693", \
					  "0.2296581, 0.2394245, 0.2599023, 0.2991510, 0.3864908, 0.6248908, 1.2810801");
				}
				rise_transition ("del_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("0.0199760, 0.0253152, 0.0404685, 0.0832988, 0.2049914, 0.5475442, 1.5038001", \
					  "0.0199018, 0.0253046, 0.0404199, 0.0832516, 0.2048492, 0.5454911, 1.4888161", \
					  "0.0198903, 0.0253033, 0.0404346, 0.0833083, 0.2050895, 0.5483099, 1.4931730", \
					  "0.0200703, 0.0256288, 0.0405301, 0.0830271, 0.2046691, 0.5464257, 1.5006312", \
					  "0.0227394, 0.0280384, 0.0425253, 0.0843746, 0.2053460, 0.5458635, 1.5010796", \
					  "0.0294485, 0.0345523, 0.0479967, 0.0870151, 0.2063684, 0.5455237, 1.4904287", \
					  "0.0434769, 0.0495648, 0.0629426, 0.0975803, 0.2088399, 0.5495033, 1.4909266");
				}
				cell_fall ("del_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("0.1781305, 0.1837911, 0.1953059, 0.2171562, 0.2581695, 0.3446546, 0.5589612", \
					  "0.1822453, 0.1878882, 0.1994938, 0.2213989, 0.2625912, 0.3484454, 0.5627309", \
					  "0.1945836, 0.2000722, 0.2117169, 0.2335838, 0.2747629, 0.3606163, 0.5748828", \
					  "0.2272175, 0.2327314, 0.2442909, 0.2652400, 0.3064819, 0.3926456, 0.6069940", \
					  "0.3050213, 0.3105466, 0.3212252, 0.3430164, 0.3842467, 0.4707594, 0.6850929", \
					  "0.4791564, 0.4854172, 0.4978158, 0.5213168, 0.5635653, 0.6506313, 0.8649511", \
					  "0.7905367, 0.7996524, 0.8174595, 0.8483403, 0.9009402, 0.9947470, 1.2116489");
				}
				fall_transition ("del_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("0.0293638, 0.0319363, 0.0386240, 0.0531563, 0.0887495, 0.1823336, 0.4594241", \
					  "0.0291222, 0.0320516, 0.0384140, 0.0530939, 0.0888064, 0.1824066, 0.4598407", \
					  "0.0291717, 0.0319725, 0.0385507, 0.0528621, 0.0886115, 0.1824855, 0.4594141", \
					  "0.0290849, 0.0319551, 0.0385004, 0.0530076, 0.0888354, 0.1822931, 0.4584368", \
					  "0.0290601, 0.0318827, 0.0386301, 0.0530412, 0.0884301, 0.1818223, 0.4563429", \
					  "0.0364117, 0.0390215, 0.0446841, 0.0578805, 0.0911982, 0.1835668, 0.4582836", \
					  "0.0561341, 0.0592886, 0.0661067, 0.0809472, 0.1125727, 0.1982100, 0.4619176");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.001389, 0.00385864, 0.0107193, 0.0297782, 0.082724, 0.229807");
					values("0.1601641, 0.1653733, 0.1784455, 0.2111299, 0.2979553, 0.5349876, 1.1931451", \
					  "0.1652761, 0.1706675, 0.1837469, 0.2163999, 0.3031026, 0.5405575, 1.1992269", \
					  "0.1791524, 0.1845443, 0.1974843, 0.2302105, 0.3167527, 0.5549673, 1.2132374", \
					  "0.2136339, 0.2190450, 0.2319988, 0.2646513, 0.3514116, 0.5888374, 1.2485573", \
					  "0.2927967, 0.2981499, 0.3112252, 0.3439070, 0.4304918, 0.6689667, 1.3268883", \
					  "0.4434241, 0.4488565, 0.4620447, 0.4943229, 0.5813538, 0.8194149, 1.4761936", \
					  "0.6993855, 0.7054434, 0.7193964, 0.7531084, 0.8402540, 1.0777687, 1.7372982");
				}
				rise_transition ("del_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("0.0193318, 0.0247554, 0.0398193, 0.0828953, 0.2044243, 0.5469157, 1.4929502", \
					  "0.0193990, 0.0248018, 0.0398066, 0.0828808, 0.2045921, 0.5473800, 1.4928958", \
					  "0.0193353, 0.0247643, 0.0398164, 0.0828441, 0.2041341, 0.5463650, 1.4881020", \
					  "0.0193394, 0.0247452, 0.0398803, 0.0826829, 0.2045326, 0.5470538, 1.4995362", \
					  "0.0194487, 0.0248636, 0.0398622, 0.0827652, 0.2043801, 0.5473854, 1.4947871", \
					  "0.0208108, 0.0260455, 0.0407913, 0.0834457, 0.2046946, 0.5467780, 1.4930205", \
					  "0.0248890, 0.0296622, 0.0432580, 0.0846979, 0.2056392, 0.5446357, 1.4961218");
				}
				cell_fall ("del_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("0.1196156, 0.1234067, 0.1319625, 0.1485872, 0.1823157, 0.2610282, 0.4734587", \
					  "0.1246080, 0.1283906, 0.1368540, 0.1534970, 0.1873275, 0.2661762, 0.4783349", \
					  "0.1360664, 0.1399505, 0.1483746, 0.1650227, 0.1987732, 0.2775009, 0.4899664", \
					  "0.1590796, 0.1629496, 0.1712469, 0.1879282, 0.2217925, 0.3005451, 0.5130923", \
					  "0.1947092, 0.1985655, 0.2069893, 0.2235394, 0.2573643, 0.3364342, 0.5488853", \
					  "0.2446936, 0.2485830, 0.2570075, 0.2735924, 0.3075416, 0.3865946, 0.5983565", \
					  "0.3044503, 0.3085202, 0.3171730, 0.3341918, 0.3684979, 0.4473811, 0.6590930");
				}
				fall_transition ("del_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("0.0170835, 0.0196900, 0.0252926, 0.0388192, 0.0734076, 0.1708341, 0.4522144", \
					  "0.0170419, 0.0196861, 0.0255595, 0.0392141, 0.0732905, 0.1698168, 0.4526016", \
					  "0.0170880, 0.0195716, 0.0254343, 0.0388171, 0.0733976, 0.1708438, 0.4523689", \
					  "0.0170964, 0.0195305, 0.0253374, 0.0389088, 0.0733003, 0.1708280, 0.4532938", \
					  "0.0171926, 0.0196263, 0.0253606, 0.0389286, 0.0733430, 0.1702151, 0.4539742", \
					  "0.0175144, 0.0199683, 0.0258661, 0.0391985, 0.0732957, 0.1709561, 0.4541775", \
					  "0.0187625, 0.0210551, 0.0268241, 0.0405210, 0.0741867, 0.1707179, 0.4533653");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002331;
			capacitance : 0.002219;
			fall_capacitance : 0.002108;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026671, -0.0026664, -0.0026646, -0.0026653, -0.0026669, -0.0026707, -0.0026792");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026801, 0.0026732, 0.0026574, 0.0026578, 0.0026587, 0.0026608, 0.0026658");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002382;
			capacitance : 0.002229;
			fall_capacitance : 0.002075;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026125, -0.0026125, -0.0026126, -0.0026125, -0.0026124, -0.0026120, -0.0026113");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026120, 0.0026122, 0.0026128, 0.0026138, 0.0026161, 0.0026216, 0.0026341");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001302;
			capacitance : 0.001362;
			rise_capacitance : 0.001421;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035365, 0.0035003, 0.0034171, 0.0034114, 0.0033982, 0.0033679, 0.0032979");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056968, 0.0056314, 0.0054805, 0.0054883, 0.0055063, 0.0055479, 0.0056437");
				}
			}
		}
	}
	cell ("scs8hd_o21ba_4") {
		area : 16.265600;
		cell_footprint : "o21ba";
		cell_leakage_power : 4.011652e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0212736";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0014806";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0018261";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0015130";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0018261";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0008381";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0018257";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0015100";
			when : "A1&A2&!B1N";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&!B1N) | (A2&!B1N)";
			max_capacitance : 0.390940;
			max_transition : 1.509293;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001517609, 0.004606277, 0.01398106, 0.04243558, 0.1288013, 0.39094");
					values("0.0248459, 0.0262418, 0.0304082, 0.0423785, 0.0773470, 0.1818324, 0.4984525", \
					  "0.0248553, 0.0262520, 0.0303692, 0.0423532, 0.0773695, 0.1811476, 0.4981349", \
					  "0.0247269, 0.0261479, 0.0302628, 0.0422311, 0.0772243, 0.1809580, 0.4953497", \
					  "0.0244337, 0.0258152, 0.0299159, 0.0418156, 0.0767432, 0.1804735, 0.4985521", \
					  "0.0239695, 0.0252684, 0.0293967, 0.0412529, 0.0760421, 0.1809591, 0.4950343", \
					  "0.0242673, 0.0255713, 0.0295192, 0.0411348, 0.0755656, 0.1795767, 0.4969396", \
					  "0.0241345, 0.0254158, 0.0292627, 0.0407868, 0.0757549, 0.1795975, 0.4949821");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001517609, 0.004606277, 0.01398106, 0.04243558, 0.1288013, 0.39094");
					values("0.0173408, 0.0162455, 0.0129669, 0.0036100, -0.0281007, -0.1315080, -0.4500273", \
					  "0.0170260, 0.0159688, 0.0127188, 0.0033239, -0.0283429, -0.1317988, -0.4503105", \
					  "0.0166975, 0.0156200, 0.0123349, 0.0030264, -0.0286663, -0.1321082, -0.4505800", \
					  "0.0164085, 0.0153545, 0.0120583, 0.0026724, -0.0289830, -0.1323891, -0.4509063", \
					  "0.0162250, 0.0151063, 0.0118743, 0.0023711, -0.0293845, -0.1327277, -0.4511584", \
					  "0.0159803, 0.0148433, 0.0114445, 0.0019878, -0.0297503, -0.1329170, -0.4511910", \
					  "0.0208222, 0.0195878, 0.0159849, 0.0051895, -0.0289822, -0.1332418, -0.4510204");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001517609, 0.004606277, 0.01398106, 0.04243558, 0.1288013, 0.39094");
					values("0.0223302, 0.0237211, 0.0278214, 0.0397530, 0.0747485, 0.1794611, 0.4935504", \
					  "0.0222836, 0.0236679, 0.0278026, 0.0396872, 0.0746572, 0.1794116, 0.4935746", \
					  "0.0223293, 0.0237210, 0.0278500, 0.0397655, 0.0747494, 0.1794474, 0.4936265", \
					  "0.0221137, 0.0235329, 0.0276494, 0.0395327, 0.0745280, 0.1792625, 0.4931469", \
					  "0.0217104, 0.0230943, 0.0271950, 0.0390955, 0.0740524, 0.1788242, 0.4942538", \
					  "0.0211166, 0.0225294, 0.0266965, 0.0386669, 0.0734292, 0.1782874, 0.4954451", \
					  "0.0213438, 0.0225484, 0.0265619, 0.0383459, 0.0730804, 0.1774647, 0.4920775");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001517609, 0.004606277, 0.01398106, 0.04243558, 0.1288013, 0.39094");
					values("0.0167452, 0.0156772, 0.0124808, 0.0024181, -0.0307228, -0.1353425, -0.4543065", \
					  "0.0167639, 0.0156838, 0.0124394, 0.0023872, -0.0307421, -0.1353629, -0.4543131", \
					  "0.0166391, 0.0155727, 0.0123098, 0.0022544, -0.0308668, -0.1354773, -0.4544059", \
					  "0.0162348, 0.0151585, 0.0118814, 0.0018238, -0.0312830, -0.1358935, -0.4547737", \
					  "0.0160050, 0.0149477, 0.0116060, 0.0015591, -0.0315905, -0.1362093, -0.4550389", \
					  "0.0182444, 0.0171452, 0.0137189, 0.0028321, -0.0312974, -0.1364106, -0.4552465", \
					  "0.0184750, 0.0173540, 0.0138072, 0.0029714, -0.0311972, -0.1360048, -0.4551204");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001517609, 0.004606277, 0.01398106, 0.04243558, 0.1288013, 0.39094");
					values("0.0272394, 0.0286382, 0.0327991, 0.0448571, 0.0800254, 0.1848017, 0.5004539", \
					  "0.0271199, 0.0285299, 0.0326788, 0.0447349, 0.0799177, 0.1846982, 0.5003535", \
					  "0.0269763, 0.0284040, 0.0325407, 0.0445864, 0.0796984, 0.1837887, 0.5002770", \
					  "0.0268040, 0.0282065, 0.0322888, 0.0443038, 0.0794212, 0.1841832, 0.5004927", \
					  "0.0264416, 0.0278448, 0.0319706, 0.0438647, 0.0789183, 0.1838960, 0.4999704", \
					  "0.0268866, 0.0281833, 0.0320939, 0.0437952, 0.0785323, 0.1827921, 0.4993784", \
					  "0.0268604, 0.0281628, 0.0321124, 0.0438609, 0.0786224, 0.1833173, 0.4983096");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001517609, 0.004606277, 0.01398106, 0.04243558, 0.1288013, 0.39094");
					values("0.0201091, 0.0190445, 0.0157386, 0.0062879, -0.0253556, -0.1287849, -0.4473271", \
					  "0.0198532, 0.0187666, 0.0155021, 0.0060558, -0.0255556, -0.1290185, -0.4474837", \
					  "0.0196143, 0.0185468, 0.0152498, 0.0059165, -0.0257936, -0.1291888, -0.4477216", \
					  "0.0194133, 0.0183217, 0.0150764, 0.0056434, -0.0260182, -0.1294236, -0.4479533", \
					  "0.0191977, 0.0181302, 0.0148558, 0.0053748, -0.0263249, -0.1296767, -0.4481574", \
					  "0.0189630, 0.0178228, 0.0146915, 0.0050708, -0.0265682, -0.1298470, -0.4482446", \
					  "0.0234199, 0.0222025, 0.0185837, 0.0074936, -0.0264872, -0.1303992, -0.4484488");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
					values("0.0949762, 0.0991875, 0.1102809, 0.1388656, 0.2171943, 0.4477863, 1.1451210", \
					  "0.0993569, 0.1035674, 0.1146591, 0.1432445, 0.2215619, 0.4522106, 1.1496335", \
					  "0.1085763, 0.1128353, 0.1238952, 0.1524735, 0.2308922, 0.4617083, 1.1563404", \
					  "0.1285322, 0.1327526, 0.1436990, 0.1721547, 0.2506559, 0.4814750, 1.1757506", \
					  "0.1649230, 0.1692764, 0.1807628, 0.2097851, 0.2884075, 0.5189622, 1.2150956", \
					  "0.2168609, 0.2217236, 0.2340869, 0.2639939, 0.3427988, 0.5735959, 1.2697705", \
					  "0.2662941, 0.2726977, 0.2883279, 0.3220714, 0.4016063, 0.6331330, 1.3273039");
				}
				rise_transition ("del_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("0.0226362, 0.0264036, 0.0379179, 0.0721525, 0.1779427, 0.5064321, 1.5007858", \
					  "0.0226199, 0.0264504, 0.0379143, 0.0721409, 0.1780314, 0.5065116, 1.5005729", \
					  "0.0225037, 0.0264085, 0.0378173, 0.0720911, 0.1781280, 0.5034654, 1.5004946", \
					  "0.0226067, 0.0264130, 0.0378873, 0.0720920, 0.1781504, 0.5064796, 1.5007739", \
					  "0.0245103, 0.0284218, 0.0395464, 0.0731012, 0.1786779, 0.5057323, 1.4975994", \
					  "0.0293325, 0.0331719, 0.0438841, 0.0757685, 0.1795602, 0.5041976, 1.4980114", \
					  "0.0421957, 0.0456968, 0.0560717, 0.0849649, 0.1821910, 0.5078326, 1.4936641");
				}
				cell_fall ("del_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("0.1964350, 0.2001341, 0.2088861, 0.2272692, 0.2638260, 0.3419288, 0.5440127", \
					  "0.2020079, 0.2056474, 0.2144973, 0.2325786, 0.2690975, 0.3479099, 0.5501190", \
					  "0.2165039, 0.2201435, 0.2289296, 0.2472964, 0.2833015, 0.3623095, 0.5643477", \
					  "0.2500034, 0.2536406, 0.2623090, 0.2809983, 0.3176203, 0.3960249, 0.5980714", \
					  "0.3253175, 0.3290159, 0.3376820, 0.3561063, 0.3923592, 0.4711104, 0.6731468", \
					  "0.4896962, 0.4936451, 0.5035318, 0.5227793, 0.5601488, 0.6394160, 0.8416300", \
					  "0.8036944, 0.8086674, 0.8202431, 0.8431190, 0.8858907, 0.9716222, 1.1775361");
				}
				fall_transition ("del_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("0.0294962, 0.0312450, 0.0357350, 0.0471683, 0.0755760, 0.1573699, 0.4106046", \
					  "0.0292442, 0.0310251, 0.0357120, 0.0476326, 0.0766813, 0.1563777, 0.4090059", \
					  "0.0293088, 0.0310770, 0.0355870, 0.0469362, 0.0763895, 0.1571782, 0.4117656", \
					  "0.0293417, 0.0311413, 0.0356976, 0.0471709, 0.0758817, 0.1571967, 0.4118020", \
					  "0.0294798, 0.0312845, 0.0358289, 0.0470696, 0.0758403, 0.1573296, 0.4106779", \
					  "0.0329513, 0.0344416, 0.0388327, 0.0497568, 0.0782146, 0.1580338, 0.4110224", \
					  "0.0449633, 0.0469680, 0.0517622, 0.0623126, 0.0911587, 0.1694494, 0.4133077");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
					values("0.0845995, 0.0886594, 0.0996124, 0.1276837, 0.2056680, 0.4351820, 1.1322560", \
					  "0.0893383, 0.0934043, 0.1042067, 0.1323302, 0.2103286, 0.4403740, 1.1358384", \
					  "0.0985409, 0.1026909, 0.1134354, 0.1415429, 0.2192083, 0.4499683, 1.1426953", \
					  "0.1177375, 0.1218253, 0.1326645, 0.1606427, 0.2384029, 0.4682955, 1.1658789", \
					  "0.1494555, 0.1537650, 0.1651032, 0.1939297, 0.2720406, 0.5023029, 1.1961715", \
					  "0.1911038, 0.1961359, 0.2086053, 0.2381965, 0.3162790, 0.5466822, 1.2440048", \
					  "0.2184282, 0.2252826, 0.2413846, 0.2760518, 0.3559410, 0.5862248, 1.2809753");
				}
				rise_transition ("del_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("0.0216682, 0.0255178, 0.0367547, 0.0709467, 0.1773643, 0.5048322, 1.5073690", \
					  "0.0216395, 0.0254812, 0.0368552, 0.0709039, 0.1769526, 0.5040575, 1.5030862", \
					  "0.0216417, 0.0254170, 0.0367856, 0.0709258, 0.1771684, 0.5040182, 1.4982106", \
					  "0.0219823, 0.0257540, 0.0371005, 0.0709717, 0.1769094, 0.5030674, 1.5092930", \
					  "0.0244211, 0.0281471, 0.0391345, 0.0724212, 0.1777165, 0.5052487, 1.4977349", \
					  "0.0306332, 0.0340832, 0.0445691, 0.0758329, 0.1792586, 0.5031636, 1.5025984", \
					  "0.0454601, 0.0493844, 0.0599539, 0.0877036, 0.1825488, 0.5052268, 1.4924695");
				}
				cell_fall ("del_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("0.1766394, 0.1803527, 0.1891829, 0.2076135, 0.2440730, 0.3221117, 0.5241834", \
					  "0.1803019, 0.1838325, 0.1927230, 0.2111250, 0.2476356, 0.3264473, 0.5284360", \
					  "0.1916537, 0.1953297, 0.2041324, 0.2229607, 0.2595878, 0.3382803, 0.5405144", \
					  "0.2229825, 0.2266758, 0.2354651, 0.2538103, 0.2902041, 0.3687731, 0.5711334", \
					  "0.2981713, 0.3016448, 0.3103728, 0.3286481, 0.3653050, 0.4440785, 0.6461827", \
					  "0.4640293, 0.4683540, 0.4783287, 0.4984204, 0.5363604, 0.6160206, 0.8185050", \
					  "0.7543150, 0.7602962, 0.7744839, 0.8009128, 0.8485893, 0.9360265, 1.1416769");
				}
				fall_transition ("del_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("0.0294779, 0.0310643, 0.0356206, 0.0469096, 0.0756504, 0.1573189, 0.4105329", \
					  "0.0293421, 0.0314040, 0.0357100, 0.0468523, 0.0761563, 0.1566647, 0.4112475", \
					  "0.0294374, 0.0310385, 0.0356545, 0.0469588, 0.0766462, 0.1566915, 0.4090619", \
					  "0.0293537, 0.0310633, 0.0355199, 0.0467724, 0.0760737, 0.1571734, 0.4119072", \
					  "0.0293897, 0.0311748, 0.0357500, 0.0468716, 0.0760504, 0.1571604, 0.4112531", \
					  "0.0367513, 0.0385925, 0.0428993, 0.0533719, 0.0801933, 0.1591423, 0.4102910", \
					  "0.0579562, 0.0597799, 0.0655853, 0.0777256, 0.1027636, 0.1738737, 0.4149193");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00151761, 0.00460628, 0.0139811, 0.0424356, 0.128801, 0.39094");
					values("0.1566127, 0.1604677, 0.1706773, 0.1981740, 0.2760797, 0.5061118, 1.2018132", \
					  "0.1623049, 0.1661880, 0.1765591, 0.2040187, 0.2817692, 0.5118070, 1.2073212", \
					  "0.1769943, 0.1808628, 0.1912181, 0.2185597, 0.2963988, 0.5263603, 1.2215440", \
					  "0.2128292, 0.2167111, 0.2270756, 0.2545672, 0.3322230, 0.5624144, 1.2583390", \
					  "0.2953927, 0.2992132, 0.3095735, 0.3370245, 0.4147099, 0.6448809, 1.3411269", \
					  "0.4556941, 0.4596040, 0.4701749, 0.4978055, 0.5757032, 0.8060996, 1.5032393", \
					  "0.7381692, 0.7418460, 0.7528068, 0.7808217, 0.8590367, 1.0897480, 1.7860573");
				}
				rise_transition ("del_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("0.0202718, 0.0241076, 0.0353593, 0.0697330, 0.1764691, 0.5048829, 1.4985643", \
					  "0.0202711, 0.0241129, 0.0354123, 0.0696752, 0.1763929, 0.5048354, 1.4985606", \
					  "0.0203436, 0.0240755, 0.0354445, 0.0698427, 0.1764736, 0.5050553, 1.4982582", \
					  "0.0204873, 0.0241040, 0.0353733, 0.0696368, 0.1761421, 0.5043829, 1.4974251", \
					  "0.0204324, 0.0241650, 0.0354966, 0.0696672, 0.1764240, 0.5044912, 1.4949720", \
					  "0.0215828, 0.0251944, 0.0363486, 0.0706280, 0.1765603, 0.5036473, 1.5051413", \
					  "0.0245313, 0.0283637, 0.0387084, 0.0720400, 0.1780874, 0.5007861, 1.4965003");
				}
				cell_fall ("del_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("0.1150785, 0.1175334, 0.1237554, 0.1371824, 0.1658427, 0.2348215, 0.4326925", \
					  "0.1198145, 0.1222846, 0.1284048, 0.1417631, 0.1704159, 0.2396019, 0.4373291", \
					  "0.1304502, 0.1328492, 0.1389334, 0.1524399, 0.1811126, 0.2501407, 0.4480923", \
					  "0.1512214, 0.1536558, 0.1597536, 0.1731376, 0.2018399, 0.2710905, 0.4687895", \
					  "0.1814000, 0.1838365, 0.1899140, 0.2033788, 0.2319022, 0.3011569, 0.4990998", \
					  "0.2186800, 0.2210711, 0.2269900, 0.2406116, 0.2693117, 0.3386328, 0.5362302", \
					  "0.2491934, 0.2517252, 0.2580586, 0.2717957, 0.3009547, 0.3704011, 0.5676354");
				}
				fall_transition ("del_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("0.0163945, 0.0179050, 0.0217632, 0.0320484, 0.0597129, 0.1419139, 0.4031469", \
					  "0.0162592, 0.0177885, 0.0218334, 0.0324251, 0.0598349, 0.1420034, 0.4037015", \
					  "0.0162312, 0.0176971, 0.0217556, 0.0320355, 0.0597498, 0.1417551, 0.4056723", \
					  "0.0163282, 0.0178117, 0.0218878, 0.0323934, 0.0597170, 0.1420485, 0.4050877", \
					  "0.0163640, 0.0180209, 0.0218201, 0.0324509, 0.0595298, 0.1417477, 0.4028615", \
					  "0.0166281, 0.0180930, 0.0221444, 0.0323535, 0.0599962, 0.1418731, 0.4017376", \
					  "0.0180450, 0.0195300, 0.0234674, 0.0334293, 0.0609338, 0.1422764, 0.4049256");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004275;
			capacitance : 0.004066;
			fall_capacitance : 0.003857;
			max_transition : 1.500000;
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052228, 0.0052242, 0.0052273, 0.0052273, 0.0052274, 0.0052275, 0.0052278");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052154, -0.0052145, -0.0052124, -0.0052096, -0.0052032, -0.0051885, -0.0051545");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004388;
			capacitance : 0.004098;
			fall_capacitance : 0.003808;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052038, -0.0052034, -0.0052024, -0.0051999, -0.0051941, -0.0051809, -0.0051501");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052164, 0.0052169, 0.0052179, 0.0052171, 0.0052151, 0.0052105, 0.0052000");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002088;
			capacitance : 0.002219;
			rise_capacitance : 0.002351;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065523, 0.0064833, 0.0063241, 0.0063084, 0.0062721, 0.0061884, 0.0059955");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103023, 0.0102025, 0.0099723, 0.0099908, 0.0100335, 0.0101319, 0.0103587");
				}
			}
		}
	}
	cell ("scs8hd_o21bai_1") {
		area : 7.507200;
		cell_footprint : "o21bai";
		cell_leakage_power : 1.327279e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0073118";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0013420";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "1.8735544e-05";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0007492";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "1.8734371e-05";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004105";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "1.8728827e-05";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0007486";
			when : "A1&A2&!B1N";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (B1N)";
			max_capacitance : 0.066843;
			max_transition : 1.498971;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001130624, 0.002556621, 0.005781154, 0.01307262, 0.02956044, 0.06684348");
					values("0.0056876, 0.0064532, 0.0081968, 0.0121040, 0.0208908, 0.0407700, 0.0856097", \
					  "0.0055664, 0.0063448, 0.0080961, 0.0120298, 0.0208498, 0.0407167, 0.0855569", \
					  "0.0054478, 0.0062161, 0.0079729, 0.0119121, 0.0207688, 0.0406631, 0.0854958", \
					  "0.0053708, 0.0061410, 0.0078922, 0.0118121, 0.0206697, 0.0405938, 0.0854985", \
					  "0.0053187, 0.0061012, 0.0078268, 0.0117420, 0.0205806, 0.0405085, 0.0853786", \
					  "0.0052416, 0.0060144, 0.0077920, 0.0116945, 0.0205793, 0.0404460, 0.0851691", \
					  "0.0050476, 0.0058120, 0.0075400, 0.0116045, 0.0205298, 0.0405594, 0.0854236");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001130624, 0.002556621, 0.005781154, 0.01307262, 0.02956044, 0.06684348");
					values("0.0045557, 0.0038023, 0.0021036, -0.0017438, -0.0105445, -0.0305681, -0.0758956", \
					  "0.0044889, 0.0037372, 0.0020482, -0.0017960, -0.0105974, -0.0306116, -0.0759402", \
					  "0.0044003, 0.0036603, 0.0019744, -0.0018546, -0.0106442, -0.0306554, -0.0759780", \
					  "0.0043000, 0.0035575, 0.0018925, -0.0019146, -0.0106857, -0.0306844, -0.0760001", \
					  "0.0044718, 0.0037128, 0.0019671, -0.0019818, -0.0107341, -0.0306800, -0.0759943", \
					  "0.0044181, 0.0036620, 0.0019518, -0.0019383, -0.0107525, -0.0308113, -0.0760740", \
					  "0.0044621, 0.0036922, 0.0019768, -0.0019284, -0.0107705, -0.0307864, -0.0761264");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001130624, 0.002556621, 0.005781154, 0.01307262, 0.02956044, 0.06684348");
					values("0.0044010, 0.0051894, 0.0069468, 0.0108723, 0.0196849, 0.0394996, 0.0843456", \
					  "0.0042150, 0.0050088, 0.0067981, 0.0107632, 0.0196181, 0.0394625, 0.0843701", \
					  "0.0040805, 0.0048614, 0.0066203, 0.0105668, 0.0194560, 0.0394132, 0.0842982", \
					  "0.0039710, 0.0047415, 0.0064957, 0.0104377, 0.0192628, 0.0393166, 0.0841965", \
					  "0.0039919, 0.0047746, 0.0064934, 0.0104159, 0.0192552, 0.0391723, 0.0841064", \
					  "0.0040733, 0.0048233, 0.0066348, 0.0104957, 0.0191162, 0.0388121, 0.0835524", \
					  "0.0039106, 0.0046730, 0.0062900, 0.0104683, 0.0192282, 0.0390902, 0.0838332");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001130624, 0.002556621, 0.005781154, 0.01307262, 0.02956044, 0.06684348");
					values("0.0034881, 0.0027987, 0.0011951, -0.0026001, -0.0113922, -0.0314377, -0.0767788", \
					  "0.0034171, 0.0027390, 0.0011592, -0.0026015, -0.0113779, -0.0314048, -0.0767508", \
					  "0.0032688, 0.0026105, 0.0010671, -0.0026541, -0.0113985, -0.0313931, -0.0767257", \
					  "0.0032205, 0.0024994, 0.0009105, -0.0027849, -0.0114686, -0.0314348, -0.0767479", \
					  "0.0034080, 0.0026746, 0.0009935, -0.0028898, -0.0115936, -0.0314988, -0.0767677", \
					  "0.0032769, 0.0025543, 0.0008641, -0.0029733, -0.0116961, -0.0316711, -0.0768741", \
					  "0.0033488, 0.0025748, 0.0008667, -0.0030562, -0.0118405, -0.0317594, -0.0770187");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001130624, 0.002556621, 0.005781154, 0.01307262, 0.02956044, 0.06684348");
					values("0.0024851, 0.0033496, 0.0052152, 0.0092813, 0.0182468, 0.0381866, 0.0835766", \
					  "0.0024728, 0.0033246, 0.0051893, 0.0092947, 0.0180686, 0.0381026, 0.0832876", \
					  "0.0024484, 0.0032809, 0.0051241, 0.0091691, 0.0180566, 0.0380809, 0.0824966", \
					  "0.0022431, 0.0030455, 0.0048688, 0.0089175, 0.0179622, 0.0379652, 0.0827151", \
					  "0.0021571, 0.0029410, 0.0046615, 0.0086696, 0.0175961, 0.0378249, 0.0829671", \
					  "0.0021658, 0.0029664, 0.0047339, 0.0087017, 0.0175688, 0.0375929, 0.0826193", \
					  "0.0022515, 0.0030663, 0.0048360, 0.0087335, 0.0176771, 0.0374695, 0.0823535");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001130624, 0.002556621, 0.005781154, 0.01307262, 0.02956044, 0.06684348");
					values("0.0018702, 0.0012033, -0.0003057, -0.0039571, -0.0127116, -0.0327395, -0.0781003", \
					  "0.0018259, 0.0011585, -0.0003684, -0.0040157, -0.0127584, -0.0327774, -0.0781231", \
					  "0.0018720, 0.0012061, -0.0003088, -0.0039691, -0.0126856, -0.0327097, -0.0780446", \
					  "0.0017215, 0.0010509, -0.0004752, -0.0041354, -0.0128246, -0.0327790, -0.0781279", \
					  "0.0016012, 0.0009165, -0.0006186, -0.0042660, -0.0129255, -0.0328833, -0.0781964", \
					  "0.0016892, 0.0009536, -0.0007279, -0.0045489, -0.0130569, -0.0329731, -0.0782635", \
					  "0.0018476, 0.0011025, -0.0006001, -0.0044685, -0.0132078, -0.0331433, -0.0782734");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0931907, 0.1042313, 0.1274759, 0.1799818, 0.2971425, 0.5602610, 1.1539893", \
					  "0.0991475, 0.1095624, 0.1334190, 0.1862944, 0.3035055, 0.5669045, 1.1607753", \
					  "0.1131931, 0.1242894, 0.1478455, 0.2007819, 0.3183002, 0.5819896, 1.1761133", \
					  "0.1461323, 0.1567593, 0.1805235, 0.2331801, 0.3507702, 0.6147222, 1.2087130", \
					  "0.2184128, 0.2297201, 0.2544734, 0.3069432, 0.4245768, 0.6884761, 1.2828090", \
					  "0.3556562, 0.3713257, 0.4059595, 0.4700445, 0.5949344, 0.8591079, 1.4539541", \
					  "0.6078096, 0.6333467, 0.6848587, 0.7798959, 0.9494496, 1.2516747, 1.8480749");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0715778, 0.0847445, 0.1151745, 0.1839522, 0.3407963, 0.6934041, 1.4932005", \
					  "0.0711857, 0.0846703, 0.1148709, 0.1838154, 0.3397402, 0.6928070, 1.4910831", \
					  "0.0715298, 0.0845887, 0.1148558, 0.1837790, 0.3399583, 0.6932389, 1.4894277", \
					  "0.0710383, 0.0845703, 0.1150994, 0.1836628, 0.3394332, 0.6936605, 1.4921200", \
					  "0.0822975, 0.0938320, 0.1211691, 0.1857578, 0.3400283, 0.6934748, 1.4899585", \
					  "0.1164592, 0.1301618, 0.1591859, 0.2177688, 0.3552801, 0.6937134, 1.4952298", \
					  "0.1938181, 0.2110503, 0.2450275, 0.3154166, 0.4515034, 0.7492497, 1.4956433");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0310107, 0.0344442, 0.0417523, 0.0572768, 0.0905179, 0.1634372, 0.3268646", \
					  "0.0355550, 0.0389932, 0.0463325, 0.0618747, 0.0950607, 0.1678528, 0.3312307", \
					  "0.0451356, 0.0486181, 0.0559789, 0.0715684, 0.1048402, 0.1777764, 0.3410617", \
					  "0.0614074, 0.0659687, 0.0751484, 0.0927615, 0.1271393, 0.2006196, 0.3643274", \
					  "0.0839415, 0.0906594, 0.1042710, 0.1293986, 0.1737981, 0.2538177, 0.4186363", \
					  "0.1068355, 0.1177750, 0.1394452, 0.1787669, 0.2461015, 0.3557668, 0.5411870", \
					  "0.1074549, 0.1261486, 0.1623119, 0.2269273, 0.3352211, 0.5051908, 0.7687109");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0194591, 0.0236119, 0.0325547, 0.0519328, 0.0948260, 0.1903901, 0.4080991", \
					  "0.0193996, 0.0235084, 0.0324758, 0.0519320, 0.0944689, 0.1903982, 0.4079322", \
					  "0.0202047, 0.0240986, 0.0327290, 0.0518519, 0.0944818, 0.1904986, 0.4082839", \
					  "0.0265930, 0.0306189, 0.0391304, 0.0562548, 0.0963800, 0.1905141, 0.4079981", \
					  "0.0418920, 0.0470788, 0.0572329, 0.0771411, 0.1150242, 0.1997060, 0.4088458", \
					  "0.0723430, 0.0796447, 0.0940581, 0.1208679, 0.1685442, 0.2523318, 0.4350646", \
					  "0.1324806, 0.1448391, 0.1664069, 0.2037547, 0.2678763, 0.3756675, 0.5657327");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0809613, 0.0915214, 0.1155822, 0.1681745, 0.2856171, 0.5489772, 1.1427345", \
					  "0.0845860, 0.0956051, 0.1193660, 0.1725611, 0.2903643, 0.5539443, 1.1476996", \
					  "0.0972562, 0.1077370, 0.1315062, 0.1841719, 0.3022854, 0.5664801, 1.1610199", \
					  "0.1286358, 0.1389822, 0.1624880, 0.2153514, 0.3330465, 0.5973892, 1.1924035", \
					  "0.2040055, 0.2169959, 0.2408851, 0.2926537, 0.4095468, 0.6731370, 1.2677270", \
					  "0.3405575, 0.3587074, 0.3963225, 0.4662762, 0.5913656, 0.8431493, 1.4329972", \
					  "0.5828009, 0.6124089, 0.6692774, 0.7818171, 0.9713942, 1.2720460, 1.8582673");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0711358, 0.0847621, 0.1151643, 0.1837533, 0.3402850, 0.6944098, 1.4902601", \
					  "0.0711527, 0.0844915, 0.1150898, 0.1841848, 0.3395954, 0.6929234, 1.4915644", \
					  "0.0710391, 0.0845919, 0.1151334, 0.1837719, 0.3404584, 0.6925017, 1.4900976", \
					  "0.0718857, 0.0845486, 0.1146918, 0.1835742, 0.3398453, 0.6933030, 1.4907680", \
					  "0.0940168, 0.1037633, 0.1279688, 0.1884521, 0.3399379, 0.6929300, 1.4906043", \
					  "0.1514169, 0.1661479, 0.1928629, 0.2439899, 0.3644900, 0.6945071, 1.4925026", \
					  "0.2526918, 0.2744878, 0.3227757, 0.3958811, 0.5190369, 0.7739457, 1.4989706");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0249705, 0.0280655, 0.0346722, 0.0489256, 0.0795514, 0.1469111, 0.2984905", \
					  "0.0295973, 0.0327638, 0.0394898, 0.0537198, 0.0845342, 0.1517309, 0.3033397", \
					  "0.0383323, 0.0419709, 0.0491418, 0.0635785, 0.0944452, 0.1620556, 0.3136280", \
					  "0.0506575, 0.0558041, 0.0658184, 0.0841544, 0.1170863, 0.1852983, 0.3376616", \
					  "0.0644791, 0.0724877, 0.0880116, 0.1153441, 0.1611813, 0.2389738, 0.3922635", \
					  "0.0708942, 0.0844257, 0.1094168, 0.1531934, 0.2242670, 0.3359317, 0.5164229", \
					  "0.0372821, 0.0607158, 0.1044916, 0.1781941, 0.2942455, 0.4682915, 0.7322895");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0136826, 0.0176738, 0.0259850, 0.0446898, 0.0841812, 0.1738172, 0.3731210", \
					  "0.0138056, 0.0176866, 0.0262035, 0.0442677, 0.0843317, 0.1741561, 0.3733068", \
					  "0.0159931, 0.0193257, 0.0270144, 0.0445094, 0.0839920, 0.1731748, 0.3738583", \
					  "0.0231712, 0.0269938, 0.0349562, 0.0510479, 0.0868684, 0.1740714, 0.3745641", \
					  "0.0392501, 0.0443999, 0.0544815, 0.0732831, 0.1086710, 0.1843429, 0.3752172", \
					  "0.0714014, 0.0790944, 0.0932609, 0.1195582, 0.1628303, 0.2420180, 0.4068735", \
					  "0.1373746, 0.1478150, 0.1678854, 0.2045791, 0.2657043, 0.3721840, 0.5471986");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				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, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0592732, 0.0652548, 0.0779453, 0.1051687, 0.1650065, 0.2982962, 0.5983549", \
					  "0.0644008, 0.0702171, 0.0828461, 0.1100197, 0.1699426, 0.3031529, 0.6065839", \
					  "0.0764325, 0.0821838, 0.0946250, 0.1216588, 0.1817311, 0.3153751, 0.6159179", \
					  "0.1006768, 0.1064311, 0.1188988, 0.1458873, 0.2060190, 0.3401838, 0.6401275", \
					  "0.1379794, 0.1439269, 0.1563709, 0.1833406, 0.2432788, 0.3779118, 0.6779439", \
					  "0.1906634, 0.1975199, 0.2100971, 0.2374203, 0.2968450, 0.4311864, 0.7320122", \
					  "0.2512329, 0.2606419, 0.2774352, 0.3074626, 0.3668846, 0.4988433, 0.8010905");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0248852, 0.0318463, 0.0478653, 0.0848220, 0.1669959, 0.3575029, 0.7836907", \
					  "0.0248850, 0.0318542, 0.0480167, 0.0845802, 0.1682767, 0.3540720, 0.7855237", \
					  "0.0249457, 0.0319405, 0.0479724, 0.0848302, 0.1670668, 0.3560972, 0.7823243", \
					  "0.0258293, 0.0326413, 0.0481754, 0.0846470, 0.1667850, 0.3575940, 0.7792483", \
					  "0.0288591, 0.0351409, 0.0500377, 0.0855694, 0.1669198, 0.3548726, 0.7754652", \
					  "0.0376562, 0.0428430, 0.0557224, 0.0880486, 0.1698431, 0.3538612, 0.7809060", \
					  "0.0555458, 0.0609777, 0.0724523, 0.0999016, 0.1729200, 0.3580971, 0.7801413");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0944129, 0.0986312, 0.1068711, 0.1219747, 0.1501628, 0.2080831, 0.3361365", \
					  "0.0995213, 0.1036917, 0.1117197, 0.1270135, 0.1549939, 0.2128506, 0.3409001", \
					  "0.1133381, 0.1175540, 0.1257147, 0.1407153, 0.1691598, 0.2265994, 0.3548029", \
					  "0.1468463, 0.1510493, 0.1591823, 0.1742344, 0.2027397, 0.2616691, 0.3899085", \
					  "0.2246236, 0.2291916, 0.2376415, 0.2529935, 0.2818498, 0.3400232, 0.4684691", \
					  "0.3592540, 0.3650253, 0.3756832, 0.3941030, 0.4262012, 0.4864359, 0.6144065", \
					  "0.5849591, 0.5928870, 0.6074034, 0.6318723, 0.6714668, 0.7369747, 0.8660417");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113062, 0.00255662, 0.00578115, 0.0130726, 0.0295604, 0.0668435");
					values("0.0218943, 0.0250366, 0.0319458, 0.0460700, 0.0774190, 0.1497682, 0.3203910", \
					  "0.0219497, 0.0250521, 0.0318680, 0.0462034, 0.0773994, 0.1499469, 0.3212041", \
					  "0.0218809, 0.0249943, 0.0318368, 0.0462297, 0.0771949, 0.1501609, 0.3217445", \
					  "0.0219754, 0.0251346, 0.0319082, 0.0462253, 0.0774082, 0.1500137, 0.3215858", \
					  "0.0253025, 0.0282445, 0.0345649, 0.0482114, 0.0782004, 0.1502187, 0.3222701", \
					  "0.0369803, 0.0401589, 0.0465805, 0.0597824, 0.0880981, 0.1548448, 0.3237886", \
					  "0.0587828, 0.0620691, 0.0693337, 0.0832333, 0.1102617, 0.1703932, 0.3277268");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002076;
			capacitance : 0.002178;
			rise_capacitance : 0.002280;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026401, -0.0026394, -0.0026377, -0.0026380, -0.0026386, -0.0026400, -0.0026434");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026381, 0.0026391, 0.0026415, 0.0026415, 0.0026415, 0.0026415, 0.0026414");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002050;
			capacitance : 0.002188;
			rise_capacitance : 0.002327;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026248, -0.0026236, -0.0026210, -0.0026216, -0.0026232, -0.0026266, -0.0026346");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026356, 0.0026340, 0.0026305, 0.0026307, 0.0026311, 0.0026321, 0.0026345");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001750;
			capacitance : 0.001672;
			fall_capacitance : 0.001595;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026243, 0.0025789, 0.0024744, 0.0024664, 0.0024478, 0.0024051, 0.0023066");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063469, 0.0062656, 0.0060783, 0.0060811, 0.0060876, 0.0061026, 0.0061370");
				}
			}
		}
	}
	cell ("scs8hd_o21bai_2") {
		area : 11.260800;
		cell_footprint : "o21bai";
		cell_leakage_power : 1.708523e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0097588";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "5.8167264e-05";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "3.5640294e-05";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0014745";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "3.4451889e-05";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0007997";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "3.5445852e-05";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0014715";
			when : "A1&A2&!B1N";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (B1N)";
			max_capacitance : 0.120860;
			max_transition : 1.497072;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001247925, 0.003114634, 0.007773659, 0.01940189, 0.04842421, 0.1208596");
					values("0.0104580, 0.0113823, 0.0136287, 0.0192789, 0.0332955, 0.0682995, 0.1553394", \
					  "0.0101845, 0.0111149, 0.0133868, 0.0190821, 0.0331763, 0.0681948, 0.1553331", \
					  "0.0099641, 0.0108832, 0.0131359, 0.0188456, 0.0329855, 0.0680406, 0.1549484", \
					  "0.0098085, 0.0107150, 0.0129621, 0.0186036, 0.0327548, 0.0678654, 0.1549829", \
					  "0.0096197, 0.0104996, 0.0127638, 0.0184122, 0.0325097, 0.0675493, 0.1546835", \
					  "0.0094761, 0.0104062, 0.0127046, 0.0183785, 0.0325174, 0.0675422, 0.1547877", \
					  "0.0090092, 0.0099199, 0.0121757, 0.0179757, 0.0323812, 0.0675509, 0.1547220");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001247925, 0.003114634, 0.007773659, 0.01940189, 0.04842421, 0.1208596");
					values("0.0099957, 0.0090976, 0.0068495, 0.0012838, -0.0126258, -0.0477731, -0.1357830", \
					  "0.0098542, 0.0089610, 0.0067201, 0.0011625, -0.0127409, -0.0478772, -0.1358811", \
					  "0.0096578, 0.0087626, 0.0065376, 0.0010239, -0.0128634, -0.0479864, -0.1359732", \
					  "0.0094016, 0.0085270, 0.0063409, 0.0008605, -0.0129797, -0.0480766, -0.1360588", \
					  "0.0096231, 0.0087046, 0.0064067, 0.0007452, -0.0130806, -0.0480820, -0.1360460", \
					  "0.0096376, 0.0087556, 0.0064976, 0.0008905, -0.0131537, -0.0483680, -0.1362359", \
					  "0.0097683, 0.0088356, 0.0065790, 0.0009499, -0.0131559, -0.0483462, -0.1363936");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001247925, 0.003114634, 0.007773659, 0.01940189, 0.04842421, 0.1208596");
					values("0.0076100, 0.0085368, 0.0108473, 0.0165291, 0.0306177, 0.0656127, 0.1525820", \
					  "0.0072080, 0.0081333, 0.0104706, 0.0162461, 0.0304290, 0.0654181, 0.1526930", \
					  "0.0068460, 0.0077706, 0.0100780, 0.0158657, 0.0301274, 0.0653265, 0.1525461", \
					  "0.0067368, 0.0076321, 0.0099027, 0.0156342, 0.0296957, 0.0650058, 0.1523796", \
					  "0.0065963, 0.0074966, 0.0097469, 0.0153748, 0.0295016, 0.0647321, 0.1520626", \
					  "0.0066826, 0.0075872, 0.0098473, 0.0156176, 0.0296898, 0.0645412, 0.1518071", \
					  "0.0067517, 0.0076531, 0.0098644, 0.0160011, 0.0299964, 0.0646144, 0.1519259");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001247925, 0.003114634, 0.007773659, 0.01940189, 0.04842421, 0.1208596");
					values("0.0069928, 0.0061699, 0.0040929, -0.0012581, -0.0151112, -0.0503090, -0.1384322", \
					  "0.0068072, 0.0060064, 0.0040037, -0.0012621, -0.0150629, -0.0502297, -0.1383318", \
					  "0.0065211, 0.0057469, 0.0037816, -0.0013950, -0.0150984, -0.0502094, -0.1382835", \
					  "0.0063541, 0.0055254, 0.0034904, -0.0016534, -0.0152515, -0.0502599, -0.1382809", \
					  "0.0068855, 0.0060137, 0.0038255, -0.0017538, -0.0155442, -0.0504136, -0.1383206", \
					  "0.0068165, 0.0058849, 0.0037022, -0.0018348, -0.0157044, -0.0507746, -0.1385420", \
					  "0.0069600, 0.0059736, 0.0037936, -0.0018778, -0.0158997, -0.0509497, -0.1388340");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001247925, 0.003114634, 0.007773659, 0.01940189, 0.04842421, 0.1208596");
					values("0.0030723, 0.0040796, 0.0065303, 0.0125098, 0.0269444, 0.0622317, 0.1506016", \
					  "0.0030518, 0.0040772, 0.0065189, 0.0125187, 0.0269242, 0.0622755, 0.1487271", \
					  "0.0030369, 0.0040393, 0.0064920, 0.0124280, 0.0268309, 0.0620376, 0.1496365", \
					  "0.0028957, 0.0038881, 0.0061911, 0.0120732, 0.0265083, 0.0619512, 0.1489209", \
					  "0.0027415, 0.0036929, 0.0060952, 0.0119139, 0.0261541, 0.0614153, 0.1492107", \
					  "0.0028802, 0.0038225, 0.0061414, 0.0118248, 0.0258086, 0.0609852, 0.1479106", \
					  "0.0029885, 0.0039163, 0.0062797, 0.0119165, 0.0263006, 0.0610953, 0.1481012");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001247925, 0.003114634, 0.007773659, 0.01940189, 0.04842421, 0.1208596");
					values("0.0031216, 0.0022962, 0.0003012, -0.0047830, -0.0182526, -0.0532631, -0.1413326", \
					  "0.0031062, 0.0022648, 0.0002523, -0.0047905, -0.0183020, -0.0533010, -0.1413410", \
					  "0.0031414, 0.0023010, 0.0002747, -0.0047454, -0.0182335, -0.0532408, -0.1412698", \
					  "0.0030120, 0.0021928, 0.0001512, -0.0049366, -0.0184286, -0.0533654, -0.1414026", \
					  "0.0028431, 0.0019844, -8.1600000e-05, -0.0052042, -0.0186540, -0.0535790, -0.1415453", \
					  "0.0024595, 0.0017693, -0.0005371, -0.0056095, -0.0189297, -0.0537857, -0.1417055", \
					  "0.0038266, 0.0029399, 0.0006848, -0.0049086, -0.0189094, -0.0540573, -0.1418100");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
					values("0.0976770, 0.1050997, 0.1222610, 0.1647122, 0.2681515, 0.5225674, 1.1554585", \
					  "0.1027348, 0.1100856, 0.1279765, 0.1705481, 0.2740909, 0.5287805, 1.1616821", \
					  "0.1171922, 0.1245918, 0.1417694, 0.1845513, 0.2886768, 0.5439419, 1.1775322", \
					  "0.1515174, 0.1589288, 0.1761362, 0.2187059, 0.3225185, 0.5782009, 1.2120467", \
					  "0.2263145, 0.2342496, 0.2520333, 0.2940628, 0.3977323, 0.6532194, 1.2877812", \
					  "0.3698760, 0.3805936, 0.4048087, 0.4588330, 0.5713706, 0.8269468, 1.4616334", \
					  "0.6332752, 0.6501712, 0.6884292, 0.7682577, 0.9241385, 1.2236405, 1.8626271");
				}
				rise_transition ("del_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("0.0707913, 0.0795094, 0.1010981, 0.1550493, 0.2911117, 0.6320524, 1.4848973", \
					  "0.0708821, 0.0795054, 0.1005259, 0.1549923, 0.2909251, 0.6330516, 1.4866722", \
					  "0.0707268, 0.0793939, 0.1009971, 0.1550127, 0.2909911, 0.6335443, 1.4898678", \
					  "0.0705658, 0.0786911, 0.1006397, 0.1549645, 0.2909349, 0.6331973, 1.4863524", \
					  "0.0790123, 0.0867085, 0.1061850, 0.1573255, 0.2910066, 0.6329675, 1.4856321", \
					  "0.1114869, 0.1205340, 0.1415131, 0.1902018, 0.3085910, 0.6349399, 1.4870193", \
					  "0.1843250, 0.1953842, 0.2230543, 0.2799569, 0.4020790, 0.6881025, 1.4886518");
				}
				cell_fall ("del_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("0.0325716, 0.0350645, 0.0408641, 0.0540807, 0.0841039, 0.1538151, 0.3233110", \
					  "0.0369118, 0.0393794, 0.0452100, 0.0584246, 0.0884202, 0.1581409, 0.3276376", \
					  "0.0457786, 0.0483053, 0.0541030, 0.0673536, 0.0973750, 0.1671213, 0.3366766", \
					  "0.0605257, 0.0636731, 0.0708271, 0.0860261, 0.1173816, 0.1878698, 0.3577729", \
					  "0.0805700, 0.0852175, 0.0954798, 0.1168068, 0.1582750, 0.2372323, 0.4092520", \
					  "0.0979535, 0.1051973, 0.1213583, 0.1548354, 0.2180281, 0.3284369, 0.5260791", \
					  "0.0850044, 0.0974294, 0.1243258, 0.1799519, 0.2820305, 0.4550149, 0.7373981");
				}
				fall_transition ("del_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("0.0202187, 0.0230817, 0.0298762, 0.0458489, 0.0832154, 0.1737830, 0.4006392", \
					  "0.0201361, 0.0229661, 0.0297822, 0.0457680, 0.0831424, 0.1739196, 0.4007936", \
					  "0.0206323, 0.0233829, 0.0299284, 0.0454648, 0.0830106, 0.1736169, 0.4007619", \
					  "0.0257309, 0.0284731, 0.0350246, 0.0497865, 0.0847630, 0.1738909, 0.4002219", \
					  "0.0395579, 0.0430051, 0.0509426, 0.0682041, 0.1033238, 0.1836437, 0.4015413", \
					  "0.0686334, 0.0735288, 0.0850446, 0.1081990, 0.1520791, 0.2372489, 0.4284145", \
					  "0.1259583, 0.1333297, 0.1508345, 0.1849553, 0.2479608, 0.3568835, 0.5588622");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
					values("0.0773845, 0.0850266, 0.1024182, 0.1452140, 0.2490153, 0.5036014, 1.1363659", \
					  "0.0804562, 0.0879847, 0.1059609, 0.1490524, 0.2530510, 0.5082318, 1.1416477", \
					  "0.0918446, 0.0990716, 0.1170108, 0.1598365, 0.2644837, 0.5204050, 1.1540729", \
					  "0.1244469, 0.1313368, 0.1488893, 0.1909139, 0.2931040, 0.5494313, 1.1838510", \
					  "0.1973134, 0.2059879, 0.2245570, 0.2664872, 0.3690744, 0.6248973, 1.2598468", \
					  "0.3264979, 0.3394431, 0.3685202, 0.4291917, 0.5455613, 0.7968973, 1.4300888", \
					  "0.5524396, 0.5727285, 0.6185546, 0.7144093, 0.8944210, 1.2049827, 1.8341860");
				}
				rise_transition ("del_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("0.0705874, 0.0786797, 0.1007900, 0.1548187, 0.2910830, 0.6329530, 1.4865148", \
					  "0.0701548, 0.0786731, 0.1003575, 0.1550023, 0.2909221, 0.6340747, 1.4854243", \
					  "0.0698501, 0.0785783, 0.1002568, 0.1549018, 0.2916449, 0.6330620, 1.4840541", \
					  "0.0705023, 0.0787035, 0.0997552, 0.1547642, 0.2909811, 0.6330308, 1.4840332", \
					  "0.0933779, 0.0999320, 0.1165723, 0.1617306, 0.2915024, 0.6340885, 1.4853070", \
					  "0.1454298, 0.1554962, 0.1781021, 0.2240975, 0.3279496, 0.6364528, 1.4887641", \
					  "0.2401641, 0.2569463, 0.2927532, 0.3611543, 0.4854755, 0.7293433, 1.4970715");
				}
				cell_fall ("del_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("0.0252480, 0.0275407, 0.0329082, 0.0453538, 0.0739031, 0.1406488, 0.3026827", \
					  "0.0296924, 0.0320198, 0.0375166, 0.0500658, 0.0787164, 0.1453640, 0.3079637", \
					  "0.0376726, 0.0403528, 0.0463501, 0.0591041, 0.0878146, 0.1547852, 0.3168968", \
					  "0.0483483, 0.0520442, 0.0601394, 0.0763259, 0.1081054, 0.1760669, 0.3386585", \
					  "0.0586942, 0.0643199, 0.0766446, 0.1011173, 0.1455014, 0.2251459, 0.3905221", \
					  "0.0572009, 0.0665240, 0.0867702, 0.1260986, 0.1956421, 0.3120126, 0.5086722", \
					  "0.0065573, 0.0236243, 0.0585315, 0.1254485, 0.2395978, 0.4225183, 0.7106586");
				}
				fall_transition ("del_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("0.0127195, 0.0155487, 0.0223507, 0.0384025, 0.0751084, 0.1621791, 0.3810679", \
					  "0.0128471, 0.0157684, 0.0224548, 0.0385668, 0.0746287, 0.1618000, 0.3786614", \
					  "0.0148910, 0.0173459, 0.0235049, 0.0385194, 0.0746668, 0.1618443, 0.3809887", \
					  "0.0206995, 0.0235838, 0.0303814, 0.0451806, 0.0774152, 0.1619288, 0.3809149", \
					  "0.0352295, 0.0390602, 0.0475229, 0.0645095, 0.0982583, 0.1737519, 0.3819474", \
					  "0.0657166, 0.0712518, 0.0831157, 0.1065674, 0.1497321, 0.2326845, 0.4123971", \
					  "0.1293192, 0.1372566, 0.1540117, 0.1872061, 0.2479291, 0.3544154, 0.5499525");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				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, 0.00124793, 0.00311463, 0.00777366, 0.0194019, 0.0484242, 0.12086");
					values("0.0666519, 0.0703622, 0.0788171, 0.0981991, 0.1436073, 0.2546578, 0.5316009", \
					  "0.0719333, 0.0757078, 0.0841240, 0.1035363, 0.1490704, 0.2602137, 0.5348975", \
					  "0.0841896, 0.0879116, 0.0963226, 0.1155076, 0.1609709, 0.2720355, 0.5489863", \
					  "0.1119301, 0.1156155, 0.1238569, 0.1430477, 0.1884276, 0.3001343, 0.5756640", \
					  "0.1576541, 0.1617904, 0.1707955, 0.1903887, 0.2358395, 0.3468479, 0.6238786", \
					  "0.2240917, 0.2290569, 0.2411368, 0.2619442, 0.3077289, 0.4182420, 0.6931093", \
					  "0.3082773, 0.3156933, 0.3309142, 0.3572664, 0.4072850, 0.5173351, 0.7903954");
				}
				rise_transition ("del_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("0.0210024, 0.0247036, 0.0341395, 0.0581348, 0.1205119, 0.2773108, 0.6729224", \
					  "0.0210240, 0.0246886, 0.0340561, 0.0581860, 0.1206292, 0.2788404, 0.6648899", \
					  "0.0210175, 0.0247421, 0.0340833, 0.0581490, 0.1202793, 0.2771331, 0.6718601", \
					  "0.0217089, 0.0252825, 0.0345511, 0.0584717, 0.1203474, 0.2790949, 0.6661762", \
					  "0.0270240, 0.0302691, 0.0383870, 0.0606335, 0.1206621, 0.2776489, 0.6713479", \
					  "0.0373142, 0.0402900, 0.0479263, 0.0676982, 0.1237549, 0.2771072, 0.6684517", \
					  "0.0571349, 0.0604996, 0.0684821, 0.0864745, 0.1346543, 0.2798999, 0.6676861");
				}
				cell_fall ("del_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("0.1236328, 0.1273131, 0.1349640, 0.1501524, 0.1787489, 0.2359973, 0.3654428", \
					  "0.1290863, 0.1326703, 0.1404888, 0.1554691, 0.1840471, 0.2407956, 0.3710687", \
					  "0.1431450, 0.1468035, 0.1545404, 0.1696087, 0.1979630, 0.2549994, 0.3849066", \
					  "0.1766116, 0.1802832, 0.1880035, 0.2030933, 0.2315449, 0.2891627, 0.4196143", \
					  "0.2568697, 0.2605229, 0.2682121, 0.2832671, 0.3117950, 0.3691055, 0.4978685", \
					  "0.4122450, 0.4163054, 0.4265805, 0.4446713, 0.4763990, 0.5358471, 0.6664473", \
					  "0.6713480, 0.6780175, 0.6911173, 0.7151518, 0.7558228, 0.8246726, 0.9588995");
				}
				fall_transition ("del_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("0.0268193, 0.0293390, 0.0345447, 0.0460573, 0.0728142, 0.1373112, 0.3072845", \
					  "0.0269649, 0.0291176, 0.0347286, 0.0462285, 0.0725696, 0.1375916, 0.3073672", \
					  "0.0268802, 0.0293539, 0.0346597, 0.0459251, 0.0728289, 0.1373277, 0.3070979", \
					  "0.0267783, 0.0291570, 0.0344625, 0.0459927, 0.0728178, 0.1375289, 0.3075983", \
					  "0.0276213, 0.0298039, 0.0352644, 0.0462781, 0.0729812, 0.1375289, 0.3068130", \
					  "0.0399134, 0.0426604, 0.0478108, 0.0589057, 0.0831447, 0.1425895, 0.3081356", \
					  "0.0626452, 0.0657812, 0.0722589, 0.0852790, 0.1093097, 0.1649792, 0.3169939");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003848;
			capacitance : 0.004051;
			rise_capacitance : 0.004253;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052097, -0.0052072, -0.0052015, -0.0052007, -0.0051990, -0.0051949, -0.0051854");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052346, 0.0052288, 0.0052155, 0.0052181, 0.0052242, 0.0052382, 0.0052705");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003854;
			capacitance : 0.004124;
			rise_capacitance : 0.004394;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052732, -0.0052668, -0.0052520, -0.0052528, -0.0052547, -0.0052591, -0.0052691");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052892, 0.0052833, 0.0052697, 0.0052677, 0.0052629, 0.0052520, 0.0052267");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001378;
			capacitance : 0.001319;
			fall_capacitance : 0.001260;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059729, 0.0059483, 0.0058915, 0.0058826, 0.0058621, 0.0058147, 0.0057056");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0079100, 0.0078446, 0.0076940, 0.0077115, 0.0077518, 0.0078448, 0.0080592");
				}
			}
		}
	}
	cell ("scs8hd_o21bai_4") {
		area : 18.768000;
		cell_footprint : "o21bai";
		cell_leakage_power : 3.008671e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0150105";
			when : "!A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0004683";
			when : "!A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0004294";
			when : "!A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0028875";
			when : "!A1&A2&!B1N";
		}
		leakage_power () {
			value : "0.0004303";
			when : "A1&!A2&B1N";
		}
		leakage_power () {
			value : "0.0015297";
			when : "A1&!A2&!B1N";
		}
		leakage_power () {
			value : "0.0004288";
			when : "A1&A2&B1N";
		}
		leakage_power () {
			value : "0.0028849";
			when : "A1&A2&!B1N";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2) | (B1N)";
			max_capacitance : 0.209666;
			max_transition : 1.497891;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001367927, 0.003742448, 0.01023879, 0.02801184, 0.07663629, 0.2096657");
					values("0.0139076, 0.0149708, 0.0179489, 0.0259084, 0.0474889, 0.1061226, 0.2659050", \
					  "0.0130914, 0.0141848, 0.0171530, 0.0252291, 0.0470469, 0.1057937, 0.2660128", \
					  "0.0123838, 0.0134203, 0.0163859, 0.0245276, 0.0464804, 0.1055405, 0.2654069", \
					  "0.0120807, 0.0131042, 0.0160304, 0.0240097, 0.0460203, 0.1048239, 0.2651322", \
					  "0.0117869, 0.0128895, 0.0157623, 0.0239077, 0.0455202, 0.1043189, 0.2652345", \
					  "0.0118944, 0.0129437, 0.0157955, 0.0238776, 0.0455777, 0.1039908, 0.2646779", \
					  "0.0125855, 0.0136128, 0.0164252, 0.0243265, 0.0456641, 0.1038830, 0.2648318");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001367927, 0.003742448, 0.01023879, 0.02801184, 0.07663629, 0.2096657");
					values("0.0151541, 0.0142114, 0.0115088, 0.0040285, -0.0171020, -0.0760497, -0.2378854", \
					  "0.0148026, 0.0139164, 0.0113064, 0.0039862, -0.0170121, -0.0758842, -0.2376844", \
					  "0.0142958, 0.0133941, 0.0108863, 0.0037025, -0.0171008, -0.0758075, -0.2375437", \
					  "0.0137074, 0.0127716, 0.0102218, 0.0031281, -0.0174513, -0.0759495, -0.2375533", \
					  "0.0144656, 0.0134553, 0.0106409, 0.0029330, -0.0180593, -0.0763120, -0.2376414", \
					  "0.0141964, 0.0131814, 0.0103628, 0.0027348, -0.0184053, -0.0770589, -0.2381153", \
					  "0.0144324, 0.0133284, 0.0104716, 0.0026004, -0.0188148, -0.0774464, -0.2386872");
				}
			}
			internal_power () {
				related_pin : "B1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001367927, 0.003742448, 0.01023879, 0.02801184, 0.07663629, 0.2096657");
					values("0.0055361, 0.0067362, 0.0099414, 0.0185327, 0.0409424, 0.1003454, 0.2600997", \
					  "0.0055695, 0.0067727, 0.0100344, 0.0184604, 0.0409116, 0.0997350, 0.2600914", \
					  "0.0055737, 0.0067645, 0.0099653, 0.0184713, 0.0406421, 0.0996702, 0.2594920", \
					  "0.0052954, 0.0064584, 0.0095876, 0.0178295, 0.0401164, 0.0998414, 0.2598366", \
					  "0.0051126, 0.0062170, 0.0092678, 0.0175463, 0.0394698, 0.0991944, 0.2592047", \
					  "0.0051462, 0.0062750, 0.0093080, 0.0174439, 0.0388343, 0.0982469, 0.2595574", \
					  "0.0055677, 0.0065105, 0.0096889, 0.0175097, 0.0396199, 0.0986899, 0.2580277");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001367927, 0.003742448, 0.01023879, 0.02801184, 0.07663629, 0.2096657");
					values("0.0083539, 0.0073921, 0.0048532, -0.0023490, -0.0229020, -0.0813965, -0.2430967", \
					  "0.0083279, 0.0074394, 0.0047846, -0.0023935, -0.0228304, -0.0814024, -0.2431058", \
					  "0.0083847, 0.0074534, 0.0048471, -0.0023521, -0.0228083, -0.0813254, -0.2430022", \
					  "0.0082352, 0.0072630, 0.0046537, -0.0026222, -0.0230770, -0.0815298, -0.2431767", \
					  "0.0078568, 0.0069052, 0.0042060, -0.0031017, -0.0235776, -0.0818959, -0.2434213", \
					  "0.0073744, 0.0064140, 0.0036894, -0.0035530, -0.0240285, -0.0822940, -0.2437093", \
					  "0.0091096, 0.0080523, 0.0052096, -0.0027338, -0.0240846, -0.0827098, -0.2438192");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001367927, 0.003742448, 0.01023879, 0.02801184, 0.07663629, 0.2096657");
					values("0.0196409, 0.0207013, 0.0235590, 0.0314407, 0.0529872, 0.1114179, 0.2715757", \
					  "0.0191497, 0.0202389, 0.0231050, 0.0310415, 0.0526627, 0.1113215, 0.2714799", \
					  "0.0186859, 0.0197450, 0.0226467, 0.0306221, 0.0523162, 0.1110663, 0.2712895", \
					  "0.0182920, 0.0193831, 0.0222902, 0.0301492, 0.0518457, 0.1107044, 0.2711388", \
					  "0.0179506, 0.0189877, 0.0218926, 0.0298022, 0.0513740, 0.1102705, 0.2706071", \
					  "0.0177755, 0.0188632, 0.0217917, 0.0297476, 0.0514172, 0.1101907, 0.2703375", \
					  "0.0168051, 0.0178569, 0.0207550, 0.0288159, 0.0510789, 0.1103416, 0.2707034");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001367927, 0.003742448, 0.01023879, 0.02801184, 0.07663629, 0.2096657");
					values("0.0203914, 0.0193427, 0.0164828, 0.0086739, -0.0126494, -0.0715165, -0.2331720", \
					  "0.0201142, 0.0190716, 0.0162323, 0.0084338, -0.0128632, -0.0717138, -0.2333756", \
					  "0.0197234, 0.0186748, 0.0158369, 0.0081160, -0.0131405, -0.0720007, -0.2335579", \
					  "0.0192464, 0.0182026, 0.0154081, 0.0077531, -0.0133786, -0.0721478, -0.2337411", \
					  "0.0192784, 0.0182036, 0.0152672, 0.0074783, -0.0136710, -0.0722479, -0.2336977", \
					  "0.0193426, 0.0182800, 0.0154330, 0.0076509, -0.0137721, -0.0727616, -0.2340681", \
					  "0.0194784, 0.0183908, 0.0156121, 0.0077071, -0.0138427, -0.0726581, -0.2343432");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
					values("0.1048645, 0.1096615, 0.1229273, 0.1572078, 0.2481181, 0.4945828, 1.1649252", \
					  "0.1098543, 0.1148971, 0.1276432, 0.1619863, 0.2541534, 0.5006376, 1.1711069", \
					  "0.1246101, 0.1293317, 0.1425301, 0.1772688, 0.2692946, 0.5163241, 1.1869652", \
					  "0.1596108, 0.1639271, 0.1768042, 0.2113976, 0.3036635, 0.5509855, 1.2224484", \
					  "0.2360408, 0.2409705, 0.2538046, 0.2878431, 0.3796010, 0.6266992, 1.2986171", \
					  "0.3852697, 0.3903794, 0.4092421, 0.4529975, 0.5546695, 0.8018042, 1.4742999", \
					  "0.6645078, 0.6754022, 0.7025791, 0.7672742, 0.9082401, 1.2025790, 1.8795219");
				}
				rise_transition ("del_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("0.0758424, 0.0816980, 0.0967366, 0.1401307, 0.2600100, 0.5902152, 1.4880690", \
					  "0.0758921, 0.0816498, 0.0973004, 0.1402811, 0.2605418, 0.5883048, 1.4895757", \
					  "0.0758810, 0.0813972, 0.0966845, 0.1401435, 0.2598290, 0.5900490, 1.4897394", \
					  "0.0749477, 0.0813952, 0.0969575, 0.1402954, 0.2598025, 0.5886340, 1.4878122", \
					  "0.0823034, 0.0874499, 0.1019959, 0.1428020, 0.2599105, 0.5897768, 1.4908702", \
					  "0.1130964, 0.1188669, 0.1345102, 0.1742052, 0.2785041, 0.5902895, 1.4890840", \
					  "0.1832177, 0.1906516, 0.2096567, 0.2563579, 0.3678749, 0.6437232, 1.4923242");
				}
				cell_fall ("del_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("0.0341746, 0.0358233, 0.0401510, 0.0510893, 0.0781970, 0.1469681, 0.3295644", \
					  "0.0383106, 0.0399778, 0.0443431, 0.0552121, 0.0823798, 0.1510896, 0.3334556", \
					  "0.0462717, 0.0479818, 0.0523197, 0.0632556, 0.0903986, 0.1590306, 0.3417522", \
					  "0.0592111, 0.0613000, 0.0665467, 0.0790626, 0.1078848, 0.1774835, 0.3600824", \
					  "0.0770793, 0.0799994, 0.0872266, 0.1046483, 0.1417205, 0.2201933, 0.4058118", \
					  "0.0895580, 0.0942500, 0.1058198, 0.1330500, 0.1896196, 0.2974493, 0.5082911", \
					  "0.0661490, 0.0737410, 0.0931803, 0.1381843, 0.2306426, 0.3999373, 0.6936205");
				}
				fall_transition ("del_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("0.0217369, 0.0236598, 0.0287390, 0.0420844, 0.0764199, 0.1677466, 0.4167092", \
					  "0.0215731, 0.0235383, 0.0287060, 0.0419431, 0.0763995, 0.1677910, 0.4172552", \
					  "0.0221568, 0.0240125, 0.0289781, 0.0419917, 0.0762928, 0.1677323, 0.4171611", \
					  "0.0263435, 0.0282721, 0.0333152, 0.0462248, 0.0783993, 0.1678539, 0.4170414", \
					  "0.0393260, 0.0415714, 0.0474902, 0.0616335, 0.0945942, 0.1769586, 0.4184828", \
					  "0.0680093, 0.0711791, 0.0793294, 0.0981524, 0.1388269, 0.2246966, 0.4410319", \
					  "0.1247083, 0.1297939, 0.1422266, 0.1710351, 0.2270613, 0.3364482, 0.5590269");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
					values("0.0843991, 0.0891691, 0.1023704, 0.1369804, 0.2289895, 0.4752048, 1.1455117", \
					  "0.0868223, 0.0916486, 0.1048265, 0.1401386, 0.2327789, 0.4798161, 1.1502209", \
					  "0.0979642, 0.1028486, 0.1162707, 0.1515675, 0.2443943, 0.4921485, 1.1634783", \
					  "0.1297720, 0.1342652, 0.1475903, 0.1830203, 0.2749575, 0.5222670, 1.1946435", \
					  "0.2066550, 0.2117500, 0.2257621, 0.2590804, 0.3499039, 0.5965667, 1.2689541", \
					  "0.3432970, 0.3521657, 0.3737958, 0.4234623, 0.5295530, 0.7713220, 1.4403528", \
					  "0.5868678, 0.6003456, 0.6331239, 0.7125200, 0.8781121, 1.1873176, 1.8535742");
				}
				rise_transition ("del_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("0.0752305, 0.0812723, 0.0968174, 0.1403646, 0.2596134, 0.5889178, 1.4925023", \
					  "0.0755784, 0.0814060, 0.0971049, 0.1403447, 0.2596914, 0.5904274, 1.4898924", \
					  "0.0753414, 0.0810905, 0.0965466, 0.1400425, 0.2605246, 0.5884956, 1.4888496", \
					  "0.0751203, 0.0806854, 0.0959237, 0.1399028, 0.2601039, 0.5886758, 1.4901016", \
					  "0.0955921, 0.1003404, 0.1121066, 0.1484444, 0.2605073, 0.5890702, 1.4910594", \
					  "0.1478093, 0.1547217, 0.1715113, 0.2094863, 0.3001118, 0.5923662, 1.4886641", \
					  "0.2471588, 0.2573408, 0.2814288, 0.3394349, 0.4542230, 0.6909309, 1.4978908");
				}
				cell_fall ("del_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("0.0258996, 0.0274435, 0.0314708, 0.0415549, 0.0670661, 0.1316513, 0.3030890", \
					  "0.0302020, 0.0317850, 0.0358866, 0.0461470, 0.0717412, 0.1360868, 0.3079728", \
					  "0.0375331, 0.0393784, 0.0439483, 0.0545166, 0.0801675, 0.1447682, 0.3171263", \
					  "0.0472550, 0.0496470, 0.0555849, 0.0691936, 0.0984451, 0.1644880, 0.3367009", \
					  "0.0558134, 0.0594484, 0.0686096, 0.0888991, 0.1297801, 0.2087735, 0.3846422", \
					  "0.0505825, 0.0563257, 0.0711695, 0.1040799, 0.1686312, 0.2833208, 0.4928198", \
					  "-0.0101409, 0.0008384, 0.0271007, 0.0843206, 0.1914107, 0.3723943, 0.6777116");
				}
				fall_transition ("del_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("0.0135648, 0.0155586, 0.0206308, 0.0338561, 0.0667354, 0.1527447, 0.3862389", \
					  "0.0137422, 0.0155735, 0.0206402, 0.0336179, 0.0665034, 0.1520996, 0.3868030", \
					  "0.0156915, 0.0173291, 0.0218603, 0.0340876, 0.0663103, 0.1523434, 0.3856282", \
					  "0.0211288, 0.0230321, 0.0282207, 0.0404245, 0.0698511, 0.1530191, 0.3863720", \
					  "0.0358240, 0.0383174, 0.0443786, 0.0585556, 0.0896558, 0.1651963, 0.3889854", \
					  "0.0669974, 0.0704756, 0.0790802, 0.0985665, 0.1375565, 0.2186089, 0.4176162", \
					  "0.1316654, 0.1362733, 0.1484099, 0.1763701, 0.2324600, 0.3361363, 0.5516321");
				}
			}
			timing () {
				related_pin : "B1N";
				timing_type : "combinational";
				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, 0.00136793, 0.00374245, 0.0102388, 0.0280118, 0.0766363, 0.209666");
					values("0.0724537, 0.0750278, 0.0816416, 0.0982574, 0.1405774, 0.2517479, 0.5529419", \
					  "0.0774673, 0.0800382, 0.0867033, 0.1031528, 0.1454187, 0.2565079, 0.5571272", \
					  "0.0890330, 0.0916107, 0.0981782, 0.1146743, 0.1567041, 0.2685170, 0.5684637", \
					  "0.1153642, 0.1179314, 0.1244478, 0.1406592, 0.1824711, 0.2946578, 0.5956987", \
					  "0.1593158, 0.1621074, 0.1690253, 0.1855862, 0.2273141, 0.3382046, 0.6427993", \
					  "0.2191808, 0.2226775, 0.2310005, 0.2501792, 0.2919340, 0.4021663, 0.7026771", \
					  "0.2865051, 0.2914048, 0.3022190, 0.3264446, 0.3733952, 0.4834128, 0.7838885");
				}
				rise_transition ("del_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("0.0225355, 0.0250186, 0.0319983, 0.0517906, 0.1082272, 0.2648636, 0.6858631", \
					  "0.0225245, 0.0250492, 0.0320126, 0.0518699, 0.1079346, 0.2622157, 0.6865052", \
					  "0.0224880, 0.0250646, 0.0319713, 0.0518816, 0.1083949, 0.2634715, 0.6910925", \
					  "0.0231254, 0.0255839, 0.0324330, 0.0521067, 0.1084058, 0.2650091, 0.6864901", \
					  "0.0281273, 0.0302337, 0.0364816, 0.0543803, 0.1083602, 0.2641747, 0.6860102", \
					  "0.0385687, 0.0406220, 0.0466784, 0.0619223, 0.1117223, 0.2630873, 0.6883855", \
					  "0.0599263, 0.0625623, 0.0685883, 0.0818957, 0.1241525, 0.2671319, 0.6895682");
				}
				cell_fall ("del_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("0.1185135, 0.1209305, 0.1267322, 0.1394080, 0.1654519, 0.2227445, 0.3649229", \
					  "0.1242429, 0.1267281, 0.1325726, 0.1453646, 0.1713612, 0.2287324, 0.3704385", \
					  "0.1384606, 0.1409153, 0.1467115, 0.1594940, 0.1858068, 0.2427524, 0.3850338", \
					  "0.1741273, 0.1765555, 0.1824160, 0.1951611, 0.2213231, 0.2784557, 0.4206101", \
					  "0.2571714, 0.2595659, 0.2653851, 0.2780169, 0.3037600, 0.3608515, 0.5031552", \
					  "0.4203586, 0.4234982, 0.4308189, 0.4459311, 0.4757066, 0.5353177, 0.6772821", \
					  "0.6995591, 0.7038536, 0.7138824, 0.7365623, 0.7759456, 0.8443541, 0.9899086");
				}
				fall_transition ("del_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("0.0268465, 0.0283869, 0.0326431, 0.0421820, 0.0667986, 0.1323008, 0.3209329", \
					  "0.0269300, 0.0286840, 0.0323172, 0.0420036, 0.0668036, 0.1319664, 0.3207874", \
					  "0.0268201, 0.0283860, 0.0323216, 0.0420271, 0.0664960, 0.1322135, 0.3210898", \
					  "0.0268056, 0.0283932, 0.0323433, 0.0422955, 0.0667574, 0.1320257, 0.3220010", \
					  "0.0274921, 0.0293967, 0.0329996, 0.0427875, 0.0675282, 0.1323741, 0.3212754", \
					  "0.0406326, 0.0425096, 0.0465542, 0.0561338, 0.0777872, 0.1378498, 0.3227350", \
					  "0.0657521, 0.0679939, 0.0726004, 0.0830841, 0.1053190, 0.1613148, 0.3305322");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007782;
			capacitance : 0.008204;
			rise_capacitance : 0.008626;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0107177, -0.0107069, -0.0106819, -0.0106825, -0.0106837, -0.0106866, -0.0106931");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0107367, 0.0107297, 0.0107137, 0.0107180, 0.0107278, 0.0107503, 0.0108023");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007398;
			capacitance : 0.007923;
			rise_capacitance : 0.008448;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102627, -0.0102669, -0.0102765, -0.0102752, -0.0102721, -0.0102650, -0.0102487");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103034, 0.0102973, 0.0102833, 0.0102850, 0.0102890, 0.0102983, 0.0103197");
				}
			}
		}
		pin (B1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002313;
			capacitance : 0.002185;
			fall_capacitance : 0.002057;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0119665, 0.0119061, 0.0117669, 0.0117489, 0.0117075, 0.0116119, 0.0113917");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0142421, 0.0141303, 0.0138724, 0.0138974, 0.0139552, 0.0140886, 0.0143960");
				}
			}
		}
	}
	cell ("scs8hd_o221a_1") {
		area : 11.260800;
		cell_footprint : "o221a";
		cell_leakage_power : 1.620149e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0132159";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0076669";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0005582";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0076672";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0005777";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0076672";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003891";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003655";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0004995";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003660";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0010914";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007498";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0010912";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0005029";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003660";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007499";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0004083";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007496";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0004995";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003660";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0010912";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007496";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0003739";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0010909";
			when : "A1&A2&B1&B2&C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1) | (A1&B2&C1) | (A2&B2&C1)";
			max_capacitance : 0.132761;
			max_transition : 1.510348;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0114660, 0.0124500, 0.0148631, 0.0207811, 0.0355149, 0.0734212, 0.1708639", \
					  "0.0114182, 0.0123963, 0.0148093, 0.0207298, 0.0355898, 0.0737425, 0.1699081", \
					  "0.0113433, 0.0123310, 0.0147254, 0.0206570, 0.0355521, 0.0737480, 0.1706763", \
					  "0.0112274, 0.0122048, 0.0146063, 0.0205526, 0.0356587, 0.0734469, 0.1708633", \
					  "0.0111068, 0.0121095, 0.0145279, 0.0204965, 0.0356737, 0.0738660, 0.1701918", \
					  "0.0111743, 0.0121325, 0.0145377, 0.0203813, 0.0355094, 0.0735168, 0.1701511", \
					  "0.0110991, 0.0120517, 0.0144915, 0.0204999, 0.0356313, 0.0738380, 0.1699701");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0120368, 0.0114399, 0.0097587, 0.0046472, -0.0098321, -0.0481948, -0.1458921", \
					  "0.0120301, 0.0114025, 0.0096835, 0.0045729, -0.0099307, -0.0482899, -0.1459847", \
					  "0.0119269, 0.0112921, 0.0095611, 0.0044453, -0.0100540, -0.0483977, -0.1461188", \
					  "0.0117473, 0.0110816, 0.0094302, 0.0042966, -0.0101902, -0.0485199, -0.1461095", \
					  "0.0116873, 0.0110630, 0.0093298, 0.0042468, -0.0102584, -0.0485841, -0.1462395", \
					  "0.0115860, 0.0108730, 0.0091522, 0.0041488, -0.0103129, -0.0485860, -0.1462673", \
					  "0.0137490, 0.0128339, 0.0104782, 0.0044921, -0.0105985, -0.0486289, -0.1462809");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0105929, 0.0116017, 0.0140666, 0.0201417, 0.0354788, 0.0730861, 0.1714298", \
					  "0.0105945, 0.0116047, 0.0140441, 0.0201382, 0.0354812, 0.0735925, 0.1705724", \
					  "0.0105125, 0.0115188, 0.0139814, 0.0200549, 0.0352295, 0.0738192, 0.1706779", \
					  "0.0103523, 0.0113533, 0.0138098, 0.0198639, 0.0350411, 0.0735267, 0.1702792", \
					  "0.0101670, 0.0111622, 0.0136042, 0.0196429, 0.0348183, 0.0731892, 0.1701539", \
					  "0.0101228, 0.0110906, 0.0135175, 0.0194341, 0.0346248, 0.0728595, 0.1689614", \
					  "0.0099801, 0.0109850, 0.0133685, 0.0194536, 0.0346709, 0.0730047, 0.1689934");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0109113, 0.0103637, 0.0085918, 0.0034816, -0.0109624, -0.0492297, -0.1468753", \
					  "0.0108432, 0.0102131, 0.0084964, 0.0034309, -0.0110479, -0.0493268, -0.1469676", \
					  "0.0106526, 0.0099824, 0.0082592, 0.0032150, -0.0112202, -0.0494807, -0.1471229", \
					  "0.0105115, 0.0098404, 0.0081889, 0.0031169, -0.0113329, -0.0495945, -0.1472580", \
					  "0.0104320, 0.0098300, 0.0081033, 0.0029682, -0.0114094, -0.0496624, -0.1473093", \
					  "0.0104465, 0.0098162, 0.0080831, 0.0029363, -0.0114279, -0.0496559, -0.1472791", \
					  "0.0126076, 0.0116574, 0.0093060, 0.0033201, -0.0118616, -0.0497664, -0.1473774");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0113805, 0.0123710, 0.0148019, 0.0208160, 0.0358934, 0.0743379, 0.1708209", \
					  "0.0113137, 0.0123040, 0.0147434, 0.0207526, 0.0356967, 0.0739221, 0.1715684", \
					  "0.0112497, 0.0122397, 0.0146665, 0.0206791, 0.0357997, 0.0742805, 0.1714310", \
					  "0.0111453, 0.0121356, 0.0145568, 0.0205725, 0.0357521, 0.0742664, 0.1714512", \
					  "0.0110406, 0.0120410, 0.0144889, 0.0204755, 0.0356143, 0.0741989, 0.1706738", \
					  "0.0110771, 0.0120196, 0.0144322, 0.0203241, 0.0354798, 0.0736458, 0.1704897", \
					  "0.0110478, 0.0120634, 0.0144172, 0.0203970, 0.0357389, 0.0738730, 0.1711706");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0098236, 0.0091714, 0.0074613, 0.0023922, -0.0120743, -0.0503534, -0.1480516", \
					  "0.0097181, 0.0090848, 0.0073295, 0.0022464, -0.0122002, -0.0504865, -0.1482029", \
					  "0.0095231, 0.0088783, 0.0071486, 0.0020789, -0.0123807, -0.0506602, -0.1483626", \
					  "0.0093419, 0.0087095, 0.0069936, 0.0019165, -0.0125315, -0.0508255, -0.1485184", \
					  "0.0091933, 0.0085146, 0.0068491, 0.0017898, -0.0126690, -0.0509374, -0.1486294", \
					  "0.0089842, 0.0084210, 0.0066594, 0.0016160, -0.0128210, -0.0510558, -0.1487259", \
					  "0.0110147, 0.0101127, 0.0078095, 0.0019090, -0.0131870, -0.0512068, -0.1488328");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0105773, 0.0115710, 0.0140082, 0.0200233, 0.0351129, 0.0733101, 0.1709719", \
					  "0.0105830, 0.0115810, 0.0139874, 0.0200088, 0.0349704, 0.0736183, 0.1710158", \
					  "0.0105076, 0.0114929, 0.0139242, 0.0199291, 0.0350246, 0.0732677, 0.1700987", \
					  "0.0103448, 0.0113320, 0.0137486, 0.0197651, 0.0348870, 0.0728979, 0.1689178", \
					  "0.0101438, 0.0111326, 0.0135788, 0.0195544, 0.0347289, 0.0731038, 0.1692758", \
					  "0.0101269, 0.0110819, 0.0135032, 0.0194084, 0.0345619, 0.0726386, 0.1696000", \
					  "0.0099958, 0.0109882, 0.0134263, 0.0194398, 0.0347603, 0.0729485, 0.1688619");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0084399, 0.0078133, 0.0060805, 0.0010169, -0.0134123, -0.0517085, -0.1494156", \
					  "0.0083198, 0.0076992, 0.0059716, 0.0008918, -0.0135180, -0.0518176, -0.1495223", \
					  "0.0081159, 0.0074992, 0.0057347, 0.0007101, -0.0137222, -0.0520062, -0.1497032", \
					  "0.0079750, 0.0073518, 0.0056081, 0.0005523, -0.0139038, -0.0521934, -0.1498804", \
					  "0.0078723, 0.0072246, 0.0054938, 0.0004233, -0.0140352, -0.0523105, -0.1499859", \
					  "0.0076075, 0.0069843, 0.0052840, 0.0002270, -0.0141859, -0.0524338, -0.1500818", \
					  "0.0097591, 0.0088282, 0.0065005, 0.0005911, -0.0144908, -0.0525344, -0.1501481");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0094728, 0.0104559, 0.0128898, 0.0189095, 0.0340503, 0.0721487, 0.1698113", \
					  "0.0093994, 0.0103875, 0.0128132, 0.0188694, 0.0339462, 0.0717448, 0.1691948", \
					  "0.0092861, 0.0102672, 0.0126933, 0.0187281, 0.0338504, 0.0722685, 0.1685207", \
					  "0.0090727, 0.0100526, 0.0124294, 0.0184734, 0.0336046, 0.0715270, 0.1689763", \
					  "0.0089044, 0.0098043, 0.0122194, 0.0181494, 0.0333214, 0.0717840, 0.1675216", \
					  "0.0089361, 0.0099110, 0.0123220, 0.0181771, 0.0332649, 0.0717580, 0.1690549", \
					  "0.0088524, 0.0098015, 0.0121929, 0.0181827, 0.0334884, 0.0717937, 0.1688437");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001267614, 0.00321369, 0.008147435, 0.0206556, 0.05236666, 0.1327614");
					values("0.0066874, 0.0060748, 0.0042036, -0.0013612, -0.0163974, -0.0549343, -0.1527685", \
					  "0.0065507, 0.0059106, 0.0040151, -0.0014985, -0.0165377, -0.0550762, -0.1529065", \
					  "0.0063689, 0.0056938, 0.0038363, -0.0017298, -0.0167498, -0.0552959, -0.1530986", \
					  "0.0060990, 0.0054572, 0.0035536, -0.0019846, -0.0169867, -0.0554964, -0.1533115", \
					  "0.0059296, 0.0052471, 0.0033524, -0.0021487, -0.0170932, -0.0555916, -0.1533739", \
					  "0.0066175, 0.0057174, 0.0034056, -0.0024759, -0.0172161, -0.0556390, -0.1533979", \
					  "0.0068609, 0.0059150, 0.0036046, -0.0022576, -0.0173157, -0.0557504, -0.1532533");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.1008175, 0.1084739, 0.1258288, 0.1655855, 0.2629964, 0.5110536, 1.1412035", \
					  "0.1057254, 0.1132744, 0.1306038, 0.1704391, 0.2678542, 0.5154041, 1.1463694", \
					  "0.1159092, 0.1235923, 0.1408350, 0.1807192, 0.2781621, 0.5256488, 1.1573684", \
					  "0.1370222, 0.1446537, 0.1619759, 0.2018996, 0.3002844, 0.5482661, 1.1819935", \
					  "0.1757177, 0.1837707, 0.2016838, 0.2421758, 0.3411894, 0.5897577, 1.2202335", \
					  "0.2309052, 0.2402730, 0.2596682, 0.3015351, 0.4006644, 0.6504131, 1.2835850", \
					  "0.2874972, 0.2995499, 0.3236130, 0.3693506, 0.4696290, 0.7196375, 1.3510815");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0282543, 0.0363980, 0.0569294, 0.1097554, 0.2490322, 0.6022001, 1.5008957", \
					  "0.0281299, 0.0364178, 0.0569182, 0.1096569, 0.2491757, 0.6026538, 1.5028453", \
					  "0.0282020, 0.0364609, 0.0569062, 0.1096202, 0.2492283, 0.6029930, 1.4953732", \
					  "0.0283655, 0.0364937, 0.0570373, 0.1097776, 0.2482042, 0.6037990, 1.4999350", \
					  "0.0306391, 0.0385029, 0.0585602, 0.1106496, 0.2483421, 0.6012332, 1.5065544", \
					  "0.0371519, 0.0446344, 0.0632210, 0.1130335, 0.2491861, 0.6026282, 1.5011489", \
					  "0.0505788, 0.0585621, 0.0772326, 0.1214568, 0.2514544, 0.6036224, 1.4953440");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.2308164, 0.2377041, 0.2514417, 0.2765949, 0.3230477, 0.4178031, 0.6383574", \
					  "0.2365622, 0.2435010, 0.2572373, 0.2820831, 0.3286509, 0.4234694, 0.6441043", \
					  "0.2515847, 0.2585023, 0.2720019, 0.2968981, 0.3434933, 0.4380313, 0.6584936", \
					  "0.2854958, 0.2924237, 0.3061303, 0.3312849, 0.3777995, 0.4722717, 0.6927325", \
					  "0.3633541, 0.3702957, 0.3840282, 0.4090656, 0.4553818, 0.5501147, 0.7706671", \
					  "0.5409138, 0.5479885, 0.5617999, 0.5871330, 0.6339271, 0.7284430, 0.9491959", \
					  "0.8934689, 0.9015813, 0.9180902, 0.9473053, 0.9989363, 1.0980782, 1.3198391");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0323304, 0.0364588, 0.0453452, 0.0640472, 0.1067932, 0.2108413, 0.4924730", \
					  "0.0327283, 0.0367549, 0.0454374, 0.0647747, 0.1068796, 0.2110617, 0.4954409", \
					  "0.0326554, 0.0367652, 0.0455136, 0.0647461, 0.1068766, 0.2121225, 0.4908213", \
					  "0.0323575, 0.0364479, 0.0453326, 0.0646525, 0.1064300, 0.2108626, 0.4916497", \
					  "0.0326334, 0.0367566, 0.0455351, 0.0647492, 0.1069906, 0.2111012, 0.4917237", \
					  "0.0340043, 0.0376734, 0.0467173, 0.0650348, 0.1071933, 0.2114108, 0.4960016", \
					  "0.0440659, 0.0487798, 0.0571221, 0.0756482, 0.1176008, 0.2181339, 0.4966327");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0977611, 0.1056471, 0.1234493, 0.1641871, 0.2639202, 0.5136776, 1.1457992", \
					  "0.1028808, 0.1107593, 0.1284331, 0.1693344, 0.2689359, 0.5185898, 1.1532455", \
					  "0.1135608, 0.1214470, 0.1392004, 0.1800342, 0.2795478, 0.5291770, 1.1633404", \
					  "0.1352086, 0.1430741, 0.1608099, 0.2014722, 0.3010265, 0.5527534, 1.1881057", \
					  "0.1744939, 0.1827027, 0.2010684, 0.2421991, 0.3421359, 0.5922447, 1.2271397", \
					  "0.2301345, 0.2395683, 0.2594079, 0.3019641, 0.4021371, 0.6527529, 1.2891870", \
					  "0.2874051, 0.3001028, 0.3256349, 0.3726469, 0.4736948, 0.7245130, 1.3573711");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0284139, 0.0364913, 0.0568441, 0.1094011, 0.2478814, 0.6043794, 1.5035041", \
					  "0.0283225, 0.0364331, 0.0567229, 0.1096784, 0.2485921, 0.6039296, 1.5103482", \
					  "0.0283947, 0.0364352, 0.0568705, 0.1096677, 0.2479832, 0.6028837, 1.4931717", \
					  "0.0285873, 0.0365920, 0.0569207, 0.1095312, 0.2478693, 0.6083953, 1.5082506", \
					  "0.0310967, 0.0391715, 0.0589300, 0.1106627, 0.2480055, 0.6006662, 1.5081509", \
					  "0.0381606, 0.0461186, 0.0646393, 0.1137153, 0.2486036, 0.6015268, 1.5008834", \
					  "0.0540113, 0.0617699, 0.0799023, 0.1240084, 0.2522806, 0.6032077, 1.4937430");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.2157876, 0.2223384, 0.2363201, 0.2615679, 0.3081585, 0.4030561, 0.6235219", \
					  "0.2201285, 0.2269939, 0.2407012, 0.2658050, 0.3125591, 0.4071319, 0.6278280", \
					  "0.2316621, 0.2385648, 0.2522225, 0.2773569, 0.3241125, 0.4187535, 0.6392673", \
					  "0.2636421, 0.2705773, 0.2842392, 0.3094509, 0.3554871, 0.4506285, 0.6714400", \
					  "0.3411092, 0.3479983, 0.3614786, 0.3868162, 0.4335498, 0.5284699, 0.7494129", \
					  "0.5224895, 0.5297276, 0.5438394, 0.5691880, 0.6163443, 0.7112718, 0.9321525", \
					  "0.8642820, 0.8742346, 0.8931083, 0.9252240, 0.9793606, 1.0788090, 1.3015438");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0323802, 0.0372199, 0.0452118, 0.0646308, 0.1061929, 0.2109207, 0.4911614", \
					  "0.0324588, 0.0368162, 0.0454433, 0.0647186, 0.1065826, 0.2109546, 0.4923453", \
					  "0.0323188, 0.0364389, 0.0452721, 0.0646730, 0.1062726, 0.2107574, 0.4912322", \
					  "0.0323884, 0.0365046, 0.0452483, 0.0642819, 0.1073764, 0.2114891, 0.4953086", \
					  "0.0323882, 0.0364359, 0.0455514, 0.0642888, 0.1068295, 0.2114177, 0.4920897", \
					  "0.0353471, 0.0390750, 0.0472956, 0.0651212, 0.1068968, 0.2112364, 0.4953677", \
					  "0.0532109, 0.0570230, 0.0674413, 0.0843321, 0.1232979, 0.2208669, 0.4975526");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0923673, 0.0998432, 0.1169542, 0.1570391, 0.2557605, 0.5052341, 1.1371802", \
					  "0.0968376, 0.1043503, 0.1215615, 0.1616431, 0.2604027, 0.5105254, 1.1423225", \
					  "0.1073789, 0.1149078, 0.1320291, 0.1720857, 0.2707956, 0.5202898, 1.1532501", \
					  "0.1303054, 0.1378427, 0.1550208, 0.1951051, 0.2941726, 0.5449487, 1.1767716", \
					  "0.1706114, 0.1785162, 0.1961553, 0.2365857, 0.3362056, 0.5860178, 1.2182328", \
					  "0.2242262, 0.2331215, 0.2518562, 0.2930522, 0.3927202, 0.6430622, 1.2778235", \
					  "0.2736822, 0.2850616, 0.3079837, 0.3515204, 0.4509099, 0.7013914, 1.3341125");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0273638, 0.0355406, 0.0560066, 0.1089487, 0.2485674, 0.6018516, 1.5052009", \
					  "0.0274652, 0.0354460, 0.0560929, 0.1090653, 0.2494124, 0.6015384, 1.5006838", \
					  "0.0274326, 0.0354986, 0.0559852, 0.1091975, 0.2491989, 0.6029853, 1.4984539", \
					  "0.0277156, 0.0356816, 0.0560644, 0.1092433, 0.2495024, 0.6026439, 1.4975187", \
					  "0.0297109, 0.0375850, 0.0574432, 0.1099855, 0.2484011, 0.6015770, 1.5040029", \
					  "0.0356972, 0.0428124, 0.0612709, 0.1119220, 0.2491880, 0.6022927, 1.5015583", \
					  "0.0485519, 0.0558279, 0.0737751, 0.1185064, 0.2497920, 0.6032843, 1.4962954");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.1976426, 0.2042755, 0.2174452, 0.2415410, 0.2877268, 0.3813884, 0.6007307", \
					  "0.2029006, 0.2096187, 0.2227197, 0.2475055, 0.2931993, 0.3869314, 0.6061574", \
					  "0.2173103, 0.2239560, 0.2371008, 0.2611318, 0.3074538, 0.4012581, 0.6206806", \
					  "0.2510771, 0.2576758, 0.2708413, 0.2953911, 0.3413454, 0.4347569, 0.6540801", \
					  "0.3289399, 0.3355597, 0.3486770, 0.3730677, 0.4190017, 0.5127451, 0.7319526", \
					  "0.5017927, 0.5088017, 0.5226179, 0.5481712, 0.5946444, 0.6887680, 0.9081410", \
					  "0.8383451, 0.8470091, 0.8632882, 0.8926968, 0.9448221, 1.0436702, 1.2647298");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0301612, 0.0342127, 0.0429169, 0.0617709, 0.1039265, 0.2090733, 0.4876046", \
					  "0.0304059, 0.0343992, 0.0428146, 0.0612795, 0.1038260, 0.2085870, 0.4875779", \
					  "0.0302612, 0.0342967, 0.0430584, 0.0617797, 0.1039206, 0.2087453, 0.4873154", \
					  "0.0301620, 0.0342317, 0.0429278, 0.0611925, 0.1037165, 0.2077589, 0.4909195", \
					  "0.0298597, 0.0339147, 0.0429017, 0.0620383, 0.1034205, 0.2084751, 0.4890511", \
					  "0.0329133, 0.0368639, 0.0453519, 0.0639385, 0.1050335, 0.2088023, 0.4910002", \
					  "0.0437155, 0.0483046, 0.0571625, 0.0754851, 0.1179675, 0.2179524, 0.4922718");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0908429, 0.0985507, 0.1160260, 0.1564279, 0.2549055, 0.5065190, 1.1397933", \
					  "0.0958289, 0.1035618, 0.1209503, 0.1613081, 0.2602874, 0.5092421, 1.1414056", \
					  "0.1060897, 0.1137138, 0.1311672, 0.1714841, 0.2703957, 0.5203034, 1.1551755", \
					  "0.1278622, 0.1356491, 0.1530963, 0.1935287, 0.2927366, 0.5437409, 1.1754379", \
					  "0.1658167, 0.1740020, 0.1921410, 0.2328322, 0.3324419, 0.5838642, 1.2171858", \
					  "0.2172745, 0.2266024, 0.2458292, 0.2876636, 0.3873092, 0.6376063, 1.2711309", \
					  "0.2645781, 0.2767532, 0.3008918, 0.3460686, 0.4461504, 0.6965335, 1.3294614");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0282421, 0.0361732, 0.0566781, 0.1093952, 0.2493961, 0.6068203, 1.5019416", \
					  "0.0281227, 0.0362347, 0.0565683, 0.1095103, 0.2480959, 0.6052905, 1.5081851", \
					  "0.0281752, 0.0362646, 0.0566300, 0.1092485, 0.2488137, 0.6061045, 1.5053357", \
					  "0.0285522, 0.0365831, 0.0568167, 0.1093036, 0.2479421, 0.6011614, 1.5011665", \
					  "0.0307905, 0.0387031, 0.0586134, 0.1108016, 0.2490946, 0.6073116, 1.4961710", \
					  "0.0372549, 0.0446823, 0.0630620, 0.1130208, 0.2493997, 0.6019223, 1.5047684", \
					  "0.0521895, 0.0595516, 0.0776718, 0.1211469, 0.2506473, 0.6041544, 1.4954439");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.1816253, 0.1882232, 0.2017031, 0.2263309, 0.2721605, 0.3658407, 0.5848908", \
					  "0.1860661, 0.1926979, 0.2059594, 0.2303652, 0.2759970, 0.3696957, 0.5890577", \
					  "0.1982231, 0.2048341, 0.2180324, 0.2425717, 0.2882855, 0.3819521, 0.6009846", \
					  "0.2294351, 0.2360592, 0.2493313, 0.2737941, 0.3197667, 0.4132175, 0.6325586", \
					  "0.3074666, 0.3140365, 0.3272743, 0.3517013, 0.3976205, 0.4914080, 0.7104869", \
					  "0.4825039, 0.4899324, 0.5042771, 0.5294953, 0.5764353, 0.6709182, 0.8901747", \
					  "0.7981891, 0.8083639, 0.8273383, 0.8611601, 0.9164498, 1.0143401, 1.2359013");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0303052, 0.0343637, 0.0429009, 0.0617904, 0.1036751, 0.2081609, 0.4881222", \
					  "0.0300469, 0.0338915, 0.0426777, 0.0612605, 0.1039614, 0.2088181, 0.4897021", \
					  "0.0298487, 0.0338782, 0.0426213, 0.0618282, 0.1035131, 0.2089384, 0.4881388", \
					  "0.0301506, 0.0341845, 0.0427351, 0.0618266, 0.1036554, 0.2078154, 0.4910951", \
					  "0.0300981, 0.0342093, 0.0427544, 0.0619353, 0.1037297, 0.2088838, 0.4881865", \
					  "0.0359581, 0.0400216, 0.0482373, 0.0669147, 0.1073282, 0.2091949, 0.4892909", \
					  "0.0549912, 0.0598482, 0.0691972, 0.0884549, 0.1251688, 0.2222251, 0.4947469");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0714694, 0.0787294, 0.0956092, 0.1353999, 0.2341870, 0.4849265, 1.1168486", \
					  "0.0758415, 0.0831174, 0.0999193, 0.1399482, 0.2388730, 0.4885427, 1.1246396", \
					  "0.0865451, 0.0937998, 0.1106303, 0.1505824, 0.2495812, 0.5025104, 1.1336776", \
					  "0.1088790, 0.1162546, 0.1330988, 0.1730110, 0.2721004, 0.5221067, 1.1587937", \
					  "0.1403311, 0.1479909, 0.1653319, 0.2059447, 0.3056795, 0.5566714, 1.1888207", \
					  "0.1787346, 0.1875532, 0.2058246, 0.2457836, 0.3454904, 0.5960804, 1.2320256", \
					  "0.2008789, 0.2124603, 0.2360346, 0.2788811, 0.3777600, 0.6266818, 1.2602360");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0260060, 0.0339822, 0.0547435, 0.1083129, 0.2485105, 0.6018259, 1.4995055", \
					  "0.0260441, 0.0341648, 0.0546745, 0.1085431, 0.2477952, 0.5989792, 1.5036200", \
					  "0.0259985, 0.0340345, 0.0546185, 0.1085757, 0.2476190, 0.6067740, 1.4967355", \
					  "0.0268373, 0.0348348, 0.0551733, 0.1086670, 0.2476850, 0.6019830, 1.5048482", \
					  "0.0295038, 0.0370854, 0.0568917, 0.1096743, 0.2483366, 0.6071382, 1.5004916", \
					  "0.0363622, 0.0435880, 0.0610659, 0.1113180, 0.2508420, 0.6001192, 1.4944944", \
					  "0.0525053, 0.0600762, 0.0758847, 0.1197953, 0.2498569, 0.6032263, 1.4942830");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0788250, 0.0833306, 0.0923719, 0.1102458, 0.1473091, 0.2337822, 0.4512950", \
					  "0.0846515, 0.0890320, 0.0979478, 0.1160728, 0.1529594, 0.2393886, 0.4573722", \
					  "0.0992723, 0.1036402, 0.1126234, 0.1304561, 0.1675973, 0.2541304, 0.4716643", \
					  "0.1343183, 0.1386969, 0.1478112, 0.1657179, 0.2029479, 0.2895189, 0.5075210", \
					  "0.2130341, 0.2179734, 0.2279139, 0.2466101, 0.2844699, 0.3710760, 0.5886397", \
					  "0.3504169, 0.3574378, 0.3704211, 0.3937350, 0.4356406, 0.5244095, 0.7418589", \
					  "0.5911314, 0.6003654, 0.6183311, 0.6495783, 0.7026821, 0.7978531, 1.0147886");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126761, 0.00321369, 0.00814744, 0.0206556, 0.0523667, 0.132761");
					values("0.0168123, 0.0200685, 0.0273592, 0.0443448, 0.0860051, 0.1974560, 0.4828668", \
					  "0.0167913, 0.0199911, 0.0274121, 0.0443861, 0.0860490, 0.1967229, 0.4891629", \
					  "0.0169448, 0.0200031, 0.0275545, 0.0443137, 0.0860159, 0.1957459, 0.4829737", \
					  "0.0168526, 0.0202734, 0.0275080, 0.0442176, 0.0857807, 0.1976252, 0.4858330", \
					  "0.0206097, 0.0240750, 0.0307481, 0.0468545, 0.0869278, 0.1959672, 0.4840084", \
					  "0.0312115, 0.0345281, 0.0420524, 0.0581233, 0.0961927, 0.1999218, 0.4840535", \
					  "0.0483481, 0.0527078, 0.0625098, 0.0814032, 0.1172485, 0.2112494, 0.4867459");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002328;
			capacitance : 0.002206;
			fall_capacitance : 0.002083;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027750, -0.0027743, -0.0027726, -0.0027730, -0.0027739, -0.0027760, -0.0027809");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027699, 0.0027746, 0.0027854, 0.0027858, 0.0027870, 0.0027895, 0.0027954");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002393;
			capacitance : 0.002248;
			fall_capacitance : 0.002103;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026586, -0.0026576, -0.0026552, -0.0026561, -0.0026582, -0.0026631, -0.0026744");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026647, 0.0026641, 0.0026627, 0.0026625, 0.0026619, 0.0026606, 0.0026576");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002282;
			capacitance : 0.002186;
			fall_capacitance : 0.002089;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026470, -0.0026442, -0.0026377, -0.0026382, -0.0026393, -0.0026417, -0.0026474");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026321, 0.0026379, 0.0026513, 0.0026530, 0.0026570, 0.0026661, 0.0026871");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002348;
			capacitance : 0.002224;
			fall_capacitance : 0.002099;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026434, -0.0026433, -0.0026430, -0.0026425, -0.0026412, -0.0026382, -0.0026313");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026472, 0.0026493, 0.0026541, 0.0026556, 0.0026590, 0.0026668, 0.0026848");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002288;
			capacitance : 0.002195;
			fall_capacitance : 0.002102;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016858, -0.0016902, -0.0017003, -0.0016931, -0.0016766, -0.0016385, -0.0015507");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032193, 0.0032164, 0.0032095, 0.0032084, 0.0032058, 0.0031998, 0.0031860");
				}
			}
		}
	}
	cell ("scs8hd_o221a_2") {
		area : 11.260800;
		cell_footprint : "o221a";
		cell_leakage_power : 2.475991e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0160165";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0104583";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007438";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007251";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0009615";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007251";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007588";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007251";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007439";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007439";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0104583";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0011057";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007640";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0011055";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0104583";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0011069";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007642";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0011057";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007448";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0104583";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007639";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0004222";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007637";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&!A2&B1&B2&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1) | (A1&B2&C1) | (A2&B2&C1)";
			max_capacitance : 0.243540;
			max_transition : 1.508081;
			internal_power () {
				related_pin : "B2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0102200, 0.0092887, 0.0069064, -0.0002026, -0.0227515, -0.0898562, -0.2802752", \
					  "0.0100837, 0.0091693, 0.0068216, -0.0003350, -0.0228398, -0.0899326, -0.2803722", \
					  "0.0100394, 0.0091115, 0.0066804, -0.0005232, -0.0230292, -0.0901096, -0.2805437", \
					  "0.0097073, 0.0088350, 0.0064636, -0.0007835, -0.0231935, -0.0902855, -0.2807271", \
					  "0.0095892, 0.0087097, 0.0063328, -0.0008600, -0.0233740, -0.0904374, -0.2808400", \
					  "0.0095991, 0.0085176, 0.0062161, -0.0010531, -0.0235532, -0.0906208, -0.2809930", \
					  "0.0125245, 0.0114254, 0.0083940, -0.0001158, -0.0242480, -0.0908594, -0.2811114");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0134823, 0.0146897, 0.0179824, 0.0267810, 0.0510248, 0.1189350, 0.3069809", \
					  "0.0134771, 0.0146633, 0.0179450, 0.0267558, 0.0509415, 0.1184478, 0.3068939", \
					  "0.0134336, 0.0146237, 0.0178863, 0.0266959, 0.0508786, 0.1184208, 0.3069446", \
					  "0.0133242, 0.0145184, 0.0177975, 0.0265617, 0.0507497, 0.1186776, 0.3055226", \
					  "0.0130922, 0.0142848, 0.0175438, 0.0262555, 0.0504722, 0.1181449, 0.3077568", \
					  "0.0131691, 0.0143202, 0.0175064, 0.0262834, 0.0503689, 0.1180072, 0.3068552", \
					  "0.0130419, 0.0141762, 0.0173387, 0.0260906, 0.0503211, 0.1181291, 0.3057517");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0124891, 0.0136981, 0.0169763, 0.0257660, 0.0499898, 0.1178912, 0.3063473", \
					  "0.0124290, 0.0136335, 0.0168939, 0.0256855, 0.0499893, 0.1179914, 0.3066749", \
					  "0.0123357, 0.0135419, 0.0168139, 0.0256199, 0.0497938, 0.1172743, 0.3062550", \
					  "0.0121322, 0.0133133, 0.0165347, 0.0252726, 0.0495006, 0.1165499, 0.3061178", \
					  "0.0119089, 0.0130462, 0.0162975, 0.0250014, 0.0491820, 0.1162466, 0.3057045", \
					  "0.0119553, 0.0131003, 0.0162707, 0.0249797, 0.0489512, 0.1162488, 0.3052525", \
					  "0.0119709, 0.0130195, 0.0162054, 0.0250616, 0.0489594, 0.1168678, 0.3054388");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0089902, 0.0081158, 0.0057740, -0.0016574, -0.0251051, -0.0928934, -0.2835070", \
					  "0.0089037, 0.0080095, 0.0056487, -0.0017413, -0.0251896, -0.0929840, -0.2835335", \
					  "0.0087330, 0.0078249, 0.0053902, -0.0019772, -0.0254327, -0.0932009, -0.2838617", \
					  "0.0084976, 0.0075803, 0.0051521, -0.0022777, -0.0256740, -0.0934152, -0.2840497", \
					  "0.0083134, 0.0073602, 0.0048529, -0.0025950, -0.0259503, -0.0936043, -0.2841919", \
					  "0.0093258, 0.0082760, 0.0053269, -0.0031891, -0.0261458, -0.0937274, -0.2842480", \
					  "0.0100232, 0.0089677, 0.0060322, -0.0025303, -0.0264001, -0.0940029, -0.2842320");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0143717, 0.0155836, 0.0188494, 0.0275877, 0.0515444, 0.1191836, 0.3084860", \
					  "0.0143143, 0.0155280, 0.0187838, 0.0275390, 0.0516269, 0.1187110, 0.3073173", \
					  "0.0142525, 0.0154460, 0.0187011, 0.0274685, 0.0515443, 0.1186628, 0.3071354", \
					  "0.0141632, 0.0153725, 0.0186469, 0.0273812, 0.0514090, 0.1191507, 0.3084546", \
					  "0.0139974, 0.0152136, 0.0184794, 0.0272368, 0.0513220, 0.1191755, 0.3085830", \
					  "0.0142045, 0.0153469, 0.0185412, 0.0270709, 0.0512997, 0.1184321, 0.3073688", \
					  "0.0141599, 0.0153032, 0.0184396, 0.0271378, 0.0513956, 0.1191231, 0.3065161");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0138298, 0.0129557, 0.0105667, 0.0032310, -0.0191948, -0.0863378, -0.2767853", \
					  "0.0137437, 0.0128608, 0.0104664, 0.0032155, -0.0192696, -0.0864198, -0.2768660", \
					  "0.0136001, 0.0128614, 0.0103545, 0.0031451, -0.0194093, -0.0865408, -0.2769731", \
					  "0.0134946, 0.0126234, 0.0102573, 0.0030576, -0.0195229, -0.0866485, -0.2770933", \
					  "0.0134034, 0.0125251, 0.0101908, 0.0029355, -0.0196246, -0.0867194, -0.2771545", \
					  "0.0133274, 0.0124225, 0.0100213, 0.0028719, -0.0197009, -0.0867804, -0.2771904", \
					  "0.0155488, 0.0145375, 0.0115001, 0.0029674, -0.0201139, -0.0869065, -0.2772278");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0134540, 0.0146550, 0.0179567, 0.0268273, 0.0511251, 0.1192373, 0.3079361", \
					  "0.0134640, 0.0146728, 0.0179605, 0.0268304, 0.0511429, 0.1192466, 0.3079250", \
					  "0.0134289, 0.0146316, 0.0179207, 0.0267879, 0.0511066, 0.1192088, 0.3088891", \
					  "0.0133059, 0.0145214, 0.0178168, 0.0266558, 0.0509400, 0.1179393, 0.3073641", \
					  "0.0130816, 0.0143136, 0.0175874, 0.0263735, 0.0506333, 0.1181681, 0.3054877", \
					  "0.0131837, 0.0143404, 0.0175792, 0.0262196, 0.0503485, 0.1183169, 0.3068803", \
					  "0.0130795, 0.0142205, 0.0173742, 0.0261952, 0.0505067, 0.1182195, 0.3060286");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0126906, 0.0117729, 0.0093044, 0.0021814, -0.0203481, -0.0874029, -0.2777939", \
					  "0.0125615, 0.0116837, 0.0093400, 0.0019597, -0.0204348, -0.0874980, -0.2778683", \
					  "0.0124064, 0.0115482, 0.0092703, 0.0019805, -0.0205452, -0.0876136, -0.2779941", \
					  "0.0123081, 0.0113854, 0.0090277, 0.0018005, -0.0206999, -0.0877584, -0.2781391", \
					  "0.0122077, 0.0113281, 0.0089457, 0.0017381, -0.0208148, -0.0878295, -0.2781979", \
					  "0.0121714, 0.0112684, 0.0088396, 0.0016216, -0.0209123, -0.0879324, -0.2782542", \
					  "0.0146408, 0.0135354, 0.0104816, 0.0019407, -0.0213217, -0.0880538, -0.2783268");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0143116, 0.0155176, 0.0187853, 0.0275870, 0.0518199, 0.1192593, 0.3081697", \
					  "0.0142497, 0.0154652, 0.0187277, 0.0275457, 0.0517941, 0.1191428, 0.3079212", \
					  "0.0141906, 0.0153891, 0.0186656, 0.0274620, 0.0517228, 0.1190793, 0.3077958", \
					  "0.0141207, 0.0153256, 0.0185925, 0.0273922, 0.0516351, 0.1189393, 0.3076580", \
					  "0.0139883, 0.0151984, 0.0184590, 0.0271760, 0.0514468, 0.1190560, 0.3072653", \
					  "0.0141404, 0.0151961, 0.0183903, 0.0270851, 0.0511815, 0.1185326, 0.3077746", \
					  "0.0140747, 0.0152230, 0.0182875, 0.0270847, 0.0513478, 0.1190395, 0.3066358");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001402502, 0.003934023, 0.01103495, 0.03095307, 0.08682348, 0.2435402");
					values("0.0115336, 0.0106226, 0.0082415, 0.0010753, -0.0213871, -0.0884835, -0.2789387", \
					  "0.0114149, 0.0105153, 0.0081287, 0.0009653, -0.0214922, -0.0885912, -0.2790418", \
					  "0.0112530, 0.0103509, 0.0079684, 0.0007514, -0.0216525, -0.0887533, -0.2792041", \
					  "0.0110622, 0.0101591, 0.0077977, 0.0006523, -0.0218520, -0.0889536, -0.2793751", \
					  "0.0109638, 0.0100762, 0.0075998, 0.0004817, -0.0220072, -0.0890798, -0.2795039", \
					  "0.0108326, 0.0098954, 0.0073960, 0.0002531, -0.0222032, -0.0892470, -0.2796237", \
					  "0.0136281, 0.0125528, 0.0095683, 0.0010989, -0.0228872, -0.0894840, -0.2797762");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.1076664, 0.1139331, 0.1285063, 0.1626286, 0.2492816, 0.4879822, 1.1583846", \
					  "0.1123583, 0.1186194, 0.1332187, 0.1673368, 0.2538520, 0.4925539, 1.1620679", \
					  "0.1226104, 0.1288248, 0.1434791, 0.1775867, 0.2642540, 0.5027412, 1.1731615", \
					  "0.1437515, 0.1500113, 0.1646618, 0.1986678, 0.2855599, 0.5244669, 1.1976516", \
					  "0.1836925, 0.1902728, 0.2055231, 0.2401865, 0.3275140, 0.5679900, 1.2398039", \
					  "0.2434170, 0.2510901, 0.2681206, 0.3044187, 0.3923386, 0.6324440, 1.3023640", \
					  "0.3068059, 0.3170829, 0.3388175, 0.3806668, 0.4710749, 0.7113743, 1.3815583");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0238350, 0.0294185, 0.0443776, 0.0851247, 0.2036428, 0.5445002, 1.4994963", \
					  "0.0238667, 0.0294674, 0.0442874, 0.0852761, 0.2039541, 0.5466156, 1.5051843", \
					  "0.0238867, 0.0294220, 0.0443521, 0.0849968, 0.2038662, 0.5463069, 1.5041446", \
					  "0.0239558, 0.0294934, 0.0442936, 0.0850318, 0.2038874, 0.5446118, 1.4997040", \
					  "0.0261527, 0.0315289, 0.0461883, 0.0861730, 0.2040152, 0.5440784, 1.4967999", \
					  "0.0316453, 0.0374646, 0.0516285, 0.0901404, 0.2054187, 0.5435361, 1.5019257", \
					  "0.0451640, 0.0513801, 0.0659474, 0.1015064, 0.2095353, 0.5470328, 1.4922522");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.2656279, 0.2721903, 0.2858284, 0.3116125, 0.3586810, 0.4516978, 0.6713344", \
					  "0.2714459, 0.2780047, 0.2917938, 0.3175122, 0.3644708, 0.4572555, 0.6775353", \
					  "0.2864721, 0.2928810, 0.3068568, 0.3325782, 0.3796124, 0.4722127, 0.6926451", \
					  "0.3211724, 0.3276154, 0.3413508, 0.3670784, 0.4141087, 0.5071462, 0.7271892", \
					  "0.3997808, 0.4064049, 0.4201509, 0.4457413, 0.4923928, 0.5854772, 0.8059964", \
					  "0.5809142, 0.5874004, 0.6012053, 0.6268412, 0.6738395, 0.7673616, 0.9877356", \
					  "0.9533514, 0.9617632, 0.9780554, 1.0072034, 1.0586830, 1.1564004, 1.3782027");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0373918, 0.0407947, 0.0482162, 0.0643390, 0.0993941, 0.1926180, 0.4667125", \
					  "0.0374749, 0.0408184, 0.0482855, 0.0635986, 0.0996531, 0.1920043, 0.4658221", \
					  "0.0373750, 0.0412693, 0.0482871, 0.0635587, 0.0994589, 0.1922629, 0.4659135", \
					  "0.0374773, 0.0408113, 0.0482987, 0.0643180, 0.0994391, 0.1927300, 0.4665983", \
					  "0.0373909, 0.0407210, 0.0482033, 0.0641057, 0.0997908, 0.1931816, 0.4630115", \
					  "0.0377671, 0.0410500, 0.0481532, 0.0646984, 0.1005566, 0.1929638, 0.4634614", \
					  "0.0487905, 0.0521287, 0.0593628, 0.0752057, 0.1102483, 0.1990202, 0.4677218");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.1051233, 0.1114726, 0.1264016, 0.1611386, 0.2488379, 0.4904657, 1.1614135", \
					  "0.1102490, 0.1165965, 0.1315399, 0.1662567, 0.2539983, 0.4954466, 1.1663535", \
					  "0.1209712, 0.1273216, 0.1422577, 0.1769235, 0.2647235, 0.5056588, 1.1760063", \
					  "0.1429833, 0.1493828, 0.1642660, 0.1988504, 0.2865566, 0.5266542, 1.1997779", \
					  "0.1841185, 0.1909448, 0.2064595, 0.2417475, 0.3295780, 0.5698448, 1.2418564", \
					  "0.2458085, 0.2537915, 0.2713741, 0.3086523, 0.3969629, 0.6374286, 1.3110288", \
					  "0.3140582, 0.3247716, 0.3477283, 0.3910161, 0.4824715, 0.7237641, 1.3940373");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0242656, 0.0298865, 0.0446618, 0.0851301, 0.2031518, 0.5451375, 1.5067354", \
					  "0.0242530, 0.0297541, 0.0445990, 0.0852521, 0.2031845, 0.5450789, 1.5034077", \
					  "0.0242356, 0.0297787, 0.0446768, 0.0852844, 0.2036326, 0.5436604, 1.4993382", \
					  "0.0242227, 0.0297308, 0.0445296, 0.0852081, 0.2036680, 0.5431205, 1.5046823", \
					  "0.0269314, 0.0322270, 0.0468700, 0.0866441, 0.2033678, 0.5441655, 1.4937431", \
					  "0.0332170, 0.0388062, 0.0529772, 0.0911456, 0.2059884, 0.5433138, 1.5055001", \
					  "0.0481258, 0.0543870, 0.0694306, 0.1040559, 0.2106198, 0.5459602, 1.4936536");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.2501141, 0.2567195, 0.2704464, 0.2962572, 0.3431367, 0.4358013, 0.6561336", \
					  "0.2544444, 0.2610255, 0.2747436, 0.3004695, 0.3474620, 0.4404854, 0.6607279", \
					  "0.2661568, 0.2727714, 0.2864345, 0.3119845, 0.3591423, 0.4524065, 0.6719233", \
					  "0.2977315, 0.3044885, 0.3183372, 0.3440743, 0.3909894, 0.4839576, 0.7043444", \
					  "0.3757602, 0.3823175, 0.3961400, 0.4218767, 0.4685691, 0.5618970, 0.7824785", \
					  "0.5590796, 0.5655896, 0.5793529, 0.6051651, 0.6521528, 0.7453332, 0.9659659", \
					  "0.9227673, 0.9320733, 0.9501516, 0.9832022, 1.0377502, 1.1370443, 1.3596694");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0373895, 0.0407511, 0.0478187, 0.0636599, 0.0994034, 0.1931248, 0.4647568", \
					  "0.0373970, 0.0407390, 0.0482345, 0.0642432, 0.0994512, 0.1925090, 0.4657222", \
					  "0.0374262, 0.0408301, 0.0482566, 0.0640901, 0.0997110, 0.1921366, 0.4663689", \
					  "0.0374012, 0.0406664, 0.0479597, 0.0637314, 0.0995171, 0.1916946, 0.4665662", \
					  "0.0375188, 0.0408443, 0.0483274, 0.0640580, 0.0996799, 0.1928206, 0.4642523", \
					  "0.0382197, 0.0415094, 0.0488319, 0.0646196, 0.1006944, 0.1926372, 0.4643284", \
					  "0.0584878, 0.0617252, 0.0693366, 0.0856001, 0.1179563, 0.2036372, 0.4675099");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0996810, 0.1057578, 0.1201070, 0.1539219, 0.2406994, 0.4804541, 1.1507251", \
					  "0.1042406, 0.1103349, 0.1246902, 0.1585124, 0.2454170, 0.4851172, 1.1563633", \
					  "0.1147501, 0.1208551, 0.1352115, 0.1690426, 0.2559676, 0.4958083, 1.1671211", \
					  "0.1383370, 0.1444316, 0.1587525, 0.1924465, 0.2794293, 0.5197128, 1.1913464", \
					  "0.1823108, 0.1887428, 0.2036089, 0.2376375, 0.3250197, 0.5651771, 1.2379913", \
					  "0.2438742, 0.2506401, 0.2673095, 0.3031743, 0.3912662, 0.6315832, 1.3024308", \
					  "0.3069331, 0.3168211, 0.3373018, 0.3780220, 0.4673355, 0.7079318, 1.3788580");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0231512, 0.0287595, 0.0433796, 0.0843696, 0.2035621, 0.5464146, 1.5053936", \
					  "0.0230635, 0.0286400, 0.0434355, 0.0843889, 0.2037213, 0.5459875, 1.5040413", \
					  "0.0231989, 0.0286693, 0.0433300, 0.0843211, 0.2036181, 0.5459422, 1.5036319", \
					  "0.0232515, 0.0287301, 0.0433895, 0.0841050, 0.2038539, 0.5452876, 1.5031347", \
					  "0.0254626, 0.0308501, 0.0452575, 0.0853698, 0.2039310, 0.5466639, 1.5007480", \
					  "0.0315403, 0.0377304, 0.0511404, 0.0888665, 0.2053640, 0.5436120, 1.5020822", \
					  "0.0453355, 0.0514718, 0.0649657, 0.0990902, 0.2080033, 0.5464336, 1.4948943");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.2282182, 0.2345049, 0.2475825, 0.2725196, 0.3179740, 0.4097758, 0.6288204", \
					  "0.2338878, 0.2401719, 0.2532678, 0.2781940, 0.3236916, 0.4155169, 0.6346373", \
					  "0.2485250, 0.2546693, 0.2677573, 0.2926020, 0.3383143, 0.4299323, 0.6489667", \
					  "0.2819809, 0.2882963, 0.3013887, 0.3261078, 0.3719526, 0.4636103, 0.6825627", \
					  "0.3597937, 0.3660064, 0.3791204, 0.4039168, 0.4495736, 0.5410104, 0.7598250", \
					  "0.5370857, 0.5434027, 0.5566478, 0.5817009, 0.6274745, 0.7194526, 0.9385630", \
					  "0.8884599, 0.8962457, 0.9125641, 0.9418937, 0.9932970, 1.0912041, 1.3126723");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0342705, 0.0375988, 0.0450286, 0.0604964, 0.0962982, 0.1890815, 0.4642549", \
					  "0.0342939, 0.0375732, 0.0450319, 0.0604402, 0.0961485, 0.1891165, 0.4632220", \
					  "0.0343754, 0.0375822, 0.0450233, 0.0604173, 0.0964853, 0.1886931, 0.4633584", \
					  "0.0343408, 0.0374998, 0.0448534, 0.0606386, 0.0960895, 0.1898651, 0.4615077", \
					  "0.0343874, 0.0376066, 0.0446540, 0.0605485, 0.0961760, 0.1898999, 0.4633523", \
					  "0.0362019, 0.0392183, 0.0461573, 0.0613396, 0.0980811, 0.1898634, 0.4632264", \
					  "0.0480502, 0.0512280, 0.0592527, 0.0752877, 0.1095307, 0.2000108, 0.4667406");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0991839, 0.1055289, 0.1203755, 0.1546985, 0.2419446, 0.4817849, 1.1540767", \
					  "0.1039863, 0.1102852, 0.1251205, 0.1596304, 0.2467364, 0.4869369, 1.1575172", \
					  "0.1143780, 0.1206631, 0.1354251, 0.1699072, 0.2572293, 0.4970696, 1.1670268", \
					  "0.1371822, 0.1435221, 0.1582099, 0.1925521, 0.2799831, 0.5201235, 1.1916822", \
					  "0.1791046, 0.1854644, 0.2009666, 0.2361557, 0.3240870, 0.5635620, 1.2374696", \
					  "0.2388432, 0.2466396, 0.2638623, 0.3007145, 0.3890705, 0.6287450, 1.3027784", \
					  "0.3018546, 0.3123126, 0.3341491, 0.3763668, 0.4665633, 0.7068837, 1.3782631");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0242183, 0.0297812, 0.0446463, 0.0854029, 0.2038931, 0.5460257, 1.5052263", \
					  "0.0243189, 0.0298413, 0.0447236, 0.0854717, 0.2036429, 0.5458032, 1.4964644", \
					  "0.0242989, 0.0298574, 0.0446288, 0.0852424, 0.2034535, 0.5439592, 1.5030250", \
					  "0.0242863, 0.0297800, 0.0446877, 0.0854319, 0.2033403, 0.5439186, 1.4954676", \
					  "0.0268112, 0.0325141, 0.0469835, 0.0867298, 0.2044441, 0.5449531, 1.4955392", \
					  "0.0332738, 0.0386753, 0.0526839, 0.0905524, 0.2059091, 0.5433657, 1.5080807", \
					  "0.0485190, 0.0544120, 0.0676036, 0.1025643, 0.2094671, 0.5457090, 1.4964644");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.2122084, 0.2185096, 0.2316859, 0.2561593, 0.3021343, 0.3936964, 0.6126567", \
					  "0.2166741, 0.2228554, 0.2359845, 0.2607350, 0.3064857, 0.3980399, 0.6169272", \
					  "0.2287673, 0.2345142, 0.2477088, 0.2724180, 0.3181718, 0.4096202, 0.6284705", \
					  "0.2607752, 0.2670217, 0.2785451, 0.3033376, 0.3491413, 0.4409524, 0.6600342", \
					  "0.3365790, 0.3428340, 0.3557362, 0.3802939, 0.4272390, 0.5190859, 0.7380317", \
					  "0.5179215, 0.5244998, 0.5382119, 0.5633167, 0.6097896, 0.7020428, 0.9211495", \
					  "0.8557743, 0.8651735, 0.8840449, 0.9175865, 0.9733673, 1.0711367, 1.2938295");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0343398, 0.0374154, 0.0446252, 0.0609352, 0.0961297, 0.1899167, 0.4618842", \
					  "0.0343980, 0.0374548, 0.0448232, 0.0607528, 0.0961284, 0.1898062, 0.4633098", \
					  "0.0343904, 0.0377240, 0.0449080, 0.0606100, 0.0960784, 0.1898314, 0.4619687", \
					  "0.0342218, 0.0375222, 0.0449741, 0.0604356, 0.0975076, 0.1900206, 0.4614210", \
					  "0.0343613, 0.0374435, 0.0449277, 0.0608527, 0.0964924, 0.1898845, 0.4627941", \
					  "0.0385179, 0.0413544, 0.0480799, 0.0623806, 0.0975917, 0.1898648, 0.4643436", \
					  "0.0596451, 0.0634753, 0.0719383, 0.0871424, 0.1208685, 0.2071607, 0.4679832");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0775732, 0.0833918, 0.0972410, 0.1303428, 0.2172016, 0.4571553, 1.1288112", \
					  "0.0819860, 0.0877756, 0.1015639, 0.1348229, 0.2214628, 0.4618360, 1.1338026", \
					  "0.0925888, 0.0983786, 0.1121990, 0.1453691, 0.2323646, 0.4720164, 1.1437563", \
					  "0.1163685, 0.1221857, 0.1360211, 0.1694092, 0.2563380, 0.4961959, 1.1713167", \
					  "0.1544421, 0.1606213, 0.1750893, 0.2089606, 0.2962676, 0.5369746, 1.2094292", \
					  "0.2016098, 0.2092964, 0.2251560, 0.2603067, 0.3475793, 0.5869920, 1.2587976", \
					  "0.2377519, 0.2479233, 0.2694072, 0.3107481, 0.3978881, 0.6382603, 1.3089178");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0215055, 0.0268836, 0.0416892, 0.0826731, 0.2024735, 0.5436398, 1.4993040", \
					  "0.0215078, 0.0269761, 0.0416856, 0.0828827, 0.2027965, 0.5438648, 1.5046213", \
					  "0.0214894, 0.0269888, 0.0416325, 0.0826398, 0.2028083, 0.5433242, 1.5030087", \
					  "0.0222924, 0.0276263, 0.0421522, 0.0828833, 0.2028840, 0.5408904, 1.5055543", \
					  "0.0255826, 0.0304470, 0.0445312, 0.0847332, 0.2032319, 0.5426178, 1.5039306", \
					  "0.0336703, 0.0386596, 0.0518376, 0.0883371, 0.2047122, 0.5423444, 1.5028390", \
					  "0.0510615, 0.0569346, 0.0701905, 0.1024422, 0.2078501, 0.5477169, 1.4959138");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0916143, 0.0955362, 0.1040248, 0.1211585, 0.1553142, 0.2347090, 0.4481869", \
					  "0.0976884, 0.1015254, 0.1100775, 0.1270475, 0.1613923, 0.2407670, 0.4544070", \
					  "0.1119800, 0.1157616, 0.1241472, 0.1412568, 0.1755274, 0.2550042, 0.4694346", \
					  "0.1476346, 0.1515191, 0.1600161, 0.1769283, 0.2112825, 0.2907562, 0.5047300", \
					  "0.2288931, 0.2330111, 0.2417993, 0.2592860, 0.2939547, 0.3735916, 0.5877336", \
					  "0.3783472, 0.3840802, 0.3960268, 0.4181972, 0.4581021, 0.5406870, 0.7541860", \
					  "0.6397040, 0.6477898, 0.6635628, 0.6944171, 0.7446500, 0.8377480, 1.0537392");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014025, 0.00393402, 0.0110349, 0.0309531, 0.0868235, 0.24354");
					values("0.0173154, 0.0197352, 0.0255074, 0.0390180, 0.0728876, 0.1688426, 0.4505521", \
					  "0.0173488, 0.0198670, 0.0254834, 0.0391568, 0.0727394, 0.1691988, 0.4519522", \
					  "0.0174349, 0.0199134, 0.0256760, 0.0392624, 0.0729131, 0.1692154, 0.4540937", \
					  "0.0174596, 0.0199472, 0.0256086, 0.0391834, 0.0729214, 0.1686267, 0.4548242", \
					  "0.0197640, 0.0220336, 0.0273101, 0.0401091, 0.0738632, 0.1691270, 0.4548187", \
					  "0.0312758, 0.0342179, 0.0401841, 0.0533627, 0.0840634, 0.1732047, 0.4555184", \
					  "0.0498607, 0.0533565, 0.0625751, 0.0775943, 0.1109479, 0.1905677, 0.4551921");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002328;
			capacitance : 0.002204;
			fall_capacitance : 0.002081;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027763, -0.0027743, -0.0027696, -0.0027692, -0.0027683, -0.0027663, -0.0027616");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027801, 0.0027822, 0.0027870, 0.0027874, 0.0027885, 0.0027910, 0.0027968");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002377;
			capacitance : 0.002233;
			fall_capacitance : 0.002089;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026340, -0.0026354, -0.0026386, -0.0026385, -0.0026381, -0.0026373, -0.0026353");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026565, 0.0026540, 0.0026480, 0.0026477, 0.0026469, 0.0026452, 0.0026413");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002277;
			capacitance : 0.002181;
			fall_capacitance : 0.002086;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026464, -0.0026438, -0.0026378, -0.0026372, -0.0026360, -0.0026331, -0.0026265");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026351, 0.0026397, 0.0026503, 0.0026523, 0.0026570, 0.0026678, 0.0026927");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002089;
			capacitance : 0.002211;
			rise_capacitance : 0.002333;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026480, -0.0026467, -0.0026436, -0.0026431, -0.0026418, -0.0026388, -0.0026319");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026411, 0.0026419, 0.0026438, 0.0026462, 0.0026516, 0.0026641, 0.0026930");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002279;
			capacitance : 0.002184;
			fall_capacitance : 0.002089;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017379, -0.0017415, -0.0017498, -0.0017427, -0.0017262, -0.0016881, -0.0016004");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032359, 0.0032324, 0.0032242, 0.0032252, 0.0032274, 0.0032327, 0.0032448");
				}
			}
		}
	}
	cell ("scs8hd_o221a_4") {
		area : 20.019200;
		cell_footprint : "o221a";
		cell_leakage_power : 7.268933e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0296435";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0184837";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014710";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0031482";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0015055";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0014480";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0015172";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0184846";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014840";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0184837";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0022224";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0014673";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0018089";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0014673";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0022223";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0014669";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014840";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0184837";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0018083";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0014673";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0011779";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0014672";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0350510";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0014669";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0014840";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0184791";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0022224";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0014669";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0350673";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0014669";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0022222";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0014666";
			when : "A1&A2&B1&B2&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1) | (A1&B2&C1) | (A2&B2&C1)";
			max_capacitance : 0.419321;
			max_transition : 1.513561;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0250310, 0.0263991, 0.0305586, 0.0428442, 0.0791181, 0.1896357, 0.5297259", \
					  "0.0249200, 0.0262898, 0.0304316, 0.0427260, 0.0790283, 0.1895962, 0.5294712", \
					  "0.0247700, 0.0261540, 0.0303105, 0.0425793, 0.0789265, 0.1891467, 0.5289479", \
					  "0.0245697, 0.0259629, 0.0301041, 0.0423542, 0.0786218, 0.1892519, 0.5287430", \
					  "0.0243765, 0.0257315, 0.0299344, 0.0420951, 0.0784330, 0.1893036, 0.5290889", \
					  "0.0246444, 0.0259681, 0.0299752, 0.0420179, 0.0783905, 0.1888090, 0.5289860", \
					  "0.0244316, 0.0258287, 0.0298027, 0.0419078, 0.0784598, 0.1898915, 0.5286463");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0281766, 0.0269548, 0.0237961, 0.0140545, -0.0190683, -0.1290996, -0.4726234", \
					  "0.0280951, 0.0268158, 0.0234098, 0.0137768, -0.0192286, -0.1292588, -0.4727947", \
					  "0.0276582, 0.0265021, 0.0231352, 0.0134365, -0.0194614, -0.1295406, -0.4730515", \
					  "0.0275733, 0.0264031, 0.0229266, 0.0132607, -0.0197694, -0.1297663, -0.4732781", \
					  "0.0270731, 0.0259809, 0.0225776, 0.0129835, -0.0201253, -0.1300557, -0.4735481", \
					  "0.0270452, 0.0258180, 0.0223814, 0.0127563, -0.0202555, -0.1301424, -0.4735503", \
					  "0.0300413, 0.0288208, 0.0250230, 0.0133561, -0.0210823, -0.1303690, -0.4735963");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0226389, 0.0240260, 0.0282108, 0.0405525, 0.0770704, 0.1877728, 0.5287166", \
					  "0.0226251, 0.0240102, 0.0282066, 0.0405659, 0.0771560, 0.1880361, 0.5260514", \
					  "0.0226151, 0.0239941, 0.0281829, 0.0404880, 0.0770255, 0.1878229, 0.5278881", \
					  "0.0224027, 0.0237847, 0.0279692, 0.0403078, 0.0767950, 0.1878347, 0.5252786", \
					  "0.0220566, 0.0234217, 0.0275463, 0.0397362, 0.0763263, 0.1867167, 0.5265660", \
					  "0.0222399, 0.0235788, 0.0276340, 0.0396789, 0.0761716, 0.1868519, 0.5281367", \
					  "0.0220155, 0.0233577, 0.0272534, 0.0394227, 0.0760868, 0.1875777, 0.5268217");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0256276, 0.0244880, 0.0211428, 0.0113536, -0.0214525, -0.1313631, -0.4747207", \
					  "0.0254362, 0.0242771, 0.0208986, 0.0112871, -0.0216312, -0.1315362, -0.4748889", \
					  "0.0252540, 0.0240857, 0.0207317, 0.0110177, -0.0218837, -0.1317382, -0.4751108", \
					  "0.0249074, 0.0237233, 0.0203768, 0.0107666, -0.0222017, -0.1320737, -0.4754126", \
					  "0.0246957, 0.0235388, 0.0201831, 0.0104884, -0.0224103, -0.1322020, -0.4755150", \
					  "0.0244901, 0.0233754, 0.0199130, 0.0104993, -0.0226141, -0.1324635, -0.4757443", \
					  "0.0286051, 0.0273304, 0.0235922, 0.0118974, -0.0236240, -0.1327461, -0.4758399");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0248565, 0.0262381, 0.0304241, 0.0427340, 0.0790862, 0.1899902, 0.5299422", \
					  "0.0247392, 0.0261266, 0.0302849, 0.0425953, 0.0790959, 0.1900103, 0.5285399", \
					  "0.0246030, 0.0259926, 0.0301359, 0.0424343, 0.0789694, 0.1901237, 0.5307247", \
					  "0.0244138, 0.0258152, 0.0299679, 0.0422240, 0.0787133, 0.1900247, 0.5298741", \
					  "0.0242002, 0.0255134, 0.0297009, 0.0418675, 0.0783790, 0.1896347, 0.5297708", \
					  "0.0245002, 0.0258291, 0.0298057, 0.0418850, 0.0782831, 0.1890607, 0.5303246", \
					  "0.0243125, 0.0256383, 0.0296007, 0.0415943, 0.0783098, 0.1899818, 0.5291789");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0232292, 0.0220987, 0.0188893, 0.0091838, -0.0238235, -0.1338617, -0.4773965", \
					  "0.0230419, 0.0219153, 0.0186096, 0.0089498, -0.0239459, -0.1339895, -0.4775841", \
					  "0.0228106, 0.0216412, 0.0183059, 0.0086878, -0.0241643, -0.1343181, -0.4778223", \
					  "0.0223489, 0.0212929, 0.0179146, 0.0083588, -0.0246865, -0.1346896, -0.4782474", \
					  "0.0220566, 0.0209516, 0.0176525, 0.0079111, -0.0250644, -0.1350767, -0.4785750", \
					  "0.0220788, 0.0207823, 0.0173894, 0.0076472, -0.0254019, -0.1352961, -0.4787092", \
					  "0.0261219, 0.0250046, 0.0212523, 0.0096109, -0.0264162, -0.1357440, -0.4789752");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0226570, 0.0240551, 0.0282211, 0.0405139, 0.0769716, 0.1880355, 0.5289525", \
					  "0.0226923, 0.0240757, 0.0282594, 0.0405379, 0.0771063, 0.1879550, 0.5291626", \
					  "0.0226003, 0.0239861, 0.0281958, 0.0404745, 0.0770437, 0.1879881, 0.5292438", \
					  "0.0224563, 0.0237929, 0.0279588, 0.0402312, 0.0767890, 0.1869697, 0.5268201", \
					  "0.0220405, 0.0234247, 0.0275138, 0.0396449, 0.0763320, 0.1875577, 0.5283480", \
					  "0.0222766, 0.0236084, 0.0276125, 0.0397544, 0.0760261, 0.1867127, 0.5261952", \
					  "0.0219969, 0.0233194, 0.0271771, 0.0395692, 0.0760484, 0.1875645, 0.5263963");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0205186, 0.0193865, 0.0160449, 0.0065100, -0.0265075, -0.1364634, -0.4799959", \
					  "0.0203306, 0.0192109, 0.0159728, 0.0063367, -0.0267215, -0.1367108, -0.4802348", \
					  "0.0201587, 0.0189885, 0.0156434, 0.0060457, -0.0269101, -0.1369376, -0.4804323", \
					  "0.0198254, 0.0187090, 0.0153693, 0.0057100, -0.0273001, -0.1372348, -0.4807839", \
					  "0.0194442, 0.0182978, 0.0149588, 0.0053201, -0.0277508, -0.1377065, -0.4811596", \
					  "0.0195364, 0.0183496, 0.0147074, 0.0049222, -0.0282011, -0.1380488, -0.4813557", \
					  "0.0241882, 0.0229265, 0.0191493, 0.0075184, -0.0282542, -0.1383620, -0.4814294");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0204715, 0.0218647, 0.0260310, 0.0383817, 0.0749935, 0.1864487, 0.5251441", \
					  "0.0203380, 0.0217610, 0.0259216, 0.0382207, 0.0749144, 0.1862174, 0.5252999", \
					  "0.0201775, 0.0215680, 0.0257617, 0.0380502, 0.0747960, 0.1861090, 0.5237032", \
					  "0.0197587, 0.0211263, 0.0252666, 0.0375545, 0.0741305, 0.1849470, 0.5233729", \
					  "0.0196560, 0.0209445, 0.0250744, 0.0371176, 0.0737465, 0.1850907, 0.5243584", \
					  "0.0197067, 0.0210161, 0.0250355, 0.0368764, 0.0730770, 0.1840679, 0.5250964", \
					  "0.0199105, 0.0212258, 0.0249717, 0.0371158, 0.0732773, 0.1845792, 0.5238443");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00153544, 0.004715152, 0.01447966, 0.04446531, 0.1365476, 0.4193214");
					values("0.0179991, 0.0169334, 0.0136802, 0.0037129, -0.0311089, -0.1427073, -0.4867052", \
					  "0.0177937, 0.0167255, 0.0135204, 0.0035436, -0.0312611, -0.1428660, -0.4868648", \
					  "0.0175221, 0.0164362, 0.0132169, 0.0032011, -0.0315753, -0.1431360, -0.4871585", \
					  "0.0171098, 0.0159927, 0.0127007, 0.0025871, -0.0321231, -0.1435875, -0.4875323", \
					  "0.0167678, 0.0156517, 0.0121664, 0.0018759, -0.0327558, -0.1440297, -0.4878838", \
					  "0.0177848, 0.0165703, 0.0128964, 0.0013394, -0.0333068, -0.1442567, -0.4879000", \
					  "0.0189195, 0.0176717, 0.0139680, 0.0025797, -0.0332787, -0.1446261, -0.4877138");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.1100137, 0.1144529, 0.1261496, 0.1554233, 0.2331616, 0.4627695, 1.1692757", \
					  "0.1147322, 0.1191311, 0.1308595, 0.1601106, 0.2379048, 0.4677307, 1.1741577", \
					  "0.1248578, 0.1292748, 0.1409808, 0.1702566, 0.2479950, 0.4781557, 1.1843855", \
					  "0.1454182, 0.1498723, 0.1615676, 0.1907523, 0.2684696, 0.4987026, 1.2077430", \
					  "0.1839012, 0.1885584, 0.2007179, 0.2305598, 0.3089309, 0.5408270, 1.2478976", \
					  "0.2402373, 0.2455267, 0.2589850, 0.2907202, 0.3703798, 0.6020112, 1.3120064", \
					  "0.2987035, 0.3056279, 0.3228645, 0.3600339, 0.4427168, 0.6750954, 1.3818640");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0252261, 0.0292083, 0.0403633, 0.0732159, 0.1762727, 0.5034367, 1.5024960", \
					  "0.0253224, 0.0291906, 0.0404196, 0.0734129, 0.1763846, 0.5037352, 1.4994571", \
					  "0.0252794, 0.0290459, 0.0404801, 0.0734715, 0.1764343, 0.5000960, 1.4994971", \
					  "0.0252694, 0.0290077, 0.0403513, 0.0734499, 0.1756016, 0.5017408, 1.5001288", \
					  "0.0271371, 0.0309988, 0.0420806, 0.0743728, 0.1761325, 0.5019312, 1.5019688", \
					  "0.0329572, 0.0367631, 0.0475301, 0.0787969, 0.1782065, 0.4999217, 1.4997690", \
					  "0.0463055, 0.0504006, 0.0616252, 0.0907867, 0.1832888, 0.5034664, 1.4951956");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.2646289, 0.2689584, 0.2792562, 0.3008271, 0.3431220, 0.4309483, 0.6512200", \
					  "0.2701699, 0.2744595, 0.2850528, 0.3067038, 0.3485419, 0.4363289, 0.6574989", \
					  "0.2850583, 0.2893734, 0.2999608, 0.3215599, 0.3636682, 0.4512966, 0.6724921", \
					  "0.3202401, 0.3246043, 0.3348899, 0.3564554, 0.3984018, 0.4862509, 0.7074443", \
					  "0.3995774, 0.4038590, 0.4143252, 0.4357766, 0.4778207, 0.5655530, 0.7866486", \
					  "0.5827762, 0.5871769, 0.5974461, 0.6183520, 0.6605347, 0.7487638, 0.9699503", \
					  "0.9602027, 0.9656499, 0.9781078, 1.0031693, 1.0495750, 1.1418403, 1.3647922");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0376218, 0.0393876, 0.0448959, 0.0570534, 0.0876201, 0.1749268, 0.4508366", \
					  "0.0376236, 0.0393293, 0.0445455, 0.0568181, 0.0875632, 0.1750739, 0.4496374", \
					  "0.0376658, 0.0396500, 0.0447493, 0.0567365, 0.0883208, 0.1751835, 0.4499716", \
					  "0.0377447, 0.0397337, 0.0446187, 0.0572124, 0.0875369, 0.1750660, 0.4495757", \
					  "0.0375871, 0.0395707, 0.0445047, 0.0571937, 0.0875526, 0.1751208, 0.4512868", \
					  "0.0378733, 0.0396825, 0.0445808, 0.0582984, 0.0885113, 0.1749804, 0.4495328", \
					  "0.0489084, 0.0511196, 0.0562493, 0.0686299, 0.0979866, 0.1819955, 0.4525872");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.1075340, 0.1121062, 0.1241191, 0.1539175, 0.2321516, 0.4619522, 1.1716811", \
					  "0.1123368, 0.1168820, 0.1288807, 0.1587767, 0.2371353, 0.4671303, 1.1720961", \
					  "0.1226520, 0.1272020, 0.1392175, 0.1690351, 0.2471975, 0.4772884, 1.1860044", \
					  "0.1430107, 0.1475699, 0.1595356, 0.1893504, 0.2675274, 0.4981136, 1.2024164", \
					  "0.1796509, 0.1844200, 0.1969144, 0.2274962, 0.3065494, 0.5383652, 1.2454568", \
					  "0.2313453, 0.2368647, 0.2508166, 0.2831687, 0.3636651, 0.5952908, 1.3016255", \
					  "0.2769164, 0.2843081, 0.3026166, 0.3413656, 0.4255486, 0.6579678, 1.3631478");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0258210, 0.0297551, 0.0410700, 0.0738610, 0.1756900, 0.5004951, 1.5082807", \
					  "0.0259255, 0.0298588, 0.0412691, 0.0741022, 0.1760812, 0.5020961, 1.5008634", \
					  "0.0258977, 0.0299364, 0.0411702, 0.0740049, 0.1758099, 0.4998150, 1.4912440", \
					  "0.0258012, 0.0297849, 0.0412260, 0.0739836, 0.1758570, 0.5018101, 1.4925998", \
					  "0.0281987, 0.0322669, 0.0433783, 0.0753769, 0.1763974, 0.4990026, 1.5042727", \
					  "0.0349184, 0.0386684, 0.0496948, 0.0804622, 0.1786196, 0.4979299, 1.5044024", \
					  "0.0501979, 0.0544927, 0.0654886, 0.0950605, 0.1849650, 0.5004948, 1.4937970");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.2433185, 0.2476596, 0.2580904, 0.2797184, 0.3217980, 0.4096884, 0.6311789", \
					  "0.2473911, 0.2518165, 0.2622815, 0.2840067, 0.3259301, 0.4138498, 0.6348584", \
					  "0.2599347, 0.2643822, 0.2748283, 0.2964808, 0.3385225, 0.4263500, 0.6477739", \
					  "0.2906506, 0.2950867, 0.3055327, 0.3268910, 0.3688365, 0.4566595, 0.6780664", \
					  "0.3698867, 0.3743119, 0.3847461, 0.4051337, 0.4472210, 0.5351764, 0.7564864", \
					  "0.5537040, 0.5580816, 0.5685469, 0.5902647, 0.6310797, 0.7194726, 0.9410321", \
					  "0.9175275, 0.9235707, 0.9381684, 0.9663811, 1.0164450, 1.1103717, 1.3344119");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0374687, 0.0394979, 0.0448015, 0.0572569, 0.0881917, 0.1748913, 0.4486536", \
					  "0.0376851, 0.0394613, 0.0444843, 0.0568370, 0.0882541, 0.1749518, 0.4496535", \
					  "0.0376024, 0.0395061, 0.0447616, 0.0566728, 0.0881587, 0.1744961, 0.4503578", \
					  "0.0376206, 0.0394361, 0.0448230, 0.0571569, 0.0884531, 0.1750429, 0.4507846", \
					  "0.0376442, 0.0395530, 0.0448303, 0.0570012, 0.0880023, 0.1750562, 0.4490276", \
					  "0.0385581, 0.0404512, 0.0454176, 0.0573881, 0.0905068, 0.1752682, 0.4496435", \
					  "0.0591888, 0.0615523, 0.0673205, 0.0797149, 0.1062446, 0.1860767, 0.4533278");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.1022524, 0.1066256, 0.1181450, 0.1471811, 0.2247367, 0.4554990, 1.1647437", \
					  "0.1068530, 0.1112230, 0.1227248, 0.1517216, 0.2295786, 0.4602040, 1.1670508", \
					  "0.1170269, 0.1214140, 0.1328924, 0.1618952, 0.2397600, 0.4706969, 1.1781131", \
					  "0.1397200, 0.1440978, 0.1555985, 0.1845195, 0.2622936, 0.4936517, 1.2036211", \
					  "0.1815406, 0.1859560, 0.1979145, 0.2275880, 0.3059533, 0.5386231, 1.2466175", \
					  "0.2396273, 0.2449187, 0.2577748, 0.2886716, 0.3676860, 0.6000258, 1.3082334", \
					  "0.2967347, 0.3034366, 0.3194369, 0.3550360, 0.4363263, 0.6677893, 1.3759993");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0247402, 0.0285903, 0.0397975, 0.0726531, 0.1756866, 0.5018344, 1.4998047", \
					  "0.0247175, 0.0285435, 0.0397331, 0.0724790, 0.1757824, 0.5023334, 1.5116284", \
					  "0.0247687, 0.0285170, 0.0398456, 0.0727383, 0.1760790, 0.5036246, 1.5009383", \
					  "0.0249842, 0.0287130, 0.0397519, 0.0727103, 0.1754589, 0.5003611, 1.5019116", \
					  "0.0267633, 0.0306430, 0.0417169, 0.0739010, 0.1762142, 0.5018490, 1.5012328", \
					  "0.0324460, 0.0360668, 0.0466663, 0.0773167, 0.1779207, 0.4995810, 1.4962342", \
					  "0.0464526, 0.0504080, 0.0603064, 0.0887349, 0.1814186, 0.5046796, 1.4990788");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.2236799, 0.2277045, 0.2373817, 0.2577524, 0.2986791, 0.3846822, 0.6042425", \
					  "0.2293570, 0.2333661, 0.2431229, 0.2636870, 0.3042109, 0.3903335, 0.6100049", \
					  "0.2439756, 0.2480502, 0.2577795, 0.2783711, 0.3181855, 0.4046427, 0.6239818", \
					  "0.2783480, 0.2824076, 0.2921638, 0.3125375, 0.3531231, 0.4393058, 0.6586889", \
					  "0.3570699, 0.3610722, 0.3707968, 0.3912739, 0.4318318, 0.5179350, 0.7374023", \
					  "0.5373721, 0.5413831, 0.5513839, 0.5718908, 0.6128913, 0.6992485, 0.9189454", \
					  "0.8938615, 0.8991840, 0.9116085, 0.9361492, 0.9822111, 1.0746176, 1.2970870");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0335050, 0.0352906, 0.0407829, 0.0532070, 0.0838498, 0.1711238, 0.4461323", \
					  "0.0334749, 0.0353778, 0.0405922, 0.0532512, 0.0846938, 0.1709899, 0.4484787", \
					  "0.0335218, 0.0355043, 0.0406006, 0.0528653, 0.0853177, 0.1716329, 0.4478501", \
					  "0.0335053, 0.0355169, 0.0405135, 0.0528333, 0.0839535, 0.1714455, 0.4465286", \
					  "0.0334236, 0.0353814, 0.0406637, 0.0533297, 0.0839020, 0.1714073, 0.4462844", \
					  "0.0355835, 0.0375150, 0.0423374, 0.0540812, 0.0850550, 0.1716828, 0.4466890", \
					  "0.0477628, 0.0500267, 0.0550016, 0.0668218, 0.0979317, 0.1820416, 0.4511210");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0973492, 0.1018230, 0.1135326, 0.1429103, 0.2207073, 0.4519994, 1.1619606", \
					  "0.1021135, 0.1065691, 0.1182973, 0.1475520, 0.2256906, 0.4559723, 1.1667047", \
					  "0.1117673, 0.1162205, 0.1280105, 0.1573207, 0.2354283, 0.4663532, 1.1767337", \
					  "0.1328519, 0.1372187, 0.1489211, 0.1782537, 0.2564061, 0.4877390, 1.1984997", \
					  "0.1689734, 0.1736670, 0.1857049, 0.2158272, 0.2947786, 0.5264236, 1.2324336", \
					  "0.2171590, 0.2225269, 0.2360666, 0.2675729, 0.3472339, 0.5794994, 1.2874313", \
					  "0.2554883, 0.2625508, 0.2793858, 0.3168880, 0.3987138, 0.6306439, 1.3384521");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0253590, 0.0290816, 0.0403654, 0.0732664, 0.1758323, 0.5033282, 1.5076306", \
					  "0.0251075, 0.0290463, 0.0403741, 0.0732921, 0.1758726, 0.5015956, 1.5127047", \
					  "0.0254018, 0.0291566, 0.0403857, 0.0731900, 0.1760789, 0.5023987, 1.5135608", \
					  "0.0253341, 0.0292936, 0.0403746, 0.0731964, 0.1754643, 0.4979696, 1.5067492", \
					  "0.0274806, 0.0312341, 0.0426557, 0.0751245, 0.1768843, 0.5002213, 1.5054553", \
					  "0.0339201, 0.0375271, 0.0480748, 0.0787296, 0.1779851, 0.4994687, 1.5013650", \
					  "0.0491152, 0.0532050, 0.0633801, 0.0914250, 0.1829251, 0.5027687, 1.4946158");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.2028610, 0.2068624, 0.2167006, 0.2371817, 0.2777272, 0.3638428, 0.5836052", \
					  "0.2071965, 0.2112255, 0.2209715, 0.2415406, 0.2820701, 0.3681001, 0.5879228", \
					  "0.2199016, 0.2238893, 0.2337303, 0.2542588, 0.2946112, 0.3807954, 0.6001386", \
					  "0.2515207, 0.2555356, 0.2653681, 0.2858138, 0.3260811, 0.4120906, 0.6318795", \
					  "0.3292556, 0.3332200, 0.3430442, 0.3634733, 0.4039042, 0.4900962, 0.7097037", \
					  "0.5097944, 0.5141307, 0.5246031, 0.5456190, 0.5865174, 0.6731186, 0.8929352", \
					  "0.8446953, 0.8508743, 0.8662670, 0.8943525, 0.9423662, 1.0394359, 1.2625377");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0335391, 0.0353338, 0.0405592, 0.0530086, 0.0838220, 0.1709671, 0.4460926", \
					  "0.0334984, 0.0352605, 0.0406236, 0.0529116, 0.0838422, 0.1711600, 0.4463989", \
					  "0.0335342, 0.0353370, 0.0404846, 0.0528362, 0.0839365, 0.1714396, 0.4466182", \
					  "0.0334467, 0.0354341, 0.0406121, 0.0527700, 0.0839110, 0.1711124, 0.4484118", \
					  "0.0333744, 0.0354379, 0.0407137, 0.0531159, 0.0843376, 0.1709230, 0.4480816", \
					  "0.0384472, 0.0402632, 0.0445997, 0.0559236, 0.0859505, 0.1720184, 0.4465023", \
					  "0.0598470, 0.0622503, 0.0679289, 0.0814051, 0.1095754, 0.1866411, 0.4518106");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0779348, 0.0821293, 0.0932382, 0.1216355, 0.1990160, 0.4307933, 1.1396094", \
					  "0.0822215, 0.0863929, 0.0975017, 0.1258599, 0.2035280, 0.4346545, 1.1424671", \
					  "0.0926379, 0.0968141, 0.1079477, 0.1363230, 0.2137567, 0.4458416, 1.1526083", \
					  "0.1151896, 0.1193897, 0.1305769, 0.1590383, 0.2365480, 0.4682250, 1.1758998", \
					  "0.1498272, 0.1541827, 0.1656834, 0.1945999, 0.2725840, 0.5044632, 1.2122313", \
					  "0.1910240, 0.1961608, 0.2087507, 0.2380892, 0.3163962, 0.5487217, 1.2583021", \
					  "0.2164431, 0.2234083, 0.2406906, 0.2760830, 0.3545179, 0.5857688, 1.2931500");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0231212, 0.0268946, 0.0380394, 0.0710682, 0.1747176, 0.5032583, 1.5049535", \
					  "0.0232526, 0.0269422, 0.0379807, 0.0709725, 0.1747032, 0.5019246, 1.5033300", \
					  "0.0231229, 0.0270025, 0.0379956, 0.0709798, 0.1747957, 0.5025248, 1.4910478", \
					  "0.0239202, 0.0277435, 0.0386028, 0.0713508, 0.1746193, 0.5007902, 1.4969451", \
					  "0.0260880, 0.0297919, 0.0405149, 0.0730733, 0.1755858, 0.4994004, 1.5023024", \
					  "0.0336719, 0.0369492, 0.0473919, 0.0769814, 0.1771931, 0.4985769, 1.4948176", \
					  "0.0518825, 0.0548981, 0.0642590, 0.0907356, 0.1813743, 0.5035715, 1.4930284");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0842213, 0.0866486, 0.0929260, 0.1066831, 0.1364524, 0.2095839, 0.4235314", \
					  "0.0902613, 0.0926674, 0.0989846, 0.1127140, 0.1424948, 0.2156627, 0.4295432", \
					  "0.1053082, 0.1077737, 0.1139649, 0.1278085, 0.1574777, 0.2306344, 0.4437774", \
					  "0.1406435, 0.1430845, 0.1492673, 0.1629812, 0.1927853, 0.2660138, 0.4800564", \
					  "0.2215509, 0.2242414, 0.2308813, 0.2451701, 0.2753615, 0.3489360, 0.5628936", \
					  "0.3675206, 0.3712530, 0.3801537, 0.3987651, 0.4345352, 0.5112440, 0.7252189", \
					  "0.6235343, 0.6287670, 0.6415038, 0.6668897, 0.7140302, 0.8020002, 1.0129100");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153544, 0.00471515, 0.0144797, 0.0444653, 0.136548, 0.419321");
					values("0.0162513, 0.0178772, 0.0217075, 0.0327480, 0.0616608, 0.1504569, 0.4362362", \
					  "0.0163474, 0.0178402, 0.0217205, 0.0325208, 0.0616321, 0.1505273, 0.4378078", \
					  "0.0163566, 0.0178540, 0.0217327, 0.0325468, 0.0617547, 0.1509267, 0.4402768", \
					  "0.0162587, 0.0177738, 0.0218037, 0.0327817, 0.0617290, 0.1503741, 0.4379259", \
					  "0.0197297, 0.0210302, 0.0247548, 0.0348471, 0.0629009, 0.1505534, 0.4380967", \
					  "0.0305657, 0.0321928, 0.0369761, 0.0471787, 0.0739558, 0.1550979, 0.4402124", \
					  "0.0501049, 0.0523093, 0.0579130, 0.0715919, 0.0995185, 0.1733437, 0.4401554");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004786;
			capacitance : 0.004521;
			fall_capacitance : 0.004256;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0055627, -0.0055610, -0.0055569, -0.0055542, -0.0055478, -0.0055330, -0.0054991");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055173, 0.0055314, 0.0055640, 0.0055610, 0.0055540, 0.0055378, 0.0055006");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004250;
			capacitance : 0.004013;
			fall_capacitance : 0.003775;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049041, -0.0049094, -0.0049217, -0.0049203, -0.0049172, -0.0049099, -0.0048931");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049466, 0.0049338, 0.0049044, 0.0049058, 0.0049089, 0.0049161, 0.0049325");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004629;
			capacitance : 0.004435;
			fall_capacitance : 0.004240;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053544, -0.0053497, -0.0053388, -0.0053356, -0.0053282, -0.0053112, -0.0052718");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053247, 0.0053316, 0.0053476, 0.0053505, 0.0053570, 0.0053720, 0.0054066");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004235;
			capacitance : 0.004017;
			fall_capacitance : 0.003798;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049135, -0.0049172, -0.0049256, -0.0049242, -0.0049209, -0.0049132, -0.0048953");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049683, 0.0049567, 0.0049301, 0.0049342, 0.0049437, 0.0049655, 0.0050159");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004213;
			capacitance : 0.004050;
			fall_capacitance : 0.003886;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029165, -0.0029235, -0.0029398, -0.0029246, -0.0028893, -0.0028079, -0.0026203");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060560, 0.0060583, 0.0060638, 0.0060627, 0.0060601, 0.0060542, 0.0060407");
				}
			}
		}
	}
	cell ("scs8hd_o221ai_1") {
		area : 8.758400;
		cell_footprint : "o221ai";
		cell_leakage_power : 8.614050e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001014";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0048712";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "4.1842520e-05";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "4.8672300e-06";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "4.2265853e-05";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "4.8672300e-06";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "3.5271272e-05";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "4.8672300e-06";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "2.4143439e-05";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0048712";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0048712";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0010814";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "8.9873728e-06";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007401";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "8.9873753e-06";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0010812";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "8.9873728e-06";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0010819";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "9.0356596e-06";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007405";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "8.9872822e-06";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0010816";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "8.9874007e-06";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "2.4143402e-05";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0048712";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007421";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "8.9873973e-06";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0004008";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "8.9864749e-06";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007419";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "8.9874346e-06";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "2.4143446e-05";
			when : "A1&A2&!B1&!B2&C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (!A1&!A2) | (!C1)";
			max_capacitance : 0.058604;
			max_transition : 1.489203;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0110415, 0.0117883, 0.0134406, 0.0170784, 0.0250729, 0.0425999, 0.0813533", \
					  "0.0109562, 0.0117041, 0.0133572, 0.0170019, 0.0249996, 0.0425506, 0.0812857", \
					  "0.0108554, 0.0116131, 0.0132551, 0.0168994, 0.0249165, 0.0425037, 0.0812466", \
					  "0.0107535, 0.0115089, 0.0131677, 0.0168203, 0.0248396, 0.0424176, 0.0810524", \
					  "0.0106795, 0.0114371, 0.0130977, 0.0167557, 0.0247821, 0.0423696, 0.0811176", \
					  "0.0106453, 0.0114096, 0.0130367, 0.0166903, 0.0247390, 0.0423529, 0.0810564", \
					  "0.0104277, 0.0111466, 0.0128462, 0.0165999, 0.0246720, 0.0423517, 0.0811016");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0044488, 0.0037149, 0.0020966, -0.0014948, -0.0094554, -0.0270884, -0.0661321", \
					  "0.0043773, 0.0036540, 0.0020340, -0.0015514, -0.0095090, -0.0271394, -0.0661820", \
					  "0.0043042, 0.0035794, 0.0019734, -0.0016032, -0.0095552, -0.0271762, -0.0662192", \
					  "0.0042222, 0.0035068, 0.0018972, -0.0016692, -0.0096041, -0.0272093, -0.0662429", \
					  "0.0042110, 0.0034602, 0.0018273, -0.0017206, -0.0096239, -0.0272133, -0.0662299", \
					  "0.0041672, 0.0034318, 0.0018268, -0.0017599, -0.0097789, -0.0273317, -0.0663117", \
					  "0.0041820, 0.0034525, 0.0018316, -0.0017739, -0.0097147, -0.0273174, -0.0663768");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0097436, 0.0104850, 0.0121179, 0.0157581, 0.0237456, 0.0413270, 0.0800286", \
					  "0.0096017, 0.0103496, 0.0120158, 0.0156666, 0.0236802, 0.0412144, 0.0799584", \
					  "0.0094013, 0.0101660, 0.0118212, 0.0154884, 0.0235513, 0.0411416, 0.0798800", \
					  "0.0093135, 0.0100701, 0.0117064, 0.0153215, 0.0234468, 0.0410651, 0.0798388", \
					  "0.0092664, 0.0100120, 0.0116825, 0.0153410, 0.0232698, 0.0409773, 0.0798079", \
					  "0.0093289, 0.0100777, 0.0117246, 0.0153968, 0.0233715, 0.0408180, 0.0796788", \
					  "0.0094250, 0.0102025, 0.0117770, 0.0152642, 0.0232874, 0.0409158, 0.0794266");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0036621, 0.0029351, 0.0013184, -0.0022795, -0.0102464, -0.0279191, -0.0669486", \
					  "0.0036245, 0.0029074, 0.0013080, -0.0022736, -0.0102186, -0.0278690, -0.0669425", \
					  "0.0035250, 0.0028151, 0.0012394, -0.0023053, -0.0102318, -0.0278676, -0.0669215", \
					  "0.0033647, 0.0026613, 0.0011018, -0.0024141, -0.0103014, -0.0278962, -0.0669295", \
					  "0.0033133, 0.0026018, 0.0009728, -0.0025682, -0.0104229, -0.0279662, -0.0669591", \
					  "0.0031471, 0.0024357, 0.0008433, -0.0026885, -0.0105884, -0.0281424, -0.0670712", \
					  "0.0031124, 0.0023861, 0.0007870, -0.0028050, -0.0107247, -0.0282511, -0.0672367");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0078029, 0.0085445, 0.0101798, 0.0137856, 0.0217327, 0.0392109, 0.0777980", \
					  "0.0076696, 0.0084187, 0.0100733, 0.0137098, 0.0216801, 0.0391693, 0.0777921", \
					  "0.0075090, 0.0082590, 0.0099365, 0.0135795, 0.0215568, 0.0391218, 0.0778081", \
					  "0.0073680, 0.0081126, 0.0097683, 0.0134234, 0.0214377, 0.0390260, 0.0776908", \
					  "0.0072876, 0.0080393, 0.0096931, 0.0133101, 0.0213014, 0.0388967, 0.0776575", \
					  "0.0072348, 0.0079769, 0.0096315, 0.0132418, 0.0212643, 0.0388008, 0.0775513", \
					  "0.0070086, 0.0077280, 0.0094388, 0.0131701, 0.0211711, 0.0388441, 0.0774827");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0046455, 0.0039164, 0.0022950, -0.0012912, -0.0092477, -0.0268877, -0.0659336", \
					  "0.0045832, 0.0038552, 0.0022436, -0.0013453, -0.0093028, -0.0269308, -0.0659750", \
					  "0.0045052, 0.0037807, 0.0021712, -0.0014021, -0.0093490, -0.0269735, -0.0660086", \
					  "0.0044079, 0.0036923, 0.0020918, -0.0014593, -0.0093988, -0.0270053, -0.0660339", \
					  "0.0043659, 0.0036216, 0.0020034, -0.0015296, -0.0094425, -0.0270030, -0.0660208", \
					  "0.0043237, 0.0035966, 0.0019783, -0.0015923, -0.0095966, -0.0271350, -0.0661122", \
					  "0.0043075, 0.0035742, 0.0019459, -0.0016262, -0.0095844, -0.0271825, -0.0661969");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0064480, 0.0071894, 0.0088396, 0.0124482, 0.0203820, 0.0378627, 0.0764776", \
					  "0.0062868, 0.0070468, 0.0087245, 0.0123599, 0.0203470, 0.0378525, 0.0764315", \
					  "0.0061075, 0.0068637, 0.0085200, 0.0121841, 0.0202060, 0.0377782, 0.0764620", \
					  "0.0059832, 0.0067256, 0.0083797, 0.0119820, 0.0199946, 0.0376125, 0.0763066", \
					  "0.0059526, 0.0066935, 0.0083371, 0.0119514, 0.0199377, 0.0373455, 0.0762956", \
					  "0.0059126, 0.0066715, 0.0083035, 0.0119793, 0.0199258, 0.0373312, 0.0761243", \
					  "0.0058387, 0.0065900, 0.0083396, 0.0119659, 0.0198677, 0.0373350, 0.0760541");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0037882, 0.0030671, 0.0014499, -0.0021361, -0.0101147, -0.0277691, -0.0668442", \
					  "0.0037633, 0.0030381, 0.0014397, -0.0021312, -0.0100870, -0.0277263, -0.0667972", \
					  "0.0036549, 0.0029570, 0.0013749, -0.0021664, -0.0101073, -0.0277316, -0.0667858", \
					  "0.0034717, 0.0027822, 0.0012392, -0.0022812, -0.0101578, -0.0277499, -0.0667882", \
					  "0.0034109, 0.0027032, 0.0011193, -0.0024447, -0.0102925, -0.0278342, -0.0668227", \
					  "0.0032786, 0.0025539, 0.0009581, -0.0025813, -0.0104501, -0.0279985, -0.0669327", \
					  "0.0032271, 0.0024952, 0.0008710, -0.0026880, -0.0105974, -0.0281374, -0.0671025");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0033364, 0.0041416, 0.0058149, 0.0095485, 0.0174108, 0.0348992, 0.0738208", \
					  "0.0031356, 0.0039457, 0.0056517, 0.0093830, 0.0173898, 0.0348797, 0.0736570", \
					  "0.0029586, 0.0037288, 0.0054377, 0.0091434, 0.0172382, 0.0349107, 0.0738078", \
					  "0.0028487, 0.0035913, 0.0052447, 0.0089180, 0.0167862, 0.0345604, 0.0735845", \
					  "0.0027506, 0.0035055, 0.0051557, 0.0087235, 0.0166196, 0.0341880, 0.0734401", \
					  "0.0025841, 0.0033299, 0.0050515, 0.0088463, 0.0167340, 0.0342136, 0.0733995", \
					  "0.0027976, 0.0035040, 0.0050821, 0.0086799, 0.0165307, 0.0341080, 0.0725913");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0027723, 0.0020628, 0.0004636, -0.0031225, -0.0110893, -0.0287360, -0.0678094", \
					  "0.0026654, 0.0019686, 0.0003912, -0.0031687, -0.0111133, -0.0287519, -0.0678153", \
					  "0.0024982, 0.0017988, 0.0002522, -0.0032565, -0.0111605, -0.0287771, -0.0678272", \
					  "0.0023162, 0.0016111, 5.7800000e-05, -0.0034300, -0.0112853, -0.0288436, -0.0678752", \
					  "0.0022738, 0.0015509, -0.0001164, -0.0036404, -0.0114776, -0.0289887, -0.0679576", \
					  "0.0021931, 0.0014760, -0.0001923, -0.0037432, -0.0116601, -0.0292073, -0.0681244", \
					  "0.0022479, 0.0014709, -0.0001204, -0.0037788, -0.0117343, -0.0292466, -0.0683782");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1409071, 0.1512107, 0.1741967, 0.2249001, 0.3340546, 0.5732473, 1.0984710", \
					  "0.1468683, 0.1570543, 0.1801834, 0.2308527, 0.3401950, 0.5792116, 1.1047303", \
					  "0.1608700, 0.1715881, 0.1945340, 0.2456162, 0.3551058, 0.5942210, 1.1197736", \
					  "0.1933957, 0.2042211, 0.2272468, 0.2780667, 0.3878196, 0.6274106, 1.1539366", \
					  "0.2676333, 0.2783267, 0.3015684, 0.3520037, 0.4616909, 0.7014501, 1.2277861", \
					  "0.4245433, 0.4377826, 0.4646493, 0.5205888, 0.6324572, 0.8720631, 1.3985748", \
					  "0.7179096, 0.7358244, 0.7744150, 0.8519108, 0.9994022, 1.2644104, 1.7925227");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1142444, 0.1275264, 0.1575334, 0.2248225, 0.3681208, 0.6885321, 1.3956265", \
					  "0.1142154, 0.1276716, 0.1575633, 0.2247446, 0.3685645, 0.6877120, 1.3960214", \
					  "0.1138811, 0.1283340, 0.1577017, 0.2234573, 0.3684742, 0.6883917, 1.3951109", \
					  "0.1138795, 0.1279361, 0.1577191, 0.2241716, 0.3686138, 0.6881562, 1.3983243", \
					  "0.1177797, 0.1306155, 0.1593023, 0.2240841, 0.3688413, 0.6887926, 1.3958968", \
					  "0.1515244, 0.1641843, 0.1892885, 0.2466057, 0.3789167, 0.6885395, 1.3957010", \
					  "0.2303880, 0.2448176, 0.2757599, 0.3397896, 0.4669702, 0.7396112, 1.4018169");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0482693, 0.0518409, 0.0596469, 0.0764679, 0.1131224, 0.1933064, 0.3701959", \
					  "0.0530474, 0.0566590, 0.0644440, 0.0813152, 0.1179270, 0.1982228, 0.3748415", \
					  "0.0637586, 0.0673583, 0.0751742, 0.0920660, 0.1287003, 0.2090768, 0.3860858", \
					  "0.0838378, 0.0878980, 0.0962874, 0.1135770, 0.1503534, 0.2308549, 0.4076322", \
					  "0.1140876, 0.1195651, 0.1309776, 0.1530157, 0.1951245, 0.2777024, 0.4554388", \
					  "0.1506752, 0.1591529, 0.1767385, 0.2099076, 0.2692088, 0.3719214, 0.5614085", \
					  "0.1747038, 0.1891192, 0.2176082, 0.2717652, 0.3657111, 0.5190240, 0.7654464");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0292661, 0.0337455, 0.0437541, 0.0658560, 0.1147213, 0.2225980, 0.4608602", \
					  "0.0292024, 0.0337126, 0.0437064, 0.0657504, 0.1144310, 0.2228944, 0.4616008", \
					  "0.0293595, 0.0338735, 0.0437734, 0.0658266, 0.1144959, 0.2229588, 0.4607085", \
					  "0.0339532, 0.0380603, 0.0468825, 0.0675485, 0.1149410, 0.2227811, 0.4612277", \
					  "0.0492584, 0.0537240, 0.0630784, 0.0832072, 0.1262653, 0.2268481, 0.4612274", \
					  "0.0829559, 0.0886098, 0.1010182, 0.1247632, 0.1704310, 0.2646716, 0.4786666", \
					  "0.1495997, 0.1578445, 0.1755906, 0.2090655, 0.2687740, 0.3745766, 0.5776444");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1279314, 0.1386530, 0.1620124, 0.2121496, 0.3214849, 0.5608363, 1.0865435", \
					  "0.1320170, 0.1427043, 0.1662886, 0.2170490, 0.3263558, 0.5653727, 1.0910842", \
					  "0.1441184, 0.1547221, 0.1780474, 0.2289499, 0.3386838, 0.5781714, 1.1042304", \
					  "0.1764964, 0.1871609, 0.2098790, 0.2590176, 0.3719487, 0.6117437, 1.1381198", \
					  "0.2552659, 0.2657600, 0.2892129, 0.3391881, 0.4477581, 0.6875147, 1.2138061", \
					  "0.4213006, 0.4352727, 0.4641248, 0.5196098, 0.6269721, 0.8635111, 1.3890367", \
					  "0.7158445, 0.7417615, 0.7861581, 0.8697556, 1.0294586, 1.2901121, 1.8094354");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1146336, 0.1284827, 0.1574943, 0.2235103, 0.3682207, 0.6878735, 1.3940300", \
					  "0.1137957, 0.1275248, 0.1575754, 0.2237328, 0.3692576, 0.6877992, 1.3944514", \
					  "0.1137995, 0.1281180, 0.1576653, 0.2234176, 0.3686426, 0.6885562, 1.3955028", \
					  "0.1137981, 0.1279232, 0.1581889, 0.2239033, 0.3684971, 0.6888433, 1.3956842", \
					  "0.1213895, 0.1335613, 0.1610129, 0.2248147, 0.3686111, 0.6889749, 1.3960743", \
					  "0.1770616, 0.1887749, 0.2122068, 0.2626817, 0.3867099, 0.6889346, 1.3951217", \
					  "0.2953367, 0.3121883, 0.3439917, 0.4123002, 0.5236732, 0.7631826, 1.4039977");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0409404, 0.0442833, 0.0514644, 0.0671638, 0.1018448, 0.1787476, 0.3479890", \
					  "0.0458431, 0.0491838, 0.0563904, 0.0722326, 0.1068828, 0.1841694, 0.3513240", \
					  "0.0560646, 0.0594688, 0.0668352, 0.0826963, 0.1175679, 0.1947800, 0.3621130", \
					  "0.0735293, 0.0778484, 0.0863902, 0.1035491, 0.1386287, 0.2160987, 0.3852633", \
					  "0.0968590, 0.1029352, 0.1153695, 0.1383678, 0.1810360, 0.2609273, 0.4306308", \
					  "0.1188481, 0.1288157, 0.1480422, 0.1838982, 0.2459127, 0.3491045, 0.5345353", \
					  "0.1136039, 0.1304647, 0.1630011, 0.2219477, 0.3217228, 0.4792913, 0.7244021");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0229270, 0.0272480, 0.0367956, 0.0576009, 0.1053780, 0.2081482, 0.4366651", \
					  "0.0229682, 0.0272742, 0.0366179, 0.0576378, 0.1054440, 0.2100289, 0.4355431", \
					  "0.0234879, 0.0275808, 0.0368867, 0.0578462, 0.1053377, 0.2071875, 0.4354237", \
					  "0.0297820, 0.0335988, 0.0418798, 0.0605541, 0.1054314, 0.2079308, 0.4343603", \
					  "0.0463763, 0.0507739, 0.0597934, 0.0784912, 0.1195841, 0.2130174, 0.4356448", \
					  "0.0809179, 0.0867590, 0.0986264, 0.1219656, 0.1658303, 0.2558841, 0.4567466", \
					  "0.1500248, 0.1582916, 0.1753703, 0.2076538, 0.2659901, 0.3682926, 0.5649254");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1212920, 0.1325031, 0.1569544, 0.2106667, 0.3282647, 0.5873602, 1.1587981", \
					  "0.1266867, 0.1380024, 0.1627451, 0.2169015, 0.3347115, 0.5940566, 1.1657544", \
					  "0.1411592, 0.1524917, 0.1774395, 0.2317274, 0.3504514, 0.6098557, 1.1819561", \
					  "0.1753044, 0.1864776, 0.2112815, 0.2655484, 0.3842398, 0.6445564, 1.2174118", \
					  "0.2540973, 0.2652665, 0.2898639, 0.3437367, 0.4621855, 0.7224691, 1.2957021", \
					  "0.4158323, 0.4310332, 0.4620949, 0.5227140, 0.6439259, 0.9040084, 1.4774065", \
					  "0.7243982, 0.7479887, 0.7941259, 0.8817322, 1.0407796, 1.3226514, 1.8973583");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0968303, 0.1108568, 0.1430400, 0.2151601, 0.3711136, 0.7163302, 1.4818788", \
					  "0.0967675, 0.1108318, 0.1430313, 0.2143426, 0.3711244, 0.7165841, 1.4803097", \
					  "0.0967262, 0.1107411, 0.1433637, 0.2142197, 0.3710185, 0.7165166, 1.4823657", \
					  "0.0962069, 0.1107413, 0.1435118, 0.2143301, 0.3710248, 0.7175162, 1.4812800", \
					  "0.1017504, 0.1153785, 0.1455367, 0.2142835, 0.3714183, 0.7177356, 1.4831568", \
					  "0.1365497, 0.1502378, 0.1791514, 0.2377953, 0.3808248, 0.7176817, 1.4838853", \
					  "0.2172895, 0.2336245, 0.2660592, 0.3347573, 0.4641369, 0.7575678, 1.4855422");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0410910, 0.0447876, 0.0527791, 0.0700833, 0.1077104, 0.1901465, 0.3722694", \
					  "0.0456410, 0.0493123, 0.0573597, 0.0746896, 0.1123136, 0.1947803, 0.3770443", \
					  "0.0557168, 0.0594102, 0.0674713, 0.0848317, 0.1225882, 0.2051456, 0.3867977", \
					  "0.0751673, 0.0796635, 0.0888893, 0.1073507, 0.1453984, 0.2282054, 0.4100061", \
					  "0.1034404, 0.1100466, 0.1232508, 0.1482573, 0.1940186, 0.2808263, 0.4632792", \
					  "0.1355851, 0.1459337, 0.1666502, 0.2053017, 0.2728222, 0.3853994, 0.5822784", \
					  "0.1498240, 0.1667689, 0.2010571, 0.2639713, 0.3716429, 0.5440334, 0.8128560");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0293934, 0.0340691, 0.0442536, 0.0669283, 0.1170506, 0.2277333, 0.4721617", \
					  "0.0294064, 0.0339671, 0.0443100, 0.0670152, 0.1166396, 0.2272835, 0.4723201", \
					  "0.0297731, 0.0342472, 0.0442641, 0.0668128, 0.1169339, 0.2272992, 0.4727083", \
					  "0.0368248, 0.0410034, 0.0500467, 0.0703205, 0.1179323, 0.2272002, 0.4724482", \
					  "0.0551083, 0.0600230, 0.0701766, 0.0910564, 0.1332680, 0.2336899, 0.4724105", \
					  "0.0911060, 0.0978417, 0.1119866, 0.1385069, 0.1869338, 0.2822841, 0.4925170", \
					  "0.1594832, 0.1705811, 0.1922399, 0.2288792, 0.2942518, 0.4095577, 0.6172303");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1049121, 0.1160587, 0.1406725, 0.1944404, 0.3121612, 0.5712213, 1.1427072", \
					  "0.1086331, 0.1199994, 0.1449689, 0.1989801, 0.3170744, 0.5763578, 1.1481149", \
					  "0.1208140, 0.1318971, 0.1564058, 0.2107677, 0.3293848, 0.5892571, 1.1614727", \
					  "0.1524657, 0.1634702, 0.1879912, 0.2413393, 0.3600572, 0.6205418, 1.1933045", \
					  "0.2309572, 0.2415558, 0.2650292, 0.3183120, 0.4359932, 0.6943315, 1.2686565", \
					  "0.3847001, 0.4012702, 0.4359925, 0.5011885, 0.6185994, 0.8710734, 1.4415203", \
					  "0.6597086, 0.6874263, 0.7409487, 0.8428286, 1.0158425, 1.3010953, 1.8658215");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0964346, 0.1108937, 0.1432200, 0.2142321, 0.3703354, 0.7168556, 1.4811691", \
					  "0.0962186, 0.1107110, 0.1434400, 0.2142219, 0.3713838, 0.7173774, 1.4832768", \
					  "0.0962254, 0.1108643, 0.1433585, 0.2142589, 0.3708624, 0.7175642, 1.4835848", \
					  "0.0960277, 0.1106979, 0.1430358, 0.2140711, 0.3711886, 0.7173487, 1.4825990", \
					  "0.1107128, 0.1229839, 0.1519580, 0.2162893, 0.3712304, 0.7172680, 1.4835679", \
					  "0.1716297, 0.1852308, 0.2104272, 0.2616148, 0.3912616, 0.7184998, 1.4822773", \
					  "0.2915282, 0.3105142, 0.3452555, 0.4164073, 0.5339306, 0.7884037, 1.4892032");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0325518, 0.0358138, 0.0429485, 0.0587732, 0.0930949, 0.1692371, 0.3377945", \
					  "0.0370547, 0.0404244, 0.0476191, 0.0634031, 0.0981476, 0.1746145, 0.3431441", \
					  "0.0463052, 0.0497524, 0.0571757, 0.0730033, 0.1080953, 0.1851256, 0.3546784", \
					  "0.0611605, 0.0659952, 0.0756691, 0.0939664, 0.1296806, 0.2075859, 0.3757575", \
					  "0.0798462, 0.0873343, 0.1014833, 0.1277009, 0.1732686, 0.2557737, 0.4258444", \
					  "0.0946954, 0.1057973, 0.1285694, 0.1698785, 0.2390973, 0.3506103, 0.5392450", \
					  "0.0745132, 0.0936022, 0.1323221, 0.2003195, 0.3113304, 0.4828953, 0.7459619");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0221540, 0.0264742, 0.0359778, 0.0570508, 0.1034511, 0.2065629, 0.4336652", \
					  "0.0221729, 0.0264750, 0.0359203, 0.0570771, 0.1038893, 0.2073790, 0.4334260", \
					  "0.0236713, 0.0276730, 0.0366896, 0.0571879, 0.1032166, 0.2062051, 0.4335310", \
					  "0.0321153, 0.0361052, 0.0446360, 0.0624998, 0.1054979, 0.2069575, 0.4361304", \
					  "0.0512468, 0.0558838, 0.0656567, 0.0849389, 0.1244009, 0.2147311, 0.4340792", \
					  "0.0880777, 0.0947847, 0.1082772, 0.1329111, 0.1779641, 0.2665863, 0.4593577", \
					  "0.1602269, 0.1699278, 0.1893375, 0.2240833, 0.2859588, 0.3902955, 0.5856757");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0352572, 0.0401991, 0.0506909, 0.0737747, 0.1231789, 0.2321071, 0.4753720", \
					  "0.0409549, 0.0458813, 0.0564614, 0.0794153, 0.1292682, 0.2374719, 0.4773059", \
					  "0.0559234, 0.0607073, 0.0708549, 0.0937124, 0.1440580, 0.2543551, 0.4958011", \
					  "0.0898209, 0.0955595, 0.1062961, 0.1285345, 0.1770040, 0.2867834, 0.5263587", \
					  "0.1505973, 0.1606818, 0.1774088, 0.2090800, 0.2601491, 0.3678036, 0.6076148", \
					  "0.2563799, 0.2729644, 0.3024349, 0.3552382, 0.4375036, 0.5627707, 0.8020350", \
					  "0.4436660, 0.4718146, 0.5241180, 0.6135394, 0.7515734, 0.9563045, 1.2483968");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0309565, 0.0377329, 0.0518897, 0.0836667, 0.1528360, 0.3056480, 0.6551604", \
					  "0.0311123, 0.0375515, 0.0515522, 0.0829010, 0.1524515, 0.3073296, 0.6486327", \
					  "0.0316066, 0.0374266, 0.0520240, 0.0834138, 0.1526383, 0.3085894, 0.6520778", \
					  "0.0436679, 0.0474084, 0.0579568, 0.0852570, 0.1529003, 0.3088527, 0.6455433", \
					  "0.0746487, 0.0793056, 0.0910742, 0.1109084, 0.1640013, 0.3080453, 0.6523149", \
					  "0.1316293, 0.1407358, 0.1575162, 0.1849008, 0.2331966, 0.3399544, 0.6512306", \
					  "0.2408289, 0.2546683, 0.2785688, 0.3237444, 0.3962001, 0.5107514, 0.7390970");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0233969, 0.0262956, 0.0326239, 0.0465590, 0.0775751, 0.1448858, 0.2940981", \
					  "0.0278619, 0.0308175, 0.0372436, 0.0512785, 0.0817860, 0.1493994, 0.2995220", \
					  "0.0382927, 0.0416375, 0.0481958, 0.0620680, 0.0927294, 0.1608235, 0.3096974", \
					  "0.0531699, 0.0583366, 0.0685857, 0.0871503, 0.1185624, 0.1859284, 0.3354161", \
					  "0.0703317, 0.0784695, 0.0954832, 0.1237964, 0.1713513, 0.2465686, 0.3948834", \
					  "0.0846520, 0.0978703, 0.1243022, 0.1693252, 0.2424516, 0.3595160, 0.5357099", \
					  "0.0719114, 0.0943940, 0.1356407, 0.2091096, 0.3266641, 0.5059074, 0.7826680");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0192663, 0.0232394, 0.0318139, 0.0503728, 0.0919013, 0.1834401, 0.3867061", \
					  "0.0191524, 0.0230917, 0.0317032, 0.0503317, 0.0914727, 0.1825268, 0.3851371", \
					  "0.0236368, 0.0264304, 0.0335821, 0.0508963, 0.0924879, 0.1832908, 0.3867079", \
					  "0.0368301, 0.0404751, 0.0476412, 0.0619797, 0.0963575, 0.1846658, 0.3859811", \
					  "0.0615837, 0.0670367, 0.0761284, 0.0959730, 0.1303771, 0.1993016, 0.3847588", \
					  "0.1068473, 0.1134605, 0.1276056, 0.1549488, 0.2020798, 0.2814328, 0.4312721", \
					  "0.1885319, 0.2009382, 0.2256932, 0.2653408, 0.3346924, 0.4473005, 0.6245983");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002064;
			capacitance : 0.002158;
			rise_capacitance : 0.002252;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026032, -0.0026025, -0.0026010, -0.0026018, -0.0026038, -0.0026084, -0.0026189");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026088, 0.0026092, 0.0026102, 0.0026113, 0.0026138, 0.0026196, 0.0026330");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002050;
			capacitance : 0.002174;
			rise_capacitance : 0.002297;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025863, -0.0025866, -0.0025875, -0.0025870, -0.0025858, -0.0025829, -0.0025765");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025989, 0.0025999, 0.0026020, 0.0026015, 0.0026002, 0.0025973, 0.0025906");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002086;
			capacitance : 0.002168;
			rise_capacitance : 0.002251;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027095, -0.0027075, -0.0027027, -0.0027021, -0.0027008, -0.0026978, -0.0026908");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027106, 0.0027107, 0.0027109, 0.0027110, 0.0027111, 0.0027115, 0.0027122");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002066;
			capacitance : 0.002181;
			rise_capacitance : 0.002297;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026341, -0.0026326, -0.0026290, -0.0026279, -0.0026254, -0.0026195, -0.0026059");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026279, 0.0026288, 0.0026309, 0.0026312, 0.0026319, 0.0026334, 0.0026369");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002060;
			capacitance : 0.002126;
			rise_capacitance : 0.002193;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018450, -0.0018470, -0.0018516, -0.0018434, -0.0018243, -0.0017804, -0.0016792");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032817, 0.0032835, 0.0032875, 0.0032884, 0.0032907, 0.0032958, 0.0033076");
				}
			}
		}
	}
	cell ("scs8hd_o221ai_2") {
		area : 15.014400;
		cell_footprint : "o221ai";
		cell_leakage_power : 1.906818e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "2.0246964e-05";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0073133";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0003740";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "8.9079372e-06";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0003754";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0073137";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "5.0090645e-05";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0073137";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "5.3269194e-05";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0073133";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0021593";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "2.0464319e-05";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0016671";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "2.1683179e-05";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0021591";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "2.0173968e-05";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "5.3268388e-05";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0073133";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014769";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "2.0441231e-05";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0010395";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "2.1582025e-05";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0014770";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "2.0174167e-05";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "5.3280104e-05";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0073133";
			when : "A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0021588";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "2.0264194e-05";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0016670";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "2.0670238e-05";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0021586";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "1.9954382e-05";
			when : "A1&A2&B1&B2&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (!A1&!A2) | (!C1)";
			max_capacitance : 0.107127;
			max_transition : 1.501950;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0076562, 0.0067958, 0.0046557, -0.0005710, -0.0133690, -0.0447977, -0.1217751", \
					  "0.0075496, 0.0066675, 0.0045339, -0.0006785, -0.0134848, -0.0448757, -0.1218792", \
					  "0.0073674, 0.0065107, 0.0043933, -0.0008095, -0.0136017, -0.0450096, -0.1219846", \
					  "0.0071500, 0.0063031, 0.0042216, -0.0009547, -0.0137181, -0.0451062, -0.1220571", \
					  "0.0071812, 0.0063057, 0.0041042, -0.0011077, -0.0137962, -0.0451226, -0.1220324", \
					  "0.0071257, 0.0062673, 0.0041486, -0.0010508, -0.0138581, -0.0452868, -0.1221540", \
					  "0.0070505, 0.0061785, 0.0040402, -0.0011887, -0.0139899, -0.0453834, -0.1223411");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0203656, 0.0212611, 0.0234665, 0.0287509, 0.0416900, 0.0730278, 0.1493752", \
					  "0.0201876, 0.0210694, 0.0232423, 0.0285491, 0.0415275, 0.0728061, 0.1492034", \
					  "0.0199706, 0.0208515, 0.0230479, 0.0284307, 0.0414118, 0.0727167, 0.1491898", \
					  "0.0197393, 0.0206736, 0.0228570, 0.0282103, 0.0412326, 0.0726274, 0.1490597", \
					  "0.0195310, 0.0204277, 0.0226184, 0.0279602, 0.0409157, 0.0724035, 0.1489145", \
					  "0.0195180, 0.0204151, 0.0225944, 0.0279304, 0.0409346, 0.0722794, 0.1487775", \
					  "0.0190341, 0.0199995, 0.0223207, 0.0277224, 0.0407529, 0.0724013, 0.1486780");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0176707, 0.0185642, 0.0207351, 0.0260243, 0.0389937, 0.0702908, 0.1466911", \
					  "0.0174215, 0.0183253, 0.0205538, 0.0258375, 0.0387748, 0.0701394, 0.1464473", \
					  "0.0171030, 0.0180140, 0.0201999, 0.0255158, 0.0385160, 0.0699714, 0.1463803", \
					  "0.0168623, 0.0177607, 0.0199363, 0.0253546, 0.0384170, 0.0698528, 0.1463280", \
					  "0.0167007, 0.0176075, 0.0199212, 0.0251788, 0.0381449, 0.0696891, 0.1458081", \
					  "0.0167619, 0.0176581, 0.0198349, 0.0251290, 0.0380788, 0.0696167, 0.1455296", \
					  "0.0172457, 0.0181230, 0.0202035, 0.0254453, 0.0381596, 0.0695539, 0.1455940");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0056379, 0.0047801, 0.0026504, -0.0025864, -0.0154431, -0.0469197, -0.1240473", \
					  "0.0055503, 0.0047097, 0.0026163, -0.0025689, -0.0154080, -0.0468811, -0.1239257", \
					  "0.0053384, 0.0045202, 0.0024841, -0.0026450, -0.0154153, -0.0468454, -0.1238766", \
					  "0.0050303, 0.0042178, 0.0021987, -0.0028658, -0.0155333, -0.0468949, -0.1238661", \
					  "0.0049659, 0.0041345, 0.0020750, -0.0031562, -0.0157431, -0.0469985, -0.1239122", \
					  "0.0048111, 0.0039554, 0.0018634, -0.0032839, -0.0159233, -0.0472636, -0.1240475", \
					  "0.0046805, 0.0038309, 0.0017336, -0.0035033, -0.0162386, -0.0474679, -0.1243652");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0141233, 0.0150346, 0.0172291, 0.0225253, 0.0353992, 0.0665138, 0.1428424", \
					  "0.0138030, 0.0147330, 0.0169614, 0.0223222, 0.0352347, 0.0665292, 0.1427652", \
					  "0.0135003, 0.0143952, 0.0166273, 0.0220252, 0.0350193, 0.0663714, 0.1425977", \
					  "0.0132160, 0.0141019, 0.0163374, 0.0216928, 0.0347161, 0.0661734, 0.1425803", \
					  "0.0129694, 0.0138559, 0.0160595, 0.0213542, 0.0343249, 0.0657768, 0.1420286", \
					  "0.0128972, 0.0137910, 0.0159796, 0.0212732, 0.0342293, 0.0655613, 0.1418106", \
					  "0.0123806, 0.0132466, 0.0154339, 0.0210800, 0.0339938, 0.0655842, 0.1419274");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0079000, 0.0070172, 0.0048934, -0.0003267, -0.0131233, -0.0445588, -0.1215472", \
					  "0.0077692, 0.0069062, 0.0047782, -0.0004259, -0.0132354, -0.0446477, -0.1216260", \
					  "0.0075871, 0.0067291, 0.0046162, -0.0005665, -0.0133478, -0.0447557, -0.1217413", \
					  "0.0073653, 0.0065057, 0.0044354, -0.0007205, -0.0134634, -0.0448383, -0.1217909", \
					  "0.0072998, 0.0064102, 0.0042705, -0.0009105, -0.0135886, -0.0449063, -0.1218049", \
					  "0.0073100, 0.0064281, 0.0042939, -0.0008687, -0.0137215, -0.0451346, -0.1219802", \
					  "0.0071937, 0.0063396, 0.0041920, -0.0010364, -0.0138164, -0.0451795, -0.1221385");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0116228, 0.0125242, 0.0147147, 0.0200219, 0.0328576, 0.0641020, 0.1401589", \
					  "0.0112815, 0.0122180, 0.0144151, 0.0197871, 0.0327106, 0.0639972, 0.1402343", \
					  "0.0108334, 0.0117636, 0.0140873, 0.0194887, 0.0324689, 0.0638445, 0.1401209", \
					  "0.0105959, 0.0115166, 0.0137419, 0.0190723, 0.0320926, 0.0634508, 0.1400004", \
					  "0.0103673, 0.0112459, 0.0134358, 0.0187568, 0.0317335, 0.0631858, 0.1395763", \
					  "0.0103863, 0.0112903, 0.0134854, 0.0187421, 0.0316083, 0.0629376, 0.1388346", \
					  "0.0103629, 0.0112981, 0.0136046, 0.0191149, 0.0317705, 0.0628670, 0.1388539");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0057254, 0.0048533, 0.0027469, -0.0024988, -0.0153547, -0.0468297, -0.1239442", \
					  "0.0056351, 0.0047965, 0.0027026, -0.0024789, -0.0153131, -0.0467846, -0.1238320", \
					  "0.0054187, 0.0045992, 0.0025601, -0.0025707, -0.0153226, -0.0467635, -0.1237913", \
					  "0.0051140, 0.0043014, 0.0022885, -0.0027572, -0.0154392, -0.0467913, -0.1237857", \
					  "0.0050513, 0.0042128, 0.0021519, -0.0030578, -0.0156553, -0.0469018, -0.1238157", \
					  "0.0048844, 0.0040291, 0.0019398, -0.0031983, -0.0158951, -0.0472029, -0.1239918", \
					  "0.0047951, 0.0039028, 0.0017994, -0.0034104, -0.0161451, -0.0473990, -0.1242719");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0045487, 0.0055407, 0.0078546, 0.0132843, 0.0260782, 0.0572343, 0.1330610", \
					  "0.0042373, 0.0051925, 0.0075158, 0.0129917, 0.0260098, 0.0576167, 0.1342502", \
					  "0.0039259, 0.0048596, 0.0071936, 0.0126657, 0.0256204, 0.0568187, 0.1346558", \
					  "0.0037428, 0.0046471, 0.0068980, 0.0123039, 0.0254326, 0.0573037, 0.1341603", \
					  "0.0036608, 0.0045434, 0.0067105, 0.0119654, 0.0249545, 0.0567283, 0.1325873", \
					  "0.0034605, 0.0043061, 0.0064160, 0.0120236, 0.0249060, 0.0560372, 0.1330405", \
					  "0.0039355, 0.0047725, 0.0068828, 0.0121589, 0.0247384, 0.0566001, 0.1322449");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0032463, 0.0024058, 0.0003370, -0.0048544, -0.0176769, -0.0491483, -0.1262037", \
					  "0.0030356, 0.0022233, 0.0001852, -0.0049410, -0.0177215, -0.0491653, -0.1262069", \
					  "0.0027793, 0.0019599, -6.8100000e-05, -0.0051253, -0.0178094, -0.0491947, -0.1261875", \
					  "0.0024389, 0.0016184, -0.0004097, -0.0054331, -0.0180390, -0.0493339, -0.1262620", \
					  "0.0025447, 0.0016784, -0.0004029, -0.0056817, -0.0183244, -0.0495367, -0.1263651", \
					  "0.0024029, 0.0014828, -0.0006292, -0.0058187, -0.0185102, -0.0499412, -0.1266968", \
					  "0.0025128, 0.0016646, -0.0002468, -0.0059703, -0.0186120, -0.0501962, -0.1271741");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.1417808, 0.1492797, 0.1666130, 0.2079246, 0.3071870, 0.5453227, 1.1232643", \
					  "0.1478746, 0.1551849, 0.1723748, 0.2137652, 0.3129854, 0.5517620, 1.1290348", \
					  "0.1626334, 0.1696243, 0.1867624, 0.2290699, 0.3283023, 0.5673663, 1.1448921", \
					  "0.1962039, 0.2035969, 0.2210729, 0.2629046, 0.3623176, 0.6014276, 1.1798951", \
					  "0.2732448, 0.2805013, 0.2980367, 0.3397606, 0.4388190, 0.6782009, 1.2570125", \
					  "0.4384648, 0.4474854, 0.4672563, 0.5139715, 0.6161426, 0.8549347, 1.4339722", \
					  "0.7515865, 0.7634106, 0.7933421, 0.8598857, 0.9927480, 1.2633196, 1.8437830");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.1060318, 0.1153294, 0.1386110, 0.1922602, 0.3244525, 0.6456740, 1.4287935", \
					  "0.1062479, 0.1155625, 0.1378642, 0.1921348, 0.3243888, 0.6456579, 1.4302324", \
					  "0.1062092, 0.1152706, 0.1378927, 0.1927943, 0.3245141, 0.6456840, 1.4296795", \
					  "0.1059325, 0.1156465, 0.1380245, 0.1928830, 0.3246954, 0.6456765, 1.4292174", \
					  "0.1088030, 0.1175884, 0.1394706, 0.1926567, 0.3240337, 0.6454767, 1.4270554", \
					  "0.1395447, 0.1484433, 0.1688601, 0.2155096, 0.3356164, 0.6450766, 1.4301155", \
					  "0.2134514, 0.2234047, 0.2500370, 0.3022837, 0.4187575, 0.6953230, 1.4313396");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0421084, 0.0443685, 0.0496976, 0.0621750, 0.0915417, 0.1618745, 0.3330179", \
					  "0.0468677, 0.0491355, 0.0544412, 0.0669094, 0.0963227, 0.1667524, 0.3377033", \
					  "0.0571489, 0.0594229, 0.0647816, 0.0772686, 0.1066730, 0.1771033, 0.3478239", \
					  "0.0755554, 0.0781778, 0.0843361, 0.0978472, 0.1276497, 0.1981470, 0.3689686", \
					  "0.1008002, 0.1046785, 0.1131487, 0.1314376, 0.1682080, 0.2436203, 0.4152625", \
					  "0.1272329, 0.1329839, 0.1461872, 0.1741561, 0.2286536, 0.3280013, 0.5175791", \
					  "0.1291487, 0.1389353, 0.1613452, 0.2072223, 0.2950850, 0.4480873, 0.7050571");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0237831, 0.0263705, 0.0327276, 0.0483906, 0.0869928, 0.1824861, 0.4156316", \
					  "0.0237907, 0.0263297, 0.0326902, 0.0483814, 0.0871069, 0.1821681, 0.4151094", \
					  "0.0239430, 0.0264844, 0.0327545, 0.0482950, 0.0870025, 0.1820716, 0.4159157", \
					  "0.0292804, 0.0315829, 0.0375370, 0.0515258, 0.0881947, 0.1823980, 0.4155611", \
					  "0.0445533, 0.0472336, 0.0535161, 0.0683519, 0.1031027, 0.1890069, 0.4157943", \
					  "0.0762468, 0.0800090, 0.0885094, 0.1076802, 0.1472051, 0.2320774, 0.4355444", \
					  "0.1390617, 0.1444940, 0.1570547, 0.1853135, 0.2381848, 0.3401811, 0.5426953");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.1244038, 0.1318676, 0.1484299, 0.1901451, 0.2892849, 0.5273156, 1.1052765", \
					  "0.1283345, 0.1356961, 0.1531304, 0.1947913, 0.2938541, 0.5319586, 1.1100144", \
					  "0.1401161, 0.1478980, 0.1646641, 0.2064233, 0.3060364, 0.5446458, 1.1229627", \
					  "0.1719609, 0.1793917, 0.1961564, 0.2397714, 0.3393313, 0.5783570, 1.1571052", \
					  "0.2517493, 0.2568188, 0.2740932, 0.3149175, 0.4137072, 0.6525212, 1.2296545", \
					  "0.4193474, 0.4286140, 0.4510856, 0.4990452, 0.5989919, 0.8360426, 1.4118963", \
					  "0.7179224, 0.7329402, 0.7676033, 0.8427057, 0.9885603, 1.2582650, 1.8312489");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.1060274, 0.1152457, 0.1379058, 0.1920864, 0.3246125, 0.6446968, 1.4296390", \
					  "0.1059788, 0.1153189, 0.1385894, 0.1922496, 0.3240816, 0.6448083, 1.4261061", \
					  "0.1059614, 0.1154018, 0.1378104, 0.1920805, 0.3239913, 0.6448443, 1.4289241", \
					  "0.1060416, 0.1153525, 0.1379190, 0.1929531, 0.3246574, 0.6449514, 1.4264476", \
					  "0.1135392, 0.1234826, 0.1433953, 0.1934983, 0.3240934, 0.6455475, 1.4278581", \
					  "0.1652562, 0.1751942, 0.1950309, 0.2372348, 0.3441258, 0.6472283, 1.4294379", \
					  "0.2731455, 0.2872703, 0.3164960, 0.3754034, 0.4849420, 0.7269716, 1.4376477");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0369976, 0.0391629, 0.0444204, 0.0568535, 0.0869012, 0.1604554, 0.3397114", \
					  "0.0417531, 0.0439955, 0.0492584, 0.0617235, 0.0918988, 0.1647610, 0.3431700", \
					  "0.0513079, 0.0536303, 0.0590544, 0.0717796, 0.1020965, 0.1750138, 0.3533813", \
					  "0.0664870, 0.0694497, 0.0762241, 0.0905620, 0.1217343, 0.1955208, 0.3756321", \
					  "0.0851008, 0.0894441, 0.0991557, 0.1191971, 0.1584681, 0.2373589, 0.4170205", \
					  "0.0985595, 0.1052463, 0.1208853, 0.1521126, 0.2110382, 0.3146808, 0.5132521", \
					  "0.0758487, 0.0869887, 0.1135148, 0.1659351, 0.2613826, 0.4241927, 0.6863513");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0185794, 0.0212867, 0.0281685, 0.0448329, 0.0859669, 0.1880466, 0.4324533", \
					  "0.0186316, 0.0213789, 0.0281637, 0.0448939, 0.0858578, 0.1858534, 0.4311334", \
					  "0.0193410, 0.0219909, 0.0285338, 0.0450090, 0.0857626, 0.1859360, 0.4308550", \
					  "0.0255901, 0.0280449, 0.0341818, 0.0489988, 0.0873689, 0.1862744, 0.4323841", \
					  "0.0414022, 0.0442324, 0.0507890, 0.0662728, 0.1029786, 0.1926270, 0.4318682", \
					  "0.0744242, 0.0781198, 0.0872339, 0.1064553, 0.1468692, 0.2353142, 0.4510902", \
					  "0.1411707, 0.1462782, 0.1586672, 0.1858259, 0.2403920, 0.3442121, 0.5537480");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.1190344, 0.1263341, 0.1445394, 0.1884046, 0.2933908, 0.5481847, 1.1687690", \
					  "0.1233958, 0.1310380, 0.1496974, 0.1938934, 0.2993313, 0.5543638, 1.1755220", \
					  "0.1377476, 0.1454756, 0.1638447, 0.2083928, 0.3144268, 0.5702966, 1.1916197", \
					  "0.1723099, 0.1802529, 0.1985737, 0.2425662, 0.3488640, 0.6051004, 1.2273194", \
					  "0.2521941, 0.2595063, 0.2776688, 0.3213445, 0.4271546, 0.6834857, 1.3065693", \
					  "0.4143044, 0.4240516, 0.4476411, 0.4996810, 0.6103263, 0.8662009, 1.4893253", \
					  "0.7245698, 0.7393067, 0.7755927, 0.8517879, 0.9996710, 1.2886237, 1.9123603");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0834055, 0.0931285, 0.1168712, 0.1748167, 0.3154919, 0.6579013, 1.4970787", \
					  "0.0834372, 0.0931304, 0.1168748, 0.1747888, 0.3151190, 0.6582672, 1.4949978", \
					  "0.0835036, 0.0930728, 0.1168784, 0.1747953, 0.3154467, 0.6577546, 1.4941777", \
					  "0.0835227, 0.0932098, 0.1173016, 0.1746910, 0.3151007, 0.6582224, 1.4952585", \
					  "0.0889276, 0.0979230, 0.1199883, 0.1751446, 0.3154209, 0.6577964, 1.4995022", \
					  "0.1212620, 0.1307411, 0.1524307, 0.2026336, 0.3278118, 0.6584606, 1.4981443", \
					  "0.1966328, 0.2073549, 0.2348027, 0.2906654, 0.4138930, 0.7044598, 1.4969589");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0346201, 0.0369222, 0.0422845, 0.0548656, 0.0845401, 0.1557773, 0.3286608", \
					  "0.0391319, 0.0414118, 0.0467707, 0.0593877, 0.0890749, 0.1603118, 0.3330327", \
					  "0.0489040, 0.0512011, 0.0565886, 0.0691961, 0.0989304, 0.1701629, 0.3428254", \
					  "0.0657966, 0.0688213, 0.0755592, 0.0902719, 0.1210677, 0.1926513, 0.3657140", \
					  "0.0880399, 0.0923997, 0.1023342, 0.1233771, 0.1639750, 0.2427225, 0.4175366", \
					  "0.1080694, 0.1151273, 0.1309363, 0.1635753, 0.2258002, 0.3355616, 0.5319559", \
					  "0.0974025, 0.1093811, 0.1355917, 0.1899505, 0.2899390, 0.4608895, 0.7406358");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0230283, 0.0256546, 0.0320998, 0.0479180, 0.0870399, 0.1831279, 0.4176296", \
					  "0.0229013, 0.0255740, 0.0319934, 0.0479397, 0.0869620, 0.1831647, 0.4180649", \
					  "0.0237755, 0.0262164, 0.0323785, 0.0478582, 0.0869979, 0.1831387, 0.4176634", \
					  "0.0310497, 0.0334970, 0.0395521, 0.0537285, 0.0891895, 0.1830384, 0.4181741", \
					  "0.0477341, 0.0509798, 0.0582905, 0.0743048, 0.1091715, 0.1925654, 0.4183145", \
					  "0.0799453, 0.0846155, 0.0948877, 0.1177218, 0.1597743, 0.2457374, 0.4440783", \
					  "0.1421674, 0.1504855, 0.1655176, 0.1983331, 0.2582141, 0.3661120, 0.5744037");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0983156, 0.1056846, 0.1239366, 0.1677695, 0.2726501, 0.5273065, 1.1481516", \
					  "0.1012528, 0.1091652, 0.1274483, 0.1718108, 0.2771449, 0.5322714, 1.1530509", \
					  "0.1124053, 0.1202803, 0.1395146, 0.1838557, 0.2894746, 0.5452703, 1.1669925", \
					  "0.1453998, 0.1528413, 0.1713951, 0.2144962, 0.3212317, 0.5759095, 1.1983242", \
					  "0.2233412, 0.2314230, 0.2498290, 0.2931592, 0.3977915, 0.6538338, 1.2767073", \
					  "0.3759008, 0.3875852, 0.4146105, 0.4710970, 0.5809981, 0.8345266, 1.4537185", \
					  "0.6485535, 0.6657753, 0.7100182, 0.7956556, 0.9665332, 1.2590781, 1.8716402");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0833912, 0.0931346, 0.1170169, 0.1748083, 0.3150144, 0.6581434, 1.4955404", \
					  "0.0833782, 0.0933281, 0.1168513, 0.1747767, 0.3152193, 0.6581370, 1.4939726", \
					  "0.0834657, 0.0931948, 0.1172752, 0.1747596, 0.3150818, 0.6578676, 1.4929578", \
					  "0.0831468, 0.0929484, 0.1169135, 0.1747093, 0.3150228, 0.6594386, 1.4953323", \
					  "0.0993134, 0.1070756, 0.1269141, 0.1782509, 0.3153206, 0.6587499, 1.4958733", \
					  "0.1557009, 0.1654875, 0.1867327, 0.2300296, 0.3404538, 0.6596734, 1.4968136", \
					  "0.2642741, 0.2776767, 0.3089461, 0.3720035, 0.4891038, 0.7403766, 1.5019496");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0302527, 0.0325018, 0.0378446, 0.0507697, 0.0817065, 0.1580141, 0.3443218", \
					  "0.0348158, 0.0370542, 0.0424032, 0.0554166, 0.0865777, 0.1621703, 0.3471608", \
					  "0.0438679, 0.0463971, 0.0521070, 0.0651712, 0.0967904, 0.1722837, 0.3574165", \
					  "0.0572957, 0.0608303, 0.0686372, 0.0851708, 0.1184728, 0.1959109, 0.3812358", \
					  "0.0724088, 0.0777501, 0.0897179, 0.1143607, 0.1594504, 0.2449089, 0.4320618", \
					  "0.0778611, 0.0867921, 0.1063571, 0.1453783, 0.2158971, 0.3353397, 0.5461036", \
					  "0.0387204, 0.0539344, 0.0875548, 0.1530556, 0.2674100, 0.4549691, 0.7545153");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0184506, 0.0213333, 0.0284667, 0.0457692, 0.0882004, 0.1938375, 0.4465464", \
					  "0.0184940, 0.0213454, 0.0284610, 0.0458614, 0.0880997, 0.1917890, 0.4445758", \
					  "0.0203546, 0.0229646, 0.0294553, 0.0460866, 0.0886104, 0.1918365, 0.4459800", \
					  "0.0287947, 0.0314943, 0.0380249, 0.0535116, 0.0911552, 0.1924638, 0.4445002", \
					  "0.0472495, 0.0507382, 0.0586457, 0.0759980, 0.1122652, 0.2020712, 0.4480744", \
					  "0.0826460, 0.0876171, 0.0989230, 0.1216834, 0.1669071, 0.2573042, 0.4717027", \
					  "0.1523333, 0.1601683, 0.1760581, 0.2096215, 0.2720041, 0.3840795, 0.6039751");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0289576, 0.0322742, 0.0401153, 0.0584889, 0.1022732, 0.2080889, 0.4662489", \
					  "0.0348218, 0.0380925, 0.0458664, 0.0644170, 0.1086791, 0.2158229, 0.4751721", \
					  "0.0499132, 0.0530234, 0.0608915, 0.0792750, 0.1224466, 0.2281536, 0.4896203", \
					  "0.0822445, 0.0868275, 0.0966068, 0.1145317, 0.1589806, 0.2651792, 0.5242209", \
					  "0.1389309, 0.1465224, 0.1621617, 0.1921322, 0.2428540, 0.3481185, 0.6053923", \
					  "0.2389357, 0.2520823, 0.2790623, 0.3295794, 0.4128488, 0.5440450, 0.7997256", \
					  "0.4208087, 0.4421785, 0.4872758, 0.5720639, 0.7146357, 0.9303210, 1.2488283");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0230153, 0.0273120, 0.0375888, 0.0628547, 0.1234515, 0.2734405, 0.6412824", \
					  "0.0230210, 0.0270608, 0.0374147, 0.0627190, 0.1234502, 0.2767999, 0.6481993", \
					  "0.0246241, 0.0282843, 0.0376784, 0.0625313, 0.1235834, 0.2730108, 0.6480961", \
					  "0.0378418, 0.0402157, 0.0466260, 0.0668778, 0.1239994, 0.2764901, 0.6402885", \
					  "0.0657786, 0.0697797, 0.0785771, 0.0958042, 0.1385011, 0.2752861, 0.6437049", \
					  "0.1190388, 0.1252302, 0.1394253, 0.1652075, 0.2117171, 0.3129422, 0.6433585", \
					  "0.2185271, 0.2284110, 0.2502434, 0.2935789, 0.3664582, 0.4887196, 0.7320043");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0183057, 0.0201909, 0.0246374, 0.0353275, 0.0610402, 0.1232035, 0.2753588", \
					  "0.0226942, 0.0245301, 0.0290120, 0.0397646, 0.0654149, 0.1277327, 0.2809600", \
					  "0.0312345, 0.0337845, 0.0394588, 0.0504728, 0.0761858, 0.1384127, 0.2926796", \
					  "0.0420502, 0.0459977, 0.0545387, 0.0708924, 0.1016339, 0.1639433, 0.3161887", \
					  "0.0520130, 0.0582791, 0.0716451, 0.0977883, 0.1446269, 0.2223893, 0.3739738", \
					  "0.0508937, 0.0613131, 0.0832368, 0.1250924, 0.1973556, 0.3177575, 0.5098945", \
					  "0.0069381, 0.0241126, 0.0595550, 0.1293435, 0.2465587, 0.4354692, 0.7299613");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0142428, 0.0166960, 0.0227250, 0.0371400, 0.0724257, 0.1575796, 0.3666593", \
					  "0.0145113, 0.0167719, 0.0225083, 0.0371929, 0.0722798, 0.1583091, 0.3685811", \
					  "0.0200407, 0.0223459, 0.0265817, 0.0386884, 0.0721899, 0.1579828, 0.3665025", \
					  "0.0310959, 0.0338007, 0.0400315, 0.0527176, 0.0800092, 0.1585101, 0.3673657", \
					  "0.0530388, 0.0571347, 0.0651910, 0.0822888, 0.1155877, 0.1800673, 0.3708663", \
					  "0.0921103, 0.0982665, 0.1115203, 0.1368473, 0.1821476, 0.2624150, 0.4207300", \
					  "0.1674563, 0.1767656, 0.1999893, 0.2373324, 0.3031023, 0.4160277, 0.6129544");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004656;
			capacitance : 0.004444;
			fall_capacitance : 0.004232;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052569, -0.0052589, -0.0052636, -0.0052635, -0.0052632, -0.0052626, -0.0052612");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052955, 0.0052826, 0.0052530, 0.0052557, 0.0052618, 0.0052758, 0.0053081");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003785;
			capacitance : 0.004030;
			rise_capacitance : 0.004275;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049060, -0.0049079, -0.0049124, -0.0049122, -0.0049118, -0.0049110, -0.0049090");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049154, 0.0049202, 0.0049312, 0.0049284, 0.0049221, 0.0049074, 0.0048736");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004354;
			capacitance : 0.004578;
			rise_capacitance : 0.004803;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054613, -0.0054597, -0.0054561, -0.0054551, -0.0054528, -0.0054476, -0.0054354");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054872, 0.0054796, 0.0054622, 0.0054664, 0.0054761, 0.0054984, 0.0055500");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003808;
			capacitance : 0.004018;
			rise_capacitance : 0.004228;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049640, -0.0049583, -0.0049450, -0.0049443, -0.0049429, -0.0049395, -0.0049318");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049263, 0.0049266, 0.0049273, 0.0049299, 0.0049357, 0.0049490, 0.0049798");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003863;
			capacitance : 0.003989;
			rise_capacitance : 0.004116;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029371, -0.0029509, -0.0029827, -0.0029678, -0.0029334, -0.0028540, -0.0026710");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060914, 0.0060998, 0.0061191, 0.0061166, 0.0061108, 0.0060974, 0.0060665");
				}
			}
		}
	}
	cell ("scs8hd_o221ai_4") {
		area : 26.275200;
		cell_footprint : "o221ai";
		cell_leakage_power : 4.820201e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0345075";
			when : "!A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0122054";
			when : "!A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0007466";
			when : "!A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0122071";
			when : "!A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0007509";
			when : "!A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0122071";
			when : "!A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0001639";
			when : "!A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "0.0122071";
			when : "!A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0001241";
			when : "!A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0122054";
			when : "!A1&A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0043131";
			when : "!A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "0.0043128";
			when : "A1&A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "5.1753486e-05";
			when : "A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0029395";
			when : "A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "5.2318172e-05";
			when : "A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0043128";
			when : "A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "5.1790024e-05";
			when : "A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "5.2849672e-05";
			when : "!A1&A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0029399";
			when : "!A1&A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "5.2726361e-05";
			when : "!A1&A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0043132";
			when : "!A1&A2&B1&B2&C1";
		}
		leakage_power () {
			value : "5.1839426e-05";
			when : "!A1&A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0001241";
			when : "A1&!A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0122054";
			when : "A1&!A2&!B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0033074";
			when : "A1&!A2&!B1&B2&C1";
		}
		leakage_power () {
			value : "5.3762211e-05";
			when : "A1&!A2&!B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0020437";
			when : "A1&!A2&B1&!B2&C1";
		}
		leakage_power () {
			value : "5.2743125e-05";
			when : "A1&!A2&B1&!B2&!C1";
		}
		leakage_power () {
			value : "0.0033080";
			when : "A1&!A2&B1&B2&C1";
		}
		leakage_power () {
			value : "5.1914399e-05";
			when : "A1&!A2&B1&B2&!C1";
		}
		leakage_power () {
			value : "0.0001245";
			when : "A1&A2&!B1&!B2&C1";
		}
		leakage_power () {
			value : "0.0122054";
			when : "A1&A2&!B1&!B2&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (!A1&!A2) | (!C1)";
			max_capacitance : 0.180369;
			max_transition : 1.500668;
			internal_power () {
				related_pin : "C1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0076052, 0.0066353, 0.0040402, -0.0030812, -0.0222893, -0.0736888, -0.2108852", \
					  "0.0071893, 0.0062466, 0.0036941, -0.0033272, -0.0224287, -0.0737579, -0.2109115", \
					  "0.0066201, 0.0056734, 0.0031619, -0.0037231, -0.0226770, -0.0738532, -0.2109692", \
					  "0.0059562, 0.0050436, 0.0025333, -0.0044412, -0.0231438, -0.0741143, -0.2111083", \
					  "0.0056721, 0.0047034, 0.0020842, -0.0048667, -0.0236448, -0.0744976, -0.2112331", \
					  "0.0058645, 0.0048417, 0.0022405, -0.0048631, -0.0240624, -0.0753422, -0.2118761", \
					  "0.0058913, 0.0047635, 0.0022965, -0.0046963, -0.0242348, -0.0757696, -0.2127280");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0087306, 0.0098870, 0.0128453, 0.0203487, 0.0396963, 0.0904124, 0.2257315", \
					  "0.0081205, 0.0092701, 0.0122192, 0.0198514, 0.0394888, 0.0903187, 0.2277518", \
					  "0.0074987, 0.0085797, 0.0113861, 0.0192790, 0.0388715, 0.0904788, 0.2254458", \
					  "0.0072132, 0.0082645, 0.0110751, 0.0184275, 0.0383951, 0.0897767, 0.2264573", \
					  "0.0068274, 0.0078515, 0.0105673, 0.0179979, 0.0373037, 0.0887644, 0.2252354", \
					  "0.0062614, 0.0072495, 0.0099715, 0.0180756, 0.0372316, 0.0879340, 0.2246761", \
					  "0.0070897, 0.0080613, 0.0108445, 0.0179703, 0.0366929, 0.0883551, 0.2240723");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0395124, 0.0405371, 0.0432695, 0.0506036, 0.0699650, 0.1211768, 0.2568993", \
					  "0.0391365, 0.0401665, 0.0429263, 0.0502082, 0.0695648, 0.1208714, 0.2569152", \
					  "0.0387499, 0.0397705, 0.0425218, 0.0499422, 0.0693273, 0.1206656, 0.2567034", \
					  "0.0382969, 0.0393406, 0.0421227, 0.0494951, 0.0689815, 0.1203583, 0.2565091", \
					  "0.0378676, 0.0389022, 0.0416471, 0.0490117, 0.0684888, 0.1199980, 0.2558811", \
					  "0.0378579, 0.0388411, 0.0416462, 0.0488732, 0.0684324, 0.1200530, 0.2559484", \
					  "0.0374205, 0.0385607, 0.0414298, 0.0486514, 0.0682329, 0.1200020, 0.2559446");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0159519, 0.0149484, 0.0122648, 0.0051141, -0.0140552, -0.0653136, -0.2023644", \
					  "0.0156722, 0.0146757, 0.0120020, 0.0048504, -0.0142908, -0.0655464, -0.2026217", \
					  "0.0152849, 0.0143006, 0.0116448, 0.0045331, -0.0145803, -0.0658103, -0.2027925", \
					  "0.0148696, 0.0138890, 0.0112613, 0.0041962, -0.0148574, -0.0659973, -0.2029682", \
					  "0.0145255, 0.0135415, 0.0109079, 0.0038675, -0.0150399, -0.0661076, -0.2029937", \
					  "0.0146360, 0.0136409, 0.0110089, 0.0038690, -0.0153040, -0.0664453, -0.2031751", \
					  "0.0145154, 0.0134392, 0.0107573, 0.0035834, -0.0155484, -0.0666967, -0.2036779");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0343574, 0.0353707, 0.0381269, 0.0454185, 0.0647944, 0.1160513, 0.2521092", \
					  "0.0338640, 0.0349861, 0.0376556, 0.0449874, 0.0644210, 0.1157141, 0.2517446", \
					  "0.0333662, 0.0345078, 0.0372155, 0.0445924, 0.0639899, 0.1154070, 0.2515518", \
					  "0.0327809, 0.0339135, 0.0366367, 0.0440860, 0.0637169, 0.1148627, 0.2510525", \
					  "0.0320978, 0.0331516, 0.0359287, 0.0433412, 0.0629888, 0.1145971, 0.2506037", \
					  "0.0327233, 0.0337682, 0.0364980, 0.0438793, 0.0626195, 0.1135205, 0.2507540", \
					  "0.0342349, 0.0352492, 0.0377157, 0.0438449, 0.0632732, 0.1149684, 0.2499684");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0117968, 0.0108115, 0.0081705, 0.0010169, -0.0181841, -0.0695942, -0.2067923", \
					  "0.0116100, 0.0106715, 0.0080842, 0.0010117, -0.0181265, -0.0694805, -0.2066540", \
					  "0.0112010, 0.0102713, 0.0077132, 0.0007793, -0.0181898, -0.0694247, -0.2065605", \
					  "0.0105910, 0.0096703, 0.0071919, 0.0003022, -0.0185063, -0.0695459, -0.2065539", \
					  "0.0104158, 0.0094218, 0.0066259, -0.0003082, -0.0189856, -0.0698236, -0.2066496", \
					  "0.0100661, 0.0090916, 0.0064663, -0.0005584, -0.0194084, -0.0704272, -0.2069672", \
					  "0.0098387, 0.0087987, 0.0060841, -0.0009736, -0.0199786, -0.0708844, -0.2076781");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0272932, 0.0283385, 0.0311023, 0.0383779, 0.0575725, 0.1084568, 0.2439930", \
					  "0.0267534, 0.0278178, 0.0306091, 0.0379750, 0.0572669, 0.1083215, 0.2441077", \
					  "0.0260481, 0.0271444, 0.0299579, 0.0373840, 0.0568510, 0.1080544, 0.2439386", \
					  "0.0254370, 0.0265156, 0.0292683, 0.0367253, 0.0563013, 0.1077082, 0.2437944", \
					  "0.0250119, 0.0260655, 0.0287966, 0.0361555, 0.0555698, 0.1069120, 0.2429982", \
					  "0.0248158, 0.0258439, 0.0285811, 0.0358905, 0.0552809, 0.1065223, 0.2426960", \
					  "0.0237775, 0.0247892, 0.0277551, 0.0355723, 0.0548998, 0.1063949, 0.2422462");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0161132, 0.0151107, 0.0124539, 0.0052889, -0.0138621, -0.0651039, -0.2021257", \
					  "0.0158971, 0.0148994, 0.0122439, 0.0051015, -0.0140429, -0.0652930, -0.2022895", \
					  "0.0155833, 0.0145963, 0.0119286, 0.0048327, -0.0142704, -0.0655094, -0.2024926", \
					  "0.0151216, 0.0141462, 0.0115324, 0.0044996, -0.0145285, -0.0656774, -0.2026637", \
					  "0.0147706, 0.0138046, 0.0111598, 0.0041499, -0.0147263, -0.0657423, -0.2026529", \
					  "0.0148524, 0.0138711, 0.0112462, 0.0040737, -0.0150770, -0.0663313, -0.2030136", \
					  "0.0146619, 0.0136553, 0.0109846, 0.0038352, -0.0152759, -0.0664152, -0.2033797");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0222156, 0.0232547, 0.0259933, 0.0332755, 0.0524758, 0.1034696, 0.2392027", \
					  "0.0216348, 0.0226911, 0.0254899, 0.0328567, 0.0522257, 0.1032876, 0.2390625", \
					  "0.0208145, 0.0218888, 0.0247154, 0.0321483, 0.0516283, 0.1029235, 0.2387857", \
					  "0.0202391, 0.0212958, 0.0241292, 0.0315854, 0.0511885, 0.1025326, 0.2384576", \
					  "0.0197640, 0.0207817, 0.0235635, 0.0308691, 0.0504100, 0.1017861, 0.2381322", \
					  "0.0202272, 0.0212196, 0.0239851, 0.0308973, 0.0504391, 0.1013004, 0.2377151", \
					  "0.0202496, 0.0212020, 0.0238324, 0.0309326, 0.0502367, 0.1011099, 0.2359329");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001334039, 0.003559321, 0.009496547, 0.02533753, 0.06760252, 0.1803688");
					values("0.0119810, 0.0109959, 0.0083369, 0.0011780, -0.0180547, -0.0694528, -0.2066560", \
					  "0.0117909, 0.0108438, 0.0082508, 0.0011807, -0.0179641, -0.0693310, -0.2065115", \
					  "0.0113723, 0.0104706, 0.0079293, 0.0009673, -0.0180266, -0.0692757, -0.2063796", \
					  "0.0107883, 0.0098248, 0.0073812, 0.0005519, -0.0182949, -0.0693681, -0.2063842", \
					  "0.0103059, 0.0093247, 0.0067885, -0.0001064, -0.0187844, -0.0696062, -0.2064457", \
					  "0.0103095, 0.0093241, 0.0066869, -0.0003458, -0.0192737, -0.0702604, -0.2067810", \
					  "0.0100525, 0.0090991, 0.0064034, -0.0006522, -0.0196604, -0.0705747, -0.2073290");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.1597515, 0.1646715, 0.1776004, 0.2113504, 0.2996753, 0.5306010, 1.1394483", \
					  "0.1645360, 0.1696196, 0.1831070, 0.2165518, 0.3056398, 0.5366315, 1.1446007", \
					  "0.1797384, 0.1847917, 0.1973118, 0.2318093, 0.3204637, 0.5513919, 1.1603430", \
					  "0.2129892, 0.2178922, 0.2320337, 0.2659554, 0.3555240, 0.5867967, 1.1950261", \
					  "0.2892019, 0.2940516, 0.3074232, 0.3419096, 0.4306336, 0.6621770, 1.2719703", \
					  "0.4564285, 0.4617520, 0.4774581, 0.5139045, 0.6055408, 0.8377890, 1.4478011", \
					  "0.7784157, 0.7874507, 0.8084012, 0.8587656, 0.9771935, 1.2404235, 1.8530018");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.1255964, 0.1316749, 0.1479184, 0.1919642, 0.3064557, 0.6126888, 1.4313621", \
					  "0.1258378, 0.1319643, 0.1482359, 0.1911635, 0.3057659, 0.6129693, 1.4303249", \
					  "0.1255616, 0.1316718, 0.1479042, 0.1920018, 0.3059101, 0.6136143, 1.4306416", \
					  "0.1255218, 0.1315749, 0.1481526, 0.1910963, 0.3060334, 0.6126939, 1.4314253", \
					  "0.1273004, 0.1334994, 0.1490107, 0.1912317, 0.3059072, 0.6132660, 1.4345116", \
					  "0.1543490, 0.1596470, 0.1752082, 0.2131097, 0.3176216, 0.6136722, 1.4319688", \
					  "0.2252940, 0.2320662, 0.2481831, 0.2919167, 0.3972289, 0.6620516, 1.4353112");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0481028, 0.0497525, 0.0541059, 0.0651008, 0.0930893, 0.1656593, 0.3564683", \
					  "0.0525824, 0.0543134, 0.0586125, 0.0696160, 0.0976551, 0.1701868, 0.3610977", \
					  "0.0620817, 0.0637292, 0.0680700, 0.0791200, 0.1071785, 0.1797027, 0.3703745", \
					  "0.0787454, 0.0805417, 0.0853474, 0.0970684, 0.1255472, 0.1982190, 0.3889910", \
					  "0.1024217, 0.1049049, 0.1110411, 0.1261057, 0.1594688, 0.2364652, 0.4290347", \
					  "0.1253924, 0.1292412, 0.1389540, 0.1610794, 0.2094326, 0.3066487, 0.5156784", \
					  "0.1205026, 0.1267169, 0.1422658, 0.1788211, 0.2562923, 0.4043773, 0.6736349");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0293302, 0.0313824, 0.0367343, 0.0513649, 0.0902448, 0.1948242, 0.4745885", \
					  "0.0293276, 0.0313659, 0.0368230, 0.0513237, 0.0903836, 0.1950148, 0.4751947", \
					  "0.0294204, 0.0314163, 0.0368217, 0.0513213, 0.0903515, 0.1949824, 0.4744520", \
					  "0.0335796, 0.0355313, 0.0406957, 0.0540805, 0.0915073, 0.1948533, 0.4744453", \
					  "0.0471016, 0.0490180, 0.0541833, 0.0679320, 0.1038703, 0.2007347, 0.4750940", \
					  "0.0785924, 0.0811635, 0.0875274, 0.1037917, 0.1418501, 0.2362267, 0.4911299", \
					  "0.1422277, 0.1460790, 0.1550469, 0.1772716, 0.2268918, 0.3320136, 0.5808728");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.1404096, 0.1454320, 0.1584055, 0.1915157, 0.2811756, 0.5112017, 1.1199528", \
					  "0.1435074, 0.1483864, 0.1612203, 0.1953567, 0.2844296, 0.5151812, 1.1241431", \
					  "0.1555198, 0.1606579, 0.1744481, 0.2084874, 0.2967138, 0.5280981, 1.1366303", \
					  "0.1877202, 0.1928166, 0.2055914, 0.2394151, 0.3292010, 0.5600183, 1.1687340", \
					  "0.2658560, 0.2706132, 0.2840208, 0.3179126, 0.4065147, 0.6385206, 1.2479717", \
					  "0.4397372, 0.4460387, 0.4623216, 0.4992067, 0.5908796, 0.8109893, 1.4198671", \
					  "0.7558826, 0.7652587, 0.7893597, 0.8511905, 0.9837401, 1.2460704, 1.8422345");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.1255746, 0.1316943, 0.1482711, 0.1909679, 0.3060465, 0.6124661, 1.4288609", \
					  "0.1259201, 0.1329212, 0.1481657, 0.1909926, 0.3059381, 0.6124098, 1.4283942", \
					  "0.1254710, 0.1321560, 0.1481745, 0.1911905, 0.3058238, 0.6123435, 1.4310271", \
					  "0.1257170, 0.1319702, 0.1478403, 0.1910458, 0.3069369, 0.6126419, 1.4317911", \
					  "0.1299624, 0.1356049, 0.1507055, 0.1914387, 0.3064184, 0.6141578, 1.4316850", \
					  "0.1805618, 0.1859540, 0.2011894, 0.2336337, 0.3260278, 0.6158833, 1.4316484", \
					  "0.2903487, 0.2979226, 0.3184168, 0.3655417, 0.4678239, 0.6973536, 1.4368667");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0413626, 0.0430447, 0.0472858, 0.0581264, 0.0863512, 0.1602036, 0.3575789", \
					  "0.0458912, 0.0476289, 0.0519057, 0.0629707, 0.0912527, 0.1655576, 0.3622841", \
					  "0.0550890, 0.0567782, 0.0612981, 0.0724633, 0.1007086, 0.1758992, 0.3725376", \
					  "0.0693602, 0.0716338, 0.0767744, 0.0893811, 0.1187125, 0.1935295, 0.3904710", \
					  "0.0868524, 0.0897538, 0.0970526, 0.1137852, 0.1501449, 0.2306923, 0.4284604", \
					  "0.0969819, 0.1015065, 0.1132918, 0.1390952, 0.1930447, 0.2967752, 0.5134249", \
					  "0.0652633, 0.0740624, 0.0927858, 0.1357037, 0.2253015, 0.3848722, 0.6652130");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0228973, 0.0250119, 0.0307295, 0.0460550, 0.0868277, 0.1954576, 0.4850950", \
					  "0.0228767, 0.0250142, 0.0307400, 0.0459625, 0.0869079, 0.1953935, 0.4848201", \
					  "0.0234996, 0.0255499, 0.0309888, 0.0461337, 0.0867702, 0.1961108, 0.4853597", \
					  "0.0291414, 0.0311174, 0.0363218, 0.0501004, 0.0884535, 0.1957099, 0.4848065", \
					  "0.0448212, 0.0467605, 0.0520147, 0.0657030, 0.1026226, 0.2015986, 0.4859276", \
					  "0.0789661, 0.0815343, 0.0882705, 0.1045062, 0.1433448, 0.2389957, 0.5017760", \
					  "0.1479268, 0.1514609, 0.1602630, 0.1829072, 0.2336429, 0.3402193, 0.5902898");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.1323179, 0.1373220, 0.1509667, 0.1866755, 0.2797295, 0.5251423, 1.1770213", \
					  "0.1372342, 0.1422599, 0.1557543, 0.1920998, 0.2853760, 0.5312191, 1.1833405", \
					  "0.1502666, 0.1554822, 0.1694879, 0.2057000, 0.3000953, 0.5465142, 1.1990292", \
					  "0.1846978, 0.1896498, 0.2034342, 0.2399370, 0.3345098, 0.5817076, 1.2349469", \
					  "0.2628966, 0.2683538, 0.2817152, 0.3176542, 0.4114124, 0.6587698, 1.3127637", \
					  "0.4262889, 0.4328498, 0.4503259, 0.4924313, 0.5914707, 0.8386464, 1.4928494", \
					  "0.7431921, 0.7528030, 0.7776770, 0.8387559, 0.9706874, 1.2546059, 1.9103596");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0950416, 0.1015479, 0.1188915, 0.1653829, 0.2887236, 0.6174968, 1.4949864", \
					  "0.0949374, 0.1015110, 0.1189293, 0.1652518, 0.2884938, 0.6176437, 1.4928860", \
					  "0.0953700, 0.1018422, 0.1191932, 0.1651466, 0.2886392, 0.6176404, 1.4940347", \
					  "0.0949987, 0.1017137, 0.1189132, 0.1653346, 0.2888208, 0.6173370, 1.4951707", \
					  "0.0994626, 0.1054128, 0.1217492, 0.1661757, 0.2888758, 0.6182014, 1.4953375", \
					  "0.1294800, 0.1354767, 0.1517338, 0.1924978, 0.3023320, 0.6177759, 1.4954679", \
					  "0.2024510, 0.2103426, 0.2292289, 0.2765032, 0.3849673, 0.6659260, 1.4973774");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0405022, 0.0421755, 0.0466197, 0.0577940, 0.0861257, 0.1598820, 0.3533266", \
					  "0.0448495, 0.0465279, 0.0509411, 0.0621262, 0.0906042, 0.1640453, 0.3577242", \
					  "0.0541668, 0.0558817, 0.0602617, 0.0713962, 0.0998422, 0.1732444, 0.3671327", \
					  "0.0709904, 0.0731541, 0.0783572, 0.0912255, 0.1205556, 0.1947905, 0.3882264", \
					  "0.0938233, 0.0968903, 0.1044778, 0.1221943, 0.1605350, 0.2416939, 0.4384466", \
					  "0.1130453, 0.1178850, 0.1300338, 0.1572450, 0.2155923, 0.3270431, 0.5447934", \
					  "0.0983959, 0.1061508, 0.1255835, 0.1710605, 0.2645862, 0.4387582, 0.7435415");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0285408, 0.0305718, 0.0359643, 0.0505489, 0.0897241, 0.1953734, 0.4775014", \
					  "0.0284966, 0.0305234, 0.0359544, 0.0504669, 0.0897643, 0.1953857, 0.4772970", \
					  "0.0289806, 0.0309517, 0.0361266, 0.0504455, 0.0896253, 0.1952309, 0.4773036", \
					  "0.0355922, 0.0375228, 0.0427341, 0.0557913, 0.0920576, 0.1953625, 0.4774822", \
					  "0.0522725, 0.0545813, 0.0602857, 0.0749759, 0.1110129, 0.2042471, 0.4778712", \
					  "0.0861685, 0.0893255, 0.0973032, 0.1167848, 0.1596234, 0.2539130, 0.5002252", \
					  "0.1510464, 0.1559932, 0.1690255, 0.1968513, 0.2559501, 0.3720968, 0.6207900");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.1094429, 0.1143673, 0.1281271, 0.1638528, 0.2571674, 0.5024889, 1.1539411", \
					  "0.1125127, 0.1179060, 0.1315410, 0.1674840, 0.2610902, 0.5068556, 1.1588838", \
					  "0.1230464, 0.1281138, 0.1421107, 0.1785413, 0.2729789, 0.5193839, 1.1715254", \
					  "0.1552395, 0.1603167, 0.1743075, 0.2104995, 0.3044189, 0.5519075, 1.2048854", \
					  "0.2341153, 0.2388779, 0.2525014, 0.2877467, 0.3811447, 0.6269986, 1.2821234", \
					  "0.3893265, 0.3970289, 0.4163722, 0.4618800, 0.5620719, 0.8049845, 1.4575199", \
					  "0.6731528, 0.6847487, 0.7150275, 0.7880380, 0.9424169, 1.2349628, 1.8785633");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0950932, 0.1015565, 0.1190337, 0.1652572, 0.2889832, 0.6174338, 1.4939244", \
					  "0.0951355, 0.1015245, 0.1190249, 0.1653968, 0.2888274, 0.6166148, 1.4953740", \
					  "0.0951313, 0.1016345, 0.1189644, 0.1653061, 0.2889490, 0.6174524, 1.4944360", \
					  "0.0948133, 0.1014771, 0.1189405, 0.1652982, 0.2887108, 0.6179843, 1.4965740", \
					  "0.1075943, 0.1126496, 0.1274273, 0.1691897, 0.2887846, 0.6174374, 1.4930059", \
					  "0.1644749, 0.1705687, 0.1860432, 0.2250434, 0.3204914, 0.6200819, 1.4957293", \
					  "0.2730661, 0.2832731, 0.3049233, 0.3585447, 0.4652575, 0.7054146, 1.5006680");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0340621, 0.0357009, 0.0399939, 0.0510917, 0.0796049, 0.1565593, 0.3576327", \
					  "0.0383518, 0.0400664, 0.0444488, 0.0555553, 0.0845218, 0.1600637, 0.3619239", \
					  "0.0468522, 0.0486679, 0.0532168, 0.0646286, 0.0935731, 0.1694220, 0.3738001", \
					  "0.0596097, 0.0619602, 0.0681349, 0.0821222, 0.1131829, 0.1896399, 0.3919357", \
					  "0.0735803, 0.0771112, 0.0863538, 0.1064136, 0.1483291, 0.2345474, 0.4380148", \
					  "0.0758935, 0.0817036, 0.0961024, 0.1285904, 0.1937609, 0.3127820, 0.5420211", \
					  "0.0290260, 0.0386765, 0.0629986, 0.1173390, 0.2241541, 0.4107515, 0.7262776");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0221876, 0.0243187, 0.0302373, 0.0458276, 0.0873992, 0.1987919, 0.4945038", \
					  "0.0222058, 0.0244133, 0.0301945, 0.0457570, 0.0876308, 0.1982392, 0.4941244", \
					  "0.0237307, 0.0257620, 0.0312588, 0.0461862, 0.0879724, 0.1986151, 0.4969446", \
					  "0.0315452, 0.0335575, 0.0390837, 0.0532336, 0.0906228, 0.1983311, 0.4939640", \
					  "0.0499902, 0.0523928, 0.0584860, 0.0734211, 0.1101812, 0.2084564, 0.4952634", \
					  "0.0864899, 0.0897832, 0.0980879, 0.1172972, 0.1603790, 0.2578858, 0.5163013", \
					  "0.1581773, 0.1628522, 0.1746699, 0.2024657, 0.2606104, 0.3760322, 0.6334145");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0313357, 0.0336779, 0.0395342, 0.0543490, 0.0925688, 0.1924053, 0.4579553", \
					  "0.0372403, 0.0395515, 0.0453589, 0.0603381, 0.0988752, 0.1988880, 0.4658296", \
					  "0.0523003, 0.0544051, 0.0599607, 0.0754344, 0.1140591, 0.2148543, 0.4807494", \
					  "0.0855977, 0.0886375, 0.0957542, 0.1113295, 0.1494814, 0.2498925, 0.5189805", \
					  "0.1450473, 0.1499385, 0.1615524, 0.1854542, 0.2342225, 0.3337567, 0.5999680", \
					  "0.2513131, 0.2600571, 0.2795943, 0.3211922, 0.3992345, 0.5291941, 0.7930884", \
					  "0.4468458, 0.4613470, 0.4933098, 0.5641812, 0.6946290, 0.9102036, 1.2456600");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0247070, 0.0276250, 0.0350441, 0.0553863, 0.1091239, 0.2527914, 0.6352495", \
					  "0.0246613, 0.0276726, 0.0349748, 0.0551772, 0.1093661, 0.2528455, 0.6413443", \
					  "0.0256799, 0.0282954, 0.0351561, 0.0554152, 0.1089194, 0.2543563, 0.6357834", \
					  "0.0383747, 0.0397911, 0.0448447, 0.0596381, 0.1096673, 0.2532503, 0.6431212", \
					  "0.0664307, 0.0691472, 0.0755753, 0.0909683, 0.1265762, 0.2545442, 0.6401942", \
					  "0.1193727, 0.1229834, 0.1339335, 0.1561531, 0.1975108, 0.2961149, 0.6405854", \
					  "0.2180827, 0.2238967, 0.2411182, 0.2773729, 0.3433601, 0.4625829, 0.7300880");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0207643, 0.0221273, 0.0258096, 0.0352074, 0.0596768, 0.1247262, 0.2965704", \
					  "0.0249501, 0.0263767, 0.0299980, 0.0394647, 0.0640358, 0.1283928, 0.2989656", \
					  "0.0339734, 0.0356654, 0.0400551, 0.0496410, 0.0743999, 0.1387418, 0.3098088", \
					  "0.0446486, 0.0474829, 0.0540501, 0.0683793, 0.0989095, 0.1630388, 0.3342180", \
					  "0.0540595, 0.0584127, 0.0686991, 0.0917930, 0.1370271, 0.2191189, 0.3903394", \
					  "0.0492414, 0.0561163, 0.0731758, 0.1087570, 0.1793406, 0.3069826, 0.5191378", \
					  "-0.0063409, 0.0045886, 0.0292275, 0.0922128, 0.2079164, 0.4061102, 0.7370075");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00133404, 0.00355932, 0.00949655, 0.0253375, 0.0676025, 0.180369");
					values("0.0176356, 0.0196004, 0.0247142, 0.0383721, 0.0742495, 0.1695579, 0.4237119", \
					  "0.0175174, 0.0193927, 0.0244306, 0.0381686, 0.0741719, 0.1694112, 0.4220674", \
					  "0.0228762, 0.0242899, 0.0283813, 0.0399958, 0.0739084, 0.1691727, 0.4220075", \
					  "0.0334336, 0.0356891, 0.0408463, 0.0536763, 0.0826212, 0.1698719, 0.4228005", \
					  "0.0551395, 0.0579565, 0.0649102, 0.0808504, 0.1149487, 0.1919608, 0.4240691", \
					  "0.0966943, 0.1006929, 0.1124875, 0.1342989, 0.1812182, 0.2690865, 0.4752637", \
					  "0.1730248, 0.1792495, 0.1995580, 0.2317072, 0.2980089, 0.4189280, 0.6556650");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008024;
			capacitance : 0.008450;
			rise_capacitance : 0.008875;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104951, -0.0104713, -0.0104166, -0.0104138, -0.0104073, -0.0103925, -0.0103581");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104950, 0.0104745, 0.0104273, 0.0104286, 0.0104316, 0.0104386, 0.0104547");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007390;
			capacitance : 0.007892;
			rise_capacitance : 0.008393;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0098310, -0.0098173, -0.0097855, -0.0097826, -0.0097759, -0.0097606, -0.0097251");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0098658, 0.0098479, 0.0098065, 0.0098079, 0.0098110, 0.0098182, 0.0098348");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007984;
			capacitance : 0.008335;
			rise_capacitance : 0.008685;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0106094, -0.0106125, -0.0106196, -0.0106168, -0.0106105, -0.0105961, -0.0105626");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0106642, 0.0106511, 0.0106208, 0.0106299, 0.0106509, 0.0106993, 0.0108109");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007234;
			capacitance : 0.007643;
			rise_capacitance : 0.008052;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0099328, -0.0099225, -0.0098989, -0.0099015, -0.0099075, -0.0099213, -0.0099530");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0099181, 0.0099164, 0.0099123, 0.0099198, 0.0099371, 0.0099768, 0.0100684");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008191;
			capacitance : 0.007936;
			fall_capacitance : 0.007680;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0063749, -0.0063873, -0.0064159, -0.0063835, -0.0063090, -0.0061370, -0.0057406");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122563, 0.0122585, 0.0122634, 0.0122659, 0.0122717, 0.0122851, 0.0123160");
				}
			}
		}
	}
	cell ("scs8hd_o22a_1") {
		area : 8.758400;
		cell_footprint : "o22a";
		cell_leakage_power : 1.060617e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004108";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0101107";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003932";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003857";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007278";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0003882";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007275";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003865";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0003880";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0003882";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003878";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "4.6689290e-05";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007274";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0003882";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007271";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003860";
			when : "A1&A2&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A1&B2) | (A2&B2)";
			max_capacitance : 0.141001;
			max_transition : 1.512764;
			internal_power () {
				related_pin : "B1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0067904, 0.0061412, 0.0043529, -0.0011275, -0.0167267, -0.0575288, -0.1621182", \
					  "0.0066224, 0.0059688, 0.0041642, -0.0013091, -0.0169005, -0.0576986, -0.1622716", \
					  "0.0064282, 0.0057936, 0.0039922, -0.0014944, -0.0170818, -0.0578701, -0.1624717", \
					  "0.0062992, 0.0056327, 0.0038457, -0.0016455, -0.0172037, -0.0579815, -0.1625940", \
					  "0.0061966, 0.0055427, 0.0037317, -0.0017425, -0.0172913, -0.0580509, -0.1626266", \
					  "0.0059589, 0.0051196, 0.0033242, -0.0019071, -0.0173718, -0.0580869, -0.1626451", \
					  "0.0075542, 0.0066372, 0.0042910, -0.0018297, -0.0176276, -0.0581137, -0.1626476");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0073097, 0.0083489, 0.0109173, 0.0172763, 0.0332458, 0.0737303, 0.1782737", \
					  "0.0072514, 0.0082919, 0.0108562, 0.0172377, 0.0331628, 0.0736930, 0.1782642", \
					  "0.0071663, 0.0082069, 0.0107604, 0.0171498, 0.0330767, 0.0735663, 0.1780868", \
					  "0.0069708, 0.0079888, 0.0105237, 0.0168347, 0.0328112, 0.0737384, 0.1776870", \
					  "0.0068601, 0.0078311, 0.0102537, 0.0164868, 0.0325115, 0.0731642, 0.1767617", \
					  "0.0067427, 0.0077492, 0.0101974, 0.0164482, 0.0324252, 0.0726364, 0.1775371", \
					  "0.0065690, 0.0075531, 0.0099370, 0.0162592, 0.0324498, 0.0730717, 0.1757826");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0063803, 0.0074230, 0.0099850, 0.0163225, 0.0323334, 0.0725970, 0.1772454", \
					  "0.0063416, 0.0073783, 0.0099289, 0.0163286, 0.0321956, 0.0731114, 0.1763870", \
					  "0.0062004, 0.0072183, 0.0097542, 0.0161497, 0.0321150, 0.0725580, 0.1767162", \
					  "0.0059664, 0.0069385, 0.0094664, 0.0157815, 0.0317593, 0.0724942, 0.1758426", \
					  "0.0057864, 0.0067738, 0.0091423, 0.0153885, 0.0314830, 0.0722379, 0.1750878", \
					  "0.0056017, 0.0066213, 0.0090493, 0.0153157, 0.0312632, 0.0716637, 0.1758481", \
					  "0.0054827, 0.0063864, 0.0089364, 0.0151241, 0.0311781, 0.0718462, 0.1746089");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0054297, 0.0047894, 0.0030201, -0.0024283, -0.0180009, -0.0587583, -0.1633441", \
					  "0.0052469, 0.0046191, 0.0028212, -0.0026349, -0.0181811, -0.0589345, -0.1634907", \
					  "0.0050587, 0.0044329, 0.0026341, -0.0028281, -0.0183703, -0.0591197, -0.1636786", \
					  "0.0049732, 0.0043332, 0.0025025, -0.0029580, -0.0184863, -0.0592255, -0.1638171", \
					  "0.0049154, 0.0042770, 0.0024334, -0.0030578, -0.0185789, -0.0592889, -0.1638277", \
					  "0.0051752, 0.0043512, 0.0019303, -0.0033058, -0.0186806, -0.0593568, -0.1638718", \
					  "0.0064133, 0.0054765, 0.0030991, -0.0030108, -0.0188173, -0.0593007, -0.1637633");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0089016, 0.0099502, 0.0125108, 0.0188782, 0.0349566, 0.0752810, 0.1789776", \
					  "0.0088480, 0.0098889, 0.0124531, 0.0188245, 0.0349004, 0.0751971, 0.1790601", \
					  "0.0087683, 0.0098093, 0.0123584, 0.0187289, 0.0348218, 0.0754675, 0.1786593", \
					  "0.0086373, 0.0096636, 0.0121862, 0.0185433, 0.0346492, 0.0750177, 0.1787480", \
					  "0.0086366, 0.0095819, 0.0120851, 0.0183445, 0.0343345, 0.0751243, 0.1792522", \
					  "0.0085306, 0.0095498, 0.0120375, 0.0182290, 0.0342253, 0.0748544, 0.1790398", \
					  "0.0085038, 0.0094883, 0.0119802, 0.0182858, 0.0344142, 0.0749898, 0.1775566");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0106253, 0.0100081, 0.0082420, 0.0029117, -0.0124892, -0.0530859, -0.1575443", \
					  "0.0105253, 0.0099067, 0.0081490, 0.0028071, -0.0125887, -0.0531783, -0.1576439", \
					  "0.0104235, 0.0098023, 0.0080487, 0.0026810, -0.0127211, -0.0533185, -0.1577555", \
					  "0.0103052, 0.0096699, 0.0079316, 0.0025614, -0.0128251, -0.0534210, -0.1578443", \
					  "0.0102284, 0.0096018, 0.0078321, 0.0024599, -0.0129216, -0.0534984, -0.1579359", \
					  "0.0098385, 0.0092376, 0.0075842, 0.0023207, -0.0130377, -0.0535934, -0.1580021", \
					  "0.0118273, 0.0109256, 0.0085399, 0.0024361, -0.0133336, -0.0537353, -0.1580867");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0082850, 0.0093184, 0.0118773, 0.0182154, 0.0341969, 0.0745366, 0.1788964", \
					  "0.0082470, 0.0092900, 0.0118492, 0.0182060, 0.0341191, 0.0747024, 0.1778203", \
					  "0.0081268, 0.0091560, 0.0117018, 0.0180876, 0.0338052, 0.0746011, 0.1779158", \
					  "0.0079033, 0.0089184, 0.0114392, 0.0178142, 0.0335701, 0.0747276, 0.1775079", \
					  "0.0078406, 0.0088140, 0.0112348, 0.0175105, 0.0335874, 0.0735168, 0.1779507", \
					  "0.0076171, 0.0086228, 0.0111410, 0.0173999, 0.0333645, 0.0740075, 0.1774974", \
					  "0.0075432, 0.0085482, 0.0110139, 0.0173426, 0.0333923, 0.0737193, 0.1777098");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001280399, 0.003278845, 0.008396462, 0.02150165, 0.0550614, 0.1410012");
					values("0.0093010, 0.0086692, 0.0069457, 0.0015892, -0.0138278, -0.0544124, -0.1588602", \
					  "0.0091802, 0.0085322, 0.0067751, 0.0014216, -0.0139688, -0.0545677, -0.1590019", \
					  "0.0089920, 0.0083585, 0.0065945, 0.0012412, -0.0141437, -0.0547338, -0.1591859", \
					  "0.0088609, 0.0082440, 0.0064700, 0.0011173, -0.0142827, -0.0548691, -0.1593143", \
					  "0.0088078, 0.0081742, 0.0063874, 0.0010105, -0.0143892, -0.0549656, -0.1593879", \
					  "0.0084523, 0.0077838, 0.0061225, 0.0008645, -0.0145099, -0.0550560, -0.1594452", \
					  "0.0105201, 0.0095969, 0.0072245, 0.0010842, -0.0147150, -0.0550710, -0.1594239");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0698029, 0.0769464, 0.0933911, 0.1329144, 0.2311857, 0.4811315, 1.1206308", \
					  "0.0747328, 0.0818438, 0.0983031, 0.1378039, 0.2361132, 0.4861258, 1.1247938", \
					  "0.0862456, 0.0933607, 0.1097464, 0.1490944, 0.2475880, 0.4977873, 1.1362572", \
					  "0.1108817, 0.1180113, 0.1343949, 0.1737672, 0.2722564, 0.5225058, 1.1618752", \
					  "0.1496511, 0.1572529, 0.1741564, 0.2137053, 0.3125211, 0.5627783, 1.2023476", \
					  "0.1994819, 0.2087543, 0.2273213, 0.2675709, 0.3661253, 0.6165831, 1.2564072", \
					  "0.2448515, 0.2571251, 0.2811359, 0.3256541, 0.4243695, 0.6745183, 1.3136797");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0218875, 0.0295793, 0.0496449, 0.1030633, 0.2411600, 0.5962816, 1.5067001", \
					  "0.0218508, 0.0295908, 0.0496359, 0.1030949, 0.2411389, 0.5956102, 1.4921859", \
					  "0.0218195, 0.0295810, 0.0496392, 0.1030191, 0.2410743, 0.5931244, 1.5067458", \
					  "0.0224323, 0.0300427, 0.0497922, 0.1031088, 0.2411474, 0.5961011, 1.5074552", \
					  "0.0254342, 0.0326214, 0.0515087, 0.1029622, 0.2407352, 0.5953054, 1.4964938", \
					  "0.0326639, 0.0397977, 0.0565757, 0.1053743, 0.2423090, 0.5936831, 1.4989133", \
					  "0.0468192, 0.0540780, 0.0706018, 0.1136913, 0.2424502, 0.5966230, 1.4944661");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1722215, 0.1786127, 0.1912661, 0.2151833, 0.2626072, 0.3657368, 0.6214667", \
					  "0.1780495, 0.1844250, 0.1970887, 0.2213537, 0.2684843, 0.3715599, 0.6277965", \
					  "0.1919894, 0.1983866, 0.2110102, 0.2354258, 0.2827071, 0.3861323, 0.6413658", \
					  "0.2248009, 0.2311535, 0.2438635, 0.2679458, 0.3150891, 0.4186436, 0.6744751", \
					  "0.2986206, 0.3049951, 0.3176384, 0.3417772, 0.3891172, 0.4927282, 0.7483794", \
					  "0.4562613, 0.4631846, 0.4768118, 0.5022954, 0.5509464, 0.6549439, 0.9109444", \
					  "0.7509411, 0.7593523, 0.7756547, 0.8049968, 0.8585800, 0.9668487, 1.2232145");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0249672, 0.0290078, 0.0378887, 0.0588119, 0.1063365, 0.2326894, 0.5740995", \
					  "0.0249256, 0.0289385, 0.0378797, 0.0580130, 0.1063445, 0.2326759, 0.5673020", \
					  "0.0251390, 0.0291440, 0.0386769, 0.0587271, 0.1067725, 0.2320507, 0.5676927", \
					  "0.0250710, 0.0291469, 0.0380931, 0.0587589, 0.1069043, 0.2323331, 0.5676793", \
					  "0.0251924, 0.0291160, 0.0380486, 0.0580855, 0.1061327, 0.2321448, 0.5678935", \
					  "0.0285292, 0.0325948, 0.0420314, 0.0615501, 0.1089585, 0.2336007, 0.5716392", \
					  "0.0382895, 0.0425367, 0.0517650, 0.0723913, 0.1197493, 0.2390450, 0.5720470");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0635701, 0.0704824, 0.0867666, 0.1260684, 0.2242412, 0.4738452, 1.1146732", \
					  "0.0685062, 0.0754792, 0.0917463, 0.1308837, 0.2294622, 0.4785644, 1.1188583", \
					  "0.0797389, 0.0866575, 0.1028441, 0.1421603, 0.2405855, 0.4927505, 1.1335008", \
					  "0.1023415, 0.1093437, 0.1255774, 0.1648349, 0.2631957, 0.5137873, 1.1572752", \
					  "0.1350007, 0.1425015, 0.1592668, 0.1986447, 0.2971468, 0.5498575, 1.1914806", \
					  "0.1723876, 0.1817349, 0.2008472, 0.2408324, 0.3394161, 0.5897247, 1.2292539", \
					  "0.1932772, 0.2060912, 0.2312858, 0.2769107, 0.3756715, 0.6252566, 1.2647849");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0208602, 0.0285758, 0.0486748, 0.1024420, 0.2402179, 0.5969957, 1.4981075", \
					  "0.0208597, 0.0286675, 0.0487837, 0.1026415, 0.2394561, 0.5930524, 1.5101742", \
					  "0.0208985, 0.0286252, 0.0488942, 0.1023304, 0.2409511, 0.5988683, 1.4931872", \
					  "0.0219302, 0.0294493, 0.0492586, 0.1022687, 0.2400057, 0.5986012, 1.5117513", \
					  "0.0256030, 0.0324424, 0.0511002, 0.1025178, 0.2400968, 0.5976585, 1.5127644", \
					  "0.0336768, 0.0403337, 0.0572614, 0.1051945, 0.2420919, 0.5924042, 1.5042261", \
					  "0.0494776, 0.0577880, 0.0732641, 0.1152939, 0.2425553, 0.5963813, 1.4913869");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1607808, 0.1671366, 0.1798681, 0.2040098, 0.2511633, 0.3546279, 0.6101822", \
					  "0.1646565, 0.1710790, 0.1837871, 0.2077600, 0.2550987, 0.3586875, 0.6140932", \
					  "0.1769266, 0.1833156, 0.1959670, 0.2200993, 0.2674632, 0.3709713, 0.6266405", \
					  "0.2095678, 0.2158798, 0.2285618, 0.2526823, 0.2998018, 0.4032072, 0.6586471", \
					  "0.2876686, 0.2940215, 0.3067118, 0.3307365, 0.3781429, 0.4816487, 0.7371358", \
					  "0.4572259, 0.4645676, 0.4780574, 0.5041769, 0.5531012, 0.6572570, 0.9131270", \
					  "0.7562728, 0.7664034, 0.7856233, 0.8193538, 0.8742834, 0.9821876, 1.2333615");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0250516, 0.0291240, 0.0383059, 0.0585354, 0.1067827, 0.2329400, 0.5678945", \
					  "0.0251953, 0.0291218, 0.0380102, 0.0587004, 0.1068897, 0.2329245, 0.5708881", \
					  "0.0250733, 0.0290926, 0.0380052, 0.0583531, 0.1064280, 0.2328026, 0.5678834", \
					  "0.0250441, 0.0291635, 0.0381854, 0.0587582, 0.1069220, 0.2328292, 0.5705647", \
					  "0.0251158, 0.0292335, 0.0380652, 0.0583770, 0.1068165, 0.2322113, 0.5705077", \
					  "0.0314763, 0.0354827, 0.0453981, 0.0640544, 0.1101035, 0.2331120, 0.5682421", \
					  "0.0483935, 0.0531162, 0.0625563, 0.0810772, 0.1241155, 0.2412622, 0.5727502");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0616778, 0.0685633, 0.0848545, 0.1243593, 0.2224944, 0.4731224, 1.1144778", \
					  "0.0662225, 0.0730928, 0.0893522, 0.1286777, 0.2271143, 0.4773759, 1.1185570", \
					  "0.0770713, 0.0841956, 0.1003760, 0.1397795, 0.2380492, 0.4888093, 1.1302388", \
					  "0.0995489, 0.1065072, 0.1227384, 0.1618620, 0.2604759, 0.5107338, 1.1504045", \
					  "0.1304089, 0.1375461, 0.1539829, 0.1932517, 0.2922158, 0.5428675, 1.1836249", \
					  "0.1662563, 0.1745162, 0.1916513, 0.2309394, 0.3302124, 0.5806447, 1.2230661", \
					  "0.1859940, 0.1971361, 0.2188755, 0.2607386, 0.3585520, 0.6084784, 1.2483435");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0210097, 0.0288004, 0.0491990, 0.1026973, 0.2421771, 0.5954346, 1.5016296", \
					  "0.0209592, 0.0288830, 0.0492758, 0.1030818, 0.2418350, 0.5965705, 1.5002378", \
					  "0.0209255, 0.0287845, 0.0492967, 0.1028476, 0.2421942, 0.5950455, 1.5023554", \
					  "0.0217178, 0.0294793, 0.0496739, 0.1030771, 0.2406191, 0.5953988, 1.4971215", \
					  "0.0239916, 0.0312569, 0.0507572, 0.1032451, 0.2412945, 0.5971617, 1.5023951", \
					  "0.0303296, 0.0371970, 0.0542673, 0.1048222, 0.2422457, 0.5934309, 1.4983873", \
					  "0.0448267, 0.0515589, 0.0676270, 0.1102155, 0.2428731, 0.5984678, 1.4964078");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1442509, 0.1505506, 0.1632079, 0.1869789, 0.2339696, 0.3371138, 0.5911009", \
					  "0.1491027, 0.1553837, 0.1678824, 0.1916735, 0.2387102, 0.3417472, 0.5967146", \
					  "0.1634942, 0.1697714, 0.1822112, 0.2061011, 0.2530990, 0.3562762, 0.6110022", \
					  "0.1978792, 0.2041302, 0.2166795, 0.2402322, 0.2873153, 0.3905043, 0.6456686", \
					  "0.2763978, 0.2825980, 0.2951822, 0.3191528, 0.3662140, 0.4693120, 0.7240117", \
					  "0.4380982, 0.4453380, 0.4593741, 0.4852346, 0.5344890, 0.6389562, 0.8935523", \
					  "0.7441041, 0.7530455, 0.7702473, 0.8011473, 0.8568012, 0.9663290, 1.2183733");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0238801, 0.0279525, 0.0373853, 0.0577142, 0.1066234, 0.2312059, 0.5692428", \
					  "0.0239333, 0.0281805, 0.0375230, 0.0577923, 0.1063502, 0.2322890, 0.5734868", \
					  "0.0238099, 0.0282361, 0.0375674, 0.0577176, 0.1066178, 0.2312745, 0.5665803", \
					  "0.0239465, 0.0281787, 0.0373756, 0.0581604, 0.1062862, 0.2314034, 0.5664998", \
					  "0.0239275, 0.0280455, 0.0374649, 0.0582063, 0.1061928, 0.2314660, 0.5690473", \
					  "0.0291733, 0.0337722, 0.0426885, 0.0635940, 0.1100370, 0.2326596, 0.5668755", \
					  "0.0407317, 0.0456222, 0.0559962, 0.0764430, 0.1238011, 0.2414473, 0.5719245");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0531548, 0.0599089, 0.0759996, 0.1150902, 0.2131217, 0.4628277, 1.1016592", \
					  "0.0577117, 0.0644512, 0.0804842, 0.1195926, 0.2181379, 0.4682612, 1.1077691", \
					  "0.0682113, 0.0748601, 0.0907481, 0.1301074, 0.2286689, 0.4803077, 1.1208690", \
					  "0.0868025, 0.0935016, 0.1094468, 0.1486476, 0.2470102, 0.4989595, 1.1407361", \
					  "0.1102795, 0.1172724, 0.1334602, 0.1723806, 0.2712067, 0.5219840, 1.1624411", \
					  "0.1329637, 0.1414921, 0.1583950, 0.1976347, 0.2958530, 0.5464832, 1.1892286", \
					  "0.1265765, 0.1382667, 0.1612084, 0.2024406, 0.3001490, 0.5492467, 1.1905609");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0199945, 0.0279042, 0.0484071, 0.1025300, 0.2407650, 0.5962785, 1.5076752", \
					  "0.0199785, 0.0279165, 0.0484176, 0.1022167, 0.2414701, 0.5997002, 1.5096170", \
					  "0.0201045, 0.0279214, 0.0484200, 0.1022918, 0.2395517, 0.5908404, 1.4962093", \
					  "0.0211592, 0.0289065, 0.0490348, 0.1025639, 0.2401806, 0.6019110, 1.4925103", \
					  "0.0239496, 0.0309290, 0.0501699, 0.1034858, 0.2400815, 0.5934782, 1.5083378", \
					  "0.0311683, 0.0380430, 0.0546558, 0.1041507, 0.2423378, 0.5928480, 1.4985930", \
					  "0.0474848, 0.0543597, 0.0690111, 0.1119862, 0.2432060, 0.5978614, 1.4957278");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.1268515, 0.1331390, 0.1457256, 0.1697422, 0.2167483, 0.3197905, 0.5744485", \
					  "0.1302791, 0.1365437, 0.1491776, 0.1731106, 0.2202174, 0.3233623, 0.5776165", \
					  "0.1420823, 0.1483549, 0.1609696, 0.1848076, 0.2319934, 0.3344186, 0.5895530", \
					  "0.1745222, 0.1807373, 0.1932618, 0.2171581, 0.2641765, 0.3673114, 0.6227504", \
					  "0.2537810, 0.2600194, 0.2725846, 0.2957406, 0.3430319, 0.4462266, 0.7015348", \
					  "0.4084190, 0.4161297, 0.4314382, 0.4590244, 0.5089281, 0.6139069, 0.8689711", \
					  "0.6806943, 0.6915677, 0.7120182, 0.7480105, 0.8069537, 0.9163054, 1.1732982");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012804, 0.00327885, 0.00839646, 0.0215017, 0.0550614, 0.141001");
					values("0.0237014, 0.0280387, 0.0375244, 0.0581644, 0.1064665, 0.2315886, 0.5667796", \
					  "0.0237228, 0.0278894, 0.0371624, 0.0579056, 0.1064194, 0.2322870, 0.5709013", \
					  "0.0237192, 0.0279096, 0.0371827, 0.0575805, 0.1061635, 0.2324860, 0.5716979", \
					  "0.0239298, 0.0278885, 0.0370780, 0.0577823, 0.1060140, 0.2323259, 0.5673915", \
					  "0.0242846, 0.0286807, 0.0377600, 0.0590481, 0.1068159, 0.2322916, 0.5725270", \
					  "0.0343874, 0.0393509, 0.0488106, 0.0673436, 0.1123590, 0.2349745, 0.5702821", \
					  "0.0530393, 0.0580685, 0.0693091, 0.0899012, 0.1316465, 0.2456409, 0.5711625");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002281;
			capacitance : 0.002183;
			fall_capacitance : 0.002084;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026247, -0.0026238, -0.0026219, -0.0026213, -0.0026198, -0.0026164, -0.0026087");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026417, 0.0026407, 0.0026384, 0.0026388, 0.0026396, 0.0026414, 0.0026456");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002413;
			capacitance : 0.002270;
			fall_capacitance : 0.002126;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027072, -0.0027027, -0.0026923, -0.0026930, -0.0026948, -0.0026988, -0.0027081");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027085, 0.0027064, 0.0027015, 0.0027022, 0.0027037, 0.0027072, 0.0027153");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002126;
			capacitance : 0.002253;
			rise_capacitance : 0.002381;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0009405, -0.0009459, -0.0009582, -0.0009467, -0.0009202, -0.0008593, -0.0007187");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032958, 0.0032956, 0.0032951, 0.0032927, 0.0032873, 0.0032748, 0.0032461");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002388;
			capacitance : 0.002240;
			fall_capacitance : 0.002092;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0007274, -0.0007301, -0.0007365, -0.0007253, -0.0006997, -0.0006405, -0.0005041");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030863, 0.0030865, 0.0030868, 0.0030865, 0.0030859, 0.0030844, 0.0030809");
				}
			}
		}
	}
	cell ("scs8hd_o22a_2") {
		area : 10.009600;
		cell_footprint : "o22a";
		cell_leakage_power : 7.469344e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0009096";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0007273";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0027232";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0007431";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007394";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0007476";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007390";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003976";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0003991";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0007465";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003989";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "5.7459273e-05";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007388";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0007477";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007386";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003972";
			when : "A1&A2&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A1&B2) | (A2&B2)";
			max_capacitance : 0.261851;
			max_transition : 1.510611;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0109124, 0.0098835, 0.0075494, 4.4800000e-05, -0.0240142, -0.0960746, -0.3022463", \
					  "0.0107738, 0.0098009, 0.0073989, -0.0001035, -0.0241280, -0.0961735, -0.3023726", \
					  "0.0105835, 0.0096491, 0.0072524, -0.0002511, -0.0242895, -0.0963464, -0.3025050", \
					  "0.0105300, 0.0095664, 0.0071324, -0.0003582, -0.0244174, -0.0964642, -0.3026349", \
					  "0.0103574, 0.0094118, 0.0069797, -0.0005023, -0.0245663, -0.0965756, -0.3027105", \
					  "0.0103734, 0.0093877, 0.0069897, -0.0006686, -0.0247486, -0.0967120, -0.3027772", \
					  "0.0134254, 0.0122996, 0.0091954, 0.0003525, -0.0250368, -0.0968397, -0.3028040");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0113548, 0.0126102, 0.0160233, 0.0253087, 0.0509929, 0.1236486, 0.3277608", \
					  "0.0113507, 0.0126146, 0.0160088, 0.0252826, 0.0511800, 0.1238631, 0.3269284", \
					  "0.0112870, 0.0125359, 0.0159260, 0.0251822, 0.0508427, 0.1231809, 0.3254860", \
					  "0.0110915, 0.0123274, 0.0156605, 0.0248924, 0.0508196, 0.1219867, 0.3280164", \
					  "0.0110566, 0.0122039, 0.0154386, 0.0245731, 0.0502925, 0.1219065, 0.3276702", \
					  "0.0108629, 0.0120104, 0.0153573, 0.0245106, 0.0501032, 0.1223206, 0.3266048", \
					  "0.0107816, 0.0119336, 0.0152454, 0.0244445, 0.0500356, 0.1225450, 0.3268332");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0104189, 0.0116714, 0.0150827, 0.0243447, 0.0502640, 0.1221357, 0.3279797", \
					  "0.0103654, 0.0116186, 0.0150050, 0.0242943, 0.0500152, 0.1221960, 0.3265785", \
					  "0.0102964, 0.0115486, 0.0149587, 0.0241838, 0.0499398, 0.1220842, 0.3256400", \
					  "0.0101327, 0.0113805, 0.0147193, 0.0238851, 0.0494542, 0.1218856, 0.3276738", \
					  "0.0100746, 0.0111273, 0.0143699, 0.0236116, 0.0491986, 0.1222259, 0.3278796", \
					  "0.0099858, 0.0111687, 0.0144588, 0.0235199, 0.0491418, 0.1209474, 0.3272511", \
					  "0.0098072, 0.0111085, 0.0142694, 0.0233410, 0.0490280, 0.1213427, 0.3249048");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0083550, 0.0073963, 0.0050393, -0.0025533, -0.0268133, -0.0991048, -0.3054706", \
					  "0.0082046, 0.0072533, 0.0048356, -0.0027062, -0.0269508, -0.0992575, -0.3056057", \
					  "0.0079996, 0.0070610, 0.0046970, -0.0029100, -0.0271545, -0.0994468, -0.3057960", \
					  "0.0078728, 0.0069132, 0.0045046, -0.0030834, -0.0273216, -0.0995882, -0.3059399", \
					  "0.0077606, 0.0068037, 0.0043762, -0.0032197, -0.0274461, -0.0996959, -0.3060099", \
					  "0.0075142, 0.0065657, 0.0041951, -0.0033982, -0.0276002, -0.0997756, -0.3060474", \
					  "0.0104643, 0.0093842, 0.0063192, -0.0025316, -0.0278790, -0.0998888, -0.3060876");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0095212, 0.0107946, 0.0141936, 0.0234557, 0.0491538, 0.1216074, 0.3255910", \
					  "0.0095266, 0.0107769, 0.0141622, 0.0234348, 0.0491363, 0.1211422, 0.3261743", \
					  "0.0094700, 0.0107198, 0.0141220, 0.0233119, 0.0490508, 0.1217743, 0.3273937", \
					  "0.0092633, 0.0104704, 0.0137701, 0.0229577, 0.0486873, 0.1207120, 0.3234635", \
					  "0.0091162, 0.0102867, 0.0134889, 0.0225403, 0.0481431, 0.1211566, 0.3271601", \
					  "0.0088156, 0.0100279, 0.0133397, 0.0224654, 0.0480016, 0.1199118, 0.3260567", \
					  "0.0088506, 0.0100454, 0.0132356, 0.0223283, 0.0478718, 0.1201988, 0.3252964");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0071194, 0.0061083, 0.0036764, -0.0039066, -0.0281175, -0.1003718, -0.3066878", \
					  "0.0069424, 0.0059683, 0.0034914, -0.0040253, -0.0282419, -0.1005140, -0.3068332", \
					  "0.0066725, 0.0057278, 0.0033406, -0.0042331, -0.0284484, -0.1007060, -0.3070113", \
					  "0.0065464, 0.0055436, 0.0031151, -0.0044304, -0.0286378, -0.1008744, -0.3071615", \
					  "0.0065013, 0.0055361, 0.0030858, -0.0045003, -0.0287400, -0.1009377, -0.3072187", \
					  "0.0062516, 0.0052394, 0.0026294, -0.0047715, -0.0289476, -0.1010938, -0.3073093", \
					  "0.0093215, 0.0082109, 0.0051030, -0.0036704, -0.0290524, -0.1010969, -0.3072532");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0120465, 0.0133069, 0.0167256, 0.0260316, 0.0517384, 0.1238500, 0.3274480", \
					  "0.0120032, 0.0132554, 0.0166762, 0.0259643, 0.0516155, 0.1243972, 0.3300130", \
					  "0.0119300, 0.0131916, 0.0165992, 0.0258831, 0.0515976, 0.1237331, 0.3281251", \
					  "0.0118297, 0.0130865, 0.0164748, 0.0256846, 0.0513119, 0.1236016, 0.3294100", \
					  "0.0117497, 0.0129339, 0.0162942, 0.0254534, 0.0511041, 0.1240293, 0.3296720", \
					  "0.0118137, 0.0129860, 0.0162872, 0.0254198, 0.0510120, 0.1235520, 0.3292884", \
					  "0.0117870, 0.0129679, 0.0162571, 0.0254489, 0.0510973, 0.1237147, 0.3286566");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0121525, 0.0111995, 0.0088098, 0.0013320, -0.0227051, -0.0947628, -0.3009355", \
					  "0.0120991, 0.0111469, 0.0087366, 0.0012697, -0.0227761, -0.0948381, -0.3010077", \
					  "0.0119762, 0.0110275, 0.0086351, 0.0011655, -0.0228802, -0.0949393, -0.3011089", \
					  "0.0119217, 0.0109659, 0.0085303, 0.0010493, -0.0230076, -0.0950511, -0.3012476", \
					  "0.0117695, 0.0108500, 0.0084443, 0.0009053, -0.0231310, -0.0951523, -0.3013026", \
					  "0.0116785, 0.0107569, 0.0083027, 0.0008417, -0.0232474, -0.0952547, -0.3013773", \
					  "0.0147050, 0.0135936, 0.0105255, 0.0016887, -0.0236070, -0.0954654, -0.3015137");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0749316, 0.0804665, 0.0936240, 0.1257402, 0.2109066, 0.4499753, 1.1257206", \
					  "0.0798945, 0.0853925, 0.0985683, 0.1306348, 0.2160756, 0.4557343, 1.1333388", \
					  "0.0914228, 0.0969531, 0.1100845, 0.1421511, 0.2273025, 0.4664867, 1.1424626", \
					  "0.1173381, 0.1228707, 0.1360130, 0.1678350, 0.2531727, 0.4923616, 1.1689473", \
					  "0.1605951, 0.1666411, 0.1806167, 0.2132232, 0.2988523, 0.5376718, 1.2169191", \
					  "0.2184516, 0.2261140, 0.2423549, 0.2766866, 0.3624998, 0.6014730, 1.2810233", \
					  "0.2778395, 0.2882250, 0.3097499, 0.3509046, 0.4382195, 0.6773273, 1.3530255");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0181080, 0.0231154, 0.0369980, 0.0772616, 0.1963488, 0.5361548, 1.5106107", \
					  "0.0180509, 0.0231579, 0.0370354, 0.0771179, 0.1956384, 0.5345245, 1.4941410", \
					  "0.0180774, 0.0230738, 0.0370249, 0.0773305, 0.1963797, 0.5361328, 1.5033607", \
					  "0.0183661, 0.0233265, 0.0371473, 0.0773892, 0.1954474, 0.5349711, 1.4946306", \
					  "0.0220315, 0.0267110, 0.0398143, 0.0783650, 0.1955978, 0.5349446, 1.4956292", \
					  "0.0291356, 0.0339434, 0.0466616, 0.0821446, 0.1969633, 0.5334319, 1.4964335", \
					  "0.0428192, 0.0492184, 0.0618746, 0.0946305, 0.2003165, 0.5374307, 1.4906664");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.2046557, 0.2106736, 0.2231830, 0.2469767, 0.2922428, 0.3879388, 0.6319093", \
					  "0.2106722, 0.2166199, 0.2291466, 0.2529963, 0.2980779, 0.3941859, 0.6381615", \
					  "0.2250305, 0.2310071, 0.2435287, 0.2673896, 0.3126395, 0.4084167, 0.6523657", \
					  "0.2576544, 0.2636631, 0.2762860, 0.2999506, 0.3451471, 0.4409250, 0.6841007", \
					  "0.3318681, 0.3379392, 0.3504301, 0.3740860, 0.4191759, 0.5153042, 0.7593144", \
					  "0.4971096, 0.5035402, 0.5167812, 0.5414695, 0.5873230, 0.6837731, 0.9274327", \
					  "0.8123353, 0.8200307, 0.8361602, 0.8648554, 0.9152440, 1.0183303, 1.2642168");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0292176, 0.0323947, 0.0396118, 0.0559813, 0.0949663, 0.1997986, 0.5207689", \
					  "0.0292501, 0.0324522, 0.0397692, 0.0554526, 0.0947228, 0.1997499, 0.5207168", \
					  "0.0293095, 0.0324581, 0.0397663, 0.0554765, 0.0949658, 0.1997544, 0.5175370", \
					  "0.0292616, 0.0324286, 0.0395931, 0.0556785, 0.0947631, 0.2001202, 0.5176581", \
					  "0.0291621, 0.0324278, 0.0396273, 0.0557736, 0.0948389, 0.1997902, 0.5206123", \
					  "0.0322783, 0.0354594, 0.0426051, 0.0580611, 0.0964533, 0.2008403, 0.5178996", \
					  "0.0432102, 0.0468219, 0.0538018, 0.0700810, 0.1095068, 0.2104086, 0.5200590");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0679979, 0.0733263, 0.0861214, 0.1177630, 0.2027374, 0.4415045, 1.1174391", \
					  "0.0730600, 0.0783901, 0.0911132, 0.1227843, 0.2080136, 0.4466358, 1.1216219", \
					  "0.0844085, 0.0897020, 0.1024231, 0.1340356, 0.2189229, 0.4595900, 1.1341261", \
					  "0.1090095, 0.1143940, 0.1270018, 0.1585427, 0.2437221, 0.4822493, 1.1617287", \
					  "0.1467343, 0.1528307, 0.1665153, 0.1985540, 0.2837992, 0.5239918, 1.2012386", \
					  "0.1928008, 0.2003052, 0.2169907, 0.2512356, 0.3368010, 0.5756921, 1.2521185", \
					  "0.2289654, 0.2399007, 0.2620033, 0.3041285, 0.3914312, 0.6304641, 1.3058611");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0170322, 0.0220012, 0.0358766, 0.0764309, 0.1956645, 0.5366343, 1.4976100", \
					  "0.0170952, 0.0220559, 0.0357758, 0.0761541, 0.1955998, 0.5373448, 1.4937613", \
					  "0.0170880, 0.0220152, 0.0358745, 0.0764244, 0.1957673, 0.5375060, 1.4965534", \
					  "0.0177929, 0.0226070, 0.0363842, 0.0764367, 0.1949985, 0.5344878, 1.4960447", \
					  "0.0218158, 0.0265155, 0.0393225, 0.0776584, 0.1953633, 0.5347910, 1.4954398", \
					  "0.0301170, 0.0350271, 0.0475357, 0.0820327, 0.1960124, 0.5314377, 1.5015061", \
					  "0.0450680, 0.0512869, 0.0643786, 0.0967092, 0.1999211, 0.5348960, 1.4880142");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1917646, 0.1978289, 0.2102552, 0.2336145, 0.2794245, 0.3751307, 0.6191307", \
					  "0.1960175, 0.2020282, 0.2145940, 0.2384034, 0.2835231, 0.3796059, 0.6234392", \
					  "0.2080561, 0.2140621, 0.2265912, 0.2502274, 0.2954887, 0.3911633, 0.6350632", \
					  "0.2407940, 0.2468351, 0.2593917, 0.2830595, 0.3282285, 0.4241715, 0.6680260", \
					  "0.3163361, 0.3223801, 0.3349091, 0.3602597, 0.4053517, 0.5014917, 0.7455317", \
					  "0.4961602, 0.5027852, 0.5140485, 0.5405624, 0.5863989, 0.6827860, 0.9267245", \
					  "0.8180115, 0.8273115, 0.8460963, 0.8805686, 0.9359178, 1.0384459, 1.2841688");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0293274, 0.0324567, 0.0397715, 0.0565387, 0.0949891, 0.1997917, 0.5205836", \
					  "0.0290935, 0.0324608, 0.0397591, 0.0553956, 0.0947737, 0.1997579, 0.5173758", \
					  "0.0292841, 0.0324542, 0.0397851, 0.0560060, 0.0949469, 0.1998281, 0.5179099", \
					  "0.0292879, 0.0324393, 0.0396303, 0.0556079, 0.0950404, 0.1997121, 0.5188604", \
					  "0.0291997, 0.0325770, 0.0395163, 0.0557031, 0.0947923, 0.1997712, 0.5206437", \
					  "0.0348787, 0.0376815, 0.0445205, 0.0588446, 0.0962992, 0.2006399, 0.5193043", \
					  "0.0540579, 0.0578391, 0.0652722, 0.0823730, 0.1159459, 0.2132989, 0.5207180");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0677964, 0.0731252, 0.0858684, 0.1175492, 0.2029430, 0.4419610, 1.1184725", \
					  "0.0722732, 0.0775924, 0.0903294, 0.1221043, 0.2072696, 0.4461353, 1.1220496", \
					  "0.0831523, 0.0884661, 0.1012534, 0.1328335, 0.2181973, 0.4572975, 1.1327724", \
					  "0.1079475, 0.1132436, 0.1259876, 0.1577598, 0.2430986, 0.4823476, 1.1590305", \
					  "0.1455334, 0.1508740, 0.1643065, 0.1963118, 0.2819182, 0.5211316, 1.2001210", \
					  "0.1910051, 0.1982691, 0.2135078, 0.2464089, 0.3316253, 0.5711725, 1.2483234", \
					  "0.2277332, 0.2373417, 0.2581517, 0.2969286, 0.3826825, 0.6224748, 1.2974199");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0172054, 0.0222290, 0.0362965, 0.0768897, 0.1954514, 0.5336169, 1.4946036", \
					  "0.0171992, 0.0221981, 0.0362980, 0.0769097, 0.1965011, 0.5369282, 1.5025106", \
					  "0.0172983, 0.0222845, 0.0362943, 0.0768521, 0.1959067, 0.5361920, 1.5103840", \
					  "0.0179369, 0.0229007, 0.0365834, 0.0768658, 0.1962123, 0.5349563, 1.4918691", \
					  "0.0208597, 0.0260084, 0.0390790, 0.0782685, 0.1956028, 0.5345699, 1.4940854", \
					  "0.0286532, 0.0333521, 0.0452814, 0.0813011, 0.1976835, 0.5339251, 1.4969137", \
					  "0.0443304, 0.0492151, 0.0608993, 0.0930101, 0.1995186, 0.5378727, 1.4929542");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1774746, 0.1833018, 0.1956394, 0.2189976, 0.2646597, 0.3604505, 0.6038046", \
					  "0.1827655, 0.1885557, 0.2010213, 0.2246868, 0.2699557, 0.3654587, 0.6087533", \
					  "0.1968863, 0.2026862, 0.2148750, 0.2387960, 0.2839190, 0.3788030, 0.6222226", \
					  "0.2311774, 0.2369801, 0.2493243, 0.2730143, 0.3181092, 0.4139185, 0.6571625", \
					  "0.3098773, 0.3156888, 0.3279944, 0.3517099, 0.3967202, 0.4927670, 0.7358966", \
					  "0.4827670, 0.4887613, 0.5025904, 0.5277525, 0.5737463, 0.6702613, 0.9127312", \
					  "0.8151651, 0.8231458, 0.8390548, 0.8688852, 0.9214146, 1.0249627, 1.2708150");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0278167, 0.0310361, 0.0386361, 0.0559920, 0.0948164, 0.1997982, 0.5169784", \
					  "0.0277156, 0.0310004, 0.0386166, 0.0551607, 0.0945483, 0.1995053, 0.5192544", \
					  "0.0276763, 0.0310553, 0.0388277, 0.0550175, 0.0948183, 0.2001419, 0.5179036", \
					  "0.0277511, 0.0309794, 0.0385078, 0.0548845, 0.0947010, 0.1997725, 0.5189711", \
					  "0.0278140, 0.0311307, 0.0386599, 0.0550205, 0.0946615, 0.1999482, 0.5165108", \
					  "0.0319397, 0.0352792, 0.0426454, 0.0586165, 0.0966910, 0.2008810, 0.5200478", \
					  "0.0442898, 0.0479851, 0.0561736, 0.0728878, 0.1125694, 0.2130523, 0.5210417");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0582895, 0.0633704, 0.0757728, 0.1071052, 0.1921910, 0.4308536, 1.1074164", \
					  "0.0628415, 0.0678840, 0.0802449, 0.1116197, 0.1966578, 0.4352682, 1.1122852", \
					  "0.0738028, 0.0788852, 0.0912726, 0.1224011, 0.2075807, 0.4472125, 1.1222588", \
					  "0.0957512, 0.1009043, 0.1133948, 0.1444463, 0.2296122, 0.4721927, 1.1454790", \
					  "0.1262604, 0.1319738, 0.1450605, 0.1765845, 0.2616943, 0.5015962, 1.1764001", \
					  "0.1588932, 0.1663353, 0.1817794, 0.2147631, 0.2998835, 0.5380234, 1.2159816", \
					  "0.1706311, 0.1810887, 0.2020490, 0.2412066, 0.3263033, 0.5654165, 1.2404032");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0162567, 0.0210302, 0.0351162, 0.0758402, 0.1960225, 0.5322241, 1.5015417", \
					  "0.0161166, 0.0210998, 0.0351212, 0.0760945, 0.1961930, 0.5360386, 1.4897779", \
					  "0.0161970, 0.0210883, 0.0350546, 0.0758509, 0.1961191, 0.5319348, 1.5015031", \
					  "0.0171571, 0.0220605, 0.0358835, 0.0762735, 0.1948687, 0.5321449, 1.4984171", \
					  "0.0210114, 0.0254257, 0.0382245, 0.0774856, 0.1951730, 0.5361749, 1.5064935", \
					  "0.0298147, 0.0344333, 0.0458621, 0.0805819, 0.1966997, 0.5324455, 1.4961866", \
					  "0.0453755, 0.0508808, 0.0634930, 0.0946037, 0.1989037, 0.5375811, 1.4902674");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1599671, 0.1658513, 0.1782354, 0.2020535, 0.2472254, 0.3430386, 0.5865095", \
					  "0.1637260, 0.1696938, 0.1820405, 0.2056310, 0.2504155, 0.3465757, 0.5899943", \
					  "0.1758303, 0.1816271, 0.1938206, 0.2174174, 0.2626430, 0.3586490, 0.6020521", \
					  "0.2062410, 0.2121549, 0.2245837, 0.2493014, 0.2939580, 0.3898973, 0.6334012", \
					  "0.2849516, 0.2909204, 0.3034580, 0.3280730, 0.3732810, 0.4691938, 0.7123309", \
					  "0.4560298, 0.4631176, 0.4776997, 0.5037598, 0.5508774, 0.6480367, 0.8912301", \
					  "0.7595053, 0.7692115, 0.7885345, 0.8203009, 0.8815678, 0.9879167, 1.2320457");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0278783, 0.0310269, 0.0385888, 0.0549504, 0.0945820, 0.1993892, 0.5201418", \
					  "0.0278136, 0.0311807, 0.0385423, 0.0552647, 0.0954716, 0.2000646, 0.5201158", \
					  "0.0277235, 0.0310608, 0.0387845, 0.0555853, 0.0947383, 0.1999465, 0.5165063", \
					  "0.0278192, 0.0310816, 0.0387104, 0.0549973, 0.0946726, 0.2002395, 0.5168017", \
					  "0.0278156, 0.0310590, 0.0384727, 0.0550390, 0.0944603, 0.1997392, 0.5169943", \
					  "0.0364572, 0.0397973, 0.0467927, 0.0629892, 0.0995772, 0.2016763, 0.5199695", \
					  "0.0572286, 0.0613214, 0.0701786, 0.0893704, 0.1251890, 0.2189093, 0.5213692");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002278;
			capacitance : 0.002179;
			fall_capacitance : 0.002081;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026229, -0.0026220, -0.0026201, -0.0026208, -0.0026223, -0.0026259, -0.0026342");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026532, 0.0026474, 0.0026342, 0.0026340, 0.0026336, 0.0026326, 0.0026304");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002074;
			capacitance : 0.002209;
			rise_capacitance : 0.002344;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025954, -0.0025943, -0.0025918, -0.0025918, -0.0025919, -0.0025920, -0.0025923");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026278, 0.0026194, 0.0026000, 0.0026006, 0.0026020, 0.0026052, 0.0026126");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002361;
			capacitance : 0.002240;
			fall_capacitance : 0.002118;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0008996, -0.0009071, -0.0009245, -0.0009124, -0.0008845, -0.0008201, -0.0006719");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032758, 0.0032768, 0.0032789, 0.0032767, 0.0032717, 0.0032600, 0.0032331");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002374;
			capacitance : 0.002227;
			fall_capacitance : 0.002080;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0006931, -0.0006968, -0.0007052, -0.0006937, -0.0006670, -0.0006056, -0.0004641");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030802, 0.0030802, 0.0030802, 0.0030791, 0.0030765, 0.0030706, 0.0030570");
				}
			}
		}
	}
	cell ("scs8hd_o22a_4") {
		area : 17.516800;
		cell_footprint : "o22a";
		cell_leakage_power : 7.203557e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014817";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0233772";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0018446";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0015018";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0014894";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0015041";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0233699";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0010362";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0008070";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0015066";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0295314";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0004085";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0014889";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0015039";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0233698";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0010360";
			when : "A1&A2&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A1&B2) | (A2&B2)";
			max_capacitance : 0.455027;
			max_transition : 1.519972;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0255749, 0.0244319, 0.0209764, 0.0109266, -0.0241799, -0.1429994, -0.5182718", \
					  "0.0252770, 0.0241556, 0.0207307, 0.0106904, -0.0243883, -0.1431737, -0.5184664", \
					  "0.0250765, 0.0239090, 0.0204734, 0.0105196, -0.0246790, -0.1434194, -0.5186726", \
					  "0.0248453, 0.0237274, 0.0203209, 0.0102959, -0.0248616, -0.1436225, -0.5189009", \
					  "0.0245939, 0.0234828, 0.0200609, 0.0100291, -0.0252414, -0.1439822, -0.5191334", \
					  "0.0244724, 0.0233289, 0.0198318, 0.0097061, -0.0254931, -0.1441298, -0.5192606", \
					  "0.0295243, 0.0282743, 0.0243808, 0.0123022, -0.0260105, -0.1445418, -0.5194964");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0235795, 0.0250499, 0.0294741, 0.0425821, 0.0817823, 0.2027391, 0.5739723", \
					  "0.0234507, 0.0249303, 0.0293720, 0.0424758, 0.0816707, 0.2016604, 0.5741252", \
					  "0.0233323, 0.0248080, 0.0292212, 0.0422867, 0.0814926, 0.2025013, 0.5739816", \
					  "0.0231232, 0.0245784, 0.0288791, 0.0418451, 0.0810536, 0.2022780, 0.5739651", \
					  "0.0229433, 0.0243186, 0.0285493, 0.0414607, 0.0806311, 0.2011439, 0.5761506", \
					  "0.0230887, 0.0244559, 0.0286820, 0.0414480, 0.0802555, 0.2006570, 0.5733572", \
					  "0.0229731, 0.0243584, 0.0284828, 0.0413530, 0.0803089, 0.2006994, 0.5713204");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0216122, 0.0230798, 0.0275253, 0.0406411, 0.0796289, 0.1999265, 0.5726163", \
					  "0.0216107, 0.0230882, 0.0275375, 0.0406651, 0.0799686, 0.2009068, 0.5751180", \
					  "0.0215399, 0.0230210, 0.0274310, 0.0404897, 0.0796457, 0.2000276, 0.5725333", \
					  "0.0212626, 0.0226703, 0.0270056, 0.0399661, 0.0791440, 0.2001455, 0.5729244", \
					  "0.0209952, 0.0223227, 0.0265109, 0.0394572, 0.0784893, 0.1986154, 0.5705391", \
					  "0.0208770, 0.0222478, 0.0264895, 0.0393177, 0.0780506, 0.1976050, 0.5675575", \
					  "0.0207015, 0.0220145, 0.0261443, 0.0391630, 0.0780021, 0.1974818, 0.5705806");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0227645, 0.0218151, 0.0181478, 0.0081949, -0.0269769, -0.1457242, -0.5209819", \
					  "0.0225245, 0.0215471, 0.0179853, 0.0079846, -0.0271556, -0.1459315, -0.5211682", \
					  "0.0223630, 0.0212250, 0.0177259, 0.0076595, -0.0274304, -0.1462251, -0.5214453", \
					  "0.0221773, 0.0210049, 0.0175039, 0.0074570, -0.0277171, -0.1464742, -0.5217075", \
					  "0.0219088, 0.0207966, 0.0173840, 0.0072396, -0.0279466, -0.1466591, -0.5218278", \
					  "0.0217833, 0.0206033, 0.0170302, 0.0068576, -0.0284242, -0.1470353, -0.5219363", \
					  "0.0272847, 0.0260058, 0.0220902, 0.0097647, -0.0285177, -0.1471961, -0.5220085");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0204820, 0.0219358, 0.0263734, 0.0394634, 0.0788784, 0.1989334, 0.5738796", \
					  "0.0203887, 0.0218742, 0.0262582, 0.0393331, 0.0787677, 0.1996087, 0.5703217", \
					  "0.0202482, 0.0217247, 0.0261222, 0.0391606, 0.0783782, 0.1994683, 0.5706006", \
					  "0.0199357, 0.0213777, 0.0256480, 0.0386186, 0.0777873, 0.1979855, 0.5709891", \
					  "0.0198400, 0.0211864, 0.0252801, 0.0381679, 0.0770017, 0.1974453, 0.5703098", \
					  "0.0196266, 0.0209826, 0.0252039, 0.0377036, 0.0763448, 0.1959145, 0.5688112", \
					  "0.0193292, 0.0206606, 0.0247137, 0.0372261, 0.0762352, 0.1965081, 0.5671593");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0180975, 0.0169711, 0.0135088, 0.0034808, -0.0319495, -0.1512972, -0.5269331", \
					  "0.0179529, 0.0168046, 0.0132577, 0.0032217, -0.0322325, -0.1515653, -0.5271709", \
					  "0.0175635, 0.0163548, 0.0128856, 0.0028679, -0.0326552, -0.1518455, -0.5274871", \
					  "0.0171711, 0.0160212, 0.0125413, 0.0025174, -0.0329946, -0.1521868, -0.5278690", \
					  "0.0169107, 0.0157212, 0.0122389, 0.0021165, -0.0333159, -0.1524504, -0.5280548", \
					  "0.0167337, 0.0155376, 0.0122267, 0.0017359, -0.0336851, -0.1526122, -0.5280779", \
					  "0.0214302, 0.0202203, 0.0163848, 0.0042143, -0.0340522, -0.1529543, -0.5282277");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0181931, 0.0196513, 0.0240522, 0.0371784, 0.0764704, 0.1976785, 0.5711339", \
					  "0.0181960, 0.0196842, 0.0240817, 0.0371457, 0.0765033, 0.1965225, 0.5684468", \
					  "0.0181203, 0.0195711, 0.0239821, 0.0370165, 0.0762996, 0.1955947, 0.5699332", \
					  "0.0177870, 0.0192178, 0.0234116, 0.0363763, 0.0755041, 0.1956589, 0.5654987", \
					  "0.0176472, 0.0189765, 0.0230170, 0.0357834, 0.0746471, 0.1942525, 0.5669785", \
					  "0.0171602, 0.0184315, 0.0227451, 0.0354624, 0.0739079, 0.1931258, 0.5638219", \
					  "0.0170827, 0.0184392, 0.0223499, 0.0353061, 0.0737146, 0.1938211, 0.5644336");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001556495, 0.004845356, 0.01508355, 0.04695495, 0.1461703, 0.4550269");
					values("0.0159296, 0.0145623, 0.0111259, 0.0010974, -0.0342777, -0.1535088, -0.5290280", \
					  "0.0154345, 0.0143043, 0.0108098, 0.0008711, -0.0346067, -0.1537920, -0.5293043", \
					  "0.0150113, 0.0139193, 0.0104288, 0.0003693, -0.0350259, -0.1541521, -0.5297269", \
					  "0.0145968, 0.0134777, 0.0100188, -0.0001076, -0.0355393, -0.1546312, -0.5301035", \
					  "0.0144441, 0.0132570, 0.0097536, -0.0004393, -0.0358853, -0.1548768, -0.5303520", \
					  "0.0142988, 0.0130977, 0.0094373, -0.0008386, -0.0362471, -0.1550788, -0.5304180", \
					  "0.0195375, 0.0183037, 0.0147320, 0.0023005, -0.0358814, -0.1551544, -0.5303209");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0760760, 0.0797603, 0.0897401, 0.1162794, 0.1920838, 0.4222397, 1.1319868", \
					  "0.0809293, 0.0846108, 0.0946271, 0.1211707, 0.1968563, 0.4264538, 1.1378978", \
					  "0.0921604, 0.0958572, 0.1058131, 0.1322735, 0.2081010, 0.4384702, 1.1490624", \
					  "0.1172800, 0.1209398, 0.1308269, 0.1571838, 0.2328899, 0.4623961, 1.1737984", \
					  "0.1579905, 0.1619732, 0.1724962, 0.1995095, 0.2751824, 0.5052931, 1.2199838", \
					  "0.2103185, 0.2152030, 0.2274412, 0.2562227, 0.3321789, 0.5621357, 1.2738733", \
					  "0.2574863, 0.2641262, 0.2804112, 0.3158272, 0.3941354, 0.6239839, 1.3350592");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0193348, 0.0226438, 0.0328319, 0.0648300, 0.1681793, 0.4920226, 1.5153021", \
					  "0.0192650, 0.0226631, 0.0328953, 0.0648230, 0.1680485, 0.4936055, 1.5017240", \
					  "0.0192205, 0.0226323, 0.0328655, 0.0648668, 0.1683025, 0.4927527, 1.5077199", \
					  "0.0195748, 0.0229276, 0.0331513, 0.0650659, 0.1682659, 0.4927649, 1.5088246", \
					  "0.0228706, 0.0259798, 0.0355497, 0.0663136, 0.1683873, 0.4930962, 1.5029616", \
					  "0.0304624, 0.0335633, 0.0426565, 0.0706046, 0.1692293, 0.4904112, 1.5060260", \
					  "0.0440824, 0.0480195, 0.0582235, 0.0844619, 0.1733537, 0.4933804, 1.4968861");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.2160740, 0.2200997, 0.2297407, 0.2503713, 0.2916546, 0.3821537, 0.6212154", \
					  "0.2217789, 0.2257115, 0.2353862, 0.2559608, 0.2974856, 0.3876310, 0.6264340", \
					  "0.2365545, 0.2405077, 0.2502378, 0.2705239, 0.3123324, 0.4024714, 0.6413831", \
					  "0.2706441, 0.2745796, 0.2841879, 0.3048115, 0.3461289, 0.4364268, 0.6752281", \
					  "0.3473785, 0.3513107, 0.3609854, 0.3814931, 0.4226235, 0.5132633, 0.7523556", \
					  "0.5199655, 0.5241057, 0.5341578, 0.5554207, 0.5972718, 0.6879041, 0.9270835", \
					  "0.8567094, 0.8619591, 0.8742332, 0.8990895, 0.9462107, 1.0428448, 1.2845425");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0323966, 0.0343707, 0.0394326, 0.0519122, 0.0851985, 0.1782982, 0.4849807", \
					  "0.0323208, 0.0342241, 0.0394416, 0.0523361, 0.0850506, 0.1783890, 0.4828496", \
					  "0.0324263, 0.0340986, 0.0394603, 0.0524778, 0.0848886, 0.1786285, 0.4826716", \
					  "0.0322590, 0.0342166, 0.0393878, 0.0519110, 0.0851280, 0.1784106, 0.4828515", \
					  "0.0322470, 0.0342130, 0.0394302, 0.0520303, 0.0846876, 0.1781049, 0.4820774", \
					  "0.0350334, 0.0367038, 0.0416831, 0.0538177, 0.0863819, 0.1796483, 0.4851203", \
					  "0.0470046, 0.0487413, 0.0539599, 0.0672550, 0.0978701, 0.1891944, 0.4866740");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0723024, 0.0760163, 0.0862140, 0.1130466, 0.1884969, 0.4185520, 1.1342067", \
					  "0.0771655, 0.0809061, 0.0911043, 0.1179038, 0.1933745, 0.4228393, 1.1334247", \
					  "0.0881983, 0.0919523, 0.1020646, 0.1287504, 0.2045262, 0.4351239, 1.1444177", \
					  "0.1116036, 0.1153152, 0.1254588, 0.1521352, 0.2278087, 0.4582957, 1.1717544", \
					  "0.1472768, 0.1514147, 0.1622462, 0.1896969, 0.2653998, 0.4958753, 1.2074464", \
					  "0.1907850, 0.1958640, 0.2085935, 0.2380129, 0.3143012, 0.5442303, 1.2606761", \
					  "0.2212518, 0.2277109, 0.2451277, 0.2818293, 0.3611481, 0.5912805, 1.3018806");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0196277, 0.0229445, 0.0332319, 0.0651835, 0.1680606, 0.4941090, 1.5094513", \
					  "0.0195125, 0.0229936, 0.0332157, 0.0650597, 0.1685712, 0.4958471, 1.5058137", \
					  "0.0194862, 0.0229106, 0.0331233, 0.0650319, 0.1679282, 0.4964958, 1.5014751", \
					  "0.0201294, 0.0235812, 0.0337860, 0.0654308, 0.1679304, 0.4911442, 1.5199717", \
					  "0.0237938, 0.0269317, 0.0364679, 0.0670268, 0.1680663, 0.4910424, 1.5002918", \
					  "0.0314554, 0.0346700, 0.0440897, 0.0719130, 0.1697227, 0.4895332, 1.5040569", \
					  "0.0469483, 0.0508876, 0.0610831, 0.0872268, 0.1749187, 0.4929511, 1.4946592");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.1981134, 0.2019487, 0.2117933, 0.2323785, 0.2738633, 0.3639119, 0.6027551", \
					  "0.2024646, 0.2063963, 0.2162328, 0.2367749, 0.2780271, 0.3685143, 0.6073486", \
					  "0.2146899, 0.2186545, 0.2283116, 0.2484780, 0.2900673, 0.3805059, 0.6193963", \
					  "0.2462093, 0.2502381, 0.2600238, 0.2805955, 0.3218418, 0.4124287, 0.6515564", \
					  "0.3231729, 0.3271099, 0.3366955, 0.3573399, 0.3989249, 0.4893719, 0.7285449", \
					  "0.5043265, 0.5087841, 0.5192519, 0.5406734, 0.5824700, 0.6711080, 0.9109698", \
					  "0.8354537, 0.8417083, 0.8563227, 0.8841341, 0.9363815, 1.0329269, 1.2754818");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0324014, 0.0345113, 0.0394972, 0.0519144, 0.0844573, 0.1784383, 0.4828740", \
					  "0.0322133, 0.0343506, 0.0393559, 0.0518340, 0.0845871, 0.1783248, 0.4827818", \
					  "0.0323324, 0.0342599, 0.0394630, 0.0527290, 0.0850880, 0.1785151, 0.4825698", \
					  "0.0325592, 0.0342954, 0.0394442, 0.0520127, 0.0849102, 0.1791225, 0.4855356", \
					  "0.0324154, 0.0343385, 0.0395449, 0.0524844, 0.0845763, 0.1789814, 0.4855273", \
					  "0.0372572, 0.0391653, 0.0436453, 0.0552959, 0.0871926, 0.1802425, 0.4828371", \
					  "0.0589822, 0.0610542, 0.0667402, 0.0794953, 0.1077583, 0.1933420, 0.4873034");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0679994, 0.0715226, 0.0812309, 0.1074639, 0.1829204, 0.4127597, 1.1267571", \
					  "0.0724856, 0.0760357, 0.0857182, 0.1119218, 0.1874517, 0.4172184, 1.1305646", \
					  "0.0832367, 0.0867827, 0.0964432, 0.1225874, 0.1982758, 0.4277762, 1.1403186", \
					  "0.1069382, 0.1104710, 0.1201231, 0.1461364, 0.2215033, 0.4518194, 1.1630973", \
					  "0.1411304, 0.1448950, 0.1549576, 0.1812846, 0.2570422, 0.4875114, 1.1991693", \
					  "0.1817818, 0.1863835, 0.1980133, 0.2247488, 0.2999704, 0.5304648, 1.2445894", \
					  "0.2058149, 0.2121207, 0.2275790, 0.2603860, 0.3363761, 0.5668595, 1.2773516");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0184374, 0.0218196, 0.0321101, 0.0644852, 0.1685467, 0.4911873, 1.5022510", \
					  "0.0184354, 0.0218050, 0.0320864, 0.0645019, 0.1686574, 0.4921404, 1.5005626", \
					  "0.0184102, 0.0217578, 0.0319889, 0.0643350, 0.1679099, 0.4928261, 1.5055052", \
					  "0.0190082, 0.0222686, 0.0325479, 0.0644417, 0.1678380, 0.4927571, 1.5064163", \
					  "0.0218662, 0.0249818, 0.0346704, 0.0662485, 0.1678803, 0.4930179, 1.5021164", \
					  "0.0294034, 0.0323625, 0.0411043, 0.0694356, 0.1694984, 0.4903187, 1.5032985", \
					  "0.0453411, 0.0486842, 0.0577495, 0.0826558, 0.1731252, 0.4935358, 1.4937114");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.1883194, 0.1921521, 0.2016583, 0.2222805, 0.2634311, 0.3535405, 0.5922115", \
					  "0.1932545, 0.1970747, 0.2066695, 0.2270957, 0.2679265, 0.3584881, 0.5969244", \
					  "0.2075553, 0.2113505, 0.2208286, 0.2412409, 0.2825461, 0.3721066, 0.6107872", \
					  "0.2421600, 0.2459391, 0.2553438, 0.2757599, 0.3171768, 0.4072684, 0.6448160", \
					  "0.3215622, 0.3253162, 0.3346985, 0.3551389, 0.3962676, 0.4867735, 0.7255624", \
					  "0.4971507, 0.5012160, 0.5120841, 0.5327924, 0.5749049, 0.6656244, 0.9043438", \
					  "0.8390084, 0.8440514, 0.8564552, 0.8818194, 0.9303102, 1.0268961, 1.2694295");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0308254, 0.0327801, 0.0381813, 0.0513250, 0.0846360, 0.1783732, 0.4847315", \
					  "0.0309836, 0.0329489, 0.0381823, 0.0513047, 0.0854396, 0.1787731, 0.4822083", \
					  "0.0308882, 0.0328917, 0.0381853, 0.0512675, 0.0847936, 0.1791162, 0.4821067", \
					  "0.0308621, 0.0328366, 0.0380754, 0.0512861, 0.0847359, 0.1792178, 0.4820870", \
					  "0.0309363, 0.0328491, 0.0382299, 0.0513890, 0.0850391, 0.1785598, 0.4850592", \
					  "0.0347847, 0.0367314, 0.0422779, 0.0547437, 0.0869620, 0.1797903, 0.4825667", \
					  "0.0480403, 0.0501553, 0.0557661, 0.0688333, 0.1024540, 0.1936562, 0.4862509");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0665005, 0.0701116, 0.0800420, 0.1065445, 0.1819353, 0.4118047, 1.1218323", \
					  "0.0710237, 0.0746614, 0.0845570, 0.1110003, 0.1863612, 0.4160042, 1.1268630", \
					  "0.0818657, 0.0854829, 0.0953986, 0.1217424, 0.1970657, 0.4269015, 1.1393151", \
					  "0.1045996, 0.1082972, 0.1181331, 0.1443264, 0.2196220, 0.4495868, 1.1603316", \
					  "0.1359997, 0.1399044, 0.1502541, 0.1769840, 0.2524747, 0.4831248, 1.1939649", \
					  "0.1703066, 0.1748441, 0.1871601, 0.2152387, 0.2904940, 0.5217770, 1.2363900", \
					  "0.1817583, 0.1884297, 0.2044564, 0.2396875, 0.3159982, 0.5444807, 1.2558808");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0190637, 0.0223559, 0.0327321, 0.0647420, 0.1683385, 0.4954678, 1.5050979", \
					  "0.0189543, 0.0223612, 0.0326951, 0.0648724, 0.1683255, 0.4939606, 1.5013326", \
					  "0.0190120, 0.0223759, 0.0326201, 0.0646712, 0.1685015, 0.4903323, 1.4972997", \
					  "0.0198225, 0.0231652, 0.0333640, 0.0651345, 0.1677486, 0.4912061, 1.4974987", \
					  "0.0231103, 0.0262216, 0.0359233, 0.0669717, 0.1682551, 0.4923789, 1.4999797", \
					  "0.0316269, 0.0352659, 0.0438996, 0.0711167, 0.1705008, 0.4909400, 1.5038021", \
					  "0.0494810, 0.0529930, 0.0615643, 0.0869496, 0.1740125, 0.4965162, 1.4947918");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.1682223, 0.1721301, 0.1816651, 0.2022270, 0.2431519, 0.3335917, 0.5720516", \
					  "0.1718280, 0.1756445, 0.1851124, 0.2054373, 0.2469698, 0.3370108, 0.5755652", \
					  "0.1829983, 0.1866444, 0.1962112, 0.2167223, 0.2579596, 0.3484388, 0.5867880", \
					  "0.2136660, 0.2174585, 0.2269371, 0.2473333, 0.2887801, 0.3786867, 0.6173628", \
					  "0.2934766, 0.2972346, 0.3065876, 0.3271425, 0.3684520, 0.4589007, 0.6974666", \
					  "0.4672880, 0.4717708, 0.4824940, 0.5048466, 0.5479148, 0.6395442, 0.8779768", \
					  "0.7796184, 0.7856701, 0.8007689, 0.8298407, 0.8846292, 0.9856630, 1.2275301");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015565, 0.00484536, 0.0150835, 0.0469549, 0.14617, 0.455027");
					values("0.0309669, 0.0327313, 0.0381301, 0.0513038, 0.0854603, 0.1785684, 0.4822922", \
					  "0.0307330, 0.0328268, 0.0380392, 0.0515564, 0.0852374, 0.1788533, 0.4822181", \
					  "0.0308055, 0.0329680, 0.0381911, 0.0512481, 0.0848590, 0.1783675, 0.4848904", \
					  "0.0308005, 0.0328110, 0.0382500, 0.0516279, 0.0843637, 0.1787229, 0.4832106", \
					  "0.0308769, 0.0327920, 0.0381171, 0.0517218, 0.0842742, 0.1785014, 0.4823854", \
					  "0.0395375, 0.0414167, 0.0463708, 0.0592235, 0.0897062, 0.1809669, 0.4834027", \
					  "0.0620312, 0.0643560, 0.0706720, 0.0864544, 0.1157707, 0.1994806, 0.4881444");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004239;
			capacitance : 0.004461;
			rise_capacitance : 0.004684;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052470, -0.0052495, -0.0052553, -0.0052558, -0.0052570, -0.0052597, -0.0052658");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052884, 0.0052860, 0.0052806, 0.0052813, 0.0052830, 0.0052867, 0.0052954");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004315;
			capacitance : 0.004057;
			fall_capacitance : 0.003799;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049193, -0.0049203, -0.0049225, -0.0049226, -0.0049229, -0.0049234, -0.0049246");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049502, 0.0049465, 0.0049379, 0.0049359, 0.0049314, 0.0049209, 0.0048967");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004773;
			capacitance : 0.004519;
			fall_capacitance : 0.004265;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020736, -0.0020856, -0.0021133, -0.0020905, -0.0020379, -0.0019165, -0.0016368");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0064789, 0.0064710, 0.0064528, 0.0064525, 0.0064522, 0.0064513, 0.0064494");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004308;
			capacitance : 0.004064;
			fall_capacitance : 0.003819;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014902, -0.0014987, -0.0015183, -0.0014971, -0.0014481, -0.0013352, -0.0010749");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059147, 0.0059149, 0.0059153, 0.0059135, 0.0059096, 0.0059004, 0.0058795");
				}
			}
		}
	}
	cell ("scs8hd_o22ai_1") {
		area : 6.256000;
		cell_footprint : "o22ai";
		cell_leakage_power : 7.626633e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003821";
			when : "A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "1.6877160e-05";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0073189";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0001654";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0001604";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007217";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "2.7744092e-05";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007211";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0003827";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0003827";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "2.8034680e-05";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003821";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "4.3622668e-05";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007211";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "2.7660101e-05";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007205";
			when : "A1&A2&B1&B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (!A1&!A2)";
			max_capacitance : 0.062266;
			max_transition : 1.490254;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0089937, 0.0097579, 0.0114539, 0.0152179, 0.0235592, 0.0421219, 0.0834968", \
					  "0.0088844, 0.0096500, 0.0113516, 0.0151350, 0.0234850, 0.0420731, 0.0834824", \
					  "0.0087673, 0.0095225, 0.0112320, 0.0150234, 0.0233778, 0.0420020, 0.0834475", \
					  "0.0086747, 0.0094383, 0.0111340, 0.0149003, 0.0233049, 0.0419196, 0.0833178", \
					  "0.0086360, 0.0093862, 0.0110721, 0.0148446, 0.0232121, 0.0417937, 0.0832619", \
					  "0.0085719, 0.0093442, 0.0110518, 0.0147881, 0.0232142, 0.0418342, 0.0832234", \
					  "0.0084152, 0.0091515, 0.0108011, 0.0147061, 0.0232035, 0.0419692, 0.0833802");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0029376, 0.0021942, 0.0005301, -0.0031973, -0.0115535, -0.0302496, -0.0720941", \
					  "0.0028705, 0.0021328, 0.0004704, -0.0032520, -0.0116062, -0.0302999, -0.0721355", \
					  "0.0028000, 0.0020633, 0.0004106, -0.0033085, -0.0116481, -0.0303414, -0.0721671", \
					  "0.0027035, 0.0019788, 0.0003348, -0.0033669, -0.0116961, -0.0303749, -0.0721906", \
					  "0.0027525, 0.0020127, 0.0003635, -0.0034357, -0.0117326, -0.0303811, -0.0721776", \
					  "0.0026899, 0.0019479, 0.0002748, -0.0034444, -0.0117768, -0.0305079, -0.0722612", \
					  "0.0027065, 0.0019498, 0.0002837, -0.0034500, -0.0118037, -0.0304713, -0.0723374");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0076582, 0.0084221, 0.0101352, 0.0139015, 0.0222439, 0.0408057, 0.0822387", \
					  "0.0074914, 0.0082600, 0.0099959, 0.0137993, 0.0221766, 0.0407761, 0.0820792", \
					  "0.0073176, 0.0080887, 0.0098073, 0.0136214, 0.0220225, 0.0406605, 0.0820488", \
					  "0.0072668, 0.0080251, 0.0097240, 0.0134914, 0.0218280, 0.0405597, 0.0819405", \
					  "0.0072459, 0.0079869, 0.0096791, 0.0134588, 0.0218268, 0.0404501, 0.0819903", \
					  "0.0073701, 0.0081345, 0.0098125, 0.0135272, 0.0218309, 0.0403075, 0.0818650", \
					  "0.0072075, 0.0080163, 0.0096540, 0.0135295, 0.0218811, 0.0404151, 0.0819566");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0021562, 0.0014202, -0.0002423, -0.0039678, -0.0123405, -0.0310645, -0.0729241", \
					  "0.0020871, 0.0013709, -0.0002581, -0.0039694, -0.0123209, -0.0310308, -0.0728903", \
					  "0.0019688, 0.0012626, -0.0003457, -0.0040186, -0.0123424, -0.0310368, -0.0728758", \
					  "0.0017817, 0.0010895, -0.0005002, -0.0041394, -0.0124054, -0.0310659, -0.0728855", \
					  "0.0017719, 0.0010556, -0.0005631, -0.0042332, -0.0125143, -0.0311297, -0.0729119", \
					  "0.0016477, 0.0009149, -0.0007241, -0.0044011, -0.0126455, -0.0312977, -0.0730201", \
					  "0.0016306, 0.0009215, -0.0007428, -0.0044820, -0.0127777, -0.0313866, -0.0731611");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0047282, 0.0055504, 0.0072835, 0.0110955, 0.0194679, 0.0379661, 0.0792995", \
					  "0.0045548, 0.0053580, 0.0071245, 0.0109710, 0.0193627, 0.0380505, 0.0795491", \
					  "0.0044303, 0.0052016, 0.0069447, 0.0107826, 0.0192206, 0.0378480, 0.0795338", \
					  "0.0043417, 0.0051119, 0.0068220, 0.0105959, 0.0190736, 0.0376684, 0.0791627", \
					  "0.0042912, 0.0050433, 0.0067389, 0.0105158, 0.0188510, 0.0374943, 0.0791920", \
					  "0.0042441, 0.0050041, 0.0067181, 0.0105237, 0.0187771, 0.0375918, 0.0789968", \
					  "0.0040402, 0.0048173, 0.0064790, 0.0103390, 0.0188178, 0.0375285, 0.0794885");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0013471, 0.0006084, -0.0010500, -0.0047699, -0.0131152, -0.0318196, -0.0736400", \
					  "0.0012595, 0.0005222, -0.0011277, -0.0048376, -0.0131639, -0.0318685, -0.0736883", \
					  "0.0011283, 0.0004076, -0.0011920, -0.0048875, -0.0132270, -0.0318946, -0.0737126", \
					  "0.0009758, 0.0002657, -0.0013704, -0.0050241, -0.0132990, -0.0319586, -0.0737618", \
					  "0.0009331, 0.0001873, -0.0014099, -0.0051616, -0.0134269, -0.0320501, -0.0738367", \
					  "0.0009623, 0.0002179, -0.0014882, -0.0052824, -0.0135767, -0.0321962, -0.0739275", \
					  "0.0008808, 0.0001473, -0.0015602, -0.0053253, -0.0136599, -0.0323410, -0.0741739");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0033379, 0.0041673, 0.0059527, 0.0097245, 0.0181003, 0.0366486, 0.0779595", \
					  "0.0031369, 0.0039393, 0.0057105, 0.0096216, 0.0180037, 0.0367227, 0.0780779", \
					  "0.0029805, 0.0037613, 0.0055112, 0.0093456, 0.0178185, 0.0366817, 0.0780715", \
					  "0.0029274, 0.0037011, 0.0054010, 0.0092031, 0.0176324, 0.0363928, 0.0780149", \
					  "0.0029666, 0.0037078, 0.0053880, 0.0091649, 0.0175588, 0.0360804, 0.0779034", \
					  "0.0030238, 0.0037781, 0.0053994, 0.0091024, 0.0175653, 0.0362243, 0.0773768", \
					  "0.0029513, 0.0036748, 0.0053318, 0.0092754, 0.0174238, 0.0359993, 0.0775927");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001117335, 0.002496874, 0.005579688, 0.01246876, 0.02786356, 0.06226584");
					values("0.0003793, -0.0003428, -0.0019831, -0.0057059, -0.0140641, -0.0327832, -0.0746380", \
					  "0.0003045, -0.0004020, -0.0020103, -0.0057049, -0.0140396, -0.0327471, -0.0745921", \
					  "0.0001748, -0.0005092, -0.0020783, -0.0057392, -0.0140358, -0.0327139, -0.0745499", \
					  "-5.5100000e-05, -0.0007250, -0.0022960, -0.0058873, -0.0141197, -0.0327610, -0.0745729", \
					  "-0.0001531, -0.0008397, -0.0024601, -0.0060356, -0.0143343, -0.0328805, -0.0746534", \
					  "-0.0001912, -0.0009945, -0.0025968, -0.0062597, -0.0144857, -0.0331473, -0.0748145", \
					  "-0.0002523, -0.0010166, -0.0026844, -0.0064556, -0.0148048, -0.0332804, -0.0750887");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.1087626, 0.1191441, 0.1423948, 0.1928470, 0.3047069, 0.5522136, 1.1046130", \
					  "0.1143112, 0.1251599, 0.1482846, 0.1988908, 0.3107939, 0.5586848, 1.1110972", \
					  "0.1288819, 0.1394190, 0.1622456, 0.2133547, 0.3253798, 0.5737790, 1.1261033", \
					  "0.1615075, 0.1716916, 0.1949663, 0.2455986, 0.3578764, 0.6065139, 1.1593422", \
					  "0.2348882, 0.2459183, 0.2688438, 0.3193147, 0.4314756, 0.6801941, 1.2329743", \
					  "0.3794634, 0.3944036, 0.4242368, 0.4843215, 0.6017703, 0.8504863, 1.4038082", \
					  "0.6453491, 0.6678324, 0.7136391, 0.7997980, 0.9601129, 1.2422563, 1.7984052");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0832441, 0.0968952, 0.1279710, 0.1946850, 0.3443171, 0.6779028, 1.4200738", \
					  "0.0832665, 0.0973584, 0.1272752, 0.1944988, 0.3440094, 0.6782697, 1.4215683", \
					  "0.0838126, 0.0969299, 0.1271779, 0.1945915, 0.3439033, 0.6763650, 1.4204167", \
					  "0.0834045, 0.0969612, 0.1274890, 0.1943043, 0.3441699, 0.6773063, 1.4215389", \
					  "0.0919672, 0.1041086, 0.1319713, 0.1960466, 0.3440617, 0.6774490, 1.4213873", \
					  "0.1273388, 0.1409883, 0.1691173, 0.2257490, 0.3589334, 0.6787419, 1.4223505", \
					  "0.2062167, 0.2224854, 0.2561145, 0.3206544, 0.4537445, 0.7350706, 1.4281583");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0277267, 0.0302038, 0.0354636, 0.0468000, 0.0713295, 0.1255323, 0.2457997", \
					  "0.0326387, 0.0350799, 0.0403566, 0.0517032, 0.0762634, 0.1304310, 0.2506781", \
					  "0.0440289, 0.0466255, 0.0519579, 0.0632750, 0.0878583, 0.1420350, 0.2623151", \
					  "0.0622338, 0.0662058, 0.0738245, 0.0884212, 0.1145505, 0.1687901, 0.2893639", \
					  "0.0864642, 0.0924890, 0.1045288, 0.1265664, 0.1654610, 0.2300210, 0.3511414", \
					  "0.1119220, 0.1215417, 0.1403171, 0.1757332, 0.2364680, 0.3348335, 0.4898189", \
					  "0.1157441, 0.1321356, 0.1639670, 0.2220706, 0.3207378, 0.4766336, 0.7148545");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0178837, 0.0206600, 0.0269068, 0.0409128, 0.0723695, 0.1422964, 0.2992695", \
					  "0.0178751, 0.0206277, 0.0268654, 0.0409251, 0.0723011, 0.1425205, 0.2990710", \
					  "0.0197561, 0.0221612, 0.0278568, 0.0410596, 0.0723423, 0.1423040, 0.2991359", \
					  "0.0301216, 0.0328738, 0.0384869, 0.0496307, 0.0761088, 0.1424266, 0.2991580", \
					  "0.0490365, 0.0529617, 0.0607164, 0.0760671, 0.1036598, 0.1585126, 0.3009455", \
					  "0.0840485, 0.0896251, 0.1011522, 0.1229953, 0.1621267, 0.2277036, 0.3482056", \
					  "0.1522936, 0.1601131, 0.1770918, 0.2100263, 0.2664720, 0.3591791, 0.5107396");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0958533, 0.1062496, 0.1294758, 0.1803418, 0.2919983, 0.5398889, 1.0920895", \
					  "0.0998608, 0.1102724, 0.1335978, 0.1848375, 0.2967714, 0.5449708, 1.0974037", \
					  "0.1118105, 0.1224294, 0.1455162, 0.1963641, 0.3089601, 0.5576637, 1.1102135", \
					  "0.1447469, 0.1551050, 0.1776921, 0.2278317, 0.3390886, 0.5906892, 1.1441450", \
					  "0.2214971, 0.2332476, 0.2563257, 0.3064234, 0.4178189, 0.6656738, 1.2189395", \
					  "0.3686045, 0.3846916, 0.4184131, 0.4834499, 0.5960404, 0.8407767, 1.3926472", \
					  "0.6281301, 0.6578215, 0.7065081, 0.8086540, 0.9822824, 1.2644940, 1.8105387");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0833188, 0.0968990, 0.1271610, 0.1944171, 0.3444046, 0.6768552, 1.4206517", \
					  "0.0832975, 0.0968735, 0.1270943, 0.1944810, 0.3437682, 0.6772160, 1.4214026", \
					  "0.0833410, 0.0969203, 0.1275778, 0.1947985, 0.3441557, 0.6777306, 1.4221704", \
					  "0.0832802, 0.0970305, 0.1271464, 0.1946300, 0.3442088, 0.6769104, 1.4234033", \
					  "0.1010589, 0.1116366, 0.1368838, 0.1978187, 0.3442756, 0.6776578, 1.4229845", \
					  "0.1594012, 0.1733756, 0.1994871, 0.2484948, 0.3700386, 0.6793230, 1.4226839", \
					  "0.2716142, 0.2896572, 0.3305559, 0.3996769, 0.5207024, 0.7625425, 1.4299930");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0239275, 0.0260622, 0.0308279, 0.0413506, 0.0644386, 0.1155701, 0.2301102", \
					  "0.0287552, 0.0310386, 0.0358738, 0.0463144, 0.0692650, 0.1210277, 0.2350301", \
					  "0.0387521, 0.0415523, 0.0469984, 0.0577072, 0.0808537, 0.1321935, 0.2466821", \
					  "0.0525567, 0.0568910, 0.0653121, 0.0807336, 0.1072718, 0.1588109, 0.2745262", \
					  "0.0681785, 0.0749994, 0.0887119, 0.1125846, 0.1530940, 0.2186626, 0.3345892", \
					  "0.0773029, 0.0886337, 0.1107573, 0.1494026, 0.2137667, 0.3143369, 0.4700400", \
					  "0.0486546, 0.0684035, 0.1064864, 0.1716907, 0.2771043, 0.4374254, 0.6774360");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0135286, 0.0161348, 0.0221113, 0.0355245, 0.0652432, 0.1314177, 0.2795275", \
					  "0.0135939, 0.0162532, 0.0221671, 0.0354297, 0.0650626, 0.1328210, 0.2786996", \
					  "0.0169015, 0.0190887, 0.0240821, 0.0361814, 0.0650677, 0.1313608, 0.2786637", \
					  "0.0276894, 0.0303967, 0.0359214, 0.0468387, 0.0707039, 0.1321338, 0.2794954", \
					  "0.0471554, 0.0510401, 0.0588034, 0.0736346, 0.1007444, 0.1514497, 0.2824788", \
					  "0.0837064, 0.0890417, 0.1003121, 0.1214810, 0.1592297, 0.2239971, 0.3360054", \
					  "0.1570090, 0.1643274, 0.1800531, 0.2110940, 0.2631758, 0.3548840, 0.5004896");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0768001, 0.0882444, 0.1128974, 0.1666747, 0.2853039, 0.5443105, 1.1259078", \
					  "0.0813201, 0.0927764, 0.1175847, 0.1721583, 0.2895855, 0.5521446, 1.1364452", \
					  "0.0954776, 0.1064417, 0.1309262, 0.1851895, 0.3040330, 0.5653310, 1.1505753", \
					  "0.1279194, 0.1387788, 0.1626064, 0.2161106, 0.3346006, 0.5967846, 1.1797766", \
					  "0.1946889, 0.2080084, 0.2351154, 0.2886558, 0.4065919, 0.6681166, 1.2565025", \
					  "0.3180832, 0.3371473, 0.3750872, 0.4474034, 0.5741649, 0.8361217, 1.4229321", \
					  "0.5378772, 0.5709748, 0.6325502, 0.7401547, 0.9182046, 1.2253614, 1.8132758");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0573839, 0.0722325, 0.1031480, 0.1734852, 0.3337950, 0.6805370, 1.4646083", \
					  "0.0575944, 0.0715192, 0.1034293, 0.1751709, 0.3305616, 0.6824140, 1.4662624", \
					  "0.0576497, 0.0715315, 0.1033766, 0.1750577, 0.3331121, 0.6812293, 1.4691524", \
					  "0.0582900, 0.0720273, 0.1039489, 0.1733161, 0.3311478, 0.6821042, 1.4630064", \
					  "0.0746761, 0.0862722, 0.1129279, 0.1778707, 0.3310824, 0.6807113, 1.4798591", \
					  "0.1106117, 0.1250830, 0.1551640, 0.2167080, 0.3514914, 0.6880109, 1.4652978", \
					  "0.1914470, 0.2099624, 0.2456966, 0.3148323, 0.4508364, 0.7404207, 1.4876314");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0212408, 0.0238221, 0.0293405, 0.0411281, 0.0668832, 0.1237090, 0.2497622", \
					  "0.0257811, 0.0283144, 0.0338080, 0.0456607, 0.0714449, 0.1282596, 0.2543399", \
					  "0.0358989, 0.0389047, 0.0448312, 0.0565379, 0.0821232, 0.1387520, 0.2649380", \
					  "0.0503606, 0.0548709, 0.0636841, 0.0800100, 0.1080618, 0.1644796, 0.2906331", \
					  "0.0663649, 0.0732723, 0.0867468, 0.1119279, 0.1548964, 0.2239532, 0.3478264", \
					  "0.0755009, 0.0870295, 0.1084150, 0.1491068, 0.2157186, 0.3200327, 0.4838841", \
					  "0.0529529, 0.0709656, 0.1074382, 0.1721764, 0.2783608, 0.4433210, 0.6950480");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0160570, 0.0191052, 0.0258773, 0.0409818, 0.0749178, 0.1503918, 0.3204570", \
					  "0.0158599, 0.0187775, 0.0256639, 0.0409884, 0.0748938, 0.1504560, 0.3200327", \
					  "0.0204713, 0.0227035, 0.0282091, 0.0418778, 0.0747415, 0.1501564, 0.3198590", \
					  "0.0311449, 0.0349699, 0.0414194, 0.0540490, 0.0811474, 0.1512373, 0.3201559", \
					  "0.0512811, 0.0565577, 0.0667114, 0.0848781, 0.1160853, 0.1726730, 0.3238876", \
					  "0.0888932, 0.0965587, 0.1129451, 0.1391753, 0.1830988, 0.2559815, 0.3809630", \
					  "0.1572140, 0.1712335, 0.1954458, 0.2376978, 0.3042565, 0.4111367, 0.5763988");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0605808, 0.0721728, 0.0971768, 0.1523164, 0.2679297, 0.5290307, 1.1106669", \
					  "0.0639408, 0.0750982, 0.1000989, 0.1550023, 0.2725575, 0.5348122, 1.1219060", \
					  "0.0760077, 0.0870481, 0.1118392, 0.1654150, 0.2844446, 0.5485035, 1.1279798", \
					  "0.1095215, 0.1201475, 0.1438621, 0.1970162, 0.3143520, 0.5760148, 1.1603034", \
					  "0.1770247, 0.1925133, 0.2210515, 0.2733298, 0.3899895, 0.6510534, 1.2350128", \
					  "0.2936003, 0.3178181, 0.3630758, 0.4421350, 0.5699495, 0.8229566, 1.4036043", \
					  "0.5055259, 0.5444837, 0.6161963, 0.7405387, 0.9390387, 1.2468964, 1.8222616");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0579210, 0.0724156, 0.1045915, 0.1735115, 0.3308164, 0.6809703, 1.4651669", \
					  "0.0574470, 0.0714430, 0.1031488, 0.1762005, 0.3302947, 0.6827757, 1.4794026", \
					  "0.0575321, 0.0719360, 0.1030334, 0.1738492, 0.3299859, 0.6849127, 1.4742975", \
					  "0.0616340, 0.0738457, 0.1037178, 0.1737494, 0.3350711, 0.6823714, 1.4676487", \
					  "0.0912470, 0.1018826, 0.1233819, 0.1818791, 0.3328972, 0.6844020, 1.4675984", \
					  "0.1506740, 0.1647097, 0.1927077, 0.2433672, 0.3625775, 0.6892831, 1.4677446", \
					  "0.2555579, 0.2791329, 0.3204767, 0.3942257, 0.5211129, 0.7678546, 1.4902537");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0162445, 0.0184189, 0.0231886, 0.0335193, 0.0564591, 0.1075048, 0.2217163", \
					  "0.0207709, 0.0229569, 0.0277659, 0.0380328, 0.0611814, 0.1122070, 0.2264524", \
					  "0.0282404, 0.0315790, 0.0378656, 0.0489562, 0.0718907, 0.1232622, 0.2373341", \
					  "0.0367188, 0.0418272, 0.0517894, 0.0688712, 0.0968767, 0.1482407, 0.2621581", \
					  "0.0427738, 0.0503746, 0.0667110, 0.0931279, 0.1367341, 0.2048498, 0.3194637", \
					  "0.0336004, 0.0481433, 0.0719614, 0.1149894, 0.1820031, 0.2888839, 0.4461842", \
					  "-0.0239028, -0.0008847, 0.0416796, 0.1129024, 0.2227528, 0.3861495, 0.6308645");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00111733, 0.00249687, 0.00557969, 0.0124688, 0.0278636, 0.0622658");
					values("0.0109918, 0.0137511, 0.0199806, 0.0337655, 0.0647110, 0.1337562, 0.2871698", \
					  "0.0117715, 0.0142175, 0.0199868, 0.0339980, 0.0644172, 0.1332909, 0.2870848", \
					  "0.0176360, 0.0202838, 0.0246600, 0.0360131, 0.0648431, 0.1325022, 0.2870970", \
					  "0.0287142, 0.0321261, 0.0385672, 0.0507769, 0.0737027, 0.1354389, 0.2852100", \
					  "0.0496043, 0.0552124, 0.0636995, 0.0811396, 0.1102969, 0.1608641, 0.2933188", \
					  "0.0894286, 0.0966830, 0.1118447, 0.1364340, 0.1812294, 0.2455316, 0.3639674", \
					  "0.1650868, 0.1773297, 0.2002540, 0.2360821, 0.2972131, 0.3995465, 0.5534229");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002068;
			capacitance : 0.002160;
			rise_capacitance : 0.002253;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026067, -0.0026068, -0.0026069, -0.0026067, -0.0026061, -0.0026048, -0.0026018");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026171, 0.0026164, 0.0026145, 0.0026141, 0.0026133, 0.0026113, 0.0026067");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002071;
			capacitance : 0.002193;
			rise_capacitance : 0.002315;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025707, -0.0025682, -0.0025626, -0.0025628, -0.0025635, -0.0025649, -0.0025682");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025663, 0.0025664, 0.0025668, 0.0025661, 0.0025647, 0.0025613, 0.0025535");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002196;
			capacitance : 0.002293;
			rise_capacitance : 0.002391;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010725, -0.0010787, -0.0010929, -0.0010817, -0.0010558, -0.0009960, -0.0008583");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0034228, 0.0034177, 0.0034058, 0.0034036, 0.0033985, 0.0033868, 0.0033599");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002120;
			capacitance : 0.002250;
			rise_capacitance : 0.002380;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0007759, -0.0007859, -0.0008090, -0.0007970, -0.0007695, -0.0007060, -0.0005597");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031688, 0.0031685, 0.0031679, 0.0031681, 0.0031687, 0.0031700, 0.0031731");
				}
			}
		}
	}
	cell ("scs8hd_o22ai_2") {
		area : 12.512000;
		cell_footprint : "o22ai";
		cell_leakage_power : 1.363399e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "6.9014042e-05";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014436";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0007657";
			when : "A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "6.8626670e-05";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0122157";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003199";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "6.4950791e-05";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0014438";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "6.7769161e-05";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014463";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0007684";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0007684";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "6.7091061e-05";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007709";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "9.2985393e-05";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0014412";
			when : "A1&A2&!B1&B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (!A1&!A2)";
			max_capacitance : 0.118113;
			max_transition : 1.490770;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0172307, 0.0181451, 0.0204218, 0.0260397, 0.0398892, 0.0741774, 0.1591694", \
					  "0.0169883, 0.0179261, 0.0202198, 0.0258886, 0.0397912, 0.0740792, 0.1591007", \
					  "0.0167322, 0.0176541, 0.0199754, 0.0256467, 0.0395932, 0.0739783, 0.1589886", \
					  "0.0165614, 0.0174775, 0.0197869, 0.0254352, 0.0394364, 0.0738005, 0.1589635", \
					  "0.0163618, 0.0172875, 0.0195711, 0.0252294, 0.0391365, 0.0735189, 0.1586418", \
					  "0.0163407, 0.0172612, 0.0195351, 0.0251231, 0.0391387, 0.0734501, 0.1585300", \
					  "0.0159607, 0.0168481, 0.0190444, 0.0250158, 0.0389664, 0.0734942, 0.1587208");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0065995, 0.0057102, 0.0034763, -0.0020509, -0.0158562, -0.0503083, -0.1361065", \
					  "0.0064493, 0.0055636, 0.0033480, -0.0021785, -0.0159726, -0.0504630, -0.1362220", \
					  "0.0062677, 0.0053820, 0.0031841, -0.0023260, -0.0161071, -0.0505247, -0.1363323", \
					  "0.0060297, 0.0051618, 0.0030051, -0.0024783, -0.0162239, -0.0506240, -0.1364030", \
					  "0.0060773, 0.0051957, 0.0030060, -0.0026341, -0.0163144, -0.0506796, -0.1363966", \
					  "0.0060007, 0.0051114, 0.0028759, -0.0026772, -0.0164547, -0.0509418, -0.1365774", \
					  "0.0060492, 0.0051449, 0.0028925, -0.0026806, -0.0164864, -0.0509007, -0.1367333");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0143961, 0.0153081, 0.0176150, 0.0232510, 0.0371536, 0.0714305, 0.1561644", \
					  "0.0139895, 0.0149655, 0.0172795, 0.0229778, 0.0369364, 0.0712962, 0.1563090", \
					  "0.0136413, 0.0146053, 0.0169060, 0.0225599, 0.0366523, 0.0711052, 0.1562916", \
					  "0.0133775, 0.0143283, 0.0166406, 0.0223554, 0.0362034, 0.0708452, 0.1559499", \
					  "0.0131857, 0.0140975, 0.0163882, 0.0220617, 0.0362055, 0.0705996, 0.1555395", \
					  "0.0132626, 0.0141855, 0.0164267, 0.0220135, 0.0362573, 0.0703475, 0.1555638", \
					  "0.0133460, 0.0145187, 0.0169486, 0.0227461, 0.0362698, 0.0702833, 0.1556728");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0042920, 0.0034331, 0.0012311, -0.0042977, -0.0181547, -0.0526983, -0.1385937", \
					  "0.0041602, 0.0033072, 0.0011762, -0.0043013, -0.0181063, -0.0525984, -0.1385022", \
					  "0.0038832, 0.0030646, 0.0009795, -0.0044063, -0.0181316, -0.0525853, -0.1384471", \
					  "0.0035383, 0.0027136, 0.0006316, -0.0046701, -0.0182945, -0.0526482, -0.1384485", \
					  "0.0034971, 0.0026409, 0.0005041, -0.0048932, -0.0185793, -0.0527953, -0.1385031", \
					  "0.0033292, 0.0024193, 0.0002054, -0.0051694, -0.0188641, -0.0531751, -0.1387392", \
					  "0.0033668, 0.0024517, 0.0001809, -0.0053266, -0.0191423, -0.0533898, -0.1390672");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0090081, 0.0099553, 0.0123112, 0.0179851, 0.0319296, 0.0662466, 0.1514188", \
					  "0.0086731, 0.0096427, 0.0120281, 0.0178714, 0.0317250, 0.0662497, 0.1509922", \
					  "0.0084199, 0.0093691, 0.0116703, 0.0174447, 0.0315027, 0.0658447, 0.1515286", \
					  "0.0082743, 0.0091862, 0.0114755, 0.0171262, 0.0310883, 0.0657377, 0.1513266", \
					  "0.0081242, 0.0090347, 0.0112828, 0.0169275, 0.0307726, 0.0655699, 0.1504982", \
					  "0.0080897, 0.0089957, 0.0112792, 0.0169504, 0.0308111, 0.0653154, 0.1500519", \
					  "0.0076327, 0.0085942, 0.0108239, 0.0164406, 0.0306572, 0.0652964, 0.1502342");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0026419, 0.0017542, -0.0004682, -0.0059869, -0.0197964, -0.0542334, -0.1400421", \
					  "0.0025078, 0.0016160, -0.0005973, -0.0061037, -0.0198740, -0.0543152, -0.1401021", \
					  "0.0022821, 0.0014073, -0.0007531, -0.0062186, -0.0199757, -0.0543704, -0.1401508", \
					  "0.0019852, 0.0011141, -0.0010316, -0.0064553, -0.0201160, -0.0544967, -0.1402571", \
					  "0.0020517, 0.0011679, -0.0009833, -0.0066034, -0.0202744, -0.0545615, -0.1403072", \
					  "0.0020608, 0.0011546, -0.0011660, -0.0068466, -0.0206221, -0.0550341, -0.1406371", \
					  "0.0021354, 0.0010853, -0.0011728, -0.0067346, -0.0204871, -0.0552652, -0.1409266");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0057194, 0.0067325, 0.0091581, 0.0149411, 0.0290454, 0.0631234, 0.1480399", \
					  "0.0053639, 0.0063859, 0.0087602, 0.0145995, 0.0288543, 0.0630494, 0.1480640", \
					  "0.0050915, 0.0060499, 0.0083746, 0.0141711, 0.0282643, 0.0628078, 0.1482374", \
					  "0.0049991, 0.0059124, 0.0082215, 0.0138810, 0.0277831, 0.0624237, 0.1487546", \
					  "0.0049254, 0.0058245, 0.0081037, 0.0136689, 0.0275672, 0.0618531, 0.1480036", \
					  "0.0051139, 0.0060000, 0.0081981, 0.0142460, 0.0278157, 0.0623875, 0.1467926", \
					  "0.0055180, 0.0063824, 0.0084976, 0.0142641, 0.0278024, 0.0622182, 0.1469120");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001243153, 0.003090859, 0.007684822, 0.01910682, 0.04750541, 0.118113");
					values("0.0002481, -0.0005917, -0.0027572, -0.0082525, -0.0221016, -0.0566197, -0.1425253", \
					  "9.9800000e-05, -0.0007200, -0.0028236, -0.0082465, -0.0220244, -0.0565055, -0.1423993", \
					  "-0.0001198, -0.0009148, -0.0029840, -0.0083282, -0.0220115, -0.0564198, -0.1422704", \
					  "-0.0005372, -0.0013489, -0.0034045, -0.0086774, -0.0222199, -0.0565178, -0.1423016", \
					  "-0.0005573, -0.0013969, -0.0035280, -0.0088675, -0.0225637, -0.0567207, -0.1423928", \
					  "-0.0006661, -0.0015595, -0.0037869, -0.0092362, -0.0230191, -0.0572947, -0.1427721", \
					  "-0.0004852, -0.0014600, -0.0037972, -0.0094353, -0.0232350, -0.0577300, -0.1431053");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.1167481, 0.1235683, 0.1401452, 0.1822995, 0.2838687, 0.5347831, 1.1562752", \
					  "0.1216913, 0.1286187, 0.1455822, 0.1878670, 0.2898532, 0.5410195, 1.1626006", \
					  "0.1355844, 0.1425175, 0.1598607, 0.2019130, 0.3046020, 0.5560701, 1.1784094", \
					  "0.1697137, 0.1763873, 0.1939326, 0.2356398, 0.3381644, 0.5902618, 1.2126944", \
					  "0.2455091, 0.2523950, 0.2695068, 0.3111090, 0.4131845, 0.6652854, 1.2882879", \
					  "0.3958455, 0.4050159, 0.4266583, 0.4776207, 0.5869139, 0.8384478, 1.4613706", \
					  "0.6748642, 0.6893251, 0.7237788, 0.7974803, 0.9444812, 1.2358031, 1.8628830");
				}
				rise_transition ("del_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("0.0819462, 0.0908446, 0.1130490, 0.1683820, 0.3047070, 0.6413990, 1.4795937", \
					  "0.0817312, 0.0907515, 0.1130403, 0.1683964, 0.3046889, 0.6418804, 1.4785100", \
					  "0.0820477, 0.0907403, 0.1135855, 0.1682129, 0.3049348, 0.6416364, 1.4786538", \
					  "0.0819989, 0.0908963, 0.1134242, 0.1688708, 0.3050176, 0.6430282, 1.4791671", \
					  "0.0882912, 0.0964890, 0.1171419, 0.1699276, 0.3047102, 0.6424315, 1.4811337", \
					  "0.1216625, 0.1305738, 0.1506716, 0.1993849, 0.3202980, 0.6429662, 1.4785071", \
					  "0.1965274, 0.2075185, 0.2342462, 0.2922872, 0.4123400, 0.6941401, 1.4821107");
				}
				cell_fall ("del_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("0.0282283, 0.0299889, 0.0340432, 0.0437321, 0.0665478, 0.1217564, 0.2576887", \
					  "0.0330143, 0.0347159, 0.0388111, 0.0484890, 0.0712829, 0.1265021, 0.2625878", \
					  "0.0440811, 0.0459024, 0.0500859, 0.0597102, 0.0824793, 0.1377441, 0.2737999", \
					  "0.0617416, 0.0643198, 0.0702128, 0.0829937, 0.1081978, 0.1637244, 0.2998211", \
					  "0.0837010, 0.0879165, 0.0973065, 0.1163766, 0.1540390, 0.2219468, 0.3595005", \
					  "0.1048578, 0.1110588, 0.1250978, 0.1559006, 0.2147637, 0.3179300, 0.4930948", \
					  "0.0964163, 0.1071134, 0.1317100, 0.1827302, 0.2781668, 0.4420126, 0.7085479");
				}
				fall_transition ("del_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("0.0188747, 0.0207483, 0.0254628, 0.0372255, 0.0663627, 0.1392054, 0.3203971", \
					  "0.0188827, 0.0207080, 0.0253698, 0.0370963, 0.0663986, 0.1395279, 0.3201272", \
					  "0.0206097, 0.0222600, 0.0265257, 0.0374476, 0.0663428, 0.1391580, 0.3210210", \
					  "0.0305558, 0.0323476, 0.0368217, 0.0466087, 0.0710712, 0.1395442, 0.3211921", \
					  "0.0493273, 0.0518853, 0.0577188, 0.0710499, 0.0987528, 0.1564628, 0.3227467", \
					  "0.0839360, 0.0876836, 0.0963627, 0.1154096, 0.1528286, 0.2237582, 0.3659276", \
					  "0.1508565, 0.1563360, 0.1697869, 0.1973365, 0.2530979, 0.3516094, 0.5285332");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0966220, 0.1035947, 0.1207483, 0.1625135, 0.2646738, 0.5157833, 1.1375307", \
					  "0.0995148, 0.1067630, 0.1243969, 0.1663404, 0.2688056, 0.5203415, 1.1424270", \
					  "0.1113397, 0.1181743, 0.1356402, 0.1771519, 0.2803438, 0.5325821, 1.1550140", \
					  "0.1425570, 0.1493146, 0.1667167, 0.2087116, 0.3093950, 0.5621938, 1.1852198", \
					  "0.2177973, 0.2244882, 0.2424115, 0.2836586, 0.3841153, 0.6356452, 1.2589325", \
					  "0.3590168, 0.3706153, 0.3965270, 0.4522573, 0.5615035, 0.8057577, 1.4267458", \
					  "0.5997544, 0.6207284, 0.6635262, 0.7492770, 0.9201209, 1.2187780, 1.8358756");
				}
				rise_transition ("del_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("0.0821441, 0.0910326, 0.1131438, 0.1681549, 0.3045069, 0.6419743, 1.4817326", \
					  "0.0817093, 0.0910446, 0.1132096, 0.1682390, 0.3044617, 0.6420925, 1.4788829", \
					  "0.0817397, 0.0909585, 0.1131353, 0.1682785, 0.3045063, 0.6420354, 1.4815301", \
					  "0.0815327, 0.0904816, 0.1132898, 0.1686460, 0.3045793, 0.6427278, 1.4813825", \
					  "0.0984833, 0.1058935, 0.1246599, 0.1734932, 0.3050258, 0.6421036, 1.4843404", \
					  "0.1546256, 0.1644176, 0.1858544, 0.2304621, 0.3371396, 0.6452022, 1.4796042", \
					  "0.2633356, 0.2737306, 0.3066349, 0.3705380, 0.4903380, 0.7354038, 1.4907697");
				}
				cell_fall ("del_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("0.0240947, 0.0256752, 0.0293002, 0.0381887, 0.0596464, 0.1126916, 0.2444101", \
					  "0.0288115, 0.0304345, 0.0341898, 0.0430142, 0.0647337, 0.1184003, 0.2499261", \
					  "0.0382622, 0.0402572, 0.0447317, 0.0540853, 0.0758300, 0.1291284, 0.2608691", \
					  "0.0506960, 0.0537671, 0.0608225, 0.0748006, 0.1010850, 0.1547035, 0.2879254", \
					  "0.0632221, 0.0680227, 0.0788642, 0.1009381, 0.1414476, 0.2126069, 0.3462055", \
					  "0.0654935, 0.0736297, 0.0911727, 0.1278730, 0.1913625, 0.2997671, 0.4780747", \
					  "0.0220634, 0.0361366, 0.0668485, 0.1270753, 0.2331660, 0.4063455, 0.6801069");
				}
				fall_transition ("del_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("0.0133237, 0.0151728, 0.0197613, 0.0312277, 0.0598041, 0.1298412, 0.3041577", \
					  "0.0134134, 0.0152514, 0.0197811, 0.0313687, 0.0595427, 0.1307068, 0.3055811", \
					  "0.0167932, 0.0182433, 0.0219972, 0.0322373, 0.0596511, 0.1296330, 0.3041137", \
					  "0.0272678, 0.0291437, 0.0335856, 0.0436748, 0.0661678, 0.1308343, 0.3064519", \
					  "0.0467965, 0.0493284, 0.0554701, 0.0685526, 0.0955133, 0.1517850, 0.3076977", \
					  "0.0832403, 0.0870452, 0.0957527, 0.1150568, 0.1514456, 0.2205317, 0.3581859", \
					  "0.1566880, 0.1617957, 0.1740933, 0.2007043, 0.2529542, 0.3495748, 0.5198872");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0736408, 0.0808626, 0.0981161, 0.1399137, 0.2421948, 0.4924789, 1.1151915", \
					  "0.0784520, 0.0854821, 0.1032343, 0.1456269, 0.2470636, 0.4981209, 1.1185559", \
					  "0.0932918, 0.1001366, 0.1171658, 0.1591732, 0.2616730, 0.5126758, 1.1338209", \
					  "0.1275028, 0.1342905, 0.1511550, 0.1922414, 0.2941536, 0.5474126, 1.1715425", \
					  "0.1970124, 0.2054326, 0.2249584, 0.2675694, 0.3696122, 0.6219114, 1.2441113", \
					  "0.3252746, 0.3379152, 0.3662304, 0.4253317, 0.5417117, 0.7933448, 1.4177922", \
					  "0.5558475, 0.5774797, 0.6236528, 0.7162951, 0.8842854, 1.1905973, 1.8161360");
				}
				rise_transition ("del_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("0.0501706, 0.0590007, 0.0810567, 0.1357669, 0.2713595, 0.6087120, 1.4452889", \
					  "0.0502861, 0.0590288, 0.0810676, 0.1373361, 0.2718858, 0.6081590, 1.4441193", \
					  "0.0503094, 0.0590965, 0.0810720, 0.1373315, 0.2730092, 0.6080698, 1.4469195", \
					  "0.0507964, 0.0594549, 0.0810847, 0.1358318, 0.2715363, 0.6078619, 1.4543564", \
					  "0.0647177, 0.0725995, 0.0911264, 0.1407806, 0.2729540, 0.6164961, 1.4470469", \
					  "0.0979333, 0.1073654, 0.1294927, 0.1809970, 0.2935795, 0.6146246, 1.4428404", \
					  "0.1735479, 0.1859397, 0.2143797, 0.2727012, 0.3944821, 0.6728778, 1.4496927");
				}
				cell_fall ("del_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("0.0198643, 0.0216327, 0.0257938, 0.0355873, 0.0587431, 0.1146177, 0.2527726", \
					  "0.0244055, 0.0261133, 0.0302190, 0.0399713, 0.0631039, 0.1190423, 0.2571053", \
					  "0.0342877, 0.0363499, 0.0409980, 0.0506374, 0.0736368, 0.1296728, 0.2674881", \
					  "0.0477534, 0.0508317, 0.0576036, 0.0719735, 0.0989136, 0.1547522, 0.2925930", \
					  "0.0613982, 0.0660058, 0.0764615, 0.0980309, 0.1396042, 0.2116647, 0.3502370", \
					  "0.0657022, 0.0734230, 0.0900542, 0.1254302, 0.1896490, 0.2998128, 0.4792076", \
					  "0.0315944, 0.0438309, 0.0715703, 0.1267920, 0.2286654, 0.4030596, 0.6825615");
				}
				fall_transition ("del_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("0.0160271, 0.0180618, 0.0230176, 0.0351895, 0.0656841, 0.1415268, 0.3299418", \
					  "0.0158136, 0.0177698, 0.0226055, 0.0350269, 0.0655018, 0.1416093, 0.3296624", \
					  "0.0204551, 0.0220684, 0.0259741, 0.0365990, 0.0655349, 0.1412982, 0.3298554", \
					  "0.0307316, 0.0331226, 0.0385794, 0.0499061, 0.0737034, 0.1422403, 0.3300479", \
					  "0.0495507, 0.0532125, 0.0614365, 0.0780880, 0.1081696, 0.1663676, 0.3332435", \
					  "0.0860466, 0.0917058, 0.1039547, 0.1267759, 0.1708948, 0.2489579, 0.3921276", \
					  "0.1514829, 0.1598786, 0.1805956, 0.2187872, 0.2860666, 0.3978991, 0.5890929");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00124315, 0.00309086, 0.00768482, 0.0191068, 0.0475054, 0.118113");
					values("0.0521972, 0.0596733, 0.0774354, 0.1194678, 0.2228257, 0.4713728, 1.0915521", \
					  "0.0555582, 0.0629674, 0.0804477, 0.1229453, 0.2267685, 0.4777987, 1.0977323", \
					  "0.0676761, 0.0745741, 0.0918868, 0.1341970, 0.2367762, 0.4884373, 1.1139205", \
					  "0.1010151, 0.1074913, 0.1239650, 0.1652625, 0.2654524, 0.5173769, 1.1449276", \
					  "0.1624260, 0.1730128, 0.1960169, 0.2410866, 0.3414739, 0.5925895, 1.2148184", \
					  "0.2692822, 0.2861308, 0.3222354, 0.3918980, 0.5176097, 0.7631233, 1.3898440", \
					  "0.4599610, 0.4867852, 0.5440030, 0.6549973, 0.8506600, 1.1729991, 1.7795448");
				}
				rise_transition ("del_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("0.0500162, 0.0589303, 0.0810493, 0.1363944, 0.2764161, 0.6089823, 1.4493325", \
					  "0.0497779, 0.0588726, 0.0808416, 0.1357159, 0.2759984, 0.6106151, 1.4435110", \
					  "0.0491767, 0.0584720, 0.0808346, 0.1357013, 0.2723108, 0.6075644, 1.4623510", \
					  "0.0557990, 0.0630891, 0.0824033, 0.1353189, 0.2715314, 0.6082679, 1.4713695", \
					  "0.0847782, 0.0921115, 0.1092546, 0.1494385, 0.2738264, 0.6071201, 1.4519104", \
					  "0.1389078, 0.1488928, 0.1719133, 0.2197990, 0.3162837, 0.6183964, 1.4434970", \
					  "0.2359953, 0.2560091, 0.2863364, 0.3560545, 0.4781681, 0.7204576, 1.4551843");
				}
				cell_fall ("del_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("0.0149822, 0.0164416, 0.0199138, 0.0283070, 0.0487866, 0.0995907, 0.2253861", \
					  "0.0194502, 0.0209111, 0.0244039, 0.0328790, 0.0533854, 0.1040879, 0.2301511", \
					  "0.0258368, 0.0282309, 0.0333782, 0.0434379, 0.0637911, 0.1144482, 0.2409604", \
					  "0.0325619, 0.0362430, 0.0442600, 0.0599782, 0.0877859, 0.1393522, 0.2648381", \
					  "0.0349762, 0.0408751, 0.0533691, 0.0776582, 0.1206322, 0.1931635, 0.3216379", \
					  "0.0197076, 0.0292496, 0.0494407, 0.0895831, 0.1575020, 0.2690950, 0.4443984", \
					  "-0.0525460, -0.0365667, -0.0010892, 0.0629793, 0.1739401, 0.3502887, 0.6241961");
				}
				fall_transition ("del_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("0.0097753, 0.0116150, 0.0161424, 0.0273896, 0.0553293, 0.1253902, 0.2945988", \
					  "0.0108373, 0.0123837, 0.0164680, 0.0273847, 0.0554303, 0.1244235, 0.2948438", \
					  "0.0164861, 0.0181950, 0.0220110, 0.0306368, 0.0558671, 0.1251175, 0.2955838", \
					  "0.0269000, 0.0293518, 0.0345276, 0.0458059, 0.0668753, 0.1266577, 0.2945852", \
					  "0.0474021, 0.0509568, 0.0581920, 0.0737282, 0.1031863, 0.1559367, 0.3027464", \
					  "0.0849168, 0.0906012, 0.1037513, 0.1251583, 0.1648912, 0.2378761, 0.3702476", \
					  "0.1556132, 0.1644986, 0.1834403, 0.2188980, 0.2803821, 0.3833131, 0.5670424");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003844;
			capacitance : 0.004032;
			rise_capacitance : 0.004220;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051890, -0.0051857, -0.0051781, -0.0051770, -0.0051745, -0.0051688, -0.0051556");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052492, 0.0052328, 0.0051951, 0.0051963, 0.0051990, 0.0052053, 0.0052198");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003769;
			capacitance : 0.004021;
			rise_capacitance : 0.004274;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051967, -0.0051936, -0.0051865, -0.0051857, -0.0051837, -0.0051791, -0.0051685");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052324, 0.0052272, 0.0052154, 0.0052161, 0.0052177, 0.0052215, 0.0052301");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003865;
			capacitance : 0.004019;
			rise_capacitance : 0.004172;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012949, -0.0013193, -0.0013754, -0.0013519, -0.0012977, -0.0011728, -0.0008848");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061273, 0.0061396, 0.0061681, 0.0061692, 0.0061718, 0.0061779, 0.0061917");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003842;
			capacitance : 0.004092;
			rise_capacitance : 0.004342;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013076, -0.0013378, -0.0014074, -0.0013835, -0.0013283, -0.0012012, -0.0009083");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062791, 0.0062778, 0.0062748, 0.0062727, 0.0062677, 0.0062563, 0.0062301");
				}
			}
		}
	}
	cell ("scs8hd_o22ai_4") {
		area : 20.019200;
		cell_footprint : "o22ai";
		cell_leakage_power : 9.825815e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001436";
			when : "!A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0220120";
			when : "!A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0006306";
			when : "!A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0006244";
			when : "!A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0028757";
			when : "!A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0001527";
			when : "!A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0247560";
			when : "!A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0017950";
			when : "!A1&A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0017918";
			when : "A1&!A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0001536";
			when : "A1&!A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0369388";
			when : "A1&!A2&B1&B2";
		}
		leakage_power () {
			value : "0.0005339";
			when : "A1&!A2&B1&!B2";
		}
		leakage_power () {
			value : "0.0028753";
			when : "A1&A2&!B1&B2";
		}
		leakage_power () {
			value : "0.0001520";
			when : "A1&A2&!B1&!B2";
		}
		leakage_power () {
			value : "0.0247558";
			when : "A1&A2&B1&B2";
		}
		leakage_power () {
			value : "0.0370220";
			when : "A1&A2&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (!A1&!A2)";
			max_capacitance : 0.186778;
			max_transition : 1.501042;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0319765, 0.0330621, 0.0358390, 0.0432234, 0.0629841, 0.1155629, 0.2564536", \
					  "0.0314759, 0.0325377, 0.0353530, 0.0428021, 0.0626421, 0.1154497, 0.2565704", \
					  "0.0309980, 0.0320954, 0.0348740, 0.0424143, 0.0623132, 0.1152238, 0.2561046", \
					  "0.0306576, 0.0316821, 0.0344774, 0.0419431, 0.0619015, 0.1149034, 0.2562420", \
					  "0.0302316, 0.0312787, 0.0340678, 0.0415298, 0.0614332, 0.1144866, 0.2554200", \
					  "0.0302146, 0.0312466, 0.0340428, 0.0415241, 0.0613959, 0.1143385, 0.2553606", \
					  "0.0293862, 0.0304022, 0.0330997, 0.0412043, 0.0612519, 0.1148515, 0.2557725");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0128808, 0.0118719, 0.0091425, 0.0018388, -0.0178287, -0.0707790, -0.2132019", \
					  "0.0126266, 0.0116088, 0.0088926, 0.0016120, -0.0180458, -0.0709871, -0.2133833", \
					  "0.0122899, 0.0112888, 0.0085920, 0.0013274, -0.0182917, -0.0712038, -0.2135829", \
					  "0.0118280, 0.0108247, 0.0081760, 0.0009848, -0.0185293, -0.0713882, -0.2137078", \
					  "0.0119672, 0.0109406, 0.0082246, 0.0009412, -0.0187398, -0.0714417, -0.2137236", \
					  "0.0116183, 0.0105523, 0.0078848, 0.0005911, -0.0189839, -0.0720503, -0.2139873", \
					  "0.0116239, 0.0105942, 0.0078545, 0.0005880, -0.0191362, -0.0720252, -0.2144733");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0267541, 0.0278056, 0.0306018, 0.0380401, 0.0578043, 0.1105289, 0.2512501", \
					  "0.0261429, 0.0271943, 0.0300353, 0.0375097, 0.0574666, 0.1102514, 0.2513599", \
					  "0.0255351, 0.0266516, 0.0294682, 0.0370604, 0.0569639, 0.1099311, 0.2508624", \
					  "0.0250126, 0.0260587, 0.0288519, 0.0365216, 0.0565994, 0.1092512, 0.2509656", \
					  "0.0248084, 0.0258394, 0.0286635, 0.0362671, 0.0561299, 0.1091451, 0.2504390", \
					  "0.0247540, 0.0258217, 0.0286482, 0.0361291, 0.0562028, 0.1086663, 0.2502755", \
					  "0.0254940, 0.0264946, 0.0291922, 0.0363633, 0.0560394, 0.1085555, 0.2500509");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0087929, 0.0078139, 0.0051272, -0.0021528, -0.0218730, -0.0749540, -0.2175361", \
					  "0.0086007, 0.0076250, 0.0050225, -0.0021641, -0.0217967, -0.0748323, -0.2173841", \
					  "0.0081622, 0.0072413, 0.0046821, -0.0023696, -0.0218499, -0.0747747, -0.2172525", \
					  "0.0075431, 0.0066307, 0.0041070, -0.0028602, -0.0221504, -0.0748829, -0.2172590", \
					  "0.0074928, 0.0065152, 0.0039265, -0.0031397, -0.0226639, -0.0751525, -0.2173339", \
					  "0.0070349, 0.0060340, 0.0033774, -0.0037417, -0.0231348, -0.0758130, -0.2177193", \
					  "0.0070847, 0.0060033, 0.0032196, -0.0039984, -0.0235544, -0.0761815, -0.2182876");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0166289, 0.0177646, 0.0207295, 0.0284766, 0.0485523, 0.1016451, 0.2422870", \
					  "0.0159498, 0.0170434, 0.0200579, 0.0277722, 0.0478901, 0.1007822, 0.2417693", \
					  "0.0154161, 0.0164870, 0.0193965, 0.0270748, 0.0472807, 0.1004234, 0.2416280", \
					  "0.0151031, 0.0161572, 0.0189863, 0.0265784, 0.0466083, 0.0997904, 0.2417016", \
					  "0.0148251, 0.0158726, 0.0186323, 0.0260622, 0.0458453, 0.0991261, 0.2404571", \
					  "0.0148092, 0.0158570, 0.0186522, 0.0260489, 0.0458428, 0.0989661, 0.2397883", \
					  "0.0140050, 0.0150302, 0.0177609, 0.0255056, 0.0457961, 0.0983311, 0.2405999");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0066317, 0.0056230, 0.0029042, -0.0043594, -0.0239936, -0.0769343, -0.2193347", \
					  "0.0063887, 0.0053823, 0.0026728, -0.0045864, -0.0242105, -0.0771592, -0.2195374", \
					  "0.0059634, 0.0049687, 0.0023447, -0.0048831, -0.0244537, -0.0773783, -0.2197494", \
					  "0.0053304, 0.0043493, 0.0017348, -0.0053852, -0.0248350, -0.0776289, -0.2199581", \
					  "0.0053695, 0.0043366, 0.0015844, -0.0057629, -0.0251610, -0.0778109, -0.2200191", \
					  "0.0049614, 0.0039586, 0.0011450, -0.0058539, -0.0254683, -0.0785518, -0.2206356", \
					  "0.0048320, 0.0038081, 0.0010651, -0.0063073, -0.0258796, -0.0787417, -0.2213935");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0114029, 0.0125582, 0.0155848, 0.0232513, 0.0431044, 0.0957266, 0.2365614", \
					  "0.0106617, 0.0117726, 0.0147735, 0.0226218, 0.0426795, 0.0956959, 0.2365713", \
					  "0.0100246, 0.0110779, 0.0139721, 0.0219146, 0.0423280, 0.0952336, 0.2371864", \
					  "0.0097661, 0.0108212, 0.0136062, 0.0210979, 0.0414831, 0.0944914, 0.2360090", \
					  "0.0094403, 0.0104505, 0.0132157, 0.0206443, 0.0406132, 0.0941336, 0.2368227", \
					  "0.0098654, 0.0107838, 0.0134607, 0.0208802, 0.0404736, 0.0934849, 0.2346741", \
					  "0.0104665, 0.0114381, 0.0141397, 0.0213528, 0.0409636, 0.0934936, 0.2348453");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001341825, 0.003600987, 0.009663785, 0.02593421, 0.06959833, 0.1867775");
					values("0.0022351, 0.0012389, -0.0014366, -0.0087150, -0.0284871, -0.0815857, -0.2241577", \
					  "0.0019679, 0.0010284, -0.0015802, -0.0087637, -0.0284037, -0.0814613, -0.2240116", \
					  "0.0015017, 0.0005888, -0.0019162, -0.0089449, -0.0283801, -0.0813533, -0.2238850", \
					  "0.0007926, -0.0001226, -0.0026190, -0.0095277, -0.0287748, -0.0814889, -0.2238766", \
					  "0.0003705, -0.0006329, -0.0031275, -0.0101497, -0.0292134, -0.0817532, -0.2239976", \
					  "0.0001599, -0.0008321, -0.0035117, -0.0106715, -0.0299140, -0.0827256, -0.2245166", \
					  "0.0001663, -0.0008811, -0.0036611, -0.0110118, -0.0307348, -0.0831762, -0.2255010");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.1267821, 0.1316845, 0.1446724, 0.1780988, 0.2669438, 0.5010424, 1.1264326", \
					  "0.1324279, 0.1372482, 0.1498624, 0.1834423, 0.2721196, 0.5067158, 1.1317809", \
					  "0.1463454, 0.1513035, 0.1647065, 0.1987689, 0.2872876, 0.5222634, 1.1478413", \
					  "0.1804667, 0.1857206, 0.1987101, 0.2321305, 0.3213212, 0.5565584, 1.1825482", \
					  "0.2570409, 0.2618406, 0.2747545, 0.3085198, 0.3970761, 0.6323721, 1.2591519", \
					  "0.4137577, 0.4195392, 0.4358071, 0.4768245, 0.5718004, 0.8069477, 1.4336529", \
					  "0.7127814, 0.7219835, 0.7445096, 0.8040005, 0.9316533, 1.2092626, 1.8385441");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0931936, 0.0997429, 0.1163349, 0.1597251, 0.2773453, 0.5918521, 1.4346005", \
					  "0.0933389, 0.0994696, 0.1158099, 0.1595096, 0.2768487, 0.5908655, 1.4322107", \
					  "0.0932738, 0.0997334, 0.1160374, 0.1598226, 0.2768018, 0.5907468, 1.4361830", \
					  "0.0935077, 0.0996945, 0.1158159, 0.1596199, 0.2771524, 0.5911485, 1.4322290", \
					  "0.0982628, 0.1039380, 0.1191400, 0.1612140, 0.2770253, 0.5927531, 1.4345543", \
					  "0.1287421, 0.1345367, 0.1497911, 0.1896176, 0.2930437, 0.5922696, 1.4347663", \
					  "0.2011504, 0.2076480, 0.2252430, 0.2715734, 0.3780253, 0.6483434, 1.4389764");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0271138, 0.0281683, 0.0308959, 0.0378956, 0.0553114, 0.1001533, 0.2183919", \
					  "0.0317369, 0.0327796, 0.0355683, 0.0425487, 0.0599664, 0.1049199, 0.2233236", \
					  "0.0420116, 0.0432146, 0.0461048, 0.0531539, 0.0705441, 0.1155007, 0.2341140", \
					  "0.0577952, 0.0594606, 0.0635006, 0.0732582, 0.0942133, 0.1398456, 0.2583988", \
					  "0.0762822, 0.0791811, 0.0853771, 0.1001684, 0.1309520, 0.1915251, 0.3147079", \
					  "0.0904493, 0.0943683, 0.1043550, 0.1274246, 0.1761485, 0.2682533, 0.4342391", \
					  "0.0682029, 0.0757142, 0.0922706, 0.1315078, 0.2112044, 0.3583275, 0.6114975");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0187434, 0.0199076, 0.0229573, 0.0314273, 0.0543687, 0.1164599, 0.2837930", \
					  "0.0186947, 0.0197649, 0.0228638, 0.0313764, 0.0543278, 0.1163965, 0.2834996", \
					  "0.0206735, 0.0216678, 0.0244925, 0.0321858, 0.0543006, 0.1163746, 0.2837881", \
					  "0.0300176, 0.0310801, 0.0340700, 0.0417740, 0.0609976, 0.1177392, 0.2835351", \
					  "0.0479705, 0.0494454, 0.0533698, 0.0631145, 0.0863333, 0.1390245, 0.2879810", \
					  "0.0815180, 0.0836270, 0.0893885, 0.1033902, 0.1346110, 0.1993765, 0.3409294", \
					  "0.1476300, 0.1507493, 0.1593695, 0.1808763, 0.2247048, 0.3135672, 0.4834053");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.1078703, 0.1126637, 0.1251439, 0.1585913, 0.2475478, 0.4813260, 1.1066045", \
					  "0.1111524, 0.1160008, 0.1285133, 0.1624257, 0.2512585, 0.4858154, 1.1109927", \
					  "0.1228514, 0.1280166, 0.1405836, 0.1747931, 0.2634895, 0.4988545, 1.1242995", \
					  "0.1542451, 0.1590750, 0.1716268, 0.2069115, 0.2953145, 0.5302374, 1.1560660", \
					  "0.2340620, 0.2393763, 0.2519204, 0.2851300, 0.3731000, 0.6076924, 1.2342254", \
					  "0.3931457, 0.4003793, 0.4186435, 0.4623512, 0.5568864, 0.7868148, 1.4118645", \
					  "0.6745773, 0.6856311, 0.7149707, 0.7847434, 0.9335728, 1.2155602, 1.8358036");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0933470, 0.0994857, 0.1158229, 0.1598162, 0.2771820, 0.5917972, 1.4378393", \
					  "0.0934707, 0.0994373, 0.1158095, 0.1595839, 0.2771116, 0.5932479, 1.4309115", \
					  "0.0932645, 0.0997555, 0.1158423, 0.1599285, 0.2769008, 0.5925882, 1.4363013", \
					  "0.0930947, 0.0994398, 0.1158451, 0.1596673, 0.2773858, 0.5914032, 1.4340458", \
					  "0.1059285, 0.1109356, 0.1247266, 0.1640065, 0.2769814, 0.5922168, 1.4374847", \
					  "0.1616836, 0.1674085, 0.1831831, 0.2180855, 0.3088158, 0.5945107, 1.4349385", \
					  "0.2709502, 0.2801405, 0.3003942, 0.3494389, 0.4562359, 0.6818833, 1.4408849");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0239940, 0.0250257, 0.0276399, 0.0343710, 0.0519085, 0.0976384, 0.2196948", \
					  "0.0286549, 0.0296968, 0.0324226, 0.0391926, 0.0565346, 0.1023142, 0.2249252", \
					  "0.0375549, 0.0388814, 0.0422373, 0.0495966, 0.0673180, 0.1132525, 0.2365766", \
					  "0.0493132, 0.0511799, 0.0560467, 0.0669837, 0.0896278, 0.1372387, 0.2599400", \
					  "0.0602130, 0.0632156, 0.0707504, 0.0880201, 0.1226504, 0.1874155, 0.3158103", \
					  "0.0594268, 0.0642393, 0.0765311, 0.1044240, 0.1596556, 0.2594114, 0.4327675", \
					  "0.0085804, 0.0168203, 0.0380480, 0.0860417, 0.1777904, 0.3387624, 0.6037632");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0146036, 0.0158132, 0.0190455, 0.0280205, 0.0524711, 0.1178065, 0.2925925", \
					  "0.0147023, 0.0158419, 0.0191343, 0.0281729, 0.0523968, 0.1176930, 0.2931013", \
					  "0.0179096, 0.0188969, 0.0216437, 0.0296015, 0.0527094, 0.1177522, 0.2941423", \
					  "0.0278351, 0.0290383, 0.0321980, 0.0403122, 0.0606667, 0.1194895, 0.2930325", \
					  "0.0470733, 0.0486840, 0.0527864, 0.0630506, 0.0866558, 0.1415628, 0.2973841", \
					  "0.0839287, 0.0862437, 0.0917923, 0.1060628, 0.1370116, 0.2026548, 0.3495176", \
					  "0.1572262, 0.1604656, 0.1689827, 0.1883446, 0.2324190, 0.3204527, 0.4932252");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0860211, 0.0914676, 0.1054581, 0.1417063, 0.2348621, 0.4810411, 1.1319663", \
					  "0.0902267, 0.0954492, 0.1097152, 0.1455152, 0.2391246, 0.4844830, 1.1385223", \
					  "0.1045166, 0.1095387, 0.1231210, 0.1590562, 0.2529493, 0.4992320, 1.1543735", \
					  "0.1391250, 0.1442358, 0.1574409, 0.1927624, 0.2860195, 0.5326575, 1.1916046", \
					  "0.2119475, 0.2178315, 0.2328636, 0.2685547, 0.3611148, 0.6071803, 1.2630356", \
					  "0.3498829, 0.3582678, 0.3789412, 0.4270203, 0.5340445, 0.7800885, 1.4366924", \
					  "0.6057748, 0.6197715, 0.6536555, 0.7297594, 0.8810004, 1.1776402, 1.8439750");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0592500, 0.0657652, 0.0830467, 0.1304113, 0.2580665, 0.5989960, 1.4883929", \
					  "0.0592394, 0.0658055, 0.0830876, 0.1300487, 0.2548652, 0.5898125, 1.4856829", \
					  "0.0591934, 0.0658353, 0.0833253, 0.1297648, 0.2549114, 0.5895247, 1.4853071", \
					  "0.0595086, 0.0661303, 0.0833428, 0.1302996, 0.2554504, 0.5891063, 1.4878381", \
					  "0.0716957, 0.0771692, 0.0922077, 0.1347499, 0.2551958, 0.5902875, 1.4871703", \
					  "0.1036323, 0.1102201, 0.1271755, 0.1705434, 0.2768995, 0.5944188, 1.4894023", \
					  "0.1772174, 0.1856243, 0.2065287, 0.2562477, 0.3701666, 0.6480272, 1.4980164");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0195385, 0.0207170, 0.0237912, 0.0313255, 0.0497480, 0.0967438, 0.2211724", \
					  "0.0241350, 0.0252851, 0.0282537, 0.0356810, 0.0540611, 0.1011265, 0.2258626", \
					  "0.0340370, 0.0354010, 0.0387518, 0.0463925, 0.0644984, 0.1114224, 0.2357451", \
					  "0.0465479, 0.0485596, 0.0534902, 0.0647838, 0.0878735, 0.1357086, 0.2598038", \
					  "0.0579284, 0.0609799, 0.0685522, 0.0859834, 0.1218671, 0.1891197, 0.3166602", \
					  "0.0571909, 0.0620852, 0.0741293, 0.1006731, 0.1568818, 0.2607726, 0.4408542", \
					  "0.0081282, 0.0160340, 0.0351881, 0.0801770, 0.1707717, 0.3346875, 0.6120610");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0172094, 0.0183850, 0.0215324, 0.0300462, 0.0532263, 0.1167441, 0.2899604", \
					  "0.0168808, 0.0179652, 0.0210175, 0.0296496, 0.0531036, 0.1166403, 0.2896431", \
					  "0.0216497, 0.0225746, 0.0249974, 0.0319569, 0.0533653, 0.1166725, 0.2894565", \
					  "0.0317456, 0.0331513, 0.0365845, 0.0450079, 0.0643129, 0.1196392, 0.2896350", \
					  "0.0507165, 0.0528366, 0.0577260, 0.0700458, 0.0965468, 0.1488400, 0.2966980", \
					  "0.0856581, 0.0891958, 0.0971260, 0.1172509, 0.1549861, 0.2261144, 0.3646184", \
					  "0.1505641, 0.1564078, 0.1712461, 0.2014417, 0.2616268, 0.3647929, 0.5487258");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0637202, 0.0690885, 0.0832865, 0.1192454, 0.2120394, 0.4562396, 1.1095771", \
					  "0.0664360, 0.0716697, 0.0857456, 0.1221091, 0.2168815, 0.4619372, 1.1149184", \
					  "0.0778447, 0.0829855, 0.0965638, 0.1336478, 0.2278213, 0.4731174, 1.1330910", \
					  "0.1105480, 0.1153940, 0.1282505, 0.1642055, 0.2580463, 0.5032227, 1.1585994", \
					  "0.1803232, 0.1873485, 0.2042137, 0.2421117, 0.3332438, 0.5799271, 1.2387866", \
					  "0.3020647, 0.3132556, 0.3400803, 0.3990912, 0.5142634, 0.7579691, 1.4111151", \
					  "0.5230743, 0.5410203, 0.5834713, 0.6766938, 0.8580519, 1.1774511, 1.8259104");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0591984, 0.0657047, 0.0832177, 0.1300112, 0.2548514, 0.5884773, 1.4845740", \
					  "0.0590900, 0.0656144, 0.0830212, 0.1300407, 0.2551931, 0.5900884, 1.4850965", \
					  "0.0588258, 0.0654358, 0.0831934, 0.1303243, 0.2556790, 0.5891192, 1.4959077", \
					  "0.0623412, 0.0680296, 0.0841397, 0.1297155, 0.2556008, 0.5897389, 1.4876284", \
					  "0.0901981, 0.0955915, 0.1075897, 0.1431669, 0.2565889, 0.5921027, 1.4995223", \
					  "0.1456500, 0.1531150, 0.1692953, 0.2094918, 0.3000946, 0.5961804, 1.4869075", \
					  "0.2525092, 0.2613927, 0.2840772, 0.3423324, 0.4552162, 0.6972408, 1.5010424");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0175468, 0.0186647, 0.0215930, 0.0290887, 0.0484743, 0.1002501, 0.2379765", \
					  "0.0219255, 0.0230713, 0.0260241, 0.0335724, 0.0530600, 0.1045891, 0.2425594", \
					  "0.0294802, 0.0311579, 0.0351995, 0.0441055, 0.0636020, 0.1152133, 0.2541327", \
					  "0.0373525, 0.0399710, 0.0463101, 0.0600567, 0.0869473, 0.1395351, 0.2772569", \
					  "0.0408792, 0.0449724, 0.0548131, 0.0763783, 0.1177564, 0.1924096, 0.3339239", \
					  "0.0257492, 0.0324212, 0.0485204, 0.0828274, 0.1482706, 0.2658621, 0.4601500", \
					  "-0.0495601, -0.0383310, -0.0114546, 0.0461279, 0.1543895, 0.3371657, 0.6413051");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00134182, 0.00360099, 0.00966379, 0.0259342, 0.0695983, 0.186778");
					values("0.0126548, 0.0140304, 0.0177747, 0.0280479, 0.0554005, 0.1293883, 0.3269858", \
					  "0.0131982, 0.0144377, 0.0179281, 0.0279701, 0.0555728, 0.1295592, 0.3269623", \
					  "0.0188042, 0.0199842, 0.0231979, 0.0311545, 0.0561856, 0.1296584, 0.3282579", \
					  "0.0293296, 0.0310253, 0.0353945, 0.0452294, 0.0677412, 0.1316917, 0.3273034", \
					  "0.0509542, 0.0526493, 0.0595739, 0.0721661, 0.1023360, 0.1616443, 0.3321835", \
					  "0.0896330, 0.0943858, 0.1025027, 0.1222158, 0.1651831, 0.2387806, 0.3999935", \
					  "0.1653898, 0.1715405, 0.1868618, 0.2167855, 0.2760746, 0.3851673, 0.5867657");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.008003;
			capacitance : 0.008445;
			rise_capacitance : 0.008888;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0105179, -0.0105134, -0.0105032, -0.0104981, -0.0104865, -0.0104596, -0.0103974");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0105538, 0.0105541, 0.0105547, 0.0105509, 0.0105424, 0.0105227, 0.0104772");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007419;
			capacitance : 0.007917;
			rise_capacitance : 0.008415;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0098094, -0.0098059, -0.0097979, -0.0097986, -0.0098001, -0.0098034, -0.0098111");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0098580, 0.0098562, 0.0098521, 0.0098530, 0.0098553, 0.0098606, 0.0098728");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007965;
			capacitance : 0.008355;
			rise_capacitance : 0.008745;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0042744, -0.0042923, -0.0043336, -0.0042949, -0.0042055, -0.0039996, -0.0035250");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0126453, 0.0126421, 0.0126347, 0.0126271, 0.0126099, 0.0125700, 0.0124782");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007418;
			capacitance : 0.007835;
			rise_capacitance : 0.008253;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0034160, -0.0034396, -0.0034941, -0.0034546, -0.0033635, -0.0031533, -0.0026687");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0117815, 0.0117773, 0.0117676, 0.0117665, 0.0117642, 0.0117588, 0.0117465");
				}
			}
		}
	}
	cell ("scs8hd_o2bb2a_1") {
		area : 10.009600;
		cell_footprint : "o2bb2a";
		cell_leakage_power : 9.807155e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "2.2231135e-05";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0004448";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "2.1180340e-05";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "2.6716481e-05";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "6.2794103e-05";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0004854";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "6.1743057e-05";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "6.7279624e-05";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "6.2544106e-05";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0004851";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "6.1493420e-05";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "6.7029559e-05";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0004193";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0125653";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0004193";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0004193";
			when : "A1N&A2N&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1N&B1) | (!A2N&B1) | (!A1N&B2) | (!A2N&B2)";
			max_capacitance : 0.138255;
			max_transition : 1.502064;
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0126845, 0.0137156, 0.0162661, 0.0225468, 0.0382629, 0.0782197, 0.1793399", \
					  "0.0126140, 0.0136481, 0.0161967, 0.0224330, 0.0382999, 0.0781211, 0.1794141", \
					  "0.0125164, 0.0135494, 0.0161034, 0.0223922, 0.0381426, 0.0779921, 0.1793662", \
					  "0.0124277, 0.0134428, 0.0159959, 0.0222883, 0.0379772, 0.0778362, 0.1793661", \
					  "0.0122933, 0.0133221, 0.0158734, 0.0221199, 0.0380062, 0.0777874, 0.1790764", \
					  "0.0121674, 0.0131895, 0.0157526, 0.0219997, 0.0377633, 0.0775631, 0.1789379", \
					  "0.0121841, 0.0131667, 0.0156439, 0.0218243, 0.0376094, 0.0772256, 0.1785116");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0092208, 0.0084219, 0.0064984, 0.0009630, -0.0143979, -0.0543557, -0.1566284", \
					  "0.0091794, 0.0084112, 0.0064681, 0.0009102, -0.0144321, -0.0543874, -0.1566442", \
					  "0.0090905, 0.0082981, 0.0063617, 0.0008099, -0.0145281, -0.0544786, -0.1567636", \
					  "0.0089452, 0.0081577, 0.0061854, 0.0006507, -0.0146907, -0.0546439, -0.1569134", \
					  "0.0087629, 0.0079656, 0.0059926, 0.0004126, -0.0148953, -0.0548599, -0.1571230", \
					  "0.0097018, 0.0088228, 0.0065625, 0.0006079, -0.0150229, -0.0549873, -0.1572522", \
					  "0.0095822, 0.0086924, 0.0065101, 0.0004427, -0.0150557, -0.0550462, -0.1573829");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0112187, 0.0122598, 0.0147882, 0.0209950, 0.0367098, 0.0764876, 0.1786695", \
					  "0.0110857, 0.0121293, 0.0146540, 0.0208505, 0.0366169, 0.0763898, 0.1773423", \
					  "0.0109369, 0.0119638, 0.0145030, 0.0207596, 0.0365978, 0.0768305, 0.1767569", \
					  "0.0107891, 0.0118284, 0.0143611, 0.0205821, 0.0363087, 0.0762629, 0.1768697", \
					  "0.0106976, 0.0117343, 0.0142494, 0.0204698, 0.0363233, 0.0761677, 0.1777430", \
					  "0.0104330, 0.0115365, 0.0140920, 0.0203232, 0.0361235, 0.0757440, 0.1776147", \
					  "0.0105831, 0.0115457, 0.0139527, 0.0202124, 0.0360309, 0.0754469, 0.1772349");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0090663, 0.0082800, 0.0063211, 0.0007872, -0.0145744, -0.0545530, -0.1568205", \
					  "0.0090208, 0.0082344, 0.0062663, 0.0007340, -0.0146206, -0.0545943, -0.1568651", \
					  "0.0088716, 0.0080871, 0.0061385, 0.0006025, -0.0147581, -0.0547199, -0.1570200", \
					  "0.0086809, 0.0078921, 0.0059216, 0.0003794, -0.0149702, -0.0549443, -0.1572349", \
					  "0.0084760, 0.0076827, 0.0057177, 0.0001780, -0.0151591, -0.0551288, -0.1574238", \
					  "0.0094183, 0.0085559, 0.0062738, 0.0003240, -0.0152888, -0.0552641, -0.1575474", \
					  "0.0094127, 0.0085083, 0.0062006, 0.0001694, -0.0153009, -0.0553054, -0.1576557");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0086382, 0.0096488, 0.0121949, 0.0184789, 0.0341751, 0.0743559, 0.1753929", \
					  "0.0086078, 0.0096379, 0.0121743, 0.0184465, 0.0341775, 0.0743371, 0.1753979", \
					  "0.0086203, 0.0096535, 0.0121593, 0.0184516, 0.0343244, 0.0740190, 0.1750181", \
					  "0.0085523, 0.0095778, 0.0121199, 0.0183680, 0.0341566, 0.0738394, 0.1761022", \
					  "0.0084997, 0.0095301, 0.0120486, 0.0182463, 0.0340136, 0.0741948, 0.1760705", \
					  "0.0086094, 0.0095929, 0.0120626, 0.0181238, 0.0338431, 0.0735100, 0.1757424", \
					  "0.0086341, 0.0095796, 0.0120007, 0.0181944, 0.0339591, 0.0739395, 0.1747482");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0061044, 0.0053519, 0.0033392, -0.0020762, -0.0171726, -0.0569553, -0.1591589", \
					  "0.0060577, 0.0053039, 0.0033175, -0.0021597, -0.0172291, -0.0570095, -0.1592226", \
					  "0.0060164, 0.0052573, 0.0032397, -0.0022288, -0.0172964, -0.0570792, -0.1592774", \
					  "0.0059204, 0.0051598, 0.0031505, -0.0022687, -0.0173661, -0.0571463, -0.1593490", \
					  "0.0058377, 0.0050723, 0.0031104, -0.0023748, -0.0174518, -0.0572325, -0.1594232", \
					  "0.0057807, 0.0049554, 0.0030152, -0.0025016, -0.0175633, -0.0573175, -0.1594860", \
					  "0.0070972, 0.0061692, 0.0038026, -0.0022472, -0.0178257, -0.0574529, -0.1595733");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0077970, 0.0088330, 0.0113661, 0.0176381, 0.0334030, 0.0732619, 0.1746440", \
					  "0.0077855, 0.0088172, 0.0113507, 0.0175889, 0.0333941, 0.0732933, 0.1737301", \
					  "0.0077202, 0.0087490, 0.0112843, 0.0175344, 0.0333204, 0.0731766, 0.1745214", \
					  "0.0076247, 0.0086407, 0.0111459, 0.0173967, 0.0331939, 0.0734218, 0.1743781", \
					  "0.0075282, 0.0085106, 0.0110338, 0.0171688, 0.0329836, 0.0726300, 0.1744165", \
					  "0.0074967, 0.0084970, 0.0109552, 0.0170423, 0.0327416, 0.0723868, 0.1740933", \
					  "0.0074566, 0.0084219, 0.0108777, 0.0170822, 0.0327906, 0.0727524, 0.1743558");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001276208, 0.003257416, 0.008314282, 0.02122151, 0.05416615, 0.1382546");
					values("0.0060523, 0.0052999, 0.0033133, -0.0021330, -0.0171907, -0.0569795, -0.1591799", \
					  "0.0059358, 0.0051528, 0.0031744, -0.0022545, -0.0172997, -0.0570729, -0.1592895", \
					  "0.0058553, 0.0050938, 0.0031043, -0.0023079, -0.0174000, -0.0571719, -0.1593671", \
					  "0.0057638, 0.0050039, 0.0030285, -0.0024407, -0.0175081, -0.0572726, -0.1594685", \
					  "0.0056633, 0.0049144, 0.0029284, -0.0025473, -0.0176326, -0.0573946, -0.1595814", \
					  "0.0056541, 0.0049504, 0.0028634, -0.0026192, -0.0176743, -0.0574189, -0.1595669", \
					  "0.0068771, 0.0059250, 0.0035615, -0.0025190, -0.0179825, -0.0575634, -0.1596650");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1724789, 0.1797190, 0.1963677, 0.2364172, 0.3348770, 0.5834477, 1.2185026", \
					  "0.1782159, 0.1854253, 0.2021157, 0.2417619, 0.3403900, 0.5896151, 1.2228062", \
					  "0.1923058, 0.1995249, 0.2167665, 0.2566501, 0.3550798, 0.6035704, 1.2368938", \
					  "0.2279032, 0.2350720, 0.2517415, 0.2916551, 0.3898707, 0.6386812, 1.2732069", \
					  "0.3098233, 0.3170993, 0.3338065, 0.3735069, 0.4720110, 0.7212393, 1.3543777", \
					  "0.4737822, 0.4810454, 0.4978965, 0.5375169, 0.6360339, 0.8852902, 1.5185817", \
					  "0.7616104, 0.7692419, 0.7864676, 0.8266092, 0.9255851, 1.1747697, 1.8095800");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0242377, 0.0320064, 0.0519621, 0.1046206, 0.2417934, 0.5936752, 1.4900944", \
					  "0.0242127, 0.0319894, 0.0521311, 0.1046819, 0.2412201, 0.5958480, 1.4916332", \
					  "0.0242148, 0.0320028, 0.0519429, 0.1047820, 0.2418974, 0.5946160, 1.4947088", \
					  "0.0242383, 0.0320548, 0.0520280, 0.1048991, 0.2413142, 0.5940513, 1.4920311", \
					  "0.0243390, 0.0320053, 0.0521018, 0.1046373, 0.2412530, 0.5957730, 1.4917870", \
					  "0.0252653, 0.0329256, 0.0527198, 0.1049144, 0.2416370, 0.5934837, 1.4908396", \
					  "0.0283008, 0.0354462, 0.0546317, 0.1067305, 0.2418939, 0.5893920, 1.4861895");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1603429, 0.1663353, 0.1783902, 0.2009820, 0.2449650, 0.3425520, 0.5855273", \
					  "0.1653083, 0.1712591, 0.1832578, 0.2057707, 0.2497111, 0.3473613, 0.5902459", \
					  "0.1754237, 0.1813727, 0.1933904, 0.2157142, 0.2599793, 0.3577844, 0.6004471", \
					  "0.1966401, 0.2025987, 0.2144635, 0.2370524, 0.2810376, 0.3787404, 0.6214955", \
					  "0.2317405, 0.2376550, 0.2495515, 0.2716862, 0.3158948, 0.4139924, 0.6570933", \
					  "0.2829932, 0.2889156, 0.3007825, 0.3232319, 0.3673810, 0.4650921, 0.7078451", \
					  "0.3404848, 0.3464787, 0.3585007, 0.3809232, 0.4252717, 0.5229832, 0.7657883");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0237077, 0.0275922, 0.0361371, 0.0555159, 0.1011425, 0.2203936, 0.5410532", \
					  "0.0238221, 0.0277978, 0.0364766, 0.0550719, 0.1007132, 0.2217913, 0.5406221", \
					  "0.0238054, 0.0277556, 0.0361767, 0.0557454, 0.1009946, 0.2221794, 0.5405433", \
					  "0.0238425, 0.0278157, 0.0360162, 0.0550547, 0.1008807, 0.2224791, 0.5420743", \
					  "0.0236740, 0.0276543, 0.0360556, 0.0557328, 0.1009772, 0.2214895, 0.5419841", \
					  "0.0241222, 0.0280464, 0.0364023, 0.0557063, 0.1010810, 0.2201456, 0.5441121", \
					  "0.0244790, 0.0283618, 0.0372998, 0.0564524, 0.1012560, 0.2220967, 0.5412829");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1599919, 0.1671356, 0.1837466, 0.2232635, 0.3219463, 0.5726482, 1.2046212", \
					  "0.1649660, 0.1721834, 0.1887035, 0.2281576, 0.3268409, 0.5771233, 1.2106557", \
					  "0.1787212, 0.1857910, 0.2023661, 0.2421247, 0.3401472, 0.5890126, 1.2257070", \
					  "0.2132289, 0.2204433, 0.2370258, 0.2765917, 0.3751182, 0.6241584, 1.2569209", \
					  "0.2938517, 0.3010164, 0.3175249, 0.3571541, 0.4556562, 0.7049821, 1.3377941", \
					  "0.4502032, 0.4575005, 0.4741358, 0.5138443, 0.6119465, 0.8617729, 1.4987672", \
					  "0.7222717, 0.7300812, 0.7469501, 0.7868435, 0.8852969, 1.1345628, 1.7695775");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0239020, 0.0316254, 0.0516707, 0.1041362, 0.2412397, 0.5922410, 1.4908756", \
					  "0.0238704, 0.0316060, 0.0514794, 0.1041563, 0.2412727, 0.5916868, 1.4899675", \
					  "0.0239277, 0.0316416, 0.0515828, 0.1042645, 0.2410986, 0.5964002, 1.4940883", \
					  "0.0239802, 0.0316427, 0.0515987, 0.1042022, 0.2413427, 0.5951373, 1.4903759", \
					  "0.0239801, 0.0315938, 0.0515846, 0.1042244, 0.2408606, 0.5959563, 1.4920440", \
					  "0.0251933, 0.0326786, 0.0522411, 0.1042137, 0.2404199, 0.5905451, 1.5020639", \
					  "0.0290234, 0.0358278, 0.0545121, 0.1060046, 0.2408044, 0.5889111, 1.4852846");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.1575317, 0.1634816, 0.1753721, 0.1980045, 0.2420151, 0.3395781, 0.5825117", \
					  "0.1620939, 0.1680415, 0.1799238, 0.2025209, 0.2464390, 0.3440636, 0.5869126", \
					  "0.1722714, 0.1780987, 0.1900766, 0.2126805, 0.2568562, 0.3544551, 0.5969176", \
					  "0.1939862, 0.1999240, 0.2117788, 0.2343525, 0.2783262, 0.3759958, 0.6186410", \
					  "0.2280594, 0.2339988, 0.2457658, 0.2682694, 0.3125956, 0.4103523, 0.6531063", \
					  "0.2727666, 0.2786536, 0.2906207, 0.3132377, 0.3576196, 0.4553932, 0.6980503", \
					  "0.3227610, 0.3287446, 0.3407900, 0.3634540, 0.4079638, 0.5059761, 0.7489087");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0238272, 0.0278174, 0.0360541, 0.0554711, 0.1011482, 0.2203993, 0.5409944", \
					  "0.0238413, 0.0278188, 0.0360195, 0.0550405, 0.1007490, 0.2218062, 0.5405772", \
					  "0.0236664, 0.0279488, 0.0363792, 0.0556795, 0.1011130, 0.2221462, 0.5406250", \
					  "0.0238333, 0.0278164, 0.0360530, 0.0551200, 0.1008802, 0.2224968, 0.5428210", \
					  "0.0238636, 0.0278927, 0.0366322, 0.0553419, 0.1009932, 0.2204306, 0.5404189", \
					  "0.0240574, 0.0282343, 0.0366118, 0.0559235, 0.1013549, 0.2203583, 0.5392092", \
					  "0.0250539, 0.0290313, 0.0375522, 0.0566640, 0.1017771, 0.2219619, 0.5404130");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0910763, 0.0986219, 0.1158698, 0.1559211, 0.2542799, 0.5018375, 1.1315275", \
					  "0.0961092, 0.1037872, 0.1210118, 0.1610721, 0.2591394, 0.5068006, 1.1371327", \
					  "0.1069084, 0.1145903, 0.1317189, 0.1717235, 0.2702392, 0.5171127, 1.1496963", \
					  "0.1299043, 0.1375689, 0.1547616, 0.1945815, 0.2927582, 0.5411189, 1.1738507", \
					  "0.1736036, 0.1816248, 0.1993034, 0.2393684, 0.3375779, 0.5865590, 1.2185185", \
					  "0.2408292, 0.2500224, 0.2690508, 0.3100561, 0.4082947, 0.6562929, 1.2893272", \
					  "0.3251721, 0.3372539, 0.3603971, 0.4048841, 0.5035526, 0.7529943, 1.3812559");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0257056, 0.0335743, 0.0532124, 0.1051989, 0.2414055, 0.5903485, 1.4881044", \
					  "0.0257988, 0.0335543, 0.0533354, 0.1050162, 0.2417710, 0.5914290, 1.4854894", \
					  "0.0256754, 0.0334786, 0.0532339, 0.1051692, 0.2418412, 0.5931506, 1.4830279", \
					  "0.0259062, 0.0336654, 0.0533560, 0.1050841, 0.2417462, 0.5913425, 1.4840906", \
					  "0.0282497, 0.0359096, 0.0548784, 0.1057048, 0.2419099, 0.5911074, 1.4811689", \
					  "0.0344790, 0.0416380, 0.0596724, 0.1085565, 0.2412140, 0.5908015, 1.4814148", \
					  "0.0478361, 0.0558718, 0.0732548, 0.1166258, 0.2446040, 0.5935044, 1.4759396");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2431110, 0.2512579, 0.2668007, 0.2958289, 0.3488831, 0.4548795, 0.7002084", \
					  "0.2483493, 0.2564830, 0.2724340, 0.3013161, 0.3544217, 0.4600807, 0.7053803", \
					  "0.2616586, 0.2696585, 0.2855259, 0.3146092, 0.3676453, 0.4734284, 0.7187398", \
					  "0.2916135, 0.2997660, 0.3153041, 0.3443180, 0.3973775, 0.5033801, 0.7487034", \
					  "0.3599414, 0.3682423, 0.3840870, 0.4130829, 0.4660053, 0.5720706, 0.8173887", \
					  "0.5147279, 0.5231003, 0.5393128, 0.5685998, 0.6219465, 0.7281609, 0.9739650", \
					  "0.8067702, 0.8168290, 0.8358793, 0.8691711, 0.9278541, 1.0392265, 1.2859155");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0384887, 0.0431453, 0.0530645, 0.0738102, 0.1204327, 0.2361256, 0.5479603", \
					  "0.0384307, 0.0430698, 0.0527440, 0.0731988, 0.1206145, 0.2364687, 0.5460415", \
					  "0.0385853, 0.0434715, 0.0528548, 0.0734925, 0.1204055, 0.2358239, 0.5473407", \
					  "0.0384183, 0.0431487, 0.0530825, 0.0738195, 0.1204344, 0.2361359, 0.5480273", \
					  "0.0386699, 0.0430056, 0.0533380, 0.0732825, 0.1208156, 0.2364453, 0.5462094", \
					  "0.0407288, 0.0451385, 0.0547860, 0.0755855, 0.1219324, 0.2372459, 0.5462015", \
					  "0.0519467, 0.0567293, 0.0669235, 0.0876647, 0.1330755, 0.2459666, 0.5548658");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0831224, 0.0905397, 0.1073418, 0.1469904, 0.2448928, 0.4929908, 1.1276902", \
					  "0.0884383, 0.0958515, 0.1126496, 0.1522407, 0.2501517, 0.4983273, 1.1274603", \
					  "0.0991652, 0.1065625, 0.1234555, 0.1630242, 0.2609537, 0.5093116, 1.1426660", \
					  "0.1218196, 0.1292223, 0.1460541, 0.1856025, 0.2835846, 0.5306716, 1.1614291", \
					  "0.1618167, 0.1696411, 0.1870105, 0.2269686, 0.3248601, 0.5732686, 1.2089868", \
					  "0.2203012, 0.2289528, 0.2479388, 0.2887250, 0.3870135, 0.6345026, 1.2689366", \
					  "0.2856760, 0.2979957, 0.3212986, 0.3662474, 0.4645522, 0.7123016, 1.3422888");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0245091, 0.0322483, 0.0520634, 0.1039958, 0.2411620, 0.5951947, 1.4907956", \
					  "0.0245057, 0.0322350, 0.0520705, 0.1042906, 0.2415810, 0.5952678, 1.4834244", \
					  "0.0245141, 0.0321894, 0.0521465, 0.1042124, 0.2413555, 0.5946416, 1.4922000", \
					  "0.0248981, 0.0325723, 0.0522781, 0.1040748, 0.2414159, 0.5929048, 1.4810169", \
					  "0.0278202, 0.0353645, 0.0542664, 0.1050266, 0.2410062, 0.5906628, 1.4919866", \
					  "0.0347368, 0.0424717, 0.0596042, 0.1078972, 0.2417015, 0.5899822, 1.4903866", \
					  "0.0500653, 0.0571863, 0.0750086, 0.1174193, 0.2439278, 0.5939706, 1.4784215");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.2359067, 0.2440011, 0.2598343, 0.2882998, 0.3413902, 0.4474699, 0.6929239", \
					  "0.2389801, 0.2470796, 0.2629481, 0.2919056, 0.3447646, 0.4506914, 0.6963115", \
					  "0.2498067, 0.2579410, 0.2735007, 0.3026012, 0.3553891, 0.4614554, 0.7067958", \
					  "0.2807366, 0.2888579, 0.3046997, 0.3330231, 0.3862496, 0.4923957, 0.7376673", \
					  "0.3550684, 0.3632528, 0.3791576, 0.4079609, 0.4604826, 0.5665506, 0.8119288", \
					  "0.5286447, 0.5373832, 0.5536019, 0.5805411, 0.6337363, 0.7396727, 0.9852005", \
					  "0.8486699, 0.8594653, 0.8811045, 0.9174146, 0.9755836, 1.0867501, 1.3341708");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127621, 0.00325742, 0.00831428, 0.0212215, 0.0541662, 0.138255");
					values("0.0382146, 0.0428424, 0.0525811, 0.0738787, 0.1209424, 0.2360540, 0.5505760", \
					  "0.0379248, 0.0424965, 0.0523615, 0.0738303, 0.1202836, 0.2360768, 0.5524007", \
					  "0.0381747, 0.0429302, 0.0528946, 0.0735451, 0.1206401, 0.2355853, 0.5474940", \
					  "0.0381977, 0.0429148, 0.0527212, 0.0742761, 0.1206168, 0.2357853, 0.5490041", \
					  "0.0379594, 0.0427159, 0.0524005, 0.0739454, 0.1206847, 0.2363068, 0.5462295", \
					  "0.0419498, 0.0460733, 0.0551728, 0.0748746, 0.1219304, 0.2366038, 0.5459609", \
					  "0.0614692, 0.0663663, 0.0764805, 0.0959881, 0.1417355, 0.2481399, 0.5526865");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001335;
			capacitance : 0.001371;
			rise_capacitance : 0.001408;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015518, -0.0015519, -0.0015523, -0.0015521, -0.0015516, -0.0015506, -0.0015483");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015518, 0.0015529, 0.0015553, 0.0015555, 0.0015562, 0.0015576, 0.0015609");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001410;
			capacitance : 0.001462;
			rise_capacitance : 0.001514;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013955, -0.0013972, -0.0014010, -0.0013977, -0.0013900, -0.0013722, -0.0013312");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018038, 0.0018041, 0.0018046, 0.0018051, 0.0018063, 0.0018090, 0.0018152");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001502;
			capacitance : 0.001455;
			fall_capacitance : 0.001407;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013161, -0.0013267, -0.0013512, -0.0013526, -0.0013558, -0.0013631, -0.0013799");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013903, 0.0013895, 0.0013879, 0.0013885, 0.0013898, 0.0013928, 0.0013998");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001681;
			capacitance : 0.001592;
			fall_capacitance : 0.001503;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0009406, -0.0009314, -0.0009104, -0.0009098, -0.0009085, -0.0009056, -0.0008987");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011396, 0.0011376, 0.0011330, 0.0011355, 0.0011411, 0.0011540, 0.0011839");
				}
			}
		}
	}
	cell ("scs8hd_o2bb2a_2") {
		area : 11.260800;
		cell_footprint : "o2bb2a";
		cell_leakage_power : 1.952536e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0009454";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0007997";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0009453";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0005042";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0009901";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0008443";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0009899";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0005488";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0009873";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0008420";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0009876";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0005464";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0016831";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0162602";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0016831";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0016831";
			when : "A1N&A2N&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1N&B1) | (!A2N&B1) | (!A1N&B2) | (!A2N&B2)";
			max_capacitance : 0.256358;
			max_transition : 1.502618;
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0112777, 0.0124908, 0.0158797, 0.0249914, 0.0503018, 0.1217366, 0.3213516", \
					  "0.0112701, 0.0124887, 0.0158581, 0.0250038, 0.0502704, 0.1217959, 0.3214473", \
					  "0.0111853, 0.0124207, 0.0157915, 0.0249457, 0.0502656, 0.1209528, 0.3202429", \
					  "0.0110890, 0.0123240, 0.0156951, 0.0248122, 0.0500619, 0.1210806, 0.3217253", \
					  "0.0110213, 0.0122187, 0.0155373, 0.0245840, 0.0497780, 0.1208251, 0.3203155", \
					  "0.0110813, 0.0122636, 0.0155189, 0.0243624, 0.0494429, 0.1202240, 0.3205125", \
					  "0.0109915, 0.0121356, 0.0153445, 0.0244112, 0.0494778, 0.1206684, 0.3192396");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0083149, 0.0073821, 0.0047857, -0.0029263, -0.0266641, -0.0972144, -0.2986567", \
					  "0.0082320, 0.0072841, 0.0046232, -0.0030227, -0.0267447, -0.0972980, -0.2987589", \
					  "0.0081421, 0.0071349, 0.0045823, -0.0031358, -0.0268495, -0.0974009, -0.2988656", \
					  "0.0080129, 0.0070536, 0.0044496, -0.0032525, -0.0269759, -0.0975107, -0.2989675", \
					  "0.0078859, 0.0068970, 0.0043613, -0.0033979, -0.0271579, -0.0976749, -0.2991036", \
					  "0.0080748, 0.0070802, 0.0042347, -0.0034706, -0.0273139, -0.0978399, -0.2992203", \
					  "0.0101223, 0.0090698, 0.0059976, -0.0028569, -0.0278162, -0.0980327, -0.2992937");
				}
			}
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0165849, 0.0178030, 0.0211585, 0.0303184, 0.0556297, 0.1267482, 0.3262049", \
					  "0.0164992, 0.0177190, 0.0210911, 0.0302128, 0.0555638, 0.1266251, 0.3263253", \
					  "0.0164079, 0.0176285, 0.0209923, 0.0301111, 0.0553936, 0.1265513, 0.3257982", \
					  "0.0162962, 0.0175137, 0.0208628, 0.0300321, 0.0553417, 0.1264580, 0.3257887", \
					  "0.0161601, 0.0173857, 0.0207566, 0.0298834, 0.0552456, 0.1267109, 0.3245453", \
					  "0.0160080, 0.0172398, 0.0206247, 0.0296910, 0.0549651, 0.1261713, 0.3261413", \
					  "0.0160257, 0.0171822, 0.0205158, 0.0296102, 0.0546364, 0.1250268, 0.3251464");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0126862, 0.0117463, 0.0091729, 0.0015024, -0.0226532, -0.0936182, -0.2951932", \
					  "0.0126390, 0.0116835, 0.0090954, 0.0014555, -0.0227040, -0.0936324, -0.2952424", \
					  "0.0125458, 0.0116065, 0.0090310, 0.0013586, -0.0227955, -0.0937448, -0.2953299", \
					  "0.0123327, 0.0113885, 0.0087909, 0.0011417, -0.0230332, -0.0939555, -0.2955431", \
					  "0.0121381, 0.0111780, 0.0085785, 0.0009204, -0.0232327, -0.0941729, -0.2957371", \
					  "0.0140838, 0.0130798, 0.0101531, 0.0015684, -0.0233839, -0.0943769, -0.2959362", \
					  "0.0140352, 0.0129550, 0.0099758, 0.0014900, -0.0233254, -0.0944223, -0.2960761");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0150567, 0.0162786, 0.0196297, 0.0287193, 0.0539974, 0.1255052, 0.3264526", \
					  "0.0149324, 0.0161508, 0.0195039, 0.0285948, 0.0538748, 0.1253821, 0.3263401", \
					  "0.0147786, 0.0159993, 0.0193468, 0.0284927, 0.0537849, 0.1252211, 0.3249509", \
					  "0.0146476, 0.0158835, 0.0192576, 0.0283684, 0.0536868, 0.1244301, 0.3246765", \
					  "0.0145052, 0.0157164, 0.0190642, 0.0281814, 0.0534785, 0.1245539, 0.3258875", \
					  "0.0142090, 0.0154846, 0.0189163, 0.0280398, 0.0532140, 0.1249180, 0.3235384", \
					  "0.0144361, 0.0155110, 0.0188149, 0.0279463, 0.0529234, 0.1237277, 0.3255300");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0125191, 0.0115592, 0.0089722, 0.0013310, -0.0228431, -0.0937971, -0.2954536", \
					  "0.0124592, 0.0115175, 0.0089431, 0.0012648, -0.0228844, -0.0938712, -0.2954888", \
					  "0.0123079, 0.0113511, 0.0087795, 0.0011207, -0.0230524, -0.0940019, -0.2956329", \
					  "0.0120894, 0.0111474, 0.0085655, 0.0008902, -0.0232676, -0.0942441, -0.2958565", \
					  "0.0118682, 0.0109080, 0.0082892, 0.0006289, -0.0235342, -0.0944870, -0.2960846", \
					  "0.0137776, 0.0127627, 0.0098138, 0.0012597, -0.0236974, -0.0946893, -0.2962678", \
					  "0.0136679, 0.0126599, 0.0096593, 0.0010871, -0.0236471, -0.0947288, -0.2963797");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0125176, 0.0137280, 0.0171119, 0.0262379, 0.0516224, 0.1225948, 0.3225492", \
					  "0.0124682, 0.0137034, 0.0170448, 0.0262218, 0.0515899, 0.1223079, 0.3216266", \
					  "0.0124884, 0.0136990, 0.0170914, 0.0262070, 0.0515855, 0.1225488, 0.3225136", \
					  "0.0124209, 0.0136374, 0.0170185, 0.0261820, 0.0514927, 0.1222048, 0.3215932", \
					  "0.0123765, 0.0135881, 0.0169266, 0.0260276, 0.0512273, 0.1220826, 0.3220090", \
					  "0.0126637, 0.0137908, 0.0170540, 0.0257468, 0.0509509, 0.1218130, 0.3232665", \
					  "0.0126591, 0.0138021, 0.0170425, 0.0260074, 0.0510375, 0.1222955, 0.3210976");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0084778, 0.0075117, 0.0049080, -0.0028240, -0.0265465, -0.0971108, -0.2985621", \
					  "0.0084654, 0.0074884, 0.0048794, -0.0028593, -0.0265888, -0.0971522, -0.2986070", \
					  "0.0083359, 0.0073622, 0.0048297, -0.0029285, -0.0266595, -0.0972055, -0.2986825", \
					  "0.0082634, 0.0072838, 0.0047308, -0.0030019, -0.0267206, -0.0972805, -0.2987368", \
					  "0.0081902, 0.0072156, 0.0046561, -0.0030858, -0.0268387, -0.0973754, -0.2988148", \
					  "0.0081448, 0.0071407, 0.0044853, -0.0032542, -0.0270071, -0.0974892, -0.2988927", \
					  "0.0106108, 0.0095178, 0.0064428, -0.0022999, -0.0272214, -0.0977052, -0.2990144");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1708702, 0.1768852, 0.1905755, 0.2229958, 0.3088147, 0.5469847, 1.2173560", \
					  "0.1767988, 0.1826601, 0.1965383, 0.2290191, 0.3148429, 0.5528280, 1.2230658", \
					  "0.1917601, 0.1975627, 0.2112788, 0.2439504, 0.3297850, 0.5680428, 1.2393576", \
					  "0.2271578, 0.2329602, 0.2466709, 0.2792896, 0.3651160, 0.6032866, 1.2739757", \
					  "0.3106554, 0.3164815, 0.3302233, 0.3627999, 0.4484063, 0.6866687, 1.3584488", \
					  "0.4706289, 0.4765505, 0.4904407, 0.5232563, 0.6088675, 0.8473713, 1.5181831", \
					  "0.7568522, 0.7630757, 0.7775190, 0.8108511, 0.8971324, 1.1351533, 1.8047516");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0219278, 0.0269612, 0.0408213, 0.0806521, 0.1980448, 0.5371050, 1.4977293", \
					  "0.0221006, 0.0270620, 0.0408221, 0.0807932, 0.1981968, 0.5361599, 1.4986438", \
					  "0.0219346, 0.0270735, 0.0409054, 0.0808183, 0.1982809, 0.5367530, 1.4961571", \
					  "0.0219665, 0.0269360, 0.0408090, 0.0807765, 0.1980602, 0.5372668, 1.4970875", \
					  "0.0219012, 0.0270626, 0.0409643, 0.0808507, 0.1985171, 0.5382384, 1.4981815", \
					  "0.0227349, 0.0277760, 0.0415936, 0.0807849, 0.1978260, 0.5384803, 1.4992747", \
					  "0.0256395, 0.0304740, 0.0436427, 0.0825249, 0.1983450, 0.5326698, 1.4869486");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1652450, 0.1699091, 0.1800448, 0.1998392, 0.2387099, 0.3253164, 0.5549551", \
					  "0.1700528, 0.1746839, 0.1846958, 0.2045276, 0.2434039, 0.3301856, 0.5601895", \
					  "0.1803801, 0.1850330, 0.1951535, 0.2149362, 0.2538256, 0.3405800, 0.5702718", \
					  "0.2019749, 0.2066089, 0.2166803, 0.2365765, 0.2752823, 0.3621555, 0.5920461", \
					  "0.2397945, 0.2443912, 0.2542744, 0.2741602, 0.3130736, 0.3999075, 0.6297308", \
					  "0.2931040, 0.2977602, 0.3078276, 0.3275631, 0.3665431, 0.4533038, 0.6830312", \
					  "0.3557064, 0.3604246, 0.3706075, 0.3903550, 0.4294047, 0.5164217, 0.7461458");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0225423, 0.0253421, 0.0319137, 0.0461447, 0.0827754, 0.1834486, 0.4889033", \
					  "0.0225690, 0.0253786, 0.0318420, 0.0463579, 0.0826940, 0.1836152, 0.4891286", \
					  "0.0225274, 0.0253342, 0.0319162, 0.0461549, 0.0827517, 0.1836998, 0.4870160", \
					  "0.0224576, 0.0252497, 0.0315906, 0.0466477, 0.0827590, 0.1840449, 0.4878254", \
					  "0.0224231, 0.0252110, 0.0318047, 0.0468441, 0.0827637, 0.1835658, 0.4871550", \
					  "0.0227148, 0.0254685, 0.0320103, 0.0465920, 0.0826658, 0.1825107, 0.4885067", \
					  "0.0233158, 0.0261107, 0.0326326, 0.0472758, 0.0833042, 0.1839095, 0.4882766");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1610426, 0.1668198, 0.1804787, 0.2130625, 0.2988488, 0.5365914, 1.2079870", \
					  "0.1665670, 0.1723403, 0.1859955, 0.2185797, 0.3043585, 0.5421380, 1.2135598", \
					  "0.1808287, 0.1866172, 0.2002585, 0.2328386, 0.3185595, 0.5573145, 1.2274637", \
					  "0.2169480, 0.2227416, 0.2364300, 0.2689592, 0.3545567, 0.5923611, 1.2669906", \
					  "0.2978777, 0.3036236, 0.3172798, 0.3499079, 0.4356726, 0.6739014, 1.3457300", \
					  "0.4496216, 0.4554739, 0.4693567, 0.5022954, 0.5875389, 0.8255244, 1.4985646", \
					  "0.7215378, 0.7273411, 0.7418046, 0.7750813, 0.8611318, 1.0989127, 1.7723816");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0218352, 0.0267993, 0.0406371, 0.0806340, 0.1980604, 0.5376768, 1.4995785", \
					  "0.0218349, 0.0267623, 0.0406283, 0.0806339, 0.1981200, 0.5377395, 1.4998802", \
					  "0.0217900, 0.0267969, 0.0406613, 0.0804653, 0.1983936, 0.5385746, 1.4944868", \
					  "0.0217299, 0.0268507, 0.0406887, 0.0806047, 0.1982715, 0.5374492, 1.5026177", \
					  "0.0219557, 0.0269741, 0.0407809, 0.0806544, 0.1977593, 0.5357105, 1.4992924", \
					  "0.0230092, 0.0279209, 0.0415898, 0.0807014, 0.1977569, 0.5385555, 1.4890665", \
					  "0.0257800, 0.0311324, 0.0441218, 0.0824262, 0.1982488, 0.5342471, 1.4964849");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1624811, 0.1671096, 0.1772335, 0.1969381, 0.2358211, 0.3226004, 0.5525967", \
					  "0.1667660, 0.1714259, 0.1815539, 0.2013145, 0.2403049, 0.3269008, 0.5565844", \
					  "0.1773535, 0.1819705, 0.1920718, 0.2117500, 0.2506379, 0.3374836, 0.5674792", \
					  "0.2005388, 0.2051862, 0.2152659, 0.2350402, 0.2739562, 0.3606723, 0.5904618", \
					  "0.2367822, 0.2414342, 0.2514743, 0.2713637, 0.3102342, 0.3970101, 0.6264431", \
					  "0.2869930, 0.2916378, 0.3016359, 0.3215757, 0.3605831, 0.4475729, 0.6770661", \
					  "0.3435434, 0.3482799, 0.3584734, 0.3784858, 0.4173989, 0.5045545, 0.7343670");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0225702, 0.0251799, 0.0316169, 0.0463708, 0.0826903, 0.1836322, 0.4834528", \
					  "0.0225594, 0.0253565, 0.0319127, 0.0467063, 0.0826299, 0.1837131, 0.4871261", \
					  "0.0224078, 0.0251685, 0.0316701, 0.0464555, 0.0827701, 0.1840802, 0.4873362", \
					  "0.0225394, 0.0253274, 0.0318963, 0.0461424, 0.0826482, 0.1837769, 0.4881508", \
					  "0.0226839, 0.0255925, 0.0320290, 0.0464782, 0.0826099, 0.1837390, 0.4885487", \
					  "0.0227700, 0.0255341, 0.0323982, 0.0467315, 0.0830192, 0.1829670, 0.4873270", \
					  "0.0234972, 0.0262576, 0.0328426, 0.0475896, 0.0836821, 0.1841700, 0.4879720");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1142659, 0.1207439, 0.1357353, 0.1699646, 0.2564456, 0.4942242, 1.1624997", \
					  "0.1193719, 0.1259231, 0.1406702, 0.1750330, 0.2615901, 0.4993902, 1.1703497", \
					  "0.1301527, 0.1366330, 0.1516419, 0.1858578, 0.2723546, 0.5101592, 1.1783949", \
					  "0.1542521, 0.1607216, 0.1756987, 0.2099102, 0.2963915, 0.5345062, 1.2050041", \
					  "0.2041711, 0.2109013, 0.2261980, 0.2605906, 0.3468155, 0.5850253, 1.2547230", \
					  "0.2867549, 0.2945388, 0.3115577, 0.3476124, 0.4347937, 0.6723573, 1.3420450", \
					  "0.4006413, 0.4106851, 0.4319171, 0.4731238, 0.5623542, 0.8002498, 1.4685670");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0250342, 0.0304171, 0.0447013, 0.0840918, 0.2000705, 0.5385231, 1.4958227", \
					  "0.0250003, 0.0304381, 0.0446984, 0.0840148, 0.1999562, 0.5373195, 1.4915201", \
					  "0.0250336, 0.0304199, 0.0447101, 0.0840989, 0.2000158, 0.5384153, 1.4956332", \
					  "0.0249387, 0.0304321, 0.0446737, 0.0840670, 0.2001222, 0.5370710, 1.4918801", \
					  "0.0265621, 0.0319977, 0.0457700, 0.0847842, 0.1999975, 0.5375517, 1.4942040", \
					  "0.0324735, 0.0379808, 0.0514404, 0.0891061, 0.2009202, 0.5367021, 1.4908825", \
					  "0.0464529, 0.0522771, 0.0657955, 0.1007596, 0.2066827, 0.5395238, 1.4865856");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2254927, 0.2318023, 0.2454255, 0.2709304, 0.3183715, 0.4143198, 0.6482373", \
					  "0.2315076, 0.2379001, 0.2514488, 0.2769913, 0.3244497, 0.4204444, 0.6543789", \
					  "0.2460732, 0.2525675, 0.2657562, 0.2913409, 0.3388464, 0.4348722, 0.6685004", \
					  "0.2774811, 0.2839829, 0.2975011, 0.3230496, 0.3700301, 0.4663541, 0.7000673", \
					  "0.3489174, 0.3552382, 0.3686457, 0.3942815, 0.4415372, 0.5381151, 0.7718569", \
					  "0.5090336, 0.5157874, 0.5296348, 0.5555520, 0.6034394, 0.6999847, 0.9340132", \
					  "0.8136315, 0.8217232, 0.8383823, 0.8687317, 0.9224161, 1.0251685, 1.2613547");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0364073, 0.0396774, 0.0471512, 0.0632031, 0.1007053, 0.1998702, 0.4940244", \
					  "0.0364934, 0.0396771, 0.0471111, 0.0631360, 0.1007775, 0.1998704, 0.4947834", \
					  "0.0365219, 0.0396681, 0.0474644, 0.0639832, 0.1018760, 0.1994170, 0.4945189", \
					  "0.0365918, 0.0396943, 0.0470716, 0.0631589, 0.1020161, 0.2000838, 0.4946584", \
					  "0.0363903, 0.0397332, 0.0474196, 0.0634554, 0.1010067, 0.2003383, 0.4933100", \
					  "0.0393031, 0.0424875, 0.0494552, 0.0650029, 0.1017161, 0.2008867, 0.4931074", \
					  "0.0519976, 0.0552205, 0.0627228, 0.0792369, 0.1171742, 0.2121426, 0.4990454");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1025191, 0.1086546, 0.1230685, 0.1564162, 0.2423232, 0.4801421, 1.1501388", \
					  "0.1076612, 0.1138310, 0.1282437, 0.1616868, 0.2475508, 0.4852579, 1.1548389", \
					  "0.1187068, 0.1249041, 0.1392311, 0.1726692, 0.2585002, 0.4956466, 1.1648437", \
					  "0.1426920, 0.1488919, 0.1632304, 0.1965909, 0.2823196, 0.5212246, 1.1911285", \
					  "0.1899444, 0.1964442, 0.2113810, 0.2449989, 0.3305820, 0.5698292, 1.2371714", \
					  "0.2633720, 0.2710409, 0.2874426, 0.3233648, 0.4099700, 0.6475752, 1.3170193", \
					  "0.3573670, 0.3676834, 0.3891931, 0.4311772, 0.5191872, 0.7561488, 1.4246596");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0234435, 0.0286792, 0.0426619, 0.0820958, 0.1986195, 0.5354825, 1.4965430", \
					  "0.0233996, 0.0287056, 0.0426313, 0.0822085, 0.1986626, 0.5354820, 1.4929702", \
					  "0.0233650, 0.0286011, 0.0425797, 0.0818622, 0.1984386, 0.5360170, 1.4883509", \
					  "0.0234756, 0.0285840, 0.0426651, 0.0821862, 0.1986090, 0.5388908, 1.4843398", \
					  "0.0258371, 0.0310297, 0.0446672, 0.0831952, 0.1986947, 0.5385196, 1.4838953", \
					  "0.0329578, 0.0383160, 0.0516631, 0.0882617, 0.2010132, 0.5347853, 1.4913850", \
					  "0.0485186, 0.0541475, 0.0670758, 0.1010455, 0.2060390, 0.5386971, 1.4846828");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2170545, 0.2233740, 0.2369612, 0.2624408, 0.3098881, 0.4058416, 0.6397770", \
					  "0.2212951, 0.2278006, 0.2412960, 0.2668038, 0.3142085, 0.4106785, 0.6444606", \
					  "0.2331058, 0.2394695, 0.2530657, 0.2785881, 0.3259736, 0.4224283, 0.6561661", \
					  "0.2652157, 0.2716214, 0.2838511, 0.3105976, 0.3581156, 0.4544683, 0.6881054", \
					  "0.3408688, 0.3472640, 0.3587923, 0.3863104, 0.4336093, 0.5301506, 0.7639273", \
					  "0.5171963, 0.5239429, 0.5366086, 0.5633380, 0.6112710, 0.7080502, 0.9419764", \
					  "0.8393505, 0.8471453, 0.8681898, 0.9009473, 0.9590200, 1.0623876, 1.2993844");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0364410, 0.0395416, 0.0470227, 0.0630141, 0.1010518, 0.1998739, 0.4938773", \
					  "0.0364363, 0.0397049, 0.0468349, 0.0630824, 0.1005621, 0.2002119, 0.4941438", \
					  "0.0363328, 0.0395279, 0.0469802, 0.0631158, 0.1005472, 0.2002140, 0.4942156", \
					  "0.0363654, 0.0396368, 0.0469186, 0.0630257, 0.1004661, 0.2001745, 0.4940489", \
					  "0.0364984, 0.0395988, 0.0472232, 0.0633313, 0.1007923, 0.2002169, 0.4932537", \
					  "0.0410388, 0.0437917, 0.0503130, 0.0657673, 0.1022967, 0.2004534, 0.4952372", \
					  "0.0634898, 0.0672595, 0.0752272, 0.0922509, 0.1263747, 0.2165348, 0.5002374");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001534;
			capacitance : 0.001593;
			rise_capacitance : 0.001651;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020754, -0.0020765, -0.0020790, -0.0020785, -0.0020775, -0.0020750, -0.0020694");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020769, 0.0020763, 0.0020748, 0.0020749, 0.0020753, 0.0020761, 0.0020779");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001612;
			capacitance : 0.001681;
			rise_capacitance : 0.001749;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019084, -0.0019105, -0.0019154, -0.0019119, -0.0019039, -0.0018855, -0.0018432");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023212, 0.0023209, 0.0023202, 0.0023197, 0.0023187, 0.0023164, 0.0023110");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001717;
			capacitance : 0.001649;
			fall_capacitance : 0.001580;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018053, -0.0018206, -0.0018559, -0.0018572, -0.0018604, -0.0018676, -0.0018844");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019098, 0.0019086, 0.0019058, 0.0019061, 0.0019069, 0.0019088, 0.0019130");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001932;
			capacitance : 0.001819;
			fall_capacitance : 0.001706;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012677, -0.0012569, -0.0012320, -0.0012318, -0.0012314, -0.0012304, -0.0012282");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015729, 0.0015694, 0.0015611, 0.0015649, 0.0015735, 0.0015934, 0.0016392");
				}
			}
		}
	}
	cell ("scs8hd_o2bb2a_4") {
		area : 20.019200;
		cell_footprint : "o2bb2a";
		cell_leakage_power : 1.100912e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0282753";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0345376";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0282752";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0344374";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0015223";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0019192";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0018457";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0012247";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0015355";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0018266";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0015368";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0008543";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0029037";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0296448";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0029029";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0029037";
			when : "A1N&A2N&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1N&B1) | (!A2N&B1) | (!A1N&B2) | (!A2N&B2)";
			max_capacitance : 0.424815;
			max_transition : 1.504293;
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0265538, 0.0279901, 0.0322646, 0.0448700, 0.0822123, 0.1949846, 0.5408499", \
					  "0.0264633, 0.0278999, 0.0322025, 0.0448075, 0.0822904, 0.1953407, 0.5403651", \
					  "0.0264067, 0.0278509, 0.0321314, 0.0447051, 0.0820631, 0.1949404, 0.5406978", \
					  "0.0262540, 0.0276606, 0.0318587, 0.0444023, 0.0818252, 0.1949712, 0.5402083", \
					  "0.0260994, 0.0274574, 0.0316312, 0.0440181, 0.0811952, 0.1942699, 0.5398243", \
					  "0.0263066, 0.0276491, 0.0317359, 0.0438057, 0.0807708, 0.1933020, 0.5393565", \
					  "0.0262018, 0.0275995, 0.0316230, 0.0440580, 0.0809713, 0.1930023, 0.5377692");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0203120, 0.0192042, 0.0158103, 0.0059353, -0.0278510, -0.1395862, -0.4879700", \
					  "0.0201142, 0.0189765, 0.0156053, 0.0057308, -0.0280728, -0.1397493, -0.4882762", \
					  "0.0199541, 0.0188176, 0.0153324, 0.0053821, -0.0283077, -0.1400270, -0.4884947", \
					  "0.0196383, 0.0185722, 0.0151047, 0.0051812, -0.0285282, -0.1402304, -0.4886989", \
					  "0.0194137, 0.0182910, 0.0148289, 0.0049371, -0.0288786, -0.1404997, -0.4889858", \
					  "0.0192990, 0.0183699, 0.0147093, 0.0046302, -0.0291543, -0.1407233, -0.4890907", \
					  "0.0234798, 0.0222495, 0.0184544, 0.0068355, -0.0294862, -0.1412136, -0.4893359");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0225010, 0.0239226, 0.0282352, 0.0408496, 0.0781991, 0.1911113, 0.5365481", \
					  "0.0224946, 0.0239345, 0.0282112, 0.0408435, 0.0782893, 0.1911880, 0.5369112", \
					  "0.0224197, 0.0238483, 0.0281336, 0.0407303, 0.0780329, 0.1909087, 0.5337585", \
					  "0.0222010, 0.0235750, 0.0277899, 0.0403247, 0.0777481, 0.1898078, 0.5340158", \
					  "0.0219429, 0.0231467, 0.0272896, 0.0398105, 0.0769309, 0.1893138, 0.5353324", \
					  "0.0218660, 0.0232200, 0.0273760, 0.0396741, 0.0764155, 0.1889933, 0.5335687", \
					  "0.0217305, 0.0229949, 0.0270534, 0.0393638, 0.0764819, 0.1892534, 0.5331936");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0201658, 0.0191378, 0.0156961, 0.0057761, -0.0279308, -0.1396339, -0.4881201", \
					  "0.0199711, 0.0188394, 0.0154995, 0.0055745, -0.0281172, -0.1398364, -0.4882913", \
					  "0.0197044, 0.0186014, 0.0152176, 0.0052620, -0.0284109, -0.1400850, -0.4885162", \
					  "0.0194864, 0.0183884, 0.0150217, 0.0050499, -0.0287214, -0.1403550, -0.4888218", \
					  "0.0192801, 0.0181634, 0.0147191, 0.0047294, -0.0290539, -0.1406761, -0.4889973", \
					  "0.0192691, 0.0181111, 0.0145498, 0.0044150, -0.0293015, -0.1408796, -0.4891608", \
					  "0.0237847, 0.0224951, 0.0187522, 0.0071976, -0.0291871, -0.1411144, -0.4891492");
				}
			}
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0355188, 0.0369867, 0.0412877, 0.0538523, 0.0912384, 0.2042951, 0.5491930", \
					  "0.0352194, 0.0366700, 0.0409576, 0.0535531, 0.0909115, 0.2039611, 0.5496710", \
					  "0.0348419, 0.0362773, 0.0405623, 0.0531501, 0.0904738, 0.2035212, 0.5492713", \
					  "0.0345321, 0.0359626, 0.0402585, 0.0528588, 0.0902350, 0.2032292, 0.5488339", \
					  "0.0341245, 0.0355601, 0.0398537, 0.0523726, 0.0896791, 0.2027507, 0.5484550", \
					  "0.0336665, 0.0351485, 0.0395752, 0.0522460, 0.0893535, 0.2026730, 0.5481700", \
					  "0.0339407, 0.0353140, 0.0393752, 0.0516184, 0.0887429, 0.2015694, 0.5481655");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0290229, 0.0279432, 0.0245781, 0.0143053, -0.0206691, -0.1334829, -0.4822463", \
					  "0.0288607, 0.0278112, 0.0244388, 0.0141013, -0.0208228, -0.1336268, -0.4824390", \
					  "0.0285206, 0.0274655, 0.0240904, 0.0137535, -0.0212067, -0.1340055, -0.4828251", \
					  "0.0279576, 0.0268769, 0.0235025, 0.0131616, -0.0217768, -0.1345608, -0.4833600", \
					  "0.0275284, 0.0264553, 0.0230767, 0.0127314, -0.0222314, -0.1350212, -0.4837977", \
					  "0.0297981, 0.0286878, 0.0251850, 0.0139655, -0.0221597, -0.1354288, -0.4842121", \
					  "0.0295098, 0.0284464, 0.0249055, 0.0136207, -0.0226207, -0.1355691, -0.4845494");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0310685, 0.0325116, 0.0368111, 0.0493536, 0.0866693, 0.1996737, 0.5431052", \
					  "0.0307357, 0.0321732, 0.0364645, 0.0490108, 0.0863017, 0.1992958, 0.5459555", \
					  "0.0303656, 0.0317903, 0.0360966, 0.0486288, 0.0859656, 0.1988905, 0.5421456", \
					  "0.0299807, 0.0314197, 0.0357106, 0.0482156, 0.0855478, 0.1983800, 0.5423740", \
					  "0.0295963, 0.0310313, 0.0352999, 0.0478236, 0.0850107, 0.1971041, 0.5422629", \
					  "0.0287369, 0.0302560, 0.0347904, 0.0475564, 0.0846469, 0.1975669, 0.5430083", \
					  "0.0294021, 0.0307894, 0.0348643, 0.0472455, 0.0839067, 0.1968334, 0.5433238");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001538774, 0.004735652, 0.0145742, 0.0448528, 0.1380367, 0.4248145");
					values("0.0277778, 0.0267188, 0.0233511, 0.0130230, -0.0219473, -0.1347878, -0.4836606", \
					  "0.0275913, 0.0265078, 0.0231369, 0.0128673, -0.0221134, -0.1349499, -0.4837497", \
					  "0.0271559, 0.0260803, 0.0227378, 0.0124120, -0.0225373, -0.1353261, -0.4841918", \
					  "0.0266119, 0.0254928, 0.0221238, 0.0118373, -0.0231182, -0.1359159, -0.4847661", \
					  "0.0263181, 0.0251916, 0.0217685, 0.0113443, -0.0236003, -0.1363866, -0.4852224", \
					  "0.0284021, 0.0272887, 0.0238153, 0.0125577, -0.0235537, -0.1368093, -0.4856000", \
					  "0.0281222, 0.0270681, 0.0235423, 0.0122975, -0.0238972, -0.1368217, -0.4858596");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.1409087, 0.1445854, 0.1544824, 0.1812197, 0.2576345, 0.4887947, 1.1939966", \
					  "0.1467156, 0.1503646, 0.1603192, 0.1870236, 0.2638832, 0.4942208, 1.2000594", \
					  "0.1616979, 0.1653362, 0.1752140, 0.2019551, 0.2786540, 0.5094417, 1.2154674", \
					  "0.1988461, 0.2024637, 0.2124353, 0.2391546, 0.3160195, 0.5463979, 1.2546496", \
					  "0.2838263, 0.2874560, 0.2974760, 0.3240488, 0.4007895, 0.6314287, 1.3376041", \
					  "0.4471812, 0.4508407, 0.4608377, 0.4876117, 0.5639068, 0.7947271, 1.5001396", \
					  "0.7447444, 0.7485531, 0.7586669, 0.7855216, 0.8622704, 1.0934977, 1.7989215");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0192562, 0.0227455, 0.0332831, 0.0665351, 0.1703699, 0.4937792, 1.4854584", \
					  "0.0193970, 0.0227465, 0.0334553, 0.0664819, 0.1706022, 0.4965494, 1.4949865", \
					  "0.0192852, 0.0227888, 0.0334042, 0.0665556, 0.1708430, 0.4948573, 1.4891880", \
					  "0.0193335, 0.0228002, 0.0334827, 0.0664514, 0.1705009, 0.4964467, 1.4944672", \
					  "0.0194796, 0.0228131, 0.0335448, 0.0665786, 0.1708227, 0.4952064, 1.4905951", \
					  "0.0199887, 0.0233655, 0.0340163, 0.0670222, 0.1704946, 0.4946086, 1.4947822", \
					  "0.0217780, 0.0250790, 0.0354153, 0.0681286, 0.1711219, 0.4927628, 1.4887552");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.1270893, 0.1297009, 0.1363194, 0.1508260, 0.1814627, 0.2561384, 0.4731151", \
					  "0.1315415, 0.1341545, 0.1407185, 0.1551615, 0.1859365, 0.2605716, 0.4773975", \
					  "0.1412316, 0.1438348, 0.1504082, 0.1648302, 0.1955864, 0.2702392, 0.4871615", \
					  "0.1598059, 0.1623850, 0.1689160, 0.1834139, 0.2141111, 0.2887522, 0.5057426", \
					  "0.1866581, 0.1892569, 0.1957822, 0.2101921, 0.2409639, 0.3156763, 0.5326574", \
					  "0.2181415, 0.2207344, 0.2272178, 0.2416892, 0.2724976, 0.3472519, 0.5636134", \
					  "0.2341866, 0.2368430, 0.2434718, 0.2580821, 0.2887829, 0.3636365, 0.5807883");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0178003, 0.0193649, 0.0235339, 0.0343305, 0.0636983, 0.1526383, 0.4444327", \
					  "0.0179614, 0.0195200, 0.0234901, 0.0342539, 0.0638257, 0.1529172, 0.4453237", \
					  "0.0178232, 0.0193912, 0.0236616, 0.0344740, 0.0637603, 0.1527766, 0.4433554", \
					  "0.0179030, 0.0193554, 0.0235017, 0.0346626, 0.0637535, 0.1527343, 0.4431059", \
					  "0.0178776, 0.0194044, 0.0236068, 0.0343324, 0.0634856, 0.1526733, 0.4442916", \
					  "0.0180077, 0.0195581, 0.0238220, 0.0346802, 0.0639488, 0.1524896, 0.4411087", \
					  "0.0188207, 0.0203720, 0.0246210, 0.0353273, 0.0643759, 0.1532721, 0.4433472");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.1390435, 0.1426822, 0.1526437, 0.1793515, 0.2563215, 0.4867511, 1.1930916", \
					  "0.1442761, 0.1479148, 0.1579175, 0.1845720, 0.2614853, 0.4918682, 1.2042016", \
					  "0.1590377, 0.1626648, 0.1726380, 0.1994146, 0.2762855, 0.5064739, 1.2136656", \
					  "0.1945043, 0.1981542, 0.2081079, 0.2349003, 0.3117231, 0.5423724, 1.2486843", \
					  "0.2775620, 0.2812185, 0.2911354, 0.3179156, 0.3944215, 0.6263375, 1.3335210", \
					  "0.4320460, 0.4357926, 0.4458499, 0.4725660, 0.5492131, 0.7809379, 1.4892531", \
					  "0.7117642, 0.7156006, 0.7258861, 0.7529269, 0.8297942, 1.0606642, 1.7685883");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0195010, 0.0228769, 0.0334665, 0.0665525, 0.1705506, 0.4971892, 1.4924042", \
					  "0.0193371, 0.0228789, 0.0335531, 0.0665228, 0.1704187, 0.4969773, 1.5042930", \
					  "0.0193604, 0.0229128, 0.0334516, 0.0666582, 0.1705574, 0.4964320, 1.4907759", \
					  "0.0193353, 0.0228859, 0.0335112, 0.0666597, 0.1704881, 0.4963349, 1.4971326", \
					  "0.0194539, 0.0229018, 0.0335754, 0.0666849, 0.1707543, 0.4944839, 1.5004228", \
					  "0.0203179, 0.0238188, 0.0342770, 0.0670992, 0.1706346, 0.4950014, 1.4896990", \
					  "0.0228989, 0.0260875, 0.0360041, 0.0683899, 0.1712868, 0.4921445, 1.4975784");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.1227001, 0.1253151, 0.1319048, 0.1463311, 0.1770239, 0.2516392, 0.4686161", \
					  "0.1266047, 0.1292078, 0.1358101, 0.1503161, 0.1809502, 0.2556275, 0.4723686", \
					  "0.1361234, 0.1387428, 0.1451797, 0.1596966, 0.1904358, 0.2650769, 0.4815913", \
					  "0.1522549, 0.1548486, 0.1614221, 0.1758828, 0.2065943, 0.2812104, 0.4980028", \
					  "0.1725347, 0.1751538, 0.1816324, 0.1962024, 0.2270747, 0.3017855, 0.5185628", \
					  "0.1911856, 0.1937863, 0.2003359, 0.2148223, 0.2456366, 0.3203970, 0.5371170", \
					  "0.1830345, 0.1856847, 0.1922984, 0.2069359, 0.2376642, 0.3125311, 0.5295598");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0178186, 0.0193910, 0.0236663, 0.0344681, 0.0637619, 0.1527551, 0.4433149", \
					  "0.0177974, 0.0193615, 0.0235365, 0.0342850, 0.0637075, 0.1526718, 0.4433952", \
					  "0.0178595, 0.0194323, 0.0236151, 0.0343895, 0.0637766, 0.1531576, 0.4423767", \
					  "0.0178081, 0.0193936, 0.0235809, 0.0342798, 0.0637260, 0.1526002, 0.4453619", \
					  "0.0180866, 0.0197064, 0.0238159, 0.0346443, 0.0637620, 0.1527745, 0.4452045", \
					  "0.0181018, 0.0196725, 0.0240707, 0.0345958, 0.0639529, 0.1529293, 0.4409436", \
					  "0.0188109, 0.0203823, 0.0246057, 0.0352781, 0.0644599, 0.1532450, 0.4425657");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0828756, 0.0866784, 0.0969889, 0.1242251, 0.2013144, 0.4326149, 1.1380589", \
					  "0.0874006, 0.0912010, 0.1015300, 0.1287594, 0.2055450, 0.4362755, 1.1416696", \
					  "0.0972434, 0.1010571, 0.1113366, 0.1385285, 0.2156287, 0.4458222, 1.1525956", \
					  "0.1187646, 0.1225338, 0.1327799, 0.1598620, 0.2364788, 0.4673986, 1.1733030", \
					  "0.1558813, 0.1599033, 0.1705855, 0.1979410, 0.2748499, 0.5059560, 1.2142980", \
					  "0.2056507, 0.2103370, 0.2222043, 0.2506144, 0.3274970, 0.5583933, 1.2650297", \
					  "0.2502938, 0.2564884, 0.2718295, 0.3049636, 0.3829173, 0.6136140, 1.3194011");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0204916, 0.0239625, 0.0346928, 0.0676008, 0.1719095, 0.4963825, 1.4965768", \
					  "0.0204717, 0.0240364, 0.0346339, 0.0676442, 0.1721438, 0.4974938, 1.4943389", \
					  "0.0204265, 0.0240029, 0.0346181, 0.0674764, 0.1719518, 0.4964967, 1.4961664", \
					  "0.0206402, 0.0241130, 0.0348530, 0.0676478, 0.1723558, 0.4981451, 1.4934931", \
					  "0.0228123, 0.0261374, 0.0365461, 0.0684739, 0.1717236, 0.4945103, 1.4918363", \
					  "0.0284319, 0.0319196, 0.0414326, 0.0717205, 0.1726672, 0.4939791, 1.4899287", \
					  "0.0419994, 0.0453362, 0.0549184, 0.0821425, 0.1758693, 0.4974037, 1.4850693");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.2011180, 0.2049685, 0.2141676, 0.2335465, 0.2717226, 0.3562208, 0.5770414", \
					  "0.2066429, 0.2104854, 0.2196888, 0.2390659, 0.2771669, 0.3617087, 0.5824709", \
					  "0.2212242, 0.2251250, 0.2342515, 0.2536193, 0.2924210, 0.3757608, 0.5963438", \
					  "0.2552970, 0.2590923, 0.2684058, 0.2877423, 0.3265197, 0.4098954, 0.6305055", \
					  "0.3318193, 0.3356612, 0.3448392, 0.3641136, 0.4027867, 0.4869086, 0.7076512", \
					  "0.5017822, 0.5062388, 0.5159928, 0.5361278, 0.5754575, 0.6603365, 0.8812986", \
					  "0.8295403, 0.8346140, 0.8465951, 0.8705318, 0.9155069, 1.0060970, 1.2300336");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0310012, 0.0326980, 0.0375523, 0.0492864, 0.0810791, 0.1677760, 0.4479356", \
					  "0.0310191, 0.0326840, 0.0375775, 0.0493050, 0.0807599, 0.1682518, 0.4509682", \
					  "0.0311988, 0.0327190, 0.0375589, 0.0492359, 0.0798337, 0.1678938, 0.4483996", \
					  "0.0309305, 0.0327982, 0.0373994, 0.0492490, 0.0798343, 0.1678694, 0.4483737", \
					  "0.0309676, 0.0326775, 0.0375505, 0.0496259, 0.0799209, 0.1678293, 0.4487472", \
					  "0.0341438, 0.0360285, 0.0407127, 0.0520667, 0.0822064, 0.1689302, 0.4512682", \
					  "0.0465393, 0.0486851, 0.0532867, 0.0651491, 0.0949111, 0.1797683, 0.4520631");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0792341, 0.0831119, 0.0935538, 0.1210250, 0.1980047, 0.4287558, 1.1361269", \
					  "0.0838059, 0.0876645, 0.0981168, 0.1255871, 0.2024066, 0.4329845, 1.1388978", \
					  "0.0930463, 0.0969194, 0.1073644, 0.1347033, 0.2118370, 0.4421223, 1.1480570", \
					  "0.1124586, 0.1162907, 0.1267378, 0.1540410, 0.2307146, 0.4620870, 1.1666321", \
					  "0.1442341, 0.1479678, 0.1589386, 0.1869908, 0.2640453, 0.4960881, 1.2020769", \
					  "0.1844502, 0.1893259, 0.2016571, 0.2307935, 0.3080290, 0.5389698, 1.2457779", \
					  "0.2110193, 0.2175617, 0.2337133, 0.2684080, 0.3470169, 0.5775518, 1.2830067");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0207251, 0.0242993, 0.0349617, 0.0677119, 0.1715123, 0.4979209, 1.4880885", \
					  "0.0208033, 0.0243677, 0.0350791, 0.0678130, 0.1718344, 0.4959649, 1.5006327", \
					  "0.0207076, 0.0243709, 0.0350283, 0.0676715, 0.1718184, 0.4957836, 1.4897490", \
					  "0.0211230, 0.0248127, 0.0354234, 0.0677796, 0.1722752, 0.4956233, 1.4902823", \
					  "0.0236324, 0.0272557, 0.0375910, 0.0693768, 0.1715627, 0.4956481, 1.4895312", \
					  "0.0300502, 0.0333586, 0.0431184, 0.0725685, 0.1731390, 0.4936920, 1.4960172", \
					  "0.0445341, 0.0482800, 0.0579189, 0.0851199, 0.1771905, 0.4970654, 1.4856590");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.1826417, 0.1863504, 0.1954801, 0.2147934, 0.2534975, 0.3378873, 0.5590833", \
					  "0.1868873, 0.1906481, 0.1997977, 0.2191763, 0.2578597, 0.3422305, 0.5634164", \
					  "0.1994509, 0.2031439, 0.2122389, 0.2315460, 0.2702147, 0.3539675, 0.5749443", \
					  "0.2313887, 0.2351609, 0.2443671, 0.2636860, 0.3021934, 0.3859981, 0.6072130", \
					  "0.3101324, 0.3138608, 0.3230259, 0.3422750, 0.3810644, 0.4654914, 0.6865472", \
					  "0.4861391, 0.4904466, 0.5005570, 0.5214255, 0.5610878, 0.6462666, 0.8673092", \
					  "0.8061933, 0.8121970, 0.8266710, 0.8545670, 0.9041832, 0.9967867, 1.2212186");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00153877, 0.00473565, 0.0145742, 0.0448528, 0.138037, 0.424815");
					values("0.0306780, 0.0324780, 0.0373657, 0.0492264, 0.0804325, 0.1684285, 0.4517104", \
					  "0.0307714, 0.0324414, 0.0373610, 0.0492168, 0.0806694, 0.1679632, 0.4504699", \
					  "0.0306176, 0.0324870, 0.0373185, 0.0490926, 0.0806947, 0.1680283, 0.4494054", \
					  "0.0306062, 0.0324765, 0.0374640, 0.0495054, 0.0803379, 0.1686172, 0.4520253", \
					  "0.0306230, 0.0325329, 0.0374831, 0.0491578, 0.0798017, 0.1678801, 0.4496092", \
					  "0.0373337, 0.0389214, 0.0433575, 0.0539883, 0.0834080, 0.1692348, 0.4498201", \
					  "0.0584481, 0.0605820, 0.0666513, 0.0796858, 0.1060035, 0.1837376, 0.4540726");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004323;
			capacitance : 0.004541;
			rise_capacitance : 0.004759;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0059419, -0.0059378, -0.0059283, -0.0059282, -0.0059280, -0.0059276, -0.0059263");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0059016, 0.0059132, 0.0059399, 0.0059418, 0.0059461, 0.0059562, 0.0059793");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003892;
			capacitance : 0.004105;
			rise_capacitance : 0.004318;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0044369, -0.0044411, -0.0044511, -0.0044419, -0.0044208, -0.0043722, -0.0042599");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058777, 0.0058760, 0.0058721, 0.0058699, 0.0058649, 0.0058534, 0.0058267");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004721;
			capacitance : 0.004472;
			fall_capacitance : 0.004222;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049765, -0.0050173, -0.0051113, -0.0051158, -0.0051258, -0.0051490, -0.0052023");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057199, 0.0057231, 0.0057302, 0.0057314, 0.0057341, 0.0057404, 0.0057547");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004345;
			capacitance : 0.004073;
			fall_capacitance : 0.003801;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023818, -0.0023929, -0.0024186, -0.0024166, -0.0024116, -0.0024002, -0.0023740");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024601, 0.0024528, 0.0024358, 0.0024361, 0.0024370, 0.0024388, 0.0024431");
				}
			}
		}
	}
	cell ("scs8hd_o2bb2ai_1") {
		area : 8.758400;
		cell_footprint : "o2bb2ai";
		cell_leakage_power : 1.151134e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007240";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "3.1278840e-05";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007236";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0003839";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0007324";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "3.9756789e-05";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007320";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0003923";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0007315";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0001517";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007311";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0003914";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0007326";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0104568";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007326";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0007310";
			when : "A1N&A2N&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (A1N&A2N)";
			max_capacitance : 0.064097;
			max_transition : 1.486932;
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0081687, 0.0090213, 0.0108684, 0.0148734, 0.0235586, 0.0428205, 0.0859114", \
					  "0.0080682, 0.0089093, 0.0107485, 0.0147444, 0.0234538, 0.0426735, 0.0856691", \
					  "0.0078637, 0.0086950, 0.0104995, 0.0144386, 0.0232386, 0.0420869, 0.0851199", \
					  "0.0075930, 0.0084074, 0.0102019, 0.0141358, 0.0229124, 0.0420501, 0.0853729", \
					  "0.0074976, 0.0082480, 0.0099255, 0.0138889, 0.0224690, 0.0417860, 0.0845523", \
					  "0.0074536, 0.0082251, 0.0099712, 0.0138664, 0.0223585, 0.0413673, 0.0849733", \
					  "0.0074057, 0.0082041, 0.0099068, 0.0138199, 0.0224192, 0.0415027, 0.0846757");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0067962, 0.0061922, 0.0047015, 0.0010584, -0.0074812, -0.0267382, -0.0700218", \
					  "0.0065945, 0.0059467, 0.0044810, 0.0008363, -0.0076748, -0.0269481, -0.0702258", \
					  "0.0063641, 0.0057219, 0.0042283, 0.0005976, -0.0078955, -0.0271438, -0.0704053", \
					  "0.0061879, 0.0055372, 0.0040308, 0.0004139, -0.0080520, -0.0272606, -0.0704887", \
					  "0.0060478, 0.0053869, 0.0038940, 0.0003052, -0.0081151, -0.0273340, -0.0705587", \
					  "0.0061900, 0.0055461, 0.0038594, 3.4300000e-05, -0.0082716, -0.0274329, -0.0706067", \
					  "0.0061003, 0.0053616, 0.0037358, -2.5000000e-06, -0.0084592, -0.0276007, -0.0705829");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0055461, 0.0063101, 0.0080225, 0.0118361, 0.0203550, 0.0393830, 0.0821813", \
					  "0.0054342, 0.0062050, 0.0079296, 0.0117654, 0.0203027, 0.0393381, 0.0821341", \
					  "0.0053135, 0.0060814, 0.0078185, 0.0116629, 0.0202245, 0.0393473, 0.0820078", \
					  "0.0052446, 0.0060131, 0.0077204, 0.0115637, 0.0201084, 0.0392088, 0.0819981", \
					  "0.0052008, 0.0059584, 0.0076661, 0.0114918, 0.0200414, 0.0391144, 0.0819577", \
					  "0.0051353, 0.0059029, 0.0076237, 0.0114550, 0.0200367, 0.0391649, 0.0818173", \
					  "0.0049529, 0.0057113, 0.0074201, 0.0113332, 0.0199877, 0.0392114, 0.0820118");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0043478, 0.0035975, 0.0019226, -0.0018700, -0.0104053, -0.0296388, -0.0728652", \
					  "0.0043009, 0.0035526, 0.0018831, -0.0019033, -0.0104338, -0.0296650, -0.0728810", \
					  "0.0042605, 0.0035195, 0.0018576, -0.0019141, -0.0104397, -0.0296594, -0.0728806", \
					  "0.0041567, 0.0034287, 0.0017848, -0.0019711, -0.0104764, -0.0296917, -0.0729039", \
					  "0.0042456, 0.0034978, 0.0018148, -0.0020407, -0.0105267, -0.0296948, -0.0728665", \
					  "0.0042052, 0.0034416, 0.0017543, -0.0020226, -0.0105584, -0.0297854, -0.0729587", \
					  "0.0042534, 0.0034986, 0.0018047, -0.0020167, -0.0105505, -0.0297598, -0.0730115");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0050934, 0.0058696, 0.0076002, 0.0114745, 0.0199820, 0.0390566, 0.0817337", \
					  "0.0049088, 0.0057011, 0.0074552, 0.0113233, 0.0198961, 0.0389849, 0.0817553", \
					  "0.0047704, 0.0055475, 0.0072761, 0.0111277, 0.0197353, 0.0389379, 0.0817702", \
					  "0.0047013, 0.0054617, 0.0071758, 0.0110345, 0.0195432, 0.0386545, 0.0815828", \
					  "0.0045637, 0.0053271, 0.0070474, 0.0109199, 0.0194782, 0.0384247, 0.0813145", \
					  "0.0045426, 0.0052998, 0.0070159, 0.0107983, 0.0193156, 0.0384422, 0.0811404", \
					  "0.0044833, 0.0052360, 0.0069312, 0.0108643, 0.0194113, 0.0384212, 0.0813622");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0022877, 0.0015838, -5.3700000e-05, -0.0038170, -0.0123787, -0.0316282, -0.0748750", \
					  "0.0022152, 0.0015265, -7.6600000e-05, -0.0038182, -0.0123487, -0.0315959, -0.0748458", \
					  "0.0020845, 0.0014182, -0.0001559, -0.0038600, -0.0123692, -0.0315909, -0.0748241", \
					  "0.0019831, 0.0012744, -0.0003217, -0.0039891, -0.0124285, -0.0316073, -0.0748302", \
					  "0.0019920, 0.0012791, -0.0003506, -0.0040799, -0.0125525, -0.0316733, -0.0748531", \
					  "0.0018860, 0.0011505, -0.0004996, -0.0042443, -0.0126579, -0.0318526, -0.0749541", \
					  "0.0018689, 0.0010934, -0.0005447, -0.0043442, -0.0128251, -0.0319782, -0.0751279");
				}
			}
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0079789, 0.0088254, 0.0106637, 0.0146719, 0.0233560, 0.0425956, 0.0856765", \
					  "0.0079090, 0.0087558, 0.0105927, 0.0145950, 0.0232775, 0.0422789, 0.0854132", \
					  "0.0077609, 0.0085938, 0.0104045, 0.0143939, 0.0231435, 0.0422973, 0.0851505", \
					  "0.0075359, 0.0083516, 0.0101477, 0.0141106, 0.0228115, 0.0421240, 0.0849961", \
					  "0.0075045, 0.0082829, 0.0099507, 0.0138685, 0.0225666, 0.0420111, 0.0851865", \
					  "0.0073938, 0.0081547, 0.0099366, 0.0138504, 0.0223282, 0.0414539, 0.0845268", \
					  "0.0073652, 0.0081151, 0.0098311, 0.0137638, 0.0225216, 0.0412931, 0.0844555");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001122745, 0.002521113, 0.005661135, 0.01271202, 0.02854472, 0.06409689");
					values("0.0090025, 0.0083848, 0.0069413, 0.0033549, -0.0050843, -0.0242686, -0.0674876", \
					  "0.0088931, 0.0082761, 0.0068305, 0.0032473, -0.0051841, -0.0243780, -0.0675962", \
					  "0.0087286, 0.0081166, 0.0066463, 0.0030743, -0.0053502, -0.0245241, -0.0677346", \
					  "0.0086264, 0.0079918, 0.0065213, 0.0029475, -0.0054500, -0.0246110, -0.0678100", \
					  "0.0084340, 0.0077730, 0.0063030, 0.0027487, -0.0055619, -0.0246820, -0.0679289", \
					  "0.0085103, 0.0077909, 0.0061608, 0.0024582, -0.0058185, -0.0248333, -0.0679607", \
					  "0.0087616, 0.0080421, 0.0064744, 0.0027128, -0.0057551, -0.0248950, -0.0678038");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				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, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0644743, 0.0706088, 0.0838371, 0.1118746, 0.1730151, 0.3082322, 0.6128322", \
					  "0.0691454, 0.0753411, 0.0884564, 0.1165923, 0.1777746, 0.3132000, 0.6175286", \
					  "0.0793982, 0.0855213, 0.0985635, 0.1265693, 0.1880052, 0.3248742, 0.6274188", \
					  "0.0993644, 0.1054260, 0.1184191, 0.1463734, 0.2080236, 0.3439687, 0.6483394", \
					  "0.1299348, 0.1361930, 0.1491492, 0.1771047, 0.2383837, 0.3743426, 0.6789028", \
					  "0.1679127, 0.1748574, 0.1886469, 0.2166675, 0.2778264, 0.4143623, 0.7178794", \
					  "0.1957624, 0.2047527, 0.2214909, 0.2522061, 0.3130549, 0.4484092, 0.7531726");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0252114, 0.0323736, 0.0489216, 0.0865860, 0.1714514, 0.3628741, 0.7861455", \
					  "0.0252401, 0.0325241, 0.0491118, 0.0866450, 0.1709174, 0.3622908, 0.7872337", \
					  "0.0253210, 0.0325447, 0.0489692, 0.0865312, 0.1728113, 0.3659463, 0.7871835", \
					  "0.0259348, 0.0329741, 0.0491515, 0.0868994, 0.1723547, 0.3610663, 0.7863660", \
					  "0.0279842, 0.0346381, 0.0504467, 0.0870836, 0.1708913, 0.3614397, 0.7898671", \
					  "0.0341779, 0.0400010, 0.0540803, 0.0890641, 0.1723712, 0.3619235, 0.7897517", \
					  "0.0485668, 0.0545164, 0.0668117, 0.0968121, 0.1746811, 0.3655866, 0.7924908");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0739853, 0.0776438, 0.0845487, 0.0976831, 0.1236067, 0.1786344, 0.3014777", \
					  "0.0801896, 0.0837122, 0.0908111, 0.1038596, 0.1297421, 0.1847322, 0.3075533", \
					  "0.0948745, 0.0984186, 0.1053225, 0.1185259, 0.1444337, 0.1995111, 0.3219525", \
					  "0.1309346, 0.1344686, 0.1413912, 0.1546065, 0.1805514, 0.2357132, 0.3587282", \
					  "0.2075319, 0.2114733, 0.2190152, 0.2327744, 0.2582453, 0.3134674, 0.4366685", \
					  "0.3416712, 0.3468223, 0.3563005, 0.3727832, 0.4013893, 0.4577312, 0.5803615", \
					  "0.5739639, 0.5812036, 0.5938973, 0.6159595, 0.6519548, 0.7118999, 0.8345363");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0163452, 0.0192304, 0.0256669, 0.0392997, 0.0701075, 0.1427828, 0.3075811", \
					  "0.0162776, 0.0193995, 0.0256017, 0.0393683, 0.0700867, 0.1421092, 0.3076796", \
					  "0.0162793, 0.0194419, 0.0257279, 0.0394299, 0.0700954, 0.1417624, 0.3062700", \
					  "0.0163515, 0.0193922, 0.0258170, 0.0393629, 0.0700914, 0.1427216, 0.3071685", \
					  "0.0197155, 0.0226783, 0.0286814, 0.0414465, 0.0712260, 0.1430085, 0.3055715", \
					  "0.0288178, 0.0318208, 0.0378272, 0.0506946, 0.0778030, 0.1450338, 0.3061694", \
					  "0.0459338, 0.0495444, 0.0573117, 0.0700613, 0.0957705, 0.1547051, 0.3104527");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				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, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0617338, 0.0679681, 0.0811058, 0.1093825, 0.1702689, 0.3056746, 0.6085828", \
					  "0.0659272, 0.0720650, 0.0852525, 0.1134328, 0.1747208, 0.3096915, 0.6129274", \
					  "0.0758443, 0.0819342, 0.0949174, 0.1229205, 0.1845065, 0.3194887, 0.6221858", \
					  "0.0945013, 0.1006116, 0.1137708, 0.1417169, 0.2032493, 0.3394933, 0.6435494", \
					  "0.1201377, 0.1260322, 0.1391337, 0.1670466, 0.2288403, 0.3651827, 0.6685814", \
					  "0.1480422, 0.1542332, 0.1678490, 0.1957552, 0.2569714, 0.3928237, 0.6964306", \
					  "0.1544468, 0.1637948, 0.1809046, 0.2106115, 0.2708236, 0.4063187, 0.7106579");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0251623, 0.0324615, 0.0491247, 0.0867035, 0.1720226, 0.3638661, 0.7943236", \
					  "0.0253062, 0.0325127, 0.0490876, 0.0867306, 0.1717766, 0.3609064, 0.7926524", \
					  "0.0253520, 0.0325608, 0.0489712, 0.0866237, 0.1731027, 0.3634297, 0.7893733", \
					  "0.0264541, 0.0335238, 0.0497577, 0.0865888, 0.1708564, 0.3606376, 0.7861237", \
					  "0.0283162, 0.0351998, 0.0508294, 0.0881497, 0.1715827, 0.3645161, 0.7917278", \
					  "0.0351346, 0.0412422, 0.0547441, 0.0894412, 0.1733369, 0.3617531, 0.7916692", \
					  "0.0516259, 0.0570497, 0.0699050, 0.0982465, 0.1759369, 0.3648565, 0.7996152");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0703253, 0.0740879, 0.0809796, 0.0942646, 0.1196480, 0.1744975, 0.2971954", \
					  "0.0760474, 0.0796247, 0.0867468, 0.0999275, 0.1257624, 0.1802106, 0.3029067", \
					  "0.0908782, 0.0944360, 0.1014384, 0.1146625, 0.1405681, 0.1954782, 0.3182825", \
					  "0.1269218, 0.1305400, 0.1375655, 0.1508505, 0.1766282, 0.2317217, 0.3549296", \
					  "0.2043928, 0.2085257, 0.2163254, 0.2303930, 0.2571236, 0.3123554, 0.4349443", \
					  "0.3405252, 0.3448671, 0.3557955, 0.3734738, 0.4028232, 0.4596403, 0.5821455", \
					  "0.5821964, 0.5899094, 0.6038784, 0.6273350, 0.6648946, 0.7268755, 0.8461612");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0165213, 0.0193529, 0.0258725, 0.0396387, 0.0702413, 0.1419213, 0.3071000", \
					  "0.0164266, 0.0195190, 0.0259576, 0.0396684, 0.0702722, 0.1416028, 0.3073041", \
					  "0.0164550, 0.0196893, 0.0259549, 0.0396631, 0.0701110, 0.1427661, 0.3056040", \
					  "0.0168856, 0.0197623, 0.0261742, 0.0397279, 0.0703994, 0.1421166, 0.3063925", \
					  "0.0210240, 0.0238878, 0.0300109, 0.0426186, 0.0719839, 0.1422112, 0.3063686", \
					  "0.0316924, 0.0352563, 0.0412847, 0.0531159, 0.0802615, 0.1458859, 0.3064369", \
					  "0.0495931, 0.0536549, 0.0615150, 0.0762706, 0.1017404, 0.1594144, 0.3112881");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0949498, 0.1058237, 0.1298266, 0.1826406, 0.2998752, 0.5618362, 1.1489255", \
					  "0.1006401, 0.1115653, 0.1357432, 0.1887732, 0.3062779, 0.5686597, 1.1553234", \
					  "0.1152728, 0.1260965, 0.1504413, 0.2036480, 0.3213294, 0.5837761, 1.1708555", \
					  "0.1482732, 0.1592702, 0.1830854, 0.2360268, 0.3540528, 0.6168223, 1.2037967", \
					  "0.2208897, 0.2328571, 0.2574245, 0.3101756, 0.4279209, 0.6907429, 1.2780464", \
					  "0.3601144, 0.3758846, 0.4092332, 0.4747600, 0.5990387, 0.8618233, 1.4494824", \
					  "0.6168905, 0.6427068, 0.6934076, 0.7883939, 0.9574408, 1.2558867, 1.8456549");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0691465, 0.0829006, 0.1142762, 0.1843113, 0.3412887, 0.6924415, 1.4822826", \
					  "0.0691429, 0.0829177, 0.1142704, 0.1842997, 0.3412859, 0.6928784, 1.4817368", \
					  "0.0691411, 0.0832668, 0.1142456, 0.1841937, 0.3408064, 0.6933474, 1.4813858", \
					  "0.0690849, 0.0832060, 0.1143912, 0.1841663, 0.3419086, 0.6945630, 1.4819027", \
					  "0.0796250, 0.0917772, 0.1202630, 0.1859758, 0.3414333, 0.6941754, 1.4805420", \
					  "0.1132880, 0.1270281, 0.1563299, 0.2171953, 0.3559321, 0.6935287, 1.4835966", \
					  "0.1889710, 0.2065072, 0.2438338, 0.3123428, 0.4498394, 0.7470817, 1.4858776");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0288953, 0.0321074, 0.0389803, 0.0536374, 0.0855438, 0.1562649, 0.3141279", \
					  "0.0335164, 0.0367466, 0.0436150, 0.0582772, 0.0902392, 0.1608696, 0.3189090", \
					  "0.0433759, 0.0467081, 0.0536362, 0.0683895, 0.1003808, 0.1711153, 0.3290509", \
					  "0.0597280, 0.0642644, 0.0732602, 0.0905185, 0.1235174, 0.1946221, 0.3528862", \
					  "0.0817005, 0.0887077, 0.1021978, 0.1270743, 0.1703294, 0.2479981, 0.4074188", \
					  "0.1041033, 0.1150363, 0.1364095, 0.1755818, 0.2418034, 0.3494120, 0.5293796", \
					  "0.1028583, 0.1217703, 0.1576895, 0.2221580, 0.3289979, 0.4953887, 0.7525969");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0174631, 0.0212691, 0.0296824, 0.0484196, 0.0902308, 0.1839545, 0.3951581", \
					  "0.0173840, 0.0211790, 0.0296197, 0.0483754, 0.0900705, 0.1838071, 0.3949222", \
					  "0.0186654, 0.0221829, 0.0301640, 0.0483253, 0.0898648, 0.1838426, 0.3950660", \
					  "0.0260841, 0.0298210, 0.0377833, 0.0538505, 0.0923996, 0.1839307, 0.3947127", \
					  "0.0419963, 0.0467952, 0.0564706, 0.0757496, 0.1125005, 0.1933465, 0.3958843", \
					  "0.0722959, 0.0795737, 0.0941803, 0.1194138, 0.1641148, 0.2463779, 0.4229033", \
					  "0.1326134, 0.1432013, 0.1644216, 0.2018794, 0.2646598, 0.3705821, 0.5541618");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0827216, 0.0937212, 0.1178848, 0.1709965, 0.2884445, 0.5504729, 1.1374777", \
					  "0.0862819, 0.0972800, 0.1217377, 0.1752846, 0.2932100, 0.5556163, 1.1426486", \
					  "0.0991189, 0.1097114, 0.1337943, 0.1867731, 0.3053073, 0.5682672, 1.1556696", \
					  "0.1317240, 0.1426834, 0.1666973, 0.2198352, 0.3360219, 0.5993960, 1.1873176", \
					  "0.2091138, 0.2205740, 0.2456309, 0.2952399, 0.4124077, 0.6735876, 1.2613746", \
					  "0.3493898, 0.3686665, 0.4064900, 0.4754115, 0.5973858, 0.8574756, 1.4443459", \
					  "0.5962629, 0.6288100, 0.6894866, 0.7995586, 0.9831984, 1.2803905, 1.8607944");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0698572, 0.0836459, 0.1151249, 0.1852214, 0.3415158, 0.6932500, 1.4816510", \
					  "0.0698485, 0.0837474, 0.1147090, 0.1846387, 0.3412913, 0.6924584, 1.4855969", \
					  "0.0697900, 0.0836031, 0.1150987, 0.1845103, 0.3408594, 0.6931087, 1.4833569", \
					  "0.0703800, 0.0838059, 0.1145424, 0.1846866, 0.3412146, 0.6943673, 1.4806577", \
					  "0.0909000, 0.1010249, 0.1258502, 0.1890664, 0.3413380, 0.6936685, 1.4809308", \
					  "0.1462632, 0.1611172, 0.1892779, 0.2408766, 0.3649290, 0.6941254, 1.4842064", \
					  "0.2506970, 0.2739440, 0.3182218, 0.3919438, 0.5150203, 0.7729493, 1.4869324");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0237312, 0.0265189, 0.0325282, 0.0456020, 0.0743101, 0.1387827, 0.2848675", \
					  "0.0283346, 0.0311995, 0.0373094, 0.0504714, 0.0792648, 0.1436406, 0.2876442", \
					  "0.0371337, 0.0406087, 0.0473458, 0.0607332, 0.0897610, 0.1541801, 0.3016697", \
					  "0.0492166, 0.0543322, 0.0641124, 0.0819650, 0.1134636, 0.1783139, 0.3227682", \
					  "0.0625840, 0.0706282, 0.0858862, 0.1131003, 0.1579636, 0.2333267, 0.3792891", \
					  "0.0677782, 0.0814523, 0.1071314, 0.1500308, 0.2200827, 0.3289812, 0.5057504", \
					  "0.0345650, 0.0566437, 0.1006188, 0.1737346, 0.2880748, 0.4595015, 0.7157895");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00112275, 0.00252111, 0.00566113, 0.012712, 0.0285447, 0.0640969");
					values("0.0119810, 0.0153799, 0.0229978, 0.0403753, 0.0788312, 0.1639710, 0.3547739", \
					  "0.0120401, 0.0154916, 0.0231132, 0.0401975, 0.0784970, 0.1635285, 0.3546408", \
					  "0.0148235, 0.0177730, 0.0244924, 0.0405970, 0.0788895, 0.1651065, 0.3572971", \
					  "0.0228696, 0.0264061, 0.0337712, 0.0489883, 0.0818794, 0.1648676, 0.3552666", \
					  "0.0394566, 0.0443701, 0.0543108, 0.0722541, 0.1054286, 0.1771507, 0.3565901", \
					  "0.0720943, 0.0788993, 0.0930233, 0.1173649, 0.1602921, 0.2356017, 0.3941889", \
					  "0.1377162, 0.1481242, 0.1674975, 0.2038463, 0.2638435, 0.3629750, 0.5329857");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002289;
			capacitance : 0.002193;
			fall_capacitance : 0.002096;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026136, -0.0026118, -0.0026075, -0.0026066, -0.0026045, -0.0025997, -0.0025887");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026085, 0.0026093, 0.0026110, 0.0026124, 0.0026158, 0.0026235, 0.0026413");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002447;
			capacitance : 0.002336;
			fall_capacitance : 0.002224;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027373, -0.0027370, -0.0027363, -0.0027332, -0.0027259, -0.0027092, -0.0026707");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032903, 0.0032916, 0.0032947, 0.0032955, 0.0032972, 0.0033013, 0.0033105");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002058;
			capacitance : 0.002158;
			rise_capacitance : 0.002258;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024585, -0.0024777, -0.0025219, -0.0025237, -0.0025277, -0.0025370, -0.0025584");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026097, 0.0026101, 0.0026112, 0.0026107, 0.0026097, 0.0026073, 0.0026019");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002092;
			capacitance : 0.002231;
			rise_capacitance : 0.002370;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014390, -0.0014411, -0.0014457, -0.0014452, -0.0014439, -0.0014410, -0.0014342");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019344, 0.0019334, 0.0019311, 0.0019365, 0.0019490, 0.0019776, 0.0020436");
				}
			}
		}
	}
	cell ("scs8hd_o2bb2ai_2") {
		area : 15.014400;
		cell_footprint : "o2bb2ai";
		cell_leakage_power : 7.274538e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0184833";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0233743";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0184833";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0246498";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0016642";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0003381";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0016696";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0010391";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0014682";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "8.3098154e-05";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014683";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0007859";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0014675";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0184838";
			when : "A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014667";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0014675";
			when : "A1N&A2N&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (A1N&A2N)";
			max_capacitance : 0.114451;
			max_transition : 1.495734;
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0145537, 0.0155924, 0.0180553, 0.0238602, 0.0377455, 0.0710619, 0.1533584", \
					  "0.0144037, 0.0154336, 0.0178833, 0.0236838, 0.0373300, 0.0704050, 0.1538150", \
					  "0.0141050, 0.0151223, 0.0175435, 0.0233092, 0.0370321, 0.0701684, 0.1530203", \
					  "0.0136952, 0.0146764, 0.0170615, 0.0227839, 0.0366106, 0.0702813, 0.1514922", \
					  "0.0136373, 0.0145616, 0.0167371, 0.0224266, 0.0360783, 0.0693661, 0.1529495", \
					  "0.0134065, 0.0143970, 0.0166756, 0.0224242, 0.0357347, 0.0693873, 0.1515807", \
					  "0.0133270, 0.0142751, 0.0166249, 0.0220940, 0.0358695, 0.0697113, 0.1517063");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0170139, 0.0162637, 0.0143808, 0.0093630, -0.0038891, -0.0372934, -0.1201757", \
					  "0.0167248, 0.0159506, 0.0140942, 0.0090705, -0.0041843, -0.0375818, -0.1204775", \
					  "0.0163818, 0.0156197, 0.0137366, 0.0087335, -0.0044842, -0.0378834, -0.1206891", \
					  "0.0161036, 0.0153383, 0.0134356, 0.0084270, -0.0047531, -0.0380838, -0.1209126", \
					  "0.0157230, 0.0149244, 0.0129920, 0.0080330, -0.0050858, -0.0383384, -0.1211206", \
					  "0.0159802, 0.0151382, 0.0130258, 0.0076969, -0.0053300, -0.0384309, -0.1211158", \
					  "0.0162257, 0.0153723, 0.0132466, 0.0078935, -0.0054071, -0.0387039, -0.1209665");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0137094, 0.0147502, 0.0172113, 0.0230090, 0.0366143, 0.0701899, 0.1525532", \
					  "0.0135565, 0.0145880, 0.0170203, 0.0228121, 0.0364258, 0.0700575, 0.1523537", \
					  "0.0131733, 0.0141778, 0.0165842, 0.0223432, 0.0360514, 0.0692767, 0.1508642", \
					  "0.0127154, 0.0136952, 0.0160510, 0.0217805, 0.0354697, 0.0691972, 0.1511320", \
					  "0.0125843, 0.0135401, 0.0157872, 0.0213823, 0.0349549, 0.0689951, 0.1521116", \
					  "0.0123403, 0.0132937, 0.0156250, 0.0212332, 0.0347313, 0.0681568, 0.1505006", \
					  "0.0123240, 0.0132599, 0.0159275, 0.0215681, 0.0350851, 0.0689434, 0.1503301");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0123458, 0.0116038, 0.0097736, 0.0048882, -0.0083187, -0.0417539, -0.1247082", \
					  "0.0120362, 0.0112890, 0.0094560, 0.0045532, -0.0086480, -0.0420816, -0.1250213", \
					  "0.0117060, 0.0109346, 0.0090855, 0.0041665, -0.0090059, -0.0424290, -0.1253450", \
					  "0.0113107, 0.0105387, 0.0086732, 0.0037635, -0.0093797, -0.0427205, -0.1256116", \
					  "0.0109859, 0.0101823, 0.0082751, 0.0033781, -0.0096968, -0.0429718, -0.1257600", \
					  "0.0112102, 0.0103697, 0.0082699, 0.0029602, -0.0099914, -0.0429891, -0.1257453", \
					  "0.0115910, 0.0107569, 0.0085589, 0.0032627, -0.0100684, -0.0432782, -0.1255591");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0099066, 0.0108285, 0.0130930, 0.0186270, 0.0321118, 0.0653628, 0.1471555", \
					  "0.0095988, 0.0105266, 0.0128123, 0.0183909, 0.0319503, 0.0651329, 0.1472277", \
					  "0.0093360, 0.0102641, 0.0125257, 0.0180819, 0.0317080, 0.0650314, 0.1469399", \
					  "0.0091944, 0.0100999, 0.0123492, 0.0178825, 0.0314782, 0.0648547, 0.1468778", \
					  "0.0090085, 0.0099374, 0.0121537, 0.0176698, 0.0312265, 0.0645729, 0.1466499", \
					  "0.0089689, 0.0098897, 0.0121381, 0.0176603, 0.0312367, 0.0646152, 0.1465702", \
					  "0.0085502, 0.0094537, 0.0116580, 0.0173831, 0.0311651, 0.0645739, 0.1469188");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0090779, 0.0081876, 0.0060001, 0.0005962, -0.0128664, -0.0463202, -0.1291883", \
					  "0.0089635, 0.0080820, 0.0058995, 0.0005077, -0.0129470, -0.0463915, -0.1292655", \
					  "0.0088305, 0.0079646, 0.0058053, 0.0004304, -0.0130044, -0.0464297, -0.1292943", \
					  "0.0086041, 0.0077367, 0.0056118, 0.0002674, -0.0130974, -0.0465139, -0.1293427", \
					  "0.0087943, 0.0079291, 0.0057397, 0.0003140, -0.0132040, -0.0464943, -0.1293094", \
					  "0.0086594, 0.0077942, 0.0056003, 0.0002383, -0.0132613, -0.0467713, -0.1294965", \
					  "0.0087748, 0.0078748, 0.0056671, 0.0002238, -0.0132447, -0.0467042, -0.1296052");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0098416, 0.0107450, 0.0130097, 0.0185056, 0.0319963, 0.0652276, 0.1472278", \
					  "0.0095206, 0.0104756, 0.0127451, 0.0183117, 0.0319048, 0.0651277, 0.1469077", \
					  "0.0092804, 0.0101865, 0.0124624, 0.0179897, 0.0315481, 0.0648727, 0.1468900", \
					  "0.0091526, 0.0100532, 0.0122756, 0.0177365, 0.0313529, 0.0647902, 0.1469513", \
					  "0.0089223, 0.0098244, 0.0120719, 0.0177151, 0.0311636, 0.0644941, 0.1464273", \
					  "0.0090272, 0.0099263, 0.0121703, 0.0175949, 0.0310707, 0.0644079, 0.1458770", \
					  "0.0089372, 0.0098233, 0.0120217, 0.0178781, 0.0312625, 0.0643096, 0.1462709");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0048446, 0.0040199, 0.0019119, -0.0034692, -0.0169731, -0.0504945, -0.1334410", \
					  "0.0047017, 0.0039104, 0.0018664, -0.0034610, -0.0169217, -0.0504235, -0.1333449", \
					  "0.0044885, 0.0037120, 0.0017104, -0.0035271, -0.0169235, -0.0503793, -0.1332881", \
					  "0.0043237, 0.0034917, 0.0014188, -0.0037529, -0.0170464, -0.0504273, -0.1332790", \
					  "0.0043890, 0.0035401, 0.0014249, -0.0038610, -0.0172826, -0.0505300, -0.1333107", \
					  "0.0041969, 0.0033186, 0.0011665, -0.0041935, -0.0174974, -0.0508528, -0.1335293", \
					  "0.0041969, 0.0033298, 0.0011187, -0.0043213, -0.0177669, -0.0510410, -0.1338054");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.0624660, 0.0668667, 0.0770499, 0.1006776, 0.1561347, 0.2907204, 0.6244031", \
					  "0.0670608, 0.0714047, 0.0816059, 0.1050888, 0.1606233, 0.2951742, 0.6282702", \
					  "0.0772961, 0.0815690, 0.0916489, 0.1151555, 0.1706903, 0.3053267, 0.6382720", \
					  "0.0964643, 0.1007974, 0.1108845, 0.1343352, 0.1898606, 0.3267156, 0.6571962", \
					  "0.1248053, 0.1291813, 0.1393454, 0.1627695, 0.2189506, 0.3545108, 0.6861786", \
					  "0.1587038, 0.1637784, 0.1744351, 0.1983987, 0.2538161, 0.3892819, 0.7221932", \
					  "0.1771059, 0.1838992, 0.1973503, 0.2243237, 0.2803900, 0.4161160, 0.7484152");
				}
				rise_transition ("del_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("0.0231968, 0.0280146, 0.0402256, 0.0707343, 0.1480406, 0.3350460, 0.8105026", \
					  "0.0232452, 0.0280138, 0.0401414, 0.0706398, 0.1477523, 0.3377378, 0.8030139", \
					  "0.0232378, 0.0279881, 0.0401594, 0.0708150, 0.1468358, 0.3367368, 0.7998264", \
					  "0.0240513, 0.0287663, 0.0406678, 0.0709793, 0.1474124, 0.3354283, 0.8081531", \
					  "0.0260088, 0.0305714, 0.0419711, 0.0718861, 0.1467079, 0.3375095, 0.8076653", \
					  "0.0319565, 0.0360910, 0.0461798, 0.0736332, 0.1484749, 0.3370431, 0.8036998", \
					  "0.0458440, 0.0500013, 0.0592525, 0.0835294, 0.1513116, 0.3381236, 0.8069521");
				}
				cell_fall ("del_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("0.0763643, 0.0789528, 0.0843064, 0.0951460, 0.1176418, 0.1685716, 0.2923269", \
					  "0.0822904, 0.0847969, 0.0900827, 0.1008763, 0.1235444, 0.1744755, 0.2983245", \
					  "0.0970925, 0.0995570, 0.1048907, 0.1157978, 0.1382411, 0.1891211, 0.3132918", \
					  "0.1337667, 0.1362105, 0.1415020, 0.1524589, 0.1751416, 0.2261195, 0.3500462", \
					  "0.2129995, 0.2157433, 0.2215576, 0.2331193, 0.2563003, 0.3073798, 0.4313885", \
					  "0.3547652, 0.3584042, 0.3659605, 0.3802451, 0.4062667, 0.4584439, 0.5827685", \
					  "0.6047775, 0.6100084, 0.6206770, 0.6395101, 0.6727803, 0.7311934, 0.8543671");
				}
				fall_transition ("del_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("0.0149197, 0.0168690, 0.0215582, 0.0322721, 0.0580673, 0.1239247, 0.2926926", \
					  "0.0149230, 0.0169471, 0.0215539, 0.0323507, 0.0581216, 0.1238974, 0.2924775", \
					  "0.0148937, 0.0169395, 0.0216055, 0.0323023, 0.0581235, 0.1235567, 0.2925546", \
					  "0.0149717, 0.0169637, 0.0215448, 0.0323422, 0.0580676, 0.1238626, 0.2909553", \
					  "0.0180080, 0.0198942, 0.0243297, 0.0342971, 0.0593977, 0.1241724, 0.2919862", \
					  "0.0266826, 0.0287248, 0.0332166, 0.0433266, 0.0663698, 0.1277494, 0.2915480", \
					  "0.0430951, 0.0455862, 0.0516682, 0.0618291, 0.0836680, 0.1386544, 0.2958508");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.0578138, 0.0622506, 0.0724466, 0.0959325, 0.1513393, 0.2861832, 0.6195809", \
					  "0.0618841, 0.0662762, 0.0763516, 0.0999279, 0.1553385, 0.2899548, 0.6225573", \
					  "0.0716411, 0.0758770, 0.0858765, 0.1093650, 0.1651018, 0.2999935, 0.6310248", \
					  "0.0877272, 0.0920969, 0.1021442, 0.1257196, 0.1813789, 0.3165684, 0.6514789", \
					  "0.1086320, 0.1130076, 0.1230981, 0.1464739, 0.2026307, 0.3385555, 0.6702408", \
					  "0.1280754, 0.1329550, 0.1436421, 0.1670657, 0.2227211, 0.3576350, 0.6907148", \
					  "0.1163584, 0.1232189, 0.1364092, 0.1630924, 0.2183390, 0.3535981, 0.6859702");
				}
				rise_transition ("del_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("0.0231912, 0.0279752, 0.0400833, 0.0707433, 0.1476989, 0.3341081, 0.8098431", \
					  "0.0231859, 0.0280085, 0.0402277, 0.0707245, 0.1477712, 0.3341177, 0.8003773", \
					  "0.0233106, 0.0280506, 0.0401880, 0.0708039, 0.1476927, 0.3376355, 0.8069127", \
					  "0.0243563, 0.0291865, 0.0410687, 0.0713260, 0.1476695, 0.3364377, 0.8018363", \
					  "0.0262942, 0.0307299, 0.0421533, 0.0721853, 0.1472919, 0.3368958, 0.8100537", \
					  "0.0327087, 0.0365799, 0.0463566, 0.0737625, 0.1487709, 0.3382081, 0.8065539", \
					  "0.0481730, 0.0524312, 0.0612697, 0.0840177, 0.1515326, 0.3398839, 0.8107818");
				}
				cell_fall ("del_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("0.0766190, 0.0792639, 0.0849038, 0.0966412, 0.1198543, 0.1712667, 0.2951490", \
					  "0.0820605, 0.0847058, 0.0904313, 0.1019219, 0.1253982, 0.1768732, 0.3005547", \
					  "0.0965781, 0.0992378, 0.1049588, 0.1164925, 0.1399647, 0.1912194, 0.3149692", \
					  "0.1316535, 0.1342915, 0.1399957, 0.1516016, 0.1751620, 0.2267340, 0.3504618", \
					  "0.2099834, 0.2129882, 0.2193224, 0.2317757, 0.2560760, 0.3077778, 0.4309738", \
					  "0.3478619, 0.3518081, 0.3601486, 0.3758208, 0.4032938, 0.4577630, 0.5820750", \
					  "0.5937577, 0.5993977, 0.6108619, 0.6320254, 0.6684621, 0.7301082, 0.8558557");
				}
				fall_transition ("del_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("0.0160581, 0.0181974, 0.0229290, 0.0339355, 0.0596541, 0.1246011, 0.2912999", \
					  "0.0161353, 0.0180654, 0.0228364, 0.0338658, 0.0596351, 0.1247878, 0.2928728", \
					  "0.0162096, 0.0182688, 0.0230269, 0.0339886, 0.0596782, 0.1247772, 0.2926304", \
					  "0.0161963, 0.0183554, 0.0230542, 0.0340740, 0.0597614, 0.1248605, 0.2930000", \
					  "0.0201099, 0.0220555, 0.0267026, 0.0368144, 0.0616441, 0.1254102, 0.2925736", \
					  "0.0299310, 0.0322180, 0.0370588, 0.0473084, 0.0708509, 0.1303962, 0.2923869", \
					  "0.0478206, 0.0508084, 0.0563809, 0.0684952, 0.0922620, 0.1457560, 0.2972623");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.1009619, 0.1082183, 0.1254840, 0.1682963, 0.2719345, 0.5259306, 1.1516507", \
					  "0.1059310, 0.1132277, 0.1305764, 0.1737878, 0.2779150, 0.5323487, 1.1583158", \
					  "0.1205411, 0.1276665, 0.1453538, 0.1881260, 0.2926806, 0.5475579, 1.1744293", \
					  "0.1544346, 0.1619906, 0.1794411, 0.2223304, 0.3265857, 0.5816616, 1.2085614", \
					  "0.2309894, 0.2388845, 0.2566636, 0.2989882, 0.4031029, 0.6579731, 1.2853175", \
					  "0.3792075, 0.3897495, 0.4134664, 0.4682297, 0.5796580, 0.8347494, 1.4623172", \
					  "0.6556927, 0.6730008, 0.7104572, 0.7899537, 0.9454044, 1.2422765, 1.8744759");
				}
				rise_transition ("del_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("0.0681131, 0.0773733, 0.1001522, 0.1567466, 0.2956245, 0.6396945, 1.4903043", \
					  "0.0680988, 0.0773696, 0.1001025, 0.1567320, 0.2955695, 0.6392533, 1.4856771", \
					  "0.0680586, 0.0772845, 0.1004399, 0.1565755, 0.2959308, 0.6389264, 1.4876138", \
					  "0.0681641, 0.0774996, 0.1001645, 0.1571541, 0.2954959, 0.6381200, 1.4864576", \
					  "0.0767124, 0.0851165, 0.1057458, 0.1586101, 0.2954753, 0.6391035, 1.4877127", \
					  "0.1089515, 0.1185373, 0.1407918, 0.1912343, 0.3119982, 0.6399235, 1.4855869", \
					  "0.1817620, 0.1936727, 0.2214783, 0.2798834, 0.4060878, 0.6934742, 1.4914391");
				}
				cell_fall ("del_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("0.0264015, 0.0283668, 0.0329776, 0.0435537, 0.0682778, 0.1276155, 0.2733490", \
					  "0.0309163, 0.0328939, 0.0374784, 0.0480939, 0.0728182, 0.1322071, 0.2776203", \
					  "0.0404313, 0.0425965, 0.0474096, 0.0580787, 0.0828436, 0.1422857, 0.2880132", \
					  "0.0551112, 0.0580758, 0.0644861, 0.0782650, 0.1056059, 0.1656292, 0.3115805", \
					  "0.0733966, 0.0777692, 0.0877299, 0.1080501, 0.1464625, 0.2177270, 0.3657684", \
					  "0.0872827, 0.0944589, 0.1103608, 0.1425228, 0.2025969, 0.3060304, 0.4843124", \
					  "0.0683820, 0.0809172, 0.1074731, 0.1615195, 0.2589047, 0.4224583, 0.6859144");
				}
				fall_transition ("del_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("0.0155314, 0.0176930, 0.0229393, 0.0357538, 0.0672782, 0.1457756, 0.3407499", \
					  "0.0153786, 0.0175553, 0.0228394, 0.0356568, 0.0671873, 0.1458677, 0.3404623", \
					  "0.0170760, 0.0190150, 0.0239146, 0.0360385, 0.0672835, 0.1457612, 0.3409527", \
					  "0.0244033, 0.0265312, 0.0318158, 0.0437134, 0.0713333, 0.1462315, 0.3407260", \
					  "0.0396261, 0.0425704, 0.0493258, 0.0639132, 0.0939192, 0.1600969, 0.3423977", \
					  "0.0685160, 0.0729601, 0.0830585, 0.1045769, 0.1439078, 0.2181440, 0.3770351", \
					  "0.1261405, 0.1332593, 0.1480918, 0.1801025, 0.2382443, 0.3358050, 0.5167411");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.0817430, 0.0891100, 0.1067214, 0.1492917, 0.2530106, 0.5068234, 1.1327391", \
					  "0.0856298, 0.0929616, 0.1107666, 0.1538127, 0.2575289, 0.5118040, 1.1380401", \
					  "0.0981475, 0.1057781, 0.1230248, 0.1655848, 0.2698129, 0.5246497, 1.1508480", \
					  "0.1310142, 0.1380991, 0.1552427, 0.1968099, 0.3023804, 0.5576040, 1.1843195", \
					  "0.2081338, 0.2159976, 0.2345770, 0.2743836, 0.3767403, 0.6311743, 1.2564848", \
					  "0.3479608, 0.3605440, 0.3898543, 0.4497480, 0.5625584, 0.8147626, 1.4382391", \
					  "0.6018263, 0.6226440, 0.6664190, 0.7611042, 0.9351998, 1.2363968, 1.8578249");
				}
				rise_transition ("del_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("0.0693793, 0.0784570, 0.1011347, 0.1574694, 0.2968634, 0.6397672, 1.4880308", \
					  "0.0690905, 0.0785004, 0.1011869, 0.1572654, 0.2963421, 0.6396358, 1.4908274", \
					  "0.0693027, 0.0783696, 0.1012795, 0.1575110, 0.2959537, 0.6408887, 1.4866375", \
					  "0.0695576, 0.0785494, 0.1005960, 0.1576635, 0.2960466, 0.6397581, 1.4865297", \
					  "0.0891955, 0.0961479, 0.1144704, 0.1647381, 0.2960420, 0.6391376, 1.4867405", \
					  "0.1430339, 0.1531824, 0.1753664, 0.2213891, 0.3263630, 0.6423809, 1.4893559", \
					  "0.2419035, 0.2576036, 0.2924299, 0.3584391, 0.4792667, 0.7287144, 1.4957336");
				}
				cell_fall ("del_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("0.0228519, 0.0247591, 0.0292036, 0.0397668, 0.0651619, 0.1274339, 0.2800346", \
					  "0.0272263, 0.0291846, 0.0337512, 0.0444324, 0.0698911, 0.1320754, 0.2860590", \
					  "0.0349142, 0.0372235, 0.0425328, 0.0536813, 0.0793973, 0.1415741, 0.2944901", \
					  "0.0451616, 0.0485748, 0.0560053, 0.0712346, 0.1003874, 0.1632487, 0.3180595", \
					  "0.0546456, 0.0600521, 0.0717966, 0.0949666, 0.1366502, 0.2120192, 0.3678366", \
					  "0.0519648, 0.0613238, 0.0807142, 0.1183368, 0.1841664, 0.2930949, 0.4790018", \
					  "0.0006791, 0.0171121, 0.0514185, 0.1157456, 0.2240003, 0.3962818, 0.6681420");
				}
				fall_transition ("del_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("0.0110801, 0.0134358, 0.0192286, 0.0332571, 0.0673106, 0.1510760, 0.3592958", \
					  "0.0111598, 0.0134912, 0.0191466, 0.0331398, 0.0671175, 0.1506043, 0.3600359", \
					  "0.0137495, 0.0159306, 0.0208745, 0.0338603, 0.0671887, 0.1515128, 0.3606560", \
					  "0.0209955, 0.0234150, 0.0290290, 0.0419503, 0.0714616, 0.1522169, 0.3590068", \
					  "0.0367943, 0.0401929, 0.0473238, 0.0626591, 0.0936643, 0.1650235, 0.3591730", \
					  "0.0681605, 0.0727572, 0.0832743, 0.1040758, 0.1443244, 0.2218395, 0.3924109", \
					  "0.1322058, 0.1386751, 0.1536805, 0.1841835, 0.2400732, 0.3376059, 0.5271669");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004786;
			capacitance : 0.004553;
			fall_capacitance : 0.004319;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0056085, -0.0056127, -0.0056223, -0.0056232, -0.0056251, -0.0056294, -0.0056394");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056581, 0.0056528, 0.0056405, 0.0056416, 0.0056442, 0.0056502, 0.0056640");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004341;
			capacitance : 0.004134;
			fall_capacitance : 0.003927;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0044637, -0.0044660, -0.0044712, -0.0044623, -0.0044413, -0.0043931, -0.0042818");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058951, 0.0058941, 0.0058917, 0.0058908, 0.0058888, 0.0058842, 0.0058735");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004236;
			capacitance : 0.004470;
			rise_capacitance : 0.004704;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0050380, -0.0050647, -0.0051263, -0.0051306, -0.0051404, -0.0051632, -0.0052155");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057154, 0.0057248, 0.0057462, 0.0057449, 0.0057418, 0.0057347, 0.0057183");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003803;
			capacitance : 0.004057;
			rise_capacitance : 0.004311;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0024084, -0.0024131, -0.0024238, -0.0024220, -0.0024177, -0.0024081, -0.0023855");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024227, 0.0024252, 0.0024312, 0.0024316, 0.0024326, 0.0024348, 0.0024398");
				}
			}
		}
	}
	cell ("scs8hd_o2bb2ai_4") {
		area : 27.526400;
		cell_footprint : "o2bb2ai";
		cell_leakage_power : 1.370423e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0029424";
			when : "A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0029435";
			when : "A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0345412";
			when : "!A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0444544";
			when : "!A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0345411";
			when : "!A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0470556";
			when : "!A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0029413";
			when : "!A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0001838";
			when : "!A1N&A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0029379";
			when : "!A1N&A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0015828";
			when : "!A1N&A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0029437";
			when : "A1N&!A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0001862";
			when : "A1N&!A2N&!B1&!B2";
		}
		leakage_power () {
			value : "0.0029417";
			when : "A1N&!A2N&B1&B2";
		}
		leakage_power () {
			value : "0.0015858";
			when : "A1N&!A2N&B1&!B2";
		}
		leakage_power () {
			value : "0.0029435";
			when : "A1N&A2N&!B1&B2";
		}
		leakage_power () {
			value : "0.0345428";
			when : "A1N&A2N&!B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!B1&!B2) | (A1N&A2N)";
			max_capacitance : 0.210581;
			max_transition : 1.498697;
			internal_power () {
				related_pin : "A1N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0279647, 0.0291936, 0.0324507, 0.0409273, 0.0629340, 0.1213474, 0.2817228", \
					  "0.0276757, 0.0288937, 0.0321641, 0.0406649, 0.0626755, 0.1211277, 0.2812212", \
					  "0.0271752, 0.0283840, 0.0316122, 0.0400958, 0.0621477, 0.1212018, 0.2813722", \
					  "0.0264732, 0.0276557, 0.0308207, 0.0392341, 0.0613752, 0.1207234, 0.2811733", \
					  "0.0262593, 0.0273504, 0.0301920, 0.0385521, 0.0605630, 0.1200015, 0.2798644", \
					  "0.0259164, 0.0270525, 0.0301235, 0.0383118, 0.0600569, 0.1195519, 0.2804871", \
					  "0.0257627, 0.0268343, 0.0297380, 0.0378156, 0.0600224, 0.1197872, 0.2814836");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0355945, 0.0346636, 0.0322426, 0.0250792, 0.0040548, -0.0550826, -0.2175187", \
					  "0.0350298, 0.0341128, 0.0316253, 0.0244878, 0.0034796, -0.0556078, -0.2180689", \
					  "0.0343217, 0.0334343, 0.0309329, 0.0238049, 0.0028496, -0.0562202, -0.2186693", \
					  "0.0335583, 0.0326868, 0.0301508, 0.0230069, 0.0020966, -0.0568517, -0.2192688", \
					  "0.0329834, 0.0320105, 0.0294717, 0.0223456, 0.0015193, -0.0573059, -0.2196157", \
					  "0.0326148, 0.0315307, 0.0286987, 0.0209239, 0.0011745, -0.0574444, -0.2195951", \
					  "0.0335013, 0.0324642, 0.0298623, 0.0221553, 0.0006454, -0.0582722, -0.2194560");
				}
			}
			internal_power () {
				related_pin : "A2N";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0262314, 0.0274601, 0.0307386, 0.0392747, 0.0613070, 0.1205033, 0.2832245", \
					  "0.0258538, 0.0270741, 0.0303510, 0.0388582, 0.0609981, 0.1195612, 0.2798033", \
					  "0.0252465, 0.0264535, 0.0296857, 0.0381599, 0.0603163, 0.1195284, 0.2797520", \
					  "0.0243905, 0.0255593, 0.0287116, 0.0370478, 0.0592143, 0.1181244, 0.2807468", \
					  "0.0242888, 0.0253844, 0.0282567, 0.0363366, 0.0583916, 0.1178437, 0.2780027", \
					  "0.0239432, 0.0250575, 0.0281251, 0.0360798, 0.0579547, 0.1168610, 0.2780569", \
					  "0.0244854, 0.0256098, 0.0285547, 0.0368114, 0.0586345, 0.1182011, 0.2782051");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0259346, 0.0250816, 0.0226683, 0.0155313, -0.0056230, -0.0649153, -0.2275687", \
					  "0.0253261, 0.0244498, 0.0220774, 0.0149778, -0.0061989, -0.0654783, -0.2280927", \
					  "0.0245509, 0.0236781, 0.0212130, 0.0140705, -0.0070186, -0.0662386, -0.2287905", \
					  "0.0238821, 0.0229655, 0.0204665, 0.0132901, -0.0077164, -0.0667999, -0.2293389", \
					  "0.0231014, 0.0221975, 0.0196179, 0.0124621, -0.0084306, -0.0672745, -0.2296782", \
					  "0.0226088, 0.0216212, 0.0188816, 0.0113013, -0.0093070, -0.0675887, -0.2298178", \
					  "0.0235809, 0.0225691, 0.0197949, 0.0121078, -0.0090995, -0.0678492, -0.2290145");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0191121, 0.0201893, 0.0231378, 0.0310561, 0.0526369, 0.1115188, 0.2718929", \
					  "0.0185807, 0.0196765, 0.0226390, 0.0306596, 0.0524020, 0.1112614, 0.2717127", \
					  "0.0181476, 0.0192146, 0.0221719, 0.0302316, 0.0520167, 0.1110461, 0.2716106", \
					  "0.0178067, 0.0188879, 0.0218165, 0.0298696, 0.0516311, 0.1107781, 0.2714869", \
					  "0.0174350, 0.0184990, 0.0214231, 0.0294199, 0.0511871, 0.1103108, 0.2711145", \
					  "0.0173621, 0.0184364, 0.0213912, 0.0292917, 0.0511551, 0.1100167, 0.2710202", \
					  "0.0165107, 0.0175707, 0.0204327, 0.0285501, 0.0508817, 0.1100392, 0.2709568");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0197934, 0.0187324, 0.0159004, 0.0080463, -0.0134694, -0.0726726, -0.2350663", \
					  "0.0196118, 0.0185647, 0.0157383, 0.0079039, -0.0135768, -0.0727937, -0.2351687", \
					  "0.0194485, 0.0184141, 0.0155940, 0.0078131, -0.0136295, -0.0727518, -0.2351742", \
					  "0.0189735, 0.0179780, 0.0151760, 0.0074829, -0.0138496, -0.0729399, -0.2352936", \
					  "0.0190770, 0.0180443, 0.0152296, 0.0071747, -0.0141011, -0.0729462, -0.2352561", \
					  "0.0190887, 0.0180513, 0.0152080, 0.0074422, -0.0141237, -0.0734657, -0.2355555", \
					  "0.0192107, 0.0181138, 0.0152639, 0.0074097, -0.0141707, -0.0733374, -0.2357167");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0197345, 0.0208272, 0.0238489, 0.0318374, 0.0534885, 0.1123621, 0.2727728", \
					  "0.0188865, 0.0200472, 0.0230379, 0.0311858, 0.0530171, 0.1118819, 0.2726326", \
					  "0.0181310, 0.0192538, 0.0222903, 0.0304935, 0.0525160, 0.1117570, 0.2723933", \
					  "0.0177492, 0.0188346, 0.0218189, 0.0299019, 0.0519961, 0.1110594, 0.2725410", \
					  "0.0173563, 0.0184313, 0.0218393, 0.0294131, 0.0511578, 0.1105388, 0.2718771", \
					  "0.0184207, 0.0194783, 0.0218344, 0.0299403, 0.0513686, 0.1101902, 0.2713425", \
					  "0.0184938, 0.0195265, 0.0221951, 0.0299426, 0.0514899, 0.1100703, 0.2714982");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001368921, 0.003747887, 0.01026112, 0.02809332, 0.07691505, 0.2105812");
					values("0.0106003, 0.0096584, 0.0069549, -0.0007233, -0.0222736, -0.0816266, -0.2442616", \
					  "0.0102597, 0.0093601, 0.0067662, -0.0007756, -0.0222018, -0.0814732, -0.2440750", \
					  "0.0097087, 0.0088172, 0.0063096, -0.0010674, -0.0222791, -0.0814066, -0.2439115", \
					  "0.0091880, 0.0082443, 0.0056173, -0.0016658, -0.0226453, -0.0815396, -0.2439350", \
					  "0.0092491, 0.0082630, 0.0055317, -0.0019997, -0.0232961, -0.0818906, -0.2439934", \
					  "0.0090677, 0.0079934, 0.0052112, -0.0025069, -0.0236869, -0.0826091, -0.2444555", \
					  "0.0091766, 0.0081687, 0.0052108, -0.0026838, -0.0241823, -0.0830555, -0.2451294");
				}
			}
			timing () {
				related_pin : "A1N";
				timing_type : "combinational";
				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, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
					values("0.0749099, 0.0779080, 0.0855682, 0.1041242, 0.1504659, 0.2728395, 0.6074470", \
					  "0.0792133, 0.0822472, 0.0899052, 0.1085487, 0.1548079, 0.2778101, 0.6120442", \
					  "0.0884300, 0.0914096, 0.0989419, 0.1175870, 0.1640708, 0.2869494, 0.6221256", \
					  "0.1064999, 0.1095515, 0.1172079, 0.1358377, 0.1825116, 0.3058729, 0.6392896", \
					  "0.1329660, 0.1360737, 0.1439027, 0.1629031, 0.2102544, 0.3338713, 0.6710615", \
					  "0.1628213, 0.1662014, 0.1746555, 0.1943043, 0.2417718, 0.3665169, 0.7011205", \
					  "0.1691143, 0.1737346, 0.1843365, 0.2081750, 0.2578746, 0.3816046, 0.7172503");
				}
				rise_transition ("del_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("0.0254137, 0.0283064, 0.0363292, 0.0584914, 0.1210205, 0.2926150, 0.7686143", \
					  "0.0253588, 0.0283159, 0.0364058, 0.0584599, 0.1209260, 0.2928393, 0.7674291", \
					  "0.0253579, 0.0283606, 0.0362462, 0.0586172, 0.1209434, 0.2955406, 0.7665912", \
					  "0.0264099, 0.0292045, 0.0371679, 0.0588803, 0.1209756, 0.2957888, 0.7663414", \
					  "0.0282262, 0.0310796, 0.0387764, 0.0606036, 0.1218087, 0.2939506, 0.7678612", \
					  "0.0342222, 0.0368795, 0.0437628, 0.0637986, 0.1232620, 0.2960234, 0.7700101", \
					  "0.0485784, 0.0510120, 0.0578595, 0.0764967, 0.1286466, 0.2963365, 0.7733209");
				}
				cell_fall ("del_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("0.0897955, 0.0916785, 0.0962834, 0.1067446, 0.1299157, 0.1855723, 0.3340884", \
					  "0.0954097, 0.0972844, 0.1018296, 0.1124133, 0.1355775, 0.1912022, 0.3396058", \
					  "0.1101072, 0.1119796, 0.1165296, 0.1268975, 0.1502557, 0.2057177, 0.3544489", \
					  "0.1460419, 0.1479226, 0.1525520, 0.1630098, 0.1862590, 0.2419879, 0.3897932", \
					  "0.2306509, 0.2326365, 0.2373848, 0.2481342, 0.2716716, 0.3276938, 0.4761790", \
					  "0.3863072, 0.3890174, 0.3954005, 0.4089263, 0.4352490, 0.4930434, 0.6413095", \
					  "0.6664640, 0.6702456, 0.6771641, 0.6957999, 0.7312785, 0.7950037, 0.9414239");
				}
				fall_transition ("del_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("0.0174910, 0.0189782, 0.0227811, 0.0328463, 0.0591911, 0.1329213, 0.3416594", \
					  "0.0174204, 0.0188059, 0.0228265, 0.0328310, 0.0591426, 0.1326919, 0.3421727", \
					  "0.0174325, 0.0188991, 0.0228267, 0.0328991, 0.0593119, 0.1329711, 0.3417321", \
					  "0.0174202, 0.0189552, 0.0228767, 0.0327715, 0.0591639, 0.1327558, 0.3417863", \
					  "0.0194286, 0.0208880, 0.0245166, 0.0340881, 0.0599539, 0.1328157, 0.3410871", \
					  "0.0289934, 0.0301678, 0.0340387, 0.0427998, 0.0670426, 0.1366840, 0.3417816", \
					  "0.0460001, 0.0480539, 0.0522406, 0.0623240, 0.0849461, 0.1479237, 0.3454312");
				}
			}
			timing () {
				related_pin : "A2N";
				timing_type : "combinational";
				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, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
					values("0.0693416, 0.0723507, 0.0799677, 0.0987343, 0.1451948, 0.2681129, 0.6033842", \
					  "0.0732785, 0.0763082, 0.0839828, 0.1026385, 0.1491294, 0.2725372, 0.6066541", \
					  "0.0831379, 0.0861176, 0.0937103, 0.1123133, 0.1589188, 0.2821294, 0.6187401", \
					  "0.1005827, 0.1036090, 0.1113643, 0.1301430, 0.1768882, 0.3005032, 0.6357219", \
					  "0.1234625, 0.1265293, 0.1343110, 0.1531275, 0.2002817, 0.3248487, 0.6635418", \
					  "0.1448565, 0.1482624, 0.1566437, 0.1755800, 0.2228163, 0.3475218, 0.6833117", \
					  "0.1330894, 0.1375568, 0.1481333, 0.1712799, 0.2202702, 0.3437490, 0.6793998");
				}
				rise_transition ("del_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("0.0254000, 0.0283208, 0.0362833, 0.0585793, 0.1208194, 0.2957301, 0.7762389", \
					  "0.0253558, 0.0283145, 0.0363909, 0.0585179, 0.1209726, 0.2936351, 0.7682321", \
					  "0.0253643, 0.0283352, 0.0364373, 0.0584276, 0.1209840, 0.2956281, 0.7667983", \
					  "0.0267533, 0.0297361, 0.0377710, 0.0594567, 0.1209294, 0.2928089, 0.7790623", \
					  "0.0282350, 0.0310815, 0.0389062, 0.0609124, 0.1226644, 0.2941127, 0.7684092", \
					  "0.0346016, 0.0371082, 0.0438465, 0.0636892, 0.1237265, 0.2959765, 0.7688471", \
					  "0.0502725, 0.0530764, 0.0598627, 0.0773260, 0.1287189, 0.2961183, 0.7689895");
				}
				cell_fall ("del_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("0.0700885, 0.0718867, 0.0762914, 0.0864610, 0.1090437, 0.1642128, 0.3120446", \
					  "0.0758846, 0.0776614, 0.0821880, 0.0922864, 0.1148662, 0.1699964, 0.3182465", \
					  "0.0905627, 0.0923384, 0.0967248, 0.1068039, 0.1294589, 0.1846810, 0.3325513", \
					  "0.1264654, 0.1282236, 0.1326271, 0.1427393, 0.1654670, 0.2207496, 0.3690913", \
					  "0.2011672, 0.2032445, 0.2082247, 0.2193146, 0.2425318, 0.2982364, 0.4465458", \
					  "0.3339920, 0.3367050, 0.3431965, 0.3572193, 0.3847842, 0.4429814, 0.5913680", \
					  "0.5695150, 0.5733595, 0.5824519, 0.6016693, 0.6376777, 0.7037712, 0.8531363");
				}
				fall_transition ("del_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("0.0156961, 0.0171621, 0.0209941, 0.0310389, 0.0577269, 0.1321205, 0.3417796", \
					  "0.0157545, 0.0172269, 0.0208407, 0.0310830, 0.0578353, 0.1319921, 0.3415486", \
					  "0.0157359, 0.0172170, 0.0209390, 0.0310748, 0.0577366, 0.1320631, 0.3415905", \
					  "0.0159782, 0.0174431, 0.0212697, 0.0312933, 0.0577846, 0.1321520, 0.3420097", \
					  "0.0201838, 0.0215400, 0.0251127, 0.0347245, 0.0603886, 0.1327991, 0.3407586", \
					  "0.0297490, 0.0313047, 0.0353993, 0.0449495, 0.0686366, 0.1373060, 0.3415824", \
					  "0.0475019, 0.0496537, 0.0542199, 0.0650155, 0.0894048, 0.1513988, 0.3447893");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
					values("0.1080730, 0.1127868, 0.1250640, 0.1593874, 0.2503441, 0.4968330, 1.1691100", \
					  "0.1130060, 0.1175163, 0.1299840, 0.1645831, 0.2558818, 0.5027833, 1.1753970", \
					  "0.1276382, 0.1324209, 0.1447873, 0.1795383, 0.2713169, 0.5184354, 1.1913668", \
					  "0.1622763, 0.1670199, 0.1792206, 0.2135739, 0.3054079, 0.5529862, 1.2256168", \
					  "0.2384765, 0.2434336, 0.2559812, 0.2900785, 0.3815534, 0.6291289, 1.3031897", \
					  "0.3883938, 0.3946868, 0.4115216, 0.4545066, 0.5568093, 0.8041178, 1.4776984", \
					  "0.6703590, 0.6805364, 0.7063062, 0.7717423, 0.9100033, 1.2037690, 1.8819237");
				}
				rise_transition ("del_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("0.0730188, 0.0788146, 0.0948294, 0.1388442, 0.2595830, 0.5902114, 1.4933987", \
					  "0.0728863, 0.0787364, 0.0947734, 0.1388438, 0.2597327, 0.5897982, 1.4935887", \
					  "0.0729800, 0.0788243, 0.0947540, 0.1387422, 0.2595786, 0.5903788, 1.4932202", \
					  "0.0730163, 0.0787152, 0.0947840, 0.1389027, 0.2596182, 0.5898056, 1.4921263", \
					  "0.0799959, 0.0852645, 0.0999090, 0.1415599, 0.2599587, 0.5892322, 1.4926125", \
					  "0.1103338, 0.1164387, 0.1320098, 0.1722222, 0.2775399, 0.5918379, 1.4962955", \
					  "0.1802548, 0.1882211, 0.2073580, 0.2548883, 0.3671031, 0.6454767, 1.4977645");
				}
				cell_fall ("del_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("0.0318195, 0.0333531, 0.0373820, 0.0476300, 0.0738404, 0.1429267, 0.3294542", \
					  "0.0360791, 0.0376378, 0.0416702, 0.0519144, 0.0781590, 0.1471613, 0.3344070", \
					  "0.0444926, 0.0460856, 0.0502019, 0.0604935, 0.0868464, 0.1559994, 0.3425049", \
					  "0.0585364, 0.0605032, 0.0656693, 0.0778364, 0.1059118, 0.1755295, 0.3625238", \
					  "0.0764311, 0.0793604, 0.0866685, 0.1042099, 0.1411533, 0.2198544, 0.4090022", \
					  "0.0892244, 0.0938373, 0.1055092, 0.1324610, 0.1894471, 0.2977135, 0.5108032", \
					  "0.0659017, 0.0738337, 0.0932237, 0.1380121, 0.2307766, 0.4000915, 0.6955257");
				}
				fall_transition ("del_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("0.0195616, 0.0212765, 0.0261034, 0.0390275, 0.0740839, 0.1703768, 0.4336305", \
					  "0.0194744, 0.0211652, 0.0260679, 0.0389678, 0.0739821, 0.1701461, 0.4344067", \
					  "0.0204363, 0.0220861, 0.0267104, 0.0392439, 0.0739862, 0.1704706, 0.4340679", \
					  "0.0262164, 0.0278989, 0.0325213, 0.0448499, 0.0769367, 0.1705775, 0.4341795", \
					  "0.0409851, 0.0431096, 0.0486770, 0.0622136, 0.0949782, 0.1802512, 0.4346668", \
					  "0.0704046, 0.0734300, 0.0812458, 0.1001797, 0.1399874, 0.2276967, 0.4560603", \
					  "0.1281978, 0.1331427, 0.1446997, 0.1722888, 0.2291691, 0.3370826, 0.5718739");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00136892, 0.00374789, 0.0102611, 0.0280933, 0.0769151, 0.210581");
					values("0.0881357, 0.0928847, 0.1051520, 0.1400936, 0.2313912, 0.4781116, 1.1503691", \
					  "0.0905988, 0.0949239, 0.1086869, 0.1432275, 0.2354497, 0.4825197, 1.1544297", \
					  "0.1015237, 0.1064168, 0.1193025, 0.1543982, 0.2469296, 0.4948660, 1.1678226", \
					  "0.1335889, 0.1385416, 0.1510717, 0.1856956, 0.2777406, 0.5252167, 1.1989718", \
					  "0.2094905, 0.2149656, 0.2271257, 0.2621210, 0.3527190, 0.6007345, 1.2748619", \
					  "0.3473005, 0.3552598, 0.3755586, 0.4257746, 0.5319300, 0.7747362, 1.4466305", \
					  "0.5916858, 0.6046630, 0.6386796, 0.7169194, 0.8819159, 1.1906781, 1.8590935");
				}
				rise_transition ("del_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("0.0741324, 0.0798813, 0.0961205, 0.1397173, 0.2599767, 0.5899123, 1.4931473", \
					  "0.0740908, 0.0802196, 0.0959521, 0.1399398, 0.2600529, 0.5901524, 1.4923135", \
					  "0.0740557, 0.0798320, 0.0960594, 0.1399840, 0.2600224, 0.5903154, 1.4956542", \
					  "0.0741032, 0.0797095, 0.0952460, 0.1394636, 0.2600645, 0.5903127, 1.4924117", \
					  "0.0938874, 0.0983801, 0.1116450, 0.1473082, 0.2605474, 0.5898650, 1.4927232", \
					  "0.1470580, 0.1537529, 0.1688691, 0.2073394, 0.2995183, 0.5940807, 1.4934259", \
					  "0.2449601, 0.2554910, 0.2797697, 0.3358681, 0.4525522, 0.6909237, 1.4986971");
				}
				cell_fall ("del_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("0.0256776, 0.0270960, 0.0307219, 0.0401627, 0.0646695, 0.1307500, 0.3102095", \
					  "0.0299873, 0.0314246, 0.0352306, 0.0447606, 0.0693147, 0.1354915, 0.3148907", \
					  "0.0376274, 0.0394064, 0.0436605, 0.0536936, 0.0786916, 0.1447820, 0.3243640", \
					  "0.0477071, 0.0500714, 0.0560320, 0.0695903, 0.0985926, 0.1657291, 0.3459690", \
					  "0.0564061, 0.0600975, 0.0696317, 0.0899131, 0.1314152, 0.2121648, 0.3946247", \
					  "0.0509085, 0.0570703, 0.0723413, 0.1057905, 0.1711098, 0.2881512, 0.5037257", \
					  "-0.0085722, 0.0024267, 0.0286421, 0.0859052, 0.1938549, 0.3798407, 0.6901691");
				}
				fall_transition ("del_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("0.0125871, 0.0142649, 0.0189916, 0.0315652, 0.0656035, 0.1586566, 0.4121447", \
					  "0.0126671, 0.0143094, 0.0190321, 0.0315346, 0.0656810, 0.1587153, 0.4118424", \
					  "0.0151304, 0.0165892, 0.0206207, 0.0323958, 0.0656800, 0.1583593, 0.4117412", \
					  "0.0224021, 0.0241421, 0.0286715, 0.0403254, 0.0702803, 0.1590854, 0.4111234", \
					  "0.0388962, 0.0411017, 0.0470033, 0.0607747, 0.0924435, 0.1721344, 0.4129188", \
					  "0.0712997, 0.0744717, 0.0827026, 0.1015712, 0.1412800, 0.2271640, 0.4412797", \
					  "0.1367820, 0.1413951, 0.1531557, 0.1801017, 0.2373442, 0.3444544, 0.5719367");
				}
			}
		}
		pin (A1N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008509;
			capacitance : 0.008064;
			fall_capacitance : 0.007618;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102094, -0.0102015, -0.0101829, -0.0101820, -0.0101798, -0.0101745, -0.0101624");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102900, 0.0102761, 0.0102441, 0.0102477, 0.0102560, 0.0102750, 0.0103190");
				}
			}
		}
		pin (A2N) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008493;
			capacitance : 0.008149;
			fall_capacitance : 0.007804;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087594, -0.0087618, -0.0087671, -0.0087487, -0.0087063, -0.0086085, -0.0083828");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0123577, 0.0123526, 0.0123410, 0.0123333, 0.0123158, 0.0122753, 0.0121821");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007594;
			capacitance : 0.008006;
			rise_capacitance : 0.008418;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0095436, -0.0096276, -0.0098215, -0.0098317, -0.0098550, -0.0099087, -0.0100326");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0111693, 0.0111736, 0.0111835, 0.0111852, 0.0111894, 0.0111987, 0.0112206");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007391;
			capacitance : 0.007903;
			rise_capacitance : 0.008415;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048807, -0.0048780, -0.0048718, -0.0048718, -0.0048713, -0.0048703, -0.0048679");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0050198, 0.0050097, 0.0049865, 0.0049944, 0.0050126, 0.0050545, 0.0051511");
				}
			}
		}
	}
	cell ("scs8hd_o311a_1") {
		area : 10.009600;
		cell_footprint : "o311a";
		cell_leakage_power : 2.780294e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003662";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007515";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003787";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010929";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003722";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003937";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0733751";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003787";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010931";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003787";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007516";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003787";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010929";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003787";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007517";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003787";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0003662";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010929";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0003745";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0003787";
			when : "A1&A2&!A3&!B1&C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1) | (A3&B1&C1)";
			max_capacitance : 0.134592;
			max_transition : 1.503716;
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0094572, 0.0104580, 0.0129160, 0.0190971, 0.0343945, 0.0734746, 0.1715334", \
					  "0.0093711, 0.0103715, 0.0128424, 0.0190093, 0.0343104, 0.0734030, 0.1714678", \
					  "0.0092359, 0.0102388, 0.0126894, 0.0187927, 0.0341688, 0.0726880, 0.1701843", \
					  "0.0090112, 0.0099942, 0.0124126, 0.0185004, 0.0340254, 0.0728427, 0.1715991", \
					  "0.0089007, 0.0098305, 0.0122101, 0.0182005, 0.0336112, 0.0725978, 0.1709361", \
					  "0.0089178, 0.0099207, 0.0123290, 0.0182746, 0.0337071, 0.0725631, 0.1709640", \
					  "0.0088892, 0.0099219, 0.0123197, 0.0183187, 0.0338326, 0.0726080, 0.1701195");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0063768, 0.0057713, 0.0038869, -0.0016724, -0.0168932, -0.0559307, -0.1552735", \
					  "0.0062012, 0.0055734, 0.0036964, -0.0018642, -0.0170731, -0.0561171, -0.1554188", \
					  "0.0059794, 0.0053511, 0.0034887, -0.0021028, -0.0172926, -0.0563438, -0.1556235", \
					  "0.0057670, 0.0051312, 0.0032482, -0.0023513, -0.0175171, -0.0565438, -0.1558426", \
					  "0.0054643, 0.0048482, 0.0030694, -0.0024527, -0.0175880, -0.0565274, -0.1558451", \
					  "0.0063748, 0.0055004, 0.0031394, -0.0027907, -0.0177649, -0.0566771, -0.1559212", \
					  "0.0065432, 0.0056406, 0.0033071, -0.0025978, -0.0178189, -0.0566913, -0.1557096");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0113294, 0.0123706, 0.0148764, 0.0210305, 0.0362973, 0.0753038, 0.1740433", \
					  "0.0112709, 0.0123255, 0.0148284, 0.0209726, 0.0364124, 0.0752343, 0.1738760", \
					  "0.0112048, 0.0122408, 0.0147590, 0.0209007, 0.0362163, 0.0748681, 0.1731350", \
					  "0.0111234, 0.0121599, 0.0146633, 0.0208148, 0.0361379, 0.0747881, 0.1740677", \
					  "0.0110624, 0.0120754, 0.0145975, 0.0207118, 0.0362191, 0.0751320, 0.1737571", \
					  "0.0112343, 0.0121931, 0.0146383, 0.0205805, 0.0359391, 0.0749946, 0.1738694", \
					  "0.0112839, 0.0122191, 0.0146033, 0.0207043, 0.0362264, 0.0750419, 0.1735647");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0116950, 0.0110730, 0.0092469, 0.0042210, -0.0101556, -0.0487857, -0.1480488", \
					  "0.0115273, 0.0109413, 0.0091689, 0.0040770, -0.0102193, -0.0488644, -0.1481268", \
					  "0.0114541, 0.0108227, 0.0090441, 0.0039780, -0.0103533, -0.0489696, -0.1482113", \
					  "0.0113682, 0.0107226, 0.0089600, 0.0038656, -0.0104597, -0.0490886, -0.1483300", \
					  "0.0112311, 0.0106184, 0.0087995, 0.0037695, -0.0105379, -0.0491446, -0.1483867", \
					  "0.0112142, 0.0105395, 0.0087282, 0.0036517, -0.0105878, -0.0491702, -0.1483888", \
					  "0.0125410, 0.0116102, 0.0092703, 0.0033493, -0.0107085, -0.0491402, -0.1483160");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0104420, 0.0114659, 0.0139548, 0.0201111, 0.0356852, 0.0745689, 0.1727963", \
					  "0.0104321, 0.0114425, 0.0139457, 0.0200912, 0.0356548, 0.0743575, 0.1736082", \
					  "0.0103941, 0.0114214, 0.0139053, 0.0200593, 0.0354764, 0.0742461, 0.1735031", \
					  "0.0103105, 0.0113244, 0.0138081, 0.0199546, 0.0355162, 0.0744611, 0.1731079", \
					  "0.0101608, 0.0111538, 0.0136592, 0.0197465, 0.0353082, 0.0740882, 0.1734551", \
					  "0.0101876, 0.0111580, 0.0135878, 0.0196052, 0.0349973, 0.0736529, 0.1731023", \
					  "0.0101344, 0.0110773, 0.0134952, 0.0196334, 0.0350323, 0.0740632, 0.1716808");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0105292, 0.0098573, 0.0080822, 0.0029999, -0.0112193, -0.0497988, -0.1489674", \
					  "0.0104755, 0.0097628, 0.0079943, 0.0029058, -0.0113186, -0.0498821, -0.1490506", \
					  "0.0102887, 0.0096518, 0.0078783, 0.0028190, -0.0114258, -0.0500012, -0.1491614", \
					  "0.0102694, 0.0095877, 0.0078248, 0.0027996, -0.0115578, -0.0500879, -0.1492451", \
					  "0.0100980, 0.0095026, 0.0077326, 0.0027014, -0.0116049, -0.0501454, -0.1493101", \
					  "0.0100208, 0.0093962, 0.0076905, 0.0026199, -0.0116674, -0.0501790, -0.1493423", \
					  "0.0111041, 0.0101832, 0.0078106, 0.0021907, -0.0118001, -0.0502074, -0.1493299");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0094664, 0.0104849, 0.0129642, 0.0191075, 0.0344313, 0.0733910, 0.1711021", \
					  "0.0094699, 0.0104929, 0.0129676, 0.0191121, 0.0346524, 0.0733117, 0.1715650", \
					  "0.0094374, 0.0104514, 0.0129229, 0.0190650, 0.0344306, 0.0731017, 0.1724436", \
					  "0.0093043, 0.0103093, 0.0127772, 0.0189270, 0.0344595, 0.0732792, 0.1713172", \
					  "0.0092039, 0.0101203, 0.0125860, 0.0186678, 0.0340679, 0.0729282, 0.1716220", \
					  "0.0090458, 0.0100344, 0.0124857, 0.0185208, 0.0338775, 0.0728893, 0.1712035", \
					  "0.0089022, 0.0099261, 0.0123088, 0.0184355, 0.0339942, 0.0728078, 0.1704247");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0092376, 0.0085841, 0.0068055, 0.0017833, -0.0124856, -0.0509536, -0.1500548", \
					  "0.0090995, 0.0084595, 0.0066863, 0.0016354, -0.0125730, -0.0510684, -0.1501688", \
					  "0.0089116, 0.0083054, 0.0065372, 0.0015156, -0.0127497, -0.0512265, -0.1503398", \
					  "0.0088467, 0.0081879, 0.0064116, 0.0013585, -0.0128950, -0.0513523, -0.1504619", \
					  "0.0087268, 0.0081063, 0.0063430, 0.0013050, -0.0129730, -0.0513991, -0.1505111", \
					  "0.0087214, 0.0081181, 0.0063421, 0.0013014, -0.0129449, -0.0514053, -0.1505023", \
					  "0.0107351, 0.0097873, 0.0074213, 0.0013948, -0.0132219, -0.0514793, -0.1505296");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0095454, 0.0105544, 0.0130099, 0.0191523, 0.0343000, 0.0733071, 0.1716102", \
					  "0.0094862, 0.0105006, 0.0129607, 0.0190641, 0.0343108, 0.0729996, 0.1723554", \
					  "0.0093790, 0.0103795, 0.0128306, 0.0189609, 0.0342809, 0.0731020, 0.1714926", \
					  "0.0091769, 0.0102030, 0.0126206, 0.0187178, 0.0341191, 0.0730600, 0.1714089", \
					  "0.0091928, 0.0101170, 0.0125017, 0.0185083, 0.0340057, 0.0728006, 0.1712162", \
					  "0.0090522, 0.0100372, 0.0124641, 0.0185406, 0.0337689, 0.0723999, 0.1709242", \
					  "0.0091216, 0.0100470, 0.0124148, 0.0184695, 0.0340524, 0.0728493, 0.1712129");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001270511, 0.003228397, 0.008203429, 0.02084509, 0.05296785, 0.1345925");
					values("0.0082316, 0.0076285, 0.0058287, 0.0003152, -0.0148121, -0.0538152, -0.1531139", \
					  "0.0081002, 0.0074744, 0.0056999, 0.0001869, -0.0149308, -0.0539301, -0.1532089", \
					  "0.0079474, 0.0073088, 0.0054945, 1.6500000e-05, -0.0151043, -0.0540889, -0.1534345", \
					  "0.0077622, 0.0071172, 0.0052995, -0.0001858, -0.0152803, -0.0542541, -0.1534973", \
					  "0.0075672, 0.0069006, 0.0050898, -0.0003155, -0.0153809, -0.0543119, -0.1535572", \
					  "0.0083775, 0.0074736, 0.0051372, -0.0008261, -0.0155679, -0.0544529, -0.1536599", \
					  "0.0086855, 0.0077595, 0.0054520, -0.0004654, -0.0156951, -0.0545946, -0.1535949");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.1017535, 0.1098171, 0.1277637, 0.1686096, 0.2679054, 0.5176137, 1.1496816", \
					  "0.1062563, 0.1144687, 0.1322701, 0.1730949, 0.2724651, 0.5212907, 1.1542652", \
					  "0.1151882, 0.1232363, 0.1411597, 0.1820001, 0.2810399, 0.5305349, 1.1641981", \
					  "0.1336139, 0.1416201, 0.1594103, 0.2002082, 0.2994632, 0.5496130, 1.1840615", \
					  "0.1680321, 0.1763255, 0.1945341, 0.2354979, 0.3352989, 0.5847506, 1.2176176", \
					  "0.2181712, 0.2273891, 0.2468784, 0.2883244, 0.3881604, 0.6379826, 1.2737311", \
					  "0.2654597, 0.2770293, 0.2998453, 0.3445471, 0.4445228, 0.6949477, 1.3276786");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0269745, 0.0351782, 0.0555690, 0.1081914, 0.2451911, 0.5977567, 1.4939708", \
					  "0.0269808, 0.0350640, 0.0555449, 0.1080149, 0.2458112, 0.5975583, 1.4899808", \
					  "0.0269611, 0.0351459, 0.0553151, 0.1078907, 0.2460843, 0.5994754, 1.4962318", \
					  "0.0269043, 0.0350410, 0.0552601, 0.1081041, 0.2462616, 0.5970377, 1.4916713", \
					  "0.0284877, 0.0364513, 0.0564366, 0.1081457, 0.2459370, 0.5963019, 1.4917971", \
					  "0.0332410, 0.0408134, 0.0595620, 0.1099709, 0.2461873, 0.5971552, 1.4937881", \
					  "0.0443480, 0.0521980, 0.0706042, 0.1157715, 0.2471248, 0.6018121, 1.4887692");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.3420380, 0.3507886, 0.3677486, 0.3971126, 0.4501127, 0.5518463, 0.7732048", \
					  "0.3471332, 0.3557945, 0.3726150, 0.4023656, 0.4544414, 0.5562069, 0.7775149", \
					  "0.3613578, 0.3701875, 0.3868355, 0.4167864, 0.4697911, 0.5711150, 0.7923528", \
					  "0.3948608, 0.4036670, 0.4201794, 0.4499909, 0.5028498, 0.6046047, 0.8258962", \
					  "0.4692011, 0.4780349, 0.4947839, 0.5244766, 0.5767984, 0.6785961, 0.8999828", \
					  "0.6337200, 0.6424827, 0.6592012, 0.6888058, 0.7418862, 0.8438426, 1.0652410", \
					  "0.9775670, 0.9870345, 1.0065595, 1.0382560, 1.0942095, 1.1991426, 1.4219015");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0413885, 0.0462260, 0.0559220, 0.0765957, 0.1205702, 0.2226841, 0.4881213", \
					  "0.0410210, 0.0460319, 0.0560820, 0.0753740, 0.1209074, 0.2232701, 0.4882373", \
					  "0.0410163, 0.0461557, 0.0559635, 0.0754036, 0.1191424, 0.2224955, 0.4903580", \
					  "0.0413251, 0.0460631, 0.0558081, 0.0756360, 0.1203228, 0.2233521, 0.4909934", \
					  "0.0412148, 0.0459364, 0.0553653, 0.0759553, 0.1207389, 0.2226187, 0.4875708", \
					  "0.0414560, 0.0460622, 0.0557128, 0.0761829, 0.1198223, 0.2225415, 0.4881212", \
					  "0.0478758, 0.0524947, 0.0629349, 0.0831430, 0.1259848, 0.2269323, 0.4920231");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.1002934, 0.1082705, 0.1260465, 0.1667789, 0.2663338, 0.5161258, 1.1490944", \
					  "0.1050326, 0.1129275, 0.1307045, 0.1713615, 0.2710832, 0.5207782, 1.1566592", \
					  "0.1141851, 0.1221838, 0.1399243, 0.1806433, 0.2799528, 0.5306747, 1.1631687", \
					  "0.1324692, 0.1404309, 0.1581395, 0.1987883, 0.2983672, 0.5483528, 1.1814901", \
					  "0.1656054, 0.1740020, 0.1922072, 0.2331839, 0.3328046, 0.5830670, 1.2189582", \
					  "0.2124777, 0.2217002, 0.2411296, 0.2828758, 0.3825348, 0.6327073, 1.2695666", \
					  "0.2513632, 0.2633002, 0.2869276, 0.3321689, 0.4322642, 0.6827545, 1.3158397");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0264054, 0.0344232, 0.0545854, 0.1069971, 0.2449007, 0.5979892, 1.4992356", \
					  "0.0264041, 0.0344000, 0.0545166, 0.1069128, 0.2445670, 0.5992928, 1.4931529", \
					  "0.0263012, 0.0343833, 0.0544520, 0.1065770, 0.2452405, 0.5967582, 1.4944249", \
					  "0.0263720, 0.0344387, 0.0543584, 0.1071489, 0.2447356, 0.5975390, 1.4839467", \
					  "0.0283861, 0.0363423, 0.0559162, 0.1074438, 0.2449508, 0.5990077, 1.4922827", \
					  "0.0335144, 0.0412354, 0.0597277, 0.1096190, 0.2450586, 0.5959470, 1.4935857", \
					  "0.0459015, 0.0538284, 0.0721690, 0.1163611, 0.2469781, 0.5999212, 1.4894620");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.3240815, 0.3329290, 0.3496527, 0.3792166, 0.4322123, 0.5336646, 0.7549701", \
					  "0.3280000, 0.3368651, 0.3536076, 0.3831701, 0.4362301, 0.5381833, 0.7594650", \
					  "0.3403869, 0.3492347, 0.3660744, 0.3956897, 0.4487134, 0.5502965, 0.7716472", \
					  "0.3730516, 0.3818985, 0.3986858, 0.4281958, 0.4813719, 0.5832978, 0.8048093", \
					  "0.4492684, 0.4577643, 0.4748071, 0.5045129, 0.5567555, 0.6590560, 0.8803767", \
					  "0.6264856, 0.6355610, 0.6523734, 0.6810780, 0.7343138, 0.8363474, 1.0579481", \
					  "0.9966282, 1.0072432, 1.0261151, 1.0587746, 1.1153415, 1.2202125, 1.4433396");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0409106, 0.0456663, 0.0553751, 0.0754771, 0.1201926, 0.2229722, 0.4904299", \
					  "0.0413208, 0.0456117, 0.0553990, 0.0754643, 0.1202415, 0.2232451, 0.4904129", \
					  "0.0410746, 0.0457211, 0.0554417, 0.0754221, 0.1200123, 0.2228388, 0.4903915", \
					  "0.0415214, 0.0463227, 0.0559891, 0.0763457, 0.1205005, 0.2227501, 0.4875781", \
					  "0.0409733, 0.0455664, 0.0553310, 0.0761279, 0.1207596, 0.2230807, 0.4903024", \
					  "0.0410097, 0.0455701, 0.0559966, 0.0762066, 0.1201706, 0.2224727, 0.4881023", \
					  "0.0499610, 0.0547644, 0.0641654, 0.0851138, 0.1277985, 0.2281693, 0.4927244");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0874610, 0.0950985, 0.1123616, 0.1525379, 0.2514837, 0.5026593, 1.1355468", \
					  "0.0923207, 0.0999982, 0.1171866, 0.1574077, 0.2566878, 0.5059830, 1.1397986", \
					  "0.1019523, 0.1095940, 0.1268105, 0.1670275, 0.2660954, 0.5157529, 1.1487715", \
					  "0.1209548, 0.1286165, 0.1458065, 0.1859256, 0.2852455, 0.5354991, 1.1707343", \
					  "0.1533280, 0.1613143, 0.1791115, 0.2195742, 0.3186459, 0.5687996, 1.2062643", \
					  "0.1945999, 0.2040558, 0.2234360, 0.2647202, 0.3642310, 0.6141671, 1.2493565", \
					  "0.2218747, 0.2345317, 0.2592527, 0.3046635, 0.4044392, 0.6555712, 1.2879879");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0248617, 0.0327156, 0.0528724, 0.1055977, 0.2438587, 0.6019011, 1.4899202", \
					  "0.0248646, 0.0326941, 0.0527456, 0.1056994, 0.2447373, 0.5997030, 1.4984568", \
					  "0.0248248, 0.0326550, 0.0528324, 0.1058083, 0.2437852, 0.5961664, 1.4975987", \
					  "0.0252034, 0.0329625, 0.0528422, 0.1058390, 0.2449030, 0.5942195, 1.4956274", \
					  "0.0274165, 0.0351995, 0.0547654, 0.1061228, 0.2448269, 0.5992860, 1.5037157", \
					  "0.0342785, 0.0417153, 0.0595863, 0.1089329, 0.2454832, 0.5948266, 1.4987689", \
					  "0.0485438, 0.0564641, 0.0742087, 0.1175199, 0.2464664, 0.6015412, 1.4879410");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.2854215, 0.2942705, 0.3111039, 0.3407318, 0.3937747, 0.4957569, 0.7172753", \
					  "0.2881067, 0.2969518, 0.3138149, 0.3434635, 0.3966311, 0.4984278, 0.7199368", \
					  "0.2973817, 0.3058793, 0.3229279, 0.3526785, 0.4048492, 0.5071057, 0.7288296", \
					  "0.3262526, 0.3350815, 0.3519205, 0.3816785, 0.4348534, 0.5366201, 0.7582269", \
					  "0.3973130, 0.4060503, 0.4227391, 0.4526117, 0.5058536, 0.6072456, 0.8289773", \
					  "0.5719852, 0.5807632, 0.5974974, 0.6273311, 0.6801998, 0.7820377, 1.0038729", \
					  "0.9240701, 0.9354615, 0.9514228, 0.9922693, 1.0501756, 1.1551294, 1.3791212");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0411664, 0.0457749, 0.0555124, 0.0755065, 0.1190161, 0.2226465, 0.4902480", \
					  "0.0410885, 0.0457534, 0.0554468, 0.0753850, 0.1199679, 0.2226890, 0.4903121", \
					  "0.0409714, 0.0455443, 0.0552899, 0.0760476, 0.1206887, 0.2222387, 0.4878652", \
					  "0.0413044, 0.0459453, 0.0556744, 0.0753516, 0.1189134, 0.2223867, 0.4909699", \
					  "0.0411899, 0.0460948, 0.0558897, 0.0754399, 0.1191058, 0.2222782, 0.4876344", \
					  "0.0407640, 0.0453437, 0.0556575, 0.0758777, 0.1202777, 0.2224235, 0.4880850", \
					  "0.0589736, 0.0634988, 0.0733750, 0.0911409, 0.1319155, 0.2287385, 0.4921047");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0714541, 0.0786817, 0.0952479, 0.1348280, 0.2335209, 0.4855863, 1.1188263", \
					  "0.0759312, 0.0832469, 0.0998324, 0.1394597, 0.2381464, 0.4872160, 1.1230056", \
					  "0.0859864, 0.0931791, 0.1096814, 0.1493213, 0.2481276, 0.5003679, 1.1332201", \
					  "0.1060988, 0.1137364, 0.1301523, 0.1698717, 0.2689153, 0.5193762, 1.1513724", \
					  "0.1374089, 0.1450274, 0.1620653, 0.2020357, 0.3012200, 0.5515690, 1.1871738", \
					  "0.1744256, 0.1833767, 0.2016367, 0.2420413, 0.3410480, 0.5910546, 1.2243881", \
					  "0.1935154, 0.2053726, 0.2284666, 0.2720713, 0.3705383, 0.6219510, 1.2537421");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0229555, 0.0309410, 0.0512989, 0.1049763, 0.2438141, 0.6011537, 1.5015424", \
					  "0.0229876, 0.0308509, 0.0513942, 0.1049864, 0.2434103, 0.5969384, 1.4864437", \
					  "0.0229123, 0.0308689, 0.0512942, 0.1052712, 0.2445359, 0.6024958, 1.5008973", \
					  "0.0238749, 0.0314711, 0.0517731, 0.1048734, 0.2445750, 0.5940204, 1.4914174", \
					  "0.0263311, 0.0336636, 0.0532490, 0.1056890, 0.2428942, 0.5996024, 1.5029861", \
					  "0.0326145, 0.0395549, 0.0573295, 0.1072178, 0.2457139, 0.5955244, 1.4985725", \
					  "0.0468958, 0.0544377, 0.0704565, 0.1146821, 0.2446076, 0.6001081, 1.4850876");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0889529, 0.0935054, 0.1027898, 0.1206712, 0.1572933, 0.2420625, 0.4558286", \
					  "0.0948606, 0.0994333, 0.1086768, 0.1263688, 0.1629208, 0.2479780, 0.4617627", \
					  "0.1097823, 0.1144450, 0.1236633, 0.1414555, 0.1781225, 0.2629735, 0.4763290", \
					  "0.1462705, 0.1508079, 0.1600014, 0.1774807, 0.2141671, 0.2989742, 0.5132541", \
					  "0.2296872, 0.2344785, 0.2440076, 0.2618310, 0.2986298, 0.3836421, 0.5970590", \
					  "0.3836783, 0.3906195, 0.4027267, 0.4252074, 0.4655482, 0.5519556, 0.7652955", \
					  "0.6587985, 0.6680287, 0.6854410, 0.7158117, 0.7654478, 0.8570724, 1.0706328");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0166005, 0.0197206, 0.0269884, 0.0430682, 0.0835748, 0.1925230, 0.4733318", \
					  "0.0165256, 0.0197446, 0.0269874, 0.0433545, 0.0834275, 0.1912552, 0.4741121", \
					  "0.0166222, 0.0196283, 0.0266914, 0.0432765, 0.0834569, 0.1914578, 0.4719340", \
					  "0.0165318, 0.0197107, 0.0267956, 0.0431785, 0.0836243, 0.1907166, 0.4748641", \
					  "0.0185597, 0.0215582, 0.0284439, 0.0443289, 0.0841441, 0.1926566, 0.4728857", \
					  "0.0286255, 0.0318009, 0.0395343, 0.0542799, 0.0912035, 0.1948380, 0.4726657", \
					  "0.0442932, 0.0487184, 0.0576799, 0.0750010, 0.1110442, 0.2032695, 0.4749359");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0675170, 0.0746976, 0.0912907, 0.1309653, 0.2296275, 0.4789815, 1.1113315", \
					  "0.0717525, 0.0789201, 0.0955466, 0.1351681, 0.2338204, 0.4832857, 1.1172104", \
					  "0.0819100, 0.0891226, 0.1056642, 0.1453614, 0.2442536, 0.4944922, 1.1274384", \
					  "0.1025863, 0.1099243, 0.1265417, 0.1661570, 0.2650782, 0.5153193, 1.1523633", \
					  "0.1324925, 0.1400953, 0.1571871, 0.1970298, 0.2964142, 0.5486276, 1.1790202", \
					  "0.1665074, 0.1754983, 0.1937820, 0.2334217, 0.3327406, 0.5830149, 1.2179074", \
					  "0.1818778, 0.1940886, 0.2178898, 0.2606458, 0.3591356, 0.6091040, 1.2422623");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0229650, 0.0309201, 0.0513111, 0.1048591, 0.2446008, 0.5976109, 1.4956897", \
					  "0.0229792, 0.0307792, 0.0513909, 0.1049201, 0.2445071, 0.5977801, 1.5007524", \
					  "0.0229279, 0.0309172, 0.0512730, 0.1049763, 0.2445822, 0.5950282, 1.4964568", \
					  "0.0240106, 0.0319031, 0.0518789, 0.1050696, 0.2436072, 0.5935193, 1.4849765", \
					  "0.0266683, 0.0340379, 0.0536164, 0.1060573, 0.2442294, 0.5996540, 1.4952997", \
					  "0.0341026, 0.0413039, 0.0580111, 0.1078521, 0.2465537, 0.5949673, 1.4990178", \
					  "0.0504571, 0.0573329, 0.0730071, 0.1162885, 0.2456750, 0.6010205, 1.4867070");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0723678, 0.0767613, 0.0854049, 0.1027147, 0.1385168, 0.2226344, 0.4360508", \
					  "0.0780255, 0.0823187, 0.0909839, 0.1083346, 0.1438463, 0.2282042, 0.4418592", \
					  "0.0926026, 0.0968855, 0.1056414, 0.1226340, 0.1585597, 0.2430745, 0.4566066", \
					  "0.1272028, 0.1314902, 0.1402350, 0.1574972, 0.1934725, 0.2780904, 0.4920141", \
					  "0.2018936, 0.2069138, 0.2168304, 0.2352849, 0.2719508, 0.3560830, 0.5692362", \
					  "0.3315122, 0.3383652, 0.3517829, 0.3747037, 0.4157742, 0.5022142, 0.7153187", \
					  "0.5559525, 0.5654214, 0.5834147, 0.6143455, 0.6661296, 0.7581267, 0.9708823");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127051, 0.0032284, 0.00820343, 0.0208451, 0.0529678, 0.134592");
					values("0.0148245, 0.0180091, 0.0251547, 0.0415781, 0.0824574, 0.1908165, 0.4718133", \
					  "0.0148435, 0.0179127, 0.0251725, 0.0414036, 0.0824128, 0.1901216, 0.4731885", \
					  "0.0148115, 0.0179180, 0.0249823, 0.0415656, 0.0823093, 0.1928095, 0.4731311", \
					  "0.0150521, 0.0181826, 0.0253240, 0.0417860, 0.0823628, 0.1899807, 0.4716020", \
					  "0.0192559, 0.0223923, 0.0293321, 0.0445272, 0.0839333, 0.1919132, 0.4716021", \
					  "0.0296131, 0.0329143, 0.0409574, 0.0556172, 0.0923589, 0.1943198, 0.4759804", \
					  "0.0455366, 0.0501697, 0.0598183, 0.0782760, 0.1133636, 0.2052204, 0.4769264");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002312;
			capacitance : 0.002181;
			fall_capacitance : 0.002050;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027733, -0.0027724, -0.0027705, -0.0027703, -0.0027700, -0.0027692, -0.0027675");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027916, 0.0027870, 0.0027762, 0.0027744, 0.0027702, 0.0027604, 0.0027379");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002347;
			capacitance : 0.002211;
			fall_capacitance : 0.002074;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025385, -0.0025373, -0.0025346, -0.0025350, -0.0025358, -0.0025377, -0.0025420");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025376, 0.0025376, 0.0025377, 0.0025377, 0.0025375, 0.0025372, 0.0025364");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002363;
			capacitance : 0.002209;
			fall_capacitance : 0.002055;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025942, -0.0025936, -0.0025922, -0.0025927, -0.0025938, -0.0025965, -0.0026027");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025934, 0.0025935, 0.0025935, 0.0025933, 0.0025927, 0.0025915, 0.0025887");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002348;
			capacitance : 0.002238;
			fall_capacitance : 0.002127;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026907, -0.0026893, -0.0026863, -0.0026860, -0.0026855, -0.0026842, -0.0026814");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027826, 0.0027723, 0.0027487, 0.0027511, 0.0027565, 0.0027687, 0.0027973");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002338;
			capacitance : 0.002244;
			fall_capacitance : 0.002151;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026806, -0.0026820, -0.0026852, -0.0026805, -0.0026697, -0.0026450, -0.0025877");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032465, 0.0032466, 0.0032469, 0.0032464, 0.0032453, 0.0032428, 0.0032369");
				}
			}
		}
	}
	cell ("scs8hd_o311a_2") {
		area : 11.260800;
		cell_footprint : "o311a";
		cell_leakage_power : 1.087472e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007293";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007673";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0104576";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007375";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0011111";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0007333";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007375";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007691";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0007333";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007375";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0011107";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0007333";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007375";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007692";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0007332";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007375";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0011107";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0007333";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007375";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007691";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0007333";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0007375";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0007249";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0011107";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0007333";
			when : "A1&A2&A3&B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1) | (A3&B1&C1)";
			max_capacitance : 0.252695;
			max_transition : 1.515686;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0136053, 0.0126570, 0.0102390, 0.0026630, -0.0203623, -0.0893171, -0.2875384", \
					  "0.0135272, 0.0125266, 0.0100542, 0.0025393, -0.0204936, -0.0894309, -0.2876365", \
					  "0.0134294, 0.0124443, 0.0099561, 0.0024526, -0.0205574, -0.0895234, -0.2877047", \
					  "0.0134843, 0.0125611, 0.0099641, 0.0022386, -0.0206960, -0.0896406, -0.2878449", \
					  "0.0131722, 0.0123826, 0.0098994, 0.0022771, -0.0207708, -0.0897172, -0.2878948", \
					  "0.0130161, 0.0122515, 0.0097833, 0.0021525, -0.0208625, -0.0897712, -0.2879378", \
					  "0.0130215, 0.0119329, 0.0094627, 0.0018803, -0.0209597, -0.0898010, -0.2878865");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0146969, 0.0159421, 0.0192616, 0.0283640, 0.0532646, 0.1229628, 0.3194150", \
					  "0.0146540, 0.0158875, 0.0192358, 0.0282722, 0.0531837, 0.1227472, 0.3193412", \
					  "0.0145768, 0.0158084, 0.0191596, 0.0282236, 0.0531270, 0.1234415, 0.3209706", \
					  "0.0144983, 0.0157497, 0.0191089, 0.0281738, 0.0530439, 0.1228267, 0.3193191", \
					  "0.0144780, 0.0157078, 0.0190682, 0.0280928, 0.0529763, 0.1228408, 0.3192733", \
					  "0.0147780, 0.0159476, 0.0191619, 0.0280342, 0.0529267, 0.1225520, 0.3206183", \
					  "0.0147679, 0.0159288, 0.0192750, 0.0280775, 0.0530187, 0.1229849, 0.3197949");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0137750, 0.0149985, 0.0183425, 0.0274138, 0.0524026, 0.1229239, 0.3204496", \
					  "0.0137681, 0.0149859, 0.0183380, 0.0274088, 0.0524021, 0.1229195, 0.3204198", \
					  "0.0137570, 0.0149858, 0.0183045, 0.0273913, 0.0523766, 0.1223018, 0.3201567", \
					  "0.0136821, 0.0149022, 0.0182641, 0.0273005, 0.0522770, 0.1228657, 0.3205204", \
					  "0.0135590, 0.0147822, 0.0181369, 0.0271203, 0.0521449, 0.1227208, 0.3205950", \
					  "0.0137467, 0.0149465, 0.0181025, 0.0270102, 0.0519243, 0.1215624, 0.3185101", \
					  "0.0136938, 0.0148744, 0.0180411, 0.0268815, 0.0519075, 0.1221288, 0.3189686");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0123943, 0.0116128, 0.0090275, 0.0016317, -0.0213989, -0.0903731, -0.2885125", \
					  "0.0125596, 0.0116480, 0.0090558, 0.0014920, -0.0215040, -0.0904544, -0.2885937", \
					  "0.0122023, 0.0114131, 0.0088120, 0.0014360, -0.0216052, -0.0905580, -0.2886898", \
					  "0.0121394, 0.0113107, 0.0087449, 0.0012085, -0.0218011, -0.0906680, -0.2887901", \
					  "0.0121736, 0.0111863, 0.0086389, 0.0011546, -0.0218565, -0.0907377, -0.2888458", \
					  "0.0120581, 0.0110868, 0.0085643, 0.0009785, -0.0220092, -0.0908216, -0.2888985", \
					  "0.0116201, 0.0108531, 0.0083945, 0.0009054, -0.0220760, -0.0908400, -0.2889111");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0128410, 0.0140584, 0.0173904, 0.0264232, 0.0514053, 0.1218447, 0.3199251", \
					  "0.0128582, 0.0140767, 0.0174025, 0.0264439, 0.0514285, 0.1213040, 0.3182738", \
					  "0.0128593, 0.0140585, 0.0173889, 0.0264283, 0.0514051, 0.1219266, 0.3178909", \
					  "0.0127498, 0.0139732, 0.0173027, 0.0263436, 0.0513563, 0.1207291, 0.3182764", \
					  "0.0126084, 0.0138124, 0.0170832, 0.0260658, 0.0510453, 0.1215970, 0.3184727", \
					  "0.0126349, 0.0137780, 0.0170494, 0.0260239, 0.0508684, 0.1203137, 0.3152975", \
					  "0.0125116, 0.0136726, 0.0168148, 0.0258299, 0.0508288, 0.1205288, 0.3177668");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0112215, 0.0103041, 0.0077453, 0.0002311, -0.0227806, -0.0915803, -0.2896315", \
					  "0.0110245, 0.0102296, 0.0076394, 6.8000000e-05, -0.0228579, -0.0916823, -0.2897410", \
					  "0.0108671, 0.0100455, 0.0074671, -0.0001183, -0.0230415, -0.0918230, -0.2898655", \
					  "0.0107051, 0.0100085, 0.0074508, -0.0001224, -0.0231318, -0.0919588, -0.2900136", \
					  "0.0106493, 0.0098681, 0.0072843, -0.0002868, -0.0232240, -0.0920346, -0.2900495", \
					  "0.0108287, 0.0099555, 0.0073851, -0.0001877, -0.0232583, -0.0920207, -0.2900450", \
					  "0.0116996, 0.0105737, 0.0074335, -0.0003697, -0.0233295, -0.0921337, -0.2901370");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0129560, 0.0141632, 0.0174830, 0.0265257, 0.0514250, 0.1217785, 0.3162699", \
					  "0.0129249, 0.0141469, 0.0174829, 0.0264718, 0.0514797, 0.1219425, 0.3192828", \
					  "0.0128464, 0.0140564, 0.0173685, 0.0263778, 0.0515105, 0.1212228, 0.3174072", \
					  "0.0126562, 0.0138617, 0.0171766, 0.0261659, 0.0511507, 0.1212601, 0.3155058", \
					  "0.0125331, 0.0137076, 0.0170012, 0.0258384, 0.0508265, 0.1208404, 0.3176329", \
					  "0.0125829, 0.0137664, 0.0169871, 0.0259322, 0.0508274, 0.1201836, 0.3174626", \
					  "0.0125791, 0.0136847, 0.0169271, 0.0258371, 0.0508360, 0.1203757, 0.3174462");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0108106, 0.0098513, 0.0075033, -2.4000000e-05, -0.0240132, -0.0940839, -0.2924521", \
					  "0.0106699, 0.0097640, 0.0073886, -0.0001117, -0.0241005, -0.0941831, -0.2926271", \
					  "0.0105421, 0.0095986, 0.0072053, -0.0003105, -0.0243040, -0.0943487, -0.2927868", \
					  "0.0103603, 0.0094331, 0.0070411, -0.0005020, -0.0245034, -0.0945323, -0.2929520", \
					  "0.0101644, 0.0092043, 0.0067779, -0.0007624, -0.0247090, -0.0946589, -0.2930398", \
					  "0.0106847, 0.0096390, 0.0066149, -0.0013617, -0.0249592, -0.0948074, -0.2931303", \
					  "0.0122093, 0.0111187, 0.0080743, -0.0005759, -0.0252063, -0.0950763, -0.2931922");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0128813, 0.0141033, 0.0174395, 0.0264200, 0.0513174, 0.1218448, 0.3182511", \
					  "0.0128126, 0.0140194, 0.0173297, 0.0263746, 0.0513058, 0.1212865, 0.3177332", \
					  "0.0127150, 0.0139241, 0.0172319, 0.0262602, 0.0511934, 0.1218072, 0.3176317", \
					  "0.0125236, 0.0137147, 0.0169861, 0.0259277, 0.0508922, 0.1210188, 0.3177135", \
					  "0.0123056, 0.0134533, 0.0167097, 0.0256553, 0.0503809, 0.1199019, 0.3154135", \
					  "0.0123372, 0.0135422, 0.0167413, 0.0256855, 0.0503958, 0.1197415, 0.3151994", \
					  "0.0124916, 0.0136129, 0.0169061, 0.0257773, 0.0503560, 0.1206416, 0.3172213");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001411155, 0.003982714, 0.01124045, 0.03172403, 0.08953501, 0.2526955");
					values("0.0089840, 0.0080833, 0.0057516, -0.0018397, -0.0260178, -0.0961755, -0.2946731", \
					  "0.0088641, 0.0079868, 0.0056191, -0.0019621, -0.0261288, -0.0963003, -0.2948188", \
					  "0.0086658, 0.0077377, 0.0054010, -0.0022224, -0.0263802, -0.0965488, -0.2950369", \
					  "0.0084343, 0.0075124, 0.0050809, -0.0025200, -0.0266536, -0.0967533, -0.2952120", \
					  "0.0082615, 0.0072949, 0.0048334, -0.0027830, -0.0268665, -0.0969232, -0.2953544", \
					  "0.0095676, 0.0084115, 0.0054954, -0.0031342, -0.0270860, -0.0970239, -0.2953992", \
					  "0.0101990, 0.0090078, 0.0060356, -0.0027106, -0.0271534, -0.0972988, -0.2953603");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.1146249, 0.1209485, 0.1356834, 0.1701452, 0.2576765, 0.4979499, 1.1719538", \
					  "0.1189919, 0.1252886, 0.1400954, 0.1746678, 0.2619910, 0.5030806, 1.1784643", \
					  "0.1278061, 0.1340877, 0.1489594, 0.1834935, 0.2707270, 0.5109965, 1.1886985", \
					  "0.1462657, 0.1525808, 0.1673897, 0.2017803, 0.2892729, 0.5298596, 1.2039285", \
					  "0.1825320, 0.1890157, 0.2041387, 0.2388473, 0.3264721, 0.5669922, 1.2415243", \
					  "0.2376380, 0.2447572, 0.2611193, 0.2971077, 0.3851654, 0.6258621, 1.3017513", \
					  "0.2951950, 0.3045330, 0.3247365, 0.3647027, 0.4543188, 0.6953093, 1.3704069");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0251917, 0.0307306, 0.0452963, 0.0855769, 0.2033725, 0.5434800, 1.5046582", \
					  "0.0252549, 0.0307813, 0.0453716, 0.0856042, 0.2030302, 0.5414737, 1.5040451", \
					  "0.0252465, 0.0308245, 0.0453627, 0.0856806, 0.2028716, 0.5425086, 1.4982292", \
					  "0.0250991, 0.0306019, 0.0451960, 0.0853634, 0.2031613, 0.5430276, 1.5055599", \
					  "0.0264817, 0.0318153, 0.0463929, 0.0859732, 0.2033786, 0.5438192, 1.5038490", \
					  "0.0312726, 0.0368072, 0.0506381, 0.0888696, 0.2041921, 0.5425498, 1.4998145", \
					  "0.0434302, 0.0490259, 0.0629649, 0.0975719, 0.2071453, 0.5430878, 1.4986742");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.3972688, 0.4054445, 0.4225933, 0.4536778, 0.5086884, 0.6133115, 0.8433635", \
					  "0.4023937, 0.4106734, 0.4277461, 0.4588536, 0.5138678, 0.6185365, 0.8485979", \
					  "0.4168766, 0.4253837, 0.4422646, 0.4733759, 0.5282604, 0.6330030, 0.8630034", \
					  "0.4505935, 0.4589194, 0.4760032, 0.5067771, 0.5617474, 0.6664468, 0.8965042", \
					  "0.5255557, 0.5339010, 0.5509100, 0.5822749, 0.6372345, 0.7418511, 0.9721972", \
					  "0.6915831, 0.6996733, 0.7169134, 0.7480424, 0.8028132, 0.9076636, 1.1385850", \
					  "1.0501535, 1.0592417, 1.0769096, 1.1107888, 1.1683385, 1.2752547, 1.5062865");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0520742, 0.0556378, 0.0639597, 0.0812519, 0.1186983, 0.2135143, 0.4770104", \
					  "0.0522221, 0.0558565, 0.0635703, 0.0809445, 0.1202337, 0.2139104, 0.4756845", \
					  "0.0522184, 0.0557800, 0.0635747, 0.0810967, 0.1188549, 0.2137064, 0.4769024", \
					  "0.0526831, 0.0561819, 0.0641951, 0.0807095, 0.1202461, 0.2143143, 0.4759349", \
					  "0.0519747, 0.0558888, 0.0639848, 0.0811148, 0.1186581, 0.2134860, 0.4761340", \
					  "0.0523458, 0.0561281, 0.0643095, 0.0814506, 0.1205899, 0.2142141, 0.4765996", \
					  "0.0588861, 0.0626491, 0.0715341, 0.0869236, 0.1251881, 0.2174358, 0.4785156");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.1129683, 0.1192234, 0.1340628, 0.1685209, 0.2558260, 0.4960511, 1.1716732", \
					  "0.1177028, 0.1239602, 0.1388078, 0.1732632, 0.2605496, 0.5008683, 1.1765015", \
					  "0.1269310, 0.1331675, 0.1479407, 0.1824417, 0.2695923, 0.5104477, 1.1858187", \
					  "0.1453398, 0.1516058, 0.1664337, 0.2007837, 0.2881584, 0.5283797, 1.2035538", \
					  "0.1809614, 0.1874798, 0.2026859, 0.2373584, 0.3249173, 0.5664099, 1.2432768", \
					  "0.2340475, 0.2414449, 0.2577828, 0.2941460, 0.3821605, 0.6227079, 1.3000070", \
					  "0.2862612, 0.2958760, 0.3166321, 0.3566715, 0.4467959, 0.6876613, 1.3627011");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0249873, 0.0305251, 0.0449926, 0.0851247, 0.2020788, 0.5422440, 1.5014255", \
					  "0.0249837, 0.0305471, 0.0449822, 0.0851269, 0.2021353, 0.5421041, 1.5011153", \
					  "0.0249985, 0.0303412, 0.0448550, 0.0850482, 0.2019642, 0.5422677, 1.5009378", \
					  "0.0248526, 0.0304257, 0.0448559, 0.0849331, 0.2017927, 0.5424860, 1.5019309", \
					  "0.0262809, 0.0319106, 0.0461612, 0.0855914, 0.2029509, 0.5415419, 1.4985919", \
					  "0.0316055, 0.0368741, 0.0511821, 0.0891260, 0.2033940, 0.5411016, 1.5041525", \
					  "0.0438261, 0.0495683, 0.0637873, 0.0993413, 0.2073851, 0.5421955, 1.4977575");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.3787073, 0.3869795, 0.4040047, 0.4351143, 0.4897445, 0.5945390, 0.8252857", \
					  "0.3826886, 0.3910222, 0.4081488, 0.4392010, 0.4941754, 0.5986365, 0.8296002", \
					  "0.3953394, 0.4036323, 0.4206352, 0.4517847, 0.5065178, 0.6112802, 0.8420263", \
					  "0.4286119, 0.4367467, 0.4538230, 0.4847034, 0.5396907, 0.6444273, 0.8745105", \
					  "0.5046167, 0.5128774, 0.5299468, 0.5611629, 0.6160072, 0.7207799, 0.9509076", \
					  "0.6826500, 0.6908227, 0.7079238, 0.7387737, 0.7938986, 0.8988398, 1.1292515", \
					  "1.0681291, 1.0771919, 1.0967592, 1.1303802, 1.1880671, 1.2951539, 1.5268199");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0521297, 0.0559484, 0.0636824, 0.0819826, 0.1202375, 0.2146552, 0.4772186", \
					  "0.0525384, 0.0560936, 0.0640333, 0.0812404, 0.1194235, 0.2145675, 0.4768175", \
					  "0.0521307, 0.0559227, 0.0641848, 0.0819746, 0.1203200, 0.2146194, 0.4772628", \
					  "0.0521596, 0.0559069, 0.0636262, 0.0809618, 0.1203814, 0.2140441, 0.4756880", \
					  "0.0526737, 0.0557074, 0.0637638, 0.0809021, 0.1202756, 0.2138712, 0.4754293", \
					  "0.0524383, 0.0558926, 0.0639939, 0.0809119, 0.1189928, 0.2134676, 0.4766109", \
					  "0.0606580, 0.0644556, 0.0725494, 0.0899495, 0.1259948, 0.2185972, 0.4769695");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0991374, 0.1050875, 0.1192638, 0.1528406, 0.2394252, 0.4795245, 1.1543659", \
					  "0.1040392, 0.1099922, 0.1241676, 0.1577434, 0.2443420, 0.4845272, 1.1593738", \
					  "0.1137507, 0.1196742, 0.1338434, 0.1673520, 0.2541596, 0.4951939, 1.1702845", \
					  "0.1331688, 0.1391627, 0.1532921, 0.1867063, 0.2733228, 0.5152280, 1.1879169", \
					  "0.1689926, 0.1753249, 0.1898565, 0.2240165, 0.3107188, 0.5507612, 1.2315349", \
					  "0.2182748, 0.2256885, 0.2422707, 0.2779785, 0.3652979, 0.6055997, 1.2812207", \
					  "0.2611463, 0.2711423, 0.2921650, 0.3335368, 0.4229697, 0.6631434, 1.3380222");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0233732, 0.0286127, 0.0429145, 0.0828470, 0.2009095, 0.5413097, 1.5049648", \
					  "0.0233726, 0.0286060, 0.0429173, 0.0828961, 0.2009035, 0.5421906, 1.4982678", \
					  "0.0233382, 0.0286123, 0.0429049, 0.0829451, 0.2007467, 0.5416754, 1.5055440", \
					  "0.0235625, 0.0286563, 0.0429406, 0.0828100, 0.2016726, 0.5389831, 1.5005327", \
					  "0.0255104, 0.0308058, 0.0451022, 0.0839643, 0.2009380, 0.5418939, 1.5156856", \
					  "0.0316877, 0.0368575, 0.0506009, 0.0875768, 0.2024845, 0.5392545, 1.5048023", \
					  "0.0460647, 0.0520240, 0.0654478, 0.0994778, 0.2062235, 0.5423611, 1.4944183");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.3396356, 0.3479182, 0.3650442, 0.3961389, 0.4511077, 0.5559012, 0.7860946", \
					  "0.3424967, 0.3508196, 0.3679218, 0.3990085, 0.4538917, 0.5587907, 0.7890517", \
					  "0.3518135, 0.3600482, 0.3767384, 0.4080963, 0.4631627, 0.5673811, 0.7975478", \
					  "0.3820148, 0.3902817, 0.4051960, 0.4359682, 0.4913826, 0.5959717, 0.8270307", \
					  "0.4538411, 0.4621125, 0.4768206, 0.5078723, 0.5633161, 0.6676480, 0.8978100", \
					  "0.6259201, 0.6341709, 0.6506405, 0.6816733, 0.7367756, 0.8417053, 1.0726380", \
					  "0.9971292, 1.0074099, 1.0278357, 1.0634064, 1.1242368, 1.2322738, 1.4645413");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0522633, 0.0559211, 0.0636343, 0.0808971, 0.1202657, 0.2139249, 0.4750368", \
					  "0.0521448, 0.0558218, 0.0636261, 0.0808326, 0.1200580, 0.2142589, 0.4759552", \
					  "0.0521286, 0.0559558, 0.0635718, 0.0807095, 0.1191278, 0.2146639, 0.4775232", \
					  "0.0522465, 0.0563725, 0.0640530, 0.0815125, 0.1193429, 0.2144273, 0.4755115", \
					  "0.0521956, 0.0559497, 0.0637400, 0.0810942, 0.1193030, 0.2146758, 0.4772265", \
					  "0.0524427, 0.0562470, 0.0639889, 0.0810563, 0.1189693, 0.2138562, 0.4768749", \
					  "0.0690562, 0.0725754, 0.0809310, 0.0982644, 0.1318789, 0.2203179, 0.4786080");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0812583, 0.0867741, 0.1000893, 0.1326318, 0.2188451, 0.4584229, 1.1342746", \
					  "0.0858537, 0.0913634, 0.1047295, 0.1371843, 0.2231983, 0.4631493, 1.1400058", \
					  "0.0959832, 0.1015059, 0.1147587, 0.1472317, 0.2333074, 0.4733386, 1.1483370", \
					  "0.1175418, 0.1230823, 0.1365050, 0.1689859, 0.2550392, 0.4954101, 1.1710471", \
					  "0.1542650, 0.1603564, 0.1743330, 0.2073409, 0.2938928, 0.5343471, 1.2112535", \
					  "0.2012178, 0.2083354, 0.2239231, 0.2583118, 0.3448165, 0.5850339, 1.2620869", \
					  "0.2384752, 0.2476899, 0.2683192, 0.3077711, 0.3953264, 0.6366216, 1.3103334");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0210790, 0.0263292, 0.0403538, 0.0809193, 0.2001528, 0.5421154, 1.4991505", \
					  "0.0211249, 0.0261595, 0.0404748, 0.0810132, 0.2009733, 0.5418084, 1.4960578", \
					  "0.0210293, 0.0262638, 0.0404438, 0.0811738, 0.1998608, 0.5426410, 1.4996159", \
					  "0.0216592, 0.0268711, 0.0406911, 0.0812798, 0.2003575, 0.5379706, 1.5023578", \
					  "0.0242488, 0.0291957, 0.0428913, 0.0824073, 0.2000707, 0.5422379, 1.5056801", \
					  "0.0311123, 0.0360174, 0.0483995, 0.0856284, 0.2016343, 0.5381053, 1.5033775", \
					  "0.0455180, 0.0508468, 0.0632702, 0.0966722, 0.2041985, 0.5433650, 1.4908447");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.1049140, 0.1089550, 0.1175650, 0.1348215, 0.1691427, 0.2478203, 0.4615973", \
					  "0.1109386, 0.1148606, 0.1234409, 0.1406963, 0.1750394, 0.2541377, 0.4677878", \
					  "0.1257868, 0.1297709, 0.1382753, 0.1555168, 0.1899430, 0.2688193, 0.4826092", \
					  "0.1622626, 0.1661997, 0.1748642, 0.1918762, 0.2258547, 0.3050508, 0.5185042", \
					  "0.2474517, 0.2514061, 0.2600365, 0.2764484, 0.3110839, 0.3902967, 0.6041403", \
					  "0.4136261, 0.4190724, 0.4303572, 0.4511453, 0.4903239, 0.5716254, 0.7852115", \
					  "0.7093836, 0.7171271, 0.7332668, 0.7633288, 0.8132205, 0.9031527, 1.1180911");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0186630, 0.0210615, 0.0265941, 0.0397038, 0.0730079, 0.1677706, 0.4487893", \
					  "0.0186397, 0.0210669, 0.0267510, 0.0399589, 0.0730196, 0.1677378, 0.4517522", \
					  "0.0187373, 0.0210550, 0.0267674, 0.0396879, 0.0730279, 0.1677587, 0.4489381", \
					  "0.0187369, 0.0211234, 0.0266676, 0.0402482, 0.0730920, 0.1676690, 0.4493417", \
					  "0.0194059, 0.0216376, 0.0274327, 0.0401385, 0.0732599, 0.1678136, 0.4488426", \
					  "0.0298519, 0.0326788, 0.0387167, 0.0517969, 0.0814389, 0.1705580, 0.4513344", \
					  "0.0492188, 0.0521205, 0.0595024, 0.0741361, 0.1055919, 0.1855776, 0.4526685");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0773594, 0.0828712, 0.0962323, 0.1286477, 0.2147709, 0.4547916, 1.1337820", \
					  "0.0815599, 0.0870644, 0.1003335, 0.1328846, 0.2192354, 0.4594485, 1.1357709", \
					  "0.0917107, 0.0972468, 0.1105255, 0.1430024, 0.2294154, 0.4691881, 1.1437565", \
					  "0.1150888, 0.1206338, 0.1339602, 0.1663565, 0.2524788, 0.4949650, 1.1723873", \
					  "0.1515332, 0.1574414, 0.1714091, 0.2046018, 0.2911671, 0.5310559, 1.2075542", \
					  "0.1971300, 0.2040227, 0.2200611, 0.2542457, 0.3401301, 0.5805412, 1.2594039", \
					  "0.2315029, 0.2414170, 0.2625390, 0.3031294, 0.3894004, 0.6293391, 1.3045510");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0211230, 0.0261773, 0.0404947, 0.0809625, 0.1999694, 0.5423899, 1.5076596", \
					  "0.0210875, 0.0262535, 0.0403726, 0.0808741, 0.1998890, 0.5441822, 1.5042738", \
					  "0.0210376, 0.0262340, 0.0404248, 0.0809226, 0.2005303, 0.5432946, 1.4917364", \
					  "0.0216961, 0.0267930, 0.0408802, 0.0810751, 0.2006119, 0.5446029, 1.5083692", \
					  "0.0253178, 0.0302704, 0.0435026, 0.0828403, 0.2007034, 0.5391062, 1.5019781", \
					  "0.0333096, 0.0384968, 0.0507140, 0.0867539, 0.2026187, 0.5389206, 1.5038546", \
					  "0.0511860, 0.0569756, 0.0683946, 0.0997464, 0.2052299, 0.5441587, 1.4941712");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0868044, 0.0904930, 0.0985493, 0.1148921, 0.1482307, 0.2266272, 0.4395917", \
					  "0.0925983, 0.0962569, 0.1043146, 0.1205693, 0.1541432, 0.2326639, 0.4455832", \
					  "0.1070548, 0.1106427, 0.1187427, 0.1349230, 0.1683983, 0.2464645, 0.4597717", \
					  "0.1422852, 0.1459033, 0.1539749, 0.1703290, 0.2036835, 0.2818073, 0.4954243", \
					  "0.2216302, 0.2255999, 0.2341005, 0.2510802, 0.2841778, 0.3637265, 0.5772416", \
					  "0.3650503, 0.3704834, 0.3817550, 0.4036035, 0.4429190, 0.5246613, 0.7375500", \
					  "0.6120486, 0.6209757, 0.6364889, 0.6666793, 0.7172095, 0.8092792, 1.0232633");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141115, 0.00398271, 0.0112405, 0.031724, 0.089535, 0.252695");
					values("0.0165246, 0.0189007, 0.0243382, 0.0376232, 0.0706991, 0.1660612, 0.4532300", \
					  "0.0165294, 0.0189322, 0.0245337, 0.0376525, 0.0707201, 0.1658933, 0.4470255", \
					  "0.0166153, 0.0187773, 0.0244677, 0.0376503, 0.0710153, 0.1670808, 0.4515123", \
					  "0.0165645, 0.0189068, 0.0245924, 0.0375386, 0.0708393, 0.1662031, 0.4482475", \
					  "0.0197820, 0.0218140, 0.0270309, 0.0396310, 0.0717941, 0.1668103, 0.4516243", \
					  "0.0309872, 0.0332197, 0.0396362, 0.0525407, 0.0826613, 0.1710541, 0.4518105", \
					  "0.0498035, 0.0528745, 0.0607975, 0.0767678, 0.1081095, 0.1876282, 0.4520795");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002050;
			capacitance : 0.002178;
			rise_capacitance : 0.002306;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027675, -0.0027680, -0.0027693, -0.0027690, -0.0027684, -0.0027671, -0.0027640");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027816, 0.0027782, 0.0027704, 0.0027681, 0.0027628, 0.0027506, 0.0027225");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002342;
			capacitance : 0.002207;
			fall_capacitance : 0.002073;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025326, -0.0025328, -0.0025333, -0.0025333, -0.0025333, -0.0025334, -0.0025337");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025348, 0.0025338, 0.0025316, 0.0025317, 0.0025320, 0.0025326, 0.0025340");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002354;
			capacitance : 0.002202;
			fall_capacitance : 0.002051;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025909, -0.0025909, -0.0025908, -0.0025906, -0.0025901, -0.0025891, -0.0025867");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025967, 0.0025946, 0.0025895, 0.0025893, 0.0025887, 0.0025874, 0.0025845");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002337;
			capacitance : 0.002227;
			fall_capacitance : 0.002116;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026869, -0.0026880, -0.0026905, -0.0026915, -0.0026940, -0.0026996, -0.0027125");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027784, 0.0027694, 0.0027487, 0.0027512, 0.0027569, 0.0027701, 0.0028006");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002311;
			capacitance : 0.002217;
			fall_capacitance : 0.002124;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026785, -0.0026813, -0.0026875, -0.0026833, -0.0026735, -0.0026510, -0.0025991");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032589, 0.0032547, 0.0032451, 0.0032449, 0.0032444, 0.0032433, 0.0032406");
				}
			}
		}
	}
	cell ("scs8hd_o311a_4") {
		area : 21.270400;
		cell_footprint : "o311a";
		cell_leakage_power : 7.176916e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0259537";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0018759";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0184832";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0016934";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0022178";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0014659";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0016934";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0015456";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0015446";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0014655";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0016650";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0022088";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0014654";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0014659";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0016651";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0022088";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0014660";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0016852";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0015373";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0014661";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0016649";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0022087";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "0.0014657";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0016942";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0184819";
			when : "A1&A2&!A3&!B1&!C1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1&C1) | (A2&B1&C1) | (A3&B1&C1)";
			max_capacitance : 0.463267;
			max_transition : 1.507739;
			internal_power () {
				related_pin : "C1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0170100, 0.0159524, 0.0125721, 0.0020084, -0.0357345, -0.1581318, -0.5412395", \
					  "0.0168171, 0.0157741, 0.0123554, 0.0017669, -0.0359340, -0.1582993, -0.5414499", \
					  "0.0164243, 0.0153112, 0.0118933, 0.0013205, -0.0363532, -0.1587328, -0.5418694", \
					  "0.0158631, 0.0147357, 0.0112655, 0.0006283, -0.0369826, -0.1592553, -0.5423556", \
					  "0.0153774, 0.0142477, 0.0106580, -1.0900000e-05, -0.0375231, -0.1596003, -0.5426312", \
					  "0.0161124, 0.0148885, 0.0110123, -0.0012174, -0.0379687, -0.1598534, -0.5427113", \
					  "0.0178319, 0.0166111, 0.0126459, 0.0005180, -0.0381589, -0.1601155, -0.5425042");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0215008, 0.0229832, 0.0273806, 0.0405646, 0.0801462, 0.2032142, 0.5844905", \
					  "0.0214054, 0.0228577, 0.0272662, 0.0404387, 0.0800435, 0.2018237, 0.5843214", \
					  "0.0212053, 0.0226624, 0.0270635, 0.0402100, 0.0799431, 0.2020836, 0.5831269", \
					  "0.0208560, 0.0221145, 0.0265526, 0.0396349, 0.0792234, 0.2021078, 0.5778056", \
					  "0.0205575, 0.0219567, 0.0262336, 0.0392277, 0.0783982, 0.2008772, 0.5806881", \
					  "0.0207281, 0.0220982, 0.0262955, 0.0391296, 0.0780444, 0.1992891, 0.5768793", \
					  "0.0205574, 0.0218972, 0.0261678, 0.0389513, 0.0781928, 0.2001298, 0.5778066");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0266842, 0.0281300, 0.0325494, 0.0459523, 0.0859179, 0.2083804, 0.5872286", \
					  "0.0265536, 0.0279916, 0.0324142, 0.0457751, 0.0857600, 0.2085295, 0.5904058", \
					  "0.0263607, 0.0278135, 0.0322647, 0.0456618, 0.0856510, 0.2088797, 0.5885565", \
					  "0.0261812, 0.0276389, 0.0321235, 0.0454986, 0.0853502, 0.2078845, 0.5870561", \
					  "0.0261350, 0.0275744, 0.0319995, 0.0452673, 0.0850890, 0.2076898, 0.5900527", \
					  "0.0269679, 0.0283383, 0.0325871, 0.0451453, 0.0849126, 0.2065603, 0.5876130", \
					  "0.0272863, 0.0286612, 0.0328394, 0.0457689, 0.0853499, 0.2073255, 0.5888715");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0281712, 0.0270438, 0.0238703, 0.0136299, -0.0215106, -0.1409445, -0.5230033", \
					  "0.0280482, 0.0269312, 0.0237047, 0.0134377, -0.0217294, -0.1410853, -0.5231480", \
					  "0.0279542, 0.0268132, 0.0234653, 0.0133234, -0.0219495, -0.1412559, -0.5232505", \
					  "0.0276632, 0.0265360, 0.0233289, 0.0131007, -0.0221898, -0.1414838, -0.5234050", \
					  "0.0274488, 0.0264286, 0.0229769, 0.0129833, -0.0223514, -0.1417147, -0.5238178", \
					  "0.0273619, 0.0262613, 0.0229948, 0.0128179, -0.0224810, -0.1418700, -0.5238598", \
					  "0.0305750, 0.0293370, 0.0253432, 0.0130094, -0.0230674, -0.1420714, -0.5239798");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0248150, 0.0262412, 0.0306424, 0.0438829, 0.0836642, 0.2047949, 0.5879081", \
					  "0.0248175, 0.0262417, 0.0306341, 0.0438941, 0.0836603, 0.2068056, 0.5873277", \
					  "0.0247395, 0.0261917, 0.0305819, 0.0438372, 0.0835441, 0.2058044, 0.5861001", \
					  "0.0245654, 0.0260116, 0.0304252, 0.0436688, 0.0833610, 0.2058550, 0.5854026", \
					  "0.0243225, 0.0257822, 0.0301909, 0.0432781, 0.0829781, 0.2055807, 0.5874865", \
					  "0.0247795, 0.0261962, 0.0303640, 0.0431395, 0.0826209, 0.2039258, 0.5837951", \
					  "0.0246839, 0.0260427, 0.0301258, 0.0429846, 0.0825311, 0.2048680, 0.5826987");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0253348, 0.0242190, 0.0209906, 0.0107010, -0.0244909, -0.1438305, -0.5258183", \
					  "0.0253950, 0.0242517, 0.0209490, 0.0106094, -0.0246302, -0.1440135, -0.5261277", \
					  "0.0249056, 0.0237963, 0.0206188, 0.0101268, -0.0248719, -0.1442026, -0.5262265", \
					  "0.0248633, 0.0236839, 0.0204554, 0.0102266, -0.0250683, -0.1444047, -0.5264190", \
					  "0.0245248, 0.0233490, 0.0201712, 0.0098706, -0.0253417, -0.1446773, -0.5267000", \
					  "0.0244925, 0.0233648, 0.0201584, 0.0098102, -0.0254662, -0.1448769, -0.5268277", \
					  "0.0268163, 0.0255578, 0.0215757, 0.0091802, -0.0262839, -0.1452748, -0.5270836");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0223596, 0.0238180, 0.0282008, 0.0414063, 0.0810635, 0.2028860, 0.5830543", \
					  "0.0224096, 0.0238577, 0.0282927, 0.0414360, 0.0810078, 0.2039280, 0.5829484", \
					  "0.0223710, 0.0238146, 0.0282036, 0.0413621, 0.0810519, 0.2031210, 0.5832897", \
					  "0.0221660, 0.0236215, 0.0280061, 0.0411760, 0.0807577, 0.2029515, 0.5789572", \
					  "0.0218076, 0.0232437, 0.0275466, 0.0405957, 0.0800899, 0.2013016, 0.5788705", \
					  "0.0220553, 0.0233992, 0.0276005, 0.0403682, 0.0795637, 0.2017942, 0.5779771", \
					  "0.0217189, 0.0230639, 0.0272080, 0.0400568, 0.0796990, 0.2017793, 0.5795045");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0223847, 0.0212680, 0.0180158, 0.0078008, -0.0273991, -0.1467393, -0.5287437", \
					  "0.0222997, 0.0211458, 0.0179149, 0.0076915, -0.0276117, -0.1469251, -0.5289414", \
					  "0.0220219, 0.0208533, 0.0176258, 0.0073855, -0.0278074, -0.1471988, -0.5293048", \
					  "0.0217959, 0.0206222, 0.0174260, 0.0070669, -0.0281657, -0.1474901, -0.5295811", \
					  "0.0214763, 0.0203311, 0.0171165, 0.0068698, -0.0284728, -0.1478363, -0.5297278", \
					  "0.0213488, 0.0201760, 0.0169153, 0.0071690, -0.0282507, -0.1476637, -0.5295399", \
					  "0.0269351, 0.0256363, 0.0217401, 0.0093045, -0.0287877, -0.1478400, -0.5296547");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0225225, 0.0239495, 0.0283941, 0.0414971, 0.0812128, 0.2042472, 0.5854234", \
					  "0.0224092, 0.0238620, 0.0282753, 0.0414359, 0.0810519, 0.2040746, 0.5852567", \
					  "0.0222361, 0.0237017, 0.0281139, 0.0412373, 0.0809817, 0.2032398, 0.5826103", \
					  "0.0219366, 0.0233683, 0.0277231, 0.0407650, 0.0803674, 0.2034990, 0.5837999", \
					  "0.0216724, 0.0230532, 0.0274930, 0.0403496, 0.0797959, 0.2011067, 0.5808638", \
					  "0.0218410, 0.0232027, 0.0274770, 0.0403982, 0.0795358, 0.2018626, 0.5846895", \
					  "0.0217820, 0.0231078, 0.0272831, 0.0402450, 0.0796105, 0.2018644, 0.5791291");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001561158, 0.004874429, 0.0152195, 0.0475201, 0.1483728, 0.4632667");
					values("0.0219239, 0.0208221, 0.0174477, 0.0069794, -0.0304865, -0.1526307, -0.5355810", \
					  "0.0216630, 0.0206195, 0.0171849, 0.0066845, -0.0306919, -0.1528331, -0.5358292", \
					  "0.0213702, 0.0202840, 0.0168610, 0.0063647, -0.0310366, -0.1531783, -0.5361439", \
					  "0.0209304, 0.0198765, 0.0164201, 0.0058666, -0.0315078, -0.1535682, -0.5365421", \
					  "0.0205138, 0.0193608, 0.0158316, 0.0051946, -0.0321334, -0.1540531, -0.5368918", \
					  "0.0216393, 0.0203382, 0.0161780, 0.0039809, -0.0325803, -0.1542238, -0.5369239", \
					  "0.0239180, 0.0225274, 0.0186154, 0.0062900, -0.0324915, -0.1544581, -0.5366650");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1318553, 0.1367768, 0.1494111, 0.1803706, 0.2593837, 0.4892443, 1.1990022", \
					  "0.1362408, 0.1412046, 0.1538234, 0.1847882, 0.2637125, 0.4935563, 1.2039499", \
					  "0.1453076, 0.1502643, 0.1628518, 0.1937945, 0.2729429, 0.5033109, 1.2099048", \
					  "0.1631756, 0.1681036, 0.1808150, 0.2117293, 0.2906959, 0.5206930, 1.2286429", \
					  "0.2000197, 0.2049982, 0.2178601, 0.2487215, 0.3277774, 0.5577054, 1.2658335", \
					  "0.2609794, 0.2663686, 0.2801066, 0.3121080, 0.3918395, 0.6216628, 1.3301209", \
					  "0.3345304, 0.3412259, 0.3578452, 0.3938522, 0.4757872, 0.7056487, 1.4133955");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0269266, 0.0306490, 0.0419693, 0.0736746, 0.1723180, 0.4913923, 1.4999372", \
					  "0.0269142, 0.0308492, 0.0418839, 0.0737690, 0.1725846, 0.4933901, 1.4962223", \
					  "0.0268574, 0.0307785, 0.0419886, 0.0737491, 0.1727092, 0.4917939, 1.5021022", \
					  "0.0268775, 0.0307648, 0.0417165, 0.0736641, 0.1721758, 0.4936306, 1.4988438", \
					  "0.0275717, 0.0314308, 0.0422524, 0.0741837, 0.1723163, 0.4936543, 1.4994760", \
					  "0.0311804, 0.0349938, 0.0456003, 0.0770377, 0.1737831, 0.4919831, 1.5040587", \
					  "0.0415362, 0.0454017, 0.0563273, 0.0854695, 0.1774476, 0.4935827, 1.4981963");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.3628464, 0.3682732, 0.3810540, 0.4070826, 0.4571511, 0.5623461, 0.8151415", \
					  "0.3681881, 0.3734835, 0.3864316, 0.4125639, 0.4630902, 0.5679603, 0.8209242", \
					  "0.3822208, 0.3876367, 0.4003998, 0.4264365, 0.4771938, 0.5809693, 0.8340544", \
					  "0.4152166, 0.4205793, 0.4330782, 0.4591415, 0.5098135, 0.6140440, 0.8668352", \
					  "0.4860538, 0.4912556, 0.5041195, 0.5300689, 0.5807454, 0.6860269, 0.9389041", \
					  "0.6402711, 0.6457462, 0.6580433, 0.6841329, 0.7347213, 0.8404279, 1.0932599", \
					  "0.9607732, 0.9667764, 0.9806088, 1.0091216, 1.0622140, 1.1709200, 1.4262098");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0449811, 0.0473544, 0.0534786, 0.0679855, 0.1047272, 0.2035947, 0.5011460", \
					  "0.0450956, 0.0471471, 0.0533230, 0.0676510, 0.1046417, 0.2038366, 0.5017074", \
					  "0.0448749, 0.0474135, 0.0534825, 0.0681581, 0.1040397, 0.2043485, 0.5026994", \
					  "0.0450572, 0.0474390, 0.0534127, 0.0681192, 0.1040010, 0.2045783, 0.5028391", \
					  "0.0450425, 0.0478683, 0.0535230, 0.0681072, 0.1040876, 0.2032846, 0.5025511", \
					  "0.0450770, 0.0472971, 0.0534818, 0.0677386, 0.1048099, 0.2036515, 0.5016629", \
					  "0.0522179, 0.0547464, 0.0602874, 0.0746080, 0.1131430, 0.2087112, 0.5043226");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1232231, 0.1278632, 0.1400069, 0.1698539, 0.2473494, 0.4756918, 1.1819528", \
					  "0.1279869, 0.1325855, 0.1447105, 0.1745293, 0.2520862, 0.4801086, 1.1893346", \
					  "0.1370288, 0.1417090, 0.1537807, 0.1836479, 0.2609280, 0.4890994, 1.1960867", \
					  "0.1543423, 0.1590371, 0.1711916, 0.2010139, 0.2783289, 0.5067776, 1.2140345", \
					  "0.1881742, 0.1929774, 0.2054340, 0.2356427, 0.3133418, 0.5419735, 1.2488524", \
					  "0.2410036, 0.2463904, 0.2598578, 0.2914217, 0.3701363, 0.5988374, 1.3081354", \
					  "0.2948587, 0.3018496, 0.3184126, 0.3547799, 0.4365250, 0.6653967, 1.3721952");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0252644, 0.0290680, 0.0398706, 0.0712271, 0.1702786, 0.4927287, 1.4995134", \
					  "0.0252611, 0.0288447, 0.0399475, 0.0712393, 0.1703697, 0.4922740, 1.4984939", \
					  "0.0251990, 0.0289577, 0.0397139, 0.0713217, 0.1701776, 0.4925237, 1.5029870", \
					  "0.0252012, 0.0289096, 0.0396900, 0.0713645, 0.1699078, 0.4929414, 1.4959922", \
					  "0.0266937, 0.0302330, 0.0410518, 0.0720552, 0.1703282, 0.4925904, 1.4999916", \
					  "0.0308087, 0.0345692, 0.0452846, 0.0755667, 0.1725208, 0.4903177, 1.5004549", \
					  "0.0428608, 0.0472163, 0.0574578, 0.0863720, 0.1769260, 0.4936355, 1.4928192");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.3446820, 0.3500512, 0.3629201, 0.3890757, 0.4394941, 0.5444630, 0.7971607", \
					  "0.3485814, 0.3539554, 0.3667534, 0.3927506, 0.4434502, 0.5486988, 0.8014608", \
					  "0.3611552, 0.3665155, 0.3792796, 0.4053478, 0.4558526, 0.5604323, 0.8132007", \
					  "0.3918999, 0.3973504, 0.4101005, 0.4360924, 0.4866952, 0.5916043, 0.8446254", \
					  "0.4642594, 0.4696034, 0.4825133, 0.5086564, 0.5590922, 0.6639346, 0.9169215", \
					  "0.6307114, 0.6361630, 0.6489892, 0.6751111, 0.7256801, 0.8309355, 1.0836564", \
					  "0.9792945, 0.9857520, 1.0004421, 1.0293050, 1.0834510, 1.1921202, 1.4472316");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0450665, 0.0473458, 0.0532905, 0.0675637, 0.1049074, 0.2037041, 0.5014933", \
					  "0.0453063, 0.0478098, 0.0538439, 0.0678267, 0.1041987, 0.2033062, 0.5025420", \
					  "0.0449091, 0.0473032, 0.0534291, 0.0680764, 0.1040977, 0.2044167, 0.5018378", \
					  "0.0449346, 0.0471437, 0.0535808, 0.0680030, 0.1038750, 0.2035776, 0.5012803", \
					  "0.0448881, 0.0471734, 0.0535045, 0.0677115, 0.1050010, 0.2037877, 0.5010177", \
					  "0.0449982, 0.0474881, 0.0534667, 0.0677398, 0.1043386, 0.2033274, 0.5017723", \
					  "0.0553960, 0.0576466, 0.0636093, 0.0779299, 0.1127131, 0.2088324, 0.5051278");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1066283, 0.1110830, 0.1227497, 0.1517584, 0.2281799, 0.4553943, 1.1633408", \
					  "0.1117089, 0.1161590, 0.1278716, 0.1567887, 0.2330544, 0.4605962, 1.1697229", \
					  "0.1210521, 0.1254673, 0.1371287, 0.1661181, 0.2425772, 0.4698753, 1.1775532", \
					  "0.1391107, 0.1435788, 0.1552411, 0.1841499, 0.2604824, 0.4881268, 1.1938490", \
					  "0.1726410, 0.1773420, 0.1893775, 0.2189859, 0.2958016, 0.5238457, 1.2349110", \
					  "0.2221463, 0.2274774, 0.2409802, 0.2721340, 0.3501887, 0.5780995, 1.2886057", \
					  "0.2691261, 0.2762430, 0.2937460, 0.3308014, 0.4124164, 0.6411975, 1.3469176");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0237802, 0.0273315, 0.0381018, 0.0692678, 0.1686135, 0.4893371, 1.5061095", \
					  "0.0237085, 0.0273355, 0.0379595, 0.0693751, 0.1684286, 0.4916230, 1.5077386", \
					  "0.0237717, 0.0273128, 0.0381113, 0.0690613, 0.1686518, 0.4891934, 1.5053845", \
					  "0.0237461, 0.0273933, 0.0380527, 0.0693178, 0.1684684, 0.4920445, 1.4900635", \
					  "0.0255882, 0.0292797, 0.0398832, 0.0705555, 0.1688829, 0.4874195, 1.4984316", \
					  "0.0311337, 0.0348196, 0.0452505, 0.0750802, 0.1709556, 0.4878163, 1.4928838", \
					  "0.0447929, 0.0488733, 0.0596358, 0.0880409, 0.1767667, 0.4909200, 1.4946291");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.2999867, 0.3053849, 0.3181902, 0.3443588, 0.3948000, 0.4995447, 0.7525381", \
					  "0.3031585, 0.3085172, 0.3212788, 0.3473415, 0.3979491, 0.5028084, 0.7558105", \
					  "0.3123373, 0.3176859, 0.3305655, 0.3566170, 0.4068613, 0.5121431, 0.7646458", \
					  "0.3385633, 0.3439597, 0.3568570, 0.3836400, 0.4342972, 0.5392226, 0.7924112", \
					  "0.4067432, 0.4121016, 0.4249847, 0.4505981, 0.5009324, 0.6059108, 0.8586523", \
					  "0.5671251, 0.5723836, 0.5851475, 0.6100214, 0.6609759, 0.7635905, 1.0165908", \
					  "0.8855351, 0.8928857, 0.9095505, 0.9392011, 0.9978950, 1.1063710, 1.3622028");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0450605, 0.0474723, 0.0531881, 0.0675302, 0.1049684, 0.2036348, 0.5010090", \
					  "0.0450189, 0.0473007, 0.0536021, 0.0679684, 0.1052557, 0.2036086, 0.5008201", \
					  "0.0449495, 0.0473442, 0.0533033, 0.0676917, 0.1045230, 0.2033572, 0.5024640", \
					  "0.0451446, 0.0472233, 0.0534187, 0.0678382, 0.1039713, 0.2035363, 0.5008278", \
					  "0.0451331, 0.0474405, 0.0533405, 0.0678775, 0.1044256, 0.2035777, 0.5021559", \
					  "0.0447814, 0.0471155, 0.0529870, 0.0677213, 0.1047853, 0.2055915, 0.5032949", \
					  "0.0657378, 0.0678605, 0.0736245, 0.0874163, 0.1198413, 0.2127997, 0.5066520");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0874007, 0.0914794, 0.1023528, 0.1299157, 0.2052794, 0.4321982, 1.1390556", \
					  "0.0919717, 0.0960699, 0.1069109, 0.1345464, 0.2097625, 0.4375887, 1.1431674", \
					  "0.1021438, 0.1062472, 0.1171132, 0.1445831, 0.2198599, 0.4476478, 1.1538360", \
					  "0.1243806, 0.1284497, 0.1392661, 0.1666899, 0.2418022, 0.4692040, 1.1781290", \
					  "0.1626475, 0.1670868, 0.1784731, 0.2067340, 0.2824395, 0.5102145, 1.2176121", \
					  "0.2139486, 0.2190960, 0.2320379, 0.2618945, 0.3384429, 0.5665978, 1.2734342", \
					  "0.2586746, 0.2656886, 0.2822524, 0.3185647, 0.3975396, 0.6250027, 1.3320632");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0211674, 0.0247559, 0.0350606, 0.0662473, 0.1665137, 0.4899630, 1.4981673", \
					  "0.0212019, 0.0246605, 0.0350838, 0.0663268, 0.1667824, 0.4895274, 1.5010033", \
					  "0.0211860, 0.0245999, 0.0350240, 0.0663644, 0.1669417, 0.4920448, 1.5005349", \
					  "0.0215022, 0.0250314, 0.0353112, 0.0664404, 0.1668111, 0.4902492, 1.4926744", \
					  "0.0240335, 0.0275196, 0.0376486, 0.0682467, 0.1676300, 0.4867401, 1.4916689", \
					  "0.0309100, 0.0341984, 0.0438245, 0.0723853, 0.1695292, 0.4881755, 1.5036096", \
					  "0.0457499, 0.0494626, 0.0596675, 0.0860570, 0.1735866, 0.4907783, 1.4911457");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.1007010, 0.1033513, 0.1100144, 0.1248674, 0.1568949, 0.2360282, 0.4710143", \
					  "0.1066283, 0.1093140, 0.1160196, 0.1306207, 0.1628017, 0.2420050, 0.4770147", \
					  "0.1211058, 0.1237517, 0.1304363, 0.1450942, 0.1771967, 0.2564320, 0.4918111", \
					  "0.1562687, 0.1588919, 0.1656098, 0.1803565, 0.2123455, 0.2916178, 0.5266965", \
					  "0.2388601, 0.2415448, 0.2482660, 0.2631993, 0.2952942, 0.3747545, 0.6102162", \
					  "0.3955377, 0.3992611, 0.4082951, 0.4264172, 0.4627795, 0.5446620, 0.7794043", \
					  "0.6691325, 0.6745108, 0.6876201, 0.7135590, 0.7607576, 0.8501719, 1.0864650");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0169642, 0.0185229, 0.0229060, 0.0342372, 0.0650481, 0.1616604, 0.4781278", \
					  "0.0170559, 0.0186518, 0.0227752, 0.0341745, 0.0651857, 0.1616593, 0.4803585", \
					  "0.0169619, 0.0185214, 0.0230290, 0.0341621, 0.0649808, 0.1613012, 0.4790000", \
					  "0.0170898, 0.0185147, 0.0228542, 0.0340847, 0.0650202, 0.1612753, 0.4809045", \
					  "0.0182460, 0.0196253, 0.0236764, 0.0347891, 0.0654946, 0.1616345, 0.4782124", \
					  "0.0289652, 0.0304618, 0.0345436, 0.0462230, 0.0745846, 0.1653711, 0.4809062", \
					  "0.0479080, 0.0501741, 0.0552634, 0.0675838, 0.0965662, 0.1783300, 0.4801216");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				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, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0806993, 0.0848064, 0.0956472, 0.1232381, 0.1984565, 0.4263496, 1.1316462", \
					  "0.0848306, 0.0889402, 0.0997407, 0.1273158, 0.2025740, 0.4302166, 1.1364397", \
					  "0.0947434, 0.0988698, 0.1097282, 0.1372566, 0.2124922, 0.4405392, 1.1487126", \
					  "0.1177267, 0.1214944, 0.1323781, 0.1598930, 0.2351581, 0.4632751, 1.1696686", \
					  "0.1530664, 0.1573813, 0.1686564, 0.1969111, 0.2728927, 0.5007468, 1.2088230", \
					  "0.1962164, 0.2014670, 0.2143142, 0.2438088, 0.3193118, 0.5481859, 1.2576687", \
					  "0.2232475, 0.2304471, 0.2473640, 0.2837498, 0.3613757, 0.5885177, 1.2952481");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0212181, 0.0246460, 0.0350821, 0.0661670, 0.1668081, 0.4898017, 1.4984248", \
					  "0.0212696, 0.0246207, 0.0350938, 0.0661744, 0.1667648, 0.4892423, 1.5019336", \
					  "0.0212339, 0.0246418, 0.0350878, 0.0663830, 0.1669445, 0.4919503, 1.4956943", \
					  "0.0215897, 0.0255019, 0.0356644, 0.0667057, 0.1664299, 0.4887875, 1.4887958", \
					  "0.0245663, 0.0279035, 0.0379733, 0.0688994, 0.1679698, 0.4908797, 1.5025348", \
					  "0.0327269, 0.0356194, 0.0449689, 0.0726014, 0.1697366, 0.4886160, 1.4914615", \
					  "0.0497837, 0.0536016, 0.0629647, 0.0883181, 0.1743058, 0.4934799, 1.4892891");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0892530, 0.0918856, 0.0985323, 0.1132875, 0.1449571, 0.2232636, 0.4577867", \
					  "0.0950913, 0.0979858, 0.1045770, 0.1192141, 0.1509451, 0.2294932, 0.4638320", \
					  "0.1096898, 0.1123100, 0.1194148, 0.1340768, 0.1657392, 0.2444718, 0.4792632", \
					  "0.1453919, 0.1479599, 0.1545882, 0.1692766, 0.2010065, 0.2799232, 0.5150534", \
					  "0.2302371, 0.2330177, 0.2399029, 0.2536152, 0.2857161, 0.3637337, 0.5982400", \
					  "0.3872049, 0.3909879, 0.4002781, 0.4196592, 0.4570993, 0.5392025, 0.7732998", \
					  "0.6674470, 0.6729194, 0.6861341, 0.7125880, 0.7617317, 0.8547087, 1.0906418");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156116, 0.00487443, 0.0152195, 0.0475201, 0.148373, 0.463267");
					values("0.0165508, 0.0179810, 0.0223548, 0.0338205, 0.0645848, 0.1609048, 0.4799531", \
					  "0.0165354, 0.0180284, 0.0223862, 0.0337912, 0.0646014, 0.1608235, 0.4800716", \
					  "0.0164277, 0.0180284, 0.0222990, 0.0337698, 0.0645323, 0.1607383, 0.4809778", \
					  "0.0164441, 0.0180089, 0.0223771, 0.0335930, 0.0644974, 0.1607998, 0.4769095", \
					  "0.0187667, 0.0201989, 0.0241920, 0.0350875, 0.0653257, 0.1611253, 0.4807709", \
					  "0.0296478, 0.0314893, 0.0358498, 0.0474624, 0.0755381, 0.1650231, 0.4803146", \
					  "0.0490429, 0.0510119, 0.0568874, 0.0708708, 0.1004870, 0.1819868, 0.4789841");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004294;
			capacitance : 0.004095;
			fall_capacitance : 0.003896;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052594, -0.0052580, -0.0052548, -0.0052565, -0.0052604, -0.0052695, -0.0052902");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052712, 0.0052660, 0.0052540, 0.0052511, 0.0052446, 0.0052296, 0.0051951");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004289;
			capacitance : 0.004040;
			fall_capacitance : 0.003790;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052300, -0.0052278, -0.0052228, -0.0052202, -0.0052142, -0.0052004, -0.0051683");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052299, 0.0052282, 0.0052243, 0.0052260, 0.0052299, 0.0052390, 0.0052600");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004505;
			capacitance : 0.004181;
			fall_capacitance : 0.003857;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053410, -0.0053412, -0.0053416, -0.0053414, -0.0053409, -0.0053399, -0.0053373");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053485, 0.0053457, 0.0053393, 0.0053400, 0.0053416, 0.0053454, 0.0053541");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004388;
			capacitance : 0.004199;
			fall_capacitance : 0.004009;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053287, -0.0053283, -0.0053273, -0.0053262, -0.0053237, -0.0053179, -0.0053047");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054168, 0.0054056, 0.0053799, 0.0053870, 0.0054034, 0.0054411, 0.0055281");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003994;
			capacitance : 0.004176;
			rise_capacitance : 0.004357;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0043796, -0.0043814, -0.0043859, -0.0043751, -0.0043502, -0.0042927, -0.0041602");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063568, 0.0063601, 0.0063677, 0.0063646, 0.0063574, 0.0063410, 0.0063032");
				}
			}
		}
	}
	cell ("scs8hd_o311ai_0") {
		area : 8.758400;
		cell_footprint : "o311ai";
		cell_leakage_power : 8.646685e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0086347";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0048988";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0001307";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0049073";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2512912e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2850919e-05";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "6.8032229e-06";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0013767";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.2512912e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2850916e-05";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "6.8032229e-06";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0009351";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "5.2512912e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2850919e-05";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "6.8032229e-06";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0013767";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.2512912e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2850919e-05";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "6.8032229e-06";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0013768";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.2512976e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2850916e-05";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "6.8032229e-06";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0009351";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "5.2513464e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2850919e-05";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "6.8032229e-06";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0013767";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "5.2512905e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "5.2850916e-05";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "6.8032229e-06";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0009359";
			when : "A1&!A2&!A3&B1&C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
			max_capacitance : 0.026560;
			max_transition : 1.464347;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0077925, 0.0083576, 0.0094866, 0.0116305, 0.0157937, 0.0238078, 0.0392510", \
					  "0.0077043, 0.0082884, 0.0094134, 0.0115719, 0.0157320, 0.0237628, 0.0392310", \
					  "0.0076112, 0.0081994, 0.0093157, 0.0114894, 0.0156692, 0.0237020, 0.0391973", \
					  "0.0075300, 0.0081084, 0.0092301, 0.0113988, 0.0155859, 0.0236456, 0.0391585", \
					  "0.0074523, 0.0080256, 0.0091520, 0.0113240, 0.0154801, 0.0235408, 0.0391235", \
					  "0.0074077, 0.0079856, 0.0091315, 0.0112911, 0.0154631, 0.0234810, 0.0390793", \
					  "0.0073613, 0.0079446, 0.0090668, 0.0112242, 0.0153651, 0.0235419, 0.0390519");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0034028, 0.0028392, 0.0017397, -0.0003977, -0.0045512, -0.0126058, -0.0282279", \
					  "0.0033784, 0.0028155, 0.0017141, -0.0004144, -0.0045550, -0.0126127, -0.0282482", \
					  "0.0033281, 0.0027640, 0.0016716, -0.0004546, -0.0045957, -0.0126419, -0.0282678", \
					  "0.0032397, 0.0026874, 0.0016028, -0.0005109, -0.0046332, -0.0126689, -0.0282860", \
					  "0.0031386, 0.0025817, 0.0015081, -0.0005817, -0.0046900, -0.0127041, -0.0283073", \
					  "0.0030910, 0.0025419, 0.0014439, -0.0006655, -0.0048248, -0.0128119, -0.0283849", \
					  "0.0030355, 0.0024996, 0.0013980, -0.0007219, -0.0048462, -0.0128636, -0.0284876");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0069082, 0.0074849, 0.0085951, 0.0107538, 0.0149144, 0.0229465, 0.0384175", \
					  "0.0068237, 0.0074057, 0.0085325, 0.0106838, 0.0148681, 0.0228643, 0.0383948", \
					  "0.0066895, 0.0072771, 0.0084112, 0.0105775, 0.0147511, 0.0228224, 0.0383218", \
					  "0.0065746, 0.0071532, 0.0082908, 0.0104776, 0.0146723, 0.0227226, 0.0382662", \
					  "0.0065165, 0.0071027, 0.0082212, 0.0103846, 0.0145728, 0.0226651, 0.0382009", \
					  "0.0064803, 0.0070652, 0.0081725, 0.0104167, 0.0145024, 0.0225735, 0.0381058", \
					  "0.0065957, 0.0071638, 0.0082520, 0.0103908, 0.0145149, 0.0226073, 0.0381028");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0026752, 0.0021223, 0.0010105, -0.0011174, -0.0052796, -0.0133427, -0.0289953", \
					  "0.0026639, 0.0021062, 0.0010179, -0.0011081, -0.0052592, -0.0133186, -0.0289532", \
					  "0.0026209, 0.0020662, 0.0010007, -0.0011219, -0.0052453, -0.0132897, -0.0289245", \
					  "0.0025234, 0.0019761, 0.0009136, -0.0011748, -0.0052786, -0.0133070, -0.0289278", \
					  "0.0024270, 0.0018461, 0.0007833, -0.0012786, -0.0053682, -0.0133661, -0.0289582", \
					  "0.0023058, 0.0017593, 0.0006931, -0.0013894, -0.0055307, -0.0134994, -0.0290488", \
					  "0.0022487, 0.0016996, 0.0006023, -0.0015092, -0.0056132, -0.0135885, -0.0291858");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0045018, 0.0050811, 0.0061890, 0.0083351, 0.0124523, 0.0205129, 0.0358768", \
					  "0.0044098, 0.0049938, 0.0061146, 0.0082668, 0.0124143, 0.0204049, 0.0358523", \
					  "0.0042729, 0.0048567, 0.0059863, 0.0081350, 0.0122344, 0.0203617, 0.0357945", \
					  "0.0041405, 0.0047185, 0.0058370, 0.0079278, 0.0121925, 0.0200703, 0.0356441", \
					  "0.0041145, 0.0046830, 0.0057921, 0.0079399, 0.0120726, 0.0201153, 0.0356132", \
					  "0.0040681, 0.0047948, 0.0057504, 0.0080601, 0.0121116, 0.0199973, 0.0354390", \
					  "0.0040975, 0.0046786, 0.0057812, 0.0078888, 0.0121032, 0.0199702, 0.0354278");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0026699, 0.0021043, 0.0010009, -0.0011383, -0.0052960, -0.0133584, -0.0290045", \
					  "0.0026086, 0.0020519, 0.0009646, -0.0011637, -0.0053099, -0.0133702, -0.0290079", \
					  "0.0025231, 0.0019732, 0.0008977, -0.0012138, -0.0053484, -0.0133922, -0.0290282", \
					  "0.0024245, 0.0018656, 0.0007925, -0.0012952, -0.0053988, -0.0134253, -0.0290489", \
					  "0.0023725, 0.0018176, 0.0006835, -0.0014126, -0.0055094, -0.0135178, -0.0290979", \
					  "0.0023166, 0.0017599, 0.0006722, -0.0014468, -0.0055679, -0.0135996, -0.0291793", \
					  "0.0023110, 0.0017645, 0.0006440, -0.0014815, -0.0056206, -0.0136400, -0.0292810");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0030926, 0.0036860, 0.0048115, 0.0070496, 0.0112174, 0.0192466, 0.0347793", \
					  "0.0029332, 0.0035233, 0.0047393, 0.0069167, 0.0111153, 0.0191982, 0.0349098", \
					  "0.0027753, 0.0033589, 0.0045352, 0.0067551, 0.0109547, 0.0191376, 0.0347648", \
					  "0.0026612, 0.0032393, 0.0043651, 0.0065666, 0.0106730, 0.0187522, 0.0342175", \
					  "0.0025987, 0.0031784, 0.0043224, 0.0063980, 0.0105370, 0.0186687, 0.0341488", \
					  "0.0024436, 0.0030506, 0.0043009, 0.0064942, 0.0105754, 0.0185559, 0.0342111", \
					  "0.0026100, 0.0031817, 0.0042135, 0.0063395, 0.0104017, 0.0185739, 0.0341759");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0027274, 0.0021694, 0.0010891, -0.0010390, -0.0051887, -0.0132492, -0.0288976", \
					  "0.0026642, 0.0021121, 0.0010202, -0.0010867, -0.0052184, -0.0132635, -0.0288992", \
					  "0.0025315, 0.0019971, 0.0009411, -0.0011556, -0.0052746, -0.0133013, -0.0289203", \
					  "0.0023971, 0.0018365, 0.0007923, -0.0012882, -0.0053699, -0.0133746, -0.0289648", \
					  "0.0022562, 0.0017189, 0.0006527, -0.0014324, -0.0055177, -0.0134793, -0.0290576", \
					  "0.0022580, 0.0016988, 0.0006109, -0.0015023, -0.0056400, -0.0136345, -0.0291846", \
					  "0.0023480, 0.0018222, 0.0006675, -0.0014813, -0.0056336, -0.0136557, -0.0292739");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0086211, 0.0091854, 0.0102920, 0.0124415, 0.0165935, 0.0245945, 0.0401072", \
					  "0.0085477, 0.0091279, 0.0102371, 0.0123968, 0.0165565, 0.0245548, 0.0400976", \
					  "0.0084784, 0.0090628, 0.0101890, 0.0123314, 0.0165028, 0.0245466, 0.0400598", \
					  "0.0084222, 0.0089950, 0.0101151, 0.0122804, 0.0164566, 0.0244851, 0.0399892", \
					  "0.0083666, 0.0089492, 0.0100602, 0.0122234, 0.0163969, 0.0244482, 0.0399796", \
					  "0.0083392, 0.0089149, 0.0100210, 0.0121718, 0.0163572, 0.0243918, 0.0398888", \
					  "0.0082864, 0.0088509, 0.0099970, 0.0121986, 0.0163457, 0.0243846, 0.0399350");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.000969424, 0.001879566, 0.003644193, 0.007065536, 0.013699, 0.02656028");
					values("0.0037034, 0.0031295, 0.0020431, -8.0200000e-05, -0.0042112, -0.0122450, -0.0278488", \
					  "0.0036474, 0.0030924, 0.0019951, -0.0001352, -0.0042616, -0.0122927, -0.0278985", \
					  "0.0035968, 0.0030337, 0.0019460, -0.0001788, -0.0043075, -0.0123395, -0.0279475", \
					  "0.0035536, 0.0029927, 0.0018984, -0.0002223, -0.0043464, -0.0123738, -0.0279772", \
					  "0.0035136, 0.0029603, 0.0018790, -0.0002293, -0.0043577, -0.0123798, -0.0279831", \
					  "0.0035615, 0.0029952, 0.0018955, -0.0002485, -0.0044194, -0.0124292, -0.0280301", \
					  "0.0036102, 0.0030150, 0.0019345, -0.0002182, -0.0043679, -0.0124300, -0.0280859");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.2376377, 0.2557309, 0.2897296, 0.3565573, 0.4835274, 0.7289042, 1.2019317", \
					  "0.2428170, 0.2608340, 0.2959405, 0.3624062, 0.4895763, 0.7347072, 1.2079513", \
					  "0.2565988, 0.2748748, 0.3099211, 0.3762470, 0.5039354, 0.7494790, 1.2225293", \
					  "0.2874479, 0.3055031, 0.3404800, 0.4074235, 0.5349767, 0.7808220, 1.2539907", \
					  "0.3534379, 0.3717463, 0.4066137, 0.4728393, 0.6008582, 0.8466628, 1.3207497", \
					  "0.4958762, 0.5151510, 0.5513185, 0.6178529, 0.7453790, 0.9907971, 1.4647724", \
					  "0.7700619, 0.7947649, 0.8392887, 0.9211557, 1.0653433, 1.3207134, 1.7948045");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.1904460, 0.2139898, 0.2582717, 0.3444657, 0.5120486, 0.8332943, 1.4569561", \
					  "0.1900433, 0.2131581, 0.2580583, 0.3458607, 0.5111284, 0.8335996, 1.4547079", \
					  "0.1901425, 0.2131350, 0.2589320, 0.3445740, 0.5106623, 0.8322519, 1.4547009", \
					  "0.1910577, 0.2132252, 0.2578876, 0.3456730, 0.5111284, 0.8333202, 1.4597675", \
					  "0.1901327, 0.2132252, 0.2580918, 0.3453317, 0.5111991, 0.8333795, 1.4568338", \
					  "0.2085083, 0.2296966, 0.2714654, 0.3534093, 0.5146972, 0.8333804, 1.4573991", \
					  "0.2683720, 0.2917192, 0.3365342, 0.4194468, 0.5691640, 0.8629966, 1.4631065");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0633296, 0.0687146, 0.0790357, 0.0982707, 0.1344804, 0.2031156, 0.3347867", \
					  "0.0682560, 0.0737461, 0.0839557, 0.1032371, 0.1394489, 0.2081292, 0.3397063", \
					  "0.0787669, 0.0841347, 0.0945783, 0.1138632, 0.1500754, 0.2187655, 0.3502534", \
					  "0.1005436, 0.1060011, 0.1162208, 0.1354299, 0.1716194, 0.2404010, 0.3719914", \
					  "0.1397863, 0.1462749, 0.1583970, 0.1799714, 0.2185360, 0.2878809, 0.4195999", \
					  "0.2000158, 0.2095785, 0.2265884, 0.2562419, 0.3055299, 0.3875640, 0.5280332", \
					  "0.2730050, 0.2884589, 0.3157694, 0.3622682, 0.4377692, 0.5544500, 0.7336347");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0496913, 0.0560860, 0.0685691, 0.0923479, 0.1383583, 0.2274151, 0.3993340", \
					  "0.0494385, 0.0560678, 0.0686467, 0.0922563, 0.1382588, 0.2268138, 0.3991257", \
					  "0.0492566, 0.0559217, 0.0683528, 0.0923018, 0.1385005, 0.2271612, 0.4002300", \
					  "0.0510961, 0.0572175, 0.0692435, 0.0926460, 0.1380310, 0.2271708, 0.3991142", \
					  "0.0642981, 0.0707438, 0.0817798, 0.1034518, 0.1448570, 0.2294111, 0.3997752", \
					  "0.0976475, 0.1044630, 0.1173409, 0.1413724, 0.1836053, 0.2622430, 0.4171796", \
					  "0.1665945, 0.1768113, 0.1941126, 0.2243929, 0.2760132, 0.3617561, 0.5124716");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.2319603, 0.2500965, 0.2849745, 0.3515192, 0.4788488, 0.7239083, 1.1967137", \
					  "0.2363513, 0.2542314, 0.2893051, 0.3560612, 0.4832941, 0.7287251, 1.2016406", \
					  "0.2479605, 0.2664244, 0.3016588, 0.3682079, 0.4963082, 0.7418334, 1.2150740", \
					  "0.2792573, 0.2976545, 0.3323163, 0.3997070, 0.5277079, 0.7738223, 1.2473901", \
					  "0.3512357, 0.3693033, 0.4041871, 0.4707859, 0.5986240, 0.8450893, 1.3197687", \
					  "0.5152123, 0.5363274, 0.5726571, 0.6392386, 0.7669848, 1.0128666, 1.4874697", \
					  "0.8377622, 0.8641005, 0.9112509, 0.9972549, 1.1451490, 1.4033164, 1.8786681");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.1900714, 0.2132037, 0.2588383, 0.3444622, 0.5106035, 0.8321014, 1.4569703", \
					  "0.1901270, 0.2133424, 0.2578762, 0.3459571, 0.5113979, 0.8330262, 1.4552739", \
					  "0.1899192, 0.2138012, 0.2593946, 0.3449769, 0.5113197, 0.8329410, 1.4570174", \
					  "0.1903978, 0.2143706, 0.2582186, 0.3444475, 0.5112979, 0.8332142, 1.4563737", \
					  "0.1904943, 0.2133379, 0.2586765, 0.3444936, 0.5112574, 0.8335161, 1.4544359", \
					  "0.2142546, 0.2345584, 0.2760083, 0.3554708, 0.5141504, 0.8328361, 1.4570879", \
					  "0.3035497, 0.3257812, 0.3653211, 0.4419126, 0.5789892, 0.8690809, 1.4583783");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0611686, 0.0660953, 0.0756601, 0.0937820, 0.1286257, 0.1957605, 0.3254627", \
					  "0.0663394, 0.0713413, 0.0808292, 0.0990601, 0.1339086, 0.2009612, 0.3305348", \
					  "0.0766288, 0.0815890, 0.0912050, 0.1094763, 0.1444126, 0.2115828, 0.3409718", \
					  "0.0966183, 0.1018756, 0.1116386, 0.1300188, 0.1651460, 0.2323768, 0.3621530", \
					  "0.1306611, 0.1374429, 0.1494911, 0.1709834, 0.2092032, 0.2778406, 0.4078800", \
					  "0.1797168, 0.1894126, 0.2072505, 0.2376791, 0.2876868, 0.3702344, 0.5107797", \
					  "0.2296815, 0.2459583, 0.2750402, 0.3237527, 0.4017572, 0.5207818, 0.7015994");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0424102, 0.0488311, 0.0609184, 0.0844747, 0.1301718, 0.2185420, 0.3901305", \
					  "0.0424089, 0.0487233, 0.0608499, 0.0845570, 0.1304457, 0.2190737, 0.3903850", \
					  "0.0424691, 0.0487354, 0.0609712, 0.0845085, 0.1300167, 0.2184836, 0.3901970", \
					  "0.0449328, 0.0507883, 0.0624374, 0.0853263, 0.1304219, 0.2189275, 0.3905031", \
					  "0.0585181, 0.0643594, 0.0758029, 0.0976965, 0.1385500, 0.2222607, 0.3909528", \
					  "0.0919962, 0.0994101, 0.1118540, 0.1357719, 0.1777586, 0.2563822, 0.4104934", \
					  "0.1626417, 0.1727277, 0.1899430, 0.2209726, 0.2702750, 0.3567025, 0.5055190");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.1993129, 0.2173380, 0.2523183, 0.3187504, 0.4462984, 0.6917163, 1.1641837", \
					  "0.2023866, 0.2207006, 0.2554814, 0.3222607, 0.4498057, 0.6952065, 1.1688979", \
					  "0.2114501, 0.2298802, 0.2652694, 0.3321634, 0.4598496, 0.7062873, 1.1796090", \
					  "0.2391324, 0.2571070, 0.2921548, 0.3603455, 0.4886702, 0.7350293, 1.2091570", \
					  "0.3126349, 0.3304119, 0.3653182, 0.4314602, 0.5596905, 0.8065422, 1.2810444", \
					  "0.4799132, 0.4996526, 0.5339084, 0.5935674, 0.7269574, 0.9711617, 1.4452027", \
					  "0.7828090, 0.8145162, 0.8668050, 0.9610360, 1.1123993, 1.3637057, 1.8312560");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.1900800, 0.2131454, 0.2579810, 0.3455509, 0.5105524, 0.8320185, 1.4561010", \
					  "0.1899548, 0.2138538, 0.2588185, 0.3443027, 0.5117550, 0.8331735, 1.4581002", \
					  "0.1899601, 0.2130224, 0.2586478, 0.3444419, 0.5107790, 0.8333188, 1.4564072", \
					  "0.1905098, 0.2133528, 0.2587266, 0.3443421, 0.5109740, 0.8339209, 1.4575431", \
					  "0.1909017, 0.2133581, 0.2574903, 0.3443589, 0.5111414, 0.8335881, 1.4567711", \
					  "0.2337723, 0.2517648, 0.2884031, 0.3647110, 0.5169668, 0.8326870, 1.4570434", \
					  "0.3599956, 0.3868735, 0.4247692, 0.5006680, 0.6223764, 0.8874873, 1.4643475");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0498722, 0.0544302, 0.0631537, 0.0798336, 0.1121717, 0.1750069, 0.2964550", \
					  "0.0550843, 0.0596156, 0.0684632, 0.0851703, 0.1177256, 0.1804345, 0.3030761", \
					  "0.0655034, 0.0701685, 0.0789823, 0.0959662, 0.1284356, 0.1914505, 0.3135114", \
					  "0.0851062, 0.0902498, 0.0997841, 0.1170565, 0.1497620, 0.2131238, 0.3345861", \
					  "0.1154200, 0.1225411, 0.1352684, 0.1573163, 0.1946368, 0.2597969, 0.3822344", \
					  "0.1545533, 0.1657602, 0.1851951, 0.2181960, 0.2698660, 0.3518791, 0.4879526", \
					  "0.1849770, 0.2040431, 0.2363899, 0.2902552, 0.3731167, 0.5005097, 0.6814740");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0334830, 0.0395747, 0.0507334, 0.0735586, 0.1163022, 0.1989214, 0.3591295", \
					  "0.0334820, 0.0394021, 0.0511273, 0.0730858, 0.1154959, 0.1983205, 0.3604783", \
					  "0.0335892, 0.0394537, 0.0510116, 0.0728573, 0.1168951, 0.2013277, 0.3606127", \
					  "0.0381764, 0.0433817, 0.0536413, 0.0745344, 0.1167148, 0.1989679, 0.3591149", \
					  "0.0537789, 0.0592004, 0.0698281, 0.0904788, 0.1275083, 0.2040375, 0.3601325", \
					  "0.0897300, 0.0967108, 0.1093149, 0.1320787, 0.1704215, 0.2443154, 0.3834016", \
					  "0.1624244, 0.1727056, 0.1899355, 0.2203745, 0.2686370, 0.3526968, 0.4918853");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0535086, 0.0593189, 0.0704509, 0.0918400, 0.1328634, 0.2122226, 0.3653221", \
					  "0.0595047, 0.0652630, 0.0764691, 0.0979141, 0.1392689, 0.2184548, 0.3715193", \
					  "0.0738730, 0.0795993, 0.0907059, 0.1118347, 0.1526269, 0.2337519, 0.3875879", \
					  "0.1090231, 0.1146943, 0.1256383, 0.1463127, 0.1895637, 0.2669260, 0.4202063", \
					  "0.1839844, 0.1923603, 0.2071034, 0.2315694, 0.2724465, 0.3518006, 0.5051087", \
					  "0.3147990, 0.3275468, 0.3529325, 0.3918069, 0.4531079, 0.5454644, 0.6979234", \
					  "0.5472768, 0.5704995, 0.6113661, 0.6779056, 0.7823077, 0.9287168, 1.1368886");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0489336, 0.0568789, 0.0720809, 0.1018510, 0.1589538, 0.2702837, 0.4862535", \
					  "0.0488589, 0.0568189, 0.0720843, 0.1017858, 0.1591065, 0.2708233, 0.4858137", \
					  "0.0489598, 0.0568598, 0.0723505, 0.1016765, 0.1592504, 0.2702147, 0.4863469", \
					  "0.0542860, 0.0609554, 0.0742291, 0.1021850, 0.1593324, 0.2709276, 0.4861066", \
					  "0.0825004, 0.0881596, 0.0979574, 0.1192869, 0.1670924, 0.2714517, 0.4862408", \
					  "0.1430420, 0.1529025, 0.1672407, 0.1940356, 0.2317499, 0.3093198, 0.4957671", \
					  "0.2564631, 0.2710459, 0.2952074, 0.3347420, 0.3914508, 0.4783989, 0.6162288");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0357142, 0.0395247, 0.0468324, 0.0607737, 0.0882286, 0.1403143, 0.2419928", \
					  "0.0404108, 0.0441812, 0.0515670, 0.0655790, 0.0930783, 0.1452506, 0.2470483", \
					  "0.0507471, 0.0546855, 0.0620867, 0.0763000, 0.1035350, 0.1566623, 0.2584548", \
					  "0.0702382, 0.0750918, 0.0843013, 0.1006155, 0.1283639, 0.1816201, 0.2832500", \
					  "0.0977615, 0.1056195, 0.1192996, 0.1422355, 0.1792321, 0.2373201, 0.3404479", \
					  "0.1303730, 0.1431959, 0.1652642, 0.2012652, 0.2569999, 0.3418384, 0.4682487", \
					  "0.1490094, 0.1716145, 0.2087704, 0.2673555, 0.3579586, 0.4901892, 0.6797309");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0276738, 0.0327007, 0.0420526, 0.0603423, 0.0968735, 0.1666020, 0.3004448", \
					  "0.0274792, 0.0323880, 0.0420467, 0.0603901, 0.0968045, 0.1658539, 0.3022806", \
					  "0.0286814, 0.0332352, 0.0424819, 0.0610915, 0.0962156, 0.1662138, 0.3026018", \
					  "0.0383867, 0.0422139, 0.0501489, 0.0661730, 0.0993354, 0.1668801, 0.3014764", \
					  "0.0593540, 0.0646394, 0.0739522, 0.0906059, 0.1204349, 0.1779910, 0.3064089", \
					  "0.0999786, 0.1073159, 0.1205235, 0.1416742, 0.1764619, 0.2374852, 0.3452561", \
					  "0.1788129, 0.1902822, 0.2084601, 0.2376235, 0.2871884, 0.3662917, 0.4896252");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0422842, 0.0476260, 0.0579756, 0.0780786, 0.1157930, 0.1890062, 0.3302722", \
					  "0.0476161, 0.0530827, 0.0639284, 0.0835762, 0.1216523, 0.1947991, 0.3350678", \
					  "0.0618474, 0.0673310, 0.0776509, 0.0979051, 0.1358077, 0.2089510, 0.3502710", \
					  "0.0961746, 0.1019834, 0.1119978, 0.1313515, 0.1685882, 0.2418550, 0.3829825", \
					  "0.1596690, 0.1677162, 0.1844099, 0.2106073, 0.2499044, 0.3245059, 0.4595010", \
					  "0.2674214, 0.2838851, 0.3102465, 0.3533858, 0.4179783, 0.5104965, 0.6536579", \
					  "0.4566234, 0.4838120, 0.5293720, 0.6026333, 0.7114427, 0.8641658, 1.0738560");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0388518, 0.0465041, 0.0599258, 0.0878976, 0.1404230, 0.2428903, 0.4411135", \
					  "0.0388753, 0.0460706, 0.0607239, 0.0886555, 0.1427599, 0.2465447, 0.4456575", \
					  "0.0388774, 0.0461176, 0.0605840, 0.0873293, 0.1413300, 0.2435800, 0.4415885", \
					  "0.0483659, 0.0535468, 0.0647660, 0.0891818, 0.1415536, 0.2452364, 0.4435855", \
					  "0.0807011, 0.0879315, 0.0965489, 0.1141436, 0.1543216, 0.2459515, 0.4455756", \
					  "0.1418499, 0.1503939, 0.1666233, 0.1903606, 0.2280617, 0.2944117, 0.4580605", \
					  "0.2540628, 0.2690941, 0.2910973, 0.3278137, 0.3843316, 0.4713290, 0.5965998");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0318657, 0.0356952, 0.0431670, 0.0571302, 0.0843214, 0.1372324, 0.2391727", \
					  "0.0361468, 0.0400356, 0.0473321, 0.0615621, 0.0898732, 0.1413154, 0.2433730", \
					  "0.0465894, 0.0504225, 0.0578652, 0.0719200, 0.0990988, 0.1517938, 0.2536038", \
					  "0.0646439, 0.0703492, 0.0807148, 0.0970876, 0.1245287, 0.1769439, 0.2794271", \
					  "0.0890650, 0.0981719, 0.1133552, 0.1382735, 0.1771454, 0.2362042, 0.3370745", \
					  "0.1142538, 0.1284154, 0.1523976, 0.1913404, 0.2517295, 0.3415886, 0.4721518", \
					  "0.1215924, 0.1407627, 0.1834688, 0.2461918, 0.3436676, 0.4803816, 0.6744208");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000969424, 0.00187957, 0.00364419, 0.00706554, 0.013699, 0.0265603");
					values("0.0273744, 0.0323430, 0.0419485, 0.0607574, 0.0963059, 0.1662324, 0.3027748", \
					  "0.0275637, 0.0324940, 0.0418623, 0.0605226, 0.0969276, 0.1665360, 0.3019684", \
					  "0.0296949, 0.0339919, 0.0428018, 0.0605416, 0.0964384, 0.1661302, 0.3021839", \
					  "0.0434850, 0.0481009, 0.0554328, 0.0688450, 0.1000657, 0.1674514, 0.3013590", \
					  "0.0697580, 0.0753477, 0.0855669, 0.1034672, 0.1306320, 0.1834752, 0.3062307", \
					  "0.1182367, 0.1265908, 0.1412889, 0.1655322, 0.2040995, 0.2650227, 0.3643474", \
					  "0.2082358, 0.2259673, 0.2439230, 0.2803316, 0.3367842, 0.4216597, 0.5543397");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001652;
			capacitance : 0.001709;
			rise_capacitance : 0.001766;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020121, -0.0020094, -0.0020033, -0.0020026, -0.0020009, -0.0019969, -0.0019879");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019954, 0.0019988, 0.0020068, 0.0020077, 0.0020099, 0.0020150, 0.0020266");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001716;
			capacitance : 0.001811;
			rise_capacitance : 0.001906;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021082, -0.0021008, -0.0020836, -0.0020838, -0.0020842, -0.0020851, -0.0020871");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020776, 0.0020819, 0.0020917, 0.0020919, 0.0020925, 0.0020937, 0.0020964");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001536;
			capacitance : 0.001637;
			rise_capacitance : 0.001739;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018649, -0.0018651, -0.0018654, -0.0018650, -0.0018642, -0.0018623, -0.0018579");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018678, 0.0018677, 0.0018674, 0.0018675, 0.0018679, 0.0018687, 0.0018705");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001620;
			capacitance : 0.001680;
			rise_capacitance : 0.001741;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019460, -0.0019453, -0.0019435, -0.0019439, -0.0019448, -0.0019468, -0.0019515");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019926, 0.0019871, 0.0019746, 0.0019762, 0.0019800, 0.0019886, 0.0020086");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001633;
			capacitance : 0.001681;
			rise_capacitance : 0.001730;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020991, -0.0020986, -0.0020974, -0.0020942, -0.0020868, -0.0020697, -0.0020304");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024465, 0.0024477, 0.0024503, 0.0024507, 0.0024517, 0.0024540, 0.0024593");
				}
			}
		}
	}
	cell ("scs8hd_o311ai_1") {
		area : 8.758400;
		cell_footprint : "o311ai";
		cell_leakage_power : 3.709498e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.3760822e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "1.7596918e-05";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3435959e-06";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010813";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "1.3765622e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "9.8938708e-06";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3255507e-06";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0001745";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0048758";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "1.7596918e-05";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3435959e-06";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010816";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "1.3765691e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "1.7596913e-05";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3435959e-06";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007406";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "1.3768769e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "1.7596918e-05";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3435959e-06";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010813";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "1.3765813e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "1.7596906e-05";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3435959e-06";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007415";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "1.3773355e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "1.7596918e-05";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3435959e-06";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0010813";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "1.3760827e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "1.7596913e-05";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "5.3435959e-06";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0007404";
			when : "A1&A2&!A3&B1&C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
			max_capacitance : 0.038462;
			max_transition : 1.487245;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0116939, 0.0123384, 0.0136784, 0.0164380, 0.0221204, 0.0337168, 0.0576094", \
					  "0.0116268, 0.0122639, 0.0136048, 0.0163698, 0.0220253, 0.0336722, 0.0575918", \
					  "0.0115299, 0.0121942, 0.0135168, 0.0163063, 0.0219700, 0.0336206, 0.0575208", \
					  "0.0114424, 0.0120953, 0.0134438, 0.0162299, 0.0219029, 0.0335433, 0.0574158", \
					  "0.0113946, 0.0120539, 0.0133883, 0.0161568, 0.0218642, 0.0334963, 0.0574494", \
					  "0.0113441, 0.0120106, 0.0133468, 0.0160956, 0.0217701, 0.0334256, 0.0573690", \
					  "0.0112971, 0.0119629, 0.0133239, 0.0161463, 0.0218033, 0.0334647, 0.0573884");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0052492, 0.0045926, 0.0032755, 0.0005658, -0.0050543, -0.0166758, -0.0407101", \
					  "0.0051774, 0.0045276, 0.0032174, 0.0004995, -0.0051143, -0.0167359, -0.0407731", \
					  "0.0051061, 0.0044726, 0.0031498, 0.0004415, -0.0051731, -0.0167927, -0.0408279", \
					  "0.0050421, 0.0044025, 0.0030872, 0.0003795, -0.0052350, -0.0168483, -0.0408787", \
					  "0.0049764, 0.0043486, 0.0030451, 0.0003493, -0.0052445, -0.0168431, -0.0408841", \
					  "0.0050971, 0.0044599, 0.0031347, 0.0003995, -0.0052639, -0.0169607, -0.0409321", \
					  "0.0051396, 0.0045068, 0.0031661, 0.0004350, -0.0052095, -0.0168952, -0.0410390");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0104955, 0.0111579, 0.0124844, 0.0152424, 0.0208978, 0.0324937, 0.0563813", \
					  "0.0103987, 0.0110524, 0.0123850, 0.0151622, 0.0208225, 0.0324751, 0.0563863", \
					  "0.0102449, 0.0109111, 0.0122710, 0.0150528, 0.0207403, 0.0323632, 0.0563487", \
					  "0.0101582, 0.0108092, 0.0121549, 0.0149329, 0.0206372, 0.0323238, 0.0562892", \
					  "0.0100649, 0.0107236, 0.0120761, 0.0148354, 0.0205351, 0.0321888, 0.0561309", \
					  "0.0100009, 0.0106585, 0.0120370, 0.0148146, 0.0205245, 0.0321381, 0.0560833", \
					  "0.0099616, 0.0106116, 0.0119680, 0.0147344, 0.0203889, 0.0321738, 0.0560656");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0047164, 0.0040722, 0.0027617, 2.5900000e-05, -0.0056201, -0.0172853, -0.0413580", \
					  "0.0046973, 0.0040543, 0.0027425, 9.4000000e-06, -0.0056316, -0.0172953, -0.0413688", \
					  "0.0046257, 0.0039962, 0.0026904, -2.6900000e-05, -0.0056596, -0.0173091, -0.0413782", \
					  "0.0045111, 0.0038913, 0.0025868, -0.0001096, -0.0057242, -0.0173510, -0.0414007", \
					  "0.0044539, 0.0038113, 0.0024512, -0.0002239, -0.0057974, -0.0173917, -0.0414229", \
					  "0.0043378, 0.0037030, 0.0024101, -0.0002996, -0.0059044, -0.0175521, -0.0415319", \
					  "0.0043520, 0.0036745, 0.0023450, -0.0003639, -0.0059982, -0.0175828, -0.0416600");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0092271, 0.0098875, 0.0112326, 0.0139869, 0.0196631, 0.0312945, 0.0551997", \
					  "0.0090862, 0.0097444, 0.0111054, 0.0138792, 0.0195722, 0.0312197, 0.0550727", \
					  "0.0088804, 0.0095518, 0.0108992, 0.0136977, 0.0194327, 0.0311126, 0.0550557", \
					  "0.0087432, 0.0093830, 0.0107576, 0.0135407, 0.0192753, 0.0309960, 0.0549689", \
					  "0.0087452, 0.0094063, 0.0107668, 0.0135267, 0.0192043, 0.0308978, 0.0548232", \
					  "0.0087886, 0.0094432, 0.0107916, 0.0135553, 0.0192006, 0.0307275, 0.0547060", \
					  "0.0088639, 0.0094328, 0.0107749, 0.0135546, 0.0191444, 0.0308161, 0.0547341");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0036981, 0.0030694, 0.0017395, -0.0009934, -0.0066392, -0.0183300, -0.0424326", \
					  "0.0036711, 0.0030536, 0.0017402, -0.0009768, -0.0066164, -0.0182768, -0.0423741", \
					  "0.0036124, 0.0029893, 0.0017050, -0.0009939, -0.0066050, -0.0182485, -0.0423380", \
					  "0.0034568, 0.0028546, 0.0015980, -0.0010772, -0.0066504, -0.0182655, -0.0423222", \
					  "0.0033714, 0.0027497, 0.0014902, -0.0012360, -0.0067620, -0.0183461, -0.0423591", \
					  "0.0031883, 0.0025716, 0.0012791, -0.0013798, -0.0069021, -0.0185389, -0.0425020", \
					  "0.0031530, 0.0024880, 0.0011767, -0.0015270, -0.0071232, -0.0186767, -0.0426407");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0057185, 0.0063814, 0.0077280, 0.0105027, 0.0161239, 0.0276689, 0.0514512", \
					  "0.0055567, 0.0062297, 0.0075879, 0.0104005, 0.0160405, 0.0276364, 0.0513993", \
					  "0.0054164, 0.0060825, 0.0074183, 0.0101952, 0.0157973, 0.0275872, 0.0513843", \
					  "0.0052351, 0.0058928, 0.0072858, 0.0100542, 0.0157043, 0.0273086, 0.0512777", \
					  "0.0053154, 0.0059662, 0.0071859, 0.0099289, 0.0154947, 0.0272320, 0.0510927", \
					  "0.0052040, 0.0058805, 0.0073157, 0.0101321, 0.0154896, 0.0270318, 0.0508018", \
					  "0.0052258, 0.0058032, 0.0072142, 0.0099307, 0.0155699, 0.0272713, 0.0508809");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0036234, 0.0029804, 0.0016621, -0.0010721, -0.0067295, -0.0184050, -0.0425079", \
					  "0.0035427, 0.0029186, 0.0016057, -0.0011111, -0.0067508, -0.0184208, -0.0425193", \
					  "0.0034205, 0.0027979, 0.0015054, -0.0011802, -0.0067984, -0.0184560, -0.0425348", \
					  "0.0032581, 0.0026431, 0.0013703, -0.0013140, -0.0068819, -0.0185048, -0.0425725", \
					  "0.0032185, 0.0025934, 0.0013424, -0.0013923, -0.0070027, -0.0185952, -0.0426309", \
					  "0.0031560, 0.0025170, 0.0012026, -0.0014938, -0.0070905, -0.0187622, -0.0427557", \
					  "0.0031507, 0.0025231, 0.0011921, -0.0015285, -0.0071747, -0.0187903, -0.0428098");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0035155, 0.0042328, 0.0056279, 0.0084915, 0.0141814, 0.0260155, 0.0495783", \
					  "0.0032801, 0.0039977, 0.0053931, 0.0082627, 0.0139814, 0.0257276, 0.0495400", \
					  "0.0031011, 0.0037787, 0.0051420, 0.0079354, 0.0138128, 0.0254544, 0.0494273", \
					  "0.0029617, 0.0036307, 0.0049946, 0.0078130, 0.0135202, 0.0249188, 0.0487797", \
					  "0.0029977, 0.0036491, 0.0049852, 0.0077762, 0.0133826, 0.0250799, 0.0492408", \
					  "0.0027948, 0.0034158, 0.0048738, 0.0076831, 0.0134284, 0.0250353, 0.0488041", \
					  "0.0030380, 0.0036762, 0.0050040, 0.0076641, 0.0131294, 0.0250200, 0.0487310");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001031131, 0.002126463, 0.004385324, 0.009043689, 0.01865046, 0.03846214");
					values("0.0036016, 0.0029690, 0.0016677, -0.0010396, -0.0066875, -0.0183602, -0.0424595", \
					  "0.0035019, 0.0028859, 0.0016046, -0.0010883, -0.0067200, -0.0183811, -0.0424730", \
					  "0.0033028, 0.0027208, 0.0014596, -0.0011894, -0.0067964, -0.0184187, -0.0424897", \
					  "0.0031306, 0.0025298, 0.0012666, -0.0013748, -0.0069149, -0.0185055, -0.0425382", \
					  "0.0030721, 0.0024545, 0.0011702, -0.0015647, -0.0071148, -0.0186742, -0.0426595", \
					  "0.0031587, 0.0025308, 0.0010555, -0.0016480, -0.0072306, -0.0188836, -0.0428432", \
					  "0.0032462, 0.0026504, 0.0012107, -0.0015977, -0.0072227, -0.0188579, -0.0429919");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.2293396, 0.2442331, 0.2737372, 0.3339196, 0.4569680, 0.7083419, 1.2253694", \
					  "0.2351954, 0.2494654, 0.2792092, 0.3396967, 0.4632841, 0.7144804, 1.2310933", \
					  "0.2490168, 0.2640719, 0.2932863, 0.3542246, 0.4773531, 0.7296155, 1.2467780", \
					  "0.2811014, 0.2955963, 0.3255954, 0.3864368, 0.5096975, 0.7624829, 1.2799224", \
					  "0.3502908, 0.3649240, 0.3950168, 0.4551827, 0.5785892, 0.8311261, 1.3485377", \
					  "0.4990630, 0.5148737, 0.5466986, 0.6070497, 0.7300203, 0.9822556, 1.4993272", \
					  "0.7889154, 0.8085833, 0.8477202, 0.9222364, 1.0634099, 1.3263715, 1.8435868");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.1749744, 0.1935784, 0.2336004, 0.3106909, 0.4729883, 0.8015004, 1.4808902", \
					  "0.1758612, 0.1940974, 0.2320266, 0.3106002, 0.4718430, 0.8014144, 1.4797096", \
					  "0.1749088, 0.1945861, 0.2318679, 0.3108799, 0.4713842, 0.8017387, 1.4827458", \
					  "0.1749751, 0.1940584, 0.2318129, 0.3117918, 0.4712662, 0.8011248, 1.4814819", \
					  "0.1751515, 0.1938841, 0.2324660, 0.3103630, 0.4724515, 0.8010570, 1.4792678", \
					  "0.1929697, 0.2100028, 0.2456405, 0.3202312, 0.4751318, 0.8020096, 1.4799316", \
					  "0.2503555, 0.2689682, 0.3079728, 0.3835739, 0.5294730, 0.8319934, 1.4855317");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0470751, 0.0506221, 0.0578038, 0.0719559, 0.0999191, 0.1557378, 0.2689044", \
					  "0.0516562, 0.0552449, 0.0623794, 0.0765143, 0.1045003, 0.1603333, 0.2734668", \
					  "0.0611683, 0.0647097, 0.0718256, 0.0859230, 0.1138236, 0.1697141, 0.2828496", \
					  "0.0799817, 0.0837692, 0.0911319, 0.1054522, 0.1333307, 0.1892526, 0.3024540", \
					  "0.1100740, 0.1149706, 0.1244244, 0.1419444, 0.1738849, 0.2324164, 0.3462708", \
					  "0.1484671, 0.1558691, 0.1700957, 0.1957721, 0.2402084, 0.3142968, 0.4426355", \
					  "0.1770935, 0.1890441, 0.2113391, 0.2527324, 0.3223741, 0.4347799, 0.6090731");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0350305, 0.0391811, 0.0477343, 0.0649240, 0.0998605, 0.1710813, 0.3193898", \
					  "0.0349056, 0.0390375, 0.0475935, 0.0647699, 0.0998353, 0.1710999, 0.3184578", \
					  "0.0347407, 0.0389603, 0.0473854, 0.0646463, 0.0996817, 0.1716640, 0.3192793", \
					  "0.0388755, 0.0425689, 0.0501149, 0.0661668, 0.1002168, 0.1714503, 0.3187818", \
					  "0.0535598, 0.0572264, 0.0654492, 0.0809932, 0.1122698, 0.1769614, 0.3204794", \
					  "0.0860566, 0.0907832, 0.1004502, 0.1192805, 0.1521844, 0.2161028, 0.3448669", \
					  "0.1487137, 0.1565562, 0.1713488, 0.1966671, 0.2421754, 0.3158101, 0.4484055");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.2225764, 0.2370374, 0.2667727, 0.3268477, 0.4506391, 0.7023468, 1.2181156", \
					  "0.2263285, 0.2409933, 0.2710694, 0.3309934, 0.4550828, 0.7065720, 1.2235432", \
					  "0.2381248, 0.2530882, 0.2835548, 0.3441330, 0.4677388, 0.7207668, 1.2370928", \
					  "0.2709997, 0.2856922, 0.3157200, 0.3761690, 0.5008845, 0.7528807, 1.2703427", \
					  "0.3462072, 0.3604109, 0.3905035, 0.4509833, 0.5746048, 0.8276589, 1.3456430", \
					  "0.5175926, 0.5331933, 0.5656099, 0.6259749, 0.7493028, 1.0014771, 1.5192657", \
					  "0.8547273, 0.8762949, 0.9183078, 0.9962291, 1.1408017, 1.4061451, 1.9240307");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.1751391, 0.1947007, 0.2322639, 0.3105740, 0.4716844, 0.8020883, 1.4811654", \
					  "0.1755746, 0.1946625, 0.2321077, 0.3105403, 0.4717791, 0.8015750, 1.4806041", \
					  "0.1748593, 0.1936281, 0.2327344, 0.3105044, 0.4711851, 0.8021234, 1.4808409", \
					  "0.1754351, 0.1944771, 0.2322062, 0.3105996, 0.4712831, 0.8015199, 1.4784182", \
					  "0.1756401, 0.1938552, 0.2324080, 0.3108018, 0.4716743, 0.8013328, 1.4845649", \
					  "0.1986223, 0.2147620, 0.2500930, 0.3222291, 0.4750355, 0.8029085, 1.4796683", \
					  "0.2844289, 0.3026599, 0.3398980, 0.4077228, 0.5398600, 0.8369742, 1.4872454");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0475411, 0.0508634, 0.0575349, 0.0710489, 0.0984186, 0.1542611, 0.2687690", \
					  "0.0522806, 0.0555480, 0.0622866, 0.0757950, 0.1031962, 0.1590355, 0.2736377", \
					  "0.0613868, 0.0646789, 0.0714190, 0.0849598, 0.1123468, 0.1682910, 0.2828102", \
					  "0.0781097, 0.0817809, 0.0891416, 0.1033357, 0.1309604, 0.1871044, 0.3015030", \
					  "0.1034930, 0.1085001, 0.1181497, 0.1360217, 0.1682683, 0.2282302, 0.3437345", \
					  "0.1311180, 0.1388886, 0.1536946, 0.1807045, 0.2269461, 0.3033128, 0.4338005", \
					  "0.1365444, 0.1495936, 0.1736395, 0.2178324, 0.2919193, 0.4088663, 0.5885932");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0307033, 0.0347988, 0.0432278, 0.0603900, 0.0960771, 0.1691245, 0.3212964", \
					  "0.0307666, 0.0347408, 0.0431737, 0.0604368, 0.0960912, 0.1689919, 0.3201609", \
					  "0.0307587, 0.0347701, 0.0431441, 0.0604667, 0.0960448, 0.1696343, 0.3210657", \
					  "0.0350785, 0.0388945, 0.0465229, 0.0625411, 0.0970325, 0.1694126, 0.3206640", \
					  "0.0496079, 0.0536534, 0.0615786, 0.0777985, 0.1096866, 0.1764264, 0.3220760", \
					  "0.0825363, 0.0877373, 0.0983540, 0.1168830, 0.1510314, 0.2170913, 0.3469807", \
					  "0.1481413, 0.1553446, 0.1701250, 0.1971429, 0.2417419, 0.3176088, 0.4532676");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.1885238, 0.2032047, 0.2332348, 0.2933881, 0.4168497, 0.6684263, 1.1853777", \
					  "0.1912231, 0.2063811, 0.2362198, 0.2967704, 0.4205325, 0.6724476, 1.1894336", \
					  "0.2002496, 0.2155864, 0.2455219, 0.3063589, 0.4306301, 0.6837046, 1.2010959", \
					  "0.2294695, 0.2435684, 0.2739993, 0.3347789, 0.4592927, 0.7122766, 1.2303526", \
					  "0.3039528, 0.3182215, 0.3479041, 0.4078093, 0.5311190, 0.7835014, 1.3015780", \
					  "0.4741668, 0.4899812, 0.5205574, 0.5799994, 0.6973548, 0.9553737, 1.4727556", \
					  "0.7923076, 0.8172565, 0.8638377, 0.9503635, 1.1001364, 1.3578807, 1.8678821");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.1749154, 0.1935439, 0.2335995, 0.3102850, 0.4716447, 0.8006442, 1.4791949", \
					  "0.1749512, 0.1935781, 0.2335671, 0.3102769, 0.4715426, 0.8004569, 1.4808407", \
					  "0.1748179, 0.1942541, 0.2322679, 0.3106069, 0.4718131, 0.8019203, 1.4810139", \
					  "0.1747543, 0.1938155, 0.2327274, 0.3108958, 0.4715292, 0.8011764, 1.4791975", \
					  "0.1759421, 0.1940204, 0.2318845, 0.3108472, 0.4717141, 0.8020554, 1.4819456", \
					  "0.2184667, 0.2332038, 0.2642685, 0.3320398, 0.4804523, 0.8022469, 1.4801472", \
					  "0.3441756, 0.3646974, 0.4023404, 0.4695771, 0.5883458, 0.8569181, 1.4863711");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0380762, 0.0408748, 0.0467690, 0.0586632, 0.0829394, 0.1331964, 0.2368632", \
					  "0.0428637, 0.0456929, 0.0516142, 0.0634471, 0.0879946, 0.1380719, 0.2420935", \
					  "0.0522058, 0.0551659, 0.0611453, 0.0732258, 0.0976056, 0.1479678, 0.2519172", \
					  "0.0679773, 0.0717806, 0.0789340, 0.0923184, 0.1175526, 0.1682977, 0.2723470", \
					  "0.0883976, 0.0939213, 0.1045774, 0.1235665, 0.1559799, 0.2121191, 0.3169695", \
					  "0.1054304, 0.1143934, 0.1311444, 0.1604882, 0.2101471, 0.2867487, 0.4120522", \
					  "0.0901712, 0.1054350, 0.1339136, 0.1828585, 0.2625640, 0.3839745, 0.5660587");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0224945, 0.0262658, 0.0337581, 0.0492136, 0.0820161, 0.1474322, 0.2843705", \
					  "0.0225039, 0.0262918, 0.0336731, 0.0493390, 0.0813548, 0.1488260, 0.2879470", \
					  "0.0231074, 0.0266044, 0.0340111, 0.0494309, 0.0815433, 0.1489371, 0.2829715", \
					  "0.0294675, 0.0327707, 0.0398172, 0.0533421, 0.0832512, 0.1479608, 0.2848445", \
					  "0.0463815, 0.0501141, 0.0576103, 0.0721893, 0.1009746, 0.1576394, 0.2867377", \
					  "0.0809776, 0.0861328, 0.0961759, 0.1140986, 0.1474641, 0.2051299, 0.3197952", \
					  "0.1500189, 0.1572687, 0.1715301, 0.1973393, 0.2412255, 0.3137662, 0.4380435");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0504426, 0.0552959, 0.0651308, 0.0851867, 0.1260870, 0.2098271, 0.3818224", \
					  "0.0561815, 0.0610603, 0.0709369, 0.0912164, 0.1322642, 0.2162056, 0.3878538", \
					  "0.0713058, 0.0760106, 0.0856354, 0.1055444, 0.1463062, 0.2316327, 0.4040857", \
					  "0.1069814, 0.1117626, 0.1214641, 0.1412332, 0.1820211, 0.2658347, 0.4385204", \
					  "0.1826085, 0.1896993, 0.2036327, 0.2272091, 0.2661837, 0.3496228, 0.5216617", \
					  "0.3178666, 0.3297716, 0.3518807, 0.3899617, 0.4536692, 0.5495080, 0.7190751", \
					  "0.5625639, 0.5792950, 0.6199720, 0.6842910, 0.7901341, 0.9477136, 1.1723865");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0445914, 0.0507663, 0.0640762, 0.0920336, 0.1480360, 0.2653248, 0.5060666", \
					  "0.0443453, 0.0508085, 0.0642124, 0.0917673, 0.1484098, 0.2652484, 0.5066231", \
					  "0.0444284, 0.0509008, 0.0643287, 0.0917876, 0.1485145, 0.2660782, 0.5065744", \
					  "0.0500295, 0.0554238, 0.0670012, 0.0924260, 0.1486645, 0.2654785, 0.5062748", \
					  "0.0794912, 0.0841367, 0.0916713, 0.1105806, 0.1581476, 0.2660989, 0.5064640", \
					  "0.1368520, 0.1441889, 0.1584501, 0.1835477, 0.2202707, 0.3025202, 0.5126519", \
					  "0.2462792, 0.2626070, 0.2818744, 0.3195300, 0.3767847, 0.4695135, 0.6230661");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0269596, 0.0293975, 0.0343365, 0.0446304, 0.0654898, 0.1081979, 0.1965757", \
					  "0.0313599, 0.0338339, 0.0388804, 0.0490755, 0.0699594, 0.1129074, 0.2021988", \
					  "0.0408081, 0.0435737, 0.0489128, 0.0593170, 0.0802306, 0.1232549, 0.2115637", \
					  "0.0548774, 0.0589686, 0.0664746, 0.0797985, 0.1038772, 0.1471294, 0.2366627", \
					  "0.0716856, 0.0779519, 0.0896759, 0.1100579, 0.1439296, 0.1978513, 0.2906927", \
					  "0.0821756, 0.0925495, 0.1114819, 0.1439244, 0.1965966, 0.2781745, 0.4012132", \
					  "0.0567888, 0.0730965, 0.1056597, 0.1604905, 0.2469022, 0.3761030, 0.5640947");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0187930, 0.0218996, 0.0282995, 0.0417062, 0.0693910, 0.1257905, 0.2425525", \
					  "0.0187306, 0.0218856, 0.0283210, 0.0415903, 0.0690059, 0.1256524, 0.2425169", \
					  "0.0215082, 0.0242206, 0.0299900, 0.0424481, 0.0695869, 0.1263779, 0.2443321", \
					  "0.0315743, 0.0345633, 0.0403102, 0.0514934, 0.0747684, 0.1280229, 0.2431768", \
					  "0.0514536, 0.0550168, 0.0625717, 0.0759376, 0.1009001, 0.1456154, 0.2503372", \
					  "0.0885180, 0.0942436, 0.1049738, 0.1237251, 0.1559590, 0.2079227, 0.3021211", \
					  "0.1621703, 0.1698218, 0.1844068, 0.2112419, 0.2563200, 0.3298634, 0.4454291");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0375256, 0.0421801, 0.0512609, 0.0696922, 0.1076287, 0.1849603, 0.3399419", \
					  "0.0429664, 0.0475800, 0.0567644, 0.0754339, 0.1127148, 0.1894215, 0.3468487", \
					  "0.0578227, 0.0621243, 0.0709341, 0.0891036, 0.1275218, 0.2040050, 0.3613642", \
					  "0.0921921, 0.0976324, 0.1068727, 0.1248883, 0.1615340, 0.2363963, 0.3909439", \
					  "0.1540697, 0.1627035, 0.1783062, 0.2043964, 0.2447554, 0.3204244, 0.4782085", \
					  "0.2633911, 0.2775898, 0.3037716, 0.3463192, 0.4134116, 0.5119878, 0.6656695", \
					  "0.4573767, 0.4817589, 0.5281280, 0.5976103, 0.7107150, 0.8739631, 1.1020245");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0331811, 0.0394858, 0.0512999, 0.0771183, 0.1278252, 0.2388366, 0.4563187", \
					  "0.0333759, 0.0395611, 0.0512905, 0.0765598, 0.1283797, 0.2345165, 0.4553915", \
					  "0.0335541, 0.0391421, 0.0513309, 0.0763286, 0.1285269, 0.2349325, 0.4559663", \
					  "0.0440979, 0.0481324, 0.0572017, 0.0790037, 0.1293056, 0.2370284, 0.4579734", \
					  "0.0764516, 0.0813213, 0.0898550, 0.1062267, 0.1430937, 0.2385925, 0.4613217", \
					  "0.1336597, 0.1410827, 0.1556192, 0.1796183, 0.2177675, 0.2852216, 0.4708305", \
					  "0.2414853, 0.2539426, 0.2766845, 0.3125734, 0.3707955, 0.4620965, 0.6016342");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0230508, 0.0255651, 0.0305351, 0.0407719, 0.0619081, 0.1049219, 0.1927977", \
					  "0.0271753, 0.0296737, 0.0347609, 0.0450537, 0.0664024, 0.1093864, 0.1983581", \
					  "0.0360576, 0.0393200, 0.0448305, 0.0550154, 0.0760489, 0.1194483, 0.2085655", \
					  "0.0483592, 0.0532874, 0.0615876, 0.0760773, 0.0997849, 0.1426031, 0.2307133", \
					  "0.0620584, 0.0690626, 0.0817511, 0.1040405, 0.1399171, 0.1962508, 0.2856763", \
					  "0.0655211, 0.0764728, 0.0976086, 0.1325600, 0.1882545, 0.2752563, 0.4017342", \
					  "0.0309326, 0.0467175, 0.0825392, 0.1397309, 0.2289612, 0.3629834, 0.5597521");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103113, 0.00212646, 0.00438532, 0.00904369, 0.0186505, 0.0384621");
					values("0.0187392, 0.0217938, 0.0282967, 0.0416609, 0.0693405, 0.1261038, 0.2420671", \
					  "0.0186443, 0.0216912, 0.0282377, 0.0419733, 0.0693352, 0.1258892, 0.2438527", \
					  "0.0235870, 0.0257183, 0.0309463, 0.0429795, 0.0698472, 0.1260636, 0.2434414", \
					  "0.0363216, 0.0393187, 0.0451014, 0.0561130, 0.0771508, 0.1275011, 0.2459381", \
					  "0.0591067, 0.0635844, 0.0718811, 0.0870734, 0.1126933, 0.1538278, 0.2524152", \
					  "0.1035626, 0.1107902, 0.1211244, 0.1421829, 0.1774928, 0.2338035, 0.3272915", \
					  "0.1829072, 0.1977779, 0.2135829, 0.2473720, 0.2975139, 0.3779932, 0.4999068");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002111;
			capacitance : 0.002203;
			rise_capacitance : 0.002295;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027048, -0.0027065, -0.0027106, -0.0027095, -0.0027069, -0.0027010, -0.0026874");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027144, 0.0027138, 0.0027124, 0.0027121, 0.0027113, 0.0027095, 0.0027054");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002176;
			capacitance : 0.002315;
			rise_capacitance : 0.002453;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027690, -0.0027669, -0.0027619, -0.0027627, -0.0027645, -0.0027686, -0.0027782");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027723, 0.0027716, 0.0027701, 0.0027704, 0.0027710, 0.0027725, 0.0027759");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002046;
			capacitance : 0.002194;
			rise_capacitance : 0.002341;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026006, -0.0026012, -0.0026028, -0.0026020, -0.0026001, -0.0025959, -0.0025862");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026050, 0.0026049, 0.0026046, 0.0026047, 0.0026049, 0.0026055, 0.0026067");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002117;
			capacitance : 0.002211;
			rise_capacitance : 0.002305;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026296, -0.0026275, -0.0026225, -0.0026227, -0.0026231, -0.0026242, -0.0026266");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027214, 0.0027095, 0.0026820, 0.0026846, 0.0026905, 0.0027041, 0.0027355");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002130;
			capacitance : 0.002211;
			rise_capacitance : 0.002292;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027130, -0.0027138, -0.0027156, -0.0027107, -0.0026994, -0.0026732, -0.0026129");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032686, 0.0032716, 0.0032783, 0.0032788, 0.0032798, 0.0032823, 0.0032879");
				}
			}
		}
	}
	cell ("scs8hd_o311ai_2") {
		area : 16.265600;
		cell_footprint : "o311ai";
		cell_leakage_power : 2.275051e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.2705763e-05";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "7.3008616e-06";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0003139";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0073141";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "3.8501876e-05";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "3.8502120e-05";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0073134";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0021594";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.0918371e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "3.8501991e-05";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0073134";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0014849";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "1.9414563e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "3.8503099e-05";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0073134";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0021596";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.0616231e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0073134";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0021616";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.1307300e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "3.8501876e-05";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0073134";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0016792";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "2.3822371e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "3.8503272e-05";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0073134";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0021594";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "2.0825115e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "3.8501876e-05";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0073134";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0017388";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "2.0949678e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
			max_capacitance : 0.070506;
			max_transition : 1.495143;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0092219, 0.0084598, 0.0066857, 0.0026585, -0.0065417, -0.0275837, -0.0757313", \
					  "0.0092054, 0.0084239, 0.0066702, 0.0026403, -0.0065476, -0.0275890, -0.0757233", \
					  "0.0091002, 0.0083460, 0.0065891, 0.0025970, -0.0065793, -0.0276191, -0.0757211", \
					  "0.0088910, 0.0081318, 0.0064105, 0.0024335, -0.0066978, -0.0276688, -0.0757355", \
					  "0.0086543, 0.0078780, 0.0061478, 0.0022206, -0.0068506, -0.0277695, -0.0757829", \
					  "0.0085617, 0.0077987, 0.0060675, 0.0020902, -0.0070603, -0.0280680, -0.0759577", \
					  "0.0085486, 0.0077838, 0.0060617, 0.0019712, -0.0071692, -0.0281593, -0.0762329");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0201509, 0.0209823, 0.0227744, 0.0268253, 0.0360915, 0.0571193, 0.1047661", \
					  "0.0199411, 0.0207314, 0.0225720, 0.0266585, 0.0359335, 0.0569758, 0.1047604", \
					  "0.0197364, 0.0205153, 0.0223043, 0.0264435, 0.0357348, 0.0568305, 0.1046411", \
					  "0.0194643, 0.0202606, 0.0221158, 0.0261833, 0.0355258, 0.0566051, 0.1043968", \
					  "0.0192792, 0.0200711, 0.0218905, 0.0260045, 0.0352897, 0.0565084, 0.1042243", \
					  "0.0192434, 0.0200075, 0.0218408, 0.0259721, 0.0352656, 0.0563331, 0.1040910", \
					  "0.0191243, 0.0199255, 0.0217273, 0.0258942, 0.0351011, 0.0564217, 0.1042788");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0173967, 0.0181709, 0.0199798, 0.0240560, 0.0333773, 0.0543551, 0.1021754", \
					  "0.0170949, 0.0179001, 0.0197259, 0.0238421, 0.0331663, 0.0542087, 0.1020197", \
					  "0.0167297, 0.0175345, 0.0193680, 0.0235474, 0.0328803, 0.0540015, 0.1018847", \
					  "0.0165271, 0.0173503, 0.0190759, 0.0232340, 0.0325628, 0.0538070, 0.1017271", \
					  "0.0163963, 0.0171905, 0.0190235, 0.0231141, 0.0324706, 0.0535417, 0.1015540", \
					  "0.0163385, 0.0171212, 0.0189307, 0.0231145, 0.0325217, 0.0534177, 0.1013141", \
					  "0.0167197, 0.0174523, 0.0192327, 0.0232367, 0.0323675, 0.0535367, 0.1011253");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0073865, 0.0066086, 0.0048789, 0.0008608, -0.0083676, -0.0294776, -0.0776410", \
					  "0.0072922, 0.0065592, 0.0048466, 0.0008734, -0.0083279, -0.0293889, -0.0775497", \
					  "0.0071193, 0.0063903, 0.0047011, 0.0007779, -0.0083182, -0.0293299, -0.0774635", \
					  "0.0067921, 0.0060806, 0.0044332, 0.0005555, -0.0084673, -0.0293892, -0.0774342", \
					  "0.0066516, 0.0059146, 0.0042148, 0.0001976, -0.0087457, -0.0295606, -0.0774997", \
					  "0.0062983, 0.0055517, 0.0038360, -8.3300000e-05, -0.0090752, -0.0299632, -0.0777797", \
					  "0.0062214, 0.0054555, 0.0036804, -0.0003150, -0.0094044, -0.0302723, -0.0782086");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0104140, 0.0112029, 0.0130185, 0.0171129, 0.0263391, 0.0473810, 0.0947606", \
					  "0.0101181, 0.0109208, 0.0127480, 0.0168677, 0.0261491, 0.0470673, 0.0946374", \
					  "0.0097383, 0.0105449, 0.0123892, 0.0166497, 0.0259326, 0.0470022, 0.0946144", \
					  "0.0095623, 0.0103691, 0.0121947, 0.0162851, 0.0254103, 0.0465665, 0.0944224", \
					  "0.0093268, 0.0101157, 0.0118991, 0.0159732, 0.0252968, 0.0461184, 0.0940159", \
					  "0.0092372, 0.0100741, 0.0119310, 0.0160021, 0.0253187, 0.0461592, 0.0936438", \
					  "0.0093585, 0.0101340, 0.0118842, 0.0157537, 0.0251912, 0.0465235, 0.0938668");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0072251, 0.0064595, 0.0047148, 0.0007012, -0.0085306, -0.0296223, -0.0778143", \
					  "0.0070604, 0.0062997, 0.0045725, 0.0005937, -0.0085797, -0.0296621, -0.0778076", \
					  "0.0067905, 0.0060496, 0.0043642, 0.0004329, -0.0087087, -0.0297308, -0.0778365", \
					  "0.0064807, 0.0057456, 0.0040668, 0.0001574, -0.0089013, -0.0298548, -0.0779244", \
					  "0.0065021, 0.0057286, 0.0040035, -5.1100000e-05, -0.0091760, -0.0300642, -0.0780125", \
					  "0.0062727, 0.0055170, 0.0037899, -0.0001990, -0.0093052, -0.0303871, -0.0782656", \
					  "0.0062841, 0.0055161, 0.0037638, -0.0002797, -0.0094753, -0.0304691, -0.0785847");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0058019, 0.0066957, 0.0086199, 0.0128761, 0.0223175, 0.0434666, 0.0908893", \
					  "0.0053629, 0.0062241, 0.0081851, 0.0124988, 0.0219779, 0.0429962, 0.0905465", \
					  "0.0049645, 0.0058028, 0.0076745, 0.0120522, 0.0215994, 0.0424904, 0.0910777", \
					  "0.0047532, 0.0054731, 0.0073485, 0.0115551, 0.0209877, 0.0419026, 0.0900160", \
					  "0.0045659, 0.0053530, 0.0071552, 0.0111776, 0.0205850, 0.0417237, 0.0893930", \
					  "0.0042799, 0.0050623, 0.0069709, 0.0112573, 0.0205136, 0.0413865, 0.0890245", \
					  "0.0047325, 0.0054938, 0.0072406, 0.0113117, 0.0205285, 0.0417097, 0.0888727");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0066483, 0.0059084, 0.0041821, 0.0001928, -0.0090025, -0.0300903, -0.0782607", \
					  "0.0064038, 0.0056840, 0.0039884, 4.0500000e-05, -0.0090686, -0.0301229, -0.0782555", \
					  "0.0060752, 0.0053631, 0.0036975, -0.0002085, -0.0092604, -0.0302192, -0.0783229", \
					  "0.0057127, 0.0049840, 0.0032638, -0.0005594, -0.0095739, -0.0304133, -0.0784238", \
					  "0.0055117, 0.0047683, 0.0030898, -0.0008257, -0.0098644, -0.0306963, -0.0785906", \
					  "0.0055134, 0.0047530, 0.0030219, -0.0009251, -0.0101218, -0.0310870, -0.0790011", \
					  "0.0057117, 0.0049463, 0.0030291, -0.0007282, -0.0102001, -0.0310893, -0.0794988");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0230972, 0.0238760, 0.0256820, 0.0297727, 0.0390071, 0.0600487, 0.1078359", \
					  "0.0228939, 0.0236799, 0.0255032, 0.0295701, 0.0389022, 0.0599807, 0.1075939", \
					  "0.0226465, 0.0234445, 0.0253058, 0.0293676, 0.0387025, 0.0597757, 0.1075264", \
					  "0.0224494, 0.0232372, 0.0250947, 0.0291674, 0.0384986, 0.0595791, 0.1074875", \
					  "0.0222656, 0.0230506, 0.0248393, 0.0289787, 0.0382618, 0.0593512, 0.1072910", \
					  "0.0221933, 0.0230002, 0.0247842, 0.0288523, 0.0381911, 0.0592120, 0.1071519", \
					  "0.0220917, 0.0228785, 0.0246825, 0.0288644, 0.0381965, 0.0592637, 0.1070597");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00114072, 0.002602482, 0.005937406, 0.01354583, 0.03090399, 0.07050558");
					values("0.0113315, 0.0105630, 0.0087909, 0.0047754, -0.0043676, -0.0253169, -0.0733042", \
					  "0.0112001, 0.0104120, 0.0086602, 0.0046363, -0.0045097, -0.0254633, -0.0734449", \
					  "0.0110217, 0.0102456, 0.0084881, 0.0044698, -0.0046809, -0.0256106, -0.0736057", \
					  "0.0108585, 0.0100807, 0.0083145, 0.0043059, -0.0048379, -0.0257577, -0.0737323", \
					  "0.0106791, 0.0099246, 0.0082061, 0.0042174, -0.0048712, -0.0258056, -0.0737740", \
					  "0.0107963, 0.0099901, 0.0082352, 0.0042181, -0.0050741, -0.0259641, -0.0739047", \
					  "0.0109507, 0.0101816, 0.0084625, 0.0043589, -0.0048625, -0.0259312, -0.0740750");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.2452067, 0.2545297, 0.2754942, 0.3249057, 0.4343250, 0.6820520, 1.2427462", \
					  "0.2489639, 0.2584038, 0.2802353, 0.3297876, 0.4396697, 0.6870388, 1.2478967", \
					  "0.2621392, 0.2722095, 0.2943523, 0.3434898, 0.4538585, 0.7016754, 1.2634300", \
					  "0.2949505, 0.3043310, 0.3268231, 0.3768219, 0.4868384, 0.7352056, 1.2969198", \
					  "0.3666374, 0.3762643, 0.3971558, 0.4473050, 0.5573718, 0.8055889, 1.3679259", \
					  "0.5168212, 0.5262680, 0.5507586, 0.6003873, 0.7101608, 0.9580892, 1.5203009", \
					  "0.8119952, 0.8249962, 0.8534646, 0.9127414, 1.0390797, 1.3012937, 1.8628974");
				}
				rise_transition ("del_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("0.1749784, 0.1869168, 0.2150604, 0.2792228, 0.4221671, 0.7474948, 1.4885719", \
					  "0.1747699, 0.1870082, 0.2148274, 0.2787857, 0.4228539, 0.7488841, 1.4896624", \
					  "0.1746490, 0.1869086, 0.2157665, 0.2787678, 0.4224655, 0.7473085, 1.4883921", \
					  "0.1747597, 0.1870098, 0.2152902, 0.2786257, 0.4222002, 0.7483426, 1.4867091", \
					  "0.1750229, 0.1875459, 0.2149430, 0.2793067, 0.4220617, 0.7485735, 1.4885089", \
					  "0.1894740, 0.2010027, 0.2269446, 0.2871159, 0.4260571, 0.7485716, 1.4889390", \
					  "0.2419660, 0.2545461, 0.2821246, 0.3447181, 0.4790022, 0.7780978, 1.4927535");
				}
				cell_fall ("del_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("0.0551493, 0.0580381, 0.0642976, 0.0781030, 0.1078671, 0.1724904, 0.3156006", \
					  "0.0596905, 0.0624919, 0.0688780, 0.0826546, 0.1123664, 0.1768737, 0.3200712", \
					  "0.0688904, 0.0716723, 0.0780080, 0.0917552, 0.1213862, 0.1860108, 0.3291744", \
					  "0.0862827, 0.0892281, 0.0955905, 0.1094366, 0.1390579, 0.2036309, 0.3470240", \
					  "0.1150951, 0.1185081, 0.1261246, 0.1421834, 0.1746560, 0.2414736, 0.3855047", \
					  "0.1523332, 0.1575622, 0.1682896, 0.1907783, 0.2338172, 0.3144330, 0.4703232", \
					  "0.1761435, 0.1845236, 0.2019210, 0.2370839, 0.3037499, 0.4221128, 0.6223791");
				}
				fall_transition ("del_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("0.0425110, 0.0457989, 0.0532164, 0.0697656, 0.1065810, 0.1904431, 0.3806742", \
					  "0.0423615, 0.0455621, 0.0530479, 0.0695359, 0.1066455, 0.1901503, 0.3807197", \
					  "0.0420815, 0.0453683, 0.0527890, 0.0694125, 0.1064319, 0.1902821, 0.3803966", \
					  "0.0449004, 0.0478351, 0.0546108, 0.0706591, 0.1068508, 0.1898852, 0.3808600", \
					  "0.0568330, 0.0596512, 0.0667123, 0.0816047, 0.1158811, 0.1939470, 0.3812058", \
					  "0.0881674, 0.0914988, 0.0991622, 0.1154917, 0.1506797, 0.2262944, 0.3980333", \
					  "0.1509427, 0.1556329, 0.1667120, 0.1895369, 0.2340280, 0.3172524, 0.4862160");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.2256455, 0.2356090, 0.2573379, 0.3058984, 0.4162049, 0.6635293, 1.2239372", \
					  "0.2292018, 0.2389092, 0.2610425, 0.3097751, 0.4199474, 0.6673638, 1.2283202", \
					  "0.2411544, 0.2509499, 0.2726298, 0.3217856, 0.4325763, 0.6801881, 1.2416684", \
					  "0.2713598, 0.2807289, 0.3031048, 0.3527584, 0.4631507, 0.7113017, 1.2730077", \
					  "0.3428411, 0.3522307, 0.3738671, 0.4229274, 0.5334888, 0.7818616, 1.3439228", \
					  "0.5023024, 0.5137509, 0.5365930, 0.5884458, 0.6984742, 0.9460807, 1.5083814", \
					  "0.8136375, 0.8273886, 0.8579363, 0.9269750, 1.0598429, 1.3273690, 1.8896671");
				}
				rise_transition ("del_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("0.1746176, 0.1874629, 0.2152862, 0.2784078, 0.4225928, 0.7472440, 1.4894930", \
					  "0.1746365, 0.1868728, 0.2155553, 0.2786354, 0.4224627, 0.7472684, 1.4883536", \
					  "0.1755658, 0.1876595, 0.2153257, 0.2786628, 0.4244683, 0.7473543, 1.4868822", \
					  "0.1747318, 0.1869938, 0.2152899, 0.2786477, 0.4224090, 0.7482717, 1.4886694", \
					  "0.1751444, 0.1874004, 0.2150304, 0.2783769, 0.4221996, 0.7490513, 1.4897519", \
					  "0.2004798, 0.2104727, 0.2362369, 0.2935321, 0.4285485, 0.7480238, 1.4898182", \
					  "0.2801908, 0.2924756, 0.3190797, 0.3803623, 0.5023965, 0.7886696, 1.4917576");
				}
				cell_fall ("del_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("0.0522056, 0.0546995, 0.0602731, 0.0726102, 0.1001965, 0.1621807, 0.3025257", \
					  "0.0569398, 0.0594773, 0.0650325, 0.0773708, 0.1049754, 0.1670155, 0.3073584", \
					  "0.0658788, 0.0684064, 0.0740048, 0.0864330, 0.1141220, 0.1760541, 0.3163950", \
					  "0.0816462, 0.0843234, 0.0902501, 0.1032363, 0.1311899, 0.1932915, 0.3336576", \
					  "0.1052466, 0.1087514, 0.1163256, 0.1319635, 0.1637725, 0.2296058, 0.3706605", \
					  "0.1304034, 0.1355347, 0.1469834, 0.1702476, 0.2145962, 0.2957881, 0.4523773", \
					  "0.1286872, 0.1380926, 0.1563737, 0.1938007, 0.2646270, 0.3874655, 0.5912638");
				}
				fall_transition ("del_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("0.0343206, 0.0373533, 0.0443161, 0.0601656, 0.0966420, 0.1796651, 0.3680164", \
					  "0.0343162, 0.0373070, 0.0443388, 0.0601585, 0.0964938, 0.1798039, 0.3684099", \
					  "0.0343005, 0.0373566, 0.0442488, 0.0601687, 0.0964882, 0.1796485, 0.3686120", \
					  "0.0375547, 0.0404521, 0.0470698, 0.0619549, 0.0974011, 0.1797400, 0.3685246", \
					  "0.0498917, 0.0528233, 0.0593845, 0.0744797, 0.1080937, 0.1851832, 0.3697875", \
					  "0.0813409, 0.0851538, 0.0931926, 0.1102296, 0.1448960, 0.2188721, 0.3895904", \
					  "0.1456881, 0.1511034, 0.1626292, 0.1853557, 0.2316411, 0.3130622, 0.4814041");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.1892541, 0.1978184, 0.2192199, 0.2690833, 0.3787434, 0.6264056, 1.1874255", \
					  "0.1911693, 0.2007210, 0.2223389, 0.2715408, 0.3817661, 0.6302075, 1.1903399", \
					  "0.2000361, 0.2095326, 0.2311085, 0.2813885, 0.3916685, 0.6409846, 1.2016317", \
					  "0.2288203, 0.2384652, 0.2584214, 0.3084178, 0.4193824, 0.6678865, 1.2298546", \
					  "0.3001248, 0.3094573, 0.3315165, 0.3805815, 0.4899379, 0.7384292, 1.3011791", \
					  "0.4668895, 0.4774316, 0.4994289, 0.5491155, 0.6577621, 0.9023831, 1.4636875", \
					  "0.7675381, 0.7834711, 0.8184399, 0.8904983, 1.0331134, 1.2978369, 1.8507897");
				}
				rise_transition ("del_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("0.1747266, 0.1870783, 0.2148940, 0.2787768, 0.4229237, 0.7484008, 1.4878327", \
					  "0.1743416, 0.1866355, 0.2150193, 0.2783638, 0.4225846, 0.7485376, 1.4882856", \
					  "0.1744413, 0.1870321, 0.2149339, 0.2793896, 0.4220413, 0.7483743, 1.4884789", \
					  "0.1745369, 0.1872531, 0.2148297, 0.2792238, 0.4223478, 0.7479748, 1.4862760", \
					  "0.1746176, 0.1863588, 0.2142378, 0.2776478, 0.4226980, 0.7480306, 1.4871513", \
					  "0.2206615, 0.2299672, 0.2518440, 0.3044867, 0.4329621, 0.7472629, 1.4901965", \
					  "0.3376506, 0.3510110, 0.3820202, 0.4414588, 0.5587831, 0.8175381, 1.4951428");
				}
				cell_fall ("del_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("0.0410210, 0.0431781, 0.0479947, 0.0588928, 0.0834612, 0.1394841, 0.2672346", \
					  "0.0456866, 0.0478050, 0.0527484, 0.0636657, 0.0883986, 0.1445432, 0.2713965", \
					  "0.0544688, 0.0567476, 0.0617496, 0.0729004, 0.0978511, 0.1538282, 0.2813515", \
					  "0.0688440, 0.0715025, 0.0773552, 0.0896355, 0.1153509, 0.1717750, 0.2998455", \
					  "0.0873644, 0.0911107, 0.0993116, 0.1156343, 0.1472277, 0.2088792, 0.3380115", \
					  "0.1000421, 0.1063724, 0.1190830, 0.1448103, 0.1917104, 0.2732896, 0.4212962", \
					  "0.0768127, 0.0873884, 0.1090024, 0.1517262, 0.2275530, 0.3548263, 0.5593189");
				}
				fall_transition ("del_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("0.0239235, 0.0267087, 0.0331058, 0.0476651, 0.0807295, 0.1563261, 0.3286178", \
					  "0.0239238, 0.0267420, 0.0331121, 0.0476807, 0.0806046, 0.1561799, 0.3279600", \
					  "0.0243300, 0.0270192, 0.0332537, 0.0477077, 0.0814190, 0.1572695, 0.3283397", \
					  "0.0293387, 0.0319817, 0.0378747, 0.0510700, 0.0822756, 0.1562216, 0.3318792", \
					  "0.0440748, 0.0467701, 0.0526900, 0.0659529, 0.0963310, 0.1639258, 0.3301265", \
					  "0.0770503, 0.0803676, 0.0881659, 0.1040777, 0.1361800, 0.2036138, 0.3557926", \
					  "0.1430160, 0.1481613, 0.1591708, 0.1818025, 0.2248303, 0.3009313, 0.4560951");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.0489619, 0.0520857, 0.0590072, 0.0748911, 0.1101485, 0.1899457, 0.3712397", \
					  "0.0547954, 0.0578452, 0.0648747, 0.0807513, 0.1162058, 0.1960931, 0.3773860", \
					  "0.0694315, 0.0725734, 0.0795964, 0.0960188, 0.1311865, 0.2112902, 0.3927665", \
					  "0.1068058, 0.1098326, 0.1166886, 0.1314435, 0.1661389, 0.2461072, 0.4279341", \
					  "0.1816065, 0.1864201, 0.1963549, 0.2161760, 0.2532849, 0.3324928, 0.5138163", \
					  "0.3158398, 0.3238045, 0.3403422, 0.3731027, 0.4327141, 0.5294914, 0.7098306", \
					  "0.5600616, 0.5735715, 0.6005191, 0.6575062, 0.7563571, 0.9179471, 1.1598080");
				}
				rise_transition ("del_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("0.0409309, 0.0447865, 0.0545539, 0.0756157, 0.1245399, 0.2359559, 0.4893718", \
					  "0.0406197, 0.0448839, 0.0545199, 0.0755656, 0.1244691, 0.2359101, 0.4897081", \
					  "0.0406098, 0.0449148, 0.0541933, 0.0757097, 0.1245788, 0.2364941, 0.4893502", \
					  "0.0455477, 0.0491180, 0.0572340, 0.0769564, 0.1245072, 0.2357678, 0.4905155", \
					  "0.0734592, 0.0769296, 0.0842238, 0.0985018, 0.1357430, 0.2373648, 0.4904172", \
					  "0.1301150, 0.1353251, 0.1451135, 0.1657686, 0.2038273, 0.2787133, 0.4973743", \
					  "0.2328241, 0.2424161, 0.2639250, 0.2927926, 0.3526009, 0.4450922, 0.6123458");
				}
				cell_fall ("del_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("0.0294017, 0.0312899, 0.0354104, 0.0449947, 0.0662032, 0.1147902, 0.2253623", \
					  "0.0334939, 0.0353541, 0.0396515, 0.0491523, 0.0709225, 0.1195895, 0.2306282", \
					  "0.0418106, 0.0439066, 0.0484047, 0.0580679, 0.0797557, 0.1287497, 0.2395249", \
					  "0.0548314, 0.0576528, 0.0637365, 0.0760403, 0.1001498, 0.1495533, 0.2602822", \
					  "0.0704571, 0.0753080, 0.0841204, 0.1022264, 0.1350828, 0.1944873, 0.3091115", \
					  "0.0792937, 0.0864994, 0.1015001, 0.1305057, 0.1816460, 0.2676121, 0.4127359", \
					  "0.0491031, 0.0628455, 0.0871485, 0.1361051, 0.2206262, 0.3571527, 0.5678967");
				}
				fall_transition ("del_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("0.0201163, 0.0225295, 0.0280907, 0.0407606, 0.0693840, 0.1350950, 0.2841014", \
					  "0.0202233, 0.0225850, 0.0280915, 0.0406720, 0.0697032, 0.1357322, 0.2856788", \
					  "0.0222649, 0.0244194, 0.0295062, 0.0414120, 0.0694756, 0.1355157, 0.2858859", \
					  "0.0305854, 0.0328436, 0.0378743, 0.0494624, 0.0742228, 0.1357972, 0.2849392", \
					  "0.0489558, 0.0519545, 0.0576137, 0.0701315, 0.0956162, 0.1506851, 0.2890009", \
					  "0.0847944, 0.0885331, 0.0968413, 0.1138123, 0.1461661, 0.2055820, 0.3312166", \
					  "0.1548772, 0.1614934, 0.1734668, 0.1970559, 0.2412425, 0.3172531, 0.4549369");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00114072, 0.00260248, 0.00593741, 0.0135458, 0.030904, 0.0705056");
					values("0.0369688, 0.0402524, 0.0473481, 0.0629643, 0.0977337, 0.1759747, 0.3523992", \
					  "0.0423141, 0.0454338, 0.0526159, 0.0683903, 0.1034016, 0.1813605, 0.3576442", \
					  "0.0568070, 0.0598535, 0.0666871, 0.0827743, 0.1171260, 0.1938805, 0.3701620", \
					  "0.0905148, 0.0942305, 0.1024663, 0.1175829, 0.1516949, 0.2274647, 0.4070010", \
					  "0.1515821, 0.1577876, 0.1703227, 0.1940289, 0.2350709, 0.3126414, 0.4895737", \
					  "0.2584747, 0.2690324, 0.2899120, 0.3297683, 0.3969314, 0.5014127, 0.6788757", \
					  "0.4503746, 0.4677772, 0.5036954, 0.5687311, 0.6826973, 0.8572333, 1.1119018");
				}
				rise_transition ("del_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("0.0308789, 0.0349269, 0.0440374, 0.0647569, 0.1123761, 0.2240616, 0.4680629", \
					  "0.0310637, 0.0349384, 0.0439147, 0.0646259, 0.1121740, 0.2209490, 0.4695842", \
					  "0.0313531, 0.0348937, 0.0439173, 0.0654867, 0.1122181, 0.2198936, 0.4665542", \
					  "0.0430869, 0.0455752, 0.0512771, 0.0681808, 0.1124462, 0.2228209, 0.4688966", \
					  "0.0730173, 0.0765069, 0.0832091, 0.0971802, 0.1292652, 0.2237970, 0.4703786", \
					  "0.1302252, 0.1354381, 0.1460479, 0.1662896, 0.2044904, 0.2743658, 0.4819158", \
					  "0.2348381, 0.2430597, 0.2608898, 0.2947167, 0.3545083, 0.4485835, 0.6132783");
				}
				cell_fall ("del_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("0.0250110, 0.0269339, 0.0311722, 0.0407100, 0.0623206, 0.1112191, 0.2211514", \
					  "0.0290318, 0.0309512, 0.0352592, 0.0448831, 0.0667549, 0.1157645, 0.2262416", \
					  "0.0387676, 0.0409924, 0.0455288, 0.0549967, 0.0769937, 0.1267374, 0.2370522", \
					  "0.0520614, 0.0553576, 0.0623281, 0.0766515, 0.1010228, 0.1501719, 0.2621650", \
					  "0.0665466, 0.0719221, 0.0829047, 0.1042089, 0.1425163, 0.2065950, 0.3181502", \
					  "0.0723242, 0.0809564, 0.0987468, 0.1324548, 0.1925559, 0.2906195, 0.4450317", \
					  "0.0389634, 0.0492818, 0.0825111, 0.1382013, 0.2341679, 0.3866257, 0.6283831");
				}
				fall_transition ("del_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("0.0201568, 0.0225261, 0.0280428, 0.0406316, 0.0694259, 0.1357966, 0.2848132", \
					  "0.0200419, 0.0225123, 0.0281005, 0.0407141, 0.0696481, 0.1348650, 0.2857213", \
					  "0.0242008, 0.0261060, 0.0306847, 0.0419309, 0.0694488, 0.1354945, 0.2857560", \
					  "0.0372388, 0.0393149, 0.0449771, 0.0551316, 0.0776254, 0.1367857, 0.2850565", \
					  "0.0613688, 0.0635059, 0.0709172, 0.0852674, 0.1120556, 0.1617838, 0.2904063", \
					  "0.1041036, 0.1094564, 0.1203233, 0.1410063, 0.1789629, 0.2436932, 0.3588878", \
					  "0.1843668, 0.1988439, 0.2097582, 0.2427643, 0.2975709, 0.3926690, 0.5419099");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003919;
			capacitance : 0.004119;
			rise_capacitance : 0.004320;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052828, -0.0052791, -0.0052708, -0.0052712, -0.0052720, -0.0052738, -0.0052781");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052812, 0.0052806, 0.0052792, 0.0052804, 0.0052833, 0.0052898, 0.0053049");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004329;
			capacitance : 0.004077;
			fall_capacitance : 0.003824;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052446, -0.0052413, -0.0052337, -0.0052341, -0.0052351, -0.0052373, -0.0052423");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052513, 0.0052499, 0.0052466, 0.0052473, 0.0052488, 0.0052523, 0.0052603");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003838;
			capacitance : 0.004148;
			rise_capacitance : 0.004458;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052206, -0.0052176, -0.0052107, -0.0052091, -0.0052054, -0.0051969, -0.0051773");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052284, 0.0052260, 0.0052203, 0.0052210, 0.0052226, 0.0052263, 0.0052348");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004046;
			capacitance : 0.004243;
			rise_capacitance : 0.004441;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053534, -0.0053511, -0.0053458, -0.0053450, -0.0053432, -0.0053390, -0.0053293");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054563, 0.0054420, 0.0054089, 0.0054158, 0.0054318, 0.0054686, 0.0055535");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003995;
			capacitance : 0.004131;
			rise_capacitance : 0.004267;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0048742, -0.0048757, -0.0048792, -0.0048680, -0.0048420, -0.0047823, -0.0046446");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0064231, 0.0064232, 0.0064236, 0.0064214, 0.0064162, 0.0064042, 0.0063767");
				}
			}
		}
	}
	cell ("scs8hd_o311ai_4") {
		area : 26.275200;
		cell_footprint : "o311ai";
		cell_leakage_power : 5.216297e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0002829";
			when : "A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0043137";
			when : "A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "6.5571307e-05";
			when : "A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0272524";
			when : "!A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "!A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0006826";
			when : "!A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "0.0122196";
			when : "!A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0002828";
			when : "!A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "!A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0043157";
			when : "!A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "6.5939042e-05";
			when : "!A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0002828";
			when : "!A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "!A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0029564";
			when : "!A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "6.3801713e-05";
			when : "!A1&A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0002829";
			when : "!A1&A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "!A1&A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0043135";
			when : "!A1&A2&A3&B1&C1";
		}
		leakage_power () {
			value : "6.6639030e-05";
			when : "!A1&A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0002828";
			when : "A1&!A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "A1&!A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0034417";
			when : "A1&!A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "6.6728713e-05";
			when : "A1&!A2&!A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0002828";
			when : "A1&!A2&A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "A1&!A2&A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0043134";
			when : "A1&!A2&A3&B1&C1";
		}
		leakage_power () {
			value : "6.6613178e-05";
			when : "A1&!A2&A3&B1&!C1";
		}
		leakage_power () {
			value : "0.0002828";
			when : "A1&A2&!A3&!B1&C1";
		}
		leakage_power () {
			value : "0.0122149";
			when : "A1&A2&!A3&!B1&!C1";
		}
		leakage_power () {
			value : "0.0029560";
			when : "A1&A2&!A3&B1&C1";
		}
		leakage_power () {
			value : "6.2228326e-05";
			when : "A1&A2&!A3&B1&!C1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1) | (!C1)";
			max_capacitance : 0.121775;
			max_transition : 1.498452;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0425779, 0.0434739, 0.0457633, 0.0515000, 0.0657539, 0.1011809, 0.1891598", \
					  "0.0422297, 0.0431599, 0.0454533, 0.0512208, 0.0655387, 0.1009339, 0.1889718", \
					  "0.0418784, 0.0428233, 0.0452710, 0.0509389, 0.0653148, 0.1008041, 0.1887668", \
					  "0.0415877, 0.0425269, 0.0448262, 0.0506707, 0.0650412, 0.1005406, 0.1888003", \
					  "0.0412417, 0.0421560, 0.0445349, 0.0502444, 0.0646644, 0.1001892, 0.1884993", \
					  "0.0411999, 0.0421064, 0.0443442, 0.0501221, 0.0644354, 0.1000029, 0.1882466", \
					  "0.0410091, 0.0421105, 0.0442525, 0.0500857, 0.0645385, 0.0999294, 0.1880225");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0208818, 0.0199693, 0.0177058, 0.0120505, -0.0020306, -0.0372635, -0.1257049", \
					  "0.0206127, 0.0196995, 0.0174621, 0.0117918, -0.0022741, -0.0375145, -0.1259967", \
					  "0.0203108, 0.0193874, 0.0171482, 0.0114998, -0.0025764, -0.0378121, -0.1262728", \
					  "0.0199982, 0.0190783, 0.0168376, 0.0111725, -0.0028797, -0.0380793, -0.1265496", \
					  "0.0197094, 0.0188175, 0.0165863, 0.0110616, -0.0029270, -0.0381633, -0.1265979", \
					  "0.0199636, 0.0190501, 0.0167911, 0.0111375, -0.0030498, -0.0383980, -0.1267457", \
					  "0.0200525, 0.0191751, 0.0168893, 0.0112722, -0.0028614, -0.0384173, -0.1272947");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0371966, 0.0381311, 0.0404511, 0.0461822, 0.0604737, 0.0958852, 0.1839865", \
					  "0.0368282, 0.0377511, 0.0400689, 0.0459029, 0.0601711, 0.0956687, 0.1835820", \
					  "0.0364865, 0.0374037, 0.0398195, 0.0454884, 0.0598851, 0.0955022, 0.1835035", \
					  "0.0360492, 0.0369604, 0.0393780, 0.0450738, 0.0595178, 0.0951091, 0.1833403", \
					  "0.0355427, 0.0365240, 0.0388929, 0.0446351, 0.0589696, 0.0946060, 0.1827632", \
					  "0.0356889, 0.0366096, 0.0388499, 0.0445724, 0.0588990, 0.0944453, 0.1827024", \
					  "0.0353007, 0.0362397, 0.0386326, 0.0444061, 0.0586935, 0.0945586, 0.1826611");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0171351, 0.0162172, 0.0139612, 0.0083139, -0.0058158, -0.0412659, -0.1299312", \
					  "0.0170805, 0.0161919, 0.0139188, 0.0082902, -0.0058457, -0.0412593, -0.1299757", \
					  "0.0168985, 0.0160073, 0.0137958, 0.0081770, -0.0059148, -0.0413072, -0.1299730", \
					  "0.0164749, 0.0155950, 0.0133996, 0.0078364, -0.0061597, -0.0414465, -0.1300694", \
					  "0.0159269, 0.0150486, 0.0128629, 0.0073740, -0.0064753, -0.0416349, -0.1301749", \
					  "0.0159082, 0.0150234, 0.0127994, 0.0072522, -0.0067732, -0.0421636, -0.1303926", \
					  "0.0157078, 0.0148012, 0.0125812, 0.0069272, -0.0071193, -0.0423932, -0.1310362");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0321037, 0.0330416, 0.0353542, 0.0411684, 0.0554199, 0.0909429, 0.1788001", \
					  "0.0315025, 0.0324661, 0.0348910, 0.0405956, 0.0549793, 0.0905260, 0.1785435", \
					  "0.0309947, 0.0318844, 0.0343468, 0.0400711, 0.0545608, 0.0901041, 0.1782203", \
					  "0.0302459, 0.0312682, 0.0335814, 0.0394908, 0.0538805, 0.0896991, 0.1780699", \
					  "0.0300787, 0.0310008, 0.0333297, 0.0390059, 0.0535574, 0.0889730, 0.1777332", \
					  "0.0297783, 0.0307244, 0.0330358, 0.0389375, 0.0534011, 0.0888826, 0.1774386", \
					  "0.0303312, 0.0311663, 0.0333968, 0.0390903, 0.0531054, 0.0887581, 0.1769326");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0133145, 0.0124527, 0.0102260, 0.0045931, -0.0096068, -0.0451358, -0.1340013", \
					  "0.0131562, 0.0123231, 0.0101155, 0.0045772, -0.0095177, -0.0449865, -0.1338114", \
					  "0.0127870, 0.0119534, 0.0098629, 0.0044320, -0.0094992, -0.0448581, -0.1336068", \
					  "0.0121878, 0.0113750, 0.0092872, 0.0039780, -0.0097913, -0.0449198, -0.1335196", \
					  "0.0119201, 0.0109848, 0.0086623, 0.0033264, -0.0103546, -0.0452475, -0.1336148", \
					  "0.0113752, 0.0105126, 0.0083401, 0.0028945, -0.0108580, -0.0459610, -0.1340852", \
					  "0.0110859, 0.0101844, 0.0079878, 0.0023577, -0.0116112, -0.0465946, -0.1349180");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0192274, 0.0201696, 0.0225053, 0.0283104, 0.0426003, 0.0778386, 0.1654908", \
					  "0.0184984, 0.0194803, 0.0218370, 0.0277401, 0.0421865, 0.0776170, 0.1654681", \
					  "0.0176912, 0.0186551, 0.0210737, 0.0269504, 0.0417664, 0.0773795, 0.1654583", \
					  "0.0171886, 0.0181052, 0.0204398, 0.0263176, 0.0409205, 0.0765189, 0.1650506", \
					  "0.0167389, 0.0176478, 0.0199498, 0.0256970, 0.0400512, 0.0755764, 0.1637080", \
					  "0.0168260, 0.0177121, 0.0200046, 0.0258235, 0.0400981, 0.0750128, 0.1636120", \
					  "0.0166596, 0.0175325, 0.0198330, 0.0256648, 0.0394240, 0.0755571, 0.1631782");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0129588, 0.0120760, 0.0098288, 0.0042044, -0.0099641, -0.0454981, -0.1343483", \
					  "0.0125695, 0.0116939, 0.0095464, 0.0039859, -0.0100792, -0.0455638, -0.1343759", \
					  "0.0119924, 0.0111568, 0.0090045, 0.0035614, -0.0103800, -0.0457296, -0.1344753", \
					  "0.0114352, 0.0105758, 0.0084331, 0.0030077, -0.0107954, -0.0459650, -0.1346079", \
					  "0.0111460, 0.0102644, 0.0080771, 0.0025647, -0.0113065, -0.0463582, -0.1347986", \
					  "0.0112666, 0.0103712, 0.0081225, 0.0025654, -0.0114592, -0.0470337, -0.1353324", \
					  "0.0110923, 0.0101326, 0.0079424, 0.0022768, -0.0118437, -0.0471522, -0.1358973");
				}
			}
			internal_power () {
				related_pin : "C1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0085279, 0.0095849, 0.0121979, 0.0183319, 0.0328037, 0.0681291, 0.1557500", \
					  "0.0078408, 0.0088582, 0.0114219, 0.0176428, 0.0325825, 0.0682831, 0.1562607", \
					  "0.0071649, 0.0081558, 0.0105410, 0.0168252, 0.0317989, 0.0674866, 0.1559057", \
					  "0.0068542, 0.0078066, 0.0102356, 0.0158446, 0.0308520, 0.0664883, 0.1551807", \
					  "0.0065251, 0.0074305, 0.0097495, 0.0155585, 0.0298376, 0.0656558, 0.1543690", \
					  "0.0060656, 0.0070037, 0.0094337, 0.0156444, 0.0301401, 0.0652316, 0.1540570", \
					  "0.0070733, 0.0079300, 0.0101982, 0.0157048, 0.0298950, 0.0654335, 0.1530776");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001249496, 0.003122479, 0.007803047, 0.01949975, 0.0487297, 0.1217751");
					values("0.0110700, 0.0101980, 0.0080843, 0.0025306, -0.0115618, -0.0470495, -0.1358782", \
					  "0.0105749, 0.0097396, 0.0076380, 0.0021996, -0.0117447, -0.0471441, -0.1359396", \
					  "0.0099316, 0.0091125, 0.0070238, 0.0016258, -0.0121553, -0.0473690, -0.1360412", \
					  "0.0092611, 0.0084480, 0.0063585, 0.0008734, -0.0127519, -0.0477560, -0.1362647", \
					  "0.0090026, 0.0081395, 0.0059123, 0.0004501, -0.0133350, -0.0483197, -0.1365607", \
					  "0.0092079, 0.0083330, 0.0061417, 0.0005625, -0.0137736, -0.0492214, -0.1372812", \
					  "0.0094548, 0.0085760, 0.0064747, 0.0003711, -0.0135635, -0.0488368, -0.1381639");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.2573015, 0.2637466, 0.2796976, 0.3179080, 0.4168537, 0.6561693, 1.2516512", \
					  "0.2616450, 0.2685576, 0.2848937, 0.3231610, 0.4216640, 0.6615782, 1.2573433", \
					  "0.2757979, 0.2822837, 0.2987845, 0.3393859, 0.4366546, 0.6782205, 1.2725299", \
					  "0.3101464, 0.3166404, 0.3321591, 0.3724317, 0.4703860, 0.7124191, 1.3081610", \
					  "0.3814933, 0.3884069, 0.4050217, 0.4447097, 0.5429559, 0.7848593, 1.3807054", \
					  "0.5370315, 0.5450445, 0.5623359, 0.6021467, 0.6998339, 0.9400478, 1.5367690", \
					  "0.8466787, 0.8557559, 0.8766948, 0.9246421, 1.0362876, 1.2906055, 1.8864248");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.1789893, 0.1874237, 0.2079296, 0.2597387, 0.3882907, 0.7051559, 1.4911198", \
					  "0.1789115, 0.1873668, 0.2081128, 0.2598198, 0.3885111, 0.7050127, 1.4938336", \
					  "0.1789538, 0.1873309, 0.2086036, 0.2600230, 0.3884237, 0.7057503, 1.4937219", \
					  "0.1787894, 0.1872426, 0.2080771, 0.2605918, 0.3882979, 0.7060795, 1.4946296", \
					  "0.1788009, 0.1871906, 0.2082291, 0.2598920, 0.3891880, 0.7057182, 1.4924740", \
					  "0.1908999, 0.1989253, 0.2181451, 0.2677019, 0.3919121, 0.7053982, 1.4978736", \
					  "0.2392035, 0.2493294, 0.2698298, 0.3196112, 0.4418752, 0.7336030, 1.4968640");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0525987, 0.0545496, 0.0593976, 0.0706504, 0.0970816, 0.1585443, 0.3060401", \
					  "0.0567707, 0.0587354, 0.0635440, 0.0748326, 0.1011739, 0.1627534, 0.3103589", \
					  "0.0646711, 0.0666244, 0.0713678, 0.0826264, 0.1088306, 0.1703170, 0.3180707", \
					  "0.0793204, 0.0813448, 0.0860750, 0.0976264, 0.1238906, 0.1853526, 0.3329658", \
					  "0.1033656, 0.1056818, 0.1111733, 0.1242033, 0.1529744, 0.2170089, 0.3651280", \
					  "0.1327533, 0.1359981, 0.1439735, 0.1617872, 0.1997714, 0.2758365, 0.4358661", \
					  "0.1417865, 0.1471428, 0.1591375, 0.1881035, 0.2460473, 0.3582848, 0.5607611");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0450835, 0.0472801, 0.0524014, 0.0654447, 0.0972207, 0.1761088, 0.3738432", \
					  "0.0449491, 0.0469277, 0.0522489, 0.0652701, 0.0969431, 0.1758758, 0.3734774", \
					  "0.0448478, 0.0467319, 0.0519845, 0.0649892, 0.0968722, 0.1757156, 0.3735859", \
					  "0.0472884, 0.0492956, 0.0543258, 0.0665997, 0.0975395, 0.1755331, 0.3730144", \
					  "0.0575402, 0.0595309, 0.0643613, 0.0765020, 0.1061082, 0.1805766, 0.3741275", \
					  "0.0867743, 0.0887808, 0.0942116, 0.1067479, 0.1364009, 0.2087212, 0.3904547", \
					  "0.1465911, 0.1495856, 0.1572486, 0.1739754, 0.2123144, 0.2903036, 0.4673831");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.2401695, 0.2464371, 0.2621682, 0.3027824, 0.3998024, 0.6399791, 1.2358097", \
					  "0.2439998, 0.2500859, 0.2656222, 0.3060590, 0.4036131, 0.6441746, 1.2397147", \
					  "0.2550717, 0.2620520, 0.2786115, 0.3190736, 0.4164188, 0.6574085, 1.2534421", \
					  "0.2867141, 0.2930678, 0.3100288, 0.3505811, 0.4484237, 0.6895753, 1.2858025", \
					  "0.3594957, 0.3657774, 0.3827483, 0.4226184, 0.5210474, 0.7621491, 1.3586637", \
					  "0.5233727, 0.5315936, 0.5512563, 0.5914744, 0.6894313, 0.9306200, 1.5269231", \
					  "0.8537480, 0.8628167, 0.8859423, 0.9408969, 1.0598156, 1.3208562, 1.9178525");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.1789394, 0.1873016, 0.2079507, 0.2601591, 0.3878171, 0.7049361, 1.4944194", \
					  "0.1788546, 0.1873371, 0.2079487, 0.2605378, 0.3877911, 0.7059207, 1.4946463", \
					  "0.1787938, 0.1871511, 0.2086877, 0.2601800, 0.3877997, 0.7060639, 1.4945847", \
					  "0.1788038, 0.1871710, 0.2091576, 0.2599633, 0.3885818, 0.7048399, 1.4922014", \
					  "0.1791028, 0.1873263, 0.2082911, 0.2599338, 0.3878654, 0.7051654, 1.4941818", \
					  "0.2013083, 0.2087869, 0.2274536, 0.2738654, 0.3946946, 0.7049816, 1.4943488", \
					  "0.2775006, 0.2856765, 0.3087384, 0.3558018, 0.4688446, 0.7456965, 1.4970677");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0516374, 0.0533880, 0.0574841, 0.0675214, 0.0916424, 0.1500793, 0.2944771", \
					  "0.0561901, 0.0578767, 0.0620527, 0.0720555, 0.0961288, 0.1548026, 0.2993477", \
					  "0.0643376, 0.0660276, 0.0702120, 0.0803112, 0.1043940, 0.1630506, 0.3074422", \
					  "0.0783214, 0.0800820, 0.0845697, 0.0951802, 0.1197934, 0.1785855, 0.3231753", \
					  "0.0994378, 0.1016753, 0.1071656, 0.1199584, 0.1481944, 0.2108910, 0.3566453", \
					  "0.1195843, 0.1232095, 0.1313196, 0.1501964, 0.1899593, 0.2680724, 0.4297717", \
					  "0.1083924, 0.1140938, 0.1278380, 0.1583606, 0.2225039, 0.3419179, 0.5526843");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0359188, 0.0378132, 0.0426767, 0.0549891, 0.0861759, 0.1648283, 0.3624173", \
					  "0.0358688, 0.0378497, 0.0427810, 0.0550473, 0.0862191, 0.1648483, 0.3615389", \
					  "0.0357954, 0.0377496, 0.0426625, 0.0549286, 0.0862583, 0.1646190, 0.3623982", \
					  "0.0390002, 0.0408827, 0.0455639, 0.0573448, 0.0876361, 0.1649026, 0.3617567", \
					  "0.0500830, 0.0519831, 0.0565933, 0.0682737, 0.0976206, 0.1708263, 0.3628235", \
					  "0.0808084, 0.0830979, 0.0884389, 0.1016987, 0.1317625, 0.2033108, 0.3823002", \
					  "0.1432394, 0.1463709, 0.1548784, 0.1735986, 0.2125850, 0.2928593, 0.4692237");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.2001439, 0.2065460, 0.2222451, 0.2624810, 0.3597563, 0.6002355, 1.1955149", \
					  "0.2013349, 0.2076753, 0.2242299, 0.2645859, 0.3622873, 0.6032558, 1.1989187", \
					  "0.2115282, 0.2174800, 0.2341754, 0.2739567, 0.3726913, 0.6135745, 1.2099127", \
					  "0.2385403, 0.2450657, 0.2612943, 0.3018241, 0.3994606, 0.6419310, 1.2390018", \
					  "0.3092161, 0.3155891, 0.3316238, 0.3713408, 0.4695880, 0.7096130, 1.3077455", \
					  "0.4792681, 0.4862714, 0.5027662, 0.5426669, 0.6390212, 0.8766365, 1.4733685", \
					  "0.7920997, 0.8031911, 0.8291067, 0.8878612, 1.0146052, 1.2763510, 1.8644830");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.1789130, 0.1873048, 0.2080993, 0.2605834, 0.3877873, 0.7057171, 1.4921473", \
					  "0.1789030, 0.1871593, 0.2090422, 0.2601486, 0.3877758, 0.7050026, 1.4940956", \
					  "0.1786457, 0.1872721, 0.2089649, 0.2597753, 0.3890913, 0.7052043, 1.4937177", \
					  "0.1787299, 0.1871327, 0.2078778, 0.2597452, 0.3882029, 0.7055068, 1.4948591", \
					  "0.1779756, 0.1860415, 0.2064631, 0.2585384, 0.3879866, 0.7058455, 1.4984521", \
					  "0.2190070, 0.2256166, 0.2421205, 0.2864025, 0.3996003, 0.7046604, 1.4944785", \
					  "0.3373315, 0.3449968, 0.3671403, 0.4166380, 0.5279799, 0.7751939, 1.4984223");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0428290, 0.0444451, 0.0482522, 0.0574671, 0.0801537, 0.1365375, 0.2763496", \
					  "0.0473390, 0.0490026, 0.0528315, 0.0622184, 0.0848543, 0.1411936, 0.2810857", \
					  "0.0558362, 0.0574116, 0.0614279, 0.0708512, 0.0940689, 0.1503969, 0.2904568", \
					  "0.0692462, 0.0713327, 0.0759172, 0.0864264, 0.1107104, 0.1676039, 0.3078301", \
					  "0.0871605, 0.0896889, 0.0958536, 0.1106319, 0.1399300, 0.2029159, 0.3445909", \
					  "0.0993285, 0.1029788, 0.1131448, 0.1353339, 0.1799410, 0.2635782, 0.4245186", \
					  "0.0716254, 0.0793083, 0.0962297, 0.1336158, 0.2069253, 0.3377317, 0.5581337");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0253912, 0.0274002, 0.0323407, 0.0446680, 0.0754532, 0.1524085, 0.3445929", \
					  "0.0254040, 0.0274247, 0.0322379, 0.0445846, 0.0753578, 0.1521170, 0.3441723", \
					  "0.0257937, 0.0277149, 0.0325534, 0.0446698, 0.0753924, 0.1521742, 0.3439267", \
					  "0.0305620, 0.0325010, 0.0371450, 0.0484178, 0.0773440, 0.1523562, 0.3440455", \
					  "0.0449148, 0.0467326, 0.0513052, 0.0627906, 0.0905388, 0.1606360, 0.3478392", \
					  "0.0782801, 0.0806203, 0.0863976, 0.0999285, 0.1297587, 0.1978897, 0.3709212", \
					  "0.1455675, 0.1489153, 0.1570829, 0.1758570, 0.2153516, 0.2958371, 0.4644692");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0525640, 0.0547466, 0.0602608, 0.0734568, 0.1060593, 0.1860788, 0.3840782", \
					  "0.0578148, 0.0600162, 0.0655888, 0.0789844, 0.1118493, 0.1919578, 0.3904698", \
					  "0.0719646, 0.0742554, 0.0796971, 0.0932183, 0.1269075, 0.2074223, 0.4059015", \
					  "0.1083550, 0.1104312, 0.1155178, 0.1295410, 0.1622731, 0.2414762, 0.4414952", \
					  "0.1842713, 0.1875114, 0.1950841, 0.2120699, 0.2472764, 0.3268572, 0.5253511", \
					  "0.3205906, 0.3259084, 0.3386690, 0.3666805, 0.4225763, 0.5237814, 0.7204070", \
					  "0.5700058, 0.5791864, 0.5991145, 0.6466848, 0.7396789, 0.9053779, 1.1725892");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0413654, 0.0442454, 0.0512455, 0.0689949, 0.1138551, 0.2251506, 0.5040683", \
					  "0.0413216, 0.0443341, 0.0512311, 0.0690131, 0.1138448, 0.2250389, 0.5023903", \
					  "0.0411726, 0.0441854, 0.0513676, 0.0693706, 0.1137862, 0.2251411, 0.5032175", \
					  "0.0458481, 0.0483462, 0.0547218, 0.0704715, 0.1138167, 0.2251200, 0.5032733", \
					  "0.0726307, 0.0748065, 0.0803715, 0.0923572, 0.1258641, 0.2269038, 0.5028361", \
					  "0.1264078, 0.1301817, 0.1392959, 0.1580566, 0.1941078, 0.2696634, 0.5085815", \
					  "0.2278627, 0.2332506, 0.2487240, 0.2784442, 0.3334215, 0.4322903, 0.6187942");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0295976, 0.0308973, 0.0339382, 0.0416316, 0.0602378, 0.1070378, 0.2225824", \
					  "0.0337966, 0.0350568, 0.0382593, 0.0458617, 0.0648059, 0.1114097, 0.2276627", \
					  "0.0424549, 0.0439184, 0.0473779, 0.0553572, 0.0743313, 0.1210904, 0.2364823", \
					  "0.0555200, 0.0575624, 0.0622411, 0.0729589, 0.0955392, 0.1431843, 0.2597839", \
					  "0.0697243, 0.0728765, 0.0803232, 0.0969169, 0.1290394, 0.1900855, 0.3105277", \
					  "0.0741262, 0.0793184, 0.0916773, 0.1183516, 0.1688588, 0.2604215, 0.4160145", \
					  "0.0324513, 0.0415509, 0.0626114, 0.1068523, 0.1918805, 0.3380649, 0.5754993");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0198081, 0.0214449, 0.0254972, 0.0355606, 0.0608345, 0.1247545, 0.2824709", \
					  "0.0198274, 0.0213317, 0.0254801, 0.0356001, 0.0611202, 0.1242787, 0.2835833", \
					  "0.0221103, 0.0234914, 0.0271376, 0.0364802, 0.0610397, 0.1242501, 0.2820954", \
					  "0.0310981, 0.0326300, 0.0363038, 0.0455084, 0.0670468, 0.1259098, 0.2827586", \
					  "0.0499968, 0.0520438, 0.0565852, 0.0675332, 0.0909607, 0.1454114, 0.2872708", \
					  "0.0866509, 0.0896545, 0.0961383, 0.1108463, 0.1414012, 0.2025257, 0.3339990", \
					  "0.1580994, 0.1620661, 0.1716706, 0.1942282, 0.2377950, 0.3182457, 0.4722256");
				}
			}
			timing () {
				related_pin : "C1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0328717, 0.0350659, 0.0402287, 0.0527061, 0.0819776, 0.1533279, 0.3293069", \
					  "0.0385226, 0.0406085, 0.0456242, 0.0581209, 0.0880534, 0.1599797, 0.3375446", \
					  "0.0533083, 0.0552876, 0.0600351, 0.0726157, 0.1020588, 0.1734153, 0.3522959", \
					  "0.0867810, 0.0894412, 0.0957013, 0.1075895, 0.1373123, 0.2072445, 0.3850309", \
					  "0.1465472, 0.1508829, 0.1607905, 0.1817356, 0.2202739, 0.2920595, 0.4699379", \
					  "0.2536091, 0.2607707, 0.2778486, 0.3114470, 0.3761279, 0.4816748, 0.6617168", \
					  "0.4498113, 0.4609429, 0.4896653, 0.5465249, 0.6550794, 0.8298119, 1.0976825");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0264214, 0.0287982, 0.0354060, 0.0510774, 0.0904558, 0.1901771, 0.4368332", \
					  "0.0264609, 0.0288247, 0.0352277, 0.0509643, 0.0909399, 0.1898726, 0.4406493", \
					  "0.0271303, 0.0294173, 0.0354028, 0.0510213, 0.0906224, 0.1899964, 0.4369594", \
					  "0.0392724, 0.0405639, 0.0445967, 0.0568490, 0.0917539, 0.1911132, 0.4384831", \
					  "0.0680310, 0.0704002, 0.0761313, 0.0875317, 0.1127378, 0.1950901, 0.4384801", \
					  "0.1205178, 0.1241714, 0.1331273, 0.1514436, 0.1869399, 0.2514736, 0.4531668", \
					  "0.2197571, 0.2267544, 0.2401511, 0.2696548, 0.3255353, 0.4195787, 0.5871519");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0222959, 0.0236122, 0.0267939, 0.0344891, 0.0534615, 0.0996941, 0.2150574", \
					  "0.0259809, 0.0272634, 0.0304849, 0.0383543, 0.0573931, 0.1040101, 0.2193992", \
					  "0.0346394, 0.0362542, 0.0399455, 0.0478209, 0.0670339, 0.1133217, 0.2289173", \
					  "0.0451109, 0.0476166, 0.0532047, 0.0649409, 0.0896572, 0.1366843, 0.2522419", \
					  "0.0534596, 0.0572884, 0.0659986, 0.0849711, 0.1215766, 0.1872454, 0.3063625", \
					  "0.0459796, 0.0522878, 0.0664896, 0.0958819, 0.1539871, 0.2545603, 0.4204674", \
					  "-0.0162109, -0.0051289, 0.0161183, 0.0665453, 0.1602221, 0.3169623, 0.5801605");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012495, 0.00312248, 0.00780305, 0.0194997, 0.0487297, 0.121775");
					values("0.0196291, 0.0212104, 0.0253454, 0.0355249, 0.0609812, 0.1243455, 0.2822455", \
					  "0.0193674, 0.0209591, 0.0250743, 0.0354170, 0.0610064, 0.1242896, 0.2826709", \
					  "0.0241247, 0.0253419, 0.0285992, 0.0374495, 0.0609407, 0.1243019, 0.2829921", \
					  "0.0348131, 0.0365482, 0.0411562, 0.0507671, 0.0712265, 0.1266418, 0.2821267", \
					  "0.0567137, 0.0591794, 0.0651477, 0.0785059, 0.1036317, 0.1557175, 0.2901543", \
					  "0.0980435, 0.1021025, 0.1119587, 0.1294994, 0.1639831, 0.2306917, 0.3593820", \
					  "0.1734994, 0.1806090, 0.1975550, 0.2236503, 0.2770709, 0.3747642, 0.5389185");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007581;
			capacitance : 0.007988;
			rise_capacitance : 0.008395;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103545, -0.0103523, -0.0103471, -0.0103441, -0.0103372, -0.0103213, -0.0102849");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103604, 0.0103580, 0.0103524, 0.0103537, 0.0103566, 0.0103633, 0.0103789");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007378;
			capacitance : 0.007887;
			rise_capacitance : 0.008396;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103444, -0.0103464, -0.0103509, -0.0103513, -0.0103521, -0.0103540, -0.0103585");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103531, 0.0103502, 0.0103435, 0.0103454, 0.0103499, 0.0103601, 0.0103838");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007429;
			capacitance : 0.008020;
			rise_capacitance : 0.008612;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104116, -0.0104096, -0.0104047, -0.0104016, -0.0103944, -0.0103777, -0.0103392");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104082, 0.0104067, 0.0104032, 0.0104057, 0.0104115, 0.0104249, 0.0104558");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007636;
			capacitance : 0.007960;
			rise_capacitance : 0.008285;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102894, -0.0102755, -0.0102435, -0.0102427, -0.0102406, -0.0102356, -0.0102242");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0105700, 0.0105299, 0.0104374, 0.0104517, 0.0104848, 0.0105610, 0.0107366");
				}
			}
		}
		pin (C1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007711;
			capacitance : 0.007968;
			rise_capacitance : 0.008226;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0087566, -0.0087507, -0.0087373, -0.0087170, -0.0086703, -0.0085623, -0.0083136");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0123339, 0.0123273, 0.0123124, 0.0123079, 0.0122977, 0.0122741, 0.0122198");
				}
			}
		}
	}
	cell ("scs8hd_o31a_1") {
		area : 8.758400;
		cell_footprint : "o31a";
		cell_leakage_power : 9.256609e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004040";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0076674";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007346";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0003744";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003936";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0003744";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0003744";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003936";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0003744";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0003744";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003935";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0003744";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007343";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0003744";
			when : "A1&A2&A3&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A3&B1)";
			max_capacitance : 0.129099;
			max_transition : 1.504868;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0103573, 0.0113594, 0.0137937, 0.0197005, 0.0343769, 0.0714420, 0.1651875", \
					  "0.0103005, 0.0113076, 0.0137375, 0.0196743, 0.0343218, 0.0713650, 0.1661186", \
					  "0.0102301, 0.0112284, 0.0136504, 0.0195693, 0.0343126, 0.0714024, 0.1651909", \
					  "0.0101450, 0.0111533, 0.0135782, 0.0195208, 0.0342905, 0.0714110, 0.1650647", \
					  "0.0100828, 0.0109956, 0.0134537, 0.0193511, 0.0343495, 0.0717085, 0.1659795", \
					  "0.0102001, 0.0111416, 0.0135275, 0.0193214, 0.0342030, 0.0711572, 0.1650989", \
					  "0.0101636, 0.0111300, 0.0134972, 0.0194409, 0.0343469, 0.0716181, 0.1646719");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0100848, 0.0094227, 0.0076756, 0.0027099, -0.0113168, -0.0485929, -0.1434264", \
					  "0.0099704, 0.0092661, 0.0075652, 0.0025704, -0.0114436, -0.0487026, -0.1435379", \
					  "0.0098329, 0.0091584, 0.0074217, 0.0024358, -0.0116079, -0.0488475, -0.1436437", \
					  "0.0097234, 0.0090920, 0.0073059, 0.0023390, -0.0116846, -0.0489420, -0.1437522", \
					  "0.0095908, 0.0089617, 0.0072326, 0.0022239, -0.0117945, -0.0490034, -0.1437907", \
					  "0.0095723, 0.0089174, 0.0071672, 0.0021063, -0.0118092, -0.0490116, -0.1437864", \
					  "0.0115766, 0.0106933, 0.0083758, 0.0025237, -0.0121916, -0.0490181, -0.1437612");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0095545, 0.0105529, 0.0129950, 0.0190045, 0.0339423, 0.0711779, 0.1659361", \
					  "0.0095453, 0.0105431, 0.0129855, 0.0190226, 0.0340486, 0.0711664, 0.1651707", \
					  "0.0095039, 0.0105046, 0.0129400, 0.0189685, 0.0340036, 0.0714406, 0.1651598", \
					  "0.0093774, 0.0103641, 0.0127882, 0.0188023, 0.0338458, 0.0711023, 0.1648953", \
					  "0.0092708, 0.0101803, 0.0126057, 0.0185237, 0.0335018, 0.0707748, 0.1656190", \
					  "0.0091925, 0.0101642, 0.0125594, 0.0184383, 0.0333631, 0.0708429, 0.1652581", \
					  "0.0091530, 0.0101073, 0.0125387, 0.0184612, 0.0333796, 0.0709015, 0.1641399");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0089319, 0.0082939, 0.0065076, 0.0015442, -0.0124454, -0.0496424, -0.1444120", \
					  "0.0087697, 0.0081769, 0.0063700, 0.0014498, -0.0125514, -0.0497448, -0.1444831", \
					  "0.0087043, 0.0080762, 0.0063078, 0.0013135, -0.0126960, -0.0498518, -0.1445920", \
					  "0.0085424, 0.0078955, 0.0061678, 0.0012333, -0.0127613, -0.0499319, -0.1446690", \
					  "0.0085750, 0.0078775, 0.0061165, 0.0011045, -0.0128192, -0.0499835, -0.1447241", \
					  "0.0084798, 0.0078215, 0.0060057, 0.0010853, -0.0128678, -0.0499975, -0.1447239", \
					  "0.0104202, 0.0095421, 0.0072140, 0.0013360, -0.0131902, -0.0500493, -0.1447522");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0086095, 0.0096046, 0.0120458, 0.0180776, 0.0329144, 0.0705666, 0.1631350", \
					  "0.0086049, 0.0096011, 0.0120407, 0.0180416, 0.0329074, 0.0704806, 0.1636118", \
					  "0.0085332, 0.0095217, 0.0119538, 0.0179679, 0.0328352, 0.0697389, 0.1645340", \
					  "0.0083771, 0.0093477, 0.0117652, 0.0177345, 0.0326653, 0.0697451, 0.1627789", \
					  "0.0082460, 0.0091534, 0.0115012, 0.0174317, 0.0323641, 0.0698542, 0.1632056", \
					  "0.0080846, 0.0090539, 0.0114184, 0.0173550, 0.0322103, 0.0696707, 0.1644795", \
					  "0.0079513, 0.0089734, 0.0112785, 0.0172891, 0.0322953, 0.0698361, 0.1637292");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0076602, 0.0070100, 0.0052097, 0.0002959, -0.0136619, -0.0507764, -0.1454586", \
					  "0.0074615, 0.0068156, 0.0050834, 0.0001559, -0.0138086, -0.0508957, -0.1455829", \
					  "0.0072953, 0.0066474, 0.0049187, -3.2800000e-05, -0.0139744, -0.0510512, -0.1457406", \
					  "0.0071779, 0.0065648, 0.0047766, -0.0001576, -0.0140661, -0.0511786, -0.1458652", \
					  "0.0072285, 0.0065794, 0.0047706, -0.0001694, -0.0140905, -0.0511951, -0.1458712", \
					  "0.0072060, 0.0064543, 0.0047378, -0.0003082, -0.0141885, -0.0512755, -0.1459329", \
					  "0.0095828, 0.0086647, 0.0063456, 0.0004875, -0.0143204, -0.0512265, -0.1458597");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0072372, 0.0082216, 0.0106562, 0.0165886, 0.0312293, 0.0686419, 0.1626937", \
					  "0.0071524, 0.0081327, 0.0105436, 0.0165560, 0.0314702, 0.0685211, 0.1624068", \
					  "0.0069534, 0.0079267, 0.0103307, 0.0163411, 0.0311233, 0.0680365, 0.1633880", \
					  "0.0067525, 0.0076878, 0.0100889, 0.0160563, 0.0310273, 0.0683232, 0.1616798", \
					  "0.0066193, 0.0075804, 0.0098216, 0.0157510, 0.0305881, 0.0681992, 0.1625301", \
					  "0.0066300, 0.0075808, 0.0099476, 0.0157987, 0.0306490, 0.0679399, 0.1608528", \
					  "0.0065648, 0.0075758, 0.0098637, 0.0157795, 0.0308965, 0.0680383, 0.1613563");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001261718, 0.003183865, 0.00803428, 0.02027399, 0.05116013, 0.1290993");
					values("0.0063010, 0.0056513, 0.0037468, -0.0017865, -0.0165690, -0.0540874, -0.1489371", \
					  "0.0061388, 0.0054845, 0.0035521, -0.0019781, -0.0167440, -0.0543001, -0.1491556", \
					  "0.0059026, 0.0052460, 0.0033410, -0.0022045, -0.0169510, -0.0544883, -0.1493276", \
					  "0.0057616, 0.0050627, 0.0031476, -0.0023674, -0.0170855, -0.0546139, -0.1494305", \
					  "0.0054614, 0.0048368, 0.0030269, -0.0024374, -0.0171129, -0.0546182, -0.1494157", \
					  "0.0062651, 0.0052824, 0.0030589, -0.0027411, -0.0173105, -0.0546852, -0.1494381", \
					  "0.0063572, 0.0054436, 0.0031695, -0.0026087, -0.0173194, -0.0547633, -0.1492924");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0803305, 0.0876530, 0.1047300, 0.1451246, 0.2442224, 0.4936571, 1.1249168", \
					  "0.0848160, 0.0922176, 0.1093137, 0.1495346, 0.2489049, 0.4984670, 1.1299678", \
					  "0.0946011, 0.1019348, 0.1189885, 0.1593484, 0.2583728, 0.5075966, 1.1374651", \
					  "0.1155642, 0.1229400, 0.1398970, 0.1801758, 0.2799632, 0.5299057, 1.1611835", \
					  "0.1500801, 0.1576753, 0.1749568, 0.2156760, 0.3157032, 0.5662212, 1.1952231", \
					  "0.1955765, 0.2039403, 0.2220800, 0.2629568, 0.3628629, 0.6131209, 1.2450870", \
					  "0.2322833, 0.2428857, 0.2643979, 0.3073033, 0.4071487, 0.6577585, 1.2872070");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0265105, 0.0349764, 0.0561700, 0.1109792, 0.2510564, 0.6048488, 1.4958789", \
					  "0.0265388, 0.0350165, 0.0561713, 0.1112137, 0.2506702, 0.6032885, 1.4964426", \
					  "0.0264584, 0.0347923, 0.0562665, 0.1110211, 0.2505413, 0.6053991, 1.5029831", \
					  "0.0265199, 0.0347953, 0.0560013, 0.1107916, 0.2512203, 0.6047629, 1.4949147", \
					  "0.0282254, 0.0362478, 0.0568604, 0.1106597, 0.2506260, 0.6044747, 1.4978782", \
					  "0.0330017, 0.0402745, 0.0596589, 0.1121698, 0.2524900, 0.6033893, 1.4981532", \
					  "0.0441831, 0.0515939, 0.0694217, 0.1163677, 0.2525603, 0.6065786, 1.4931958");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.2818172, 0.2892534, 0.3037680, 0.3301192, 0.3784968, 0.4735951, 0.6850098", \
					  "0.2865896, 0.2937331, 0.3082261, 0.3345621, 0.3819972, 0.4777172, 0.6890319", \
					  "0.2999130, 0.3073451, 0.3217646, 0.3482164, 0.3964845, 0.4919326, 0.7028965", \
					  "0.3335367, 0.3409348, 0.3554446, 0.3817712, 0.4301859, 0.5253533, 0.7368153", \
					  "0.4074820, 0.4148745, 0.4293081, 0.4551815, 0.5036546, 0.5991275, 0.8102803", \
					  "0.5698158, 0.5773108, 0.5919182, 0.6183644, 0.6657766, 0.7613653, 0.9727652", \
					  "0.8952645, 0.9041362, 0.9206833, 0.9502086, 1.0025866, 1.1021890, 1.3159747");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0363661, 0.0406064, 0.0494035, 0.0688901, 0.1116162, 0.2111058, 0.4695621", \
					  "0.0364372, 0.0402194, 0.0495562, 0.0688258, 0.1120658, 0.2115525, 0.4696199", \
					  "0.0363085, 0.0406094, 0.0494517, 0.0685249, 0.1112783, 0.2109835, 0.4700408", \
					  "0.0364037, 0.0405829, 0.0493840, 0.0689244, 0.1116030, 0.2110383, 0.4695547", \
					  "0.0361240, 0.0402953, 0.0497037, 0.0693616, 0.1110817, 0.2114081, 0.4719791", \
					  "0.0370453, 0.0410990, 0.0496287, 0.0688133, 0.1127802, 0.2119814, 0.4717260", \
					  "0.0446666, 0.0489219, 0.0578286, 0.0774831, 0.1197768, 0.2184727, 0.4755384");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0786151, 0.0859270, 0.1029767, 0.1437019, 0.2438089, 0.4948309, 1.1243493", \
					  "0.0833342, 0.0906417, 0.1076303, 0.1483144, 0.2490809, 0.4988739, 1.1295951", \
					  "0.0931667, 0.1005059, 0.1174549, 0.1580438, 0.2588454, 0.5087655, 1.1391911", \
					  "0.1133118, 0.1206098, 0.1375295, 0.1781142, 0.2783364, 0.5286854, 1.1615352", \
					  "0.1459801, 0.1535410, 0.1708214, 0.2114989, 0.3117610, 0.5635433, 1.1934799", \
					  "0.1864388, 0.1949907, 0.2131159, 0.2539875, 0.3543092, 0.6050765, 1.2360257", \
					  "0.2137364, 0.2246371, 0.2467465, 0.2899073, 0.3894941, 0.6402294, 1.2706901");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0255821, 0.0338052, 0.0550615, 0.1095664, 0.2507939, 0.6037457, 1.4989907", \
					  "0.0256176, 0.0338600, 0.0549937, 0.1100614, 0.2502972, 0.6045261, 1.5027656", \
					  "0.0255169, 0.0337895, 0.0549785, 0.1100487, 0.2502659, 0.6040161, 1.5036622", \
					  "0.0259593, 0.0341809, 0.0551408, 0.1101319, 0.2499696, 0.6070370, 1.4952343", \
					  "0.0278591, 0.0357545, 0.0563089, 0.1099063, 0.2506490, 0.6032446, 1.4985601", \
					  "0.0332761, 0.0405939, 0.0595940, 0.1114212, 0.2511886, 0.6026204, 1.4942242", \
					  "0.0456320, 0.0531154, 0.0708399, 0.1165251, 0.2511116, 0.6076518, 1.4929593");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.2643593, 0.2717648, 0.2862800, 0.3126311, 0.3611102, 0.4564110, 0.6679816", \
					  "0.2681162, 0.2755491, 0.2899946, 0.3164378, 0.3649757, 0.4602292, 0.6716556", \
					  "0.2802439, 0.2876288, 0.3020746, 0.3284709, 0.3769856, 0.4724932, 0.6840470", \
					  "0.3131818, 0.3205820, 0.3350480, 0.3610331, 0.4096213, 0.5053057, 0.7167166", \
					  "0.3890628, 0.3964460, 0.4109305, 0.4373135, 0.4858634, 0.5807393, 0.7922931", \
					  "0.5633877, 0.5710282, 0.5856275, 0.6121701, 0.6608183, 0.7565514, 0.9677611", \
					  "0.9102414, 0.9189102, 0.9358061, 0.9668616, 1.0198301, 1.1199698, 1.3341298");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0363549, 0.0405512, 0.0493881, 0.0688870, 0.1115509, 0.2110690, 0.4695310", \
					  "0.0360252, 0.0402180, 0.0492013, 0.0689999, 0.1114509, 0.2108114, 0.4690235", \
					  "0.0366184, 0.0407662, 0.0496814, 0.0688713, 0.1112260, 0.2117388, 0.4700461", \
					  "0.0361244, 0.0402221, 0.0495477, 0.0690522, 0.1110445, 0.2118098, 0.4721389", \
					  "0.0364997, 0.0407059, 0.0495367, 0.0682747, 0.1115622, 0.2108789, 0.4695254", \
					  "0.0374612, 0.0415077, 0.0501078, 0.0695603, 0.1118701, 0.2111182, 0.4716071", \
					  "0.0494292, 0.0538238, 0.0623928, 0.0810355, 0.1222401, 0.2199692, 0.4765053");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0684943, 0.0755373, 0.0922279, 0.1325668, 0.2322452, 0.4821678, 1.1136571", \
					  "0.0733572, 0.0804429, 0.0971439, 0.1374829, 0.2372932, 0.4884225, 1.1181572", \
					  "0.0837926, 0.0907842, 0.1074345, 0.1476676, 0.2478390, 0.4980294, 1.1278760", \
					  "0.1041425, 0.1112371, 0.1278441, 0.1681781, 0.2680930, 0.5203445, 1.1496055", \
					  "0.1343121, 0.1415450, 0.1585751, 0.1990572, 0.2992002, 0.5513045, 1.1827962", \
					  "0.1689259, 0.1773328, 0.1953378, 0.2360587, 0.3363036, 0.5865487, 1.2179078", \
					  "0.1847966, 0.1963712, 0.2188060, 0.2632865, 0.3630182, 0.6142223, 1.2438932");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0240858, 0.0322938, 0.0538218, 0.1093999, 0.2500438, 0.6085715, 1.5036518", \
					  "0.0240940, 0.0324263, 0.0537552, 0.1085439, 0.2501054, 0.6040085, 1.4950606", \
					  "0.0240913, 0.0324340, 0.0536642, 0.1094244, 0.2501780, 0.6041130, 1.4921034", \
					  "0.0247895, 0.0329075, 0.0539442, 0.1089406, 0.2496847, 0.6025642, 1.5006332", \
					  "0.0273806, 0.0351807, 0.0553399, 0.1092815, 0.2496768, 0.6087570, 1.4945521", \
					  "0.0343452, 0.0414176, 0.0596273, 0.1110906, 0.2508922, 0.6005290, 1.5048678", \
					  "0.0487782, 0.0561640, 0.0727431, 0.1179636, 0.2513859, 0.6089483, 1.4886034");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.2276734, 0.2351313, 0.2495923, 0.2759333, 0.3245674, 0.4202098, 0.6316775", \
					  "0.2300118, 0.2374098, 0.2519334, 0.2780152, 0.3267517, 0.4225674, 0.6340110", \
					  "0.2400471, 0.2474380, 0.2619062, 0.2881880, 0.3368532, 0.4325966, 0.6441110", \
					  "0.2683714, 0.2758241, 0.2902918, 0.3167832, 0.3650147, 0.4607985, 0.6723289", \
					  "0.3416529, 0.3490498, 0.3635438, 0.3898744, 0.4385669, 0.5341723, 0.7458751", \
					  "0.5128852, 0.5206217, 0.5357491, 0.5622555, 0.6111540, 0.7067568, 0.9183465", \
					  "0.8316447, 0.8422822, 0.8618140, 0.8935896, 0.9504296, 1.0500226, 1.2642922");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0360207, 0.0402191, 0.0493131, 0.0690559, 0.1114364, 0.2108053, 0.4729259", \
					  "0.0361516, 0.0402617, 0.0495333, 0.0689575, 0.1110548, 0.2117147, 0.4718069", \
					  "0.0361423, 0.0402411, 0.0495751, 0.0685686, 0.1112758, 0.2117449, 0.4712217", \
					  "0.0360393, 0.0402270, 0.0491715, 0.0688309, 0.1118767, 0.2114041, 0.4710001", \
					  "0.0364964, 0.0408456, 0.0497077, 0.0691735, 0.1115016, 0.2115126, 0.4716427", \
					  "0.0392174, 0.0429829, 0.0515046, 0.0699622, 0.1120880, 0.2116056, 0.4722523", \
					  "0.0587155, 0.0629636, 0.0716004, 0.0890145, 0.1271621, 0.2208814, 0.4761899");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0543017, 0.0611116, 0.0775433, 0.1176882, 0.2170310, 0.4673174, 1.1004259", \
					  "0.0587735, 0.0655615, 0.0818878, 0.1218766, 0.2217491, 0.4715823, 1.1017267", \
					  "0.0695412, 0.0762987, 0.0926325, 0.1327258, 0.2322787, 0.4825418, 1.1153081", \
					  "0.0881072, 0.0949187, 0.1112623, 0.1513199, 0.2511393, 0.5019410, 1.1332736", \
					  "0.1126757, 0.1197334, 0.1361707, 0.1762884, 0.2761914, 0.5270463, 1.1599098", \
					  "0.1382293, 0.1462988, 0.1636010, 0.2032571, 0.3029829, 0.5535190, 1.1875505", \
					  "0.1405673, 0.1516578, 0.1731945, 0.2156073, 0.3148609, 0.5636268, 1.1962368");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0229149, 0.0313897, 0.0532349, 0.1085307, 0.2498374, 0.6055076, 1.5019593", \
					  "0.0229260, 0.0313514, 0.0532611, 0.1087246, 0.2499385, 0.6057628, 1.4904737", \
					  "0.0229930, 0.0314314, 0.0531453, 0.1086106, 0.2486039, 0.6024992, 1.4966017", \
					  "0.0240093, 0.0322932, 0.0535098, 0.1090746, 0.2483078, 0.6002434, 1.4941799", \
					  "0.0263364, 0.0340344, 0.0546562, 0.1091550, 0.2490842, 0.6026220, 1.4903994", \
					  "0.0333588, 0.0404286, 0.0583147, 0.1105721, 0.2501210, 0.6006584, 1.5019294", \
					  "0.0490807, 0.0557073, 0.0715839, 0.1168495, 0.2507607, 0.6059924, 1.4908781");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0679903, 0.0719970, 0.0800411, 0.0962773, 0.1300619, 0.2120159, 0.4178752", \
					  "0.0736983, 0.0776027, 0.0855956, 0.1016907, 0.1361057, 0.2177939, 0.4234664", \
					  "0.0883231, 0.0922200, 0.1002646, 0.1162782, 0.1507046, 0.2323921, 0.4375817", \
					  "0.1238431, 0.1276841, 0.1354520, 0.1516924, 0.1861574, 0.2679651, 0.4736201", \
					  "0.1985215, 0.2028191, 0.2118860, 0.2295333, 0.2649274, 0.3467713, 0.5524098", \
					  "0.3274825, 0.3338272, 0.3457617, 0.3677956, 0.4063339, 0.4897550, 0.6953786", \
					  "0.5535425, 0.5619115, 0.5791446, 0.6083945, 0.6576271, 0.7463729, 0.9509404");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126172, 0.00318386, 0.00803428, 0.020274, 0.0511601, 0.129099");
					values("0.0145962, 0.0174598, 0.0242521, 0.0402021, 0.0801613, 0.1868205, 0.4577420", \
					  "0.0147158, 0.0176966, 0.0246095, 0.0404747, 0.0805266, 0.1853971, 0.4586941", \
					  "0.0145995, 0.0175013, 0.0245319, 0.0404805, 0.0806082, 0.1860019, 0.4568659", \
					  "0.0149026, 0.0178750, 0.0249232, 0.0406636, 0.0805154, 0.1855346, 0.4570247", \
					  "0.0193142, 0.0226061, 0.0291506, 0.0436164, 0.0819809, 0.1853354, 0.4569813", \
					  "0.0294634, 0.0326138, 0.0401372, 0.0542738, 0.0898099, 0.1897242, 0.4570286", \
					  "0.0461060, 0.0502635, 0.0598053, 0.0771974, 0.1112795, 0.1989347, 0.4655263");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002347;
			capacitance : 0.002210;
			fall_capacitance : 0.002072;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027792, -0.0027787, -0.0027777, -0.0027771, -0.0027757, -0.0027725, -0.0027653");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027724, 0.0027735, 0.0027759, 0.0027769, 0.0027793, 0.0027848, 0.0027976");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002356;
			capacitance : 0.002216;
			fall_capacitance : 0.002075;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025396, -0.0025404, -0.0025423, -0.0025429, -0.0025443, -0.0025476, -0.0025553");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025403, 0.0025396, 0.0025380, 0.0025384, 0.0025394, 0.0025416, 0.0025468");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002352;
			capacitance : 0.002196;
			fall_capacitance : 0.002039;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025531, -0.0025518, -0.0025487, -0.0025484, -0.0025480, -0.0025468, -0.0025442");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025533, 0.0025521, 0.0025494, 0.0025492, 0.0025487, 0.0025477, 0.0025453");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002357;
			capacitance : 0.002245;
			fall_capacitance : 0.002133;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013349, -0.0013398, -0.0013512, -0.0013414, -0.0013190, -0.0012672, -0.0011480");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032124, 0.0032136, 0.0032163, 0.0032149, 0.0032118, 0.0032046, 0.0031879");
				}
			}
		}
	}
	cell ("scs8hd_o31a_2") {
		area : 10.009600;
		cell_footprint : "o31a";
		cell_leakage_power : 1.297154e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0009194";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0104578";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007521";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0007337";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0004111";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0007337";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007521";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0007337";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0004110";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0007337";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007519";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0007337";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0004111";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0007337";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007521";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0007337";
			when : "A1&A2&A3&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A3&B1)";
			max_capacitance : 0.246287;
			max_transition : 1.510876;
			internal_power () {
				related_pin : "A3";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0096042, 0.0087853, 0.0061798, -0.0012743, -0.0239100, -0.0912346, -0.2838787", \
					  "0.0094764, 0.0085650, 0.0060690, -0.0014384, -0.0240595, -0.0913518, -0.2840173", \
					  "0.0092046, 0.0083818, 0.0058161, -0.0015702, -0.0242852, -0.0915359, -0.2841695", \
					  "0.0091097, 0.0083205, 0.0058312, -0.0017267, -0.0243281, -0.0916582, -0.2842732", \
					  "0.0090757, 0.0081117, 0.0057337, -0.0017478, -0.0244077, -0.0917040, -0.2843481", \
					  "0.0089735, 0.0080277, 0.0057638, -0.0018034, -0.0244298, -0.0917548, -0.2843416", \
					  "0.0114356, 0.0103259, 0.0073114, -0.0014247, -0.0248791, -0.0918875, -0.2843765");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0122357, 0.0134473, 0.0167398, 0.0256635, 0.0501687, 0.1189429, 0.3088249", \
					  "0.0122522, 0.0134604, 0.0167516, 0.0256750, 0.0501886, 0.1189787, 0.3085583", \
					  "0.0122181, 0.0134285, 0.0167121, 0.0256387, 0.0501532, 0.1191872, 0.3081190", \
					  "0.0121045, 0.0132895, 0.0165521, 0.0254248, 0.0499419, 0.1177691, 0.3090485", \
					  "0.0120264, 0.0131492, 0.0163261, 0.0251055, 0.0496020, 0.1185167, 0.3089015", \
					  "0.0118635, 0.0130141, 0.0162236, 0.0249744, 0.0494019, 0.1179309, 0.3101467", \
					  "0.0117516, 0.0128335, 0.0160410, 0.0248463, 0.0493805, 0.1179380, 0.3090745");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0109066, 0.0121370, 0.0154194, 0.0243209, 0.0489304, 0.1171041, 0.3078577", \
					  "0.0108643, 0.0120671, 0.0153431, 0.0242167, 0.0487874, 0.1175679, 0.3080094", \
					  "0.0107495, 0.0119570, 0.0152180, 0.0240732, 0.0483850, 0.1169060, 0.3072243", \
					  "0.0105143, 0.0116975, 0.0148703, 0.0237362, 0.0480003, 0.1167874, 0.3085257", \
					  "0.0103940, 0.0115289, 0.0145908, 0.0233748, 0.0477226, 0.1159251, 0.3055837", \
					  "0.0102849, 0.0114186, 0.0146160, 0.0233744, 0.0476051, 0.1159430, 0.3083516", \
					  "0.0102288, 0.0113554, 0.0145396, 0.0233903, 0.0475879, 0.1162045, 0.3078140");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0089541, 0.0080577, 0.0056349, -0.0019684, -0.0256771, -0.0942226, -0.2871499", \
					  "0.0088060, 0.0078988, 0.0054796, -0.0020710, -0.0258402, -0.0943513, -0.2873872", \
					  "0.0086110, 0.0077090, 0.0052528, -0.0023394, -0.0260579, -0.0945517, -0.2875660", \
					  "0.0084346, 0.0074819, 0.0050442, -0.0025871, -0.0262598, -0.0947440, -0.2877280", \
					  "0.0082589, 0.0072636, 0.0047486, -0.0028883, -0.0264392, -0.0947813, -0.2877282", \
					  "0.0093934, 0.0083395, 0.0055633, -0.0030562, -0.0266979, -0.0949696, -0.2878618", \
					  "0.0098587, 0.0087778, 0.0057627, -0.0027311, -0.0268294, -0.0951761, -0.2877918");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0139541, 0.0151642, 0.0184565, 0.0273079, 0.0516434, 0.1200391, 0.3121721", \
					  "0.0139105, 0.0151296, 0.0184343, 0.0273030, 0.0515990, 0.1196277, 0.3105175", \
					  "0.0138368, 0.0150516, 0.0183527, 0.0271911, 0.0515180, 0.1200041, 0.3117364", \
					  "0.0137722, 0.0149812, 0.0182306, 0.0271137, 0.0514524, 0.1194460, 0.3107421", \
					  "0.0136820, 0.0148290, 0.0181299, 0.0269207, 0.0513376, 0.1200601, 0.3103632", \
					  "0.0139488, 0.0151192, 0.0183003, 0.0269134, 0.0513779, 0.1196371, 0.3104639", \
					  "0.0140027, 0.0151234, 0.0183013, 0.0270636, 0.0514914, 0.1199925, 0.3100364");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0118399, 0.0110928, 0.0086883, 0.0011693, -0.0215329, -0.0890059, -0.2818015", \
					  "0.0119023, 0.0109961, 0.0085323, 0.0010453, -0.0216396, -0.0890951, -0.2818707", \
					  "0.0117569, 0.0108402, 0.0083932, 0.0009638, -0.0217180, -0.0892382, -0.2820109", \
					  "0.0117352, 0.0109326, 0.0082749, 0.0008044, -0.0218827, -0.0893346, -0.2821252", \
					  "0.0115814, 0.0106977, 0.0081315, 0.0006902, -0.0219936, -0.0894499, -0.2821953", \
					  "0.0115170, 0.0105998, 0.0080551, 0.0005658, -0.0221427, -0.0894867, -0.2822174", \
					  "0.0128387, 0.0117596, 0.0088928, 0.0002449, -0.0223363, -0.0895544, -0.2822118");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0131383, 0.0143623, 0.0176409, 0.0265914, 0.0511185, 0.1199618, 0.3121002", \
					  "0.0131243, 0.0143354, 0.0176546, 0.0265602, 0.0511487, 0.1195628, 0.3106756", \
					  "0.0131092, 0.0143238, 0.0176189, 0.0265512, 0.0510764, 0.1199372, 0.3120447", \
					  "0.0130088, 0.0142111, 0.0174791, 0.0263661, 0.0508127, 0.1193819, 0.3104935", \
					  "0.0129025, 0.0140540, 0.0172999, 0.0261451, 0.0506519, 0.1195930, 0.3118399", \
					  "0.0129562, 0.0141227, 0.0173143, 0.0261147, 0.0505528, 0.1183826, 0.3115058", \
					  "0.0128998, 0.0140254, 0.0170847, 0.0259260, 0.0504580, 0.1192035, 0.3093322");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001405126, 0.003948757, 0.011097, 0.03118536, 0.0876387, 0.2462868");
					values("0.0108281, 0.0099217, 0.0075018, -5.2700000e-05, -0.0226810, -0.0901062, -0.2827935", \
					  "0.0108435, 0.0100173, 0.0073986, -6.9200000e-05, -0.0227619, -0.0901627, -0.2828852", \
					  "0.0106124, 0.0097875, 0.0071974, -0.0002576, -0.0229088, -0.0903018, -0.2829874", \
					  "0.0105537, 0.0096527, 0.0070590, -0.0003395, -0.0229822, -0.0903975, -0.2830784", \
					  "0.0103773, 0.0095819, 0.0070968, -0.0004037, -0.0230651, -0.0904439, -0.2831333", \
					  "0.0104336, 0.0095631, 0.0069935, -0.0005532, -0.0232307, -0.0905171, -0.2831837", \
					  "0.0115107, 0.0103337, 0.0073234, -0.0010519, -0.0234935, -0.0906382, -0.2832353");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0898140, 0.0954141, 0.1090738, 0.1422565, 0.2289116, 0.4696580, 1.1440831", \
					  "0.0943626, 0.1000062, 0.1136272, 0.1466495, 0.2337082, 0.4733907, 1.1461627", \
					  "0.1040636, 0.1096350, 0.1232625, 0.1563574, 0.2433609, 0.4840109, 1.1583063", \
					  "0.1253221, 0.1308874, 0.1444012, 0.1773814, 0.2644024, 0.5048927, 1.1763711", \
					  "0.1630587, 0.1688858, 0.1829276, 0.2164532, 0.3035621, 0.5446283, 1.2180764", \
					  "0.2153951, 0.2220838, 0.2373149, 0.2713473, 0.3585741, 0.5991467, 1.2735674", \
					  "0.2638448, 0.2725405, 0.2914263, 0.3293963, 0.4172648, 0.6581076, 1.3304886");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0229741, 0.0284581, 0.0432370, 0.0848228, 0.2046256, 0.5459558, 1.5022040", \
					  "0.0229724, 0.0283655, 0.0431523, 0.0847694, 0.2051224, 0.5472918, 1.5015572", \
					  "0.0229969, 0.0284257, 0.0432187, 0.0845545, 0.2049200, 0.5457537, 1.5032853", \
					  "0.0230154, 0.0283115, 0.0431004, 0.0845103, 0.2047648, 0.5469183, 1.5091007", \
					  "0.0252116, 0.0303721, 0.0446762, 0.0850933, 0.2046305, 0.5446997, 1.5081114", \
					  "0.0300061, 0.0354568, 0.0487574, 0.0879123, 0.2057628, 0.5436019, 1.5093370", \
					  "0.0423096, 0.0478171, 0.0607568, 0.0957086, 0.2071553, 0.5491932, 1.5001902");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.3404258, 0.3477276, 0.3626295, 0.3908555, 0.4409736, 0.5399219, 0.7614026", \
					  "0.3453361, 0.3525804, 0.3677569, 0.3959436, 0.4467212, 0.5454576, 0.7669110", \
					  "0.3592356, 0.3667396, 0.3817623, 0.4099031, 0.4606671, 0.5596303, 0.7808807", \
					  "0.3930620, 0.4002957, 0.4153093, 0.4433276, 0.4942636, 0.5930197, 0.8146167", \
					  "0.4677534, 0.4749915, 0.4901878, 0.5182085, 0.5684393, 0.6676635, 0.8887832", \
					  "0.6328565, 0.6401216, 0.6554609, 0.6834862, 0.7343697, 0.8332961, 1.0548482", \
					  "0.9789725, 0.9871346, 1.0047522, 1.0355374, 1.0897939, 1.1906570, 1.4148868");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0472657, 0.0506693, 0.0585181, 0.0750407, 0.1124932, 0.2039617, 0.4590389", \
					  "0.0472706, 0.0507209, 0.0581364, 0.0743271, 0.1110561, 0.2027401, 0.4598162", \
					  "0.0472475, 0.0506050, 0.0587682, 0.0747779, 0.1113480, 0.2035252, 0.4586017", \
					  "0.0476931, 0.0511698, 0.0588230, 0.0749972, 0.1110915, 0.2028386, 0.4594831", \
					  "0.0474357, 0.0507907, 0.0579066, 0.0747664, 0.1117160, 0.2039281, 0.4594236", \
					  "0.0473208, 0.0507186, 0.0579679, 0.0747556, 0.1118631, 0.2031290, 0.4595470", \
					  "0.0559091, 0.0594947, 0.0672597, 0.0835887, 0.1186844, 0.2102702, 0.4619037");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0881031, 0.0936423, 0.1071370, 0.1401789, 0.2275196, 0.4676911, 1.1407219", \
					  "0.0927928, 0.0983440, 0.1118942, 0.1449241, 0.2320071, 0.4727320, 1.1462437", \
					  "0.1026296, 0.1081991, 0.1216875, 0.1547135, 0.2420141, 0.4823394, 1.1555190", \
					  "0.1234938, 0.1290180, 0.1425362, 0.1754340, 0.2624831, 0.5034292, 1.1772064", \
					  "0.1603589, 0.1661632, 0.1801303, 0.2135152, 0.3007892, 0.5413491, 1.2182029", \
					  "0.2091177, 0.2158607, 0.2311774, 0.2655543, 0.3528786, 0.5934125, 1.2705653", \
					  "0.2506498, 0.2595839, 0.2784152, 0.3172318, 0.4053894, 0.6463914, 1.3191174");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0224505, 0.0278266, 0.0423501, 0.0836110, 0.2038013, 0.5462824, 1.5060883", \
					  "0.0224835, 0.0278665, 0.0423409, 0.0835327, 0.2039379, 0.5471430, 1.5055125", \
					  "0.0224269, 0.0277786, 0.0422462, 0.0838267, 0.2040075, 0.5462282, 1.5063691", \
					  "0.0226368, 0.0280217, 0.0425330, 0.0838274, 0.2039681, 0.5466131, 1.5022301", \
					  "0.0248521, 0.0299566, 0.0441904, 0.0844801, 0.2040553, 0.5460358, 1.5050811", \
					  "0.0305055, 0.0359065, 0.0490704, 0.0875045, 0.2053846, 0.5441056, 1.5033830", \
					  "0.0437215, 0.0491226, 0.0623380, 0.0966908, 0.2076911, 0.5500366, 1.5002297");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.3224677, 0.3296783, 0.3447836, 0.3729178, 0.4237419, 0.5221484, 0.7432067", \
					  "0.3264402, 0.3336640, 0.3488163, 0.3769147, 0.4278947, 0.5267066, 0.7483775", \
					  "0.3390094, 0.3462194, 0.3613482, 0.3895743, 0.4403060, 0.5391497, 0.7605140", \
					  "0.3719969, 0.3789712, 0.3941027, 0.4222832, 0.4731770, 0.5718235, 0.7930689", \
					  "0.4478377, 0.4550651, 0.4701672, 0.4983148, 0.5491670, 0.6480868, 0.8696805", \
					  "0.6244111, 0.6322207, 0.6472795, 0.6756169, 0.7259962, 0.8248889, 1.0465253", \
					  "0.9948101, 1.0033687, 1.0209192, 1.0521530, 1.1069871, 1.2094635, 1.4332918");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0472392, 0.0506560, 0.0583709, 0.0748473, 0.1115002, 0.2038422, 0.4595396", \
					  "0.0476523, 0.0511514, 0.0582244, 0.0749424, 0.1110966, 0.2028874, 0.4595470", \
					  "0.0473616, 0.0507772, 0.0579333, 0.0742224, 0.1121598, 0.2035986, 0.4592128", \
					  "0.0474850, 0.0507400, 0.0583634, 0.0742204, 0.1117892, 0.2038362, 0.4594800", \
					  "0.0473737, 0.0507734, 0.0582808, 0.0745235, 0.1118927, 0.2029300, 0.4596587", \
					  "0.0474271, 0.0509827, 0.0582123, 0.0742466, 0.1109394, 0.2027729, 0.4592422", \
					  "0.0597497, 0.0626370, 0.0699580, 0.0854613, 0.1213227, 0.2099510, 0.4622358");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0767866, 0.0820156, 0.0949874, 0.1274282, 0.2143574, 0.4541408, 1.1281630", \
					  "0.0817198, 0.0869448, 0.0999126, 0.1323472, 0.2192949, 0.4591065, 1.1333589", \
					  "0.0922382, 0.0974884, 0.1103886, 0.1427961, 0.2296650, 0.4702416, 1.1421298", \
					  "0.1142403, 0.1194845, 0.1324374, 0.1647220, 0.2515566, 0.4921883, 1.1673336", \
					  "0.1499884, 0.1555919, 0.1690721, 0.2018017, 0.2884228, 0.5290176, 1.2034803", \
					  "0.1943498, 0.2011872, 0.2164510, 0.2500527, 0.3369345, 0.5773531, 1.2529826", \
					  "0.2274268, 0.2366688, 0.2566883, 0.2959370, 0.3835640, 0.6251014, 1.2970957");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0208241, 0.0259403, 0.0404753, 0.0822686, 0.2028866, 0.5461698, 1.5040225", \
					  "0.0208338, 0.0259371, 0.0404661, 0.0822849, 0.2028945, 0.5461642, 1.5035817", \
					  "0.0208509, 0.0260112, 0.0404243, 0.0822807, 0.2030104, 0.5476532, 1.5017575", \
					  "0.0212564, 0.0264434, 0.0408039, 0.0823548, 0.2023311, 0.5471928, 1.5035767", \
					  "0.0241949, 0.0290725, 0.0429665, 0.0830518, 0.2026531, 0.5454552, 1.5012792", \
					  "0.0313214, 0.0361888, 0.0490454, 0.0867005, 0.2043742, 0.5427643, 1.5036137", \
					  "0.0460850, 0.0516104, 0.0642153, 0.0979318, 0.2068061, 0.5478785, 1.5003943");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.2852052, 0.2923982, 0.3075246, 0.3356302, 0.3866047, 0.4855353, 0.7071493", \
					  "0.2879990, 0.2952670, 0.3104116, 0.3387070, 0.3895320, 0.4882350, 0.7099011", \
					  "0.2974562, 0.3046500, 0.3197444, 0.3478857, 0.3987637, 0.4969386, 0.7187431", \
					  "0.3274840, 0.3347355, 0.3496939, 0.3768832, 0.4276016, 0.5263993, 0.7478619", \
					  "0.3992477, 0.4064150, 0.4196721, 0.4476857, 0.4982404, 0.5971993, 0.8184618", \
					  "0.5714444, 0.5786431, 0.5935362, 0.6217443, 0.6725828, 0.7695079, 0.9910862", \
					  "0.9192936, 0.9288018, 0.9485737, 0.9826594, 1.0404354, 1.1440561, 1.3684783");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0472716, 0.0509437, 0.0585991, 0.0747330, 0.1110017, 0.2026183, 0.4597026", \
					  "0.0474331, 0.0505678, 0.0581023, 0.0742421, 0.1118099, 0.2029296, 0.4569209", \
					  "0.0472887, 0.0507102, 0.0583861, 0.0748527, 0.1110618, 0.2036908, 0.4590613", \
					  "0.0473802, 0.0507712, 0.0583313, 0.0742396, 0.1118207, 0.2035409, 0.4596269", \
					  "0.0473736, 0.0506285, 0.0579590, 0.0748530, 0.1111807, 0.2029444, 0.4566907", \
					  "0.0473119, 0.0507677, 0.0583227, 0.0745255, 0.1112407, 0.2045199, 0.4596365", \
					  "0.0695400, 0.0731546, 0.0811372, 0.0959373, 0.1285673, 0.2129780, 0.4641219");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0604849, 0.0654650, 0.0777819, 0.1096810, 0.1960743, 0.4377201, 1.1086223", \
					  "0.0651917, 0.0700893, 0.0823985, 0.1142800, 0.2006142, 0.4402386, 1.1155358", \
					  "0.0761862, 0.0810683, 0.0933898, 0.1251490, 0.2114599, 0.4542850, 1.1263408", \
					  "0.0986857, 0.1036701, 0.1160501, 0.1475710, 0.2344019, 0.4769785, 1.1507899", \
					  "0.1301781, 0.1355041, 0.1484201, 0.1804768, 0.2667276, 0.5084047, 1.1805693", \
					  "0.1672085, 0.1738445, 0.1886859, 0.2214807, 0.3075524, 0.5475449, 1.2228081", \
					  "0.1888342, 0.1982691, 0.2179158, 0.2560429, 0.3412813, 0.5817860, 1.2541153");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0189116, 0.0240908, 0.0387898, 0.0812561, 0.2025166, 0.5486228, 1.5039747", \
					  "0.0188442, 0.0241143, 0.0388428, 0.0810235, 0.2031408, 0.5478291, 1.5108756", \
					  "0.0189154, 0.0240342, 0.0387623, 0.0811025, 0.2029086, 0.5488835, 1.5004922", \
					  "0.0198892, 0.0250071, 0.0395047, 0.0814729, 0.2024749, 0.5493627, 1.4992925", \
					  "0.0236567, 0.0282878, 0.0417787, 0.0828331, 0.2019624, 0.5424372, 1.4962422", \
					  "0.0320959, 0.0368072, 0.0485122, 0.0854564, 0.2040251, 0.5426435, 1.5031827", \
					  "0.0485593, 0.0538476, 0.0653548, 0.0979344, 0.2063036, 0.5482129, 1.4985856");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0839542, 0.0873877, 0.0950601, 0.1103149, 0.1427256, 0.2185661, 0.4260679", \
					  "0.0897302, 0.0931170, 0.1008323, 0.1163292, 0.1482258, 0.2243481, 0.4317795", \
					  "0.1045300, 0.1079046, 0.1155308, 0.1309337, 0.1631342, 0.2388048, 0.4467836", \
					  "0.1403188, 0.1437225, 0.1513427, 0.1667723, 0.1990507, 0.2745487, 0.4818516", \
					  "0.2209164, 0.2246371, 0.2327801, 0.2488594, 0.2807442, 0.3565572, 0.5638698", \
					  "0.3657166, 0.3707927, 0.3811635, 0.4023767, 0.4400900, 0.5191684, 0.7263600", \
					  "0.6187260, 0.6261490, 0.6414569, 0.6698530, 0.7189114, 0.8074085, 1.0156141");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140513, 0.00394876, 0.011097, 0.0311854, 0.0876387, 0.246287");
					values("0.0165360, 0.0187726, 0.0238150, 0.0365119, 0.0688496, 0.1615576, 0.4346494", \
					  "0.0165421, 0.0188076, 0.0238085, 0.0367148, 0.0686511, 0.1614791, 0.4337565", \
					  "0.0166021, 0.0188160, 0.0239597, 0.0367327, 0.0687849, 0.1623801, 0.4394451", \
					  "0.0165523, 0.0187651, 0.0240486, 0.0368041, 0.0688443, 0.1614180, 0.4335458", \
					  "0.0197491, 0.0218353, 0.0268635, 0.0384094, 0.0695553, 0.1626592, 0.4338361", \
					  "0.0311286, 0.0333453, 0.0393096, 0.0510580, 0.0805700, 0.1666182, 0.4344310", \
					  "0.0501249, 0.0532496, 0.0604043, 0.0755878, 0.1055166, 0.1821696, 0.4395909");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002326;
			capacitance : 0.002196;
			fall_capacitance : 0.002067;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027722, -0.0027726, -0.0027736, -0.0027731, -0.0027719, -0.0027692, -0.0027629");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027730, 0.0027735, 0.0027746, 0.0027751, 0.0027763, 0.0027792, 0.0027857");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002336;
			capacitance : 0.002204;
			fall_capacitance : 0.002071;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025331, -0.0025343, -0.0025371, -0.0025373, -0.0025378, -0.0025389, -0.0025416");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025359, 0.0025352, 0.0025336, 0.0025341, 0.0025354, 0.0025384, 0.0025452");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002032;
			capacitance : 0.002182;
			rise_capacitance : 0.002332;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025502, -0.0025497, -0.0025488, -0.0025496, -0.0025515, -0.0025559, -0.0025661");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025485, 0.0025478, 0.0025461, 0.0025464, 0.0025472, 0.0025491, 0.0025533");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002333;
			capacitance : 0.002217;
			fall_capacitance : 0.002101;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013361, -0.0013416, -0.0013545, -0.0013444, -0.0013212, -0.0012677, -0.0011442");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032139, 0.0032143, 0.0032152, 0.0032165, 0.0032194, 0.0032263, 0.0032420");
				}
			}
		}
	}
	cell ("scs8hd_o31a_4") {
		area : 17.516800;
		cell_footprint : "o31a";
		cell_leakage_power : 2.418690e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015185";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0184860";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014920";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0014694";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0008162";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0014694";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014906";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0014692";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0008149";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0014694";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014899";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "0.0014693";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0008157";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0014687";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014905";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "0.0014692";
			when : "A1&A2&A3&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A3&B1)";
			max_capacitance : 0.470591;
			max_transition : 1.512906;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0216069, 0.0204581, 0.0170923, 0.0064948, -0.0292584, -0.1505093, -0.5392655", \
					  "0.0214857, 0.0203182, 0.0169461, 0.0065140, -0.0293120, -0.1507043, -0.5394537", \
					  "0.0212171, 0.0200593, 0.0166592, 0.0060863, -0.0296556, -0.1509121, -0.5396756", \
					  "0.0210601, 0.0199089, 0.0165276, 0.0060292, -0.0297702, -0.1511521, -0.5398985", \
					  "0.0209888, 0.0198139, 0.0164263, 0.0058135, -0.0300732, -0.1513351, -0.5400839", \
					  "0.0210228, 0.0198624, 0.0162843, 0.0056585, -0.0302361, -0.1515594, -0.5402254", \
					  "0.0237955, 0.0224950, 0.0184937, 0.0059722, -0.0310344, -0.1518423, -0.5404078");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0242696, 0.0257268, 0.0301672, 0.0434877, 0.0837644, 0.2085151, 0.5936503", \
					  "0.0242231, 0.0256881, 0.0301715, 0.0434972, 0.0838649, 0.2075327, 0.5964499", \
					  "0.0241827, 0.0256571, 0.0300895, 0.0434167, 0.0836508, 0.2084966, 0.5934223", \
					  "0.0240158, 0.0254614, 0.0299164, 0.0431211, 0.0833524, 0.2082316, 0.5925912", \
					  "0.0237665, 0.0251488, 0.0295089, 0.0426588, 0.0828021, 0.2077481, 0.5926698", \
					  "0.0238696, 0.0252441, 0.0294757, 0.0424588, 0.0822277, 0.2056604, 0.5945758", \
					  "0.0237184, 0.0250902, 0.0292626, 0.0422544, 0.0822769, 0.2065176, 0.5906513");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0217023, 0.0231599, 0.0276025, 0.0408850, 0.0808836, 0.2045726, 0.5906409", \
					  "0.0217320, 0.0231770, 0.0276163, 0.0408583, 0.0809349, 0.2046607, 0.5902581", \
					  "0.0216859, 0.0231482, 0.0275647, 0.0407939, 0.0808301, 0.2033577, 0.5893691", \
					  "0.0214726, 0.0228632, 0.0272642, 0.0404128, 0.0804673, 0.2045639, 0.5869285", \
					  "0.0212454, 0.0225900, 0.0267775, 0.0398203, 0.0797846, 0.2026995, 0.5868594", \
					  "0.0210997, 0.0224593, 0.0267522, 0.0395672, 0.0791442, 0.2030009, 0.5864746", \
					  "0.0207957, 0.0222364, 0.0263043, 0.0395294, 0.0794472, 0.2029837, 0.5872146");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0187485, 0.0176598, 0.0141328, 0.0036433, -0.0322144, -0.1535313, -0.5422767", \
					  "0.0184343, 0.0172874, 0.0139318, 0.0033733, -0.0324816, -0.1537214, -0.5424629", \
					  "0.0180601, 0.0169084, 0.0135442, 0.0030780, -0.0328376, -0.1540894, -0.5428251", \
					  "0.0178112, 0.0166663, 0.0132927, 0.0026743, -0.0330686, -0.1543645, -0.5430860", \
					  "0.0176711, 0.0164799, 0.0130209, 0.0024953, -0.0333582, -0.1545668, -0.5432615", \
					  "0.0175936, 0.0164509, 0.0129910, 0.0023331, -0.0335678, -0.1547717, -0.5433966", \
					  "0.0231309, 0.0218252, 0.0176717, 0.0051295, -0.0341469, -0.1549426, -0.5433347");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0185678, 0.0200655, 0.0245665, 0.0378988, 0.0779703, 0.2026308, 0.5870029", \
					  "0.0184565, 0.0199311, 0.0244021, 0.0377409, 0.0779199, 0.2007750, 0.5862052", \
					  "0.0182472, 0.0197257, 0.0241449, 0.0373679, 0.0774567, 0.2001297, 0.5898144", \
					  "0.0177891, 0.0192070, 0.0235405, 0.0366583, 0.0768285, 0.2007253, 0.5884142", \
					  "0.0177268, 0.0191180, 0.0232412, 0.0360455, 0.0759409, 0.2001572, 0.5896444", \
					  "0.0173664, 0.0187368, 0.0229972, 0.0359700, 0.0753879, 0.1980628, 0.5856339", \
					  "0.0174318, 0.0187813, 0.0226684, 0.0356659, 0.0756533, 0.1975804, 0.5862036");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0167868, 0.0156329, 0.0122487, 0.0013506, -0.0369631, -0.1611376, -0.5508499", \
					  "0.0165243, 0.0154140, 0.0119495, 0.0011068, -0.0372694, -0.1614266, -0.5511299", \
					  "0.0161238, 0.0150100, 0.0115404, 0.0006078, -0.0376868, -0.1618326, -0.5514484", \
					  "0.0157480, 0.0146372, 0.0111207, 0.0001283, -0.0380471, -0.1620746, -0.5516994", \
					  "0.0152441, 0.0141077, 0.0104819, -0.0005478, -0.0386684, -0.1624408, -0.5519779", \
					  "0.0169711, 0.0156703, 0.0116135, -0.0007751, -0.0390742, -0.1626233, -0.5519963", \
					  "0.0178001, 0.0165036, 0.0125053, 0.0001275, -0.0391103, -0.1629111, -0.5517139");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0253582, 0.0268522, 0.0313718, 0.0447921, 0.0852532, 0.2091139, 0.5956237", \
					  "0.0252647, 0.0267553, 0.0312734, 0.0446741, 0.0851640, 0.2089894, 0.5956079", \
					  "0.0251023, 0.0266090, 0.0311464, 0.0445551, 0.0850213, 0.2098711, 0.5957470", \
					  "0.0249727, 0.0264146, 0.0309129, 0.0443003, 0.0846294, 0.2088120, 0.5975399", \
					  "0.0249076, 0.0262979, 0.0307451, 0.0440256, 0.0842480, 0.2083903, 0.5972978", \
					  "0.0255670, 0.0269350, 0.0312132, 0.0442213, 0.0840064, 0.2070045, 0.5966854", \
					  "0.0256398, 0.0269868, 0.0311841, 0.0441546, 0.0842159, 0.2083232, 0.5925996");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001565245, 0.004899982, 0.01533934, 0.04801965, 0.150325, 0.4705909");
					values("0.0241632, 0.0229735, 0.0196054, 0.0089121, -0.0267572, -0.1480185, -0.5367606", \
					  "0.0240276, 0.0228382, 0.0194684, 0.0087407, -0.0269055, -0.1481241, -0.5368743", \
					  "0.0238983, 0.0227395, 0.0193320, 0.0088134, -0.0270345, -0.1483035, -0.5370909", \
					  "0.0236645, 0.0224781, 0.0191042, 0.0085028, -0.0272363, -0.1485491, -0.5372801", \
					  "0.0235019, 0.0223091, 0.0187162, 0.0083953, -0.0274624, -0.1487193, -0.5374853", \
					  "0.0234511, 0.0222680, 0.0188879, 0.0082191, -0.0276334, -0.1489126, -0.5375751", \
					  "0.0258272, 0.0245403, 0.0205883, 0.0080590, -0.0283199, -0.1491663, -0.5377518");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0910825, 0.0951338, 0.1059765, 0.1339871, 0.2107797, 0.4406019, 1.1550394", \
					  "0.0956202, 0.0996674, 0.1105037, 0.1384996, 0.2153069, 0.4451500, 1.1593558", \
					  "0.1050438, 0.1090725, 0.1199386, 0.1477966, 0.2246040, 0.4545340, 1.1678771", \
					  "0.1253584, 0.1293411, 0.1401183, 0.1678816, 0.2444374, 0.4748320, 1.1907260", \
					  "0.1627262, 0.1668385, 0.1778580, 0.2058411, 0.2821862, 0.5128735, 1.2288888", \
					  "0.2149075, 0.2196196, 0.2317306, 0.2607057, 0.3372280, 0.5672502, 1.2833085", \
					  "0.2632465, 0.2693850, 0.2847966, 0.3178321, 0.3960772, 0.6267022, 1.3391661");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0218006, 0.0253094, 0.0358013, 0.0677820, 0.1688255, 0.4907585, 1.5081802", \
					  "0.0216920, 0.0252837, 0.0357669, 0.0677175, 0.1688788, 0.4910223, 1.5085194", \
					  "0.0216883, 0.0252937, 0.0357875, 0.0675513, 0.1691082, 0.4917683, 1.5101993", \
					  "0.0217426, 0.0253602, 0.0357757, 0.0676316, 0.1689623, 0.4929133, 1.5051195", \
					  "0.0232454, 0.0268265, 0.0370755, 0.0680252, 0.1684906, 0.4925573, 1.5054558", \
					  "0.0281499, 0.0315319, 0.0412495, 0.0708357, 0.1697651, 0.4900640, 1.5049699", \
					  "0.0399581, 0.0435401, 0.0531733, 0.0800991, 0.1729027, 0.4938077, 1.4989039");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.3417780, 0.3468774, 0.3591524, 0.3843371, 0.4334662, 0.5351306, 0.7877823", \
					  "0.3471205, 0.3522222, 0.3644946, 0.3896873, 0.4387642, 0.5407281, 0.7932794", \
					  "0.3613175, 0.3663932, 0.3788632, 0.4041578, 0.4529982, 0.5558253, 0.8082529", \
					  "0.3947406, 0.4000315, 0.4122825, 0.4373182, 0.4863316, 0.5892374, 0.8412042", \
					  "0.4702645, 0.4753643, 0.4876649, 0.5128668, 0.5618284, 0.6646440, 0.9167843", \
					  "0.6345665, 0.6392645, 0.6515865, 0.6770957, 0.7257283, 0.8288908, 1.0814700", \
					  "0.9765070, 0.9823516, 0.9961404, 1.0237012, 1.0757575, 1.1823024, 1.4367461");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0447519, 0.0470704, 0.0530823, 0.0669920, 0.1016548, 0.2011994, 0.4993640", \
					  "0.0447518, 0.0470693, 0.0530609, 0.0671082, 0.1016602, 0.2012846, 0.4985920", \
					  "0.0448982, 0.0471632, 0.0527765, 0.0665015, 0.1023671, 0.2005643, 0.4992143", \
					  "0.0447284, 0.0470475, 0.0530620, 0.0663897, 0.1019562, 0.2007114, 0.4988411", \
					  "0.0449250, 0.0472216, 0.0526064, 0.0664903, 0.1023451, 0.2005568, 0.4988853", \
					  "0.0448317, 0.0471201, 0.0529605, 0.0665254, 0.1017395, 0.2000010, 0.4992076", \
					  "0.0529980, 0.0554985, 0.0613570, 0.0744029, 0.1092313, 0.2048828, 0.5020314");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0848270, 0.0886102, 0.0988592, 0.1256628, 0.2009801, 0.4298020, 1.1434834", \
					  "0.0896760, 0.0934554, 0.1037247, 0.1304856, 0.2057861, 0.4349940, 1.1500371", \
					  "0.0997562, 0.1035567, 0.1138087, 0.1405688, 0.2159671, 0.4448487, 1.1585966", \
					  "0.1210863, 0.1248704, 0.1351157, 0.1617172, 0.2369794, 0.4661821, 1.1806971", \
					  "0.1583376, 0.1623046, 0.1728832, 0.2000207, 0.2754716, 0.5048936, 1.2192630", \
					  "0.2082698, 0.2130289, 0.2248209, 0.2534105, 0.3291414, 0.5584223, 1.2744259", \
					  "0.2534708, 0.2597887, 0.2752843, 0.3087378, 0.3864748, 0.6159586, 1.3284078");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0199413, 0.0233650, 0.0336552, 0.0652013, 0.1667003, 0.4912484, 1.5081610", \
					  "0.0200004, 0.0234981, 0.0336549, 0.0651766, 0.1671377, 0.4899522, 1.5011291", \
					  "0.0199995, 0.0233621, 0.0336533, 0.0652835, 0.1669452, 0.4912815, 1.5078641", \
					  "0.0201218, 0.0235659, 0.0336986, 0.0653231, 0.1666590, 0.4910516, 1.5053488", \
					  "0.0222301, 0.0256273, 0.0354980, 0.0661774, 0.1674484, 0.4909775, 1.5065545", \
					  "0.0280011, 0.0312734, 0.0409234, 0.0696754, 0.1686543, 0.4889060, 1.5023596", \
					  "0.0405502, 0.0442317, 0.0538828, 0.0809033, 0.1715981, 0.4934498, 1.4973555");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.3258781, 0.3309764, 0.3432768, 0.3684807, 0.4174926, 0.5202898, 0.7725746", \
					  "0.3296657, 0.3347483, 0.3471556, 0.3720751, 0.4211823, 0.5241690, 0.7762300", \
					  "0.3409112, 0.3460087, 0.3583208, 0.3835758, 0.4325708, 0.5353910, 0.7877226", \
					  "0.3728658, 0.3779614, 0.3899895, 0.4146327, 0.4637673, 0.5667417, 0.8187737", \
					  "0.4455969, 0.4506962, 0.4630208, 0.4882021, 0.5371391, 0.6399782, 0.8924188", \
					  "0.6131491, 0.6182606, 0.6306720, 0.6559708, 0.7049427, 0.8080291, 1.0602030", \
					  "0.9564992, 0.9625583, 0.9772890, 1.0055993, 1.0587010, 1.1662156, 1.4217600");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0449625, 0.0472554, 0.0530223, 0.0665348, 0.1023841, 0.2005423, 0.4991073", \
					  "0.0449558, 0.0470976, 0.0530219, 0.0672968, 0.1021541, 0.2002262, 0.4998034", \
					  "0.0449970, 0.0473096, 0.0529627, 0.0665271, 0.1024687, 0.2005741, 0.4991253", \
					  "0.0449714, 0.0472742, 0.0530248, 0.0672026, 0.1021119, 0.2001998, 0.4998048", \
					  "0.0449806, 0.0471518, 0.0529966, 0.0667344, 0.1027955, 0.2005062, 0.4992271", \
					  "0.0452837, 0.0476255, 0.0532118, 0.0666047, 0.1018060, 0.2000787, 0.4996388", \
					  "0.0576078, 0.0601012, 0.0655551, 0.0789634, 0.1136371, 0.2075227, 0.5030065");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0778855, 0.0816065, 0.0917294, 0.1182410, 0.1927980, 0.4208949, 1.1353888", \
					  "0.0827782, 0.0864922, 0.0965886, 0.1230984, 0.1977133, 0.4261190, 1.1392849", \
					  "0.0930302, 0.0967654, 0.1068237, 0.1332104, 0.2081138, 0.4363563, 1.1491335", \
					  "0.1142879, 0.1179860, 0.1280674, 0.1544642, 0.2293440, 0.4589778, 1.1699913", \
					  "0.1480111, 0.1520190, 0.1626862, 0.1898822, 0.2650597, 0.4937545, 1.2066517", \
					  "0.1893789, 0.1943053, 0.2068312, 0.2354173, 0.3109923, 0.5399947, 1.2557971", \
					  "0.2146401, 0.2213939, 0.2380700, 0.2736595, 0.3519224, 0.5814298, 1.2928830");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0195233, 0.0228003, 0.0330113, 0.0644864, 0.1659152, 0.4898343, 1.5129057", \
					  "0.0195133, 0.0228923, 0.0330291, 0.0644416, 0.1657755, 0.4892425, 1.5107339", \
					  "0.0194168, 0.0228154, 0.0329454, 0.0643019, 0.1659766, 0.4906064, 1.5005968", \
					  "0.0199350, 0.0234032, 0.0333586, 0.0646436, 0.1660058, 0.4946665, 1.5004642", \
					  "0.0229332, 0.0262270, 0.0359385, 0.0664432, 0.1662161, 0.4879862, 1.4993160", \
					  "0.0300075, 0.0331882, 0.0425351, 0.0706245, 0.1681831, 0.4873616, 1.5021969", \
					  "0.0448674, 0.0485791, 0.0585287, 0.0848466, 0.1726288, 0.4917908, 1.4945888");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.2734813, 0.2785173, 0.2909134, 0.3160761, 0.3645851, 0.4677081, 0.7200469", \
					  "0.2757982, 0.2809964, 0.2933072, 0.3185410, 0.3674828, 0.4703084, 0.7227808", \
					  "0.2848675, 0.2899633, 0.3022106, 0.3273033, 0.3764139, 0.4785719, 0.7310237", \
					  "0.3129448, 0.3180908, 0.3304371, 0.3556194, 0.4046220, 0.5070087, 0.7593416", \
					  "0.3800042, 0.3850649, 0.4000439, 0.4254138, 0.4745476, 0.5743601, 0.8268926", \
					  "0.5505738, 0.5557417, 0.5678567, 0.5928767, 0.6419557, 0.7435544, 0.9960652", \
					  "0.8798592, 0.8868500, 0.9022159, 0.9344598, 0.9909569, 1.0976289, 1.3526771");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0448221, 0.0472684, 0.0530635, 0.0668021, 0.1022122, 0.2001149, 0.4995615", \
					  "0.0449417, 0.0471845, 0.0529077, 0.0667984, 0.1027511, 0.2004626, 0.4991842", \
					  "0.0448991, 0.0471798, 0.0530024, 0.0671001, 0.1016706, 0.2006737, 0.4994208", \
					  "0.0449009, 0.0471704, 0.0529888, 0.0664175, 0.1016409, 0.2007844, 0.4989152", \
					  "0.0447542, 0.0470436, 0.0527437, 0.0664892, 0.1027487, 0.2002226, 0.4988092", \
					  "0.0449051, 0.0470950, 0.0524228, 0.0662057, 0.1030211, 0.2006913, 0.4985720", \
					  "0.0672267, 0.0696900, 0.0789041, 0.0905470, 0.1198771, 0.2090027, 0.5045145");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0579329, 0.0613088, 0.0706610, 0.0962371, 0.1705091, 0.3988265, 1.1102277", \
					  "0.0624670, 0.0658372, 0.0751148, 0.1006631, 0.1749863, 0.4035604, 1.1166466", \
					  "0.0733240, 0.0766833, 0.0859730, 0.1113120, 0.1856805, 0.4142166, 1.1306385", \
					  "0.0944272, 0.0978671, 0.1073267, 0.1327758, 0.2068729, 0.4354824, 1.1516190", \
					  "0.1233866, 0.1271107, 0.1370147, 0.1627914, 0.2372188, 0.4668878, 1.1784232", \
					  "0.1546577, 0.1593526, 0.1710099, 0.1982123, 0.2726561, 0.5012915, 1.2182934", \
					  "0.1649271, 0.1715287, 0.1870799, 0.2202707, 0.2959787, 0.5241327, 1.2362127");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0169087, 0.0201861, 0.0302501, 0.0623670, 0.1656707, 0.4914226, 1.4982450", \
					  "0.0168980, 0.0201934, 0.0302296, 0.0622731, 0.1659805, 0.4873930, 1.4992793", \
					  "0.0168867, 0.0201933, 0.0302725, 0.0621542, 0.1653851, 0.4869951, 1.5045182", \
					  "0.0180620, 0.0212299, 0.0311504, 0.0627633, 0.1658569, 0.4879760, 1.4978144", \
					  "0.0214087, 0.0242262, 0.0335975, 0.0641983, 0.1650731, 0.4915197, 1.5058198", \
					  "0.0301511, 0.0330724, 0.0414049, 0.0681463, 0.1669708, 0.4868502, 1.5024232", \
					  "0.0466117, 0.0499158, 0.0588951, 0.0847202, 0.1704953, 0.4909787, 1.4961464");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0816569, 0.0840782, 0.0902783, 0.1040985, 0.1349153, 0.2132669, 0.4500813", \
					  "0.0873441, 0.0897741, 0.0959191, 0.1097464, 0.1404933, 0.2186585, 0.4555125", \
					  "0.1016460, 0.1040478, 0.1101659, 0.1240773, 0.1548523, 0.2329753, 0.4703485", \
					  "0.1376237, 0.1400108, 0.1461509, 0.1599769, 0.1907853, 0.2692915, 0.5069900", \
					  "0.2176418, 0.2203156, 0.2270018, 0.2415648, 0.2722003, 0.3510406, 0.5881880", \
					  "0.3605438, 0.3642207, 0.3733469, 0.3922325, 0.4290211, 0.5107738, 0.7476829", \
					  "0.6114418, 0.6167294, 0.6295041, 0.6555549, 0.7034029, 0.7951882, 1.0328179");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156524, 0.00489998, 0.0153393, 0.0480197, 0.150325, 0.470591");
					values("0.0155266, 0.0171015, 0.0210595, 0.0320921, 0.0628177, 0.1601171, 0.4811100", \
					  "0.0155519, 0.0170092, 0.0211337, 0.0322967, 0.0627766, 0.1596718, 0.4779585", \
					  "0.0155474, 0.0170137, 0.0212823, 0.0319618, 0.0626181, 0.1598303, 0.4798303", \
					  "0.0156343, 0.0171700, 0.0212330, 0.0322723, 0.0626832, 0.1598653, 0.4780706", \
					  "0.0190307, 0.0205540, 0.0242827, 0.0344654, 0.0641653, 0.1602551, 0.4817488", \
					  "0.0303178, 0.0320580, 0.0361557, 0.0474128, 0.0744842, 0.1641574, 0.4816316", \
					  "0.0501781, 0.0517260, 0.0571979, 0.0706942, 0.0987320, 0.1802143, 0.4792566");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004280;
			capacitance : 0.004059;
			fall_capacitance : 0.003837;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0049689, -0.0049680, -0.0049660, -0.0049670, -0.0049693, -0.0049745, -0.0049867");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0049930, 0.0049862, 0.0049706, 0.0049732, 0.0049793, 0.0049933, 0.0050256");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004207;
			capacitance : 0.004495;
			rise_capacitance : 0.004783;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054068, -0.0054035, -0.0053960, -0.0053961, -0.0053964, -0.0053971, -0.0053985");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054229, 0.0054197, 0.0054123, 0.0054130, 0.0054147, 0.0054186, 0.0054275");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004269;
			capacitance : 0.003988;
			fall_capacitance : 0.003707;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051249, -0.0051246, -0.0051239, -0.0051239, -0.0051238, -0.0051236, -0.0051232");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051399, 0.0051384, 0.0051350, 0.0051330, 0.0051282, 0.0051173, 0.0050921");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004566;
			capacitance : 0.004335;
			fall_capacitance : 0.004105;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021131, -0.0021275, -0.0021609, -0.0021372, -0.0020825, -0.0019566, -0.0016662");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0064583, 0.0064622, 0.0064713, 0.0064741, 0.0064804, 0.0064949, 0.0065284");
				}
			}
		}
	}
	cell ("scs8hd_o31ai_1") {
		area : 7.507200;
		cell_footprint : "o31ai";
		cell_leakage_power : 2.612168e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.7157601e-05";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "4.8672254e-06";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007224";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "1.5651024e-05";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003816";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "1.4587520e-05";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007221";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "1.4588901e-05";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003825";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "1.4589529e-05";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007221";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "1.4588357e-05";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0003815";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "1.4588555e-05";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0007221";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "1.4588647e-05";
			when : "A1&A2&A3&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1)";
			max_capacitance : 0.040293;
			max_transition : 1.498982;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0042001, 0.0035503, 0.0021932, -0.0006121, -0.0064362, -0.0185970, -0.0439513", \
					  "0.0041352, 0.0034869, 0.0021304, -0.0006740, -0.0065005, -0.0186600, -0.0440094", \
					  "0.0040740, 0.0034227, 0.0020656, -0.0007440, -0.0065665, -0.0187201, -0.0440773", \
					  "0.0039859, 0.0033393, 0.0019990, -0.0007919, -0.0066050, -0.0187581, -0.0441234", \
					  "0.0040633, 0.0034147, 0.0020435, -0.0008254, -0.0066275, -0.0187635, -0.0441157", \
					  "0.0041029, 0.0034630, 0.0021093, -0.0006989, -0.0065775, -0.0188960, -0.0442027", \
					  "0.0041685, 0.0035204, 0.0021646, -0.0006629, -0.0065320, -0.0187620, -0.0441920");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0097230, 0.0103957, 0.0117568, 0.0145928, 0.0204756, 0.0326154, 0.0577279", \
					  "0.0096277, 0.0102989, 0.0116692, 0.0145209, 0.0204161, 0.0325685, 0.0577459", \
					  "0.0095245, 0.0101963, 0.0115704, 0.0144379, 0.0203398, 0.0325163, 0.0576431", \
					  "0.0094456, 0.0101141, 0.0114918, 0.0143344, 0.0202422, 0.0324516, 0.0576339", \
					  "0.0094036, 0.0100699, 0.0114316, 0.0142805, 0.0201408, 0.0323189, 0.0575852", \
					  "0.0093754, 0.0100216, 0.0113812, 0.0142264, 0.0201115, 0.0322800, 0.0575236", \
					  "0.0091347, 0.0098817, 0.0113443, 0.0142543, 0.0201296, 0.0323490, 0.0574747");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0086095, 0.0092516, 0.0106282, 0.0134671, 0.0193345, 0.0314711, 0.0566051", \
					  "0.0084636, 0.0091314, 0.0105100, 0.0133700, 0.0192670, 0.0314477, 0.0565599", \
					  "0.0083174, 0.0089748, 0.0103657, 0.0132357, 0.0191534, 0.0313294, 0.0565051", \
					  "0.0082423, 0.0089029, 0.0102702, 0.0131367, 0.0190393, 0.0312151, 0.0565267", \
					  "0.0081826, 0.0088441, 0.0102220, 0.0130757, 0.0189622, 0.0311034, 0.0563097", \
					  "0.0081400, 0.0088056, 0.0101618, 0.0130517, 0.0189160, 0.0310904, 0.0562391", \
					  "0.0081053, 0.0087491, 0.0101137, 0.0129895, 0.0188390, 0.0310829, 0.0563700");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0035040, 0.0028549, 0.0015067, -0.0013063, -0.0071714, -0.0193866, -0.0447651", \
					  "0.0034886, 0.0028399, 0.0014925, -0.0013167, -0.0071724, -0.0193814, -0.0447931", \
					  "0.0034480, 0.0028078, 0.0014595, -0.0013397, -0.0071873, -0.0193871, -0.0447888", \
					  "0.0033261, 0.0026934, 0.0013781, -0.0014094, -0.0072254, -0.0194113, -0.0448087", \
					  "0.0033394, 0.0026901, 0.0013643, -0.0014810, -0.0073093, -0.0194654, -0.0448293", \
					  "0.0032212, 0.0025817, 0.0012395, -0.0015417, -0.0073641, -0.0196141, -0.0449246", \
					  "0.0032070, 0.0025547, 0.0012023, -0.0016166, -0.0074606, -0.0196185, -0.0449849");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0072062, 0.0078849, 0.0092755, 0.0121361, 0.0180161, 0.0301542, 0.0553460", \
					  "0.0070053, 0.0076949, 0.0090981, 0.0119831, 0.0179216, 0.0301150, 0.0553359", \
					  "0.0068201, 0.0074938, 0.0088692, 0.0117751, 0.0177285, 0.0299352, 0.0551743", \
					  "0.0066801, 0.0073591, 0.0087123, 0.0115811, 0.0175206, 0.0297854, 0.0550892", \
					  "0.0066844, 0.0073518, 0.0087236, 0.0115651, 0.0173634, 0.0295420, 0.0549645", \
					  "0.0067970, 0.0074238, 0.0087700, 0.0116253, 0.0175062, 0.0294810, 0.0547573", \
					  "0.0067831, 0.0074125, 0.0088084, 0.0116044, 0.0174802, 0.0296095, 0.0545542");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0028520, 0.0022083, 0.0008588, -0.0019531, -0.0078300, -0.0200619, -0.0454992", \
					  "0.0027998, 0.0021740, 0.0008464, -0.0019488, -0.0077981, -0.0200198, -0.0454517", \
					  "0.0026893, 0.0020831, 0.0007839, -0.0019766, -0.0077999, -0.0199988, -0.0454120", \
					  "0.0025185, 0.0019171, 0.0006446, -0.0020793, -0.0078576, -0.0200167, -0.0454009", \
					  "0.0024384, 0.0018265, 0.0005332, -0.0021867, -0.0080016, -0.0200917, -0.0454343", \
					  "0.0022713, 0.0016467, 0.0003267, -0.0024134, -0.0081405, -0.0202710, -0.0455640", \
					  "0.0022658, 0.0015546, 0.0002511, -0.0025377, -0.0083490, -0.0204435, -0.0456874");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0029830, 0.0037125, 0.0051576, 0.0080539, 0.0140394, 0.0261841, 0.0513747", \
					  "0.0027984, 0.0034998, 0.0049471, 0.0078987, 0.0138245, 0.0261325, 0.0510838", \
					  "0.0026109, 0.0033411, 0.0047364, 0.0076069, 0.0136457, 0.0260019, 0.0511325", \
					  "0.0025975, 0.0032419, 0.0046651, 0.0075158, 0.0135059, 0.0256597, 0.0509683", \
					  "0.0025466, 0.0032251, 0.0046956, 0.0074829, 0.0133664, 0.0255022, 0.0509274", \
					  "0.0026906, 0.0032752, 0.0043872, 0.0076002, 0.0134806, 0.0253013, 0.0507647", \
					  "0.0027418, 0.0033830, 0.0046854, 0.0074845, 0.0131413, 0.0256787, 0.0507364");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001039155, 0.002159686, 0.004488496, 0.009328485, 0.01938748, 0.04029319");
					values("0.0008323, 0.0002123, -0.0011249, -0.0039306, -0.0097938, -0.0220157, -0.0474492", \
					  "0.0007055, 0.0001036, -0.0012039, -0.0039768, -0.0098192, -0.0220263, -0.0474597", \
					  "0.0005421, -5.5800000e-05, -0.0013418, -0.0040645, -0.0098742, -0.0220540, -0.0474600", \
					  "0.0003909, -0.0002420, -0.0015420, -0.0042567, -0.0100089, -0.0221527, -0.0475195", \
					  "0.0003383, -0.0003042, -0.0016194, -0.0043577, -0.0102197, -0.0223130, -0.0476258", \
					  "0.0002821, -0.0003670, -0.0017258, -0.0045185, -0.0103548, -0.0224648, -0.0478396", \
					  "0.0004057, -0.0001785, -0.0015627, -0.0044716, -0.0104153, -0.0225510, -0.0480239");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.1865677, 0.2013100, 0.2307737, 0.2921741, 0.4181058, 0.6783901, 1.2173992", \
					  "0.1919696, 0.2062316, 0.2363140, 0.2981890, 0.4239420, 0.6845169, 1.2237430", \
					  "0.2057338, 0.2203666, 0.2500962, 0.3118296, 0.4383874, 0.6994246, 1.2389948", \
					  "0.2372135, 0.2520220, 0.2816655, 0.3437118, 0.4698870, 0.7309729, 1.2710880", \
					  "0.3064365, 0.3207594, 0.3504292, 0.4116282, 0.5382907, 0.7992212, 1.3390855", \
					  "0.4492955, 0.4651584, 0.4975532, 0.5623200, 0.6880463, 0.9486890, 1.4885077", \
					  "0.7201094, 0.7414045, 0.7829467, 0.8644069, 1.0137203, 1.2895117, 1.8297514");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.1348466, 0.1534416, 0.1920578, 0.2740149, 0.4378432, 0.7809946, 1.4904018", \
					  "0.1346702, 0.1534129, 0.1922923, 0.2724475, 0.4379181, 0.7812728, 1.4926376", \
					  "0.1348404, 0.1534515, 0.1922070, 0.2722337, 0.4380154, 0.7808685, 1.4912851", \
					  "0.1346838, 0.1535324, 0.1924484, 0.2725241, 0.4379525, 0.7820689, 1.4901974", \
					  "0.1358281, 0.1541554, 0.1925701, 0.2724513, 0.4380425, 0.7809455, 1.4923585", \
					  "0.1581477, 0.1756591, 0.2113994, 0.2858409, 0.4437875, 0.7811062, 1.4890706", \
					  "0.2139647, 0.2336873, 0.2733630, 0.3522155, 0.5036667, 0.8139421, 1.4955929");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0302772, 0.0330701, 0.0386577, 0.0496843, 0.0714635, 0.1149126, 0.2032346", \
					  "0.0351564, 0.0379331, 0.0434768, 0.0544869, 0.0762078, 0.1196701, 0.2079164", \
					  "0.0461368, 0.0488626, 0.0542905, 0.0651369, 0.0868008, 0.1301758, 0.2185290", \
					  "0.0653646, 0.0689522, 0.0757898, 0.0882220, 0.1105904, 0.1542994, 0.2424614", \
					  "0.0925098, 0.0977831, 0.1076159, 0.1253742, 0.1556398, 0.2065058, 0.2968608", \
					  "0.1241966, 0.1324116, 0.1476771, 0.1748234, 0.2208309, 0.2942898, 0.4099221", \
					  "0.1411411, 0.1541916, 0.1790024, 0.2230922, 0.2960837, 0.4119033, 0.5865621");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0215727, 0.0248832, 0.0315096, 0.0449545, 0.0719878, 0.1275344, 0.2425839", \
					  "0.0213768, 0.0246911, 0.0313407, 0.0448197, 0.0719701, 0.1274257, 0.2418366", \
					  "0.0225672, 0.0255132, 0.0317128, 0.0446151, 0.0717445, 0.1272916, 0.2421548", \
					  "0.0310064, 0.0340141, 0.0393417, 0.0502858, 0.0744891, 0.1277166, 0.2420472", \
					  "0.0488181, 0.0522964, 0.0589485, 0.0722065, 0.0965633, 0.1416318, 0.2470351", \
					  "0.0808154, 0.0859413, 0.0958982, 0.1133881, 0.1449239, 0.1976881, 0.2911331", \
					  "0.1411439, 0.1504435, 0.1653539, 0.1914653, 0.2369614, 0.3081575, 0.4226203");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.1769294, 0.1915734, 0.2211412, 0.2824704, 0.4088765, 0.6685055, 1.2075428", \
					  "0.1804521, 0.1950583, 0.2250287, 0.2869717, 0.4130611, 0.6736352, 1.2130615", \
					  "0.1926883, 0.2072423, 0.2374048, 0.2995519, 0.4260323, 0.6875085, 1.2268228", \
					  "0.2257463, 0.2403151, 0.2700694, 0.3317175, 0.4584192, 0.7196727, 1.2599651", \
					  "0.3010961, 0.3153929, 0.3453735, 0.4065216, 0.5330325, 0.7942553, 1.3345303", \
					  "0.4664965, 0.4830940, 0.5158406, 0.5814699, 0.7072217, 0.9683320, 1.5083309", \
					  "0.7778758, 0.8025092, 0.8504175, 0.9372181, 1.0932728, 1.3713665, 1.9138249");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.1349773, 0.1535814, 0.1922996, 0.2726319, 0.4382211, 0.7806716, 1.4909886", \
					  "0.1348246, 0.1534165, 0.1922879, 0.2726326, 0.4378014, 0.7819728, 1.4912782", \
					  "0.1346769, 0.1536237, 0.1921774, 0.2726185, 0.4383910, 0.7800903, 1.4916364", \
					  "0.1349405, 0.1534218, 0.1922815, 0.2725787, 0.4383521, 0.7807140, 1.4897349", \
					  "0.1370758, 0.1547734, 0.1927317, 0.2731608, 0.4380802, 0.7804811, 1.4948586", \
					  "0.1693636, 0.1854597, 0.2171305, 0.2897304, 0.4427548, 0.7805105, 1.4916367", \
					  "0.2534631, 0.2724637, 0.3090525, 0.3799847, 0.5191488, 0.8144781, 1.4923700");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0311246, 0.0337077, 0.0388885, 0.0493314, 0.0704838, 0.1137169, 0.2030832", \
					  "0.0359943, 0.0385610, 0.0437669, 0.0542100, 0.0753258, 0.1186193, 0.2078929", \
					  "0.0462169, 0.0488400, 0.0540485, 0.0645063, 0.0856871, 0.1289242, 0.2182220", \
					  "0.0631109, 0.0667157, 0.0734363, 0.0859265, 0.1084214, 0.1521753, 0.2415009", \
					  "0.0847282, 0.0902948, 0.1003878, 0.1187266, 0.1498707, 0.2016609, 0.2941686", \
					  "0.1046007, 0.1133528, 0.1295523, 0.1583037, 0.2064425, 0.2827525, 0.4016114", \
					  "0.0962821, 0.1109291, 0.1379795, 0.1847220, 0.2636425, 0.3843611, 0.5642637");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0193048, 0.0223273, 0.0285629, 0.0417378, 0.0690231, 0.1254054, 0.2437174", \
					  "0.0192325, 0.0223043, 0.0285719, 0.0417380, 0.0689626, 0.1258146, 0.2439509", \
					  "0.0203576, 0.0231459, 0.0291114, 0.0418450, 0.0689653, 0.1255679, 0.2436652", \
					  "0.0282232, 0.0309759, 0.0369626, 0.0481266, 0.0725084, 0.1262137, 0.2438365", \
					  "0.0453497, 0.0491259, 0.0563985, 0.0695670, 0.0944272, 0.1416346, 0.2503351", \
					  "0.0776528, 0.0830148, 0.0932942, 0.1120139, 0.1440873, 0.1996308, 0.2961386", \
					  "0.1409639, 0.1489919, 0.1644251, 0.1929819, 0.2383217, 0.3113223, 0.4319151");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.1484070, 0.1628816, 0.1935395, 0.2551072, 0.3813901, 0.6419106, 1.1811864", \
					  "0.1498924, 0.1649425, 0.1953388, 0.2578565, 0.3846239, 0.6456756, 1.1853892", \
					  "0.1596574, 0.1742324, 0.2040245, 0.2662854, 0.3943182, 0.6566281, 1.1971845", \
					  "0.1882328, 0.2026597, 0.2323679, 0.2941596, 0.4212281, 0.6838671, 1.2251529", \
					  "0.2626619, 0.2771406, 0.3062662, 0.3663183, 0.4913546, 0.7526209, 1.2936641", \
					  "0.4223069, 0.4415184, 0.4764903, 0.5404612, 0.6610456, 0.9260638, 1.4640222", \
					  "0.7099113, 0.7394165, 0.7907215, 0.8889223, 1.0548187, 1.3275845, 1.8600688");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.1346637, 0.1533611, 0.1924911, 0.2724726, 0.4380107, 0.7804338, 1.4932998", \
					  "0.1348153, 0.1533872, 0.1922715, 0.2725731, 0.4379010, 0.7798052, 1.4882030", \
					  "0.1347191, 0.1534281, 0.1921228, 0.2727528, 0.4379423, 0.7806813, 1.4911328", \
					  "0.1342256, 0.1534514, 0.1926435, 0.2723353, 0.4381050, 0.7801966, 1.4934265", \
					  "0.1399264, 0.1564811, 0.1936174, 0.2720093, 0.4378362, 0.7809626, 1.4915583", \
					  "0.1944325, 0.2095806, 0.2386433, 0.3032251, 0.4517713, 0.7804697, 1.4936230", \
					  "0.3122402, 0.3336617, 0.3715980, 0.4491587, 0.5750347, 0.8412609, 1.4989823");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0268620, 0.0291249, 0.0337554, 0.0431889, 0.0628140, 0.1031835, 0.1874017", \
					  "0.0316522, 0.0339650, 0.0386672, 0.0481294, 0.0676268, 0.1081940, 0.1923919", \
					  "0.0412940, 0.0440025, 0.0490582, 0.0587632, 0.0783784, 0.1188999, 0.2030979", \
					  "0.0550365, 0.0589744, 0.0663214, 0.0794189, 0.1020497, 0.1430213, 0.2269582", \
					  "0.0702586, 0.0764555, 0.0881917, 0.1081671, 0.1409779, 0.1934972, 0.2821388", \
					  "0.0780952, 0.0887278, 0.1075101, 0.1397950, 0.1911225, 0.2707771, 0.3904550", \
					  "0.0475461, 0.0656403, 0.0976272, 0.1519278, 0.2369415, 0.3631597, 0.5467428");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0140648, 0.0168949, 0.0227818, 0.0353248, 0.0610181, 0.1148606, 0.2253530", \
					  "0.0141055, 0.0169299, 0.0227469, 0.0351522, 0.0611672, 0.1149649, 0.2257133", \
					  "0.0164244, 0.0188152, 0.0240893, 0.0356374, 0.0612677, 0.1140951, 0.2251227", \
					  "0.0252313, 0.0280434, 0.0334660, 0.0442408, 0.0659623, 0.1154105, 0.2252265", \
					  "0.0430365, 0.0467520, 0.0537808, 0.0671454, 0.0900626, 0.1340130, 0.2335596", \
					  "0.0771741, 0.0823826, 0.0926105, 0.1108539, 0.1418011, 0.1939183, 0.2868231", \
					  "0.1447303, 0.1526209, 0.1674267, 0.1941822, 0.2381955, 0.3102514, 0.4201218");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0310619, 0.0355721, 0.0447140, 0.0629562, 0.1007720, 0.1768499, 0.3357003", \
					  "0.0368697, 0.0412850, 0.0503226, 0.0688748, 0.1062699, 0.1831318, 0.3414964", \
					  "0.0516448, 0.0563333, 0.0650003, 0.0826820, 0.1205225, 0.1977995, 0.3566433", \
					  "0.0842529, 0.0908168, 0.1011208, 0.1187808, 0.1556385, 0.2308762, 0.3881801", \
					  "0.1424476, 0.1525897, 0.1683580, 0.1958391, 0.2384165, 0.3144681, 0.4743290", \
					  "0.2428470, 0.2586119, 0.2885477, 0.3340597, 0.4032404, 0.5071180, 0.6655437", \
					  "0.4254993, 0.4531957, 0.4993756, 0.5782508, 0.6973342, 0.8669790, 1.1026688");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0258252, 0.0318235, 0.0439136, 0.0686750, 0.1223078, 0.2279036, 0.4553163", \
					  "0.0259535, 0.0318357, 0.0439979, 0.0692948, 0.1203371, 0.2287964, 0.4533901", \
					  "0.0271673, 0.0322741, 0.0436493, 0.0688757, 0.1206646, 0.2314693, 0.4520926", \
					  "0.0413141, 0.0434224, 0.0516830, 0.0721384, 0.1210658, 0.2289632, 0.4526678", \
					  "0.0696336, 0.0746955, 0.0856234, 0.1016309, 0.1377840, 0.2322507, 0.4577614", \
					  "0.1243299, 0.1339087, 0.1472583, 0.1721105, 0.2145886, 0.2816269, 0.4676226", \
					  "0.2222087, 0.2377616, 0.2611786, 0.3036693, 0.3647593, 0.4583600, 0.6072009");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0156466, 0.0174308, 0.0211130, 0.0284321, 0.0436879, 0.0755741, 0.1407470", \
					  "0.0201988, 0.0220020, 0.0256879, 0.0331556, 0.0483618, 0.0797734, 0.1451307", \
					  "0.0276613, 0.0304060, 0.0354710, 0.0440659, 0.0589242, 0.0907265, 0.1556670", \
					  "0.0362984, 0.0404265, 0.0486928, 0.0620376, 0.0833490, 0.1164008, 0.1816799", \
					  "0.0440316, 0.0509040, 0.0633698, 0.0843274, 0.1170329, 0.1669055, 0.2417812", \
					  "0.0390138, 0.0504278, 0.0708034, 0.1043342, 0.1561660, 0.2346314, 0.3489469", \
					  "-0.0106677, 0.0093183, 0.0417152, 0.0981420, 0.1853044, 0.3066328, 0.4848931");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103915, 0.00215969, 0.0044885, 0.00932848, 0.0193875, 0.0402932");
					values("0.0104076, 0.0127708, 0.0174609, 0.0269791, 0.0473020, 0.0889165, 0.1751894", \
					  "0.0114237, 0.0133791, 0.0177588, 0.0272019, 0.0476243, 0.0892149, 0.1756551", \
					  "0.0175237, 0.0195289, 0.0230623, 0.0306070, 0.0484931, 0.0888965, 0.1770556", \
					  "0.0289345, 0.0321476, 0.0368474, 0.0458844, 0.0611109, 0.0954277, 0.1776154", \
					  "0.0494625, 0.0536113, 0.0612599, 0.0746173, 0.0954696, 0.1303917, 0.1949765", \
					  "0.0889698, 0.0957054, 0.1063336, 0.1272213, 0.1569747, 0.2054886, 0.2805570", \
					  "0.1630686, 0.1733665, 0.1944691, 0.2222019, 0.2725935, 0.3401917, 0.4476935");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002230;
			capacitance : 0.002138;
			fall_capacitance : 0.002046;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026406, -0.0026400, -0.0026387, -0.0026380, -0.0026363, -0.0026325, -0.0026236");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026531, 0.0026519, 0.0026491, 0.0026484, 0.0026468, 0.0026432, 0.0026350");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002245;
			capacitance : 0.002373;
			rise_capacitance : 0.002501;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027939, -0.0027981, -0.0028080, -0.0028073, -0.0028058, -0.0028022, -0.0027941");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027848, 0.0027925, 0.0028101, 0.0028099, 0.0028096, 0.0028087, 0.0028068");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002171;
			capacitance : 0.002337;
			rise_capacitance : 0.002503;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028450, -0.0028428, -0.0028376, -0.0028371, -0.0028359, -0.0028330, -0.0028265");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028449, 0.0028434, 0.0028399, 0.0028400, 0.0028401, 0.0028405, 0.0028415");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002111;
			capacitance : 0.002208;
			rise_capacitance : 0.002306;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010706, -0.0010759, -0.0010881, -0.0010769, -0.0010513, -0.0009921, -0.0008557");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0033218, 0.0033243, 0.0033299, 0.0033308, 0.0033328, 0.0033375, 0.0033482");
				}
			}
		}
	}
	cell ("scs8hd_o31ai_2") {
		area : 12.512000;
		cell_footprint : "o31ai";
		cell_leakage_power : 9.937140e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.0380615e-05";
			when : "A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0002980";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0073227";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014439";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "3.0916604e-05";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007684";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "2.9823190e-05";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014414";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "3.0576880e-05";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007677";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "2.2822322e-05";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014414";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "3.0723938e-05";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0007675";
			when : "A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "3.1601759e-05";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0014416";
			when : "A1&A2&A3&B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1)";
			max_capacitance : 0.069590;
			max_transition : 1.486358;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0183241, 0.0191031, 0.0208959, 0.0249496, 0.0340992, 0.0547866, 0.1017700", \
					  "0.0181094, 0.0188962, 0.0206931, 0.0248025, 0.0339467, 0.0546798, 0.1016599", \
					  "0.0178068, 0.0186223, 0.0203894, 0.0245128, 0.0337589, 0.0545134, 0.1015182", \
					  "0.0176559, 0.0184200, 0.0202050, 0.0243067, 0.0334911, 0.0543522, 0.1013923", \
					  "0.0174267, 0.0182147, 0.0200033, 0.0240491, 0.0332800, 0.0540732, 0.1011901", \
					  "0.0174216, 0.0181830, 0.0199260, 0.0239843, 0.0331507, 0.0538824, 0.1010492", \
					  "0.0171796, 0.0180344, 0.0198292, 0.0239385, 0.0331620, 0.0539010, 0.1008198");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0094497, 0.0086697, 0.0069225, 0.0029182, -0.0061452, -0.0267944, -0.0740501", \
					  "0.0092955, 0.0085293, 0.0067733, 0.0027831, -0.0062913, -0.0269309, -0.0741917", \
					  "0.0091350, 0.0083713, 0.0066094, 0.0026065, -0.0064577, -0.0271090, -0.0743573", \
					  "0.0089558, 0.0081734, 0.0064395, 0.0024554, -0.0065906, -0.0272350, -0.0744931", \
					  "0.0087822, 0.0080220, 0.0062791, 0.0023230, -0.0066374, -0.0272448, -0.0744892", \
					  "0.0090271, 0.0082506, 0.0065215, 0.0025233, -0.0065894, -0.0274985, -0.0746967", \
					  "0.0091850, 0.0084455, 0.0066833, 0.0026570, -0.0063766, -0.0272698, -0.0747643");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0152761, 0.0160858, 0.0178461, 0.0219007, 0.0310439, 0.0517166, 0.0988105", \
					  "0.0150070, 0.0158007, 0.0176415, 0.0217171, 0.0308846, 0.0516281, 0.0986702", \
					  "0.0147398, 0.0155313, 0.0173460, 0.0214315, 0.0307067, 0.0514384, 0.0985555", \
					  "0.0145788, 0.0154019, 0.0171760, 0.0212599, 0.0304904, 0.0512584, 0.0983066", \
					  "0.0144205, 0.0152041, 0.0170037, 0.0210396, 0.0302348, 0.0510122, 0.0982149", \
					  "0.0143987, 0.0151874, 0.0170085, 0.0211013, 0.0302667, 0.0509768, 0.0980065", \
					  "0.0143919, 0.0151572, 0.0169270, 0.0210294, 0.0302092, 0.0511490, 0.0980950");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0072197, 0.0064555, 0.0047059, 0.0007324, -0.0083660, -0.0291451, -0.0765455", \
					  "0.0071935, 0.0064244, 0.0046793, 0.0007132, -0.0083759, -0.0291515, -0.0765340", \
					  "0.0070815, 0.0063260, 0.0046062, 0.0006555, -0.0084111, -0.0291711, -0.0765518", \
					  "0.0068907, 0.0061399, 0.0044376, 0.0005177, -0.0084898, -0.0292082, -0.0765773", \
					  "0.0069159, 0.0061644, 0.0044544, 0.0005136, -0.0086676, -0.0292711, -0.0765507", \
					  "0.0067294, 0.0059448, 0.0042093, 0.0002844, -0.0087285, -0.0295030, -0.0767778", \
					  "0.0067483, 0.0059882, 0.0042177, 0.0002666, -0.0088185, -0.0295397, -0.0768127");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0125780, 0.0133809, 0.0152031, 0.0192857, 0.0284825, 0.0491836, 0.0962084", \
					  "0.0121864, 0.0129870, 0.0148365, 0.0189856, 0.0282402, 0.0490247, 0.0960360", \
					  "0.0118217, 0.0126109, 0.0144098, 0.0185440, 0.0278945, 0.0487902, 0.0958528", \
					  "0.0115784, 0.0123761, 0.0141834, 0.0181853, 0.0275007, 0.0485045, 0.0956754", \
					  "0.0115573, 0.0123496, 0.0141408, 0.0181792, 0.0272712, 0.0480209, 0.0953439", \
					  "0.0118474, 0.0124709, 0.0143473, 0.0183908, 0.0275187, 0.0478594, 0.0950875", \
					  "0.0119584, 0.0127160, 0.0145180, 0.0186171, 0.0275643, 0.0482244, 0.0950792");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0056725, 0.0049219, 0.0031983, -0.0007762, -0.0098804, -0.0307041, -0.0781781", \
					  "0.0055082, 0.0047915, 0.0031111, -0.0007781, -0.0098397, -0.0306231, -0.0780689", \
					  "0.0052509, 0.0045589, 0.0029346, -0.0008917, -0.0098707, -0.0305928, -0.0780021", \
					  "0.0049025, 0.0042120, 0.0026082, -0.0011597, -0.0100266, -0.0306473, -0.0779878", \
					  "0.0047769, 0.0040578, 0.0023975, -0.0013809, -0.0103487, -0.0308357, -0.0780682", \
					  "0.0045235, 0.0037738, 0.0020487, -0.0018000, -0.0106801, -0.0311629, -0.0783408", \
					  "0.0045771, 0.0037985, 0.0020103, -0.0019908, -0.0109939, -0.0315684, -0.0786053");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0038457, 0.0047272, 0.0066626, 0.0108710, 0.0203444, 0.0412159, 0.0884613", \
					  "0.0035206, 0.0043800, 0.0062856, 0.0105412, 0.0198590, 0.0409826, 0.0880346", \
					  "0.0032435, 0.0040575, 0.0058975, 0.0101173, 0.0194501, 0.0403424, 0.0870944", \
					  "0.0031677, 0.0041410, 0.0059176, 0.0099334, 0.0191330, 0.0401211, 0.0868377", \
					  "0.0031410, 0.0039149, 0.0056928, 0.0096903, 0.0188451, 0.0398568, 0.0863899", \
					  "0.0029739, 0.0037595, 0.0054808, 0.0098362, 0.0189765, 0.0394796, 0.0866382", \
					  "0.0037853, 0.0044841, 0.0061537, 0.0100235, 0.0193571, 0.0402732, 0.0868971");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001138237, 0.002591169, 0.005898731, 0.01342831, 0.03056922, 0.06959005");
					values("0.0015288, 0.0008162, -0.0008634, -0.0047874, -0.0138762, -0.0346915, -0.0821574", \
					  "0.0012583, 0.0005558, -0.0011043, -0.0049238, -0.0139406, -0.0347375, -0.0821608", \
					  "0.0009126, 0.0002109, -0.0013932, -0.0051868, -0.0141149, -0.0348024, -0.0821890", \
					  "0.0006114, -0.0001338, -0.0017726, -0.0055687, -0.0144434, -0.0350228, -0.0822941", \
					  "0.0007286, -2.7300000e-05, -0.0017345, -0.0056454, -0.0146055, -0.0353068, -0.0825097", \
					  "0.0005817, -0.0002324, -0.0019751, -0.0059655, -0.0149546, -0.0356367, -0.0829463", \
					  "0.0008339, 3.2700000e-05, -0.0016807, -0.0059932, -0.0150398, -0.0357377, -0.0833358");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
					values("0.2021171, 0.2113297, 0.2340000, 0.2833551, 0.3955988, 0.6486523, 1.2211326", \
					  "0.2060648, 0.2159110, 0.2384186, 0.2887023, 0.4009281, 0.6540228, 1.2267799", \
					  "0.2182399, 0.2284225, 0.2505240, 0.3014839, 0.4141055, 0.6680417, 1.2413330", \
					  "0.2517400, 0.2618261, 0.2840799, 0.3343648, 0.4468877, 0.7009499, 1.2752371", \
					  "0.3230823, 0.3325788, 0.3554022, 0.4051432, 0.5177095, 0.7713636, 1.3459933", \
					  "0.4697429, 0.4811250, 0.5047592, 0.5580431, 0.6698607, 0.9231782, 1.4970676", \
					  "0.7519324, 0.7653913, 0.7942536, 0.8600757, 0.9926466, 1.2631756, 1.8371494");
				}
				rise_transition ("del_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("0.1323733, 0.1450556, 0.1741206, 0.2391256, 0.3870614, 0.7208694, 1.4792778", \
					  "0.1328812, 0.1449531, 0.1739422, 0.2394044, 0.3865553, 0.7210386, 1.4795238", \
					  "0.1323363, 0.1453319, 0.1740025, 0.2397419, 0.3872235, 0.7211054, 1.4791142", \
					  "0.1326249, 0.1451768, 0.1739580, 0.2398358, 0.3867674, 0.7207260, 1.4780956", \
					  "0.1329418, 0.1453846, 0.1741950, 0.2391215, 0.3878770, 0.7202360, 1.4803585", \
					  "0.1516535, 0.1639101, 0.1901724, 0.2507073, 0.3921024, 0.7210034, 1.4790257", \
					  "0.2006228, 0.2142622, 0.2436691, 0.3081597, 0.4486444, 0.7529496, 1.4853280");
				}
				cell_fall ("del_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("0.0311967, 0.0331777, 0.0376270, 0.0472086, 0.0677356, 0.1116554, 0.2078084", \
					  "0.0359396, 0.0379575, 0.0423536, 0.0519020, 0.0723201, 0.1162303, 0.2124612", \
					  "0.0465220, 0.0485117, 0.0528317, 0.0621991, 0.0824817, 0.1263410, 0.2224505", \
					  "0.0646597, 0.0672435, 0.0726860, 0.0835787, 0.1049181, 0.1487894, 0.2448842", \
					  "0.0902519, 0.0939009, 0.1015513, 0.1170014, 0.1455071, 0.1972381, 0.2963103", \
					  "0.1177978, 0.1232732, 0.1351023, 0.1587037, 0.2014564, 0.2759974, 0.4009746", \
					  "0.1234756, 0.1328615, 0.1522413, 0.1894170, 0.2581078, 0.3748169, 0.5630398");
				}
				fall_transition ("del_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("0.0216204, 0.0239760, 0.0294648, 0.0413287, 0.0670947, 0.1233447, 0.2500557", \
					  "0.0213616, 0.0238189, 0.0292440, 0.0411643, 0.0667988, 0.1230218, 0.2503492", \
					  "0.0224718, 0.0246744, 0.0295933, 0.0410586, 0.0664644, 0.1230992, 0.2502818", \
					  "0.0306633, 0.0327316, 0.0372326, 0.0473046, 0.0695418, 0.1233764, 0.2498876", \
					  "0.0484793, 0.0508681, 0.0560693, 0.0676120, 0.0904170, 0.1380524, 0.2541328", \
					  "0.0805153, 0.0841602, 0.0916650, 0.1065029, 0.1364994, 0.1909381, 0.2968993", \
					  "0.1408533, 0.1458177, 0.1569517, 0.1805914, 0.2232658, 0.2969336, 0.4264465");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
					values("0.1811610, 0.1913949, 0.2132677, 0.2632511, 0.3754084, 0.6280481, 1.2004577", \
					  "0.1846316, 0.1936826, 0.2167483, 0.2667421, 0.3796046, 0.6322493, 1.2051310", \
					  "0.1962858, 0.2057205, 0.2277037, 0.2784820, 0.3910989, 0.6449929, 1.2184037", \
					  "0.2264622, 0.2365756, 0.2583899, 0.3087808, 0.4213033, 0.6753186, 1.2494503", \
					  "0.2965166, 0.3062995, 0.3285862, 0.3785676, 0.4909309, 0.7447178, 1.3186707", \
					  "0.4447757, 0.4571518, 0.4839179, 0.5384893, 0.6516851, 0.9051802, 1.4795957", \
					  "0.7299110, 0.7459244, 0.7803710, 0.8549101, 0.9984717, 1.2782773, 1.8530640");
				}
				rise_transition ("del_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("0.1323264, 0.1457598, 0.1740484, 0.2390610, 0.3865577, 0.7210769, 1.4772459", \
					  "0.1323950, 0.1450705, 0.1742553, 0.2393033, 0.3866209, 0.7209263, 1.4787372", \
					  "0.1327037, 0.1452008, 0.1739729, 0.2393384, 0.3869051, 0.7208577, 1.4806254", \
					  "0.1325371, 0.1453108, 0.1739374, 0.2391282, 0.3872556, 0.7209905, 1.4786966", \
					  "0.1355063, 0.1474709, 0.1752708, 0.2395756, 0.3866804, 0.7208753, 1.4792201", \
					  "0.1649205, 0.1769883, 0.2034749, 0.2616337, 0.3968282, 0.7215459, 1.4785847", \
					  "0.2424869, 0.2565230, 0.2839246, 0.3478197, 0.4788240, 0.7663264, 1.4836250");
				}
				cell_fall ("del_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("0.0293555, 0.0310090, 0.0346730, 0.0426371, 0.0600322, 0.0987472, 0.1856750", \
					  "0.0341438, 0.0357776, 0.0394153, 0.0473953, 0.0647992, 0.1035111, 0.1905127", \
					  "0.0439371, 0.0456658, 0.0493987, 0.0573860, 0.0748376, 0.1135622, 0.2007038", \
					  "0.0592295, 0.0616346, 0.0665945, 0.0766164, 0.0962434, 0.1355225, 0.2229882", \
					  "0.0778059, 0.0813170, 0.0887609, 0.1038109, 0.1315556, 0.1809096, 0.2732743", \
					  "0.0912010, 0.0965601, 0.1089493, 0.1323538, 0.1757001, 0.2497266, 0.3713924", \
					  "0.0696685, 0.0785488, 0.0985105, 0.1378199, 0.2090679, 0.3272687, 0.5128828");
				}
				fall_transition ("del_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("0.0165997, 0.0185793, 0.0229855, 0.0329599, 0.0554886, 0.1070905, 0.2238224", \
					  "0.0165693, 0.0185286, 0.0229390, 0.0328709, 0.0555225, 0.1069579, 0.2237863", \
					  "0.0179685, 0.0197423, 0.0238041, 0.0333679, 0.0554239, 0.1066336, 0.2236241", \
					  "0.0254070, 0.0272512, 0.0313195, 0.0403067, 0.0600068, 0.1082202, 0.2236492", \
					  "0.0415386, 0.0439557, 0.0492956, 0.0600994, 0.0816664, 0.1255675, 0.2307850", \
					  "0.0721272, 0.0757073, 0.0833953, 0.0986581, 0.1283611, 0.1801457, 0.2802338", \
					  "0.1327193, 0.1380666, 0.1493473, 0.1727263, 0.2141791, 0.2852737, 0.4079964");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
					values("0.1463109, 0.1558095, 0.1789942, 0.2288249, 0.3413511, 0.5944384, 1.1672934", \
					  "0.1476819, 0.1571031, 0.1803164, 0.2307480, 0.3441742, 0.5981691, 1.1714696", \
					  "0.1565045, 0.1660590, 0.1886910, 0.2390711, 0.3534156, 0.6078172, 1.1825877", \
					  "0.1849390, 0.1944804, 0.2172531, 0.2660679, 0.3797729, 0.6346719, 1.2103013", \
					  "0.2563982, 0.2661347, 0.2877838, 0.3367061, 0.4476648, 0.7014130, 1.2764250", \
					  "0.4101461, 0.4223913, 0.4492944, 0.5059242, 0.6160780, 0.8685974, 1.4421090", \
					  "0.6794264, 0.6983922, 0.7393808, 0.8219089, 0.9836517, 1.2633039, 1.8283051");
				}
				rise_transition ("del_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("0.1322922, 0.1449638, 0.1741719, 0.2391009, 0.3872134, 0.7219244, 1.4813276", \
					  "0.1320825, 0.1449657, 0.1741338, 0.2393258, 0.3869540, 0.7210454, 1.4802964", \
					  "0.1322729, 0.1447234, 0.1740716, 0.2390914, 0.3867632, 0.7210395, 1.4792474", \
					  "0.1312540, 0.1441451, 0.1732514, 0.2389039, 0.3868430, 0.7204249, 1.4795882", \
					  "0.1374186, 0.1493384, 0.1760878, 0.2389277, 0.3868040, 0.7206340, 1.4801462", \
					  "0.1917907, 0.2038699, 0.2288792, 0.2812311, 0.4067969, 0.7204444, 1.4792922", \
					  "0.3037052, 0.3179489, 0.3559745, 0.4196746, 0.5490159, 0.8010049, 1.4863578");
				}
				cell_fall ("del_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("0.0262052, 0.0277422, 0.0311721, 0.0387941, 0.0558057, 0.0940916, 0.1817084", \
					  "0.0308089, 0.0324017, 0.0359367, 0.0435987, 0.0606637, 0.0991936, 0.1864336", \
					  "0.0398330, 0.0417515, 0.0456836, 0.0538297, 0.0710816, 0.1097503, 0.1971283", \
					  "0.0520420, 0.0548604, 0.0606102, 0.0718769, 0.0929833, 0.1325903, 0.2202957", \
					  "0.0641713, 0.0684902, 0.0776667, 0.0954330, 0.1266895, 0.1796155, 0.2732700", \
					  "0.0648919, 0.0728577, 0.0874578, 0.1160651, 0.1658098, 0.2465606, 0.3747202", \
					  "0.0197825, 0.0325022, 0.0595495, 0.1070030, 0.1888259, 0.3194315, 0.5179737");
				}
				fall_transition ("del_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("0.0122809, 0.0141990, 0.0185645, 0.0284740, 0.0515560, 0.1035405, 0.2201108", \
					  "0.0123715, 0.0142447, 0.0185843, 0.0285202, 0.0511873, 0.1033577, 0.2219798", \
					  "0.0148934, 0.0164451, 0.0202604, 0.0293945, 0.0514999, 0.1035240, 0.2211817", \
					  "0.0231847, 0.0250891, 0.0293443, 0.0381781, 0.0574412, 0.1050263, 0.2224302", \
					  "0.0402295, 0.0428061, 0.0483260, 0.0595726, 0.0814486, 0.1250596, 0.2283219", \
					  "0.0732012, 0.0771519, 0.0851330, 0.1005058, 0.1298943, 0.1822526, 0.2820903", \
					  "0.1392587, 0.1448342, 0.1566132, 0.1793638, 0.2217061, 0.2933990, 0.4151152");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113824, 0.00259117, 0.00589873, 0.0134283, 0.0305692, 0.0695901");
					values("0.0290261, 0.0321762, 0.0392207, 0.0546457, 0.0887231, 0.1634480, 0.3361789", \
					  "0.0347202, 0.0377717, 0.0446352, 0.0599455, 0.0937657, 0.1702298, 0.3398385", \
					  "0.0495137, 0.0524146, 0.0589626, 0.0745133, 0.1081084, 0.1833571, 0.3536195", \
					  "0.0809885, 0.0847845, 0.0939753, 0.1093137, 0.1433776, 0.2176818, 0.3897416", \
					  "0.1353030, 0.1426176, 0.1569065, 0.1828080, 0.2256688, 0.3008306, 0.4710861", \
					  "0.2306366, 0.2429843, 0.2671176, 0.3115354, 0.3813420, 0.4893309, 0.6626255", \
					  "0.4052534, 0.4238118, 0.4651657, 0.5373356, 0.6531531, 0.8319904, 1.0936593");
				}
				rise_transition ("del_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("0.0222659, 0.0260992, 0.0352054, 0.0551976, 0.1025518, 0.2073944, 0.4527542", \
					  "0.0220952, 0.0261062, 0.0350535, 0.0561166, 0.1010923, 0.2093707, 0.4451982", \
					  "0.0239476, 0.0272865, 0.0353228, 0.0550858, 0.1014605, 0.2065839, 0.4478388", \
					  "0.0376949, 0.0413008, 0.0454876, 0.0611919, 0.1028061, 0.2065219, 0.4475235", \
					  "0.0647693, 0.0687719, 0.0767231, 0.0916965, 0.1224266, 0.2113322, 0.4473824", \
					  "0.1154493, 0.1219041, 0.1343087, 0.1589822, 0.1974916, 0.2650198, 0.4614454", \
					  "0.2067956, 0.2189071, 0.2396716, 0.2772256, 0.3492249, 0.4397476, 0.5992903");
				}
				cell_fall ("del_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("0.0145129, 0.0157008, 0.0183163, 0.0239905, 0.0367340, 0.0654868, 0.1311335", \
					  "0.0188181, 0.0200732, 0.0226396, 0.0284782, 0.0414166, 0.0701300, 0.1358702", \
					  "0.0248565, 0.0270115, 0.0311109, 0.0387284, 0.0520780, 0.0809923, 0.1464948", \
					  "0.0312697, 0.0347701, 0.0411366, 0.0528749, 0.0734343, 0.1063209, 0.1714385", \
					  "0.0348679, 0.0399461, 0.0501266, 0.0687192, 0.1003787, 0.1513903, 0.2304097", \
					  "0.0223206, 0.0302645, 0.0470516, 0.0774036, 0.1281419, 0.2075014, 0.3291670", \
					  "-0.0440744, -0.0295076, -0.0035460, 0.0494615, 0.1329083, 0.2579912, 0.4501031");
				}
				fall_transition ("del_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("0.0084511, 0.0098997, 0.0131921, 0.0207504, 0.0376882, 0.0764476, 0.1644398", \
					  "0.0098416, 0.0110358, 0.0138826, 0.0208401, 0.0379582, 0.0771621, 0.1654425", \
					  "0.0156008, 0.0169397, 0.0199764, 0.0255154, 0.0398758, 0.0766091, 0.1655021", \
					  "0.0259876, 0.0277799, 0.0320594, 0.0402520, 0.0550521, 0.0841188, 0.1673499", \
					  "0.0449506, 0.0482929, 0.0548710, 0.0671932, 0.0874415, 0.1207199, 0.1863564", \
					  "0.0823904, 0.0862859, 0.0961973, 0.1130757, 0.1437897, 0.1911987, 0.2742037", \
					  "0.1504545, 0.1594822, 0.1785611, 0.2022976, 0.2466278, 0.3219973, 0.4343354");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003921;
			capacitance : 0.004121;
			rise_capacitance : 0.004320;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052897, -0.0052884, -0.0052853, -0.0052842, -0.0052818, -0.0052761, -0.0052629");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053049, 0.0053003, 0.0052899, 0.0052921, 0.0052973, 0.0053093, 0.0053369");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003817;
			capacitance : 0.004076;
			rise_capacitance : 0.004335;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052223, -0.0052214, -0.0052191, -0.0052196, -0.0052208, -0.0052236, -0.0052301");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052236, 0.0052244, 0.0052265, 0.0052240, 0.0052183, 0.0052050, 0.0051745");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003735;
			capacitance : 0.004044;
			rise_capacitance : 0.004353;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052411, -0.0052386, -0.0052330, -0.0052327, -0.0052320, -0.0052302, -0.0052263");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052426, 0.0052417, 0.0052397, 0.0052405, 0.0052425, 0.0052469, 0.0052573");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003981;
			capacitance : 0.004178;
			rise_capacitance : 0.004375;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016694, -0.0016756, -0.0016901, -0.0016682, -0.0016179, -0.0015019, -0.0012345");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062220, 0.0062212, 0.0062194, 0.0062182, 0.0062152, 0.0062085, 0.0061931");
				}
			}
		}
	}
	cell ("scs8hd_o31ai_4") {
		area : 21.270400;
		cell_footprint : "o31ai";
		cell_leakage_power : 1.871771e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "6.8323338e-05";
			when : "A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0028775";
			when : "A1&A2&A3&B1";
		}
		leakage_power () {
			value : "6.8890470e-05";
			when : "A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0001759";
			when : "!A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "0.0122209";
			when : "!A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0028798";
			when : "!A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "6.9733831e-05";
			when : "!A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0018104";
			when : "!A1&A2&!A3&B1";
		}
		leakage_power () {
			value : "6.8493991e-05";
			when : "!A1&A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0028775";
			when : "!A1&A2&A3&B1";
		}
		leakage_power () {
			value : "6.8438907e-05";
			when : "!A1&A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0019282";
			when : "A1&!A2&!A3&B1";
		}
		leakage_power () {
			value : "6.9837968e-05";
			when : "A1&!A2&!A3&!B1";
		}
		leakage_power () {
			value : "0.0028772";
			when : "A1&!A2&A3&B1";
		}
		leakage_power () {
			value : "6.9454188e-05";
			when : "A1&!A2&A3&!B1";
		}
		leakage_power () {
			value : "0.0018177";
			when : "A1&A2&!A3&B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1)";
			max_capacitance : 0.122691;
			max_transition : 1.494218;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0345579, 0.0354985, 0.0378067, 0.0435313, 0.0578618, 0.0935357, 0.1822610", \
					  "0.0341301, 0.0350567, 0.0373838, 0.0432277, 0.0575654, 0.0931753, 0.1820262", \
					  "0.0336544, 0.0346027, 0.0369352, 0.0427872, 0.0572266, 0.0929326, 0.1817384", \
					  "0.0333256, 0.0343010, 0.0365266, 0.0423608, 0.0567828, 0.0925486, 0.1816369", \
					  "0.0330286, 0.0339033, 0.0361523, 0.0419839, 0.0564108, 0.0921700, 0.1813820", \
					  "0.0329198, 0.0338291, 0.0360979, 0.0418424, 0.0562297, 0.0919241, 0.1807446", \
					  "0.0326589, 0.0335809, 0.0358850, 0.0417942, 0.0561768, 0.0918340, 0.1803939");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0179451, 0.0170452, 0.0147639, 0.0090822, -0.0051021, -0.0405672, -0.1297436", \
					  "0.0177068, 0.0167779, 0.0145101, 0.0088274, -0.0053526, -0.0408198, -0.1299648", \
					  "0.0173878, 0.0164743, 0.0142043, 0.0085213, -0.0056668, -0.0411272, -0.1302660", \
					  "0.0169517, 0.0160844, 0.0138412, 0.0082198, -0.0059339, -0.0414265, -0.1305571", \
					  "0.0165965, 0.0157401, 0.0135100, 0.0079043, -0.0060965, -0.0414492, -0.1306023", \
					  "0.0169001, 0.0160133, 0.0137688, 0.0081216, -0.0060802, -0.0419377, -0.1308493", \
					  "0.0171935, 0.0162997, 0.0140177, 0.0083992, -0.0057399, -0.0415641, -0.1313258");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0292022, 0.0301544, 0.0324622, 0.0382784, 0.0525888, 0.0881581, 0.1770963", \
					  "0.0287449, 0.0296662, 0.0319718, 0.0377477, 0.0521908, 0.0878346, 0.1764421", \
					  "0.0281694, 0.0290977, 0.0314424, 0.0373017, 0.0517930, 0.0875820, 0.1763382", \
					  "0.0277890, 0.0286680, 0.0309943, 0.0368383, 0.0512883, 0.0871624, 0.1762173", \
					  "0.0274307, 0.0282988, 0.0305886, 0.0363683, 0.0507915, 0.0866057, 0.1757086", \
					  "0.0273536, 0.0282480, 0.0305704, 0.0364134, 0.0507293, 0.0863571, 0.1754029", \
					  "0.0272239, 0.0281503, 0.0304596, 0.0363492, 0.0505940, 0.0865565, 0.1754519");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0139043, 0.0130009, 0.0107238, 0.0050701, -0.0091259, -0.0447536, -0.1341747", \
					  "0.0138415, 0.0129414, 0.0107056, 0.0050452, -0.0091246, -0.0447830, -0.1342303", \
					  "0.0136869, 0.0127932, 0.0105677, 0.0049463, -0.0091907, -0.0447832, -0.1342179", \
					  "0.0132132, 0.0123693, 0.0101804, 0.0046584, -0.0093777, -0.0449119, -0.1342727", \
					  "0.0130911, 0.0122178, 0.0100266, 0.0042598, -0.0097512, -0.0451169, -0.1342567", \
					  "0.0126476, 0.0117640, 0.0095397, 0.0039303, -0.0100507, -0.0458073, -0.1347164", \
					  "0.0125481, 0.0116766, 0.0093930, 0.0037946, -0.0103567, -0.0458269, -0.1351178");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0235984, 0.0245636, 0.0269577, 0.0327715, 0.0471866, 0.0828094, 0.1713680", \
					  "0.0227850, 0.0237379, 0.0261802, 0.0320401, 0.0466487, 0.0824151, 0.1711362", \
					  "0.0219667, 0.0229272, 0.0253339, 0.0313112, 0.0459842, 0.0819529, 0.1710323", \
					  "0.0215266, 0.0224560, 0.0247444, 0.0305761, 0.0452046, 0.0813586, 0.1704656", \
					  "0.0213277, 0.0222600, 0.0245986, 0.0305509, 0.0449670, 0.0805690, 0.1699286", \
					  "0.0213644, 0.0222586, 0.0245716, 0.0302864, 0.0449503, 0.0805915, 0.1692187", \
					  "0.0220406, 0.0229424, 0.0252101, 0.0309234, 0.0452321, 0.0806807, 0.1691372");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0106593, 0.0097723, 0.0075351, 0.0018982, -0.0123354, -0.0480659, -0.1376658", \
					  "0.0103291, 0.0094923, 0.0073517, 0.0018500, -0.0122542, -0.0479198, -0.1374641", \
					  "0.0098021, 0.0089934, 0.0069321, 0.0015861, -0.0123230, -0.0478389, -0.1372849", \
					  "0.0091377, 0.0083441, 0.0063018, 0.0010453, -0.0126415, -0.0479180, -0.1372266", \
					  "0.0089466, 0.0081002, 0.0060094, 0.0006893, -0.0132484, -0.0483130, -0.1373572", \
					  "0.0084048, 0.0075375, 0.0053885, -0.0001193, -0.0138801, -0.0487996, -0.1378562", \
					  "0.0084502, 0.0075503, 0.0053319, -0.0004069, -0.0143585, -0.0496956, -0.1383512");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0067586, 0.0078510, 0.0105146, 0.0167548, 0.0316778, 0.0671344, 0.1553965", \
					  "0.0060712, 0.0071400, 0.0097655, 0.0159225, 0.0309074, 0.0673318, 0.1557613", \
					  "0.0057023, 0.0066754, 0.0091218, 0.0151019, 0.0300842, 0.0665128, 0.1568400", \
					  "0.0054159, 0.0063570, 0.0087186, 0.0145914, 0.0293530, 0.0652961, 0.1544069", \
					  "0.0053593, 0.0062638, 0.0085589, 0.0142954, 0.0286209, 0.0645404, 0.1530903", \
					  "0.0050857, 0.0059474, 0.0081959, 0.0142799, 0.0289314, 0.0642944, 0.1531223", \
					  "0.0061082, 0.0069450, 0.0091065, 0.0146834, 0.0289506, 0.0646939, 0.1529081");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001251056, 0.003130284, 0.007832325, 0.01959736, 0.04903481, 0.1226906");
					values("0.0029923, 0.0021576, 3.0500000e-05, -0.0054359, -0.0195849, -0.0553010, -0.1448831", \
					  "0.0024317, 0.0016383, -0.0003973, -0.0057854, -0.0197733, -0.0553828, -0.1448954", \
					  "0.0018013, 0.0009945, -0.0010460, -0.0063180, -0.0201783, -0.0555562, -0.1449660", \
					  "0.0011875, 0.0003552, -0.0017259, -0.0071356, -0.0207875, -0.0559775, -0.1451806", \
					  "0.0014759, 0.0005440, -0.0016900, -0.0071526, -0.0212569, -0.0565786, -0.1455846", \
					  "0.0012940, 0.0003994, -0.0020006, -0.0076317, -0.0218790, -0.0570905, -0.1464321", \
					  "0.0014607, 0.0004992, -0.0018083, -0.0078481, -0.0218640, -0.0574492, -0.1472247");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.2153232, 0.2218372, 0.2378891, 0.2779538, 0.3776922, 0.6251364, 1.2405731", \
					  "0.2190824, 0.2259103, 0.2416748, 0.2827872, 0.3829461, 0.6307351, 1.2460050", \
					  "0.2326149, 0.2392922, 0.2549928, 0.2967139, 0.3972626, 0.6453598, 1.2613834", \
					  "0.2653547, 0.2725174, 0.2884821, 0.3296067, 0.4299873, 0.6789405, 1.2958171", \
					  "0.3387059, 0.3456412, 0.3615813, 0.4021240, 0.5029749, 0.7518267, 1.3686263", \
					  "0.4924705, 0.4996004, 0.5163995, 0.5599926, 0.6597478, 0.9074493, 1.5249499", \
					  "0.7905736, 0.7989071, 0.8197314, 0.8735635, 0.9925356, 1.2597741, 1.8767221");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.1362088, 0.1443605, 0.1656144, 0.2183557, 0.3496413, 0.6765880, 1.4873037", \
					  "0.1357078, 0.1437404, 0.1656129, 0.2187140, 0.3496617, 0.6756939, 1.4876668", \
					  "0.1356533, 0.1438842, 0.1655861, 0.2186800, 0.3502902, 0.6761292, 1.4888172", \
					  "0.1356788, 0.1448020, 0.1656207, 0.2188623, 0.3498687, 0.6761642, 1.4872513", \
					  "0.1364633, 0.1449332, 0.1656193, 0.2184037, 0.3499975, 0.6758711, 1.4925284", \
					  "0.1535576, 0.1614164, 0.1806149, 0.2302541, 0.3555015, 0.6760130, 1.4897775", \
					  "0.2005640, 0.2096075, 0.2314492, 0.2856834, 0.4097176, 0.7083951, 1.4922810");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0331294, 0.0347018, 0.0383537, 0.0471233, 0.0674619, 0.1144405, 0.2266623", \
					  "0.0376684, 0.0391527, 0.0428584, 0.0515645, 0.0717862, 0.1187482, 0.2310039", \
					  "0.0469121, 0.0484038, 0.0520030, 0.0605456, 0.0806699, 0.1275739, 0.2397062", \
					  "0.0629338, 0.0647233, 0.0689141, 0.0783958, 0.0993010, 0.1463464, 0.2586701", \
					  "0.0860134, 0.0883915, 0.0940698, 0.1068944, 0.1332678, 0.1862645, 0.3010739", \
					  "0.1086320, 0.1123137, 0.1210812, 0.1398903, 0.1791812, 0.2529605, 0.3904484", \
					  "0.1039536, 0.1096905, 0.1234820, 0.1538916, 0.2168680, 0.3316137, 0.5308592");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0265701, 0.0282938, 0.0325914, 0.0429824, 0.0680561, 0.1283600, 0.2785533", \
					  "0.0262013, 0.0279614, 0.0322349, 0.0427056, 0.0677801, 0.1281802, 0.2783454", \
					  "0.0267317, 0.0283591, 0.0325215, 0.0426301, 0.0673506, 0.1280335, 0.2787363", \
					  "0.0329918, 0.0344288, 0.0381549, 0.0474952, 0.0698047, 0.1283959, 0.2786627", \
					  "0.0488721, 0.0503561, 0.0543631, 0.0638356, 0.0863820, 0.1398369, 0.2806397", \
					  "0.0799009, 0.0822082, 0.0873356, 0.1000674, 0.1267913, 0.1842147, 0.3149829", \
					  "0.1377966, 0.1411509, 0.1497853, 0.1681015, 0.2070635, 0.2818434, 0.4243748");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.1950453, 0.2018059, 0.2178669, 0.2585032, 0.3581794, 0.6061110, 1.2209954", \
					  "0.1964609, 0.2036288, 0.2205574, 0.2610241, 0.3614209, 0.6094854, 1.2251289", \
					  "0.2084185, 0.2152002, 0.2309187, 0.2725597, 0.3735581, 0.6219627, 1.2385110", \
					  "0.2392712, 0.2462961, 0.2616831, 0.3029839, 0.4042854, 0.6531057, 1.2706083", \
					  "0.3115188, 0.3182831, 0.3344110, 0.3756616, 0.4756329, 0.7248841, 1.3422319", \
					  "0.4699836, 0.4776004, 0.4970930, 0.5417433, 0.6436420, 0.8916329, 1.5088810", \
					  "0.7735138, 0.7844116, 0.8102423, 0.8707720, 1.0008141, 1.2787968, 1.8967763");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.1361703, 0.1443770, 0.1656123, 0.2185153, 0.3495428, 0.6762889, 1.4929944", \
					  "0.1361780, 0.1449231, 0.1657826, 0.2183967, 0.3497126, 0.6756133, 1.4864483", \
					  "0.1357079, 0.1439039, 0.1656651, 0.2186273, 0.3504322, 0.6758585, 1.4881281", \
					  "0.1357664, 0.1443275, 0.1655886, 0.2185288, 0.3500244, 0.6758225, 1.4874718", \
					  "0.1374294, 0.1455521, 0.1663386, 0.2189903, 0.3505241, 0.6760691, 1.4884605", \
					  "0.1663929, 0.1741217, 0.1931233, 0.2400294, 0.3602272, 0.6761154, 1.4934383", \
					  "0.2417645, 0.2503059, 0.2714827, 0.3240284, 0.4408229, 0.7230619, 1.4917647");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0332719, 0.0345436, 0.0376932, 0.0451896, 0.0631187, 0.1064061, 0.2132498", \
					  "0.0379304, 0.0391923, 0.0423376, 0.0498582, 0.0677648, 0.1110336, 0.2178150", \
					  "0.0470417, 0.0483646, 0.0515386, 0.0590617, 0.0769637, 0.1202642, 0.2270175", \
					  "0.0616635, 0.0633488, 0.0673327, 0.0762800, 0.0958525, 0.1398986, 0.2469079", \
					  "0.0796662, 0.0820852, 0.0880619, 0.1008481, 0.1276797, 0.1801766, 0.2914199", \
					  "0.0902395, 0.0943705, 0.1037263, 0.1243094, 0.1659365, 0.2431699, 0.3814111", \
					  "0.0626713, 0.0684738, 0.0835768, 0.1182443, 0.1854413, 0.3091565, 0.5164629");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0208425, 0.0222521, 0.0259606, 0.0352009, 0.0583134, 0.1165349, 0.2626132", \
					  "0.0207444, 0.0222492, 0.0259171, 0.0351289, 0.0583143, 0.1165961, 0.2619483", \
					  "0.0216609, 0.0229742, 0.0264950, 0.0354355, 0.0582491, 0.1164945, 0.2619760", \
					  "0.0277662, 0.0291557, 0.0325599, 0.0412066, 0.0619160, 0.1173924, 0.2620767", \
					  "0.0432924, 0.0449937, 0.0491348, 0.0587646, 0.0803325, 0.1315519, 0.2663935", \
					  "0.0745120, 0.0766496, 0.0825905, 0.0957270, 0.1243051, 0.1806092, 0.3057265", \
					  "0.1351097, 0.1388178, 0.1470979, 0.1678006, 0.2088457, 0.2847626, 0.4256031");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.1517974, 0.1582032, 0.1753365, 0.2162809, 0.3167506, 0.5647343, 1.1799812", \
					  "0.1517322, 0.1582783, 0.1758177, 0.2167481, 0.3184734, 0.5675842, 1.1837717", \
					  "0.1599251, 0.1662272, 0.1830614, 0.2248964, 0.3272507, 0.5774403, 1.1950499", \
					  "0.1869780, 0.1935599, 0.2103849, 0.2513890, 0.3534941, 0.6039921, 1.2222977", \
					  "0.2608369, 0.2675720, 0.2834699, 0.3241331, 0.4228229, 0.6704016, 1.2891371", \
					  "0.4205195, 0.4288612, 0.4487025, 0.4933757, 0.5933971, 0.8350856, 1.4558176", \
					  "0.6981707, 0.7110219, 0.7418337, 0.8112255, 0.9564554, 1.2361246, 1.8433404");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.1355448, 0.1441186, 0.1653526, 0.2185355, 0.3500274, 0.6761099, 1.4868400", \
					  "0.1356071, 0.1441975, 0.1653151, 0.2184367, 0.3501394, 0.6758770, 1.4859542", \
					  "0.1350876, 0.1438702, 0.1653460, 0.2182175, 0.3499287, 0.6761328, 1.4914180", \
					  "0.1339944, 0.1428501, 0.1647094, 0.2185485, 0.3506145, 0.6765212, 1.4881206", \
					  "0.1383826, 0.1462221, 0.1660156, 0.2170613, 0.3494701, 0.6755137, 1.4882515", \
					  "0.1892972, 0.1972129, 0.2160298, 0.2582495, 0.3682083, 0.6762966, 1.4928496", \
					  "0.2973002, 0.3079549, 0.3338141, 0.3922066, 0.5104616, 0.7592449, 1.4942179");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0259696, 0.0270235, 0.0295937, 0.0357597, 0.0509173, 0.0885633, 0.1817485", \
					  "0.0304633, 0.0315542, 0.0342123, 0.0404955, 0.0556732, 0.0932826, 0.1867133", \
					  "0.0388107, 0.0401490, 0.0432243, 0.0500187, 0.0654942, 0.1030888, 0.1968477", \
					  "0.0497467, 0.0516910, 0.0560330, 0.0655016, 0.0849394, 0.1243994, 0.2183144", \
					  "0.0596840, 0.0626378, 0.0694441, 0.0843241, 0.1134859, 0.1654723, 0.2666918", \
					  "0.0558619, 0.0605973, 0.0718303, 0.0964566, 0.1427354, 0.2233138, 0.3592949", \
					  "0.0006410, 0.0093299, 0.0287053, 0.0710881, 0.1470714, 0.2782474, 0.4883861");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0122905, 0.0135603, 0.0168446, 0.0249754, 0.0452729, 0.0968347, 0.2235951", \
					  "0.0124018, 0.0136661, 0.0168881, 0.0249734, 0.0452738, 0.0962588, 0.2243218", \
					  "0.0148490, 0.0159797, 0.0186873, 0.0260764, 0.0455568, 0.0962896, 0.2241236", \
					  "0.0225976, 0.0238602, 0.0269409, 0.0342972, 0.0522377, 0.0983445, 0.2252499", \
					  "0.0391310, 0.0407966, 0.0449066, 0.0539667, 0.0742819, 0.1183613, 0.2307380", \
					  "0.0716181, 0.0741602, 0.0799932, 0.0929563, 0.1190711, 0.1713732, 0.2794630", \
					  "0.1374140, 0.1406857, 0.1491687, 0.1686119, 0.2058962, 0.2772783, 0.4071909");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0277581, 0.0298566, 0.0351009, 0.0472194, 0.0762020, 0.1467419, 0.3210493", \
					  "0.0334166, 0.0354089, 0.0406351, 0.0525671, 0.0816174, 0.1533161, 0.3278617", \
					  "0.0488064, 0.0506743, 0.0553116, 0.0668780, 0.0961582, 0.1664883, 0.3403512", \
					  "0.0800059, 0.0830303, 0.0897475, 0.1033247, 0.1316035, 0.2015301, 0.3751766", \
					  "0.1351634, 0.1401706, 0.1513395, 0.1733121, 0.2140735, 0.2855051, 0.4610540", \
					  "0.2341156, 0.2421185, 0.2607275, 0.2983270, 0.3656395, 0.4738885, 0.6538086", \
					  "0.4183901, 0.4296178, 0.4616157, 0.5247184, 0.6331897, 0.8138522, 1.0857628");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0203364, 0.0226804, 0.0289945, 0.0442684, 0.0839206, 0.1819058, 0.4277566", \
					  "0.0203037, 0.0227481, 0.0290855, 0.0443438, 0.0838635, 0.1836004, 0.4253425", \
					  "0.0218485, 0.0239907, 0.0295211, 0.0445963, 0.0835811, 0.1813801, 0.4304818", \
					  "0.0353708, 0.0372254, 0.0407745, 0.0513275, 0.0851783, 0.1814329, 0.4266914", \
					  "0.0616229, 0.0642679, 0.0703535, 0.0831445, 0.1080418, 0.1881009, 0.4279487", \
					  "0.1124175, 0.1149260, 0.1246388, 0.1447107, 0.1815587, 0.2464711, 0.4412828", \
					  "0.2024695, 0.2097638, 0.2237925, 0.2575331, 0.3193654, 0.4142213, 0.5804069");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0150749, 0.0159258, 0.0180136, 0.0230730, 0.0353354, 0.0655240, 0.1409718", \
					  "0.0192913, 0.0201811, 0.0222790, 0.0273860, 0.0397679, 0.0700272, 0.1454125", \
					  "0.0252690, 0.0267343, 0.0300348, 0.0370177, 0.0500241, 0.0807975, 0.1560907", \
					  "0.0312984, 0.0335764, 0.0387160, 0.0497273, 0.0697340, 0.1053710, 0.1806770", \
					  "0.0327406, 0.0364278, 0.0447315, 0.0618183, 0.0936132, 0.1486629, 0.2385871", \
					  "0.0156616, 0.0217793, 0.0352288, 0.0627987, 0.1140759, 0.2002133, 0.3379425", \
					  "-0.0621848, -0.0520855, -0.0285623, 0.0183688, 0.1027678, 0.2396014, 0.4572172");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00125106, 0.00313028, 0.00783232, 0.0195974, 0.0490348, 0.122691");
					values("0.0091591, 0.0101895, 0.0128605, 0.0194510, 0.0359173, 0.0770392, 0.1796170", \
					  "0.0103070, 0.0111595, 0.0134414, 0.0195685, 0.0359190, 0.0770588, 0.1797580", \
					  "0.0157853, 0.0168931, 0.0193922, 0.0246846, 0.0382558, 0.0776711, 0.1795733", \
					  "0.0258091, 0.0273177, 0.0308581, 0.0382276, 0.0530906, 0.0847223, 0.1801967", \
					  "0.0450810, 0.0474168, 0.0528720, 0.0636256, 0.0836784, 0.1212089, 0.1988796", \
					  "0.0820079, 0.0859313, 0.0928927, 0.1087408, 0.1386334, 0.1933405, 0.2852021", \
					  "0.1486554, 0.1547275, 0.1680342, 0.1942898, 0.2396445, 0.3194907, 0.4502488");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007529;
			capacitance : 0.007961;
			rise_capacitance : 0.008393;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103478, -0.0103446, -0.0103372, -0.0103354, -0.0103310, -0.0103210, -0.0102980");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103465, 0.0103487, 0.0103539, 0.0103587, 0.0103698, 0.0103954, 0.0104545");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007374;
			capacitance : 0.007872;
			rise_capacitance : 0.008369;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103108, -0.0103110, -0.0103115, -0.0103100, -0.0103067, -0.0102991, -0.0102815");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103420, 0.0103379, 0.0103285, 0.0103267, 0.0103225, 0.0103129, 0.0102908");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007512;
			capacitance : 0.008140;
			rise_capacitance : 0.008768;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0105588, -0.0105540, -0.0105428, -0.0105414, -0.0105382, -0.0105308, -0.0105138");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0105685, 0.0105655, 0.0105585, 0.0105601, 0.0105636, 0.0105718, 0.0105907");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007756;
			capacitance : 0.008105;
			rise_capacitance : 0.008454;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0037699, -0.0037834, -0.0038146, -0.0037732, -0.0036778, -0.0034579, -0.0029508");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122658, 0.0122599, 0.0122463, 0.0122474, 0.0122501, 0.0122562, 0.0122703");
				}
			}
		}
	}
	cell ("scs8hd_o32a_1") {
		area : 10.009600;
		cell_footprint : "o32a";
		cell_leakage_power : 8.158648e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005923";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0101133";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0023303";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004227";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007321";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003911";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007318";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003914";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003905";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003904";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003911";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003901";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "4.9674376e-05";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007319";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003911";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007316";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003912";
			when : "A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003911";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003901";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "4.9729548e-05";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007319";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003911";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007316";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003912";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003908";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003911";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003905";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "5.0096554e-05";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007319";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0003911";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007316";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003912";
			when : "A1&!A2&A3&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A1&B2) | (A2&B1) | (A3&B1) | (A2&B2) | (A3&B2)";
			max_capacitance : 0.130015;
			max_transition : 1.512657;
			internal_power () {
				related_pin : "B1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0073905, 0.0067817, 0.0050888, -1.8900000e-05, -0.0144809, -0.0521543, -0.1477043", \
					  "0.0072535, 0.0066554, 0.0049012, -0.0001453, -0.0146173, -0.0523042, -0.1477793", \
					  "0.0070939, 0.0064831, 0.0047782, -0.0003317, -0.0147837, -0.0524669, -0.1480180", \
					  "0.0069772, 0.0063390, 0.0046107, -0.0004377, -0.0149075, -0.0525958, -0.1481534", \
					  "0.0068832, 0.0062167, 0.0045079, -0.0005917, -0.0150260, -0.0526895, -0.1482159", \
					  "0.0072585, 0.0063705, 0.0040814, -0.0008963, -0.0151541, -0.0527786, -0.1483094", \
					  "0.0083532, 0.0074626, 0.0051954, -0.0006136, -0.0154230, -0.0530000, -0.1483774");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0068855, 0.0078711, 0.0102935, 0.0162605, 0.0311506, 0.0689602, 0.1640691", \
					  "0.0068219, 0.0078115, 0.0102338, 0.0162026, 0.0311059, 0.0689206, 0.1639977", \
					  "0.0067615, 0.0077482, 0.0101619, 0.0161321, 0.0310581, 0.0684921, 0.1639760", \
					  "0.0065661, 0.0075466, 0.0099524, 0.0159831, 0.0308698, 0.0687086, 0.1637223", \
					  "0.0064280, 0.0073803, 0.0097245, 0.0156849, 0.0306149, 0.0685297, 0.1635516", \
					  "0.0064314, 0.0074046, 0.0097387, 0.0156591, 0.0306212, 0.0677334, 0.1634762", \
					  "0.0061774, 0.0072110, 0.0095310, 0.0155125, 0.0305099, 0.0681640, 0.1629834");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0059912, 0.0069734, 0.0094008, 0.0153600, 0.0302357, 0.0676105, 0.1630668", \
					  "0.0059601, 0.0069428, 0.0093431, 0.0153651, 0.0302207, 0.0680857, 0.1614128", \
					  "0.0058216, 0.0067963, 0.0092065, 0.0151634, 0.0299584, 0.0677463, 0.1626196", \
					  "0.0055680, 0.0065271, 0.0089345, 0.0149192, 0.0298664, 0.0674804, 0.1624916", \
					  "0.0054090, 0.0063718, 0.0086207, 0.0145708, 0.0294910, 0.0668884, 0.1620541", \
					  "0.0052360, 0.0062342, 0.0085456, 0.0145362, 0.0294509, 0.0669151, 0.1622176", \
					  "0.0050899, 0.0059750, 0.0083132, 0.0142867, 0.0293445, 0.0669794, 0.1608505");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0059950, 0.0053806, 0.0036997, -0.0014264, -0.0158729, -0.0535612, -0.1491333", \
					  "0.0058199, 0.0052118, 0.0034592, -0.0016033, -0.0160559, -0.0537501, -0.1493563", \
					  "0.0056426, 0.0050144, 0.0032917, -0.0017902, -0.0162498, -0.0539388, -0.1494992", \
					  "0.0055328, 0.0049144, 0.0031477, -0.0019370, -0.0163825, -0.0540507, -0.1496035", \
					  "0.0054514, 0.0047977, 0.0030548, -0.0020714, -0.0164745, -0.0541097, -0.1496318", \
					  "0.0058565, 0.0049519, 0.0026534, -0.0024158, -0.0166278, -0.0542040, -0.1497067", \
					  "0.0071242, 0.0062265, 0.0039301, -0.0018706, -0.0166947, -0.0542403, -0.1495976");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0100561, 0.0110499, 0.0134169, 0.0191851, 0.0338651, 0.0712163, 0.1662298", \
					  "0.0099984, 0.0109809, 0.0133588, 0.0191355, 0.0338221, 0.0711371, 0.1660433", \
					  "0.0099290, 0.0109157, 0.0132901, 0.0191305, 0.0336877, 0.0712343, 0.1661136", \
					  "0.0098481, 0.0108366, 0.0132325, 0.0191139, 0.0339512, 0.0709546, 0.1653501", \
					  "0.0098316, 0.0107685, 0.0131999, 0.0190745, 0.0338952, 0.0711351, 0.1655408", \
					  "0.0099019, 0.0108406, 0.0132152, 0.0190142, 0.0338533, 0.0710453, 0.1655330", \
					  "0.0099449, 0.0109006, 0.0133190, 0.0192071, 0.0341413, 0.0716354, 0.1653346");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0117495, 0.0111166, 0.0093961, 0.0045229, -0.0095165, -0.0469837, -0.1425079", \
					  "0.0116968, 0.0110385, 0.0092958, 0.0043403, -0.0096067, -0.0470949, -0.1426318", \
					  "0.0114621, 0.0107970, 0.0091222, 0.0041430, -0.0097979, -0.0472436, -0.1427812", \
					  "0.0113516, 0.0107444, 0.0089858, 0.0040559, -0.0099026, -0.0473653, -0.1428845", \
					  "0.0111910, 0.0105711, 0.0089021, 0.0039330, -0.0100008, -0.0474311, -0.1429424", \
					  "0.0112347, 0.0105929, 0.0088119, 0.0039589, -0.0100180, -0.0474373, -0.1429359", \
					  "0.0131896, 0.0122541, 0.0099349, 0.0040235, -0.0101937, -0.0473984, -0.1428658");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0094607, 0.0104834, 0.0129543, 0.0190283, 0.0341284, 0.0715153, 0.1661793", \
					  "0.0094502, 0.0104700, 0.0129414, 0.0190191, 0.0341252, 0.0715090, 0.1661839", \
					  "0.0094042, 0.0104121, 0.0128727, 0.0189195, 0.0340821, 0.0717524, 0.1660990", \
					  "0.0092633, 0.0102632, 0.0127091, 0.0187684, 0.0339103, 0.0713051, 0.1660991", \
					  "0.0091462, 0.0100624, 0.0125251, 0.0185047, 0.0335502, 0.0715157, 0.1666428", \
					  "0.0090564, 0.0100110, 0.0124235, 0.0183198, 0.0333157, 0.0707780, 0.1655192", \
					  "0.0089376, 0.0099005, 0.0123740, 0.0183004, 0.0334924, 0.0710557, 0.1651362");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0105780, 0.0099447, 0.0082433, 0.0033499, -0.0106566, -0.0480405, -0.1435046", \
					  "0.0105046, 0.0097564, 0.0081360, 0.0032186, -0.0107478, -0.0481549, -0.1436375", \
					  "0.0103208, 0.0096961, 0.0079355, 0.0030134, -0.0109398, -0.0483120, -0.1437718", \
					  "0.0101802, 0.0095332, 0.0078053, 0.0029458, -0.0110535, -0.0484231, -0.1438945", \
					  "0.0101039, 0.0094915, 0.0077746, 0.0028317, -0.0111179, -0.0484895, -0.1439351", \
					  "0.0100521, 0.0093446, 0.0076930, 0.0027896, -0.0111790, -0.0485106, -0.1439569", \
					  "0.0115586, 0.0106466, 0.0083231, 0.0024295, -0.0114067, -0.0485666, -0.1439737");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0082897, 0.0092963, 0.0117713, 0.0178357, 0.0325634, 0.0705401, 0.1647932", \
					  "0.0082887, 0.0092945, 0.0117669, 0.0178663, 0.0326235, 0.0702271, 0.1639606", \
					  "0.0082261, 0.0092234, 0.0116771, 0.0177677, 0.0325496, 0.0698587, 0.1650242", \
					  "0.0080560, 0.0090446, 0.0114760, 0.0175552, 0.0326657, 0.0697811, 0.1645639", \
					  "0.0079502, 0.0088682, 0.0112523, 0.0171995, 0.0323610, 0.0694565, 0.1645678", \
					  "0.0077497, 0.0087233, 0.0111413, 0.0170681, 0.0320048, 0.0694447, 0.1633199", \
					  "0.0076304, 0.0086404, 0.0109644, 0.0169980, 0.0320892, 0.0694438, 0.1645849");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001263205, 0.003191374, 0.008062718, 0.02036973, 0.05146229, 0.1300148");
					values("0.0093333, 0.0087103, 0.0069560, 0.0019947, -0.0118694, -0.0491795, -0.1445755", \
					  "0.0091946, 0.0085865, 0.0068191, 0.0019087, -0.0120059, -0.0493108, -0.1447089", \
					  "0.0089873, 0.0083281, 0.0066196, 0.0017613, -0.0121906, -0.0494858, -0.1448758", \
					  "0.0087875, 0.0081639, 0.0065052, 0.0015524, -0.0122998, -0.0496050, -0.1449935", \
					  "0.0087937, 0.0081913, 0.0064887, 0.0015961, -0.0123356, -0.0496351, -0.1450268", \
					  "0.0087804, 0.0081474, 0.0063445, 0.0015059, -0.0124260, -0.0497183, -0.1450984", \
					  "0.0110967, 0.0101662, 0.0078527, 0.0020308, -0.0126117, -0.0496608, -0.1450131");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0765570, 0.0838545, 0.1004534, 0.1395658, 0.2369540, 0.4850954, 1.1161080", \
					  "0.0813683, 0.0885924, 0.1052301, 0.1443836, 0.2417469, 0.4897533, 1.1185149", \
					  "0.0927542, 0.0999982, 0.1165879, 0.1558931, 0.2538316, 0.5019885, 1.1327294", \
					  "0.1178326, 0.1251235, 0.1418270, 0.1815272, 0.2795528, 0.5271844, 1.1553680", \
					  "0.1576309, 0.1652971, 0.1824905, 0.2226438, 0.3211376, 0.5694997, 1.1989353", \
					  "0.2080317, 0.2169082, 0.2356129, 0.2764565, 0.3759434, 0.6242420, 1.2543140", \
					  "0.2521489, 0.2637489, 0.2872258, 0.3312255, 0.4309759, 0.6806202, 1.3086096");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0263004, 0.0346893, 0.0558158, 0.1103548, 0.2491670, 0.6022752, 1.4965210", \
					  "0.0263063, 0.0346367, 0.0559439, 0.1099844, 0.2494938, 0.6028418, 1.4948200", \
					  "0.0262071, 0.0346302, 0.0558646, 0.1103740, 0.2493457, 0.6019108, 1.4970101", \
					  "0.0263101, 0.0346318, 0.0556472, 0.1097908, 0.2486426, 0.6017685, 1.4995043", \
					  "0.0290077, 0.0366811, 0.0568556, 0.1098248, 0.2492961, 0.6044245, 1.5007369", \
					  "0.0357899, 0.0429897, 0.0610776, 0.1120549, 0.2500345, 0.6025750, 1.5004072", \
					  "0.0492692, 0.0565244, 0.0741484, 0.1188669, 0.2518788, 0.6057486, 1.4919103");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.3167793, 0.3249468, 0.3405927, 0.3690596, 0.4208172, 0.5218067, 0.7464706", \
					  "0.3208924, 0.3291183, 0.3447734, 0.3729579, 0.4246940, 0.5262445, 0.7505211", \
					  "0.3341041, 0.3421760, 0.3578964, 0.3863581, 0.4369128, 0.5387119, 0.7631681", \
					  "0.3672903, 0.3754043, 0.3911330, 0.4195432, 0.4710266, 0.5724273, 0.7971421", \
					  "0.4409880, 0.4491157, 0.4647862, 0.4932102, 0.5450727, 0.6462346, 0.8710123", \
					  "0.6032456, 0.6114614, 0.6270691, 0.6549528, 0.7073337, 0.8089543, 1.0336418", \
					  "0.9357924, 0.9450559, 0.9623284, 0.9935176, 1.0487384, 1.1539231, 1.3802609");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0398315, 0.0443630, 0.0536483, 0.0744118, 0.1191319, 0.2247861, 0.4994257", \
					  "0.0404459, 0.0448145, 0.0541555, 0.0749264, 0.1190315, 0.2255058, 0.5022932", \
					  "0.0398603, 0.0442696, 0.0541348, 0.0744294, 0.1199462, 0.2250966, 0.4998446", \
					  "0.0403013, 0.0448108, 0.0541131, 0.0736077, 0.1192805, 0.2249037, 0.4994369", \
					  "0.0399116, 0.0442171, 0.0543465, 0.0737734, 0.1191504, 0.2247926, 0.5000143", \
					  "0.0404742, 0.0445573, 0.0536260, 0.0746200, 0.1188660, 0.2253823, 0.5014045", \
					  "0.0484408, 0.0522815, 0.0623125, 0.0817499, 0.1272664, 0.2299862, 0.5045296");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0754412, 0.0828220, 0.0998410, 0.1403722, 0.2401149, 0.4897890, 1.1216736", \
					  "0.0803725, 0.0877590, 0.1047905, 0.1452968, 0.2450773, 0.4948406, 1.1264849", \
					  "0.0915945, 0.0989145, 0.1159148, 0.1564027, 0.2566733, 0.5064368, 1.1361483", \
					  "0.1155496, 0.1229040, 0.1397760, 0.1801573, 0.2801582, 0.5305424, 1.1611871", \
					  "0.1520916, 0.1597899, 0.1771995, 0.2178949, 0.3179921, 0.5694850, 1.1994321", \
					  "0.1964287, 0.2054421, 0.2242192, 0.2653286, 0.3656446, 0.6158776, 1.2493236", \
					  "0.2286583, 0.2404589, 0.2644610, 0.3089348, 0.4089956, 0.6602918, 1.2902168");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0251447, 0.0333125, 0.0542692, 0.1092246, 0.2490000, 0.6048950, 1.4984992", \
					  "0.0251047, 0.0333729, 0.0542164, 0.1092116, 0.2490589, 0.6047575, 1.4991194", \
					  "0.0251227, 0.0333026, 0.0544173, 0.1087957, 0.2485950, 0.6016002, 1.5024456", \
					  "0.0255622, 0.0336535, 0.0544418, 0.1091473, 0.2491127, 0.6029805, 1.5021790", \
					  "0.0283934, 0.0360776, 0.0560724, 0.1091313, 0.2495478, 0.6025364, 1.4962995", \
					  "0.0355119, 0.0429895, 0.0606996, 0.1111579, 0.2495318, 0.6021745, 1.4953648", \
					  "0.0501133, 0.0575210, 0.0750734, 0.1191417, 0.2508951, 0.6072495, 1.4920409");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.3019374, 0.3101076, 0.3257392, 0.3541726, 0.4059703, 0.5074079, 0.7320951", \
					  "0.3049850, 0.3132294, 0.3287888, 0.3565857, 0.4084341, 0.5098624, 0.7347214", \
					  "0.3167686, 0.3248453, 0.3405883, 0.3689693, 0.4206974, 0.5222722, 0.7471198", \
					  "0.3491325, 0.3572979, 0.3730175, 0.4013776, 0.4532290, 0.5544720, 0.7793106", \
					  "0.4247687, 0.4328448, 0.4485612, 0.4771663, 0.5287076, 0.6305785, 0.8552642", \
					  "0.6008792, 0.6083388, 0.6240946, 0.6525656, 0.7046124, 0.8063710, 1.0311205", \
					  "0.9611687, 0.9707953, 0.9890839, 1.0205230, 1.0764010, 1.1819236, 1.4090709");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0398135, 0.0443119, 0.0536541, 0.0744298, 0.1191131, 0.2245354, 0.4988575", \
					  "0.0404631, 0.0441883, 0.0543150, 0.0751959, 0.1194873, 0.2242144, 0.4993574", \
					  "0.0402696, 0.0448313, 0.0541391, 0.0735016, 0.1191061, 0.2244186, 0.4992884", \
					  "0.0397946, 0.0443101, 0.0537199, 0.0744020, 0.1190768, 0.2246864, 0.4993879", \
					  "0.0402977, 0.0445803, 0.0542149, 0.0738745, 0.1182709, 0.2239893, 0.4987012", \
					  "0.0412536, 0.0450430, 0.0548050, 0.0747744, 0.1195554, 0.2248226, 0.5023568", \
					  "0.0505359, 0.0549603, 0.0641805, 0.0840508, 0.1286511, 0.2314507, 0.5032486");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0688290, 0.0760213, 0.0929036, 0.1331926, 0.2327064, 0.4836199, 1.1130934", \
					  "0.0738189, 0.0809922, 0.0978654, 0.1383106, 0.2381585, 0.4876848, 1.1169952", \
					  "0.0850366, 0.0921430, 0.1089247, 0.1493626, 0.2493848, 0.4997194, 1.1344350", \
					  "0.1079065, 0.1151409, 0.1318946, 0.1722092, 0.2721418, 0.5228608, 1.1565222", \
					  "0.1409655, 0.1486204, 0.1657776, 0.2062572, 0.3063188, 0.5577723, 1.1877989", \
					  "0.1784291, 0.1878538, 0.2068383, 0.2478667, 0.3474986, 0.5981111, 1.2325201", \
					  "0.1976598, 0.2103141, 0.2351785, 0.2812588, 0.3813562, 0.6327630, 1.2619791");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0242344, 0.0323477, 0.0535598, 0.1084309, 0.2491024, 0.5996791, 1.4976925", \
					  "0.0241952, 0.0322667, 0.0535576, 0.1083255, 0.2482418, 0.6052172, 1.4963779", \
					  "0.0242223, 0.0323674, 0.0535238, 0.1084206, 0.2487863, 0.6049619, 1.5057255", \
					  "0.0250839, 0.0331239, 0.0538680, 0.1084266, 0.2495797, 0.6003860, 1.4980936", \
					  "0.0286165, 0.0358930, 0.0557711, 0.1087820, 0.2484377, 0.6039980, 1.5036049", \
					  "0.0367049, 0.0440711, 0.0613787, 0.1109778, 0.2484346, 0.6010377, 1.5008327", \
					  "0.0530728, 0.0612608, 0.0773971, 0.1211047, 0.2504321, 0.6045900, 1.4888971");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.2596030, 0.2677007, 0.2834165, 0.3119290, 0.3635823, 0.4653505, 0.6903709", \
					  "0.2619792, 0.2700586, 0.2857552, 0.3142852, 0.3658718, 0.4678261, 0.6928026", \
					  "0.2717026, 0.2798228, 0.2955768, 0.3238778, 0.3757567, 0.4774099, 0.7022924", \
					  "0.3002512, 0.3083978, 0.3241213, 0.3527277, 0.4044190, 0.5064557, 0.7312845", \
					  "0.3738079, 0.3819805, 0.3975884, 0.4256090, 0.4777480, 0.5794108, 0.8043717", \
					  "0.5478495, 0.5561484, 0.5719005, 0.6003346, 0.6523143, 0.7539446, 0.9789562", \
					  "0.8889026, 0.8996955, 0.9204723, 0.9544774, 1.0119341, 1.1165353, 1.3440173");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0401575, 0.0447200, 0.0540314, 0.0736926, 0.1180646, 0.2246921, 0.4993717", \
					  "0.0401467, 0.0445619, 0.0540420, 0.0738456, 0.1182313, 0.2246858, 0.4988512", \
					  "0.0400275, 0.0444976, 0.0539261, 0.0744697, 0.1191241, 0.2241979, 0.4988754", \
					  "0.0400210, 0.0442698, 0.0542846, 0.0738083, 0.1181702, 0.2237893, 0.4986592", \
					  "0.0398320, 0.0443041, 0.0536417, 0.0747100, 0.1193232, 0.2248947, 0.5001775", \
					  "0.0406771, 0.0449055, 0.0535475, 0.0744447, 0.1192479, 0.2245290, 0.5004863", \
					  "0.0601286, 0.0644372, 0.0736711, 0.0936704, 0.1329741, 0.2328643, 0.5050199");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0623579, 0.0692798, 0.0857445, 0.1255937, 0.2248657, 0.4754269, 1.1048792", \
					  "0.0668851, 0.0737962, 0.0902647, 0.1301399, 0.2294462, 0.4800206, 1.1094813", \
					  "0.0781095, 0.0849986, 0.1013579, 0.1414121, 0.2404759, 0.4910133, 1.1203971", \
					  "0.0998839, 0.1068893, 0.1234764, 0.1634169, 0.2628471, 0.5137480, 1.1432632", \
					  "0.1298551, 0.1370912, 0.1538456, 0.1940500, 0.2938032, 0.5449675, 1.1745339", \
					  "0.1647990, 0.1729329, 0.1900483, 0.2302613, 0.3303399, 0.5800077, 1.2135905", \
					  "0.1836103, 0.1947557, 0.2156225, 0.2576567, 0.3564489, 0.6067181, 1.2369403");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0236710, 0.0320552, 0.0536461, 0.1085180, 0.2494299, 0.6020437, 1.4966361", \
					  "0.0237207, 0.0320651, 0.0536333, 0.1085758, 0.2494705, 0.6020612, 1.4965293", \
					  "0.0236084, 0.0319899, 0.0534767, 0.1087537, 0.2497954, 0.6019577, 1.4976121", \
					  "0.0244291, 0.0325815, 0.0538976, 0.1087447, 0.2492108, 0.6028465, 1.4915510", \
					  "0.0266522, 0.0342402, 0.0550184, 0.1089245, 0.2491359, 0.6026618, 1.4953748", \
					  "0.0326403, 0.0395679, 0.0580571, 0.1100047, 0.2498208, 0.5997126, 1.4962153", \
					  "0.0463366, 0.0531868, 0.0705613, 0.1153009, 0.2499799, 0.6046246, 1.4885396");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1389699, 0.1447294, 0.1562175, 0.1780808, 0.2195183, 0.3094484, 0.5263453", \
					  "0.1442310, 0.1499407, 0.1614856, 0.1831980, 0.2252465, 0.3145537, 0.5312570", \
					  "0.1582430, 0.1639645, 0.1753887, 0.1972676, 0.2388329, 0.3287008, 0.5455962", \
					  "0.1912772, 0.1969446, 0.2083832, 0.2300156, 0.2718572, 0.3617034, 0.5785049", \
					  "0.2650176, 0.2704679, 0.2819180, 0.3037706, 0.3460215, 0.4359438, 0.6523515", \
					  "0.4123557, 0.4188756, 0.4317538, 0.4557350, 0.5005967, 0.5923398, 0.8078888", \
					  "0.6854247, 0.6936603, 0.7095841, 0.7381707, 0.7889856, 0.8859486, 1.1043729");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0239286, 0.0278482, 0.0360117, 0.0539083, 0.0965515, 0.2021903, 0.4828460", \
					  "0.0239203, 0.0277834, 0.0359267, 0.0543012, 0.0962699, 0.2022294, 0.4848622", \
					  "0.0239428, 0.0278839, 0.0360061, 0.0539533, 0.0964317, 0.2024859, 0.4878469", \
					  "0.0238595, 0.0275990, 0.0358268, 0.0541006, 0.0963887, 0.2017085, 0.4824735", \
					  "0.0242887, 0.0282146, 0.0366796, 0.0547350, 0.0964696, 0.2028665, 0.4889569", \
					  "0.0298043, 0.0337921, 0.0418646, 0.0606481, 0.1008873, 0.2050830, 0.4832775", \
					  "0.0412530, 0.0456340, 0.0546952, 0.0734806, 0.1144219, 0.2145284, 0.4873626");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0545619, 0.0613178, 0.0777236, 0.1174892, 0.2169483, 0.4655187, 1.1000849", \
					  "0.0592067, 0.0659959, 0.0822176, 0.1222765, 0.2216541, 0.4711004, 1.1022810", \
					  "0.0697566, 0.0764864, 0.0926997, 0.1326347, 0.2320048, 0.4843951, 1.1160586", \
					  "0.0877366, 0.0946781, 0.1109892, 0.1509220, 0.2503780, 0.5009235, 1.1340114", \
					  "0.1107048, 0.1177657, 0.1341551, 0.1741199, 0.2737081, 0.5242112, 1.1580019", \
					  "0.1319863, 0.1404424, 0.1574018, 0.1974465, 0.2969286, 0.5470168, 1.1794978", \
					  "0.1235762, 0.1348076, 0.1559586, 0.1987201, 0.2975015, 0.5464116, 1.1779743");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0227930, 0.0311449, 0.0528663, 0.1085802, 0.2497421, 0.6004531, 1.4907311", \
					  "0.0228122, 0.0311494, 0.0527691, 0.1082839, 0.2496271, 0.6065276, 1.4991454", \
					  "0.0228258, 0.0312353, 0.0527786, 0.1080829, 0.2478903, 0.6073477, 1.5126570", \
					  "0.0239367, 0.0321095, 0.0532277, 0.1084981, 0.2479529, 0.5991288, 1.4917689", \
					  "0.0263162, 0.0338190, 0.0543182, 0.1086015, 0.2483221, 0.6022226, 1.5097187", \
					  "0.0334099, 0.0403757, 0.0581937, 0.1100251, 0.2509127, 0.5988607, 1.4906826", \
					  "0.0499019, 0.0566938, 0.0736763, 0.1167825, 0.2506927, 0.6048005, 1.4898192");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.1239889, 0.1297396, 0.1411555, 0.1625448, 0.2047249, 0.2947773, 0.5110214", \
					  "0.1276718, 0.1333802, 0.1448538, 0.1666946, 0.2088781, 0.2985900, 0.5145327", \
					  "0.1397933, 0.1454925, 0.1570302, 0.1786822, 0.2209004, 0.3102008, 0.5270807", \
					  "0.1723569, 0.1779887, 0.1894261, 0.2110535, 0.2532663, 0.3432771, 0.5596757", \
					  "0.2518444, 0.2575135, 0.2689826, 0.2907377, 0.3329385, 0.4215483, 0.6382532", \
					  "0.4060751, 0.4133870, 0.4275666, 0.4526638, 0.4966840, 0.5889666, 0.8052403", \
					  "0.6764753, 0.6865240, 0.7056956, 0.7391405, 0.7936048, 0.8915993, 1.1103581");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126321, 0.00319137, 0.00806272, 0.0203697, 0.0514623, 0.130015");
					values("0.0239363, 0.0276178, 0.0361035, 0.0546677, 0.0964703, 0.2018833, 0.4835443", \
					  "0.0240295, 0.0278380, 0.0357991, 0.0544301, 0.0959220, 0.2024850, 0.4829922", \
					  "0.0240009, 0.0276173, 0.0359480, 0.0540511, 0.0963078, 0.2020239, 0.4829795", \
					  "0.0239640, 0.0278033, 0.0361309, 0.0546284, 0.0957938, 0.2027505, 0.4824596", \
					  "0.0246472, 0.0282451, 0.0365209, 0.0548803, 0.0961683, 0.2021896, 0.4824111", \
					  "0.0354734, 0.0390116, 0.0476039, 0.0642784, 0.1040285, 0.2062539, 0.4844675", \
					  "0.0537053, 0.0587783, 0.0691527, 0.0877707, 0.1251445, 0.2185377, 0.4891959");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002276;
			capacitance : 0.002148;
			fall_capacitance : 0.002021;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027838, -0.0027824, -0.0027792, -0.0027792, -0.0027794, -0.0027797, -0.0027804");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027884, 0.0027881, 0.0027876, 0.0027852, 0.0027797, 0.0027669, 0.0027375");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002406;
			capacitance : 0.002256;
			fall_capacitance : 0.002106;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026946, -0.0026939, -0.0026922, -0.0026923, -0.0026925, -0.0026930, -0.0026942");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027025, 0.0027013, 0.0026988, 0.0026989, 0.0026991, 0.0026996, 0.0027008");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002327;
			capacitance : 0.002181;
			fall_capacitance : 0.002035;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025022, -0.0025006, -0.0024968, -0.0024970, -0.0024975, -0.0024986, -0.0025013");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025059, 0.0025048, 0.0025022, 0.0025025, 0.0025030, 0.0025042, 0.0025069");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002076;
			capacitance : 0.002182;
			rise_capacitance : 0.002288;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003829, -0.0003940, -0.0004195, -0.0004041, -0.0003683, -0.0002860, -9.6315729e-05");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032034, 0.0032020, 0.0031988, 0.0032005, 0.0032046, 0.0032140, 0.0032356");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002423;
			capacitance : 0.002266;
			fall_capacitance : 0.002109;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002443, -0.0002503, -0.0002640, -0.0002498, -0.0002170, -0.0001416, 3.2368866e-05");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031401, 0.0031402, 0.0031406, 0.0031406, 0.0031406, 0.0031407, 0.0031410");
				}
			}
		}
	}
	cell ("scs8hd_o32a_2") {
		area : 11.260800;
		cell_footprint : "o32a";
		cell_leakage_power : 9.666284e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007694";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0129055";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0009685";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007699";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007490";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007524";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007482";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004075";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0004066";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007521";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0004063";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "6.5586107e-05";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007486";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007524";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007480";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004072";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0004068";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007524";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0004065";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "6.5793406e-05";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007485";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007524";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007480";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004073";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0004066";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007524";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0004063";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "6.5544175e-05";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007484";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0007524";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007480";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004072";
			when : "A1&A2&A3&B1&!B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A1&B2) | (A2&B1) | (A3&B1) | (A2&B2) | (A3&B2)";
			max_capacitance : 0.259104;
			max_transition : 1.515192;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0131537, 0.0143860, 0.0178097, 0.0269233, 0.0521325, 0.1232442, 0.3252013", \
					  "0.0130841, 0.0143312, 0.0177327, 0.0269049, 0.0521848, 0.1238436, 0.3268658", \
					  "0.0130275, 0.0142781, 0.0176667, 0.0268082, 0.0520472, 0.1232720, 0.3264385", \
					  "0.0129522, 0.0141878, 0.0175636, 0.0267039, 0.0520813, 0.1231161, 0.3251783", \
					  "0.0129309, 0.0141181, 0.0174599, 0.0265498, 0.0518948, 0.1239247, 0.3251664", \
					  "0.0131375, 0.0143103, 0.0176182, 0.0266291, 0.0519704, 0.1227751, 0.3251019", \
					  "0.0131788, 0.0143737, 0.0176201, 0.0267121, 0.0521420, 0.1238069, 0.3260851");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0129791, 0.0121395, 0.0095223, 0.0018379, -0.0217983, -0.0923713, -0.2961153", \
					  "0.0127540, 0.0117943, 0.0093739, 0.0016605, -0.0218480, -0.0924610, -0.2962039", \
					  "0.0125979, 0.0118469, 0.0092267, 0.0015129, -0.0219372, -0.0925978, -0.2963506", \
					  "0.0125039, 0.0115174, 0.0090401, 0.0013911, -0.0220810, -0.0927309, -0.2964453", \
					  "0.0124580, 0.0115867, 0.0090235, 0.0013064, -0.0221838, -0.0928188, -0.2965332", \
					  "0.0123006, 0.0112670, 0.0087656, 0.0011336, -0.0223853, -0.0928804, -0.2965714", \
					  "0.0130349, 0.0119204, 0.0087934, 0.0008106, -0.0224854, -0.0929647, -0.2965815");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0123437, 0.0135921, 0.0170091, 0.0262525, 0.0515201, 0.1232657, 0.3252261", \
					  "0.0123337, 0.0135884, 0.0169876, 0.0262365, 0.0517462, 0.1231500, 0.3251374", \
					  "0.0123044, 0.0135572, 0.0169482, 0.0261876, 0.0517419, 0.1232139, 0.3252804", \
					  "0.0121980, 0.0134376, 0.0167674, 0.0259606, 0.0517185, 0.1236060, 0.3266627", \
					  "0.0121144, 0.0132867, 0.0166050, 0.0257419, 0.0511837, 0.1233938, 0.3265744", \
					  "0.0121061, 0.0132795, 0.0165552, 0.0256624, 0.0510282, 0.1229259, 0.3264478", \
					  "0.0121003, 0.0132986, 0.0165582, 0.0257212, 0.0510258, 0.1227558, 0.3257209");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0115734, 0.0107734, 0.0081924, 0.0005116, -0.0228935, -0.0934758, -0.2971409", \
					  "0.0115739, 0.0107033, 0.0081074, 0.0004959, -0.0229874, -0.0935760, -0.2972253", \
					  "0.0114568, 0.0105552, 0.0079673, 0.0002999, -0.0230834, -0.0937162, -0.2973349", \
					  "0.0112327, 0.0103907, 0.0078657, 0.0002355, -0.0232194, -0.0937983, -0.2974400", \
					  "0.0113286, 0.0103277, 0.0078833, 0.0001819, -0.0233372, -0.0938579, -0.2974907", \
					  "0.0111523, 0.0102958, 0.0076720, 9.0500000e-05, -0.0233895, -0.0939214, -0.2975384", \
					  "0.0116342, 0.0104620, 0.0073374, -0.0002552, -0.0236094, -0.0940226, -0.2975871");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0114099, 0.0126425, 0.0160455, 0.0252811, 0.0510140, 0.1219774, 0.3249894", \
					  "0.0114237, 0.0126592, 0.0160569, 0.0252930, 0.0510331, 0.1220347, 0.3249829", \
					  "0.0113909, 0.0126293, 0.0160213, 0.0252072, 0.0506675, 0.1222736, 0.3260761", \
					  "0.0112740, 0.0124677, 0.0158183, 0.0249693, 0.0507226, 0.1213489, 0.3248909", \
					  "0.0111784, 0.0123112, 0.0155659, 0.0246455, 0.0501115, 0.1225500, 0.3233647", \
					  "0.0109817, 0.0121513, 0.0154710, 0.0245561, 0.0499615, 0.1211180, 0.3217118", \
					  "0.0109400, 0.0120262, 0.0153658, 0.0245552, 0.0499484, 0.1216872, 0.3218303");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0104254, 0.0095411, 0.0069309, -0.0007003, -0.0241217, -0.0946409, -0.2982149", \
					  "0.0103021, 0.0093217, 0.0068156, -0.0008028, -0.0242472, -0.0947571, -0.2983366", \
					  "0.0101273, 0.0092313, 0.0066389, -0.0010152, -0.0244054, -0.0948977, -0.2984911", \
					  "0.0100322, 0.0091464, 0.0065486, -0.0010861, -0.0245356, -0.0950573, -0.2986333", \
					  "0.0098724, 0.0089464, 0.0063909, -0.0012084, -0.0245984, -0.0951500, -0.2986886", \
					  "0.0098102, 0.0087727, 0.0063237, -0.0011089, -0.0246856, -0.0951477, -0.2987186", \
					  "0.0120914, 0.0110547, 0.0077974, -0.0012913, -0.0248768, -0.0952685, -0.2987368");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0099719, 0.0112205, 0.0145684, 0.0237496, 0.0494174, 0.1211536, 0.3242310", \
					  "0.0099319, 0.0111718, 0.0145216, 0.0237127, 0.0492163, 0.1205870, 0.3239164", \
					  "0.0098716, 0.0111151, 0.0144746, 0.0236413, 0.0490601, 0.1211193, 0.3243506", \
					  "0.0097079, 0.0109149, 0.0142372, 0.0233751, 0.0488107, 0.1209525, 0.3242147", \
					  "0.0097104, 0.0108672, 0.0140216, 0.0230732, 0.0484472, 0.1200157, 0.3222584", \
					  "0.0095728, 0.0107437, 0.0139978, 0.0229279, 0.0482591, 0.1200727, 0.3234647", \
					  "0.0094104, 0.0105464, 0.0138104, 0.0229945, 0.0482255, 0.1194059, 0.3208833");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0087593, 0.0078209, 0.0054287, -0.0021490, -0.0259311, -0.0972685, -0.3012099", \
					  "0.0086202, 0.0076783, 0.0052591, -0.0022901, -0.0260507, -0.0973906, -0.3012829", \
					  "0.0084711, 0.0075569, 0.0051374, -0.0023362, -0.0262296, -0.0975665, -0.3014912", \
					  "0.0083578, 0.0074178, 0.0049740, -0.0025137, -0.0263582, -0.0976895, -0.3015788", \
					  "0.0082612, 0.0073101, 0.0048541, -0.0026540, -0.0265205, -0.0978181, -0.3016854", \
					  "0.0078259, 0.0068772, 0.0044432, -0.0029431, -0.0267074, -0.0979274, -0.3017927", \
					  "0.0111634, 0.0100711, 0.0070075, -0.0017306, -0.0267752, -0.0982250, -0.3019139");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0091303, 0.0103672, 0.0137414, 0.0229426, 0.0485895, 0.1198998, 0.3221635", \
					  "0.0091333, 0.0103659, 0.0137369, 0.0229077, 0.0485669, 0.1204345, 0.3213333", \
					  "0.0090776, 0.0103127, 0.0136692, 0.0228116, 0.0485017, 0.1192197, 0.3214532", \
					  "0.0088581, 0.0100578, 0.0133152, 0.0224596, 0.0479378, 0.1190055, 0.3216897", \
					  "0.0087069, 0.0098697, 0.0130474, 0.0221162, 0.0472221, 0.1186516, 0.3212442", \
					  "0.0085958, 0.0097414, 0.0129895, 0.0219281, 0.0472075, 0.1187612, 0.3189177", \
					  "0.0082763, 0.0094475, 0.0127166, 0.0216647, 0.0469552, 0.1186151, 0.3198362");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001417057, 0.004016103, 0.01138209, 0.03225816, 0.09142332, 0.2591042");
					values("0.0074678, 0.0064138, 0.0040256, -0.0034652, -0.0273292, -0.0986716, -0.3025417", \
					  "0.0072067, 0.0062495, 0.0038606, -0.0036230, -0.0274670, -0.0988102, -0.3026939", \
					  "0.0070271, 0.0060726, 0.0036800, -0.0037782, -0.0276319, -0.0990054, -0.3029116", \
					  "0.0069003, 0.0059475, 0.0035140, -0.0039646, -0.0278396, -0.0991522, -0.3030582", \
					  "0.0069966, 0.0060243, 0.0034355, -0.0041094, -0.0279648, -0.0992461, -0.3030980", \
					  "0.0066937, 0.0057494, 0.0028456, -0.0043094, -0.0282484, -0.0994368, -0.3032048", \
					  "0.0099637, 0.0088524, 0.0058316, -0.0030719, -0.0281260, -0.0995309, -0.3031643");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0766767, 0.0821685, 0.0954677, 0.1276940, 0.2133430, 0.4525831, 1.1274223", \
					  "0.0813869, 0.0869068, 0.1001799, 0.1324874, 0.2178130, 0.4567250, 1.1353991", \
					  "0.0927407, 0.0982489, 0.1114859, 0.1436138, 0.2294172, 0.4684679, 1.1445571", \
					  "0.1182312, 0.1237049, 0.1368551, 0.1689777, 0.2543927, 0.4944416, 1.1704663", \
					  "0.1601176, 0.1660952, 0.1799453, 0.2125998, 0.2985222, 0.5386967, 1.2153638", \
					  "0.2134971, 0.2209219, 0.2368469, 0.2709364, 0.3569841, 0.5964578, 1.2735447", \
					  "0.2609066, 0.2712177, 0.2919889, 0.3322158, 0.4196989, 0.6588697, 1.3353419");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0193965, 0.0247298, 0.0389653, 0.0795906, 0.1983842, 0.5373557, 1.5017446", \
					  "0.0195353, 0.0247058, 0.0390138, 0.0796842, 0.1988466, 0.5370851, 1.4957110", \
					  "0.0193401, 0.0246942, 0.0389510, 0.0796418, 0.1980944, 0.5388906, 1.4943234", \
					  "0.0195508, 0.0245916, 0.0389210, 0.0795544, 0.1989319, 0.5358171, 1.5048534", \
					  "0.0227935, 0.0277059, 0.0409774, 0.0803897, 0.1982352, 0.5364701, 1.5026923", \
					  "0.0299293, 0.0347580, 0.0474837, 0.0835598, 0.1998894, 0.5352792, 1.5033275", \
					  "0.0434835, 0.0493089, 0.0622340, 0.0951679, 0.2021330, 0.5393627, 1.4935295");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.3660405, 0.3742486, 0.3908880, 0.4212922, 0.4751675, 0.5780946, 0.8135035", \
					  "0.3706816, 0.3790131, 0.3957411, 0.4259671, 0.4798690, 0.5836991, 0.8191384", \
					  "0.3843106, 0.3928535, 0.4096038, 0.4396885, 0.4936275, 0.5976088, 0.8332868", \
					  "0.4180157, 0.4261902, 0.4431122, 0.4731057, 0.5267848, 0.6309369, 0.8660965", \
					  "0.4926219, 0.5012227, 0.5176345, 0.5480146, 0.6017454, 0.7058996, 0.9413703", \
					  "0.6583170, 0.6668304, 0.6833613, 0.7135847, 0.7672823, 0.8714357, 1.1069202", \
					  "1.0108379, 1.0203532, 1.0386971, 1.0711841, 1.1279329, 1.2345307, 1.4720362");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0491735, 0.0529765, 0.0612895, 0.0779574, 0.1151949, 0.2136311, 0.4863734", \
					  "0.0489471, 0.0527473, 0.0607815, 0.0775493, 0.1152237, 0.2123220, 0.4864373", \
					  "0.0488588, 0.0528748, 0.0605955, 0.0772594, 0.1154257, 0.2127435, 0.4863766", \
					  "0.0488903, 0.0524178, 0.0605631, 0.0774005, 0.1160705, 0.2117660, 0.4868301", \
					  "0.0492729, 0.0530037, 0.0607037, 0.0777516, 0.1152205, 0.2118789, 0.4861946", \
					  "0.0490991, 0.0527221, 0.0605878, 0.0772086, 0.1152556, 0.2123503, 0.4861315", \
					  "0.0566838, 0.0603351, 0.0681006, 0.0845600, 0.1232913, 0.2171907, 0.4871333");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0763049, 0.0818118, 0.0950532, 0.1273910, 0.2132008, 0.4526716, 1.1297128", \
					  "0.0812472, 0.0867525, 0.0999740, 0.1323282, 0.2182333, 0.4584461, 1.1360123", \
					  "0.0924781, 0.0979766, 0.1111653, 0.1434791, 0.2292015, 0.4692519, 1.1460599", \
					  "0.1173048, 0.1227957, 0.1358532, 0.1680018, 0.2542238, 0.4939318, 1.1710309", \
					  "0.1575368, 0.1634418, 0.1773972, 0.2101817, 0.2961854, 0.5361723, 1.2133771", \
					  "0.2072116, 0.2147067, 0.2308152, 0.2653297, 0.3515638, 0.5913190, 1.2716828", \
					  "0.2477916, 0.2581622, 0.2792292, 0.3206548, 0.4077605, 0.6481553, 1.3240214");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0190472, 0.0242221, 0.0383119, 0.0789229, 0.1986952, 0.5391339, 1.5018506", \
					  "0.0191990, 0.0242659, 0.0382404, 0.0788084, 0.1980408, 0.5364659, 1.5009366", \
					  "0.0191407, 0.0241905, 0.0383215, 0.0789294, 0.1983682, 0.5382523, 1.5047963", \
					  "0.0193762, 0.0245297, 0.0386384, 0.0788824, 0.1979811, 0.5363321, 1.4995358", \
					  "0.0227662, 0.0277302, 0.0410454, 0.0796989, 0.1978569, 0.5364328, 1.5000202", \
					  "0.0304858, 0.0355309, 0.0479931, 0.0838214, 0.1992751, 0.5355745, 1.4967564", \
					  "0.0445454, 0.0502824, 0.0636738, 0.0965550, 0.2022611, 0.5380091, 1.4945556");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.3475647, 0.3557786, 0.3725321, 0.4026908, 0.4563727, 0.5605934, 0.7959785", \
					  "0.3513180, 0.3595769, 0.3763477, 0.4065011, 0.4603171, 0.5643728, 0.7998750", \
					  "0.3635409, 0.3717744, 0.3885091, 0.4187187, 0.4724041, 0.5764446, 0.8112729", \
					  "0.3966710, 0.4046625, 0.4213387, 0.4515437, 0.5052805, 0.6093756, 0.8445620", \
					  "0.4724651, 0.4807921, 0.4976847, 0.5279019, 0.5815097, 0.6856824, 0.9213068", \
					  "0.6508319, 0.6591273, 0.6752749, 0.7053806, 0.7591616, 0.8634881, 1.0990788", \
					  "1.0293192, 1.0387063, 1.0575711, 1.0905256, 1.1475813, 1.2549771, 1.4920992");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0489015, 0.0526718, 0.0603409, 0.0769694, 0.1162876, 0.2127985, 0.4856711", \
					  "0.0488511, 0.0527276, 0.0603440, 0.0771217, 0.1163065, 0.2125342, 0.4862171", \
					  "0.0488935, 0.0526846, 0.0603476, 0.0769636, 0.1160647, 0.2127995, 0.4860981", \
					  "0.0488832, 0.0524617, 0.0603139, 0.0771426, 0.1162504, 0.2125654, 0.4862036", \
					  "0.0489560, 0.0526241, 0.0608124, 0.0777703, 0.1162583, 0.2119226, 0.4865677", \
					  "0.0489676, 0.0527663, 0.0605530, 0.0771787, 0.1151558, 0.2117043, 0.4861178", \
					  "0.0592700, 0.0628177, 0.0707067, 0.0864582, 0.1232663, 0.2180881, 0.4884668");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0704363, 0.0756986, 0.0886198, 0.1205517, 0.2064686, 0.4461514, 1.1244495", \
					  "0.0754523, 0.0807143, 0.0936256, 0.1255704, 0.2114800, 0.4509675, 1.1295150", \
					  "0.0867537, 0.0920689, 0.1049535, 0.1367545, 0.2224379, 0.4622447, 1.1375524", \
					  "0.1112361, 0.1165049, 0.1294232, 0.1611733, 0.2470077, 0.4864021, 1.1678261", \
					  "0.1485824, 0.1545010, 0.1683168, 0.2007753, 0.2863868, 0.5260860, 1.2037611", \
					  "0.1927008, 0.2001179, 0.2169534, 0.2514810, 0.3374751, 0.5770344, 1.2584849", \
					  "0.2231994, 0.2339557, 0.2561678, 0.2983327, 0.3862426, 0.6269818, 1.3021033");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0181805, 0.0233489, 0.0373113, 0.0777926, 0.1975898, 0.5360252, 1.4927389", \
					  "0.0181791, 0.0233449, 0.0372697, 0.0777526, 0.1976191, 0.5362131, 1.4932183", \
					  "0.0182428, 0.0233439, 0.0373157, 0.0777250, 0.1969109, 0.5391161, 1.5045467", \
					  "0.0189193, 0.0239843, 0.0376859, 0.0778495, 0.1974629, 0.5366968, 1.5151920", \
					  "0.0229746, 0.0277920, 0.0407371, 0.0793265, 0.1967947, 0.5407760, 1.4977479", \
					  "0.0317057, 0.0363547, 0.0489587, 0.0836967, 0.1982288, 0.5353736, 1.5031278", \
					  "0.0475280, 0.0533138, 0.0664128, 0.0987093, 0.2016974, 0.5378276, 1.4913688");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.3087264, 0.3170270, 0.3338647, 0.3641650, 0.4177554, 0.5216945, 0.7573821", \
					  "0.3113204, 0.3194386, 0.3363490, 0.3666572, 0.4203236, 0.5245425, 0.7602542", \
					  "0.3205507, 0.3288275, 0.3455540, 0.3757959, 0.4294438, 0.5337102, 0.7693354", \
					  "0.3505235, 0.3588576, 0.3756502, 0.4059305, 0.4576050, 0.5620717, 0.7975156", \
					  "0.4227274, 0.4309329, 0.4476288, 0.4758759, 0.5296301, 0.6334590, 0.8692905", \
					  "0.5956509, 0.6039588, 0.6205343, 0.6500080, 0.7038785, 0.8082818, 1.0442698", \
					  "0.9556359, 0.9664466, 0.9872755, 1.0251540, 1.0853436, 1.1931373, 1.4280050");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0491055, 0.0526928, 0.0603659, 0.0771619, 0.1162103, 0.2120410, 0.4867514", \
					  "0.0490724, 0.0525289, 0.0607153, 0.0775318, 0.1164040, 0.2119813, 0.4864791", \
					  "0.0490770, 0.0526954, 0.0602624, 0.0771662, 0.1152963, 0.2121173, 0.4861138", \
					  "0.0489246, 0.0526160, 0.0605796, 0.0772800, 0.1161479, 0.2128783, 0.4860686", \
					  "0.0488762, 0.0526548, 0.0608420, 0.0772234, 0.1155938, 0.2127561, 0.4849153", \
					  "0.0487330, 0.0525732, 0.0603619, 0.0794241, 0.1161250, 0.2133872, 0.4852238", \
					  "0.0698330, 0.0738409, 0.0821808, 0.0971443, 0.1303893, 0.2205313, 0.4878446");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0634116, 0.0684792, 0.0809138, 0.1124507, 0.1979001, 0.4374143, 1.1140678", \
					  "0.0679571, 0.0730417, 0.0854309, 0.1169991, 0.2025612, 0.4418771, 1.1190522", \
					  "0.0788869, 0.0839745, 0.0963744, 0.1278674, 0.2136147, 0.4538523, 1.1322348", \
					  "0.1027394, 0.1078259, 0.1202734, 0.1517498, 0.2374760, 0.4779308, 1.1560886", \
					  "0.1377718, 0.1432772, 0.1563093, 0.1879962, 0.2733916, 0.5136656, 1.1904905", \
					  "0.1796977, 0.1866138, 0.2014855, 0.2338753, 0.3194833, 0.5587474, 1.2390513", \
					  "0.2079055, 0.2174593, 0.2373655, 0.2758052, 0.3608098, 0.6002003, 1.2767480");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0174474, 0.0223584, 0.0366606, 0.0776375, 0.1973711, 0.5364578, 1.4998669", \
					  "0.0172809, 0.0223604, 0.0366501, 0.0776327, 0.1978898, 0.5373493, 1.4946280", \
					  "0.0173906, 0.0223544, 0.0366416, 0.0779616, 0.1974545, 0.5368035, 1.4977853", \
					  "0.0181540, 0.0231035, 0.0370749, 0.0779524, 0.1974843, 0.5367805, 1.4960443", \
					  "0.0213256, 0.0259659, 0.0390872, 0.0790293, 0.1969506, 0.5370117, 1.5041780", \
					  "0.0289616, 0.0334803, 0.0454812, 0.0818798, 0.1986503, 0.5347354, 1.4982693", \
					  "0.0451789, 0.0500217, 0.0618494, 0.0929541, 0.2010534, 0.5404536, 1.4939517");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.1668312, 0.1722407, 0.1837420, 0.2058895, 0.2479501, 0.3368379, 0.5596269", \
					  "0.1724377, 0.1777833, 0.1892979, 0.2114791, 0.2534192, 0.3423313, 0.5651313", \
					  "0.1865470, 0.1919258, 0.2033763, 0.2255113, 0.2675217, 0.3563334, 0.5793852", \
					  "0.2197737, 0.2251129, 0.2366214, 0.2587567, 0.3007542, 0.3894118, 0.6125428", \
					  "0.2946534, 0.3000299, 0.3114622, 0.3335394, 0.3756669, 0.4647942, 0.6885224", \
					  "0.4539750, 0.4599628, 0.4725136, 0.4962429, 0.5401708, 0.6297721, 0.8528260", \
					  "0.7539971, 0.7615452, 0.7771613, 0.8054047, 0.8554134, 0.9509209, 1.1774194");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0277647, 0.0306616, 0.0375914, 0.0524152, 0.0879846, 0.1829668, 0.4696393", \
					  "0.0275878, 0.0305614, 0.0374104, 0.0523538, 0.0877926, 0.1828523, 0.4668164", \
					  "0.0276016, 0.0306802, 0.0376083, 0.0529022, 0.0876286, 0.1827939, 0.4652310", \
					  "0.0277905, 0.0306150, 0.0373725, 0.0524661, 0.0877219, 0.1826171, 0.4662007", \
					  "0.0277694, 0.0307962, 0.0377262, 0.0526977, 0.0880960, 0.1830872, 0.4659569", \
					  "0.0327182, 0.0356800, 0.0427501, 0.0573231, 0.0921360, 0.1852509, 0.4660775", \
					  "0.0453651, 0.0486294, 0.0559512, 0.0718612, 0.1077582, 0.1985257, 0.4723032");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0563498, 0.0612658, 0.0734765, 0.1048758, 0.1902614, 0.4302280, 1.1099172", \
					  "0.0608919, 0.0658315, 0.0780103, 0.1093286, 0.1950343, 0.4339242, 1.1122963", \
					  "0.0719612, 0.0768926, 0.0890332, 0.1201748, 0.2054120, 0.4458373, 1.1211956", \
					  "0.0932885, 0.0983169, 0.1105858, 0.1416301, 0.2271477, 0.4682882, 1.1460481", \
					  "0.1216542, 0.1271376, 0.1400587, 0.1717135, 0.2570087, 0.4970257, 1.1741889", \
					  "0.1514217, 0.1585078, 0.1735590, 0.2060462, 0.2905745, 0.5307543, 1.2116286", \
					  "0.1577722, 0.1677818, 0.1879754, 0.2267890, 0.3119005, 0.5507983, 1.2273241");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0166480, 0.0215682, 0.0357976, 0.0772831, 0.1966777, 0.5405513, 1.5062452", \
					  "0.0165255, 0.0215754, 0.0357382, 0.0772297, 0.1974893, 0.5406249, 1.4916219", \
					  "0.0165845, 0.0215333, 0.0357978, 0.0772962, 0.1978046, 0.5351073, 1.4934541", \
					  "0.0176297, 0.0225388, 0.0365637, 0.0771710, 0.1971023, 0.5354808, 1.5063306", \
					  "0.0217620, 0.0260658, 0.0389129, 0.0787170, 0.1964565, 0.5362914, 1.5054337", \
					  "0.0305351, 0.0349882, 0.0465449, 0.0817363, 0.1990821, 0.5342605, 1.5018485", \
					  "0.0472758, 0.0518755, 0.0642183, 0.0954666, 0.2007474, 0.5400602, 1.4911505");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.1524415, 0.1578880, 0.1693822, 0.1910517, 0.2335919, 0.3225483, 0.5447305", \
					  "0.1565058, 0.1618453, 0.1734153, 0.1956479, 0.2376554, 0.3263251, 0.5487224", \
					  "0.1689163, 0.1742253, 0.1855890, 0.2075716, 0.2497022, 0.3387416, 0.5622254", \
					  "0.2016098, 0.2069438, 0.2174913, 0.2404479, 0.2818190, 0.3704556, 0.5938077", \
					  "0.2803970, 0.2857034, 0.2967304, 0.3191918, 0.3608152, 0.4499684, 0.6737891", \
					  "0.4481432, 0.4547194, 0.4690388, 0.4931775, 0.5377617, 0.6278586, 0.8521236", \
					  "0.7477902, 0.7568991, 0.7735372, 0.8083105, 0.8642149, 0.9635923, 1.1878890");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141706, 0.0040161, 0.0113821, 0.0322582, 0.0914233, 0.259104");
					values("0.0277256, 0.0305486, 0.0374649, 0.0531261, 0.0876410, 0.1826405, 0.4665869", \
					  "0.0276157, 0.0306157, 0.0374658, 0.0524931, 0.0877469, 0.1828146, 0.4668546", \
					  "0.0275663, 0.0306294, 0.0376891, 0.0528989, 0.0889680, 0.1834037, 0.4652968", \
					  "0.0276391, 0.0306030, 0.0375125, 0.0527235, 0.0887049, 0.1831638, 0.4652161", \
					  "0.0278830, 0.0309158, 0.0375220, 0.0526625, 0.0878173, 0.1833583, 0.4683969", \
					  "0.0373368, 0.0404934, 0.0466430, 0.0612503, 0.0948435, 0.1859549, 0.4655612", \
					  "0.0586763, 0.0624875, 0.0710274, 0.0874817, 0.1199563, 0.2040200, 0.4742828");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002307;
			capacitance : 0.002182;
			fall_capacitance : 0.002057;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027632, -0.0027605, -0.0027542, -0.0027551, -0.0027570, -0.0027614, -0.0027716");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027717, 0.0027688, 0.0027620, 0.0027632, 0.0027660, 0.0027725, 0.0027873");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002269;
			capacitance : 0.002144;
			fall_capacitance : 0.002019;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025066, -0.0025070, -0.0025078, -0.0025079, -0.0025084, -0.0025093, -0.0025116");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025167, 0.0025154, 0.0025123, 0.0025119, 0.0025108, 0.0025084, 0.0025028");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002302;
			capacitance : 0.002155;
			fall_capacitance : 0.002009;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025472, -0.0025464, -0.0025444, -0.0025446, -0.0025450, -0.0025458, -0.0025478");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025591, 0.0025556, 0.0025474, 0.0025477, 0.0025483, 0.0025496, 0.0025527");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002237;
			capacitance : 0.002139;
			fall_capacitance : 0.002041;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003783, -0.0003909, -0.0004199, -0.0004037, -0.0003663, -0.0002801, -8.1342141e-05");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030930, 0.0030959, 0.0031027, 0.0031044, 0.0031082, 0.0031169, 0.0031371");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002345;
			capacitance : 0.002192;
			fall_capacitance : 0.002038;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002484, -0.0002569, -0.0002764, -0.0002615, -0.0002271, -0.0001479, 3.4668614e-05");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030836, 0.0030839, 0.0030844, 0.0030851, 0.0030866, 0.0030902, 0.0030984");
				}
			}
		}
	}
	cell ("scs8hd_o32a_4") {
		area : 22.521600;
		cell_footprint : "o32a";
		cell_leakage_power : 5.865842e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014964";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0233715";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0420094";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0018952";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0015002";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014946";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0016962";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0008255";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0008281";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014946";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014946";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0298913";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0362570";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014915";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014937";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0233796";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0008168";
			when : "A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0008252";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0001533";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014912";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014934";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014885";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0008167";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0008197";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014945";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0008169";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0004952";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014913";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0014942";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014888";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0008170";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0010850";
			when : "A1&A2&!A3&!B1&B2";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A1&B2) | (A2&B1) | (A3&B1) | (A2&B2) | (A3&B2)";
			max_capacitance : 0.486155;
			max_transition : 1.516124;
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0174694, 0.0189369, 0.0234617, 0.0370832, 0.0784069, 0.2059691, 0.6053064", \
					  "0.0174779, 0.0189588, 0.0234973, 0.0370655, 0.0783557, 0.2060953, 0.6024351", \
					  "0.0173776, 0.0188499, 0.0233697, 0.0369091, 0.0782047, 0.2047070, 0.6027790", \
					  "0.0170096, 0.0184434, 0.0227393, 0.0362184, 0.0773527, 0.2053431, 0.6044856", \
					  "0.0168012, 0.0181541, 0.0223311, 0.0355708, 0.0764513, 0.2034363, 0.6018350", \
					  "0.0164089, 0.0177650, 0.0221173, 0.0350806, 0.0755118, 0.2023865, 0.6005215", \
					  "0.0163172, 0.0176720, 0.0219323, 0.0348335, 0.0754466, 0.2031924, 0.6030514");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0158476, 0.0147371, 0.0113045, 0.0009081, -0.0362609, -0.1627553, -0.5660630", \
					  "0.0156019, 0.0144547, 0.0110171, 0.0005984, -0.0365564, -0.1630455, -0.5663587", \
					  "0.0151534, 0.0140128, 0.0105760, 0.0001183, -0.0370422, -0.1635160, -0.5668104", \
					  "0.0148225, 0.0136636, 0.0102106, -0.0003067, -0.0374687, -0.1639251, -0.5671710", \
					  "0.0147410, 0.0135110, 0.0099442, -0.0006265, -0.0378861, -0.1643159, -0.5674464", \
					  "0.0144914, 0.0131605, 0.0094298, -0.0010340, -0.0383047, -0.1644898, -0.5675523", \
					  "0.0205503, 0.0192385, 0.0151214, 0.0024347, -0.0377370, -0.1646400, -0.5673773");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0260563, 0.0275589, 0.0322023, 0.0460426, 0.0876061, 0.2161918, 0.6161010", \
					  "0.0259114, 0.0274124, 0.0320578, 0.0459170, 0.0875070, 0.2161346, 0.6152974", \
					  "0.0257694, 0.0272573, 0.0319124, 0.0457410, 0.0872467, 0.2150277, 0.6150786", \
					  "0.0256307, 0.0271134, 0.0317019, 0.0454595, 0.0868583, 0.2150321, 0.6137924", \
					  "0.0255880, 0.0270509, 0.0315825, 0.0451029, 0.0864410, 0.2142398, 0.6148209", \
					  "0.0262999, 0.0276800, 0.0319573, 0.0450715, 0.0860133, 0.2133399, 0.6139883", \
					  "0.0266104, 0.0279775, 0.0321111, 0.0454137, 0.0862997, 0.2140064, 0.6156727");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0275459, 0.0263521, 0.0229949, 0.0124610, -0.0238315, -0.1487049, -0.5513087", \
					  "0.0273668, 0.0261837, 0.0228391, 0.0121001, -0.0241240, -0.1488289, -0.5513326", \
					  "0.0271913, 0.0260161, 0.0226360, 0.0121118, -0.0242658, -0.1490474, -0.5515958", \
					  "0.0269603, 0.0257631, 0.0223736, 0.0118095, -0.0245048, -0.1492877, -0.5518325", \
					  "0.0267660, 0.0255385, 0.0221640, 0.0116915, -0.0247739, -0.1495172, -0.5520575", \
					  "0.0266847, 0.0254975, 0.0221204, 0.0116563, -0.0249077, -0.1496747, -0.5521574", \
					  "0.0304553, 0.0291538, 0.0250896, 0.0123810, -0.0257643, -0.1500032, -0.5523153");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0242563, 0.0257192, 0.0302779, 0.0439247, 0.0851898, 0.2137202, 0.6123729", \
					  "0.0242334, 0.0257227, 0.0302643, 0.0438987, 0.0852072, 0.2129824, 0.6154359", \
					  "0.0241619, 0.0256464, 0.0301969, 0.0438325, 0.0850975, 0.2136718, 0.6119462", \
					  "0.0239833, 0.0254603, 0.0299340, 0.0434493, 0.0846634, 0.2134344, 0.6119300", \
					  "0.0237474, 0.0251458, 0.0295963, 0.0429511, 0.0841148, 0.2129688, 0.6121613", \
					  "0.0238977, 0.0252644, 0.0295491, 0.0428118, 0.0835358, 0.2106197, 0.6141376", \
					  "0.0242063, 0.0255578, 0.0296811, 0.0428032, 0.0834638, 0.2112790, 0.6119175");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0246359, 0.0235020, 0.0200802, 0.0095133, -0.0268003, -0.1515849, -0.5541286", \
					  "0.0245621, 0.0232810, 0.0197080, 0.0093285, -0.0269800, -0.1517662, -0.5543063", \
					  "0.0244700, 0.0232910, 0.0199374, 0.0094517, -0.0272109, -0.1520035, -0.5545505", \
					  "0.0241772, 0.0229652, 0.0196061, 0.0090515, -0.0274452, -0.1521957, -0.5547748", \
					  "0.0239330, 0.0227453, 0.0194156, 0.0088064, -0.0276973, -0.1524312, -0.5549367", \
					  "0.0240028, 0.0228890, 0.0195031, 0.0088458, -0.0277406, -0.1526352, -0.5550566", \
					  "0.0272253, 0.0259223, 0.0218435, 0.0091061, -0.0285794, -0.1529893, -0.5552485");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0219750, 0.0234690, 0.0279787, 0.0416409, 0.0827585, 0.2113373, 0.6099192", \
					  "0.0220007, 0.0234713, 0.0280169, 0.0416574, 0.0828320, 0.2106842, 0.6073486", \
					  "0.0219784, 0.0234658, 0.0279789, 0.0415635, 0.0828176, 0.2102553, 0.6104027", \
					  "0.0217506, 0.0231607, 0.0276223, 0.0411368, 0.0822613, 0.2088100, 0.6069752", \
					  "0.0213689, 0.0227676, 0.0270518, 0.0405021, 0.0814875, 0.2083091, 0.6105468", \
					  "0.0213676, 0.0227317, 0.0269620, 0.0402549, 0.0808284, 0.2079053, 0.6075272", \
					  "0.0210807, 0.0224900, 0.0266223, 0.0398337, 0.0809011, 0.2086032, 0.6066911");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0217582, 0.0205629, 0.0171104, 0.0066231, -0.0297580, -0.1546198, -0.5572070", \
					  "0.0214575, 0.0202932, 0.0168361, 0.0062920, -0.0300261, -0.1548120, -0.5573408", \
					  "0.0212109, 0.0200060, 0.0166398, 0.0061063, -0.0303441, -0.1550766, -0.5576039", \
					  "0.0209229, 0.0196076, 0.0162343, 0.0058116, -0.0306423, -0.1553807, -0.5579136", \
					  "0.0207851, 0.0196126, 0.0162081, 0.0056966, -0.0307728, -0.1555920, -0.5580591", \
					  "0.0207647, 0.0195784, 0.0161710, 0.0054712, -0.0311264, -0.1558841, -0.5582727", \
					  "0.0267851, 0.0254436, 0.0213117, 0.0084948, -0.0313760, -0.1556818, -0.5579974");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0198504, 0.0213160, 0.0258643, 0.0394971, 0.0808501, 0.2083712, 0.6108965", \
					  "0.0197354, 0.0212169, 0.0257613, 0.0393788, 0.0807088, 0.2092704, 0.6071802", \
					  "0.0196395, 0.0211137, 0.0256246, 0.0392221, 0.0804348, 0.2090755, 0.6087508", \
					  "0.0193100, 0.0207636, 0.0250741, 0.0386296, 0.0798563, 0.2073512, 0.6083134", \
					  "0.0190800, 0.0205202, 0.0247870, 0.0382380, 0.0790852, 0.2068883, 0.6076222", \
					  "0.0189917, 0.0203568, 0.0247041, 0.0378997, 0.0782893, 0.2049854, 0.6067518", \
					  "0.0186885, 0.0200029, 0.0241386, 0.0375484, 0.0780493, 0.2058749, 0.6039074");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573756, 0.004953417, 0.01559094, 0.04907268, 0.1544569, 0.4861548");
					values("0.0188199, 0.0177080, 0.0141655, 0.0037939, -0.0333811, -0.1599703, -0.5633935", \
					  "0.0185668, 0.0173665, 0.0138931, 0.0035197, -0.0336953, -0.1602174, -0.5635646", \
					  "0.0183413, 0.0171699, 0.0136083, 0.0031506, -0.0340133, -0.1606059, -0.5638627", \
					  "0.0178853, 0.0167430, 0.0132241, 0.0028978, -0.0343980, -0.1608700, -0.5642165", \
					  "0.0176200, 0.0164410, 0.0129816, 0.0024520, -0.0347377, -0.1612229, -0.5644796", \
					  "0.0172807, 0.0160727, 0.0125887, 0.0020789, -0.0351003, -0.1613235, -0.5644925", \
					  "0.0230697, 0.0217636, 0.0177145, 0.0050816, -0.0350202, -0.1616183, -0.5646402");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0885945, 0.0926447, 0.1035764, 0.1316569, 0.2080753, 0.4377760, 1.1509672", \
					  "0.0933107, 0.0973504, 0.1083101, 0.1363339, 0.2127570, 0.4425685, 1.1566947", \
					  "0.1044495, 0.1084812, 0.1194302, 0.1473761, 0.2237496, 0.4527010, 1.1686809", \
					  "0.1295402, 0.1335301, 0.1443218, 0.1720582, 0.2481171, 0.4770369, 1.1942161", \
					  "0.1750182, 0.1791796, 0.1902693, 0.2182628, 0.2942553, 0.5235499, 1.2392980", \
					  "0.2374666, 0.2423554, 0.2550332, 0.2846485, 0.3609687, 0.5902511, 1.3072105", \
					  "0.3032997, 0.3098050, 0.3262632, 0.3617225, 0.4408377, 0.6696115, 1.3843440");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0219899, 0.0255388, 0.0357848, 0.0669612, 0.1668447, 0.4876989, 1.5051574", \
					  "0.0220866, 0.0256309, 0.0358164, 0.0668870, 0.1668506, 0.4866688, 1.4976308", \
					  "0.0219292, 0.0255354, 0.0357806, 0.0668516, 0.1662927, 0.4861808, 1.5039781", \
					  "0.0219191, 0.0253807, 0.0356607, 0.0667667, 0.1662903, 0.4878599, 1.5012631", \
					  "0.0242174, 0.0275675, 0.0374646, 0.0674009, 0.1667221, 0.4873387, 1.5048216", \
					  "0.0309636, 0.0343777, 0.0439012, 0.0718505, 0.1677808, 0.4854299, 1.5038317", \
					  "0.0442188, 0.0477195, 0.0572626, 0.0843444, 0.1720453, 0.4872391, 1.4981572");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.3455673, 0.3506707, 0.3633386, 0.3895456, 0.4410940, 0.5508540, 0.8196570", \
					  "0.3509270, 0.3560595, 0.3686232, 0.3948655, 0.4470023, 0.5554510, 0.8245946", \
					  "0.3649372, 0.3700724, 0.3826166, 0.4088849, 0.4608557, 0.5701527, 0.8389753", \
					  "0.3977249, 0.4028197, 0.4153694, 0.4416020, 0.4936009, 0.6028922, 0.8717170", \
					  "0.4689525, 0.4740663, 0.4865865, 0.5130533, 0.5648387, 0.6741610, 0.9431127", \
					  "0.6236948, 0.6288308, 0.6414768, 0.6673562, 0.7193259, 0.8289168, 1.0978718", \
					  "0.9407106, 0.9465104, 0.9605365, 0.9891025, 1.0442595, 1.1566454, 1.4288806");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0455563, 0.0478183, 0.0540492, 0.0688286, 0.1072447, 0.2113867, 0.5302673", \
					  "0.0454162, 0.0477901, 0.0540357, 0.0692313, 0.1067325, 0.2119652, 0.5298719", \
					  "0.0454428, 0.0478146, 0.0540194, 0.0686338, 0.1073276, 0.2119579, 0.5303147", \
					  "0.0456562, 0.0479488, 0.0540160, 0.0687508, 0.1072879, 0.2119435, 0.5302689", \
					  "0.0453536, 0.0475840, 0.0538482, 0.0688802, 0.1076685, 0.2119130, 0.5303673", \
					  "0.0455512, 0.0479473, 0.0539385, 0.0693622, 0.1073434, 0.2117937, 0.5299606", \
					  "0.0535792, 0.0560538, 0.0618238, 0.0767874, 0.1149403, 0.2173851, 0.5330141");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0839605, 0.0877851, 0.0981922, 0.1251715, 0.1999903, 0.4281624, 1.1434975", \
					  "0.0888076, 0.0926466, 0.1030185, 0.1300117, 0.2051012, 0.4328285, 1.1476535", \
					  "0.0997606, 0.1035828, 0.1139870, 0.1409304, 0.2157188, 0.4440893, 1.1596918", \
					  "0.1238901, 0.1276788, 0.1380270, 0.1648462, 0.2396220, 0.4680552, 1.1836684", \
					  "0.1648458, 0.1689792, 0.1798084, 0.2073509, 0.2824631, 0.5108959, 1.2259562", \
					  "0.2171451, 0.2221517, 0.2349468, 0.2643125, 0.3401863, 0.5687016, 1.2841989", \
					  "0.2644065, 0.2711466, 0.2876898, 0.3235623, 0.4022710, 0.6305330, 1.3444635");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0205240, 0.0239468, 0.0339352, 0.0647964, 0.1646964, 0.4874820, 1.5037861", \
					  "0.0204937, 0.0238835, 0.0339206, 0.0646785, 0.1651016, 0.4886410, 1.5011242", \
					  "0.0205125, 0.0239562, 0.0339466, 0.0648090, 0.1645488, 0.4874405, 1.5027715", \
					  "0.0207305, 0.0241453, 0.0341656, 0.0649721, 0.1648162, 0.4875425, 1.5034837", \
					  "0.0237887, 0.0269127, 0.0365683, 0.0663200, 0.1652601, 0.4871583, 1.5050736", \
					  "0.0307864, 0.0340497, 0.0434576, 0.0710230, 0.1669437, 0.4854285, 1.5006441", \
					  "0.0450096, 0.0485762, 0.0585589, 0.0854113, 0.1718491, 0.4875819, 1.4933752");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.3261841, 0.3312877, 0.3440291, 0.3702946, 0.4222018, 0.5315295, 0.8003708", \
					  "0.3301409, 0.3353064, 0.3478954, 0.3741493, 0.4261314, 0.5354442, 0.8042966", \
					  "0.3417000, 0.3468519, 0.3593925, 0.3856100, 0.4376695, 0.5473606, 0.8160886", \
					  "0.3735314, 0.3787014, 0.3912612, 0.4173794, 0.4693815, 0.5788140, 0.8480355", \
					  "0.4452408, 0.4503844, 0.4629988, 0.4892367, 0.5412017, 0.6506293, 0.9193714", \
					  "0.6107889, 0.6159698, 0.6284434, 0.6547718, 0.7067535, 0.8165219, 1.0854286", \
					  "0.9514309, 0.9575210, 0.9722084, 1.0017122, 1.0576464, 1.1717435, 1.4434551");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0454635, 0.0478008, 0.0537822, 0.0686886, 0.1072317, 0.2119410, 0.5301141", \
					  "0.0454739, 0.0477727, 0.0537075, 0.0687464, 0.1072742, 0.2119648, 0.5301756", \
					  "0.0457136, 0.0481985, 0.0544114, 0.0696806, 0.1069625, 0.2114182, 0.5311096", \
					  "0.0454099, 0.0478312, 0.0542051, 0.0689688, 0.1080008, 0.2114332, 0.5303288", \
					  "0.0455549, 0.0478558, 0.0540676, 0.0688927, 0.1078981, 0.2115651, 0.5302651", \
					  "0.0459822, 0.0484726, 0.0546973, 0.0691270, 0.1071987, 0.2109633, 0.5304426", \
					  "0.0570740, 0.0596668, 0.0653677, 0.0802772, 0.1177532, 0.2184164, 0.5337212");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0782013, 0.0819990, 0.0922314, 0.1190584, 0.1936859, 0.4217101, 1.1388923", \
					  "0.0831809, 0.0869505, 0.0972502, 0.1240327, 0.1985295, 0.4267877, 1.1414565", \
					  "0.0945286, 0.0983275, 0.1085538, 0.1352194, 0.2098502, 0.4380230, 1.1568986", \
					  "0.1188235, 0.1225573, 0.1328039, 0.1594284, 0.2339367, 0.4619037, 1.1796560", \
					  "0.1581306, 0.1623280, 0.1731655, 0.2006727, 0.2755453, 0.5052926, 1.2238961", \
					  "0.2076442, 0.2129227, 0.2257876, 0.2557125, 0.3314927, 0.5598157, 1.2759286", \
					  "0.2501651, 0.2573673, 0.2749536, 0.3128464, 0.3930394, 0.6207915, 1.3349358");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0200363, 0.0233387, 0.0333794, 0.0642205, 0.1638998, 0.4890749, 1.5082955", \
					  "0.0201303, 0.0234179, 0.0333675, 0.0640624, 0.1641314, 0.4888005, 1.5017636", \
					  "0.0200628, 0.0232966, 0.0333526, 0.0641430, 0.1645801, 0.4880756, 1.5099527", \
					  "0.0204618, 0.0238500, 0.0337385, 0.0643667, 0.1642513, 0.4845852, 1.5030849", \
					  "0.0240946, 0.0272059, 0.0369491, 0.0662648, 0.1645866, 0.4856369, 1.5161241", \
					  "0.0321947, 0.0355031, 0.0452312, 0.0720093, 0.1669951, 0.4840275, 1.4997995", \
					  "0.0482167, 0.0523644, 0.0628371, 0.0893069, 0.1729566, 0.4889160, 1.4943101");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.2831127, 0.2882456, 0.3008630, 0.3268046, 0.3789622, 0.4884862, 0.7572747", \
					  "0.2858542, 0.2910119, 0.3035754, 0.3298763, 0.3817965, 0.4911438, 0.7597504", \
					  "0.2950108, 0.3000397, 0.3127708, 0.3391391, 0.3908659, 0.5001187, 0.7691250", \
					  "0.3218405, 0.3249649, 0.3375568, 0.3660118, 0.4178691, 0.5273169, 0.7962805", \
					  "0.3879869, 0.3931163, 0.4056460, 0.4321729, 0.4841202, 0.5934120, 0.8621852", \
					  "0.5508810, 0.5559921, 0.5682169, 0.5943454, 0.6463067, 0.7556761, 1.0245974", \
					  "0.8593271, 0.8663498, 0.8831904, 0.9153660, 0.9742962, 1.0878138, 1.3601472");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0453990, 0.0478285, 0.0540203, 0.0694381, 0.1071593, 0.2113892, 0.5291000", \
					  "0.0455523, 0.0479118, 0.0537187, 0.0686776, 0.1072081, 0.2119115, 0.5305507", \
					  "0.0454757, 0.0476771, 0.0538945, 0.0686019, 0.1074066, 0.2118550, 0.5305091", \
					  "0.0455917, 0.0478268, 0.0540423, 0.0688086, 0.1077518, 0.2117232, 0.5303179", \
					  "0.0455453, 0.0479555, 0.0537777, 0.0687055, 0.1071498, 0.2122344, 0.5305504", \
					  "0.0457926, 0.0481540, 0.0540840, 0.0686261, 0.1074689, 0.2120499, 0.5316490", \
					  "0.0688343, 0.0714776, 0.0775921, 0.0913797, 0.1255144, 0.2227650, 0.5360984");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0718701, 0.0754082, 0.0851047, 0.1110660, 0.1854679, 0.4137232, 1.1304311", \
					  "0.0763796, 0.0799142, 0.0896207, 0.1155723, 0.1899933, 0.4181403, 1.1340526", \
					  "0.0873058, 0.0908337, 0.1004816, 0.1263176, 0.2009589, 0.4298296, 1.1425603", \
					  "0.1120120, 0.1155347, 0.1250299, 0.1507255, 0.2250627, 0.4538559, 1.1678586", \
					  "0.1496636, 0.1535554, 0.1636465, 0.1898096, 0.2638663, 0.4928063, 1.2073872", \
					  "0.1953755, 0.2000250, 0.2118001, 0.2392100, 0.3129784, 0.5420108, 1.2567740", \
					  "0.2301767, 0.2365484, 0.2520006, 0.2858156, 0.3607452, 0.5891230, 1.3032198");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0187547, 0.0219799, 0.0318434, 0.0631617, 0.1642498, 0.4853595, 1.4990483", \
					  "0.0187610, 0.0219763, 0.0318717, 0.0631699, 0.1643725, 0.4870031, 1.5013744", \
					  "0.0186474, 0.0218685, 0.0317750, 0.0630130, 0.1646188, 0.4860571, 1.5061588", \
					  "0.0190484, 0.0222965, 0.0322750, 0.0632313, 0.1641152, 0.4868579, 1.5040514", \
					  "0.0220577, 0.0251739, 0.0344124, 0.0646684, 0.1645228, 0.4874418, 1.4996708", \
					  "0.0300095, 0.0328576, 0.0414665, 0.0683767, 0.1660387, 0.4842205, 1.4987914", \
					  "0.0451475, 0.0485901, 0.0577412, 0.0824321, 0.1697517, 0.4898300, 1.4933305");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.1897311, 0.1935357, 0.2031216, 0.2242653, 0.2674792, 0.3637545, 0.6199577", \
					  "0.1948010, 0.1986029, 0.2082265, 0.2292969, 0.2727439, 0.3680150, 0.6249128", \
					  "0.2081543, 0.2119008, 0.2215789, 0.2424727, 0.2857146, 0.3815749, 0.6387769", \
					  "0.2410713, 0.2449120, 0.2544884, 0.2752643, 0.3188364, 0.4142710, 0.6712642", \
					  "0.3156466, 0.3194158, 0.3289916, 0.3498824, 0.3932244, 0.4894088, 0.7466354", \
					  "0.4764937, 0.4806203, 0.4909906, 0.5132473, 0.5578565, 0.6547484, 0.9121169", \
					  "0.7794825, 0.7846872, 0.7976188, 0.8240366, 0.8750384, 0.9796302, 1.2415613");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0303570, 0.0324930, 0.0379138, 0.0517133, 0.0874985, 0.1880383, 0.5184750", \
					  "0.0303055, 0.0323477, 0.0378911, 0.0521405, 0.0872339, 0.1891923, 0.5159042", \
					  "0.0304003, 0.0324900, 0.0379311, 0.0521850, 0.0880334, 0.1882122, 0.5173716", \
					  "0.0302561, 0.0322689, 0.0378061, 0.0518897, 0.0874973, 0.1891297, 0.5179587", \
					  "0.0304153, 0.0324989, 0.0381784, 0.0521020, 0.0872414, 0.1880751, 0.5189125", \
					  "0.0349978, 0.0369022, 0.0424255, 0.0560492, 0.0910864, 0.1899329, 0.5158534", \
					  "0.0483813, 0.0504081, 0.0563278, 0.0705263, 0.1054060, 0.2035442, 0.5190348");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				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, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0663250, 0.0698064, 0.0794175, 0.1053330, 0.1793976, 0.4077729, 1.1217404", \
					  "0.0709799, 0.0744793, 0.0840929, 0.1099424, 0.1840571, 0.4124679, 1.1268569", \
					  "0.0821106, 0.0855928, 0.0951732, 0.1209222, 0.1949011, 0.4243309, 1.1397039", \
					  "0.1057846, 0.1093231, 0.1188400, 0.1443639, 0.2186303, 0.4462288, 1.1612666", \
					  "0.1395887, 0.1434028, 0.1536071, 0.1797377, 0.2539874, 0.4834270, 1.1990057", \
					  "0.1788305, 0.1837232, 0.1959792, 0.2234426, 0.2974151, 0.5268967, 1.2448724", \
					  "0.2008278, 0.2077707, 0.2240442, 0.2593291, 0.3356180, 0.5625699, 1.2767718");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0182810, 0.0215796, 0.0314642, 0.0626121, 0.1639632, 0.4885716, 1.4973819", \
					  "0.0183086, 0.0215402, 0.0314292, 0.0626650, 0.1637371, 0.4890303, 1.4995826", \
					  "0.0182732, 0.0215943, 0.0314006, 0.0626590, 0.1641124, 0.4848658, 1.5042300", \
					  "0.0192329, 0.0224043, 0.0322398, 0.0627599, 0.1640294, 0.4862544, 1.4961981", \
					  "0.0228987, 0.0258815, 0.0349348, 0.0649362, 0.1643339, 0.4846994, 1.5055346", \
					  "0.0320022, 0.0348652, 0.0432390, 0.0697422, 0.1657355, 0.4847131, 1.4974820", \
					  "0.0492120, 0.0527616, 0.0624539, 0.0856306, 0.1709650, 0.4903364, 1.4934074");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.1655888, 0.1694661, 0.1791287, 0.2001855, 0.2433690, 0.3396951, 0.5968760", \
					  "0.1689160, 0.1727254, 0.1823485, 0.2034574, 0.2467033, 0.3430433, 0.5998002", \
					  "0.1796839, 0.1834752, 0.1930557, 0.2139906, 0.2571079, 0.3534028, 0.6094099", \
					  "0.2094969, 0.2132792, 0.2229091, 0.2438951, 0.2870408, 0.3830967, 0.6402434", \
					  "0.2836684, 0.2874420, 0.2968881, 0.3178126, 0.3610262, 0.4573391, 0.7145919", \
					  "0.4432968, 0.4478865, 0.4589897, 0.4823260, 0.5276216, 0.6256765, 0.8827971", \
					  "0.7177814, 0.7239533, 0.7389885, 0.7703532, 0.8269795, 0.9335469, 1.1946684");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157376, 0.00495342, 0.0155909, 0.0490727, 0.154457, 0.486155");
					values("0.0304455, 0.0322964, 0.0379957, 0.0517011, 0.0875712, 0.1884337, 0.5157676", \
					  "0.0303786, 0.0325302, 0.0379286, 0.0517032, 0.0875216, 0.1883782, 0.5157797", \
					  "0.0303352, 0.0324333, 0.0380634, 0.0521499, 0.0870669, 0.1883272, 0.5156497", \
					  "0.0303789, 0.0325148, 0.0380718, 0.0517218, 0.0870434, 0.1881299, 0.5184893", \
					  "0.0304419, 0.0325512, 0.0379581, 0.0521931, 0.0877451, 0.1877671, 0.5149610", \
					  "0.0402752, 0.0422812, 0.0474440, 0.0604045, 0.0933548, 0.1917104, 0.5162245", \
					  "0.0621506, 0.0646832, 0.0710429, 0.0859440, 0.1181982, 0.2085127, 0.5211613");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004212;
			capacitance : 0.004022;
			fall_capacitance : 0.003832;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052011, -0.0051985, -0.0051924, -0.0051941, -0.0051982, -0.0052076, -0.0052292");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052729, 0.0052673, 0.0052545, 0.0052563, 0.0052606, 0.0052702, 0.0052927");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004196;
			capacitance : 0.003957;
			fall_capacitance : 0.003719;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051743, -0.0051731, -0.0051703, -0.0051676, -0.0051613, -0.0051470, -0.0051138");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052241, 0.0052187, 0.0052063, 0.0052043, 0.0051996, 0.0051889, 0.0051644");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004353;
			capacitance : 0.004050;
			fall_capacitance : 0.003747;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0054161, -0.0054156, -0.0054145, -0.0054142, -0.0054137, -0.0054125, -0.0054098");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054604, 0.0054563, 0.0054468, 0.0054454, 0.0054420, 0.0054344, 0.0054167");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004192;
			capacitance : 0.003985;
			fall_capacitance : 0.003776;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0007348, -0.0007628, -0.0008274, -0.0007933, -0.0007149, -0.0005342, -0.0001176");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062074, 0.0062060, 0.0062028, 0.0062013, 0.0061979, 0.0061901, 0.0061723");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004279;
			capacitance : 0.004009;
			fall_capacitance : 0.003739;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0007583, -0.0007725, -0.0008051, -0.0007742, -0.0007030, -0.0005389, -0.0001608");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062646, 0.0062651, 0.0062663, 0.0062680, 0.0062718, 0.0062807, 0.0063013");
				}
			}
		}
	}
	cell ("scs8hd_o32ai_1") {
		area : 8.758400;
		cell_footprint : "o32ai";
		cell_leakage_power : 5.511076e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001769";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0073208";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0001971";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "4.0591831e-05";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007212";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "2.9525837e-05";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007208";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003815";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003799";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "2.9441215e-05";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003795";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "4.0222257e-05";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007209";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "2.9526037e-05";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007205";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003812";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003810";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "2.9689806e-05";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003805";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "4.1252995e-05";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007210";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "2.9526037e-05";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007205";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003813";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0003798";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "2.9526040e-05";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003794";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "4.0125411e-05";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007209";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "2.9526037e-05";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007205";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0003812";
			when : "A1&A2&A3&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1&!B2)";
			max_capacitance : 0.039378;
			max_transition : 1.534848;
			internal_power () {
				related_pin : "A1";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0041945, 0.0035486, 0.0022125, -0.0005524, -0.0062701, -0.0181457, -0.0428277", \
					  "0.0041356, 0.0034830, 0.0021396, -0.0006187, -0.0063344, -0.0182082, -0.0428880", \
					  "0.0040563, 0.0034109, 0.0020754, -0.0006862, -0.0063939, -0.0182688, -0.0429463", \
					  "0.0039954, 0.0033492, 0.0020209, -0.0007327, -0.0064395, -0.0183059, -0.0429950", \
					  "0.0040931, 0.0034515, 0.0021080, -0.0007423, -0.0064433, -0.0183119, -0.0429818", \
					  "0.0041462, 0.0034945, 0.0021552, -0.0006223, -0.0063733, -0.0184055, -0.0430732", \
					  "0.0042273, 0.0035866, 0.0022386, -0.0005425, -0.0063203, -0.0182616, -0.0430214");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0105762, 0.0112419, 0.0125877, 0.0153955, 0.0211482, 0.0330389, 0.0575347", \
					  "0.0104856, 0.0111539, 0.0125080, 0.0153282, 0.0211005, 0.0329909, 0.0574541", \
					  "0.0104019, 0.0110704, 0.0124205, 0.0152426, 0.0210268, 0.0329486, 0.0574930", \
					  "0.0103316, 0.0109697, 0.0123323, 0.0151624, 0.0209503, 0.0328719, 0.0574167", \
					  "0.0102724, 0.0109365, 0.0122845, 0.0150971, 0.0208798, 0.0327942, 0.0573948", \
					  "0.0102488, 0.0108868, 0.0122435, 0.0150435, 0.0208232, 0.0327500, 0.0573198", \
					  "0.0101025, 0.0108404, 0.0122425, 0.0150901, 0.0208399, 0.0327087, 0.0573526");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0093962, 0.0100327, 0.0113990, 0.0141906, 0.0199531, 0.0318378, 0.0563710", \
					  "0.0092727, 0.0099450, 0.0112969, 0.0141201, 0.0199158, 0.0317964, 0.0562926", \
					  "0.0091405, 0.0098269, 0.0112040, 0.0140308, 0.0198296, 0.0317383, 0.0562544", \
					  "0.0090813, 0.0097386, 0.0110917, 0.0139012, 0.0197082, 0.0316489, 0.0562416", \
					  "0.0090149, 0.0096841, 0.0110328, 0.0138424, 0.0196319, 0.0315572, 0.0561612", \
					  "0.0089617, 0.0096166, 0.0109743, 0.0138035, 0.0195755, 0.0314958, 0.0559755", \
					  "0.0089193, 0.0095667, 0.0109268, 0.0137385, 0.0195447, 0.0315188, 0.0561319");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0036248, 0.0029799, 0.0016453, -0.0011224, -0.0068665, -0.0187991, -0.0435409", \
					  "0.0036043, 0.0029596, 0.0016311, -0.0011358, -0.0068771, -0.0188071, -0.0435468", \
					  "0.0035449, 0.0029059, 0.0015897, -0.0011741, -0.0069065, -0.0188221, -0.0435528", \
					  "0.0034192, 0.0027920, 0.0014888, -0.0012464, -0.0069522, -0.0188540, -0.0435671", \
					  "0.0034286, 0.0028139, 0.0014989, -0.0012769, -0.0070189, -0.0188986, -0.0435685", \
					  "0.0033349, 0.0026986, 0.0013891, -0.0013803, -0.0070895, -0.0190115, -0.0436871", \
					  "0.0033335, 0.0026902, 0.0013429, -0.0014267, -0.0071679, -0.0190609, -0.0437174");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0093565, 0.0100184, 0.0113845, 0.0141724, 0.0199242, 0.0317902, 0.0562829", \
					  "0.0092060, 0.0098711, 0.0112428, 0.0140564, 0.0198364, 0.0316789, 0.0562169", \
					  "0.0090115, 0.0096780, 0.0110653, 0.0138854, 0.0196909, 0.0315783, 0.0561895", \
					  "0.0089307, 0.0095552, 0.0109197, 0.0137269, 0.0195316, 0.0315062, 0.0560804", \
					  "0.0089214, 0.0095661, 0.0109143, 0.0137121, 0.0193991, 0.0313195, 0.0560031", \
					  "0.0088406, 0.0094894, 0.0108474, 0.0136404, 0.0193855, 0.0312430, 0.0558926", \
					  "0.0090510, 0.0096914, 0.0110206, 0.0138257, 0.0195714, 0.0314028, 0.0558527");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0025034, 0.0018650, 0.0005248, -0.0022502, -0.0080108, -0.0199664, -0.0447405", \
					  "0.0024689, 0.0018397, 0.0005245, -0.0022371, -0.0079859, -0.0199299, -0.0446863", \
					  "0.0023906, 0.0017683, 0.0004770, -0.0022508, -0.0079746, -0.0199013, -0.0446483", \
					  "0.0022362, 0.0016290, 0.0003551, -0.0023378, -0.0080228, -0.0199188, -0.0446380", \
					  "0.0021686, 0.0015552, 0.0002719, -0.0024135, -0.0081404, -0.0199816, -0.0446624", \
					  "0.0020123, 0.0013730, 6.5500000e-05, -0.0026324, -0.0082794, -0.0200801, -0.0447800", \
					  "0.0019803, 0.0012907, -3.4500000e-05, -0.0027510, -0.0084444, -0.0203024, -0.0448967");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0047838, 0.0054732, 0.0068853, 0.0097044, 0.0154803, 0.0273959, 0.0517956", \
					  "0.0046118, 0.0053078, 0.0067140, 0.0095674, 0.0154257, 0.0275163, 0.0517455", \
					  "0.0044945, 0.0051722, 0.0065554, 0.0093920, 0.0152515, 0.0271310, 0.0516748", \
					  "0.0044223, 0.0050862, 0.0064406, 0.0092460, 0.0151152, 0.0272048, 0.0520549", \
					  "0.0043703, 0.0050156, 0.0063753, 0.0091885, 0.0149928, 0.0268784, 0.0515492", \
					  "0.0043192, 0.0049767, 0.0063303, 0.0091928, 0.0149343, 0.0268761, 0.0512695", \
					  "0.0040873, 0.0047260, 0.0060927, 0.0088219, 0.0148288, 0.0268022, 0.0515006");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0010923, 0.0004492, -0.0008814, -0.0036452, -0.0093902, -0.0213312, -0.0460748", \
					  "0.0010154, 0.0003766, -0.0009491, -0.0037065, -0.0094434, -0.0213649, -0.0461089", \
					  "0.0009321, 0.0003015, -0.0010283, -0.0037537, -0.0094879, -0.0213964, -0.0461254", \
					  "0.0008000, 0.0001569, -0.0011423, -0.0038654, -0.0095635, -0.0214554, -0.0461745", \
					  "0.0007635, 0.0001229, -0.0011750, -0.0039261, -0.0097121, -0.0215708, -0.0462582", \
					  "0.0006660, 9.9600000e-05, -0.0012400, -0.0040768, -0.0098022, -0.0216741, -0.0463743", \
					  "0.0006965, 1.8200000e-05, -0.0012663, -0.0041301, -0.0098893, -0.0218203, -0.0465513");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0033437, 0.0040464, 0.0054672, 0.0083486, 0.0141147, 0.0260527, 0.0505975", \
					  "0.0031519, 0.0038436, 0.0052602, 0.0081560, 0.0140636, 0.0258833, 0.0503929", \
					  "0.0029970, 0.0036783, 0.0050903, 0.0079242, 0.0138141, 0.0257370, 0.0505093", \
					  "0.0029713, 0.0036158, 0.0049696, 0.0078056, 0.0135431, 0.0255057, 0.0504368", \
					  "0.0028850, 0.0035968, 0.0050114, 0.0077800, 0.0134886, 0.0253096, 0.0501962", \
					  "0.0031279, 0.0037600, 0.0049030, 0.0078918, 0.0136105, 0.0252062, 0.0493564", \
					  "0.0029559, 0.0035815, 0.0049026, 0.0078440, 0.0136217, 0.0254651, 0.0497648");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001035182, 0.002143203, 0.00443721, 0.009186639, 0.01901968, 0.03937766");
					values("0.0003307, -0.0002900, -0.0016083, -0.0043713, -0.0101304, -0.0220775, -0.0468387", \
					  "0.0002642, -0.0003457, -0.0016354, -0.0043829, -0.0101064, -0.0220481, -0.0467983", \
					  "0.0001388, -0.0004320, -0.0017162, -0.0044255, -0.0101163, -0.0220230, -0.0467638", \
					  "-2.6100000e-05, -0.0006283, -0.0019291, -0.0045924, -0.0102305, -0.0220872, -0.0468000", \
					  "-0.0001863, -0.0007954, -0.0020919, -0.0047426, -0.0104034, -0.0222485, -0.0469012", \
					  "-0.0001964, -0.0009332, -0.0022149, -0.0049593, -0.0106723, -0.0224717, -0.0471438", \
					  "-0.0003417, -0.0010084, -0.0023490, -0.0051516, -0.0109241, -0.0227544, -0.0472493");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.2047041, 0.2187839, 0.2487487, 0.3106076, 0.4361071, 0.6951224, 1.2293319", \
					  "0.2098978, 0.2240536, 0.2541551, 0.3162174, 0.4419824, 0.7013064, 1.2359896", \
					  "0.2230355, 0.2383312, 0.2684074, 0.3301704, 0.4562545, 0.7156513, 1.2504089", \
					  "0.2553854, 0.2703991, 0.2996786, 0.3617744, 0.4882618, 0.7481940, 1.2832742", \
					  "0.3250860, 0.3393153, 0.3697612, 0.4311680, 0.5573497, 0.8171396, 1.3523024", \
					  "0.4721292, 0.4887465, 0.5196421, 0.5835234, 0.7090256, 0.9687208, 1.5034697", \
					  "0.7531836, 0.7754529, 0.8158702, 0.8938897, 1.0399522, 1.3123057, 1.8477888");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.1478692, 0.1667194, 0.2056520, 0.2859147, 0.4511181, 0.7907556, 1.4923982", \
					  "0.1478972, 0.1666899, 0.2056641, 0.2859314, 0.4512126, 0.7904960, 1.4939179", \
					  "0.1476595, 0.1673581, 0.2056709, 0.2862132, 0.4510474, 0.7908402, 1.4944058", \
					  "0.1482822, 0.1668024, 0.2056008, 0.2860833, 0.4508852, 0.7902165, 1.4966709", \
					  "0.1483156, 0.1670563, 0.2059914, 0.2869134, 0.4515925, 0.7909200, 1.4930462", \
					  "0.1688286, 0.1861760, 0.2218077, 0.2972753, 0.4557031, 0.7910874, 1.4922380", \
					  "0.2237640, 0.2437107, 0.2832984, 0.3610442, 0.5112528, 0.8218112, 1.4973223");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0273508, 0.0295220, 0.0339405, 0.0426235, 0.0597312, 0.0937987, 0.1624515", \
					  "0.0322679, 0.0344775, 0.0388212, 0.0474979, 0.0645594, 0.0986124, 0.1672799", \
					  "0.0440243, 0.0462808, 0.0506129, 0.0591282, 0.0761029, 0.1100619, 0.1787199", \
					  "0.0635503, 0.0668218, 0.0728044, 0.0839232, 0.1025491, 0.1364125, 0.2049957", \
					  "0.0900596, 0.0947717, 0.1041585, 0.1203460, 0.1483347, 0.1932420, 0.2657933", \
					  "0.1191480, 0.1268454, 0.1413092, 0.1665137, 0.2096962, 0.2783480, 0.3844400", \
					  "0.1313041, 0.1437206, 0.1668721, 0.2082190, 0.2770223, 0.3859678, 0.5506312");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0197891, 0.0222215, 0.0274231, 0.0378332, 0.0588122, 0.1016142, 0.1897007", \
					  "0.0196183, 0.0221355, 0.0272602, 0.0377075, 0.0587432, 0.1015520, 0.1900903", \
					  "0.0216694, 0.0238163, 0.0283425, 0.0380347, 0.0585462, 0.1015897, 0.1898505", \
					  "0.0327381, 0.0348108, 0.0390019, 0.0471957, 0.0641290, 0.1029671, 0.1893255", \
					  "0.0523258, 0.0552418, 0.0613024, 0.0718860, 0.0912668, 0.1252764, 0.1989700", \
					  "0.0867356, 0.0911142, 0.0997779, 0.1152013, 0.1432522, 0.1884296, 0.2643712", \
					  "0.1519813, 0.1585889, 0.1715051, 0.1951899, 0.2356023, 0.3016493, 0.4061306");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.1950032, 0.2094301, 0.2394517, 0.3009470, 0.4266357, 0.6858910, 1.2201836", \
					  "0.1983576, 0.2136127, 0.2437973, 0.3054552, 0.4315620, 0.6908087, 1.2253124", \
					  "0.2106174, 0.2265967, 0.2567147, 0.3187623, 0.4446094, 0.7042456, 1.2391742", \
					  "0.2441168, 0.2588409, 0.2888922, 0.3507918, 0.4772612, 0.7374443, 1.2726642", \
					  "0.3197491, 0.3340127, 0.3644717, 0.4259993, 0.5521679, 0.8120691, 1.3475197", \
					  "0.4870208, 0.5043800, 0.5376971, 0.6012419, 0.7270959, 0.9870511, 1.5223062", \
					  "0.8102549, 0.8353154, 0.8803541, 0.9634844, 1.1197905, 1.3915844, 1.9275266");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.1484775, 0.1670202, 0.2057511, 0.2859729, 0.4504752, 0.7926499, 1.4963055", \
					  "0.1477140, 0.1674168, 0.2057253, 0.2864432, 0.4512838, 0.7906945, 1.4930063", \
					  "0.1477768, 0.1670624, 0.2057179, 0.2866110, 0.4512799, 0.7909742, 1.4931456", \
					  "0.1482058, 0.1671558, 0.2056707, 0.2861809, 0.4509760, 0.7906359, 1.4916597", \
					  "0.1486757, 0.1672057, 0.2059196, 0.2868166, 0.4512724, 0.7911267, 1.4931618", \
					  "0.1766392, 0.1927209, 0.2272094, 0.2995112, 0.4549939, 0.7917273, 1.4938110", \
					  "0.2616423, 0.2805219, 0.3151064, 0.3874989, 0.5268888, 0.8273554, 1.4943444");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0278459, 0.0298924, 0.0339009, 0.0419558, 0.0581184, 0.0907947, 0.1578780", \
					  "0.0328150, 0.0348487, 0.0388746, 0.0469178, 0.0630898, 0.0957889, 0.1629556", \
					  "0.0439281, 0.0460639, 0.0501819, 0.0582263, 0.0743725, 0.1071227, 0.1742066", \
					  "0.0612364, 0.0643822, 0.0705397, 0.0813644, 0.0998996, 0.1330093, 0.2001448", \
					  "0.0830056, 0.0878348, 0.0972958, 0.1138593, 0.1419013, 0.1872252, 0.2599056", \
					  "0.1023945, 0.1103707, 0.1249227, 0.1512825, 0.1957217, 0.2657849, 0.3727092", \
					  "0.0920888, 0.1061650, 0.1302898, 0.1743937, 0.2475254, 0.3595022, 0.5264456");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0175252, 0.0198125, 0.0245736, 0.0344408, 0.0549618, 0.0971436, 0.1846744", \
					  "0.0175003, 0.0197957, 0.0245064, 0.0343682, 0.0549120, 0.0970823, 0.1844767", \
					  "0.0193818, 0.0213846, 0.0256523, 0.0348725, 0.0548833, 0.0972066, 0.1847350", \
					  "0.0295781, 0.0316926, 0.0360949, 0.0443488, 0.0611086, 0.0990435, 0.1847636", \
					  "0.0482508, 0.0514517, 0.0573808, 0.0688039, 0.0890755, 0.1228913, 0.1956168", \
					  "0.0827487, 0.0872951, 0.0961028, 0.1124991, 0.1405306, 0.1868066, 0.2621703", \
					  "0.1497130, 0.1568141, 0.1711958, 0.1939524, 0.2357673, 0.2996226, 0.4034100");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.1569402, 0.1715645, 0.2024011, 0.2634964, 0.3901265, 0.6486548, 1.1831536", \
					  "0.1598032, 0.1743987, 0.2049771, 0.2669522, 0.3934953, 0.6526842, 1.1874949", \
					  "0.1692956, 0.1841580, 0.2148350, 0.2765820, 0.4035752, 0.6640078, 1.1990833", \
					  "0.1993034, 0.2131514, 0.2434225, 0.3052693, 0.4324387, 0.6928944, 1.2288149", \
					  "0.2721762, 0.2858571, 0.3155069, 0.3768078, 0.5023816, 0.7626473, 1.2980284", \
					  "0.4421420, 0.4594496, 0.4927793, 0.5549389, 0.6790720, 0.9366249, 1.4714060", \
					  "0.7410724, 0.7675909, 0.8195583, 0.9086545, 1.0724610, 1.3409879, 1.8685262");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.1883253, 0.2070999, 0.2460231, 0.3257534, 0.4902421, 0.8285416, 1.5308302", \
					  "0.1882411, 0.2070930, 0.2460274, 0.3257662, 0.4900605, 0.8290019, 1.5303318", \
					  "0.1882599, 0.2070577, 0.2459820, 0.3257551, 0.4901316, 0.8292826, 1.5316782", \
					  "0.1878917, 0.2067896, 0.2458005, 0.3257419, 0.4901171, 0.8287647, 1.5323196", \
					  "0.1922616, 0.2096128, 0.2458655, 0.3249237, 0.4901957, 0.8294080, 1.5301411", \
					  "0.2433984, 0.2575822, 0.2872590, 0.3524500, 0.4978408, 0.8290090, 1.5304378", \
					  "0.3834955, 0.4005641, 0.4352386, 0.4999345, 0.6180947, 0.8860808, 1.5348481");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0240189, 0.0257890, 0.0294666, 0.0368491, 0.0520641, 0.0830856, 0.1473283", \
					  "0.0289041, 0.0307835, 0.0344809, 0.0419342, 0.0570435, 0.0883456, 0.1527616", \
					  "0.0389914, 0.0412697, 0.0455096, 0.0531752, 0.0685124, 0.0996944, 0.1640675", \
					  "0.0530255, 0.0564780, 0.0630271, 0.0745453, 0.0939308, 0.1260235, 0.1907601", \
					  "0.0681997, 0.0738624, 0.0842924, 0.1025713, 0.1325162, 0.1792583, 0.2510429", \
					  "0.0755910, 0.0851782, 0.1023742, 0.1321333, 0.1798095, 0.2529484, 0.3624309", \
					  "0.0439267, 0.0605698, 0.0899992, 0.1404157, 0.2196773, 0.3378825, 0.5088683");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0133625, 0.0155184, 0.0201126, 0.0294402, 0.0489444, 0.0891515, 0.1712201", \
					  "0.0134759, 0.0156645, 0.0201304, 0.0294471, 0.0488025, 0.0889718, 0.1721802", \
					  "0.0167361, 0.0185038, 0.0222502, 0.0306419, 0.0490726, 0.0886026, 0.1714753", \
					  "0.0273452, 0.0296532, 0.0339800, 0.0420248, 0.0570209, 0.0916408, 0.1725289", \
					  "0.0466318, 0.0497912, 0.0558767, 0.0671128, 0.0865880, 0.1203975, 0.1849962", \
					  "0.0834054, 0.0875898, 0.0963870, 0.1123099, 0.1393369, 0.1844640, 0.2587371", \
					  "0.1561993, 0.1623385, 0.1750271, 0.1974038, 0.2361853, 0.2999138, 0.4003740");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0743352, 0.0836705, 0.1028225, 0.1410159, 0.2216112, 0.3821176, 0.7114845", \
					  "0.0792619, 0.0885055, 0.1076977, 0.1463867, 0.2261831, 0.3890377, 0.7188948", \
					  "0.0937084, 0.1028732, 0.1216399, 0.1601806, 0.2397824, 0.4004083, 0.7344196", \
					  "0.1265144, 0.1354464, 0.1540352, 0.1924120, 0.2712587, 0.4344942, 0.7699973", \
					  "0.1942567, 0.2053439, 0.2264852, 0.2655803, 0.3441609, 0.5066833, 0.8407133", \
					  "0.3206229, 0.3366699, 0.3661765, 0.4203899, 0.5125500, 0.6751157, 1.0087188", \
					  "0.5459289, 0.5737703, 0.6236776, 0.7050344, 0.8384299, 1.0518381, 1.4003789");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0579891, 0.0698787, 0.0945129, 0.1451699, 0.2489835, 0.4674138, 0.9108652", \
					  "0.0580196, 0.0703758, 0.0945716, 0.1442790, 0.2515092, 0.4739126, 0.9150695", \
					  "0.0580150, 0.0700606, 0.0945404, 0.1443289, 0.2512179, 0.4653350, 0.9155979", \
					  "0.0592573, 0.0705759, 0.0942009, 0.1450852, 0.2522725, 0.4736979, 0.9298038", \
					  "0.0750450, 0.0845885, 0.1051339, 0.1507923, 0.2521452, 0.4655288, 0.9140887", \
					  "0.1115876, 0.1233407, 0.1461944, 0.1930648, 0.2769899, 0.4759519, 0.9146448", \
					  "0.1920850, 0.2066507, 0.2373150, 0.2869756, 0.3811333, 0.5587673, 0.9483708");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0197535, 0.0217589, 0.0257930, 0.0337840, 0.0499998, 0.0830238, 0.1509465", \
					  "0.0244103, 0.0263834, 0.0303690, 0.0383959, 0.0546234, 0.0876707, 0.1554233", \
					  "0.0346011, 0.0370563, 0.0412507, 0.0493348, 0.0654426, 0.0986321, 0.1663486", \
					  "0.0482828, 0.0519331, 0.0588334, 0.0709303, 0.0910122, 0.1243869, 0.1919712", \
					  "0.0635183, 0.0691876, 0.0796148, 0.0984733, 0.1295550, 0.1781940, 0.2519717", \
					  "0.0720810, 0.0803273, 0.0972351, 0.1286798, 0.1771682, 0.2503157, 0.3626038", \
					  "0.0461486, 0.0622731, 0.0913745, 0.1399317, 0.2181118, 0.3373247, 0.5122637");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0147115, 0.0171357, 0.0221131, 0.0323197, 0.0535007, 0.0970264, 0.1872254", \
					  "0.0147828, 0.0170722, 0.0219060, 0.0322652, 0.0533680, 0.0970291, 0.1879328", \
					  "0.0196223, 0.0214508, 0.0255074, 0.0341804, 0.0536284, 0.0971331, 0.1878786", \
					  "0.0311125, 0.0334680, 0.0386812, 0.0478642, 0.0636526, 0.1011044, 0.1879412", \
					  "0.0505078, 0.0548628, 0.0627285, 0.0759543, 0.0982674, 0.1329789, 0.2038589", \
					  "0.0873821, 0.0952947, 0.1078147, 0.1272497, 0.1588235, 0.2108320, 0.2889102", \
					  "0.1581714, 0.1682702, 0.1885054, 0.2190357, 0.2698680, 0.3439977, 0.4553608");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0605793, 0.0701869, 0.0892949, 0.1287043, 0.2066803, 0.3687171, 0.7032673", \
					  "0.0643859, 0.0735872, 0.0929703, 0.1326066, 0.2109507, 0.3723912, 0.7046955", \
					  "0.0767208, 0.0858750, 0.1051709, 0.1432288, 0.2228785, 0.3842072, 0.7198301", \
					  "0.1100251, 0.1184437, 0.1367198, 0.1745352, 0.2532139, 0.4144793, 0.7497170", \
					  "0.1796861, 0.1908858, 0.2141231, 0.2526581, 0.3292823, 0.4900552, 0.8251300", \
					  "0.2990998, 0.3191039, 0.3570788, 0.4166332, 0.5103928, 0.6727766, 0.9911584", \
					  "0.5192436, 0.5515004, 0.6093739, 0.7051125, 0.8558532, 1.0840908, 1.4227303");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0579379, 0.0698572, 0.0941832, 0.1453125, 0.2495181, 0.4647659, 0.9177454", \
					  "0.0585829, 0.0697178, 0.0941511, 0.1448778, 0.2520045, 0.4659899, 0.9149548", \
					  "0.0583203, 0.0702981, 0.0943322, 0.1443278, 0.2497607, 0.4659229, 0.9146355", \
					  "0.0627631, 0.0728361, 0.0951726, 0.1457846, 0.2494692, 0.4647387, 0.9137008", \
					  "0.0914916, 0.1026337, 0.1173299, 0.1570691, 0.2535756, 0.4657796, 0.9152810", \
					  "0.1523256, 0.1648493, 0.1849988, 0.2249038, 0.2978396, 0.4803956, 0.9145472", \
					  "0.2595148, 0.2776396, 0.3111358, 0.3675842, 0.4599702, 0.6115192, 0.9684364");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0156119, 0.0172558, 0.0206886, 0.0276939, 0.0419627, 0.0713689, 0.1321564", \
					  "0.0201763, 0.0218841, 0.0253349, 0.0322011, 0.0465073, 0.0759543, 0.1368781", \
					  "0.0273939, 0.0299755, 0.0349003, 0.0431717, 0.0575285, 0.0865494, 0.1478681", \
					  "0.0354805, 0.0396457, 0.0473610, 0.0601409, 0.0806728, 0.1123843, 0.1728248", \
					  "0.0410773, 0.0476690, 0.0598360, 0.0797712, 0.1115980, 0.1598587, 0.2317307", \
					  "0.0313250, 0.0432595, 0.0627482, 0.0942570, 0.1451004, 0.2212404, 0.3300940", \
					  "-0.0284561, -0.0094384, 0.0243504, 0.0786843, 0.1614333, 0.2801432, 0.4498399");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00103518, 0.0021432, 0.00443721, 0.00918664, 0.0190197, 0.0393777");
					values("0.0102933, 0.0124567, 0.0169421, 0.0261287, 0.0450462, 0.0850335, 0.1660961", \
					  "0.0112524, 0.0131464, 0.0171620, 0.0260546, 0.0450339, 0.0849338, 0.1666531", \
					  "0.0172460, 0.0192829, 0.0227321, 0.0297110, 0.0464507, 0.0849237, 0.1665497", \
					  "0.0283526, 0.0310845, 0.0359929, 0.0449080, 0.0596167, 0.0911016, 0.1663891", \
					  "0.0491431, 0.0531629, 0.0600490, 0.0735883, 0.0943323, 0.1265998, 0.1872968", \
					  "0.0891992, 0.0947660, 0.1064075, 0.1245509, 0.1536534, 0.2007839, 0.2731224", \
					  "0.1649048, 0.1746197, 0.1912359, 0.2199152, 0.2645259, 0.3337897, 0.4414937");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002233;
			capacitance : 0.002147;
			fall_capacitance : 0.002061;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026661, -0.0026655, -0.0026642, -0.0026634, -0.0026617, -0.0026578, -0.0026487");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026871, 0.0026824, 0.0026714, 0.0026698, 0.0026662, 0.0026579, 0.0026387");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002119;
			capacitance : 0.002247;
			rise_capacitance : 0.002376;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027484, -0.0027467, -0.0027428, -0.0027429, -0.0027433, -0.0027442, -0.0027461");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027595, 0.0027539, 0.0027411, 0.0027419, 0.0027436, 0.0027475, 0.0027565");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002006;
			capacitance : 0.002146;
			rise_capacitance : 0.002287;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025295, -0.0025288, -0.0025274, -0.0025264, -0.0025241, -0.0025188, -0.0025066");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025266, 0.0025284, 0.0025326, 0.0025312, 0.0025282, 0.0025212, 0.0025050");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002126;
			capacitance : 0.002217;
			rise_capacitance : 0.002308;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0004951, -0.0005049, -0.0005276, -0.0005139, -0.0004823, -0.0004094, -0.0002414");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032040, 0.0032026, 0.0031991, 0.0032004, 0.0032034, 0.0032103, 0.0032261");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002141;
			capacitance : 0.002281;
			rise_capacitance : 0.002421;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0004115, -0.0004239, -0.0004524, -0.0004380, -0.0004049, -0.0003286, -0.0001527");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031457, 0.0031451, 0.0031438, 0.0031446, 0.0031466, 0.0031512, 0.0031618");
				}
			}
		}
	}
	cell ("scs8hd_o32ai_2") {
		area : 16.265600;
		cell_footprint : "o32ai";
		cell_leakage_power : 1.024779e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "9.6127242e-05";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0122178";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0003874";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "9.5997605e-05";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014442";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "6.8676910e-05";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014454";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007695";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007688";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "6.6432875e-05";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007700";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007692";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "9.3315946e-05";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014416";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "6.9058982e-05";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014428";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007669";
			when : "A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "9.4069507e-05";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014416";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "6.9045464e-05";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014428";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007669";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007692";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "6.8502624e-05";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007703";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "9.4463757e-05";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0014415";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "7.4354314e-05";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0014430";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007669";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0007680";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "6.9029804e-05";
			when : "A1&A2&!A3&!B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1&!B2)";
			max_capacitance : 0.076914;
			max_transition : 1.547588;
			internal_power () {
				related_pin : "B2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("-0.0011921, -0.0019533, -0.0037356, -0.0079404, -0.0178135, -0.0407442, -0.0938838", \
					  "-0.0013476, -0.0020669, -0.0038028, -0.0079497, -0.0177599, -0.0406339, -0.0937628", \
					  "-0.0015651, -0.0022799, -0.0039733, -0.0080099, -0.0177519, -0.0405702, -0.0936450", \
					  "-0.0019598, -0.0026781, -0.0043824, -0.0084027, -0.0179960, -0.0406989, -0.0937051", \
					  "-0.0020162, -0.0027660, -0.0045233, -0.0085950, -0.0183336, -0.0409649, -0.0938618", \
					  "-0.0022361, -0.0030313, -0.0048597, -0.0090424, -0.0187040, -0.0413523, -0.0942627", \
					  "-0.0022199, -0.0030609, -0.0049711, -0.0093041, -0.0192009, -0.0418677, -0.0946234");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0059876, 0.0068808, 0.0088532, 0.0132899, 0.0232530, 0.0462177, 0.0989850", \
					  "0.0056603, 0.0065037, 0.0084842, 0.0129738, 0.0230570, 0.0460942, 0.0987028", \
					  "0.0053541, 0.0062015, 0.0081160, 0.0126493, 0.0227751, 0.0458474, 0.0985415", \
					  "0.0052669, 0.0060806, 0.0079658, 0.0123718, 0.0223593, 0.0452559, 0.0981972", \
					  "0.0051736, 0.0059679, 0.0078686, 0.0121372, 0.0221087, 0.0452531, 0.0978018", \
					  "0.0054879, 0.0062652, 0.0081011, 0.0123383, 0.0222292, 0.0451664, 0.0979896", \
					  "0.0056423, 0.0064108, 0.0081609, 0.0126351, 0.0234217, 0.0451589, 0.0982642");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0220088, 0.0228110, 0.0246678, 0.0289739, 0.0388889, 0.0617170, 0.1142645", \
					  "0.0217264, 0.0225510, 0.0244548, 0.0287898, 0.0387277, 0.0615987, 0.1141155", \
					  "0.0214478, 0.0222621, 0.0241726, 0.0285437, 0.0384995, 0.0614784, 0.1141533", \
					  "0.0212208, 0.0220659, 0.0239368, 0.0282616, 0.0382913, 0.0612238, 0.1139142", \
					  "0.0210232, 0.0218359, 0.0236988, 0.0280448, 0.0379882, 0.0609619, 0.1137997", \
					  "0.0209678, 0.0217544, 0.0236659, 0.0279692, 0.0379185, 0.0608147, 0.1135924", \
					  "0.0205941, 0.0215402, 0.0235395, 0.0278634, 0.0378825, 0.0607677, 0.1134099");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0083458, 0.0075456, 0.0057049, 0.0014466, -0.0083589, -0.0311278, -0.0840579", \
					  "0.0082028, 0.0074079, 0.0055759, 0.0013174, -0.0084851, -0.0312577, -0.0841914", \
					  "0.0080681, 0.0072731, 0.0054333, 0.0011803, -0.0086296, -0.0313881, -0.0843177", \
					  "0.0079006, 0.0071255, 0.0052905, 0.0010612, -0.0087225, -0.0314924, -0.0844459", \
					  "0.0078470, 0.0070549, 0.0052216, 0.0010181, -0.0087610, -0.0314733, -0.0843908", \
					  "0.0081129, 0.0073123, 0.0054711, 0.0012169, -0.0086731, -0.0317351, -0.0846079", \
					  "0.0082773, 0.0074866, 0.0056764, 0.0013944, -0.0085339, -0.0313193, -0.0846266");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0191432, 0.0199584, 0.0218636, 0.0261685, 0.0360707, 0.0588643, 0.1114306", \
					  "0.0188634, 0.0196890, 0.0215976, 0.0259487, 0.0358626, 0.0586614, 0.1113256", \
					  "0.0185653, 0.0193808, 0.0212721, 0.0256277, 0.0356495, 0.0585696, 0.1113288", \
					  "0.0183317, 0.0191770, 0.0210399, 0.0253971, 0.0354107, 0.0583597, 0.1111507", \
					  "0.0181374, 0.0189390, 0.0208049, 0.0251527, 0.0350937, 0.0580447, 0.1108970", \
					  "0.0180874, 0.0188884, 0.0207603, 0.0251202, 0.0350587, 0.0579899, 0.1107124", \
					  "0.0180430, 0.0188379, 0.0206928, 0.0250050, 0.0349309, 0.0580543, 0.1107895");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0068938, 0.0061036, 0.0042817, 3.8900000e-05, -0.0098055, -0.0326896, -0.0857224", \
					  "0.0068540, 0.0060702, 0.0042355, 1.0500000e-05, -0.0098302, -0.0327035, -0.0857232", \
					  "0.0067213, 0.0059408, 0.0041295, -7.0400000e-05, -0.0098864, -0.0327257, -0.0857502", \
					  "0.0064660, 0.0057153, 0.0039307, -0.0002332, -0.0099980, -0.0328124, -0.0858184", \
					  "0.0064161, 0.0056480, 0.0038463, -0.0004540, -0.0102246, -0.0329239, -0.0858625", \
					  "0.0062478, 0.0054659, 0.0036396, -0.0005241, -0.0103765, -0.0332626, -0.0860972", \
					  "0.0062451, 0.0054442, 0.0035809, -0.0006673, -0.0104821, -0.0332837, -0.0862339");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0193158, 0.0201077, 0.0220009, 0.0263299, 0.0362253, 0.0590424, 0.1116177", \
					  "0.0189026, 0.0197439, 0.0216365, 0.0260218, 0.0360039, 0.0588901, 0.1115303", \
					  "0.0184327, 0.0192725, 0.0211967, 0.0256217, 0.0356873, 0.0586764, 0.1113666", \
					  "0.0182542, 0.0190756, 0.0209276, 0.0251872, 0.0352941, 0.0583299, 0.1111270", \
					  "0.0179533, 0.0187694, 0.0206411, 0.0249682, 0.0349290, 0.0579079, 0.1107740", \
					  "0.0180268, 0.0188491, 0.0206905, 0.0249799, 0.0348510, 0.0576972, 0.1105210", \
					  "0.0185273, 0.0192851, 0.0212281, 0.0255110, 0.0352972, 0.0580627, 0.1102958");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0045217, 0.0037477, 0.0019429, -0.0022968, -0.0121845, -0.0351260, -0.0882607", \
					  "0.0043845, 0.0036490, 0.0018913, -0.0022934, -0.0121225, -0.0350220, -0.0881514", \
					  "0.0041846, 0.0034635, 0.0017411, -0.0023520, -0.0121077, -0.0349587, -0.0880368", \
					  "0.0038584, 0.0031451, 0.0014535, -0.0025928, -0.0122315, -0.0349766, -0.0880047", \
					  "0.0037808, 0.0030259, 0.0012671, -0.0027910, -0.0125299, -0.0351486, -0.0880610", \
					  "0.0035115, 0.0027327, 0.0009562, -0.0031601, -0.0128166, -0.0355197, -0.0883045", \
					  "0.0035650, 0.0027520, 0.0009184, -0.0033850, -0.0131155, -0.0358022, -0.0885452");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0088288, 0.0097096, 0.0116735, 0.0161547, 0.0262079, 0.0490333, 0.1018415", \
					  "0.0085520, 0.0094208, 0.0113506, 0.0158574, 0.0258464, 0.0487659, 0.1021737", \
					  "0.0083251, 0.0091649, 0.0110765, 0.0154752, 0.0255934, 0.0486780, 0.1011863", \
					  "0.0081830, 0.0090077, 0.0109100, 0.0152237, 0.0251625, 0.0481616, 0.1010534", \
					  "0.0080320, 0.0088308, 0.0106934, 0.0150197, 0.0250164, 0.0477886, 0.1006163", \
					  "0.0080117, 0.0088073, 0.0107055, 0.0149660, 0.0248275, 0.0478699, 0.1003413", \
					  "0.0075702, 0.0083739, 0.0102273, 0.0144985, 0.0247433, 0.0478373, 0.1004431");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001157381, 0.002679059, 0.006201382, 0.01435472, 0.03322774, 0.07691427");
					values("0.0012683, 0.0004818, -0.0013390, -0.0055626, -0.0153899, -0.0382358, -0.0912940", \
					  "0.0011122, 0.0003312, -0.0014803, -0.0056920, -0.0155062, -0.0383368, -0.0913746", \
					  "0.0009210, 0.0001499, -0.0016349, -0.0058021, -0.0155844, -0.0384185, -0.0914257", \
					  "0.0005926, -0.0001750, -0.0019374, -0.0060564, -0.0157923, -0.0385619, -0.0915795", \
					  "0.0006008, -0.0001740, -0.0019301, -0.0061055, -0.0160328, -0.0387223, -0.0916454", \
					  "0.0004956, -0.0002676, -0.0022499, -0.0064490, -0.0163615, -0.0390728, -0.0919977", \
					  "0.0003744, -0.0004194, -0.0022802, -0.0065485, -0.0164148, -0.0394962, -0.0922466");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.2081739, 0.2170731, 0.2378354, 0.2865794, 0.3965583, 0.6493422, 1.2309643", \
					  "0.2123745, 0.2218601, 0.2428490, 0.2910476, 0.4025466, 0.6546529, 1.2364044", \
					  "0.2249587, 0.2339060, 0.2554675, 0.3044012, 0.4151390, 0.6686512, 1.2509047", \
					  "0.2542978, 0.2640062, 0.2853431, 0.3341574, 0.4451395, 0.6992424, 1.2826277", \
					  "0.3203467, 0.3294352, 0.3508865, 0.3986894, 0.5096314, 0.7635256, 1.3468747", \
					  "0.4566885, 0.4663420, 0.4897122, 0.5409926, 0.6520777, 0.9052381, 1.4883242", \
					  "0.7138982, 0.7287832, 0.7572556, 0.8183519, 0.9506810, 1.2244484, 1.8087239");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.1390652, 0.1510481, 0.1784098, 0.2418693, 0.3866201, 0.7199406, 1.4901876", \
					  "0.1391418, 0.1511360, 0.1783187, 0.2415374, 0.3868398, 0.7191612, 1.4904878", \
					  "0.1390579, 0.1510474, 0.1787875, 0.2418441, 0.3866522, 0.7203665, 1.4873766", \
					  "0.1390373, 0.1517602, 0.1787120, 0.2413864, 0.3869357, 0.7203330, 1.4899508", \
					  "0.1395365, 0.1513525, 0.1790150, 0.2415327, 0.3865034, 0.7199290, 1.4892765", \
					  "0.1593442, 0.1707416, 0.1968301, 0.2553542, 0.3940505, 0.7201930, 1.4927385", \
					  "0.2088414, 0.2229343, 0.2508651, 0.3141085, 0.4519085, 0.7574643, 1.4950143");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0302683, 0.0319616, 0.0355983, 0.0437266, 0.0614100, 0.0999707, 0.1860379", \
					  "0.0351258, 0.0367183, 0.0404372, 0.0485141, 0.0661747, 0.1047095, 0.1907718", \
					  "0.0466348, 0.0483061, 0.0519722, 0.0598927, 0.0773451, 0.1158020, 0.2018838", \
					  "0.0663881, 0.0687054, 0.0737654, 0.0837721, 0.1030411, 0.1413369, 0.2273506", \
					  "0.0928465, 0.0962403, 0.1038700, 0.1183567, 0.1464391, 0.1963627, 0.2858207", \
					  "0.1219283, 0.1269596, 0.1377554, 0.1605493, 0.2037284, 0.2794600, 0.4048036", \
					  "0.1289153, 0.1374797, 0.1555016, 0.1927310, 0.2607429, 0.3806490, 0.5738997");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0229040, 0.0246987, 0.0288964, 0.0384366, 0.0600550, 0.1089869, 0.2221132", \
					  "0.0228182, 0.0245602, 0.0287398, 0.0382930, 0.0598689, 0.1089176, 0.2221062", \
					  "0.0243201, 0.0258052, 0.0296572, 0.0384725, 0.0596126, 0.1088825, 0.2220201", \
					  "0.0348717, 0.0363983, 0.0397238, 0.0472060, 0.0646173, 0.1097279, 0.2216849", \
					  "0.0550021, 0.0569067, 0.0615587, 0.0711379, 0.0910254, 0.1309359, 0.2283142", \
					  "0.0904002, 0.0932830, 0.0996421, 0.1134550, 0.1408098, 0.1924555, 0.2877358", \
					  "0.1562288, 0.1605944, 0.1706978, 0.1916202, 0.2325041, 0.3056103, 0.4314032");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.1949439, 0.2041369, 0.2258803, 0.2740442, 0.3845142, 0.6376231, 1.2192416", \
					  "0.1989500, 0.2082052, 0.2287841, 0.2779790, 0.3883396, 0.6416162, 1.2233772", \
					  "0.2101314, 0.2191455, 0.2402096, 0.2899502, 0.4007719, 0.6542756, 1.2366524", \
					  "0.2408571, 0.2506165, 0.2718922, 0.3205305, 0.4314483, 0.6857819, 1.2689882", \
					  "0.3141684, 0.3236607, 0.3453244, 0.3938088, 0.5041048, 0.7588625, 1.3419500", \
					  "0.4756495, 0.4855715, 0.5094062, 0.5629114, 0.6733614, 0.9268998, 1.5100897", \
					  "0.7799076, 0.7941411, 0.8282753, 0.8996389, 1.0400979, 1.3186190, 1.9027022");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.1390180, 0.1508554, 0.1789160, 0.2416730, 0.3870048, 0.7207667, 1.4904168", \
					  "0.1391551, 0.1511902, 0.1784921, 0.2419580, 0.3866578, 0.7199395, 1.4897448", \
					  "0.1390493, 0.1510553, 0.1784619, 0.2417741, 0.3865324, 0.7203599, 1.4877871", \
					  "0.1390306, 0.1512975, 0.1784282, 0.2419996, 0.3871654, 0.7202942, 1.4910104", \
					  "0.1400058, 0.1516549, 0.1787846, 0.2421798, 0.3865840, 0.7203345, 1.4917061", \
					  "0.1698297, 0.1799475, 0.2034149, 0.2603817, 0.3935559, 0.7205866, 1.4891389", \
					  "0.2503186, 0.2627847, 0.2927929, 0.3517504, 0.4760968, 0.7654942, 1.4935621");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0308976, 0.0323976, 0.0358313, 0.0433432, 0.0598630, 0.0970013, 0.1816103", \
					  "0.0357164, 0.0372852, 0.0406440, 0.0481847, 0.0647241, 0.1018571, 0.1865198", \
					  "0.0466767, 0.0482536, 0.0517063, 0.0592303, 0.0757844, 0.1129325, 0.1976864", \
					  "0.0643320, 0.0666688, 0.0715068, 0.0815074, 0.1005417, 0.1380524, 0.2229598", \
					  "0.0855659, 0.0890445, 0.0965912, 0.1120020, 0.1405265, 0.1910808, 0.2807933", \
					  "0.1022626, 0.1075786, 0.1204059, 0.1442974, 0.1892534, 0.2671910, 0.3963382", \
					  "0.0862177, 0.0951778, 0.1151662, 0.1562094, 0.2283102, 0.3535269, 0.5541083");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0200283, 0.0215804, 0.0254314, 0.0343765, 0.0552933, 0.1039769, 0.2163311", \
					  "0.0199068, 0.0215618, 0.0254286, 0.0344200, 0.0552537, 0.1039756, 0.2165321", \
					  "0.0212574, 0.0226976, 0.0262452, 0.0346931, 0.0553046, 0.1038962, 0.2163968", \
					  "0.0311388, 0.0326784, 0.0361459, 0.0436744, 0.0609156, 0.1052408, 0.2163318", \
					  "0.0501761, 0.0523260, 0.0570414, 0.0672651, 0.0877805, 0.1278084, 0.2236321", \
					  "0.0859742, 0.0891590, 0.0956883, 0.1101731, 0.1391150, 0.1913679, 0.2870258", \
					  "0.1535990, 0.1583167, 0.1692210, 0.1918118, 0.2328427, 0.3067275, 0.4328845");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.1549272, 0.1643490, 0.1854894, 0.2337158, 0.3445522, 0.5973857, 1.1789796", \
					  "0.1560154, 0.1652881, 0.1870453, 0.2359399, 0.3473279, 0.6007989, 1.1830389", \
					  "0.1640609, 0.1738694, 0.1957650, 0.2449348, 0.3570124, 0.6113717, 1.1944717", \
					  "0.1933158, 0.2024150, 0.2232845, 0.2709242, 0.3842060, 0.6394801, 1.2235585", \
					  "0.2642348, 0.2732620, 0.2941015, 0.3428770, 0.4531016, 0.7076759, 1.2917660", \
					  "0.4216259, 0.4341110, 0.4595887, 0.5111732, 0.6196643, 0.8713320, 1.4539046", \
					  "0.6987733, 0.7154026, 0.7520777, 0.8306852, 0.9852913, 1.2616487, 1.8341161");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.1950090, 0.2066023, 0.2340170, 0.2968716, 0.4412882, 0.7733578, 1.5400546", \
					  "0.1947502, 0.2065657, 0.2338909, 0.2968721, 0.4413684, 0.7733185, 1.5414452", \
					  "0.1946649, 0.2066610, 0.2338226, 0.2968790, 0.4412849, 0.7732059, 1.5412734", \
					  "0.1940113, 0.2061392, 0.2336570, 0.2968673, 0.4412602, 0.7732305, 1.5392655", \
					  "0.1977896, 0.2087061, 0.2348813, 0.2958266, 0.4411835, 0.7731529, 1.5416017", \
					  "0.2539895, 0.2620140, 0.2833753, 0.3334936, 0.4563546, 0.7727997, 1.5418171", \
					  "0.3906859, 0.4007405, 0.4262973, 0.4810950, 0.5959112, 0.8473232, 1.5475878");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0270849, 0.0284399, 0.0315944, 0.0385378, 0.0541483, 0.0902219, 0.1734720", \
					  "0.0317869, 0.0332137, 0.0364756, 0.0434357, 0.0591635, 0.0953554, 0.1782552", \
					  "0.0417567, 0.0434195, 0.0470859, 0.0543485, 0.0704037, 0.1065172, 0.1901116", \
					  "0.0553909, 0.0580346, 0.0635901, 0.0746542, 0.0947552, 0.1321077, 0.2155388", \
					  "0.0691275, 0.0732615, 0.0824009, 0.1001917, 0.1313042, 0.1842594, 0.2744634", \
					  "0.0732365, 0.0800225, 0.0942368, 0.1230353, 0.1734410, 0.2564477, 0.3887767", \
					  "0.0329012, 0.0446521, 0.0693678, 0.1174686, 0.1999160, 0.3346784, 0.5417192");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0146916, 0.0162571, 0.0200724, 0.0289514, 0.0494438, 0.0967139, 0.2067550", \
					  "0.0147612, 0.0163131, 0.0200716, 0.0288714, 0.0493812, 0.0970879, 0.2061726", \
					  "0.0172806, 0.0185868, 0.0217851, 0.0299204, 0.0496338, 0.0966481, 0.2071362", \
					  "0.0278388, 0.0294220, 0.0330394, 0.0408299, 0.0571970, 0.0990923, 0.2064723", \
					  "0.0478053, 0.0500578, 0.0547115, 0.0650784, 0.0860007, 0.1244529, 0.2162608", \
					  "0.0851449, 0.0884426, 0.0956554, 0.1098439, 0.1384203, 0.1899040, 0.2823315", \
					  "0.1589435, 0.1633443, 0.1734290, 0.1943531, 0.2346433, 0.3070286, 0.4325937");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0807268, 0.0875031, 0.1031462, 0.1380984, 0.2167353, 0.3942379, 0.8052800", \
					  "0.0855527, 0.0921816, 0.1075308, 0.1426289, 0.2208157, 0.4000076, 0.8172547", \
					  "0.0996972, 0.1062764, 0.1213328, 0.1558558, 0.2347776, 0.4152606, 0.8262839", \
					  "0.1337512, 0.1401462, 0.1549275, 0.1890570, 0.2667718, 0.4465984, 0.8592212", \
					  "0.2035940, 0.2114540, 0.2284908, 0.2635570, 0.3411375, 0.5210161, 0.9330906", \
					  "0.3314032, 0.3430103, 0.3685303, 0.4162978, 0.5101580, 0.6918562, 1.1040640", \
					  "0.5613351, 0.5809487, 0.6221134, 0.6995389, 0.8366364, 1.0756021, 1.4994309");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0552847, 0.0639014, 0.0829741, 0.1291388, 0.2350690, 0.4709541, 1.0251100", \
					  "0.0552776, 0.0637476, 0.0830249, 0.1291690, 0.2315159, 0.4713611, 1.0427704", \
					  "0.0554176, 0.0638068, 0.0831811, 0.1282789, 0.2328557, 0.4734050, 1.0235565", \
					  "0.0558782, 0.0640799, 0.0833072, 0.1278680, 0.2315143, 0.4711082, 1.0260046", \
					  "0.0697414, 0.0767069, 0.0931320, 0.1336080, 0.2337989, 0.4703060, 1.0240337", \
					  "0.1041930, 0.1129843, 0.1321201, 0.1732706, 0.2589982, 0.4786460, 1.0315931", \
					  "0.1814594, 0.1927915, 0.2172591, 0.2660320, 0.3613669, 0.5616492, 1.0561386");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0181101, 0.0194573, 0.0224682, 0.0290568, 0.0435574, 0.0760344, 0.1500518", \
					  "0.0227323, 0.0240198, 0.0269513, 0.0334713, 0.0479484, 0.0803754, 0.1544697", \
					  "0.0321480, 0.0338289, 0.0373725, 0.0444307, 0.0586393, 0.0907472, 0.1647645", \
					  "0.0436906, 0.0462293, 0.0512267, 0.0619738, 0.0817859, 0.1158737, 0.1887472", \
					  "0.0540726, 0.0579434, 0.0661256, 0.0825170, 0.1128174, 0.1638268, 0.2470546", \
					  "0.0531784, 0.0595075, 0.0723483, 0.0983259, 0.1458302, 0.2228220, 0.3504573", \
					  "0.0058654, 0.0161556, 0.0378888, 0.0805892, 0.1568405, 0.2820542, 0.4783136");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0139589, 0.0155075, 0.0190234, 0.0270629, 0.0455355, 0.0883590, 0.1875696", \
					  "0.0139676, 0.0154275, 0.0187997, 0.0266955, 0.0454089, 0.0882373, 0.1877668", \
					  "0.0189721, 0.0203097, 0.0229837, 0.0295510, 0.0462300, 0.0882634, 0.1877487", \
					  "0.0290938, 0.0310081, 0.0353171, 0.0436066, 0.0584274, 0.0933102, 0.1878667", \
					  "0.0477480, 0.0507065, 0.0570400, 0.0695273, 0.0903245, 0.1277371, 0.2054299", \
					  "0.0824804, 0.0877790, 0.0965246, 0.1148400, 0.1461163, 0.2025689, 0.2898967", \
					  "0.1464559, 0.1543100, 0.1704008, 0.1997388, 0.2498079, 0.3295737, 0.4597099");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0556426, 0.0626013, 0.0780387, 0.1127421, 0.1910565, 0.3705176, 0.7815549", \
					  "0.0586694, 0.0654953, 0.0811618, 0.1160761, 0.1947595, 0.3755190, 0.7893038", \
					  "0.0704674, 0.0769028, 0.0921010, 0.1272725, 0.2062423, 0.3860491, 0.8001889", \
					  "0.1034457, 0.1094603, 0.1238415, 0.1576461, 0.2347658, 0.4135513, 0.8299929", \
					  "0.1658344, 0.1754394, 0.1953103, 0.2331431, 0.3093528, 0.4894514, 0.9039500", \
					  "0.2737747, 0.2880678, 0.3190463, 0.3781470, 0.4815492, 0.6604017, 1.0698723", \
					  "0.4638347, 0.4879973, 0.5371965, 0.6294047, 0.7889971, 1.0465382, 1.4713956");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0551131, 0.0635925, 0.0830767, 0.1279860, 0.2314251, 0.4706163, 1.0231687", \
					  "0.0549817, 0.0634453, 0.0828867, 0.1278772, 0.2320175, 0.4706093, 1.0311759", \
					  "0.0543574, 0.0630029, 0.0826353, 0.1288778, 0.2350449, 0.4736576, 1.0289648", \
					  "0.0597824, 0.0670740, 0.0842094, 0.1274100, 0.2341261, 0.4717231, 1.0233494", \
					  "0.0883528, 0.0954863, 0.1109665, 0.1432639, 0.2350903, 0.4776908, 1.0260037", \
					  "0.1451291, 0.1538756, 0.1738084, 0.2126649, 0.2887448, 0.4868106, 1.0357191", \
					  "0.2441881, 0.2596415, 0.2881101, 0.3456742, 0.4475705, 0.6237694, 1.0686192");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0156449, 0.0169246, 0.0198330, 0.0263297, 0.0411074, 0.0752455, 0.1541360", \
					  "0.0202147, 0.0215111, 0.0244136, 0.0309154, 0.0457928, 0.0798439, 0.1586632", \
					  "0.0273576, 0.0294317, 0.0336907, 0.0416853, 0.0568157, 0.0908730, 0.1693002", \
					  "0.0351944, 0.0384494, 0.0450664, 0.0577488, 0.0798569, 0.1162797, 0.1949749", \
					  "0.0400604, 0.0451317, 0.0557603, 0.0754777, 0.1096106, 0.1654739, 0.2533554", \
					  "0.0294393, 0.0382744, 0.0556902, 0.0861569, 0.1406253, 0.2277922, 0.3626189", \
					  "-0.0324306, -0.0170841, 0.0117860, 0.0643273, 0.1544577, 0.2918504, 0.5000816");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00115738, 0.00267906, 0.00620138, 0.0143547, 0.0332277, 0.0769143");
					values("0.0102617, 0.0118753, 0.0156297, 0.0244491, 0.0445822, 0.0912003, 0.1984510", \
					  "0.0111842, 0.0125966, 0.0159845, 0.0243725, 0.0445091, 0.0915840, 0.1977854", \
					  "0.0169169, 0.0184521, 0.0217706, 0.0281578, 0.0456526, 0.0916116, 0.1978088", \
					  "0.0274917, 0.0295183, 0.0342228, 0.0427497, 0.0590994, 0.0964084, 0.1985659", \
					  "0.0478774, 0.0512194, 0.0581889, 0.0699951, 0.0920936, 0.1311711, 0.2144060", \
					  "0.0863871, 0.0913743, 0.1011996, 0.1200181, 0.1544573, 0.2084367, 0.2977631", \
					  "0.1587837, 0.1669048, 0.1839328, 0.2108319, 0.2611487, 0.3400177, 0.4719831");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003946;
			capacitance : 0.004129;
			rise_capacitance : 0.004311;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0053302, -0.0053281, -0.0053232, -0.0053209, -0.0053156, -0.0053034, -0.0052752");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053378, 0.0053415, 0.0053501, 0.0053526, 0.0053585, 0.0053720, 0.0054031");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003785;
			capacitance : 0.004033;
			rise_capacitance : 0.004282;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052440, -0.0052441, -0.0052443, -0.0052418, -0.0052360, -0.0052226, -0.0051917");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052644, 0.0052643, 0.0052641, 0.0052649, 0.0052669, 0.0052713, 0.0052816");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003823;
			capacitance : 0.004109;
			rise_capacitance : 0.004395;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052763, -0.0052749, -0.0052717, -0.0052717, -0.0052717, -0.0052718, -0.0052721");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053044, 0.0053015, 0.0052949, 0.0052949, 0.0052948, 0.0052945, 0.0052939");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003915;
			capacitance : 0.004142;
			rise_capacitance : 0.004370;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0001977, 0.0001810, 0.0001423, 0.0001741, 0.0002474, 0.0004164, 0.0008058");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063233, 0.0063215, 0.0063173, 0.0063195, 0.0063245, 0.0063362, 0.0063630");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004277;
			capacitance : 0.004034;
			fall_capacitance : 0.003791;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002660, 0.0002436, 0.0001918, 0.0002235, 0.0002965, 0.0004649, 0.0008531");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0061396, 0.0061394, 0.0061388, 0.0061370, 0.0061329, 0.0061235, 0.0061017");
				}
			}
		}
	}
	cell ("scs8hd_o32ai_4") {
		area : 27.526400;
		cell_footprint : "o32ai";
		cell_leakage_power : 6.527121e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007144";
			when : "!A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0220174";
			when : "!A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0007672";
			when : "!A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0007647";
			when : "!A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0028798";
			when : "!A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001554";
			when : "!A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028771";
			when : "!A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0018100";
			when : "!A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0018107";
			when : "!A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001558";
			when : "!A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0018048";
			when : "!A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0005640";
			when : "!A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0028772";
			when : "!A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001549";
			when : "!A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028765";
			when : "!A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0018071";
			when : "!A1&A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0019290";
			when : "A1&!A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001546";
			when : "A1&!A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0019670";
			when : "A1&!A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0006818";
			when : "A1&!A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0028771";
			when : "A1&!A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001550";
			when : "A1&!A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0028757";
			when : "A1&!A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0018074";
			when : "A1&!A2&A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0372754";
			when : "A1&A2&!A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001554";
			when : "A1&A2&!A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0358475";
			when : "A1&A2&!A3&B1&B2";
		}
		leakage_power () {
			value : "0.0497900";
			when : "A1&A2&!A3&B1&!B2";
		}
		leakage_power () {
			value : "0.0028773";
			when : "A1&A2&A3&!B1&B2";
		}
		leakage_power () {
			value : "0.0001548";
			when : "A1&A2&A3&!B1&!B2";
		}
		leakage_power () {
			value : "0.0247631";
			when : "A1&A2&A3&B1&B2";
		}
		leakage_power () {
			value : "0.0015197";
			when : "A1&A2&A3&B1&!B2";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3) | (!B1&!B2)";
			max_capacitance : 0.130930;
			max_transition : 1.542455;
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0361053, 0.0370380, 0.0394159, 0.0454248, 0.0604619, 0.0983428, 0.1937379", \
					  "0.0355669, 0.0365111, 0.0389057, 0.0449630, 0.0600686, 0.0980315, 0.1933696", \
					  "0.0351244, 0.0359953, 0.0384314, 0.0444703, 0.0597007, 0.0977219, 0.1932270", \
					  "0.0345363, 0.0354684, 0.0379103, 0.0439882, 0.0592821, 0.0974518, 0.1928153", \
					  "0.0341194, 0.0350587, 0.0374534, 0.0435104, 0.0586316, 0.0967393, 0.1924219", \
					  "0.0340672, 0.0350093, 0.0373963, 0.0434575, 0.0585917, 0.0966756, 0.1921941", \
					  "0.0339302, 0.0348754, 0.0372329, 0.0432820, 0.0584081, 0.0967526, 0.1920825");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0137342, 0.0128118, 0.0104889, 0.0045962, -0.0103378, -0.0482790, -0.1443851", \
					  "0.0136517, 0.0127249, 0.0104048, 0.0045365, -0.0103748, -0.0482733, -0.1444325", \
					  "0.0134543, 0.0125414, 0.0102377, 0.0043873, -0.0104988, -0.0483698, -0.1445119", \
					  "0.0129579, 0.0120816, 0.0098442, 0.0040495, -0.0107100, -0.0485177, -0.1445815", \
					  "0.0127379, 0.0117919, 0.0093313, 0.0035470, -0.0111098, -0.0487058, -0.1446491", \
					  "0.0124948, 0.0115827, 0.0093336, 0.0034942, -0.0113218, -0.0493911, -0.1450520", \
					  "0.0124147, 0.0114943, 0.0090999, 0.0032715, -0.0116332, -0.0494079, -0.1455105");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0366158, 0.0375578, 0.0399766, 0.0459631, 0.0610137, 0.0988501, 0.1942259", \
					  "0.0357882, 0.0367672, 0.0392055, 0.0452885, 0.0605283, 0.0984760, 0.1939485", \
					  "0.0349126, 0.0358763, 0.0383098, 0.0444851, 0.0598115, 0.0979455, 0.1935478", \
					  "0.0343105, 0.0352719, 0.0376935, 0.0438392, 0.0590389, 0.0974257, 0.1931981", \
					  "0.0338206, 0.0347507, 0.0371641, 0.0432115, 0.0582966, 0.0965053, 0.1925081", \
					  "0.0340896, 0.0350219, 0.0373619, 0.0432532, 0.0584358, 0.0964181, 0.1923056", \
					  "0.0346798, 0.0356316, 0.0380511, 0.0442272, 0.0589783, 0.0963853, 0.1916642");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0093655, 0.0084790, 0.0061743, 0.0002825, -0.0147138, -0.0527486, -0.1490701", \
					  "0.0091716, 0.0082979, 0.0060263, 0.0002651, -0.0146106, -0.0525812, -0.1488760", \
					  "0.0087528, 0.0079160, 0.0057535, 0.0001119, -0.0146098, -0.0524542, -0.1486384", \
					  "0.0081696, 0.0073293, 0.0052033, -0.0003473, -0.0148822, -0.0524898, -0.1485465", \
					  "0.0079506, 0.0070943, 0.0049233, -0.0008241, -0.0154197, -0.0528007, -0.1486133", \
					  "0.0075355, 0.0066580, 0.0043714, -0.0013365, -0.0159072, -0.0535324, -0.1490758", \
					  "0.0075289, 0.0065593, 0.0041814, -0.0016826, -0.0164878, -0.0540711, -0.1496001");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0168920, 0.0179104, 0.0204141, 0.0266343, 0.0418376, 0.0797497, 0.1751041", \
					  "0.0162385, 0.0172176, 0.0198471, 0.0260675, 0.0415141, 0.0795573, 0.1750335", \
					  "0.0157102, 0.0166713, 0.0191821, 0.0253474, 0.0408478, 0.0792183, 0.1752635", \
					  "0.0154033, 0.0163300, 0.0187657, 0.0248002, 0.0400637, 0.0783719, 0.1743659", \
					  "0.0150575, 0.0159893, 0.0183837, 0.0243890, 0.0394173, 0.0777580, 0.1739748", \
					  "0.0150307, 0.0159466, 0.0183741, 0.0244545, 0.0394251, 0.0776069, 0.1730326", \
					  "0.0141263, 0.0150480, 0.0173981, 0.0233319, 0.0390932, 0.0773794, 0.1729564");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0035326, 0.0026089, 0.0003041, -0.0055790, -0.0204806, -0.0583433, -0.1544771", \
					  "0.0033042, 0.0023984, 8.6900000e-05, -0.0057697, -0.0206514, -0.0585279, -0.1546231", \
					  "0.0029338, 0.0020462, -0.0002128, -0.0060320, -0.0208375, -0.0586740, -0.1547284", \
					  "0.0022888, 0.0013936, -0.0008623, -0.0065486, -0.0212254, -0.0589259, -0.1549886", \
					  "0.0019691, 0.0010560, -0.0012153, -0.0070165, -0.0217402, -0.0593202, -0.1552128", \
					  "0.0018001, 0.0009126, -0.0013994, -0.0072678, -0.0222919, -0.0601143, -0.1560410", \
					  "0.0015076, 0.0005681, -0.0017892, -0.0077285, -0.0226790, -0.0602668, -0.1564455");
				}
			}
			internal_power () {
				related_pin : "B2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0112871, 0.0123400, 0.0149507, 0.0212750, 0.0366740, 0.0746723, 0.1703969", \
					  "0.0104789, 0.0115654, 0.0142048, 0.0205852, 0.0361113, 0.0743281, 0.1696454", \
					  "0.0098831, 0.0109051, 0.0134162, 0.0196532, 0.0352255, 0.0737737, 0.1695857", \
					  "0.0096213, 0.0106626, 0.0130438, 0.0190258, 0.0344458, 0.0727231, 0.1695213", \
					  "0.0093421, 0.0102596, 0.0126339, 0.0185854, 0.0338427, 0.0719869, 0.1685324", \
					  "0.0098210, 0.0107213, 0.0129515, 0.0188782, 0.0339990, 0.0721869, 0.1682907", \
					  "0.0105791, 0.0114613, 0.0137669, 0.0196656, 0.0348226, 0.0720319, 0.1676785");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("-0.0005235, -0.0013729, -0.0035982, -0.0093660, -0.0242760, -0.0622862, -0.1585726", \
					  "-0.0008142, -0.0016356, -0.0037950, -0.0094450, -0.0242211, -0.0621142, -0.1583496", \
					  "-0.0013288, -0.0021482, -0.0042419, -0.0097462, -0.0242848, -0.0620343, -0.1581572", \
					  "-0.0020115, -0.0028435, -0.0050238, -0.0105089, -0.0248558, -0.0623211, -0.1582897", \
					  "-0.0026557, -0.0035243, -0.0057397, -0.0112790, -0.0256526, -0.0629291, -0.1586392", \
					  "-0.0027627, -0.0036784, -0.0059827, -0.0118005, -0.0263441, -0.0640953, -0.1593771", \
					  "-0.0028528, -0.0038124, -0.0062516, -0.0122530, -0.0272694, -0.0647835, -0.1602426");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0414361, 0.0423141, 0.0447041, 0.0506724, 0.0656940, 0.1036325, 0.1989863", \
					  "0.0409058, 0.0418666, 0.0442579, 0.0502571, 0.0654312, 0.1032032, 0.1987900", \
					  "0.0405375, 0.0414543, 0.0438724, 0.0499465, 0.0650874, 0.1031334, 0.1985646", \
					  "0.0401625, 0.0410616, 0.0434470, 0.0495216, 0.0647054, 0.1027642, 0.1982990", \
					  "0.0397688, 0.0406570, 0.0430539, 0.0491088, 0.0642704, 0.1023035, 0.1978193", \
					  "0.0397667, 0.0406478, 0.0430018, 0.0490036, 0.0641388, 0.1021276, 0.1976673", \
					  "0.0396111, 0.0405618, 0.0429296, 0.0490519, 0.0642717, 0.1021175, 0.1975738");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001264683, 0.003198847, 0.008091056, 0.02046524, 0.0517641, 0.1309304");
					values("0.0169542, 0.0160114, 0.0136683, 0.0077726, -0.0071282, -0.0448607, -0.1407540", \
					  "0.0166740, 0.0157333, 0.0133899, 0.0075124, -0.0073977, -0.0451230, -0.1410214", \
					  "0.0164063, 0.0154669, 0.0131164, 0.0072337, -0.0076839, -0.0454056, -0.1412919", \
					  "0.0160836, 0.0151635, 0.0128470, 0.0069579, -0.0078631, -0.0456275, -0.1415244", \
					  "0.0158452, 0.0149192, 0.0126253, 0.0067910, -0.0080023, -0.0456098, -0.1415135", \
					  "0.0163826, 0.0154607, 0.0131102, 0.0072314, -0.0078912, -0.0459669, -0.1418191", \
					  "0.0166412, 0.0157503, 0.0133399, 0.0074493, -0.0075365, -0.0454388, -0.1420248");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
					values("0.2233458, 0.2298859, 0.2455820, 0.2836738, 0.3814643, 0.6235273, 1.2319258", \
					  "0.2275445, 0.2336382, 0.2489730, 0.2890609, 0.3855530, 0.6281465, 1.2368929", \
					  "0.2413440, 0.2469554, 0.2628015, 0.3022438, 0.4007465, 0.6428351, 1.2523637", \
					  "0.2726685, 0.2793472, 0.2952205, 0.3336602, 0.4315900, 0.6756774, 1.2855705", \
					  "0.3412211, 0.3473284, 0.3629207, 0.4021699, 0.4997083, 0.7429622, 1.3536811", \
					  "0.4863571, 0.4937276, 0.5103348, 0.5513536, 0.6484523, 0.8912476, 1.5015366", \
					  "0.7666068, 0.7754107, 0.7946837, 0.8459186, 0.9608639, 1.2237737, 1.8352080");
				}
				rise_transition ("del_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("0.1511258, 0.1584217, 0.1787511, 0.2294124, 0.3572334, 0.6774985, 1.4854727", \
					  "0.1503932, 0.1584230, 0.1784224, 0.2296231, 0.3572442, 0.6771221, 1.4829428", \
					  "0.1502996, 0.1582824, 0.1785518, 0.2294149, 0.3572057, 0.6771838, 1.4833629", \
					  "0.1510525, 0.1584041, 0.1784440, 0.2295017, 0.3570804, 0.6777938, 1.4853094", \
					  "0.1506998, 0.1583394, 0.1786604, 0.2294961, 0.3571770, 0.6771877, 1.4838868", \
					  "0.1679357, 0.1750440, 0.1936089, 0.2413025, 0.3638611, 0.6774742, 1.4844447", \
					  "0.2149848, 0.2236380, 0.2444665, 0.2969472, 0.4186725, 0.7122267, 1.4891102");
				}
				cell_fall ("del_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("0.0323978, 0.0336614, 0.0367749, 0.0440841, 0.0612189, 0.1016293, 0.1991104", \
					  "0.0371485, 0.0383201, 0.0414302, 0.0487106, 0.0658191, 0.1061742, 0.2035624", \
					  "0.0475208, 0.0487332, 0.0517035, 0.0588508, 0.0758387, 0.1160500, 0.2135126", \
					  "0.0657414, 0.0673968, 0.0711380, 0.0796061, 0.0981127, 0.1384731, 0.2361532", \
					  "0.0907083, 0.0930789, 0.0984510, 0.1105443, 0.1359124, 0.1855839, 0.2860960", \
					  "0.1160646, 0.1193722, 0.1276196, 0.1462728, 0.1844117, 0.2573149, 0.3890814", \
					  "0.1159492, 0.1222744, 0.1334636, 0.1641102, 0.2253848, 0.3404062, 0.5404738");
				}
				fall_transition ("del_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("0.0296102, 0.0309486, 0.0343245, 0.0428304, 0.0641899, 0.1174007, 0.2516425", \
					  "0.0293588, 0.0306800, 0.0340496, 0.0426774, 0.0640073, 0.1172224, 0.2518227", \
					  "0.0301751, 0.0315197, 0.0345692, 0.0427434, 0.0637156, 0.1169935, 0.2514818", \
					  "0.0386398, 0.0396506, 0.0424833, 0.0495552, 0.0678441, 0.1179707, 0.2515322", \
					  "0.0577599, 0.0590684, 0.0623794, 0.0700144, 0.0891587, 0.1347860, 0.2570613", \
					  "0.0928049, 0.0945841, 0.0989653, 0.1101182, 0.1344865, 0.1872429, 0.3022279", \
					  "0.1590622, 0.1617369, 0.1686070, 0.1839108, 0.2202627, 0.2901477, 0.4273060");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
					values("0.2098973, 0.2164534, 0.2319794, 0.2701800, 0.3674955, 0.6096387, 1.2182069", \
					  "0.2124401, 0.2191159, 0.2348425, 0.2732910, 0.3709020, 0.6138367, 1.2227943", \
					  "0.2238416, 0.2307253, 0.2463333, 0.2851409, 0.3833873, 0.6270886, 1.2361804", \
					  "0.2556076, 0.2612173, 0.2765586, 0.3165588, 0.4146924, 0.6584047, 1.2689363", \
					  "0.3284752, 0.3355824, 0.3505882, 0.3898055, 0.4881832, 0.7318788, 1.3422986", \
					  "0.4923120, 0.4993000, 0.5174396, 0.5614308, 0.6585347, 0.9016193, 1.5124126", \
					  "0.8133126, 0.8227962, 0.8462988, 0.9029866, 1.0266172, 1.2974533, 1.9085433");
				}
				rise_transition ("del_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("0.1503869, 0.1584496, 0.1784863, 0.2294414, 0.3569271, 0.6774047, 1.4834380", \
					  "0.1503766, 0.1584441, 0.1785296, 0.2294433, 0.3569686, 0.6778365, 1.4850675", \
					  "0.1505244, 0.1584344, 0.1787584, 0.2292600, 0.3570147, 0.6779207, 1.4841899", \
					  "0.1502780, 0.1582852, 0.1785279, 0.2292354, 0.3569374, 0.6776983, 1.4828524", \
					  "0.1507741, 0.1587609, 0.1790248, 0.2295032, 0.3569003, 0.6771140, 1.4846909", \
					  "0.1769492, 0.1838227, 0.2017784, 0.2479198, 0.3650677, 0.6780149, 1.4852832", \
					  "0.2565695, 0.2648668, 0.2846913, 0.3330238, 0.4448023, 0.7240726, 1.4865223");
				}
				cell_fall ("del_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("0.0334771, 0.0345612, 0.0373054, 0.0438477, 0.0596206, 0.0974959, 0.1921057", \
					  "0.0382600, 0.0393300, 0.0421019, 0.0486771, 0.0643425, 0.1024592, 0.1967366", \
					  "0.0486458, 0.0497781, 0.0525284, 0.0590502, 0.0747289, 0.1128625, 0.2071311", \
					  "0.0659688, 0.0673314, 0.0711644, 0.0793554, 0.0971577, 0.1359344, 0.2306726", \
					  "0.0866431, 0.0888913, 0.0945810, 0.1071457, 0.1333224, 0.1843001, 0.2837233", \
					  "0.1015879, 0.1056474, 0.1147418, 0.1341963, 0.1750430, 0.2527152, 0.3897138", \
					  "0.0806943, 0.0860902, 0.1016563, 0.1339379, 0.2001903, 0.3242752, 0.5367307");
				}
				fall_transition ("del_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("0.0246222, 0.0258133, 0.0288615, 0.0368349, 0.0569343, 0.1086778, 0.2406818", \
					  "0.0246580, 0.0257574, 0.0288429, 0.0366496, 0.0568609, 0.1086964, 0.2408398", \
					  "0.0255169, 0.0266886, 0.0294402, 0.0369204, 0.0570187, 0.1087040, 0.2409310", \
					  "0.0341475, 0.0352329, 0.0378946, 0.0447740, 0.0621350, 0.1101136, 0.2405814", \
					  "0.0529321, 0.0543875, 0.0579775, 0.0662051, 0.0857982, 0.1303931, 0.2471313", \
					  "0.0890613, 0.0909568, 0.0960403, 0.1078651, 0.1337652, 0.1875870, 0.3016423", \
					  "0.1585046, 0.1613504, 0.1693394, 0.1863263, 0.2240389, 0.2972554, 0.4365852");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
					values("0.1691730, 0.1753488, 0.1906982, 0.2297794, 0.3273596, 0.5700267, 1.1785060", \
					  "0.1697893, 0.1758819, 0.1919333, 0.2312053, 0.3293136, 0.5727194, 1.1818472", \
					  "0.1761761, 0.1833694, 0.1997235, 0.2388987, 0.3377929, 0.5822119, 1.1925568", \
					  "0.2052569, 0.2119964, 0.2279199, 0.2675321, 0.3649034, 0.6095154, 1.2208822", \
					  "0.2773685, 0.2835071, 0.2991108, 0.3382924, 0.4349128, 0.6795336, 1.2913323", \
					  "0.4423303, 0.4495740, 0.4675701, 0.5083843, 0.6049185, 0.8441530, 1.4531706", \
					  "0.7339031, 0.7456195, 0.7719401, 0.8342733, 0.9722781, 1.2406496, 1.8419547");
				}
				rise_transition ("del_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("0.2085284, 0.2165563, 0.2363684, 0.2869243, 0.4138012, 0.7326787, 1.5366853", \
					  "0.2084927, 0.2163849, 0.2364988, 0.2869141, 0.4137653, 0.7325873, 1.5364207", \
					  "0.2086458, 0.2165352, 0.2363018, 0.2869452, 0.4137109, 0.7325083, 1.5373969", \
					  "0.2079857, 0.2158927, 0.2361987, 0.2868353, 0.4137994, 0.7324602, 1.5375670", \
					  "0.2097890, 0.2170330, 0.2363098, 0.2858387, 0.4135075, 0.7323352, 1.5380360", \
					  "0.2621072, 0.2678477, 0.2829711, 0.3218959, 0.4311614, 0.7322882, 1.5376073", \
					  "0.3978242, 0.4060746, 0.4223493, 0.4668987, 0.5705639, 0.8102118, 1.5424552");
				}
				cell_fall ("del_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("0.0280084, 0.0290315, 0.0313764, 0.0371128, 0.0511521, 0.0859996, 0.1733951", \
					  "0.0326446, 0.0336484, 0.0360603, 0.0418727, 0.0560107, 0.0910033, 0.1784274", \
					  "0.0425731, 0.0437086, 0.0464628, 0.0525794, 0.0668676, 0.1018070, 0.1900725", \
					  "0.0559922, 0.0577944, 0.0619219, 0.0710310, 0.0898751, 0.1265833, 0.2155327", \
					  "0.0693179, 0.0720057, 0.0784897, 0.0934637, 0.1215981, 0.1745474, 0.2715671", \
					  "0.0713516, 0.0757395, 0.0870749, 0.1096439, 0.1559012, 0.2390391, 0.3791819", \
					  "0.0251183, 0.0327022, 0.0505311, 0.0899910, 0.1670246, 0.3018089, 0.5223366");
				}
				fall_transition ("del_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("0.0166779, 0.0178222, 0.0207316, 0.0281284, 0.0472061, 0.0952419, 0.2160885", \
					  "0.0167488, 0.0178937, 0.0207669, 0.0282467, 0.0472297, 0.0952501, 0.2156963", \
					  "0.0189579, 0.0199235, 0.0224800, 0.0293240, 0.0473883, 0.0949665, 0.2175240", \
					  "0.0293523, 0.0303889, 0.0331673, 0.0397598, 0.0558276, 0.0976140, 0.2166577", \
					  "0.0494562, 0.0508916, 0.0544548, 0.0628941, 0.0819195, 0.1226475, 0.2260684", \
					  "0.0874529, 0.0896262, 0.0946733, 0.1064152, 0.1320895, 0.1843343, 0.2877920", \
					  "0.1631039, 0.1659713, 0.1729258, 0.1905786, 0.2264846, 0.2980299, 0.4324333");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
					values("0.0860468, 0.0907397, 0.1021721, 0.1303940, 0.1997442, 0.3724725, 0.8047308", \
					  "0.0899604, 0.0946141, 0.1065377, 0.1349530, 0.2055387, 0.3779551, 0.8119814", \
					  "0.1039028, 0.1087550, 0.1200431, 0.1482874, 0.2187820, 0.3947131, 0.8284716", \
					  "0.1384621, 0.1429044, 0.1540103, 0.1818344, 0.2508966, 0.4245287, 0.8602755", \
					  "0.2104940, 0.2157420, 0.2283653, 0.2571715, 0.3261012, 0.4989022, 0.9366610", \
					  "0.3452617, 0.3528361, 0.3707299, 0.4109562, 0.4954512, 0.6723063, 1.1066954", \
					  "0.5921161, 0.6059249, 0.6343089, 0.6978245, 0.8223333, 1.0581241, 1.5055079");
				}
				rise_transition ("del_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("0.0588378, 0.0643373, 0.0787033, 0.1146425, 0.2054986, 0.4343230, 1.0197743", \
					  "0.0588407, 0.0645287, 0.0790966, 0.1148192, 0.2064662, 0.4348981, 1.0147257", \
					  "0.0589002, 0.0643421, 0.0787720, 0.1146794, 0.2057388, 0.4356447, 1.0156606", \
					  "0.0591971, 0.0646455, 0.0789684, 0.1145265, 0.2055279, 0.4357951, 1.0164692", \
					  "0.0712896, 0.0761933, 0.0881745, 0.1207726, 0.2065358, 0.4356496, 1.0195687", \
					  "0.1040946, 0.1099007, 0.1245853, 0.1589562, 0.2350531, 0.4452359, 1.0196688", \
					  "0.1791599, 0.1870605, 0.2046085, 0.2446438, 0.3303920, 0.5254450, 1.0447418");
				}
				cell_fall ("del_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("0.0201694, 0.0211376, 0.0235473, 0.0293004, 0.0429435, 0.0761888, 0.1585851", \
					  "0.0246375, 0.0255791, 0.0279266, 0.0336191, 0.0472868, 0.0804043, 0.1629936", \
					  "0.0343459, 0.0355082, 0.0382765, 0.0443101, 0.0577260, 0.0908156, 0.1733684", \
					  "0.0461550, 0.0478855, 0.0519908, 0.0611280, 0.0798592, 0.1151798, 0.1975523", \
					  "0.0574817, 0.0601478, 0.0663665, 0.0804968, 0.1093263, 0.1621942, 0.2541432", \
					  "0.0554814, 0.0597098, 0.0698225, 0.0922152, 0.1372849, 0.2193348, 0.3586273", \
					  "0.0036705, 0.0106426, 0.0271734, 0.0632336, 0.1362977, 0.2659755, 0.4841628");
				}
				fall_transition ("del_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("0.0162940, 0.0173824, 0.0202126, 0.0272105, 0.0449669, 0.0899221, 0.2037102", \
					  "0.0159524, 0.0170310, 0.0197501, 0.0269019, 0.0447607, 0.0898746, 0.2039900", \
					  "0.0204995, 0.0215158, 0.0237638, 0.0294426, 0.0455453, 0.0896921, 0.2042409", \
					  "0.0305261, 0.0320871, 0.0353888, 0.0428118, 0.0577427, 0.0949087, 0.2041021", \
					  "0.0489181, 0.0509316, 0.0559255, 0.0663519, 0.0877357, 0.1286180, 0.2194713", \
					  "0.0835694, 0.0868159, 0.0945119, 0.1109505, 0.1431209, 0.1985695, 0.3013792", \
					  "0.1483053, 0.1536539, 0.1658941, 0.1926293, 0.2409138, 0.3286546, 0.4671667");
				}
			}
			timing () {
				related_pin : "B2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126468, 0.00319885, 0.00809106, 0.0204652, 0.0517641, 0.13093");
					values("0.0619108, 0.0667458, 0.0786090, 0.1074064, 0.1776141, 0.3521345, 0.7839220", \
					  "0.0643032, 0.0692718, 0.0810210, 0.1100141, 0.1805643, 0.3539956, 0.7877810", \
					  "0.0758250, 0.0803415, 0.0915392, 0.1198650, 0.1909011, 0.3655939, 0.8007254", \
					  "0.1081651, 0.1123316, 0.1230281, 0.1497808, 0.2208207, 0.3937670, 0.8323673", \
					  "0.1746271, 0.1810246, 0.1956814, 0.2271037, 0.2950935, 0.4683585, 0.9053247", \
					  "0.2895423, 0.2994762, 0.3228191, 0.3721015, 0.4682855, 0.6429534, 1.0749537", \
					  "0.4965562, 0.5118883, 0.5476473, 0.6260967, 0.7739034, 1.0344977, 1.4835003");
				}
				rise_transition ("del_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("0.0585656, 0.0642750, 0.0785574, 0.1144628, 0.2057497, 0.4358301, 1.0158515", \
					  "0.0585111, 0.0642145, 0.0787443, 0.1145355, 0.2060168, 0.4365002, 1.0155115", \
					  "0.0579637, 0.0638250, 0.0783974, 0.1150689, 0.2055578, 0.4354212, 1.0139045", \
					  "0.0618437, 0.0667844, 0.0795333, 0.1143825, 0.2057859, 0.4357832, 1.0198447", \
					  "0.0899582, 0.0946488, 0.1049019, 0.1311827, 0.2099989, 0.4350034, 1.0148392", \
					  "0.1461530, 0.1527936, 0.1666413, 0.1985617, 0.2681276, 0.4514162, 1.0283909", \
					  "0.2466914, 0.2565886, 0.2781447, 0.3282809, 0.4188709, 0.5906024, 1.0590331");
				}
				cell_fall ("del_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("0.0179692, 0.0189762, 0.0214309, 0.0273566, 0.0419909, 0.0785221, 0.1704588", \
					  "0.0223682, 0.0233777, 0.0258791, 0.0318526, 0.0465074, 0.0832170, 0.1754832", \
					  "0.0301593, 0.0316304, 0.0350582, 0.0423746, 0.0571438, 0.0936902, 0.1862102", \
					  "0.0381284, 0.0403399, 0.0461504, 0.0575487, 0.0793549, 0.1187146, 0.2106194", \
					  "0.0431835, 0.0468800, 0.0551420, 0.0731289, 0.1072132, 0.1675266, 0.2678382", \
					  "0.0302553, 0.0362853, 0.0491066, 0.0784706, 0.1322597, 0.2264252, 0.3779088", \
					  "-0.0391517, -0.0291974, -0.0063080, 0.0412643, 0.1303223, 0.2783813, 0.5164647");
				}
				fall_transition ("del_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("0.0128128, 0.0140298, 0.0171725, 0.0252244, 0.0453674, 0.0961819, 0.2246917", \
					  "0.0132263, 0.0143445, 0.0172976, 0.0252164, 0.0454172, 0.0960384, 0.2256685", \
					  "0.0187701, 0.0199722, 0.0225982, 0.0285767, 0.0464734, 0.0965061, 0.2256109", \
					  "0.0296997, 0.0312563, 0.0345738, 0.0426063, 0.0593250, 0.1008478, 0.2249523", \
					  "0.0507541, 0.0531482, 0.0575949, 0.0691663, 0.0912859, 0.1366615, 0.2379051", \
					  "0.0909085, 0.0943812, 0.1017071, 0.1190502, 0.1510947, 0.2086985, 0.3189105", \
					  "0.1649723, 0.1706367, 0.1838091, 0.2085965, 0.2579749, 0.3440961, 0.4991049");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007619;
			capacitance : 0.008003;
			rise_capacitance : 0.008387;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103786, -0.0103748, -0.0103658, -0.0103697, -0.0103786, -0.0103993, -0.0104468");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104588, 0.0104474, 0.0104210, 0.0104160, 0.0104044, 0.0103778, 0.0103165");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007220;
			capacitance : 0.007680;
			rise_capacitance : 0.008141;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0101867, -0.0101827, -0.0101733, -0.0101733, -0.0101732, -0.0101730, -0.0101727");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0102384, 0.0102313, 0.0102148, 0.0102133, 0.0102095, 0.0102011, 0.0101817");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007374;
			capacitance : 0.007924;
			rise_capacitance : 0.008474;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0102841, -0.0102811, -0.0102740, -0.0102746, -0.0102759, -0.0102788, -0.0102854");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103387, 0.0103311, 0.0103137, 0.0103143, 0.0103157, 0.0103190, 0.0103264");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007509;
			capacitance : 0.007912;
			rise_capacitance : 0.008316;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005369, -0.0005745, -0.0006610, -0.0006018, -0.0004653, -0.0001506, 0.0005749");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0122578, 0.0122662, 0.0122857, 0.0122900, 0.0123001, 0.0123231, 0.0123763");
				}
			}
		}
		pin (B2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007443;
			capacitance : 0.007909;
			rise_capacitance : 0.008376;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0006757, -0.0007056, -0.0007746, -0.0007191, -0.0005911, -0.0002963, 0.0003835");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0123153, 0.0123134, 0.0123089, 0.0123063, 0.0123002, 0.0122862, 0.0122541");
				}
			}
		}
	}
	cell ("scs8hd_o41a_1") {
		area : 11.260800;
		cell_footprint : "o41a";
		cell_leakage_power : 6.940357e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004078";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0076663";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007286";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003867";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003871";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003867";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003867";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003899";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003730";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003867";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003870";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003731";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007284";
			when : "A1&A2&!A3&A4&B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A3&B1) | (A4&B1)";
			max_capacitance : 0.126353;
			max_transition : 1.510190;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0106342, 0.0117303, 0.0143353, 0.0205061, 0.0353615, 0.0723158, 0.1646707", \
					  "0.0105758, 0.0116698, 0.0142769, 0.0204533, 0.0353005, 0.0722682, 0.1646329", \
					  "0.0105069, 0.0116018, 0.0141927, 0.0203483, 0.0351834, 0.0719067, 0.1636399", \
					  "0.0104565, 0.0115292, 0.0140944, 0.0202438, 0.0350910, 0.0720836, 0.1643408", \
					  "0.0104426, 0.0115048, 0.0140373, 0.0200797, 0.0350965, 0.0720732, 0.1644969", \
					  "0.0108311, 0.0117867, 0.0141448, 0.0199191, 0.0347299, 0.0717357, 0.1640689", \
					  "0.0110206, 0.0119526, 0.0143580, 0.0202005, 0.0349323, 0.0716409, 0.1638442");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0123476, 0.0116726, 0.0098707, 0.0050938, -0.0083626, -0.0443616, -0.1366671", \
					  "0.0121612, 0.0115783, 0.0098089, 0.0049470, -0.0084306, -0.0444599, -0.1367680", \
					  "0.0121650, 0.0114487, 0.0096470, 0.0047898, -0.0085805, -0.0445728, -0.1368762", \
					  "0.0120589, 0.0113637, 0.0095934, 0.0047120, -0.0086703, -0.0446991, -0.1369950", \
					  "0.0119338, 0.0112695, 0.0094916, 0.0047003, -0.0087346, -0.0447566, -0.1370566", \
					  "0.0118643, 0.0111927, 0.0094346, 0.0046196, -0.0088435, -0.0448351, -0.1371160", \
					  "0.0129236, 0.0120341, 0.0097735, 0.0042296, -0.0089530, -0.0449020, -0.1371577");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0102152, 0.0112486, 0.0137548, 0.0197845, 0.0345505, 0.0711536, 0.1630109", \
					  "0.0101964, 0.0112346, 0.0137337, 0.0197707, 0.0345294, 0.0711458, 0.1630390", \
					  "0.0101606, 0.0111957, 0.0136885, 0.0197327, 0.0344845, 0.0711041, 0.1638257", \
					  "0.0100777, 0.0110962, 0.0135712, 0.0196004, 0.0343657, 0.0710757, 0.1629176", \
					  "0.0100025, 0.0109711, 0.0134504, 0.0193763, 0.0341861, 0.0708984, 0.1626187", \
					  "0.0100915, 0.0110392, 0.0134249, 0.0192029, 0.0339700, 0.0708454, 0.1629398", \
					  "0.0100464, 0.0110092, 0.0134357, 0.0192779, 0.0340573, 0.0707107, 0.1619272");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0110013, 0.0104025, 0.0086354, 0.0037417, -0.0096120, -0.0456376, -0.1379464", \
					  "0.0109818, 0.0102915, 0.0085287, 0.0036446, -0.0097220, -0.0457557, -0.1380585", \
					  "0.0108668, 0.0101705, 0.0083896, 0.0035834, -0.0098501, -0.0458810, -0.1381921", \
					  "0.0107443, 0.0100783, 0.0082863, 0.0034248, -0.0099467, -0.0459810, -0.1382779", \
					  "0.0106636, 0.0099685, 0.0082139, 0.0033187, -0.0100342, -0.0460497, -0.1383541", \
					  "0.0105214, 0.0098806, 0.0081889, 0.0032483, -0.0100995, -0.0461303, -0.1384176", \
					  "0.0108083, 0.0099467, 0.0077713, 0.0029712, -0.0102637, -0.0462249, -0.1384880");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0094269, 0.0104340, 0.0128759, 0.0188553, 0.0336511, 0.0703228, 0.1625093", \
					  "0.0094400, 0.0104327, 0.0128820, 0.0188897, 0.0335242, 0.0703804, 0.1623352", \
					  "0.0094277, 0.0104184, 0.0128518, 0.0188604, 0.0335261, 0.0703972, 0.1623918", \
					  "0.0093363, 0.0103201, 0.0127412, 0.0187333, 0.0335428, 0.0702485, 0.1622929", \
					  "0.0092120, 0.0101283, 0.0125695, 0.0184260, 0.0333231, 0.0700794, 0.1624594", \
					  "0.0091173, 0.0100608, 0.0124411, 0.0182502, 0.0329929, 0.0693158, 0.1621064", \
					  "0.0090223, 0.0099775, 0.0123921, 0.0182437, 0.0329964, 0.0696993, 0.1607013");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0098240, 0.0091106, 0.0073557, 0.0024936, -0.0108725, -0.0469124, -0.1392100", \
					  "0.0097587, 0.0090692, 0.0072700, 0.0024223, -0.0109721, -0.0470185, -0.1393211", \
					  "0.0095665, 0.0088533, 0.0070908, 0.0023024, -0.0111267, -0.0471556, -0.1394570", \
					  "0.0094435, 0.0087972, 0.0070137, 0.0022155, -0.0112485, -0.0472509, -0.1395520", \
					  "0.0093600, 0.0087103, 0.0069619, 0.0021208, -0.0113095, -0.0473139, -0.1396131", \
					  "0.0092665, 0.0086103, 0.0068643, 0.0019944, -0.0113892, -0.0474077, -0.1396913", \
					  "0.0096647, 0.0087579, 0.0065672, 0.0017503, -0.0115292, -0.0475021, -0.1397617");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0085832, 0.0095692, 0.0120028, 0.0179954, 0.0325350, 0.0691992, 0.1610334", \
					  "0.0085726, 0.0095595, 0.0119901, 0.0179871, 0.0325887, 0.0694126, 0.1603978", \
					  "0.0085061, 0.0094914, 0.0119049, 0.0179078, 0.0326574, 0.0686135, 0.1611019", \
					  "0.0083420, 0.0093179, 0.0117242, 0.0177047, 0.0323422, 0.0685629, 0.1605500", \
					  "0.0082341, 0.0091372, 0.0114845, 0.0173426, 0.0320492, 0.0687172, 0.1603302", \
					  "0.0080530, 0.0089864, 0.0113776, 0.0172487, 0.0318867, 0.0685990, 0.1603040", \
					  "0.0079057, 0.0088168, 0.0112775, 0.0171534, 0.0320222, 0.0686712, 0.1595790");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0085610, 0.0078706, 0.0061028, 0.0012327, -0.0121814, -0.0482017, -0.1405034", \
					  "0.0084000, 0.0076734, 0.0059078, 0.0010442, -0.0123520, -0.0483612, -0.1406595", \
					  "0.0081752, 0.0074736, 0.0057127, 0.0008531, -0.0125180, -0.0485550, -0.1408543", \
					  "0.0079912, 0.0073261, 0.0055478, 0.0007502, -0.0126781, -0.0487012, -0.1409945", \
					  "0.0079185, 0.0073164, 0.0054984, 0.0006759, -0.0127185, -0.0487539, -0.1410510", \
					  "0.0079000, 0.0072174, 0.0055012, 0.0006785, -0.0128133, -0.0488627, -0.1411408", \
					  "0.0094387, 0.0085324, 0.0062540, 0.0004980, -0.0130090, -0.0489096, -0.1411232");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0062428, 0.0072627, 0.0097186, 0.0156889, 0.0302799, 0.0671214, 0.1574246", \
					  "0.0061560, 0.0071501, 0.0096082, 0.0155782, 0.0302126, 0.0668067, 0.1595089", \
					  "0.0059537, 0.0069406, 0.0093662, 0.0153690, 0.0300488, 0.0662950, 0.1585948", \
					  "0.0056926, 0.0066593, 0.0090560, 0.0149965, 0.0294912, 0.0660842, 0.1584615", \
					  "0.0055604, 0.0064824, 0.0087630, 0.0146798, 0.0293233, 0.0657980, 0.1587125", \
					  "0.0053964, 0.0063614, 0.0087278, 0.0145651, 0.0291969, 0.0659145, 0.1575212", \
					  "0.0052953, 0.0061584, 0.0084214, 0.0143374, 0.0290839, 0.0657929, 0.1575970");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001257204, 0.003161124, 0.007948356, 0.01998541, 0.05025148, 0.1263527");
					values("0.0065313, 0.0058182, 0.0038094, -0.0017874, -0.0163889, -0.0532199, -0.1458828", \
					  "0.0063499, 0.0056071, 0.0035852, -0.0019784, -0.0165718, -0.0533999, -0.1460555", \
					  "0.0061766, 0.0054032, 0.0034134, -0.0021638, -0.0167381, -0.0535761, -0.1461685", \
					  "0.0060165, 0.0052599, 0.0032512, -0.0023289, -0.0168661, -0.0536782, -0.1462810", \
					  "0.0058690, 0.0051207, 0.0031368, -0.0023599, -0.0168575, -0.0536547, -0.1462375", \
					  "0.0063827, 0.0052655, 0.0030239, -0.0027226, -0.0169851, -0.0537290, -0.1462923", \
					  "0.0062277, 0.0053322, 0.0030765, -0.0026376, -0.0171557, -0.0538738, -0.1461913");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
					values("0.0873216, 0.0953028, 0.1137046, 0.1568577, 0.2597322, 0.5120060, 1.1441561", \
					  "0.0921050, 0.1000715, 0.1184856, 0.1613983, 0.2644082, 0.5165806, 1.1493978", \
					  "0.1028578, 0.1108061, 0.1290980, 0.1721125, 0.2751338, 0.5279924, 1.1588462", \
					  "0.1257679, 0.1335951, 0.1516564, 0.1941880, 0.2971640, 0.5497744, 1.1803116", \
					  "0.1666519, 0.1746007, 0.1927083, 0.2350004, 0.3377212, 0.5908236, 1.2237157", \
					  "0.2246690, 0.2330901, 0.2517871, 0.2940350, 0.3961253, 0.6490845, 1.2800665", \
					  "0.2871552, 0.2974902, 0.3195462, 0.3631095, 0.4651414, 0.7178421, 1.3485310");
				}
				rise_transition ("del_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("0.0302477, 0.0391193, 0.0610406, 0.1169273, 0.2570222, 0.6076339, 1.4996540", \
					  "0.0301490, 0.0390753, 0.0611638, 0.1168675, 0.2568160, 0.6083891, 1.5001125", \
					  "0.0300911, 0.0389050, 0.0609445, 0.1167067, 0.2563738, 0.6106139, 1.5024547", \
					  "0.0298695, 0.0386360, 0.0604737, 0.1164521, 0.2569328, 0.6082641, 1.4952769", \
					  "0.0313279, 0.0397773, 0.0610721, 0.1157726, 0.2564366, 0.6096639, 1.5003334", \
					  "0.0362626, 0.0438171, 0.0635862, 0.1169087, 0.2557373, 0.6076669, 1.4961159", \
					  "0.0478895, 0.0550973, 0.0731886, 0.1209976, 0.2574600, 0.6107918, 1.4946381");
				}
				cell_fall ("del_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("0.4173449, 0.4259358, 0.4426499, 0.4730769, 0.5293072, 0.6382659, 0.8708854", \
					  "0.4212108, 0.4299740, 0.4466312, 0.4772978, 0.5327252, 0.6418754, 0.8741964", \
					  "0.4335390, 0.4427588, 0.4594065, 0.4900214, 0.5447684, 0.6544787, 0.8870375", \
					  "0.4645596, 0.4731760, 0.4897676, 0.5203049, 0.5765706, 0.6858199, 0.9183027", \
					  "0.5336798, 0.5422031, 0.5589937, 0.5893510, 0.6454391, 0.7545015, 0.9870327", \
					  "0.6795512, 0.6880599, 0.7048463, 0.7351569, 0.7912500, 0.9003374, 1.1327144", \
					  "0.9756255, 0.9848121, 1.0026865, 1.0344727, 1.0928221, 1.2025750, 1.4367119");
				}
				fall_transition ("del_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("0.0483527, 0.0527410, 0.0625481, 0.0845878, 0.1327071, 0.2427993, 0.5186366", \
					  "0.0482444, 0.0527561, 0.0630187, 0.0837538, 0.1331081, 0.2441871, 0.5193376", \
					  "0.0488773, 0.0527277, 0.0623675, 0.0844936, 0.1337163, 0.2422429, 0.5189356", \
					  "0.0492439, 0.0534663, 0.0630066, 0.0848612, 0.1321705, 0.2430404, 0.5183313", \
					  "0.0484830, 0.0529655, 0.0625363, 0.0845767, 0.1326260, 0.2436509, 0.5193599", \
					  "0.0487807, 0.0532554, 0.0629058, 0.0848070, 0.1317691, 0.2436538, 0.5200405", \
					  "0.0538329, 0.0583046, 0.0679570, 0.0899344, 0.1378185, 0.2471597, 0.5223172");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
					values("0.0847275, 0.0923315, 0.1101866, 0.1520906, 0.2535145, 0.5052362, 1.1361483", \
					  "0.0896179, 0.0972632, 0.1149841, 0.1570052, 0.2584312, 0.5100836, 1.1409852", \
					  "0.0999458, 0.1075952, 0.1253008, 0.1671708, 0.2691024, 0.5212477, 1.1534900", \
					  "0.1216192, 0.1291422, 0.1466539, 0.1881860, 0.2901120, 0.5421955, 1.1737654", \
					  "0.1583916, 0.1660937, 0.1837202, 0.2253110, 0.3268373, 0.5796872, 1.2119689", \
					  "0.2066636, 0.2151389, 0.2333679, 0.2749441, 0.3764351, 0.6284698, 1.2592384", \
					  "0.2484902, 0.2590417, 0.2804680, 0.3238732, 0.4249481, 0.6768914, 1.3075655");
				}
				rise_transition ("del_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("0.0288335, 0.0374341, 0.0592375, 0.1144929, 0.2547529, 0.6100694, 1.5050107", \
					  "0.0287624, 0.0373647, 0.0590910, 0.1144240, 0.2549353, 0.6099038, 1.5051675", \
					  "0.0286756, 0.0374314, 0.0590581, 0.1146671, 0.2546563, 0.6074405, 1.4991439", \
					  "0.0287807, 0.0373096, 0.0587894, 0.1145499, 0.2552653, 0.6106476, 1.5016264", \
					  "0.0303831, 0.0385379, 0.0595061, 0.1138897, 0.2556202, 0.6090142, 1.4982536", \
					  "0.0355151, 0.0429109, 0.0623077, 0.1155049, 0.2559512, 0.6073346, 1.5016650", \
					  "0.0483235, 0.0552966, 0.0726905, 0.1200704, 0.2571428, 0.6109132, 1.4964906");
				}
				cell_fall ("del_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("0.4033388, 0.4118297, 0.4284582, 0.4584990, 0.5147817, 0.6236145, 0.8560917", \
					  "0.4060573, 0.4146024, 0.4312045, 0.4617585, 0.5180297, 0.6272972, 0.8597411", \
					  "0.4173947, 0.4260279, 0.4426325, 0.4729799, 0.5292680, 0.6383828, 0.8709944", \
					  "0.4499437, 0.4584287, 0.4751537, 0.5056719, 0.5617907, 0.6704777, 0.9032048", \
					  "0.5232197, 0.5317732, 0.5483877, 0.5789005, 0.6349580, 0.7433445, 0.9758210", \
					  "0.6846270, 0.6934190, 0.7100598, 0.7406635, 0.7966507, 0.9057641, 1.1382054", \
					  "1.0283936, 1.0387459, 1.0563087, 1.0888080, 1.1471640, 1.2583733, 1.4930894");
				}
				fall_transition ("del_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("0.0482811, 0.0531311, 0.0629152, 0.0852698, 0.1324042, 0.2427997, 0.5196246", \
					  "0.0489239, 0.0533756, 0.0629761, 0.0849130, 0.1322391, 0.2439190, 0.5181354", \
					  "0.0492230, 0.0534459, 0.0633578, 0.0848606, 0.1323227, 0.2420588, 0.5170908", \
					  "0.0486944, 0.0531447, 0.0627303, 0.0836047, 0.1326288, 0.2437663, 0.5194949", \
					  "0.0482887, 0.0527692, 0.0624647, 0.0846349, 0.1328928, 0.2435640, 0.5198411", \
					  "0.0484804, 0.0528681, 0.0633852, 0.0841176, 0.1328755, 0.2436638, 0.5194645", \
					  "0.0548279, 0.0597426, 0.0688542, 0.0902672, 0.1377645, 0.2477459, 0.5190497");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
					values("0.0814510, 0.0888297, 0.1060980, 0.1471543, 0.2486010, 0.4991997, 1.1292932", \
					  "0.0864013, 0.0937278, 0.1110045, 0.1522464, 0.2532793, 0.5041120, 1.1341613", \
					  "0.0967586, 0.1040439, 0.1212781, 0.1625253, 0.2633971, 0.5156570, 1.1448387", \
					  "0.1178174, 0.1251179, 0.1422345, 0.1832870, 0.2842151, 0.5357527, 1.1653229", \
					  "0.1517045, 0.1592486, 0.1766659, 0.2179119, 0.3192691, 0.5706940, 1.2037816", \
					  "0.1942785, 0.2026380, 0.2208324, 0.2620580, 0.3631459, 0.6148633, 1.2483792", \
					  "0.2249970, 0.2357332, 0.2578610, 0.3012580, 0.4018949, 0.6538672, 1.2836376");
				}
				rise_transition ("del_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("0.0275914, 0.0361429, 0.0575623, 0.1130535, 0.2540654, 0.6078871, 1.4913372", \
					  "0.0275990, 0.0359848, 0.0577164, 0.1129604, 0.2537692, 0.6085217, 1.5014474", \
					  "0.0275934, 0.0360440, 0.0576637, 0.1131067, 0.2546363, 0.6088517, 1.4962586", \
					  "0.0278648, 0.0363166, 0.0578148, 0.1128321, 0.2540257, 0.6066846, 1.4897693", \
					  "0.0298871, 0.0379917, 0.0588136, 0.1129705, 0.2538343, 0.6062226, 1.5006032", \
					  "0.0357075, 0.0430245, 0.0621725, 0.1147057, 0.2559465, 0.6058600, 1.5001898", \
					  "0.0488196, 0.0561330, 0.0740322, 0.1199573, 0.2563189, 0.6118342, 1.4951473");
				}
				cell_fall ("del_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("0.3686999, 0.3771868, 0.3939051, 0.4244844, 0.4806023, 0.5892811, 0.8219616", \
					  "0.3711935, 0.3796653, 0.3961493, 0.4265028, 0.4831757, 0.5922920, 0.8246992", \
					  "0.3816199, 0.3901856, 0.4069701, 0.4374026, 0.4935922, 0.6024785, 0.8349694", \
					  "0.4127197, 0.4212691, 0.4378401, 0.4683915, 0.5245692, 0.6335478, 0.8661892", \
					  "0.4863465, 0.4950971, 0.5117696, 0.5424554, 0.5983301, 0.7077036, 0.9402709", \
					  "0.6595059, 0.6682714, 0.6849687, 0.7154896, 0.7715389, 0.8806886, 1.1130893", \
					  "1.0280590, 1.0372154, 1.0559159, 1.0884958, 1.1474190, 1.2592251, 1.4934123");
				}
				fall_transition ("del_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("0.0487209, 0.0531792, 0.0627605, 0.0835697, 0.1326707, 0.2437519, 0.5194152", \
					  "0.0487127, 0.0531289, 0.0629746, 0.0850060, 0.1321111, 0.2429479, 0.5188481", \
					  "0.0482776, 0.0527180, 0.0624875, 0.0844614, 0.1325047, 0.2436409, 0.5194458", \
					  "0.0482691, 0.0527828, 0.0625011, 0.0846063, 0.1327454, 0.2426411, 0.5184441", \
					  "0.0484124, 0.0528559, 0.0630678, 0.0839600, 0.1318048, 0.2434989, 0.5191156", \
					  "0.0483796, 0.0527902, 0.0630052, 0.0837191, 0.1326869, 0.2436981, 0.5196648", \
					  "0.0590385, 0.0633059, 0.0721782, 0.0929643, 0.1389904, 0.2480387, 0.5193418");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				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, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
					values("0.0726433, 0.0797386, 0.0968205, 0.1377018, 0.2383072, 0.4887689, 1.1242292", \
					  "0.0775466, 0.0847085, 0.1017094, 0.1428926, 0.2431804, 0.4938703, 1.1243343", \
					  "0.0881889, 0.0953348, 0.1122775, 0.1533046, 0.2540421, 0.5048359, 1.1348799", \
					  "0.1092466, 0.1164420, 0.1333353, 0.1742485, 0.2750791, 0.5271817, 1.1557059", \
					  "0.1408811, 0.1483486, 0.1652549, 0.2062548, 0.3072727, 0.5592527, 1.1892055", \
					  "0.1781318, 0.1867941, 0.2049518, 0.2457829, 0.3466727, 0.5983697, 1.2300548", \
					  "0.1985336, 0.2098643, 0.2332516, 0.2773497, 0.3776209, 0.6301147, 1.2585831");
				}
				rise_transition ("del_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("0.0263655, 0.0348269, 0.0564917, 0.1120876, 0.2532010, 0.6040616, 1.5062632", \
					  "0.0262892, 0.0347934, 0.0564554, 0.1121869, 0.2545424, 0.6091071, 1.4958048", \
					  "0.0263903, 0.0348116, 0.0564602, 0.1120561, 0.2545803, 0.6074206, 1.4880686", \
					  "0.0268997, 0.0352965, 0.0567875, 0.1121609, 0.2543914, 0.6085447, 1.5035345", \
					  "0.0295355, 0.0374002, 0.0582137, 0.1125519, 0.2541992, 0.6103662, 1.4920869", \
					  "0.0368078, 0.0435990, 0.0621891, 0.1143632, 0.2555003, 0.6059173, 1.4987881", \
					  "0.0524758, 0.0596718, 0.0774360, 0.1214141, 0.2551194, 0.6115896, 1.4948202");
				}
				cell_fall ("del_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("0.3130312, 0.3215351, 0.3381602, 0.3688498, 0.4250746, 0.5341168, 0.7666610", \
					  "0.3138452, 0.3223892, 0.3392311, 0.3697973, 0.4258028, 0.5348470, 0.7672180", \
					  "0.3218989, 0.3303754, 0.3471483, 0.3776057, 0.4337701, 0.5426232, 0.7750255", \
					  "0.3471374, 0.3564830, 0.3731142, 0.4038513, 0.4601015, 0.5691880, 0.8015656", \
					  "0.4191702, 0.4277283, 0.4442401, 0.4749158, 0.5307790, 0.6397205, 0.8721700", \
					  "0.5871948, 0.5957068, 0.6120204, 0.6427313, 0.6989680, 0.8080686, 1.0407813", \
					  "0.9357474, 0.9458240, 0.9655808, 1.0006994, 1.0592063, 1.1744897, 1.4092135");
				}
				fall_transition ("del_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("0.0486918, 0.0531535, 0.0629361, 0.0839059, 0.1319277, 0.2434604, 0.5193920", \
					  "0.0486176, 0.0530528, 0.0625961, 0.0836398, 0.1315073, 0.2436741, 0.5194871", \
					  "0.0486096, 0.0530446, 0.0625709, 0.0835535, 0.1325824, 0.2437433, 0.5198246", \
					  "0.0482792, 0.0533227, 0.0627846, 0.0841128, 0.1318214, 0.2438111, 0.5193364", \
					  "0.0483160, 0.0531208, 0.0626910, 0.0839935, 0.1323757, 0.2436148, 0.5194886", \
					  "0.0474914, 0.0520712, 0.0638586, 0.0850445, 0.1329951, 0.2420412, 0.5181179", \
					  "0.0660084, 0.0700876, 0.0790531, 0.0979773, 0.1409388, 0.2466835, 0.5225772");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0012572, 0.00316112, 0.00794836, 0.0199854, 0.0502515, 0.126353");
					values("0.0548459, 0.0619958, 0.0787922, 0.1198121, 0.2205384, 0.4708141, 1.1016309", \
					  "0.0594828, 0.0664600, 0.0832902, 0.1243170, 0.2246655, 0.4764387, 1.1073237", \
					  "0.0698829, 0.0768315, 0.0935109, 0.1344741, 0.2362959, 0.4878581, 1.1213569", \
					  "0.0880233, 0.0949419, 0.1117940, 0.1525389, 0.2532474, 0.5065149, 1.1377106", \
					  "0.1123985, 0.1192235, 0.1359762, 0.1765262, 0.2774456, 0.5303898, 1.1622111", \
					  "0.1370051, 0.1450359, 0.1621299, 0.2024874, 0.3037677, 0.5544640, 1.1859075", \
					  "0.1404285, 0.1508010, 0.1711608, 0.2131711, 0.3118162, 0.5637735, 1.1947044");
				}
				rise_transition ("del_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("0.0249031, 0.0335926, 0.0560310, 0.1111543, 0.2540705, 0.6119176, 1.5062642", \
					  "0.0248586, 0.0336322, 0.0557480, 0.1122046, 0.2518068, 0.6087092, 1.5101899", \
					  "0.0249406, 0.0336473, 0.0560154, 0.1123263, 0.2553093, 0.6051142, 1.5068000", \
					  "0.0258162, 0.0345446, 0.0560996, 0.1123377, 0.2532159, 0.6054711, 1.5064814", \
					  "0.0277822, 0.0359016, 0.0568961, 0.1122647, 0.2533386, 0.6061189, 1.4920921", \
					  "0.0349833, 0.0420192, 0.0601705, 0.1132774, 0.2543344, 0.6043965, 1.5023522", \
					  "0.0511120, 0.0574606, 0.0756087, 0.1194042, 0.2556704, 0.6080047, 1.4897490");
				}
				cell_fall ("del_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("0.0724232, 0.0765909, 0.0847226, 0.1018523, 0.1382104, 0.2262374, 0.4467022", \
					  "0.0782251, 0.0821819, 0.0903406, 0.1075614, 0.1439448, 0.2318937, 0.4526517", \
					  "0.0931325, 0.0971607, 0.1054465, 0.1224741, 0.1592279, 0.2471821, 0.4682750", \
					  "0.1301290, 0.1340963, 0.1424345, 0.1587282, 0.1955440, 0.2837000, 0.5046530", \
					  "0.2086546, 0.2132782, 0.2226036, 0.2406939, 0.2779628, 0.3641744, 0.5845499", \
					  "0.3483304, 0.3553497, 0.3673964, 0.3894187, 0.4300760, 0.5192707, 0.7398220", \
					  "0.6002349, 0.6088551, 0.6255459, 0.6551773, 0.7049866, 0.7982358, 1.0147628");
				}
				fall_transition ("del_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("0.0165335, 0.0195578, 0.0272324, 0.0443643, 0.0880169, 0.2029117, 0.5016055", \
					  "0.0164388, 0.0195853, 0.0271939, 0.0443303, 0.0881352, 0.2025908, 0.5013936", \
					  "0.0166261, 0.0195733, 0.0268585, 0.0441211, 0.0876917, 0.2026902, 0.4951330", \
					  "0.0167650, 0.0198448, 0.0272059, 0.0441619, 0.0880969, 0.2022852, 0.4972685", \
					  "0.0208169, 0.0237813, 0.0305120, 0.0468770, 0.0886983, 0.2021972, 0.4986732", \
					  "0.0314935, 0.0351896, 0.0420880, 0.0577277, 0.0963620, 0.2054900, 0.5025135", \
					  "0.0498754, 0.0541493, 0.0632800, 0.0801374, 0.1162224, 0.2144300, 0.4978749");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002250;
			capacitance : 0.002145;
			fall_capacitance : 0.002040;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026365, -0.0026350, -0.0026317, -0.0026314, -0.0026308, -0.0026294, -0.0026260");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026492, 0.0026471, 0.0026422, 0.0026415, 0.0026400, 0.0026364, 0.0026283");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002372;
			capacitance : 0.002245;
			fall_capacitance : 0.002118;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026474, -0.0026486, -0.0026513, -0.0026518, -0.0026528, -0.0026553, -0.0026609");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026612, 0.0026600, 0.0026574, 0.0026579, 0.0026590, 0.0026614, 0.0026672");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002378;
			capacitance : 0.002244;
			fall_capacitance : 0.002110;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025279, -0.0025284, -0.0025294, -0.0025294, -0.0025295, -0.0025298, -0.0025303");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025328, 0.0025329, 0.0025331, 0.0025332, 0.0025335, 0.0025342, 0.0025357");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002449;
			capacitance : 0.002285;
			fall_capacitance : 0.002121;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0027039, -0.0027055, -0.0027092, -0.0027096, -0.0027104, -0.0027124, -0.0027169");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027097, 0.0027104, 0.0027120, 0.0027119, 0.0027117, 0.0027113, 0.0027103");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002413;
			capacitance : 0.002283;
			fall_capacitance : 0.002154;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003907, -0.0004019, -0.0004278, -0.0004115, -0.0003738, -0.0002870, -8.7050990e-05");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032841, 0.0032830, 0.0032806, 0.0032812, 0.0032825, 0.0032855, 0.0032923");
				}
			}
		}
	}
	cell ("scs8hd_o41a_2") {
		area : 12.512000;
		cell_footprint : "o41a";
		cell_leakage_power : 9.728434e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0009607";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0104589";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007390";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003967";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0003966";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007387";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003971";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007388";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003966";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007387";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007387";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003972";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007388";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003966";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007387";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003998";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007388";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0007347";
			when : "A1&!A2&!A3&A4&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A3&B1) | (A4&B1)";
			max_capacitance : 0.263682;
			max_transition : 1.515479;
			internal_power () {
				related_pin : "A2";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0120302, 0.0112188, 0.0085216, 0.0007212, -0.0232017, -0.0944385, -0.3016984", \
					  "0.0120389, 0.0110163, 0.0084172, 0.0005267, -0.0232321, -0.0945464, -0.3018014", \
					  "0.0119210, 0.0108983, 0.0082961, 0.0004043, -0.0233533, -0.0946704, -0.3019260", \
					  "0.0117632, 0.0108726, 0.0081605, 0.0002906, -0.0234326, -0.0947604, -0.3019973", \
					  "0.0115990, 0.0107209, 0.0081411, 0.0002849, -0.0234840, -0.0948399, -0.3020902", \
					  "0.0116272, 0.0107218, 0.0080357, 0.0001482, -0.0236217, -0.0949345, -0.3021774", \
					  "0.0113480, 0.0104442, 0.0078446, 0.0001017, -0.0238498, -0.0950644, -0.3022646");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0131460, 0.0144193, 0.0178735, 0.0272841, 0.0532116, 0.1266113, 0.3320041", \
					  "0.0131343, 0.0144092, 0.0178669, 0.0272849, 0.0532700, 0.1259685, 0.3335163", \
					  "0.0130953, 0.0143790, 0.0178686, 0.0272437, 0.0532236, 0.1264421, 0.3336781", \
					  "0.0130227, 0.0142825, 0.0177236, 0.0271045, 0.0530561, 0.1257649, 0.3335073", \
					  "0.0129365, 0.0141746, 0.0175900, 0.0268139, 0.0527488, 0.1256045, 0.3330448", \
					  "0.0132549, 0.0144267, 0.0177276, 0.0268954, 0.0526534, 0.1256616, 0.3314373", \
					  "0.0132297, 0.0144286, 0.0176871, 0.0269286, 0.0527133, 0.1258012, 0.3307318");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0124237, 0.0136763, 0.0170900, 0.0263859, 0.0522169, 0.1255366, 0.3306775", \
					  "0.0124349, 0.0136823, 0.0170960, 0.0263895, 0.0524732, 0.1254392, 0.3323277", \
					  "0.0124268, 0.0136835, 0.0171003, 0.0263850, 0.0522349, 0.1248200, 0.3307511", \
					  "0.0123875, 0.0136204, 0.0169725, 0.0262863, 0.0521818, 0.1249025, 0.3308684", \
					  "0.0123053, 0.0135009, 0.0167783, 0.0260023, 0.0518236, 0.1252831, 0.3324796", \
					  "0.0123335, 0.0135057, 0.0168154, 0.0259308, 0.0517203, 0.1247130, 0.3321184", \
					  "0.0122208, 0.0133969, 0.0166966, 0.0259235, 0.0516727, 0.1248714, 0.3295099");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0108531, 0.0099425, 0.0072487, -0.0006415, -0.0244098, -0.0956726, -0.3029225", \
					  "0.0106435, 0.0097702, 0.0072393, -0.0006810, -0.0244772, -0.0957833, -0.3030402", \
					  "0.0105150, 0.0096194, 0.0070971, -0.0008642, -0.0246751, -0.0959274, -0.3031672", \
					  "0.0104235, 0.0095413, 0.0069784, -0.0008826, -0.0246659, -0.0960088, -0.3032439", \
					  "0.0104466, 0.0095304, 0.0068436, -0.0010313, -0.0248070, -0.0961199, -0.3033420", \
					  "0.0104119, 0.0094505, 0.0067815, -0.0011058, -0.0248806, -0.0962182, -0.3034441", \
					  "0.0102635, 0.0092554, 0.0066623, -0.0012149, -0.0250415, -0.0963131, -0.3035203");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0115509, 0.0127992, 0.0162117, 0.0254812, 0.0515099, 0.1246598, 0.3295984", \
					  "0.0115632, 0.0128042, 0.0162134, 0.0254843, 0.0513096, 0.1246564, 0.3300247", \
					  "0.0115459, 0.0127919, 0.0161766, 0.0254588, 0.0512836, 0.1231996, 0.3305145", \
					  "0.0114284, 0.0126518, 0.0160120, 0.0252637, 0.0511158, 0.1246838, 0.3288514", \
					  "0.0113849, 0.0124563, 0.0157680, 0.0249588, 0.0507138, 0.1235678, 0.3286033", \
					  "0.0112334, 0.0124349, 0.0157451, 0.0248678, 0.0505695, 0.1228786, 0.3312990", \
					  "0.0111227, 0.0123063, 0.0156370, 0.0246823, 0.0505313, 0.1235303, 0.3301406");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0094492, 0.0086713, 0.0059505, -0.0019223, -0.0257402, -0.0969942, -0.3042291", \
					  "0.0094476, 0.0084626, 0.0058205, -0.0020464, -0.0257628, -0.0971175, -0.3043515", \
					  "0.0092398, 0.0084038, 0.0057349, -0.0021477, -0.0259705, -0.0972768, -0.3045144", \
					  "0.0091478, 0.0081647, 0.0056245, -0.0022821, -0.0261444, -0.0974135, -0.3046715", \
					  "0.0090873, 0.0081527, 0.0054791, -0.0024151, -0.0261763, -0.0975113, -0.3047432", \
					  "0.0090907, 0.0081368, 0.0055912, -0.0023799, -0.0261736, -0.0975291, -0.3047404", \
					  "0.0092430, 0.0081068, 0.0053844, -0.0026319, -0.0263991, -0.0977489, -0.3048470");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0090838, 0.0103505, 0.0137767, 0.0230793, 0.0489132, 0.1221033, 0.3279904", \
					  "0.0090513, 0.0102998, 0.0137151, 0.0230315, 0.0486332, 0.1216775, 0.3277321", \
					  "0.0089778, 0.0102172, 0.0135995, 0.0228728, 0.0484263, 0.1216492, 0.3281522", \
					  "0.0087294, 0.0099328, 0.0132376, 0.0224996, 0.0481832, 0.1218681, 0.3274090", \
					  "0.0086185, 0.0097853, 0.0130097, 0.0221225, 0.0477672, 0.1199744, 0.3275020", \
					  "0.0084612, 0.0096342, 0.0129506, 0.0220013, 0.0476909, 0.1203063, 0.3246474", \
					  "0.0080958, 0.0092811, 0.0124968, 0.0218886, 0.0473785, 0.1204405, 0.3251171");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0080574, 0.0070966, 0.0045882, -0.0033867, -0.0285329, -0.1015545, -0.3093481", \
					  "0.0078778, 0.0069554, 0.0043980, -0.0035743, -0.0286732, -0.1017054, -0.3097225", \
					  "0.0077348, 0.0067668, 0.0042025, -0.0037825, -0.0288748, -0.1018842, -0.3098921", \
					  "0.0075206, 0.0065802, 0.0039966, -0.0039755, -0.0290505, -0.1020368, -0.3099566", \
					  "0.0074145, 0.0064066, 0.0037548, -0.0042307, -0.0292284, -0.1021318, -0.3100271", \
					  "0.0081780, 0.0071191, 0.0040480, -0.0049630, -0.0294605, -0.1022687, -0.3101230", \
					  "0.0087619, 0.0076712, 0.0046239, -0.0042917, -0.0297050, -0.1024577, -0.3100450");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0134843, 0.0148008, 0.0183323, 0.0279110, 0.0539621, 0.1273008, 0.3327459", \
					  "0.0134265, 0.0147227, 0.0183247, 0.0278355, 0.0538968, 0.1272165, 0.3326967", \
					  "0.0133626, 0.0146749, 0.0182199, 0.0277809, 0.0538739, 0.1272035, 0.3326552", \
					  "0.0133115, 0.0146156, 0.0181623, 0.0276710, 0.0537506, 0.1264170, 0.3325398", \
					  "0.0133948, 0.0146349, 0.0181606, 0.0275218, 0.0535841, 0.1269667, 0.3324842", \
					  "0.0139540, 0.0151444, 0.0184455, 0.0275760, 0.0534549, 0.1259893, 0.3338341", \
					  "0.0141518, 0.0153399, 0.0186152, 0.0278364, 0.0535554, 0.1265477, 0.3332108");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0133024, 0.0124461, 0.0098694, 0.0019450, -0.0218522, -0.0931281, -0.3003956", \
					  "0.0133434, 0.0123530, 0.0097941, 0.0018540, -0.0219433, -0.0932196, -0.3004852", \
					  "0.0132285, 0.0122812, 0.0095992, 0.0017148, -0.0220638, -0.0933481, -0.3006032", \
					  "0.0131149, 0.0121130, 0.0095669, 0.0016183, -0.0221837, -0.0934647, -0.3007190", \
					  "0.0129090, 0.0120132, 0.0094313, 0.0015424, -0.0222251, -0.0935421, -0.3007944", \
					  "0.0129318, 0.0119307, 0.0093714, 0.0014390, -0.0223096, -0.0936275, -0.3008763", \
					  "0.0125780, 0.0117265, 0.0091826, 0.0014093, -0.0224085, -0.0937367, -0.3009426");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0891671, 0.0951717, 0.1092735, 0.1431287, 0.2310460, 0.4716626, 1.1526310", \
					  "0.0939217, 0.0998852, 0.1141142, 0.1478955, 0.2357554, 0.4763771, 1.1573107", \
					  "0.1046641, 0.1106654, 0.1246872, 0.1585860, 0.2463058, 0.4870330, 1.1677740", \
					  "0.1277665, 0.1336645, 0.1476830, 0.1812407, 0.2684925, 0.5103525, 1.1882857", \
					  "0.1714531, 0.1776240, 0.1920163, 0.2256640, 0.3126549, 0.5541835, 1.2339932", \
					  "0.2339638, 0.2412010, 0.2572252, 0.2919327, 0.3789234, 0.6195790, 1.2993010", \
					  "0.3019205, 0.3115728, 0.3317653, 0.3711814, 0.4590919, 0.6997171, 1.3782293");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0205941, 0.0259575, 0.0406800, 0.0814186, 0.1991693, 0.5361844, 1.5036062", \
					  "0.0206050, 0.0261862, 0.0405459, 0.0811806, 0.1991254, 0.5361795, 1.5038532", \
					  "0.0205265, 0.0258808, 0.0404148, 0.0812634, 0.1997122, 0.5369356, 1.5044979", \
					  "0.0204457, 0.0257477, 0.0401803, 0.0811114, 0.1988469, 0.5367254, 1.4992794", \
					  "0.0224973, 0.0276610, 0.0415976, 0.0810252, 0.1993260, 0.5371743, 1.5050223", \
					  "0.0284808, 0.0333245, 0.0466155, 0.0839883, 0.1994639, 0.5370235, 1.4983722", \
					  "0.0402842, 0.0460654, 0.0590798, 0.0927857, 0.2010691, 0.5375594, 1.4937160");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.4969115, 0.5069125, 0.5267724, 0.5618470, 0.6233909, 0.7409436, 0.9980486", \
					  "0.5012801, 0.5113370, 0.5311878, 0.5662761, 0.6278398, 0.7453841, 1.0025160", \
					  "0.5138501, 0.5244129, 0.5443236, 0.5794000, 0.6403277, 0.7579167, 1.0150351", \
					  "0.5455271, 0.5555342, 0.5753536, 0.6104347, 0.6719163, 0.7895058, 1.0465458", \
					  "0.6163282, 0.6261844, 0.6461364, 0.6812565, 0.7426909, 0.8602705, 1.1172815", \
					  "0.7676155, 0.7776361, 0.7970311, 0.8322828, 0.8940820, 1.0105425, 1.2682996", \
					  "1.0865759, 1.0971164, 1.1177140, 1.1545058, 1.2171421, 1.3359613, 1.5941348");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0598563, 0.0642014, 0.0730430, 0.0915335, 0.1329142, 0.2388609, 0.5256723", \
					  "0.0598220, 0.0641076, 0.0729743, 0.0915385, 0.1329190, 0.2388826, 0.5256675", \
					  "0.0599725, 0.0641648, 0.0726677, 0.0911177, 0.1328751, 0.2388515, 0.5256673", \
					  "0.0599534, 0.0640272, 0.0729440, 0.0915313, 0.1327841, 0.2387883, 0.5256841", \
					  "0.0598894, 0.0639583, 0.0729481, 0.0915496, 0.1341183, 0.2387524, 0.5256838", \
					  "0.0600447, 0.0642041, 0.0726159, 0.0914798, 0.1334564, 0.2398524, 0.5254732", \
					  "0.0646153, 0.0689609, 0.0790742, 0.0962878, 0.1367407, 0.2408594, 0.5274531");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0862180, 0.0919270, 0.1055409, 0.1384586, 0.2249385, 0.4655545, 1.1440173", \
					  "0.0911620, 0.0969102, 0.1103938, 0.1433114, 0.2295600, 0.4691998, 1.1482204", \
					  "0.1016331, 0.1073320, 0.1209640, 0.1536642, 0.2399652, 0.4798792, 1.1611686", \
					  "0.1239575, 0.1295819, 0.1430817, 0.1757437, 0.2619496, 0.5019382, 1.1834791", \
					  "0.1644002, 0.1703766, 0.1844167, 0.2174350, 0.3038239, 0.5443683, 1.2225299", \
					  "0.2196385, 0.2268184, 0.2425780, 0.2767261, 0.3629534, 0.6029539, 1.2825359", \
					  "0.2721459, 0.2817672, 0.3017739, 0.3410575, 0.4284312, 0.6697344, 1.3464669");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0194990, 0.0247141, 0.0389787, 0.0793430, 0.1974188, 0.5348529, 1.5050181", \
					  "0.0195428, 0.0246897, 0.0388473, 0.0793260, 0.1979063, 0.5352170, 1.5012227", \
					  "0.0195346, 0.0248816, 0.0389147, 0.0791378, 0.1978110, 0.5343200, 1.5009783", \
					  "0.0195696, 0.0247877, 0.0387671, 0.0790404, 0.1978811, 0.5343808, 1.5011000", \
					  "0.0220625, 0.0269125, 0.0405669, 0.0798795, 0.1971306, 0.5370590, 1.4987636", \
					  "0.0277146, 0.0327765, 0.0457115, 0.0826802, 0.1980979, 0.5335997, 1.5054817", \
					  "0.0401548, 0.0456823, 0.0590472, 0.0923903, 0.2005368, 0.5369519, 1.4974024");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.4812312, 0.4913077, 0.5111617, 0.5461975, 0.6078372, 0.7248883, 0.9826480", \
					  "0.4843427, 0.4943116, 0.5142943, 0.5493893, 0.6108681, 0.7284527, 0.9854112", \
					  "0.4958930, 0.5058680, 0.5258362, 0.5609199, 0.6223920, 0.7399659, 0.9969539", \
					  "0.5281310, 0.5382150, 0.5571962, 0.5926371, 0.6535144, 0.7712632, 1.0290767", \
					  "0.6011170, 0.6109644, 0.6304288, 0.6659283, 0.7270934, 0.8448027, 1.1027875", \
					  "0.7631977, 0.7731419, 0.7926223, 0.8277476, 0.8895498, 1.0063189, 1.2640564", \
					  "1.1200602, 1.1308603, 1.1519488, 1.1880212, 1.2504467, 1.3697621, 1.6277085");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0600869, 0.0644374, 0.0730733, 0.0918439, 0.1331800, 0.2392540, 0.5255142", \
					  "0.0600251, 0.0638855, 0.0729914, 0.0915912, 0.1341045, 0.2387816, 0.5257186", \
					  "0.0599884, 0.0638731, 0.0730049, 0.0916082, 0.1341326, 0.2387399, 0.5257194", \
					  "0.0602388, 0.0643902, 0.0726605, 0.0919893, 0.1347920, 0.2395486, 0.5247142", \
					  "0.0598711, 0.0638933, 0.0726637, 0.0925499, 0.1339603, 0.2393023, 0.5258975", \
					  "0.0602815, 0.0643098, 0.0726115, 0.0920006, 0.1334823, 0.2397464, 0.5255034", \
					  "0.0656610, 0.0697339, 0.0781447, 0.0987090, 0.1382650, 0.2419691, 0.5259537");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0832507, 0.0888039, 0.1020606, 0.1341760, 0.2200049, 0.4599279, 1.1387673", \
					  "0.0882676, 0.0938222, 0.1069985, 0.1391969, 0.2247859, 0.4643054, 1.1424508", \
					  "0.0987872, 0.1043521, 0.1176038, 0.1496969, 0.2355164, 0.4754097, 1.1540700", \
					  "0.1210053, 0.1265269, 0.1396516, 0.1717479, 0.2571675, 0.4966411, 1.1741866", \
					  "0.1595400, 0.1654975, 0.1791667, 0.2117564, 0.2976527, 0.5380253, 1.2180943", \
					  "0.2096709, 0.2169050, 0.2325982, 0.2667167, 0.3523117, 0.5919715, 1.2733827", \
					  "0.2523183, 0.2622250, 0.2825783, 0.3226446, 0.4097617, 0.6491620, 1.3269088");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0188582, 0.0238229, 0.0379499, 0.0780316, 0.1964585, 0.5352791, 1.5015917", \
					  "0.0186978, 0.0238098, 0.0379252, 0.0778222, 0.1963369, 0.5343139, 1.5001108", \
					  "0.0188568, 0.0239266, 0.0379545, 0.0780361, 0.1966330, 0.5348357, 1.5028941", \
					  "0.0188822, 0.0240568, 0.0379398, 0.0781921, 0.1971780, 0.5379788, 1.5069858", \
					  "0.0214210, 0.0264402, 0.0400825, 0.0791683, 0.1960151, 0.5355316, 1.4992799", \
					  "0.0280797, 0.0330697, 0.0458865, 0.0825014, 0.1971037, 0.5344459, 1.4987999", \
					  "0.0412964, 0.0469374, 0.0603770, 0.0934457, 0.2002937, 0.5378484, 1.4969774");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.4467779, 0.4567244, 0.4761630, 0.5115909, 0.5723603, 0.6901050, 0.9480039", \
					  "0.4494317, 0.4593789, 0.4793809, 0.5144791, 0.5761977, 0.6931807, 0.9509679", \
					  "0.4598738, 0.4698189, 0.4898149, 0.5251765, 0.5863800, 0.7040863, 0.9611906", \
					  "0.4909494, 0.5008343, 0.5202035, 0.5554078, 0.6167465, 0.7344579, 0.9924641", \
					  "0.5640108, 0.5739506, 0.5941690, 0.6291661, 0.6905065, 0.8066996, 1.0647682", \
					  "0.7378197, 0.7477439, 0.7675903, 0.8026242, 0.8639065, 0.9809301, 1.2387658", \
					  "1.1221916, 1.1330911, 1.1546594, 1.1910662, 1.2552875, 1.3742596, 1.6327035");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0600241, 0.0643302, 0.0726595, 0.0910985, 0.1351994, 0.2397059, 0.5243411", \
					  "0.0598424, 0.0639386, 0.0730210, 0.0918330, 0.1332119, 0.2393064, 0.5254748", \
					  "0.0598418, 0.0640181, 0.0732136, 0.0911076, 0.1342429, 0.2382651, 0.5254175", \
					  "0.0598528, 0.0640207, 0.0726040, 0.0917106, 0.1340370, 0.2393328, 0.5259400", \
					  "0.0602002, 0.0642463, 0.0726452, 0.0912009, 0.1340443, 0.2401589, 0.5258482", \
					  "0.0601105, 0.0642561, 0.0726962, 0.0912469, 0.1334439, 0.2390937, 0.5261620", \
					  "0.0671090, 0.0710247, 0.0798058, 0.0973348, 0.1375923, 0.2408210, 0.5244390");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0744655, 0.0798000, 0.0926506, 0.1241779, 0.2098912, 0.4481484, 1.1254160", \
					  "0.0794885, 0.0847869, 0.0976215, 0.1292876, 0.2146127, 0.4540725, 1.1335779", \
					  "0.0902033, 0.0955338, 0.1082921, 0.1398804, 0.2251710, 0.4648362, 1.1462828", \
					  "0.1125722, 0.1178948, 0.1306813, 0.1624127, 0.2475093, 0.4887669, 1.1663068", \
					  "0.1494191, 0.1548378, 0.1685430, 0.2008705, 0.2862355, 0.5259073, 1.2055381", \
					  "0.1942324, 0.2017743, 0.2176796, 0.2514570, 0.3370847, 0.5762845, 1.2544736", \
					  "0.2275401, 0.2379140, 0.2589104, 0.2993480, 0.3865753, 0.6257431, 1.3030591");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0177359, 0.0227144, 0.0365161, 0.0769005, 0.1956903, 0.5382053, 1.4958116", \
					  "0.0176388, 0.0226278, 0.0364420, 0.0770114, 0.1956880, 0.5385436, 1.5065773", \
					  "0.0176245, 0.0226369, 0.0366004, 0.0768797, 0.1954086, 0.5370193, 1.5154793", \
					  "0.0182271, 0.0231455, 0.0369238, 0.0770620, 0.1962270, 0.5401998, 1.4974363", \
					  "0.0214662, 0.0266662, 0.0395160, 0.0781226, 0.1953398, 0.5372828, 1.4976340", \
					  "0.0289032, 0.0339101, 0.0464045, 0.0819108, 0.1963815, 0.5339492, 1.5067152", \
					  "0.0436351, 0.0496493, 0.0626737, 0.0955135, 0.1997973, 0.5385996, 1.4955589");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.3881339, 0.3981424, 0.4179960, 0.4534357, 0.5146633, 0.6320218, 0.8895967", \
					  "0.3898592, 0.3996322, 0.4196558, 0.4549905, 0.5162120, 0.6338638, 0.8913664", \
					  "0.3974787, 0.4075070, 0.4275093, 0.4623170, 0.5240645, 0.6413281, 0.8993549", \
					  "0.4260356, 0.4334892, 0.4535920, 0.4886576, 0.5501852, 0.6676507, 0.9253604", \
					  "0.4924240, 0.5027525, 0.5226544, 0.5573835, 0.6184215, 0.7358318, 0.9931863", \
					  "0.6624111, 0.6722384, 0.6923812, 0.7275813, 0.7887710, 0.9062230, 1.1640725", \
					  "1.0359019, 1.0474441, 1.0701001, 1.1083149, 1.1729411, 1.2938116, 1.5494959");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0601223, 0.0641583, 0.0729635, 0.0911090, 0.1342070, 0.2381941, 0.5255716", \
					  "0.0601928, 0.0640485, 0.0729673, 0.0913147, 0.1343655, 0.2378007, 0.5255127", \
					  "0.0603675, 0.0646253, 0.0732940, 0.0921223, 0.1333477, 0.2392742, 0.5255088", \
					  "0.0602883, 0.0642490, 0.0731719, 0.0918623, 0.1331557, 0.2390955, 0.5252814", \
					  "0.0602106, 0.0642152, 0.0726979, 0.0910277, 0.1334567, 0.2397412, 0.5257747", \
					  "0.0598971, 0.0640180, 0.0731352, 0.0912625, 0.1331599, 0.2391850, 0.5250109", \
					  "0.0731685, 0.0774296, 0.0863488, 0.1032282, 0.1412335, 0.2415943, 0.5258860");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0539309, 0.0587425, 0.0707407, 0.1018880, 0.1868542, 0.4261573, 1.1035017", \
					  "0.0586062, 0.0633775, 0.0753444, 0.1063981, 0.1914206, 0.4309256, 1.1093750", \
					  "0.0697234, 0.0744771, 0.0863918, 0.1172659, 0.2023616, 0.4437213, 1.1227076", \
					  "0.0915713, 0.0964523, 0.1084669, 0.1392335, 0.2247831, 0.4634687, 1.1462163", \
					  "0.1216332, 0.1270493, 0.1396948, 0.1708208, 0.2557533, 0.4971294, 1.1780379", \
					  "0.1547922, 0.1618887, 0.1768515, 0.2087083, 0.2933607, 0.5330910, 1.2147602", \
					  "0.1707530, 0.1808891, 0.2012011, 0.2396108, 0.3242792, 0.5634667, 1.2400910");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0153583, 0.0201994, 0.0343239, 0.0755120, 0.1948624, 0.5367077, 1.5008490", \
					  "0.0152723, 0.0202330, 0.0343216, 0.0756393, 0.1954129, 0.5328163, 1.5073180", \
					  "0.0153372, 0.0202204, 0.0343981, 0.0758323, 0.1953966, 0.5393802, 1.4948928", \
					  "0.0165607, 0.0213168, 0.0350893, 0.0755996, 0.1944188, 0.5377724, 1.5081082", \
					  "0.0206332, 0.0249449, 0.0374321, 0.0770196, 0.1943072, 0.5358409, 1.5151957", \
					  "0.0291004, 0.0335342, 0.0448941, 0.0800402, 0.1966957, 0.5323578, 1.5027722", \
					  "0.0457465, 0.0504949, 0.0627381, 0.0933042, 0.1985214, 0.5391963, 1.4938509");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0867799, 0.0906473, 0.0990697, 0.1159824, 0.1502817, 0.2344932, 0.4680894", \
					  "0.0926477, 0.0965337, 0.1048786, 0.1215009, 0.1566227, 0.2401273, 0.4740605", \
					  "0.1077961, 0.1115850, 0.1200972, 0.1368440, 0.1716531, 0.2552465, 0.4893010", \
					  "0.1448387, 0.1486517, 0.1570902, 0.1738662, 0.2087751, 0.2930126, 0.5270595", \
					  "0.2290135, 0.2332265, 0.2420278, 0.2596071, 0.2947534, 0.3791022, 0.6124573", \
					  "0.3885203, 0.3922415, 0.4059663, 0.4278284, 0.4678876, 0.5543183, 0.7871215", \
					  "0.6738203, 0.6818754, 0.6983233, 0.7285028, 0.7801680, 0.8740824, 1.1071971");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0163834, 0.0187114, 0.0243992, 0.0382122, 0.0735349, 0.1775440, 0.4849948", \
					  "0.0163118, 0.0187863, 0.0246178, 0.0383679, 0.0730650, 0.1775818, 0.4859603", \
					  "0.0164058, 0.0187130, 0.0243587, 0.0380968, 0.0730713, 0.1778392, 0.4857968", \
					  "0.0164307, 0.0188971, 0.0244317, 0.0382562, 0.0734955, 0.1766740, 0.4848165", \
					  "0.0187278, 0.0209827, 0.0260820, 0.0389443, 0.0741236, 0.1772316, 0.4853069", \
					  "0.0293304, 0.0324973, 0.0385433, 0.0515775, 0.0836584, 0.1811773, 0.4851806", \
					  "0.0484697, 0.0519140, 0.0595539, 0.0759508, 0.1088365, 0.1952066, 0.4888372");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002307;
			capacitance : 0.002199;
			fall_capacitance : 0.002092;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026800, -0.0026786, -0.0026754, -0.0026757, -0.0026765, -0.0026784, -0.0026826");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026929, 0.0026893, 0.0026811, 0.0026812, 0.0026815, 0.0026821, 0.0026835");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002115;
			capacitance : 0.002237;
			rise_capacitance : 0.002360;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026096, -0.0026104, -0.0026121, -0.0026115, -0.0026099, -0.0026064, -0.0025982");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026146, 0.0026146, 0.0026146, 0.0026145, 0.0026143, 0.0026139, 0.0026129");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002377;
			capacitance : 0.002245;
			fall_capacitance : 0.002114;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025101, -0.0025108, -0.0025123, -0.0025129, -0.0025144, -0.0025178, -0.0025257");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025143, 0.0025135, 0.0025117, 0.0025117, 0.0025118, 0.0025119, 0.0025122");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002314;
			capacitance : 0.002167;
			fall_capacitance : 0.002019;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025476, -0.0025473, -0.0025467, -0.0025471, -0.0025481, -0.0025505, -0.0025559");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025490, 0.0025478, 0.0025451, 0.0025450, 0.0025446, 0.0025438, 0.0025419");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002321;
			capacitance : 0.002197;
			fall_capacitance : 0.002073;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-8.8344042e-05, -0.0001054, -0.0001446, -0.0001250, -7.9867470e-05, 2.4245572e-05, 0.0002642");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0031683, 0.0031663, 0.0031618, 0.0031621, 0.0031629, 0.0031647, 0.0031689");
				}
			}
		}
	}
	cell ("scs8hd_o41a_4") {
		area : 21.270400;
		cell_footprint : "o41a";
		cell_leakage_power : 1.885184e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008179";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014693";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014907";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014695";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0015548";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0184865";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014937";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014696";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0008188";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014696";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014907";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014695";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0011100";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014696";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014906";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014695";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0008179";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014694";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014907";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014695";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0008203";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014697";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014906";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014695";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0008178";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014694";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014907";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014695";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0011114";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0014692";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014905";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "0.0014695";
			when : "A1&A2&!A3&A4&!B1";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A1&B1) | (A2&B1) | (A3&B1) | (A4&B1)";
			max_capacitance : 0.469675;
			max_transition : 1.514346;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0268191, 0.0283820, 0.0330737, 0.0468403, 0.0876953, 0.2116768, 0.5973749", \
					  "0.0267388, 0.0282466, 0.0329670, 0.0467438, 0.0875881, 0.2113902, 0.5998645", \
					  "0.0265597, 0.0281161, 0.0328031, 0.0465271, 0.0873913, 0.2123893, 0.5997135", \
					  "0.0265007, 0.0280247, 0.0326974, 0.0464588, 0.0872765, 0.2114226, 0.5967588", \
					  "0.0265186, 0.0280135, 0.0326092, 0.0461751, 0.0868328, 0.2119466, 0.5993586", \
					  "0.0277417, 0.0291701, 0.0333987, 0.0464197, 0.0865388, 0.2101048, 0.5963482", \
					  "0.0283129, 0.0297157, 0.0338711, 0.0469140, 0.0868344, 0.2109308, 0.5941288");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0278900, 0.0262461, 0.0232163, 0.0125595, -0.0232679, -0.1430535, -0.5303310", \
					  "0.0279066, 0.0266816, 0.0232946, 0.0123488, -0.0233599, -0.1432156, -0.5305076", \
					  "0.0274769, 0.0262565, 0.0229519, 0.0121382, -0.0236589, -0.1435180, -0.5306956", \
					  "0.0272402, 0.0260635, 0.0225725, 0.0118321, -0.0239324, -0.1437342, -0.5309884", \
					  "0.0269786, 0.0253523, 0.0223805, 0.0116272, -0.0241323, -0.1440184, -0.5311978", \
					  "0.0269698, 0.0257943, 0.0222857, 0.0116234, -0.0242745, -0.1440939, -0.5313357", \
					  "0.0263788, 0.0252324, 0.0215647, 0.0112500, -0.0245247, -0.1443594, -0.5314283");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0256241, 0.0270903, 0.0316501, 0.0450331, 0.0854411, 0.2099775, 0.5949159", \
					  "0.0255972, 0.0270775, 0.0316098, 0.0450042, 0.0853995, 0.2099754, 0.5946799", \
					  "0.0255337, 0.0270443, 0.0315650, 0.0449614, 0.0853385, 0.2099577, 0.5948374", \
					  "0.0254176, 0.0268931, 0.0313566, 0.0447844, 0.0850450, 0.2087955, 0.5970732", \
					  "0.0252297, 0.0266461, 0.0311197, 0.0443829, 0.0846153, 0.2083324, 0.5967764", \
					  "0.0258965, 0.0272544, 0.0315115, 0.0445503, 0.0842908, 0.2071683, 0.5962520", \
					  "0.0258334, 0.0271172, 0.0311498, 0.0444244, 0.0842252, 0.2079994, 0.5925149");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0251689, 0.0239358, 0.0205620, 0.0096924, -0.0261334, -0.1459869, -0.5332123", \
					  "0.0247087, 0.0234926, 0.0202013, 0.0095027, -0.0262313, -0.1462247, -0.5334167", \
					  "0.0244727, 0.0232865, 0.0198679, 0.0090964, -0.0266125, -0.1464261, -0.5337112", \
					  "0.0242635, 0.0230435, 0.0197414, 0.0088780, -0.0267008, -0.1466910, -0.5338764", \
					  "0.0240152, 0.0228276, 0.0194101, 0.0086972, -0.0271203, -0.1469232, -0.5341616", \
					  "0.0239900, 0.0228063, 0.0194025, 0.0086314, -0.0271591, -0.1471301, -0.5342057", \
					  "0.0233756, 0.0220340, 0.0187808, 0.0079997, -0.0274752, -0.1473106, -0.5343487");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0243089, 0.0257426, 0.0301912, 0.0434844, 0.0835182, 0.2067666, 0.5919664", \
					  "0.0242709, 0.0257486, 0.0302125, 0.0434794, 0.0835658, 0.2070141, 0.5920989", \
					  "0.0242756, 0.0257175, 0.0301884, 0.0434459, 0.0836290, 0.2071639, 0.5951482", \
					  "0.0241560, 0.0255939, 0.0300116, 0.0432165, 0.0833580, 0.2071581, 0.5925656", \
					  "0.0238280, 0.0252518, 0.0295469, 0.0427755, 0.0828140, 0.2075298, 0.5918649", \
					  "0.0239501, 0.0253281, 0.0296053, 0.0425484, 0.0822749, 0.2052691, 0.5910373", \
					  "0.0237541, 0.0252162, 0.0293770, 0.0426017, 0.0819883, 0.2061043, 0.5912839");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0222691, 0.0206275, 0.0175969, 0.0069465, -0.0288938, -0.1487013, -0.5359148", \
					  "0.0214111, 0.0207257, 0.0175079, 0.0067408, -0.0291087, -0.1489063, -0.5361431", \
					  "0.0217506, 0.0205298, 0.0172215, 0.0064111, -0.0292755, -0.1491949, -0.5363730", \
					  "0.0208945, 0.0202412, 0.0169162, 0.0063459, -0.0294208, -0.1494681, -0.5366112", \
					  "0.0212638, 0.0200499, 0.0167257, 0.0057761, -0.0298151, -0.1497209, -0.5368908", \
					  "0.0211844, 0.0200092, 0.0165205, 0.0058270, -0.0300540, -0.1499149, -0.5370141", \
					  "0.0207384, 0.0194560, 0.0160007, 0.0052320, -0.0304718, -0.1500411, -0.5371521");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0218323, 0.0232788, 0.0277023, 0.0409319, 0.0808265, 0.2049448, 0.5870180", \
					  "0.0218305, 0.0232661, 0.0277501, 0.0409287, 0.0808688, 0.2031178, 0.5859571", \
					  "0.0217860, 0.0232351, 0.0276567, 0.0408612, 0.0807754, 0.2051422, 0.5896844", \
					  "0.0215578, 0.0229783, 0.0273268, 0.0404797, 0.0805655, 0.2035996, 0.5870485", \
					  "0.0212376, 0.0226102, 0.0268979, 0.0399946, 0.0799230, 0.2036782, 0.5853034", \
					  "0.0211158, 0.0225391, 0.0268390, 0.0397325, 0.0792203, 0.2020271, 0.5900197", \
					  "0.0209874, 0.0223707, 0.0265181, 0.0392893, 0.0792759, 0.2020098, 0.5860460");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0194937, 0.0182530, 0.0147185, 0.0040589, -0.0316715, -0.1515620, -0.5387293", \
					  "0.0191251, 0.0179238, 0.0145014, 0.0037962, -0.0320117, -0.1518188, -0.5390581", \
					  "0.0187559, 0.0175379, 0.0142109, 0.0032328, -0.0323399, -0.1522314, -0.5393754", \
					  "0.0184632, 0.0172857, 0.0138856, 0.0031907, -0.0325890, -0.1525305, -0.5396919", \
					  "0.0181695, 0.0169679, 0.0135870, 0.0027004, -0.0328447, -0.1526955, -0.5399297", \
					  "0.0177251, 0.0169362, 0.0135654, 0.0029611, -0.0329849, -0.1529788, -0.5400335", \
					  "0.0205901, 0.0192745, 0.0151924, 0.0026481, -0.0328476, -0.1528825, -0.5398859");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0169232, 0.0184165, 0.0228872, 0.0362520, 0.0763239, 0.1999455, 0.5855762", \
					  "0.0168282, 0.0183105, 0.0227802, 0.0361243, 0.0759628, 0.1995223, 0.5866796", \
					  "0.0166740, 0.0181414, 0.0225606, 0.0358030, 0.0758721, 0.1989743, 0.5855083", \
					  "0.0161786, 0.0176067, 0.0219266, 0.0350333, 0.0751976, 0.1978907, 0.5868585", \
					  "0.0160968, 0.0174859, 0.0215988, 0.0344282, 0.0742460, 0.1982966, 0.5840454", \
					  "0.0155717, 0.0169029, 0.0212951, 0.0342233, 0.0736572, 0.1960826, 0.5795488", \
					  "0.0153745, 0.0168924, 0.0210393, 0.0339060, 0.0737602, 0.1968596, 0.5802159");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001564737, 0.004896803, 0.01532442, 0.04795735, 0.1500813, 0.4696754");
					values("0.0175307, 0.0164347, 0.0130513, 0.0020748, -0.0362401, -0.1602472, -0.5491580", \
					  "0.0172396, 0.0161245, 0.0127209, 0.0017953, -0.0365479, -0.1604985, -0.5494005", \
					  "0.0168264, 0.0156973, 0.0122888, 0.0012868, -0.0369665, -0.1608897, -0.5497958", \
					  "0.0164986, 0.0154086, 0.0118668, 0.0008340, -0.0373268, -0.1611449, -0.5499395", \
					  "0.0159887, 0.0148452, 0.0112191, 9.1800000e-05, -0.0379584, -0.1615212, -0.5502337", \
					  "0.0172470, 0.0160576, 0.0121403, -9.2800000e-05, -0.0384149, -0.1616908, -0.5502227", \
					  "0.0182026, 0.0171034, 0.0131447, 0.0007598, -0.0384192, -0.1619439, -0.5499461");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.1001004, 0.1044504, 0.1160289, 0.1456943, 0.2250022, 0.4576683, 1.1723578", \
					  "0.1047821, 0.1090928, 0.1207242, 0.1502614, 0.2297225, 0.4621101, 1.1769843", \
					  "0.1148804, 0.1192109, 0.1307719, 0.1603256, 0.2396198, 0.4719844, 1.1871953", \
					  "0.1365733, 0.1408372, 0.1522979, 0.1815172, 0.2604542, 0.4935199, 1.2101535", \
					  "0.1779128, 0.1823040, 0.1939440, 0.2232607, 0.3018734, 0.5346860, 1.2511482", \
					  "0.2391116, 0.2440131, 0.2565266, 0.2866623, 0.3650812, 0.5970959, 1.3146627", \
					  "0.3036059, 0.3098810, 0.3255513, 0.3596714, 0.4392051, 0.6714529, 1.3861610");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0244094, 0.0280086, 0.0390354, 0.0719079, 0.1732498, 0.4927402, 1.4987580", \
					  "0.0243457, 0.0281101, 0.0390277, 0.0716743, 0.1733112, 0.4933153, 1.4988472", \
					  "0.0243296, 0.0278910, 0.0388056, 0.0716477, 0.1732413, 0.4934581, 1.5003834", \
					  "0.0239124, 0.0275592, 0.0385364, 0.0712591, 0.1730947, 0.4949225, 1.5065922", \
					  "0.0253324, 0.0289186, 0.0394945, 0.0710173, 0.1725736, 0.4938835, 1.5037663", \
					  "0.0304982, 0.0337379, 0.0438594, 0.0737239, 0.1732138, 0.4929433, 1.5078113", \
					  "0.0419174, 0.0456071, 0.0555552, 0.0830181, 0.1752554, 0.4962312, 1.5008091");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.4924346, 0.4986261, 0.5134809, 0.5434685, 0.5993409, 0.7136177, 0.9808386", \
					  "0.4967195, 0.5029768, 0.5179254, 0.5475578, 0.6036492, 0.7179274, 0.9853347", \
					  "0.5096247, 0.5158468, 0.5307316, 0.5604892, 0.6164382, 0.7295037, 0.9969504", \
					  "0.5421156, 0.5482990, 0.5631426, 0.5932212, 0.6489417, 0.7632471, 1.0305048", \
					  "0.6150565, 0.6214620, 0.6363371, 0.6661082, 0.7218730, 0.8362142, 1.1034726", \
					  "0.7701538, 0.7765039, 0.7915755, 0.8213676, 0.8771019, 0.9915129, 1.2583575", \
					  "1.0949398, 1.1015023, 1.1171728, 1.1482094, 1.2046976, 1.3208111, 1.5890962");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0608555, 0.0633899, 0.0695688, 0.0842975, 0.1220212, 0.2229733, 0.5191714", \
					  "0.0610374, 0.0637393, 0.0701302, 0.0840712, 0.1209864, 0.2239808, 0.5196369", \
					  "0.0608290, 0.0634360, 0.0699743, 0.0845385, 0.1208342, 0.2248113, 0.5201440", \
					  "0.0609963, 0.0634291, 0.0695561, 0.0840071, 0.1220085, 0.2230008, 0.5191886", \
					  "0.0610396, 0.0635847, 0.0696099, 0.0839219, 0.1221923, 0.2238008, 0.5190068", \
					  "0.0610440, 0.0634954, 0.0697801, 0.0843179, 0.1220770, 0.2230194, 0.5194168", \
					  "0.0658343, 0.0684387, 0.0744785, 0.0883056, 0.1258215, 0.2264898, 0.5220199");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0921438, 0.0961059, 0.1068540, 0.1345626, 0.2112785, 0.4419177, 1.1546903", \
					  "0.0969400, 0.1009054, 0.1116135, 0.1394416, 0.2161655, 0.4461166, 1.1609192", \
					  "0.1070134, 0.1109892, 0.1216976, 0.1494214, 0.2261575, 0.4562125, 1.1702584", \
					  "0.1280786, 0.1320125, 0.1426234, 0.1702212, 0.2466714, 0.4774042, 1.1911523", \
					  "0.1663188, 0.1704095, 0.1813228, 0.2093421, 0.2857151, 0.5168476, 1.2306846", \
					  "0.2191103, 0.2238067, 0.2358756, 0.2648053, 0.3413656, 0.5716151, 1.2865788", \
					  "0.2656759, 0.2719281, 0.2872320, 0.3210253, 0.3991810, 0.6293435, 1.3432272");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0220272, 0.0255647, 0.0359751, 0.0678325, 0.1694402, 0.4916472, 1.5076235", \
					  "0.0219558, 0.0254985, 0.0359298, 0.0678286, 0.1690488, 0.4908520, 1.5064714", \
					  "0.0220386, 0.0253889, 0.0359253, 0.0676032, 0.1692414, 0.4914957, 1.5069649", \
					  "0.0218730, 0.0254127, 0.0358793, 0.0677374, 0.1690672, 0.4921590, 1.5036915", \
					  "0.0238345, 0.0271529, 0.0372510, 0.0682554, 0.1687246, 0.4909430, 1.5001848", \
					  "0.0291072, 0.0323769, 0.0419666, 0.0712090, 0.1695347, 0.4900940, 1.5021506", \
					  "0.0424657, 0.0461489, 0.0555182, 0.0817588, 0.1729100, 0.4941672, 1.4985460");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.4715482, 0.4778021, 0.4927044, 0.5226691, 0.5784496, 0.6926819, 0.9602346", \
					  "0.4741160, 0.4803484, 0.4952521, 0.5248589, 0.5805879, 0.6951256, 0.9623772", \
					  "0.4849867, 0.4911754, 0.5062407, 0.5361315, 0.5920056, 0.7063725, 0.9733346", \
					  "0.5151206, 0.5213383, 0.5362140, 0.5659471, 0.6214690, 0.7360179, 1.0032681", \
					  "0.5835982, 0.5899412, 0.6048617, 0.6344140, 0.6904632, 0.8048019, 1.0720854", \
					  "0.7362422, 0.7425361, 0.7574007, 0.7872219, 0.8429982, 0.9568942, 1.2244067", \
					  "1.0635357, 1.0702853, 1.0863576, 1.1179043, 1.1756481, 1.2925746, 1.5614358");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0610416, 0.0637399, 0.0701399, 0.0843520, 0.1209872, 0.2241279, 0.5205609", \
					  "0.0608421, 0.0634670, 0.0700452, 0.0851155, 0.1219706, 0.2249441, 0.5209771", \
					  "0.0610073, 0.0635932, 0.0696442, 0.0839659, 0.1205148, 0.2230589, 0.5202671", \
					  "0.0608365, 0.0634485, 0.0700006, 0.0845318, 0.1219807, 0.2249611, 0.5209909", \
					  "0.0611057, 0.0636951, 0.0696511, 0.0846581, 0.1218758, 0.2230246, 0.5192936", \
					  "0.0611756, 0.0637187, 0.0698452, 0.0840055, 0.1211111, 0.2234421, 0.5210276", \
					  "0.0676577, 0.0703161, 0.0767658, 0.0903404, 0.1286571, 0.2286164, 0.5227185");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0919474, 0.0958048, 0.1062906, 0.1335084, 0.2091566, 0.4388286, 1.1506303", \
					  "0.0967700, 0.1006579, 0.1111486, 0.1383685, 0.2140614, 0.4432003, 1.1565947", \
					  "0.1070727, 0.1109482, 0.1214726, 0.1485954, 0.2242132, 0.4535506, 1.1693512", \
					  "0.1285220, 0.1323813, 0.1428279, 0.1698645, 0.2454983, 0.4748389, 1.1879887", \
					  "0.1664145, 0.1706121, 0.1813250, 0.2090151, 0.2848969, 0.5143320, 1.2286653", \
					  "0.2157989, 0.2206181, 0.2329445, 0.2619685, 0.3382528, 0.5679948, 1.2836664", \
					  "0.2554256, 0.2618651, 0.2778960, 0.3126804, 0.3907968, 0.6199567, 1.3335998");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0212990, 0.0248387, 0.0351643, 0.0666867, 0.1677916, 0.4901062, 1.5143460", \
					  "0.0213869, 0.0247944, 0.0350759, 0.0665985, 0.1677166, 0.4923504, 1.5025998", \
					  "0.0213652, 0.0249090, 0.0351271, 0.0666397, 0.1681893, 0.4901312, 1.5023660", \
					  "0.0214719, 0.0249024, 0.0352431, 0.0666839, 0.1683093, 0.4935368, 1.5083155", \
					  "0.0235922, 0.0270358, 0.0371316, 0.0677443, 0.1681432, 0.4913601, 1.5072330", \
					  "0.0296153, 0.0328552, 0.0427068, 0.0717032, 0.1692819, 0.4890433, 1.5056248", \
					  "0.0434782, 0.0472136, 0.0572765, 0.0836189, 0.1736856, 0.4905665, 1.4969455");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.4348269, 0.4410216, 0.4558769, 0.4858609, 0.5417385, 0.6560258, 0.9232989", \
					  "0.4374451, 0.4436826, 0.4585679, 0.4880735, 0.5439678, 0.6582877, 0.9256086", \
					  "0.4464013, 0.4525969, 0.4674813, 0.4972224, 0.5526021, 0.6671993, 0.9344753", \
					  "0.4750184, 0.4812373, 0.4961261, 0.5257014, 0.5815026, 0.6959916, 0.9631491", \
					  "0.5452430, 0.5514592, 0.5663168, 0.5960449, 0.6519792, 0.7652670, 1.0327942", \
					  "0.7082106, 0.7145317, 0.7288717, 0.7590629, 0.8148484, 0.9291828, 1.1963828", \
					  "1.0639557, 1.0709289, 1.0873297, 1.1187520, 1.1777691, 1.2949666, 1.5640031");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0608324, 0.0633594, 0.0695661, 0.0843654, 0.1219937, 0.2229465, 0.5188556", \
					  "0.0608449, 0.0634514, 0.0699731, 0.0842668, 0.1218766, 0.2230081, 0.5191113", \
					  "0.0608301, 0.0634398, 0.0699762, 0.0845551, 0.1223732, 0.2249658, 0.5210219", \
					  "0.0608896, 0.0635052, 0.0699059, 0.0850981, 0.1217858, 0.2246157, 0.5213580", \
					  "0.0609963, 0.0635577, 0.0699118, 0.0839247, 0.1210102, 0.2246495, 0.5199557", \
					  "0.0612128, 0.0636777, 0.0700845, 0.0844689, 0.1223445, 0.2238474, 0.5192751", \
					  "0.0700749, 0.0728168, 0.0783989, 0.0922451, 0.1291890, 0.2300711, 0.5231829");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0813569, 0.0851002, 0.0953000, 0.1219825, 0.1966980, 0.4249533, 1.1393093", \
					  "0.0862723, 0.0900015, 0.1002842, 0.1268124, 0.2018788, 0.4302364, 1.1425150", \
					  "0.0967835, 0.1005221, 0.1107083, 0.1373128, 0.2123775, 0.4406319, 1.1536578", \
					  "0.1185676, 0.1222920, 0.1324591, 0.1589642, 0.2339941, 0.4637915, 1.1775776", \
					  "0.1537094, 0.1577639, 0.1685616, 0.1960376, 0.2715475, 0.5008278, 1.2140848", \
					  "0.1968133, 0.2019049, 0.2145190, 0.2433473, 0.3195380, 0.5488736, 1.2640470", \
					  "0.2248123, 0.2317182, 0.2486894, 0.2842385, 0.3632467, 0.5928448, 1.3056864");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0203125, 0.0236532, 0.0338428, 0.0653230, 0.1663842, 0.4907178, 1.5006436", \
					  "0.0203195, 0.0237124, 0.0337866, 0.0651427, 0.1667200, 0.4899638, 1.5010949", \
					  "0.0203537, 0.0236731, 0.0338501, 0.0651395, 0.1667628, 0.4902179, 1.5031596", \
					  "0.0206565, 0.0240334, 0.0342448, 0.0653632, 0.1672601, 0.4887731, 1.4977948", \
					  "0.0238800, 0.0271049, 0.0368083, 0.0672699, 0.1672554, 0.4920356, 1.4937656", \
					  "0.0310903, 0.0343151, 0.0439526, 0.0718755, 0.1690808, 0.4885548, 1.4991755", \
					  "0.0466619, 0.0504001, 0.0604567, 0.0872447, 0.1736453, 0.4912996, 1.4972442");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.3601626, 0.3663879, 0.3810528, 0.4110562, 0.4665851, 0.5811738, 0.8484313", \
					  "0.3609880, 0.3672196, 0.3820628, 0.4121937, 0.4680548, 0.5824123, 0.8493420", \
					  "0.3680450, 0.3742588, 0.3890549, 0.4187360, 0.4741120, 0.5886115, 0.8561694", \
					  "0.3936999, 0.4000597, 0.4148955, 0.4445840, 0.5005589, 0.6142082, 0.8818150", \
					  "0.4589311, 0.4652417, 0.4800988, 0.5097803, 0.5634896, 0.6778336, 0.9448859", \
					  "0.6187763, 0.6248905, 0.6396807, 0.6699119, 0.7256907, 0.8401424, 1.1075626", \
					  "0.9653028, 0.9728380, 0.9906947, 1.0241444, 1.0841864, 1.1992797, 1.4678516");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0608740, 0.0637389, 0.0697884, 0.0845330, 0.1217059, 0.2249520, 0.5210873", \
					  "0.0609518, 0.0635512, 0.0694977, 0.0839739, 0.1219041, 0.2230198, 0.5192365", \
					  "0.0610498, 0.0635576, 0.0699024, 0.0838794, 0.1219972, 0.2244196, 0.5212527", \
					  "0.0611256, 0.0636902, 0.0697600, 0.0843381, 0.1209294, 0.2239073, 0.5202461", \
					  "0.0610578, 0.0636318, 0.0698419, 0.0838895, 0.1210126, 0.2242618, 0.5197369", \
					  "0.0604370, 0.0630954, 0.0691743, 0.0837721, 0.1205926, 0.2236267, 0.5213515", \
					  "0.0784695, 0.0810338, 0.0868135, 0.0998211, 0.1332160, 0.2276540, 0.5242154");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				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, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0573945, 0.0607560, 0.0700073, 0.0956426, 0.1704576, 0.3996239, 1.1160997", \
					  "0.0619784, 0.0653135, 0.0745561, 0.1001727, 0.1746064, 0.4030173, 1.1168546", \
					  "0.0728964, 0.0762222, 0.0854119, 0.1107616, 0.1852951, 0.4151358, 1.1268386", \
					  "0.0938826, 0.0972659, 0.1066569, 0.1319383, 0.2064231, 0.4357253, 1.1520782", \
					  "0.1226786, 0.1263139, 0.1360489, 0.1618284, 0.2363459, 0.4661282, 1.1793776", \
					  "0.1535553, 0.1582789, 0.1699300, 0.1968237, 0.2713472, 0.5019830, 1.2181434", \
					  "0.1636210, 0.1701849, 0.1861425, 0.2193373, 0.2945398, 0.5220476, 1.2354056");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0172333, 0.0204507, 0.0305280, 0.0626387, 0.1660583, 0.4930178, 1.5126641", \
					  "0.0171595, 0.0204823, 0.0305237, 0.0626702, 0.1653700, 0.4896835, 1.4960664", \
					  "0.0171584, 0.0204679, 0.0305658, 0.0626047, 0.1661385, 0.4883112, 1.5019385", \
					  "0.0182974, 0.0214885, 0.0314120, 0.0631311, 0.1664533, 0.4883532, 1.4984095", \
					  "0.0217251, 0.0245763, 0.0338625, 0.0645572, 0.1654296, 0.4904480, 1.4996983", \
					  "0.0307349, 0.0336758, 0.0418196, 0.0685054, 0.1670221, 0.4867376, 1.5028520", \
					  "0.0478731, 0.0504845, 0.0596650, 0.0837816, 0.1712183, 0.4940927, 1.4933406");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0795295, 0.0818885, 0.0879626, 0.1016210, 0.1318271, 0.2100722, 0.4472185", \
					  "0.0852449, 0.0875823, 0.0936274, 0.1072067, 0.1375411, 0.2154566, 0.4525983", \
					  "0.0996108, 0.1019205, 0.1080218, 0.1215927, 0.1518711, 0.2300691, 0.4671222", \
					  "0.1357135, 0.1380391, 0.1440066, 0.1576570, 0.1879949, 0.2663295, 0.5046734", \
					  "0.2152790, 0.2179243, 0.2244822, 0.2388432, 0.2690869, 0.3477861, 0.5851479", \
					  "0.3570907, 0.3606319, 0.3695429, 0.3881685, 0.4244704, 0.5058285, 0.7432445", \
					  "0.6054698, 0.6103604, 0.6229352, 0.6485671, 0.6960035, 0.7870517, 1.0247730");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156474, 0.0048968, 0.0153244, 0.0479573, 0.150081, 0.469675");
					values("0.0156852, 0.0169727, 0.0210617, 0.0318783, 0.0623542, 0.1605018, 0.4782210", \
					  "0.0156592, 0.0171150, 0.0209004, 0.0319189, 0.0623072, 0.1596630, 0.4787633", \
					  "0.0157073, 0.0171670, 0.0210811, 0.0317712, 0.0624004, 0.1596616, 0.4792086", \
					  "0.0156423, 0.0170110, 0.0209788, 0.0318094, 0.0622764, 0.1596420, 0.4796934", \
					  "0.0194203, 0.0208696, 0.0244639, 0.0344572, 0.0639437, 0.1599773, 0.4777195", \
					  "0.0307885, 0.0324704, 0.0365679, 0.0474028, 0.0743719, 0.1646122, 0.4807958", \
					  "0.0511021, 0.0533368, 0.0588426, 0.0713741, 0.0990488, 0.1797592, 0.4794262");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004337;
			capacitance : 0.004132;
			fall_capacitance : 0.003927;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052962, -0.0052938, -0.0052883, -0.0052889, -0.0052902, -0.0052931, -0.0052998");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053296, 0.0053236, 0.0053098, 0.0053119, 0.0053167, 0.0053279, 0.0053537");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004434;
			capacitance : 0.004162;
			fall_capacitance : 0.003890;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052758, -0.0052765, -0.0052779, -0.0052789, -0.0052811, -0.0052863, -0.0052982");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052983, 0.0052974, 0.0052956, 0.0052944, 0.0052916, 0.0052852, 0.0052705");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004183;
			capacitance : 0.003920;
			fall_capacitance : 0.003658;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051790, -0.0051792, -0.0051797, -0.0051802, -0.0051813, -0.0051838, -0.0051895");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052039, 0.0052016, 0.0051963, 0.0051973, 0.0051997, 0.0052052, 0.0052179");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004246;
			capacitance : 0.003951;
			fall_capacitance : 0.003657;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0051684, -0.0051678, -0.0051664, -0.0051646, -0.0051606, -0.0051512, -0.0051297");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051935, 0.0051898, 0.0051814, 0.0051808, 0.0051796, 0.0051766, 0.0051698");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004456;
			capacitance : 0.004228;
			fall_capacitance : 0.003999;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003245, -0.0003586, -0.0004374, -0.0003983, -0.0003083, -0.0001008, 0.0003775");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0063189, 0.0063179, 0.0063156, 0.0063178, 0.0063229, 0.0063346, 0.0063616");
				}
			}
		}
	}
	cell ("scs8hd_o41ai_1") {
		area : 8.758400;
		cell_footprint : "o41ai";
		cell_leakage_power : 4.689013e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014709";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0048754";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007229";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "1.2296421e-05";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003825";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "1.3351857e-05";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "1.3420711e-05";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003820";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "1.3419330e-05";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "1.3420921e-05";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003824";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "1.3420493e-05";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "1.3420811e-05";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003847";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "1.3420953e-05";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007226";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "1.3420932e-05";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003824";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "1.3420374e-05";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "1.3421014e-05";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003819";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "1.3420953e-05";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "1.3420820e-05";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0003824";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "1.3420870e-05";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0007225";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "1.3420700e-05";
			when : "A1&A2&A3&A4&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3&!A4) | (!B1)";
			max_capacitance : 0.028391;
			max_transition : 1.489576;
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0091139, 0.0097209, 0.0108640, 0.0131177, 0.0175334, 0.0260857, 0.0428302", \
					  "0.0090034, 0.0096104, 0.0107844, 0.0130230, 0.0174468, 0.0260593, 0.0428133", \
					  "0.0088488, 0.0094402, 0.0106179, 0.0129008, 0.0173380, 0.0259358, 0.0427956", \
					  "0.0087841, 0.0093652, 0.0105249, 0.0127900, 0.0172103, 0.0258676, 0.0426751", \
					  "0.0087199, 0.0093231, 0.0104728, 0.0127426, 0.0171425, 0.0258077, 0.0426206", \
					  "0.0086984, 0.0092758, 0.0104418, 0.0126857, 0.0170971, 0.0256930, 0.0425268", \
					  "0.0086484, 0.0092391, 0.0103939, 0.0126299, 0.0170464, 0.0257646, 0.0425265");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0029430, 0.0023637, 0.0012301, -0.0009909, -0.0053605, -0.0139548, -0.0308470", \
					  "0.0029368, 0.0023589, 0.0012332, -0.0009894, -0.0053539, -0.0139412, -0.0308332", \
					  "0.0029162, 0.0023463, 0.0012260, -0.0009884, -0.0053503, -0.0139359, -0.0308170", \
					  "0.0028275, 0.0022647, 0.0011550, -0.0010326, -0.0053661, -0.0139349, -0.0308065", \
					  "0.0028346, 0.0022689, 0.0011613, -0.0010479, -0.0054484, -0.0139766, -0.0308140", \
					  "0.0027138, 0.0021600, 0.0010457, -0.0011385, -0.0055032, -0.0140545, -0.0309274", \
					  "0.0027004, 0.0021166, 0.0009989, -0.0012091, -0.0055558, -0.0141394, -0.0309527");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0077414, 0.0083408, 0.0095098, 0.0117771, 0.0162042, 0.0247789, 0.0415354", \
					  "0.0075551, 0.0081634, 0.0093437, 0.0116436, 0.0160907, 0.0246862, 0.0415452", \
					  "0.0073766, 0.0079684, 0.0091315, 0.0114326, 0.0159175, 0.0245817, 0.0414119", \
					  "0.0072314, 0.0078947, 0.0090507, 0.0112842, 0.0157215, 0.0244170, 0.0412337", \
					  "0.0072628, 0.0078544, 0.0090053, 0.0112711, 0.0156087, 0.0242661, 0.0411789", \
					  "0.0073679, 0.0079599, 0.0091140, 0.0113471, 0.0157435, 0.0241756, 0.0410072", \
					  "0.0073691, 0.0079535, 0.0090936, 0.0113237, 0.0156512, 0.0243288, 0.0408882");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0019485, 0.0013664, 0.0002138, -0.0020406, -0.0064521, -0.0150754, -0.0319963", \
					  "0.0018739, 0.0013145, 0.0001883, -0.0020400, -0.0064201, -0.0150368, -0.0319469", \
					  "0.0017567, 0.0012118, 0.0001197, -0.0020685, -0.0064150, -0.0150049, -0.0318957", \
					  "0.0015837, 0.0010411, -2.1200000e-05, -0.0021564, -0.0064653, -0.0150072, -0.0318759", \
					  "0.0015160, 0.0009772, -9.8400000e-05, -0.0022308, -0.0065841, -0.0150758, -0.0318967", \
					  "0.0013689, 0.0008046, -0.0002775, -0.0024519, -0.0067177, -0.0151696, -0.0320252", \
					  "0.0013666, 0.0007548, -0.0003614, -0.0025777, -0.0068813, -0.0154019, -0.0321369");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0026426, 0.0032918, 0.0045165, 0.0068559, 0.0114210, 0.0198649, 0.0366388", \
					  "0.0024724, 0.0031084, 0.0043040, 0.0066948, 0.0111960, 0.0198667, 0.0364804", \
					  "0.0023636, 0.0029788, 0.0041742, 0.0064323, 0.0109738, 0.0196917, 0.0362060", \
					  "0.0022840, 0.0028824, 0.0041320, 0.0063617, 0.0107823, 0.0194170, 0.0363695", \
					  "0.0022755, 0.0028594, 0.0040283, 0.0062521, 0.0105761, 0.0192388, 0.0360952", \
					  "0.0023581, 0.0027073, 0.0038464, 0.0061562, 0.0108908, 0.0191856, 0.0359997", \
					  "0.0025166, 0.0030556, 0.0041698, 0.0063813, 0.0107027, 0.0193951, 0.0362030");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("-0.0009103, -0.0014620, -0.0025622, -0.0047647, -0.0091444, -0.0177582, -0.0346699", \
					  "-0.0010535, -0.0015793, -0.0026538, -0.0048245, -0.0091727, -0.0177694, -0.0346712", \
					  "-0.0012054, -0.0017385, -0.0027983, -0.0049357, -0.0092292, -0.0178023, -0.0346799", \
					  "-0.0012958, -0.0018479, -0.0029922, -0.0051236, -0.0094177, -0.0179194, -0.0347620", \
					  "-0.0013852, -0.0019494, -0.0030733, -0.0052499, -0.0095456, -0.0181412, -0.0349078", \
					  "-0.0014558, -0.0020353, -0.0031683, -0.0052628, -0.0096598, -0.0182917, -0.0351733", \
					  "-0.0013444, -0.0019588, -0.0030267, -0.0054161, -0.0098448, -0.0184668, -0.0352296");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0116562, 0.0122498, 0.0134000, 0.0156564, 0.0200549, 0.0286246, 0.0454298", \
					  "0.0115406, 0.0121386, 0.0132982, 0.0155683, 0.0199925, 0.0285943, 0.0453226", \
					  "0.0114285, 0.0120252, 0.0132224, 0.0154680, 0.0199024, 0.0285379, 0.0453122", \
					  "0.0113303, 0.0119197, 0.0131111, 0.0153634, 0.0197822, 0.0283833, 0.0452208", \
					  "0.0112677, 0.0118726, 0.0130180, 0.0152920, 0.0196927, 0.0283214, 0.0450997", \
					  "0.0112309, 0.0118021, 0.0129646, 0.0152306, 0.0196430, 0.0282186, 0.0450121", \
					  "0.0111797, 0.0117939, 0.0129371, 0.0151756, 0.0195661, 0.0281669, 0.0450173");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0044130, 0.0038325, 0.0026913, 0.0004565, -0.0039164, -0.0124435, -0.0292113", \
					  "0.0043428, 0.0037642, 0.0026250, 0.0003861, -0.0039849, -0.0125095, -0.0292704", \
					  "0.0042823, 0.0037061, 0.0025677, 0.0003246, -0.0040536, -0.0125729, -0.0293447", \
					  "0.0042018, 0.0036275, 0.0024971, 0.0002596, -0.0041033, -0.0126331, -0.0294034", \
					  "0.0041341, 0.0035552, 0.0024347, 0.0002220, -0.0041127, -0.0126171, -0.0293775", \
					  "0.0043924, 0.0038060, 0.0026614, 0.0004357, -0.0039772, -0.0126631, -0.0294529", \
					  "0.0045757, 0.0040115, 0.0028550, 0.0006313, -0.0037653, -0.0124069, -0.0293564");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0103668, 0.0109760, 0.0121323, 0.0143796, 0.0188099, 0.0273389, 0.0441025", \
					  "0.0102462, 0.0108437, 0.0120143, 0.0142949, 0.0187220, 0.0273064, 0.0441280", \
					  "0.0101224, 0.0107173, 0.0118935, 0.0141761, 0.0186069, 0.0272535, 0.0440712", \
					  "0.0100446, 0.0106474, 0.0118029, 0.0140678, 0.0185104, 0.0271078, 0.0440123", \
					  "0.0099978, 0.0105644, 0.0117263, 0.0139944, 0.0184045, 0.0270500, 0.0438404", \
					  "0.0099380, 0.0105204, 0.0116788, 0.0139354, 0.0183396, 0.0269632, 0.0437968", \
					  "0.0099151, 0.0105014, 0.0116848, 0.0139456, 0.0183498, 0.0269065, 0.0437503");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.0009802556, 0.001921802, 0.003767714, 0.007386645, 0.0144816, 0.02839134");
					values("0.0037079, 0.0031284, 0.0019869, -0.0002418, -0.0045914, -0.0131407, -0.0299801", \
					  "0.0036849, 0.0031051, 0.0019677, -0.0002584, -0.0046052, -0.0131558, -0.0299921", \
					  "0.0036556, 0.0030771, 0.0019383, -0.0002923, -0.0046426, -0.0131945, -0.0300226", \
					  "0.0035655, 0.0029923, 0.0018677, -0.0003576, -0.0046868, -0.0132343, -0.0300683", \
					  "0.0035995, 0.0030134, 0.0018620, -0.0003976, -0.0047333, -0.0132581, -0.0300597", \
					  "0.0036184, 0.0030432, 0.0019132, -0.0003003, -0.0046716, -0.0132869, -0.0301839", \
					  "0.0036533, 0.0030757, 0.0019367, -0.0003074, -0.0046699, -0.0132499, -0.0301316");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.2963876, 0.3141105, 0.3479055, 0.4165957, 0.5470132, 0.8023166, 1.2997978", \
					  "0.3001039, 0.3180100, 0.3520602, 0.4209877, 0.5521370, 0.8079374, 1.3056031", \
					  "0.3125483, 0.3293782, 0.3657027, 0.4334125, 0.5657365, 0.8211669, 1.3193566", \
					  "0.3434827, 0.3602313, 0.3961361, 0.4637813, 0.5961007, 0.8518594, 1.3508572", \
					  "0.4112117, 0.4296228, 0.4646574, 0.5320193, 0.6632416, 0.9199676, 1.4189433", \
					  "0.5571429, 0.5756912, 0.6104867, 0.6771788, 0.8086714, 1.0640671, 1.5627366", \
					  "0.8373955, 0.8574186, 0.9008395, 0.9763897, 1.1192026, 1.3804122, 1.8778765");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1836408, 0.2069195, 0.2514195, 0.3391003, 0.5086371, 0.8386700, 1.4849743", \
					  "0.1836223, 0.2068945, 0.2514019, 0.3390868, 0.5089985, 0.8394521, 1.4856514", \
					  "0.1834801, 0.2065463, 0.2519726, 0.3386746, 0.5090155, 0.8391844, 1.4845052", \
					  "0.1835280, 0.2065548, 0.2520303, 0.3389733, 0.5089942, 0.8396346, 1.4846778", \
					  "0.1834718, 0.2067848, 0.2512997, 0.3387869, 0.5084261, 0.8391891, 1.4857818", \
					  "0.1923242, 0.2141146, 0.2576544, 0.3423874, 0.5098751, 0.8395017, 1.4858477", \
					  "0.2324517, 0.2567486, 0.3015944, 0.3872734, 0.5458989, 0.8597265, 1.4872599");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0309129, 0.0336697, 0.0388775, 0.0486714, 0.0669225, 0.1009949, 0.1649331", \
					  "0.0358988, 0.0386317, 0.0438089, 0.0535510, 0.0717454, 0.1057515, 0.1697485", \
					  "0.0472662, 0.0499618, 0.0550293, 0.0646054, 0.0826757, 0.1165327, 0.1803790", \
					  "0.0669987, 0.0705290, 0.0768261, 0.0878736, 0.1065209, 0.1400417, 0.2039012", \
					  "0.0962487, 0.1013505, 0.1103839, 0.1255793, 0.1509014, 0.1911353, 0.2574256", \
					  "0.1326184, 0.1402717, 0.1534933, 0.1765326, 0.2139428, 0.2723505, 0.3615563", \
					  "0.1581838, 0.1702137, 0.1910401, 0.2271600, 0.2867324, 0.3757791, 0.5125649");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0208006, 0.0242463, 0.0307225, 0.0429480, 0.0659162, 0.1085781, 0.1903174", \
					  "0.0206264, 0.0240394, 0.0304578, 0.0427452, 0.0655532, 0.1085296, 0.1899705", \
					  "0.0217917, 0.0248227, 0.0308140, 0.0424669, 0.0651431, 0.1082436, 0.1900129", \
					  "0.0306280, 0.0333225, 0.0385749, 0.0484040, 0.0681252, 0.1086158, 0.1894204", \
					  "0.0491728, 0.0524364, 0.0583953, 0.0701618, 0.0886875, 0.1241019, 0.1971079", \
					  "0.0824970, 0.0866802, 0.0950720, 0.1107489, 0.1355270, 0.1774497, 0.2455343", \
					  "0.1416976, 0.1486115, 0.1613875, 0.1840463, 0.2199830, 0.2789196, 0.3677243");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.2830475, 0.3011031, 0.3349498, 0.4025446, 0.5336765, 0.7894482, 1.2865438", \
					  "0.2855012, 0.3028329, 0.3371794, 0.4058322, 0.5375624, 0.7936088, 1.2902827", \
					  "0.2953994, 0.3135744, 0.3499715, 0.4171949, 0.5502799, 0.8054518, 1.3038454", \
					  "0.3280322, 0.3461551, 0.3811554, 0.4491183, 0.5810094, 0.8380969, 1.3359470", \
					  "0.4012499, 0.4196845, 0.4534305, 0.5221706, 0.6531778, 0.9087789, 1.4077515", \
					  "0.5632371, 0.5810605, 0.6162501, 0.6839370, 0.8142843, 1.0703310, 1.5683145", \
					  "0.8846311, 0.9067599, 0.9528109, 1.0318074, 1.1758845, 1.4362337, 1.9352637");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1836235, 0.2064125, 0.2515154, 0.3387779, 0.5091230, 0.8398637, 1.4856207", \
					  "0.1839947, 0.2066110, 0.2514113, 0.3387618, 0.5090607, 0.8398741, 1.4856173", \
					  "0.1834476, 0.2066392, 0.2517329, 0.3386900, 0.5089761, 0.8394621, 1.4846896", \
					  "0.1836678, 0.2069223, 0.2517310, 0.3386945, 0.5090673, 0.8398927, 1.4847569", \
					  "0.1835246, 0.2060943, 0.2514627, 0.3389024, 0.5113949, 0.8392296, 1.4848071", \
					  "0.1956994, 0.2174387, 0.2602653, 0.3438372, 0.5094500, 0.8396702, 1.4847740", \
					  "0.2519856, 0.2744597, 0.3189862, 0.4020255, 0.5535796, 0.8595932, 1.4863848");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0310320, 0.0336609, 0.0386377, 0.0478946, 0.0650890, 0.0971849, 0.1583509", \
					  "0.0359854, 0.0386247, 0.0435836, 0.0528089, 0.0699766, 0.1020679, 0.1632286", \
					  "0.0468523, 0.0494586, 0.0543187, 0.0634234, 0.0804878, 0.1125598, 0.1736371", \
					  "0.0652689, 0.0686094, 0.0747425, 0.0853145, 0.1032489, 0.1353394, 0.1965613", \
					  "0.0901986, 0.0950515, 0.1039353, 0.1188840, 0.1436412, 0.1830537, 0.2480685", \
					  "0.1159065, 0.1232587, 0.1367840, 0.1599740, 0.1973467, 0.2559407, 0.3445574", \
					  "0.1184673, 0.1306500, 0.1524519, 0.1892515, 0.2500258, 0.3417726, 0.4784965");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0197411, 0.0227932, 0.0287619, 0.0398992, 0.0612342, 0.1016784, 0.1806421", \
					  "0.0196141, 0.0227290, 0.0285846, 0.0398142, 0.0610503, 0.1017642, 0.1805976", \
					  "0.0206519, 0.0234016, 0.0288955, 0.0396859, 0.0608572, 0.1016321, 0.1803735", \
					  "0.0285830, 0.0312109, 0.0364720, 0.0456606, 0.0638343, 0.1023336, 0.1800619", \
					  "0.0456878, 0.0488692, 0.0547997, 0.0660600, 0.0853192, 0.1192124, 0.1890496", \
					  "0.0769116, 0.0815294, 0.0899622, 0.1052689, 0.1309751, 0.1713588, 0.2415763", \
					  "0.1359760, 0.1433392, 0.1565393, 0.1798173, 0.2156015, 0.2763821, 0.3629203");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.2503835, 0.2686555, 0.3039275, 0.3708021, 0.5020765, 0.7576283, 1.2546260", \
					  "0.2527364, 0.2709686, 0.3062811, 0.3738950, 0.5054018, 0.7605108, 1.2581476", \
					  "0.2633561, 0.2806293, 0.3151466, 0.3849985, 0.5160263, 0.7724500, 1.2709025", \
					  "0.2938610, 0.3127810, 0.3468982, 0.4151592, 0.5468009, 0.8031254, 1.3023441", \
					  "0.3676440, 0.3860859, 0.4209273, 0.4888714, 0.6200213, 0.8755901, 1.3748025", \
					  "0.5398840, 0.5583359, 0.5938445, 0.6618714, 0.7922134, 1.0486354, 1.5466102", \
					  "0.8776067, 0.9025162, 0.9491332, 1.0335633, 1.1838042, 1.4503480, 1.9484698");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1832722, 0.2069706, 0.2514795, 0.3387264, 0.5089749, 0.8399700, 1.4857511", \
					  "0.1839929, 0.2069722, 0.2521025, 0.3386328, 0.5093951, 0.8391469, 1.4842765", \
					  "0.1828096, 0.2066119, 0.2514086, 0.3390205, 0.5084040, 0.8391731, 1.4871397", \
					  "0.1840314, 0.2067556, 0.2514757, 0.3388299, 0.5085948, 0.8396820, 1.4847309", \
					  "0.1834624, 0.2068521, 0.2515523, 0.3395508, 0.5088404, 0.8401357, 1.4862657", \
					  "0.2020002, 0.2228549, 0.2643319, 0.3464735, 0.5099439, 0.8394992, 1.4858847", \
					  "0.2824299, 0.3040439, 0.3471610, 0.4233708, 0.5666803, 0.8688022, 1.4860704");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0309463, 0.0333196, 0.0378361, 0.0463372, 0.0624685, 0.0933456, 0.1532949", \
					  "0.0358852, 0.0382655, 0.0427904, 0.0512925, 0.0673948, 0.0983355, 0.1581811", \
					  "0.0463148, 0.0487554, 0.0532927, 0.0617864, 0.0779340, 0.1088191, 0.1687936", \
					  "0.0630796, 0.0663659, 0.0723744, 0.0826210, 0.1002214, 0.1316254, 0.1916829", \
					  "0.0841814, 0.0890865, 0.0979459, 0.1132109, 0.1381151, 0.1777612, 0.2425017", \
					  "0.1016317, 0.1097086, 0.1239989, 0.1478094, 0.1868101, 0.2466172, 0.3360775", \
					  "0.0882982, 0.1020268, 0.1253013, 0.1650934, 0.2281355, 0.3243293, 0.4631437");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0170869, 0.0198103, 0.0252570, 0.0357074, 0.0563734, 0.0964301, 0.1755356", \
					  "0.0170741, 0.0198577, 0.0252197, 0.0357805, 0.0562316, 0.0964466, 0.1752907", \
					  "0.0181213, 0.0206495, 0.0257337, 0.0358663, 0.0562779, 0.0962426, 0.1756082", \
					  "0.0253508, 0.0281315, 0.0328491, 0.0422244, 0.0601686, 0.0979646, 0.1754122", \
					  "0.0414745, 0.0448249, 0.0512240, 0.0621907, 0.0819415, 0.1162367, 0.1849745", \
					  "0.0723853, 0.0774480, 0.0862746, 0.1021727, 0.1276793, 0.1699945, 0.2386046", \
					  "0.1328019, 0.1410806, 0.1539439, 0.1781801, 0.2160346, 0.2723688, 0.3613989");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1879292, 0.2054888, 0.2418264, 0.3090241, 0.4407215, 0.6965323, 1.1933108", \
					  "0.1885177, 0.2060704, 0.2424900, 0.3101187, 0.4425915, 0.6993175, 1.1964886", \
					  "0.1961184, 0.2134669, 0.2493597, 0.3172418, 0.4500768, 0.7074110, 1.2063801", \
					  "0.2209874, 0.2421061, 0.2774037, 0.3436900, 0.4752804, 0.7325093, 1.2328744", \
					  "0.2924958, 0.3105461, 0.3444035, 0.4119154, 0.5411634, 0.7974543, 1.2969458", \
					  "0.4560095, 0.4766088, 0.5101525, 0.5773155, 0.7048452, 0.9609638, 1.4602862", \
					  "0.7600619, 0.7902434, 0.8420055, 0.9335327, 1.0865314, 1.3455588, 1.8347236");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.1831585, 0.2062041, 0.2515597, 0.3387232, 0.5091758, 0.8389727, 1.4860508", \
					  "0.1827150, 0.2060481, 0.2515114, 0.3386633, 0.5092563, 0.8394079, 1.4848299", \
					  "0.1824597, 0.2058845, 0.2516481, 0.3387006, 0.5093517, 0.8395886, 1.4861798", \
					  "0.1807564, 0.2048110, 0.2505372, 0.3384850, 0.5099310, 0.8389344, 1.4861335", \
					  "0.1781055, 0.2010841, 0.2463894, 0.3357793, 0.5084865, 0.8395463, 1.4844375", \
					  "0.2199365, 0.2393176, 0.2772517, 0.3533248, 0.5113007, 0.8384756, 1.4837825", \
					  "0.3346371, 0.3596948, 0.4023256, 0.4785937, 0.6115781, 0.8890663, 1.4895758");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0262236, 0.0283224, 0.0322891, 0.0398644, 0.0545401, 0.0833351, 0.1393696", \
					  "0.0309735, 0.0331533, 0.0371867, 0.0448415, 0.0595535, 0.0883687, 0.1443336", \
					  "0.0405810, 0.0430885, 0.0476147, 0.0555315, 0.0704240, 0.0992524, 0.1555759", \
					  "0.0537865, 0.0575760, 0.0641112, 0.0751881, 0.0930468, 0.1228949, 0.1798898", \
					  "0.0682691, 0.0742356, 0.0843289, 0.1013533, 0.1280536, 0.1686809, 0.2330475", \
					  "0.0733537, 0.0828620, 0.0999471, 0.1278578, 0.1703861, 0.2338354, 0.3253018", \
					  "0.0373047, 0.0540690, 0.0832673, 0.1299749, 0.2006416, 0.3034769, 0.4477350");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0118670, 0.0143749, 0.0193524, 0.0291282, 0.0484643, 0.0867959, 0.1609899", \
					  "0.0119922, 0.0144744, 0.0194057, 0.0291757, 0.0485434, 0.0862841, 0.1601477", \
					  "0.0142808, 0.0163827, 0.0207671, 0.0297986, 0.0486634, 0.0861454, 0.1616894", \
					  "0.0224431, 0.0249025, 0.0296573, 0.0389367, 0.0544731, 0.0888046, 0.1606568", \
					  "0.0390558, 0.0424522, 0.0486518, 0.0597360, 0.0783035, 0.1111764, 0.1729535", \
					  "0.0715595, 0.0766927, 0.0855915, 0.1010952, 0.1262004, 0.1661462, 0.2312740", \
					  "0.1368813, 0.1443667, 0.1572919, 0.1800009, 0.2156474, 0.2720723, 0.3573122");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0267737, 0.0307630, 0.0383988, 0.0528597, 0.0808490, 0.1335188, 0.2373274", \
					  "0.0326454, 0.0365641, 0.0439762, 0.0585677, 0.0861096, 0.1394772, 0.2427078", \
					  "0.0480118, 0.0516960, 0.0587475, 0.0727037, 0.1007603, 0.1537950, 0.2553094", \
					  "0.0785439, 0.0843142, 0.0936754, 0.1086451, 0.1354896, 0.1882646, 0.2936619", \
					  "0.1314770, 0.1410808, 0.1574412, 0.1816850, 0.2165163, 0.2705872, 0.3744362", \
					  "0.2235402, 0.2404537, 0.2675524, 0.3098174, 0.3674616, 0.4522141, 0.5673991", \
					  "0.3914461, 0.4186253, 0.4630176, 0.5325514, 0.6351203, 0.7738684, 0.9632144");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0206779, 0.0258583, 0.0357416, 0.0547081, 0.0940396, 0.1675161, 0.3155622", \
					  "0.0205912, 0.0258955, 0.0357572, 0.0549065, 0.0931419, 0.1702681, 0.3135107", \
					  "0.0226507, 0.0268691, 0.0360018, 0.0551091, 0.0930500, 0.1705663, 0.3152251", \
					  "0.0364397, 0.0398785, 0.0464234, 0.0605435, 0.0942778, 0.1688458, 0.3162041", \
					  "0.0638352, 0.0691106, 0.0783296, 0.0926326, 0.1178320, 0.1774368, 0.3144980", \
					  "0.1159578, 0.1222100, 0.1373316, 0.1598147, 0.1947676, 0.2432130, 0.3463174", \
					  "0.2058218, 0.2209026, 0.2445510, 0.2859415, 0.3357671, 0.4123801, 0.5228330");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0139697, 0.0155902, 0.0186456, 0.0244790, 0.0356854, 0.0577813, 0.1005955", \
					  "0.0184723, 0.0201927, 0.0232403, 0.0291669, 0.0405092, 0.0624686, 0.1052759", \
					  "0.0247653, 0.0276968, 0.0323351, 0.0398010, 0.0513285, 0.0727605, 0.1159685", \
					  "0.0323844, 0.0365867, 0.0440532, 0.0553177, 0.0733642, 0.0993603, 0.1422585", \
					  "0.0380188, 0.0449044, 0.0564471, 0.0747650, 0.1022196, 0.1423468, 0.2001584", \
					  "0.0299369, 0.0413610, 0.0605008, 0.0897917, 0.1330686, 0.1975495, 0.2872221", \
					  "-0.0247944, -0.0045962, 0.0255641, 0.0776168, 0.1500477, 0.2464798, 0.3893301");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.000980256, 0.0019218, 0.00376771, 0.00738664, 0.0144816, 0.0283913");
					values("0.0083903, 0.0103128, 0.0141903, 0.0218673, 0.0366307, 0.0657571, 0.1228282", \
					  "0.0097610, 0.0113608, 0.0147646, 0.0220302, 0.0368545, 0.0656054, 0.1235482", \
					  "0.0157500, 0.0175449, 0.0210621, 0.0262940, 0.0388938, 0.0665882, 0.1227907", \
					  "0.0261632, 0.0289788, 0.0336182, 0.0420304, 0.0539421, 0.0753454, 0.1257795", \
					  "0.0456107, 0.0498143, 0.0566669, 0.0686039, 0.0870788, 0.1140841, 0.1530613", \
					  "0.0826989, 0.0895421, 0.1005730, 0.1175029, 0.1448672, 0.1802329, 0.2376354", \
					  "0.1531107, 0.1643176, 0.1880951, 0.2084522, 0.2485910, 0.3097473, 0.3894897");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002060;
			capacitance : 0.002161;
			rise_capacitance : 0.002262;
			max_transition : 1.500000;
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026727, 0.0026681, 0.0026575, 0.0026575, 0.0026577, 0.0026581, 0.0026589");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026478, -0.0026465, -0.0026436, -0.0026429, -0.0026414, -0.0026378, -0.0026295");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002145;
			capacitance : 0.002267;
			rise_capacitance : 0.002390;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026406, -0.0026406, -0.0026405, -0.0026401, -0.0026392, -0.0026372, -0.0026324");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026627, 0.0026586, 0.0026492, 0.0026490, 0.0026485, 0.0026474, 0.0026447");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002131;
			capacitance : 0.002263;
			rise_capacitance : 0.002396;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0025436, -0.0025432, -0.0025425, -0.0025431, -0.0025447, -0.0025484, -0.0025569");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025539, 0.0025520, 0.0025476, 0.0025468, 0.0025451, 0.0025411, 0.0025320");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002089;
			capacitance : 0.002243;
			rise_capacitance : 0.002397;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026995, -0.0026990, -0.0026978, -0.0026985, -0.0027001, -0.0027037, -0.0027122");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027109, 0.0027092, 0.0027051, 0.0027044, 0.0027026, 0.0026986, 0.0026893");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002080;
			capacitance : 0.002178;
			rise_capacitance : 0.002275;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0001183, -0.0001283, -0.0001515, -0.0001357, -9.9569289e-05, -1.6125598e-05, 0.0001763");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0032098, 0.0032110, 0.0032139, 0.0032157, 0.0032199, 0.0032295, 0.0032517");
				}
			}
		}
	}
	cell ("scs8hd_o41ai_2") {
		area : 16.265600;
		cell_footprint : "o41ai";
		cell_leakage_power : 7.945798e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "2.0196991e-05";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014476";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "2.0312885e-05";
			when : "A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "9.0617008e-05";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0073136";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014506";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "2.0578608e-05";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007757";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "2.0496080e-05";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014476";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "2.0227177e-05";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0009880";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "2.1205099e-05";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014504";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "2.0445143e-05";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007745";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "2.0321704e-05";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014476";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "2.0327088e-05";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0010504";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "2.3705679e-05";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014475";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "2.0475907e-05";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007747";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "2.0255189e-05";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014476";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "2.0268379e-05";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0009896";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "1.9546263e-05";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0014475";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "2.0398214e-05";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0007746";
			when : "A1&A2&A3&!A4&B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3&!A4) | (!B1)";
			max_capacitance : 0.054026;
			max_transition : 1.495148;
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0223131, 0.0230577, 0.0246434, 0.0280788, 0.0355440, 0.0517784, 0.0871046", \
					  "0.0220840, 0.0228629, 0.0244069, 0.0278926, 0.0353840, 0.0517154, 0.0869261", \
					  "0.0218051, 0.0225391, 0.0241499, 0.0276350, 0.0352146, 0.0515007, 0.0868402", \
					  "0.0215959, 0.0223356, 0.0239295, 0.0273834, 0.0349241, 0.0512873, 0.0867093", \
					  "0.0213892, 0.0221306, 0.0237216, 0.0271892, 0.0347109, 0.0510191, 0.0864154", \
					  "0.0213401, 0.0220644, 0.0236726, 0.0270987, 0.0346004, 0.0509031, 0.0862390", \
					  "0.0212553, 0.0220068, 0.0236149, 0.0270583, 0.0344851, 0.0507619, 0.0861867");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0105629, 0.0098481, 0.0082844, 0.0048762, -0.0025543, -0.0187088, -0.0539556", \
					  "0.0104254, 0.0097146, 0.0081447, 0.0047336, -0.0027085, -0.0188448, -0.0541032", \
					  "0.0102740, 0.0095467, 0.0079795, 0.0045748, -0.0028649, -0.0190067, -0.0542734", \
					  "0.0100990, 0.0093750, 0.0078262, 0.0044251, -0.0029978, -0.0191864, -0.0544210", \
					  "0.0099613, 0.0092600, 0.0077120, 0.0043348, -0.0030552, -0.0191592, -0.0544152", \
					  "0.0101512, 0.0094359, 0.0078808, 0.0044641, -0.0030239, -0.0193604, -0.0545572", \
					  "0.0105801, 0.0098403, 0.0083584, 0.0048814, -0.0025119, -0.0188680, -0.0545286");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0194400, 0.0201671, 0.0217613, 0.0252333, 0.0327037, 0.0489284, 0.0841750", \
					  "0.0191613, 0.0198984, 0.0215088, 0.0249849, 0.0325031, 0.0487803, 0.0840408", \
					  "0.0188701, 0.0196060, 0.0212457, 0.0247014, 0.0322698, 0.0485902, 0.0840643", \
					  "0.0186752, 0.0194037, 0.0210311, 0.0244787, 0.0320327, 0.0483868, 0.0837784", \
					  "0.0184682, 0.0191984, 0.0208169, 0.0242598, 0.0317803, 0.0480975, 0.0835281", \
					  "0.0184538, 0.0191592, 0.0207413, 0.0241825, 0.0317355, 0.0479973, 0.0832775", \
					  "0.0183593, 0.0191008, 0.0207060, 0.0241477, 0.0316467, 0.0479309, 0.0831585");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0085445, 0.0078314, 0.0062730, 0.0028678, -0.0045368, -0.0206751, -0.0560826", \
					  "0.0085257, 0.0078014, 0.0062448, 0.0028507, -0.0045550, -0.0206905, -0.0561073", \
					  "0.0084693, 0.0077473, 0.0061941, 0.0027938, -0.0046083, -0.0207546, -0.0561564", \
					  "0.0083068, 0.0075948, 0.0060591, 0.0026653, -0.0047055, -0.0208373, -0.0562394", \
					  "0.0081170, 0.0074089, 0.0058792, 0.0025043, -0.0048286, -0.0208831, -0.0562316", \
					  "0.0082201, 0.0075135, 0.0059607, 0.0026044, -0.0047653, -0.0211288, -0.0563995", \
					  "0.0083670, 0.0076451, 0.0061113, 0.0026862, -0.0047115, -0.0209713, -0.0565064");
				}
			}
			internal_power () {
				related_pin : "A3";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0167021, 0.0174170, 0.0190348, 0.0224554, 0.0299091, 0.0461389, 0.0814786", \
					  "0.0164664, 0.0171775, 0.0187733, 0.0222339, 0.0297536, 0.0460576, 0.0813495", \
					  "0.0161401, 0.0168678, 0.0185054, 0.0219504, 0.0295024, 0.0458486, 0.0812002", \
					  "0.0159890, 0.0167127, 0.0183415, 0.0217817, 0.0293121, 0.0456656, 0.0810120", \
					  "0.0158214, 0.0165158, 0.0181198, 0.0215787, 0.0291267, 0.0454331, 0.0808419", \
					  "0.0157804, 0.0165466, 0.0181233, 0.0215668, 0.0290502, 0.0452841, 0.0806029", \
					  "0.0157659, 0.0164652, 0.0180586, 0.0214954, 0.0290254, 0.0454071, 0.0807882");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0069554, 0.0062512, 0.0046865, 0.0013003, -0.0060945, -0.0223248, -0.0578396", \
					  "0.0069223, 0.0062193, 0.0046698, 0.0013025, -0.0060871, -0.0223109, -0.0578173", \
					  "0.0068583, 0.0061673, 0.0046398, 0.0012847, -0.0060862, -0.0222837, -0.0577733", \
					  "0.0066287, 0.0059560, 0.0044468, 0.0011579, -0.0061557, -0.0223003, -0.0577770", \
					  "0.0065247, 0.0058420, 0.0043688, 0.0010148, -0.0063833, -0.0224041, -0.0578125", \
					  "0.0062572, 0.0055801, 0.0040725, 0.0007415, -0.0065955, -0.0226929, -0.0580698", \
					  "0.0061936, 0.0055049, 0.0039382, 0.0005204, -0.0068132, -0.0229583, -0.0582748");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0137202, 0.0144362, 0.0160663, 0.0195040, 0.0270193, 0.0432689, 0.0785965", \
					  "0.0133832, 0.0141498, 0.0157358, 0.0192524, 0.0268330, 0.0431817, 0.0785404", \
					  "0.0130241, 0.0137799, 0.0153510, 0.0188501, 0.0264909, 0.0428550, 0.0782997", \
					  "0.0128367, 0.0135709, 0.0151724, 0.0186631, 0.0261699, 0.0425586, 0.0780609", \
					  "0.0126089, 0.0133413, 0.0149497, 0.0183864, 0.0259710, 0.0423191, 0.0776941", \
					  "0.0126217, 0.0133413, 0.0149190, 0.0183589, 0.0258907, 0.0421401, 0.0775618", \
					  "0.0131236, 0.0138397, 0.0153739, 0.0187923, 0.0261876, 0.0424354, 0.0776659");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0046469, 0.0039357, 0.0023630, -0.0010763, -0.0085727, -0.0248689, -0.0604906", \
					  "0.0044478, 0.0037733, 0.0022646, -0.0011008, -0.0085291, -0.0247846, -0.0603722", \
					  "0.0041871, 0.0035313, 0.0020713, -0.0012074, -0.0085392, -0.0247271, -0.0602562", \
					  "0.0038216, 0.0031843, 0.0017606, -0.0014360, -0.0086533, -0.0247406, -0.0602010", \
					  "0.0036792, 0.0030186, 0.0016008, -0.0016010, -0.0089187, -0.0248973, -0.0602387", \
					  "0.0034323, 0.0027480, 0.0012880, -0.0020012, -0.0092280, -0.0251337, -0.0605111", \
					  "0.0034583, 0.0027296, 0.0011844, -0.0021656, -0.0095069, -0.0255696, -0.0607585");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("0.0034899, 0.0043281, 0.0060867, 0.0097126, 0.0173834, 0.0335700, 0.0692289", \
					  "0.0032152, 0.0040178, 0.0057274, 0.0093429, 0.0171094, 0.0334437, 0.0687885", \
					  "0.0030618, 0.0037984, 0.0054496, 0.0090655, 0.0166903, 0.0333323, 0.0682030", \
					  "0.0029250, 0.0037563, 0.0054230, 0.0088259, 0.0163063, 0.0327330, 0.0686683", \
					  "0.0029249, 0.0036314, 0.0051982, 0.0086363, 0.0160914, 0.0324418, 0.0682655", \
					  "0.0029011, 0.0035636, 0.0051204, 0.0084476, 0.0161191, 0.0322474, 0.0676988", \
					  "0.0037805, 0.0044575, 0.0058656, 0.0091644, 0.0166452, 0.0332563, 0.0686457");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001091211, 0.002381485, 0.005197408, 0.01134294, 0.0247551, 0.0540261");
					values("-0.0011985, -0.0018312, -0.0032970, -0.0066117, -0.0139880, -0.0302660, -0.0658600", \
					  "-0.0014830, -0.0021143, -0.0035392, -0.0067899, -0.0140997, -0.0303154, -0.0658696", \
					  "-0.0017783, -0.0024100, -0.0038654, -0.0070615, -0.0142861, -0.0304108, -0.0658987", \
					  "-0.0020346, -0.0027478, -0.0042045, -0.0074285, -0.0146606, -0.0306817, -0.0660874", \
					  "-0.0018947, -0.0026019, -0.0041199, -0.0074496, -0.0147814, -0.0310016, -0.0663285", \
					  "-0.0019395, -0.0027133, -0.0043080, -0.0077274, -0.0151275, -0.0313291, -0.0668466", \
					  "-0.0016566, -0.0024595, -0.0040907, -0.0070301, -0.0147920, -0.0313014, -0.0672262");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.3004148, 0.3121185, 0.3361664, 0.3915697, 0.5081512, 0.7608038, 1.3087024", \
					  "0.3030472, 0.3152924, 0.3412778, 0.3952217, 0.5123664, 0.7654729, 1.3139042", \
					  "0.3157657, 0.3276088, 0.3525124, 0.4081157, 0.5261261, 0.7793476, 1.3285640", \
					  "0.3478819, 0.3594796, 0.3840313, 0.4396223, 0.5580061, 0.8115366, 1.3613053", \
					  "0.4187848, 0.4305331, 0.4549941, 0.5102168, 0.6276490, 0.8815239, 1.4315226", \
					  "0.5683940, 0.5802572, 0.6056335, 0.6598543, 0.7773325, 1.0302722, 1.5791607", \
					  "0.8574947, 0.8708963, 0.9008554, 0.9634042, 1.0921566, 1.3528062, 1.9007287");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.1743804, 0.1889750, 0.2220108, 0.2928289, 0.4443510, 0.7748755, 1.4908230", \
					  "0.1740577, 0.1897709, 0.2224904, 0.2923153, 0.4444089, 0.7747302, 1.4905029", \
					  "0.1744355, 0.1892517, 0.2219216, 0.2918591, 0.4457655, 0.7735251, 1.4903815", \
					  "0.1743545, 0.1893260, 0.2219987, 0.2916258, 0.4447969, 0.7742019, 1.4905216", \
					  "0.1745083, 0.1892849, 0.2220681, 0.2926513, 0.4449514, 0.7749226, 1.4903406", \
					  "0.1813626, 0.1960134, 0.2277030, 0.2958049, 0.4456522, 0.7746396, 1.4901569", \
					  "0.2182793, 0.2344733, 0.2682486, 0.3366478, 0.4819265, 0.7949658, 1.4938822");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0325881, 0.0346649, 0.0391088, 0.0483105, 0.0672480, 0.1057581, 0.1851849", \
					  "0.0375535, 0.0396113, 0.0440142, 0.0531710, 0.0720083, 0.1105073, 0.1898170", \
					  "0.0485497, 0.0505891, 0.0548721, 0.0638418, 0.0824667, 0.1207739, 0.2000762", \
					  "0.0679346, 0.0705203, 0.0756582, 0.0858551, 0.1050627, 0.1429904, 0.2220620", \
					  "0.0967368, 0.1002963, 0.1074574, 0.1213874, 0.1465716, 0.1910073, 0.2723679", \
					  "0.1323660, 0.1375817, 0.1484517, 0.1689665, 0.2056698, 0.2685079, 0.3728519", \
					  "0.1559497, 0.1639408, 0.1810294, 0.2127677, 0.2704799, 0.3664554, 0.5226325");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0235819, 0.0261121, 0.0315311, 0.0431048, 0.0668455, 0.1156073, 0.2178760", \
					  "0.0233302, 0.0258633, 0.0312569, 0.0427076, 0.0665566, 0.1153989, 0.2176644", \
					  "0.0240970, 0.0264365, 0.0315103, 0.0424925, 0.0660875, 0.1149895, 0.2179926", \
					  "0.0321972, 0.0342639, 0.0386196, 0.0481676, 0.0686538, 0.1150680, 0.2173710", \
					  "0.0509477, 0.0532540, 0.0582713, 0.0677643, 0.0875932, 0.1292288, 0.2225094", \
					  "0.0841806, 0.0873176, 0.0938122, 0.1070374, 0.1323337, 0.1784907, 0.2660859", \
					  "0.1438002, 0.1483299, 0.1588471, 0.1783156, 0.2143606, 0.2765209, 0.3818755");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.2821791, 0.2938756, 0.3179574, 0.3733805, 0.4900244, 0.7426810, 1.2906585", \
					  "0.2838297, 0.2957590, 0.3200817, 0.3758116, 0.4930372, 0.7461408, 1.2945377", \
					  "0.2937227, 0.3056058, 0.3299400, 0.3858756, 0.5040912, 0.7578634, 1.3070443", \
					  "0.3241922, 0.3351840, 0.3612254, 0.4160870, 0.5342581, 0.7886093, 1.3378767", \
					  "0.3932701, 0.4049890, 0.4292804, 0.4846707, 0.6021953, 0.8563140, 1.4062880", \
					  "0.5440075, 0.5564701, 0.5820802, 0.6370371, 0.7537322, 1.0069174, 1.5564562", \
					  "0.8380625, 0.8534959, 0.8876690, 0.9515696, 1.0862270, 1.3510540, 1.9002357");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.1744162, 0.1897723, 0.2220167, 0.2925933, 0.4448662, 0.7749115, 1.4904342", \
					  "0.1744426, 0.1897730, 0.2220327, 0.2928263, 0.4443800, 0.7748784, 1.4903987", \
					  "0.1740456, 0.1892639, 0.2219682, 0.2921319, 0.4443461, 0.7742784, 1.4916082", \
					  "0.1741237, 0.1897051, 0.2221261, 0.2924062, 0.4444620, 0.7763867, 1.4913075", \
					  "0.1743696, 0.1893374, 0.2220899, 0.2928275, 0.4448264, 0.7740933, 1.4896662", \
					  "0.1891134, 0.2025584, 0.2328821, 0.3005429, 0.4475355, 0.7751239, 1.4896180", \
					  "0.2414746, 0.2571249, 0.2895107, 0.3570360, 0.4974487, 0.8016716, 1.4951477");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0334355, 0.0354862, 0.0398010, 0.0486623, 0.0666276, 0.1034336, 0.1803400", \
					  "0.0384317, 0.0404996, 0.0448062, 0.0536445, 0.0715820, 0.1083357, 0.1853751", \
					  "0.0494241, 0.0514388, 0.0556402, 0.0643272, 0.0821710, 0.1188929, 0.1958791", \
					  "0.0687218, 0.0711787, 0.0762470, 0.0860857, 0.1046329, 0.1412640, 0.2183315", \
					  "0.0961210, 0.0996257, 0.1066606, 0.1203627, 0.1450082, 0.1889261, 0.2688803", \
					  "0.1259607, 0.1316062, 0.1424825, 0.1633382, 0.2007749, 0.2644511, 0.3694954", \
					  "0.1379211, 0.1464097, 0.1636324, 0.1971352, 0.2565973, 0.3568120, 0.5163658");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0227560, 0.0250414, 0.0300105, 0.0404599, 0.0624203, 0.1093089, 0.2104469", \
					  "0.0226249, 0.0249151, 0.0298988, 0.0404235, 0.0623711, 0.1090174, 0.2106293", \
					  "0.0232130, 0.0253087, 0.0300327, 0.0402012, 0.0620905, 0.1089078, 0.2105151", \
					  "0.0304039, 0.0322704, 0.0365177, 0.0454915, 0.0647941, 0.1094304, 0.2099054", \
					  "0.0473507, 0.0494893, 0.0543027, 0.0639320, 0.0841596, 0.1242963, 0.2157754", \
					  "0.0790311, 0.0817381, 0.0884892, 0.1021740, 0.1280529, 0.1740750, 0.2618197", \
					  "0.1376065, 0.1426209, 0.1533573, 0.1735395, 0.2111440, 0.2736460, 0.3818931");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.2454888, 0.2567637, 0.2819509, 0.3367374, 0.4543680, 0.7068467, 1.2546982", \
					  "0.2475226, 0.2590964, 0.2838262, 0.3390366, 0.4563278, 0.7094016, 1.2583513", \
					  "0.2564811, 0.2676252, 0.2936714, 0.3484028, 0.4672387, 0.7213702, 1.2693677", \
					  "0.2866126, 0.2978700, 0.3232031, 0.3784692, 0.4967466, 0.7502817, 1.2996811", \
					  "0.3566263, 0.3687376, 0.3928181, 0.4477903, 0.5662579, 0.8196385, 1.3691537", \
					  "0.5164322, 0.5302302, 0.5581984, 0.6133505, 0.7307200, 0.9838773, 1.5331338", \
					  "0.8281583, 0.8459015, 0.8816289, 0.9523087, 1.0967931, 1.3653058, 1.9147910");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.1740505, 0.1896134, 0.2220532, 0.2923885, 0.4449803, 0.7750618, 1.4899758", \
					  "0.1741143, 0.1893063, 0.2217386, 0.2922221, 0.4444106, 0.7742876, 1.4898710", \
					  "0.1741001, 0.1896783, 0.2223624, 0.2922745, 0.4450171, 0.7744662, 1.4909427", \
					  "0.1740522, 0.1895974, 0.2221203, 0.2916536, 0.4448807, 0.7751654, 1.4893211", \
					  "0.1749194, 0.1890689, 0.2218106, 0.2922185, 0.4457946, 0.7743781, 1.4913861", \
					  "0.1953901, 0.2097209, 0.2389363, 0.3039104, 0.4491477, 0.7739334, 1.4913024", \
					  "0.2761759, 0.2912049, 0.3229028, 0.3884636, 0.5239142, 0.8127276, 1.4934900");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0321317, 0.0338694, 0.0375291, 0.0450470, 0.0607700, 0.0938342, 0.1649270", \
					  "0.0370927, 0.0388074, 0.0424754, 0.0500167, 0.0657301, 0.0988504, 0.1699195", \
					  "0.0475600, 0.0493346, 0.0530169, 0.0605958, 0.0763058, 0.1094571, 0.1805641", \
					  "0.0647453, 0.0670301, 0.0717577, 0.0809326, 0.0982589, 0.1318894, 0.2033205", \
					  "0.0870821, 0.0904729, 0.0975851, 0.1111092, 0.1353108, 0.1777026, 0.2533840", \
					  "0.1078821, 0.1139124, 0.1247488, 0.1458316, 0.1837384, 0.2472576, 0.3496624", \
					  "0.1032217, 0.1116325, 0.1298304, 0.1647164, 0.2273075, 0.3291716, 0.4873188");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0175661, 0.0195023, 0.0236995, 0.0328597, 0.0528298, 0.0964637, 0.1915809", \
					  "0.0175215, 0.0194470, 0.0236763, 0.0328211, 0.0527221, 0.0964156, 0.1915980", \
					  "0.0182917, 0.0201073, 0.0241225, 0.0329843, 0.0527570, 0.0963392, 0.1916617", \
					  "0.0247842, 0.0267200, 0.0306120, 0.0389636, 0.0564589, 0.0976651, 0.1917882", \
					  "0.0402774, 0.0425360, 0.0473605, 0.0570933, 0.0765783, 0.1148604, 0.1988054", \
					  "0.0703032, 0.0736027, 0.0804860, 0.0943116, 0.1194450, 0.1647646, 0.2472653", \
					  "0.1294513, 0.1346132, 0.1449289, 0.1657324, 0.2023171, 0.2636732, 0.3683208");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.1708640, 0.1828624, 0.2085709, 0.2630288, 0.3807686, 0.6335534, 1.1818011", \
					  "0.1712860, 0.1836151, 0.2093192, 0.2642634, 0.3825898, 0.6359032, 1.1846608", \
					  "0.1789643, 0.1906949, 0.2164765, 0.2711370, 0.3895537, 0.6448724, 1.1945239", \
					  "0.2063051, 0.2178376, 0.2438544, 0.2988843, 0.4152622, 0.6701297, 1.2209229", \
					  "0.2737589, 0.2852379, 0.3103854, 0.3649077, 0.4815984, 0.7357533, 1.2863138", \
					  "0.4340933, 0.4471367, 0.4737370, 0.5264941, 0.6404153, 0.8917814, 1.4413092", \
					  "0.7103621, 0.7303299, 0.7725574, 0.8524233, 0.9993092, 1.2662531, 1.8062137");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.1736567, 0.1883808, 0.2215267, 0.2920633, 0.4448136, 0.7741751, 1.4913886", \
					  "0.1725365, 0.1877512, 0.2211370, 0.2919721, 0.4446483, 0.7751946, 1.4917381", \
					  "0.1716207, 0.1877772, 0.2206209, 0.2918466, 0.4447199, 0.7740236, 1.4906791", \
					  "0.1694011, 0.1849272, 0.2188447, 0.2910372, 0.4442201, 0.7735742, 1.4908755", \
					  "0.1674072, 0.1822234, 0.2137444, 0.2858251, 0.4432985, 0.7750935, 1.4902176", \
					  "0.2102313, 0.2243920, 0.2529065, 0.3114477, 0.4507123, 0.7717098, 1.4907817", \
					  "0.3200745, 0.3383705, 0.3734490, 0.4405966, 0.5704796, 0.8390038, 1.4933402");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0264381, 0.0280071, 0.0312193, 0.0380768, 0.0525919, 0.0842291, 0.1530792", \
					  "0.0311697, 0.0327659, 0.0361044, 0.0430564, 0.0577224, 0.0893650, 0.1579371", \
					  "0.0406287, 0.0424930, 0.0462659, 0.0535581, 0.0683973, 0.1002283, 0.1691579", \
					  "0.0539132, 0.0565502, 0.0618434, 0.0719788, 0.0900066, 0.1229532, 0.1923923", \
					  "0.0686645, 0.0727351, 0.0811830, 0.0966167, 0.1233617, 0.1674753, 0.2438441", \
					  "0.0749614, 0.0823320, 0.0962274, 0.1216752, 0.1641086, 0.2320745, 0.3374632", \
					  "0.0437845, 0.0559255, 0.0793635, 0.1224653, 0.1934474, 0.3049266, 0.4704032");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0112815, 0.0131692, 0.0171883, 0.0261565, 0.0458598, 0.0884356, 0.1817230", \
					  "0.0113753, 0.0132004, 0.0172316, 0.0261617, 0.0458706, 0.0884373, 0.1822430", \
					  "0.0135599, 0.0150475, 0.0186202, 0.0268286, 0.0458383, 0.0890099, 0.1827011", \
					  "0.0209591, 0.0226932, 0.0265276, 0.0347207, 0.0513450, 0.0904625, 0.1830967", \
					  "0.0368091, 0.0392206, 0.0441764, 0.0539876, 0.0729486, 0.1096111, 0.1903607", \
					  "0.0684909, 0.0716519, 0.0785785, 0.0924530, 0.1174241, 0.1615073, 0.2436184", \
					  "0.1320868, 0.1368975, 0.1475291, 0.1671978, 0.2034151, 0.2638909, 0.3638867");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0225586, 0.0250097, 0.0302827, 0.0409815, 0.0638625, 0.1127953, 0.2189762", \
					  "0.0284651, 0.0308234, 0.0358567, 0.0465448, 0.0694653, 0.1183977, 0.2239336", \
					  "0.0432142, 0.0458470, 0.0506659, 0.0612405, 0.0837954, 0.1321779, 0.2368624", \
					  "0.0694803, 0.0731619, 0.0815686, 0.0953887, 0.1185931, 0.1667328, 0.2724672", \
					  "0.1147904, 0.1218573, 0.1351229, 0.1580988, 0.1942431, 0.2486008, 0.3532089", \
					  "0.1926942, 0.2042218, 0.2268913, 0.2651739, 0.3256243, 0.4148395, 0.5424073", \
					  "0.3326959, 0.3514245, 0.3876112, 0.4511974, 0.5537250, 0.7002717, 0.9125859");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0156268, 0.0186078, 0.0253298, 0.0396216, 0.0706732, 0.1389780, 0.2925002", \
					  "0.0155512, 0.0186218, 0.0252269, 0.0397311, 0.0712821, 0.1389959, 0.2881949", \
					  "0.0194252, 0.0214221, 0.0267723, 0.0399312, 0.0715110, 0.1397640, 0.2875812", \
					  "0.0332283, 0.0367253, 0.0407937, 0.0500660, 0.0745246, 0.1403221, 0.2900567", \
					  "0.0580868, 0.0619379, 0.0695215, 0.0825265, 0.1041282, 0.1529308, 0.2915020", \
					  "0.1059383, 0.1109442, 0.1231789, 0.1441050, 0.1766167, 0.2284113, 0.3288718", \
					  "0.1875389, 0.1992369, 0.2217217, 0.2542871, 0.3094658, 0.3894646, 0.5103747");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0136947, 0.0148467, 0.0172919, 0.0224686, 0.0333638, 0.0569923, 0.1084903", \
					  "0.0180499, 0.0193785, 0.0218576, 0.0270401, 0.0380016, 0.0616723, 0.1128655", \
					  "0.0240497, 0.0260808, 0.0301666, 0.0373141, 0.0491541, 0.0726859, 0.1240267", \
					  "0.0308671, 0.0343837, 0.0405721, 0.0515933, 0.0692647, 0.0988420, 0.1498649", \
					  "0.0358827, 0.0411217, 0.0510541, 0.0684449, 0.0970891, 0.1419006, 0.2096721", \
					  "0.0274257, 0.0350722, 0.0520552, 0.0808855, 0.1267238, 0.1970956, 0.3016967", \
					  "-0.0266068, -0.0118042, 0.0162640, 0.0630623, 0.1372602, 0.2515386, 0.4164265");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00109121, 0.00238149, 0.00519741, 0.0113429, 0.0247551, 0.0540261");
					values("0.0075349, 0.0089250, 0.0120585, 0.0188545, 0.0334264, 0.0650672, 0.1341860", \
					  "0.0090660, 0.0101647, 0.0127401, 0.0188951, 0.0334300, 0.0655803, 0.1349442", \
					  "0.0146445, 0.0160485, 0.0187883, 0.0239989, 0.0355794, 0.0657971, 0.1358065", \
					  "0.0244930, 0.0264220, 0.0303997, 0.0378735, 0.0511886, 0.0741738, 0.1372892", \
					  "0.0428345, 0.0459978, 0.0522433, 0.0637372, 0.0817051, 0.1109110, 0.1613933", \
					  "0.0776713, 0.0828013, 0.0927408, 0.1084543, 0.1355600, 0.1791106, 0.2459689", \
					  "0.1430006, 0.1515146, 0.1674566, 0.1956182, 0.2361982, 0.2995869, 0.3969916");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003900;
			capacitance : 0.004097;
			rise_capacitance : 0.004294;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052743, -0.0052713, -0.0052644, -0.0052632, -0.0052605, -0.0052543, -0.0052399");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052943, 0.0052897, 0.0052791, 0.0052807, 0.0052845, 0.0052931, 0.0053129");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003756;
			capacitance : 0.003999;
			rise_capacitance : 0.004241;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052140, -0.0052145, -0.0052155, -0.0052148, -0.0052134, -0.0052101, -0.0052025");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052325, 0.0052304, 0.0052255, 0.0052260, 0.0052269, 0.0052292, 0.0052344");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003757;
			capacitance : 0.004044;
			rise_capacitance : 0.004332;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052356, -0.0052372, -0.0052408, -0.0052379, -0.0052313, -0.0052159, -0.0051805");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052462, 0.0052483, 0.0052531, 0.0052503, 0.0052440, 0.0052294, 0.0051959");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003745;
			capacitance : 0.004059;
			rise_capacitance : 0.004374;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0052611, -0.0052581, -0.0052512, -0.0052520, -0.0052539, -0.0052583, -0.0052684");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0052658, 0.0052644, 0.0052612, 0.0052604, 0.0052584, 0.0052540, 0.0052438");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003969;
			capacitance : 0.004136;
			rise_capacitance : 0.004303;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0001886, -0.0002005, -0.0002282, -0.0001980, -0.0001285, 3.1730927e-05, 0.0004011");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062014, 0.0061979, 0.0061899, 0.0061925, 0.0061986, 0.0062126, 0.0062450");
				}
			}
		}
	}
	cell ("scs8hd_o41ai_4") {
		area : 27.526400;
		cell_footprint : "o41ai";
		cell_leakage_power : 1.544434e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001875";
			when : "!A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "0.0122060";
			when : "!A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028833";
			when : "!A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "5.2239459e-05";
			when : "!A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0018145";
			when : "!A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "5.2505130e-05";
			when : "!A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028807";
			when : "!A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "5.1923170e-05";
			when : "!A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0019312";
			when : "!A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "4.6864317e-05";
			when : "!A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028806";
			when : "!A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "5.1944170e-05";
			when : "!A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0018163";
			when : "!A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "5.2147983e-05";
			when : "!A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028807";
			when : "!A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "5.1660001e-05";
			when : "!A1&A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0020553";
			when : "A1&!A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "5.2352071e-05";
			when : "A1&!A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028805";
			when : "A1&!A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "5.2190152e-05";
			when : "A1&!A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0018478";
			when : "A1&!A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "5.2142433e-05";
			when : "A1&!A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028807";
			when : "A1&!A2&A3&A4&B1";
		}
		leakage_power () {
			value : "5.1651690e-05";
			when : "A1&!A2&A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0019310";
			when : "A1&A2&!A3&!A4&B1";
		}
		leakage_power () {
			value : "4.4874542e-05";
			when : "A1&A2&!A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028806";
			when : "A1&A2&!A3&A4&B1";
		}
		leakage_power () {
			value : "5.2221011e-05";
			when : "A1&A2&!A3&A4&!B1";
		}
		leakage_power () {
			value : "0.0018165";
			when : "A1&A2&A3&!A4&B1";
		}
		leakage_power () {
			value : "5.1722451e-05";
			when : "A1&A2&A3&!A4&!B1";
		}
		leakage_power () {
			value : "0.0028807";
			when : "A1&A2&A3&A4&B1";
		}
		leakage_power () {
			value : "5.1452972e-05";
			when : "A1&A2&A3&A4&!B1";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A1&!A2&!A3&!A4) | (!B1)";
			max_capacitance : 0.092478;
			max_transition : 1.500650;
			internal_power () {
				related_pin : "A3";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0138317, 0.0129915, 0.0110244, 0.0062487, -0.0051181, -0.0323750, -0.0975655", \
					  "0.0138151, 0.0129755, 0.0110090, 0.0062699, -0.0050993, -0.0323241, -0.0974726", \
					  "0.0136908, 0.0128672, 0.0109189, 0.0062145, -0.0050949, -0.0322569, -0.0973817", \
					  "0.0132775, 0.0124736, 0.0105884, 0.0059877, -0.0052235, -0.0323164, -0.0973880", \
					  "0.0127565, 0.0119649, 0.0100345, 0.0054854, -0.0056530, -0.0325476, -0.0973961", \
					  "0.0125905, 0.0118056, 0.0098890, 0.0051873, -0.0059290, -0.0331672, -0.0979092", \
					  "0.0123566, 0.0115184, 0.0095056, 0.0048093, -0.0065012, -0.0333928, -0.0983322");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0328164, 0.0337547, 0.0357252, 0.0405562, 0.0521118, 0.0793351, 0.1441985", \
					  "0.0322351, 0.0330959, 0.0351380, 0.0400256, 0.0516002, 0.0790049, 0.1438472", \
					  "0.0316124, 0.0324857, 0.0346645, 0.0394795, 0.0511391, 0.0787441, 0.1435678", \
					  "0.0311050, 0.0319682, 0.0341312, 0.0389558, 0.0506317, 0.0781560, 0.1432683", \
					  "0.0306547, 0.0315383, 0.0336265, 0.0384585, 0.0500189, 0.0774937, 0.1426178", \
					  "0.0306309, 0.0315411, 0.0335437, 0.0383792, 0.0499137, 0.0772400, 0.1423414", \
					  "0.0304450, 0.0312886, 0.0333878, 0.0381636, 0.0497517, 0.0772311, 0.1420376");
				}
			}
			internal_power () {
				related_pin : "A4";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0270587, 0.0279234, 0.0299825, 0.0349160, 0.0464625, 0.0737897, 0.1385136", \
					  "0.0263116, 0.0271891, 0.0292352, 0.0342263, 0.0458853, 0.0733535, 0.1382062", \
					  "0.0253920, 0.0262767, 0.0284248, 0.0334378, 0.0452512, 0.0729476, 0.1379461", \
					  "0.0248377, 0.0257552, 0.0278089, 0.0327808, 0.0443406, 0.0722275, 0.1374525", \
					  "0.0243866, 0.0252652, 0.0273187, 0.0321981, 0.0438292, 0.0714100, 0.1367744", \
					  "0.0245353, 0.0254159, 0.0274174, 0.0323208, 0.0439438, 0.0713802, 0.1364188", \
					  "0.0251289, 0.0259832, 0.0280579, 0.0329757, 0.0443597, 0.0714289, 0.1359493");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0097622, 0.0089253, 0.0069289, 0.0021082, -0.0094001, -0.0367592, -0.1021172", \
					  "0.0094209, 0.0086403, 0.0066804, 0.0020182, -0.0093439, -0.0366294, -0.1019129", \
					  "0.0088673, 0.0080960, 0.0062556, 0.0017326, -0.0094264, -0.0365182, -0.1017139", \
					  "0.0081815, 0.0074504, 0.0056713, 0.0012308, -0.0097162, -0.0365882, -0.1016288", \
					  "0.0079456, 0.0071734, 0.0053460, 0.0008959, -0.0102670, -0.0369093, -0.1016888", \
					  "0.0075212, 0.0067095, 0.0047761, 0.0002505, -0.0107071, -0.0373701, -0.1021893", \
					  "0.0074111, 0.0065775, 0.0045747, -0.0002110, -0.0113353, -0.0382081, -0.1026679");
				}
			}
			internal_power () {
				related_pin : "B1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0069677, 0.0079969, 0.0103520, 0.0156966, 0.0276082, 0.0553974, 0.1198600", \
					  "0.0062594, 0.0073198, 0.0096183, 0.0148777, 0.0269995, 0.0546158, 0.1194436", \
					  "0.0058643, 0.0067906, 0.0089634, 0.0139867, 0.0261657, 0.0540342, 0.1191392", \
					  "0.0055973, 0.0064510, 0.0085549, 0.0135541, 0.0252745, 0.0533413, 0.1192171", \
					  "0.0055129, 0.0063749, 0.0084322, 0.0132441, 0.0245955, 0.0522882, 0.1179734", \
					  "0.0057204, 0.0065475, 0.0085766, 0.0128355, 0.0249805, 0.0526221, 0.1160942", \
					  "0.0064965, 0.0072540, 0.0091097, 0.0137873, 0.0251233, 0.0521495, 0.1173854");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("-0.0008884, -0.0016294, -0.0034962, -0.0080198, -0.0192867, -0.0465477, -0.1118689", \
					  "-0.0014738, -0.0021967, -0.0039578, -0.0084283, -0.0195245, -0.0466539, -0.1118952", \
					  "-0.0020881, -0.0028151, -0.0045877, -0.0089779, -0.0200037, -0.0468678, -0.1119522", \
					  "-0.0026712, -0.0034580, -0.0052921, -0.0097367, -0.0207142, -0.0474121, -0.1123007", \
					  "-0.0025215, -0.0030774, -0.0051475, -0.0097730, -0.0212068, -0.0480669, -0.1127891", \
					  "-0.0025345, -0.0034971, -0.0054494, -0.0101551, -0.0219037, -0.0489164, -0.1139062", \
					  "-0.0025331, -0.0034416, -0.0055304, -0.0101941, -0.0213088, -0.0491321, -0.1148205");
				}
			}
			internal_power () {
				related_pin : "A1";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0432644, 0.0441267, 0.0461279, 0.0510266, 0.0624768, 0.0897251, 0.1544700", \
					  "0.0428348, 0.0436946, 0.0457367, 0.0505931, 0.0621149, 0.0893992, 0.1542262", \
					  "0.0424319, 0.0433005, 0.0454237, 0.0502442, 0.0618290, 0.0892140, 0.1540662", \
					  "0.0420235, 0.0428873, 0.0450040, 0.0498555, 0.0615160, 0.0889355, 0.1538894", \
					  "0.0416490, 0.0425901, 0.0445642, 0.0494060, 0.0609535, 0.0883734, 0.1534696", \
					  "0.0415946, 0.0424499, 0.0444807, 0.0493205, 0.0608382, 0.0882417, 0.1531697", \
					  "0.0416040, 0.0424466, 0.0444398, 0.0492601, 0.0607105, 0.0880596, 0.1530471");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0208348, 0.0200025, 0.0179884, 0.0132088, 0.0018114, -0.0253357, -0.0901167", \
					  "0.0205760, 0.0197328, 0.0177535, 0.0129599, 0.0015448, -0.0256033, -0.0903486", \
					  "0.0202702, 0.0194179, 0.0174246, 0.0126448, 0.0012364, -0.0259153, -0.0906543", \
					  "0.0199559, 0.0190885, 0.0170979, 0.0123574, 0.0009236, -0.0262558, -0.0909681", \
					  "0.0196493, 0.0188106, 0.0168017, 0.0121140, 0.0008002, -0.0262744, -0.0910571", \
					  "0.0198651, 0.0190071, 0.0170158, 0.0122041, 0.0006574, -0.0266836, -0.0912779", \
					  "0.0205141, 0.0196818, 0.0176418, 0.0128455, 0.0013838, -0.0257260, -0.0914209");
				}
			}
			internal_power () {
				related_pin : "A2";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0378991, 0.0387303, 0.0406799, 0.0454977, 0.0569968, 0.0843041, 0.1489835", \
					  "0.0372659, 0.0381323, 0.0401838, 0.0451434, 0.0566567, 0.0839931, 0.1488246", \
					  "0.0367823, 0.0376482, 0.0397180, 0.0446754, 0.0561653, 0.0836158, 0.1485309", \
					  "0.0363089, 0.0371624, 0.0392891, 0.0441112, 0.0557268, 0.0832525, 0.1482715", \
					  "0.0358893, 0.0368388, 0.0388206, 0.0436706, 0.0552839, 0.0827049, 0.1478070", \
					  "0.0357957, 0.0366752, 0.0387106, 0.0435446, 0.0550498, 0.0824977, 0.1475105", \
					  "0.0357379, 0.0365797, 0.0386505, 0.0435387, 0.0549977, 0.0823898, 0.1472409");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001193479, 0.002848786, 0.006799935, 0.01623116, 0.03874312, 0.09247823");
					values("0.0170598, 0.0162284, 0.0142286, 0.0094318, -0.0019410, -0.0290381, -0.0940020", \
					  "0.0170175, 0.0161726, 0.0141879, 0.0094041, -0.0019608, -0.0290942, -0.0940550", \
					  "0.0168748, 0.0160479, 0.0140520, 0.0092753, -0.0020769, -0.0291849, -0.0941697", \
					  "0.0165968, 0.0157503, 0.0137807, 0.0090484, -0.0022765, -0.0293861, -0.0943670", \
					  "0.0160889, 0.0152698, 0.0133240, 0.0086840, -0.0025526, -0.0294843, -0.0943899", \
					  "0.0163675, 0.0155267, 0.0135580, 0.0087928, -0.0025330, -0.0300346, -0.0948219", \
					  "0.0164103, 0.0156084, 0.0136020, 0.0088225, -0.0025833, -0.0297615, -0.0949888");
				}
			}
			timing () {
				related_pin : "A1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
					values("0.3268998, 0.3346672, 0.3528572, 0.3971397, 0.5007500, 0.7458196, 1.3265793", \
					  "0.3298811, 0.3377283, 0.3557116, 0.4012349, 0.5044208, 0.7499130, 1.3310208", \
					  "0.3422045, 0.3499423, 0.3682315, 0.4134332, 0.5184156, 0.7645499, 1.3461621", \
					  "0.3755308, 0.3835350, 0.4018499, 0.4472870, 0.5516794, 0.7985402, 1.3809881", \
					  "0.4466076, 0.4544313, 0.4748690, 0.5178293, 0.6238612, 0.8699694, 1.4529776", \
					  "0.6014876, 0.6093311, 0.6283827, 0.6720480, 0.7768468, 1.0224130, 1.6042345", \
					  "0.9022864, 0.9136303, 0.9368514, 0.9855530, 1.1002443, 1.3529757, 1.9341797");
				}
				rise_transition ("del_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("0.1921250, 0.2020306, 0.2260032, 0.2831114, 0.4182298, 0.7377402, 1.4950629", \
					  "0.1917599, 0.2020463, 0.2257473, 0.2835049, 0.4180800, 0.7375697, 1.4939718", \
					  "0.1922720, 0.2022441, 0.2265344, 0.2831781, 0.4179672, 0.7376157, 1.4947978", \
					  "0.1916200, 0.2024338, 0.2271322, 0.2827807, 0.4190428, 0.7381311, 1.4961419", \
					  "0.1920828, 0.2030417, 0.2257871, 0.2832456, 0.4186234, 0.7376236, 1.4963871", \
					  "0.1971733, 0.2072584, 0.2301385, 0.2858560, 0.4191039, 0.7373254, 1.4934846", \
					  "0.2329478, 0.2434561, 0.2672515, 0.3235217, 0.4528190, 0.7570675, 1.4962966");
				}
				cell_fall ("del_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("0.0367653, 0.0384269, 0.0421283, 0.0507329, 0.0699809, 0.1123863, 0.2068408", \
					  "0.0415847, 0.0431481, 0.0469157, 0.0554601, 0.0745728, 0.1169559, 0.2113354", \
					  "0.0511325, 0.0526908, 0.0563461, 0.0646872, 0.0836393, 0.1257646, 0.2200574", \
					  "0.0679823, 0.0697536, 0.0736852, 0.0827320, 0.1018774, 0.1437274, 0.2377599", \
					  "0.0937407, 0.0961124, 0.1014250, 0.1126577, 0.1359077, 0.1819207, 0.2773081", \
					  "0.1240233, 0.1274396, 0.1353918, 0.1518974, 0.1846311, 0.2465404, 0.3595050", \
					  "0.1360353, 0.1415135, 0.1530340, 0.1785430, 0.2299259, 0.3232144, 0.4855855");
				}
				fall_transition ("del_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("0.0319373, 0.0339389, 0.0385433, 0.0491646, 0.0732422, 0.1269951, 0.2509390", \
					  "0.0316485, 0.0335064, 0.0380074, 0.0487924, 0.0728932, 0.1267999, 0.2504003", \
					  "0.0317210, 0.0335842, 0.0379775, 0.0483236, 0.0721960, 0.1263941, 0.2499485", \
					  "0.0371097, 0.0387649, 0.0427536, 0.0520633, 0.0737245, 0.1264371, 0.2500043", \
					  "0.0533295, 0.0548690, 0.0585790, 0.0676247, 0.0880600, 0.1359999, 0.2524284", \
					  "0.0859374, 0.0879170, 0.0927524, 0.1031310, 0.1269912, 0.1744551, 0.2844705", \
					  "0.1454774, 0.1483076, 0.1554110, 0.1710490, 0.2026606, 0.2657559, 0.3818859");
				}
			}
			timing () {
				related_pin : "A2";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
					values("0.3096248, 0.3179841, 0.3374554, 0.3810044, 0.4855129, 0.7297729, 1.3103227", \
					  "0.3115003, 0.3200133, 0.3380183, 0.3828602, 0.4868741, 0.7328147, 1.3140172", \
					  "0.3221854, 0.3300731, 0.3489670, 0.3934965, 0.4972484, 0.7438108, 1.3259701", \
					  "0.3518974, 0.3591707, 0.3784024, 0.4237231, 0.5290484, 0.7750137, 1.3580052", \
					  "0.4215223, 0.4288195, 0.4491216, 0.4919013, 0.5978779, 0.8440679, 1.4273943", \
					  "0.5773405, 0.5849147, 0.6040347, 0.6490675, 0.7522170, 0.9989141, 1.5812532", \
					  "0.8875400, 0.8969440, 0.9195625, 0.9726057, 1.0918804, 1.3495189, 1.9317281");
				}
				rise_transition ("del_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("0.1928515, 0.2030305, 0.2259393, 0.2832260, 0.4184852, 0.7379775, 1.4947814", \
					  "0.1922643, 0.2024503, 0.2259977, 0.2834043, 0.4185076, 0.7380008, 1.4975688", \
					  "0.1921346, 0.2024789, 0.2256802, 0.2828891, 0.4180264, 0.7375858, 1.4959828", \
					  "0.1918020, 0.2023702, 0.2265808, 0.2824886, 0.4186661, 0.7374255, 1.4954319", \
					  "0.1924789, 0.2029818, 0.2259206, 0.2830623, 0.4189440, 0.7369014, 1.4958272", \
					  "0.2029953, 0.2127536, 0.2360455, 0.2902630, 0.4206089, 0.7374394, 1.4954096", \
					  "0.2542900, 0.2645488, 0.2887117, 0.3434378, 0.4692439, 0.7647545, 1.4991296");
				}
				cell_fall ("del_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("0.0385220, 0.0400823, 0.0435980, 0.0517157, 0.0697262, 0.1094000, 0.1996114", \
					  "0.0432154, 0.0447404, 0.0483747, 0.0564665, 0.0743469, 0.1142226, 0.2044700", \
					  "0.0533680, 0.0548500, 0.0583647, 0.0663171, 0.0841564, 0.1237955, 0.2139469", \
					  "0.0708625, 0.0725695, 0.0765010, 0.0851933, 0.1034231, 0.1430324, 0.2332395", \
					  "0.0964548, 0.0987799, 0.1040987, 0.1152774, 0.1382383, 0.1830297, 0.2758904", \
					  "0.1229269, 0.1264577, 0.1344977, 0.1514659, 0.1852033, 0.2484253, 0.3618197", \
					  "0.1249792, 0.1311746, 0.1430201, 0.1702359, 0.2236034, 0.3226760, 0.4919777");
				}
				fall_transition ("del_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("0.0297877, 0.0313246, 0.0355888, 0.0448217, 0.0667234, 0.1172662, 0.2383253", \
					  "0.0295487, 0.0311762, 0.0352103, 0.0447501, 0.0664847, 0.1174459, 0.2379896", \
					  "0.0297251, 0.0314748, 0.0352253, 0.0444140, 0.0662729, 0.1172955, 0.2381612", \
					  "0.0347401, 0.0362396, 0.0399802, 0.0483171, 0.0681513, 0.1178127, 0.2378632", \
					  "0.0500126, 0.0515616, 0.0552484, 0.0638495, 0.0835458, 0.1288749, 0.2415105", \
					  "0.0814712, 0.0834248, 0.0885586, 0.0993749, 0.1232572, 0.1723035, 0.2772369", \
					  "0.1411841, 0.1444520, 0.1515260, 0.1686982, 0.2031112, 0.2658573, 0.3852660");
				}
			}
			timing () {
				related_pin : "A3";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
					values("0.2719852, 0.2803601, 0.2998625, 0.3426289, 0.4474804, 0.6922844, 1.2738474", \
					  "0.2731706, 0.2813412, 0.3003724, 0.3441248, 0.4487617, 0.6947508, 1.2763017", \
					  "0.2810443, 0.2888216, 0.3088041, 0.3540673, 0.4599603, 0.7057889, 1.2883160", \
					  "0.3094552, 0.3177964, 0.3371620, 0.3810268, 0.4867647, 0.7354652, 1.3184699", \
					  "0.3818501, 0.3894964, 0.4080011, 0.4520292, 0.5564079, 0.8042351, 1.3877232", \
					  "0.5450815, 0.5542296, 0.5735006, 0.6181279, 0.7231186, 0.9689592, 1.5525464", \
					  "0.8709051, 0.8816843, 0.9091968, 0.9655599, 1.0946659, 1.3550986, 1.9391471");
				}
				rise_transition ("del_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("0.1916013, 0.2030116, 0.2252997, 0.2831089, 0.4182425, 0.7379461, 1.4959274", \
					  "0.1917721, 0.2020262, 0.2261424, 0.2832292, 0.4181220, 0.7381865, 1.4947021", \
					  "0.1919740, 0.2023503, 0.2270562, 0.2832054, 0.4186870, 0.7382085, 1.4947558", \
					  "0.1919975, 0.2017512, 0.2271092, 0.2831204, 0.4184916, 0.7382158, 1.4959529", \
					  "0.1918205, 0.2019995, 0.2264968, 0.2834526, 0.4181714, 0.7376580, 1.4960096", \
					  "0.2094207, 0.2189370, 0.2419278, 0.2938979, 0.4236343, 0.7376241, 1.4952263", \
					  "0.2868789, 0.2966973, 0.3192195, 0.3727641, 0.4969514, 0.7736441, 1.4968881");
				}
				cell_fall ("del_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("0.0376384, 0.0389108, 0.0419040, 0.0486887, 0.0640526, 0.0994513, 0.1823504", \
					  "0.0423961, 0.0436549, 0.0466307, 0.0534299, 0.0688298, 0.1042769, 0.1872580", \
					  "0.0525676, 0.0538411, 0.0568666, 0.0636850, 0.0791415, 0.1146166, 0.1976622", \
					  "0.0694533, 0.0710142, 0.0746455, 0.0826150, 0.0993331, 0.1353489, 0.2186285", \
					  "0.0915986, 0.0938870, 0.0990368, 0.1101925, 0.1332573, 0.1769351, 0.2649909", \
					  "0.1096734, 0.1135907, 0.1221165, 0.1396446, 0.1754032, 0.2409355, 0.3548637", \
					  "0.0957249, 0.1017237, 0.1152694, 0.1451755, 0.2035083, 0.3083647, 0.4833448");
				}
				fall_transition ("del_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("0.0222045, 0.0236267, 0.0271182, 0.0353119, 0.0550571, 0.1024315, 0.2150846", \
					  "0.0223041, 0.0236223, 0.0270748, 0.0353199, 0.0550354, 0.1023894, 0.2155164", \
					  "0.0225567, 0.0240229, 0.0272758, 0.0353507, 0.0549751, 0.1023509, 0.2155369", \
					  "0.0282262, 0.0295716, 0.0329167, 0.0406016, 0.0582579, 0.1035667, 0.2157634", \
					  "0.0436919, 0.0452171, 0.0489365, 0.0575916, 0.0761722, 0.1182038, 0.2212690", \
					  "0.0751911, 0.0774753, 0.0826603, 0.0942284, 0.1185277, 0.1670324, 0.2643821", \
					  "0.1366500, 0.1400930, 0.1481446, 0.1655872, 0.2001807, 0.2658017, 0.3811511");
				}
			}
			timing () {
				related_pin : "A4";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
					values("0.1964092, 0.2046137, 0.2227964, 0.2678950, 0.3719047, 0.6172322, 1.1981122", \
					  "0.1945251, 0.2025172, 0.2222918, 0.2673715, 0.3722110, 0.6193502, 1.2008908", \
					  "0.2005821, 0.2081400, 0.2278532, 0.2735574, 0.3800339, 0.6277836, 1.2117820", \
					  "0.2258548, 0.2334963, 0.2533022, 0.2990075, 0.4025771, 0.6515009, 1.2359533", \
					  "0.2942828, 0.3023599, 0.3209432, 0.3654214, 0.4691545, 0.7177387, 1.3026584", \
					  "0.4607817, 0.4695978, 0.4880858, 0.5318961, 0.6329725, 0.8751228, 1.4557072", \
					  "0.7629463, 0.7749771, 0.8037904, 0.8675667, 0.9995232, 1.2581897, 1.8287157");
				}
				rise_transition ("del_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("0.1906951, 0.2007838, 0.2253768, 0.2830809, 0.4184134, 0.7383791, 1.4951395", \
					  "0.1909304, 0.2014399, 0.2249669, 0.2832873, 0.4180476, 0.7370305, 1.4932804", \
					  "0.1894347, 0.2003711, 0.2250283, 0.2829410, 0.4182097, 0.7376048, 1.4956342", \
					  "0.1872174, 0.1978795, 0.2228869, 0.2817228, 0.4176712, 0.7378727, 1.4946779", \
					  "0.1830256, 0.1934535, 0.2174519, 0.2764246, 0.4165670, 0.7377926, 1.4957856", \
					  "0.2225768, 0.2305920, 0.2515206, 0.3013688, 0.4229715, 0.7341587, 1.4946916", \
					  "0.3291278, 0.3411043, 0.3695243, 0.4266280, 0.5437605, 0.8009908, 1.5006499");
				}
				cell_fall ("del_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("0.0292533, 0.0303747, 0.0328603, 0.0386768, 0.0521986, 0.0839222, 0.1590684", \
					  "0.0338952, 0.0349440, 0.0375919, 0.0434901, 0.0570414, 0.0887383, 0.1642927", \
					  "0.0432658, 0.0445568, 0.0474669, 0.0536998, 0.0674804, 0.0994281, 0.1747373", \
					  "0.0563920, 0.0581155, 0.0622349, 0.0706784, 0.0876551, 0.1211885, 0.1973724", \
					  "0.0700251, 0.0728508, 0.0791289, 0.0923145, 0.1172615, 0.1624774, 0.2457066", \
					  "0.0733579, 0.0779932, 0.0882096, 0.1100360, 0.1498001, 0.2203965, 0.3360799", \
					  "0.0314620, 0.0392518, 0.0570195, 0.0947237, 0.1609157, 0.2752946, 0.4566391");
				}
				fall_transition ("del_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("0.0135511, 0.0148774, 0.0179642, 0.0255652, 0.0436167, 0.0870406, 0.1899433", \
					  "0.0136142, 0.0149095, 0.0179841, 0.0255861, 0.0436627, 0.0868626, 0.1912419", \
					  "0.0153889, 0.0165338, 0.0193358, 0.0262427, 0.0437642, 0.0872018, 0.1912560", \
					  "0.0230945, 0.0241715, 0.0272336, 0.0340513, 0.0498883, 0.0889762, 0.1900917", \
					  "0.0398545, 0.0414713, 0.0450630, 0.0531101, 0.0708642, 0.1084626, 0.1982601", \
					  "0.0724814, 0.0747682, 0.0799907, 0.0916767, 0.1151834, 0.1599264, 0.2498647", \
					  "0.1383184, 0.1418324, 0.1496940, 0.1666435, 0.2000339, 0.2622934, 0.3733099");
				}
			}
			timing () {
				related_pin : "B1";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00119348, 0.00284879, 0.00679993, 0.0162312, 0.0387431, 0.0924782");
					values("0.0246637, 0.0264513, 0.0305387, 0.0397858, 0.0606305, 0.1089990, 0.2223273", \
					  "0.0304225, 0.0322536, 0.0362148, 0.0451909, 0.0661840, 0.1147209, 0.2282641", \
					  "0.0457395, 0.0473368, 0.0509381, 0.0595335, 0.0806837, 0.1285236, 0.2430759", \
					  "0.0742636, 0.0770050, 0.0830059, 0.0948287, 0.1157487, 0.1631739, 0.2754728", \
					  "0.1243338, 0.1289571, 0.1386821, 0.1578115, 0.1915156, 0.2464438, 0.3594145", \
					  "0.2114325, 0.2191695, 0.2358555, 0.2688755, 0.3239285, 0.4143797, 0.5486761", \
					  "0.3748001, 0.3870550, 0.4135420, 0.4670471, 0.5602500, 0.7096516, 0.9316765");
				}
				rise_transition ("del_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("0.0172245, 0.0192902, 0.0239881, 0.0359028, 0.0641472, 0.1327225, 0.2890538", \
					  "0.0171683, 0.0192906, 0.0242587, 0.0358999, 0.0636579, 0.1302400, 0.2901503", \
					  "0.0197581, 0.0214162, 0.0253045, 0.0360669, 0.0644336, 0.1311575, 0.2898409", \
					  "0.0335362, 0.0351775, 0.0385361, 0.0459808, 0.0677211, 0.1315563, 0.2916884", \
					  "0.0586179, 0.0612561, 0.0665822, 0.0772805, 0.0975543, 0.1446172, 0.2909037", \
					  "0.1081340, 0.1118269, 0.1202555, 0.1357901, 0.1675657, 0.2177083, 0.3286929", \
					  "0.1924935, 0.1993809, 0.2156021, 0.2427692, 0.2939148, 0.3743152, 0.5051345");
				}
				cell_fall ("del_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("0.0153202, 0.0161783, 0.0181088, 0.0227421, 0.0333094, 0.0579957, 0.1167187", \
					  "0.0196179, 0.0204828, 0.0224647, 0.0270475, 0.0376501, 0.0624909, 0.1212636", \
					  "0.0259638, 0.0273928, 0.0305141, 0.0367965, 0.0482088, 0.0734145, 0.1328658", \
					  "0.0328214, 0.0349929, 0.0399447, 0.0495829, 0.0679052, 0.0985922, 0.1573720", \
					  "0.0361384, 0.0396444, 0.0473646, 0.0629052, 0.0910076, 0.1383715, 0.2152764", \
					  "0.0228066, 0.0280830, 0.0412803, 0.0667964, 0.1117623, 0.1871948, 0.3032796", \
					  "-0.0435721, -0.0335978, -0.0120922, 0.0277659, 0.1039812, 0.2249249, 0.4116539");
				}
				fall_transition ("del_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("0.0093066, 0.0103614, 0.0128522, 0.0188780, 0.0330287, 0.0669491, 0.1472145", \
					  "0.0103546, 0.0112058, 0.0133964, 0.0189417, 0.0331081, 0.0668796, 0.1473085", \
					  "0.0158919, 0.0169891, 0.0192781, 0.0241746, 0.0355244, 0.0674017, 0.1471734", \
					  "0.0258325, 0.0274213, 0.0305942, 0.0374471, 0.0501560, 0.0760296, 0.1495469", \
					  "0.0447222, 0.0475622, 0.0522750, 0.0621445, 0.0802997, 0.1123833, 0.1725575", \
					  "0.0807555, 0.0866688, 0.0922257, 0.1068891, 0.1329846, 0.1788199, 0.2616116", \
					  "0.1486567, 0.1546225, 0.1663339, 0.1932543, 0.2327980, 0.3001193, 0.4116364");
				}
			}
		}
		pin (A1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007578;
			capacitance : 0.007980;
			rise_capacitance : 0.008383;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103708, -0.0103660, -0.0103550, -0.0103548, -0.0103543, -0.0103532, -0.0103507");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104204, 0.0104136, 0.0103981, 0.0103941, 0.0103849, 0.0103638, 0.0103152");
				}
			}
		}
		pin (A2) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007352;
			capacitance : 0.007836;
			rise_capacitance : 0.008320;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103649, -0.0103637, -0.0103610, -0.0103593, -0.0103552, -0.0103458, -0.0103242");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104226, 0.0104132, 0.0103914, 0.0103894, 0.0103848, 0.0103742, 0.0103497");
				}
			}
		}
		pin (A3) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008320;
			capacitance : 0.007807;
			fall_capacitance : 0.007294;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0103396, -0.0103442, -0.0103547, -0.0103533, -0.0103500, -0.0103426, -0.0103254");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0103871, 0.0103845, 0.0103783, 0.0103793, 0.0103816, 0.0103868, 0.0103988");
				}
			}
		}
		pin (A4) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007276;
			capacitance : 0.007871;
			rise_capacitance : 0.008465;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0104068, -0.0103998, -0.0103837, -0.0103861, -0.0103917, -0.0104046, -0.0104343");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0104363, 0.0104290, 0.0104121, 0.0104094, 0.0104031, 0.0103885, 0.0103550");
				}
			}
		}
		pin (B1) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007924;
			capacitance : 0.008253;
			rise_capacitance : 0.008582;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011297, -0.0011649, -0.0012461, -0.0011831, -0.0010380, -0.0007032, 6.8462828e-05");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0124699, 0.0124858, 0.0125225, 0.0125264, 0.0125354, 0.0125561, 0.0126039");
				}
			}
		}
	}
	cell ("scs8hd_or2_0") {
		area : 6.256000;
		cell_footprint : "or2";
		cell_leakage_power : 1.804005e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "5.3457828e-05";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0005645";
			when : "!A&!B";
		}
		leakage_power () {
			value : "4.9315922e-05";
			when : "A&B";
		}
		leakage_power () {
			value : "5.4299654e-05";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B)";
			max_capacitance : 0.095225;
			max_transition : 1.504847;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0056065, 0.0064882, 0.0085511, 0.0134069, 0.0250911, 0.0528074, 0.1196649", \
					  "0.0055727, 0.0064540, 0.0085181, 0.0133816, 0.0250582, 0.0527707, 0.1196943", \
					  "0.0055059, 0.0063918, 0.0084623, 0.0133481, 0.0249523, 0.0528171, 0.1201993", \
					  "0.0053704, 0.0062614, 0.0083165, 0.0132750, 0.0248999, 0.0529826, 0.1196203", \
					  "0.0052818, 0.0061252, 0.0081779, 0.0130506, 0.0247208, 0.0528936, 0.1196005", \
					  "0.0052501, 0.0061260, 0.0081642, 0.0130530, 0.0247001, 0.0525085, 0.1198213", \
					  "0.0052621, 0.0061399, 0.0082513, 0.0131380, 0.0248667, 0.0529122, 0.1190953");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0055848, 0.0049528, 0.0033201, -0.0011519, -0.0127047, -0.0408699, -0.1084850", \
					  "0.0054797, 0.0048397, 0.0032115, -0.0012603, -0.0128232, -0.0409790, -0.1085714", \
					  "0.0053546, 0.0047173, 0.0030782, -0.0013962, -0.0129509, -0.0410931, -0.1086726", \
					  "0.0052817, 0.0046418, 0.0029969, -0.0014753, -0.0130185, -0.0411597, -0.1087459", \
					  "0.0052157, 0.0045566, 0.0029064, -0.0015485, -0.0130632, -0.0411942, -0.1087713", \
					  "0.0050297, 0.0043969, 0.0028018, -0.0015981, -0.0130738, -0.0411965, -0.1087447", \
					  "0.0060678, 0.0052332, 0.0032350, -0.0015922, -0.0132696, -0.0412241, -0.1087750");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0047551, 0.0056869, 0.0078304, 0.0127722, 0.0243222, 0.0523812, 0.1193062", \
					  "0.0047248, 0.0056461, 0.0077774, 0.0127388, 0.0245406, 0.0526006, 0.1194409", \
					  "0.0045999, 0.0055121, 0.0076435, 0.0125538, 0.0243246, 0.0524366, 0.1183580", \
					  "0.0044439, 0.0053436, 0.0074292, 0.0124081, 0.0242088, 0.0521343, 0.1191901", \
					  "0.0043299, 0.0051533, 0.0072332, 0.0121522, 0.0238996, 0.0519607, 0.1194817", \
					  "0.0042412, 0.0051333, 0.0072102, 0.0120487, 0.0238424, 0.0515870, 0.1187630", \
					  "0.0043802, 0.0052311, 0.0073269, 0.0121439, 0.0240357, 0.0520988, 0.1183566");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001199315, 0.002876714, 0.006900174, 0.01655097, 0.03969966, 0.09522481");
					values("0.0051715, 0.0045335, 0.0028782, -0.0015777, -0.0130767, -0.0412041, -0.1087302", \
					  "0.0050466, 0.0044050, 0.0027687, -0.0016776, -0.0131996, -0.0413155, -0.1088576", \
					  "0.0049300, 0.0043034, 0.0026529, -0.0018011, -0.0132974, -0.0414049, -0.1089737", \
					  "0.0048755, 0.0042388, 0.0026009, -0.0018734, -0.0134045, -0.0414971, -0.1090522", \
					  "0.0047659, 0.0041283, 0.0024834, -0.0019839, -0.0134630, -0.0415389, -0.1090694", \
					  "0.0046973, 0.0038811, 0.0022888, -0.0020461, -0.0134841, -0.0415514, -0.1090862", \
					  "0.0057666, 0.0049343, 0.0029325, -0.0018908, -0.0135381, -0.0414939, -0.1090197");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.0574101, 0.0656170, 0.0843720, 0.1284255, 0.2339930, 0.4859088, 1.0911642", \
					  "0.0623983, 0.0705893, 0.0894144, 0.1335538, 0.2390988, 0.4910838, 1.0958385", \
					  "0.0739789, 0.0821579, 0.1010442, 0.1453459, 0.2508238, 0.5031262, 1.1112392", \
					  "0.0965676, 0.1048474, 0.1237565, 0.1682858, 0.2735498, 0.5272603, 1.1318293", \
					  "0.1284718, 0.1369658, 0.1560984, 0.2005783, 0.3065674, 0.5591428, 1.1634056", \
					  "0.1697116, 0.1792938, 0.1987849, 0.2433588, 0.3494395, 0.6011674, 1.2092679", \
					  "0.2044764, 0.2175234, 0.2414453, 0.2870031, 0.3913357, 0.6436733, 1.2483725");
				}
				rise_transition ("del_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("0.0253392, 0.0360239, 0.0620046, 0.1246543, 0.2738258, 0.6332311, 1.5000978", \
					  "0.0253458, 0.0360415, 0.0617827, 0.1247430, 0.2743469, 0.6338279, 1.5001792", \
					  "0.0252564, 0.0359995, 0.0620298, 0.1247600, 0.2743824, 0.6353787, 1.4966316", \
					  "0.0260929, 0.0364098, 0.0620537, 0.1243824, 0.2750165, 0.6329904, 1.4933680", \
					  "0.0284168, 0.0381694, 0.0631648, 0.1247524, 0.2745473, 0.6341225, 1.4997160", \
					  "0.0358050, 0.0438746, 0.0660167, 0.1257650, 0.2759993, 0.6317886, 1.4942467", \
					  "0.0509852, 0.0591630, 0.0788926, 0.1307866, 0.2769458, 0.6377606, 1.4910242");
				}
				cell_fall ("del_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("0.1759230, 0.1842201, 0.2001709, 0.2289724, 0.2830719, 0.3946529, 0.6543406", \
					  "0.1795902, 0.1881239, 0.2039535, 0.2326657, 0.2868509, 0.3985474, 0.6575030", \
					  "0.1922346, 0.2004280, 0.2163295, 0.2450737, 0.2985435, 0.4107709, 0.6704658", \
					  "0.2232270, 0.2314508, 0.2471904, 0.2760867, 0.3297478, 0.4420177, 0.7017567", \
					  "0.2946879, 0.3029064, 0.3186446, 0.3474855, 0.4018197, 0.5141784, 0.7738292", \
					  "0.4423600, 0.4514690, 0.4687866, 0.4994247, 0.5558608, 0.6691310, 0.9285353", \
					  "0.7106615, 0.7220146, 0.7426880, 0.7783608, 0.8405060, 0.9589667, 1.2204692");
				}
				fall_transition ("del_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("0.0331824, 0.0388763, 0.0507084, 0.0756654, 0.1316820, 0.2675951, 0.6046701", \
					  "0.0336699, 0.0387959, 0.0511418, 0.0763616, 0.1316624, 0.2674438, 0.6042693", \
					  "0.0332014, 0.0389371, 0.0509483, 0.0753329, 0.1320187, 0.2672643, 0.6125124", \
					  "0.0332246, 0.0388225, 0.0508562, 0.0761810, 0.1316599, 0.2676935, 0.6053480", \
					  "0.0333402, 0.0388069, 0.0510256, 0.0762932, 0.1314828, 0.2674649, 0.6049415", \
					  "0.0401019, 0.0453772, 0.0571986, 0.0822780, 0.1361311, 0.2692288, 0.6055960", \
					  "0.0539721, 0.0599442, 0.0725029, 0.0967218, 0.1505998, 0.2785054, 0.6117006");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00119932, 0.00287671, 0.00690017, 0.016551, 0.0396997, 0.0952248");
					values("0.0550647, 0.0636223, 0.0831098, 0.1281487, 0.2338584, 0.4886753, 1.0944041", \
					  "0.0601663, 0.0686761, 0.0881019, 0.1329184, 0.2387515, 0.4920247, 1.0985638", \
					  "0.0717814, 0.0801509, 0.0994981, 0.1447270, 0.2507019, 0.5037605, 1.1087946", \
					  "0.0932857, 0.1016597, 0.1208099, 0.1659608, 0.2730000, 0.5267191, 1.1359025", \
					  "0.1245555, 0.1329123, 0.1522496, 0.1969861, 0.3033906, 0.5574197, 1.1622631", \
					  "0.1644245, 0.1744363, 0.1943420, 0.2386776, 0.3449185, 0.5980776, 1.2076576", \
					  "0.2003285, 0.2136262, 0.2381167, 0.2845814, 0.3899819, 0.6421361, 1.2470990");
				}
				rise_transition ("del_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("0.0250622, 0.0358507, 0.0618101, 0.1249008, 0.2728144, 0.6393416, 1.4966459", \
					  "0.0251228, 0.0357600, 0.0618847, 0.1243928, 0.2752917, 0.6368716, 1.5020665", \
					  "0.0250970, 0.0358256, 0.0619269, 0.1237218, 0.2740836, 0.6334346, 1.4926022", \
					  "0.0260559, 0.0363978, 0.0618500, 0.1247090, 0.2771351, 0.6341015, 1.5048466", \
					  "0.0287710, 0.0383831, 0.0630960, 0.1244074, 0.2742626, 0.6366422, 1.4997893", \
					  "0.0372133, 0.0457088, 0.0669890, 0.1262345, 0.2752221, 0.6314559, 1.5045211", \
					  "0.0544138, 0.0625456, 0.0811870, 0.1325260, 0.2764510, 0.6398445, 1.4906063");
				}
				cell_fall ("del_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("0.1579577, 0.1661122, 0.1821543, 0.2110018, 0.2653817, 0.3768727, 0.6368525", \
					  "0.1604530, 0.1687478, 0.1846029, 0.2132615, 0.2676483, 0.3799634, 0.6390901", \
					  "0.1711217, 0.1793132, 0.1952485, 0.2240536, 0.2783926, 0.3903046, 0.6497223", \
					  "0.2010925, 0.2094121, 0.2252839, 0.2540545, 0.3067024, 0.4190369, 0.6788053", \
					  "0.2735165, 0.2818857, 0.2974624, 0.3262476, 0.3801210, 0.4926865, 0.7521455", \
					  "0.4182662, 0.4279081, 0.4457567, 0.4771031, 0.5337693, 0.6473697, 0.9070741", \
					  "0.6567256, 0.6696206, 0.6928439, 0.7315021, 0.7941898, 0.9120689, 1.1733124");
				}
				fall_transition ("del_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("0.0332914, 0.0394338, 0.0506441, 0.0752973, 0.1316479, 0.2671796, 0.6107788", \
					  "0.0332803, 0.0388100, 0.0507808, 0.0763766, 0.1314507, 0.2666927, 0.6113338", \
					  "0.0331422, 0.0389504, 0.0505893, 0.0756659, 0.1315719, 0.2676478, 0.6141306", \
					  "0.0332676, 0.0388951, 0.0511059, 0.0753185, 0.1309971, 0.2673108, 0.6072596", \
					  "0.0333489, 0.0389627, 0.0510595, 0.0759288, 0.1312438, 0.2674188, 0.6110420", \
					  "0.0442512, 0.0495874, 0.0604048, 0.0842087, 0.1374874, 0.2697691, 0.6087655", \
					  "0.0659711, 0.0722773, 0.0847581, 0.1084577, 0.1566984, 0.2805387, 0.6110643");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001601;
			capacitance : 0.001502;
			fall_capacitance : 0.001403;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011401, -0.0011497, -0.0011716, -0.0011729, -0.0011759, -0.0011827, -0.0011984");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0012102, 0.0012081, 0.0012032, 0.0012033, 0.0012037, 0.0012044, 0.0012061");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001561;
			capacitance : 0.001468;
			fall_capacitance : 0.001374;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0006699, -0.0006701, -0.0006707, -0.0006711, -0.0006720, -0.0006739, -0.0006785");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009098, 0.0009092, 0.0009076, 0.0009099, 0.0009153, 0.0009276, 0.0009560");
				}
			}
		}
	}
	cell ("scs8hd_or2_1") {
		area : 6.256000;
		cell_footprint : "or2";
		cell_leakage_power : 1.300632e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.7879502e-05";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0004699";
			when : "!A&!B";
		}
		leakage_power () {
			value : "1.3737579e-05";
			when : "A&B";
		}
		leakage_power () {
			value : "1.8721312e-05";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B)";
			max_capacitance : 0.145579;
			max_transition : 1.511341;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0068349, 0.0078286, 0.0103166, 0.0165930, 0.0328138, 0.0746242, 0.1823050", \
					  "0.0068042, 0.0077951, 0.0102836, 0.0165859, 0.0328310, 0.0746203, 0.1822013", \
					  "0.0067680, 0.0077611, 0.0102543, 0.0165729, 0.0327022, 0.0746734, 0.1823578", \
					  "0.0066149, 0.0076176, 0.0101022, 0.0164378, 0.0326759, 0.0742914, 0.1812464", \
					  "0.0065882, 0.0075614, 0.0099774, 0.0162879, 0.0325138, 0.0745641, 0.1822538", \
					  "0.0065472, 0.0075419, 0.0100429, 0.0163009, 0.0326379, 0.0738798, 0.1821631", \
					  "0.0065189, 0.0075482, 0.0100044, 0.0164107, 0.0328762, 0.0743718, 0.1807054");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0060804, 0.0053457, 0.0032946, -0.0023512, -0.0182153, -0.0602048, -0.1685402", \
					  "0.0059252, 0.0052177, 0.0031754, -0.0024608, -0.0183334, -0.0602993, -0.1686127", \
					  "0.0058526, 0.0050855, 0.0030729, -0.0025648, -0.0184356, -0.0604028, -0.1687684", \
					  "0.0057561, 0.0050274, 0.0029973, -0.0026528, -0.0185211, -0.0604786, -0.1687979", \
					  "0.0056745, 0.0049201, 0.0029201, -0.0027781, -0.0186024, -0.0605249, -0.1688402", \
					  "0.0055437, 0.0046897, 0.0027396, -0.0028875, -0.0186671, -0.0605532, -0.1688577", \
					  "0.0070468, 0.0061158, 0.0036813, -0.0025941, -0.0187876, -0.0606021, -0.1688945");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0059842, 0.0070247, 0.0096312, 0.0161221, 0.0326024, 0.0738712, 0.1822409", \
					  "0.0059606, 0.0070036, 0.0095981, 0.0160824, 0.0324063, 0.0745757, 0.1804345", \
					  "0.0058698, 0.0068982, 0.0094704, 0.0159221, 0.0323030, 0.0741886, 0.1813809", \
					  "0.0057028, 0.0066844, 0.0092390, 0.0157005, 0.0320838, 0.0734730, 0.1813955", \
					  "0.0055843, 0.0065614, 0.0090443, 0.0154485, 0.0318219, 0.0736676, 0.1812646", \
					  "0.0055100, 0.0065263, 0.0089824, 0.0153750, 0.0317291, 0.0731452, 0.1797587", \
					  "0.0055371, 0.0065370, 0.0089444, 0.0153427, 0.0317313, 0.0736428, 0.1803981");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001287236, 0.003313951, 0.00853167, 0.02196454, 0.05654707, 0.1455788");
					values("0.0056572, 0.0049265, 0.0029125, -0.0027263, -0.0185595, -0.0604883, -0.1687740", \
					  "0.0055867, 0.0048369, 0.0028386, -0.0028126, -0.0186757, -0.0605772, -0.1688701", \
					  "0.0054554, 0.0047097, 0.0027160, -0.0029661, -0.0187742, -0.0606976, -0.1690056", \
					  "0.0053437, 0.0045944, 0.0026098, -0.0030920, -0.0189042, -0.0607885, -0.1690918", \
					  "0.0052914, 0.0047097, 0.0026594, -0.0030966, -0.0189240, -0.0608177, -0.1691133", \
					  "0.0050627, 0.0042273, 0.0022803, -0.0032982, -0.0190637, -0.0608836, -0.1691464", \
					  "0.0068023, 0.0058489, 0.0034231, -0.0027534, -0.0190575, -0.0608686, -0.1690657");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.0565959, 0.0628036, 0.0779667, 0.1154090, 0.2117861, 0.4600146, 1.0967893", \
					  "0.0615848, 0.0677868, 0.0829654, 0.1204772, 0.2171016, 0.4641973, 1.1021690", \
					  "0.0734522, 0.0796623, 0.0947536, 0.1325547, 0.2288848, 0.4773006, 1.1138476", \
					  "0.0972621, 0.1036680, 0.1188041, 0.1566572, 0.2532249, 0.5006380, 1.1398918", \
					  "0.1321232, 0.1388024, 0.1541723, 0.1921658, 0.2888302, 0.5378475, 1.1745322", \
					  "0.1771358, 0.1852787, 0.2020244, 0.2400086, 0.3365816, 0.5842817, 1.2224280", \
					  "0.2187415, 0.2300412, 0.2517569, 0.2933939, 0.3889069, 0.6366862, 1.2731722");
				}
				rise_transition ("del_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("0.0213351, 0.0290907, 0.0494295, 0.1026601, 0.2390020, 0.5910412, 1.4989855", \
					  "0.0213253, 0.0290838, 0.0494257, 0.1026750, 0.2389117, 0.5915320, 1.4938520", \
					  "0.0212558, 0.0290240, 0.0492814, 0.1022211, 0.2397446, 0.5900299, 1.4989294", \
					  "0.0223132, 0.0297522, 0.0496907, 0.1025485, 0.2386337, 0.5934599, 1.5002876", \
					  "0.0255309, 0.0323198, 0.0512242, 0.1027308, 0.2391981, 0.5912925, 1.4987261", \
					  "0.0336107, 0.0397971, 0.0560524, 0.1048215, 0.2410804, 0.5901090, 1.4966073", \
					  "0.0502693, 0.0563733, 0.0713181, 0.1127743, 0.2420004, 0.5967488, 1.4935404");
				}
				cell_fall ("del_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("0.1832968, 0.1903126, 0.2043608, 0.2314722, 0.2823903, 0.3877018, 0.6436657", \
					  "0.1874431, 0.1946640, 0.2087291, 0.2357655, 0.2864435, 0.3922547, 0.6485059", \
					  "0.2004910, 0.2074323, 0.2216193, 0.2483228, 0.2992326, 0.4047504, 0.6604223", \
					  "0.2312967, 0.2382677, 0.2525037, 0.2792118, 0.3298829, 0.4357077, 0.6917178", \
					  "0.3027839, 0.3097783, 0.3239199, 0.3505785, 0.4015051, 0.5080890, 0.7640505", \
					  "0.4544949, 0.4616324, 0.4768886, 0.5052498, 0.5580370, 0.6656249, 0.9196497", \
					  "0.7315697, 0.7409299, 0.7591893, 0.7925632, 0.8516048, 0.9652719, 1.2173507");
				}
				fall_transition ("del_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("0.0336000, 0.0379978, 0.0474159, 0.0682001, 0.1163188, 0.2386083, 0.5667689", \
					  "0.0332544, 0.0376261, 0.0476731, 0.0681023, 0.1164895, 0.2375878, 0.5733977", \
					  "0.0333491, 0.0376049, 0.0469982, 0.0686064, 0.1166483, 0.2389610, 0.5681414", \
					  "0.0333360, 0.0377161, 0.0471213, 0.0686772, 0.1161443, 0.2384329, 0.5743738", \
					  "0.0332242, 0.0376487, 0.0471891, 0.0687471, 0.1164927, 0.2384068, 0.5670606", \
					  "0.0389450, 0.0430840, 0.0528596, 0.0732265, 0.1202663, 0.2400070, 0.5702444", \
					  "0.0533955, 0.0580590, 0.0682843, 0.0891175, 0.1359813, 0.2501208, 0.5742110");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00128724, 0.00331395, 0.00853167, 0.0219645, 0.0565471, 0.145579");
					values("0.0545788, 0.0610254, 0.0767684, 0.1153432, 0.2123524, 0.4611455, 1.1000475", \
					  "0.0597193, 0.0661523, 0.0817795, 0.1203591, 0.2180771, 0.4656286, 1.1058934", \
					  "0.0716818, 0.0780482, 0.0935893, 0.1322479, 0.2298942, 0.4803799, 1.1203670", \
					  "0.0949817, 0.1013523, 0.1169381, 0.1552578, 0.2528124, 0.5014703, 1.1388561", \
					  "0.1289816, 0.1357818, 0.1515528, 0.1901082, 0.2869958, 0.5366210, 1.1776886", \
					  "0.1737993, 0.1823683, 0.1991840, 0.2377240, 0.3345287, 0.5831477, 1.2255338", \
					  "0.2170120, 0.2283802, 0.2503631, 0.2932865, 0.3896083, 0.6365404, 1.2744473");
				}
				rise_transition ("del_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("0.0210811, 0.0289112, 0.0491759, 0.1026300, 0.2404415, 0.5895833, 1.4991446", \
					  "0.0211756, 0.0288532, 0.0492455, 0.1026185, 0.2401965, 0.5958937, 1.5009185", \
					  "0.0211457, 0.0289274, 0.0491309, 0.1019916, 0.2399907, 0.5881016, 1.5036712", \
					  "0.0223065, 0.0297139, 0.0495861, 0.1025627, 0.2389888, 0.5897591, 1.4995971", \
					  "0.0260040, 0.0326550, 0.0512743, 0.1024999, 0.2388036, 0.5940948, 1.5113408", \
					  "0.0349345, 0.0411233, 0.0572460, 0.1050266, 0.2411725, 0.5889174, 1.4982249", \
					  "0.0527503, 0.0597235, 0.0749589, 0.1150065, 0.2417702, 0.5946937, 1.4904173");
				}
				cell_fall ("del_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("0.1674437, 0.1745476, 0.1883541, 0.2154963, 0.2663045, 0.3718898, 0.6280756", \
					  "0.1701641, 0.1772267, 0.1914291, 0.2177219, 0.2682198, 0.3751973, 0.6305489", \
					  "0.1810946, 0.1880840, 0.2022070, 0.2289609, 0.2798862, 0.3854501, 0.6414573", \
					  "0.2092993, 0.2162428, 0.2303862, 0.2568588, 0.3078341, 0.4144516, 0.6701558", \
					  "0.2832878, 0.2904965, 0.3044701, 0.3310767, 0.3821560, 0.4887445, 0.7446634", \
					  "0.4335703, 0.4417145, 0.4577479, 0.4867262, 0.5399859, 0.6460447, 0.9016405", \
					  "0.6825796, 0.6936177, 0.7148079, 0.7506720, 0.8135190, 0.9248477, 1.1831872");
				}
				fall_transition ("del_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("0.0332852, 0.0376888, 0.0475215, 0.0682142, 0.1159869, 0.2384508, 0.5668763", \
					  "0.0335871, 0.0376045, 0.0471550, 0.0689543, 0.1166000, 0.2377434, 0.5677234", \
					  "0.0332571, 0.0376561, 0.0471585, 0.0686863, 0.1166241, 0.2384385, 0.5668026", \
					  "0.0332401, 0.0375760, 0.0471799, 0.0682541, 0.1167230, 0.2385195, 0.5676348", \
					  "0.0332399, 0.0384694, 0.0480798, 0.0690067, 0.1161630, 0.2375716, 0.5667942", \
					  "0.0439081, 0.0478247, 0.0570138, 0.0764427, 0.1222081, 0.2409559, 0.5674466", \
					  "0.0660895, 0.0706739, 0.0813337, 0.1031257, 0.1432693, 0.2552029, 0.5746862");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001529;
			capacitance : 0.001443;
			fall_capacitance : 0.001358;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011193, -0.0011282, -0.0011488, -0.0011503, -0.0011535, -0.0011611, -0.0011786");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011880, 0.0011881, 0.0011883, 0.0011883, 0.0011880, 0.0011876, 0.0011865");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001534;
			capacitance : 0.001443;
			fall_capacitance : 0.001351;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005934, -0.0005943, -0.0005965, -0.0005965, -0.0005963, -0.0005960, -0.0005951");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0008331, 0.0008342, 0.0008369, 0.0008389, 0.0008436, 0.0008546, 0.0008797");
				}
			}
		}
	}
	cell ("scs8hd_or2_2") {
		area : 6.256000;
		cell_footprint : "or2";
		cell_leakage_power : 2.321512e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.1562813e-05";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0008372";
			when : "!A&!B";
		}
		leakage_power () {
			value : "2.7526567e-05";
			when : "A&B";
		}
		leakage_power () {
			value : "3.2301842e-05";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B)";
			max_capacitance : 0.262766;
			max_transition : 1.511105;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0101367, 0.0113539, 0.0147004, 0.0237809, 0.0492175, 0.1219278, 0.3275589", \
					  "0.0101185, 0.0113322, 0.0146697, 0.0237474, 0.0492625, 0.1218194, 0.3264314", \
					  "0.0100825, 0.0112948, 0.0146233, 0.0237364, 0.0491975, 0.1219399, 0.3274664", \
					  "0.0099826, 0.0111721, 0.0144665, 0.0235486, 0.0491000, 0.1219065, 0.3274383", \
					  "0.0098252, 0.0110737, 0.0143684, 0.0233715, 0.0489179, 0.1214412, 0.3273585", \
					  "0.0099461, 0.0110855, 0.0143419, 0.0234586, 0.0490007, 0.1207273, 0.3274352", \
					  "0.0099630, 0.0111872, 0.0143905, 0.0233710, 0.0489655, 0.1209073, 0.3249940");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0077818, 0.0067482, 0.0040767, -0.0038648, -0.0278872, -0.1001110, -0.3071838", \
					  "0.0076831, 0.0066746, 0.0039313, -0.0038846, -0.0281029, -0.1002443, -0.3072630", \
					  "0.0075270, 0.0065354, 0.0038796, -0.0040116, -0.0282249, -0.1003234, -0.3074055", \
					  "0.0074181, 0.0064203, 0.0037525, -0.0041031, -0.0283327, -0.1004443, -0.3074837", \
					  "0.0073602, 0.0063499, 0.0036990, -0.0041758, -0.0284283, -0.1005441, -0.3075767", \
					  "0.0072978, 0.0062967, 0.0035871, -0.0043416, -0.0285592, -0.1006446, -0.3076102", \
					  "0.0095915, 0.0084471, 0.0055315, -0.0033943, -0.0290068, -0.1007940, -0.3076469");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0092526, 0.0104962, 0.0139044, 0.0231872, 0.0487659, 0.1206889, 0.3246375", \
					  "0.0092350, 0.0104653, 0.0139092, 0.0232252, 0.0487618, 0.1207497, 0.3273528", \
					  "0.0092055, 0.0104451, 0.0138355, 0.0230947, 0.0486710, 0.1207625, 0.3273965", \
					  "0.0090578, 0.0102588, 0.0135999, 0.0228439, 0.0483971, 0.1212174, 0.3266832", \
					  "0.0089880, 0.0101449, 0.0134412, 0.0225724, 0.0481257, 0.1207075, 0.3243630", \
					  "0.0089361, 0.0101002, 0.0133270, 0.0225363, 0.0480882, 0.1199951, 0.3240752", \
					  "0.0089412, 0.0100589, 0.0133133, 0.0224863, 0.0479099, 0.1203307, 0.3246195");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001420376, 0.004034935, 0.01146225, 0.0325614, 0.09249885, 0.2627663");
					values("0.0073562, 0.0063020, 0.0036622, -0.0042205, -0.0283752, -0.1004769, -0.3075056", \
					  "0.0072174, 0.0062667, 0.0036541, -0.0043289, -0.0284817, -0.1005927, -0.3076021", \
					  "0.0071069, 0.0062393, 0.0034624, -0.0044330, -0.0286272, -0.1007212, -0.3077255", \
					  "0.0070131, 0.0060045, 0.0033564, -0.0045124, -0.0287430, -0.1008294, -0.3078291", \
					  "0.0069423, 0.0059414, 0.0032657, -0.0046647, -0.0288520, -0.1009170, -0.3078959", \
					  "0.0069080, 0.0058910, 0.0030896, -0.0048850, -0.0288845, -0.1009893, -0.3079350", \
					  "0.0095155, 0.0083460, 0.0051533, -0.0038141, -0.0292417, -0.1010989, -0.3079441");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0659165, 0.0708604, 0.0829747, 0.1136913, 0.1982647, 0.4361728, 1.1109667", \
					  "0.0709045, 0.0758139, 0.0879101, 0.1186963, 0.2029380, 0.4409605, 1.1148502", \
					  "0.0826276, 0.0875668, 0.0996467, 0.1304621, 0.2148894, 0.4531535, 1.1281140", \
					  "0.1093447, 0.1142422, 0.1263190, 0.1571508, 0.2416691, 0.4787515, 1.1554845", \
					  "0.1520904, 0.1576722, 0.1705449, 0.2017637, 0.2863237, 0.5237736, 1.2002486", \
					  "0.2095207, 0.2161189, 0.2316512, 0.2644722, 0.3483067, 0.5857751, 1.2631284", \
					  "0.2706690, 0.2810612, 0.3020692, 0.3411330, 0.4268355, 0.6639955, 1.3361722");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0177922, 0.0226813, 0.0366394, 0.0775569, 0.1967801, 0.5346073, 1.4987868", \
					  "0.0178494, 0.0227239, 0.0366058, 0.0776550, 0.1967364, 0.5355673, 1.5008323", \
					  "0.0178029, 0.0226863, 0.0366137, 0.0776779, 0.1965571, 0.5347999, 1.4979560", \
					  "0.0185290, 0.0233329, 0.0370611, 0.0776220, 0.1967473, 0.5352209, 1.4956084", \
					  "0.0234195, 0.0275925, 0.0402237, 0.0788806, 0.1960496, 0.5352372, 1.4951576", \
					  "0.0326252, 0.0372646, 0.0489072, 0.0834085, 0.1984631, 0.5342690, 1.4942226", \
					  "0.0505881, 0.0556484, 0.0678771, 0.0988598, 0.2018938, 0.5362765, 1.4949293");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.2521409, 0.2592854, 0.2744393, 0.3032962, 0.3560858, 0.4615763, 0.7100395", \
					  "0.2567123, 0.2638121, 0.2789518, 0.3079398, 0.3608959, 0.4666962, 0.7135163", \
					  "0.2693205, 0.2763430, 0.2914408, 0.3203934, 0.3732442, 0.4787402, 0.7260202", \
					  "0.2996169, 0.3066990, 0.3218369, 0.3506629, 0.4037582, 0.5084376, 0.7568873", \
					  "0.3714605, 0.3785725, 0.3936570, 0.4224016, 0.4754737, 0.5810059, 0.8288755", \
					  "0.5355899, 0.5429470, 0.5582385, 0.5871716, 0.6406256, 0.7448653, 0.9929901", \
					  "0.8509610, 0.8598218, 0.8783804, 0.9119351, 0.9717556, 1.0822755, 1.3344571");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0452262, 0.0489101, 0.0567555, 0.0753384, 0.1160203, 0.2206075, 0.5257031", \
					  "0.0451461, 0.0487764, 0.0567524, 0.0748155, 0.1154907, 0.2200585, 0.5252946", \
					  "0.0451613, 0.0488510, 0.0570485, 0.0748139, 0.1154178, 0.2201565, 0.5242449", \
					  "0.0452575, 0.0487867, 0.0566728, 0.0748486, 0.1154753, 0.2210012, 0.5254652", \
					  "0.0451428, 0.0486834, 0.0569859, 0.0754719, 0.1165619, 0.2207836, 0.5240467", \
					  "0.0480827, 0.0514979, 0.0589791, 0.0765567, 0.1166355, 0.2218338, 0.5283671", \
					  "0.0633376, 0.0670142, 0.0762915, 0.0942533, 0.1327989, 0.2361162, 0.5322945");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0639527, 0.0689184, 0.0811795, 0.1125459, 0.1976356, 0.4351404, 1.1104933", \
					  "0.0690581, 0.0739968, 0.0863815, 0.1175967, 0.2027073, 0.4407002, 1.1183339", \
					  "0.0811028, 0.0860910, 0.0983350, 0.1295273, 0.2147217, 0.4532442, 1.1287223", \
					  "0.1078440, 0.1127957, 0.1250937, 0.1560823, 0.2412718, 0.4791473, 1.1584368", \
					  "0.1507772, 0.1564208, 0.1695486, 0.2009673, 0.2853971, 0.5252136, 1.1989713", \
					  "0.2093665, 0.2167404, 0.2323028, 0.2656633, 0.3503111, 0.5875082, 1.2632275", \
					  "0.2759273, 0.2863343, 0.3067144, 0.3483308, 0.4331692, 0.6700538, 1.3434702");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0177452, 0.0226705, 0.0365572, 0.0775210, 0.1963304, 0.5340722, 1.4915653", \
					  "0.0178389, 0.0226658, 0.0365468, 0.0773606, 0.1957470, 0.5324419, 1.5111045", \
					  "0.0177916, 0.0226234, 0.0366012, 0.0774981, 0.1962708, 0.5340937, 1.5105868", \
					  "0.0187578, 0.0234500, 0.0370935, 0.0776481, 0.1968279, 0.5353025, 1.5001210", \
					  "0.0237841, 0.0282048, 0.0404831, 0.0789091, 0.1960824, 0.5337755, 1.4915627", \
					  "0.0337307, 0.0382407, 0.0501416, 0.0842714, 0.1980191, 0.5331745, 1.4918002", \
					  "0.0527444, 0.0584852, 0.0717198, 0.1016587, 0.2031457, 0.5356290, 1.4940430");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.2343463, 0.2414638, 0.2566414, 0.2854033, 0.3385994, 0.4436380, 0.6922772", \
					  "0.2374667, 0.2446641, 0.2597292, 0.2886453, 0.3418150, 0.4474868, 0.6937882", \
					  "0.2484655, 0.2556101, 0.2706129, 0.2996254, 0.3519808, 0.4577214, 0.7042146", \
					  "0.2772592, 0.2844006, 0.2996889, 0.3281818, 0.3797276, 0.4856346, 0.7331865", \
					  "0.3495325, 0.3566982, 0.3717333, 0.4005201, 0.4529915, 0.5588559, 0.8070931", \
					  "0.5160337, 0.5234978, 0.5393042, 0.5681978, 0.6216137, 0.7274203, 0.9748236", \
					  "0.8131080, 0.8230275, 0.8437226, 0.8812854, 0.9439469, 1.0594483, 1.3111875");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142038, 0.00403494, 0.0114622, 0.0325614, 0.0924989, 0.262766");
					values("0.0452564, 0.0486155, 0.0568320, 0.0753498, 0.1156665, 0.2207839, 0.5257016", \
					  "0.0452125, 0.0487974, 0.0570874, 0.0746870, 0.1164088, 0.2209008, 0.5256435", \
					  "0.0452659, 0.0487629, 0.0570251, 0.0747605, 0.1161883, 0.2203298, 0.5281331", \
					  "0.0452140, 0.0487723, 0.0567259, 0.0756421, 0.1165319, 0.2207462, 0.5268674", \
					  "0.0453148, 0.0485699, 0.0567810, 0.0749442, 0.1165544, 0.2208567, 0.5261102", \
					  "0.0502862, 0.0534700, 0.0608808, 0.0781128, 0.1176586, 0.2218653, 0.5261531", \
					  "0.0770356, 0.0808217, 0.0896268, 0.1070644, 0.1463188, 0.2401816, 0.5331999");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001556;
			capacitance : 0.001468;
			fall_capacitance : 0.001381;
			max_transition : 1.500000;
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011832, 0.0011821, 0.0011796, 0.0011797, 0.0011800, 0.0011808, 0.0011825");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011132, -0.0011210, -0.0011389, -0.0011406, -0.0011445, -0.0011536, -0.0011744");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001483;
			capacitance : 0.001395;
			fall_capacitance : 0.001307;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005758, -0.0005766, -0.0005784, -0.0005784, -0.0005783, -0.0005781, -0.0005777");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0008182, 0.0008180, 0.0008175, 0.0008199, 0.0008256, 0.0008386, 0.0008687");
				}
			}
		}
	}
	cell ("scs8hd_or2_4") {
		area : 8.758400;
		cell_footprint : "or2";
		cell_leakage_power : 5.999036e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004238";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0014669";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0004224";
			when : "A&B";
		}
		leakage_power () {
			value : "8.6488278e-05";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B)";
			max_capacitance : 0.444041;
			max_transition : 1.522749;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0196876, 0.0210789, 0.0252787, 0.0378770, 0.0758590, 0.1926129, 0.5530679", \
					  "0.0196566, 0.0210686, 0.0253063, 0.0378741, 0.0759459, 0.1930457, 0.5545410", \
					  "0.0196380, 0.0210369, 0.0252602, 0.0378404, 0.0759779, 0.1930782, 0.5546228", \
					  "0.0194643, 0.0208332, 0.0250298, 0.0375508, 0.0756433, 0.1925338, 0.5548853", \
					  "0.0192102, 0.0205599, 0.0246995, 0.0373295, 0.0751943, 0.1925101, 0.5551367", \
					  "0.0193642, 0.0206939, 0.0247265, 0.0372472, 0.0749212, 0.1916530, 0.5540469", \
					  "0.0195041, 0.0208004, 0.0248427, 0.0374619, 0.0751112, 0.1924278, 0.5536456");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0149564, 0.0136882, 0.0102697, -0.0003339, -0.0350970, -0.1512753, -0.5170403", \
					  "0.0147595, 0.0135652, 0.0101285, -0.0003219, -0.0353223, -0.1514409, -0.5171637", \
					  "0.0147027, 0.0134912, 0.0099894, -0.0005002, -0.0355272, -0.1516027, -0.5172724", \
					  "0.0145736, 0.0133627, 0.0098871, -0.0005679, -0.0355925, -0.1517549, -0.5173972", \
					  "0.0143679, 0.0131674, 0.0097265, -0.0006793, -0.0357787, -0.1518665, -0.5175171", \
					  "0.0142854, 0.0130615, 0.0095542, -0.0010171, -0.0360796, -0.1520469, -0.5175665", \
					  "0.0176849, 0.0164472, 0.0125578, 0.0004865, -0.0367600, -0.1522893, -0.5176832");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0178319, 0.0192649, 0.0235931, 0.0364945, 0.0751154, 0.1920168, 0.5536249", \
					  "0.0178328, 0.0192699, 0.0235843, 0.0364250, 0.0751081, 0.1915755, 0.5525343", \
					  "0.0177571, 0.0191800, 0.0234953, 0.0363303, 0.0750119, 0.1917243, 0.5544056", \
					  "0.0175719, 0.0187898, 0.0230438, 0.0358637, 0.0745037, 0.1911537, 0.5564486", \
					  "0.0173445, 0.0187072, 0.0226772, 0.0353443, 0.0735894, 0.1905556, 0.5516940", \
					  "0.0173999, 0.0187284, 0.0228738, 0.0352235, 0.0732136, 0.1900871, 0.5548497", \
					  "0.0171957, 0.0185315, 0.0225274, 0.0351584, 0.0730262, 0.1893265, 0.5519123");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0141901, 0.0131127, 0.0095933, -0.0008350, -0.0358551, -0.1519119, -0.5175301", \
					  "0.0140827, 0.0128949, 0.0094838, -0.0009274, -0.0359700, -0.1520332, -0.5176553", \
					  "0.0139041, 0.0127206, 0.0092384, -0.0012160, -0.0361810, -0.1521981, -0.5177996", \
					  "0.0137711, 0.0126119, 0.0091156, -0.0014843, -0.0363706, -0.1523386, -0.5179553", \
					  "0.0136049, 0.0124155, 0.0089469, -0.0015704, -0.0365902, -0.1525488, -0.5180933", \
					  "0.0135731, 0.0123421, 0.0087636, -0.0018345, -0.0368904, -0.1527441, -0.5181975", \
					  "0.0181333, 0.0168151, 0.0128453, 0.0006748, -0.0369795, -0.1528509, -0.5180905");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0733444, 0.0768194, 0.0863547, 0.1122853, 0.1875060, 0.4177070, 1.1284887", \
					  "0.0779643, 0.0814760, 0.0910284, 0.1167961, 0.1919662, 0.4219144, 1.1331879", \
					  "0.0888853, 0.0923866, 0.1019081, 0.1277358, 0.2029982, 0.4330243, 1.1441973", \
					  "0.1142906, 0.1177563, 0.1272570, 0.1530509, 0.2285545, 0.4582016, 1.1708955", \
					  "0.1545849, 0.1584921, 0.1686177, 0.1949525, 0.2704556, 0.5006265, 1.2123775", \
					  "0.2050774, 0.2099934, 0.2219205, 0.2500732, 0.3253695, 0.5547997, 1.2686346", \
					  "0.2480996, 0.2550881, 0.2717677, 0.3065453, 0.3834747, 0.6123129, 1.3222693");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0193829, 0.0227640, 0.0331177, 0.0659091, 0.1701564, 0.4961355, 1.5134010", \
					  "0.0194270, 0.0227724, 0.0330299, 0.0656940, 0.1708927, 0.4972793, 1.5059940", \
					  "0.0194097, 0.0227261, 0.0331288, 0.0658575, 0.1708991, 0.4970847, 1.5058351", \
					  "0.0199854, 0.0232290, 0.0333871, 0.0658984, 0.1708145, 0.4961430, 1.5076068", \
					  "0.0247774, 0.0277359, 0.0367884, 0.0676791, 0.1705430, 0.4970108, 1.5018041", \
					  "0.0341242, 0.0370195, 0.0462681, 0.0730051, 0.1719589, 0.4938925, 1.5045638", \
					  "0.0524000, 0.0561527, 0.0650279, 0.0901915, 0.1770054, 0.5000257, 1.4995424");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.2314366, 0.2359052, 0.2468128, 0.2700214, 0.3146357, 0.4070177, 0.6373151", \
					  "0.2369537, 0.2414001, 0.2522525, 0.2755342, 0.3205557, 0.4135908, 0.6439060", \
					  "0.2512011, 0.2555801, 0.2665237, 0.2895495, 0.3349060, 0.4279849, 0.6566567", \
					  "0.2852452, 0.2896543, 0.3005285, 0.3235998, 0.3686123, 0.4614635, 0.6917973", \
					  "0.3634748, 0.3678787, 0.3788004, 0.4018649, 0.4470444, 0.5397958, 0.7698188", \
					  "0.5423716, 0.5468515, 0.5578276, 0.5810645, 0.6264203, 0.7196856, 0.9494395", \
					  "0.8954332, 0.9010073, 0.9145265, 0.9418961, 0.9932293, 1.0934371, 1.3250264");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0433842, 0.0454915, 0.0508786, 0.0647171, 0.0980846, 0.1861393, 0.4669105", \
					  "0.0435490, 0.0455616, 0.0510976, 0.0641660, 0.0967942, 0.1856234, 0.4675210", \
					  "0.0434525, 0.0455561, 0.0511766, 0.0642830, 0.0965326, 0.1858580, 0.4669697", \
					  "0.0433826, 0.0455256, 0.0511142, 0.0643119, 0.0968447, 0.1859075, 0.4660207", \
					  "0.0435232, 0.0456632, 0.0508740, 0.0646852, 0.0976515, 0.1856716, 0.4662886", \
					  "0.0458692, 0.0477061, 0.0531042, 0.0654421, 0.0975623, 0.1853854, 0.4659409", \
					  "0.0620420, 0.0642914, 0.0698532, 0.0825575, 0.1142132, 0.1996360, 0.4717832");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0706987, 0.0742130, 0.0838433, 0.1100606, 0.1863747, 0.4176607, 1.1303217", \
					  "0.0754604, 0.0789649, 0.0885850, 0.1148414, 0.1909113, 0.4220644, 1.1341805", \
					  "0.0868462, 0.0903354, 0.0999626, 0.1261300, 0.2023560, 0.4335884, 1.1471831", \
					  "0.1125103, 0.1156766, 0.1252802, 0.1512672, 0.2272532, 0.4581246, 1.1774790", \
					  "0.1534374, 0.1573821, 0.1672102, 0.1936615, 0.2696368, 0.5000937, 1.2130349", \
					  "0.2049736, 0.2100089, 0.2225869, 0.2505295, 0.3258380, 0.5562498, 1.2712780", \
					  "0.2542666, 0.2612224, 0.2771739, 0.3131662, 0.3912952, 0.6214138, 1.3306380");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0191989, 0.0225183, 0.0327334, 0.0655174, 0.1697609, 0.4962394, 1.5118773", \
					  "0.0192163, 0.0224900, 0.0328395, 0.0656291, 0.1705248, 0.4942832, 1.5027788", \
					  "0.0191986, 0.0225812, 0.0328173, 0.0655245, 0.1708078, 0.4952043, 1.4998961", \
					  "0.0198340, 0.0233117, 0.0333023, 0.0656121, 0.1708138, 0.4940040, 1.5227486", \
					  "0.0247609, 0.0276864, 0.0371373, 0.0675492, 0.1700788, 0.4933370, 1.5017595", \
					  "0.0349832, 0.0381301, 0.0466957, 0.0735294, 0.1723412, 0.4933199, 1.5134911", \
					  "0.0541584, 0.0575615, 0.0684919, 0.0916025, 0.1779592, 0.4968521, 1.4981330");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.2145295, 0.2190001, 0.2298574, 0.2530792, 0.2982393, 0.3911012, 0.6213283", \
					  "0.2184370, 0.2228385, 0.2335687, 0.2566499, 0.3019323, 0.3949647, 0.6252151", \
					  "0.2295183, 0.2339946, 0.2448605, 0.2680240, 0.3132118, 0.4062094, 0.6359815", \
					  "0.2606760, 0.2651313, 0.2761168, 0.2992308, 0.3441933, 0.4371814, 0.6664998", \
					  "0.3350357, 0.3394264, 0.3502477, 0.3732920, 0.4182555, 0.5114057, 0.7419113", \
					  "0.5066658, 0.5113799, 0.5228898, 0.5466181, 0.5913323, 0.6848269, 0.9151424", \
					  "0.8161801, 0.8226174, 0.8381533, 0.8696721, 0.9268209, 1.0282233, 1.2623480");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0433532, 0.0455754, 0.0512510, 0.0642819, 0.0964713, 0.1857726, 0.4665491", \
					  "0.0433750, 0.0455210, 0.0513371, 0.0650473, 0.0966991, 0.1858046, 0.4662410", \
					  "0.0435361, 0.0455007, 0.0508534, 0.0642335, 0.0973260, 0.1857931, 0.4674728", \
					  "0.0433964, 0.0454196, 0.0510023, 0.0647151, 0.0971308, 0.1858593, 0.4673816", \
					  "0.0434357, 0.0455773, 0.0508730, 0.0643107, 0.0977156, 0.1855943, 0.4672632", \
					  "0.0494397, 0.0513745, 0.0562303, 0.0681961, 0.0997933, 0.1871220, 0.4676334", \
					  "0.0770954, 0.0794006, 0.0855852, 0.0987262, 0.1292985, 0.2091999, 0.4744046");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002385;
			capacitance : 0.002244;
			fall_capacitance : 0.002103;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023083, -0.0023324, -0.0023880, -0.0023894, -0.0023926, -0.0024000, -0.0024169");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024824, 0.0024802, 0.0024751, 0.0024726, 0.0024670, 0.0024540, 0.0024241");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002390;
			capacitance : 0.002227;
			fall_capacitance : 0.002064;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012300, -0.0012322, -0.0012373, -0.0012367, -0.0012352, -0.0012318, -0.0012238");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017330, 0.0017304, 0.0017242, 0.0017293, 0.0017409, 0.0017677, 0.0018296");
				}
			}
		}
	}
	cell ("scs8hd_or2b_1") {
		area : 7.507200;
		cell_footprint : "or2b";
		cell_leakage_power : 1.742470e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005309";
			when : "!A&BN";
		}
		leakage_power () {
			value : "6.6396887e-05";
			when : "!A&!BN";
		}
		leakage_power () {
			value : "3.7519846e-05";
			when : "A&BN";
		}
		leakage_power () {
			value : "6.2137985e-05";
			when : "A&!BN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (!BN)";
			max_capacitance : 0.150156;
			max_transition : 1.504602;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0066460, 0.0076593, 0.0101737, 0.0165879, 0.0332282, 0.0763115, 0.1869110", \
					  "0.0066268, 0.0076377, 0.0101619, 0.0166336, 0.0331062, 0.0758313, 0.1878319", \
					  "0.0065945, 0.0075983, 0.0101252, 0.0165797, 0.0332577, 0.0763093, 0.1876924", \
					  "0.0064840, 0.0074848, 0.0099933, 0.0164589, 0.0330307, 0.0762773, 0.1877496", \
					  "0.0064782, 0.0074675, 0.0098534, 0.0163395, 0.0330942, 0.0758390, 0.1868373", \
					  "0.0064451, 0.0074551, 0.0099284, 0.0164044, 0.0330155, 0.0755422, 0.1875521", \
					  "0.0065516, 0.0074586, 0.0099573, 0.0165131, 0.0330601, 0.0761177, 0.1870618");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0052514, 0.0044938, 0.0024998, -0.0032999, -0.0196094, -0.0627978, -0.1748615", \
					  "0.0051222, 0.0043809, 0.0024031, -0.0033899, -0.0196757, -0.0629153, -0.1750544", \
					  "0.0050844, 0.0043229, 0.0023124, -0.0034620, -0.0197500, -0.0629851, -0.1750914", \
					  "0.0049933, 0.0042567, 0.0022391, -0.0035551, -0.0198325, -0.0630375, -0.1751353", \
					  "0.0049084, 0.0041536, 0.0021369, -0.0036450, -0.0198999, -0.0630910, -0.1751854", \
					  "0.0046498, 0.0039140, 0.0019749, -0.0037488, -0.0199590, -0.0631100, -0.1751886", \
					  "0.0063270, 0.0053665, 0.0028946, -0.0034916, -0.0201203, -0.0631617, -0.1752068");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0065602, 0.0076096, 0.0102135, 0.0167576, 0.0335234, 0.0762912, 0.1875876", \
					  "0.0064972, 0.0075455, 0.0101553, 0.0167078, 0.0334229, 0.0764707, 0.1874448", \
					  "0.0065312, 0.0075694, 0.0101804, 0.0167237, 0.0334879, 0.0763879, 0.1864566", \
					  "0.0064069, 0.0074573, 0.0100572, 0.0165923, 0.0333394, 0.0763770, 0.1873410", \
					  "0.0062514, 0.0073072, 0.0099042, 0.0164272, 0.0332119, 0.0760403, 0.1871174", \
					  "0.0060691, 0.0070966, 0.0096304, 0.0162767, 0.0328946, 0.0759132, 0.1870928", \
					  "0.0061301, 0.0071054, 0.0096841, 0.0163012, 0.0327646, 0.0760786, 0.1868388");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("0.0050887, 0.0043488, 0.0023569, -0.0034148, -0.0196646, -0.0628601, -0.1749286", \
					  "0.0050564, 0.0043170, 0.0023133, -0.0034604, -0.0196983, -0.0628905, -0.1749691", \
					  "0.0050380, 0.0043019, 0.0023092, -0.0034667, -0.0197160, -0.0629155, -0.1749870", \
					  "0.0048728, 0.0041277, 0.0021255, -0.0036492, -0.0198972, -0.0630602, -0.1751345", \
					  "0.0047375, 0.0039841, 0.0019927, -0.0037641, -0.0200183, -0.0631930, -0.1752806", \
					  "0.0062494, 0.0053356, 0.0029467, -0.0034102, -0.0200747, -0.0632412, -0.1753164", \
					  "0.0065018, 0.0056335, 0.0032100, -0.0031797, -0.0197901, -0.0630343, -0.1751332");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.0537751, 0.0599341, 0.0748292, 0.1118727, 0.2073238, 0.4547776, 1.0951521", \
					  "0.0586957, 0.0648314, 0.0796775, 0.1171090, 0.2124205, 0.4602594, 1.1023146", \
					  "0.0704889, 0.0765990, 0.0914862, 0.1287984, 0.2248798, 0.4717824, 1.1123928", \
					  "0.0932018, 0.0995476, 0.1144935, 0.1520426, 0.2479076, 0.4962523, 1.1354541", \
					  "0.1268043, 0.1334886, 0.1487925, 0.1862727, 0.2822022, 0.5298190, 1.1699269", \
					  "0.1674192, 0.1759472, 0.1927485, 0.2307643, 0.3266231, 0.5742222, 1.2149718", \
					  "0.2003990, 0.2120125, 0.2343346, 0.2763227, 0.3708720, 0.6192638, 1.2583428");
				}
				rise_transition ("del_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("0.0186056, 0.0261512, 0.0459059, 0.0986668, 0.2343818, 0.5858607, 1.4948502", \
					  "0.0186110, 0.0261099, 0.0460004, 0.0985983, 0.2350485, 0.5868989, 1.4936828", \
					  "0.0186104, 0.0261382, 0.0460280, 0.0986847, 0.2339133, 0.5865367, 1.4938040", \
					  "0.0198280, 0.0269249, 0.0463700, 0.0983917, 0.2348489, 0.5855250, 1.4976537", \
					  "0.0231214, 0.0296359, 0.0478657, 0.0990393, 0.2346804, 0.5847138, 1.4982511", \
					  "0.0310374, 0.0370859, 0.0532860, 0.1006580, 0.2362265, 0.5826786, 1.4950856", \
					  "0.0468520, 0.0532456, 0.0680688, 0.1090867, 0.2370331, 0.5891800, 1.4887874");
				}
				cell_fall ("del_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("0.1773992, 0.1848044, 0.1993068, 0.2265906, 0.2772799, 0.3861885, 0.6490151", \
					  "0.1816314, 0.1889722, 0.2035483, 0.2307494, 0.2823361, 0.3898933, 0.6533853", \
					  "0.1944135, 0.2017646, 0.2163946, 0.2434364, 0.2950557, 0.4026935, 0.6662230", \
					  "0.2250096, 0.2322645, 0.2467704, 0.2739861, 0.3253109, 0.4340780, 0.6971604", \
					  "0.2965409, 0.3037668, 0.3182838, 0.3455557, 0.3970657, 0.5056104, 0.7690468", \
					  "0.4460420, 0.4540850, 0.4698534, 0.4989678, 0.5524304, 0.6621904, 0.9255121", \
					  "0.7189646, 0.7289407, 0.7482431, 0.7821516, 0.8424729, 0.9582480, 1.2236520");
				}
				fall_transition ("del_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("0.0306289, 0.0351751, 0.0451256, 0.0662149, 0.1164575, 0.2411945, 0.5822688", \
					  "0.0305966, 0.0351381, 0.0451585, 0.0669491, 0.1159382, 0.2416713, 0.5821007", \
					  "0.0306799, 0.0351740, 0.0450121, 0.0662432, 0.1157532, 0.2407448, 0.5836430", \
					  "0.0307498, 0.0354248, 0.0451540, 0.0663527, 0.1160364, 0.2409560, 0.5822016", \
					  "0.0305986, 0.0352179, 0.0450046, 0.0669165, 0.1158679, 0.2416508, 0.5835912", \
					  "0.0362906, 0.0410633, 0.0509919, 0.0717681, 0.1196778, 0.2430521, 0.5822631", \
					  "0.0501768, 0.0553295, 0.0655393, 0.0870146, 0.1341350, 0.2540002, 0.5874752");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.1116100, 0.1178799, 0.1331676, 0.1712252, 0.2674717, 0.5157951, 1.1614029", \
					  "0.1167426, 0.1230651, 0.1383777, 0.1764174, 0.2729262, 0.5216199, 1.1647100", \
					  "0.1303813, 0.1366032, 0.1519156, 0.1899073, 0.2863335, 0.5368653, 1.1753406", \
					  "0.1639519, 0.1702313, 0.1855205, 0.2235195, 0.3199578, 0.5686934, 1.2120382", \
					  "0.2315205, 0.2378112, 0.2531969, 0.2911919, 0.3874571, 0.6358529, 1.2763740", \
					  "0.3446640, 0.3511047, 0.3662641, 0.4043512, 0.5006389, 0.7487669, 1.3890421", \
					  "0.5291537, 0.5360010, 0.5515926, 0.5896512, 0.6862387, 0.9339178, 1.5743249");
				}
				rise_transition ("del_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("0.0188307, 0.0262143, 0.0459294, 0.0980832, 0.2343740, 0.5861305, 1.5046019", \
					  "0.0188702, 0.0262161, 0.0460480, 0.0980309, 0.2345104, 0.5902160, 1.5034810", \
					  "0.0188243, 0.0262074, 0.0459811, 0.0979545, 0.2337308, 0.5869423, 1.4870360", \
					  "0.0188583, 0.0262266, 0.0459701, 0.0979995, 0.2345713, 0.5901343, 1.5038822", \
					  "0.0191751, 0.0264633, 0.0460966, 0.0978021, 0.2343397, 0.5864380, 1.4888810", \
					  "0.0202970, 0.0273513, 0.0465760, 0.0981222, 0.2324557, 0.5856368, 1.4929279", \
					  "0.0237249, 0.0300222, 0.0479558, 0.0989151, 0.2328045, 0.5826594, 1.4921144");
				}
				cell_fall ("del_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("0.1771251, 0.1845005, 0.1990324, 0.2263255, 0.2778683, 0.3853803, 0.6488488", \
					  "0.1817899, 0.1891585, 0.2037249, 0.2309020, 0.2824660, 0.3899828, 0.6534061", \
					  "0.1917631, 0.1990762, 0.2136240, 0.2410006, 0.2925003, 0.3999533, 0.6634530", \
					  "0.2088158, 0.2161256, 0.2306481, 0.2575467, 0.3091762, 0.4179255, 0.6814720", \
					  "0.2337645, 0.2410757, 0.2555006, 0.2826740, 0.3343115, 0.4426966, 0.7053650", \
					  "0.2647920, 0.2721743, 0.2865069, 0.3136402, 0.3653260, 0.4741311, 0.7378756", \
					  "0.2938236, 0.3011409, 0.3154832, 0.3426995, 0.3945135, 0.5033365, 0.7667127");
				}
				fall_transition ("del_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("0.0305945, 0.0351123, 0.0450038, 0.0668287, 0.1156491, 0.2415926, 0.5886431", \
					  "0.0306175, 0.0351916, 0.0449404, 0.0662306, 0.1158051, 0.2416636, 0.5865778", \
					  "0.0306383, 0.0352191, 0.0451955, 0.0669966, 0.1154390, 0.2415172, 0.5900463", \
					  "0.0306016, 0.0351678, 0.0450253, 0.0664126, 0.1160456, 0.2408824, 0.5822305", \
					  "0.0306710, 0.0350899, 0.0448526, 0.0669887, 0.1160405, 0.2412565, 0.5876275", \
					  "0.0306554, 0.0353248, 0.0454126, 0.0671312, 0.1160845, 0.2399992, 0.5866935", \
					  "0.0309018, 0.0355285, 0.0458641, 0.0666077, 0.1161701, 0.2419429, 0.5833137");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001784;
			capacitance : 0.001704;
			fall_capacitance : 0.001624;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021275, -0.0021415, -0.0021737, -0.0021747, -0.0021768, -0.0021818, -0.0021933");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022490, 0.0022373, 0.0022102, 0.0022104, 0.0022107, 0.0022115, 0.0022132");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001341;
			capacitance : 0.001399;
			rise_capacitance : 0.001458;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0004071, 0.0003584, 0.0002460, 0.0002515, 0.0002644, 0.0002941, 0.0003625");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053438, 0.0052878, 0.0051588, 0.0051703, 0.0051968, 0.0052578, 0.0053986");
				}
			}
		}
	}
	cell ("scs8hd_or2b_2") {
		area : 8.758400;
		cell_footprint : "or2b";
		cell_leakage_power : 2.781640e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0008990";
			when : "!A&BN";
		}
		leakage_power () {
			value : "8.1468862e-05";
			when : "!A&!BN";
		}
		leakage_power () {
			value : "5.4048559e-05";
			when : "A&BN";
		}
		leakage_power () {
			value : "7.8103329e-05";
			when : "A&!BN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (!BN)";
			max_capacitance : 0.273753;
			max_transition : 1.512018;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430105, 0.004090403, 0.01169941, 0.03346279, 0.09571064, 0.2737526");
					values("0.0100249, 0.0112479, 0.0146208, 0.0239461, 0.0501944, 0.1256394, 0.3391383", \
					  "0.0100240, 0.0112602, 0.0146276, 0.0239491, 0.0502944, 0.1252805, 0.3397958", \
					  "0.0100036, 0.0112311, 0.0146058, 0.0239389, 0.0501966, 0.1257496, 0.3407221", \
					  "0.0099313, 0.0111351, 0.0144329, 0.0237973, 0.0501049, 0.1256926, 0.3409768", \
					  "0.0099515, 0.0110775, 0.0143010, 0.0236474, 0.0498879, 0.1250688, 0.3396990", \
					  "0.0099223, 0.0110882, 0.0144344, 0.0237463, 0.0498253, 0.1245116, 0.3388554", \
					  "0.0099397, 0.0111088, 0.0143900, 0.0238115, 0.0499317, 0.1253376, 0.3399835");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430105, 0.004090403, 0.01169941, 0.03346279, 0.09571064, 0.2737526");
					values("0.0069605, 0.0059811, 0.0033927, -0.0048197, -0.0298075, -0.1048446, -0.3214294", \
					  "0.0068841, 0.0059909, 0.0031578, -0.0048582, -0.0299199, -0.1048919, -0.3214481", \
					  "0.0068083, 0.0058194, 0.0031396, -0.0049291, -0.0299820, -0.1049996, -0.3214950", \
					  "0.0067991, 0.0057937, 0.0030956, -0.0050503, -0.0300454, -0.1051109, -0.3216027", \
					  "0.0066565, 0.0056521, 0.0029711, -0.0052145, -0.0301919, -0.1051801, -0.3216778", \
					  "0.0066019, 0.0055776, 0.0027757, -0.0052755, -0.0303228, -0.1052580, -0.3217175", \
					  "0.0092248, 0.0080590, 0.0048212, -0.0043309, -0.0306798, -0.1053843, -0.3217498");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430105, 0.004090403, 0.01169941, 0.03346279, 0.09571064, 0.2737526");
					values("0.0099678, 0.0112043, 0.0146413, 0.0240857, 0.0505640, 0.1255099, 0.3404464", \
					  "0.0099223, 0.0111706, 0.0146016, 0.0240137, 0.0506270, 0.1256515, 0.3411464", \
					  "0.0099209, 0.0111755, 0.0146085, 0.0240555, 0.0505291, 0.1261901, 0.3415399", \
					  "0.0098160, 0.0110703, 0.0144997, 0.0239451, 0.0504453, 0.1258566, 0.3412346", \
					  "0.0097060, 0.0109471, 0.0143621, 0.0237631, 0.0503023, 0.1258278, 0.3384436", \
					  "0.0096146, 0.0108244, 0.0141557, 0.0235897, 0.0499998, 0.1247493, 0.3399560", \
					  "0.0096477, 0.0107513, 0.0141878, 0.0235588, 0.0499562, 0.1255867, 0.3396234");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430105, 0.004090403, 0.01169941, 0.03346279, 0.09571064, 0.2737526");
					values("0.0068102, 0.0058168, 0.0031504, -0.0049220, -0.0299690, -0.1049600, -0.3214154", \
					  "0.0067935, 0.0058059, 0.0031280, -0.0049437, -0.0299771, -0.1049591, -0.3214427", \
					  "0.0069237, 0.0058709, 0.0031016, -0.0050070, -0.0300004, -0.1049589, -0.3214561", \
					  "0.0066089, 0.0056033, 0.0029476, -0.0051771, -0.0301478, -0.1051623, -0.3216172", \
					  "0.0065332, 0.0055209, 0.0028504, -0.0052899, -0.0302931, -0.1052731, -0.3217463", \
					  "0.0082348, 0.0071436, 0.0040094, -0.0050596, -0.0303523, -0.1053410, -0.3218184", \
					  "0.0098225, 0.0087244, 0.0055848, -0.0034348, -0.0295901, -0.1051101, -0.3216912");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.0641474, 0.0689586, 0.0808258, 0.1110595, 0.1945291, 0.4319606, 1.1093648", \
					  "0.0690852, 0.0739409, 0.0857157, 0.1158736, 0.1992661, 0.4356104, 1.1129599", \
					  "0.0808064, 0.0856236, 0.0974583, 0.1277207, 0.2114563, 0.4475877, 1.1269637", \
					  "0.1070008, 0.1118704, 0.1236156, 0.1538765, 0.2374081, 0.4749401, 1.1538509", \
					  "0.1485831, 0.1541644, 0.1667610, 0.1976072, 0.2810626, 0.5179042, 1.1948944", \
					  "0.2019165, 0.2092285, 0.2249643, 0.2574677, 0.3402275, 0.5772527, 1.2546130", \
					  "0.2567533, 0.2669978, 0.2881744, 0.3282140, 0.4123880, 0.6480568, 1.3236841");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.0163711, 0.0211163, 0.0346491, 0.0749614, 0.1928998, 0.5301835, 1.5008702", \
					  "0.0163672, 0.0210625, 0.0347505, 0.0747687, 0.1936553, 0.5328413, 1.4985395", \
					  "0.0164997, 0.0211129, 0.0346859, 0.0749362, 0.1933211, 0.5312970, 1.4977605", \
					  "0.0171747, 0.0217277, 0.0351330, 0.0750537, 0.1931621, 0.5306510, 1.4980786", \
					  "0.0218694, 0.0261495, 0.0384377, 0.0762830, 0.1928082, 0.5328931, 1.4987358", \
					  "0.0311327, 0.0354376, 0.0468170, 0.0808042, 0.1945637, 0.5297319, 1.4980679", \
					  "0.0479375, 0.0534463, 0.0652686, 0.0959872, 0.1984794, 0.5332515, 1.4934016");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.2457766, 0.2530260, 0.2684513, 0.2971060, 0.3511567, 0.4581665, 0.7108885", \
					  "0.2502755, 0.2576597, 0.2730016, 0.3021770, 0.3556745, 0.4617712, 0.7151706", \
					  "0.2630766, 0.2703872, 0.2857585, 0.3147604, 0.3683036, 0.4752862, 0.7286229", \
					  "0.2936468, 0.3009045, 0.3162920, 0.3450876, 0.3985547, 0.5053230, 0.7586502", \
					  "0.3653894, 0.3727506, 0.3880883, 0.4170642, 0.4706926, 0.5774234, 0.8306144", \
					  "0.5290405, 0.5366821, 0.5522782, 0.5814463, 0.6354354, 0.7419858, 0.9952866", \
					  "0.8435646, 0.8526714, 0.8713908, 0.9054751, 0.9656338, 1.0781268, 1.3351220");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.0424729, 0.0463694, 0.0551349, 0.0742068, 0.1150556, 0.2210821, 0.5326471", \
					  "0.0425840, 0.0462749, 0.0545626, 0.0729585, 0.1140679, 0.2212766, 0.5339399", \
					  "0.0424981, 0.0461003, 0.0546177, 0.0730317, 0.1150633, 0.2208076, 0.5340648", \
					  "0.0425664, 0.0463490, 0.0546072, 0.0737669, 0.1147749, 0.2206902, 0.5342181", \
					  "0.0425999, 0.0461218, 0.0547392, 0.0735489, 0.1141445, 0.2209582, 0.5338688", \
					  "0.0455225, 0.0489738, 0.0568640, 0.0748155, 0.1153366, 0.2216019, 0.5350517", \
					  "0.0607910, 0.0645681, 0.0736986, 0.0920286, 0.1317127, 0.2364500, 0.5394467");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.1225503, 0.1273278, 0.1392911, 0.1697579, 0.2538470, 0.4911060, 1.1687531", \
					  "0.1276625, 0.1325134, 0.1444580, 0.1749196, 0.2586630, 0.4969725, 1.1747597", \
					  "0.1413002, 0.1461855, 0.1581505, 0.1886208, 0.2727186, 0.5101899, 1.1875710", \
					  "0.1748154, 0.1797006, 0.1916713, 0.2221411, 0.3062382, 0.5439495, 1.2214170", \
					  "0.2426052, 0.2475028, 0.2594820, 0.2899704, 0.3740124, 0.6117792, 1.2890875", \
					  "0.3562445, 0.3612790, 0.3732835, 0.4038047, 0.4875176, 0.7250806, 1.4017171", \
					  "0.5425194, 0.5478659, 0.5605175, 0.5913464, 0.6750199, 0.9130797, 1.5890448");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.0165907, 0.0212907, 0.0347184, 0.0747436, 0.1923110, 0.5312290, 1.5025368", \
					  "0.0166298, 0.0212638, 0.0345953, 0.0746488, 0.1927455, 0.5306043, 1.5120185", \
					  "0.0166898, 0.0212919, 0.0347183, 0.0747488, 0.1921485, 0.5311527, 1.5008293", \
					  "0.0166962, 0.0213018, 0.0347168, 0.0747539, 0.1922577, 0.5339331, 1.5001155", \
					  "0.0170230, 0.0216032, 0.0348905, 0.0746427, 0.1925956, 0.5344890, 1.4919639", \
					  "0.0181155, 0.0225897, 0.0356155, 0.0749617, 0.1918185, 0.5296783, 1.4959360", \
					  "0.0213698, 0.0259462, 0.0378117, 0.0760699, 0.1919717, 0.5298318, 1.4965656");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.2443631, 0.2517060, 0.2670901, 0.2961790, 0.3498088, 0.4566607, 0.7090251", \
					  "0.2492559, 0.2566126, 0.2719647, 0.3010265, 0.3545733, 0.4614766, 0.7146698", \
					  "0.2593517, 0.2666891, 0.2821598, 0.3112886, 0.3646888, 0.4716127, 0.7251851", \
					  "0.2762988, 0.2835781, 0.2990087, 0.3280701, 0.3811441, 0.4882062, 0.7415116", \
					  "0.3008379, 0.3081435, 0.3235410, 0.3526534, 0.4060881, 0.5132287, 0.7664381", \
					  "0.3309653, 0.3382745, 0.3536854, 0.3827678, 0.4357884, 0.5428293, 0.7960347", \
					  "0.3584915, 0.3657634, 0.3813272, 0.4103931, 0.4638025, 0.5706930, 0.8240918");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143011, 0.0040904, 0.0116994, 0.0334628, 0.0957106, 0.273753");
					values("0.0425056, 0.0462010, 0.0545846, 0.0730168, 0.1141584, 0.2206727, 0.5338508", \
					  "0.0426573, 0.0463858, 0.0545605, 0.0732777, 0.1150244, 0.2213900, 0.5332622", \
					  "0.0427221, 0.0462554, 0.0549252, 0.0729213, 0.1153057, 0.2208624, 0.5364676", \
					  "0.0425827, 0.0463157, 0.0545909, 0.0728533, 0.1148416, 0.2208679, 0.5344631", \
					  "0.0425547, 0.0463051, 0.0547826, 0.0728153, 0.1150165, 0.2204617, 0.5348687", \
					  "0.0427350, 0.0464854, 0.0546924, 0.0729492, 0.1148130, 0.2202326, 0.5364745", \
					  "0.0427960, 0.0465322, 0.0548871, 0.0730345, 0.1154456, 0.2214850, 0.5335477");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001762;
			capacitance : 0.001685;
			fall_capacitance : 0.001608;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021302, -0.0021433, -0.0021734, -0.0021732, -0.0021727, -0.0021716, -0.0021691");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022379, 0.0022269, 0.0022016, 0.0022019, 0.0022027, 0.0022043, 0.0022082");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001345;
			capacitance : 0.001403;
			rise_capacitance : 0.001461;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0003857, 0.0003363, 0.0002225, 0.0002289, 0.0002438, 0.0002781, 0.0003572");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053458, 0.0052893, 0.0051590, 0.0051715, 0.0052003, 0.0052667, 0.0054196");
				}
			}
		}
	}
	cell ("scs8hd_or2b_4") {
		area : 11.260800;
		cell_footprint : "or2b";
		cell_leakage_power : 6.388498e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014931";
			when : "!A&BN";
		}
		leakage_power () {
			value : "0.0004765";
			when : "!A&!BN";
		}
		leakage_power () {
			value : "0.0001094";
			when : "A&BN";
		}
		leakage_power () {
			value : "0.0004764";
			when : "A&!BN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (!BN)";
			max_capacitance : 0.444041;
			max_transition : 1.506122;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0197780, 0.0211848, 0.0254082, 0.0380455, 0.0761395, 0.1933750, 0.5548779", \
					  "0.0197245, 0.0211337, 0.0253758, 0.0380264, 0.0761175, 0.1929858, 0.5547725", \
					  "0.0196876, 0.0210936, 0.0253287, 0.0379451, 0.0760659, 0.1929699, 0.5555890", \
					  "0.0195299, 0.0209104, 0.0251184, 0.0376558, 0.0755436, 0.1928576, 0.5546980", \
					  "0.0193069, 0.0206474, 0.0248216, 0.0374030, 0.0752701, 0.1925857, 0.5558235", \
					  "0.0194272, 0.0207520, 0.0248849, 0.0372340, 0.0750690, 0.1916967, 0.5541817", \
					  "0.0195160, 0.0208154, 0.0248629, 0.0374861, 0.0755237, 0.1925385, 0.5537158");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0146139, 0.0134139, 0.0099528, -0.0004756, -0.0354290, -0.1515073, -0.5171864", \
					  "0.0144479, 0.0133813, 0.0098768, -0.0005787, -0.0354617, -0.1516147, -0.5173383", \
					  "0.0142751, 0.0131246, 0.0096565, -0.0007800, -0.0357948, -0.1518032, -0.5174745", \
					  "0.0141587, 0.0129667, 0.0095168, -0.0009228, -0.0359325, -0.1519456, -0.5175730", \
					  "0.0140602, 0.0128638, 0.0094580, -0.0009683, -0.0360448, -0.1520839, -0.5176672", \
					  "0.0139694, 0.0127541, 0.0092549, -0.0012647, -0.0363154, -0.1522468, -0.5177727", \
					  "0.0175245, 0.0163043, 0.0123854, 0.0003472, -0.0372771, -0.1524625, -0.5177967");
				}
			}
			internal_power () {
				related_pin : "BN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0195434, 0.0209755, 0.0252079, 0.0379531, 0.0764015, 0.1937904, 0.5541481", \
					  "0.0194771, 0.0208924, 0.0251765, 0.0378605, 0.0763226, 0.1942298, 0.5534561", \
					  "0.0195334, 0.0209637, 0.0252384, 0.0378801, 0.0763467, 0.1939063, 0.5535389", \
					  "0.0193703, 0.0208209, 0.0250987, 0.0377428, 0.0761542, 0.1938691, 0.5540980", \
					  "0.0191907, 0.0206007, 0.0248448, 0.0376078, 0.0759191, 0.1926709, 0.5558901", \
					  "0.0189124, 0.0202370, 0.0244953, 0.0372353, 0.0754810, 0.1932931, 0.5541368", \
					  "0.0190152, 0.0203700, 0.0244015, 0.0369610, 0.0750461, 0.1927076, 0.5530500");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001550168, 0.004806042, 0.01490035, 0.04619608, 0.1432234, 0.4440406");
					values("0.0141052, 0.0128833, 0.0093941, -0.0010698, -0.0360354, -0.1520142, -0.5175992", \
					  "0.0139528, 0.0127705, 0.0093078, -0.0010263, -0.0360378, -0.1520407, -0.5176319", \
					  "0.0140328, 0.0128044, 0.0093283, -0.0011582, -0.0360858, -0.1520636, -0.5176470", \
					  "0.0137217, 0.0125661, 0.0091028, -0.0013400, -0.0362797, -0.1522784, -0.5178193", \
					  "0.0136332, 0.0124162, 0.0089770, -0.0014952, -0.0364462, -0.1523955, -0.5179714", \
					  "0.0161296, 0.0149152, 0.0111399, -0.0007349, -0.0365779, -0.1525443, -0.5180826", \
					  "0.0194343, 0.0182005, 0.0145233, 0.0026934, -0.0347243, -0.1521950, -0.5180328");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0713013, 0.0747448, 0.0841940, 0.1099594, 0.1852162, 0.4149836, 1.1283456", \
					  "0.0758628, 0.0792812, 0.0887323, 0.1145500, 0.1897355, 0.4195134, 1.1319392", \
					  "0.0867200, 0.0901553, 0.0996460, 0.1254035, 0.2008532, 0.4301662, 1.1413930", \
					  "0.1118695, 0.1153148, 0.1247403, 0.1504333, 0.2254323, 0.4555199, 1.1683158", \
					  "0.1507041, 0.1546114, 0.1646430, 0.1908459, 0.2659823, 0.4965485, 1.2068400", \
					  "0.1982524, 0.2031986, 0.2154381, 0.2433613, 0.3183137, 0.5481616, 1.2617656", \
					  "0.2359307, 0.2429067, 0.2596630, 0.2943278, 0.3714499, 0.5996618, 1.3087946");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0186480, 0.0219944, 0.0322926, 0.0648576, 0.1691820, 0.4945599, 1.5031116", \
					  "0.0185956, 0.0219947, 0.0322820, 0.0649733, 0.1692156, 0.4944091, 1.5004255", \
					  "0.0186808, 0.0219533, 0.0322764, 0.0650571, 0.1699940, 0.4947723, 1.5061220", \
					  "0.0191548, 0.0223760, 0.0325800, 0.0650506, 0.1691490, 0.4944138, 1.4992662", \
					  "0.0241000, 0.0269599, 0.0359371, 0.0669328, 0.1692028, 0.4950116, 1.5049926", \
					  "0.0337394, 0.0367806, 0.0452147, 0.0721360, 0.1713157, 0.4927471, 1.5015723", \
					  "0.0511370, 0.0552501, 0.0638587, 0.0889806, 0.1757421, 0.4987655, 1.4969145");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.2317616, 0.2362654, 0.2472619, 0.2705431, 0.3156701, 0.4084547, 0.6368372", \
					  "0.2370521, 0.2416967, 0.2526467, 0.2761220, 0.3208138, 0.4133342, 0.6418792", \
					  "0.2512374, 0.2557461, 0.2667305, 0.2899699, 0.3350405, 0.4277514, 0.6563741", \
					  "0.2849291, 0.2893898, 0.3003290, 0.3236404, 0.3687165, 0.4607027, 0.6893013", \
					  "0.3628578, 0.3673095, 0.3783457, 0.4014959, 0.4466470, 0.5390967, 0.7678359", \
					  "0.5414095, 0.5459888, 0.5570924, 0.5804240, 0.6258081, 0.7184285, 0.9467399", \
					  "0.8932068, 0.8987949, 0.9126191, 0.9402781, 0.9917229, 1.0915285, 1.3239412");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0427287, 0.0447911, 0.0503586, 0.0638350, 0.0961944, 0.1843494, 0.4630237", \
					  "0.0429011, 0.0449918, 0.0506703, 0.0638732, 0.0970160, 0.1848449, 0.4625895", \
					  "0.0427285, 0.0448650, 0.0503759, 0.0638168, 0.0964517, 0.1845122, 0.4606585", \
					  "0.0427097, 0.0449167, 0.0505819, 0.0638597, 0.0960689, 0.1849085, 0.4614542", \
					  "0.0428748, 0.0450580, 0.0504103, 0.0641584, 0.0961721, 0.1848381, 0.4617216", \
					  "0.0454571, 0.0472254, 0.0526689, 0.0654397, 0.0970882, 0.1851758, 0.4639591", \
					  "0.0613326, 0.0635702, 0.0692615, 0.0823822, 0.1130588, 0.1985590, 0.4659760");
				}
			}
			timing () {
				related_pin : "BN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.1579559, 0.1614786, 0.1709534, 0.1969164, 0.2727603, 0.5033408, 1.2133089", \
					  "0.1630619, 0.1665639, 0.1761500, 0.2020700, 0.2779672, 0.5087006, 1.2199103", \
					  "0.1762616, 0.1797678, 0.1893562, 0.2152143, 0.2911136, 0.5211912, 1.2327777", \
					  "0.2099329, 0.2134767, 0.2230645, 0.2489339, 0.3248171, 0.5548682, 1.2668714", \
					  "0.2841430, 0.2876638, 0.2972314, 0.3231887, 0.3988931, 0.6305989, 1.3407144", \
					  "0.4175248, 0.4211098, 0.4308298, 0.4567589, 0.5321022, 0.7629069, 1.4743204", \
					  "0.6369247, 0.6409426, 0.6508984, 0.6773521, 0.7527797, 0.9837013, 1.6957664");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0194868, 0.0226979, 0.0328516, 0.0649610, 0.1689965, 0.4936735, 1.5037177", \
					  "0.0196412, 0.0227749, 0.0326788, 0.0651554, 0.1690985, 0.4962422, 1.4988767", \
					  "0.0195473, 0.0228044, 0.0327315, 0.0650465, 0.1685628, 0.4946324, 1.4913851", \
					  "0.0196865, 0.0227884, 0.0327518, 0.0650505, 0.1682620, 0.4957769, 1.5027969", \
					  "0.0197277, 0.0229703, 0.0329408, 0.0652069, 0.1684495, 0.4933889, 1.4973018", \
					  "0.0211074, 0.0241709, 0.0338612, 0.0656382, 0.1680928, 0.4948012, 1.5056899", \
					  "0.0248780, 0.0277665, 0.0370018, 0.0668515, 0.1686776, 0.4905345, 1.4988553");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.2377681, 0.2422473, 0.2532797, 0.2766532, 0.3216195, 0.4145233, 0.6429228", \
					  "0.2424857, 0.2469731, 0.2580179, 0.2812446, 0.3265031, 0.4191847, 0.6462814", \
					  "0.2538926, 0.2583679, 0.2694770, 0.2927293, 0.3377575, 0.4306389, 0.6590355", \
					  "0.2752159, 0.2797536, 0.2906404, 0.3140018, 0.3592000, 0.4517990, 0.6795413", \
					  "0.3066370, 0.3111028, 0.3221888, 0.3453464, 0.3904776, 0.4834250, 0.7120750", \
					  "0.3491726, 0.3536339, 0.3645052, 0.3878350, 0.4329709, 0.5258868, 0.7543749", \
					  "0.3960581, 0.4005594, 0.4116810, 0.4349368, 0.4800955, 0.5728075, 0.8013590");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155017, 0.00480604, 0.0149003, 0.0461961, 0.143223, 0.444041");
					values("0.0427993, 0.0449623, 0.0504305, 0.0638790, 0.0960517, 0.1842363, 0.4621931", \
					  "0.0427334, 0.0448136, 0.0505524, 0.0643931, 0.0971105, 0.1844568, 0.4625707", \
					  "0.0428068, 0.0449545, 0.0505947, 0.0638993, 0.0962530, 0.1843061, 0.4626016", \
					  "0.0427141, 0.0448847, 0.0505697, 0.0639113, 0.0961189, 0.1847550, 0.4620086", \
					  "0.0426323, 0.0449421, 0.0505638, 0.0638618, 0.0959336, 0.1842898, 0.4625326", \
					  "0.0429161, 0.0451161, 0.0508791, 0.0641340, 0.0964584, 0.1833854, 0.4625907", \
					  "0.0430944, 0.0453326, 0.0509965, 0.0647205, 0.0975798, 0.1849400, 0.4608627");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002465;
			capacitance : 0.002308;
			fall_capacitance : 0.002151;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026686, -0.0026792, -0.0027034, -0.0027034, -0.0027035, -0.0027037, -0.0027040");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027423, 0.0027411, 0.0027383, 0.0027356, 0.0027294, 0.0027149, 0.0026817");
				}
			}
		}
		pin (BN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001480;
			capacitance : 0.001551;
			rise_capacitance : 0.001623;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0012532, 0.0012117, 0.0011159, 0.0011188, 0.0011258, 0.0011417, 0.0011783");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0068010, 0.0067272, 0.0065569, 0.0065648, 0.0065829, 0.0066247, 0.0067210");
				}
			}
		}
	}
	cell ("scs8hd_or3_1") {
		area : 6.256000;
		cell_footprint : "or3";
		cell_leakage_power : 8.338812e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.7924628e-05";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0005461";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "1.4287484e-05";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "1.9039973e-05";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "1.4409182e-05";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "2.2759791e-05";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "1.4274477e-05";
			when : "A&B&C";
		}
		leakage_power () {
			value : "1.8272645e-05";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C)";
			max_capacitance : 0.149241;
			max_transition : 1.510442;
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0064956, 0.0075430, 0.0101498, 0.0167144, 0.0333759, 0.0760765, 0.1861925", \
					  "0.0065031, 0.0075480, 0.0101540, 0.0166991, 0.0333736, 0.0759871, 0.1860092", \
					  "0.0065326, 0.0075648, 0.0101578, 0.0167647, 0.0333722, 0.0759845, 0.1872737", \
					  "0.0064078, 0.0074232, 0.0100032, 0.0165100, 0.0332401, 0.0759393, 0.1859498", \
					  "0.0063751, 0.0073485, 0.0098205, 0.0162823, 0.0330981, 0.0756751, 0.1870121", \
					  "0.0062972, 0.0073084, 0.0098605, 0.0163245, 0.0328424, 0.0753801, 0.1859243", \
					  "0.0064093, 0.0073133, 0.0098587, 0.0162514, 0.0328435, 0.0758783, 0.1863366");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0058011, 0.0050889, 0.0031029, -0.0024487, -0.0180826, -0.0608231, -0.1721640", \
					  "0.0057819, 0.0050497, 0.0030594, -0.0025039, -0.0182327, -0.0608945, -0.1721870", \
					  "0.0056702, 0.0049285, 0.0029838, -0.0026252, -0.0183285, -0.0609637, -0.1722598", \
					  "0.0055289, 0.0048620, 0.0028675, -0.0027084, -0.0183993, -0.0610383, -0.1723197", \
					  "0.0055503, 0.0048104, 0.0027985, -0.0027786, -0.0184662, -0.0610976, -0.1723730", \
					  "0.0054456, 0.0047280, 0.0027519, -0.0028204, -0.0185281, -0.0611454, -0.1723912", \
					  "0.0070732, 0.0060980, 0.0036362, -0.0027575, -0.0187497, -0.0611916, -0.1724070");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0055920, 0.0066286, 0.0092455, 0.0157877, 0.0325812, 0.0755756, 0.1843912", \
					  "0.0055793, 0.0066208, 0.0092480, 0.0157850, 0.0324203, 0.0751006, 0.1853834", \
					  "0.0055340, 0.0065718, 0.0091646, 0.0156971, 0.0323833, 0.0750997, 0.1853906", \
					  "0.0053742, 0.0064157, 0.0089931, 0.0155351, 0.0321950, 0.0751083, 0.1846788", \
					  "0.0053462, 0.0063292, 0.0088227, 0.0153225, 0.0318607, 0.0743252, 0.1850854", \
					  "0.0052378, 0.0062378, 0.0087288, 0.0152045, 0.0318587, 0.0742188, 0.1839766", \
					  "0.0052003, 0.0062510, 0.0086808, 0.0152290, 0.0317817, 0.0749119, 0.1849419");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0055378, 0.0048005, 0.0028448, -0.0027501, -0.0184329, -0.0610513, -0.1722978", \
					  "0.0054530, 0.0047209, 0.0027588, -0.0028240, -0.0185324, -0.0611457, -0.1723912", \
					  "0.0053101, 0.0046322, 0.0025854, -0.0029146, -0.0186625, -0.0612442, -0.1724875", \
					  "0.0052223, 0.0045072, 0.0025352, -0.0030739, -0.0187492, -0.0613524, -0.1725955", \
					  "0.0051402, 0.0044553, 0.0024547, -0.0030862, -0.0188118, -0.0614046, -0.1726372", \
					  "0.0051691, 0.0044295, 0.0024118, -0.0031052, -0.0187915, -0.0613675, -0.1725636", \
					  "0.0072137, 0.0062245, 0.0037260, -0.0026565, -0.0190742, -0.0614631, -0.1726365");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0066907, 0.0077121, 0.0102486, 0.0166405, 0.0330948, 0.0759775, 0.1867147", \
					  "0.0066741, 0.0076871, 0.0102210, 0.0166195, 0.0331963, 0.0760085, 0.1867224", \
					  "0.0066643, 0.0076859, 0.0102217, 0.0166383, 0.0331137, 0.0757114, 0.1858753", \
					  "0.0065992, 0.0076002, 0.0101020, 0.0165448, 0.0330275, 0.0756227, 0.1857663", \
					  "0.0065547, 0.0074873, 0.0100199, 0.0164302, 0.0329455, 0.0755888, 0.1857493", \
					  "0.0065589, 0.0075636, 0.0100692, 0.0163886, 0.0330123, 0.0758145, 0.1864353", \
					  "0.0066227, 0.0075840, 0.0101216, 0.0165055, 0.0332861, 0.0761040, 0.1853795");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0067051, 0.0059670, 0.0040028, -0.0016085, -0.0173110, -0.0600018, -0.1713043", \
					  "0.0065718, 0.0058321, 0.0038508, -0.0017192, -0.0174127, -0.0601126, -0.1714529", \
					  "0.0064975, 0.0057614, 0.0037885, -0.0017812, -0.0175335, -0.0602294, -0.1715630", \
					  "0.0063757, 0.0056428, 0.0036756, -0.0019225, -0.0176372, -0.0603270, -0.1716274", \
					  "0.0062863, 0.0055637, 0.0036160, -0.0019640, -0.0177356, -0.0603865, -0.1716987", \
					  "0.0062136, 0.0055063, 0.0035355, -0.0020989, -0.0177956, -0.0604265, -0.1717227", \
					  "0.0079901, 0.0070330, 0.0045526, -0.0018378, -0.0179720, -0.0604445, -0.1716995");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0596660, 0.0660977, 0.0813735, 0.1190912, 0.2153315, 0.4637805, 1.1072906", \
					  "0.0647027, 0.0710726, 0.0863550, 0.1239843, 0.2203328, 0.4697839, 1.1144223", \
					  "0.0767504, 0.0831225, 0.0983380, 0.1361438, 0.2326671, 0.4809245, 1.1238229", \
					  "0.1026408, 0.1090354, 0.1240820, 0.1617704, 0.2585005, 0.5073449, 1.1508571", \
					  "0.1409865, 0.1479039, 0.1637428, 0.2017396, 0.2984009, 0.5475591, 1.1908668", \
					  "0.1912328, 0.2000638, 0.2174048, 0.2558385, 0.3520310, 0.6009230, 1.2463480", \
					  "0.2415383, 0.2530962, 0.2761918, 0.3182015, 0.4145044, 0.6641809, 1.3060232");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0200071, 0.0275546, 0.0474274, 0.1001170, 0.2361977, 0.5884626, 1.5027276", \
					  "0.0199586, 0.0274900, 0.0474609, 0.0998406, 0.2362380, 0.5888932, 1.5001842", \
					  "0.0198125, 0.0274105, 0.0472907, 0.1000986, 0.2367464, 0.5894323, 1.5029542", \
					  "0.0206177, 0.0278925, 0.0474335, 0.1000061, 0.2367055, 0.5910387, 1.5076588", \
					  "0.0243563, 0.0308515, 0.0492024, 0.1000760, 0.2364906, 0.5913644, 1.5078913", \
					  "0.0322374, 0.0386013, 0.0545316, 0.1024258, 0.2381511, 0.5885383, 1.5031716", \
					  "0.0470345, 0.0539766, 0.0698175, 0.1110036, 0.2392783, 0.5944391, 1.4995636");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3231295, 0.3334249, 0.3533780, 0.3894190, 0.4538879, 0.5769071, 0.8449922", \
					  "0.3250443, 0.3352771, 0.3553131, 0.3912548, 0.4558984, 0.5792151, 0.8470946", \
					  "0.3352598, 0.3455002, 0.3653389, 0.4012611, 0.4657354, 0.5891319, 0.8578051", \
					  "0.3642366, 0.3745893, 0.3944549, 0.4303718, 0.4944293, 0.6176171, 0.8861946", \
					  "0.4300544, 0.4402535, 0.4600948, 0.4959042, 0.5597613, 0.6833222, 0.9535795", \
					  "0.5763085, 0.5866389, 0.6064600, 0.6424060, 0.7060103, 0.8295219, 1.0993524", \
					  "0.8627250, 0.8744357, 0.8968541, 0.9365545, 1.0061318, 1.1354188, 1.4071910");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0474134, 0.0530729, 0.0652474, 0.0903005, 0.1435040, 0.2679573, 0.5964116", \
					  "0.0471346, 0.0531038, 0.0652533, 0.0903441, 0.1432627, 0.2681461, 0.5965045", \
					  "0.0474733, 0.0532139, 0.0657954, 0.0905574, 0.1445290, 0.2683248, 0.5947691", \
					  "0.0471549, 0.0531740, 0.0653802, 0.0902394, 0.1440307, 0.2683423, 0.5967622", \
					  "0.0473965, 0.0534147, 0.0657700, 0.0906760, 0.1437470, 0.2678977, 0.5943208", \
					  "0.0483892, 0.0541505, 0.0661630, 0.0905541, 0.1444875, 0.2677375, 0.5963375", \
					  "0.0580239, 0.0643213, 0.0767411, 0.1023134, 0.1563445, 0.2774333, 0.6007707");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0586320, 0.0650928, 0.0805311, 0.1189970, 0.2160648, 0.4649161, 1.1089578", \
					  "0.0635247, 0.0699726, 0.0854869, 0.1238296, 0.2209387, 0.4704613, 1.1154760", \
					  "0.0755612, 0.0819840, 0.0974168, 0.1358647, 0.2328175, 0.4827614, 1.1282024", \
					  "0.1001638, 0.1066575, 0.1220512, 0.1603859, 0.2576486, 0.5071814, 1.1524869", \
					  "0.1369315, 0.1439417, 0.1597965, 0.1979262, 0.2952465, 0.5456896, 1.1911087", \
					  "0.1838621, 0.1925047, 0.2102423, 0.2489617, 0.3453401, 0.5949564, 1.2398294", \
					  "0.2278389, 0.2397812, 0.2632971, 0.3057191, 0.4017746, 0.6519949, 1.2942929");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0193642, 0.0267759, 0.0467136, 0.0993310, 0.2357471, 0.5919389, 1.5086814", \
					  "0.0194005, 0.0267896, 0.0466146, 0.0995449, 0.2370008, 0.5913559, 1.5043718", \
					  "0.0193501, 0.0268201, 0.0467106, 0.0996774, 0.2371051, 0.5908153, 1.5010523", \
					  "0.0203681, 0.0275576, 0.0470162, 0.0993318, 0.2367184, 0.5916699, 1.5048579", \
					  "0.0242396, 0.0306876, 0.0488442, 0.0997983, 0.2359895, 0.5900481, 1.5007324", \
					  "0.0321059, 0.0383258, 0.0543473, 0.1019610, 0.2379124, 0.5884167, 1.5079739", \
					  "0.0481318, 0.0550107, 0.0708271, 0.1113797, 0.2384673, 0.5929311, 1.4976785");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2991743, 0.3094274, 0.3293418, 0.3652558, 0.4286654, 0.5522528, 0.8227216", \
					  "0.3013755, 0.3115841, 0.3315373, 0.3675449, 0.4318882, 0.5552419, 0.8237719", \
					  "0.3113661, 0.3216204, 0.3416741, 0.3775295, 0.4420385, 0.5651902, 0.8335375", \
					  "0.3404282, 0.3506890, 0.3703984, 0.4062480, 0.4709224, 0.5939811, 0.8626120", \
					  "0.4095408, 0.4197746, 0.4388506, 0.4754938, 0.5400030, 0.6627834, 0.9328354", \
					  "0.5698276, 0.5801377, 0.6001505, 0.6359932, 0.7001649, 0.8238065, 1.0940310", \
					  "0.8818937, 0.8941300, 0.9175987, 0.9582113, 1.0288888, 1.1584004, 1.4324769");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0473578, 0.0533539, 0.0656448, 0.0907286, 0.1445461, 0.2678462, 0.5965562", \
					  "0.0474877, 0.0535477, 0.0657843, 0.0904605, 0.1443348, 0.2683387, 0.5963195", \
					  "0.0472149, 0.0531158, 0.0654970, 0.0902304, 0.1434081, 0.2675119, 0.5961828", \
					  "0.0472751, 0.0530692, 0.0652395, 0.0903186, 0.1431496, 0.2676184, 0.5968289", \
					  "0.0474360, 0.0533474, 0.0656787, 0.0903243, 0.1433893, 0.2675575, 0.5949055", \
					  "0.0490792, 0.0545207, 0.0662944, 0.0911502, 0.1454860, 0.2684880, 0.5948139", \
					  "0.0624709, 0.0686846, 0.0813737, 0.1070638, 0.1579295, 0.2778580, 0.6008383");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0560284, 0.0624621, 0.0780584, 0.1165121, 0.2132987, 0.4620981, 1.1063792", \
					  "0.0611328, 0.0675929, 0.0832062, 0.1216588, 0.2187412, 0.4676691, 1.1133678", \
					  "0.0733342, 0.0797561, 0.0952057, 0.1334201, 0.2308431, 0.4799441, 1.1263614", \
					  "0.0977203, 0.1042607, 0.1197390, 0.1578352, 0.2550866, 0.5071986, 1.1507657", \
					  "0.1338299, 0.1409299, 0.1569253, 0.1951358, 0.2923932, 0.5427784, 1.1878053", \
					  "0.1816688, 0.1908967, 0.2085170, 0.2475331, 0.3444562, 0.5935636, 1.2398405", \
					  "0.2287647, 0.2412656, 0.2652114, 0.3096461, 0.4054369, 0.6561263, 1.2976539");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0193838, 0.0268195, 0.0466991, 0.0994554, 0.2370449, 0.5936462, 1.5011941", \
					  "0.0194075, 0.0268372, 0.0465771, 0.0995513, 0.2374628, 0.5885687, 1.5076640", \
					  "0.0193989, 0.0268005, 0.0465648, 0.0995661, 0.2375955, 0.5894337, 1.5102568", \
					  "0.0206558, 0.0278182, 0.0471112, 0.0994657, 0.2362132, 0.5957039, 1.4999404", \
					  "0.0250048, 0.0312959, 0.0491767, 0.0997049, 0.2362120, 0.5875157, 1.5104422", \
					  "0.0337899, 0.0398171, 0.0559293, 0.1025431, 0.2373516, 0.5886984, 1.4974849", \
					  "0.0508144, 0.0584838, 0.0737649, 0.1134429, 0.2392277, 0.5945359, 1.4975376");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2645997, 0.2749073, 0.2949746, 0.3308770, 0.3952424, 0.5184341, 0.7876491", \
					  "0.2657541, 0.2758744, 0.2959234, 0.3319544, 0.3962277, 0.5196790, 0.7889206", \
					  "0.2737627, 0.2839805, 0.3037678, 0.3396300, 0.4042304, 0.5269694, 0.7975489", \
					  "0.2982159, 0.3085456, 0.3284382, 0.3643298, 0.4287848, 0.5520711, 0.8222104", \
					  "0.3673587, 0.3776763, 0.3975456, 0.4331401, 0.4976837, 0.6215540, 0.8915788", \
					  "0.5251268, 0.5357644, 0.5560025, 0.5897880, 0.6546307, 0.7784049, 1.0468777", \
					  "0.8104589, 0.8240201, 0.8503860, 0.8944250, 0.9666989, 1.0964005, 1.3655870");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0471946, 0.0530729, 0.0654057, 0.0901174, 0.1437454, 0.2682607, 0.5962594", \
					  "0.0475274, 0.0532354, 0.0657164, 0.0903537, 0.1439497, 0.2682317, 0.5961476", \
					  "0.0473898, 0.0533259, 0.0652471, 0.0912168, 0.1432611, 0.2676628, 0.5965912", \
					  "0.0472122, 0.0533107, 0.0655288, 0.0902394, 0.1442558, 0.2683326, 0.5961650", \
					  "0.0474325, 0.0531123, 0.0652342, 0.0910023, 0.1444164, 0.2681654, 0.5958529", \
					  "0.0503979, 0.0559994, 0.0674779, 0.0914000, 0.1457442, 0.2681178, 0.5954733", \
					  "0.0724725, 0.0791690, 0.0917444, 0.1168950, 0.1643808, 0.2809998, 0.6032875");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001659;
			capacitance : 0.001543;
			fall_capacitance : 0.001426;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010041, -0.0010158, -0.0010426, -0.0010467, -0.0010561, -0.0010780, -0.0011282");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0012120, 0.0011991, 0.0011694, 0.0011687, 0.0011670, 0.0011631, 0.0011541");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001710;
			capacitance : 0.001618;
			fall_capacitance : 0.001526;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015317, -0.0015587, -0.0016209, -0.0016222, -0.0016253, -0.0016325, -0.0016490");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016983, 0.0016842, 0.0016516, 0.0016515, 0.0016510, 0.0016501, 0.0016478");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001480;
			capacitance : 0.001384;
			fall_capacitance : 0.001288;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005495, -0.0005478, -0.0005439, -0.0005441, -0.0005446, -0.0005458, -0.0005485");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0007900, 0.0007899, 0.0007898, 0.0007919, 0.0007966, 0.0008076, 0.0008328");
				}
			}
		}
	}
	cell ("scs8hd_or3_2") {
		area : 7.507200;
		cell_footprint : "or3";
		cell_leakage_power : 1.415640e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.1744796e-05";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0009130";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "2.8454805e-05";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "3.3101400e-05";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "2.8569957e-05";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "3.6743856e-05";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "2.8443607e-05";
			when : "A&B&C";
		}
		leakage_power () {
			value : "3.2430618e-05";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C)";
			max_capacitance : 0.271922;
			max_transition : 1.512619;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0101010, 0.0113326, 0.0147182, 0.0239900, 0.0501613, 0.1251506, 0.3374943", \
					  "0.0100912, 0.0113345, 0.0146747, 0.0240204, 0.0500820, 0.1247175, 0.3388673", \
					  "0.0100927, 0.0113038, 0.0146839, 0.0240107, 0.0501001, 0.1247360, 0.3388884", \
					  "0.0100147, 0.0112228, 0.0145822, 0.0238792, 0.0500927, 0.1251208, 0.3371409", \
					  "0.0099451, 0.0111424, 0.0143980, 0.0237353, 0.0497843, 0.1250639, 0.3370502", \
					  "0.0101270, 0.0112793, 0.0145547, 0.0237969, 0.0498100, 0.1242068, 0.3386370", \
					  "0.0101472, 0.0112981, 0.0145453, 0.0239545, 0.0501066, 0.1248461, 0.3384623");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0084904, 0.0074656, 0.0047306, -0.0033038, -0.0280298, -0.1018681, -0.3165795", \
					  "0.0085049, 0.0074485, 0.0046843, -0.0034625, -0.0280502, -0.1019053, -0.3166708", \
					  "0.0083285, 0.0072619, 0.0045737, -0.0036111, -0.0282025, -0.1020854, -0.3168072", \
					  "0.0081485, 0.0072117, 0.0044002, -0.0037115, -0.0283646, -0.1022276, -0.3169184", \
					  "0.0079666, 0.0070267, 0.0043366, -0.0038512, -0.0284850, -0.1023266, -0.3170118", \
					  "0.0078770, 0.0069956, 0.0041770, -0.0039480, -0.0285937, -0.1024148, -0.3170717", \
					  "0.0083380, 0.0071988, 0.0041307, -0.0041624, -0.0287421, -0.1025086, -0.3170936");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0098222, 0.0110626, 0.0144466, 0.0239476, 0.0503105, 0.1255574, 0.3395057", \
					  "0.0098692, 0.0111080, 0.0145374, 0.0239391, 0.0504099, 0.1249368, 0.3394109", \
					  "0.0099420, 0.0111757, 0.0146048, 0.0240507, 0.0505427, 0.1250645, 0.3395201", \
					  "0.0098654, 0.0110898, 0.0144664, 0.0237826, 0.0502071, 0.1254606, 0.3375871", \
					  "0.0097413, 0.0109327, 0.0142943, 0.0235522, 0.0498809, 0.1249546, 0.3393529", \
					  "0.0098867, 0.0110521, 0.0144002, 0.0235155, 0.0498575, 0.1241218, 0.3376958", \
					  "0.0099260, 0.0110852, 0.0143296, 0.0235137, 0.0497739, 0.1248359, 0.3365987");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0074465, 0.0066282, 0.0038060, -0.0043476, -0.0289616, -0.1027751, -0.3175668", \
					  "0.0074149, 0.0064928, 0.0037389, -0.0043676, -0.0290207, -0.1027492, -0.3175098", \
					  "0.0074622, 0.0066069, 0.0036605, -0.0044003, -0.0290891, -0.1028972, -0.3175246", \
					  "0.0072560, 0.0063316, 0.0036377, -0.0045491, -0.0291676, -0.1029901, -0.3176308", \
					  "0.0074001, 0.0063304, 0.0035715, -0.0045652, -0.0292451, -0.1030656, -0.3177002", \
					  "0.0071684, 0.0062104, 0.0034687, -0.0046652, -0.0293443, -0.1031401, -0.3177656", \
					  "0.0072921, 0.0061182, 0.0032571, -0.0046588, -0.0293335, -0.1032792, -0.3178534");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0089679, 0.0102020, 0.0136267, 0.0230592, 0.0495193, 0.1248499, 0.3372934", \
					  "0.0089802, 0.0102281, 0.0136356, 0.0230759, 0.0495803, 0.1244317, 0.3386224", \
					  "0.0089661, 0.0102001, 0.0136227, 0.0230697, 0.0495538, 0.1242531, 0.3377030", \
					  "0.0089120, 0.0101231, 0.0134284, 0.0228633, 0.0490427, 0.1234676, 0.3369642", \
					  "0.0087345, 0.0099265, 0.0133089, 0.0225563, 0.0488413, 0.1237805, 0.3378982", \
					  "0.0087890, 0.0099766, 0.0132871, 0.0225886, 0.0487120, 0.1232464, 0.3350596", \
					  "0.0087246, 0.0098689, 0.0131446, 0.0224920, 0.0485978, 0.1236127, 0.3374181");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0072984, 0.0062481, 0.0035089, -0.0044572, -0.0292417, -0.1029840, -0.3176323", \
					  "0.0071324, 0.0062006, 0.0034873, -0.0046883, -0.0293398, -0.1031051, -0.3177027", \
					  "0.0069981, 0.0060818, 0.0033124, -0.0047602, -0.0294196, -0.1032026, -0.3178224", \
					  "0.0070209, 0.0059604, 0.0032394, -0.0048010, -0.0294792, -0.1033070, -0.3179097", \
					  "0.0068227, 0.0058924, 0.0032074, -0.0049681, -0.0296088, -0.1033979, -0.3179902", \
					  "0.0069798, 0.0061043, 0.0033001, -0.0049356, -0.0296415, -0.1034778, -0.3180617", \
					  "0.0080902, 0.0068913, 0.0035892, -0.0050467, -0.0296812, -0.1034587, -0.3179880");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0703457, 0.0753588, 0.0875607, 0.1181943, 0.2016520, 0.4395209, 1.1157748", \
					  "0.0753488, 0.0803614, 0.0924484, 0.1230938, 0.2067052, 0.4437787, 1.1205601", \
					  "0.0871187, 0.0920789, 0.1042061, 0.1348561, 0.2185346, 0.4556535, 1.1324094", \
					  "0.1145108, 0.1194663, 0.1315500, 0.1620145, 0.2456828, 0.4836055, 1.1606919", \
					  "0.1607546, 0.1664294, 0.1790514, 0.2102691, 0.2942649, 0.5324444, 1.2094550", \
					  "0.2224713, 0.2296049, 0.2453342, 0.2784573, 0.3624049, 0.5986762, 1.2779948", \
					  "0.2905718, 0.3008249, 0.3219964, 0.3621045, 0.4469599, 0.6839254, 1.3590309");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0178524, 0.0226345, 0.0361762, 0.0761363, 0.1934856, 0.5310130, 1.5028556", \
					  "0.0178625, 0.0225432, 0.0361343, 0.0761477, 0.1940225, 0.5333403, 1.5000896", \
					  "0.0177808, 0.0225780, 0.0361525, 0.0761638, 0.1941527, 0.5334436, 1.5001743", \
					  "0.0180456, 0.0228151, 0.0363181, 0.0761556, 0.1935510, 0.5318673, 1.5019302", \
					  "0.0226553, 0.0270071, 0.0395989, 0.0775552, 0.1941976, 0.5320158, 1.5018851", \
					  "0.0318375, 0.0364438, 0.0478998, 0.0818418, 0.1957586, 0.5303318, 1.4995010", \
					  "0.0482860, 0.0536341, 0.0657713, 0.0968233, 0.1995277, 0.5370074, 1.4977880");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.4279596, 0.4381362, 0.4592411, 0.4976731, 0.5665430, 0.6948255, 0.9676612", \
					  "0.4307563, 0.4409913, 0.4621289, 0.5008893, 0.5693808, 0.6964147, 0.9698778", \
					  "0.4411715, 0.4513386, 0.4723671, 0.5105488, 0.5790886, 0.7069695, 0.9800267", \
					  "0.4694124, 0.4794667, 0.5006106, 0.5392947, 0.6079011, 0.7357308, 1.0087027", \
					  "0.5353502, 0.5455091, 0.5665621, 0.6051165, 0.6737924, 0.8019398, 1.0743428", \
					  "0.6839950, 0.6940522, 0.7152753, 0.7540096, 0.8224322, 0.9505120, 1.2240270", \
					  "1.0000919, 1.0113391, 1.0338974, 1.0756062, 1.1461341, 1.2773181, 1.5521914");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0660715, 0.0708965, 0.0817601, 0.1042116, 0.1518907, 0.2630812, 0.5623728", \
					  "0.0662823, 0.0712160, 0.0813142, 0.1034371, 0.1516354, 0.2639759, 0.5621902", \
					  "0.0661234, 0.0711288, 0.0813334, 0.1035574, 0.1519675, 0.2614975, 0.5638761", \
					  "0.0661193, 0.0711760, 0.0815908, 0.1035894, 0.1505349, 0.2623738, 0.5641501", \
					  "0.0660515, 0.0708830, 0.0817612, 0.1040312, 0.1503259, 0.2629685, 0.5638841", \
					  "0.0661253, 0.0709926, 0.0818082, 0.1034218, 0.1505569, 0.2629804, 0.5624614", \
					  "0.0756958, 0.0804839, 0.0916779, 0.1126599, 0.1631389, 0.2686646, 0.5663245");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0689690, 0.0739542, 0.0859933, 0.1169395, 0.2013305, 0.4383404, 1.1178880", \
					  "0.0739122, 0.0788491, 0.0910328, 0.1217590, 0.2059550, 0.4436796, 1.1202020", \
					  "0.0857962, 0.0907744, 0.1026575, 0.1334905, 0.2177093, 0.4553712, 1.1320384", \
					  "0.1125660, 0.1175292, 0.1296004, 0.1602179, 0.2443199, 0.4829177, 1.1603051", \
					  "0.1574466, 0.1632156, 0.1761859, 0.2074086, 0.2913722, 0.5288426, 1.2062124", \
					  "0.2173975, 0.2247706, 0.2407091, 0.2734864, 0.3572679, 0.5947923, 1.2721532", \
					  "0.2824782, 0.2928253, 0.3139385, 0.3542628, 0.4402622, 0.6763105, 1.3524659");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0173351, 0.0220921, 0.0356154, 0.0757782, 0.1940500, 0.5323489, 1.4968146", \
					  "0.0173549, 0.0220900, 0.0355892, 0.0757130, 0.1938894, 0.5321429, 1.5006806", \
					  "0.0173581, 0.0220662, 0.0356088, 0.0757879, 0.1938832, 0.5316816, 1.5007714", \
					  "0.0178638, 0.0225088, 0.0359098, 0.0758691, 0.1941333, 0.5320258, 1.5020919", \
					  "0.0229353, 0.0272414, 0.0392710, 0.0770590, 0.1939365, 0.5341717, 1.5005773", \
					  "0.0318504, 0.0363901, 0.0479094, 0.0821469, 0.1952982, 0.5309470, 1.4947411", \
					  "0.0488772, 0.0545280, 0.0672822, 0.0983187, 0.1995861, 0.5348226, 1.4915288");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.4027228, 0.4130204, 0.4341324, 0.4726747, 0.5414679, 0.6694829, 0.9423632", \
					  "0.4055285, 0.4156580, 0.4367277, 0.4754645, 0.5440620, 0.6707992, 0.9443061", \
					  "0.4154760, 0.4255729, 0.4466180, 0.4852201, 0.5538200, 0.6818014, 0.9538889", \
					  "0.4437211, 0.4538979, 0.4748817, 0.5135793, 0.5821283, 0.7103789, 0.9809523", \
					  "0.5128896, 0.5229590, 0.5440159, 0.5826175, 0.6511531, 0.7791694, 1.0515609", \
					  "0.6763900, 0.6865044, 0.7074845, 0.7461502, 0.8146368, 0.9429145, 1.2160032", \
					  "1.0216857, 1.0329926, 1.0564806, 1.0981610, 1.1711740, 1.3019483, 1.5736035");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0660664, 0.0711621, 0.0817770, 0.1032940, 0.1504285, 0.2630293, 0.5624042", \
					  "0.0660522, 0.0708837, 0.0817446, 0.1035430, 0.1510752, 0.2639509, 0.5628098", \
					  "0.0661704, 0.0711046, 0.0815751, 0.1036148, 0.1510438, 0.2614640, 0.5630490", \
					  "0.0662482, 0.0710763, 0.0818239, 0.1040101, 0.1501595, 0.2630191, 0.5648740", \
					  "0.0662768, 0.0709048, 0.0815639, 0.1036448, 0.1500627, 0.2622484, 0.5643340", \
					  "0.0663357, 0.0710724, 0.0818005, 0.1035433, 0.1502844, 0.2629394, 0.5621743", \
					  "0.0784479, 0.0830777, 0.0940854, 0.1155907, 0.1623998, 0.2692349, 0.5683973");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0667198, 0.0717266, 0.0839804, 0.1149104, 0.1990124, 0.4366991, 1.1148190", \
					  "0.0719495, 0.0769490, 0.0891141, 0.1200727, 0.2041605, 0.4415293, 1.1199771", \
					  "0.0840321, 0.0890579, 0.1012747, 0.1321654, 0.2163204, 0.4543797, 1.1355487", \
					  "0.1115059, 0.1165361, 0.1284975, 0.1593747, 0.2437593, 0.4815826, 1.1603859", \
					  "0.1558323, 0.1617101, 0.1749760, 0.2063696, 0.2902582, 0.5282665, 1.2073059", \
					  "0.2179147, 0.2254813, 0.2418395, 0.2753612, 0.3594514, 0.5961651, 1.2745590", \
					  "0.2892096, 0.3000029, 0.3222377, 0.3631729, 0.4487532, 0.6859293, 1.3605819");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0175515, 0.0223352, 0.0358044, 0.0756462, 0.1935513, 0.5345780, 1.4963688", \
					  "0.0176039, 0.0223585, 0.0358193, 0.0757515, 0.1938148, 0.5336585, 1.5001619", \
					  "0.0175995, 0.0223281, 0.0358167, 0.0758168, 0.1939582, 0.5327443, 1.5126185", \
					  "0.0181547, 0.0228074, 0.0362665, 0.0758695, 0.1928316, 0.5318828, 1.5058379", \
					  "0.0236991, 0.0280258, 0.0399595, 0.0774672, 0.1940719, 0.5339880, 1.4952212", \
					  "0.0337232, 0.0380769, 0.0498473, 0.0831146, 0.1949641, 0.5301058, 1.4965553", \
					  "0.0516055, 0.0568323, 0.0691529, 0.1008240, 0.2008747, 0.5357498, 1.4967337");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.3669240, 0.3770439, 0.3981336, 0.4368481, 0.5053261, 0.6328662, 0.9063444", \
					  "0.3688200, 0.3790353, 0.4001151, 0.4387737, 0.5073486, 0.6357372, 0.9065186", \
					  "0.3767955, 0.3869541, 0.4079808, 0.4466680, 0.5152415, 0.6435472, 0.9158447", \
					  "0.4018021, 0.4118991, 0.4328356, 0.4713937, 0.5401024, 0.6680021, 0.9410315", \
					  "0.4693145, 0.4794475, 0.5004089, 0.5390872, 0.6069256, 0.7350350, 1.0082359", \
					  "0.6279949, 0.6379650, 0.6589515, 0.6975640, 0.7660242, 0.8938028, 1.1673393", \
					  "0.9589265, 0.9710436, 0.9962451, 1.0407838, 1.1153074, 1.2477105, 1.5229058");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0661488, 0.0708725, 0.0817311, 0.1041622, 0.1506639, 0.2618456, 0.5634309", \
					  "0.0663432, 0.0711828, 0.0817327, 0.1040755, 0.1517739, 0.2631116, 0.5648126", \
					  "0.0662280, 0.0711206, 0.0815044, 0.1034752, 0.1500522, 0.2629216, 0.5633167", \
					  "0.0661432, 0.0708200, 0.0812618, 0.1046774, 0.1509728, 0.2617881, 0.5637376", \
					  "0.0662824, 0.0710946, 0.0818837, 0.1041019, 0.1521120, 0.2625974, 0.5638173", \
					  "0.0665810, 0.0715734, 0.0823579, 0.1039942, 0.1523126, 0.2625207, 0.5620052", \
					  "0.0879990, 0.0926861, 0.1031506, 0.1245859, 0.1680205, 0.2739095, 0.5666024");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001637;
			capacitance : 0.001530;
			fall_capacitance : 0.001423;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0009976, -0.0010106, -0.0010406, -0.0010446, -0.0010536, -0.0010745, -0.0011227");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011748, 0.0011733, 0.0011698, 0.0011704, 0.0011716, 0.0011745, 0.0011811");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001691;
			capacitance : 0.001606;
			fall_capacitance : 0.001521;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0014658, -0.0015142, -0.0016258, -0.0016266, -0.0016285, -0.0016328, -0.0016428");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017159, 0.0016965, 0.0016520, 0.0016526, 0.0016539, 0.0016569, 0.0016639");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001455;
			capacitance : 0.001367;
			fall_capacitance : 0.001278;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005472, -0.0005494, -0.0005544, -0.0005545, -0.0005545, -0.0005547, -0.0005550");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0007971, 0.0007965, 0.0007951, 0.0007975, 0.0008031, 0.0008161, 0.0008459");
				}
			}
		}
	}
	cell ("scs8hd_or3_4") {
		area : 11.260800;
		cell_footprint : "or3";
		cell_leakage_power : 4.331507e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004286";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0014856";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0004270";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "9.1267543e-05";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0004271";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "8.7432354e-05";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0004270";
			when : "A&B&C";
		}
		leakage_power () {
			value : "9.1169734e-05";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C)";
			max_capacitance : 0.455942;
			max_transition : 1.512352;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001557017, 0.004848604, 0.01509872, 0.04701791, 0.1464154, 0.4559425");
					values("0.0204460, 0.0218803, 0.0261853, 0.0390616, 0.0779672, 0.1978780, 0.5733486", \
					  "0.0204066, 0.0218375, 0.0261501, 0.0390181, 0.0779158, 0.1978686, 0.5733149", \
					  "0.0203954, 0.0218394, 0.0261359, 0.0389409, 0.0779350, 0.1987315, 0.5713212", \
					  "0.0202196, 0.0216228, 0.0258794, 0.0387045, 0.0778478, 0.1986248, 0.5710546", \
					  "0.0202196, 0.0215973, 0.0258093, 0.0383598, 0.0773264, 0.1984145, 0.5728063", \
					  "0.0205449, 0.0218786, 0.0260567, 0.0387463, 0.0769406, 0.1968829, 0.5707495", \
					  "0.0205839, 0.0219315, 0.0259318, 0.0387938, 0.0773441, 0.1978405, 0.5690386");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001557017, 0.004848604, 0.01509872, 0.04701791, 0.1464154, 0.4559425");
					values("0.0154816, 0.0142780, 0.0110939, 0.0003867, -0.0354925, -0.1530551, -0.5286522", \
					  "0.0156580, 0.0142502, 0.0109558, -6.7000000e-05, -0.0355688, -0.1531859, -0.5287914", \
					  "0.0152347, 0.0140650, 0.0107043, -0.0001192, -0.0356051, -0.1533592, -0.5289667", \
					  "0.0150554, 0.0138386, 0.0103465, -0.0002090, -0.0358311, -0.1534425, -0.5290831", \
					  "0.0150174, 0.0138398, 0.0103143, -0.0004487, -0.0361140, -0.1536014, -0.5291937", \
					  "0.0145852, 0.0137486, 0.0103373, -0.0005751, -0.0362176, -0.1537548, -0.5292668", \
					  "0.0145773, 0.0131699, 0.0098849, -0.0009699, -0.0363583, -0.1539086, -0.5293170");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001557017, 0.004848604, 0.01509872, 0.04701791, 0.1464154, 0.4559425");
					values("0.0199722, 0.0214294, 0.0257243, 0.0387703, 0.0778570, 0.1993888, 0.5717307", \
					  "0.0200044, 0.0214385, 0.0258066, 0.0387487, 0.0781212, 0.1983176, 0.5720424", \
					  "0.0199982, 0.0214516, 0.0257972, 0.0387523, 0.0780653, 0.1993534, 0.5714841", \
					  "0.0198328, 0.0212327, 0.0255258, 0.0383603, 0.0777725, 0.1984250, 0.5740472", \
					  "0.0197431, 0.0209775, 0.0252027, 0.0381059, 0.0770107, 0.1980034, 0.5737998", \
					  "0.0197610, 0.0211075, 0.0252892, 0.0377517, 0.0766303, 0.1963302, 0.5727949", \
					  "0.0197700, 0.0210892, 0.0252003, 0.0379628, 0.0764624, 0.1960911, 0.5718926");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001557017, 0.004848604, 0.01509872, 0.04701791, 0.1464154, 0.4559425");
					values("0.0140930, 0.0129072, 0.0093232, -0.0012053, -0.0368531, -0.1544688, -0.5300032", \
					  "0.0140247, 0.0127314, 0.0094646, -0.0013896, -0.0370100, -0.1545684, -0.5301280", \
					  "0.0139215, 0.0126648, 0.0092371, -0.0013116, -0.0371695, -0.1547126, -0.5302794", \
					  "0.0137216, 0.0125449, 0.0089450, -0.0017482, -0.0373818, -0.1548506, -0.5303822", \
					  "0.0137498, 0.0125985, 0.0089875, -0.0017166, -0.0374028, -0.1549616, -0.5304834", \
					  "0.0135985, 0.0124006, 0.0089773, -0.0019276, -0.0375949, -0.1551150, -0.5306031", \
					  "0.0129297, 0.0118814, 0.0084955, -0.0024371, -0.0380119, -0.1554523, -0.5307339");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001557017, 0.004848604, 0.01509872, 0.04701791, 0.1464154, 0.4559425");
					values("0.0179573, 0.0194045, 0.0237552, 0.0368152, 0.0760962, 0.1977922, 0.5664232", \
					  "0.0179443, 0.0194223, 0.0237686, 0.0367802, 0.0761096, 0.1968015, 0.5704031", \
					  "0.0179221, 0.0193642, 0.0236872, 0.0367139, 0.0759845, 0.1965132, 0.5689123", \
					  "0.0178021, 0.0192180, 0.0233320, 0.0363088, 0.0753797, 0.1957884, 0.5662359", \
					  "0.0175758, 0.0189423, 0.0231403, 0.0358485, 0.0749217, 0.1949201, 0.5713670", \
					  "0.0177684, 0.0191054, 0.0232296, 0.0359683, 0.0743225, 0.1945904, 0.5691580", \
					  "0.0174450, 0.0187408, 0.0229665, 0.0357042, 0.0742799, 0.1936183, 0.5695309");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001557017, 0.004848604, 0.01509872, 0.04701791, 0.1464154, 0.4559425");
					values("0.0135247, 0.0122719, 0.0089777, -0.0018124, -0.0374887, -0.1550024, -0.5304831", \
					  "0.0133800, 0.0119705, 0.0088251, -0.0020718, -0.0376044, -0.1551193, -0.5306400", \
					  "0.0131327, 0.0118506, 0.0086624, -0.0022322, -0.0378738, -0.1552885, -0.5307675", \
					  "0.0130166, 0.0117958, 0.0083618, -0.0022609, -0.0380055, -0.1554313, -0.5309258", \
					  "0.0126659, 0.0116622, 0.0084166, -0.0025610, -0.0381151, -0.1556343, -0.5310961", \
					  "0.0127999, 0.0115268, 0.0082362, -0.0027225, -0.0383974, -0.1558268, -0.5312003", \
					  "0.0154470, 0.0141018, 0.0099872, -0.0023777, -0.0384326, -0.1557950, -0.5311193");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0757373, 0.0791981, 0.0886534, 0.1143376, 0.1891649, 0.4184050, 1.1283874", \
					  "0.0803103, 0.0837623, 0.0931994, 0.1189037, 0.1937056, 0.4229326, 1.1329030", \
					  "0.0911724, 0.0946481, 0.1041137, 0.1296971, 0.2045836, 0.4341189, 1.1427544", \
					  "0.1168631, 0.1202846, 0.1297730, 0.1552484, 0.2300369, 0.4597696, 1.1695880", \
					  "0.1600689, 0.1639260, 0.1739894, 0.1997040, 0.2742806, 0.5032149, 1.2156812", \
					  "0.2137634, 0.2186650, 0.2308673, 0.2587811, 0.3329039, 0.5610692, 1.2720516", \
					  "0.2609722, 0.2676880, 0.2841859, 0.3187169, 0.3953586, 0.6226694, 1.3320478");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0189982, 0.0222113, 0.0322366, 0.0645694, 0.1680733, 0.4928969, 1.5026699", \
					  "0.0189463, 0.0222323, 0.0323264, 0.0645830, 0.1681430, 0.4929962, 1.5027991", \
					  "0.0188524, 0.0221269, 0.0321730, 0.0645766, 0.1684184, 0.4920252, 1.5061883", \
					  "0.0193433, 0.0225675, 0.0325018, 0.0645050, 0.1686862, 0.4922626, 1.5075210", \
					  "0.0235608, 0.0266040, 0.0355037, 0.0657611, 0.1679969, 0.4921933, 1.5004541", \
					  "0.0326343, 0.0356782, 0.0442406, 0.0710695, 0.1695459, 0.4908665, 1.5073440", \
					  "0.0495467, 0.0531395, 0.0628888, 0.0876943, 0.1748115, 0.4958786, 1.4958612");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.3828929, 0.3890467, 0.4040852, 0.4349020, 0.4927374, 0.6052965, 0.8555257", \
					  "0.3875917, 0.3937033, 0.4087188, 0.4399117, 0.4975900, 0.6095871, 0.8617943", \
					  "0.4007802, 0.4069691, 0.4218180, 0.4530981, 0.5108955, 0.6234231, 0.8746590", \
					  "0.4344071, 0.4405223, 0.4554893, 0.4862077, 0.5434430, 0.6558298, 0.9083284", \
					  "0.5089690, 0.5150927, 0.5299968, 0.5607901, 0.6186179, 0.7297526, 0.9822023", \
					  "0.6757707, 0.6818961, 0.6969224, 0.7275475, 0.7854294, 0.8976342, 1.1503629", \
					  "1.0350441, 1.0418323, 1.0576627, 1.0906972, 1.1517228, 1.2664476, 1.5201536");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0654366, 0.0681245, 0.0751590, 0.0918284, 0.1278957, 0.2212386, 0.4975854", \
					  "0.0655355, 0.0680835, 0.0751679, 0.0908099, 0.1272894, 0.2222090, 0.4972017", \
					  "0.0655212, 0.0680640, 0.0750935, 0.0913792, 0.1276727, 0.2226420, 0.4962901", \
					  "0.0654184, 0.0680997, 0.0748699, 0.0918497, 0.1297750, 0.2224871, 0.4965898", \
					  "0.0653213, 0.0680751, 0.0748111, 0.0913519, 0.1287366, 0.2211985, 0.4968964", \
					  "0.0653445, 0.0679205, 0.0752140, 0.0915871, 0.1278470, 0.2221055, 0.4969651", \
					  "0.0750712, 0.0776525, 0.0844743, 0.1005295, 0.1369079, 0.2283927, 0.4989428");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0763277, 0.0798704, 0.0893594, 0.1152823, 0.1906863, 0.4198662, 1.1308285", \
					  "0.0808845, 0.0844159, 0.0940283, 0.1198928, 0.1953430, 0.4249802, 1.1352632", \
					  "0.0918116, 0.0953480, 0.1049302, 0.1307677, 0.2059033, 0.4351850, 1.1468265", \
					  "0.1173896, 0.1208345, 0.1303483, 0.1561188, 0.2312533, 0.4608768, 1.1718214", \
					  "0.1601625, 0.1637676, 0.1739255, 0.2001676, 0.2752776, 0.5045971, 1.2154926", \
					  "0.2130489, 0.2180519, 0.2304950, 0.2583026, 0.3333711, 0.5617573, 1.2753688", \
					  "0.2599949, 0.2669289, 0.2838140, 0.3190966, 0.3959274, 0.6231798, 1.3328303");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0191050, 0.0222218, 0.0322724, 0.0643997, 0.1677117, 0.4923811, 1.5075052", \
					  "0.0190623, 0.0222856, 0.0323527, 0.0644381, 0.1683601, 0.4928810, 1.5043083", \
					  "0.0191199, 0.0222972, 0.0322857, 0.0643521, 0.1682402, 0.4926742, 1.5060624", \
					  "0.0194126, 0.0226348, 0.0326433, 0.0645301, 0.1686758, 0.4944052, 1.5032556", \
					  "0.0240060, 0.0271382, 0.0360906, 0.0659969, 0.1681631, 0.4936961, 1.5036156", \
					  "0.0335215, 0.0363794, 0.0449505, 0.0721094, 0.1699999, 0.4900149, 1.4996383", \
					  "0.0512498, 0.0546422, 0.0641692, 0.0893233, 0.1754008, 0.4940933, 1.4975222");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.3649643, 0.3711824, 0.3861213, 0.4167815, 0.4747172, 0.5873358, 0.8374106", \
					  "0.3686149, 0.3747348, 0.3896736, 0.4209181, 0.4785844, 0.5911810, 0.8427041", \
					  "0.3804665, 0.3870936, 0.4020028, 0.4326747, 0.4907577, 0.6030713, 0.8555638", \
					  "0.4126729, 0.4187982, 0.4336970, 0.4644758, 0.5223299, 0.6348496, 0.8849672", \
					  "0.4880638, 0.4941840, 0.5090826, 0.5398970, 0.5977711, 0.7101490, 0.9618238", \
					  "0.6655912, 0.6716940, 0.6867737, 0.7174228, 0.7752188, 0.8877835, 1.1402991", \
					  "1.0449509, 1.0518538, 1.0687689, 1.1023196, 1.1638610, 1.2795568, 1.5332707");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0655123, 0.0680473, 0.0748999, 0.0922266, 0.1283411, 0.2211741, 0.4976429", \
					  "0.0653890, 0.0680106, 0.0750787, 0.0908046, 0.1272467, 0.2212237, 0.4970244", \
					  "0.0653642, 0.0680689, 0.0748995, 0.0918118, 0.1278429, 0.2208458, 0.4965114", \
					  "0.0653607, 0.0680997, 0.0748697, 0.0910704, 0.1287860, 0.2211500, 0.4978821", \
					  "0.0655744, 0.0682646, 0.0751837, 0.0910438, 0.1276818, 0.2216056, 0.4974293", \
					  "0.0653403, 0.0681133, 0.0752627, 0.0913948, 0.1275385, 0.2217260, 0.4968131", \
					  "0.0785464, 0.0811973, 0.0878860, 0.1032327, 0.1381412, 0.2287248, 0.4988412");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0743249, 0.0778952, 0.0876207, 0.1136919, 0.1892104, 0.4192147, 1.1279637", \
					  "0.0790393, 0.0827009, 0.0924020, 0.1184493, 0.1938925, 0.4242694, 1.1397122", \
					  "0.0905629, 0.0941355, 0.1038278, 0.1298713, 0.2053216, 0.4345476, 1.1452908", \
					  "0.1165135, 0.1200852, 0.1294903, 0.1553425, 0.2304206, 0.4609802, 1.1714858", \
					  "0.1592651, 0.1632722, 0.1736130, 0.2000191, 0.2749458, 0.5049084, 1.2175434", \
					  "0.2147244, 0.2198310, 0.2325110, 0.2612619, 0.3358948, 0.5645920, 1.2778105", \
					  "0.2684336, 0.2755801, 0.2928049, 0.3292051, 0.4068565, 0.6345687, 1.3432235");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0192061, 0.0225125, 0.0326128, 0.0646413, 0.1681775, 0.4964253, 1.5002510", \
					  "0.0192781, 0.0224407, 0.0326114, 0.0644366, 0.1678874, 0.4965763, 1.5123525", \
					  "0.0192329, 0.0225256, 0.0325415, 0.0646698, 0.1684311, 0.4918936, 1.5003058", \
					  "0.0196527, 0.0228539, 0.0329790, 0.0645913, 0.1690752, 0.4910231, 1.5013175", \
					  "0.0248418, 0.0277916, 0.0368141, 0.0663959, 0.1679767, 0.4909117, 1.5019334", \
					  "0.0351696, 0.0382055, 0.0467380, 0.0730063, 0.1698239, 0.4908441, 1.5122027", \
					  "0.0538610, 0.0573794, 0.0674127, 0.0923545, 0.1767963, 0.4949248, 1.4977988");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.3292366, 0.3353572, 0.3504077, 0.3812441, 0.4391558, 0.5512419, 0.8038866", \
					  "0.3318219, 0.3379722, 0.3530522, 0.3837870, 0.4415630, 0.5540848, 0.8061826", \
					  "0.3406839, 0.3468597, 0.3617401, 0.3927165, 0.4504787, 0.5629413, 0.8139392", \
					  "0.3685519, 0.3746880, 0.3897273, 0.4204861, 0.4783027, 0.5908662, 0.8419689", \
					  "0.4366792, 0.4427967, 0.4576439, 0.4887568, 0.5463553, 0.6586575, 0.9109560", \
					  "0.5997467, 0.6058276, 0.6206253, 0.6513090, 0.7090759, 0.8208139, 1.0732794", \
					  "0.9362027, 0.9439518, 0.9623716, 0.9987400, 1.0643195, 1.1829744, 1.4381325");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155702, 0.0048486, 0.0150987, 0.0470179, 0.146415, 0.455942");
					values("0.0653496, 0.0679711, 0.0750269, 0.0908184, 0.1277600, 0.2221407, 0.4969590", \
					  "0.0653992, 0.0680243, 0.0751862, 0.0915645, 0.1276140, 0.2210214, 0.4967463", \
					  "0.0654184, 0.0682408, 0.0751068, 0.0915486, 0.1290331, 0.2214543, 0.4976201", \
					  "0.0653637, 0.0681041, 0.0750986, 0.0914681, 0.1288141, 0.2211876, 0.4967632", \
					  "0.0652852, 0.0680403, 0.0750958, 0.0908561, 0.1275646, 0.2206505, 0.4958928", \
					  "0.0653598, 0.0680438, 0.0749829, 0.0910999, 0.1281588, 0.2230782, 0.4974995", \
					  "0.0923454, 0.0940542, 0.1014877, 0.1162394, 0.1512991, 0.2350643, 0.5026954");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002384;
			capacitance : 0.002237;
			fall_capacitance : 0.002091;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021758, -0.0021874, -0.0022142, -0.0022216, -0.0022387, -0.0022782, -0.0023693");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024720, 0.0024747, 0.0024809, 0.0024793, 0.0024758, 0.0024676, 0.0024487");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002347;
			capacitance : 0.002205;
			fall_capacitance : 0.002063;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022792, -0.0022997, -0.0023470, -0.0023493, -0.0023546, -0.0023668, -0.0023949");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0024640, 0.0024611, 0.0024545, 0.0024554, 0.0024575, 0.0024623, 0.0024733");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002338;
			capacitance : 0.002168;
			fall_capacitance : 0.001998;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012573, -0.0012505, -0.0012348, -0.0012338, -0.0012314, -0.0012259, -0.0012131");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017679, 0.0017660, 0.0017616, 0.0017674, 0.0017808, 0.0018116, 0.0018825");
				}
			}
		}
	}
	cell ("scs8hd_or3b_1") {
		area : 8.758400;
		cell_footprint : "or3b";
		cell_leakage_power : 1.067146e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0005659";
			when : "!A&!B&CN";
		}
		leakage_power () {
			value : "4.4785661e-05";
			when : "!A&!B&!CN";
		}
		leakage_power () {
			value : "3.8839236e-05";
			when : "!A&B&CN";
		}
		leakage_power () {
			value : "4.1140007e-05";
			when : "!A&B&!CN";
		}
		leakage_power () {
			value : "4.2561108e-05";
			when : "A&!B&CN";
		}
		leakage_power () {
			value : "4.1261872e-05";
			when : "A&!B&!CN";
		}
		leakage_power () {
			value : "3.8068832e-05";
			when : "A&B&CN";
		}
		leakage_power () {
			value : "4.1126933e-05";
			when : "A&B&!CN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (!CN)";
			max_capacitance : 0.148325;
			max_transition : 1.503733;
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0067956, 0.0078432, 0.0104607, 0.0169997, 0.0335655, 0.0758974, 0.1863043", \
					  "0.0067968, 0.0078380, 0.0104306, 0.0169684, 0.0335082, 0.0758008, 0.1862275", \
					  "0.0067791, 0.0078099, 0.0103896, 0.0169700, 0.0334816, 0.0758193, 0.1863746", \
					  "0.0066589, 0.0076716, 0.0102419, 0.0167326, 0.0333513, 0.0758684, 0.1851853", \
					  "0.0066046, 0.0075807, 0.0100772, 0.0165211, 0.0331022, 0.0760414, 0.1860756", \
					  "0.0065572, 0.0075639, 0.0101126, 0.0165190, 0.0329850, 0.0752139, 0.1849769", \
					  "0.0065989, 0.0075579, 0.0100523, 0.0165057, 0.0332683, 0.0758154, 0.1846375");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0056210, 0.0049810, 0.0029785, -0.0026056, -0.0181787, -0.0604528, -0.1712575", \
					  "0.0055483, 0.0048318, 0.0028877, -0.0026356, -0.0183204, -0.0606702, -0.1711886", \
					  "0.0055011, 0.0047610, 0.0027653, -0.0027801, -0.0183640, -0.0607389, -0.1712476", \
					  "0.0054013, 0.0047146, 0.0026825, -0.0028513, -0.0184451, -0.0608284, -0.1713359", \
					  "0.0053389, 0.0046206, 0.0026694, -0.0029378, -0.0185150, -0.0608755, -0.1713866", \
					  "0.0053070, 0.0045757, 0.0026016, -0.0029960, -0.0185908, -0.0609277, -0.1714215", \
					  "0.0068232, 0.0058671, 0.0034057, -0.0029744, -0.0187882, -0.0609921, -0.1714729");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0067364, 0.0077720, 0.0103564, 0.0168570, 0.0334503, 0.0755436, 0.1855818", \
					  "0.0066888, 0.0077320, 0.0103049, 0.0168010, 0.0335238, 0.0754149, 0.1853304", \
					  "0.0067142, 0.0077517, 0.0103417, 0.0168432, 0.0333711, 0.0759770, 0.1854069", \
					  "0.0066346, 0.0076733, 0.0102588, 0.0167409, 0.0333560, 0.0758860, 0.1854114", \
					  "0.0064933, 0.0075307, 0.0100957, 0.0165953, 0.0332256, 0.0756558, 0.1842405", \
					  "0.0063136, 0.0073243, 0.0098842, 0.0164951, 0.0329231, 0.0754861, 0.1840827", \
					  "0.0062605, 0.0072977, 0.0098245, 0.0163710, 0.0327417, 0.0755815, 0.1856924");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0057129, 0.0050264, 0.0030605, -0.0025080, -0.0180838, -0.0604399, -0.1709455", \
					  "0.0057347, 0.0050622, 0.0030697, -0.0024881, -0.0181254, -0.0604794, -0.1709797", \
					  "0.0056226, 0.0049119, 0.0029577, -0.0025017, -0.0181625, -0.0605216, -0.1710165", \
					  "0.0054769, 0.0047634, 0.0027972, -0.0027434, -0.0183546, -0.0607095, -0.1712040", \
					  "0.0053036, 0.0045750, 0.0026350, -0.0029070, -0.0185100, -0.0608477, -0.1713403", \
					  "0.0060066, 0.0050684, 0.0026202, -0.0029732, -0.0185855, -0.0609238, -0.1714235", \
					  "0.0080877, 0.0071818, 0.0047917, -0.0015547, -0.0180182, -0.0607745, -0.1713180");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0067650, 0.0077845, 0.0103096, 0.0166698, 0.0329966, 0.0754006, 0.1848785", \
					  "0.0067442, 0.0077571, 0.0102786, 0.0166437, 0.0331460, 0.0757110, 0.1856807", \
					  "0.0067307, 0.0077370, 0.0102657, 0.0166751, 0.0330709, 0.0754053, 0.1847262", \
					  "0.0066319, 0.0076423, 0.0101722, 0.0165640, 0.0329771, 0.0753640, 0.1848102", \
					  "0.0066240, 0.0075770, 0.0100937, 0.0164454, 0.0328744, 0.0753362, 0.1846602", \
					  "0.0066338, 0.0076212, 0.0101301, 0.0163713, 0.0330269, 0.0753201, 0.1845849", \
					  "0.0066360, 0.0076396, 0.0100608, 0.0165937, 0.0330198, 0.0757545, 0.1840210");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0067080, 0.0059809, 0.0039784, -0.0015446, -0.0171507, -0.0595810, -0.1701771", \
					  "0.0066050, 0.0058747, 0.0039210, -0.0016743, -0.0172603, -0.0596805, -0.1702747", \
					  "0.0064451, 0.0058453, 0.0038436, -0.0017203, -0.0173496, -0.0597977, -0.1703763", \
					  "0.0063749, 0.0056559, 0.0037093, -0.0018266, -0.0174685, -0.0598915, -0.1704327", \
					  "0.0063201, 0.0055858, 0.0035887, -0.0018922, -0.0175718, -0.0599662, -0.1705196", \
					  "0.0062321, 0.0055629, 0.0035621, -0.0019928, -0.0176243, -0.0600129, -0.1705545", \
					  "0.0079558, 0.0070056, 0.0045376, -0.0018260, -0.0178398, -0.0600584, -0.1705474");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0601477, 0.0665476, 0.0817094, 0.1192565, 0.2149373, 0.4615265, 1.0984513", \
					  "0.0651795, 0.0715571, 0.0867254, 0.1241160, 0.2198806, 0.4673146, 1.1062474", \
					  "0.0771554, 0.0835334, 0.0987021, 0.1361343, 0.2319290, 0.4783158, 1.1159474", \
					  "0.1030691, 0.1094803, 0.1246517, 0.1619864, 0.2580276, 0.5046926, 1.1419596", \
					  "0.1415368, 0.1484935, 0.1642119, 0.2019568, 0.2979219, 0.5447967, 1.1831104", \
					  "0.1932828, 0.2018306, 0.2193103, 0.2571327, 0.3531650, 0.6000171, 1.2385422", \
					  "0.2425543, 0.2543754, 0.2775594, 0.3202244, 0.4160781, 0.6634349, 1.2991505");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0199579, 0.0274838, 0.0471841, 0.0994285, 0.2351674, 0.5867861, 1.4954458", \
					  "0.0199252, 0.0273721, 0.0472307, 0.0993926, 0.2347767, 0.5844112, 1.4886190", \
					  "0.0198207, 0.0273523, 0.0470986, 0.0993850, 0.2346046, 0.5844421, 1.4886423", \
					  "0.0206157, 0.0278091, 0.0471839, 0.0993622, 0.2354245, 0.5872139, 1.4964624", \
					  "0.0243503, 0.0309082, 0.0489933, 0.0996791, 0.2349357, 0.5871100, 1.4954498", \
					  "0.0318345, 0.0380881, 0.0541925, 0.1018317, 0.2364277, 0.5840924, 1.4952350", \
					  "0.0488230, 0.0556450, 0.0698458, 0.1103202, 0.2378895, 0.5893804, 1.4881204");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.3269659, 0.3373679, 0.3574767, 0.3937560, 0.4584985, 0.5818564, 0.8491946", \
					  "0.3290143, 0.3393653, 0.3594282, 0.3956298, 0.4606575, 0.5824761, 0.8517010", \
					  "0.3392682, 0.3495651, 0.3696589, 0.4056969, 0.4702837, 0.5940283, 0.8621911", \
					  "0.3680799, 0.3785892, 0.3986280, 0.4347306, 0.4992259, 0.6226186, 0.8902844", \
					  "0.4336881, 0.4440232, 0.4640317, 0.5001243, 0.5647467, 0.6875914, 0.9571935", \
					  "0.5797612, 0.5900902, 0.6102028, 0.6459159, 0.7106621, 0.8343857, 1.1033108", \
					  "0.8662363, 0.8781756, 0.9007881, 0.9406469, 1.0105193, 1.1392699, 1.4109978");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0477828, 0.0538373, 0.0657749, 0.0909281, 0.1439553, 0.2683861, 0.5938972", \
					  "0.0478100, 0.0538418, 0.0663961, 0.0917672, 0.1438490, 0.2695943, 0.5948256", \
					  "0.0478811, 0.0539963, 0.0664236, 0.0915252, 0.1442386, 0.2690629, 0.5939915", \
					  "0.0475300, 0.0536995, 0.0659644, 0.0911565, 0.1449898, 0.2687125, 0.5940773", \
					  "0.0478114, 0.0538195, 0.0657830, 0.0918712, 0.1440340, 0.2676467, 0.5950076", \
					  "0.0488220, 0.0547495, 0.0666690, 0.0922739, 0.1459822, 0.2689208, 0.5947346", \
					  "0.0582325, 0.0644889, 0.0770180, 0.1028784, 0.1570383, 0.2776381, 0.5983485");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0590887, 0.0655500, 0.0810064, 0.1193261, 0.2155409, 0.4630591, 1.1026637", \
					  "0.0640692, 0.0704972, 0.0859872, 0.1240746, 0.2204364, 0.4686579, 1.1086175", \
					  "0.0760697, 0.0824979, 0.0978765, 0.1360668, 0.2322875, 0.4806291, 1.1206707", \
					  "0.1008408, 0.1073297, 0.1226479, 0.1606839, 0.2573840, 0.5045914, 1.1437371", \
					  "0.1378840, 0.1448961, 0.1607407, 0.1987339, 0.2953235, 0.5440812, 1.1841746", \
					  "0.1853718, 0.1940336, 0.2117863, 0.2500124, 0.3461572, 0.5938273, 1.2334473", \
					  "0.2299774, 0.2420350, 0.2654509, 0.3082901, 0.4042805, 0.6514375, 1.2886392");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0194075, 0.0268306, 0.0465551, 0.0991627, 0.2357210, 0.5871842, 1.4910916", \
					  "0.0194140, 0.0268008, 0.0465552, 0.0989090, 0.2355874, 0.5851787, 1.4926699", \
					  "0.0193782, 0.0267626, 0.0465655, 0.0991571, 0.2356395, 0.5854280, 1.4922743", \
					  "0.0203687, 0.0274750, 0.0468384, 0.0991153, 0.2342697, 0.5878723, 1.4952910", \
					  "0.0242938, 0.0307437, 0.0487372, 0.0992469, 0.2350073, 0.5847595, 1.4920229", \
					  "0.0321812, 0.0383590, 0.0543676, 0.1014141, 0.2365770, 0.5842246, 1.4951442", \
					  "0.0486789, 0.0557925, 0.0703388, 0.1111900, 0.2373329, 0.5900204, 1.4852536");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.3028757, 0.3132447, 0.3333229, 0.3695509, 0.4342835, 0.5563052, 0.8255446", \
					  "0.3047179, 0.3151981, 0.3355256, 0.3716899, 0.4354867, 0.5592989, 0.8287210", \
					  "0.3151087, 0.3254397, 0.3454217, 0.3816347, 0.4464618, 0.5699544, 0.8374742", \
					  "0.3439130, 0.3542016, 0.3741868, 0.4103314, 0.4752257, 0.5973559, 0.8665680", \
					  "0.4128821, 0.4232072, 0.4432228, 0.4788577, 0.5435521, 0.6674333, 0.9367085", \
					  "0.5733660, 0.5838037, 0.6039276, 0.6401383, 0.7039018, 0.8275395, 1.0969927", \
					  "0.8858181, 0.8982193, 0.9219281, 0.9630312, 1.0337455, 1.1631631, 1.4299668");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0478876, 0.0538468, 0.0663880, 0.0908578, 0.1439722, 0.2695866, 0.5946327", \
					  "0.0475285, 0.0536562, 0.0661910, 0.0914617, 0.1450513, 0.2678824, 0.5947015", \
					  "0.0479388, 0.0538524, 0.0658200, 0.0910249, 0.1438722, 0.2681071, 0.5945939", \
					  "0.0479167, 0.0538061, 0.0658198, 0.0909800, 0.1439119, 0.2693664, 0.5949780", \
					  "0.0478120, 0.0538691, 0.0661574, 0.0922418, 0.1458165, 0.2691435, 0.5951542", \
					  "0.0492864, 0.0546838, 0.0671007, 0.0913591, 0.1448613, 0.2687268, 0.5945604", \
					  "0.0626095, 0.0690304, 0.0821661, 0.1072466, 0.1603166, 0.2780974, 0.6002002");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.1192848, 0.1257938, 0.1413085, 0.1793603, 0.2756800, 0.5235786, 1.1641361", \
					  "0.1244501, 0.1310269, 0.1464380, 0.1846207, 0.2812791, 0.5301531, 1.1671795", \
					  "0.1382597, 0.1447780, 0.1603201, 0.1985492, 0.2952130, 0.5438680, 1.1796210", \
					  "0.1716213, 0.1781608, 0.1936208, 0.2318288, 0.3281316, 0.5764216, 1.2171505", \
					  "0.2388370, 0.2454041, 0.2609505, 0.2990543, 0.3954620, 0.6457102, 1.2815504", \
					  "0.3512922, 0.3580214, 0.3736622, 0.4118007, 0.5081033, 0.7557565, 1.3931394", \
					  "0.5343456, 0.5414746, 0.5575493, 0.5957725, 0.6920738, 0.9402953, 1.5781844");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0201734, 0.0274558, 0.0469112, 0.0988825, 0.2351444, 0.5858515, 1.5037332", \
					  "0.0201793, 0.0274325, 0.0467838, 0.0986807, 0.2345873, 0.5859172, 1.4974699", \
					  "0.0202172, 0.0274510, 0.0468798, 0.0988824, 0.2346243, 0.5900440, 1.4860468", \
					  "0.0202018, 0.0274791, 0.0468998, 0.0988945, 0.2351051, 0.5898270, 1.5021254", \
					  "0.0204646, 0.0277221, 0.0471432, 0.0987145, 0.2347900, 0.5867052, 1.4875358", \
					  "0.0217681, 0.0286538, 0.0476877, 0.0987166, 0.2327567, 0.5856532, 1.4873548", \
					  "0.0252498, 0.0315837, 0.0493304, 0.0995951, 0.2336887, 0.5835411, 1.4861282");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.2920552, 0.3025090, 0.3225902, 0.3589140, 0.4235694, 0.5468607, 0.8153571", \
					  "0.2963922, 0.3067395, 0.3268229, 0.3630309, 0.4279617, 0.5517185, 0.8197734", \
					  "0.3049968, 0.3153460, 0.3354320, 0.3710645, 0.4360338, 0.5598378, 0.8287827", \
					  "0.3212249, 0.3315557, 0.3516060, 0.3878640, 0.4526015, 0.5765006, 0.8451619", \
					  "0.3472261, 0.3574452, 0.3776708, 0.4139414, 0.4786965, 0.6023158, 0.8716978", \
					  "0.3832814, 0.3936657, 0.4139087, 0.4500282, 0.5147117, 0.6379521, 0.9060521", \
					  "0.4254460, 0.4358160, 0.4558600, 0.4916981, 0.5565213, 0.6805226, 0.9498086");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0476785, 0.0536336, 0.0663724, 0.0908249, 0.1445686, 0.2686925, 0.5947376", \
					  "0.0479607, 0.0540717, 0.0665974, 0.0914102, 0.1453664, 0.2685026, 0.5921501", \
					  "0.0477786, 0.0538304, 0.0664148, 0.0925956, 0.1441898, 0.2682283, 0.5948180", \
					  "0.0478701, 0.0539289, 0.0663057, 0.0911146, 0.1451413, 0.2684967, 0.5947156", \
					  "0.0478643, 0.0537051, 0.0662298, 0.0911434, 0.1438234, 0.2680988, 0.5948241", \
					  "0.0476390, 0.0536359, 0.0660441, 0.0911794, 0.1438605, 0.2672632, 0.5930053", \
					  "0.0480165, 0.0539911, 0.0665357, 0.0919744, 0.1455220, 0.2691663, 0.5904511");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001663;
			capacitance : 0.001546;
			fall_capacitance : 0.001429;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0011106, -0.0011178, -0.0011345, -0.0011384, -0.0011474, -0.0011682, -0.0012162");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0012985, 0.0012846, 0.0012525, 0.0012532, 0.0012548, 0.0012585, 0.0012670");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001807;
			capacitance : 0.001716;
			fall_capacitance : 0.001624;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020833, -0.0020883, -0.0020997, -0.0021009, -0.0021036, -0.0021099, -0.0021244");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021657, 0.0021535, 0.0021254, 0.0021260, 0.0021275, 0.0021310, 0.0021391");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001288;
			capacitance : 0.001334;
			rise_capacitance : 0.001380;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0003953, 0.0003477, 0.0002378, 0.0002419, 0.0002513, 0.0002730, 0.0003229");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051577, 0.0051056, 0.0049855, 0.0049942, 0.0050143, 0.0050607, 0.0051675");
				}
			}
		}
	}
	cell ("scs8hd_or3b_2") {
		area : 8.758400;
		cell_footprint : "or3b";
		cell_leakage_power : 1.725601e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "8.0158075e-05";
			when : "A&!B&!CN";
		}
		leakage_power () {
			value : "4.2270688e-05";
			when : "A&B&CN";
		}
		leakage_power () {
			value : "8.0031034e-05";
			when : "A&B&!CN";
		}
		leakage_power () {
			value : "0.0009251";
			when : "!A&!B&CN";
		}
		leakage_power () {
			value : "8.3368832e-05";
			when : "!A&!B&!CN";
		}
		leakage_power () {
			value : "4.2890506e-05";
			when : "!A&B&CN";
		}
		leakage_power () {
			value : "8.0041124e-05";
			when : "!A&B&!CN";
		}
		leakage_power () {
			value : "4.6573907e-05";
			when : "A&!B&CN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (!CN)";
			max_capacitance : 0.238047;
			max_transition : 1.506891;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0104652, 0.0116584, 0.0148405, 0.0234441, 0.0470406, 0.1128644, 0.2966764", \
					  "0.0104541, 0.0116392, 0.0148195, 0.0234327, 0.0470766, 0.1127235, 0.2964635", \
					  "0.0104425, 0.0116294, 0.0148184, 0.0234317, 0.0470752, 0.1128157, 0.2968567", \
					  "0.0103769, 0.0115370, 0.0147195, 0.0233172, 0.0470079, 0.1129127, 0.2966691", \
					  "0.0102541, 0.0114298, 0.0145950, 0.0231454, 0.0467495, 0.1128608, 0.2967838", \
					  "0.0104569, 0.0115731, 0.0146838, 0.0231973, 0.0467286, 0.1125651, 0.2967640", \
					  "0.0104723, 0.0115605, 0.0146417, 0.0232820, 0.0469092, 0.1131725, 0.2962972");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0076986, 0.0068084, 0.0041596, -0.0034207, -0.0256052, -0.0908855, -0.2765261", \
					  "0.0076883, 0.0067263, 0.0039968, -0.0035352, -0.0257676, -0.0909750, -0.2766148", \
					  "0.0075175, 0.0064871, 0.0039649, -0.0036232, -0.0259031, -0.0910959, -0.2767281", \
					  "0.0074226, 0.0063855, 0.0039885, -0.0036578, -0.0260436, -0.0911723, -0.2768104", \
					  "0.0072458, 0.0064347, 0.0037765, -0.0038047, -0.0260877, -0.0912687, -0.2768792", \
					  "0.0071909, 0.0063371, 0.0037243, -0.0038729, -0.0261654, -0.0913364, -0.2769071", \
					  "0.0077638, 0.0066331, 0.0037503, -0.0039578, -0.0261882, -0.0913691, -0.2768870");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0104889, 0.0116973, 0.0149312, 0.0237228, 0.0476424, 0.1137465, 0.2977201", \
					  "0.0104853, 0.0116993, 0.0149280, 0.0237115, 0.0476187, 0.1136282, 0.2988089", \
					  "0.0104687, 0.0116648, 0.0149076, 0.0236505, 0.0476286, 0.1137511, 0.2977373", \
					  "0.0103829, 0.0115537, 0.0147544, 0.0234193, 0.0474293, 0.1134973, 0.2975960", \
					  "0.0103523, 0.0114718, 0.0146442, 0.0231764, 0.0471404, 0.1132356, 0.2973303", \
					  "0.0104179, 0.0115489, 0.0145893, 0.0231312, 0.0470174, 0.1125211, 0.2971537", \
					  "0.0103738, 0.0114850, 0.0145758, 0.0232515, 0.0469801, 0.1132177, 0.2963127");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0066602, 0.0057256, 0.0030665, -0.0045350, -0.0267328, -0.0919064, -0.2774575", \
					  "0.0065948, 0.0055607, 0.0031591, -0.0044596, -0.0268585, -0.0919259, -0.2774996", \
					  "0.0065325, 0.0054927, 0.0029753, -0.0045788, -0.0267342, -0.0919964, -0.2775641", \
					  "0.0063353, 0.0054652, 0.0028152, -0.0047020, -0.0269523, -0.0921288, -0.2776348", \
					  "0.0064050, 0.0053653, 0.0028030, -0.0047341, -0.0269525, -0.0921709, -0.2776891", \
					  "0.0062972, 0.0053441, 0.0027681, -0.0047762, -0.0270689, -0.0922182, -0.2777328", \
					  "0.0065679, 0.0054482, 0.0026042, -0.0049691, -0.0271934, -0.0922649, -0.2777423");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0102458, 0.0114397, 0.0146611, 0.0233812, 0.0472462, 0.1129062, 0.2966056", \
					  "0.0102105, 0.0114023, 0.0146292, 0.0233321, 0.0472115, 0.1133993, 0.2968295", \
					  "0.0102640, 0.0114533, 0.0146779, 0.0233583, 0.0472777, 0.1138766, 0.2978555", \
					  "0.0102025, 0.0113946, 0.0146200, 0.0233013, 0.0472412, 0.1133323, 0.2962744", \
					  "0.0100768, 0.0112584, 0.0144763, 0.0231903, 0.0470856, 0.1131192, 0.2962885", \
					  "0.0098167, 0.0109685, 0.0143121, 0.0230368, 0.0467837, 0.1134584, 0.2974527", \
					  "0.0100044, 0.0111587, 0.0143093, 0.0229805, 0.0465663, 0.1128237, 0.2970101");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001397179, 0.00390422, 0.01090979, 0.03048586, 0.08518843, 0.238047");
					values("0.0069996, 0.0059925, 0.0034000, -0.0041182, -0.0263782, -0.0916308, -0.2771870", \
					  "0.0069665, 0.0059930, 0.0033474, -0.0042136, -0.0264723, -0.0916620, -0.2772279", \
					  "0.0067734, 0.0059024, 0.0032231, -0.0042853, -0.0265591, -0.0917275, -0.2772768", \
					  "0.0066572, 0.0057376, 0.0031037, -0.0044319, -0.0267187, -0.0919011, -0.2774532", \
					  "0.0063607, 0.0054798, 0.0028475, -0.0046740, -0.0269463, -0.0920845, -0.2776246", \
					  "0.0064107, 0.0054785, 0.0027716, -0.0047527, -0.0270371, -0.0921827, -0.2777318", \
					  "0.0106944, 0.0095931, 0.0065814, -0.0018260, -0.0254386, -0.0919872, -0.2776445");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
					values("0.0704032, 0.0756779, 0.0883028, 0.1200900, 0.2054371, 0.4418795, 1.1057343", \
					  "0.0753296, 0.0805445, 0.0931874, 0.1250616, 0.2102537, 0.4467058, 1.1068922", \
					  "0.0870925, 0.0923484, 0.1050433, 0.1367629, 0.2225197, 0.4592101, 1.1198978", \
					  "0.1142758, 0.1194699, 0.1321025, 0.1637645, 0.2491208, 0.4857951, 1.1496403", \
					  "0.1594470, 0.1652830, 0.1786583, 0.2108249, 0.2963427, 0.5330308, 1.1943508", \
					  "0.2202908, 0.2277848, 0.2435015, 0.2772841, 0.3628424, 0.5994006, 1.2602731", \
					  "0.2863239, 0.2961126, 0.3173797, 0.3576617, 0.4437568, 0.6815531, 1.3406274");
				}
				rise_transition ("del_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("0.0188374, 0.0241642, 0.0390552, 0.0815625, 0.2033148, 0.5449013, 1.4974055", \
					  "0.0188968, 0.0241742, 0.0389424, 0.0815354, 0.2033458, 0.5433083, 1.4959843", \
					  "0.0188244, 0.0241189, 0.0389105, 0.0815946, 0.2036585, 0.5440972, 1.4988368", \
					  "0.0191739, 0.0243444, 0.0391013, 0.0814780, 0.2030623, 0.5450612, 1.4975162", \
					  "0.0236885, 0.0286783, 0.0420007, 0.0829175, 0.2031386, 0.5453816, 1.4994468", \
					  "0.0327533, 0.0375647, 0.0500173, 0.0867360, 0.2048325, 0.5438843, 1.5007720", \
					  "0.0486491, 0.0544082, 0.0675605, 0.1004677, 0.2086206, 0.5484090, 1.4961644");
				}
				cell_fall ("del_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("0.4170291, 0.4269322, 0.4474233, 0.4848617, 0.5495697, 0.6681508, 0.9139131", \
					  "0.4204967, 0.4303678, 0.4506742, 0.4882877, 0.5532599, 0.6718449, 0.9171995", \
					  "0.4316644, 0.4415307, 0.4619740, 0.4991519, 0.5642991, 0.6827909, 0.9281937", \
					  "0.4606896, 0.4705557, 0.4910488, 0.5280854, 0.5930934, 0.7104104, 0.9560442", \
					  "0.5272890, 0.5371070, 0.5576749, 0.5946107, 0.6597120, 0.7783562, 1.0232258", \
					  "0.6761960, 0.6862155, 0.7064508, 0.7435603, 0.8084766, 0.9274816, 1.1731207", \
					  "0.9915960, 1.0023981, 1.0252618, 1.0650308, 1.1329605, 1.2556162, 1.5016581");
				}
				fall_transition ("del_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("0.0657785, 0.0706854, 0.0806674, 0.1016893, 0.1467991, 0.2475862, 0.5105367", \
					  "0.0657711, 0.0703941, 0.0807845, 0.1016147, 0.1459662, 0.2465410, 0.5095502", \
					  "0.0656336, 0.0702940, 0.0808701, 0.1025374, 0.1459383, 0.2469862, 0.5088445", \
					  "0.0656916, 0.0703403, 0.0812781, 0.1021948, 0.1471555, 0.2486326, 0.5105345", \
					  "0.0655693, 0.0704178, 0.0809940, 0.1026306, 0.1459417, 0.2465483, 0.5106792", \
					  "0.0656872, 0.0705812, 0.0810589, 0.1021971, 0.1454225, 0.2472769, 0.5098175", \
					  "0.0750386, 0.0798447, 0.0909653, 0.1120529, 0.1563234, 0.2536218, 0.5134331");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
					values("0.0691082, 0.0743608, 0.0870230, 0.1191237, 0.2052797, 0.4425699, 1.1035770", \
					  "0.0740020, 0.0792577, 0.0919320, 0.1239976, 0.2100724, 0.4475835, 1.1106437", \
					  "0.0858479, 0.0910500, 0.1037312, 0.1358801, 0.2218458, 0.4595950, 1.1211013", \
					  "0.1126675, 0.1178628, 0.1305240, 0.1624654, 0.2486340, 0.4863330, 1.1480430", \
					  "0.1569905, 0.1628216, 0.1762559, 0.2083762, 0.2945399, 0.5319012, 1.1932930", \
					  "0.2160447, 0.2235202, 0.2390261, 0.2729756, 0.3585249, 0.5956117, 1.2572212", \
					  "0.2791032, 0.2895413, 0.3107941, 0.3515549, 0.4380907, 0.6756434, 1.3353696");
				}
				rise_transition ("del_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("0.0183940, 0.0236377, 0.0384378, 0.0811038, 0.2037898, 0.5452642, 1.4999078", \
					  "0.0183994, 0.0236358, 0.0384181, 0.0811260, 0.2037366, 0.5456459, 1.5021310", \
					  "0.0184351, 0.0236464, 0.0383384, 0.0811341, 0.2036808, 0.5449823, 1.5009658", \
					  "0.0190056, 0.0241227, 0.0387133, 0.0811337, 0.2033278, 0.5434234, 1.4977878", \
					  "0.0235875, 0.0282718, 0.0416733, 0.0823255, 0.2034434, 0.5451251, 1.4992759", \
					  "0.0324427, 0.0372819, 0.0502318, 0.0867115, 0.2044118, 0.5425378, 1.4965037", \
					  "0.0491390, 0.0549387, 0.0683680, 0.1007012, 0.2084888, 0.5472393, 1.4962966");
				}
				cell_fall ("del_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("0.3933975, 0.4032727, 0.4239169, 0.4609884, 0.5260348, 0.6449768, 0.8901516", \
					  "0.3964324, 0.4063192, 0.4268526, 0.4639697, 0.5290202, 0.6465301, 0.8923512", \
					  "0.4073922, 0.4172564, 0.4377892, 0.4748473, 0.5395155, 0.6586566, 0.9036759", \
					  "0.4365823, 0.4464538, 0.4667896, 0.5038993, 0.5689504, 0.6875069, 0.9319747", \
					  "0.5060150, 0.5158755, 0.5362132, 0.5733448, 0.6381032, 0.7570533, 1.0026230", \
					  "0.6694105, 0.6792584, 0.6995657, 0.7374031, 0.8023529, 0.9200672, 1.1658308", \
					  "1.0162815, 1.0275178, 1.0499975, 1.0901601, 1.1585998, 1.2812129, 1.5285783");
				}
				fall_transition ("del_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("0.0655852, 0.0704570, 0.0810539, 0.1016645, 0.1456438, 0.2472552, 0.5098268", \
					  "0.0656772, 0.0703574, 0.0812579, 0.1027555, 0.1469777, 0.2484936, 0.5103594", \
					  "0.0656729, 0.0704221, 0.0809730, 0.1023253, 0.1478989, 0.2485849, 0.5098255", \
					  "0.0656464, 0.0703737, 0.0808773, 0.1025994, 0.1455328, 0.2481554, 0.5091316", \
					  "0.0657011, 0.0703887, 0.0807190, 0.1018261, 0.1475194, 0.2485714, 0.5108454", \
					  "0.0657062, 0.0705120, 0.0807255, 0.1018903, 0.1453834, 0.2471221, 0.5088139", \
					  "0.0781854, 0.0829159, 0.0929827, 0.1136005, 0.1572029, 0.2537254, 0.5113565");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00139718, 0.00390422, 0.0109098, 0.0304859, 0.0851884, 0.238047");
					values("0.1525527, 0.1579542, 0.1709317, 0.2033860, 0.2894145, 0.5271426, 1.1885529", \
					  "0.1579507, 0.1633518, 0.1763353, 0.2083745, 0.2946770, 0.5320334, 1.1939223", \
					  "0.1715989, 0.1769799, 0.1899525, 0.2219254, 0.3078739, 0.5452996, 1.2094591", \
					  "0.2061579, 0.2115503, 0.2245359, 0.2565341, 0.3425373, 0.5807173, 1.2411964", \
					  "0.2830908, 0.2884851, 0.3014764, 0.3335979, 0.4194362, 0.6575812, 1.3176212", \
					  "0.4214163, 0.4269742, 0.4402067, 0.4725724, 0.5583641, 0.7962002, 1.4615766", \
					  "0.6568108, 0.6629114, 0.6766964, 0.7092190, 0.7950539, 1.0328476, 1.6951422");
				}
				rise_transition ("del_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("0.0198111, 0.0249413, 0.0394610, 0.0813991, 0.2030990, 0.5451898, 1.5000925", \
					  "0.0197467, 0.0248313, 0.0393701, 0.0814633, 0.2032781, 0.5455959, 1.4948156", \
					  "0.0197157, 0.0249215, 0.0394064, 0.0816335, 0.2030923, 0.5473967, 1.5014230", \
					  "0.0196977, 0.0249258, 0.0394333, 0.0816060, 0.2031958, 0.5460875, 1.4968503", \
					  "0.0198897, 0.0250208, 0.0394768, 0.0815606, 0.2031259, 0.5478323, 1.4992934", \
					  "0.0213271, 0.0262658, 0.0404435, 0.0819852, 0.2029271, 0.5454276, 1.5068907", \
					  "0.0243254, 0.0292146, 0.0426932, 0.0831897, 0.2032612, 0.5436773, 1.4994491");
				}
				cell_fall ("del_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("0.3893332, 0.3992960, 0.4198389, 0.4570745, 0.5219766, 0.6410619, 0.8866002", \
					  "0.3931231, 0.4031796, 0.4238253, 0.4612710, 0.5261498, 0.6444871, 0.8899427", \
					  "0.4012832, 0.4112372, 0.4322474, 0.4695223, 0.5345988, 0.6534139, 0.8985354", \
					  "0.4176471, 0.4275241, 0.4482546, 0.4855935, 0.5506739, 0.6692194, 0.9147543", \
					  "0.4424324, 0.4523243, 0.4726943, 0.5099982, 0.5746406, 0.6933871, 0.9390319", \
					  "0.4747169, 0.4846230, 0.5051367, 0.5419743, 0.6063182, 0.7251432, 0.9704391", \
					  "0.5061677, 0.5160352, 0.5366224, 0.5737105, 0.6386518, 0.7571905, 1.0019867");
				}
				fall_transition ("del_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("0.0657683, 0.0704178, 0.0807321, 0.1021806, 0.1465434, 0.2470822, 0.5105283", \
					  "0.0658309, 0.0704427, 0.0804370, 0.1016810, 0.1452807, 0.2473545, 0.5094311", \
					  "0.0656783, 0.0705073, 0.0808226, 0.1025424, 0.1458694, 0.2477227, 0.5100512", \
					  "0.0657366, 0.0706166, 0.0804336, 0.1017193, 0.1456584, 0.2472618, 0.5091097", \
					  "0.0656487, 0.0703796, 0.0809413, 0.1024572, 0.1465373, 0.2471964, 0.5100863", \
					  "0.0654198, 0.0702992, 0.0803256, 0.1015353, 0.1448161, 0.2465856, 0.5106783", \
					  "0.0654332, 0.0703081, 0.0808189, 0.1015140, 0.1456444, 0.2474791, 0.5067252");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001519;
			capacitance : 0.001441;
			fall_capacitance : 0.001363;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012144, -0.0012279, -0.0012588, -0.0012619, -0.0012689, -0.0012850, -0.0013222");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013620, 0.0013633, 0.0013664, 0.0013671, 0.0013688, 0.0013728, 0.0013820");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001599;
			capacitance : 0.001535;
			fall_capacitance : 0.001472;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019537, -0.0019547, -0.0019568, -0.0019583, -0.0019617, -0.0019696, -0.0019877");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019975, 0.0019900, 0.0019729, 0.0019733, 0.0019742, 0.0019764, 0.0019814");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001417;
			capacitance : 0.001488;
			rise_capacitance : 0.001559;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009571, 0.0009134, 0.0008126, 0.0008098, 0.0008033, 0.0007885, 0.0007543");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058487, 0.0057803, 0.0056226, 0.0056252, 0.0056314, 0.0056455, 0.0056782");
				}
			}
		}
	}
	cell ("scs8hd_or3b_4") {
		area : 11.260800;
		cell_footprint : "or3b";
		cell_leakage_power : 4.631984e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014914";
			when : "!A&!B&CN";
		}
		leakage_power () {
			value : "0.0004812";
			when : "!A&!B&!CN";
		}
		leakage_power () {
			value : "9.9633104e-05";
			when : "!A&B&CN";
		}
		leakage_power () {
			value : "0.0004794";
			when : "!A&B&!CN";
		}
		leakage_power () {
			value : "9.5626272e-05";
			when : "A&!B&CN";
		}
		leakage_power () {
			value : "0.0004795";
			when : "A&!B&!CN";
		}
		leakage_power () {
			value : "9.9539578e-05";
			when : "A&B&CN";
		}
		leakage_power () {
			value : "0.0004794";
			when : "A&B&!CN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (!CN)";
			max_capacitance : 0.404673;
			max_transition : 1.504453;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001526367, 0.004659594, 0.0142245, 0.04342363, 0.1325608, 0.404673");
					values("0.0204035, 0.0217814, 0.0258703, 0.0377838, 0.0732884, 0.1805782, 0.5080784", \
					  "0.0203529, 0.0217156, 0.0257978, 0.0377623, 0.0732681, 0.1807067, 0.5077462", \
					  "0.0203371, 0.0217284, 0.0257803, 0.0377340, 0.0732558, 0.1808100, 0.5075125", \
					  "0.0202419, 0.0215953, 0.0256381, 0.0375484, 0.0730748, 0.1804158, 0.5082903", \
					  "0.0201460, 0.0214583, 0.0255242, 0.0373688, 0.0727138, 0.1803621, 0.5075911", \
					  "0.0203901, 0.0216819, 0.0256602, 0.0375714, 0.0726925, 0.1798426, 0.5077196", \
					  "0.0205337, 0.0218313, 0.0257301, 0.0373255, 0.0729045, 0.1809241, 0.5064745");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001526367, 0.004659594, 0.0142245, 0.04342363, 0.1325608, 0.404673");
					values("0.0149086, 0.0136772, 0.0104774, 0.0004318, -0.0320495, -0.1374973, -0.4678529", \
					  "0.0148261, 0.0134167, 0.0103035, 0.0004306, -0.0321948, -0.1376497, -0.4679603", \
					  "0.0145910, 0.0133413, 0.0101369, 0.0001759, -0.0322932, -0.1377692, -0.4681173", \
					  "0.0144618, 0.0130477, 0.0098507, -4.1000000e-06, -0.0325087, -0.1379229, -0.4682427", \
					  "0.0143544, 0.0129242, 0.0099007, -0.0001279, -0.0325644, -0.1380622, -0.4682996", \
					  "0.0142643, 0.0130997, 0.0097266, -0.0002461, -0.0328066, -0.1381229, -0.4683507", \
					  "0.0136003, 0.0127358, 0.0093358, -0.0006242, -0.0328519, -0.1381565, -0.4682846");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001526367, 0.004659594, 0.0142245, 0.04342363, 0.1325608, 0.404673");
					values("0.0202603, 0.0216510, 0.0258072, 0.0379773, 0.0736434, 0.1818233, 0.5090932", \
					  "0.0202543, 0.0216510, 0.0257973, 0.0379825, 0.0739371, 0.1820240, 0.5092088", \
					  "0.0202730, 0.0216731, 0.0257933, 0.0379303, 0.0738817, 0.1817192, 0.5102504", \
					  "0.0201388, 0.0214932, 0.0255616, 0.0376111, 0.0731323, 0.1815275, 0.5089841", \
					  "0.0200322, 0.0213458, 0.0253916, 0.0371926, 0.0729186, 0.1810819, 0.5088319", \
					  "0.0200451, 0.0213664, 0.0252293, 0.0370901, 0.0725997, 0.1802876, 0.5089064", \
					  "0.0200529, 0.0213643, 0.0252354, 0.0371591, 0.0727713, 0.1806870, 0.5070063");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001526367, 0.004659594, 0.0142245, 0.04342363, 0.1325608, 0.404673");
					values("0.0127812, 0.0116755, 0.0087134, -0.0013511, -0.0339370, -0.1392951, -0.4694161", \
					  "0.0126714, 0.0114785, 0.0085411, -0.0014448, -0.0340328, -0.1394064, -0.4695011", \
					  "0.0127926, 0.0116452, 0.0083319, -0.0016204, -0.0341753, -0.1394944, -0.4696362", \
					  "0.0129164, 0.0117697, 0.0081530, -0.0017377, -0.0341866, -0.1395999, -0.4697011", \
					  "0.0123341, 0.0115344, 0.0082692, -0.0018965, -0.0343674, -0.1396285, -0.4697881", \
					  "0.0125380, 0.0113734, 0.0079782, -0.0020212, -0.0345192, -0.1397658, -0.4698154", \
					  "0.0125522, 0.0113249, 0.0077379, -0.0023567, -0.0346945, -0.1398778, -0.4699136");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001526367, 0.004659594, 0.0142245, 0.04342363, 0.1325608, 0.404673");
					values("0.0196105, 0.0209237, 0.0250533, 0.0370970, 0.0729614, 0.1806897, 0.5092618", \
					  "0.0195831, 0.0209652, 0.0250628, 0.0371002, 0.0728184, 0.1808703, 0.5098788", \
					  "0.0196138, 0.0210068, 0.0251040, 0.0371526, 0.0729491, 0.1807731, 0.5092643", \
					  "0.0195329, 0.0208909, 0.0249970, 0.0370213, 0.0728454, 0.1805860, 0.5094086", \
					  "0.0193902, 0.0207347, 0.0248304, 0.0368820, 0.0727095, 0.1804389, 0.5090051", \
					  "0.0191348, 0.0205037, 0.0246011, 0.0365804, 0.0722559, 0.1794785, 0.5055507", \
					  "0.0192239, 0.0205534, 0.0245327, 0.0364482, 0.0718611, 0.1793840, 0.5054198");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001526367, 0.004659594, 0.0142245, 0.04342363, 0.1325608, 0.404673");
					values("0.0132738, 0.0118488, 0.0086190, -0.0015250, -0.0338324, -0.1392674, -0.4693939", \
					  "0.0131341, 0.0119624, 0.0084874, -0.0014152, -0.0339421, -0.1392639, -0.4694244", \
					  "0.0131093, 0.0119142, 0.0084123, -0.0014747, -0.0340128, -0.1393180, -0.4694741", \
					  "0.0127535, 0.0116142, 0.0082778, -0.0017602, -0.0342633, -0.1395393, -0.4696996", \
					  "0.0124485, 0.0113027, 0.0078339, -0.0020203, -0.0344931, -0.1397983, -0.4699408", \
					  "0.0124022, 0.0112690, 0.0078639, -0.0022453, -0.0346546, -0.1399085, -0.4700390", \
					  "0.0199858, 0.0187421, 0.0149560, 0.0036337, -0.0314262, -0.1396082, -0.4700538");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
					values("0.0788262, 0.0825543, 0.0926822, 0.1193870, 0.1956516, 0.4241469, 1.1227224", \
					  "0.0832565, 0.0870023, 0.0971073, 0.1239071, 0.2001987, 0.4288333, 1.1254119", \
					  "0.0940631, 0.0978114, 0.1078613, 0.1346026, 0.2107854, 0.4391495, 1.1388246", \
					  "0.1199171, 0.1236398, 0.1336202, 0.1601800, 0.2362963, 0.4651323, 1.1623366", \
					  "0.1628708, 0.1669666, 0.1775084, 0.2045597, 0.2804650, 0.5096708, 1.2086719", \
					  "0.2168383, 0.2219117, 0.2344863, 0.2634166, 0.3384871, 0.5672421, 1.2659399", \
					  "0.2645454, 0.2714170, 0.2880748, 0.3225256, 0.4008251, 0.6283752, 1.3236744");
				}
				rise_transition ("del_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("0.0206949, 0.0242038, 0.0351990, 0.0689222, 0.1751541, 0.5003424, 1.4956080", \
					  "0.0206164, 0.0242962, 0.0351169, 0.0688797, 0.1749627, 0.5007397, 1.4958691", \
					  "0.0205668, 0.0241913, 0.0351175, 0.0689237, 0.1751865, 0.5004606, 1.4948949", \
					  "0.0208097, 0.0243008, 0.0351530, 0.0688193, 0.1745303, 0.5003595, 1.4968545", \
					  "0.0248442, 0.0280572, 0.0379786, 0.0700849, 0.1743183, 0.5009583, 1.4939739", \
					  "0.0335407, 0.0367609, 0.0462009, 0.0749796, 0.1764098, 0.4989861, 1.4959207", \
					  "0.0504915, 0.0540712, 0.0640970, 0.0909900, 0.1811924, 0.5037911, 1.4870817");
				}
				cell_fall ("del_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("0.3904506, 0.3967011, 0.4118133, 0.4425946, 0.4999206, 0.6087604, 0.8444294", \
					  "0.3950896, 0.4013478, 0.4162085, 0.4469436, 0.5042826, 0.6130619, 0.8493274", \
					  "0.4082142, 0.4144438, 0.4293105, 0.4602010, 0.5175432, 0.6260618, 0.8622257", \
					  "0.4416706, 0.4478891, 0.4628440, 0.4935410, 0.5507204, 0.6596915, 0.8953437", \
					  "0.5159480, 0.5221421, 0.5371353, 0.5678894, 0.6247672, 0.7334594, 0.9699933", \
					  "0.6823149, 0.6885275, 0.7034925, 0.7341210, 0.7912568, 0.9002843, 1.1366136", \
					  "1.0413883, 1.0477745, 1.0639162, 1.0965989, 1.1575840, 1.2694825, 1.5059595");
				}
				fall_transition ("del_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("0.0656544, 0.0685254, 0.0754269, 0.0917482, 0.1282715, 0.2192179, 0.4747772", \
					  "0.0655786, 0.0682248, 0.0755173, 0.0926165, 0.1286869, 0.2200111, 0.4744622", \
					  "0.0655448, 0.0685291, 0.0756842, 0.0922343, 0.1284731, 0.2195514, 0.4747339", \
					  "0.0655511, 0.0682807, 0.0754073, 0.0917498, 0.1281340, 0.2195379, 0.4747667", \
					  "0.0656153, 0.0684124, 0.0755288, 0.0917064, 0.1292909, 0.2195470, 0.4736213", \
					  "0.0655794, 0.0683340, 0.0754075, 0.0918599, 0.1280327, 0.2191475, 0.4740639", \
					  "0.0749171, 0.0777622, 0.0846016, 0.1010307, 0.1362221, 0.2245512, 0.4779329");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
					values("0.0763553, 0.0800892, 0.0901184, 0.1171230, 0.1939217, 0.4235703, 1.1195895", \
					  "0.0809115, 0.0846479, 0.0946833, 0.1216101, 0.1985711, 0.4280566, 1.1250659", \
					  "0.0918520, 0.0955673, 0.1056270, 0.1325015, 0.2091526, 0.4388978, 1.1355193", \
					  "0.1173540, 0.1210212, 0.1310057, 0.1577789, 0.2349120, 0.4644712, 1.1643754", \
					  "0.1594863, 0.1635180, 0.1740496, 0.2009473, 0.2774209, 0.5070752, 1.2045667", \
					  "0.2110268, 0.2161498, 0.2282939, 0.2570852, 0.3334693, 0.5622918, 1.2609388", \
					  "0.2558874, 0.2629915, 0.2798485, 0.3152081, 0.3935343, 0.6215150, 1.3165714");
				}
				rise_transition ("del_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("0.0201361, 0.0236644, 0.0344953, 0.0682129, 0.1738624, 0.4993798, 1.4952720", \
					  "0.0201067, 0.0236892, 0.0344882, 0.0682908, 0.1745276, 0.5013543, 1.4959608", \
					  "0.0202907, 0.0236673, 0.0343796, 0.0681356, 0.1747616, 0.5012789, 1.4967887", \
					  "0.0205321, 0.0240265, 0.0348274, 0.0683807, 0.1739639, 0.5005040, 1.4937589", \
					  "0.0246986, 0.0279157, 0.0377024, 0.0697505, 0.1738990, 0.5008638, 1.4962027", \
					  "0.0340151, 0.0370522, 0.0467602, 0.0750168, 0.1760185, 0.4978586, 1.4963017", \
					  "0.0517604, 0.0548101, 0.0649331, 0.0911268, 0.1812007, 0.5036491, 1.4910451");
				}
				cell_fall ("del_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("0.3689921, 0.3752135, 0.3902467, 0.4209957, 0.4781331, 0.5871196, 0.8218497", \
					  "0.3727551, 0.3789685, 0.3940048, 0.4247945, 0.4820657, 0.5907853, 0.8262473", \
					  "0.3849669, 0.3911695, 0.4060987, 0.4367073, 0.4940097, 0.6031582, 0.8392556", \
					  "0.4171786, 0.4234035, 0.4382722, 0.4689483, 0.5261048, 0.6350054, 0.8712993", \
					  "0.4922330, 0.4985055, 0.5134403, 0.5442463, 0.6013094, 0.7103663, 0.9466652", \
					  "0.6695555, 0.6757642, 0.6907099, 0.7213816, 0.7784933, 0.8877082, 1.1241688", \
					  "1.0491796, 1.0563970, 1.0729299, 1.1062385, 1.1665908, 1.2791317, 1.5169060");
				}
				fall_transition ("del_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("0.0656817, 0.0684703, 0.0757107, 0.0922855, 0.1286659, 0.2188535, 0.4751901", \
					  "0.0656718, 0.0684197, 0.0757438, 0.0919022, 0.1284468, 0.2193965, 0.4750731", \
					  "0.0654846, 0.0683661, 0.0754997, 0.0927996, 0.1287343, 0.2198256, 0.4744067", \
					  "0.0656783, 0.0685595, 0.0755258, 0.0916326, 0.1287622, 0.2190939, 0.4743755", \
					  "0.0654780, 0.0682590, 0.0755844, 0.0917237, 0.1282206, 0.2194208, 0.4740315", \
					  "0.0655812, 0.0683426, 0.0753721, 0.0916129, 0.1282781, 0.2196831, 0.4747768", \
					  "0.0787438, 0.0811833, 0.0879424, 0.1033405, 0.1394507, 0.2259118, 0.4769864");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00152637, 0.00465959, 0.0142245, 0.0434236, 0.132561, 0.404673");
					values("0.1877758, 0.1915327, 0.2019284, 0.2290635, 0.3056642, 0.5355428, 1.2348835", \
					  "0.1928699, 0.1967438, 0.2070942, 0.2341056, 0.3107756, 0.5400440, 1.2410694", \
					  "0.2065987, 0.2105171, 0.2208227, 0.2478376, 0.3244679, 0.5542834, 1.2523842", \
					  "0.2409598, 0.2448418, 0.2551864, 0.2823030, 0.3587625, 0.5887936, 1.2880392", \
					  "0.3207769, 0.3245920, 0.3349693, 0.3620965, 0.4387257, 0.6686841, 1.3676953", \
					  "0.4774042, 0.4813664, 0.4918200, 0.5189763, 0.5955066, 0.8256297, 1.5262704", \
					  "0.7455332, 0.7498164, 0.7608338, 0.7885524, 0.8654247, 1.0948881, 1.7938409");
				}
				rise_transition ("del_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("0.0219477, 0.0256051, 0.0361186, 0.0691841, 0.1743279, 0.5007326, 1.5034536", \
					  "0.0220068, 0.0254685, 0.0359633, 0.0693002, 0.1744115, 0.5010678, 1.5044528", \
					  "0.0221144, 0.0254205, 0.0360659, 0.0692033, 0.1744245, 0.5009216, 1.4946524", \
					  "0.0220666, 0.0255644, 0.0360800, 0.0691985, 0.1744472, 0.5009212, 1.5023337", \
					  "0.0220885, 0.0255851, 0.0361488, 0.0692437, 0.1742042, 0.5008998, 1.5030978", \
					  "0.0232259, 0.0266913, 0.0369854, 0.0697108, 0.1740982, 0.4979003, 1.4866516", \
					  "0.0269292, 0.0300488, 0.0398562, 0.0712938, 0.1751752, 0.4981918, 1.4893259");
				}
				cell_fall ("del_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("0.3630594, 0.3693358, 0.3844225, 0.4153818, 0.4723824, 0.5812259, 0.8178487", \
					  "0.3679592, 0.3742368, 0.3893452, 0.4202660, 0.4776036, 0.5863006, 0.8229919", \
					  "0.3782376, 0.3844915, 0.3995193, 0.4304683, 0.4878021, 0.5964672, 0.8331898", \
					  "0.3982178, 0.4044433, 0.4194457, 0.4503566, 0.5076931, 0.6168177, 0.8531020", \
					  "0.4294583, 0.4356660, 0.4506174, 0.4813673, 0.5383639, 0.6471271, 0.8836717", \
					  "0.4722757, 0.4784737, 0.4935060, 0.5241479, 0.5810584, 0.6897008, 0.9260939", \
					  "0.5198624, 0.5261446, 0.5403463, 0.5710583, 0.6281930, 0.7374011, 0.9736881");
				}
				fall_transition ("del_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("0.0657638, 0.0683013, 0.0757283, 0.0914724, 0.1296307, 0.2191975, 0.4747722", \
					  "0.0655651, 0.0684780, 0.0756312, 0.0916132, 0.1280868, 0.2194088, 0.4748935", \
					  "0.0655556, 0.0683867, 0.0756203, 0.0917491, 0.1279933, 0.2192728, 0.4745138", \
					  "0.0655343, 0.0684047, 0.0755372, 0.0917563, 0.1280683, 0.2193932, 0.4740699", \
					  "0.0654778, 0.0683630, 0.0755029, 0.0917076, 0.1290330, 0.2198287, 0.4753543", \
					  "0.0654857, 0.0683247, 0.0755011, 0.0914299, 0.1276439, 0.2198657, 0.4752826", \
					  "0.0653323, 0.0681664, 0.0753974, 0.0918096, 0.1279648, 0.2193548, 0.4738505");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002401;
			capacitance : 0.002266;
			fall_capacitance : 0.002132;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022913, -0.0023125, -0.0023615, -0.0023702, -0.0023903, -0.0024367, -0.0025437");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025975, 0.0026008, 0.0026085, 0.0026102, 0.0026141, 0.0026231, 0.0026439");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002361;
			capacitance : 0.002230;
			fall_capacitance : 0.002099;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0028154, -0.0028263, -0.0028514, -0.0028534, -0.0028581, -0.0028689, -0.0028939");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0028860, 0.0028863, 0.0028871, 0.0028874, 0.0028882, 0.0028899, 0.0028939");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001394;
			capacitance : 0.001469;
			rise_capacitance : 0.001544;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022447, 0.0022094, 0.0021279, 0.0021249, 0.0021178, 0.0021016, 0.0020643");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066575, 0.0065844, 0.0064160, 0.0064157, 0.0064150, 0.0064134, 0.0064097");
				}
			}
		}
	}
	cell ("scs8hd_or4_1") {
		area : 7.507200;
		cell_footprint : "or4";
		cell_leakage_power : 5.575399e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "1.7629888e-05";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0006293";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "1.4284309e-05";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "1.8848653e-05";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "1.4403031e-05";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "2.2565175e-05";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "1.4274980e-05";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "1.8258398e-05";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "1.4507389e-05";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "2.6380536e-05";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "1.4277896e-05";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "1.8318805e-05";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "1.4396557e-05";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "2.2119484e-05";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "1.4274502e-05";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "1.8253387e-05";
			when : "A&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C) | (D)";
			max_capacitance : 0.149241;
			max_transition : 1.515332;
			internal_power () {
				related_pin : "D";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0053883, 0.0046467, 0.0026395, -0.0029439, -0.0184572, -0.0606708, -0.1717748", \
					  "0.0053014, 0.0045451, 0.0025417, -0.0030297, -0.0185414, -0.0607591, -0.1718573", \
					  "0.0052289, 0.0044616, 0.0024178, -0.0031398, -0.0186202, -0.0608497, -0.1719453", \
					  "0.0051028, 0.0043738, 0.0023213, -0.0032841, -0.0187342, -0.0609440, -0.1720499", \
					  "0.0050973, 0.0042931, 0.0022915, -0.0032856, -0.0187817, -0.0609972, -0.1721054", \
					  "0.0050540, 0.0042912, 0.0024256, -0.0032258, -0.0187815, -0.0610362, -0.1721431", \
					  "0.0063373, 0.0053412, 0.0028402, -0.0034399, -0.0189061, -0.0610157, -0.1720848");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0055855, 0.0066215, 0.0092306, 0.0158182, 0.0323598, 0.0751827, 0.1860079", \
					  "0.0055753, 0.0066161, 0.0092429, 0.0158022, 0.0324418, 0.0754224, 0.1853938", \
					  "0.0055445, 0.0065767, 0.0091740, 0.0156647, 0.0323723, 0.0746749, 0.1855793", \
					  "0.0054561, 0.0064385, 0.0090327, 0.0155522, 0.0322069, 0.0745994, 0.1848146", \
					  "0.0054213, 0.0063816, 0.0088502, 0.0153183, 0.0320222, 0.0748275, 0.1859231", \
					  "0.0052476, 0.0062387, 0.0088206, 0.0151977, 0.0319140, 0.0748499, 0.1850113", \
					  "0.0052624, 0.0062421, 0.0087669, 0.0152291, 0.0318714, 0.0748209, 0.1851182");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0068896, 0.0079474, 0.0105400, 0.0169884, 0.0334711, 0.0763727, 0.1862925", \
					  "0.0068746, 0.0079156, 0.0105102, 0.0169874, 0.0335845, 0.0760634, 0.1871063", \
					  "0.0068630, 0.0079187, 0.0105072, 0.0170021, 0.0336163, 0.0760671, 0.1870695", \
					  "0.0068329, 0.0078567, 0.0104334, 0.0168756, 0.0335810, 0.0760512, 0.1870064", \
					  "0.0068837, 0.0078383, 0.0103838, 0.0167461, 0.0334785, 0.0758797, 0.1861920", \
					  "0.0069269, 0.0079198, 0.0104436, 0.0168385, 0.0333939, 0.0758486, 0.1862083", \
					  "0.0070972, 0.0080368, 0.0105865, 0.0169455, 0.0335790, 0.0764264, 0.1858586");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0071363, 0.0064040, 0.0043900, -0.0011483, -0.0166751, -0.0590000, -0.1702353", \
					  "0.0070335, 0.0063156, 0.0043055, -0.0012891, -0.0167792, -0.0590973, -0.1703208", \
					  "0.0069436, 0.0061822, 0.0042012, -0.0013733, -0.0169110, -0.0592171, -0.1704616", \
					  "0.0068443, 0.0061581, 0.0040948, -0.0015165, -0.0170024, -0.0592848, -0.1705370", \
					  "0.0069063, 0.0060958, 0.0040783, -0.0015189, -0.0170621, -0.0593750, -0.1705839", \
					  "0.0067761, 0.0060332, 0.0039618, -0.0015945, -0.0171398, -0.0594274, -0.1706240", \
					  "0.0070949, 0.0061204, 0.0037609, -0.0017342, -0.0172343, -0.0594620, -0.1706343");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0068181, 0.0078798, 0.0105277, 0.0171018, 0.0337094, 0.0764868, 0.1866713", \
					  "0.0068165, 0.0078779, 0.0105005, 0.0170993, 0.0338744, 0.0767705, 0.1876302", \
					  "0.0067922, 0.0078472, 0.0104657, 0.0170272, 0.0338228, 0.0767505, 0.1876204", \
					  "0.0067130, 0.0077483, 0.0103369, 0.0168900, 0.0335495, 0.0767041, 0.1874331", \
					  "0.0067384, 0.0077054, 0.0101872, 0.0166923, 0.0334209, 0.0762063, 0.1866111", \
					  "0.0067298, 0.0077309, 0.0102804, 0.0166280, 0.0332830, 0.0759452, 0.1871738", \
					  "0.0067599, 0.0077652, 0.0102653, 0.0166876, 0.0334346, 0.0764114, 0.1859396");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0065236, 0.0058425, 0.0038996, -0.0017080, -0.0173005, -0.0595575, -0.1708035", \
					  "0.0063987, 0.0057192, 0.0036460, -0.0019022, -0.0174080, -0.0597089, -0.1708832", \
					  "0.0062995, 0.0056130, 0.0035508, -0.0020142, -0.0174886, -0.0598057, -0.1710018", \
					  "0.0062274, 0.0055060, 0.0034570, -0.0021508, -0.0176141, -0.0598949, -0.1710846", \
					  "0.0061491, 0.0053933, 0.0033981, -0.0021987, -0.0176707, -0.0599633, -0.1711415", \
					  "0.0061364, 0.0054005, 0.0033322, -0.0022226, -0.0177770, -0.0600267, -0.1711874", \
					  "0.0062453, 0.0052654, 0.0031376, -0.0024077, -0.0178474, -0.0600504, -0.1711796");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0065604, 0.0076035, 0.0102205, 0.0168004, 0.0333605, 0.0764494, 0.1860368", \
					  "0.0065661, 0.0076114, 0.0102236, 0.0167981, 0.0335506, 0.0764744, 0.1871171", \
					  "0.0065901, 0.0076271, 0.0102255, 0.0167844, 0.0334536, 0.0761173, 0.1861259", \
					  "0.0065083, 0.0075250, 0.0101002, 0.0165982, 0.0334383, 0.0760955, 0.1863640", \
					  "0.0064026, 0.0073657, 0.0099301, 0.0163875, 0.0330896, 0.0757641, 0.1871003", \
					  "0.0063709, 0.0073775, 0.0098689, 0.0162817, 0.0330169, 0.0759497, 0.1868644", \
					  "0.0064011, 0.0073408, 0.0098579, 0.0162747, 0.0328778, 0.0759541, 0.1854397");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0060061, 0.0052067, 0.0031775, -0.0024441, -0.0179675, -0.0602021, -0.1713744", \
					  "0.0058703, 0.0050888, 0.0030702, -0.0025032, -0.0180325, -0.0602989, -0.1714417", \
					  "0.0056803, 0.0049550, 0.0029309, -0.0026443, -0.0181751, -0.0604184, -0.1715649", \
					  "0.0057386, 0.0048308, 0.0028292, -0.0027147, -0.0181993, -0.0604833, -0.1716483", \
					  "0.0056106, 0.0048561, 0.0028504, -0.0027431, -0.0183191, -0.0605618, -0.1717076", \
					  "0.0055244, 0.0047571, 0.0027575, -0.0028445, -0.0183847, -0.0606064, -0.1717437", \
					  "0.0056575, 0.0046883, 0.0025850, -0.0029608, -0.0184714, -0.0606807, -0.1717474");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0611103, 0.0676984, 0.0831778, 0.1213352, 0.2180724, 0.4669907, 1.1101735", \
					  "0.0662643, 0.0727847, 0.0882974, 0.1264357, 0.2229449, 0.4721580, 1.1135081", \
					  "0.0785036, 0.0850372, 0.1005348, 0.1385538, 0.2352001, 0.4845397, 1.1255844", \
					  "0.1049860, 0.1114765, 0.1268776, 0.1651768, 0.2620073, 0.5108916, 1.1518270", \
					  "0.1464582, 0.1534818, 0.1694420, 0.2075006, 0.3042274, 0.5536238, 1.1959456", \
					  "0.2009013, 0.2096452, 0.2275358, 0.2663934, 0.3627944, 0.6113215, 1.2541027", \
					  "0.2581995, 0.2701206, 0.2935826, 0.3357188, 0.4325113, 0.6803715, 1.3219604");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0204557, 0.0281000, 0.0481027, 0.1006839, 0.2360503, 0.5871239, 1.5048754", \
					  "0.0204180, 0.0279713, 0.0479336, 0.1007396, 0.2363146, 0.5895283, 1.4985300", \
					  "0.0202676, 0.0278376, 0.0478551, 0.1005954, 0.2363320, 0.5896761, 1.4964491", \
					  "0.0210965, 0.0283551, 0.0477458, 0.1001928, 0.2360674, 0.5898081, 1.4966054", \
					  "0.0250234, 0.0315448, 0.0496639, 0.1005874, 0.2365763, 0.5890326, 1.5051737", \
					  "0.0337476, 0.0393698, 0.0552259, 0.1024612, 0.2375457, 0.5888739, 1.5050476", \
					  "0.0471497, 0.0539662, 0.0697840, 0.1108568, 0.2392969, 0.5920801, 1.4974039");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4728416, 0.4858262, 0.5108665, 0.5548438, 0.6309779, 0.7710884, 1.0538604", \
					  "0.4737435, 0.4870215, 0.5117520, 0.5554858, 0.6319509, 0.7697689, 1.0567387", \
					  "0.4822766, 0.4951889, 0.5201549, 0.5640280, 0.6401299, 0.7803616, 1.0630438", \
					  "0.5104518, 0.5233925, 0.5481258, 0.5917228, 0.6667288, 0.8069835, 1.0936512", \
					  "0.5752278, 0.5880738, 0.6127501, 0.6563941, 0.7326538, 0.8726632, 1.1582135", \
					  "0.7148125, 0.7277361, 0.7519709, 0.7959074, 0.8721272, 1.0122241, 1.2985607", \
					  "1.0013037, 1.0153882, 1.0410028, 1.0875031, 1.1667278, 1.3083984, 1.5962165");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0632449, 0.0704097, 0.0847829, 0.1131086, 0.1729887, 0.3010019, 0.6222200", \
					  "0.0632458, 0.0703416, 0.0843857, 0.1129461, 0.1729679, 0.3028162, 0.6223025", \
					  "0.0630941, 0.0702319, 0.0849442, 0.1131062, 0.1729942, 0.3014391, 0.6221413", \
					  "0.0634711, 0.0707493, 0.0844789, 0.1128908, 0.1742376, 0.3014023, 0.6214462", \
					  "0.0636744, 0.0706356, 0.0848376, 0.1136729, 0.1708963, 0.3015772, 0.6201654", \
					  "0.0634833, 0.0705597, 0.0844558, 0.1139374, 0.1731922, 0.3017425, 0.6203987", \
					  "0.0697886, 0.0771570, 0.0913681, 0.1209174, 0.1785833, 0.3076070, 0.6237199");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0620281, 0.0686712, 0.0844215, 0.1232663, 0.2205993, 0.4698288, 1.1125257", \
					  "0.0670176, 0.0736523, 0.0893853, 0.1279703, 0.2250445, 0.4751317, 1.1196073", \
					  "0.0791176, 0.0856635, 0.1013401, 0.1398287, 0.2372405, 0.4872052, 1.1316563", \
					  "0.1047223, 0.1113065, 0.1269017, 0.1652775, 0.2624040, 0.5118317, 1.1549789", \
					  "0.1447885, 0.1519188, 0.1675423, 0.2058752, 0.3029774, 0.5524514, 1.1946696", \
					  "0.1951627, 0.2038457, 0.2217970, 0.2605710, 0.3571114, 0.6065711, 1.2496825", \
					  "0.2451807, 0.2574189, 0.2804078, 0.3233531, 0.4195851, 0.6690283, 1.3113136");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0200130, 0.0274277, 0.0472642, 0.0994283, 0.2359438, 0.5900500, 1.5060632", \
					  "0.0199555, 0.0273604, 0.0472672, 0.0998722, 0.2357140, 0.5888869, 1.5018036", \
					  "0.0198637, 0.0273344, 0.0471215, 0.0995144, 0.2358707, 0.5886993, 1.5011924", \
					  "0.0206216, 0.0278321, 0.0472816, 0.0996581, 0.2353384, 0.5882780, 1.5003409", \
					  "0.0242088, 0.0306804, 0.0490316, 0.1001383, 0.2357266, 0.5871359, 1.5052019", \
					  "0.0324405, 0.0385295, 0.0546136, 0.1021987, 0.2376463, 0.5871060, 1.4966794", \
					  "0.0483215, 0.0549287, 0.0699545, 0.1114867, 0.2383637, 0.5918222, 1.4970611");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4568274, 0.4698116, 0.4943212, 0.5380176, 0.6142430, 0.7541038, 1.0404656", \
					  "0.4570920, 0.4700462, 0.4950756, 0.5388233, 0.6151480, 0.7550487, 1.0389664", \
					  "0.4651117, 0.4780372, 0.5028066, 0.5465098, 0.6226073, 0.7624517, 1.0485857", \
					  "0.4925091, 0.5055192, 0.5300937, 0.5737321, 0.6502554, 0.7885327, 1.0755283", \
					  "0.5579093, 0.5708145, 0.5956027, 0.6391147, 0.7150057, 0.8547998, 1.1412169", \
					  "0.7053775, 0.7182817, 0.7424567, 0.7865489, 0.8630772, 1.0031980, 1.2889741", \
					  "1.0192311, 1.0326502, 1.0595229, 1.1057467, 1.1863598, 1.3280559, 1.6164030");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0634552, 0.0706708, 0.0856890, 0.1139282, 0.1720535, 0.3019241, 0.6211082", \
					  "0.0632071, 0.0703959, 0.0847127, 0.1129955, 0.1730664, 0.3000975, 0.6199640", \
					  "0.0634871, 0.0707452, 0.0844772, 0.1137552, 0.1719628, 0.3017382, 0.6208711", \
					  "0.0631167, 0.0704770, 0.0845654, 0.1128811, 0.1722610, 0.3027443, 0.6216111", \
					  "0.0633236, 0.0703768, 0.0844000, 0.1129564, 0.1719751, 0.3018547, 0.6208731", \
					  "0.0637696, 0.0706290, 0.0845951, 0.1137262, 0.1732125, 0.3001119, 0.6209255", \
					  "0.0714326, 0.0792078, 0.0933242, 0.1219626, 0.1799822, 0.3089207, 0.6219442");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0602529, 0.0667660, 0.0823537, 0.1206638, 0.2178780, 0.4676542, 1.1111257", \
					  "0.0653579, 0.0719053, 0.0874953, 0.1257563, 0.2233123, 0.4719366, 1.1147834", \
					  "0.0770242, 0.0837837, 0.0992840, 0.1374824, 0.2345599, 0.4837034, 1.1278429", \
					  "0.1025534, 0.1090775, 0.1245033, 0.1625605, 0.2597582, 0.5089628, 1.1512740", \
					  "0.1401733, 0.1472387, 0.1632850, 0.2015059, 0.2986755, 0.5488532, 1.1935499", \
					  "0.1888581, 0.1976459, 0.2152672, 0.2542425, 0.3508960, 0.6001235, 1.2436500", \
					  "0.2337751, 0.2459682, 0.2693282, 0.3127709, 0.4089565, 0.6587283, 1.3009507");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0195254, 0.0269032, 0.0467356, 0.0992437, 0.2360137, 0.5884553, 1.5015995", \
					  "0.0195631, 0.0269546, 0.0467435, 0.0992359, 0.2360347, 0.5890113, 1.4985000", \
					  "0.0195288, 0.0269423, 0.0467159, 0.0994031, 0.2367042, 0.5908609, 1.5036511", \
					  "0.0204064, 0.0276365, 0.0469578, 0.0994231, 0.2357496, 0.5900265, 1.5074441", \
					  "0.0245103, 0.0309864, 0.0489662, 0.0994775, 0.2359362, 0.5888859, 1.4994214", \
					  "0.0322994, 0.0386184, 0.0550785, 0.1019983, 0.2374222, 0.5881456, 1.5020758", \
					  "0.0487341, 0.0555544, 0.0712416, 0.1119277, 0.2378716, 0.5930110, 1.4981225");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4245151, 0.4376699, 0.4625335, 0.5058926, 0.5824523, 0.7224579, 1.0079588", \
					  "0.4241315, 0.4376152, 0.4624299, 0.5060042, 0.5824097, 0.7221693, 1.0088204", \
					  "0.4312112, 0.4438995, 0.4689408, 0.5127943, 0.5889049, 0.7288495, 1.0136946", \
					  "0.4581003, 0.4710943, 0.4959571, 0.5389333, 0.6149288, 0.7550214, 1.0417075", \
					  "0.5247647, 0.5376775, 0.5623525, 0.6058757, 0.6822389, 0.8220184, 1.1064445", \
					  "0.6840234, 0.6969143, 0.7212267, 0.7653365, 0.8416084, 0.9817467, 1.2677129", \
					  "1.0196203, 1.0344851, 1.0619050, 1.1085958, 1.1888079, 1.3322663, 1.6211404");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0635006, 0.0705353, 0.0849473, 0.1129426, 0.1714662, 0.3015398, 0.6203412", \
					  "0.0635317, 0.0704328, 0.0845970, 0.1138756, 0.1711636, 0.3017806, 0.6194340", \
					  "0.0630908, 0.0705100, 0.0848526, 0.1131100, 0.1730227, 0.3001255, 0.6220086", \
					  "0.0636531, 0.0705465, 0.0843418, 0.1139501, 0.1729535, 0.3020370, 0.6214727", \
					  "0.0636595, 0.0707471, 0.0851582, 0.1138451, 0.1712534, 0.3017307, 0.6220693", \
					  "0.0636347, 0.0706534, 0.0843830, 0.1133731, 0.1730050, 0.3005995, 0.6208583", \
					  "0.0741221, 0.0817565, 0.0971165, 0.1247204, 0.1810090, 0.3080908, 0.6228433");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0574834, 0.0639771, 0.0794797, 0.1178062, 0.2150217, 0.4641399, 1.1080323", \
					  "0.0625538, 0.0690689, 0.0846621, 0.1229863, 0.2197523, 0.4694629, 1.1130583", \
					  "0.0748909, 0.0813831, 0.0968504, 0.1352063, 0.2319834, 0.4811104, 1.1295316", \
					  "0.1000892, 0.1064042, 0.1218511, 0.1600945, 0.2572736, 0.5063631, 1.1577231", \
					  "0.1379064, 0.1451398, 0.1610283, 0.1993616, 0.2961943, 0.5453423, 1.1889650", \
					  "0.1865843, 0.1959381, 0.2143969, 0.2534584, 0.3502083, 0.5988882, 1.2418778", \
					  "0.2368223, 0.2496635, 0.2745621, 0.3181828, 0.4150439, 0.6627115, 1.3050768");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0194193, 0.0268757, 0.0465229, 0.0989868, 0.2357033, 0.5910202, 1.5014018", \
					  "0.0194397, 0.0268737, 0.0464919, 0.0990609, 0.2365201, 0.5882154, 1.5059779", \
					  "0.0194341, 0.0268850, 0.0465913, 0.0985856, 0.2365809, 0.5884921, 1.5153324", \
					  "0.0205512, 0.0277520, 0.0470203, 0.0990962, 0.2361916, 0.5881481, 1.5093174", \
					  "0.0249863, 0.0313970, 0.0493473, 0.0993606, 0.2358066, 0.5894559, 1.5040926", \
					  "0.0351907, 0.0406480, 0.0563478, 0.1023397, 0.2370885, 0.5873573, 1.4971990", \
					  "0.0513829, 0.0587663, 0.0743065, 0.1143859, 0.2391546, 0.5923767, 1.4976448");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3569418, 0.3700358, 0.3948687, 0.4387517, 0.5149043, 0.6549692, 0.9411939", \
					  "0.3568786, 0.3696027, 0.3947632, 0.4385480, 0.5149805, 0.6534952, 0.9404594", \
					  "0.3628748, 0.3757883, 0.4004995, 0.4441429, 0.5203982, 0.6603915, 0.9469743", \
					  "0.3850736, 0.3979685, 0.4227256, 0.4664092, 0.5418614, 0.6822068, 0.9686397", \
					  "0.4506139, 0.4636348, 0.4884103, 0.5322321, 0.6082386, 0.7481381, 1.0341824", \
					  "0.6034329, 0.6162185, 0.6414168, 0.6847327, 0.7611426, 0.9014995, 1.1874978", \
					  "0.9177816, 0.9332861, 0.9622846, 1.0113291, 1.0919500, 1.2321506, 1.5218988");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0631523, 0.0704170, 0.0848010, 0.1129136, 0.1729030, 0.3013443, 0.6197517", \
					  "0.0636664, 0.0705951, 0.0848906, 0.1129677, 0.1728812, 0.3020000, 0.6187866", \
					  "0.0635029, 0.0705495, 0.0845283, 0.1138686, 0.1719039, 0.3017101, 0.6205179", \
					  "0.0635752, 0.0705605, 0.0844585, 0.1127779, 0.1727464, 0.3015639, 0.6209008", \
					  "0.0634804, 0.0702970, 0.0849616, 0.1130319, 0.1730957, 0.3006444, 0.6209320", \
					  "0.0626637, 0.0699302, 0.0852021, 0.1144582, 0.1719426, 0.3012686, 0.6207371", \
					  "0.0835879, 0.0908279, 0.1044276, 0.1304154, 0.1843222, 0.3122402, 0.6258006");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001513;
			capacitance : 0.001414;
			fall_capacitance : 0.001315;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010014, -0.0010047, -0.0010123, -0.0010164, -0.0010257, -0.0010471, -0.0010966");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011698, 0.0011662, 0.0011579, 0.0011586, 0.0011604, 0.0011644, 0.0011736");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001813;
			capacitance : 0.001710;
			fall_capacitance : 0.001606;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016367, -0.0016380, -0.0016409, -0.0016452, -0.0016551, -0.0016780, -0.0017307");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017630, 0.0017680, 0.0017795, 0.0017795, 0.0017796, 0.0017797, 0.0017800");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001613;
			capacitance : 0.001505;
			fall_capacitance : 0.001397;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010416, -0.0010576, -0.0010946, -0.0010959, -0.0010989, -0.0011058, -0.0011215");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011377, 0.0011372, 0.0011359, 0.0011357, 0.0011354, 0.0011346, 0.0011329");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001259;
			capacitance : 0.001348;
			rise_capacitance : 0.001437;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005671, -0.0005642, -0.0005575, -0.0005577, -0.0005580, -0.0005587, -0.0005604");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0008509, 0.0008510, 0.0008512, 0.0008538, 0.0008597, 0.0008735, 0.0009053");
				}
			}
		}
	}
	cell ("scs8hd_or4_2") {
		area : 8.758400;
		cell_footprint : "or4";
		cell_leakage_power : 9.288609e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "3.2386623e-05";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0009992";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "2.9263789e-05";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "3.3771644e-05";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "2.9379971e-05";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "3.7471891e-05";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "2.9255630e-05";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "3.3233273e-05";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "2.9478925e-05";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "4.1201932e-05";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "2.9258154e-05";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "3.3289052e-05";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "2.9374408e-05";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "3.7084424e-05";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "2.9255247e-05";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "3.3229075e-05";
			when : "A&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C) | (D)";
			max_capacitance : 0.271922;
			max_transition : 1.514434;
			internal_power () {
				related_pin : "C";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0077718, 0.0067569, 0.0038813, -0.0045028, -0.0291147, -0.1024913, -0.3167080", \
					  "0.0076683, 0.0066484, 0.0038291, -0.0045411, -0.0291982, -0.1025731, -0.3167745", \
					  "0.0076749, 0.0065990, 0.0036802, -0.0046175, -0.0292892, -0.1026471, -0.3169086", \
					  "0.0074398, 0.0064324, 0.0035895, -0.0047181, -0.0293982, -0.1027335, -0.3170006", \
					  "0.0073560, 0.0064069, 0.0035860, -0.0048314, -0.0294916, -0.1028673, -0.3170686", \
					  "0.0073160, 0.0063062, 0.0034650, -0.0049272, -0.0295583, -0.1029184, -0.3171515", \
					  "0.0073633, 0.0063629, 0.0034610, -0.0049292, -0.0296960, -0.1030009, -0.3171995");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0099581, 0.0112032, 0.0146145, 0.0240525, 0.0505186, 0.1251487, 0.3382535", \
					  "0.0099892, 0.0112264, 0.0146618, 0.0240428, 0.0505880, 0.1251758, 0.3396234", \
					  "0.0100214, 0.0112574, 0.0146783, 0.0241149, 0.0504734, 0.1257790, 0.3396095", \
					  "0.0099627, 0.0111879, 0.0144933, 0.0239171, 0.0504061, 0.1251401, 0.3383833", \
					  "0.0099027, 0.0110964, 0.0143963, 0.0237214, 0.0499986, 0.1248277, 0.3395258", \
					  "0.0099728, 0.0111394, 0.0144861, 0.0235881, 0.0499133, 0.1246030, 0.3375058", \
					  "0.0098707, 0.0110318, 0.0143121, 0.0237094, 0.0497628, 0.1248605, 0.3366497");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0089796, 0.0102081, 0.0136228, 0.0230949, 0.0495993, 0.1242511, 0.3376865", \
					  "0.0089918, 0.0102188, 0.0136714, 0.0230585, 0.0497376, 0.1240194, 0.3389034", \
					  "0.0089826, 0.0102242, 0.0136328, 0.0230945, 0.0495929, 0.1243426, 0.3376421", \
					  "0.0089218, 0.0100618, 0.0134967, 0.0228838, 0.0492896, 0.1240431, 0.3378858", \
					  "0.0088704, 0.0100951, 0.0134320, 0.0225926, 0.0490727, 0.1245849, 0.3350517", \
					  "0.0088950, 0.0100642, 0.0133914, 0.0225455, 0.0488499, 0.1235584, 0.3383907", \
					  "0.0089149, 0.0100341, 0.0133522, 0.0225450, 0.0488570, 0.1238688, 0.3364379");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0072515, 0.0062713, 0.0034141, -0.0049337, -0.0296442, -0.1029460, -0.3171669", \
					  "0.0072729, 0.0061505, 0.0032889, -0.0050339, -0.0297251, -0.1030112, -0.3172524", \
					  "0.0070501, 0.0060469, 0.0031940, -0.0050176, -0.0297679, -0.1031057, -0.3173228", \
					  "0.0070150, 0.0060141, 0.0031038, -0.0052247, -0.0299234, -0.1031971, -0.3174323", \
					  "0.0069348, 0.0059285, 0.0030994, -0.0052492, -0.0299760, -0.1032708, -0.3174918", \
					  "0.0068300, 0.0058226, 0.0029691, -0.0053433, -0.0299983, -0.1033735, -0.3175657", \
					  "0.0070195, 0.0059768, 0.0030867, -0.0053219, -0.0301033, -0.1034405, -0.3175952");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0103206, 0.0115609, 0.0149848, 0.0243573, 0.0506021, 0.1249839, 0.3392575", \
					  "0.0103071, 0.0115700, 0.0149955, 0.0243537, 0.0505121, 0.1249479, 0.3373606", \
					  "0.0103018, 0.0115264, 0.0149387, 0.0243323, 0.0504893, 0.1248064, 0.3379909", \
					  "0.0103279, 0.0115475, 0.0149491, 0.0242016, 0.0505158, 0.1248385, 0.3391381", \
					  "0.0103209, 0.0115238, 0.0148990, 0.0240095, 0.0503394, 0.1249553, 0.3391115", \
					  "0.0104705, 0.0116267, 0.0149624, 0.0241696, 0.0504034, 0.1250480, 0.3378059", \
					  "0.0107201, 0.0118253, 0.0151284, 0.0243679, 0.0506022, 0.1255971, 0.3366943");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0090136, 0.0080006, 0.0051903, -0.0032006, -0.0277034, -0.1011634, -0.3155378", \
					  "0.0089307, 0.0079791, 0.0050562, -0.0033038, -0.0278067, -0.1012583, -0.3155974", \
					  "0.0088192, 0.0078817, 0.0049317, -0.0034206, -0.0280400, -0.1013756, -0.3157320", \
					  "0.0087088, 0.0079612, 0.0048509, -0.0035137, -0.0281092, -0.1014921, -0.3158406", \
					  "0.0086305, 0.0076311, 0.0047657, -0.0035802, -0.0282656, -0.1016312, -0.3159332", \
					  "0.0087126, 0.0075522, 0.0047102, -0.0036785, -0.0283064, -0.1016986, -0.3159977", \
					  "0.0086477, 0.0075434, 0.0046577, -0.0037027, -0.0283294, -0.1017669, -0.3160418");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0101944, 0.0114435, 0.0148904, 0.0243207, 0.0508296, 0.1259061, 0.3381945", \
					  "0.0101953, 0.0114275, 0.0148765, 0.0243188, 0.0508585, 0.1260476, 0.3394755", \
					  "0.0102148, 0.0114556, 0.0148724, 0.0243583, 0.0509650, 0.1255654, 0.3398301", \
					  "0.0101614, 0.0113808, 0.0148011, 0.0241972, 0.0505729, 0.1254949, 0.3397446", \
					  "0.0100738, 0.0112848, 0.0146476, 0.0239576, 0.0502554, 0.1257608, 0.3397166", \
					  "0.0102549, 0.0114296, 0.0146851, 0.0239498, 0.0501632, 0.1245214, 0.3395404", \
					  "0.0103247, 0.0115374, 0.0147739, 0.0241483, 0.0504418, 0.1255534, 0.3370686");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001428507, 0.004081263, 0.01166022, 0.03331341, 0.09517685, 0.2719215");
					values("0.0085189, 0.0074539, 0.0045444, -0.0037840, -0.0284697, -0.1018040, -0.3160514", \
					  "0.0084097, 0.0073321, 0.0044373, -0.0038842, -0.0285768, -0.1019114, -0.3162382", \
					  "0.0082046, 0.0071980, 0.0043207, -0.0039807, -0.0286579, -0.1020349, -0.3163320", \
					  "0.0081743, 0.0070656, 0.0041926, -0.0041555, -0.0287045, -0.1021400, -0.3164240", \
					  "0.0080296, 0.0069935, 0.0041280, -0.0042031, -0.0288853, -0.1022325, -0.3165098", \
					  "0.0080510, 0.0069534, 0.0040838, -0.0042671, -0.0289254, -0.1023297, -0.3165913", \
					  "0.0079656, 0.0068950, 0.0040562, -0.0042304, -0.0289473, -0.1023725, -0.3165999");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0720642, 0.0771853, 0.0896378, 0.1208320, 0.2051372, 0.4434579, 1.1231756", \
					  "0.0771310, 0.0822933, 0.0947783, 0.1257054, 0.2099450, 0.4480682, 1.1279583", \
					  "0.0890869, 0.0941328, 0.1065599, 0.1375500, 0.2219319, 0.4595035, 1.1387455", \
					  "0.1170990, 0.1221682, 0.1345032, 0.1650626, 0.2491920, 0.4877463, 1.1668118", \
					  "0.1652130, 0.1709889, 0.1842036, 0.2154598, 0.2993130, 0.5373864, 1.2171723", \
					  "0.2300420, 0.2375837, 0.2533233, 0.2867576, 0.3712244, 0.6081239, 1.2868848", \
					  "0.3038374, 0.3136513, 0.3351565, 0.3752728, 0.4612085, 0.6983958, 1.3748573");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0185166, 0.0233637, 0.0370557, 0.0773683, 0.1951184, 0.5341256, 1.5001715", \
					  "0.0184846, 0.0232583, 0.0369532, 0.0771870, 0.1949558, 0.5315920, 1.5034952", \
					  "0.0184043, 0.0232008, 0.0368479, 0.0771592, 0.1950945, 0.5330860, 1.5049534", \
					  "0.0184605, 0.0231941, 0.0367267, 0.0768447, 0.1944857, 0.5338986, 1.5022741", \
					  "0.0229989, 0.0275826, 0.0398586, 0.0782877, 0.1946219, 0.5346024, 1.5027256", \
					  "0.0323617, 0.0370591, 0.0485231, 0.0828480, 0.1964540, 0.5333831, 1.5059092", \
					  "0.0482394, 0.0539851, 0.0657176, 0.0976046, 0.2003775, 0.5375962, 1.4980461");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.6141396, 0.6269734, 0.6535121, 0.7012886, 0.7826061, 0.9311104, 1.2294679", \
					  "0.6159872, 0.6287225, 0.6556224, 0.7032132, 0.7846130, 0.9332964, 1.2315327", \
					  "0.6251010, 0.6378555, 0.6644108, 0.7115188, 0.7942912, 0.9414040, 1.2397222", \
					  "0.6521724, 0.6651008, 0.6913577, 0.7390912, 0.8213240, 0.9685811, 1.2670631", \
					  "0.7171120, 0.7299252, 0.7563071, 0.8040312, 0.8861419, 1.0351034, 1.3300783", \
					  "0.8588881, 0.8715947, 0.8980606, 0.9455959, 1.0278900, 1.1765618, 1.4735898", \
					  "1.1647602, 1.1780116, 1.2051922, 1.2540510, 1.3368496, 1.4850909, 1.7840579");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0893725, 0.0951923, 0.1080635, 0.1339496, 0.1866392, 0.3033765, 0.6079887", \
					  "0.0893556, 0.0951560, 0.1079697, 0.1337349, 0.1865421, 0.3031851, 0.6078446", \
					  "0.0893781, 0.0952784, 0.1080232, 0.1337662, 0.1846643, 0.3035491, 0.6076049", \
					  "0.0894263, 0.0953368, 0.1080287, 0.1338579, 0.1867441, 0.3035595, 0.6079908", \
					  "0.0896360, 0.0954850, 0.1079865, 0.1331939, 0.1851744, 0.3025905, 0.6059842", \
					  "0.0893639, 0.0951286, 0.1079766, 0.1336678, 0.1848661, 0.3026302, 0.6081353", \
					  "0.0945813, 0.1002683, 0.1124831, 0.1368888, 0.1883373, 0.3055387, 0.6056601");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0727673, 0.0778776, 0.0903166, 0.1214939, 0.2058803, 0.4449377, 1.1239039", \
					  "0.0776085, 0.0826827, 0.0951334, 0.1263457, 0.2107482, 0.4497028, 1.1294639", \
					  "0.0896171, 0.0947185, 0.1070358, 0.1382061, 0.2227661, 0.4611550, 1.1396354", \
					  "0.1167536, 0.1217910, 0.1340857, 0.1649444, 0.2494683, 0.4874125, 1.1689626", \
					  "0.1636802, 0.1694618, 0.1825890, 0.2140730, 0.2981908, 0.5366255, 1.2155783", \
					  "0.2265839, 0.2340560, 0.2493265, 0.2829039, 0.3668979, 0.6050920, 1.2841295", \
					  "0.2956364, 0.3055740, 0.3274083, 0.3681583, 0.4538863, 0.6906624, 1.3679703");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0180044, 0.0227814, 0.0363609, 0.0764157, 0.1946261, 0.5332410, 1.5045202", \
					  "0.0180930, 0.0228085, 0.0363702, 0.0763919, 0.1947776, 0.5335316, 1.5024588", \
					  "0.0179762, 0.0227407, 0.0363181, 0.0762553, 0.1945163, 0.5344585, 1.5024062", \
					  "0.0181719, 0.0228849, 0.0363924, 0.0762855, 0.1947585, 0.5328781, 1.5024678", \
					  "0.0231529, 0.0275198, 0.0396206, 0.0779526, 0.1944298, 0.5335994, 1.5024226", \
					  "0.0318256, 0.0362390, 0.0488142, 0.0823990, 0.1957934, 0.5318824, 1.5030296", \
					  "0.0485332, 0.0536549, 0.0657318, 0.0969732, 0.2003738, 0.5366730, 1.4981857");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.5976080, 0.6103715, 0.6368241, 0.6849802, 0.7672899, 0.9160053, 1.2139447", \
					  "0.5985192, 0.6112614, 0.6377111, 0.6859007, 0.7682894, 0.9165299, 1.2148331", \
					  "0.6067319, 0.6195593, 0.6457835, 0.6938379, 0.7763221, 0.9240041, 1.2222814", \
					  "0.6333304, 0.6460855, 0.6726215, 0.7201161, 0.8023200, 0.9505865, 1.2487967", \
					  "0.6984403, 0.7110151, 0.7373526, 0.7853751, 0.8674821, 1.0162448, 1.3145847", \
					  "0.8463668, 0.8591662, 0.8855275, 0.9332054, 1.0147058, 1.1630574, 1.4617196", \
					  "1.1803619, 1.1933937, 1.2209117, 1.2691906, 1.3527688, 1.5019055, 1.7990284");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0892400, 0.0951123, 0.1076420, 0.1325556, 0.1851692, 0.3023955, 0.6055188", \
					  "0.0892373, 0.0951162, 0.1076628, 0.1325586, 0.1851921, 0.3027804, 0.6054913", \
					  "0.0893095, 0.0949928, 0.1077571, 0.1332471, 0.1853366, 0.3049238, 0.6067549", \
					  "0.0893763, 0.0952140, 0.1080474, 0.1339635, 0.1861970, 0.3053110, 0.6056728", \
					  "0.0893269, 0.0950173, 0.1075015, 0.1331236, 0.1851562, 0.3025443, 0.6053336", \
					  "0.0896317, 0.0954781, 0.1080898, 0.1338146, 0.1856453, 0.3059879, 0.6040118", \
					  "0.0956378, 0.1013317, 0.1132346, 0.1397350, 0.1881428, 0.3075316, 0.6084812");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0708133, 0.0758800, 0.0880753, 0.1191688, 0.2034813, 0.4418457, 1.1188164", \
					  "0.0758052, 0.0808348, 0.0931830, 0.1240753, 0.2085170, 0.4467067, 1.1250491", \
					  "0.0876003, 0.0926720, 0.1049478, 0.1358955, 0.2205228, 0.4581194, 1.1390779", \
					  "0.1149522, 0.1199975, 0.1321031, 0.1629045, 0.2472549, 0.4853314, 1.1630626", \
					  "0.1603643, 0.1661474, 0.1790747, 0.2105821, 0.2949598, 0.5332773, 1.2113310", \
					  "0.2215583, 0.2290197, 0.2451533, 0.2782578, 0.3622967, 0.6006706, 1.2807704", \
					  "0.2877049, 0.2982926, 0.3199419, 0.3611190, 0.4468929, 0.6843296, 1.3609975");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0176973, 0.0224446, 0.0360573, 0.0760469, 0.1947838, 0.5345728, 1.5069795", \
					  "0.0177318, 0.0225473, 0.0360847, 0.0759335, 0.1942118, 0.5319448, 1.5031110", \
					  "0.0177021, 0.0225057, 0.0360178, 0.0760872, 0.1947165, 0.5336165, 1.4995514", \
					  "0.0181202, 0.0228474, 0.0363394, 0.0760562, 0.1949592, 0.5350157, 1.5074827", \
					  "0.0229018, 0.0272356, 0.0397479, 0.0773466, 0.1944760, 0.5336612, 1.5027828", \
					  "0.0320716, 0.0367477, 0.0484214, 0.0827690, 0.1958752, 0.5322847, 1.5051317", \
					  "0.0490344, 0.0547747, 0.0667739, 0.0984455, 0.2005318, 0.5368249, 1.4967042");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.5644576, 0.5773333, 0.6037772, 0.6514816, 0.7337348, 0.8807853, 1.1793551", \
					  "0.5654370, 0.5781972, 0.6046709, 0.6524298, 0.7346254, 0.8831803, 1.1798064", \
					  "0.5726287, 0.5853633, 0.6116452, 0.6591834, 0.7416554, 0.8893671, 1.1876853", \
					  "0.5980754, 0.6108640, 0.6373279, 0.6852849, 0.7677076, 0.9162307, 1.2142736", \
					  "0.6643268, 0.6770813, 0.7035699, 0.7511929, 0.8332826, 0.9813161, 1.2787323", \
					  "0.8239913, 0.8366698, 0.8630412, 0.9103855, 0.9927200, 1.1401334, 1.4389973", \
					  "1.1845479, 1.1978636, 1.2259470, 1.2738911, 1.3567698, 1.5062487, 1.8046481");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0896311, 0.0954619, 0.1080544, 0.1339358, 0.1847323, 0.3042602, 0.6079822", \
					  "0.0894087, 0.0951900, 0.1080242, 0.1327892, 0.1849547, 0.3025476, 0.6062323", \
					  "0.0892908, 0.0949523, 0.1075566, 0.1332709, 0.1853585, 0.3048936, 0.6067565", \
					  "0.0894125, 0.0951007, 0.1080231, 0.1332209, 0.1853500, 0.3035115, 0.6066004", \
					  "0.0893740, 0.0950000, 0.1079986, 0.1326218, 0.1847645, 0.3033834, 0.6081983", \
					  "0.0892892, 0.0951296, 0.1080107, 0.1339127, 0.1845678, 0.3043548, 0.6052747", \
					  "0.0964941, 0.1017406, 0.1141426, 0.1378340, 0.1897892, 0.3050189, 0.6068345");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0682872, 0.0733477, 0.0856606, 0.1168003, 0.2010171, 0.4390790, 1.1198995", \
					  "0.0734598, 0.0784897, 0.0909760, 0.1217951, 0.2065783, 0.4442218, 1.1237451", \
					  "0.0853892, 0.0904675, 0.1028070, 0.1337385, 0.2181237, 0.4564978, 1.1381078", \
					  "0.1132071, 0.1179709, 0.1304026, 0.1613539, 0.2458230, 0.4837031, 1.1646736", \
					  "0.1595106, 0.1653669, 0.1787466, 0.2101038, 0.2940349, 0.5327495, 1.2124182", \
					  "0.2226247, 0.2303320, 0.2467687, 0.2801880, 0.3641235, 0.6020801, 1.2804499", \
					  "0.2956185, 0.3060205, 0.3288294, 0.3702434, 0.4571768, 0.6937516, 1.3710103");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0177871, 0.0225536, 0.0360615, 0.0760096, 0.1944764, 0.5354529, 1.5130264", \
					  "0.0177739, 0.0225803, 0.0359891, 0.0759202, 0.1945230, 0.5331505, 1.5048901", \
					  "0.0178765, 0.0225606, 0.0359511, 0.0759354, 0.1940451, 0.5357698, 1.5134428", \
					  "0.0183660, 0.0232259, 0.0365059, 0.0761575, 0.1942310, 0.5331653, 1.5144338", \
					  "0.0234452, 0.0279816, 0.0400021, 0.0776998, 0.1944458, 0.5356474, 1.4989359", \
					  "0.0331345, 0.0377329, 0.0496273, 0.0835554, 0.1958655, 0.5324683, 1.5055132", \
					  "0.0511581, 0.0567543, 0.0692964, 0.1011776, 0.2009535, 0.5372288, 1.4993322");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.4957386, 0.5086063, 0.5350581, 0.5828446, 0.6652827, 0.8133613, 1.1113948", \
					  "0.4965015, 0.5091237, 0.5355093, 0.5836285, 0.6660427, 0.8145547, 1.1124618", \
					  "0.5029273, 0.5157092, 0.5421318, 0.5897258, 0.6721327, 0.8203288, 1.1187888", \
					  "0.5254330, 0.5381868, 0.5648986, 0.6125870, 0.6948222, 0.8431245, 1.1418069", \
					  "0.5890424, 0.6017249, 0.6278179, 0.6758509, 0.7582134, 0.9066882, 1.2043101", \
					  "0.7395782, 0.7521164, 0.7783921, 0.8262970, 0.9083849, 1.0566811, 1.3551915", \
					  "1.0850696, 1.0988412, 1.1266418, 1.1772482, 1.2610624, 1.4095323, 1.7079608");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142851, 0.00408126, 0.0116602, 0.0333134, 0.0951769, 0.271922");
					values("0.0893146, 0.0952822, 0.1079506, 0.1331514, 0.1849079, 0.3043062, 0.6068180", \
					  "0.0892914, 0.0949939, 0.1074553, 0.1331359, 0.1848685, 0.3034495, 0.6053003", \
					  "0.0891858, 0.0952818, 0.1080403, 0.1334033, 0.1858248, 0.3044654, 0.6064171", \
					  "0.0891540, 0.0949320, 0.1074871, 0.1329895, 0.1848876, 0.3035374, 0.6052118", \
					  "0.0895077, 0.0951853, 0.1079193, 0.1333446, 0.1850438, 0.3040160, 0.6066057", \
					  "0.0893007, 0.0949693, 0.1075703, 0.1327210, 0.1865503, 0.3046973, 0.6060396", \
					  "0.1012645, 0.1068251, 0.1189370, 0.1418268, 0.1906044, 0.3061656, 0.6065133");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001491;
			capacitance : 0.001402;
			fall_capacitance : 0.001313;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0009968, -0.0010014, -0.0010121, -0.0010159, -0.0010247, -0.0010449, -0.0010915");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011691, 0.0011653, 0.0011565, 0.0011570, 0.0011580, 0.0011604, 0.0011659");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001794;
			capacitance : 0.001700;
			fall_capacitance : 0.001606;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015930, -0.0016097, -0.0016481, -0.0016531, -0.0016644, -0.0016905, -0.0017507");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017503, 0.0017590, 0.0017790, 0.0017792, 0.0017797, 0.0017807, 0.0017832");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001395;
			capacitance : 0.001494;
			rise_capacitance : 0.001592;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010340, -0.0010524, -0.0010947, -0.0010959, -0.0010986, -0.0011047, -0.0011189");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011343, 0.0011336, 0.0011318, 0.0011316, 0.0011311, 0.0011299, 0.0011273");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001422;
			capacitance : 0.001337;
			fall_capacitance : 0.001254;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0005552, -0.0005569, -0.0005608, -0.0005607, -0.0005605, -0.0005600, -0.0005587");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0008506, 0.0008496, 0.0008474, 0.0008502, 0.0008566, 0.0008715, 0.0009057");
				}
			}
		}
	}
	cell ("scs8hd_or4_4") {
		area : 11.260800;
		cell_footprint : "or4";
		cell_leakage_power : 3.461087e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004278";
			when : "!A&!B&!C&D";
		}
		leakage_power () {
			value : "0.0015060";
			when : "!A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0004261";
			when : "!A&!B&C&D";
		}
		leakage_power () {
			value : "9.0285357e-05";
			when : "!A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0004262";
			when : "!A&B&!C&D";
		}
		leakage_power () {
			value : "8.6186023e-05";
			when : "!A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0004261";
			when : "!A&B&C&D";
		}
		leakage_power () {
			value : "9.0203500e-05";
			when : "!A&B&C&!D";
		}
		leakage_power () {
			value : "0.0004262";
			when : "A&!B&!C&D";
		}
		leakage_power () {
			value : "8.7874837e-05";
			when : "A&!B&!C&!D";
		}
		leakage_power () {
			value : "0.0004261";
			when : "A&!B&C&D";
		}
		leakage_power () {
			value : "9.0221226e-05";
			when : "A&!B&C&!D";
		}
		leakage_power () {
			value : "0.0004262";
			when : "A&B&!C&D";
		}
		leakage_power () {
			value : "8.6140032e-05";
			when : "A&B&!C&!D";
		}
		leakage_power () {
			value : "0.0004261";
			when : "A&B&C&D";
		}
		leakage_power () {
			value : "9.0203479e-05";
			when : "A&B&C&!D";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C) | (D)";
			max_capacitance : 0.459605;
			max_transition : 1.513594;
			internal_power () {
				related_pin : "B";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0146466, 0.0135411, 0.0099351, -0.0011172, -0.0373261, -0.1552293, -0.5334269", \
					  "0.0144877, 0.0133889, 0.0098500, -0.0012464, -0.0374463, -0.1553413, -0.5335224", \
					  "0.0143477, 0.0132643, 0.0097494, -0.0013679, -0.0375761, -0.1554641, -0.5336401", \
					  "0.0144380, 0.0132103, 0.0095447, -0.0015089, -0.0377890, -0.1556349, -0.5337899", \
					  "0.0143670, 0.0129690, 0.0094681, -0.0015744, -0.0377066, -0.1556597, -0.5338674", \
					  "0.0143123, 0.0129637, 0.0094941, -0.0016966, -0.0378868, -0.1557941, -0.5339408", \
					  "0.0145081, 0.0133434, 0.0096106, -0.0015574, -0.0378327, -0.1558651, -0.5339524");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0200136, 0.0214617, 0.0258167, 0.0389280, 0.0785326, 0.1993768, 0.5763008", \
					  "0.0200672, 0.0215119, 0.0258735, 0.0389110, 0.0783971, 0.1998435, 0.5783936", \
					  "0.0200403, 0.0214894, 0.0258935, 0.0389505, 0.0784325, 0.1995907, 0.5786383", \
					  "0.0198732, 0.0212729, 0.0257416, 0.0386642, 0.0781232, 0.1995896, 0.5786037", \
					  "0.0199011, 0.0212761, 0.0255631, 0.0382283, 0.0777198, 0.1990207, 0.5783626", \
					  "0.0202756, 0.0216137, 0.0258275, 0.0385731, 0.0774576, 0.1979252, 0.5757256", \
					  "0.0203785, 0.0216886, 0.0257802, 0.0386298, 0.0773495, 0.1989645, 0.5740196");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0194666, 0.0209119, 0.0252435, 0.0383091, 0.0778349, 0.1999762, 0.5752129", \
					  "0.0195055, 0.0209211, 0.0252766, 0.0383401, 0.0778589, 0.1987951, 0.5752362", \
					  "0.0195766, 0.0210215, 0.0253736, 0.0383432, 0.0778307, 0.1988874, 0.5759283", \
					  "0.0194597, 0.0208575, 0.0251562, 0.0380425, 0.0775117, 0.1990198, 0.5780278", \
					  "0.0193502, 0.0205783, 0.0248315, 0.0378024, 0.0769179, 0.1986977, 0.5778028", \
					  "0.0194436, 0.0208226, 0.0248407, 0.0376416, 0.0765155, 0.1971405, 0.5767044", \
					  "0.0193855, 0.0207227, 0.0248032, 0.0375996, 0.0763073, 0.1979102, 0.5757853");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0136694, 0.0124294, 0.0087707, -0.0021712, -0.0382832, -0.1562859, -0.5343823", \
					  "0.0138118, 0.0124644, 0.0088764, -0.0022248, -0.0384529, -0.1564064, -0.5344924", \
					  "0.0132613, 0.0121267, 0.0086029, -0.0025338, -0.0387137, -0.1565518, -0.5346529", \
					  "0.0131572, 0.0121512, 0.0084231, -0.0027525, -0.0389217, -0.1567121, -0.5347519", \
					  "0.0130031, 0.0118789, 0.0083368, -0.0027726, -0.0389459, -0.1568014, -0.5348911", \
					  "0.0131356, 0.0117395, 0.0082333, -0.0029098, -0.0389819, -0.1569094, -0.5349524", \
					  "0.0133933, 0.0119756, 0.0082638, -0.0029777, -0.0392381, -0.1570974, -0.5350426");
				}
			}
			internal_power () {
				related_pin : "D";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0173422, 0.0187906, 0.0231735, 0.0362978, 0.0759529, 0.1972904, 0.5736061", \
					  "0.0173290, 0.0188162, 0.0232021, 0.0363096, 0.0759354, 0.1982794, 0.5762603", \
					  "0.0173521, 0.0187965, 0.0231376, 0.0362088, 0.0758172, 0.1981214, 0.5741602", \
					  "0.0172845, 0.0186980, 0.0228313, 0.0358978, 0.0751315, 0.1958080, 0.5731468", \
					  "0.0171705, 0.0185296, 0.0227326, 0.0354271, 0.0748787, 0.1969035, 0.5745729", \
					  "0.0171032, 0.0184321, 0.0225523, 0.0353900, 0.0744885, 0.1951826, 0.5747036", \
					  "0.0170185, 0.0182612, 0.0223246, 0.0349461, 0.0740580, 0.1948538, 0.5735198");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0130493, 0.0117319, 0.0080516, -0.0029839, -0.0391880, -0.1570156, -0.5349648", \
					  "0.0129648, 0.0115985, 0.0080607, -0.0031117, -0.0392910, -0.1570784, -0.5350630", \
					  "0.0126494, 0.0114632, 0.0077767, -0.0032406, -0.0394851, -0.1571985, -0.5352197", \
					  "0.0123786, 0.0113218, 0.0076308, -0.0033140, -0.0394693, -0.1573702, -0.5353556", \
					  "0.0123613, 0.0109758, 0.0074914, -0.0035619, -0.0398348, -0.1575890, -0.5355219", \
					  "0.0124595, 0.0111820, 0.0075376, -0.0035809, -0.0397429, -0.1576823, -0.5356485", \
					  "0.0124958, 0.0112652, 0.0076242, -0.0037218, -0.0399537, -0.1578611, -0.5357300");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0203532, 0.0218086, 0.0262097, 0.0391938, 0.0782331, 0.1987344, 0.5755724", \
					  "0.0203028, 0.0217766, 0.0260921, 0.0391143, 0.0783457, 0.1990585, 0.5745671", \
					  "0.0203222, 0.0217858, 0.0261559, 0.0391344, 0.0783385, 0.1991378, 0.5751841", \
					  "0.0201086, 0.0215301, 0.0259650, 0.0389445, 0.0781384, 0.1985468, 0.5754531", \
					  "0.0203148, 0.0216802, 0.0260140, 0.0386021, 0.0778673, 0.1983976, 0.5773594", \
					  "0.0208501, 0.0221882, 0.0263755, 0.0390366, 0.0777972, 0.1987116, 0.5752667", \
					  "0.0212919, 0.0226385, 0.0266833, 0.0393390, 0.0779798, 0.1990574, 0.5757824");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001559094, 0.00486155, 0.01515923, 0.04726934, 0.1473947, 0.4596046");
					values("0.0163652, 0.0150528, 0.0115214, 0.0004619, -0.0357175, -0.1538321, -0.5320835", \
					  "0.0161334, 0.0151257, 0.0115802, 0.0001980, -0.0359164, -0.1538865, -0.5322342", \
					  "0.0159649, 0.0145812, 0.0110519, 0.0001663, -0.0361361, -0.1540527, -0.5323355", \
					  "0.0158494, 0.0144780, 0.0109849, -8.5800000e-05, -0.0363033, -0.1542493, -0.5324900", \
					  "0.0155981, 0.0144341, 0.0109170, -0.0003982, -0.0364239, -0.1543432, -0.5326154", \
					  "0.0154774, 0.0144464, 0.0107627, -0.0003690, -0.0364854, -0.1544491, -0.5326554", \
					  "0.0157893, 0.0144800, 0.0108950, -0.0002940, -0.0365467, -0.1545438, -0.5327142");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0790059, 0.0827130, 0.0926573, 0.1189775, 0.1942437, 0.4230738, 1.1336053", \
					  "0.0835243, 0.0872104, 0.0970933, 0.1234803, 0.1986311, 0.4281265, 1.1404058", \
					  "0.0945333, 0.0982259, 0.1081471, 0.1344269, 0.2093695, 0.4387136, 1.1506524", \
					  "0.1205520, 0.1241563, 0.1339550, 0.1601329, 0.2353765, 0.4642471, 1.1748944", \
					  "0.1660381, 0.1700417, 0.1804221, 0.2067297, 0.2817170, 0.5110860, 1.2214296", \
					  "0.2231990, 0.2282117, 0.2408289, 0.2691221, 0.3436445, 0.5723722, 1.2828821", \
					  "0.2760051, 0.2828227, 0.2994693, 0.3342663, 0.4113610, 0.6383957, 1.3482616");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0202972, 0.0235251, 0.0337741, 0.0659367, 0.1688968, 0.4910390, 1.5011978", \
					  "0.0201020, 0.0234746, 0.0337668, 0.0660538, 0.1692410, 0.4927272, 1.5031425", \
					  "0.0201194, 0.0233160, 0.0335180, 0.0659444, 0.1689587, 0.4917549, 1.5054255", \
					  "0.0204386, 0.0236090, 0.0336976, 0.0655409, 0.1686179, 0.4916572, 1.5039890", \
					  "0.0243349, 0.0273019, 0.0364131, 0.0666595, 0.1684033, 0.4913497, 1.5018489", \
					  "0.0332507, 0.0361964, 0.0451256, 0.0718616, 0.1703532, 0.4902289, 1.5067652", \
					  "0.0496931, 0.0532558, 0.0627778, 0.0865827, 0.1752529, 0.4956532, 1.4961005");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.5495149, 0.5571488, 0.5758095, 0.6138838, 0.6829715, 0.8131954, 1.0910461", \
					  "0.5534339, 0.5611386, 0.5798641, 0.6177893, 0.6870143, 0.8165025, 1.0944944", \
					  "0.5654825, 0.5731481, 0.5918132, 0.6302578, 0.6993949, 0.8288122, 1.1076010", \
					  "0.5982430, 0.6059499, 0.6246139, 0.6623405, 0.7314994, 0.8622028, 1.1373711", \
					  "0.6719916, 0.6796368, 0.6981852, 0.7362107, 0.8052963, 0.9357931, 1.2136879", \
					  "0.8329086, 0.8406423, 0.8593064, 0.8970847, 0.9655411, 1.0955787, 1.3733399", \
					  "1.1838164, 1.1917726, 1.2108033, 1.2495587, 1.3191970, 1.4500929, 1.7266246");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0871305, 0.0901353, 0.0986428, 0.1176181, 0.1583796, 0.2602963, 0.5413484", \
					  "0.0870031, 0.0903320, 0.0986778, 0.1172493, 0.1579728, 0.2585102, 0.5402681", \
					  "0.0870689, 0.0901795, 0.0984070, 0.1175426, 0.1590263, 0.2586703, 0.5413450", \
					  "0.0870359, 0.0901775, 0.0984447, 0.1172053, 0.1573722, 0.2578002, 0.5426182", \
					  "0.0868454, 0.0901438, 0.0985115, 0.1171855, 0.1574805, 0.2578713, 0.5421328", \
					  "0.0868329, 0.0902272, 0.0983671, 0.1170778, 0.1582807, 0.2594369, 0.5415835", \
					  "0.0918584, 0.0951018, 0.1029348, 0.1208634, 0.1615030, 0.2604410, 0.5416535");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0782408, 0.0818459, 0.0916359, 0.1179232, 0.1933895, 0.4235862, 1.1341309", \
					  "0.0829714, 0.0865664, 0.0963548, 0.1225774, 0.1982640, 0.4276504, 1.1414503", \
					  "0.0939301, 0.0975603, 0.1073828, 0.1335387, 0.2088008, 0.4387848, 1.1497832", \
					  "0.1194293, 0.1229755, 0.1329449, 0.1585643, 0.2339745, 0.4635733, 1.1748983", \
					  "0.1635474, 0.1675224, 0.1778174, 0.2040220, 0.2792391, 0.5084451, 1.2202225", \
					  "0.2176677, 0.2226642, 0.2352267, 0.2634329, 0.3379061, 0.5669900, 1.2797027", \
					  "0.2663257, 0.2730597, 0.2899046, 0.3251110, 0.4018910, 0.6292862, 1.3394990");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0195044, 0.0228443, 0.0329454, 0.0649553, 0.1674351, 0.4908317, 1.4985797", \
					  "0.0194320, 0.0227333, 0.0327906, 0.0647673, 0.1679392, 0.4929506, 1.5026494", \
					  "0.0194414, 0.0227812, 0.0328273, 0.0646890, 0.1678066, 0.4922782, 1.5019471", \
					  "0.0195995, 0.0229302, 0.0328286, 0.0646749, 0.1678185, 0.4932763, 1.5029648", \
					  "0.0238457, 0.0267801, 0.0358132, 0.0660524, 0.1680293, 0.4905186, 1.5021175", \
					  "0.0330296, 0.0359848, 0.0446770, 0.0713249, 0.1697288, 0.4901083, 1.5066621", \
					  "0.0503743, 0.0531315, 0.0624931, 0.0879280, 0.1745927, 0.4938863, 1.4987170");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.5290789, 0.5367704, 0.5554596, 0.5934049, 0.6627129, 0.7924169, 1.0704611", \
					  "0.5320497, 0.5397351, 0.5585006, 0.5966450, 0.6658316, 0.7961895, 1.0743572", \
					  "0.5432836, 0.5509462, 0.5700298, 0.6082269, 0.6774005, 0.8077542, 1.0859064", \
					  "0.5750935, 0.5827632, 0.6013823, 0.6389009, 0.7080850, 0.8383010, 1.1148714", \
					  "0.6483712, 0.6560327, 0.6746345, 0.7124121, 0.7814706, 0.9110739, 1.1891914", \
					  "0.8136283, 0.8212880, 0.8397985, 0.8780140, 0.9465945, 1.0767782, 1.3544263", \
					  "1.1842471, 1.1922447, 1.2117539, 1.2507224, 1.3206333, 1.4516949, 1.7283801");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0866774, 0.0900326, 0.0982766, 0.1165939, 0.1573675, 0.2596267, 0.5423151", \
					  "0.0868033, 0.0899572, 0.0982970, 0.1167239, 0.1573271, 0.2576968, 0.5426888", \
					  "0.0868990, 0.0899864, 0.0984762, 0.1166850, 0.1574910, 0.2577008, 0.5427305", \
					  "0.0869537, 0.0902350, 0.0982123, 0.1174079, 0.1588574, 0.2582643, 0.5413426", \
					  "0.0870316, 0.0902234, 0.0983372, 0.1173980, 0.1581421, 0.2584107, 0.5395104", \
					  "0.0869910, 0.0900269, 0.0984669, 0.1166792, 0.1575603, 0.2579424, 0.5409308", \
					  "0.0930750, 0.0960400, 0.1038540, 0.1218995, 0.1622778, 0.2611791, 0.5416902");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0768589, 0.0804333, 0.0901614, 0.1162627, 0.1917107, 0.4204076, 1.1323562", \
					  "0.0816010, 0.0851619, 0.0948945, 0.1209552, 0.1964173, 0.4260630, 1.1357479", \
					  "0.0926933, 0.0962778, 0.1060240, 0.1319742, 0.2072749, 0.4366660, 1.1472555", \
					  "0.1180073, 0.1215453, 0.1312027, 0.1571697, 0.2324193, 0.4617599, 1.1755175", \
					  "0.1605673, 0.1642059, 0.1745251, 0.2010242, 0.2762574, 0.5053630, 1.2194337", \
					  "0.2130191, 0.2180775, 0.2300835, 0.2586940, 0.3336167, 0.5624978, 1.2764553", \
					  "0.2579505, 0.2650589, 0.2821822, 0.3177949, 0.3947685, 0.6230455, 1.3321999");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0191802, 0.0224286, 0.0324866, 0.0643941, 0.1677732, 0.4922484, 1.5060879", \
					  "0.0191651, 0.0224597, 0.0325981, 0.0644912, 0.1678795, 0.4911019, 1.5135937", \
					  "0.0191415, 0.0224534, 0.0325800, 0.0644112, 0.1673254, 0.4920919, 1.5061989", \
					  "0.0196233, 0.0228280, 0.0327985, 0.0645974, 0.1679111, 0.4903726, 1.5010930", \
					  "0.0239842, 0.0272082, 0.0362564, 0.0661528, 0.1676230, 0.4912686, 1.5013365", \
					  "0.0332996, 0.0363378, 0.0457751, 0.0720940, 0.1697448, 0.4891450, 1.5002444", \
					  "0.0514794, 0.0543861, 0.0636906, 0.0892285, 0.1751065, 0.4943727, 1.4970245");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.4976010, 0.5053032, 0.5239880, 0.5619024, 0.6308719, 0.7614229, 1.0385307", \
					  "0.5001942, 0.5078894, 0.5266439, 0.5645359, 0.6336615, 0.7638609, 1.0419290", \
					  "0.5095994, 0.5172837, 0.5358058, 0.5744812, 0.6436887, 0.7742173, 1.0523101", \
					  "0.5393992, 0.5471016, 0.5655409, 0.6032806, 0.6723701, 0.8030003, 1.0782120", \
					  "0.6118251, 0.6195844, 0.6382840, 0.6759915, 0.7450209, 0.8756794, 1.1536023", \
					  "0.7845949, 0.7922534, 0.8107363, 0.8486953, 0.9177024, 1.0474778, 1.3261603", \
					  "1.1739425, 1.1820334, 1.2014719, 1.2405317, 1.3103596, 1.4415344, 1.7202409");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0869665, 0.0902379, 0.0982291, 0.1178788, 0.1577638, 0.2580178, 0.5395872", \
					  "0.0871009, 0.0903133, 0.0986302, 0.1175876, 0.1581652, 0.2601750, 0.5413225", \
					  "0.0866637, 0.0900998, 0.0984523, 0.1169466, 0.1574993, 0.2578179, 0.5423133", \
					  "0.0867964, 0.0900173, 0.0984645, 0.1172006, 0.1589429, 0.2578359, 0.5423701", \
					  "0.0869811, 0.0904479, 0.0986913, 0.1172568, 0.1574793, 0.2578515, 0.5411789", \
					  "0.0870285, 0.0901958, 0.0983917, 0.1169529, 0.1586150, 0.2598270, 0.5402024", \
					  "0.0945108, 0.0977451, 0.1052255, 0.1230529, 0.1609724, 0.2620841, 0.5421829");
				}
			}
			timing () {
				related_pin : "D";
				timing_type : "combinational";
				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, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0738530, 0.0774537, 0.0872359, 0.1133751, 0.1886900, 0.4176610, 1.1292569", \
					  "0.0785749, 0.0822666, 0.0919631, 0.1180433, 0.1936358, 0.4232952, 1.1351718", \
					  "0.0900674, 0.0936482, 0.1034062, 0.1294739, 0.2048192, 0.4342899, 1.1447424", \
					  "0.1160761, 0.1196536, 0.1291594, 0.1550538, 0.2303746, 0.4596058, 1.1829691", \
					  "0.1588700, 0.1629136, 0.1733325, 0.1996936, 0.2743673, 0.5037924, 1.2172926", \
					  "0.2130437, 0.2183737, 0.2309973, 0.2601223, 0.3351293, 0.5638005, 1.2764600", \
					  "0.2662984, 0.2735018, 0.2907075, 0.3268024, 0.4053183, 0.6322524, 1.3420554");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0191231, 0.0223330, 0.0324271, 0.0642042, 0.1675360, 0.4936985, 1.5071441", \
					  "0.0191566, 0.0223712, 0.0324365, 0.0642801, 0.1675791, 0.4930185, 1.5014686", \
					  "0.0191101, 0.0223982, 0.0324990, 0.0642052, 0.1674126, 0.4916410, 1.5014510", \
					  "0.0195575, 0.0227905, 0.0328663, 0.0643085, 0.1670996, 0.4917912, 1.5079095", \
					  "0.0244949, 0.0273755, 0.0364865, 0.0662615, 0.1676121, 0.4900891, 1.4974838", \
					  "0.0348953, 0.0380288, 0.0462450, 0.0728703, 0.1693614, 0.4889452, 1.5016376", \
					  "0.0535232, 0.0571476, 0.0666608, 0.0921126, 0.1767165, 0.4934053, 1.4964386");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.4329662, 0.4406939, 0.4594258, 0.4972328, 0.5663822, 0.6967682, 0.9733281", \
					  "0.4345898, 0.4422730, 0.4609860, 0.4989358, 0.5682613, 0.6984288, 0.9765662", \
					  "0.4417483, 0.4494670, 0.4682135, 0.5062408, 0.5757849, 0.7059910, 0.9838618", \
					  "0.4674744, 0.4751511, 0.4937987, 0.5315080, 0.6006216, 0.7307731, 1.0088009", \
					  "0.5313678, 0.5390245, 0.5576172, 0.5954338, 0.6640613, 0.7942179, 1.0722443", \
					  "0.6859206, 0.6935665, 0.7122000, 0.7500949, 0.8189992, 0.9490707, 1.2280373", \
					  "1.0344767, 1.0429818, 1.0640070, 1.1048299, 1.1772864, 1.3091093, 1.5877982");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155909, 0.00486155, 0.0151592, 0.0472693, 0.147395, 0.459605");
					values("0.0870719, 0.0902331, 0.0984574, 0.1172799, 0.1573321, 0.2578328, 0.5432637", \
					  "0.0870428, 0.0902577, 0.0983007, 0.1167766, 0.1577460, 0.2601113, 0.5411842", \
					  "0.0869122, 0.0902090, 0.0982116, 0.1167733, 0.1576225, 0.2585213, 0.5420918", \
					  "0.0869075, 0.0902097, 0.0982222, 0.1179671, 0.1585803, 0.2589669, 0.5413472", \
					  "0.0870578, 0.0901935, 0.0983914, 0.1171972, 0.1596119, 0.2607106, 0.5415169", \
					  "0.0868929, 0.0901595, 0.0980653, 0.1167144, 0.1585041, 0.2593982, 0.5420771", \
					  "0.1030973, 0.1062545, 0.1141755, 0.1314417, 0.1680629, 0.2641802, 0.5427062");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002330;
			capacitance : 0.002204;
			fall_capacitance : 0.002078;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021784, -0.0021989, -0.0022462, -0.0022531, -0.0022690, -0.0023056, -0.0023900");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025543, 0.0025536, 0.0025519, 0.0025531, 0.0025560, 0.0025628, 0.0025782");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002180;
			capacitance : 0.002305;
			rise_capacitance : 0.002431;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022566, -0.0022710, -0.0023043, -0.0023153, -0.0023405, -0.0023987, -0.0025328");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026195, 0.0026198, 0.0026203, 0.0026206, 0.0026213, 0.0026229, 0.0026266");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002467;
			capacitance : 0.002308;
			fall_capacitance : 0.002149;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0023666, -0.0023902, -0.0024445, -0.0024468, -0.0024520, -0.0024641, -0.0024920");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025613, 0.0025592, 0.0025543, 0.0025535, 0.0025516, 0.0025471, 0.0025368");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002351;
			capacitance : 0.002170;
			fall_capacitance : 0.001989;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0012240, -0.0012287, -0.0012396, -0.0012393, -0.0012387, -0.0012372, -0.0012338");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018727, 0.0018693, 0.0018616, 0.0018680, 0.0018826, 0.0019164, 0.0019942");
				}
			}
		}
	}
	cell ("scs8hd_or4b_1") {
		area : 10.009600;
		cell_footprint : "or4b";
		cell_leakage_power : 7.918074e-05;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0006480";
			when : "!A&!B&!C&DN";
		}
		leakage_power () {
			value : "4.4669075e-05";
			when : "!A&!B&!C&!DN";
		}
		leakage_power () {
			value : "3.8827584e-05";
			when : "!A&!B&C&DN";
		}
		leakage_power () {
			value : "4.1313951e-05";
			when : "!A&!B&C&!DN";
		}
		leakage_power () {
			value : "4.2543023e-05";
			when : "!A&B&!C&DN";
		}
		leakage_power () {
			value : "4.1432718e-05";
			when : "!A&B&!C&!DN";
		}
		leakage_power () {
			value : "3.8231784e-05";
			when : "!A&B&C&DN";
		}
		leakage_power () {
			value : "4.1304505e-05";
			when : "!A&B&C&!DN";
		}
		leakage_power () {
			value : "4.6355535e-05";
			when : "A&!B&!C&DN";
		}
		leakage_power () {
			value : "4.1536941e-05";
			when : "A&!B&!C&!DN";
		}
		leakage_power () {
			value : "3.8292361e-05";
			when : "A&!B&C&DN";
		}
		leakage_power () {
			value : "4.1307425e-05";
			when : "A&!B&C&!DN";
		}
		leakage_power () {
			value : "4.2093235e-05";
			when : "A&B&!C&DN";
		}
		leakage_power () {
			value : "4.1426145e-05";
			when : "A&B&!C&!DN";
		}
		leakage_power () {
			value : "3.8226699e-05";
			when : "A&B&C&DN";
		}
		leakage_power () {
			value : "4.1304020e-05";
			when : "A&B&C&!DN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C) | (!DN)";
			max_capacitance : 0.148325;
			max_transition : 1.511154;
			internal_power () {
				related_pin : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0071489, 0.0064193, 0.0044297, -0.0010895, -0.0165459, -0.0586221, -0.1690949", \
					  "0.0071068, 0.0063267, 0.0043208, -0.0012502, -0.0166548, -0.0587281, -0.1691980", \
					  "0.0071004, 0.0062552, 0.0042074, -0.0013084, -0.0167645, -0.0588369, -0.1693353", \
					  "0.0069884, 0.0062435, 0.0041712, -0.0013666, -0.0168268, -0.0589299, -0.1694063", \
					  "0.0068495, 0.0061117, 0.0040770, -0.0014792, -0.0169454, -0.0590001, -0.1694695", \
					  "0.0067419, 0.0060105, 0.0040242, -0.0015526, -0.0170383, -0.0590705, -0.1695027", \
					  "0.0071430, 0.0061687, 0.0037758, -0.0016979, -0.0171053, -0.0590944, -0.1695088");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0068690, 0.0079222, 0.0105030, 0.0169230, 0.0333573, 0.0760476, 0.1850650", \
					  "0.0068471, 0.0078950, 0.0104755, 0.0169240, 0.0334424, 0.0756678, 0.1859497", \
					  "0.0068524, 0.0079004, 0.0104797, 0.0169482, 0.0334821, 0.0756600, 0.1850961", \
					  "0.0068267, 0.0078446, 0.0104075, 0.0168179, 0.0334435, 0.0756117, 0.1851290", \
					  "0.0068740, 0.0078243, 0.0103591, 0.0166949, 0.0333458, 0.0759311, 0.1849491", \
					  "0.0069087, 0.0078991, 0.0104171, 0.0167865, 0.0333002, 0.0754610, 0.1850727", \
					  "0.0070762, 0.0080347, 0.0105633, 0.0168992, 0.0334526, 0.0760595, 0.1847315");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0067059, 0.0077639, 0.0104069, 0.0169386, 0.0336033, 0.0758072, 0.1852579", \
					  "0.0067567, 0.0078131, 0.0104238, 0.0169921, 0.0335150, 0.0763389, 0.1864536", \
					  "0.0068503, 0.0079007, 0.0105088, 0.0170418, 0.0337603, 0.0764045, 0.1865295", \
					  "0.0067698, 0.0078008, 0.0103785, 0.0169066, 0.0335301, 0.0760253, 0.1855985", \
					  "0.0068000, 0.0077626, 0.0102310, 0.0167109, 0.0333179, 0.0758995, 0.1854277", \
					  "0.0067919, 0.0077867, 0.0103318, 0.0166547, 0.0332220, 0.0756311, 0.1860931", \
					  "0.0068552, 0.0078312, 0.0103164, 0.0167210, 0.0332155, 0.0760960, 0.1849242");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0066483, 0.0058931, 0.0038029, -0.0017948, -0.0172720, -0.0592581, -0.1697647", \
					  "0.0064524, 0.0056797, 0.0036428, -0.0019434, -0.0173098, -0.0593397, -0.1697930", \
					  "0.0062968, 0.0055292, 0.0035053, -0.0020110, -0.0174302, -0.0594872, -0.1699512", \
					  "0.0062440, 0.0054694, 0.0034235, -0.0021542, -0.0175773, -0.0595964, -0.1700386", \
					  "0.0061027, 0.0053469, 0.0033483, -0.0022266, -0.0176072, -0.0596548, -0.1700938", \
					  "0.0060793, 0.0052979, 0.0033353, -0.0022411, -0.0177203, -0.0597240, -0.1701245", \
					  "0.0061929, 0.0052197, 0.0031146, -0.0024005, -0.0177520, -0.0597240, -0.1701087");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0068188, 0.0078571, 0.0104553, 0.0170003, 0.0335553, 0.0758941, 0.1864109", \
					  "0.0068217, 0.0078615, 0.0104640, 0.0170007, 0.0336875, 0.0759984, 0.1855945", \
					  "0.0068294, 0.0078614, 0.0104500, 0.0170225, 0.0335470, 0.0758992, 0.1864035", \
					  "0.0067206, 0.0077339, 0.0103255, 0.0168444, 0.0334262, 0.0759556, 0.1852420", \
					  "0.0066477, 0.0076356, 0.0101571, 0.0165963, 0.0332151, 0.0761444, 0.1861900", \
					  "0.0065856, 0.0075937, 0.0100993, 0.0165258, 0.0331308, 0.0757491, 0.1859743", \
					  "0.0066187, 0.0075665, 0.0100992, 0.0164700, 0.0329927, 0.0757944, 0.1845973");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0056761, 0.0048807, 0.0028840, -0.0026634, -0.0180841, -0.0601087, -0.1704889", \
					  "0.0056543, 0.0048821, 0.0029133, -0.0027232, -0.0181644, -0.0601810, -0.1705817", \
					  "0.0055104, 0.0047390, 0.0026740, -0.0028458, -0.0182941, -0.0603097, -0.1707092", \
					  "0.0053778, 0.0046198, 0.0026283, -0.0029256, -0.0183642, -0.0603795, -0.1707741", \
					  "0.0052789, 0.0045364, 0.0025992, -0.0030077, -0.0184563, -0.0604417, -0.1708213", \
					  "0.0052884, 0.0045168, 0.0024734, -0.0030557, -0.0185162, -0.0604872, -0.1708694", \
					  "0.0054475, 0.0045013, 0.0024003, -0.0031601, -0.0185862, -0.0604942, -0.1708713");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0066078, 0.0076374, 0.0102230, 0.0167242, 0.0332732, 0.0758776, 0.1849659", \
					  "0.0065571, 0.0075976, 0.0101808, 0.0166782, 0.0332254, 0.0754493, 0.1854907", \
					  "0.0065971, 0.0076156, 0.0102144, 0.0167182, 0.0333475, 0.0753697, 0.1856175", \
					  "0.0065207, 0.0075559, 0.0101384, 0.0166453, 0.0331922, 0.0754760, 0.1854455", \
					  "0.0064111, 0.0074463, 0.0100058, 0.0165309, 0.0331483, 0.0752245, 0.1854659", \
					  "0.0062718, 0.0072622, 0.0097886, 0.0164100, 0.0328548, 0.0754541, 0.1845739", \
					  "0.0062513, 0.0073027, 0.0098049, 0.0162991, 0.0327376, 0.0756267, 0.1847833");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0054587, 0.0047634, 0.0027838, -0.0028098, -0.0182236, -0.0602186, -0.1705541", \
					  "0.0054148, 0.0047323, 0.0026756, -0.0028791, -0.0182560, -0.0602565, -0.1706043", \
					  "0.0053719, 0.0046514, 0.0026414, -0.0029166, -0.0183401, -0.0603135, -0.1706543", \
					  "0.0052268, 0.0045433, 0.0025358, -0.0030669, -0.0185251, -0.0604823, -0.1708297", \
					  "0.0050884, 0.0043472, 0.0023017, -0.0032319, -0.0186721, -0.0606252, -0.1709726", \
					  "0.0049736, 0.0042884, 0.0022434, -0.0033409, -0.0187294, -0.0607013, -0.1710551", \
					  "0.0083095, 0.0073580, 0.0048927, -0.0014324, -0.0179069, -0.0605918, -0.1709473");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0613115, 0.0678864, 0.0833529, 0.1214530, 0.2179880, 0.4660861, 1.1071613", \
					  "0.0664101, 0.0729682, 0.0884597, 0.1265372, 0.2228270, 0.4713297, 1.1100451", \
					  "0.0786754, 0.0851966, 0.1006835, 0.1386337, 0.2350768, 0.4837158, 1.1223873", \
					  "0.1051730, 0.1116484, 0.1270177, 0.1652327, 0.2618264, 0.5100939, 1.1491781", \
					  "0.1466084, 0.1536199, 0.1695533, 0.2075415, 0.3040687, 0.5527430, 1.1929620", \
					  "0.2010170, 0.2097362, 0.2275776, 0.2663833, 0.3625860, 0.6104001, 1.2507922", \
					  "0.2582628, 0.2701498, 0.2934794, 0.3355942, 0.4321838, 0.6794146, 1.3184078");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0205664, 0.0281802, 0.0481882, 0.1006765, 0.2360277, 0.5864436, 1.4994425", \
					  "0.0205455, 0.0280944, 0.0480172, 0.1007752, 0.2361076, 0.5883542, 1.4927377", \
					  "0.0203662, 0.0279007, 0.0479744, 0.1006176, 0.2361263, 0.5884578, 1.4924160", \
					  "0.0211915, 0.0284491, 0.0478563, 0.1002990, 0.2360077, 0.5885988, 1.4964612", \
					  "0.0250652, 0.0315962, 0.0497564, 0.1006429, 0.2363893, 0.5869554, 1.4994641", \
					  "0.0337823, 0.0394182, 0.0553108, 0.1024804, 0.2372675, 0.5876040, 1.5006856", \
					  "0.0472370, 0.0542685, 0.0696908, 0.1108652, 0.2391052, 0.5904985, 1.4925680");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.4721196, 0.4850552, 0.5100269, 0.5535659, 0.6293802, 0.7687118, 1.0529368", \
					  "0.4732248, 0.4862034, 0.5108234, 0.5543742, 0.6304476, 0.7676156, 1.0528091", \
					  "0.4819904, 0.4949361, 0.5196016, 0.5624924, 0.6389733, 0.7780719, 1.0597715", \
					  "0.5097676, 0.5224620, 0.5471924, 0.5907025, 0.6664451, 0.8054518, 1.0893970", \
					  "0.5742244, 0.5872038, 0.6116820, 0.6551436, 0.7309823, 0.8699308, 1.1540205", \
					  "0.7139901, 0.7268447, 0.7508743, 0.7947917, 0.8706355, 1.0098400, 1.2941569", \
					  "0.9999187, 1.0138019, 1.0400020, 1.0855749, 1.1644689, 1.3056187, 1.5915250");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0632126, 0.0701810, 0.0849514, 0.1130290, 0.1705570, 0.3002368, 0.6157856", \
					  "0.0634493, 0.0703104, 0.0842551, 0.1126845, 0.1721755, 0.3015808, 0.6190241", \
					  "0.0635259, 0.0703122, 0.0842444, 0.1137489, 0.1705409, 0.2991078, 0.6184087", \
					  "0.0636892, 0.0707357, 0.0853182, 0.1136828, 0.1714413, 0.3004702, 0.6161358", \
					  "0.0635480, 0.0707054, 0.0844792, 0.1134038, 0.1725271, 0.3004798, 0.6159631", \
					  "0.0634352, 0.0706437, 0.0844757, 0.1135972, 0.1727551, 0.3002507, 0.6161446", \
					  "0.0699032, 0.0769916, 0.0919050, 0.1210178, 0.1780607, 0.3067638, 0.6201806");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0623434, 0.0689680, 0.0847220, 0.1234841, 0.2206180, 0.4694747, 1.1108080", \
					  "0.0673409, 0.0739588, 0.0896741, 0.1281954, 0.2249835, 0.4735732, 1.1139379", \
					  "0.0794078, 0.0859504, 0.1016115, 0.1400387, 0.2370426, 0.4863829, 1.1283472", \
					  "0.1050447, 0.1116194, 0.1272195, 0.1655296, 0.2623911, 0.5109530, 1.1512036", \
					  "0.1451357, 0.1522604, 0.1678766, 0.2062064, 0.3031308, 0.5518069, 1.1930366", \
					  "0.1956034, 0.2042518, 0.2221647, 0.2609111, 0.3572170, 0.6060031, 1.2464826", \
					  "0.2458252, 0.2579973, 0.2809335, 0.3237991, 0.4198507, 0.6686491, 1.3083099");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0201504, 0.0275732, 0.0473454, 0.0995941, 0.2351721, 0.5874367, 1.4970958", \
					  "0.0200646, 0.0275025, 0.0473830, 0.0999360, 0.2351552, 0.5876388, 1.4976499", \
					  "0.0200000, 0.0274743, 0.0472321, 0.0996014, 0.2355812, 0.5878452, 1.4978743", \
					  "0.0207370, 0.0279214, 0.0474075, 0.0997617, 0.2351525, 0.5866723, 1.4967562", \
					  "0.0242917, 0.0308410, 0.0491867, 0.1002295, 0.2351948, 0.5862744, 1.5010813", \
					  "0.0325613, 0.0386299, 0.0547440, 0.1022772, 0.2374636, 0.5860712, 1.4925152", \
					  "0.0478382, 0.0550165, 0.0700110, 0.1115307, 0.2381184, 0.5902509, 1.4905606");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.4559286, 0.4688421, 0.4937317, 0.5373662, 0.6132051, 0.7522664, 1.0364862", \
					  "0.4565197, 0.4694496, 0.4941471, 0.5377114, 0.6125958, 0.7520241, 1.0369821", \
					  "0.4644572, 0.4773079, 0.5019859, 0.5455214, 0.6205385, 0.7599177, 1.0447873", \
					  "0.4918160, 0.5046472, 0.5294433, 0.5730600, 0.6488469, 0.7881727, 1.0701737", \
					  "0.5569517, 0.5697798, 0.5947339, 0.6380307, 0.7133052, 0.8523497, 1.1372047", \
					  "0.7044947, 0.7173057, 0.7416180, 0.7855414, 0.8614194, 1.0009392, 1.2849430", \
					  "1.0171394, 1.0313097, 1.0585113, 1.1048689, 1.1835277, 1.3254511, 1.6123326");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0636259, 0.0708584, 0.0852109, 0.1136384, 0.1715633, 0.3005037, 0.6172585", \
					  "0.0634960, 0.0704568, 0.0843043, 0.1125118, 0.1733743, 0.2999284, 0.6180033", \
					  "0.0634899, 0.0704834, 0.0843101, 0.1134214, 0.1728551, 0.3000753, 0.6181559", \
					  "0.0632883, 0.0706299, 0.0848028, 0.1127299, 0.1724255, 0.2988597, 0.6166208", \
					  "0.0631156, 0.0702034, 0.0843618, 0.1127017, 0.1717323, 0.3006653, 0.6179903", \
					  "0.0637022, 0.0707430, 0.0844005, 0.1134028, 0.1726551, 0.2996272, 0.6180336", \
					  "0.0719743, 0.0791452, 0.0936888, 0.1221080, 0.1797213, 0.3063161, 0.6194766");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0604306, 0.0669615, 0.0825344, 0.1207685, 0.2173860, 0.4662776, 1.1084066", \
					  "0.0654707, 0.0720190, 0.0875846, 0.1258442, 0.2226401, 0.4710201, 1.1102763", \
					  "0.0772345, 0.0837122, 0.0992046, 0.1375246, 0.2340896, 0.4831812, 1.1254931", \
					  "0.1025546, 0.1091581, 0.1246508, 0.1625494, 0.2596427, 0.5076848, 1.1494643", \
					  "0.1404104, 0.1474999, 0.1634876, 0.2016463, 0.2985654, 0.5481485, 1.1904430", \
					  "0.1891390, 0.1978914, 0.2156893, 0.2544375, 0.3509224, 0.5995028, 1.2405709", \
					  "0.2344216, 0.2465989, 0.2699234, 0.3132839, 0.4092796, 0.6582456, 1.2979947");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0196792, 0.0270256, 0.0468840, 0.0991089, 0.2366093, 0.5885389, 1.4953399", \
					  "0.0196837, 0.0271430, 0.0467944, 0.0994085, 0.2359428, 0.5871184, 1.5022079", \
					  "0.0196316, 0.0270423, 0.0468864, 0.0995086, 0.2365956, 0.5879168, 1.4963421", \
					  "0.0205877, 0.0277636, 0.0470686, 0.0994747, 0.2352459, 0.5899591, 1.5000761", \
					  "0.0245946, 0.0310697, 0.0490564, 0.0996011, 0.2356564, 0.5870951, 1.4962275", \
					  "0.0324195, 0.0387335, 0.0549855, 0.1021703, 0.2375168, 0.5867112, 1.4973180", \
					  "0.0489135, 0.0556273, 0.0713601, 0.1119686, 0.2376236, 0.5918040, 1.4927528");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.4225107, 0.4354461, 0.4601678, 0.5036268, 0.5796981, 0.7171989, 1.0024660", \
					  "0.4222826, 0.4356499, 0.4604064, 0.5037243, 0.5799288, 0.7191043, 1.0030538", \
					  "0.4294679, 0.4425163, 0.4670308, 0.5104988, 0.5863384, 0.7258187, 1.0072904", \
					  "0.4564644, 0.4693447, 0.4939753, 0.5374434, 0.6132728, 0.7527179, 1.0341608", \
					  "0.5228746, 0.5355038, 0.5602789, 0.6036653, 0.6799021, 0.8192199, 1.1032525", \
					  "0.6821010, 0.6949875, 0.7196358, 0.7631416, 0.8390669, 0.9784740, 1.2627085", \
					  "1.0171841, 1.0320264, 1.0587761, 1.1048292, 1.1855293, 1.3285191, 1.6115617");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0634682, 0.0704560, 0.0842516, 0.1126694, 0.1720275, 0.3009783, 0.6189513", \
					  "0.0634648, 0.0705728, 0.0849254, 0.1131525, 0.1710910, 0.3003779, 0.6176371", \
					  "0.0634155, 0.0706509, 0.0850235, 0.1132021, 0.1704215, 0.3004030, 0.6186016", \
					  "0.0635082, 0.0704394, 0.0843717, 0.1134874, 0.1706307, 0.3002064, 0.6188011", \
					  "0.0635278, 0.0704253, 0.0849631, 0.1127021, 0.1709957, 0.3002422, 0.6158748", \
					  "0.0635596, 0.0705745, 0.0851302, 0.1130746, 0.1724470, 0.2995091, 0.6173814", \
					  "0.0743094, 0.0819948, 0.0978879, 0.1245089, 0.1812429, 0.3063244, 0.6213148");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.1198850, 0.1264320, 0.1420351, 0.1803762, 0.2773799, 0.5259184, 1.1653787", \
					  "0.1252313, 0.1318154, 0.1473573, 0.1857240, 0.2826124, 0.5311874, 1.1736998", \
					  "0.1388874, 0.1453799, 0.1609818, 0.1993028, 0.2959458, 0.5443402, 1.1868870", \
					  "0.1717369, 0.1783161, 0.1939146, 0.2322512, 0.3292916, 0.5777329, 1.2235832", \
					  "0.2393668, 0.2459846, 0.2615874, 0.2997801, 0.3964687, 0.6451401, 1.2904644", \
					  "0.3512566, 0.3578060, 0.3735563, 0.4116248, 0.5085578, 0.7574223, 1.3975227", \
					  "0.5329701, 0.5400809, 0.5559899, 0.5943347, 0.6908821, 0.9402810, 1.5791743");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0203042, 0.0276174, 0.0469944, 0.0990715, 0.2355685, 0.5887839, 1.4972219", \
					  "0.0203449, 0.0275656, 0.0471008, 0.0991032, 0.2355644, 0.5874824, 1.5093745", \
					  "0.0202765, 0.0275704, 0.0471179, 0.0989528, 0.2359573, 0.5875019, 1.5095590", \
					  "0.0203632, 0.0276241, 0.0469798, 0.0990651, 0.2353907, 0.5875912, 1.5070044", \
					  "0.0206000, 0.0279053, 0.0472748, 0.0991105, 0.2359306, 0.5874545, 1.5111543", \
					  "0.0216799, 0.0287627, 0.0476438, 0.0990835, 0.2340337, 0.5868845, 1.4994631", \
					  "0.0246735, 0.0311951, 0.0492849, 0.0998165, 0.2346815, 0.5867795, 1.4958361");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.3803061, 0.3933152, 0.4180258, 0.4613838, 0.5377616, 0.6767493, 0.9614427", \
					  "0.3839993, 0.3969247, 0.4216333, 0.4650992, 0.5412648, 0.6803031, 0.9650348", \
					  "0.3917487, 0.4046530, 0.4293387, 0.4730470, 0.5487480, 0.6883971, 0.9728851", \
					  "0.4071758, 0.4200217, 0.4446623, 0.4881651, 0.5642677, 0.7038103, 0.9880058", \
					  "0.4318818, 0.4447324, 0.4693593, 0.5127240, 0.5884962, 0.7280766, 1.0128018", \
					  "0.4657689, 0.4786217, 0.5034529, 0.5468159, 0.6223189, 0.7618087, 1.0448206", \
					  "0.5055945, 0.5184548, 0.5430886, 0.5866038, 0.6620058, 0.8014432, 1.0861722");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0635140, 0.0706013, 0.0848937, 0.1131843, 0.1712585, 0.3003403, 0.6173898", \
					  "0.0634825, 0.0705822, 0.0851250, 0.1137200, 0.1716515, 0.3004026, 0.6175022", \
					  "0.0631717, 0.0703348, 0.0847018, 0.1127466, 0.1725144, 0.3003160, 0.6165273", \
					  "0.0635139, 0.0706846, 0.0849031, 0.1133439, 0.1706211, 0.3001754, 0.6162029", \
					  "0.0635205, 0.0705131, 0.0843775, 0.1137504, 0.1708831, 0.3003919, 0.6151266", \
					  "0.0632392, 0.0703177, 0.0844648, 0.1124012, 0.1718977, 0.3010561, 0.6171571", \
					  "0.0634732, 0.0705543, 0.0843997, 0.1137112, 0.1713531, 0.3007389, 0.6168062");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001320;
			capacitance : 0.001420;
			rise_capacitance : 0.001519;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0009942, -0.0010010, -0.0010166, -0.0010210, -0.0010312, -0.0010545, -0.0011084");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011707, 0.0011666, 0.0011573, 0.0011579, 0.0011595, 0.0011632, 0.0011716");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001897;
			capacitance : 0.001793;
			fall_capacitance : 0.001690;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0016964, -0.0017488, -0.0018695, -0.0018738, -0.0018839, -0.0019072, -0.0019609");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019610, 0.0019705, 0.0019925, 0.0019924, 0.0019921, 0.0019913, 0.0019896");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001594;
			capacitance : 0.001488;
			fall_capacitance : 0.001383;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013281, -0.0013376, -0.0013597, -0.0013600, -0.0013607, -0.0013625, -0.0013664");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013754, 0.0013747, 0.0013730, 0.0013727, 0.0013722, 0.0013708, 0.0013678");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001351;
			capacitance : 0.001399;
			rise_capacitance : 0.001447;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0004856, 0.0004380, 0.0003283, 0.0003322, 0.0003410, 0.0003612, 0.0004080");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0051247, 0.0050678, 0.0049365, 0.0049452, 0.0049653, 0.0050115, 0.0051180");
				}
			}
		}
	}
	cell ("scs8hd_or4b_2") {
		area : 10.009600;
		cell_footprint : "or4b";
		cell_leakage_power : 1.233149e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "8.1419633e-05";
			when : "A&B&C&!DN";
		}
		leakage_power () {
			value : "0.0010093";
			when : "!A&!B&!C&DN";
		}
		leakage_power () {
			value : "8.4489395e-05";
			when : "!A&!B&!C&!DN";
		}
		leakage_power () {
			value : "4.2273422e-05";
			when : "!A&!B&C&DN";
		}
		leakage_power () {
			value : "8.1427622e-05";
			when : "!A&!B&C&!DN";
		}
		leakage_power () {
			value : "4.5968519e-05";
			when : "!A&B&!C&DN";
		}
		leakage_power () {
			value : "8.1542120e-05";
			when : "!A&B&!C&!DN";
		}
		leakage_power () {
			value : "4.1765473e-05";
			when : "!A&B&C&DN";
		}
		leakage_power () {
			value : "8.1419958e-05";
			when : "!A&B&C&!DN";
		}
		leakage_power () {
			value : "4.9673919e-05";
			when : "A&!B&!C&DN";
		}
		leakage_power () {
			value : "8.1638831e-05";
			when : "A&!B&!C&!DN";
		}
		leakage_power () {
			value : "4.1819182e-05";
			when : "A&!B&C&DN";
		}
		leakage_power () {
			value : "8.1422370e-05";
			when : "A&!B&C&!DN";
		}
		leakage_power () {
			value : "4.5611681e-05";
			when : "A&B&!C&DN";
		}
		leakage_power () {
			value : "8.1537079e-05";
			when : "A&B&!C&!DN";
		}
		leakage_power () {
			value : "4.1761726e-05";
			when : "A&B&C&DN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C) | (!DN)";
			max_capacitance : 0.233469;
			max_transition : 1.501975;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0104586, 0.0116658, 0.0148779, 0.0234269, 0.0467493, 0.1112351, 0.2915401", \
					  "0.0104436, 0.0116453, 0.0148680, 0.0234201, 0.0467558, 0.1113679, 0.2925024", \
					  "0.0104358, 0.0116186, 0.0148317, 0.0234020, 0.0467439, 0.1114083, 0.2912826", \
					  "0.0104000, 0.0115759, 0.0147581, 0.0232773, 0.0466789, 0.1112926, 0.2912555", \
					  "0.0104307, 0.0115737, 0.0147564, 0.0231249, 0.0465844, 0.1112885, 0.2912908", \
					  "0.0105862, 0.0116879, 0.0148218, 0.0231362, 0.0466455, 0.1110227, 0.2910928", \
					  "0.0106768, 0.0117809, 0.0148356, 0.0233809, 0.0467002, 0.1116902, 0.2909331");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0086636, 0.0076948, 0.0052080, -0.0024059, -0.0244066, -0.0880392, -0.2694059", \
					  "0.0085724, 0.0078802, 0.0049754, -0.0026907, -0.0246180, -0.0882039, -0.2695055", \
					  "0.0084562, 0.0075229, 0.0048433, -0.0027210, -0.0246900, -0.0883154, -0.2696035", \
					  "0.0085836, 0.0073826, 0.0047278, -0.0028609, -0.0247976, -0.0884293, -0.2697066", \
					  "0.0084769, 0.0075679, 0.0048016, -0.0028357, -0.0248624, -0.0885095, -0.2697939", \
					  "0.0082609, 0.0072517, 0.0046451, -0.0030604, -0.0249152, -0.0885833, -0.2698425", \
					  "0.0082562, 0.0071882, 0.0045429, -0.0029792, -0.0250147, -0.0886185, -0.2698523");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0104955, 0.0117030, 0.0149181, 0.0236068, 0.0472207, 0.1121582, 0.2921108", \
					  "0.0105048, 0.0117095, 0.0149094, 0.0235940, 0.0472390, 0.1121040, 0.2934317", \
					  "0.0105168, 0.0117139, 0.0149430, 0.0236026, 0.0472169, 0.1120001, 0.2921455", \
					  "0.0104751, 0.0116490, 0.0148191, 0.0234549, 0.0470077, 0.1120174, 0.2923345", \
					  "0.0104497, 0.0115688, 0.0147377, 0.0232565, 0.0467329, 0.1118799, 0.2920507", \
					  "0.0105913, 0.0117192, 0.0148428, 0.0232904, 0.0467482, 0.1115196, 0.2918079", \
					  "0.0106615, 0.0117684, 0.0148215, 0.0233868, 0.0468234, 0.1115916, 0.2914655");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0075416, 0.0066238, 0.0038871, -0.0037129, -0.0256385, -0.0892410, -0.2704590", \
					  "0.0074753, 0.0065549, 0.0038256, -0.0037735, -0.0257014, -0.0892997, -0.2705180", \
					  "0.0073996, 0.0064714, 0.0037397, -0.0038518, -0.0257828, -0.0893782, -0.2705920", \
					  "0.0072958, 0.0064066, 0.0036580, -0.0039337, -0.0258613, -0.0894539, -0.2706710", \
					  "0.0072452, 0.0063022, 0.0036235, -0.0040281, -0.0259656, -0.0895137, -0.2706983", \
					  "0.0072626, 0.0062343, 0.0036014, -0.0040024, -0.0259654, -0.0895747, -0.2707538", \
					  "0.0072997, 0.0062371, 0.0035679, -0.0040297, -0.0259987, -0.0895695, -0.2707439");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0102790, 0.0114632, 0.0146843, 0.0233698, 0.0467700, 0.1118208, 0.2920479", \
					  "0.0102874, 0.0114788, 0.0146996, 0.0233698, 0.0467686, 0.1118273, 0.2921269", \
					  "0.0103199, 0.0115115, 0.0147099, 0.0233606, 0.0469784, 0.1117656, 0.2918048", \
					  "0.0102328, 0.0114040, 0.0145948, 0.0231807, 0.0467421, 0.1122062, 0.2931554", \
					  "0.0101739, 0.0113336, 0.0144964, 0.0229142, 0.0465001, 0.1115891, 0.2919878", \
					  "0.0102240, 0.0113550, 0.0144824, 0.0229368, 0.0464528, 0.1109590, 0.2927807", \
					  "0.0102600, 0.0113618, 0.0144081, 0.0228617, 0.0462570, 0.1110304, 0.2904397");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0071448, 0.0061776, 0.0035543, -0.0040199, -0.0260509, -0.0895070, -0.2707149", \
					  "0.0070608, 0.0061295, 0.0034239, -0.0041993, -0.0261485, -0.0896528, -0.2708347", \
					  "0.0071226, 0.0059790, 0.0033307, -0.0042467, -0.0262527, -0.0897117, -0.2709047", \
					  "0.0068472, 0.0059309, 0.0032375, -0.0043590, -0.0262786, -0.0898552, -0.2710394", \
					  "0.0069061, 0.0058354, 0.0031508, -0.0044942, -0.0263279, -0.0899428, -0.2710961", \
					  "0.0067876, 0.0058282, 0.0031354, -0.0045430, -0.0264466, -0.0900119, -0.2711568", \
					  "0.0067825, 0.0058109, 0.0031117, -0.0045146, -0.0266055, -0.0900909, -0.2711913");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0102620, 0.0114559, 0.0146312, 0.0232721, 0.0468174, 0.1118296, 0.2921309", \
					  "0.0102127, 0.0114001, 0.0145977, 0.0231900, 0.0467621, 0.1122159, 0.2920759", \
					  "0.0102599, 0.0114460, 0.0146089, 0.0232695, 0.0468291, 0.1113834, 0.2907727", \
					  "0.0101988, 0.0113922, 0.0145878, 0.0232067, 0.0467714, 0.1113417, 0.2907038", \
					  "0.0101009, 0.0112945, 0.0144834, 0.0230635, 0.0466044, 0.1120946, 0.2907059", \
					  "0.0098974, 0.0110950, 0.0143444, 0.0229882, 0.0463776, 0.1115029, 0.2920310", \
					  "0.0100919, 0.0112313, 0.0143610, 0.0229306, 0.0462012, 0.1112380, 0.2929499");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001392665, 0.003879031, 0.01080438, 0.03009377, 0.08382109, 0.2334694");
					values("0.0071583, 0.0061745, 0.0034537, -0.0041903, -0.0261263, -0.0896554, -0.2708603", \
					  "0.0070369, 0.0060749, 0.0034476, -0.0042188, -0.0261536, -0.0896596, -0.2708698", \
					  "0.0070083, 0.0060485, 0.0033553, -0.0042317, -0.0261659, -0.0897389, -0.2709230", \
					  "0.0067877, 0.0058967, 0.0031711, -0.0044737, -0.0263456, -0.0899007, -0.2711017", \
					  "0.0067734, 0.0057392, 0.0030233, -0.0046088, -0.0265206, -0.0901193, -0.2712723", \
					  "0.0065139, 0.0055536, 0.0029649, -0.0046245, -0.0265846, -0.0901798, -0.2713689", \
					  "0.0103196, 0.0091942, 0.0061401, -0.0022681, -0.0256136, -0.0901164, -0.2713045");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0738771, 0.0793194, 0.0923867, 0.1246890, 0.2105990, 0.4479741, 1.1056769", \
					  "0.0788254, 0.0842742, 0.0972978, 0.1296550, 0.2159182, 0.4523572, 1.1126590", \
					  "0.0907288, 0.0961211, 0.1091629, 0.1415107, 0.2278417, 0.4643846, 1.1234348", \
					  "0.1184329, 0.1238896, 0.1368137, 0.1687598, 0.2546885, 0.4923545, 1.1491592", \
					  "0.1665890, 0.1726088, 0.1862850, 0.2186507, 0.3043085, 0.5412420, 1.2016075", \
					  "0.2310318, 0.2382323, 0.2546438, 0.2888543, 0.3748762, 0.6108002, 1.2701916", \
					  "0.3034420, 0.3138292, 0.3348981, 0.3754990, 0.4624691, 0.6989357, 1.3554241");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0195939, 0.0250400, 0.0401096, 0.0827330, 0.2042549, 0.5449243, 1.4942448", \
					  "0.0195919, 0.0250026, 0.0399788, 0.0829543, 0.2043509, 0.5443503, 1.4950772", \
					  "0.0195137, 0.0249382, 0.0399955, 0.0827006, 0.2048308, 0.5445308, 1.4919791", \
					  "0.0196720, 0.0249601, 0.0398007, 0.0825735, 0.2041023, 0.5450942, 1.4903309", \
					  "0.0238396, 0.0287636, 0.0426030, 0.0836973, 0.2045690, 0.5445167, 1.4917630", \
					  "0.0328268, 0.0376861, 0.0503241, 0.0876469, 0.2061175, 0.5442795, 1.4943232", \
					  "0.0480819, 0.0539788, 0.0674387, 0.1004647, 0.2093307, 0.5476970, 1.4912304");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.6196686, 0.6324233, 0.6585352, 0.7042137, 0.7822740, 0.9190918, 1.1853151", \
					  "0.6211943, 0.6340479, 0.6598058, 0.7058959, 0.7838879, 0.9212642, 1.1866427", \
					  "0.6294158, 0.6419347, 0.6677917, 0.7144769, 0.7926398, 0.9294517, 1.1953867", \
					  "0.6571469, 0.6696456, 0.6952214, 0.7406482, 0.8195027, 0.9563415, 1.2221666", \
					  "0.7221878, 0.7348538, 0.7606771, 0.8065090, 0.8842397, 1.0216423, 1.2873499", \
					  "0.8646807, 0.8773562, 0.9030324, 0.9490577, 1.0267807, 1.1640762, 1.4295510", \
					  "1.1730346, 1.1861169, 1.2123228, 1.2597781, 1.3384863, 1.4762087, 1.7408202");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0890552, 0.0948550, 0.1074915, 0.1324558, 0.1811045, 0.2862001, 0.5456268", \
					  "0.0890147, 0.0950628, 0.1074019, 0.1322050, 0.1799009, 0.2862302, 0.5450647", \
					  "0.0889651, 0.0949807, 0.1074370, 0.1322667, 0.1799500, 0.2873174, 0.5467742", \
					  "0.0890726, 0.0946991, 0.1067203, 0.1321392, 0.1802164, 0.2878103, 0.5467360", \
					  "0.0890530, 0.0950683, 0.1075345, 0.1318558, 0.1800797, 0.2856760, 0.5454887", \
					  "0.0890307, 0.0948131, 0.1079958, 0.1322433, 0.1815491, 0.2871474, 0.5470611", \
					  "0.0941432, 0.0999285, 0.1118962, 0.1365893, 0.1828115, 0.2895455, 0.5491308");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0735898, 0.0790125, 0.0919860, 0.1245579, 0.2110214, 0.4484377, 1.1098220", \
					  "0.0785783, 0.0837408, 0.0967647, 0.1293668, 0.2158543, 0.4540263, 1.1136686", \
					  "0.0900486, 0.0954741, 0.1085137, 0.1409955, 0.2274170, 0.4656321, 1.1237479", \
					  "0.1173141, 0.1226351, 0.1355739, 0.1677811, 0.2543986, 0.4917996, 1.1509271", \
					  "0.1642298, 0.1701021, 0.1837163, 0.2162792, 0.3021050, 0.5399760, 1.2018087", \
					  "0.2261468, 0.2337179, 0.2498880, 0.2839637, 0.3698102, 0.6065859, 1.2686857", \
					  "0.2956588, 0.3061504, 0.3273745, 0.3682499, 0.4547484, 0.6915080, 1.3486613");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0191756, 0.0245450, 0.0394753, 0.0820251, 0.2037063, 0.5451909, 1.4925151", \
					  "0.0192472, 0.0245583, 0.0394091, 0.0821207, 0.2042132, 0.5446147, 1.4958413", \
					  "0.0191565, 0.0244868, 0.0393935, 0.0818796, 0.2039242, 0.5451654, 1.4935380", \
					  "0.0194380, 0.0247224, 0.0394534, 0.0820050, 0.2043375, 0.5443970, 1.4955271", \
					  "0.0240158, 0.0287453, 0.0422922, 0.0828757, 0.2040227, 0.5450128, 1.4921179", \
					  "0.0324334, 0.0373974, 0.0501351, 0.0871562, 0.2055380, 0.5440594, 1.4935001", \
					  "0.0488099, 0.0546563, 0.0671739, 0.1010110, 0.2091581, 0.5463886, 1.4902565");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.5847186, 0.5973879, 0.6230185, 0.6693303, 0.7474925, 0.8843519, 1.1505544", \
					  "0.5867001, 0.5992448, 0.6250394, 0.6713358, 0.7495862, 0.8864820, 1.1527556", \
					  "0.5963286, 0.6088315, 0.6345154, 0.6809195, 0.7590787, 0.8959047, 1.1620506", \
					  "0.6245192, 0.6370700, 0.6626726, 0.7089566, 0.7871666, 0.9240056, 1.1898045", \
					  "0.6905290, 0.7032480, 0.7289135, 0.7748205, 0.8527130, 0.9902090, 1.2538153", \
					  "0.8399050, 0.8525265, 0.8781911, 0.9241727, 1.0022941, 1.1390325, 1.4045966", \
					  "1.1751508, 1.1884086, 1.2150467, 1.2619114, 1.3399130, 1.4779652, 1.7446478");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0890412, 0.0947418, 0.1071268, 0.1309798, 0.1798133, 0.2871547, 0.5471438", \
					  "0.0889256, 0.0947190, 0.1067420, 0.1316069, 0.1798292, 0.2871689, 0.5471519", \
					  "0.0889234, 0.0947587, 0.1067959, 0.1312811, 0.1798410, 0.2871140, 0.5469433", \
					  "0.0889817, 0.0947254, 0.1068750, 0.1310055, 0.1798928, 0.2869838, 0.5458372", \
					  "0.0891996, 0.0950401, 0.1073762, 0.1320686, 0.1798160, 0.2854268, 0.5475351", \
					  "0.0890591, 0.0947058, 0.1076118, 0.1318478, 0.1802424, 0.2884275, 0.5470179", \
					  "0.0947557, 0.1007480, 0.1124890, 0.1364551, 0.1849622, 0.2899609, 0.5450384");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0721526, 0.0774879, 0.0904864, 0.1228923, 0.2092107, 0.4466199, 1.1052239", \
					  "0.0771683, 0.0825131, 0.0955050, 0.1279314, 0.2142179, 0.4516670, 1.1103319", \
					  "0.0890890, 0.0944245, 0.1073591, 0.1396579, 0.2260256, 0.4634465, 1.1221528", \
					  "0.1158234, 0.1211395, 0.1341122, 0.1663172, 0.2526436, 0.4904546, 1.1498816", \
					  "0.1621241, 0.1681302, 0.1817603, 0.2141596, 0.3005813, 0.5378678, 1.1970506", \
					  "0.2224312, 0.2300673, 0.2463265, 0.2804761, 0.3663430, 0.6031562, 1.2639830", \
					  "0.2903314, 0.3009349, 0.3224076, 0.3630366, 0.4504713, 0.6861595, 1.3442656");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0189233, 0.0242489, 0.0390545, 0.0816885, 0.2034560, 0.5436251, 1.4918655", \
					  "0.0189528, 0.0242369, 0.0390738, 0.0816450, 0.2034929, 0.5437206, 1.4920919", \
					  "0.0188656, 0.0242441, 0.0391218, 0.0815963, 0.2039695, 0.5454617, 1.4959134", \
					  "0.0194789, 0.0246904, 0.0393671, 0.0818358, 0.2036732, 0.5457887, 1.4965705", \
					  "0.0237420, 0.0286369, 0.0422941, 0.0832692, 0.2040408, 0.5449404, 1.4956226", \
					  "0.0328302, 0.0378394, 0.0505697, 0.0873980, 0.2054072, 0.5445104, 1.4954097", \
					  "0.0496004, 0.0554044, 0.0682010, 0.1023742, 0.2092509, 0.5459274, 1.4873592");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.5645083, 0.5772258, 0.6030503, 0.6490794, 0.7269856, 0.8627037, 1.1290062", \
					  "0.5654520, 0.5780570, 0.6042790, 0.6500381, 0.7282827, 0.8654964, 1.1310228", \
					  "0.5727546, 0.5847620, 0.6105238, 0.6558722, 0.7345289, 0.8701332, 1.1365182", \
					  "0.5980782, 0.6109846, 0.6367845, 0.6827071, 0.7607807, 0.8978528, 1.1640223", \
					  "0.6643051, 0.6767447, 0.7027187, 0.7485380, 0.8263527, 0.9637656, 1.2300817", \
					  "0.8241402, 0.8363910, 0.8621109, 0.9080406, 0.9857845, 1.1222954, 1.3891011", \
					  "1.1846911, 1.1977671, 1.2254532, 1.2711066, 1.3498214, 1.4872295, 1.7533870");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0890374, 0.0948648, 0.1074476, 0.1321824, 0.1796366, 0.2881959, 0.5469691", \
					  "0.0888834, 0.0949933, 0.1073697, 0.1321877, 0.1799468, 0.2862150, 0.5455898", \
					  "0.0891742, 0.0947066, 0.1074095, 0.1310618, 0.1796398, 0.2887583, 0.5467516", \
					  "0.0890485, 0.0947376, 0.1068290, 0.1314716, 0.1803542, 0.2880237, 0.5462312", \
					  "0.0889233, 0.0946331, 0.1071267, 0.1319900, 0.1798184, 0.2865396, 0.5466615", \
					  "0.0890431, 0.0951146, 0.1073927, 0.1322182, 0.1810171, 0.2855443, 0.5459828", \
					  "0.0960838, 0.1014053, 0.1132376, 0.1371929, 0.1824307, 0.2887755, 0.5469670");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.1611166, 0.1666733, 0.1797280, 0.2121853, 0.2985451, 0.5354303, 1.1952342", \
					  "0.1663591, 0.1719153, 0.1851002, 0.2174635, 0.3038921, 0.5404924, 1.2025158", \
					  "0.1803182, 0.1858341, 0.1989133, 0.2313405, 0.3178584, 0.5547126, 1.2150942", \
					  "0.2149177, 0.2204773, 0.2336413, 0.2659454, 0.3524842, 0.5893622, 1.2495551", \
					  "0.2931023, 0.2986323, 0.3118290, 0.3440930, 0.4303328, 0.6675808, 1.3255864", \
					  "0.4366918, 0.4423705, 0.4557079, 0.4882215, 0.5744302, 0.8119931, 1.4698529", \
					  "0.6820521, 0.6883066, 0.7023152, 0.7351052, 0.8213783, 1.0587294, 1.7173913");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0202666, 0.0254637, 0.0400202, 0.0822441, 0.2039079, 0.5464780, 1.5013778", \
					  "0.0202237, 0.0254190, 0.0400609, 0.0819693, 0.2036820, 0.5465687, 1.5019750", \
					  "0.0202876, 0.0254045, 0.0399683, 0.0821474, 0.2038755, 0.5443399, 1.4879844", \
					  "0.0202747, 0.0254434, 0.0399329, 0.0820157, 0.2038701, 0.5443406, 1.4884806", \
					  "0.0203132, 0.0256211, 0.0401343, 0.0821695, 0.2032088, 0.5467329, 1.4929877", \
					  "0.0216099, 0.0267520, 0.0410351, 0.0827867, 0.2035230, 0.5444780, 1.4955021", \
					  "0.0247762, 0.0297665, 0.0433285, 0.0839864, 0.2040349, 0.5422496, 1.4983289");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.5313749, 0.5442733, 0.5702905, 0.6163692, 0.6943223, 0.8300104, 1.0963973", \
					  "0.5352504, 0.5481544, 0.5742243, 0.6205297, 0.6984142, 0.8341820, 1.1005685", \
					  "0.5422263, 0.5548292, 0.5807768, 0.6273511, 0.7057037, 0.8426417, 1.1091402", \
					  "0.5575284, 0.5702854, 0.5961528, 0.6423454, 0.7204568, 0.8568919, 1.1231527", \
					  "0.5810057, 0.5936228, 0.6196014, 0.6656051, 0.7437781, 0.8807735, 1.1467124", \
					  "0.6114808, 0.6240795, 0.6498865, 0.6958347, 0.7740153, 0.9116801, 1.1779294", \
					  "0.6417717, 0.6543410, 0.6803992, 0.7263458, 0.8040603, 0.9413360, 1.2052943");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00139266, 0.00387903, 0.0108044, 0.0300938, 0.0838211, 0.233469");
					values("0.0891904, 0.0950011, 0.1073815, 0.1321956, 0.1796930, 0.2884700, 0.5446749", \
					  "0.0892028, 0.0950171, 0.1074951, 0.1321926, 0.1798407, 0.2881388, 0.5452085", \
					  "0.0889731, 0.0946673, 0.1069113, 0.1315705, 0.1799629, 0.2877103, 0.5462796", \
					  "0.0891524, 0.0950026, 0.1074362, 0.1322758, 0.1817332, 0.2864225, 0.5436341", \
					  "0.0887772, 0.0945338, 0.1067189, 0.1314508, 0.1804545, 0.2880334, 0.5465647", \
					  "0.0889763, 0.0947650, 0.1079828, 0.1319372, 0.1817183, 0.2851731, 0.5459618", \
					  "0.0885441, 0.0945023, 0.1069337, 0.1307685, 0.1796005, 0.2853739, 0.5443143");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001527;
			capacitance : 0.001429;
			fall_capacitance : 0.001331;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010137, -0.0010196, -0.0010330, -0.0010363, -0.0010438, -0.0010613, -0.0011015");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011966, 0.0011897, 0.0011738, 0.0011742, 0.0011751, 0.0011773, 0.0011823");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001540;
			capacitance : 0.001480;
			fall_capacitance : 0.001420;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0015014, -0.0015160, -0.0015495, -0.0015539, -0.0015641, -0.0015875, -0.0016415");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016899, 0.0016874, 0.0016817, 0.0016813, 0.0016803, 0.0016782, 0.0016731");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001577;
			capacitance : 0.001478;
			fall_capacitance : 0.001379;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0013250, -0.0013327, -0.0013505, -0.0013515, -0.0013537, -0.0013590, -0.0013710");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013617, 0.0013631, 0.0013663, 0.0013661, 0.0013655, 0.0013642, 0.0013613");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001345;
			capacitance : 0.001416;
			rise_capacitance : 0.001488;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0014285, 0.0013848, 0.0012841, 0.0012808, 0.0012732, 0.0012558, 0.0012155");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056847, 0.0056167, 0.0054599, 0.0054611, 0.0054637, 0.0054697, 0.0054836");
				}
			}
		}
	}
	cell ("scs8hd_or4b_4") {
		area : 13.763200;
		cell_footprint : "or4b";
		cell_leakage_power : 3.693721e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0004529";
			when : "A&B&!C&!DN";
		}
		leakage_power () {
			value : "0.0001101";
			when : "A&B&C&DN";
		}
		leakage_power () {
			value : "0.0004528";
			when : "A&B&C&!DN";
		}
		leakage_power () {
			value : "0.0015258";
			when : "!A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0004535";
			when : "!A&!B&!C&!DN";
		}
		leakage_power () {
			value : "0.0001102";
			when : "!A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0004528";
			when : "!A&!B&C&!DN";
		}
		leakage_power () {
			value : "0.0001061";
			when : "!A&B&!C&DN";
		}
		leakage_power () {
			value : "0.0004529";
			when : "!A&B&!C&!DN";
		}
		leakage_power () {
			value : "0.0001101";
			when : "!A&B&C&DN";
		}
		leakage_power () {
			value : "0.0004528";
			when : "!A&B&C&!DN";
		}
		leakage_power () {
			value : "0.0001078";
			when : "A&!B&!C&DN";
		}
		leakage_power () {
			value : "0.0004530";
			when : "A&!B&!C&!DN";
		}
		leakage_power () {
			value : "0.0001101";
			when : "A&!B&C&DN";
		}
		leakage_power () {
			value : "0.0004528";
			when : "A&!B&C&!DN";
		}
		leakage_power () {
			value : "0.0001060";
			when : "A&B&!C&DN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (C) | (!DN)";
			max_capacitance : 0.458689;
			max_transition : 1.511248;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0203770, 0.0218176, 0.0261896, 0.0391203, 0.0781121, 0.1993843, 0.5738157", \
					  "0.0203138, 0.0217695, 0.0261109, 0.0390356, 0.0780662, 0.1984983, 0.5741558", \
					  "0.0202885, 0.0217363, 0.0261028, 0.0389768, 0.0780185, 0.1986783, 0.5738029", \
					  "0.0202619, 0.0216703, 0.0259786, 0.0387467, 0.0779964, 0.1980590, 0.5760658", \
					  "0.0202748, 0.0216351, 0.0259249, 0.0386811, 0.0775229, 0.1991478, 0.5738801", \
					  "0.0208176, 0.0221518, 0.0263210, 0.0387807, 0.0775981, 0.1975468, 0.5740214", \
					  "0.0210459, 0.0224079, 0.0264820, 0.0388704, 0.0779352, 0.1986098, 0.5721649");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0161613, 0.0150012, 0.0115764, 0.0003468, -0.0357196, -0.1534068, -0.5308935", \
					  "0.0160984, 0.0148827, 0.0114481, 0.0003821, -0.0358390, -0.1535076, -0.5310003", \
					  "0.0162257, 0.0148468, 0.0113310, 0.0001601, -0.0359933, -0.1536894, -0.5311504", \
					  "0.0157151, 0.0145406, 0.0110493, -1.3600000e-05, -0.0361597, -0.1538805, -0.5313220", \
					  "0.0156384, 0.0145184, 0.0109975, -0.0002779, -0.0362553, -0.1539479, -0.5313915", \
					  "0.0157411, 0.0143915, 0.0108703, -0.0001706, -0.0363011, -0.1540455, -0.5314345", \
					  "0.0158437, 0.0145468, 0.0110481, -0.0001693, -0.0363532, -0.1541115, -0.5314668");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0199619, 0.0214028, 0.0257617, 0.0387984, 0.0782312, 0.1988710, 0.5749538", \
					  "0.0199907, 0.0214353, 0.0257730, 0.0387991, 0.0782288, 0.1992029, 0.5772106", \
					  "0.0200011, 0.0214243, 0.0257937, 0.0387806, 0.0781677, 0.1988772, 0.5748204", \
					  "0.0199767, 0.0214137, 0.0255334, 0.0384777, 0.0777517, 0.1999099, 0.5751916", \
					  "0.0198407, 0.0212121, 0.0255063, 0.0383639, 0.0775033, 0.1995366, 0.5741936", \
					  "0.0202174, 0.0215541, 0.0257604, 0.0384834, 0.0771050, 0.1985592, 0.5735746", \
					  "0.0202971, 0.0216300, 0.0257214, 0.0385664, 0.0771736, 0.1983573, 0.5727569");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0146788, 0.0135039, 0.0100119, -0.0010993, -0.0371822, -0.1548701, -0.5321949", \
					  "0.0146193, 0.0136031, 0.0099142, -0.0012051, -0.0372707, -0.1549097, -0.5322898", \
					  "0.0144355, 0.0132638, 0.0097720, -0.0012748, -0.0374125, -0.1551129, -0.5324440", \
					  "0.0147870, 0.0133100, 0.0097827, -0.0012776, -0.0373571, -0.1551587, -0.5325879", \
					  "0.0145879, 0.0131798, 0.0096098, -0.0015156, -0.0375575, -0.1552634, -0.5326193", \
					  "0.0141809, 0.0130413, 0.0095791, -0.0017067, -0.0377279, -0.1554040, -0.5327348", \
					  "0.0143870, 0.0133984, 0.0096957, -0.0015062, -0.0377012, -0.1554517, -0.5327222");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0196655, 0.0211037, 0.0254412, 0.0384738, 0.0778851, 0.1996813, 0.5768939", \
					  "0.0196901, 0.0211251, 0.0254791, 0.0384997, 0.0776861, 0.1997257, 0.5743570", \
					  "0.0197245, 0.0211645, 0.0254957, 0.0384810, 0.0778567, 0.1997403, 0.5743628", \
					  "0.0196614, 0.0210544, 0.0253661, 0.0382487, 0.0774127, 0.1989025, 0.5768878", \
					  "0.0193830, 0.0207628, 0.0250031, 0.0378980, 0.0769771, 0.1983733, 0.5765467", \
					  "0.0196466, 0.0210066, 0.0251722, 0.0379388, 0.0767093, 0.1972859, 0.5756408", \
					  "0.0196189, 0.0209371, 0.0250680, 0.0377643, 0.0769299, 0.1974140, 0.5719893");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0135551, 0.0123442, 0.0090092, -0.0021920, -0.0382969, -0.1560429, -0.5334242", \
					  "0.0134381, 0.0120630, 0.0085578, -0.0024587, -0.0385150, -0.1561732, -0.5334888", \
					  "0.0131287, 0.0121365, 0.0084937, -0.0026237, -0.0386552, -0.1563417, -0.5336099", \
					  "0.0131830, 0.0117811, 0.0082643, -0.0026528, -0.0388057, -0.1565192, -0.5337480", \
					  "0.0132693, 0.0118731, 0.0086102, -0.0026651, -0.0389194, -0.1565332, -0.5338437", \
					  "0.0130030, 0.0116841, 0.0082455, -0.0030155, -0.0391169, -0.1566914, -0.5339188", \
					  "0.0130890, 0.0117120, 0.0080938, -0.0030978, -0.0393500, -0.1570064, -0.5340721");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0192579, 0.0206925, 0.0250171, 0.0379558, 0.0772420, 0.1993763, 0.5742623", \
					  "0.0192184, 0.0206473, 0.0249829, 0.0379362, 0.0772184, 0.1993280, 0.5742133", \
					  "0.0192021, 0.0205967, 0.0249720, 0.0379779, 0.0772633, 0.1993917, 0.5743247", \
					  "0.0191698, 0.0205962, 0.0249293, 0.0379103, 0.0772101, 0.1983801, 0.5749630", \
					  "0.0190134, 0.0204174, 0.0247296, 0.0377062, 0.0770746, 0.1982882, 0.5746573", \
					  "0.0188554, 0.0201922, 0.0244677, 0.0375449, 0.0765453, 0.1989484, 0.5743810", \
					  "0.0190241, 0.0204658, 0.0246049, 0.0372751, 0.0765232, 0.1978536, 0.5703872");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558576, 0.00485832, 0.01514412, 0.04720655, 0.14715, 0.458689");
					values("0.0128939, 0.0117158, 0.0082179, -0.0027993, -0.0390180, -0.1564736, -0.5337149", \
					  "0.0130590, 0.0118304, 0.0081685, -0.0029356, -0.0388505, -0.1565234, -0.5336695", \
					  "0.0131068, 0.0117293, 0.0081853, -0.0029585, -0.0389841, -0.1565725, -0.5337550", \
					  "0.0127389, 0.0115823, 0.0079831, -0.0031572, -0.0392097, -0.1568014, -0.5339738", \
					  "0.0124998, 0.0113594, 0.0078557, -0.0032998, -0.0394422, -0.1569532, -0.5341413", \
					  "0.0122893, 0.0111394, 0.0075806, -0.0035990, -0.0395141, -0.1571372, -0.5343165", \
					  "0.0193328, 0.0179884, 0.0139341, 0.0015704, -0.0369921, -0.1571994, -0.5343430");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0795630, 0.0832558, 0.0932342, 0.1194363, 0.1947695, 0.4231087, 1.1318909", \
					  "0.0840673, 0.0877588, 0.0976498, 0.1239785, 0.1989653, 0.4274914, 1.1374421", \
					  "0.0953128, 0.0989770, 0.1088669, 0.1349814, 0.2099139, 0.4385959, 1.1489195", \
					  "0.1213002, 0.1249026, 0.1347024, 0.1605708, 0.2352684, 0.4644902, 1.1751902", \
					  "0.1666477, 0.1706466, 0.1810848, 0.2075181, 0.2822133, 0.5110072, 1.2188441", \
					  "0.2239464, 0.2290170, 0.2415972, 0.2692002, 0.3442571, 0.5720489, 1.2803379", \
					  "0.2769678, 0.2839372, 0.3007970, 0.3346252, 0.4124894, 0.6391203, 1.3468685");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0202739, 0.0235501, 0.0338020, 0.0657590, 0.1685430, 0.4908658, 1.4947364", \
					  "0.0201654, 0.0234677, 0.0337437, 0.0658956, 0.1685219, 0.4898567, 1.5026927", \
					  "0.0200603, 0.0234380, 0.0336208, 0.0658211, 0.1683647, 0.4908976, 1.5017582", \
					  "0.0200373, 0.0233662, 0.0335445, 0.0655854, 0.1688436, 0.4906922, 1.4990059", \
					  "0.0243432, 0.0274009, 0.0366427, 0.0665972, 0.1684035, 0.4907839, 1.4967324", \
					  "0.0332668, 0.0362243, 0.0449617, 0.0723707, 0.1698548, 0.4897550, 1.5019317", \
					  "0.0501181, 0.0530738, 0.0624075, 0.0876262, 0.1748350, 0.4930047, 1.4928183");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.5514273, 0.5590968, 0.5778193, 0.6160444, 0.6856960, 0.8157861, 1.0943906", \
					  "0.5553438, 0.5630313, 0.5817398, 0.6199988, 0.6896752, 0.8203113, 1.0979613", \
					  "0.5674191, 0.5750569, 0.5939389, 0.6326428, 0.7021275, 0.8327958, 1.1111672", \
					  "0.6000696, 0.6077915, 0.6265340, 0.6643683, 0.7337983, 0.8643712, 1.1415484", \
					  "0.6738148, 0.6815029, 0.7001113, 0.7384426, 0.8077959, 0.9384730, 1.2171839", \
					  "0.8346850, 0.8424025, 0.8611152, 0.8990312, 0.9677126, 1.0981445, 1.3765611", \
					  "1.1854301, 1.1933108, 1.2124746, 1.2513427, 1.3212184, 1.4524942, 1.7296639");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0871386, 0.0902758, 0.0985488, 0.1169793, 0.1580635, 0.2606932, 0.5432667", \
					  "0.0869482, 0.0903152, 0.0985902, 0.1176351, 0.1576921, 0.2595099, 0.5424556", \
					  "0.0872973, 0.0903330, 0.0988810, 0.1170296, 0.1577530, 0.2587796, 0.5425873", \
					  "0.0870591, 0.0903863, 0.0986901, 0.1177677, 0.1576859, 0.2590948, 0.5434233", \
					  "0.0868575, 0.0902123, 0.0987124, 0.1174594, 0.1580378, 0.2584939, 0.5441537", \
					  "0.0871077, 0.0902322, 0.0987916, 0.1175957, 0.1589416, 0.2601459, 0.5429411", \
					  "0.0919840, 0.0953176, 0.1030868, 0.1210583, 0.1616757, 0.2614997, 0.5428818");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0790498, 0.0826655, 0.0924868, 0.1187183, 0.1941763, 0.4235359, 1.1323827", \
					  "0.0837472, 0.0873716, 0.0971534, 0.1233767, 0.1988262, 0.4277802, 1.1371096", \
					  "0.0947048, 0.0983141, 0.1081615, 0.1341870, 0.2095693, 0.4389078, 1.1479317", \
					  "0.1205218, 0.1241202, 0.1335042, 0.1595137, 0.2344677, 0.4633746, 1.1724941", \
					  "0.1645015, 0.1684985, 0.1788199, 0.2052291, 0.2799004, 0.5086748, 1.2195188", \
					  "0.2189580, 0.2239629, 0.2365486, 0.2647881, 0.3391277, 0.5676818, 1.2794092", \
					  "0.2679869, 0.2748386, 0.2917023, 0.3270228, 0.4036298, 0.6307184, 1.3389799");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0196385, 0.0229771, 0.0329556, 0.0647728, 0.1677830, 0.4902739, 1.4952342", \
					  "0.0195883, 0.0229109, 0.0330260, 0.0648045, 0.1678036, 0.4918533, 1.4991861", \
					  "0.0196370, 0.0229475, 0.0329358, 0.0647526, 0.1677876, 0.4907185, 1.4939927", \
					  "0.0195894, 0.0228109, 0.0331005, 0.0649070, 0.1679271, 0.4906751, 1.5049764", \
					  "0.0239337, 0.0268942, 0.0359317, 0.0661595, 0.1673596, 0.4908983, 1.5015609", \
					  "0.0331402, 0.0360914, 0.0449074, 0.0714254, 0.1695705, 0.4891879, 1.5001550", \
					  "0.0498061, 0.0532507, 0.0624220, 0.0880660, 0.1744049, 0.4926204, 1.4953699");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.5310710, 0.5388169, 0.5576269, 0.5955608, 0.6650082, 0.7959330, 1.0720750", \
					  "0.5340769, 0.5417799, 0.5606506, 0.5988320, 0.6683618, 0.7989754, 1.0769828", \
					  "0.5452420, 0.5529696, 0.5717409, 0.6102817, 0.6796178, 0.8104795, 1.0872505", \
					  "0.5769633, 0.5846017, 0.6034638, 0.6413765, 0.7104681, 0.8415505, 1.1196641", \
					  "0.6501026, 0.6577976, 0.6765896, 0.7144584, 0.7839592, 0.9142338, 1.1929860", \
					  "0.8151938, 0.8228885, 0.8414667, 0.8797683, 0.9490521, 1.0795956, 1.3580073", \
					  "1.1859186, 1.1937570, 1.2133055, 1.2522641, 1.3222725, 1.4536092, 1.7310237");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0871344, 0.0904082, 0.0986935, 0.1177971, 0.1577892, 0.2589979, 0.5439409", \
					  "0.0868978, 0.0902966, 0.0986913, 0.1169885, 0.1577868, 0.2592815, 0.5423944", \
					  "0.0870777, 0.0903940, 0.0986864, 0.1175429, 0.1579896, 0.2585477, 0.5443639", \
					  "0.0872682, 0.0903240, 0.0988846, 0.1182728, 0.1583126, 0.2597131, 0.5418951", \
					  "0.0873097, 0.0904529, 0.0984434, 0.1171427, 0.1583199, 0.2604328, 0.5431249", \
					  "0.0871046, 0.0901850, 0.0987081, 0.1174342, 0.1580407, 0.2586814, 0.5422952", \
					  "0.0931734, 0.0961403, 0.1041629, 0.1219606, 0.1625370, 0.2614016, 0.5432322");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0775310, 0.0811404, 0.0908975, 0.1169499, 0.1921574, 0.4205962, 1.1319956", \
					  "0.0820966, 0.0857070, 0.0954631, 0.1215115, 0.1965020, 0.4249897, 1.1346890", \
					  "0.0933187, 0.0969164, 0.1066418, 0.1326443, 0.2076933, 0.4369081, 1.1445030", \
					  "0.1187692, 0.1223090, 0.1319824, 0.1579012, 0.2329315, 0.4616813, 1.1707161", \
					  "0.1613079, 0.1653481, 0.1756739, 0.2021388, 0.2770354, 0.5056086, 1.2158238", \
					  "0.2136519, 0.2187450, 0.2313816, 0.2597556, 0.3342150, 0.5625443, 1.2748748", \
					  "0.2600908, 0.2670003, 0.2841651, 0.3192612, 0.3969400, 0.6237446, 1.3319582");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0193239, 0.0226408, 0.0325934, 0.0644557, 0.1674496, 0.4909558, 1.4965832", \
					  "0.0193296, 0.0226233, 0.0325937, 0.0644598, 0.1671541, 0.4912363, 1.5035212", \
					  "0.0194447, 0.0226788, 0.0326788, 0.0644670, 0.1671078, 0.4901483, 1.5112481", \
					  "0.0196747, 0.0228568, 0.0328966, 0.0645701, 0.1677256, 0.4924405, 1.5003560", \
					  "0.0243295, 0.0272731, 0.0363256, 0.0661808, 0.1677130, 0.4928841, 1.4973953", \
					  "0.0336200, 0.0368103, 0.0453263, 0.0719659, 0.1696299, 0.4888069, 1.4956939", \
					  "0.0515568, 0.0543048, 0.0636963, 0.0902530, 0.1749085, 0.4937323, 1.4948888");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.4997150, 0.5074470, 0.5259887, 0.5643471, 0.6334770, 0.7646873, 1.0426634", \
					  "0.5022850, 0.5100042, 0.5287609, 0.5668261, 0.6362766, 0.7660679, 1.0448010", \
					  "0.5116116, 0.5193118, 0.5379115, 0.5760823, 0.6455056, 0.7760138, 1.0547728", \
					  "0.5410726, 0.5487640, 0.5675123, 0.6055744, 0.6747860, 0.8052785, 1.0826748", \
					  "0.6136157, 0.6212892, 0.6397914, 0.6780190, 0.7472811, 0.8769501, 1.1557268", \
					  "0.7861008, 0.7938321, 0.8127619, 0.8501768, 0.9202715, 1.0509710, 1.3296572", \
					  "1.1748119, 1.1828435, 1.2023594, 1.2420016, 1.3120200, 1.4435030, 1.7226410");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0871278, 0.0904334, 0.0992206, 0.1181690, 0.1586055, 0.2590762, 0.5420437", \
					  "0.0872393, 0.0903485, 0.0985006, 0.1176023, 0.1586715, 0.2593332, 0.5421929", \
					  "0.0868564, 0.0902746, 0.0986566, 0.1169237, 0.1586184, 0.2607858, 0.5428507", \
					  "0.0871900, 0.0904599, 0.0985958, 0.1181059, 0.1588718, 0.2590013, 0.5444716", \
					  "0.0872952, 0.0903305, 0.0991835, 0.1182576, 0.1590958, 0.2594662, 0.5423163", \
					  "0.0872035, 0.0904181, 0.0987197, 0.1177731, 0.1581250, 0.2594804, 0.5423794", \
					  "0.0945841, 0.0978670, 0.1052757, 0.1228793, 0.1613829, 0.2609080, 0.5432361");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.1599241, 0.1636341, 0.1735801, 0.1997579, 0.2746495, 0.5044851, 1.2147477", \
					  "0.1652012, 0.1689101, 0.1788572, 0.2050465, 0.2799311, 0.5098937, 1.2200947", \
					  "0.1782879, 0.1819555, 0.1919262, 0.2181507, 0.2930771, 0.5229007, 1.2337266", \
					  "0.2120670, 0.2157382, 0.2256504, 0.2517188, 0.3266924, 0.5553310, 1.2686698", \
					  "0.2853707, 0.2890196, 0.2989813, 0.3250953, 0.4001590, 0.6288541, 1.3374251", \
					  "0.4143605, 0.4181444, 0.4282059, 0.4545211, 0.5293476, 0.7587523, 1.4714205", \
					  "0.6262144, 0.6303083, 0.6409316, 0.6674561, 0.7425827, 0.9708205, 1.6824687");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0205723, 0.0237157, 0.0335648, 0.0650617, 0.1669122, 0.4918776, 1.5068021", \
					  "0.0205222, 0.0237585, 0.0335502, 0.0650600, 0.1669310, 0.4918762, 1.5067723", \
					  "0.0205556, 0.0238080, 0.0336173, 0.0650200, 0.1669016, 0.4919632, 1.5073864", \
					  "0.0205469, 0.0236348, 0.0335215, 0.0648944, 0.1668637, 0.4911337, 1.5106794", \
					  "0.0206608, 0.0237967, 0.0336184, 0.0649336, 0.1667129, 0.4922921, 1.4984012", \
					  "0.0218954, 0.0249382, 0.0345448, 0.0654386, 0.1664140, 0.4912987, 1.5095116", \
					  "0.0250230, 0.0281328, 0.0371968, 0.0669376, 0.1669485, 0.4887100, 1.4928896");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.4626036, 0.4703576, 0.4892949, 0.5273034, 0.5967723, 0.7267331, 1.0055250", \
					  "0.4672233, 0.4749576, 0.4937433, 0.5318420, 0.6009618, 0.7321984, 1.0101651", \
					  "0.4769251, 0.4846433, 0.5034224, 0.5414915, 0.6111094, 0.7415376, 1.0204061", \
					  "0.4966320, 0.5043724, 0.5231240, 0.5611352, 0.6307019, 0.7611936, 1.0400295", \
					  "0.5277432, 0.5354235, 0.5540574, 0.5923370, 0.6618113, 0.7925008, 1.0710980", \
					  "0.5732856, 0.5809396, 0.5994928, 0.6373971, 0.7070418, 0.8377593, 1.1154275", \
					  "0.6283271, 0.6360413, 0.6547844, 0.6927033, 0.7622210, 0.8918420, 1.1705231");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155858, 0.00485832, 0.0151441, 0.0472065, 0.14715, 0.458689");
					values("0.0871529, 0.0903899, 0.0987336, 0.1178662, 0.1594975, 0.2596941, 0.5411092", \
					  "0.0871512, 0.0904444, 0.0985072, 0.1174438, 0.1586668, 0.2590047, 0.5417861", \
					  "0.0872234, 0.0904584, 0.0984282, 0.1171364, 0.1582855, 0.2604079, 0.5430857", \
					  "0.0873086, 0.0900619, 0.0984492, 0.1171242, 0.1582406, 0.2606303, 0.5426982", \
					  "0.0871051, 0.0901170, 0.0986019, 0.1171180, 0.1578911, 0.2593363, 0.5423876", \
					  "0.0871524, 0.0903081, 0.0988254, 0.1172693, 0.1583110, 0.2596582, 0.5422626", \
					  "0.0872865, 0.0905138, 0.0987902, 0.1179136, 0.1594143, 0.2594780, 0.5409891");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002328;
			capacitance : 0.002203;
			fall_capacitance : 0.002077;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022384, -0.0022431, -0.0022539, -0.0022605, -0.0022758, -0.0023111, -0.0023924");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025539, 0.0025541, 0.0025547, 0.0025538, 0.0025518, 0.0025471, 0.0025364");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002425;
			capacitance : 0.002300;
			fall_capacitance : 0.002175;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022683, -0.0022832, -0.0023174, -0.0023282, -0.0023530, -0.0024101, -0.0025418");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0026181, 0.0026184, 0.0026191, 0.0026183, 0.0026164, 0.0026121, 0.0026022");
				}
			}
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002469;
			capacitance : 0.002309;
			fall_capacitance : 0.002150;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0026587, -0.0026729, -0.0027056, -0.0027057, -0.0027060, -0.0027065, -0.0027078");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0027549, 0.0027530, 0.0027485, 0.0027494, 0.0027513, 0.0027559, 0.0027665");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001410;
			capacitance : 0.001466;
			rise_capacitance : 0.001523;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013991, 0.0013543, 0.0012510, 0.0012543, 0.0012618, 0.0012792, 0.0013193");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062258, 0.0061587, 0.0060039, 0.0060096, 0.0060226, 0.0060527, 0.0061220");
				}
			}
		}
	}
	cell ("scs8hd_or4bb_1") {
		area : 11.260800;
		cell_footprint : "or4bb";
		cell_leakage_power : 1.155677e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "7.4352640e-05";
			when : "A&!B&CN&!DN";
		}
		leakage_power () {
			value : "7.6286491e-05";
			when : "A&B&!CN&DN";
		}
		leakage_power () {
			value : "9.3715651e-05";
			when : "A&B&!CN&!DN";
		}
		leakage_power () {
			value : "6.0482022e-05";
			when : "A&B&CN&DN";
		}
		leakage_power () {
			value : "7.4166103e-05";
			when : "A&B&CN&!DN";
		}
		leakage_power () {
			value : "7.8557386e-05";
			when : "!A&!B&!CN&DN";
		}
		leakage_power () {
			value : "9.3782329e-05";
			when : "!A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0006656";
			when : "!A&!B&CN&DN";
		}
		leakage_power () {
			value : "9.1627132e-05";
			when : "!A&!B&CN&!DN";
		}
		leakage_power () {
			value : "7.6298898e-05";
			when : "!A&B&!CN&DN";
		}
		leakage_power () {
			value : "9.3718863e-05";
			when : "!A&B&!CN&!DN";
		}
		leakage_power () {
			value : "6.1234221e-05";
			when : "!A&B&CN&DN";
		}
		leakage_power () {
			value : "7.4181729e-05";
			when : "!A&B&CN&!DN";
		}
		leakage_power () {
			value : "7.6400325e-05";
			when : "A&!B&!CN&DN";
		}
		leakage_power () {
			value : "9.3731135e-05";
			when : "A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "6.4934562e-05";
			when : "A&!B&CN&DN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (!CN) | (!DN)";
			max_capacitance : 0.148325;
			max_transition : 1.504803;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0072868, 0.0083484, 0.0109364, 0.0173582, 0.0337991, 0.0764997, 0.1853835", \
					  "0.0072834, 0.0083393, 0.0109148, 0.0173613, 0.0338922, 0.0761010, 0.1854879", \
					  "0.0073023, 0.0083547, 0.0109338, 0.0174098, 0.0339428, 0.0761118, 0.1856184", \
					  "0.0072636, 0.0083000, 0.0108710, 0.0172902, 0.0337238, 0.0764391, 0.1856032", \
					  "0.0073096, 0.0082650, 0.0108044, 0.0171498, 0.0337988, 0.0764358, 0.1864138", \
					  "0.0074137, 0.0084038, 0.0108530, 0.0172437, 0.0337106, 0.0757921, 0.1855340", \
					  "0.0075373, 0.0085126, 0.0109518, 0.0173897, 0.0338817, 0.0764286, 0.1860069");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0072082, 0.0063959, 0.0044015, -0.0011341, -0.0166579, -0.0587743, -0.1692988", \
					  "0.0070050, 0.0062932, 0.0043308, -0.0012742, -0.0167449, -0.0588747, -0.1693869", \
					  "0.0068913, 0.0061368, 0.0041527, -0.0014009, -0.0168715, -0.0590048, -0.1695142", \
					  "0.0067952, 0.0060811, 0.0040443, -0.0014847, -0.0169696, -0.0590910, -0.1696009", \
					  "0.0067289, 0.0060497, 0.0040056, -0.0015739, -0.0170655, -0.0591661, -0.1696605", \
					  "0.0066739, 0.0058781, 0.0038921, -0.0016492, -0.0171337, -0.0592448, -0.1696959", \
					  "0.0073271, 0.0063813, 0.0038917, -0.0019091, -0.0172332, -0.0592452, -0.1696794");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0075169, 0.0085790, 0.0111998, 0.0177806, 0.0344619, 0.0771771, 0.1870896", \
					  "0.0075108, 0.0085702, 0.0111867, 0.0177650, 0.0342888, 0.0771609, 0.1871448", \
					  "0.0074901, 0.0085442, 0.0111553, 0.0177020, 0.0344195, 0.0771103, 0.1871441", \
					  "0.0074158, 0.0084534, 0.0110377, 0.0175244, 0.0341405, 0.0770423, 0.1870718", \
					  "0.0074314, 0.0083985, 0.0108694, 0.0173735, 0.0339833, 0.0766106, 0.1862310", \
					  "0.0074081, 0.0083994, 0.0109721, 0.0173018, 0.0338708, 0.0762321, 0.1868222", \
					  "0.0074722, 0.0084368, 0.0108700, 0.0173553, 0.0339138, 0.0767656, 0.1855454");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0060553, 0.0053280, 0.0033406, -0.0022393, -0.0176693, -0.0597356, -0.1702058", \
					  "0.0059756, 0.0052841, 0.0033066, -0.0022613, -0.0177329, -0.0598260, -0.1703085", \
					  "0.0059053, 0.0051787, 0.0031792, -0.0023704, -0.0178406, -0.0599402, -0.1704026", \
					  "0.0058023, 0.0050592, 0.0030869, -0.0024998, -0.0179251, -0.0600254, -0.1704677", \
					  "0.0057485, 0.0050216, 0.0030327, -0.0025351, -0.0179807, -0.0600944, -0.1705257", \
					  "0.0057055, 0.0049675, 0.0029860, -0.0025889, -0.0180506, -0.0601162, -0.1705326", \
					  "0.0062902, 0.0053116, 0.0028440, -0.0028045, -0.0181613, -0.0601591, -0.1705447");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0079572, 0.0090128, 0.0116052, 0.0181257, 0.0347103, 0.0775588, 0.1876588", \
					  "0.0079196, 0.0089626, 0.0115684, 0.0180936, 0.0347108, 0.0771572, 0.1864529", \
					  "0.0079794, 0.0090186, 0.0116109, 0.0181478, 0.0347639, 0.0772005, 0.1865011", \
					  "0.0079124, 0.0089637, 0.0115444, 0.0180833, 0.0346978, 0.0771429, 0.1864428", \
					  "0.0077697, 0.0088181, 0.0114121, 0.0179252, 0.0344894, 0.0770703, 0.1864055", \
					  "0.0076724, 0.0086849, 0.0111930, 0.0178431, 0.0344624, 0.0773145, 0.1865861", \
					  "0.0077631, 0.0087841, 0.0113085, 0.0177998, 0.0342522, 0.0770381, 0.1872662");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0052991, 0.0045675, 0.0025821, -0.0029658, -0.0184235, -0.0605130, -0.1709396", \
					  "0.0052296, 0.0046341, 0.0025846, -0.0030048, -0.0184745, -0.0605389, -0.1709588", \
					  "0.0052686, 0.0045141, 0.0025854, -0.0030488, -0.0185075, -0.0605851, -0.1710043", \
					  "0.0050623, 0.0042630, 0.0022848, -0.0032973, -0.0187098, -0.0607666, -0.1711875", \
					  "0.0049647, 0.0042619, 0.0022582, -0.0033368, -0.0188143, -0.0608837, -0.1712771", \
					  "0.0049370, 0.0042330, 0.0022118, -0.0034030, -0.0188537, -0.0609119, -0.1713395", \
					  "0.0081153, 0.0071627, 0.0047166, -0.0016156, -0.0180880, -0.0608171, -0.1712118");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0071371, 0.0081742, 0.0107394, 0.0172633, 0.0338534, 0.0767179, 0.1856427", \
					  "0.0070813, 0.0081156, 0.0106969, 0.0171911, 0.0337671, 0.0766043, 0.1856683", \
					  "0.0071194, 0.0081571, 0.0107221, 0.0172462, 0.0338440, 0.0758407, 0.1860146", \
					  "0.0070552, 0.0080915, 0.0106594, 0.0171729, 0.0337746, 0.0758085, 0.1859937", \
					  "0.0069271, 0.0079635, 0.0105269, 0.0170273, 0.0336202, 0.0759853, 0.1856769", \
					  "0.0067991, 0.0078216, 0.0103061, 0.0169730, 0.0333838, 0.0764253, 0.1845323", \
					  "0.0068293, 0.0078527, 0.0103770, 0.0168560, 0.0332552, 0.0760854, 0.1853446");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0045140, 0.0038119, 0.0018222, -0.0037335, -0.0191540, -0.0611776, -0.1715565", \
					  "0.0044881, 0.0038168, 0.0018424, -0.0037836, -0.0191970, -0.0612166, -0.1715713", \
					  "0.0045542, 0.0037969, 0.0017570, -0.0038056, -0.0192469, -0.0612570, -0.1716101", \
					  "0.0042952, 0.0035695, 0.0015884, -0.0039586, -0.0194195, -0.0614262, -0.1717625", \
					  "0.0041479, 0.0034697, 0.0014395, -0.0041021, -0.0195687, -0.0615627, -0.1719094", \
					  "0.0043294, 0.0035025, 0.0014571, -0.0041004, -0.0195520, -0.0615418, -0.1719024", \
					  "0.0073955, 0.0064468, 0.0039978, -0.0022870, -0.0187666, -0.0615160, -0.1719033");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0620552, 0.0686408, 0.0841100, 0.1221102, 0.2182767, 0.4654138, 1.1044472", \
					  "0.0671772, 0.0737545, 0.0891984, 0.1272105, 0.2231050, 0.4707219, 1.1068286", \
					  "0.0794110, 0.0859071, 0.1013952, 0.1392954, 0.2353882, 0.4830797, 1.1195324", \
					  "0.1063932, 0.1129190, 0.1282455, 0.1660588, 0.2623738, 0.5096958, 1.1473447", \
					  "0.1480286, 0.1550233, 0.1709243, 0.2088877, 0.3050921, 0.5525546, 1.1916572", \
					  "0.2041295, 0.2129889, 0.2298726, 0.2689038, 0.3650290, 0.6115267, 1.2489957", \
					  "0.2626026, 0.2744017, 0.2965786, 0.3394228, 0.4356009, 0.6815284, 1.3194784");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0206344, 0.0282266, 0.0481673, 0.1003783, 0.2352619, 0.5846820, 1.4930380", \
					  "0.0206080, 0.0282148, 0.0480450, 0.1004884, 0.2353346, 0.5864328, 1.4861266", \
					  "0.0204437, 0.0279994, 0.0479636, 0.1003721, 0.2353061, 0.5862698, 1.4892919", \
					  "0.0209789, 0.0283427, 0.0477409, 0.1001333, 0.2354683, 0.5847672, 1.4951039", \
					  "0.0251397, 0.0316207, 0.0496792, 0.1003510, 0.2350842, 0.5854814, 1.4890773", \
					  "0.0322562, 0.0383631, 0.0551662, 0.1021592, 0.2367373, 0.5854703, 1.4937819", \
					  "0.0463488, 0.0539337, 0.0692852, 0.1103334, 0.2382593, 0.5889604, 1.4859038");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.4459196, 0.4583203, 0.4819610, 0.5237303, 0.5983390, 0.7353958, 1.0180076", \
					  "0.4470028, 0.4592572, 0.4828880, 0.5245562, 0.5990697, 0.7362732, 1.0191983", \
					  "0.4561935, 0.4682885, 0.4918072, 0.5339837, 0.6081821, 0.7457995, 1.0263770", \
					  "0.4838012, 0.4959829, 0.5194605, 0.5614335, 0.6345202, 0.7721501, 1.0554262", \
					  "0.5479667, 0.5601345, 0.5836159, 0.6255968, 0.6987887, 0.8363337, 1.1197254", \
					  "0.6880801, 0.7001867, 0.7236184, 0.7655807, 0.8397228, 0.9775019, 1.2600807", \
					  "0.9729910, 0.9861658, 1.0116318, 1.0559476, 1.1322743, 1.2740284, 1.5594529");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0590867, 0.0658974, 0.0798471, 0.1090341, 0.1665400, 0.2961774, 0.6133267", \
					  "0.0590192, 0.0658660, 0.0803504, 0.1086208, 0.1666479, 0.2966826, 0.6146585", \
					  "0.0589757, 0.0654510, 0.0796607, 0.1078629, 0.1672433, 0.2948197, 0.6126373", \
					  "0.0589975, 0.0657860, 0.0801337, 0.1088476, 0.1684197, 0.2966693, 0.6152364", \
					  "0.0588936, 0.0659051, 0.0799831, 0.1081690, 0.1680923, 0.2969195, 0.6146581", \
					  "0.0591356, 0.0659595, 0.0796730, 0.1082498, 0.1679303, 0.2950886, 0.6151919", \
					  "0.0660940, 0.0727480, 0.0868759, 0.1157492, 0.1773516, 0.3022759, 0.6171908");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0624038, 0.0690433, 0.0847614, 0.1232089, 0.2196814, 0.4680847, 1.1076928", \
					  "0.0673601, 0.0739888, 0.0896651, 0.1280740, 0.2245660, 0.4722206, 1.1125812", \
					  "0.0794764, 0.0860299, 0.1016752, 0.1399812, 0.2366562, 0.4851125, 1.1247445", \
					  "0.1052128, 0.1117711, 0.1272804, 0.1656034, 0.2622128, 0.5099856, 1.1482003", \
					  "0.1457680, 0.1528706, 0.1686017, 0.2066207, 0.3031932, 0.5507881, 1.1882552", \
					  "0.1967819, 0.2054819, 0.2232970, 0.2620343, 0.3582590, 0.6057623, 1.2440647", \
					  "0.2493060, 0.2606331, 0.2839253, 0.3265121, 0.4230331, 0.6703941, 1.3072226");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0201602, 0.0275318, 0.0473638, 0.0996709, 0.2347241, 0.5856960, 1.4922152", \
					  "0.0201131, 0.0274912, 0.0473426, 0.0996484, 0.2346422, 0.5857160, 1.4923488", \
					  "0.0200351, 0.0274846, 0.0472248, 0.0992565, 0.2348136, 0.5857499, 1.4924186", \
					  "0.0207219, 0.0278833, 0.0473343, 0.0994842, 0.2345034, 0.5850471, 1.4888737", \
					  "0.0242801, 0.0306864, 0.0491133, 0.0998709, 0.2345545, 0.5861442, 1.4954479", \
					  "0.0328827, 0.0389288, 0.0548087, 0.1016865, 0.2362674, 0.5830816, 1.4881545", \
					  "0.0471190, 0.0557276, 0.0699768, 0.1108802, 0.2377373, 0.5878114, 1.4847864");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.4213400, 0.4337585, 0.4573879, 0.4993790, 0.5736329, 0.7111443, 0.9927230", \
					  "0.4227843, 0.4350833, 0.4585981, 0.5007008, 0.5741618, 0.7116859, 0.9950241", \
					  "0.4318422, 0.4441437, 0.4676246, 0.5097239, 0.5838381, 0.7215913, 1.0022529", \
					  "0.4596611, 0.4718488, 0.4953102, 0.5372386, 0.6115478, 0.7476005, 1.0311125", \
					  "0.5252229, 0.5374646, 0.5611132, 0.6031233, 0.6770607, 0.8134109, 1.0961450", \
					  "0.6736310, 0.6856056, 0.7093542, 0.7514812, 0.8255769, 0.9630164, 1.2462874", \
					  "0.9831789, 0.9963753, 1.0222149, 1.0674239, 1.1454132, 1.2871525, 1.5702811");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0586823, 0.0656330, 0.0795433, 0.1079393, 0.1671048, 0.2951231, 0.6126644", \
					  "0.0585802, 0.0657239, 0.0798086, 0.1086288, 0.1672186, 0.2967575, 0.6145597", \
					  "0.0586047, 0.0655972, 0.0796475, 0.1077205, 0.1676661, 0.2947655, 0.6129496", \
					  "0.0587736, 0.0656520, 0.0793753, 0.1078815, 0.1670277, 0.2968818, 0.6140928", \
					  "0.0585935, 0.0654475, 0.0796741, 0.1080087, 0.1675658, 0.2963299, 0.6157019", \
					  "0.0590168, 0.0658161, 0.0799850, 0.1080663, 0.1668753, 0.2963173, 0.6127513", \
					  "0.0676488, 0.0748196, 0.0895794, 0.1177224, 0.1777425, 0.3030174, 0.6186713");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.1336910, 0.1402633, 0.1558461, 0.1941127, 0.2906958, 0.5390952, 1.1758720", \
					  "0.1388198, 0.1453477, 0.1608243, 0.1989987, 0.2953507, 0.5429880, 1.1820792", \
					  "0.1522692, 0.1587774, 0.1742988, 0.2124743, 0.3088341, 0.5565082, 1.1958102", \
					  "0.1853848, 0.1919256, 0.2074209, 0.2455822, 0.3419616, 0.5896242, 1.2289627", \
					  "0.2560563, 0.2626631, 0.2781401, 0.3163095, 0.4128938, 0.6600255, 1.2991044", \
					  "0.3756776, 0.3823319, 0.3979041, 0.4357550, 0.5323998, 0.7807099, 1.4174911", \
					  "0.5686102, 0.5756696, 0.5916067, 0.6296486, 0.7260439, 0.9745854, 1.6135043");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0204339, 0.0276411, 0.0471572, 0.0988437, 0.2350577, 0.5856157, 1.4926422", \
					  "0.0203673, 0.0277226, 0.0470785, 0.0989764, 0.2350263, 0.5875570, 1.4940025", \
					  "0.0204252, 0.0276777, 0.0471480, 0.0989530, 0.2346015, 0.5874653, 1.4932133", \
					  "0.0203968, 0.0276405, 0.0471289, 0.0989391, 0.2345466, 0.5874877, 1.4932642", \
					  "0.0206849, 0.0279135, 0.0471169, 0.0986576, 0.2343596, 0.5880337, 1.4951261", \
					  "0.0215159, 0.0285412, 0.0476288, 0.0990442, 0.2336408, 0.5847296, 1.4961130", \
					  "0.0245393, 0.0310015, 0.0489198, 0.0999197, 0.2339282, 0.5839731, 1.4877675");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.4156095, 0.4278322, 0.4516077, 0.4937856, 0.5679186, 0.7053512, 0.9861093", \
					  "0.4192732, 0.4312814, 0.4551785, 0.4970012, 0.5716400, 0.7089074, 0.9917528", \
					  "0.4277696, 0.4399870, 0.4637776, 0.5056405, 0.5801780, 0.7174778, 1.0003939", \
					  "0.4446566, 0.4568272, 0.4803287, 0.5223064, 0.5967655, 0.7329531, 1.0166742", \
					  "0.4715567, 0.4837198, 0.5072155, 0.5491640, 0.6235013, 0.7612758, 1.0437045", \
					  "0.5077311, 0.5199703, 0.5431144, 0.5847866, 0.6592440, 0.7966756, 1.0771831", \
					  "0.5450191, 0.5572420, 0.5807070, 0.6226057, 0.6970205, 0.8331040, 1.1166605");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0585808, 0.0653633, 0.0796853, 0.1078652, 0.1676355, 0.2952878, 0.6128338", \
					  "0.0588371, 0.0660303, 0.0800860, 0.1082831, 0.1665355, 0.2960108, 0.6128335", \
					  "0.0590501, 0.0659158, 0.0801751, 0.1084941, 0.1667362, 0.2961226, 0.6131554", \
					  "0.0588908, 0.0656679, 0.0793761, 0.1078199, 0.1667949, 0.2970398, 0.6130713", \
					  "0.0590620, 0.0660234, 0.0800362, 0.1081978, 0.1659893, 0.2956409, 0.6147763", \
					  "0.0589823, 0.0657222, 0.0801616, 0.1077999, 0.1680903, 0.2962714, 0.6148227", \
					  "0.0588338, 0.0655780, 0.0794540, 0.1079552, 0.1670878, 0.2965569, 0.6161042");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.1223041, 0.1288816, 0.1442814, 0.1823625, 0.2788219, 0.5259775, 1.1644035", \
					  "0.1273080, 0.1338596, 0.1493070, 0.1874931, 0.2839919, 0.5313996, 1.1690579", \
					  "0.1410762, 0.1476698, 0.1630417, 0.2013266, 0.2974417, 0.5449020, 1.1877763", \
					  "0.1744475, 0.1810401, 0.1964445, 0.2345419, 0.3308608, 0.5783433, 1.2202336", \
					  "0.2428295, 0.2494176, 0.2649736, 0.3030616, 0.3995402, 0.6470112, 1.2840706", \
					  "0.3571216, 0.3638097, 0.3793299, 0.4171714, 0.5137645, 0.7613203, 1.4031170", \
					  "0.5430092, 0.5501714, 0.5660173, 0.6038865, 0.7001986, 0.9479173, 1.5846819");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0202077, 0.0275260, 0.0468696, 0.0986199, 0.2351164, 0.5864192, 1.4917355", \
					  "0.0202637, 0.0274780, 0.0469038, 0.0988435, 0.2349439, 0.5855413, 1.4909270", \
					  "0.0202290, 0.0275266, 0.0468309, 0.0989289, 0.2351520, 0.5855079, 1.5048033", \
					  "0.0202497, 0.0274706, 0.0467650, 0.0984668, 0.2351599, 0.5852383, 1.5044697", \
					  "0.0205352, 0.0277840, 0.0470976, 0.0987882, 0.2350281, 0.5857410, 1.4874101", \
					  "0.0214608, 0.0284530, 0.0474637, 0.0988062, 0.2331514, 0.5869007, 1.4932896", \
					  "0.0243926, 0.0309435, 0.0487400, 0.0995993, 0.2333399, 0.5832638, 1.4901841");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.3356226, 0.3478781, 0.3717302, 0.4137113, 0.4878825, 0.6250674, 0.9072029", \
					  "0.3396237, 0.3518519, 0.3754145, 0.4172389, 0.4919868, 0.6292061, 0.9126273", \
					  "0.3480082, 0.3602315, 0.3837663, 0.4258966, 0.5002521, 0.6377305, 0.9207660", \
					  "0.3631525, 0.3753168, 0.3986716, 0.4407236, 0.5152976, 0.6527837, 0.9360451", \
					  "0.3862571, 0.3984341, 0.4219337, 0.4637638, 0.5382292, 0.6758034, 0.9593200", \
					  "0.4161921, 0.4284086, 0.4518681, 0.4939184, 0.5674803, 0.7054259, 0.9883431", \
					  "0.4440384, 0.4562019, 0.4796720, 0.5212832, 0.5956718, 0.7335857, 1.0166622");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0586644, 0.0654210, 0.0796707, 0.1079678, 0.1674067, 0.2954038, 0.6150937", \
					  "0.0588579, 0.0658375, 0.0798962, 0.1083936, 0.1665442, 0.2963271, 0.6124421", \
					  "0.0588455, 0.0660370, 0.0800113, 0.1080558, 0.1678072, 0.2961947, 0.6151162", \
					  "0.0589030, 0.0662126, 0.0804929, 0.1086477, 0.1662014, 0.2960171, 0.6136718", \
					  "0.0589252, 0.0659411, 0.0801453, 0.1084227, 0.1663697, 0.2963007, 0.6129611", \
					  "0.0590814, 0.0657768, 0.0801206, 0.1075540, 0.1663193, 0.2967201, 0.6153421", \
					  "0.0590743, 0.0658512, 0.0802255, 0.1093231, 0.1662823, 0.2959946, 0.6109473");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001586;
			capacitance : 0.001478;
			fall_capacitance : 0.001370;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010499, -0.0010652, -0.0011005, -0.0011046, -0.0011141, -0.0011360, -0.0011865");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0012411, 0.0012326, 0.0012129, 0.0012134, 0.0012146, 0.0012174, 0.0012239");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001613;
			capacitance : 0.001528;
			fall_capacitance : 0.001442;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017359, -0.0017373, -0.0017407, -0.0017415, -0.0017435, -0.0017480, -0.0017584");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017780, 0.0017726, 0.0017602, 0.0017607, 0.0017617, 0.0017642, 0.0017700");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001439;
			capacitance : 0.001497;
			rise_capacitance : 0.001555;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015888, 0.0015441, 0.0014410, 0.0014411, 0.0014415, 0.0014424, 0.0014445");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053742, 0.0053036, 0.0051411, 0.0051482, 0.0051645, 0.0052022, 0.0052890");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001336;
			capacitance : 0.001389;
			rise_capacitance : 0.001442;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013630, 0.0013145, 0.0012029, 0.0012100, 0.0012262, 0.0012636, 0.0013499");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0046480, 0.0045911, 0.0044601, 0.0044698, 0.0044923, 0.0045440, 0.0046633");
				}
			}
		}
	}
	cell ("scs8hd_or4bb_2") {
		area : 12.512000;
		cell_footprint : "or4bb";
		cell_leakage_power : 1.522994e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "9.2835387e-05";
			when : "!A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0001082";
			when : "!A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0010363";
			when : "!A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0001067";
			when : "!A&!B&CN&!DN";
		}
		leakage_power () {
			value : "9.0756843e-05";
			when : "!A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0001082";
			when : "!A&B&!CN&!DN";
		}
		leakage_power () {
			value : "7.5586781e-05";
			when : "!A&B&CN&DN";
		}
		leakage_power () {
			value : "8.8643014e-05";
			when : "!A&B&CN&!DN";
		}
		leakage_power () {
			value : "9.0852571e-05";
			when : "A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0001082";
			when : "A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "7.9212814e-05";
			when : "A&!B&CN&DN";
		}
		leakage_power () {
			value : "8.8810314e-05";
			when : "A&!B&CN&!DN";
		}
		leakage_power () {
			value : "9.0746312e-05";
			when : "A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0001082";
			when : "A&B&!CN&!DN";
		}
		leakage_power () {
			value : "7.4931326e-05";
			when : "A&B&CN&DN";
		}
		leakage_power () {
			value : "8.8629489e-05";
			when : "A&B&CN&!DN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (!CN) | (!DN)";
			max_capacitance : 0.272837;
			max_transition : 1.505564;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0107295, 0.0119941, 0.0153930, 0.0247913, 0.0510790, 0.1255043, 0.3407376", \
					  "0.0107245, 0.0119578, 0.0153892, 0.0247723, 0.0510796, 0.1261726, 0.3407849", \
					  "0.0107316, 0.0119836, 0.0153734, 0.0247836, 0.0509874, 0.1255612, 0.3393900", \
					  "0.0107043, 0.0119381, 0.0153466, 0.0246246, 0.0510419, 0.1261494, 0.3389034", \
					  "0.0106934, 0.0118868, 0.0152716, 0.0245359, 0.0508386, 0.1256947, 0.3389877", \
					  "0.0109256, 0.0120453, 0.0153979, 0.0246641, 0.0507943, 0.1258034, 0.3393214", \
					  "0.0110742, 0.0122414, 0.0155137, 0.0248793, 0.0509190, 0.1259480, 0.3383997");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0089784, 0.0079932, 0.0051300, -0.0031388, -0.0277996, -0.1015709, -0.3168044", \
					  "0.0090864, 0.0078422, 0.0052722, -0.0032604, -0.0279974, -0.1016385, -0.3168900", \
					  "0.0087525, 0.0077519, 0.0049061, -0.0033918, -0.0281350, -0.1018228, -0.3170320", \
					  "0.0085847, 0.0076037, 0.0047873, -0.0034483, -0.0281186, -0.1018943, -0.3171358", \
					  "0.0085068, 0.0075115, 0.0046962, -0.0036079, -0.0282442, -0.1019952, -0.3172211", \
					  "0.0085358, 0.0075336, 0.0046358, -0.0036432, -0.0283476, -0.1020943, -0.3172834", \
					  "0.0085361, 0.0075498, 0.0047170, -0.0036983, -0.0284786, -0.1021974, -0.3173168");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0109285, 0.0121676, 0.0156215, 0.0250996, 0.0516514, 0.1263731, 0.3416278", \
					  "0.0109069, 0.0121527, 0.0155994, 0.0250928, 0.0516400, 0.1263726, 0.3415457", \
					  "0.0109003, 0.0121380, 0.0155642, 0.0250658, 0.0515089, 0.1264293, 0.3404019", \
					  "0.0108556, 0.0120682, 0.0155002, 0.0248288, 0.0513931, 0.1268967, 0.3396721", \
					  "0.0107372, 0.0119199, 0.0153593, 0.0246775, 0.0510347, 0.1263123, 0.3415223", \
					  "0.0110127, 0.0121912, 0.0155352, 0.0246365, 0.0510684, 0.1257310, 0.3413055", \
					  "0.0110162, 0.0121815, 0.0154132, 0.0248832, 0.0509483, 0.1265237, 0.3388502");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0079834, 0.0070140, 0.0041561, -0.0041494, -0.0289009, -0.1025901, -0.3177831", \
					  "0.0078160, 0.0068381, 0.0040770, -0.0042203, -0.0289832, -0.1026679, -0.3178461", \
					  "0.0077427, 0.0067479, 0.0039315, -0.0043006, -0.0289823, -0.1027331, -0.3179283", \
					  "0.0077779, 0.0067035, 0.0038493, -0.0044724, -0.0292004, -0.1028760, -0.3180262", \
					  "0.0077108, 0.0066226, 0.0037801, -0.0045264, -0.0292816, -0.1029456, -0.3180861", \
					  "0.0075953, 0.0065373, 0.0036855, -0.0046383, -0.0293569, -0.1030021, -0.3181417", \
					  "0.0076971, 0.0066529, 0.0037897, -0.0045623, -0.0294319, -0.1031305, -0.3181659");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0113968, 0.0126397, 0.0160410, 0.0254926, 0.0519089, 0.1267869, 0.3421648", \
					  "0.0113243, 0.0125698, 0.0159831, 0.0254289, 0.0519302, 0.1268745, 0.3409132", \
					  "0.0113875, 0.0126058, 0.0160649, 0.0254996, 0.0518962, 0.1275083, 0.3421812", \
					  "0.0113369, 0.0125474, 0.0159968, 0.0254427, 0.0518791, 0.1267073, 0.3405966", \
					  "0.0112335, 0.0124743, 0.0159208, 0.0253396, 0.0518133, 0.1268574, 0.3408533", \
					  "0.0112180, 0.0124154, 0.0156372, 0.0252438, 0.0515289, 0.1271258, 0.3415832", \
					  "0.0113635, 0.0125895, 0.0159082, 0.0252073, 0.0514171, 0.1268455, 0.3419775");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0071951, 0.0063992, 0.0035275, -0.0048312, -0.0295562, -0.1033344, -0.3184733", \
					  "0.0070864, 0.0060959, 0.0035322, -0.0048427, -0.0296149, -0.1033491, -0.3185246", \
					  "0.0070445, 0.0061170, 0.0032341, -0.0050889, -0.0297757, -0.1034616, -0.3185454", \
					  "0.0070015, 0.0058952, 0.0030701, -0.0052439, -0.0299696, -0.1036266, -0.3187443", \
					  "0.0068125, 0.0057537, 0.0029103, -0.0053855, -0.0301484, -0.1037948, -0.3189092", \
					  "0.0066532, 0.0056888, 0.0028180, -0.0053452, -0.0300486, -0.1037980, -0.3189424", \
					  "0.0104681, 0.0093007, 0.0060638, -0.0031609, -0.0293971, -0.1036694, -0.3188039");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0105620, 0.0117767, 0.0151876, 0.0246362, 0.0510981, 0.1266429, 0.3401634", \
					  "0.0105148, 0.0117514, 0.0151806, 0.0245574, 0.0511183, 0.1261120, 0.3403482", \
					  "0.0105500, 0.0117830, 0.0152123, 0.0246042, 0.0510925, 0.1267020, 0.3377412", \
					  "0.0104695, 0.0117058, 0.0151195, 0.0245631, 0.0510254, 0.1266327, 0.3414597", \
					  "0.0103874, 0.0116257, 0.0150169, 0.0244502, 0.0509871, 0.1258906, 0.3398097", \
					  "0.0103753, 0.0115861, 0.0148601, 0.0243374, 0.0506645, 0.1255620, 0.3401553", \
					  "0.0104230, 0.0116320, 0.0149756, 0.0242715, 0.0506478, 0.1259368, 0.3410966");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001429307, 0.004085838, 0.01167983, 0.03338814, 0.09544381, 0.2728371");
					values("0.0063718, 0.0054210, 0.0025496, -0.0057225, -0.0304418, -0.1040998, -0.3191634", \
					  "0.0063414, 0.0053827, 0.0025167, -0.0057587, -0.0304799, -0.1041293, -0.3191848", \
					  "0.0064004, 0.0053444, 0.0024796, -0.0058323, -0.0304900, -0.1041631, -0.3192018", \
					  "0.0061369, 0.0051360, 0.0023595, -0.0059694, -0.0306935, -0.1043000, -0.3193748", \
					  "0.0061482, 0.0050720, 0.0021912, -0.0061191, -0.0308492, -0.1044758, -0.3195339", \
					  "0.0061166, 0.0050222, 0.0022064, -0.0061252, -0.0309094, -0.1045364, -0.3196084", \
					  "0.0102305, 0.0090645, 0.0058022, -0.0033564, -0.0295698, -0.1043890, -0.3194388");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0729651, 0.0782036, 0.0905082, 0.1215105, 0.2053402, 0.4422208, 1.1162681", \
					  "0.0780089, 0.0830799, 0.0954980, 0.1265022, 0.2103056, 0.4472097, 1.1212926", \
					  "0.0899502, 0.0950681, 0.1073729, 0.1382107, 0.2220345, 0.4581716, 1.1341758", \
					  "0.1179068, 0.1229685, 0.1352353, 0.1657114, 0.2492498, 0.4865427, 1.1602918", \
					  "0.1666078, 0.1723721, 0.1854865, 0.2165603, 0.3000872, 0.5371953, 1.2108760", \
					  "0.2324630, 0.2394688, 0.2554340, 0.2886789, 0.3725666, 0.6082861, 1.2834224", \
					  "0.3071984, 0.3174503, 0.3385682, 0.3788257, 0.4636947, 0.6997692, 1.3725452");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0186273, 0.0232389, 0.0368929, 0.0769171, 0.1942016, 0.5304668, 1.4938857", \
					  "0.0185706, 0.0233604, 0.0369192, 0.0768973, 0.1941630, 0.5302705, 1.4941008", \
					  "0.0184481, 0.0232271, 0.0366769, 0.0766941, 0.1938761, 0.5299916, 1.4967482", \
					  "0.0185078, 0.0231825, 0.0366586, 0.0764015, 0.1937579, 0.5304373, 1.4924909", \
					  "0.0230650, 0.0274513, 0.0396786, 0.0778125, 0.1936207, 0.5315882, 1.4914213", \
					  "0.0318117, 0.0367385, 0.0483079, 0.0823204, 0.1946275, 0.5298143, 1.4976750", \
					  "0.0474676, 0.0531821, 0.0649938, 0.0964767, 0.1991872, 0.5339524, 1.4876540");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.5752368, 0.5873098, 0.6124107, 0.6579600, 0.7371777, 0.8828187, 1.1794131", \
					  "0.5773460, 0.5893405, 0.6141094, 0.6599172, 0.7393526, 0.8834316, 1.1802784", \
					  "0.5860779, 0.5981117, 0.6230652, 0.6684838, 0.7480381, 0.8938899, 1.1899111", \
					  "0.6134652, 0.6254575, 0.6503902, 0.6957009, 0.7742861, 0.9199529, 1.2164350", \
					  "0.6778132, 0.6898413, 0.7147776, 0.7601135, 0.8390964, 0.9846000, 1.2808551", \
					  "0.8196203, 0.8316783, 0.8565949, 0.9018765, 0.9806193, 1.1259741, 1.4228052", \
					  "1.1254321, 1.1379182, 1.1642224, 1.2110403, 1.2918324, 1.4367926, 1.7339143");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0820267, 0.0873771, 0.0994706, 0.1249230, 0.1779876, 0.2977084, 0.6025848", \
					  "0.0820305, 0.0875565, 0.1001455, 0.1251908, 0.1773692, 0.2966621, 0.6030489", \
					  "0.0819964, 0.0874518, 0.0993217, 0.1246207, 0.1768299, 0.2958222, 0.6014606", \
					  "0.0819145, 0.0875020, 0.1000361, 0.1253753, 0.1780911, 0.2970176, 0.5997406", \
					  "0.0818572, 0.0874948, 0.1000414, 0.1249281, 0.1778315, 0.2970902, 0.6010604", \
					  "0.0821943, 0.0875028, 0.0999657, 0.1251772, 0.1786249, 0.2981471, 0.6027072", \
					  "0.0877036, 0.0935357, 0.1057767, 0.1299651, 0.1818921, 0.2997368, 0.6029493");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0730652, 0.0781307, 0.0905432, 0.1216221, 0.2055434, 0.4423630, 1.1196573", \
					  "0.0779212, 0.0829979, 0.0953944, 0.1264888, 0.2104334, 0.4472226, 1.1246348", \
					  "0.0899486, 0.0950228, 0.1073411, 0.1383209, 0.2223894, 0.4597023, 1.1339019", \
					  "0.1171472, 0.1221607, 0.1344232, 0.1649861, 0.2490057, 0.4867550, 1.1624016", \
					  "0.1644545, 0.1702050, 0.1833504, 0.2146474, 0.2982959, 0.5350433, 1.2104732", \
					  "0.2284609, 0.2358076, 0.2517216, 0.2844733, 0.3684177, 0.6046075, 1.2800785", \
					  "0.2989782, 0.3092619, 0.3304704, 0.3710105, 0.4560676, 0.6918461, 1.3655693");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0182198, 0.0228805, 0.0362987, 0.0760726, 0.1937292, 0.5303650, 1.4917402", \
					  "0.0182197, 0.0229187, 0.0363072, 0.0760759, 0.1937137, 0.5302407, 1.4906512", \
					  "0.0180825, 0.0228007, 0.0362494, 0.0758293, 0.1933935, 0.5310736, 1.4917222", \
					  "0.0182329, 0.0229307, 0.0363228, 0.0758986, 0.1929692, 0.5299954, 1.4961763", \
					  "0.0232105, 0.0274992, 0.0395459, 0.0775361, 0.1933363, 0.5318562, 1.4953756", \
					  "0.0317517, 0.0362958, 0.0478966, 0.0821667, 0.1949057, 0.5286611, 1.4949374", \
					  "0.0480336, 0.0535345, 0.0654977, 0.0967170, 0.1985109, 0.5331374, 1.4893098");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.5498826, 0.5618069, 0.5869784, 0.6324166, 0.7117743, 0.8570961, 1.1539970", \
					  "0.5519289, 0.5638988, 0.5890934, 0.6346147, 0.7139869, 0.8592988, 1.1562107", \
					  "0.5608606, 0.5728520, 0.5977947, 0.6431418, 0.7218686, 0.8675765, 1.1640379", \
					  "0.5879247, 0.5998850, 0.6247043, 0.6704324, 0.7496240, 0.8956073, 1.1907677", \
					  "0.6535664, 0.6655140, 0.6905613, 0.7358383, 0.8152078, 0.9609147, 1.2573815", \
					  "0.8026378, 0.8146498, 0.8393258, 0.8840433, 0.9642678, 1.1099908, 1.4059007", \
					  "1.1345688, 1.1472406, 1.1734715, 1.2204989, 1.3009790, 1.4459508, 1.7438468");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0819399, 0.0877130, 0.0999731, 0.1254085, 0.1775059, 0.2968829, 0.6026080", \
					  "0.0819020, 0.0874698, 0.1000418, 0.1252812, 0.1774398, 0.2968795, 0.6025987", \
					  "0.0821911, 0.0874942, 0.1000292, 0.1253100, 0.1780140, 0.2970665, 0.6001033", \
					  "0.0819493, 0.0873257, 0.0993877, 0.1246087, 0.1765947, 0.2951342, 0.6035907", \
					  "0.0820268, 0.0874556, 0.0993280, 0.1245684, 0.1770436, 0.2956733, 0.6017105", \
					  "0.0820018, 0.0875498, 0.0997340, 0.1256752, 0.1773186, 0.2971514, 0.6030206", \
					  "0.0888672, 0.0944557, 0.1063802, 0.1303211, 0.1811486, 0.2998335, 0.6028700");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.1455222, 0.1506522, 0.1629985, 0.1938612, 0.2775988, 0.5144259, 1.1887520", \
					  "0.1505316, 0.1556804, 0.1680679, 0.1989395, 0.2828502, 0.5194604, 1.1931606", \
					  "0.1641371, 0.1691741, 0.1816266, 0.2124173, 0.2965239, 0.5329934, 1.2071902", \
					  "0.1972408, 0.2022818, 0.2147092, 0.2455448, 0.3295878, 0.5667979, 1.2411275", \
					  "0.2684181, 0.2735818, 0.2860145, 0.3167621, 0.4006433, 0.6370380, 1.3119371", \
					  "0.3891791, 0.3944513, 0.4069309, 0.4378084, 0.5214834, 0.7585495, 1.4355220", \
					  "0.5856269, 0.5913288, 0.6044098, 0.6355560, 0.7191036, 0.9564634, 1.6313374");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0184769, 0.0232521, 0.0365343, 0.0757993, 0.1929755, 0.5306965, 1.4947490", \
					  "0.0186521, 0.0233410, 0.0364061, 0.0759185, 0.1933338, 0.5318881, 1.4987983", \
					  "0.0186029, 0.0233350, 0.0365723, 0.0758671, 0.1928170, 0.5309335, 1.4941175", \
					  "0.0186217, 0.0233631, 0.0365178, 0.0757434, 0.1931447, 0.5309917, 1.4982310", \
					  "0.0187329, 0.0233512, 0.0365745, 0.0758257, 0.1932673, 0.5322620, 1.4980549", \
					  "0.0197563, 0.0242177, 0.0372589, 0.0762517, 0.1920442, 0.5301699, 1.4939496", \
					  "0.0224714, 0.0268707, 0.0392728, 0.0771290, 0.1923439, 0.5287546, 1.4956099");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.5439678, 0.5560791, 0.5808646, 0.6266684, 0.7058557, 0.8517447, 1.1481277", \
					  "0.5477924, 0.5598862, 0.5846282, 0.6306176, 0.7096555, 0.8546568, 1.1512402", \
					  "0.5563848, 0.5683225, 0.5935705, 0.6388335, 0.7182946, 0.8642023, 1.1580453", \
					  "0.5735476, 0.5854521, 0.6103629, 0.6559902, 0.7354479, 0.8814708, 1.1766532", \
					  "0.5994372, 0.6114191, 0.6364544, 0.6816947, 0.7612005, 0.9070357, 1.2035350", \
					  "0.6358412, 0.6478277, 0.6728872, 0.7177434, 0.7972468, 0.9428165, 1.2398564", \
					  "0.6726431, 0.6846675, 0.7094345, 0.7550930, 0.8344798, 0.9804308, 1.2754440");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0819995, 0.0877058, 0.0999361, 0.1250517, 0.1789053, 0.2967118, 0.6024358", \
					  "0.0818807, 0.0874421, 0.1001551, 0.1252302, 0.1774863, 0.2969609, 0.5996773", \
					  "0.0818457, 0.0875635, 0.0999064, 0.1252839, 0.1768260, 0.2953562, 0.6030011", \
					  "0.0818805, 0.0874369, 0.0993756, 0.1246153, 0.1765802, 0.2951200, 0.6036184", \
					  "0.0819811, 0.0874447, 0.0993133, 0.1249764, 0.1768381, 0.2955186, 0.6017187", \
					  "0.0820111, 0.0874137, 0.0995115, 0.1259077, 0.1791313, 0.2968963, 0.6023022", \
					  "0.0819949, 0.0874452, 0.0994676, 0.1246470, 0.1767659, 0.2952165, 0.6014820");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.1343030, 0.1393496, 0.1518013, 0.1826961, 0.2665490, 0.5037422, 1.1799891", \
					  "0.1394066, 0.1446004, 0.1570195, 0.1878319, 0.2714529, 0.5083378, 1.1868749", \
					  "0.1531143, 0.1582650, 0.1706632, 0.2015406, 0.2853530, 0.5218966, 1.1957231", \
					  "0.1864535, 0.1916044, 0.2040519, 0.2349501, 0.3188537, 0.5553327, 1.2297249", \
					  "0.2555720, 0.2607477, 0.2730898, 0.3038938, 0.3875320, 0.6243850, 1.2989763", \
					  "0.3712025, 0.3765054, 0.3889999, 0.4199220, 0.5035018, 0.7401866, 1.4148348", \
					  "0.5607178, 0.5663143, 0.5793617, 0.6106008, 0.6940123, 0.9310270, 1.6064892");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0185085, 0.0232381, 0.0364011, 0.0758187, 0.1931961, 0.5313693, 1.5036159", \
					  "0.0185145, 0.0231412, 0.0364187, 0.0758384, 0.1932825, 0.5326543, 1.5055645", \
					  "0.0185776, 0.0232018, 0.0364507, 0.0758643, 0.1932522, 0.5323292, 1.4910353", \
					  "0.0186148, 0.0232548, 0.0364321, 0.0758282, 0.1931171, 0.5321582, 1.4984792", \
					  "0.0188168, 0.0234291, 0.0366192, 0.0757018, 0.1931497, 0.5324468, 1.4945474", \
					  "0.0196747, 0.0242367, 0.0372241, 0.0761696, 0.1916045, 0.5306374, 1.4946218", \
					  "0.0225654, 0.0269133, 0.0391962, 0.0769383, 0.1924219, 0.5291472, 1.4966380");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.4622877, 0.4743121, 0.4996428, 0.5451122, 0.6242799, 0.7701632, 1.0662495", \
					  "0.4667903, 0.4787629, 0.5040526, 0.5495934, 0.6287484, 0.7746469, 1.0713880", \
					  "0.4752114, 0.4871568, 0.5124089, 0.5576589, 0.6370260, 0.7829698, 1.0775132", \
					  "0.4903629, 0.5023865, 0.5273252, 0.5727246, 0.6520172, 0.7976150, 1.0937410", \
					  "0.5131970, 0.5251358, 0.5499535, 0.5955959, 0.6749565, 0.8210128, 1.1164655", \
					  "0.5432315, 0.5551566, 0.5797282, 0.6250307, 0.7045989, 0.8504930, 1.1452136", \
					  "0.5682357, 0.5803852, 0.6052558, 0.6505492, 0.7300107, 0.8744496, 1.1712861");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142931, 0.00408584, 0.0116798, 0.0333881, 0.0954438, 0.272837");
					values("0.0818216, 0.0874651, 0.0996974, 0.1242646, 0.1769272, 0.2952479, 0.6025827", \
					  "0.0818285, 0.0874964, 0.0997227, 0.1243304, 0.1769475, 0.2952752, 0.6023639", \
					  "0.0818670, 0.0875942, 0.1000074, 0.1242964, 0.1788784, 0.2954479, 0.6029445", \
					  "0.0819570, 0.0875030, 0.0999626, 0.1253562, 0.1775140, 0.2962276, 0.6017258", \
					  "0.0819603, 0.0874030, 0.0995637, 0.1246474, 0.1767152, 0.2955363, 0.6035157", \
					  "0.0822566, 0.0879616, 0.1002664, 0.1253220, 0.1768040, 0.2954815, 0.6020078", \
					  "0.0819218, 0.0878396, 0.1000305, 0.1254075, 0.1785424, 0.2965564, 0.6003436");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001563;
			capacitance : 0.001466;
			fall_capacitance : 0.001368;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0010584, -0.0010695, -0.0010950, -0.0010988, -0.0011077, -0.0011281, -0.0011753");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0012292, 0.0012238, 0.0012114, 0.0012121, 0.0012136, 0.0012171, 0.0012253");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001596;
			capacitance : 0.001518;
			fall_capacitance : 0.001441;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017463, -0.0017435, -0.0017371, -0.0017381, -0.0017403, -0.0017454, -0.0017571");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0017847, 0.0017750, 0.0017527, 0.0017536, 0.0017556, 0.0017603, 0.0017711");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001440;
			capacitance : 0.001498;
			rise_capacitance : 0.001556;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0015942, 0.0015506, 0.0014500, 0.0014507, 0.0014524, 0.0014564, 0.0014655");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0053791, 0.0053087, 0.0051466, 0.0051538, 0.0051703, 0.0052084, 0.0052962");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001335;
			capacitance : 0.001388;
			rise_capacitance : 0.001441;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0013635, 0.0013166, 0.0012086, 0.0012157, 0.0012319, 0.0012693, 0.0013557");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0046506, 0.0045934, 0.0044614, 0.0044710, 0.0044931, 0.0045442, 0.0046617");
				}
			}
		}
	}
	cell ("scs8hd_or4bb_4") {
		area : 15.014400;
		cell_footprint : "or4bb";
		cell_leakage_power : 4.047942e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0001486";
			when : "!A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0005048";
			when : "!A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0015451";
			when : "!A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0004862";
			when : "!A&!B&CN&!DN";
		}
		leakage_power () {
			value : "0.0001485";
			when : "!A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0005048";
			when : "!A&B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0001248";
			when : "!A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0004852";
			when : "!A&B&CN&!DN";
		}
		leakage_power () {
			value : "0.0001486";
			when : "A&!B&!CN&DN";
		}
		leakage_power () {
			value : "0.0005048";
			when : "A&!B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0001265";
			when : "A&!B&CN&DN";
		}
		leakage_power () {
			value : "0.0004853";
			when : "A&!B&CN&!DN";
		}
		leakage_power () {
			value : "0.0001485";
			when : "A&B&!CN&DN";
		}
		leakage_power () {
			value : "0.0005048";
			when : "A&B&!CN&!DN";
		}
		leakage_power () {
			value : "0.0001247";
			when : "A&B&CN&DN";
		}
		leakage_power () {
			value : "0.0004852";
			when : "A&B&CN&!DN";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A) | (B) | (!CN) | (!DN)";
			max_capacitance : 0.457774;
			max_transition : 1.505361;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0202208, 0.0216831, 0.0260389, 0.0389149, 0.0778290, 0.1980279, 0.5730969", \
					  "0.0201801, 0.0216288, 0.0259885, 0.0388926, 0.0778650, 0.1980716, 0.5729363", \
					  "0.0202201, 0.0216714, 0.0260329, 0.0388909, 0.0778811, 0.1983104, 0.5725754", \
					  "0.0201950, 0.0216090, 0.0259054, 0.0387665, 0.0777131, 0.1988518, 0.5729521", \
					  "0.0201997, 0.0215690, 0.0258408, 0.0385876, 0.0774554, 0.1987848, 0.5725855", \
					  "0.0207631, 0.0221013, 0.0263042, 0.0386948, 0.0774617, 0.1983521, 0.5727380", \
					  "0.0209481, 0.0223189, 0.0263931, 0.0387568, 0.0777775, 0.1983009, 0.5709408");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0163847, 0.0151951, 0.0115284, 0.0002964, -0.0356161, -0.1530927, -0.5297401", \
					  "0.0160846, 0.0150797, 0.0114498, 0.0003613, -0.0357201, -0.1532062, -0.5298420", \
					  "0.0161065, 0.0148213, 0.0112479, 2.0100000e-05, -0.0358907, -0.1533689, -0.5300116", \
					  "0.0157470, 0.0145767, 0.0110862, 4.5000000e-05, -0.0361220, -0.1535738, -0.5301246", \
					  "0.0156934, 0.0145394, 0.0110451, -8.9000000e-05, -0.0361532, -0.1536245, -0.5302442", \
					  "0.0155567, 0.0144506, 0.0109933, -0.0001661, -0.0362392, -0.1537796, -0.5303506", \
					  "0.0158997, 0.0145718, 0.0109996, -0.0001388, -0.0362644, -0.1538288, -0.5303374");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0205262, 0.0219654, 0.0263065, 0.0393059, 0.0786612, 0.1995143, 0.5766669", \
					  "0.0205429, 0.0219884, 0.0263418, 0.0393012, 0.0786537, 0.1996169, 0.5766204", \
					  "0.0205156, 0.0219593, 0.0262905, 0.0392873, 0.0785967, 0.1992875, 0.5765523", \
					  "0.0204974, 0.0219293, 0.0260549, 0.0391115, 0.0785212, 0.2000724, 0.5743462", \
					  "0.0203385, 0.0217010, 0.0259960, 0.0388286, 0.0779084, 0.1985331, 0.5741758", \
					  "0.0206672, 0.0220026, 0.0262093, 0.0389138, 0.0774423, 0.1975204, 0.5737905", \
					  "0.0206817, 0.0219875, 0.0260806, 0.0389976, 0.0774688, 0.1983462, 0.5721486");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0142435, 0.0130987, 0.0095625, -0.0014359, -0.0376410, -0.1548994, -0.5314986", \
					  "0.0141496, 0.0130033, 0.0094664, -0.0015112, -0.0375963, -0.1550604, -0.5315675", \
					  "0.0140522, 0.0128976, 0.0093670, -0.0016332, -0.0378063, -0.1551986, -0.5316813", \
					  "0.0141292, 0.0127488, 0.0092563, -0.0017678, -0.0377695, -0.1552580, -0.5318273", \
					  "0.0143798, 0.0130261, 0.0092415, -0.0019324, -0.0379501, -0.1553484, -0.5318825", \
					  "0.0138544, 0.0126867, 0.0092291, -0.0020367, -0.0380329, -0.1555037, -0.5319875", \
					  "0.0141906, 0.0131526, 0.0093021, -0.0019722, -0.0380788, -0.1556552, -0.5319707");
				}
			}
			internal_power () {
				related_pin : "CN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0205333, 0.0219540, 0.0262388, 0.0392297, 0.0784586, 0.1991664, 0.5765635", \
					  "0.0205032, 0.0219437, 0.0262661, 0.0391610, 0.0783251, 0.1993172, 0.5742662", \
					  "0.0205280, 0.0219849, 0.0263128, 0.0391936, 0.0784151, 0.1994825, 0.5765875", \
					  "0.0204366, 0.0218676, 0.0261881, 0.0390715, 0.0782867, 0.1994695, 0.5763782", \
					  "0.0203097, 0.0217416, 0.0260846, 0.0389484, 0.0781727, 0.1993685, 0.5764757", \
					  "0.0199741, 0.0214239, 0.0258029, 0.0388244, 0.0777605, 0.1978104, 0.5762848", \
					  "0.0205060, 0.0219587, 0.0261492, 0.0387606, 0.0776760, 0.1987020, 0.5727925");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0137599, 0.0124405, 0.0089528, -0.0021620, -0.0382145, -0.1557636, -0.5322152", \
					  "0.0133742, 0.0122254, 0.0087800, -0.0023272, -0.0384023, -0.1558018, -0.5322495", \
					  "0.0138993, 0.0124533, 0.0089630, -0.0022904, -0.0383964, -0.1558254, -0.5322652", \
					  "0.0133317, 0.0119486, 0.0084543, -0.0025953, -0.0386732, -0.1560901, -0.5324823", \
					  "0.0132633, 0.0118590, 0.0083144, -0.0027987, -0.0388595, -0.1562385, -0.5326766", \
					  "0.0131572, 0.0118362, 0.0083164, -0.0024525, -0.0386251, -0.1561592, -0.5326365", \
					  "0.0191731, 0.0178810, 0.0138239, 0.0014321, -0.0371047, -0.1561485, -0.5326218");
				}
			}
			internal_power () {
				related_pin : "DN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0193582, 0.0207941, 0.0251161, 0.0379814, 0.0772555, 0.1983331, 0.5753757", \
					  "0.0192788, 0.0206833, 0.0250107, 0.0379919, 0.0772033, 0.1990660, 0.5728520", \
					  "0.0193447, 0.0207537, 0.0251070, 0.0380340, 0.0773843, 0.1983921, 0.5698795", \
					  "0.0192565, 0.0206793, 0.0249741, 0.0379556, 0.0770777, 0.1989906, 0.5731070", \
					  "0.0190963, 0.0205271, 0.0248159, 0.0377577, 0.0769942, 0.1977512, 0.5754628", \
					  "0.0189849, 0.0202191, 0.0244664, 0.0376026, 0.0765497, 0.1969008, 0.5721642", \
					  "0.0189527, 0.0204460, 0.0246364, 0.0375034, 0.0763497, 0.1970969, 0.5698758");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0128476, 0.0114802, 0.0080521, -0.0032502, -0.0390939, -0.1566013, -0.5329281", \
					  "0.0128921, 0.0115064, 0.0079279, -0.0032023, -0.0392110, -0.1566743, -0.5329724", \
					  "0.0125867, 0.0113873, 0.0077114, -0.0034273, -0.0393195, -0.1566893, -0.5330021", \
					  "0.0121954, 0.0110123, 0.0075130, -0.0035585, -0.0396598, -0.1569025, -0.5332348", \
					  "0.0120659, 0.0109753, 0.0074477, -0.0036823, -0.0397841, -0.1570927, -0.5334401", \
					  "0.0121760, 0.0107687, 0.0072503, -0.0038941, -0.0398281, -0.1572390, -0.5335502", \
					  "0.0191589, 0.0178321, 0.0138816, 0.0014777, -0.0370094, -0.1572706, -0.5335673");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0794063, 0.0830981, 0.0930645, 0.1192891, 0.1946206, 0.4225093, 1.1304044", \
					  "0.0838866, 0.0875764, 0.0975205, 0.1238751, 0.1988245, 0.4270774, 1.1359704", \
					  "0.0951236, 0.0988303, 0.1087445, 0.1348912, 0.2097842, 0.4382146, 1.1475734", \
					  "0.1211897, 0.1248043, 0.1346113, 0.1606696, 0.2354627, 0.4637125, 1.1712188", \
					  "0.1665519, 0.1705616, 0.1809758, 0.2074321, 0.2821477, 0.5106104, 1.2176815", \
					  "0.2238422, 0.2288908, 0.2415515, 0.2691315, 0.3441479, 0.5715949, 1.2789574", \
					  "0.2765641, 0.2835212, 0.3003069, 0.3342690, 0.4120528, 0.6385722, 1.3451438");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0202839, 0.0236662, 0.0338859, 0.0659842, 0.1686262, 0.4890606, 1.4976446", \
					  "0.0202295, 0.0236059, 0.0338105, 0.0659817, 0.1684728, 0.4892696, 1.5008015", \
					  "0.0202828, 0.0234971, 0.0336733, 0.0658988, 0.1682225, 0.4904467, 1.4996636", \
					  "0.0200855, 0.0234010, 0.0336161, 0.0655892, 0.1684425, 0.4905308, 1.4989119", \
					  "0.0244188, 0.0273432, 0.0366182, 0.0666500, 0.1684708, 0.4902788, 1.4927229", \
					  "0.0333600, 0.0363452, 0.0451006, 0.0724220, 0.1697049, 0.4892535, 1.4983842", \
					  "0.0501935, 0.0531081, 0.0627613, 0.0876746, 0.1747767, 0.4932533, 1.4909410");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.5518620, 0.5595985, 0.5783209, 0.6168218, 0.6862219, 0.8174392, 1.0969511", \
					  "0.5558068, 0.5635296, 0.5822453, 0.6207599, 0.6903542, 0.8214716, 1.1005586", \
					  "0.5678251, 0.5756211, 0.5943369, 0.6331453, 0.7026004, 0.8339377, 1.1132408", \
					  "0.6003474, 0.6080931, 0.6268586, 0.6647036, 0.7342609, 0.8655007, 1.1425837", \
					  "0.6742581, 0.6819368, 0.7007108, 0.7387367, 0.8081980, 0.9395269, 1.2188309", \
					  "0.8345998, 0.8423208, 0.8612510, 0.8991055, 0.9684517, 1.0997221, 1.3783613", \
					  "1.1846705, 1.1926662, 1.2117606, 1.2506728, 1.3206746, 1.4524935, 1.7303751");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0870136, 0.0903349, 0.0988279, 0.1176050, 0.1583777, 0.2594479, 0.5456249", \
					  "0.0869157, 0.0903331, 0.0987225, 0.1171916, 0.1582097, 0.2596497, 0.5442797", \
					  "0.0870489, 0.0901842, 0.0986041, 0.1176352, 0.1583562, 0.2595961, 0.5455518", \
					  "0.0871044, 0.0904784, 0.0987522, 0.1178984, 0.1598104, 0.2595408, 0.5456356", \
					  "0.0870450, 0.0903807, 0.0989077, 0.1176992, 0.1583704, 0.2595948, 0.5455222", \
					  "0.0871827, 0.0902678, 0.0990369, 0.1177042, 0.1583491, 0.2595933, 0.5447783", \
					  "0.0920527, 0.0954897, 0.1032377, 0.1212973, 0.1621941, 0.2619375, 0.5446871");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0789265, 0.0825655, 0.0923804, 0.1186423, 0.1940447, 0.4225491, 1.1307746", \
					  "0.0834871, 0.0871127, 0.0969304, 0.1231160, 0.1986268, 0.4267651, 1.1380845", \
					  "0.0946527, 0.0982804, 0.1080386, 0.1341861, 0.2095314, 0.4383535, 1.1466291", \
					  "0.1204551, 0.1240739, 0.1334659, 0.1595048, 0.2343728, 0.4631282, 1.1717081", \
					  "0.1645285, 0.1684721, 0.1788090, 0.2052187, 0.2798762, 0.5089041, 1.2168713", \
					  "0.2186833, 0.2237035, 0.2363003, 0.2645518, 0.3388368, 0.5671069, 1.2767625", \
					  "0.2681159, 0.2747686, 0.2917595, 0.3273000, 0.4037166, 0.6306698, 1.3377942");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0197636, 0.0230328, 0.0331473, 0.0649048, 0.1677731, 0.4917465, 1.4976168", \
					  "0.0196248, 0.0229399, 0.0331051, 0.0650008, 0.1678122, 0.4919722, 1.4967356", \
					  "0.0196229, 0.0229883, 0.0330450, 0.0649511, 0.1678372, 0.4912020, 1.4964089", \
					  "0.0196984, 0.0229581, 0.0332043, 0.0649934, 0.1679353, 0.4904349, 1.5021142", \
					  "0.0240482, 0.0269766, 0.0360559, 0.0662256, 0.1673258, 0.4900949, 1.5024583", \
					  "0.0330896, 0.0362571, 0.0449231, 0.0715199, 0.1695371, 0.4888764, 1.5017522", \
					  "0.0498583, 0.0533478, 0.0626937, 0.0878450, 0.1742529, 0.4941539, 1.4928196");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.5315039, 0.5392654, 0.5580222, 0.5960926, 0.6655685, 0.7955840, 1.0750131", \
					  "0.5345533, 0.5423019, 0.5610600, 0.5991517, 0.6687659, 0.8003198, 1.0769117", \
					  "0.5457138, 0.5534520, 0.5721615, 0.6101597, 0.6797462, 0.8111379, 1.0881320", \
					  "0.5771216, 0.5848209, 0.6034823, 0.6414421, 0.7109485, 0.8411551, 1.1206909", \
					  "0.6498687, 0.6575537, 0.6762991, 0.7142741, 0.7839684, 0.9148388, 1.1940864", \
					  "0.8146507, 0.8222705, 0.8406770, 0.8788917, 0.9481592, 1.0786653, 1.3582758", \
					  "1.1849413, 1.1929662, 1.2124448, 1.2516005, 1.3217782, 1.4514943, 1.7318013");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0871745, 0.0903277, 0.0987430, 0.1177150, 0.1600145, 0.2605398, 0.5447414", \
					  "0.0871667, 0.0903298, 0.0987358, 0.1176892, 0.1582681, 0.2595070, 0.5457309", \
					  "0.0871168, 0.0904140, 0.0987408, 0.1179379, 0.1598517, 0.2598891, 0.5456315", \
					  "0.0872714, 0.0903882, 0.0987338, 0.1176884, 0.1589482, 0.2602395, 0.5435025", \
					  "0.0874106, 0.0906072, 0.0984840, 0.1173061, 0.1586068, 0.2609162, 0.5450276", \
					  "0.0871107, 0.0902735, 0.0987053, 0.1174282, 0.1584102, 0.2600503, 0.5440248", \
					  "0.0932312, 0.0961909, 0.1040851, 0.1216984, 0.1614882, 0.2636933, 0.5449120");
				}
			}
			timing () {
				related_pin : "CN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1741003, 0.1777925, 0.1875663, 0.2136956, 0.2888167, 0.5172566, 1.2280227", \
					  "0.1791716, 0.1828482, 0.1927478, 0.2188483, 0.2936307, 0.5218901, 1.2308062", \
					  "0.1924185, 0.1960927, 0.2059693, 0.2320395, 0.3069752, 0.5355875, 1.2465718", \
					  "0.2259253, 0.2295858, 0.2395010, 0.2656179, 0.3404086, 0.5689816, 1.2775609", \
					  "0.3008140, 0.3045046, 0.3143767, 0.3404237, 0.4154129, 0.6440344, 1.3519026", \
					  "0.4362732, 0.4400332, 0.4500806, 0.4764111, 0.5509947, 0.7795299, 1.4880457", \
					  "0.6584766, 0.6625292, 0.6729750, 0.6993677, 0.7744748, 1.0022200, 1.7117318");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0204664, 0.0237213, 0.0336433, 0.0650430, 0.1673743, 0.4897562, 1.4946812", \
					  "0.0204881, 0.0236717, 0.0335814, 0.0648827, 0.1670647, 0.4919365, 1.4951339", \
					  "0.0203652, 0.0236689, 0.0335956, 0.0649545, 0.1668174, 0.4898833, 1.4969839", \
					  "0.0205521, 0.0236621, 0.0335965, 0.0651074, 0.1669666, 0.4924668, 1.4955489", \
					  "0.0205152, 0.0237460, 0.0336445, 0.0649696, 0.1667729, 0.4922176, 1.4981263", \
					  "0.0216643, 0.0248100, 0.0343992, 0.0655996, 0.1666178, 0.4922738, 1.4981357", \
					  "0.0244713, 0.0275745, 0.0366842, 0.0666619, 0.1667910, 0.4880015, 1.4965279");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.5316447, 0.5394150, 0.5582446, 0.5964100, 0.6658861, 0.7969208, 1.0763895", \
					  "0.5358843, 0.5436224, 0.5623307, 0.6007977, 0.6703859, 0.8015340, 1.0807750", \
					  "0.5468453, 0.5545477, 0.5733002, 0.6114554, 0.6809093, 0.8120820, 1.0913968", \
					  "0.5677513, 0.5754521, 0.5942378, 0.6321551, 0.7017734, 0.8331960, 1.1102013", \
					  "0.6009681, 0.6086860, 0.6274789, 0.6654158, 0.7351250, 0.8657750, 1.1453969", \
					  "0.6492652, 0.6569401, 0.6757349, 0.7136059, 0.7830074, 0.9140292, 1.1937253", \
					  "0.7080386, 0.7157296, 0.7343575, 0.7727901, 0.8422710, 0.9735219, 1.2524298");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0873130, 0.0904985, 0.0988996, 0.1180955, 0.1591492, 0.2619621, 0.5444460", \
					  "0.0869515, 0.0903670, 0.0986591, 0.1171942, 0.1581685, 0.2597773, 0.5442110", \
					  "0.0873724, 0.0905237, 0.0989299, 0.1182420, 0.1597286, 0.2604165, 0.5442573", \
					  "0.0872496, 0.0905511, 0.0987979, 0.1178997, 0.1581349, 0.2600180, 0.5455867", \
					  "0.0873656, 0.0904996, 0.0984658, 0.1170651, 0.1586711, 0.2610381, 0.5449274", \
					  "0.0872701, 0.0903705, 0.0987887, 0.1177720, 0.1588966, 0.2615203, 0.5455182", \
					  "0.0873411, 0.0903948, 0.0988371, 0.1172245, 0.1584596, 0.2594730, 0.5438931");
				}
			}
			timing () {
				related_pin : "DN";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1595367, 0.1632374, 0.1731854, 0.1992972, 0.2741418, 0.5026550, 1.2130233", \
					  "0.1648623, 0.1685366, 0.1785175, 0.2047421, 0.2795634, 0.5093400, 1.2172955", \
					  "0.1783631, 0.1820686, 0.1920354, 0.2180133, 0.2932228, 0.5217897, 1.2307398", \
					  "0.2116302, 0.2153066, 0.2252660, 0.2514523, 0.3263551, 0.5557706, 1.2651643", \
					  "0.2851937, 0.2888982, 0.2987699, 0.3249947, 0.3997374, 0.6296970, 1.3365737", \
					  "0.4146404, 0.4181585, 0.4282683, 0.4545936, 0.5294269, 0.7583159, 1.4664314", \
					  "0.6249761, 0.6290549, 0.6396269, 0.6662955, 0.7410695, 0.9695245, 1.6804073");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0205213, 0.0236796, 0.0335894, 0.0648416, 0.1669505, 0.4921992, 1.4963552", \
					  "0.0205881, 0.0238292, 0.0336745, 0.0650806, 0.1667958, 0.4914052, 1.5014947", \
					  "0.0205343, 0.0237460, 0.0335735, 0.0649125, 0.1671806, 0.4924939, 1.4984234", \
					  "0.0205906, 0.0236593, 0.0336035, 0.0650503, 0.1667887, 0.4915247, 1.5053607", \
					  "0.0205730, 0.0237622, 0.0336806, 0.0651450, 0.1668889, 0.4892832, 1.5008023", \
					  "0.0216495, 0.0250851, 0.0346485, 0.0654384, 0.1664713, 0.4905197, 1.4938039", \
					  "0.0252599, 0.0282311, 0.0371232, 0.0667167, 0.1670602, 0.4879366, 1.4931525");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.4586501, 0.4664449, 0.4851540, 0.5233352, 0.5927472, 0.7241222, 1.0030037", \
					  "0.4631300, 0.4708562, 0.4897301, 0.5277470, 0.5974451, 0.7285508, 1.0073895", \
					  "0.4730371, 0.4807654, 0.4995027, 0.5375825, 0.6070189, 0.7384060, 1.0173049", \
					  "0.4912756, 0.4989813, 0.5177545, 0.5557045, 0.6253275, 0.7552265, 1.0350308", \
					  "0.5196329, 0.5273781, 0.5459160, 0.5842913, 0.6538042, 0.7849998, 1.0636421", \
					  "0.5584408, 0.5660730, 0.5846392, 0.6225435, 0.6923376, 0.8232184, 1.1023140", \
					  "0.6015611, 0.6092716, 0.6286082, 0.6670370, 0.7355270, 0.8664335, 1.1459552");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0873898, 0.0906397, 0.0989587, 0.1185953, 0.1597953, 0.2603857, 0.5441051", \
					  "0.0874151, 0.0905771, 0.0988180, 0.1173105, 0.1587725, 0.2618551, 0.5444766", \
					  "0.0871451, 0.0904648, 0.0985562, 0.1171799, 0.1598780, 0.2602610, 0.5439791", \
					  "0.0871933, 0.0904602, 0.0987501, 0.1179584, 0.1598197, 0.2607746, 0.5462695", \
					  "0.0871791, 0.0901982, 0.0986668, 0.1172017, 0.1583346, 0.2604218, 0.5441100", \
					  "0.0872572, 0.0903230, 0.0987612, 0.1172601, 0.1583647, 0.2598007, 0.5437614", \
					  "0.0871985, 0.0905233, 0.0989051, 0.1172726, 0.1590814, 0.2623382, 0.5416513");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002329;
			capacitance : 0.002203;
			fall_capacitance : 0.002077;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022128, -0.0022425, -0.0023109, -0.0023160, -0.0023276, -0.0023543, -0.0024159");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0025438, 0.0025442, 0.0025450, 0.0025459, 0.0025479, 0.0025526, 0.0025634");
				}
			}
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002399;
			capacitance : 0.002274;
			fall_capacitance : 0.002149;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0029561, -0.0029638, -0.0029816, -0.0029826, -0.0029848, -0.0029900, -0.0030020");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030536, 0.0030473, 0.0030328, 0.0030328, 0.0030327, 0.0030326, 0.0030322");
				}
			}
		}
		pin (CN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001424;
			capacitance : 0.001485;
			rise_capacitance : 0.001545;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0030609, 0.0030219, 0.0029318, 0.0029270, 0.0029157, 0.0028898, 0.0028300");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0062839, 0.0062161, 0.0060600, 0.0060648, 0.0060760, 0.0061017, 0.0061609");
				}
			}
		}
		pin (DN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001324;
			capacitance : 0.001379;
			rise_capacitance : 0.001434;
			max_transition : 1.500000;
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019497, 0.0019105, 0.0018202, 0.0018268, 0.0018419, 0.0018766, 0.0019568");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056087, 0.0055467, 0.0054038, 0.0054121, 0.0054313, 0.0054756, 0.0055777");
				}
			}
		}
	}
	cell ("scs8hd_probe_s8p_8") {
		area : 15.014400;
		cell_footprint : "probe";
		cell_leakage_power : 2.074767e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012257";
			when : "A";
		}
		leakage_power () {
			value : "0.0029239";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.825815;
			max_transition : 1.516409;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001719051, 0.005910274, 0.02032013, 0.06986269, 0.2401951, 0.8258154");
					values("0.0315037, 0.0332236, 0.0388888, 0.0575057, 0.1177938, 0.3242915, 1.0233815", \
					  "0.0313108, 0.0330001, 0.0387021, 0.0572424, 0.1180928, 0.3222015, 1.0248486", \
					  "0.0309471, 0.0326453, 0.0382913, 0.0567596, 0.1171421, 0.3216612, 1.0249783", \
					  "0.0301576, 0.0317911, 0.0372956, 0.0556053, 0.1161118, 0.3212078, 1.0241857", \
					  "0.0299499, 0.0315248, 0.0364315, 0.0546958, 0.1149564, 0.3214453, 1.0298023", \
					  "0.0297012, 0.0312764, 0.0366313, 0.0544681, 0.1142615, 0.3196153, 1.0267658", \
					  "0.0297434, 0.0314234, 0.0366309, 0.0538493, 0.1153887, 0.3209157, 1.0243254");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001719051, 0.005910274, 0.02032013, 0.06986269, 0.2401951, 0.8258154");
					values("0.0437562, 0.0425348, 0.0381439, 0.0229368, -0.0336602, -0.2399771, -0.9525102", \
					  "0.0432446, 0.0420168, 0.0376713, 0.0224998, -0.0340337, -0.2403615, -0.9528037", \
					  "0.0427616, 0.0416251, 0.0371860, 0.0219511, -0.0346775, -0.2408944, -0.9533223", \
					  "0.0423999, 0.0411433, 0.0366027, 0.0212084, -0.0353192, -0.2413460, -0.9537001", \
					  "0.0418391, 0.0405061, 0.0359301, 0.0203741, -0.0360382, -0.2417019, -0.9538197", \
					  "0.0412299, 0.0398076, 0.0348895, 0.0182811, -0.0368629, -0.2421471, -0.9539183", \
					  "0.0452579, 0.0445378, 0.0387201, 0.0217147, -0.0373290, -0.2427768, -0.9537438");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00171905, 0.00591027, 0.0203201, 0.0698627, 0.240195, 0.825815");
					values("0.0601975, 0.0623835, 0.0692816, 0.0898674, 0.1542273, 0.3707043, 1.1105690", \
					  "0.0647995, 0.0669908, 0.0738485, 0.0944352, 0.1587649, 0.3749724, 1.1164450", \
					  "0.0757198, 0.0779133, 0.0847840, 0.1052799, 0.1696956, 0.3856292, 1.1292278", \
					  "0.0970482, 0.0992503, 0.1061648, 0.1267483, 0.1914830, 0.4075529, 1.1508318", \
					  "0.1275427, 0.1299722, 0.1368254, 0.1578991, 0.2229258, 0.4391663, 1.1831406", \
					  "0.1613349, 0.1642761, 0.1729061, 0.1950902, 0.2599161, 0.4765385, 1.2151120", \
					  "0.1763061, 0.1803484, 0.1920964, 0.2198711, 0.2882383, 0.5027417, 1.2411695");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171905, 0.00591027, 0.0203201, 0.0698627, 0.240195, 0.825815");
					values("0.0190380, 0.0210987, 0.0284478, 0.0536618, 0.1420258, 0.4526855, 1.4988265", \
					  "0.0190840, 0.0212019, 0.0284317, 0.0536641, 0.1428301, 0.4488703, 1.5040310", \
					  "0.0189968, 0.0211726, 0.0285207, 0.0537691, 0.1420730, 0.4476025, 1.5051440", \
					  "0.0201662, 0.0222256, 0.0293215, 0.0541033, 0.1422224, 0.4480012, 1.5027496", \
					  "0.0235444, 0.0254320, 0.0323167, 0.0559436, 0.1426720, 0.4511774, 1.5164088", \
					  "0.0325027, 0.0342092, 0.0401796, 0.0613184, 0.1445977, 0.4485270, 1.5041068", \
					  "0.0504653, 0.0524697, 0.0589551, 0.0781872, 0.1504418, 0.4526960, 1.5001159");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171905, 0.00591027, 0.0203201, 0.0698627, 0.240195, 0.825815");
					values("0.0963336, 0.0980049, 0.1029109, 0.1156124, 0.1449106, 0.2198703, 0.4595239", \
					  "0.1020095, 0.1036823, 0.1086750, 0.1212539, 0.1507482, 0.2259225, 0.4655527", \
					  "0.1169375, 0.1186196, 0.1235329, 0.1361468, 0.1652483, 0.2404891, 0.4807112", \
					  "0.1527221, 0.1543799, 0.1592693, 0.1718888, 0.2010817, 0.2763915, 0.5163876", \
					  "0.2356037, 0.2373544, 0.2423962, 0.2550616, 0.2844324, 0.3599250, 0.5998495", \
					  "0.3922173, 0.3945292, 0.4014555, 0.4179838, 0.4526640, 0.5306796, 0.7705794", \
					  "0.6667447, 0.6686798, 0.6770362, 0.7029214, 0.7490224, 0.8399287, 1.0814121");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171905, 0.00591027, 0.0203201, 0.0698627, 0.240195, 0.825815");
					values("0.0199258, 0.0209790, 0.0238680, 0.0328995, 0.0600379, 0.1522172, 0.4864560", \
					  "0.0199039, 0.0208393, 0.0239831, 0.0329023, 0.0600344, 0.1518883, 0.4869275", \
					  "0.0200675, 0.0208582, 0.0240277, 0.0329124, 0.0600199, 0.1521833, 0.4855194", \
					  "0.0200129, 0.0209854, 0.0237955, 0.0329966, 0.0600135, 0.1522409, 0.4853439", \
					  "0.0221157, 0.0229777, 0.0256634, 0.0340820, 0.0609096, 0.1523463, 0.4864684", \
					  "0.0349233, 0.0359217, 0.0388316, 0.0475229, 0.0719486, 0.1570493, 0.4870315", \
					  "0.0580129, 0.0599470, 0.0631821, 0.0728217, 0.0986596, 0.1761786, 0.4898734");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.006756;
			capacitance : 0.006350;
			fall_capacitance : 0.005943;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_probec_s8p_8") {
		area : 15.014400;
		cell_footprint : "probe";
		cell_leakage_power : 2.074791e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012257";
			when : "A";
		}
		leakage_power () {
			value : "0.0029239";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 0.823984;
			max_transition : 1.510210;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001718415, 0.005905903, 0.02029759, 0.06975938, 0.2397512, 0.8239843");
					values("0.0334184, 0.0351067, 0.0407272, 0.0592783, 0.1194792, 0.3255745, 1.0229352", \
					  "0.0332093, 0.0348890, 0.0405351, 0.0590288, 0.1197385, 0.3264868, 1.0233665", \
					  "0.0328266, 0.0345184, 0.0401272, 0.0585312, 0.1193368, 0.3239392, 1.0230191", \
					  "0.0321268, 0.0337430, 0.0391352, 0.0573621, 0.1181954, 0.3223489, 1.0241079", \
					  "0.0317126, 0.0332663, 0.0384630, 0.0564993, 0.1166804, 0.3232422, 1.0233881", \
					  "0.0316653, 0.0332060, 0.0385698, 0.0565878, 0.1163016, 0.3202166, 1.0309315", \
					  "0.0316565, 0.0331846, 0.0384220, 0.0564146, 0.1166051, 0.3223756, 1.0237860");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001718415, 0.005905903, 0.02029759, 0.06975938, 0.2397512, 0.8239843");
					values("0.0446958, 0.0433658, 0.0390244, 0.0238234, -0.0327635, -0.2386549, -0.9494997", \
					  "0.0441615, 0.0429109, 0.0385119, 0.0233848, -0.0331242, -0.2390415, -0.9497897", \
					  "0.0437362, 0.0424515, 0.0380176, 0.0228013, -0.0337703, -0.2395765, -0.9503132", \
					  "0.0432528, 0.0419791, 0.0374349, 0.0220812, -0.0344225, -0.2400343, -0.9506964", \
					  "0.0426819, 0.0413481, 0.0367370, 0.0212842, -0.0352785, -0.2403943, -0.9508182", \
					  "0.0418499, 0.0403549, 0.0354969, 0.0191947, -0.0359770, -0.2408377, -0.9509394", \
					  "0.0466411, 0.0452701, 0.0395225, 0.0224980, -0.0363574, -0.2414345, -0.9507479");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00171842, 0.0059059, 0.0202976, 0.0697594, 0.239751, 0.823984");
					values("0.0620290, 0.0641449, 0.0709207, 0.0913936, 0.1555671, 0.3716879, 1.1098755", \
					  "0.0666312, 0.0687510, 0.0755119, 0.0958770, 0.1600640, 0.3757134, 1.1135293", \
					  "0.0775911, 0.0797173, 0.0864116, 0.1067446, 0.1712900, 0.3889071, 1.1242596", \
					  "0.0994078, 0.1015365, 0.1082144, 0.1286490, 0.1932292, 0.4088751, 1.1528623", \
					  "0.1296459, 0.1319209, 0.1389795, 0.1597724, 0.2244169, 0.4412933, 1.1813300", \
					  "0.1638828, 0.1666423, 0.1749188, 0.1971067, 0.2615974, 0.4771664, 1.2148049", \
					  "0.1808469, 0.1846815, 0.1959483, 0.2238626, 0.2905926, 0.5049529, 1.2420440");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171842, 0.0059059, 0.0202976, 0.0697594, 0.239751, 0.823984");
					values("0.0205027, 0.0226182, 0.0299346, 0.0552248, 0.1436019, 0.4537375, 1.4965759", \
					  "0.0205756, 0.0226578, 0.0299514, 0.0551116, 0.1442813, 0.4533352, 1.5022590", \
					  "0.0205466, 0.0226488, 0.0299890, 0.0551793, 0.1441225, 0.4531414, 1.5003306", \
					  "0.0214753, 0.0235249, 0.0307605, 0.0555915, 0.1440057, 0.4488863, 1.5047396", \
					  "0.0249549, 0.0268374, 0.0334108, 0.0572687, 0.1440258, 0.4529907, 1.5049583", \
					  "0.0338804, 0.0355829, 0.0419146, 0.0626029, 0.1462608, 0.4493443, 1.5102097", \
					  "0.0527686, 0.0542243, 0.0602635, 0.0796756, 0.1523183, 0.4536900, 1.5000906");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171842, 0.0059059, 0.0202976, 0.0697594, 0.239751, 0.823984");
					values("0.0981297, 0.0997091, 0.1044714, 0.1169617, 0.1461578, 0.2211256, 0.4606713", \
					  "0.1038059, 0.1054016, 0.1101832, 0.1226015, 0.1519973, 0.2271340, 0.4666005", \
					  "0.1187193, 0.1203047, 0.1250805, 0.1374294, 0.1664762, 0.2416865, 0.4816118", \
					  "0.1544954, 0.1560777, 0.1608065, 0.1732289, 0.2023059, 0.2775828, 0.5173394", \
					  "0.2374912, 0.2391132, 0.2440031, 0.2564046, 0.2859446, 0.3611219, 0.6008076", \
					  "0.3948971, 0.3971089, 0.4037574, 0.4198978, 0.4543553, 0.5322950, 0.7720215", \
					  "0.6696526, 0.6726530, 0.6807190, 0.7058228, 0.7513898, 0.8423351, 1.0836166");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00171842, 0.0059059, 0.0202976, 0.0697594, 0.239751, 0.823984");
					values("0.0208488, 0.0218202, 0.0246102, 0.0335691, 0.0607048, 0.1528815, 0.4874656", \
					  "0.0207056, 0.0216168, 0.0246122, 0.0335718, 0.0606991, 0.1526348, 0.4871474", \
					  "0.0209023, 0.0216215, 0.0245815, 0.0335071, 0.0606779, 0.1529264, 0.4860896", \
					  "0.0208295, 0.0217778, 0.0248047, 0.0336695, 0.0606281, 0.1529885, 0.4863558", \
					  "0.0228121, 0.0235512, 0.0262210, 0.0346262, 0.0616308, 0.1530745, 0.4868080", \
					  "0.0357846, 0.0365243, 0.0395675, 0.0481693, 0.0725488, 0.1578497, 0.4880452", \
					  "0.0595646, 0.0610857, 0.0641298, 0.0736342, 0.0998021, 0.1770315, 0.4911138");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.006775;
			capacitance : 0.006365;
			fall_capacitance : 0.005955;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_sdfbbn_1") {
		area : 38.787200;
		cell_footprint : "sdfbbn";
		cell_leakage_power : 1.011106e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "!CLKN";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
			preset : "!SETB";
			clear_preset_var1 : "H";
			clear_preset_var2 : "L";
		}
		test_cell () {
			pin (SETB) {
				direction : "input";
			}
			pin (RESETB) {
				direction : "input";
			}
			pin (CLKN) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			pin (SCD) {
				direction : "input";
				signal_type : "test_scan_in";
			}
			pin (SCE) {
				direction : "input";
				signal_type : "test_scan_enable";
			}
			ff (IQ,IQN) {
				clocked_on : "!CLKN";
				next_state : "D";
				clear : "!RESETB";
				preset : "!SETB";
				clear_preset_var1 : "H";
				clear_preset_var2 : "L";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0023444";
			when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017937";
			when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019179";
			when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018494";
			when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0552411";
			when : "!SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014590";
			when : "SETB&!RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022434";
			when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022051";
			when : "SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025467";
			when : "SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025390";
			when : "SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0555201";
			when : "!SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019227";
			when : "SETB&!RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018424";
			when : "SETB&RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018807";
			when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018686";
			when : "SETB&RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017624";
			when : "SETB&RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0588797";
			when : "!SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013720";
			when : "SETB&!RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018643";
			when : "SETB&RESETB&!CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018111";
			when : "SETB&RESETB&CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0626479";
			when : "!SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014207";
			when : "SETB&!RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0023430";
			when : "SETB&RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018865";
			when : "SETB&RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0552525";
			when : "!SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014962";
			when : "SETB&!RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022806";
			when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020681";
			when : "SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025482";
			when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025376";
			when : "SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0555201";
			when : "!SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019213";
			when : "SETB&!RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021564";
			when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020633";
			when : "SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0619924";
			when : "!SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014470";
			when : "SETB&!RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0020724";
			when : "SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020589";
			when : "SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0585355";
			when : "!SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014426";
			when : "SETB&!RESETB&!CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0020897";
			when : "!SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017352";
			when : "!SETB&!RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0520814";
			when : "!SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020026";
			when : "!SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017914";
			when : "SETB&RESETB&CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021268";
			when : "!SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0021842";
			when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017281";
			when : "!SETB&!RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017723";
			when : "!SETB&!RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0520814";
			when : "!SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0585537";
			when : "!SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022214";
			when : "SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017652";
			when : "!SETB&!RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016481";
			when : "!SETB&!RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020514";
			when : "!SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020972";
			when : "SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016411";
			when : "!SETB&!RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015641";
			when : "!SETB&!RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0550969";
			when : "!SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015550";
			when : "!SETB&!RESETB&CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020399";
			when : "!SETB&!RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020308";
			when : "!SETB&!RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020385";
			when : "!SETB&!RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020293";
			when : "!SETB&!RESETB&CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016969";
			when : "!SETB&!RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0021459";
			when : "SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016898";
			when : "!SETB&!RESETB&CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015598";
			when : "!SETB&!RESETB&!CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015507";
			when : "!SETB&!RESETB&CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014277";
			when : "SETB&!RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0016897";
			when : "SETB&!RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0013407";
			when : "SETB&!RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014649";
			when : "SETB&!RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0016883";
			when : "SETB&!RESETB&CLKN&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0012139";
			when : "SETB&!RESETB&CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0013894";
			when : "SETB&!RESETB&CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0012096";
			when : "SETB&!RESETB&CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017958";
			when : "SETB&RESETB&CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022715";
			when : "SETB&RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022701";
			when : "SETB&RESETB&CLKN&D&SCD&!SCE&!Q&QN";
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003608;
			capacitance : 0.003457;
			fall_capacitance : 0.003305;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0700215, 0.0355612, 0.1470521", \
					  "-0.2891296, -0.1872090, -0.1074564", \
					  "-0.5812845, -0.4744811, -0.4142598");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0776836, -0.0230163, -0.0820169", \
					  "0.2980124, 0.1960918, 0.1395326", \
					  "0.5877259, 0.4809225, 0.4292461");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1008770, 0.2443014, 0.3838685", \
					  "0.1014954, 0.2168438, 0.3332174", \
					  "0.1877585, 0.2725892, 0.3682110");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2258087, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036088, 0.0036149, 0.0036290, 0.0036389, 0.0036617, 0.0037141, 0.0038351");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0035410, -0.0035762, -0.0036573, -0.0036604, -0.0036672, -0.0036830, -0.0037193");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin RESETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "RESETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1164082, -0.2647155, -0.4225931", \
					  "-0.0865091, -0.2165059, -0.3511901", \
					  "-0.1080749, -0.2392923, -0.3617695");
				}
			}
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001472;
			capacitance : 0.001555;
			rise_capacitance : 0.001638;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0886699, 0.2223288, 0.3387025", \
					  "-0.1670592, -0.0321797, 0.0841940", \
					  "-0.5141458, -0.3792663, -0.2604512");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0874492, -0.0437682, -0.1515970", \
					  "0.3199850, 0.1887676, 0.0809388", \
					  "0.6585267, 0.5273092, 0.4170391");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1983459, 0.8333333, 2.5000000");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1164082, -0.0865091, -0.1080749", \
					  "-0.2647155, -0.2165059, -0.2392923", \
					  "-0.4225931, -0.3511901, -0.3617695");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0093891, 0.0093255, 0.0091788, 0.0091853, 0.0092002, 0.0092347, 0.0093140");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055387, 0.0055050, 0.0054274, 0.0054092, 0.0053672, 0.0052704, 0.0050472");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin SETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "SETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1008770, 0.1014954, 0.1877585", \
					  "0.2443014, 0.2168438, 0.2725892", \
					  "0.3838685, 0.3332174, 0.3682110");
				}
			}
		}
		pin (CLKN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001618;
			capacitance : 0.001706;
			rise_capacitance : 0.001794;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2137251, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1906563, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0125939, 0.0125501, 0.0124491, 0.0124138, 0.0123327, 0.0121459, 0.0117151");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0259540, 0.0258627, 0.0256522, 0.0256488, 0.0256410, 0.0256230, 0.0255813");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001591;
			capacitance : 0.001521;
			fall_capacitance : 0.001451;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1301738, 0.2674948, 0.3911927", \
					  "-0.1206725, 0.0178691, 0.1427878", \
					  "-0.4567728, -0.3170104, -0.1908711");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3853008, 0.6056295, 1.0613587", \
					  "0.2223450, 0.4426738, 0.8922995", \
					  "-0.0148783, 0.1993470, 0.6379863");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0349590, -0.1023620, -0.2223978", \
					  "0.2650534, 0.1301738, 0.0125794", \
					  "0.5852845, 0.4552878, 0.3450176");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3434590, -0.5589049, -1.0121927", \
					  "-0.1707376, -0.3910664, -0.8260436", \
					  "0.0725892, -0.1428568, -0.5705098");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018256, 0.0018062, 0.0017615, 0.0017450, 0.0017069, 0.0016191, 0.0014169");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056629, 0.0055762, 0.0053763, 0.0053783, 0.0053828, 0.0053934, 0.0054177");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001759;
			capacitance : 0.001688;
			fall_capacitance : 0.001618;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1558086, 0.3089987, 0.4864076", \
					  "-0.0950378, 0.0581523, 0.2367819", \
					  "-0.4311380, -0.2767272, -0.0980977");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2632305, 0.4786764, 0.8477357", \
					  "0.1088197, 0.3230449, 0.6872214", \
					  "-0.1223001, 0.0919251, 0.4463359");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0117656, -0.1414245, -0.3176126", \
					  "0.2418600, 0.0911113, -0.0826354", \
					  "0.5633118, 0.4137839, 0.2473613");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2409199, -0.4588073, -0.8278665", \
					  "-0.0779642, -0.2921895, -0.6563659", \
					  "0.1653626, -0.0500833, -0.4093770");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020428, 0.0020448, 0.0020494, 0.0020552, 0.0020683, 0.0020990, 0.0021696");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019542, -0.0019575, -0.0019651, -0.0019703, -0.0019824, -0.0020104, -0.0020747");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003045;
			capacitance : 0.002926;
			fall_capacitance : 0.002808;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1436016, 0.2931296, 0.4461243", \
					  "-0.1072448, 0.0422832, 0.1964987", \
					  "-0.4433450, -0.2925963, -0.1347187");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2253887, 0.4481589, 0.7549622", \
					  "-0.0242370, 0.1973125, 0.5028952", \
					  "-0.3615579, -0.1400085, 0.1667949");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2409199, -0.3355163, -0.3847513", \
					  "-0.0767435, -0.1701191, -0.2217956", \
					  "0.1555970, 0.0719870, 0.0227520");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3495625, -0.5613464, -0.9731302", \
					  "-0.1756204, -0.3898457, -0.7918639", \
					  "0.0677064, -0.1440775, -0.5399922");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0007966, 0.0007715, 0.0007137, 0.0007021, 0.0006753, 0.0006137, 0.0004719");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0069646, 0.0069172, 0.0068079, 0.0068113, 0.0068192, 0.0068377, 0.0068802");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.149241;
			max_transition : 1.504199;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0111975, -0.0086165, -0.0027523, 0.0088743, 0.0305839, 0.0764630, 0.1887543", \
					  "-0.0111587, -0.0085882, -0.0027395, 0.0088854, 0.0305044, 0.0767301, 0.1895235", \
					  "-0.0110580, -0.0084909, -0.0026682, 0.0089587, 0.0306307, 0.0768903, 0.1888780", \
					  "-0.0110661, -0.0085146, -0.0027168, 0.0088719, 0.0303599, 0.0763937, 0.1883402", \
					  "-0.0110756, -0.0085393, -0.0027824, 0.0087328, 0.0302444, 0.0765327, 0.1891968", \
					  "-0.0110786, -0.0085630, -0.0028264, 0.0086319, 0.0301135, 0.0759757, 0.1880176", \
					  "-0.0110352, -0.0084855, -0.0028771, 0.0085345, 0.0300446, 0.0762765, 0.1887663");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0100697, -0.0061759, 0.0009234, 0.0087839, 0.0064020, -0.0269485, -0.1333980", \
					  "-0.0100316, -0.0061464, 0.0009333, 0.0087699, 0.0063555, -0.0270210, -0.1334680", \
					  "-0.0099290, -0.0060494, 0.0010237, 0.0088248, 0.0064092, -0.0269725, -0.1334289", \
					  "-0.0099386, -0.0060770, 0.0009820, 0.0087568, 0.0062921, -0.0271319, -0.1336011", \
					  "-0.0099407, -0.0060915, 0.0009328, 0.0086913, 0.0061796, -0.0272551, -0.1337316", \
					  "-0.0099366, -0.0060906, 0.0009278, 0.0086685, 0.0061606, -0.0272718, -0.1337443", \
					  "-0.0099274, -0.0060960, 0.0008956, 0.0085635, 0.0059933, -0.0274565, -0.1339538");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0023156, 0.0008467, 0.0065256, 0.0122438, 0.0077466, -0.0262161, -0.1332877", \
					  "-0.0022873, 0.0008680, 0.0065252, 0.0122239, 0.0077070, -0.0262456, -0.1333485", \
					  "-0.0022202, 0.0009298, 0.0065776, 0.0122549, 0.0077267, -0.0262571, -0.1333474", \
					  "-0.0022258, 0.0009201, 0.0065617, 0.0122270, 0.0076802, -0.0263072, -0.1334115", \
					  "-0.0022411, 0.0008943, 0.0065181, 0.0121501, 0.0075833, -0.0264284, -0.1335302", \
					  "-0.0022663, 0.0008550, 0.0064463, 0.0120529, 0.0074291, -0.0266120, -0.1337197", \
					  "-0.0023020, 0.0008256, 0.0064292, 0.0120520, 0.0074465, -0.0266264, -0.1337447");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0001517, 0.0029727, 0.0093672, 0.0216084, 0.0438645, 0.0903305, 0.2034406", \
					  "0.0001383, 0.0029449, 0.0093107, 0.0215079, 0.0437250, 0.0902393, 0.2030541", \
					  "0.0001190, 0.0029072, 0.0092413, 0.0213836, 0.0435498, 0.0902947, 0.2027545", \
					  "0.0001045, 0.0028863, 0.0091951, 0.0213021, 0.0434331, 0.0899318, 0.2029244", \
					  "8.0050000e-05, 0.0028423, 0.0091133, 0.0211660, 0.0432427, 0.0897156, 0.2026499", \
					  "2.2250000e-05, 0.0027425, 0.0089286, 0.0208632, 0.0428198, 0.0891989, 0.2011833", \
					  "-5.5850000e-05, 0.0026373, 0.0086646, 0.0205494, 0.0423995, 0.0890384, 0.2015051");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("0.0039643, 0.0068771, 0.0120413, 0.0170140, 0.0117871, -0.0226384, -0.1299616", \
					  "0.0039825, 0.0068894, 0.0120519, 0.0170232, 0.0117749, -0.0226372, -0.1299545", \
					  "0.0040209, 0.0069217, 0.0120756, 0.0170368, 0.0117769, -0.0226447, -0.1299454", \
					  "0.0040105, 0.0069025, 0.0120276, 0.0169596, 0.0116453, -0.0228025, -0.1301152", \
					  "0.0039994, 0.0068685, 0.0119640, 0.0168404, 0.0114723, -0.0230478, -0.1303583", \
					  "0.0039966, 0.0068425, 0.0119009, 0.0167057, 0.0113053, -0.0233109, -0.1306462", \
					  "0.0040638, 0.0069806, 0.0121714, 0.0172032, 0.0120225, -0.0233644, -0.1308160");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4366676, 0.4434441, 0.4589159, 0.4963229, 0.5921693, 0.8394580, 1.4829602", \
					  "0.4421531, 0.4489139, 0.4643865, 0.5017545, 0.5976846, 0.8449395, 1.4864965", \
					  "0.4561506, 0.4629208, 0.4782012, 0.5156927, 0.6118619, 0.8595727, 1.5013059", \
					  "0.4890717, 0.4958575, 0.5111792, 0.5487927, 0.6448757, 0.8923745, 1.5354847", \
					  "0.5678135, 0.5745734, 0.5899495, 0.6273922, 0.7239269, 0.9711961, 1.6119877", \
					  "0.7253051, 0.7320692, 0.7474573, 0.7848382, 0.8810074, 1.1284171, 1.7685410", \
					  "0.9889808, 0.9957495, 1.0110964, 1.0484185, 1.1444474, 1.3916995, 2.0328366");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0231463, 0.0297807, 0.0481415, 0.0990245, 0.2342373, 0.5852179, 1.4885331", \
					  "0.0232254, 0.0297620, 0.0480504, 0.0990979, 0.2347526, 0.5855916, 1.4916171", \
					  "0.0231221, 0.0298186, 0.0481731, 0.0990669, 0.2342987, 0.5855854, 1.4860431", \
					  "0.0231957, 0.0298557, 0.0480752, 0.0990800, 0.2344681, 0.5833617, 1.5041995", \
					  "0.0229721, 0.0297162, 0.0480941, 0.0990930, 0.2344795, 0.5845283, 1.5038510", \
					  "0.0231939, 0.0296898, 0.0481201, 0.0990394, 0.2344524, 0.5847899, 1.5041394", \
					  "0.0232512, 0.0297414, 0.0480539, 0.0990191, 0.2339745, 0.5840922, 1.5021909");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.5199494, 0.5245009, 0.5337619, 0.5526418, 0.5938073, 0.6954416, 0.9588735", \
					  "0.5255211, 0.5300677, 0.5393272, 0.5582090, 0.5993374, 0.7010315, 0.9644443", \
					  "0.5395113, 0.5440138, 0.5533399, 0.5722149, 0.6133073, 0.7150469, 0.9784568", \
					  "0.5723680, 0.5768783, 0.5862126, 0.6050772, 0.6462107, 0.7478761, 1.0112878", \
					  "0.6518421, 0.6563883, 0.6656755, 0.6845592, 0.7256827, 0.8273601, 1.0905171", \
					  "0.8126737, 0.8171321, 0.8264708, 0.8453681, 0.8865153, 0.9882795, 1.2512754", \
					  "1.0906361, 1.0951822, 1.1045240, 1.1233398, 1.1645166, 1.2662079, 1.5296583");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0160564, 0.0193660, 0.0268908, 0.0457668, 0.0947582, 0.2279607, 0.5796767", \
					  "0.0159895, 0.0192512, 0.0270308, 0.0456810, 0.0948440, 0.2278542, 0.5796248", \
					  "0.0159429, 0.0191885, 0.0270548, 0.0457678, 0.0948818, 0.2282051, 0.5815286", \
					  "0.0159103, 0.0193638, 0.0270552, 0.0457712, 0.0948499, 0.2280892, 0.5816717", \
					  "0.0159457, 0.0192306, 0.0270587, 0.0455425, 0.0948861, 0.2281069, 0.5788964", \
					  "0.0159301, 0.0192367, 0.0271231, 0.0455237, 0.0944854, 0.2282077, 0.5813421", \
					  "0.0160762, 0.0193783, 0.0268678, 0.0457015, 0.0950611, 0.2283735, 0.5782213");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2744027, 0.2789904, 0.2884088, 0.3074009, 0.3486123, 0.4502115, 0.7134550", \
					  "0.2801183, 0.2847418, 0.2941197, 0.3131037, 0.3543181, 0.4560169, 0.7192377", \
					  "0.2943130, 0.2989136, 0.3083000, 0.3272360, 0.3684573, 0.4701147, 0.7333472", \
					  "0.3283732, 0.3329723, 0.3423626, 0.3612969, 0.4025258, 0.5041790, 0.7674145", \
					  "0.4079457, 0.4125277, 0.4219011, 0.4408701, 0.4820880, 0.5837502, 0.8469900", \
					  "0.5642251, 0.5688313, 0.5782790, 0.5972522, 0.6385285, 0.7401753, 1.0034193", \
					  "0.8324874, 0.8371135, 0.8465776, 0.8655774, 0.9069556, 1.0085651, 1.2717307");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0162274, 0.0194764, 0.0273892, 0.0457417, 0.0950271, 0.2281933, 0.5781615", \
					  "0.0162466, 0.0194569, 0.0273345, 0.0459943, 0.0946541, 0.2278825, 0.5789266", \
					  "0.0162915, 0.0196058, 0.0271683, 0.0460193, 0.0949491, 0.2282483, 0.5782230", \
					  "0.0162950, 0.0196074, 0.0272581, 0.0460208, 0.0948781, 0.2282655, 0.5778714", \
					  "0.0162940, 0.0196264, 0.0273007, 0.0460203, 0.0949929, 0.2282220, 0.5783662", \
					  "0.0161985, 0.0196096, 0.0272526, 0.0460467, 0.0949020, 0.2282539, 0.5790421", \
					  "0.0165044, 0.0197169, 0.0275919, 0.0460362, 0.0951908, 0.2282004, 0.5788887");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3110047, 0.3176637, 0.3330144, 0.3705792, 0.4665968, 0.7147536, 1.3564926", \
					  "0.3164167, 0.3231035, 0.3384536, 0.3760052, 0.4719796, 0.7197580, 1.3619034", \
					  "0.3303969, 0.3370608, 0.3524281, 0.3899568, 0.4859055, 0.7337094, 1.3731688", \
					  "0.3636066, 0.3702348, 0.3855950, 0.4231703, 0.5192016, 0.7667196, 1.4086182", \
					  "0.4471293, 0.4537916, 0.4691295, 0.5067026, 0.6027373, 0.8502417, 1.4920132", \
					  "0.6393204, 0.6459606, 0.6612706, 0.6988025, 0.7947758, 1.0426958, 1.6816626", \
					  "1.0300497, 1.0368272, 1.0522293, 1.0896898, 1.1859796, 1.4335411, 2.0735751");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0229951, 0.0295714, 0.0479320, 0.0991116, 0.2337009, 0.5871040, 1.4979151", \
					  "0.0229361, 0.0295271, 0.0479010, 0.0991250, 0.2338655, 0.5870133, 1.4959134", \
					  "0.0228799, 0.0294643, 0.0479287, 0.0990643, 0.2336625, 0.5869565, 1.4891360", \
					  "0.0229344, 0.0295151, 0.0478487, 0.0990958, 0.2342016, 0.5871550, 1.4943188", \
					  "0.0229775, 0.0295699, 0.0478847, 0.0990882, 0.2342148, 0.5871583, 1.4952054", \
					  "0.0229916, 0.0295310, 0.0479497, 0.0990509, 0.2336500, 0.5863782, 1.4925789", \
					  "0.0239743, 0.0302306, 0.0483750, 0.0990696, 0.2334260, 0.5855299, 1.4924441");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1777243, 0.1823183, 0.1917804, 0.2107229, 0.2521018, 0.3536668, 0.6169564", \
					  "0.1827443, 0.1873458, 0.1967881, 0.2157888, 0.2571033, 0.3588305, 0.6221232", \
					  "0.1937673, 0.1983751, 0.2077800, 0.2267671, 0.2680247, 0.3698251, 0.6330911", \
					  "0.2180782, 0.2227261, 0.2321198, 0.2511150, 0.2923515, 0.3940731, 0.6574541", \
					  "0.2700018, 0.2746423, 0.2840705, 0.3031125, 0.3443178, 0.4460341, 0.7093509", \
					  "0.3571342, 0.3618713, 0.3714947, 0.3907218, 0.4322268, 0.5340398, 0.7971885", \
					  "0.4764421, 0.4814978, 0.4917201, 0.5114891, 0.5534335, 0.6554270, 0.9183653");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0164075, 0.0197101, 0.0274807, 0.0460741, 0.0949720, 0.2287011, 0.5791250", \
					  "0.0163799, 0.0196660, 0.0274816, 0.0459395, 0.0950889, 0.2283409, 0.5795179", \
					  "0.0164661, 0.0196532, 0.0275299, 0.0459376, 0.0949776, 0.2284007, 0.5804747", \
					  "0.0163767, 0.0197432, 0.0275332, 0.0458646, 0.0951231, 0.2282602, 0.5795355", \
					  "0.0164477, 0.0196520, 0.0275427, 0.0459702, 0.0950310, 0.2282497, 0.5796192", \
					  "0.0170858, 0.0203186, 0.0280611, 0.0466929, 0.0953665, 0.2280811, 0.5793865", \
					  "0.0192019, 0.0225484, 0.0302948, 0.0480456, 0.0960525, 0.2281757, 0.5796546");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.136424;
			max_transition : 1.502221;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0110479, -0.0083347, -0.0025147, 0.0087769, 0.0293556, 0.0721986, 0.1747970", \
					  "-0.0110119, -0.0083090, -0.0025042, 0.0087719, 0.0292932, 0.0720361, 0.1746389", \
					  "-0.0109090, -0.0082123, -0.0024223, 0.0088188, 0.0294356, 0.0720083, 0.1740792", \
					  "-0.0109151, -0.0082313, -0.0024621, 0.0087510, 0.0293437, 0.0723456, 0.1745952", \
					  "-0.0109227, -0.0082498, -0.0025096, 0.0086673, 0.0291152, 0.0721955, 0.1743624", \
					  "-0.0109265, -0.0082731, -0.0025635, 0.0085764, 0.0289699, 0.0719254, 0.1733211", \
					  "-0.0109180, -0.0082800, -0.0025975, 0.0085576, 0.0289102, 0.0716877, 0.1732549");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0099544, -0.0060270, 0.0010496, 0.0088695, 0.0073595, -0.0224102, -0.1181539", \
					  "-0.0099157, -0.0059928, 0.0010637, 0.0088663, 0.0073370, -0.0224904, -0.1182551", \
					  "-0.0098157, -0.0059022, 0.0011478, 0.0089338, 0.0074017, -0.0224396, -0.1181714", \
					  "-0.0098210, -0.0059301, 0.0010787, 0.0088377, 0.0072216, -0.0226171, -0.1183924", \
					  "-0.0098302, -0.0059522, 0.0010199, 0.0087456, 0.0070770, -0.0227879, -0.1185858", \
					  "-0.0098386, -0.0059701, 0.0009630, 0.0086212, 0.0069200, -0.0229921, -0.1188079", \
					  "-0.0098259, -0.0059762, 0.0009286, 0.0085321, 0.0068074, -0.0231018, -0.1189261");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0034592, -0.0016774, 0.0024070, 0.0121794, 0.0314922, 0.0729467, 0.1739501", \
					  "-0.0034333, -0.0016604, 0.0024136, 0.0121673, 0.0314702, 0.0727270, 0.1737831", \
					  "-0.0033651, -0.0016006, 0.0024561, 0.0121918, 0.0314739, 0.0727633, 0.1736929", \
					  "-0.0033718, -0.0016111, 0.0024371, 0.0121560, 0.0314350, 0.0726248, 0.1735250", \
					  "-0.0033860, -0.0016355, 0.0023936, 0.0120852, 0.0313308, 0.0726820, 0.1734825", \
					  "-0.0034116, -0.0016701, 0.0023460, 0.0119903, 0.0311627, 0.0723272, 0.1733782", \
					  "-0.0032808, -0.0013061, 0.0031030, 0.0121391, 0.0312869, 0.0724644, 0.1733605");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0028105, 0.0043295, 0.0079175, 0.0169704, 0.0354776, 0.0760955, 0.1766496", \
					  "0.0028272, 0.0043431, 0.0079284, 0.0169675, 0.0355132, 0.0761388, 0.1767548", \
					  "0.0028646, 0.0043778, 0.0079550, 0.0169777, 0.0355142, 0.0761427, 0.1775324", \
					  "0.0028570, 0.0043559, 0.0079131, 0.0168888, 0.0353897, 0.0760143, 0.1767566", \
					  "0.0028468, 0.0043280, 0.0078453, 0.0167648, 0.0351972, 0.0758148, 0.1765703", \
					  "0.0028755, 0.0043883, 0.0078799, 0.0166299, 0.0349648, 0.0756161, 0.1762311", \
					  "0.0030656, 0.0048100, 0.0087692, 0.0171976, 0.0348754, 0.0754409, 0.1759699");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0003965, 0.0032224, 0.0081438, 0.0128502, 0.0082277, -0.0238375, -0.1207388", \
					  "0.0003856, 0.0032102, 0.0081148, 0.0128162, 0.0081771, -0.0238913, -0.1207924", \
					  "0.0003796, 0.0031979, 0.0081213, 0.0128234, 0.0081870, -0.0238771, -0.1207780", \
					  "0.0003669, 0.0031807, 0.0080848, 0.0127526, 0.0080795, -0.0239969, -0.1209257", \
					  "0.0003503, 0.0031550, 0.0080395, 0.0126851, 0.0079946, -0.0240882, -0.1210014", \
					  "0.0003113, 0.0030964, 0.0079307, 0.0124947, 0.0077309, -0.0243828, -0.1212954", \
					  "0.0002398, 0.0030081, 0.0078004, 0.0122774, 0.0073913, -0.0247230, -0.1216226");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.4716982, 0.4803816, 0.4992774, 0.5413794, 0.6421615, 0.8923339, 1.5284757", \
					  "0.4770395, 0.4857316, 0.5046925, 0.5468534, 0.6476158, 0.8972841, 1.5308441", \
					  "0.4905839, 0.4992634, 0.5181681, 0.5602723, 0.6610706, 0.9109233, 1.5461804", \
					  "0.5251605, 0.5338371, 0.5527432, 0.5948488, 0.6956322, 0.9458618, 1.5830459", \
					  "0.6044658, 0.6131027, 0.6319788, 0.6741432, 0.7749132, 1.0245490, 1.6580134", \
					  "0.7653135, 0.7739779, 0.7928838, 0.8350512, 0.9358350, 1.1861199, 1.8204748", \
					  "1.0421134, 1.0507992, 1.0697687, 1.1119058, 1.2127144, 1.4627612, 2.0965325");
				}
				rise_transition ("del_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("0.0310503, 0.0391138, 0.0588163, 0.1107306, 0.2451116, 0.5966356, 1.4973573", \
					  "0.0312402, 0.0392187, 0.0586459, 0.1107050, 0.2456299, 0.5936003, 1.4971252", \
					  "0.0310494, 0.0391443, 0.0586132, 0.1107536, 0.2452499, 0.5937048, 1.5022210", \
					  "0.0310439, 0.0391452, 0.0586137, 0.1107514, 0.2455506, 0.5965218, 1.4974129", \
					  "0.0310160, 0.0390565, 0.0585730, 0.1107036, 0.2453228, 0.5936311, 1.4971162", \
					  "0.0311643, 0.0390056, 0.0586210, 0.1106857, 0.2451623, 0.5953267, 1.4833101", \
					  "0.0311450, 0.0392909, 0.0586621, 0.1107713, 0.2454750, 0.5960556, 1.4962592");
				}
				cell_fall ("del_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("0.3583590, 0.3671139, 0.3843105, 0.4159387, 0.4735299, 0.5820584, 0.8232298", \
					  "0.3640856, 0.3728639, 0.3900422, 0.4216789, 0.4792629, 0.5877650, 0.8288086", \
					  "0.3778734, 0.3866314, 0.4038650, 0.4354808, 0.4930416, 0.6016143, 0.8424172", \
					  "0.4107741, 0.4195375, 0.4366949, 0.4683361, 0.5259226, 0.6344651, 0.8751544", \
					  "0.4897552, 0.4985234, 0.5157291, 0.5473384, 0.6049469, 0.7134635, 0.9542085", \
					  "0.6469302, 0.6557188, 0.6729216, 0.7045453, 0.7621460, 0.8706862, 1.1116672", \
					  "0.9106247, 0.9194224, 0.9366523, 0.9683406, 1.0259839, 1.1345423, 1.3753348");
				}
				fall_transition ("del_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("0.0370130, 0.0424042, 0.0542086, 0.0773062, 0.1258873, 0.2356984, 0.5333569", \
					  "0.0369769, 0.0425296, 0.0541642, 0.0772943, 0.1256830, 0.2354259, 0.5377676", \
					  "0.0370642, 0.0424497, 0.0538734, 0.0772302, 0.1259950, 0.2351241, 0.5332129", \
					  "0.0370420, 0.0426493, 0.0542267, 0.0774154, 0.1258213, 0.2357759, 0.5342355", \
					  "0.0370436, 0.0427195, 0.0539681, 0.0773725, 0.1258293, 0.2356703, 0.5361714", \
					  "0.0371438, 0.0425166, 0.0541011, 0.0773287, 0.1257199, 0.2357695, 0.5338028", \
					  "0.0373141, 0.0427768, 0.0543808, 0.0775465, 0.1254612, 0.2350497, 0.5351602");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.2262715, 0.2350955, 0.2544227, 0.2977885, 0.4009658, 0.6550779, 1.2901233", \
					  "0.2318741, 0.2406773, 0.2600362, 0.3034024, 0.4065953, 0.6607423, 1.2957624", \
					  "0.2458737, 0.2547028, 0.2740567, 0.3174016, 0.4205991, 0.6747565, 1.3095567", \
					  "0.2798120, 0.2886490, 0.3080053, 0.3513785, 0.4545908, 0.7087360, 1.3434771", \
					  "0.3595569, 0.3683870, 0.3877523, 0.4311095, 0.5343241, 0.7885026, 1.4232979", \
					  "0.5152860, 0.5241810, 0.5436729, 0.5877840, 0.6912887, 0.9455067, 1.5797813", \
					  "0.7834842, 0.7926973, 0.8126531, 0.8568203, 0.9606650, 1.2150181, 1.8497662");
				}
				rise_transition ("del_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("0.0314883, 0.0398226, 0.0602292, 0.1139967, 0.2516767, 0.5977465, 1.4929205", \
					  "0.0314596, 0.0397331, 0.0602450, 0.1139925, 0.2518805, 0.5990091, 1.4901782", \
					  "0.0315201, 0.0398080, 0.0601977, 0.1139559, 0.2514669, 0.5974966, 1.4922649", \
					  "0.0316329, 0.0397475, 0.0602772, 0.1139414, 0.2514176, 0.5978348, 1.4915333", \
					  "0.0315367, 0.0398513, 0.0602011, 0.1139652, 0.2514771, 0.5974826, 1.4905756", \
					  "0.0321691, 0.0402527, 0.0608588, 0.1143595, 0.2516728, 0.5978703, 1.4919642", \
					  "0.0338876, 0.0418810, 0.0623115, 0.1159607, 0.2534873, 0.5980561, 1.4905582");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1292720, 0.1382177, 0.1577606, 0.2012809, 0.3042208, 0.5575378, 1.1917211", \
					  "0.1343154, 0.1432356, 0.1627771, 0.2062933, 0.3092366, 0.5627414, 1.1963348", \
					  "0.1452822, 0.1542205, 0.1737704, 0.2172805, 0.3202625, 0.5738269, 1.2074411", \
					  "0.1696614, 0.1786026, 0.1981050, 0.2415982, 0.3446627, 0.5983765, 1.2319108", \
					  "0.2209061, 0.2300485, 0.2498613, 0.2935658, 0.3967633, 0.6506496, 1.2842819", \
					  "0.3044429, 0.3148235, 0.3366994, 0.3824806, 0.4870153, 0.7412637, 1.3756165", \
					  "0.4142279, 0.4278126, 0.4548626, 0.5062947, 0.6141960, 0.8701144, 1.5037345");
				}
				rise_transition ("del_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("0.0320960, 0.0403423, 0.0608654, 0.1145703, 0.2524234, 0.5981463, 1.4913772", \
					  "0.0321021, 0.0404624, 0.0609076, 0.1145733, 0.2519677, 0.5997769, 1.4941560", \
					  "0.0321176, 0.0405241, 0.0608762, 0.1145865, 0.2519717, 0.5997847, 1.4939416", \
					  "0.0320623, 0.0403527, 0.0608825, 0.1145406, 0.2517440, 0.5995021, 1.4939655", \
					  "0.0336318, 0.0417069, 0.0619058, 0.1149481, 0.2518847, 0.5992285, 1.4936706", \
					  "0.0403007, 0.0483392, 0.0677708, 0.1195202, 0.2539422, 0.5979512, 1.4944613", \
					  "0.0550230, 0.0642718, 0.0832865, 0.1317989, 0.2608508, 0.6009601, 1.4928225");
				}
				cell_fall ("del_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("0.2240592, 0.2334651, 0.2518397, 0.2858225, 0.3475298, 0.4505656, 0.6869935", \
					  "0.2294718, 0.2388431, 0.2572536, 0.2912650, 0.3529798, 0.4560088, 0.6924606", \
					  "0.2431553, 0.2525567, 0.2709516, 0.3050218, 0.3667407, 0.4697774, 0.7062596", \
					  "0.2763931, 0.2857193, 0.3042418, 0.3382368, 0.3999629, 0.5030459, 0.7393920", \
					  "0.3597979, 0.3690718, 0.3875283, 0.4214849, 0.4831937, 0.5862624, 0.8227344", \
					  "0.5520295, 0.5613724, 0.5798694, 0.6138491, 0.6755868, 0.7786177, 1.0151650", \
					  "0.9201982, 0.9335410, 0.9587554, 1.0028466, 1.0750748, 1.1800771, 1.4165673");
				}
				fall_transition ("del_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("0.0402025, 0.0459537, 0.0584029, 0.0848025, 0.1276392, 0.2259601, 0.5295251", \
					  "0.0404754, 0.0462811, 0.0583576, 0.0847665, 0.1277281, 0.2265632, 0.5301908", \
					  "0.0403702, 0.0464723, 0.0581893, 0.0847508, 0.1276211, 0.2265037, 0.5339601", \
					  "0.0402703, 0.0459939, 0.0584153, 0.0848056, 0.1276948, 0.2265257, 0.5261946", \
					  "0.0405065, 0.0463526, 0.0582850, 0.0848277, 0.1277473, 0.2265454, 0.5280785", \
					  "0.0419804, 0.0473944, 0.0594594, 0.0853916, 0.1277963, 0.2257176, 0.5279353", \
					  "0.0637672, 0.0706337, 0.0843611, 0.1123039, 0.1458868, 0.2304917, 0.5330659");
				}
			}
		}
	}
	cell ("scs8hd_sdfbbn_2") {
		area : 41.289600;
		cell_footprint : "sdfbbn";
		cell_leakage_power : 8.481886e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "!CLKN";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
			preset : "!SETB";
			clear_preset_var1 : "H";
			clear_preset_var2 : "L";
		}
		test_cell () {
			pin (SETB) {
				direction : "input";
			}
			pin (RESETB) {
				direction : "input";
			}
			pin (CLKN) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			pin (SCD) {
				direction : "input";
				signal_type : "test_scan_in";
			}
			pin (SCE) {
				direction : "input";
				signal_type : "test_scan_enable";
			}
			ff (IQ,IQN) {
				clocked_on : "!CLKN";
				next_state : "D";
				clear : "!RESETB";
				preset : "!SETB";
				clear_preset_var1 : "H";
				clear_preset_var2 : "L";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0027170";
			when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021652";
			when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0029100";
			when : "SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027139";
			when : "!SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022996";
			when : "SETB&!RESETB&!CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022147";
			when : "SETB&RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022532";
			when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022404";
			when : "SETB&RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021345";
			when : "SETB&RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021634";
			when : "SETB&RESETB&CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022879";
			when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022225";
			when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0604705";
			when : "!SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018359";
			when : "SETB&!RESETB&!CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0026139";
			when : "SETB&RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025754";
			when : "SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0029177";
			when : "SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0641040";
			when : "!SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017479";
			when : "SETB&!RESETB&!CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022361";
			when : "SETB&RESETB&!CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021839";
			when : "SETB&RESETB&CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0678726";
			when : "!SETB&RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017973";
			when : "SETB&!RESETB&!CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0027155";
			when : "SETB&RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022571";
			when : "SETB&RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0604807";
			when : "!SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018705";
			when : "SETB&!RESETB&!CLKN&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0026485";
			when : "SETB&RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024382";
			when : "SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0029191";
			when : "SETB&RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0029085";
			when : "SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027127";
			when : "!SETB&RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022982";
			when : "SETB&!RESETB&!CLKN&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0025259";
			when : "SETB&RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024334";
			when : "SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022373";
			when : "!SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018231";
			when : "SETB&!RESETB&!CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0024425";
			when : "SETB&RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024291";
			when : "SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022332";
			when : "!SETB&RESETB&!CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018188";
			when : "SETB&!RESETB&!CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0029555";
			when : "!SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027259";
			when : "!SETB&!RESETB&!CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0573134";
			when : "!SETB&RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0028975";
			when : "!SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0029880";
			when : "!SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025550";
			when : "SETB&RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0026438";
			when : "!SETB&!RESETB&CLKN&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027772";
			when : "!SETB&!RESETB&!CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0573134";
			when : "!SETB&RESETB&CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0637825";
			when : "!SETB&RESETB&CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025896";
			when : "SETB&RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0026770";
			when : "!SETB&!RESETB&CLKN&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0093375";
			when : "!SETB&!RESETB&!CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0029783";
			when : "!SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024670";
			when : "SETB&RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025886";
			when : "!SETB&!RESETB&CLKN&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0026114";
			when : "!SETB&!RESETB&!CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0603281";
			when : "!SETB&RESETB&CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025256";
			when : "!SETB&!RESETB&CLKN&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0030562";
			when : "!SETB&!RESETB&!CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0029360";
			when : "!SETB&!RESETB&CLKN&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0093380";
			when : "!SETB&!RESETB&!CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0029424";
			when : "!SETB&!RESETB&CLKN&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027457";
			when : "!SETB&!RESETB&!CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025164";
			when : "SETB&RESETB&CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020660";
			when : "SETB&!RESETB&CLKN&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015908";
			when : "SETB&!RESETB&CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017666";
			when : "SETB&!RESETB&CLKN&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015865";
			when : "SETB&!RESETB&CLKN&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021677";
			when : "SETB&RESETB&CLKN&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0026442";
			when : "SETB&RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0026428";
			when : "SETB&RESETB&CLKN&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0026679";
			when : "!SETB&!RESETB&CLKN&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025987";
			when : "!SETB&!RESETB&!CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019304";
			when : "!SETB&!RESETB&CLKN&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018052";
			when : "SETB&!RESETB&CLKN&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0020674";
			when : "SETB&!RESETB&CLKN&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017172";
			when : "SETB&!RESETB&CLKN&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018398";
			when : "SETB&!RESETB&CLKN&!D&SCD&!SCE&!Q&QN";
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003601;
			capacitance : 0.003450;
			fall_capacitance : 0.003298;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0688008, 0.0367819, 0.1763490", \
					  "-0.2891296, -0.1847676, -0.0940286", \
					  "-0.5776224, -0.4744811, -0.4118184");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0764629, -0.0242370, -0.0844583", \
					  "0.2955710, 0.1948711, 0.1370911", \
					  "0.5840638, 0.4784811, 0.4268047");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1313945, 0.2797018, 0.4278138", \
					  "0.1454408, 0.2595684, 0.3820456", \
					  "0.2805319, 0.3324036, 0.4194805");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2422863, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0036063, 0.0036107, 0.0036206, 0.0036306, 0.0036537, 0.0037070, 0.0038297");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0035586, -0.0035897, -0.0036610, -0.0036628, -0.0036671, -0.0036766, -0.0036987");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin RESETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "RESETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1347187, -0.2903503, -0.4702005", \
					  "-0.1133646, -0.2470234, -0.4000182", \
					  "-0.1471374, -0.2771341, -0.4154805");
				}
			}
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001481;
			capacitance : 0.001558;
			rise_capacitance : 0.001635;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0923320, 0.2247702, 0.3374818", \
					  "-0.1633971, -0.0297383, 0.0841940", \
					  "-0.5092630, -0.3756042, -0.2628926");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0862285, -0.0437682, -0.1479349", \
					  "0.3187643, 0.1887676, 0.0833802", \
					  "0.6560853, 0.5273092, 0.4207012");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2323997, 0.8333333, 2.5000000");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1347187, -0.1133646, -0.1471374", \
					  "-0.2903503, -0.2470234, -0.2771341", \
					  "-0.4702005, -0.4000182, -0.4154805");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0093951, 0.0093315, 0.0091850, 0.0091889, 0.0091981, 0.0092194, 0.0092686");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055421, 0.0055111, 0.0054396, 0.0054249, 0.0053909, 0.0053126, 0.0051320");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin SETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "SETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1313945, 0.1454408, 0.2805319", \
					  "0.2797018, 0.2595684, 0.3324036", \
					  "0.4278138, 0.3820456, 0.4194805");
				}
			}
		}
		pin (CLKN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.001608;
			capacitance : 0.001693;
			rise_capacitance : 0.001779;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2225131, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2170206, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0125416, 0.0125012, 0.0124079, 0.0123733, 0.0122932, 0.0121090, 0.0116844");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0259624, 0.0258730, 0.0256669, 0.0256636, 0.0256560, 0.0256382, 0.0255976");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001584;
			capacitance : 0.001526;
			fall_capacitance : 0.001468;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1326152, 0.2699362, 0.3911927", \
					  "-0.1182311, 0.0190898, 0.1427878", \
					  "-0.4531107, -0.3145690, -0.1896504");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3804180, 0.6019675, 1.0589173", \
					  "0.2186829, 0.4402324, 0.8886374", \
					  "-0.0173197, 0.1981263, 0.6355449");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0361797, -0.1011413, -0.2211771", \
					  "0.2662741, 0.1313945, 0.0150208", \
					  "0.5852845, 0.4565085, 0.3462383");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3397969, -0.5589049, -1.0073099", \
					  "-0.1670755, -0.3874043, -0.8211608", \
					  "0.0774720, -0.1391947, -0.5668476");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016481, 0.0016348, 0.0016041, 0.0015899, 0.0015571, 0.0014817, 0.0013079");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0055869, 0.0055037, 0.0053120, 0.0053145, 0.0053203, 0.0053336, 0.0053644");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001757;
			capacitance : 0.001684;
			fall_capacitance : 0.001610;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1594707, 0.3114401, 0.4900696", \
					  "-0.0901550, 0.0605937, 0.2392233", \
					  "-0.4262552, -0.2730651, -0.0944355");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2607891, 0.4762350, 0.8440736", \
					  "0.1075990, 0.3206035, 0.6847799", \
					  "-0.1223001, 0.0919251, 0.4438945");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0117656, -0.1414245, -0.3176126", \
					  "0.2418600, 0.0911113, -0.0826354", \
					  "0.5633118, 0.4137839, 0.2473613");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2384785, -0.4539245, -0.8229837", \
					  "-0.0743021, -0.2897480, -0.6527038", \
					  "0.1665833, -0.0488626, -0.4044941");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0019452, -0.0019508, -0.0019636, -0.0019703, -0.0019857, -0.0020214, -0.0021034");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020346, 0.0020389, 0.0020488, 0.0020544, 0.0020673, 0.0020969, 0.0021654");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003011;
			capacitance : 0.002895;
			fall_capacitance : 0.002779;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1460430, 0.2967917, 0.4510072", \
					  "-0.1048034, 0.0459453, 0.2026022", \
					  "-0.4396829, -0.2877135, -0.1298359");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2314922, 0.4567038, 0.7769349", \
					  "-0.0181335, 0.2082988, 0.5273092", \
					  "-0.3542337, -0.1253600, 0.1887676");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2384785, -0.3342956, -0.3835306", \
					  "-0.0755228, -0.1688984, -0.2193542", \
					  "0.1568177, 0.0719870, 0.0215312");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3459004, -0.5601256, -0.9743509", \
					  "-0.1756204, -0.3886250, -0.7930846", \
					  "0.0677064, -0.1452982, -0.5424336");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0009105, 0.0008880, 0.0008361, 0.0008241, 0.0007965, 0.0007327, 0.0005859");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0069981, 0.0069425, 0.0068143, 0.0068153, 0.0068176, 0.0068228, 0.0068350");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.274668;
			max_transition : 1.498379;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0115579, -0.0090438, -0.0025889, 0.0122007, 0.0444161, 0.1230921, 0.3395238", \
					  "-0.0115160, -0.0090085, -0.0025738, 0.0121958, 0.0443020, 0.1224129, 0.3393730", \
					  "-0.0114170, -0.0089102, -0.0024884, 0.0122930, 0.0442711, 0.1230302, 0.3412096", \
					  "-0.0114233, -0.0089335, -0.0025555, 0.0122095, 0.0442187, 0.1221416, 0.3412037", \
					  "-0.0114288, -0.0089548, -0.0026109, 0.0120726, 0.0439357, 0.1224314, 0.3377308", \
					  "-0.0114286, -0.0089699, -0.0026403, 0.0119396, 0.0437344, 0.1224121, 0.3404489", \
					  "-0.0114200, -0.0089784, -0.0026950, 0.0119588, 0.0436720, 0.1218192, 0.3389201");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0103762, -0.0061635, 0.0024479, 0.0123201, 0.0050441, -0.0587514, -0.2706925", \
					  "-0.0103348, -0.0061322, 0.0024724, 0.0123276, 0.0050289, -0.0587447, -0.2707523", \
					  "-0.0102393, -0.0060471, 0.0025281, 0.0123292, 0.0050116, -0.0588551, -0.2708601", \
					  "-0.0102395, -0.0060499, 0.0025171, 0.0122878, 0.0049327, -0.0589185, -0.2709286", \
					  "-0.0102414, -0.0060650, 0.0024777, 0.0122096, 0.0048337, -0.0590530, -0.2710841", \
					  "-0.0102443, -0.0060850, 0.0024163, 0.0120988, 0.0046400, -0.0592800, -0.2712892", \
					  "-0.0102228, -0.0060559, 0.0024530, 0.0121403, 0.0047132, -0.0592025, -0.2712306");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0025319, 0.0009397, 0.0079460, 0.0152143, 0.0055309, -0.0583215, -0.2708616", \
					  "-0.0025037, 0.0009736, 0.0079643, 0.0152003, 0.0055121, -0.0583403, -0.2708749", \
					  "-0.0024326, 0.0010353, 0.0080311, 0.0152767, 0.0055689, -0.0583078, -0.2708295", \
					  "-0.0024417, 0.0010184, 0.0079732, 0.0151947, 0.0054497, -0.0584365, -0.2709567", \
					  "-0.0024489, 0.0010091, 0.0079670, 0.0151534, 0.0053863, -0.0585063, -0.2710642", \
					  "-0.0024631, 0.0009852, 0.0079266, 0.0150797, 0.0053015, -0.0585753, -0.2711217", \
					  "-0.0024624, 0.0010292, 0.0080630, 0.0153799, 0.0054521, -0.0587021, -0.2712721");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0002209, 0.0025589, 0.0095718, 0.0250632, 0.0574896, 0.1366487, 0.3535955", \
					  "-0.0002301, 0.0025370, 0.0095323, 0.0249850, 0.0573901, 0.1360440, 0.3543573", \
					  "-0.0002443, 0.0025094, 0.0094617, 0.0248560, 0.0572052, 0.1366712, 0.3518550", \
					  "-0.0002552, 0.0024866, 0.0094240, 0.0247760, 0.0570597, 0.1358526, 0.3523203", \
					  "-0.0002771, 0.0024501, 0.0093430, 0.0246427, 0.0569065, 0.1357501, 0.3525879", \
					  "-0.0003266, 0.0023637, 0.0091752, 0.0243030, 0.0564391, 0.1358005, 0.3508554", \
					  "-0.0004203, 0.0022175, 0.0089425, 0.0240291, 0.0559894, 0.1345845, 0.3518628");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("0.0038022, 0.0070486, 0.0135335, 0.0199487, 0.0094436, -0.0548603, -0.2675592", \
					  "0.0038189, 0.0070622, 0.0135473, 0.0199834, 0.0094497, -0.0548763, -0.2675743", \
					  "0.0038498, 0.0070917, 0.0135707, 0.0199966, 0.0094507, -0.0548450, -0.2675776", \
					  "0.0038436, 0.0070757, 0.0135290, 0.0199152, 0.0093319, -0.0549905, -0.2677411", \
					  "0.0038385, 0.0070533, 0.0134781, 0.0198125, 0.0091994, -0.0552428, -0.2679717", \
					  "0.0038320, 0.0070287, 0.0134083, 0.0196811, 0.0089730, -0.0554711, -0.2682617", \
					  "0.0039308, 0.0072709, 0.0139577, 0.0207399, 0.0103365, -0.0555252, -0.2685138");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.5204746, 0.5267958, 0.5405585, 0.5713827, 0.6545482, 0.8895681, 1.5636797", \
					  "0.5259099, 0.5321260, 0.5458763, 0.5767453, 0.6596235, 0.8950022, 1.5721744", \
					  "0.5400402, 0.5463339, 0.5599715, 0.5908973, 0.6738957, 0.9092034, 1.5845353", \
					  "0.5729003, 0.5791618, 0.5925975, 0.6238390, 0.7068059, 0.9420146, 1.6171305", \
					  "0.6520623, 0.6583009, 0.6716182, 0.7030021, 0.7862663, 1.0214762, 1.6942837", \
					  "0.8089071, 0.8151982, 0.8288289, 0.8597809, 0.9427925, 1.1781522, 1.8537110", \
					  "1.0716457, 1.0779535, 1.0911958, 1.1226824, 1.2059242, 1.4412709, 2.1162765");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0247853, 0.0289896, 0.0408542, 0.0774409, 0.1926056, 0.5272864, 1.4967005", \
					  "0.0246138, 0.0290679, 0.0409430, 0.0774468, 0.1926177, 0.5270368, 1.4857912", \
					  "0.0247769, 0.0291968, 0.0407391, 0.0773921, 0.1923391, 0.5272269, 1.4954779", \
					  "0.0245593, 0.0292049, 0.0410190, 0.0774554, 0.1922993, 0.5271183, 1.4917559", \
					  "0.0247533, 0.0291296, 0.0411294, 0.0772556, 0.1927603, 0.5270037, 1.4856611", \
					  "0.0247026, 0.0290820, 0.0408565, 0.0774580, 0.1928949, 0.5268241, 1.4939232", \
					  "0.0246000, 0.0291336, 0.0409243, 0.0774191, 0.1925689, 0.5267872, 1.4958986");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.5702497, 0.5745385, 0.5837678, 0.6023209, 0.6397135, 0.7293564, 0.9782937", \
					  "0.5761046, 0.5803998, 0.5896927, 0.6079718, 0.6455997, 0.7352342, 0.9838476", \
					  "0.5893042, 0.5935016, 0.6028304, 0.6211895, 0.6588423, 0.7484133, 0.9973711", \
					  "0.6232660, 0.6275613, 0.6368646, 0.6552521, 0.6928095, 0.7824298, 1.0310767", \
					  "0.7035447, 0.7078141, 0.7171020, 0.7355564, 0.7729760, 0.8625503, 1.1112524", \
					  "0.8635603, 0.8678783, 0.8770965, 0.8955484, 0.9331145, 1.0227130, 1.2714338", \
					  "1.1406414, 1.1448961, 1.1541941, 1.1726387, 1.2102157, 1.2998221, 1.5486407");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0195610, 0.0220795, 0.0280778, 0.0424113, 0.0797461, 0.1900863, 0.5187734", \
					  "0.0193768, 0.0218337, 0.0279580, 0.0422920, 0.0795915, 0.1899318, 0.5211404", \
					  "0.0192803, 0.0219589, 0.0280346, 0.0426023, 0.0793261, 0.1901603, 0.5192297", \
					  "0.0193764, 0.0219344, 0.0281032, 0.0425142, 0.0794823, 0.1894576, 0.5208277", \
					  "0.0192716, 0.0218441, 0.0279622, 0.0423599, 0.0795805, 0.1901111, 0.5212993", \
					  "0.0194100, 0.0219682, 0.0277681, 0.0425190, 0.0796045, 0.1895095, 0.5204663", \
					  "0.0192769, 0.0218036, 0.0277812, 0.0425254, 0.0791499, 0.1900903, 0.5215126");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3278020, 0.3321876, 0.3416597, 0.3602237, 0.3980106, 0.4877018, 0.7359839", \
					  "0.3335320, 0.3378950, 0.3473169, 0.3659965, 0.4037053, 0.4934391, 0.7417498", \
					  "0.3478141, 0.3521223, 0.3616552, 0.3801803, 0.4179729, 0.5077193, 0.7559900", \
					  "0.3811271, 0.3855222, 0.3948486, 0.4134185, 0.4512938, 0.5410500, 0.7894126", \
					  "0.4621912, 0.4665349, 0.4760515, 0.4946141, 0.5324008, 0.6220696, 0.8704221", \
					  "0.6224755, 0.6268377, 0.6362893, 0.6547675, 0.6926790, 0.7825632, 1.0308869", \
					  "0.9003885, 0.9047651, 0.9142379, 0.9327572, 0.9707052, 1.0606334, 1.3089347");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0199009, 0.0224080, 0.0284001, 0.0431045, 0.0801488, 0.1893756, 0.5190385", \
					  "0.0198343, 0.0224287, 0.0286230, 0.0430446, 0.0802423, 0.1894426, 0.5189827", \
					  "0.0198233, 0.0224940, 0.0284098, 0.0430988, 0.0801641, 0.1890238, 0.5190392", \
					  "0.0198682, 0.0223249, 0.0286196, 0.0431777, 0.0801674, 0.1891206, 0.5189841", \
					  "0.0199000, 0.0223316, 0.0284094, 0.0431024, 0.0801402, 0.1895064, 0.5190778", \
					  "0.0197709, 0.0223941, 0.0284583, 0.0427163, 0.0800402, 0.1893650, 0.5188941", \
					  "0.0199103, 0.0225178, 0.0285915, 0.0428076, 0.0800681, 0.1894146, 0.5191945");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3755146, 0.3809845, 0.3936735, 0.4241246, 0.5067796, 0.7423334, 1.4163231", \
					  "0.3807843, 0.3863304, 0.3989865, 0.4293955, 0.5122117, 0.7481602, 1.4239045", \
					  "0.3948155, 0.4003045, 0.4129783, 0.4434632, 0.5261024, 0.7616309, 1.4338130", \
					  "0.4279319, 0.4334269, 0.4461362, 0.4765094, 0.5592645, 0.7947726, 1.4689170", \
					  "0.5114457, 0.5169493, 0.5296195, 0.5601163, 0.6427684, 0.8782744, 1.5506348", \
					  "0.7034862, 0.7090153, 0.7216770, 0.7520836, 0.8348732, 1.0701403, 1.7432175", \
					  "1.1008798, 1.1064739, 1.1192494, 1.1496949, 1.2324928, 1.4678411, 2.1421875");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0207847, 0.0251788, 0.0375579, 0.0759418, 0.1912479, 0.5255184, 1.4852802", \
					  "0.0207975, 0.0251517, 0.0376102, 0.0758274, 0.1914848, 0.5286159, 1.4930085", \
					  "0.0207577, 0.0251499, 0.0374995, 0.0759555, 0.1914210, 0.5284420, 1.4879826", \
					  "0.0206814, 0.0250927, 0.0375982, 0.0758845, 0.1914154, 0.5284712, 1.4963654", \
					  "0.0207587, 0.0251541, 0.0374940, 0.0759558, 0.1914613, 0.5284356, 1.4983789", \
					  "0.0207134, 0.0250980, 0.0375645, 0.0759036, 0.1917099, 0.5282858, 1.4880179", \
					  "0.0211401, 0.0255491, 0.0378992, 0.0760583, 0.1912604, 0.5265263, 1.4979030");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.2291613, 0.2335116, 0.2429262, 0.2614580, 0.2994610, 0.3892626, 0.6373564", \
					  "0.2343019, 0.2386534, 0.2480782, 0.2667143, 0.3045454, 0.3942436, 0.6425150", \
					  "0.2452868, 0.2496347, 0.2590450, 0.2776036, 0.3155556, 0.4053967, 0.6535177", \
					  "0.2697272, 0.2740798, 0.2834942, 0.3020315, 0.3400104, 0.4298328, 0.6779247", \
					  "0.3234541, 0.3278424, 0.3372832, 0.3559023, 0.3936888, 0.4835314, 0.7318791", \
					  "0.4212544, 0.4257200, 0.4351710, 0.4540510, 0.4921817, 0.5821099, 0.8305747", \
					  "0.5620784, 0.5667328, 0.5766911, 0.5959260, 0.6347118, 0.7250304, 0.9731133");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0198706, 0.0224951, 0.0286578, 0.0428748, 0.0802812, 0.1896630, 0.5192379", \
					  "0.0198589, 0.0225034, 0.0286462, 0.0428995, 0.0802145, 0.1892951, 0.5194259", \
					  "0.0198796, 0.0224998, 0.0286632, 0.0428244, 0.0802544, 0.1897370, 0.5193126", \
					  "0.0199056, 0.0224739, 0.0286696, 0.0428431, 0.0803073, 0.1897135, 0.5192733", \
					  "0.0199151, 0.0225976, 0.0286660, 0.0428258, 0.0801853, 0.1893907, 0.5203188", \
					  "0.0205254, 0.0231534, 0.0294770, 0.0434247, 0.0806584, 0.1895041, 0.5188197", \
					  "0.0222825, 0.0249571, 0.0311090, 0.0456632, 0.0817428, 0.1902515, 0.5179426");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.256358;
			max_transition : 1.503202;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("-0.0114306, -0.0087813, -0.0022630, 0.0122960, 0.0430527, 0.1169766, 0.3203351", \
					  "-0.0113882, -0.0087413, -0.0022544, 0.0122902, 0.0429530, 0.1175091, 0.3172822", \
					  "-0.0112873, -0.0086465, -0.0021754, 0.0123489, 0.0429840, 0.1177273, 0.3180299", \
					  "-0.0112957, -0.0086744, -0.0022068, 0.0122748, 0.0429081, 0.1168343, 0.3200118", \
					  "-0.0112976, -0.0086833, -0.0022467, 0.0121939, 0.0427672, 0.1167889, 0.3200377", \
					  "-0.0112979, -0.0086951, -0.0022900, 0.0120948, 0.0426914, 0.1171715, 0.3196777", \
					  "-0.0112824, -0.0086925, -0.0023083, 0.0120752, 0.0425849, 0.1166693, 0.3165844");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("-0.0103057, -0.0060818, 0.0024629, 0.0122231, 0.0057765, -0.0529501, -0.2488872", \
					  "-0.0102629, -0.0060458, 0.0024801, 0.0121983, 0.0057098, -0.0530419, -0.2489530", \
					  "-0.0101634, -0.0059334, 0.0025569, 0.0122855, 0.0057801, -0.0529778, -0.2489160", \
					  "-0.0101721, -0.0059572, 0.0025128, 0.0121311, 0.0055842, -0.0531979, -0.2491436", \
					  "-0.0101752, -0.0059837, 0.0024598, 0.0120802, 0.0054661, -0.0533503, -0.2493250", \
					  "-0.0101786, -0.0060079, 0.0024110, 0.0119730, 0.0052547, -0.0535695, -0.2495429", \
					  "-0.0101612, -0.0060003, 0.0023854, 0.0119013, 0.0052118, -0.0536259, -0.2496025");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("-0.0036545, -0.0018320, 0.0028632, 0.0151606, 0.0448913, 0.1174760, 0.3180132", \
					  "-0.0036274, -0.0018135, 0.0028630, 0.0151391, 0.0447907, 0.1174342, 0.3178256", \
					  "-0.0035570, -0.0017472, 0.0029203, 0.0151725, 0.0448613, 0.1176380, 0.3177465", \
					  "-0.0035613, -0.0017514, 0.0029076, 0.0151636, 0.0447876, 0.1173277, 0.3181726", \
					  "-0.0035703, -0.0017680, 0.0028675, 0.0150942, 0.0447649, 0.1172945, 0.3175489", \
					  "-0.0035878, -0.0017972, 0.0028326, 0.0150025, 0.0445571, 0.1170959, 0.3178369", \
					  "-0.0034991, -0.0015251, 0.0035249, 0.0154769, 0.0446508, 0.1172206, 0.3177416");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0026777, 0.0042672, 0.0084360, 0.0199012, 0.0486564, 0.1205928, 0.3208320", \
					  "0.0026927, 0.0042778, 0.0084454, 0.0199185, 0.0486528, 0.1205013, 0.3226684", \
					  "0.0027267, 0.0043122, 0.0084697, 0.0199258, 0.0486908, 0.1209109, 0.3202331", \
					  "0.0027212, 0.0042929, 0.0084320, 0.0198433, 0.0485509, 0.1203929, 0.3201873", \
					  "0.0027130, 0.0042744, 0.0083804, 0.0197398, 0.0483988, 0.1202367, 0.3203516", \
					  "0.0027059, 0.0042358, 0.0082897, 0.0196097, 0.0481531, 0.1201373, 0.3200076", \
					  "0.0028835, 0.0046883, 0.0093516, 0.0207274, 0.0482329, 0.1201510, 0.3204151");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001414543, 0.004001861, 0.01132161, 0.03202979, 0.09061501, 0.2563576");
					values("0.0002686, 0.0035186, 0.0099088, 0.0162825, 0.0064946, -0.0547158, -0.2517570", \
					  "0.0002631, 0.0035099, 0.0098778, 0.0162381, 0.0064582, -0.0547573, -0.2517942", \
					  "0.0002633, 0.0035140, 0.0099065, 0.0162640, 0.0064764, -0.0547440, -0.2517937", \
					  "0.0002505, 0.0034940, 0.0098675, 0.0161993, 0.0063626, -0.0548430, -0.2519166", \
					  "0.0002340, 0.0034698, 0.0098112, 0.0161114, 0.0062491, -0.0549810, -0.2520239", \
					  "0.0001996, 0.0034192, 0.0097402, 0.0159348, 0.0060119, -0.0552434, -0.2522409", \
					  "0.0001326, 0.0033307, 0.0096215, 0.0157158, 0.0056761, -0.0556474, -0.2525992");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.4852789, 0.4926430, 0.5093978, 0.5462943, 0.6361403, 0.8763049, 1.5505851", \
					  "0.4910474, 0.4984191, 0.5150456, 0.5519885, 0.6417571, 0.8820731, 1.5563210", \
					  "0.5048536, 0.5122466, 0.5287624, 0.5656478, 0.6554837, 0.8959025, 1.5703762", \
					  "0.5385801, 0.5459418, 0.5626907, 0.5996052, 0.6894354, 0.9302180, 1.6055087", \
					  "0.6187376, 0.6261426, 0.6428049, 0.6796891, 0.7694897, 1.0096981, 1.6866037", \
					  "0.7790358, 0.7864171, 0.8030914, 0.8400242, 0.9298448, 1.1702808, 1.8450608", \
					  "1.0555805, 1.0629628, 1.0796699, 1.1165474, 1.2063726, 1.4468223, 2.1215998");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0279495, 0.0335073, 0.0484736, 0.0879761, 0.2035894, 0.5375254, 1.5025476", \
					  "0.0277738, 0.0334877, 0.0484614, 0.0880053, 0.2032080, 0.5368812, 1.4888022", \
					  "0.0276959, 0.0333260, 0.0484972, 0.0880323, 0.2031992, 0.5377396, 1.4993308", \
					  "0.0279310, 0.0334867, 0.0484771, 0.0880263, 0.2032442, 0.5372314, 1.5008599", \
					  "0.0274440, 0.0333825, 0.0483775, 0.0879287, 0.2036596, 0.5378595, 1.5015875", \
					  "0.0277749, 0.0335011, 0.0484434, 0.0879990, 0.2032382, 0.5371795, 1.5032019", \
					  "0.0276076, 0.0334321, 0.0484222, 0.0878656, 0.2036877, 0.5373132, 1.5013373");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.3895567, 0.3978904, 0.4148838, 0.4468692, 0.5056150, 0.6192671, 0.8744273", \
					  "0.3950227, 0.4032137, 0.4204080, 0.4523750, 0.5111815, 0.6248068, 0.8800661", \
					  "0.4091109, 0.4173768, 0.4344964, 0.4664137, 0.5252508, 0.6388577, 0.8939514", \
					  "0.4419871, 0.4501960, 0.4673674, 0.4992984, 0.5581707, 0.6717725, 0.9268621", \
					  "0.5209759, 0.5291715, 0.5462775, 0.5782351, 0.6370606, 0.7506789, 1.0059167", \
					  "0.6780740, 0.6863475, 0.7033896, 0.7353917, 0.7942174, 0.9078576, 1.1631398", \
					  "0.9416443, 0.9498543, 0.9669842, 0.9990490, 1.0578305, 1.1714890, 1.4268303");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0394782, 0.0444536, 0.0541947, 0.0750776, 0.1203131, 0.2258529, 0.5324313", \
					  "0.0396650, 0.0444969, 0.0542650, 0.0751492, 0.1205367, 0.2261847, 0.5315530", \
					  "0.0395993, 0.0442778, 0.0542740, 0.0751000, 0.1202740, 0.2258193, 0.5315220", \
					  "0.0396770, 0.0442927, 0.0542773, 0.0755819, 0.1204849, 0.2258775, 0.5322133", \
					  "0.0396226, 0.0443052, 0.0543326, 0.0750289, 0.1203801, 0.2257434, 0.5320023", \
					  "0.0396958, 0.0442511, 0.0544504, 0.0749937, 0.1204015, 0.2261000, 0.5316700", \
					  "0.0397694, 0.0443258, 0.0543690, 0.0752717, 0.1203204, 0.2259026, 0.5297081");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2413909, 0.2489097, 0.2660306, 0.3040454, 0.3964740, 0.6421748, 1.3185575", \
					  "0.2470457, 0.2544911, 0.2715858, 0.3096195, 0.4020531, 0.6479613, 1.3225762", \
					  "0.2611328, 0.2686235, 0.2857112, 0.3237127, 0.4161292, 0.6619933, 1.3378432", \
					  "0.2954274, 0.3029061, 0.3200259, 0.3580503, 0.4504618, 0.6963638, 1.3712067", \
					  "0.3756861, 0.3832006, 0.4003261, 0.4383715, 0.5307903, 0.7767886, 1.4506707", \
					  "0.5356275, 0.5431827, 0.5603301, 0.5985107, 0.6910484, 0.9370839, 1.6117259", \
					  "0.8121822, 0.8199242, 0.8376301, 0.8762894, 0.9691805, 1.2155148, 1.8900717");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0281103, 0.0341502, 0.0497369, 0.0909012, 0.2099914, 0.5417717, 1.4961791", \
					  "0.0282047, 0.0343287, 0.0496795, 0.0909234, 0.2098269, 0.5418475, 1.4914551", \
					  "0.0280953, 0.0341018, 0.0496098, 0.0907755, 0.2099314, 0.5421350, 1.4945724", \
					  "0.0280632, 0.0341841, 0.0495247, 0.0909215, 0.2098124, 0.5436503, 1.4945301", \
					  "0.0281775, 0.0341288, 0.0497180, 0.0908801, 0.2099138, 0.5420404, 1.4929019", \
					  "0.0281771, 0.0343745, 0.0498796, 0.0910828, 0.2099342, 0.5434779, 1.4936248", \
					  "0.0306521, 0.0364586, 0.0517365, 0.0925594, 0.2108076, 0.5422375, 1.4948547");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				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, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.1424465, 0.1499963, 0.1671996, 0.2053865, 0.2975239, 0.5425759, 1.2164889", \
					  "0.1475393, 0.1550855, 0.1723396, 0.2104552, 0.3026406, 0.5478410, 1.2212649", \
					  "0.1584985, 0.1661160, 0.1833124, 0.2214441, 0.3136363, 0.5588821, 1.2329614", \
					  "0.1830007, 0.1905976, 0.2077918, 0.2459012, 0.3380964, 0.5834591, 1.2576634", \
					  "0.2366148, 0.2442876, 0.2616220, 0.2998058, 0.3921333, 0.6377730, 1.3121583", \
					  "0.3284817, 0.3374181, 0.3567657, 0.3975457, 0.4917315, 0.7376982, 1.4112946", \
					  "0.4542391, 0.4658501, 0.4905168, 0.5378957, 0.6369995, 0.8854500, 1.5595155");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0286451, 0.0346524, 0.0501765, 0.0913217, 0.2102465, 0.5422723, 1.4936987", \
					  "0.0287114, 0.0349488, 0.0501473, 0.0912637, 0.2098565, 0.5440438, 1.4924642", \
					  "0.0284251, 0.0346204, 0.0501483, 0.0912941, 0.2099677, 0.5439489, 1.4928697", \
					  "0.0283935, 0.0346659, 0.0501294, 0.0913117, 0.2102144, 0.5438426, 1.4961614", \
					  "0.0293397, 0.0352418, 0.0506366, 0.0915447, 0.2098589, 0.5438434, 1.4971594", \
					  "0.0358219, 0.0420058, 0.0571430, 0.0967734, 0.2123947, 0.5425912, 1.4958021", \
					  "0.0505206, 0.0569711, 0.0729680, 0.1104873, 0.2208174, 0.5461531, 1.4949334");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.2528754, 0.2615625, 0.2797108, 0.3138821, 0.3767670, 0.4848293, 0.7302077", \
					  "0.2583811, 0.2670811, 0.2852651, 0.3193475, 0.3823287, 0.4904203, 0.7358156", \
					  "0.2722969, 0.2809845, 0.2991460, 0.3333156, 0.3962176, 0.5043209, 0.7497432", \
					  "0.3052161, 0.3138947, 0.3321056, 0.3662658, 0.4291278, 0.5372707, 0.7826751", \
					  "0.3882458, 0.3969634, 0.4150493, 0.4491654, 0.5121293, 0.6202363, 0.8656741", \
					  "0.5814093, 0.5900531, 0.6079964, 0.6419636, 0.7048553, 0.8128667, 1.0584891", \
					  "0.9679261, 0.9798310, 1.0036866, 1.0461114, 1.1196747, 1.2314333, 1.4769329");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141454, 0.00400186, 0.0113216, 0.0320298, 0.090615, 0.256358");
					values("0.0426985, 0.0476698, 0.0583582, 0.0812127, 0.1245128, 0.2140094, 0.5200157", \
					  "0.0426165, 0.0477674, 0.0582139, 0.0810101, 0.1244411, 0.2139729, 0.5200724", \
					  "0.0427180, 0.0477072, 0.0584636, 0.0810971, 0.1245996, 0.2140579, 0.5199815", \
					  "0.0427040, 0.0475526, 0.0584896, 0.0812887, 0.1245206, 0.2139625, 0.5200159", \
					  "0.0427061, 0.0477146, 0.0582270, 0.0810905, 0.1245365, 0.2140486, 0.5200305", \
					  "0.0429272, 0.0478067, 0.0582753, 0.0807821, 0.1246477, 0.2138766, 0.5192350", \
					  "0.0643148, 0.0696947, 0.0809923, 0.1043411, 0.1433400, 0.2196523, 0.5225622");
				}
			}
		}
	}
	cell ("scs8hd_sdfbbp_1") {
		area : 38.787200;
		cell_footprint : "sdfbbp";
		cell_leakage_power : 1.226763e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
			preset : "!SETB";
			clear_preset_var1 : "H";
			clear_preset_var2 : "L";
		}
		test_cell () {
			pin (SETB) {
				direction : "input";
			}
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
				clear : "!RESETB";
				preset : "!SETB";
				clear_preset_var1 : "H";
				clear_preset_var2 : "L";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0023435";
			when : "SETB&RESETB&CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017922";
			when : "SETB&RESETB&CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017899";
			when : "SETB&RESETB&!CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019153";
			when : "SETB&RESETB&CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018490";
			when : "SETB&RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0552388";
			when : "!SETB&RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014581";
			when : "SETB&!RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022427";
			when : "SETB&RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022046";
			when : "SETB&RESETB&CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025465";
			when : "SETB&RESETB&CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025388";
			when : "SETB&RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0555191";
			when : "!SETB&RESETB&CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019218";
			when : "SETB&!RESETB&CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018416";
			when : "SETB&RESETB&CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018798";
			when : "SETB&RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018669";
			when : "SETB&RESETB&CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017614";
			when : "SETB&RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0588741";
			when : "!SETB&RESETB&CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013705";
			when : "SETB&!RESETB&CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018626";
			when : "SETB&RESETB&CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018108";
			when : "SETB&RESETB&!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0626427";
			when : "!SETB&RESETB&CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014199";
			when : "SETB&!RESETB&CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0023421";
			when : "SETB&RESETB&CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018845";
			when : "SETB&RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0552494";
			when : "!SETB&RESETB&CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014936";
			when : "SETB&!RESETB&CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022783";
			when : "SETB&RESETB&CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020671";
			when : "SETB&RESETB&CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025479";
			when : "SETB&RESETB&CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0025374";
			when : "SETB&RESETB&!CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0555190";
			when : "!SETB&RESETB&CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019204";
			when : "SETB&!RESETB&CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0021552";
			when : "SETB&RESETB&CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020622";
			when : "SETB&RESETB&!CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018686";
			when : "!SETB&RESETB&CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014452";
			when : "SETB&!RESETB&CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0020714";
			when : "SETB&RESETB&CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020579";
			when : "SETB&RESETB&!CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0585338";
			when : "!SETB&RESETB&CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0014409";
			when : "SETB&!RESETB&CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0520812";
			when : "!SETB&RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0611084";
			when : "!SETB&RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0574837";
			when : "!SETB&RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0021838";
			when : "SETB&RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017075";
			when : "!SETB&!RESETB&CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015495";
			when : "!SETB&!RESETB&!CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015692";
			when : "!SETB&!RESETB&CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016895";
			when : "SETB&!RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0013397";
			when : "SETB&!RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014628";
			when : "SETB&!RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014273";
			when : "SETB&!RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017240";
			when : "!SETB&!RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0574731";
			when : "!SETB&RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017453";
			when : "!SETB&!RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0520811";
			when : "!SETB&RESETB&!CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0585503";
			when : "!SETB&RESETB&!CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022194";
			when : "SETB&RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017601";
			when : "!SETB&!RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0017808";
			when : "!SETB&!RESETB&CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0648770";
			when : "!SETB&RESETB&!CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020963";
			when : "SETB&RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016371";
			when : "!SETB&!RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016597";
			when : "!SETB&!RESETB&CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0550959";
			when : "!SETB&RESETB&!CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015573";
			when : "!SETB&!RESETB&!CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015732";
			when : "!SETB&!RESETB&CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020115";
			when : "!SETB&!RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020521";
			when : "!SETB&!RESETB&CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020324";
			when : "!SETB&!RESETB&!CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0020507";
			when : "!SETB&!RESETB&CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0021457";
			when : "SETB&RESETB&!CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016859";
			when : "!SETB&!RESETB&!CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016881";
			when : "SETB&!RESETB&!CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0012129";
			when : "SETB&!RESETB&!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0013891";
			when : "SETB&!RESETB&!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0012086";
			when : "SETB&!RESETB&!CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017942";
			when : "SETB&RESETB&!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022708";
			when : "SETB&RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022694";
			when : "SETB&RESETB&!CLK&D&SCD&!SCE&!Q&QN";
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003604;
			capacitance : 0.003456;
			fall_capacitance : 0.003307;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0346211, 0.0978171, 0.2959779", \
					  "-0.2000182, -0.0639180, 0.1159323", \
					  "-0.3469095, -0.2095885, -0.0358418");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1191875, 0.0209290, -0.0380716", \
					  "0.2626120, 0.1655742, 0.1053529", \
					  "0.3948548, 0.2965963, 0.2388164");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1008770, 0.2455221, 0.3850892", \
					  "0.1014954, 0.2168438, 0.3344382", \
					  "0.1877585, 0.2738099, 0.3694316");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2258087, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035911, 0.0035990, 0.0036173, 0.0036270, 0.0036495, 0.0037013, 0.0038207");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0045469, 0.0045240, 0.0044713, 0.0044534, 0.0044119, 0.0043166, 0.0040967");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin RESETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "RESETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1176289, -0.2659362, -0.4250345", \
					  "-0.0877298, -0.2177266, -0.3536315", \
					  "-0.1092956, -0.2392923, -0.3629902");
				}
			}
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001472;
			capacitance : 0.001554;
			rise_capacitance : 0.001636;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0776836, 0.2113424, 0.3264954", \
					  "-0.0523132, 0.0801250, 0.1928366", \
					  "-0.1564798, -0.0240417, 0.0850078");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0370625, -0.1682799, -0.2797708", \
					  "0.0880514, -0.0431660, -0.1509948", \
					  "0.1983216, 0.0646628, -0.0456074");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1983459, 0.8333333, 2.5000000");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "non_seq_setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1176289, -0.0877298, -0.1092956", \
					  "-0.2659362, -0.2177266, -0.2392923", \
					  "-0.4250345, -0.3536315, -0.3629902");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0093583, 0.0092961, 0.0091528, 0.0091579, 0.0091695, 0.0091964, 0.0092584");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0054610, 0.0054283, 0.0053527, 0.0053422, 0.0053179, 0.0052620, 0.0051331");
				}
			}
			/*  Copied from non_seq_setup_rising arc in pin SETB group  */
			timing () {
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				related_pin : "SETB";
				timing_type : "non_seq_hold_rising";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1008770, 0.1014954, 0.1877585", \
					  "0.2455221, 0.2168438, 0.2738099", \
					  "0.3850892, 0.3344382, 0.3694316");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001794;
			capacitance : 0.001691;
			fall_capacitance : 0.001589;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1269427, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1917548, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0171218, 0.0170323, 0.0168262, 0.0168189, 0.0168022, 0.0167639, 0.0166754");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0216774, 0.0216245, 0.0215026, 0.0214842, 0.0214421, 0.0213452, 0.0211216");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001615;
			capacitance : 0.001525;
			fall_capacitance : 0.001435;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1155254, 0.2528463, 0.3765443", \
					  "0.0258118, 0.1558086, 0.2660788", \
					  "-0.0087747, 0.1175599, 0.2266094");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4304668, 0.6483542, 1.1101869", \
					  "0.2882630, 0.5061504, 0.9728658", \
					  "0.1755514, 0.3971009, 0.8601543");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0700215, -0.2061217, -0.3176126", \
					  "0.0001608, -0.1286152, -0.2303405", \
					  "0.0347474, -0.0879251, -0.1920918");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3263691, -0.5466979, -1.0036478", \
					  "-0.2098001, -0.4313496, -0.8907409", \
					  "-0.1056335, -0.3271829, -0.7865742");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016459, 0.0016334, 0.0016046, 0.0015892, 0.0015536, 0.0014718, 0.0012831");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0056182, 0.0055348, 0.0053426, 0.0053454, 0.0053521, 0.0053676, 0.0054034");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001703;
			capacitance : 0.001668;
			fall_capacitance : 0.001632;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1411602, 0.2943503, 0.4729798", \
					  "0.0502259, 0.1997539, 0.3686178", \
					  "0.0180807, 0.1663880, 0.3315899");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2998515, 0.5152975, 0.8880189", \
					  "0.1564271, 0.3718730, 0.7458151", \
					  "0.0424948, 0.2591615, 0.6331035");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0956563, -0.2464049, -0.4140482", \
					  "-0.0266947, -0.1750020, -0.3353210", \
					  "0.0078919, -0.1391947, -0.3019551");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2116230, -0.4282897, -0.8046732", \
					  "-0.0938333, -0.3092793, -0.6881041", \
					  "0.0103333, -0.2063333, -0.5827168");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020385, -0.0020414, -0.0020483, -0.0020552, -0.0020708, -0.0021068, -0.0021899");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021345, 0.0021346, 0.0021349, 0.0021403, 0.0021526, 0.0021814, 0.0022476");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003038;
			capacitance : 0.002906;
			fall_capacitance : 0.002774;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1277324, 0.2797018, 0.4339173", \
					  "0.0392396, 0.1826641, 0.3246725", \
					  "0.0083151, 0.1480775, 0.2864238");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2144023, 0.4396139, 0.7598451", \
					  "0.1234681, 0.3511211, 0.6689108", \
					  "0.0913229, 0.3177552, 0.6343242");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2116230, -0.3074401, -0.3566751", \
					  "-0.0938333, -0.1884297, -0.2388854", \
					  "0.0115540, -0.0854837, -0.1359395");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3336934, -0.5479186, -0.9682474", \
					  "-0.2159036, -0.4313496, -0.8553405", \
					  "-0.1105163, -0.3259622, -0.7511738");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0008734, 0.0008520, 0.0008026, 0.0007905, 0.0007629, 0.0006991, 0.0005522");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0070618, 0.0070050, 0.0068740, 0.0068774, 0.0068851, 0.0069032, 0.0069448");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.149241;
			max_transition : 1.503463;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0093002, -0.0070509, -0.0018462, 0.0088194, 0.0295892, 0.0747896, 0.1865628", \
					  "-0.0092749, -0.0070252, -0.0018288, 0.0088443, 0.0295305, 0.0751858, 0.1854582", \
					  "-0.0092261, -0.0069930, -0.0018334, 0.0087950, 0.0294167, 0.0751302, 0.1875905", \
					  "-0.0092262, -0.0070089, -0.0018679, 0.0087164, 0.0293087, 0.0749210, 0.1862881", \
					  "-0.0092194, -0.0070202, -0.0019229, 0.0086207, 0.0292088, 0.0744599, 0.1869752", \
					  "-0.0091799, -0.0069942, -0.0019203, 0.0085654, 0.0290760, 0.0746771, 0.1849772", \
					  "-0.0089866, -0.0066873, -0.0015603, 0.0087841, 0.0291854, 0.0744753, 0.1869111");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0082239, -0.0047384, 0.0015711, 0.0082369, 0.0046750, -0.0294739, -0.1363239", \
					  "-0.0082036, -0.0047237, 0.0015711, 0.0082484, 0.0046444, -0.0295079, -0.1363506", \
					  "-0.0081533, -0.0046897, 0.0015713, 0.0081728, 0.0045438, -0.0296515, -0.1365089", \
					  "-0.0081581, -0.0047118, 0.0015014, 0.0080517, 0.0043546, -0.0298762, -0.1367634", \
					  "-0.0081546, -0.0047330, 0.0014482, 0.0079229, 0.0041829, -0.0300999, -0.1370024", \
					  "-0.0081202, -0.0047175, 0.0014309, 0.0078401, 0.0040363, -0.0302709, -0.1372063", \
					  "-0.0079972, -0.0045791, 0.0015808, 0.0080388, 0.0042942, -0.0301706, -0.1371042");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0022993, 0.0008640, 0.0065282, 0.0122564, 0.0077521, -0.0262139, -0.1332883", \
					  "-0.0022744, 0.0008801, 0.0065306, 0.0122258, 0.0077163, -0.0262680, -0.1333739", \
					  "-0.0022064, 0.0009405, 0.0065862, 0.0122577, 0.0077250, -0.0262789, -0.1333735", \
					  "-0.0022134, 0.0009314, 0.0065638, 0.0122285, 0.0077010, -0.0263111, -0.1334266", \
					  "-0.0022220, 0.0009193, 0.0065480, 0.0122005, 0.0076314, -0.0263827, -0.1334956", \
					  "-0.0022481, 0.0008748, 0.0064690, 0.0120780, 0.0074494, -0.0266160, -0.1337246", \
					  "-0.0022803, 0.0008387, 0.0064242, 0.0120232, 0.0073892, -0.0267139, -0.1338436");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0007963, 0.0007070, 0.0044601, 0.0128489, 0.0311748, 0.0754345, 0.1867773", \
					  "-0.0008047, 0.0006966, 0.0044309, 0.0128074, 0.0311578, 0.0753900, 0.1852599", \
					  "-0.0008150, 0.0006849, 0.0044326, 0.0127975, 0.0311556, 0.0750319, 0.1870152", \
					  "-0.0008255, 0.0006658, 0.0043897, 0.0127243, 0.0311834, 0.0752944, 0.1865812", \
					  "-0.0008427, 0.0006363, 0.0043428, 0.0126655, 0.0310489, 0.0752193, 0.1864221", \
					  "-0.0008854, 0.0005733, 0.0042430, 0.0124833, 0.0307104, 0.0748966, 0.1860722", \
					  "-0.0009809, 0.0004283, 0.0039950, 0.0122726, 0.0304155, 0.0746136, 0.1857869");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-8.1450000e-05, 0.0028304, 0.0079918, 0.0129836, 0.0077275, -0.0267169, -0.1339555", \
					  "-6.8500000e-05, 0.0028373, 0.0079944, 0.0129656, 0.0077125, -0.0267218, -0.1340454", \
					  "-4.6950000e-05, 0.0028553, 0.0080068, 0.0129805, 0.0077027, -0.0267444, -0.1339912", \
					  "-4.5700000e-05, 0.0028433, 0.0079693, 0.0128895, 0.0075884, -0.0268904, -0.1341900", \
					  "-4.1350000e-05, 0.0028262, 0.0079215, 0.0127881, 0.0074318, -0.0271180, -0.1344390", \
					  "-4.0000000e-06, 0.0028425, 0.0078883, 0.0127063, 0.0072656, -0.0273422, -0.1346811", \
					  "0.0001523, 0.0030682, 0.0082549, 0.0132767, 0.0080831, -0.0273069, -0.1347987");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4752020, 0.4819050, 0.4973171, 0.5348273, 0.6311768, 0.8786165, 1.5180112", \
					  "0.4803151, 0.4870727, 0.5023243, 0.5398426, 0.6362795, 0.8834173, 1.5258574", \
					  "0.4918978, 0.4986765, 0.5139593, 0.5514373, 0.6477920, 0.8949346, 1.5346900", \
					  "0.5191548, 0.5259505, 0.5412780, 0.5788724, 0.6747062, 0.9219430, 1.5615683", \
					  "0.5701989, 0.5769699, 0.5924413, 0.6300426, 0.7261471, 0.9736454, 1.6134373", \
					  "0.6473201, 0.6540981, 0.6693867, 0.7068578, 0.8031820, 1.0505962, 1.6926124", \
					  "0.7527494, 0.7594266, 0.7746994, 0.8122144, 0.9087474, 1.1556972, 1.7952926");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0232715, 0.0298339, 0.0481147, 0.0990714, 0.2345107, 0.5852304, 1.5008874", \
					  "0.0231085, 0.0297297, 0.0480563, 0.0990380, 0.2345517, 0.5848857, 1.5001734", \
					  "0.0230901, 0.0297775, 0.0481130, 0.0990696, 0.2345763, 0.5850993, 1.4978078", \
					  "0.0231464, 0.0298166, 0.0479982, 0.0992472, 0.2344701, 0.5852557, 1.5029540", \
					  "0.0232223, 0.0296916, 0.0480095, 0.0990218, 0.2343538, 0.5842161, 1.4917404", \
					  "0.0230937, 0.0297420, 0.0480757, 0.0989472, 0.2341874, 0.5848525, 1.4885705", \
					  "0.0231020, 0.0297557, 0.0480934, 0.0990359, 0.2339515, 0.5827044, 1.5034631");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3886548, 0.3931587, 0.4025057, 0.4214113, 0.4625908, 0.5642738, 0.8274986", \
					  "0.3933253, 0.3978855, 0.4071765, 0.4260655, 0.4672951, 0.5688698, 0.8320150", \
					  "0.4046977, 0.4092657, 0.4185626, 0.4374586, 0.4786097, 0.5803069, 0.8433074", \
					  "0.4314198, 0.4359780, 0.4452717, 0.4641574, 0.5053891, 0.6069619, 0.8703228", \
					  "0.4824379, 0.4870219, 0.4963230, 0.5152202, 0.5563642, 0.6580417, 0.9211868", \
					  "0.5611646, 0.5657222, 0.5750911, 0.5939636, 0.6351243, 0.7367653, 1.0000546", \
					  "0.6730386, 0.6775974, 0.6868355, 0.7057502, 0.7469700, 0.8485127, 1.1119110");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0159310, 0.0192269, 0.0271003, 0.0454981, 0.0944634, 0.2279817, 0.5784193", \
					  "0.0159287, 0.0191741, 0.0271332, 0.0456806, 0.0944551, 0.2282559, 0.5786869", \
					  "0.0158684, 0.0192064, 0.0270555, 0.0457105, 0.0946399, 0.2280507, 0.5792613", \
					  "0.0159322, 0.0191789, 0.0271358, 0.0456862, 0.0944829, 0.2287543, 0.5810378", \
					  "0.0159707, 0.0192473, 0.0270768, 0.0457246, 0.0943411, 0.2280686, 0.5801231", \
					  "0.0160818, 0.0191843, 0.0270426, 0.0457139, 0.0945700, 0.2277580, 0.5792952", \
					  "0.0159656, 0.0192932, 0.0270005, 0.0456870, 0.0944964, 0.2277020, 0.5783111");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2749572, 0.2795626, 0.2889687, 0.3079087, 0.3492207, 0.4507855, 0.7139366", \
					  "0.2804362, 0.2850238, 0.2943987, 0.3133900, 0.3546110, 0.4563030, 0.7195281", \
					  "0.2945931, 0.2991990, 0.3085944, 0.3275408, 0.3687697, 0.4704241, 0.7336595", \
					  "0.3287729, 0.3334015, 0.3428403, 0.3617578, 0.4029740, 0.5046666, 0.7678941", \
					  "0.4072150, 0.4118210, 0.4212273, 0.4401690, 0.4814839, 0.5830523, 0.8462860", \
					  "0.5645653, 0.5691612, 0.5786193, 0.5975723, 0.6388747, 0.7405301, 1.0037767", \
					  "0.8325682, 0.8372042, 0.8466749, 0.8657509, 0.9070653, 1.0086781, 1.2718423");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0162504, 0.0195667, 0.0273055, 0.0459903, 0.0950105, 0.2282204, 0.5792714", \
					  "0.0161401, 0.0194505, 0.0272974, 0.0459682, 0.0947726, 0.2279217, 0.5786007", \
					  "0.0162575, 0.0195762, 0.0271696, 0.0459954, 0.0948895, 0.2281939, 0.5781423", \
					  "0.0161252, 0.0194147, 0.0272627, 0.0459740, 0.0949210, 0.2279884, 0.5786687", \
					  "0.0162516, 0.0195661, 0.0273125, 0.0459917, 0.0950049, 0.2282157, 0.5780927", \
					  "0.0163413, 0.0196519, 0.0272710, 0.0460145, 0.0950373, 0.2281561, 0.5785445", \
					  "0.0164706, 0.0196793, 0.0275682, 0.0460788, 0.0951424, 0.2281420, 0.5788324");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3065691, 0.3133333, 0.3289881, 0.3666829, 0.4629852, 0.7105515, 1.3528351", \
					  "0.3118883, 0.3189378, 0.3344425, 0.3721920, 0.4684282, 0.7156120, 1.3551654", \
					  "0.3255477, 0.3325032, 0.3481905, 0.3858626, 0.4821625, 0.7296946, 1.3708954", \
					  "0.3587964, 0.3657595, 0.3814366, 0.4191710, 0.5150931, 0.7625127, 1.4025179", \
					  "0.4421888, 0.4491049, 0.4646029, 0.5022997, 0.5986153, 0.8461812, 1.4884385", \
					  "0.6347585, 0.6417284, 0.6574157, 0.6951785, 0.7910634, 1.0384144, 1.6785614", \
					  "1.0268411, 1.0347989, 1.0512649, 1.0892308, 1.1851767, 1.4322828, 2.0726105");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0242445, 0.0308900, 0.0489000, 0.0993976, 0.2339921, 0.5846078, 1.4982761", \
					  "0.0243373, 0.0308246, 0.0489047, 0.0994061, 0.2342710, 0.5846718, 1.4878611", \
					  "0.0243628, 0.0308900, 0.0489170, 0.0994813, 0.2340126, 0.5871239, 1.4963770", \
					  "0.0243361, 0.0307809, 0.0488730, 0.0995236, 0.2340193, 0.5860342, 1.4952031", \
					  "0.0242528, 0.0306895, 0.0488883, 0.0994681, 0.2339778, 0.5844845, 1.4981482", \
					  "0.0244601, 0.0308583, 0.0488425, 0.0994152, 0.2341272, 0.5862691, 1.4927162", \
					  "0.0291074, 0.0349252, 0.0515325, 0.1002897, 0.2341722, 0.5846251, 1.4957747");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.1780954, 0.1826983, 0.1921616, 0.2111981, 0.2524990, 0.3540709, 0.6173326", \
					  "0.1831154, 0.1877239, 0.1972177, 0.2161862, 0.2574527, 0.3592290, 0.6225258", \
					  "0.1941325, 0.1987428, 0.2082093, 0.2271631, 0.2683851, 0.3701284, 0.6334386", \
					  "0.2185182, 0.2231300, 0.2325849, 0.2516057, 0.2929141, 0.3945010, 0.6577104", \
					  "0.2706494, 0.2753041, 0.2847338, 0.3037576, 0.3450039, 0.4468336, 0.7101122", \
					  "0.3581528, 0.3628913, 0.3725390, 0.3917720, 0.4332844, 0.5350844, 0.7982389", \
					  "0.4781379, 0.4831084, 0.4933170, 0.5131084, 0.5550778, 0.6570781, 0.9203721");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0163686, 0.0196518, 0.0274537, 0.0460221, 0.0946531, 0.2285387, 0.5790439", \
					  "0.0163495, 0.0196441, 0.0272995, 0.0458973, 0.0949636, 0.2282662, 0.5794011", \
					  "0.0163811, 0.0194974, 0.0274670, 0.0459176, 0.0950713, 0.2281498, 0.5793160", \
					  "0.0163419, 0.0196275, 0.0274444, 0.0460224, 0.0948093, 0.2278348, 0.5793425", \
					  "0.0163457, 0.0196883, 0.0275009, 0.0460601, 0.0950243, 0.2287149, 0.5786761", \
					  "0.0170675, 0.0203164, 0.0280570, 0.0466851, 0.0953920, 0.2282317, 0.5792885", \
					  "0.0190041, 0.0226043, 0.0303102, 0.0480161, 0.0959398, 0.2281418, 0.5785357");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.136424;
			max_transition : 1.500644;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0092191, -0.0069192, -0.0019050, 0.0082232, 0.0276145, 0.0698442, 0.1711147", \
					  "-0.0091948, -0.0068987, -0.0018838, 0.0082436, 0.0276026, 0.0696543, 0.1716458", \
					  "-0.0091461, -0.0068664, -0.0018820, 0.0081817, 0.0274920, 0.0697379, 0.1703579", \
					  "-0.0091538, -0.0068966, -0.0019579, 0.0080392, 0.0273241, 0.0691463, 0.1712854", \
					  "-0.0091481, -0.0069113, -0.0020137, 0.0079156, 0.0272120, 0.0692732, 0.1694164", \
					  "-0.0091111, -0.0068915, -0.0020247, 0.0078595, 0.0270759, 0.0687935, 0.1702456", \
					  "-0.0089855, -0.0067442, -0.0018141, 0.0080316, 0.0271368, 0.0687189, 0.1706338");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0080691, -0.0044685, 0.0019337, 0.0088047, 0.0063624, -0.0241107, -0.1201830", \
					  "-0.0080432, -0.0044574, 0.0019568, 0.0088095, 0.0063451, -0.0241280, -0.1201733", \
					  "-0.0079914, -0.0044273, 0.0019591, 0.0087664, 0.0062832, -0.0242442, -0.1203777", \
					  "-0.0079984, -0.0044427, 0.0018954, 0.0086807, 0.0061267, -0.0244047, -0.1205213", \
					  "-0.0079919, -0.0044482, 0.0018594, 0.0086003, 0.0059883, -0.0245723, -0.1207141", \
					  "-0.0079464, -0.0044263, 0.0018668, 0.0085784, 0.0059460, -0.0246209, -0.1207732", \
					  "-0.0078301, -0.0042899, 0.0020117, 0.0087460, 0.0062094, -0.0246610, -0.1208227");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0034452, -0.0016678, 0.0024145, 0.0121722, 0.0314658, 0.0728736, 0.1737160", \
					  "-0.0034176, -0.0016426, 0.0024295, 0.0121700, 0.0314603, 0.0729100, 0.1737125", \
					  "-0.0033517, -0.0015866, 0.0024707, 0.0121915, 0.0314554, 0.0727412, 0.1736866", \
					  "-0.0033574, -0.0015968, 0.0024533, 0.0121636, 0.0314176, 0.0726016, 0.1734957", \
					  "-0.0033702, -0.0016184, 0.0024110, 0.0120893, 0.0313064, 0.0726549, 0.1736437", \
					  "-0.0033940, -0.0016567, 0.0023563, 0.0119941, 0.0311609, 0.0723568, 0.1734023", \
					  "-0.0032624, -0.0013024, 0.0030776, 0.0120650, 0.0311551, 0.0723398, 0.1732404");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("-0.0012335, 0.0002855, 0.0038741, 0.0129175, 0.0314057, 0.0720194, 0.1725662", \
					  "-0.0012231, 0.0002940, 0.0038796, 0.0129051, 0.0314155, 0.0723454, 0.1726625", \
					  "-0.0011995, 0.0003128, 0.0038954, 0.0128966, 0.0314133, 0.0720292, 0.1734876", \
					  "-0.0011996, 0.0002994, 0.0038564, 0.0128257, 0.0313152, 0.0720082, 0.1725577", \
					  "-0.0011924, 0.0002886, 0.0038074, 0.0127296, 0.0311324, 0.0717206, 0.1723514", \
					  "-0.0011234, 0.0003909, 0.0038827, 0.0126572, 0.0309486, 0.0715137, 0.1721356", \
					  "-0.0008433, 0.0008978, 0.0048499, 0.0132605, 0.0309530, 0.0715082, 0.1722465");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0004005, 0.0032217, 0.0081405, 0.0128536, 0.0082130, -0.0238513, -0.1207503", \
					  "0.0003914, 0.0032079, 0.0081151, 0.0128087, 0.0081564, -0.0239134, -0.1208235", \
					  "0.0003822, 0.0031972, 0.0081160, 0.0128046, 0.0081532, -0.0239089, -0.1208208", \
					  "0.0003715, 0.0031785, 0.0080803, 0.0127366, 0.0080710, -0.0240069, -0.1209370", \
					  "0.0003550, 0.0031545, 0.0080322, 0.0126663, 0.0079656, -0.0241231, -0.1210406", \
					  "0.0003150, 0.0030971, 0.0079236, 0.0124809, 0.0076875, -0.0244176, -0.1213373", \
					  "0.0002430, 0.0030063, 0.0077845, 0.0122633, 0.0073858, -0.0247301, -0.1216431");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.3398901, 0.3485830, 0.3673014, 0.4094874, 0.5102750, 0.7604117, 1.3949245", \
					  "0.3449640, 0.3536434, 0.3725837, 0.4147392, 0.5155411, 0.7654217, 1.4005940", \
					  "0.3565100, 0.3651937, 0.3841353, 0.4262861, 0.5270868, 0.7766739, 1.4096698", \
					  "0.3828542, 0.3915408, 0.4104929, 0.4526781, 0.5534829, 0.8037296, 1.4372507", \
					  "0.4341344, 0.4428241, 0.4617637, 0.5039311, 0.6047145, 0.8549000, 1.4889527", \
					  "0.5130903, 0.5217730, 0.5407057, 0.5828953, 0.6836828, 0.9338627, 1.5691691", \
					  "0.6245625, 0.6332442, 0.6521973, 0.6944015, 0.7952092, 1.0453679, 1.6816601");
				}
				rise_transition ("del_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("0.0311873, 0.0390576, 0.0587666, 0.1108140, 0.2455358, 0.5940428, 1.5006444", \
					  "0.0313414, 0.0391403, 0.0587713, 0.1107968, 0.2456431, 0.5963197, 1.4934265", \
					  "0.0312311, 0.0390571, 0.0587273, 0.1107905, 0.2450966, 0.5936565, 1.4913324", \
					  "0.0312781, 0.0391667, 0.0587155, 0.1108296, 0.2451102, 0.5956919, 1.4920605", \
					  "0.0312579, 0.0391753, 0.0587655, 0.1108018, 0.2450483, 0.5950339, 1.4826661", \
					  "0.0312679, 0.0390077, 0.0587025, 0.1108073, 0.2452183, 0.5952878, 1.4952867", \
					  "0.0313893, 0.0391481, 0.0587528, 0.1108201, 0.2450693, 0.5934039, 1.4928427");
				}
				cell_fall ("del_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("0.3970448, 0.4058275, 0.4232019, 0.4548700, 0.5125163, 0.6211395, 0.8620423", \
					  "0.4019682, 0.4107380, 0.4279336, 0.4596265, 0.5172644, 0.6258112, 0.8667409", \
					  "0.4134794, 0.4222428, 0.4394430, 0.4711163, 0.5287622, 0.6373189, 0.8782350", \
					  "0.4408380, 0.4496174, 0.4668200, 0.4984911, 0.5561291, 0.6647077, 0.9055950", \
					  "0.4919415, 0.5006683, 0.5178791, 0.5494713, 0.6071361, 0.7157767, 0.9566868", \
					  "0.5689219, 0.5776656, 0.5949415, 0.6266005, 0.6842247, 0.7928004, 1.0337319", \
					  "0.6744340, 0.6831629, 0.7003509, 0.7320273, 0.7896779, 0.8983002, 1.1391962");
				}
				fall_transition ("del_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("0.0371290, 0.0425456, 0.0538199, 0.0774911, 0.1261903, 0.2351654, 0.5356493", \
					  "0.0370435, 0.0425334, 0.0542380, 0.0774629, 0.1253923, 0.2353450, 0.5351762", \
					  "0.0370632, 0.0424473, 0.0543296, 0.0774999, 0.1260278, 0.2359049, 0.5355464", \
					  "0.0370861, 0.0426301, 0.0542547, 0.0775310, 0.1258439, 0.2351816, 0.5375575", \
					  "0.0371100, 0.0425563, 0.0540936, 0.0775026, 0.1263264, 0.2357107, 0.5365652", \
					  "0.0371387, 0.0426624, 0.0540150, 0.0773680, 0.1260332, 0.2351880, 0.5348372", \
					  "0.0371148, 0.0425576, 0.0543529, 0.0775106, 0.1261315, 0.2352511, 0.5335086");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.2261856, 0.2350252, 0.2544171, 0.2978036, 0.4010361, 0.6551919, 1.2898494", \
					  "0.2320567, 0.2408927, 0.2602498, 0.3036038, 0.4068367, 0.6609736, 1.2948296", \
					  "0.2461700, 0.2550081, 0.2743856, 0.3177604, 0.4209757, 0.6751126, 1.3097081", \
					  "0.2802240, 0.2890642, 0.3084573, 0.3518563, 0.4550907, 0.7092268, 1.3435790", \
					  "0.3597724, 0.3686098, 0.3879971, 0.4313750, 0.5346129, 0.7887729, 1.4225855", \
					  "0.5163225, 0.5252323, 0.5447413, 0.5883734, 0.6917347, 0.9459126, 1.5812401", \
					  "0.7839372, 0.7931325, 0.8130974, 0.8573194, 0.9613530, 1.2156410, 1.8506087");
				}
				rise_transition ("del_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("0.0317390, 0.0399670, 0.0603539, 0.1140619, 0.2515407, 0.5972982, 1.4903441", \
					  "0.0315623, 0.0399050, 0.0603040, 0.1140793, 0.2518384, 0.5979166, 1.4894171", \
					  "0.0315966, 0.0398949, 0.0602771, 0.1140363, 0.2514997, 0.5974156, 1.4915975", \
					  "0.0317304, 0.0399449, 0.0603516, 0.1140536, 0.2514629, 0.5974296, 1.4878108", \
					  "0.0316822, 0.0399567, 0.0603097, 0.1140762, 0.2516030, 0.5978297, 1.4915400", \
					  "0.0323263, 0.0404281, 0.0608995, 0.1144996, 0.2521378, 0.5987967, 1.4943334", \
					  "0.0340888, 0.0421686, 0.0625619, 0.1160997, 0.2529925, 0.5983870, 1.4929011");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1296173, 0.1385734, 0.1581362, 0.2016806, 0.3046361, 0.5579239, 1.1921129", \
					  "0.1347076, 0.1436675, 0.1632275, 0.2067841, 0.3097475, 0.5632285, 1.1974941", \
					  "0.1456222, 0.1545921, 0.1741466, 0.2177017, 0.3207036, 0.5742315, 1.2076677", \
					  "0.1700694, 0.1790153, 0.1985402, 0.2420324, 0.3451140, 0.5988301, 1.2328017", \
					  "0.2215195, 0.2306694, 0.2504933, 0.2942248, 0.3974404, 0.6512485, 1.2848337", \
					  "0.3054936, 0.3159581, 0.3377635, 0.3835290, 0.4880579, 0.7421545, 1.3764107", \
					  "0.4153857, 0.4289391, 0.4560939, 0.5075078, 0.6154040, 0.8711901, 1.5049896");
				}
				rise_transition ("del_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("0.0321668, 0.0404285, 0.0609583, 0.1146583, 0.2524610, 0.5981715, 1.4916456", \
					  "0.0322190, 0.0404833, 0.0609525, 0.1146563, 0.2520178, 0.5998463, 1.4891066", \
					  "0.0322108, 0.0405232, 0.0609993, 0.1146503, 0.2517503, 0.5995287, 1.4938426", \
					  "0.0322549, 0.0404013, 0.0609832, 0.1145913, 0.2521688, 0.5974149, 1.4946068", \
					  "0.0337304, 0.0417856, 0.0619542, 0.1149854, 0.2524995, 0.5972145, 1.4925413", \
					  "0.0402602, 0.0485223, 0.0677868, 0.1196013, 0.2548727, 0.5985594, 1.4908634", \
					  "0.0553908, 0.0645409, 0.0834047, 0.1317188, 0.2613647, 0.6021597, 1.4922492");
				}
				cell_fall ("del_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("0.2237169, 0.2329600, 0.2514829, 0.2855310, 0.3472636, 0.4502853, 0.6867192", \
					  "0.2290708, 0.2383750, 0.2568965, 0.2909513, 0.3527034, 0.4557289, 0.6921714", \
					  "0.2427719, 0.2521741, 0.2705778, 0.3047225, 0.3664958, 0.4695376, 0.7060378", \
					  "0.2766564, 0.2853077, 0.3037140, 0.3378057, 0.3995702, 0.5026050, 0.7390705", \
					  "0.3591376, 0.3684584, 0.3869206, 0.4209387, 0.4826938, 0.5857641, 0.8222340", \
					  "0.5516493, 0.5610225, 0.5795376, 0.6135844, 0.6753971, 0.7784236, 1.0149868", \
					  "0.9192568, 0.9325147, 0.9576949, 1.0020668, 1.0744308, 1.1794709, 1.4159085");
				}
				fall_transition ("del_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("0.0406833, 0.0464306, 0.0583543, 0.0848903, 0.1277624, 0.2265904, 0.5301596", \
					  "0.0405595, 0.0463886, 0.0583650, 0.0849070, 0.1278065, 0.2265823, 0.5301786", \
					  "0.0403885, 0.0465200, 0.0583160, 0.0849316, 0.1277728, 0.2263623, 0.5326051", \
					  "0.0405800, 0.0465700, 0.0583476, 0.0849490, 0.1277640, 0.2265570, 0.5338822", \
					  "0.0407103, 0.0463977, 0.0583740, 0.0849664, 0.1278310, 0.2265883, 0.5280618", \
					  "0.0420918, 0.0475247, 0.0596055, 0.0857432, 0.1279668, 0.2257882, 0.5274896", \
					  "0.0641522, 0.0706304, 0.0850017, 0.1125914, 0.1462125, 0.2306210, 0.5267185");
				}
			}
		}
	}
	cell ("scs8hd_sdfrbp_1") {
		area : 35.033600;
		cell_footprint : "sdfrbp";
		cell_leakage_power : 9.207401e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
				clear : "!RESETB";
			}
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
				clear : "!RESETB";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0011426";
			when : "RESETB&CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011001";
			when : "RESETB&CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011680";
			when : "RESETB&CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010903";
			when : "RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010431";
			when : "!RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0006463";
			when : "RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0006329";
			when : "RESETB&CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0005491";
			when : "RESETB&CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0005997";
			when : "RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0010428";
			when : "!RESETB&CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011294";
			when : "RESETB&CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011429";
			when : "RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011267";
			when : "RESETB&CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010475";
			when : "RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010003";
			when : "!RESETB&CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011227";
			when : "RESETB&CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010769";
			when : "RESETB&!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010296";
			when : "!RESETB&CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010283";
			when : "!RESETB&!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0009744";
			when : "!RESETB&!CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011423";
			when : "RESETB&CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0011155";
			when : "RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010682";
			when : "!RESETB&CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0006715";
			when : "RESETB&CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0005295";
			when : "RESETB&CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0005494";
			when : "RESETB&CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0005994";
			when : "RESETB&!CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0010425";
			when : "!RESETB&CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0006036";
			when : "RESETB&CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0005838";
			when : "RESETB&!CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0010269";
			when : "!RESETB&CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0005335";
			when : "RESETB&CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0005798";
			when : "RESETB&!CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0010229";
			when : "!RESETB&CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010406";
			when : "RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010417";
			when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0007731";
			when : "RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0008410";
			when : "RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0008159";
			when : "RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0010404";
			when : "RESETB&!CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010248";
			when : "RESETB&!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0010669";
			when : "!RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0009990";
			when : "!RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0008024";
			when : "RESETB&!CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0010207";
			when : "RESETB&!CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0009784";
			when : "!RESETB&!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0009943";
			when : "!RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0009940";
			when : "!RESETB&!CLK&D&SCD&!SCE&!Q&QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003457;
			capacitance : 0.003464;
			rise_capacitance : 0.003470;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1933125, -0.0303568, 0.3325990", \
					  "-0.3123229, -0.1591328, 0.1794089", \
					  "-0.3945169, -0.2474303, 0.0703594");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2717754, 0.4384095, 0.7785788", \
					  "0.3761374, 0.5403301, 0.8731751", \
					  "0.4497864, 0.6115378, 0.9346172");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3235761, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035467, 0.0035424, 0.0035325, 0.0035404, 0.0035586, 0.0036005, 0.0036971");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0038997, -0.0039504, -0.0040671, -0.0040686, -0.0040720, -0.0040797, -0.0040976");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.002439;
			capacitance : 0.002291;
			fall_capacitance : 0.002143;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0961844, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1653906, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0217332, 0.0216101, 0.0213262, 0.0213250, 0.0213220, 0.0213152, 0.0212995");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0135567, 0.0134939, 0.0133490, 0.0133280, 0.0132795, 0.0131678, 0.0129102");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001643;
			capacitance : 0.001576;
			fall_capacitance : 0.001509;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1118633, 0.2589499, 0.4021790", \
					  "0.0612122, 0.1985332, 0.3283346", \
					  "0.0766745, 0.2103333, 0.3340313");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3291484, 0.5494772, 0.9820131", \
					  "0.2321107, 0.4512187, 0.8874167", \
					  "0.1853171, 0.4044251, 0.8357402");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0663594, -0.2012389, -0.3041849", \
					  "-0.0327982, -0.1627949, -0.2742858", \
					  "-0.0531432, -0.1819193, -0.2946309");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1640156, -0.3819030, -0.7277689", \
					  "-0.1145853, -0.3361348, -0.7344909", \
					  "-0.0824401, -0.3052103, -0.7133320");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016881, 0.0016657, 0.0016141, 0.0015940, 0.0015476, 0.0014408, 0.0011946");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057521, 0.0056900, 0.0055467, 0.0055468, 0.0055471, 0.0055477, 0.0055491");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.162974;
			max_transition : 1.506271;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.06212406, 0.1629738");
					values("-0.0055230, -0.0036146, 0.0008256, 0.0104653, 0.0309522, 0.0793094, 0.2027720", \
					  "-0.0055011, -0.0036068, 0.0008062, 0.0104139, 0.0308797, 0.0795644, 0.2019901", \
					  "-0.0054378, -0.0035557, 0.0008342, 0.0103974, 0.0308282, 0.0794615, 0.2023327", \
					  "-0.0054464, -0.0035903, 0.0007440, 0.0102389, 0.0305935, 0.0787342, 0.2025127", \
					  "-0.0054409, -0.0036120, 0.0006718, 0.0100748, 0.0304589, 0.0788670, 0.2009769", \
					  "-0.0053980, -0.0035873, 0.0006579, 0.0100082, 0.0303287, 0.0782201, 0.2019362", \
					  "-0.0052476, -0.0034151, 0.0009080, 0.0103416, 0.0306102, 0.0788551, 0.2006355");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.06212406, 0.1629738");
					values("-0.0043622, -0.0010583, 0.0049781, 0.0112236, 0.0065186, -0.0314630, -0.1497702", \
					  "-0.0043363, -0.0010383, 0.0049852, 0.0111937, 0.0064767, -0.0314975, -0.1498155", \
					  "-0.0042720, -0.0009780, 0.0050206, 0.0111915, 0.0064556, -0.0315442, -0.1498599", \
					  "-0.0042829, -0.0010263, 0.0049176, 0.0109993, 0.0061791, -0.0318907, -0.1502448", \
					  "-0.0042699, -0.0010291, 0.0048775, 0.0109106, 0.0060176, -0.0320783, -0.1503982", \
					  "-0.0042218, -0.0009892, 0.0048964, 0.0109037, 0.0059987, -0.0321266, -0.1505047", \
					  "-0.0040710, -0.0008081, 0.0051393, 0.0112356, 0.0064514, -0.0317405, -0.1501783");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.06212406, 0.1629738");
					values("0.0007649, 0.0042470, 0.0106328, 0.0173944, 0.0131933, -0.0243315, -0.1424369", \
					  "0.0007674, 0.0042418, 0.0106207, 0.0173752, 0.0131614, -0.0243509, -0.1424696", \
					  "0.0007606, 0.0042232, 0.0105679, 0.0172611, 0.0129904, -0.0245590, -0.1426923", \
					  "0.0007451, 0.0041836, 0.0104955, 0.0171428, 0.0128346, -0.0247551, -0.1428962", \
					  "0.0007281, 0.0041615, 0.0104534, 0.0170712, 0.0127403, -0.0248954, -0.1430253", \
					  "0.0006984, 0.0041212, 0.0103722, 0.0169111, 0.0125410, -0.0251470, -0.1432779", \
					  "0.0006317, 0.0040218, 0.0102098, 0.0166269, 0.0121131, -0.0255941, -0.1437483");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.2691138, 0.2777595, 0.2964813, 0.3376379, 0.4347232, 0.6807542, 1.3293832", \
					  "0.2736972, 0.2823416, 0.3010828, 0.3422070, 0.4393196, 0.6859988, 1.3304637", \
					  "0.2844038, 0.2930451, 0.3117863, 0.3529405, 0.4500302, 0.6968573, 1.3415143", \
					  "0.3073714, 0.3160316, 0.3347666, 0.3759248, 0.4730326, 0.7196814, 1.3652083", \
					  "0.3446691, 0.3533286, 0.3720700, 0.4132239, 0.5103131, 0.7566429, 1.4016507", \
					  "0.3960959, 0.4047600, 0.4234945, 0.4646455, 0.5617330, 0.8078074, 1.4551724", \
					  "0.4558835, 0.4644478, 0.4833149, 0.5244750, 0.6215772, 0.8682069, 1.5116225");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.0292267, 0.0365901, 0.0547434, 0.1029955, 0.2308560, 0.5804711, 1.5013220", \
					  "0.0292100, 0.0365747, 0.0549217, 0.1030439, 0.2312765, 0.5800437, 1.4892922", \
					  "0.0292173, 0.0366401, 0.0547088, 0.1029970, 0.2311614, 0.5794846, 1.4949707", \
					  "0.0290865, 0.0365879, 0.0547363, 0.1030173, 0.2313474, 0.5785381, 1.5000340", \
					  "0.0291985, 0.0364775, 0.0549246, 0.1030070, 0.2313159, 0.5772762, 1.5062708", \
					  "0.0293090, 0.0366843, 0.0547806, 0.1030014, 0.2310272, 0.5772827, 1.5015585", \
					  "0.0293230, 0.0366813, 0.0548780, 0.1030424, 0.2315481, 0.5803285, 1.4919649");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.3122215, 0.3212856, 0.3393971, 0.3732658, 0.4337274, 0.5587111, 0.8666596", \
					  "0.3167301, 0.3258220, 0.3439781, 0.3778656, 0.4382976, 0.5632864, 0.8709948", \
					  "0.3280693, 0.3371295, 0.3552765, 0.3891697, 0.4497206, 0.5746419, 0.8821127", \
					  "0.3517202, 0.3607803, 0.3789154, 0.4127859, 0.4732053, 0.5982499, 0.9066052", \
					  "0.3880957, 0.3971896, 0.4153289, 0.4492038, 0.5096365, 0.6346191, 0.9421220", \
					  "0.4376909, 0.4467504, 0.4648819, 0.4987793, 0.5591847, 0.6841512, 0.9918727", \
					  "0.4912314, 0.5003037, 0.5184633, 0.5523674, 0.6128841, 0.7377600, 1.0455017");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.0342871, 0.0402048, 0.0527031, 0.0771195, 0.1298690, 0.2710121, 0.6717870", \
					  "0.0342002, 0.0402142, 0.0525293, 0.0770419, 0.1303811, 0.2721643, 0.6773284", \
					  "0.0341193, 0.0400150, 0.0525841, 0.0770403, 0.1298963, 0.2710344, 0.6746076", \
					  "0.0342924, 0.0402598, 0.0525999, 0.0772533, 0.1305279, 0.2721585, 0.6778830", \
					  "0.0342519, 0.0401923, 0.0525733, 0.0768260, 0.1294534, 0.2710919, 0.6748048", \
					  "0.0342122, 0.0401872, 0.0526199, 0.0767857, 0.1299905, 0.2719629, 0.6785275", \
					  "0.0341591, 0.0400258, 0.0525960, 0.0769701, 0.1300550, 0.2709275, 0.6732160");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.1959578, 0.2052814, 0.2241942, 0.2595033, 0.3225241, 0.4541600, 0.7609105", \
					  "0.2015624, 0.2109995, 0.2298344, 0.2651629, 0.3281865, 0.4598086, 0.7665483", \
					  "0.2149250, 0.2243151, 0.2431972, 0.2785244, 0.3416246, 0.4731895, 0.7798052", \
					  "0.2491702, 0.2585826, 0.2775052, 0.3128201, 0.3760065, 0.5074394, 0.8141270", \
					  "0.3306441, 0.3400753, 0.3589025, 0.3943328, 0.4578669, 0.5886076, 0.8950471", \
					  "0.5173004, 0.5277906, 0.5478489, 0.5846617, 0.6499155, 0.7769126, 1.0831956", \
					  "0.8593088, 0.8743137, 0.9032364, 0.9547837, 1.0256185, 1.1471739, 1.4535061");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.0365775, 0.0423553, 0.0553748, 0.0811258, 0.1361900, 0.2781786, 0.6728137", \
					  "0.0364776, 0.0427324, 0.0555071, 0.0808539, 0.1362084, 0.2784017, 0.6734815", \
					  "0.0363887, 0.0425088, 0.0554410, 0.0810396, 0.1364033, 0.2777898, 0.6738370", \
					  "0.0363126, 0.0426578, 0.0554717, 0.0808586, 0.1367479, 0.2777438, 0.6722284", \
					  "0.0365245, 0.0423591, 0.0556329, 0.0815596, 0.1377192, 0.2762999, 0.6767100", \
					  "0.0419265, 0.0476303, 0.0604783, 0.0851053, 0.1383133, 0.2724249, 0.6705611", \
					  "0.0670967, 0.0748948, 0.0920264, 0.1154791, 0.1455302, 0.2674837, 0.6695828");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.116282;
			max_transition : 1.505705;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("-0.0051582, -0.0029669, 0.0018521, 0.0111833, 0.0284369, 0.0650257, 0.1502971", \
					  "-0.0051312, -0.0029422, 0.0018554, 0.0111506, 0.0284215, 0.0646198, 0.1504193", \
					  "-0.0050752, -0.0029104, 0.0018554, 0.0110902, 0.0283479, 0.0649155, 0.1496874", \
					  "-0.0050803, -0.0029427, 0.0017844, 0.0109563, 0.0281255, 0.0645322, 0.1500862", \
					  "-0.0050715, -0.0029477, 0.0017430, 0.0108721, 0.0279853, 0.0644789, 0.1492045", \
					  "-0.0050206, -0.0028991, 0.0017803, 0.0108766, 0.0279837, 0.0640407, 0.1496092", \
					  "-0.0048235, -0.0026137, 0.0020863, 0.0111671, 0.0283072, 0.0642430, 0.1483268");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("-0.0041414, -0.0009042, 0.0046910, 0.0104487, 0.0080365, -0.0180995, -0.0983259", \
					  "-0.0041126, -0.0008837, 0.0046891, 0.0104465, 0.0080082, -0.0181391, -0.0983706", \
					  "-0.0040601, -0.0008516, 0.0046785, 0.0103740, 0.0078747, -0.0183142, -0.0985700", \
					  "-0.0040712, -0.0008890, 0.0045875, 0.0102063, 0.0076513, -0.0185877, -0.0988718", \
					  "-0.0040672, -0.0009102, 0.0045156, 0.0100666, 0.0074240, -0.0188600, -0.0991517", \
					  "-0.0040206, -0.0008724, 0.0045360, 0.0100326, 0.0073788, -0.0189174, -0.0992274", \
					  "-0.0038767, -0.0007124, 0.0047423, 0.0103006, 0.0076344, -0.0187439, -0.0991501");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00123992, 0.003074804, 0.007625022, 0.01890884, 0.0468909, 0.1162819");
					values("-0.0004069, 0.0014484, 0.0064112, 0.0172948, 0.0351757, 0.0716566, 0.1565745", \
					  "-0.0004180, 0.0014430, 0.0064031, 0.0171941, 0.0350829, 0.0717752, 0.1565496", \
					  "-0.0004176, 0.0014357, 0.0063803, 0.0170948, 0.0349257, 0.0716769, 0.1570663", \
					  "-0.0003955, 0.0014710, 0.0064556, 0.0170846, 0.0348531, 0.0715339, 0.1563544", \
					  "-0.0003384, 0.0016234, 0.0066625, 0.0169671, 0.0347079, 0.0710960, 0.1567346", \
					  "-0.0001961, 0.0019753, 0.0069435, 0.0168011, 0.0344278, 0.0711869, 0.1564590", \
					  "-0.0001421, 0.0021593, 0.0070404, 0.0165600, 0.0341512, 0.0705158, 0.1556988");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.3627297, 0.3699576, 0.3869428, 0.4277434, 0.5283847, 0.7761787, 1.3928183", \
					  "0.3673706, 0.3746006, 0.3915137, 0.4326443, 0.5330748, 0.7812883, 1.3963976", \
					  "0.3787742, 0.3860149, 0.4030347, 0.4440464, 0.5445241, 0.7927245, 1.4139055", \
					  "0.4023398, 0.4095931, 0.4265745, 0.4674223, 0.5680653, 0.8161780, 1.4323360", \
					  "0.4388732, 0.4460792, 0.4630110, 0.5041132, 0.6047729, 0.8524078, 1.4731849", \
					  "0.4884780, 0.4958045, 0.5127176, 0.5535374, 0.6541717, 0.9026607, 1.5198072", \
					  "0.5413585, 0.5485530, 0.5654979, 0.6065958, 0.7069980, 0.9552973, 1.5722930");
				}
				rise_transition ("del_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("0.0230526, 0.0316688, 0.0540070, 0.1112075, 0.2539466, 0.6102411, 1.4972364", \
					  "0.0230536, 0.0316536, 0.0540934, 0.1109892, 0.2542516, 0.6095615, 1.5043922", \
					  "0.0230317, 0.0315678, 0.0539418, 0.1111136, 0.2543368, 0.6115281, 1.4880225", \
					  "0.0230282, 0.0315084, 0.0542176, 0.1110295, 0.2542854, 0.6108498, 1.5006193", \
					  "0.0229916, 0.0315526, 0.0539626, 0.1110813, 0.2537502, 0.6094635, 1.4884918", \
					  "0.0230752, 0.0316236, 0.0540580, 0.1111249, 0.2541929, 0.6098901, 1.5057050", \
					  "0.0229834, 0.0315176, 0.0540454, 0.1110502, 0.2537242, 0.6082835, 1.4916031");
				}
				cell_fall ("del_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("0.3141697, 0.3189081, 0.3281985, 0.3470242, 0.3878488, 0.4863649, 0.7308781", \
					  "0.3187675, 0.3234575, 0.3328364, 0.3516615, 0.3925183, 0.4909085, 0.7359027", \
					  "0.3294479, 0.3341444, 0.3435241, 0.3623479, 0.4032040, 0.5015970, 0.7459817", \
					  "0.3528549, 0.3574757, 0.3668678, 0.3856806, 0.4265715, 0.5249962, 0.7689894", \
					  "0.3900583, 0.3947164, 0.4040411, 0.4228584, 0.4636866, 0.5621266, 0.8065828", \
					  "0.4418106, 0.4465102, 0.4558540, 0.4746943, 0.5155610, 0.6141116, 0.8587148", \
					  "0.5008607, 0.5055804, 0.5148552, 0.5336659, 0.5744922, 0.6730225, 0.9174604");
				}
				fall_transition ("del_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("0.0156070, 0.0190884, 0.0273511, 0.0469838, 0.0968051, 0.2264329, 0.5519965", \
					  "0.0156664, 0.0191391, 0.0274370, 0.0468804, 0.0971241, 0.2259292, 0.5522420", \
					  "0.0156601, 0.0191419, 0.0274326, 0.0468772, 0.0971212, 0.2270600, 0.5554235", \
					  "0.0156338, 0.0191731, 0.0274197, 0.0468906, 0.0966605, 0.2270433, 0.5552992", \
					  "0.0154284, 0.0191731, 0.0273339, 0.0468226, 0.0970960, 0.2267933, 0.5536764", \
					  "0.0154618, 0.0190974, 0.0274422, 0.0470046, 0.0967008, 0.2268965, 0.5586475", \
					  "0.0156301, 0.0192474, 0.0272719, 0.0470178, 0.0968742, 0.2268081, 0.5575964");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00123992, 0.0030748, 0.00762502, 0.0189088, 0.0468909, 0.116282");
					values("0.2476972, 0.2550756, 0.2718525, 0.3127959, 0.4134687, 0.6618501, 1.2796433", \
					  "0.2529438, 0.2602454, 0.2771655, 0.3179963, 0.4186749, 0.6668381, 1.2827114", \
					  "0.2663428, 0.2736689, 0.2905284, 0.3313938, 0.4320791, 0.6802972, 1.2978283", \
					  "0.3007654, 0.3080894, 0.3249601, 0.3658104, 0.4665119, 0.7147535, 1.3297248", \
					  "0.3822435, 0.3895356, 0.4064566, 0.4472992, 0.5480283, 0.7962455, 1.4141996", \
					  "0.5705243, 0.5778900, 0.5948929, 0.6358847, 0.7366645, 0.9850679, 1.6042697", \
					  "0.9238848, 0.9319775, 0.9493314, 0.9905334, 1.0913666, 1.3395846, 1.9558679");
				}
				rise_transition ("del_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("0.0233241, 0.0317531, 0.0542427, 0.1113005, 0.2537903, 0.6082570, 1.4919604", \
					  "0.0234608, 0.0318499, 0.0541006, 0.1112367, 0.2536817, 0.6093345, 1.5026590", \
					  "0.0234067, 0.0318393, 0.0541810, 0.1111333, 0.2538046, 0.6084137, 1.4975324", \
					  "0.0234181, 0.0318456, 0.0541502, 0.1112675, 0.2537254, 0.6093003, 1.5036367", \
					  "0.0234881, 0.0318761, 0.0542301, 0.1111153, 0.2541694, 0.6095188, 1.4987190", \
					  "0.0240744, 0.0322238, 0.0542366, 0.1112153, 0.2538117, 0.6090433, 1.4879935", \
					  "0.0291448, 0.0361977, 0.0563559, 0.1123247, 0.2543473, 0.6099238, 1.5033738");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001920;
			capacitance : 0.001821;
			fall_capacitance : 0.001722;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2107402, 0.3456198, 0.5303529", \
					  "0.1503236, 0.2839824, 0.4613913", \
					  "0.1706686, 0.3055482, 0.4817363");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4207012, 0.6324851, 1.0406068", \
					  "0.3236634, 0.5366680, 0.9447897", \
					  "0.2805319, 0.4935365, 0.9016582");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1457051, -0.2769225, -0.4433450", \
					  "-0.1182474, -0.2519063, -0.4232116", \
					  "-0.1422546, -0.2771341, -0.4521016");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2445820, -0.4575866, -0.8290873", \
					  "-0.2134622, -0.4264668, -0.8248229", \
					  "-0.1886413, -0.3979837, -0.8024433");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021592, -0.0021577, -0.0021541, -0.0021610, -0.0021768, -0.0022133, -0.0022975");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022123, 0.0022131, 0.0022149, 0.0022203, 0.0022328, 0.0022615, 0.0023279");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004201;
			capacitance : 0.004293;
			fall_capacitance : 0.004384;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1948711, 0.3895651, 0.6341126", \
					  "0.1381165, 0.3267070, 0.5590475", \
					  "0.1584616, 0.3470521, 0.5659648");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2021953, 0.4237448, 0.7207825", \
					  "0.1503236, 0.3718730, 0.6676901", \
					  "0.1670065, 0.3861146, 0.6831524");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2006367, -0.3245299, -0.4140482", \
					  "-0.1707376, -0.2848652, -0.3695007", \
					  "-0.1410338, -0.2576029, -0.3410176");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2006367, -0.4075378, -0.7704935", \
					  "-0.1512064, -0.3568867, -0.7515808", \
					  "-0.1202819, -0.3247415, -0.7243183");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003099, -0.0003546, -0.0004577, -0.0004767, -0.0005204, -0.0006212, -0.0008536");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0092976, 0.0091926, 0.0089503, 0.0089595, 0.0089807, 0.0090295, 0.0091419");
				}
			}
		}
	}
	cell ("scs8hd_sdfrbp_2") {
		area : 36.284800;
		cell_footprint : "sdfrbp";
		cell_leakage_power : 1.692290e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
				clear : "!RESETB";
			}
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
				clear : "!RESETB";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0019261";
			when : "RESETB&CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018836";
			when : "RESETB&CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019515";
			when : "RESETB&CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018739";
			when : "RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018266";
			when : "!RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0013939";
			when : "RESETB&CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013804";
			when : "RESETB&CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0012966";
			when : "RESETB&CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013472";
			when : "RESETB&!CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018263";
			when : "!RESETB&CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019130";
			when : "RESETB&CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019264";
			when : "RESETB&CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019103";
			when : "RESETB&CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018311";
			when : "RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017838";
			when : "!RESETB&CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019063";
			when : "RESETB&CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018604";
			when : "RESETB&!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018132";
			when : "!RESETB&CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019259";
			when : "RESETB&CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018990";
			when : "RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018517";
			when : "!RESETB&CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014190";
			when : "RESETB&CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0012770";
			when : "RESETB&CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0012969";
			when : "RESETB&CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013469";
			when : "RESETB&!CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018118";
			when : "!RESETB&!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017580";
			when : "!RESETB&!CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018261";
			when : "!RESETB&CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0013511";
			when : "RESETB&CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013314";
			when : "RESETB&!CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018105";
			when : "!RESETB&CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0012810";
			when : "RESETB&CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0013273";
			when : "RESETB&!CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018065";
			when : "!RESETB&CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018242";
			when : "RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018253";
			when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015206";
			when : "RESETB&!CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015885";
			when : "RESETB&!CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015634";
			when : "RESETB&!CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018239";
			when : "RESETB&!CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018083";
			when : "RESETB&!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018504";
			when : "!RESETB&!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017825";
			when : "!RESETB&!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015499";
			when : "RESETB&!CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018043";
			when : "RESETB&!CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017620";
			when : "!RESETB&!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017779";
			when : "!RESETB&!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0017776";
			when : "!RESETB&!CLK&D&SCD&!SCE&!Q&QN";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003464;
			capacitance : 0.003467;
			rise_capacitance : 0.003470;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1933125, -0.0218118, 0.3814271", \
					  "-0.3123229, -0.1493672, 0.2257956", \
					  "-0.3945169, -0.2388854, 0.1155254");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2717754, 0.4384095, 0.7785788", \
					  "0.3761374, 0.5403301, 0.8731751", \
					  "0.4497864, 0.6127584, 0.9346172");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3158866, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035566, 0.0035491, 0.0035318, 0.0035411, 0.0035626, 0.0036121, 0.0037262");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039496, -0.0039890, -0.0040798, -0.0040809, -0.0040833, -0.0040889, -0.0041018");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.002450;
			capacitance : 0.002287;
			fall_capacitance : 0.002124;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1049725, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1686861, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0217252, 0.0216011, 0.0213150, 0.0213138, 0.0213111, 0.0213049, 0.0212906");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0135564, 0.0134944, 0.0133514, 0.0133233, 0.0132585, 0.0131092, 0.0127649");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001644;
			capacitance : 0.001576;
			fall_capacitance : 0.001509;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1118633, 0.2601706, 0.4033997", \
					  "0.0612122, 0.1985332, 0.3283346", \
					  "0.0766745, 0.2103333, 0.3340313");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3315899, 0.5519186, 0.9844545", \
					  "0.2333314, 0.4524395, 0.8886374", \
					  "0.1865378, 0.4068665, 0.8381816");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0651387, -0.2000182, -0.3017435", \
					  "-0.0327982, -0.1627949, -0.2730651", \
					  "-0.0531432, -0.1819193, -0.2946309");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1627949, -0.3806823, -0.7253275", \
					  "-0.1145853, -0.3361348, -0.7344909", \
					  "-0.0824401, -0.3052103, -0.7133320");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016869, 0.0016648, 0.0016139, 0.0015939, 0.0015478, 0.0014414, 0.0011961");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057516, 0.0056895, 0.0055462, 0.0055461, 0.0055457, 0.0055450, 0.0055432");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.220652;
			max_transition : 1.505400;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001379621, 0.003806706, 0.01050362, 0.02898201, 0.07996837, 0.220652");
					values("-0.0054556, -0.0032674, 0.0020915, 0.0142643, 0.0407097, 0.1045420, 0.2758644", \
					  "-0.0054282, -0.0032460, 0.0021021, 0.0142410, 0.0405855, 0.1046075, 0.2745021", \
					  "-0.0053637, -0.0031962, 0.0021232, 0.0142292, 0.0406258, 0.1044957, 0.2769204", \
					  "-0.0053685, -0.0032268, 0.0020371, 0.0140268, 0.0403008, 0.1045176, 0.2744051", \
					  "-0.0053500, -0.0032287, 0.0019886, 0.0139198, 0.0400460, 0.1038929, 0.2747212", \
					  "-0.0052863, -0.0031836, 0.0019981, 0.0138683, 0.0399517, 0.1037339, 0.2752141", \
					  "-0.0050603, -0.0028785, 0.0024396, 0.0143469, 0.0405013, 0.1044073, 0.2747313");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001379621, 0.003806706, 0.01050362, 0.02898201, 0.07996837, 0.220652");
					values("-0.0042508, -0.0004541, 0.0069581, 0.0150187, 0.0089348, -0.0423647, -0.2084948", \
					  "-0.0042268, -0.0004271, 0.0069866, 0.0150423, 0.0089029, -0.0424105, -0.2084685", \
					  "-0.0041608, -0.0003726, 0.0070159, 0.0150602, 0.0088433, -0.0424385, -0.2085196", \
					  "-0.0041639, -0.0004060, 0.0069111, 0.0148508, 0.0085945, -0.0428595, -0.2089628", \
					  "-0.0041433, -0.0003967, 0.0068871, 0.0147636, 0.0084496, -0.0429640, -0.2090820", \
					  "-0.0040742, -0.0003356, 0.0069390, 0.0147700, 0.0084077, -0.0429822, -0.2090957", \
					  "-0.0038773, -9.0750000e-05, 0.0072851, 0.0152611, 0.0090901, -0.0424828, -0.2087873");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001379621, 0.003806706, 0.01050362, 0.02898201, 0.07996837, 0.220652");
					values("0.0008505, 0.0048173, 0.0125953, 0.0212097, 0.0156235, -0.0352501, -0.2011476", \
					  "0.0008589, 0.0048337, 0.0125910, 0.0212027, 0.0156171, -0.0352748, -0.2011777", \
					  "0.0008529, 0.0048094, 0.0125489, 0.0210727, 0.0154649, -0.0354801, -0.2014057", \
					  "0.0008399, 0.0047882, 0.0124878, 0.0209921, 0.0152813, -0.0356840, -0.2016181", \
					  "0.0008257, 0.0047619, 0.0124388, 0.0208979, 0.0151985, -0.0357836, -0.2016968", \
					  "0.0007896, 0.0047098, 0.0123474, 0.0207604, 0.0150553, -0.0359827, -0.2019683", \
					  "0.0007245, 0.0046173, 0.0122022, 0.0204601, 0.0145314, -0.0365287, -0.2024179");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00137962, 0.00380671, 0.0105036, 0.028982, 0.0799684, 0.220652");
					values("0.2926607, 0.3004850, 0.3181564, 0.3576356, 0.4534076, 0.6967971, 1.3582755", \
					  "0.2972409, 0.3050709, 0.3227861, 0.3621891, 0.4580031, 0.7013689, 1.3611188", \
					  "0.3077344, 0.3154789, 0.3331793, 0.3725403, 0.4683856, 0.7118108, 1.3742161", \
					  "0.3311633, 0.3389831, 0.3566693, 0.3960978, 0.4918493, 0.7351652, 1.3978292", \
					  "0.3687024, 0.3765296, 0.3942278, 0.4336083, 0.5294085, 0.7728185, 1.4327414", \
					  "0.4197140, 0.4275393, 0.4452125, 0.4846660, 0.5804821, 0.8238190, 1.4842915", \
					  "0.4792647, 0.4871038, 0.5048170, 0.5442833, 0.6400511, 0.8835608, 1.5416202");
				}
				rise_transition ("del_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("0.0314631, 0.0380112, 0.0547597, 0.0990880, 0.2215358, 0.5554003, 1.5054005", \
					  "0.0316217, 0.0380710, 0.0547391, 0.0990887, 0.2214731, 0.5542785, 1.4960707", \
					  "0.0317456, 0.0382688, 0.0548080, 0.0991663, 0.2215683, 0.5541242, 1.5044871", \
					  "0.0316142, 0.0380782, 0.0546991, 0.0991316, 0.2215737, 0.5549732, 1.4914350", \
					  "0.0315757, 0.0380657, 0.0547477, 0.0991137, 0.2211474, 0.5553205, 1.5051923", \
					  "0.0314746, 0.0380997, 0.0547287, 0.0990742, 0.2210046, 0.5542297, 1.4973678", \
					  "0.0316717, 0.0381141, 0.0547675, 0.0991559, 0.2216464, 0.5540339, 1.4926592");
				}
				cell_fall ("del_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("0.3266547, 0.3334046, 0.3476744, 0.3744875, 0.4242261, 0.5202875, 0.7311759", \
					  "0.3312326, 0.3379901, 0.3522605, 0.3791134, 0.4287287, 0.5248361, 0.7357492", \
					  "0.3425801, 0.3493119, 0.3635425, 0.3903693, 0.4400454, 0.5361401, 0.7470027", \
					  "0.3661788, 0.3729288, 0.3872026, 0.4140285, 0.4636936, 0.5598022, 0.7707080", \
					  "0.4025612, 0.4093694, 0.4235779, 0.4504401, 0.5000400, 0.5961581, 0.8070367", \
					  "0.4520346, 0.4588003, 0.4730313, 0.4998879, 0.5495944, 0.6456858, 0.8565297", \
					  "0.5057613, 0.5125786, 0.5267910, 0.5536207, 0.6033140, 0.6994268, 0.9103157");
				}
				fall_transition ("del_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("0.0339084, 0.0379356, 0.0467266, 0.0654244, 0.1049251, 0.1947326, 0.4483360", \
					  "0.0339190, 0.0379070, 0.0465535, 0.0648793, 0.1048790, 0.1950680, 0.4469992", \
					  "0.0339480, 0.0378182, 0.0465899, 0.0649202, 0.1048977, 0.1947867, 0.4491006", \
					  "0.0339082, 0.0379420, 0.0466405, 0.0653998, 0.1050944, 0.1949555, 0.4466021", \
					  "0.0340141, 0.0379078, 0.0465601, 0.0654949, 0.1049960, 0.1948871, 0.4464620", \
					  "0.0340042, 0.0379189, 0.0466873, 0.0648898, 0.1048209, 0.1945988, 0.4474651", \
					  "0.0340098, 0.0379776, 0.0467109, 0.0654492, 0.1051176, 0.1948661, 0.4483108");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_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("0.2119798, 0.2190886, 0.2339492, 0.2617435, 0.3138089, 0.4161380, 0.6245300", \
					  "0.2175020, 0.2246447, 0.2396443, 0.2677276, 0.3197488, 0.4220767, 0.6303586", \
					  "0.2311714, 0.2383465, 0.2532655, 0.2810041, 0.3332186, 0.4355666, 0.6436958", \
					  "0.2653482, 0.2724174, 0.2875179, 0.3154914, 0.3677256, 0.4700276, 0.6776822", \
					  "0.3465330, 0.3536823, 0.3685429, 0.3967147, 0.4491227, 0.5510594, 0.7575982", \
					  "0.5356139, 0.5431556, 0.5585754, 0.5867972, 0.6405395, 0.7381996, 0.9431248", \
					  "0.8915391, 0.9022879, 0.9244430, 0.9661824, 1.0229397, 1.1118112, 1.3167537");
				}
				fall_transition ("del_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("0.0367639, 0.0407490, 0.0497906, 0.0692742, 0.1114741, 0.2008001, 0.4428361", \
					  "0.0369730, 0.0407773, 0.0497323, 0.0690086, 0.1115598, 0.2008118, 0.4422758", \
					  "0.0367732, 0.0406524, 0.0496231, 0.0693186, 0.1114583, 0.2006508, 0.4425516", \
					  "0.0367889, 0.0409024, 0.0498183, 0.0690218, 0.1115847, 0.2002483, 0.4424522", \
					  "0.0368711, 0.0407469, 0.0502116, 0.0699530, 0.1128527, 0.1986193, 0.4415229", \
					  "0.0406605, 0.0446634, 0.0533455, 0.0730154, 0.1147287, 0.1928287, 0.4400992", \
					  "0.0664789, 0.0714881, 0.0838470, 0.0986221, 0.1161285, 0.1837890, 0.4389143");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.249033;
			max_transition : 1.504744;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("-0.0055164, -0.0033366, 0.0022128, 0.0150373, 0.0433026, 0.1145118, 0.3068244", \
					  "-0.0054870, -0.0033092, 0.0022477, 0.0150163, 0.0433134, 0.1139284, 0.3086532", \
					  "-0.0054274, -0.0032674, 0.0022481, 0.0149652, 0.0432173, 0.1137962, 0.3060435", \
					  "-0.0054250, -0.0032794, 0.0021889, 0.0148409, 0.0430504, 0.1142691, 0.3093744", \
					  "-0.0054033, -0.0032812, 0.0021507, 0.0147414, 0.0428439, 0.1133108, 0.3075678", \
					  "-0.0053301, -0.0032063, 0.0022220, 0.0148054, 0.0429464, 0.1140373, 0.3090908", \
					  "-0.0050876, -0.0028755, 0.0026498, 0.0152243, 0.0431854, 0.1134464, 0.3082437");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("-0.0044290, -0.0007581, 0.0065310, 0.0143277, 0.0061986, -0.0524640, -0.2429734", \
					  "-0.0044036, -0.0007415, 0.0065442, 0.0143301, 0.0061931, -0.0525144, -0.2430522", \
					  "-0.0043423, -0.0006973, 0.0065390, 0.0142632, 0.0060287, -0.0527163, -0.2432441", \
					  "-0.0043468, -0.0007301, 0.0064537, 0.0140796, 0.0057643, -0.0529937, -0.2435787", \
					  "-0.0043234, -0.0007227, 0.0064212, 0.0139901, 0.0056240, -0.0532026, -0.2437951", \
					  "-0.0042578, -0.0006739, 0.0064397, 0.0139540, 0.0055435, -0.0533162, -0.2438953", \
					  "-0.0040745, -0.0004644, 0.0066870, 0.0142762, 0.0060263, -0.0530937, -0.2438275");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001407725, 0.003963381, 0.0111587, 0.03141678, 0.08845239, 0.2490334");
					values("-0.0004994, 0.0017514, 0.0076767, 0.0211517, 0.0501893, 0.1209320, 0.3152941", \
					  "-0.0005014, 0.0017579, 0.0076422, 0.0210804, 0.0499382, 0.1215380, 0.3171260", \
					  "-0.0004889, 0.0017614, 0.0076625, 0.0211106, 0.0499435, 0.1208342, 0.3152970", \
					  "-0.0004977, 0.0017481, 0.0075907, 0.0209361, 0.0497094, 0.1213499, 0.3170946", \
					  "-0.0004902, 0.0017672, 0.0075961, 0.0208417, 0.0495934, 0.1212428, 0.3170885", \
					  "-0.0004847, 0.0018063, 0.0076205, 0.0207492, 0.0493761, 0.1210102, 0.3162543", \
					  "-0.0005511, 0.0017100, 0.0074329, 0.0204507, 0.0489226, 0.1199497, 0.3160136");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.4614529, 0.4672570, 0.4808026, 0.5128729, 0.5979551, 0.8345210, 1.5049150", \
					  "0.4666330, 0.4723935, 0.4858653, 0.5176287, 0.6027974, 0.8395110, 1.5113910", \
					  "0.4779254, 0.4837531, 0.4972027, 0.5292066, 0.6145161, 0.8511629, 1.5238298", \
					  "0.5014700, 0.5073886, 0.5207955, 0.5527559, 0.6378246, 0.8744701, 1.5440091", \
					  "0.5379124, 0.5437124, 0.5572030, 0.5891691, 0.6742958, 0.9109389, 1.5826722", \
					  "0.5877134, 0.5936120, 0.6070470, 0.6390250, 0.7240888, 0.9607638, 1.6315351", \
					  "0.6403897, 0.6462397, 0.6596065, 0.6915642, 0.7765056, 1.0135451, 1.6850743");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0250421, 0.0298221, 0.0428699, 0.0822912, 0.2003290, 0.5367812, 1.4839907", \
					  "0.0249069, 0.0297947, 0.0427467, 0.0821904, 0.2003329, 0.5363853, 1.4985682", \
					  "0.0249005, 0.0296533, 0.0428132, 0.0821227, 0.1998220, 0.5361868, 1.4821031", \
					  "0.0250040, 0.0296135, 0.0427259, 0.0823224, 0.2000064, 0.5366601, 1.4880611", \
					  "0.0252820, 0.0300611, 0.0428037, 0.0821180, 0.2002753, 0.5364821, 1.4986018", \
					  "0.0249479, 0.0296785, 0.0426332, 0.0824642, 0.2000145, 0.5368003, 1.4982007", \
					  "0.0253174, 0.0299816, 0.0428560, 0.0820910, 0.2000834, 0.5338636, 1.5047440");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.3927885, 0.3971448, 0.4066070, 0.4250558, 0.4620907, 0.5449782, 0.7645446", \
					  "0.3972215, 0.4015742, 0.4109916, 0.4297907, 0.4665909, 0.5492962, 0.7688152", \
					  "0.4081436, 0.4125005, 0.4219503, 0.4408330, 0.4774554, 0.5602582, 0.7794796", \
					  "0.4309131, 0.4352886, 0.4447523, 0.4632146, 0.5002483, 0.5831414, 0.8024481", \
					  "0.4687262, 0.4731364, 0.4826182, 0.5013874, 0.5381449, 0.6208876, 0.8403127", \
					  "0.5196910, 0.5240197, 0.5335359, 0.5522249, 0.5889595, 0.6717871, 0.8908113", \
					  "0.5790994, 0.5835303, 0.5930307, 0.6118058, 0.6484352, 0.7314119, 0.9504325");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0230218, 0.0255507, 0.0314750, 0.0460474, 0.0801301, 0.1745035, 0.4631849", \
					  "0.0231045, 0.0257643, 0.0317175, 0.0458948, 0.0796295, 0.1758834, 0.4607944", \
					  "0.0230792, 0.0256971, 0.0316685, 0.0456488, 0.0800651, 0.1755794, 0.4638460", \
					  "0.0231512, 0.0255652, 0.0315424, 0.0460767, 0.0801801, 0.1757434, 0.4616981", \
					  "0.0231558, 0.0257513, 0.0319823, 0.0455244, 0.0799733, 0.1750738, 0.4601813", \
					  "0.0230676, 0.0257472, 0.0316918, 0.0455397, 0.0802610, 0.1749130, 0.4665235", \
					  "0.0231495, 0.0255630, 0.0316840, 0.0456183, 0.0801625, 0.1755438, 0.4655443");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.3541988, 0.3600402, 0.3737944, 0.4061295, 0.4915784, 0.7283266, 1.3978778", \
					  "0.3596415, 0.3657469, 0.3792749, 0.4115912, 0.4969818, 0.7339952, 1.4044804", \
					  "0.3738941, 0.3799152, 0.3936804, 0.4261120, 0.5113944, 0.7481910, 1.4175355", \
					  "0.4077951, 0.4137212, 0.4274341, 0.4598631, 0.5452774, 0.7820742, 1.4519885", \
					  "0.4897562, 0.4957693, 0.5095415, 0.5421656, 0.6272737, 0.8638293, 1.5334477", \
					  "0.6832420, 0.6893429, 0.7030441, 0.7351173, 0.8200438, 1.0567252, 1.7282960", \
					  "1.0637677, 1.0694384, 1.0825018, 1.1142570, 1.1991477, 1.4362556, 2.1040516");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140773, 0.00396338, 0.0111587, 0.0314168, 0.0884524, 0.249033");
					values("0.0263401, 0.0311603, 0.0438153, 0.0833170, 0.2000857, 0.5363708, 1.4922349", \
					  "0.0262925, 0.0308234, 0.0439192, 0.0834425, 0.2003341, 0.5364996, 1.4921022", \
					  "0.0263517, 0.0309801, 0.0438239, 0.0831018, 0.2003195, 0.5353810, 1.4956930", \
					  "0.0264174, 0.0313374, 0.0439913, 0.0831871, 0.2000518, 0.5358358, 1.4911077", \
					  "0.0267627, 0.0312394, 0.0441029, 0.0832459, 0.2000623, 0.5356626, 1.4928322", \
					  "0.0268308, 0.0313961, 0.0437694, 0.0826977, 0.1998075, 0.5358993, 1.4950720", \
					  "0.0237187, 0.0282082, 0.0414420, 0.0816112, 0.1984414, 0.5393597, 1.4929634");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001920;
			capacitance : 0.001821;
			fall_capacitance : 0.001722;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2107402, 0.3456198, 0.5303529", \
					  "0.1515443, 0.2852031, 0.4613913", \
					  "0.1718893, 0.3055482, 0.4817363");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4231426, 0.6349264, 1.0418274", \
					  "0.3261048, 0.5378887, 0.9472311", \
					  "0.2817526, 0.4947572, 0.9028789");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1444844, -0.2757018, -0.4421243", \
					  "-0.1170267, -0.2506855, -0.4219909", \
					  "-0.1422546, -0.2771341, -0.4521016");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2433613, -0.4551452, -0.8278665", \
					  "-0.2134622, -0.4252461, -0.8223815", \
					  "-0.1886413, -0.3979837, -0.8024433");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021583, -0.0021573, -0.0021552, -0.0021621, -0.0021780, -0.0022147, -0.0022993");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022120, 0.0022129, 0.0022150, 0.0022204, 0.0022329, 0.0022615, 0.0023275");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004201;
			capacitance : 0.004292;
			fall_capacitance : 0.004384;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1960918, 0.3907858, 0.6341126", \
					  "0.1381165, 0.3267070, 0.5590475", \
					  "0.1584616, 0.3470521, 0.5659648");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2034160, 0.4237448, 0.7207825", \
					  "0.1503236, 0.3718730, 0.6664694", \
					  "0.1670065, 0.3861146, 0.6831524");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1981953, -0.3220885, -0.4116068", \
					  "-0.1707376, -0.2848652, -0.3695007", \
					  "-0.1410338, -0.2576029, -0.3410176");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1994160, -0.4050964, -0.7680521", \
					  "-0.1512064, -0.3568867, -0.7503600", \
					  "-0.1202819, -0.3247415, -0.7230976");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003115, -0.0003558, -0.0004579, -0.0004766, -0.0005199, -0.0006196, -0.0008493");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0092972, 0.0091921, 0.0089498, 0.0089628, 0.0089930, 0.0090625, 0.0092227");
				}
			}
		}
	}
	cell ("scs8hd_sdfrtn_1") {
		area : 31.280000;
		cell_footprint : "sdfrtn";
		cell_leakage_power : 8.774998e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "!CLKN";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLKN) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (SCD) {
				direction : "input";
				signal_type : "test_scan_in";
			}
			pin (SCE) {
				direction : "input";
				signal_type : "test_scan_enable";
			}
			ff (IQ,IQN) {
				clocked_on : "!CLKN";
				next_state : "D";
				clear : "!RESETB";
			}
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLKN) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (SCD) {
				direction : "input";
				signal_type : "test_scan_in";
			}
			pin (SCE) {
				direction : "input";
				signal_type : "test_scan_enable";
			}
			ff (IQ,IQN) {
				clocked_on : "!CLKN";
				next_state : "D";
				clear : "!RESETB";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0010992";
			when : "RESETB&!CLKN&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010567";
			when : "RESETB&!CLKN&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0011246";
			when : "RESETB&!CLKN&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010472";
			when : "RESETB&CLKN&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009997";
			when : "!RESETB&!CLKN&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006030";
			when : "RESETB&!CLKN&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005895";
			when : "RESETB&!CLKN&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005057";
			when : "RESETB&!CLKN&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005566";
			when : "RESETB&CLKN&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0009994";
			when : "!RESETB&!CLKN&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010860";
			when : "RESETB&!CLKN&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009852";
			when : "!RESETB&CLKN&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009313";
			when : "!RESETB&CLKN&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010995";
			when : "RESETB&!CLKN&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010834";
			when : "RESETB&!CLKN&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010044";
			when : "RESETB&CLKN&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009569";
			when : "!RESETB&!CLKN&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010793";
			when : "RESETB&!CLKN&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010338";
			when : "RESETB&CLKN&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009862";
			when : "!RESETB&!CLKN&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010989";
			when : "RESETB&!CLKN&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010723";
			when : "RESETB&CLKN&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010248";
			when : "!RESETB&!CLKN&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006281";
			when : "RESETB&!CLKN&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0004861";
			when : "RESETB&!CLKN&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005060";
			when : "RESETB&!CLKN&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005563";
			when : "RESETB&CLKN&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0009991";
			when : "!RESETB&!CLKN&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0005602";
			when : "RESETB&!CLKN&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005407";
			when : "RESETB&CLKN&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0009835";
			when : "!RESETB&!CLKN&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0004902";
			when : "RESETB&!CLKN&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005367";
			when : "RESETB&CLKN&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0009795";
			when : "!RESETB&!CLKN&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0007728";
			when : "RESETB&CLKN&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0009975";
			when : "RESETB&CLKN&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009986";
			when : "!RESETB&CLKN&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0007300";
			when : "RESETB&CLKN&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0007979";
			when : "RESETB&CLKN&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0009972";
			when : "RESETB&CLKN&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009817";
			when : "RESETB&CLKN&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010237";
			when : "!RESETB&CLKN&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009558";
			when : "!RESETB&CLKN&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0007593";
			when : "RESETB&CLKN&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0009776";
			when : "RESETB&CLKN&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009353";
			when : "!RESETB&CLKN&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009512";
			when : "!RESETB&CLKN&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009509";
			when : "!RESETB&CLKN&D&SCD&!SCE&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003436;
			capacitance : 0.003457;
			rise_capacitance : 0.003478;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "recovery_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2763203, -0.1304544, 0.1519349", \
					  "-0.5320495, -0.3947285, -0.1514017", \
					  "-0.8840189, -0.7637878, -0.5619648");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "removal_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3718730, 0.5385072, 0.8847800", \
					  "0.5995260, 0.7661602, 1.1112123", \
					  "0.9148743, 1.0815085, 1.4228984");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1807697, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035127, 0.0035197, 0.0035357, 0.0035450, 0.0035665, 0.0036160, 0.0037300");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0034552, -0.0035147, -0.0036519, -0.0036535, -0.0036571, -0.0036654, -0.0036847");
				}
			}
		}
		pin (CLKN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			fall_capacitance : 0.002117;
			capacitance : 0.002282;
			rise_capacitance : 0.002448;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1082680, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1467159, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0156525, 0.0156018, 0.0154850, 0.0154539, 0.0153823, 0.0152172, 0.0148367");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0198767, 0.0197528, 0.0194671, 0.0194551, 0.0194274, 0.0193636, 0.0192164");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001628;
			capacitance : 0.001576;
			fall_capacitance : 0.001523;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0349590, 0.1893698, 0.3448060", \
					  "-0.2012389, -0.0504902, 0.1037253", \
					  "-0.5165872, -0.3743835, -0.2311543");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3401348, 0.5604636, 0.9917786", \
					  "0.1735169, 0.3938457, 0.8202780", \
					  "-0.0551615, 0.1639466, 0.5842754");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0325176, -0.0950378, -0.1821146", \
					  "0.2540671, 0.1252910, 0.0284486", \
					  "0.5559876, 0.4284323, 0.3218242");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1847676, -0.4063170, -0.7875833", \
					  "-0.0010599, -0.2201680, -0.6002136", \
					  "0.2337220, 0.0146139, -0.3690937");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016955, 0.0016706, 0.0016131, 0.0015945, 0.0015515, 0.0014524, 0.0012240");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057526, 0.0056907, 0.0055480, 0.0055485, 0.0055494, 0.0055516, 0.0055566");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.162974;
			max_transition : 1.496770;
			internal_power () {
				related_pin : "CLKN";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.06212406, 0.1629738");
					values("0.0150978, 0.0162653, 0.0191481, 0.0261933, 0.0439246, 0.0903488, 0.2133074", \
					  "0.0150333, 0.0162044, 0.0190747, 0.0260499, 0.0438680, 0.0906879, 0.2115847", \
					  "0.0151113, 0.0162796, 0.0191454, 0.0261384, 0.0440776, 0.0909183, 0.2111330", \
					  "0.0150263, 0.0161951, 0.0190642, 0.0260421, 0.0438734, 0.0907408, 0.2118896", \
					  "0.0150452, 0.0162059, 0.0190769, 0.0260688, 0.0438999, 0.0906392, 0.2118969", \
					  "0.0152551, 0.0164261, 0.0192986, 0.0262814, 0.0441027, 0.0909806, 0.2121516", \
					  "0.0164187, 0.0174564, 0.0201124, 0.0268944, 0.0450825, 0.0916967, 0.2137317");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.06212406, 0.1629738");
					values("0.0107220, 0.0100737, 0.0081990, 0.0022624, -0.0150815, -0.0617039, -0.1843676", \
					  "0.0106583, 0.0100172, 0.0081477, 0.0022085, -0.0151398, -0.0617776, -0.1844427", \
					  "0.0107401, 0.0100874, 0.0082160, 0.0023045, -0.0150559, -0.0616890, -0.1843558", \
					  "0.0106300, 0.0099621, 0.0080925, 0.0021719, -0.0151899, -0.0618179, -0.1844828", \
					  "0.0103839, 0.0097293, 0.0078692, 0.0019566, -0.0154069, -0.0620338, -0.1846974", \
					  "0.0101358, 0.0095142, 0.0076283, 0.0017326, -0.0156075, -0.0622442, -0.1849003", \
					  "0.0120426, 0.0111194, 0.0086680, 0.0020607, -0.0156335, -0.0620318, -0.1846944");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.06212406, 0.1629738");
					values("0.0103145, 0.0096285, 0.0082903, 0.0044347, -0.0030288, -0.0486266, -0.1712718", \
					  "0.0101081, 0.0095468, 0.0079895, 0.0043616, -0.0032047, -0.0488289, -0.1714144", \
					  "0.0098623, 0.0091773, 0.0077798, 0.0042633, -0.0034288, -0.0490911, -0.1717371", \
					  "0.0098493, 0.0092225, 0.0078086, 0.0044668, -0.0034321, -0.0491440, -0.1717532", \
					  "0.0098882, 0.0091984, 0.0079967, 0.0052044, -0.0034026, -0.0493164, -0.1719055", \
					  "0.0100466, 0.0097587, 0.0090996, 0.0071907, -0.0034048, -0.0495845, -0.1721661", \
					  "0.0240762, 0.0231089, 0.0205667, 0.0138330, -0.0038370, -0.0499425, -0.1724712");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "falling_edge";
				timing_sense : "non_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, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.3091459, 0.3169326, 0.3340394, 0.3724057, 0.4666605, 0.7113797, 1.3528236", \
					  "0.3143854, 0.3222125, 0.3393121, 0.3776207, 0.4723715, 0.7173785, 1.3573004", \
					  "0.3287277, 0.3364678, 0.3535758, 0.3918904, 0.4866380, 0.7317323, 1.3727089", \
					  "0.3635021, 0.3713006, 0.3883760, 0.4266475, 0.5213586, 0.7664789, 1.4075094", \
					  "0.4436413, 0.4513759, 0.4685361, 0.5068366, 0.6015253, 0.8465826, 1.4875358", \
					  "0.6022985, 0.6100928, 0.6271734, 0.6654466, 0.7601887, 1.0052765, 1.6460744", \
					  "0.8721564, 0.8799381, 0.8969946, 0.9352551, 1.0299148, 1.2740446, 1.9199675");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.0254130, 0.0323029, 0.0499701, 0.0971466, 0.2266494, 0.5723718, 1.4916751", \
					  "0.0253845, 0.0324575, 0.0499295, 0.0969819, 0.2268105, 0.5746077, 1.4828356", \
					  "0.0254090, 0.0324152, 0.0498502, 0.0970212, 0.2269429, 0.5738531, 1.4810119", \
					  "0.0252668, 0.0323707, 0.0498819, 0.0969091, 0.2262273, 0.5733696, 1.4911595", \
					  "0.0253741, 0.0324044, 0.0498791, 0.0969582, 0.2262982, 0.5744235, 1.4925816", \
					  "0.0252583, 0.0323327, 0.0498276, 0.0968665, 0.2264799, 0.5740707, 1.4967695", \
					  "0.0251393, 0.0321930, 0.0498141, 0.0968697, 0.2264725, 0.5712531, 1.4915318");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.2669578, 0.2741631, 0.2884204, 0.3154541, 0.3678419, 0.4851529, 0.7840390", \
					  "0.2722985, 0.2795184, 0.2937943, 0.3208050, 0.3732028, 0.4904088, 0.7891173", \
					  "0.2864976, 0.2937033, 0.3080367, 0.3349335, 0.3873932, 0.5046374, 0.8036690", \
					  "0.3210018, 0.3282271, 0.3425344, 0.3694668, 0.4219353, 0.5392035, 0.8386219", \
					  "0.4008004, 0.4080133, 0.4223409, 0.4492431, 0.5017065, 0.6189031, 0.9178128", \
					  "0.5545497, 0.5618076, 0.5760596, 0.6029717, 0.6555100, 0.7727976, 1.0716174", \
					  "0.8155866, 0.8228220, 0.8371722, 0.8641904, 0.9166960, 1.0339114, 1.3324911");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.0261332, 0.0306460, 0.0403817, 0.0624028, 0.1149080, 0.2589456, 0.6539483", \
					  "0.0261192, 0.0308810, 0.0403214, 0.0620372, 0.1150560, 0.2575777, 0.6554465", \
					  "0.0261019, 0.0307147, 0.0408097, 0.0625521, 0.1146258, 0.2591483, 0.6576837", \
					  "0.0261636, 0.0306668, 0.0407589, 0.0625710, 0.1149392, 0.2590829, 0.6541280", \
					  "0.0261035, 0.0307159, 0.0407961, 0.0625646, 0.1146190, 0.2588494, 0.6522666", \
					  "0.0261844, 0.0307518, 0.0404407, 0.0624011, 0.1151645, 0.2573396, 0.6559054", \
					  "0.0263324, 0.0309775, 0.0409959, 0.0623251, 0.1150699, 0.2591818, 0.6508498");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.1550489, 0.1624549, 0.1772659, 0.2050236, 0.2586375, 0.3797239, 0.6817634", \
					  "0.1599547, 0.1673514, 0.1821872, 0.2099472, 0.2635075, 0.3846753, 0.6866376", \
					  "0.1733973, 0.1808007, 0.1956334, 0.2233417, 0.2768509, 0.3982364, 0.7000159", \
					  "0.2079727, 0.2154943, 0.2303204, 0.2580094, 0.3116138, 0.4332955, 0.7346281", \
					  "0.2900754, 0.2974613, 0.3122554, 0.3399002, 0.3935597, 0.5164565, 0.8165321", \
					  "0.4664724, 0.4751272, 0.4919124, 0.5220602, 0.5779980, 0.7023434, 1.0006114", \
					  "0.7741368, 0.7865645, 0.8093544, 0.8485692, 0.9160739, 1.0427622, 1.3400082");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00131168, 0.00344101, 0.00902701, 0.0236811, 0.0621241, 0.162974");
					values("0.0275440, 0.0321273, 0.0429085, 0.0648631, 0.1177034, 0.2656218, 0.6566700", \
					  "0.0276375, 0.0323391, 0.0422425, 0.0643503, 0.1176884, 0.2657109, 0.6571921", \
					  "0.0279419, 0.0322147, 0.0427105, 0.0645024, 0.1177828, 0.2657937, 0.6553384", \
					  "0.0274937, 0.0322379, 0.0426074, 0.0644738, 0.1174824, 0.2658073, 0.6582744", \
					  "0.0275256, 0.0321450, 0.0426171, 0.0645526, 0.1176958, 0.2657312, 0.6572639", \
					  "0.0351069, 0.0398858, 0.0496833, 0.0706220, 0.1227797, 0.2650637, 0.6524497", \
					  "0.0537824, 0.0603198, 0.0724020, 0.0963885, 0.1471748, 0.2741964, 0.6521929");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001895;
			capacitance : 0.001821;
			fall_capacitance : 0.001746;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1448223, 0.2821432, 0.4693177", \
					  "-0.0974792, 0.0386211, 0.2294577", \
					  "-0.4262552, -0.2913757, -0.1078633");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4329082, 0.6446921, 1.0528138", \
					  "0.2687318, 0.4817363, 0.8874167", \
					  "0.0437155, 0.2542786, 0.6575176");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0407246, -0.1719421, -0.3310404", \
					  "0.1771628, 0.0459453, -0.1168151", \
					  "0.4766419, 0.3429831, 0.1790020");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2812031, -0.4942077, -0.8815775", \
					  "-0.0950540, -0.3080586, -0.6966491", \
					  "0.1360658, -0.0744974, -0.4643086");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021618, -0.0021601, -0.0021561, -0.0021628, -0.0021782, -0.0022138, -0.0022957");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022098, 0.0022130, 0.0022202, 0.0022238, 0.0022319, 0.0022507, 0.0022940");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004284;
			capacitance : 0.004302;
			fall_capacitance : 0.004321;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLKN";
				timing_type : "setup_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1289531, 0.3260885, 0.5767396", \
					  "-0.1133483, 0.0837871, 0.3381003", \
					  "-0.4396829, -0.2474303, -0.0004414");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1265117, 0.3480612, 0.6463197", \
					  "-0.1109069, 0.1118633, 0.4076804", \
					  "-0.4299173, -0.2071471, 0.0898906");
				}
			}
			timing () {
				related_pin : "CLKN";
				timing_type : "hold_falling";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2360371, -0.3526061, -0.4384623", \
					  "-0.0498880, -0.1664570, -0.2523132", \
					  "0.1775697, 0.0658835, -0.0175312");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2213887, -0.4295104, -0.8107767", \
					  "-0.0389017, -0.2421406, -0.6246276", \
					  "0.1971009, -0.0085794, -0.3935078");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002138, -0.0002605, -0.0003681, -0.0003865, -0.0004290, -0.0005270, -0.0007528");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0091968, 0.0090962, 0.0088643, 0.0088680, 0.0088767, 0.0088968, 0.0089430");
				}
			}
		}
	}
	cell ("scs8hd_sdfrtp_1") {
		area : 31.280000;
		cell_footprint : "sdfrtp";
		cell_leakage_power : 8.775001e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
				clear : "!RESETB";
			}
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
				clear : "!RESETB";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0009850";
			when : "!RESETB&!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009312";
			when : "!RESETB&!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010993";
			when : "RESETB&CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010568";
			when : "RESETB&CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0011247";
			when : "RESETB&CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010471";
			when : "RESETB&!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009993";
			when : "!RESETB&CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0005603";
			when : "RESETB&CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005406";
			when : "RESETB&!CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0009837";
			when : "!RESETB&CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0004903";
			when : "RESETB&CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005366";
			when : "RESETB&!CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0009797";
			when : "!RESETB&CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009998";
			when : "!RESETB&CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006031";
			when : "RESETB&CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005896";
			when : "RESETB&CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005059";
			when : "RESETB&CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005565";
			when : "RESETB&!CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0009995";
			when : "!RESETB&CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010862";
			when : "RESETB&CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010996";
			when : "RESETB&CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010835";
			when : "RESETB&CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010043";
			when : "RESETB&!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009570";
			when : "!RESETB&CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010795";
			when : "RESETB&CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010336";
			when : "RESETB&!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009863";
			when : "!RESETB&CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010991";
			when : "RESETB&CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010722";
			when : "RESETB&!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010249";
			when : "!RESETB&CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006282";
			when : "RESETB&CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0004863";
			when : "RESETB&CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005061";
			when : "RESETB&CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005562";
			when : "RESETB&!CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0009974";
			when : "RESETB&!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009985";
			when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0007298";
			when : "RESETB&!CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0007977";
			when : "RESETB&!CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0007726";
			when : "RESETB&!CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0009971";
			when : "RESETB&!CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009815";
			when : "RESETB&!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010236";
			when : "!RESETB&!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009557";
			when : "!RESETB&!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0007592";
			when : "RESETB&!CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0009775";
			when : "RESETB&!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009352";
			when : "!RESETB&!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0009511";
			when : "!RESETB&!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0009508";
			when : "!RESETB&!CLK&D&SCD&!SCE&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003442;
			capacitance : 0.003430;
			rise_capacitance : 0.003417;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2018574, -0.0535501, 0.2483705", \
					  "-0.3196471, -0.1798848, 0.0976217", \
					  "-0.4018412, -0.2694030, -0.0089863");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2705547, 0.4371888, 0.7773581", \
					  "0.3736960, 0.5403301, 0.8719544", \
					  "0.4497864, 0.6115378, 0.9346172");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3016059, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035147, 0.0035201, 0.0035325, 0.0035420, 0.0035637, 0.0036139, 0.0037295");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039887, -0.0040175, -0.0040841, -0.0040867, -0.0040927, -0.0041065, -0.0041383");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.002428;
			capacitance : 0.002272;
			fall_capacitance : 0.002117;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0906919, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1675876, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0217461, 0.0216237, 0.0213416, 0.0213405, 0.0213378, 0.0213318, 0.0213178");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0135569, 0.0134940, 0.0133489, 0.0133293, 0.0132842, 0.0131803, 0.0129407");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001644;
			capacitance : 0.001576;
			fall_capacitance : 0.001509;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1057598, 0.2540671, 0.3948548", \
					  "0.0587708, 0.1960918, 0.3234518", \
					  "0.0754538, 0.2078919, 0.3315899");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3303691, 0.5519186, 0.9844545", \
					  "0.2333314, 0.4524395, 0.8886374", \
					  "0.1865378, 0.4056458, 0.8369609");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0651387, -0.2000182, -0.3017435", \
					  "-0.0327982, -0.1627949, -0.2730651", \
					  "-0.0531432, -0.1819193, -0.2934102");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1762227, -0.3953307, -0.7534036", \
					  "-0.1243509, -0.3446797, -0.7491393", \
					  "-0.0897643, -0.3113138, -0.7243183");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016938, 0.0016696, 0.0016139, 0.0015938, 0.0015474, 0.0014407, 0.0011945");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057516, 0.0056896, 0.0055467, 0.0055465, 0.0055458, 0.0055443, 0.0055408");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.163889;
			max_transition : 1.505597;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0126850, 0.0138530, 0.0167257, 0.0237269, 0.0415633, 0.0887307, 0.2114768", \
					  "0.0126759, 0.0138390, 0.0167018, 0.0237377, 0.0418227, 0.0882892, 0.2117114", \
					  "0.0125290, 0.0136993, 0.0165756, 0.0235712, 0.0414535, 0.0885775, 0.2104995", \
					  "0.0121463, 0.0133280, 0.0161969, 0.0232152, 0.0410593, 0.0877366, 0.2115464", \
					  "0.0119711, 0.0131402, 0.0160093, 0.0230203, 0.0410802, 0.0879286, 0.2106849", \
					  "0.0122098, 0.0132528, 0.0158599, 0.0228895, 0.0406390, 0.0872486, 0.2106958", \
					  "0.0127294, 0.0137289, 0.0164315, 0.0233131, 0.0411654, 0.0878686, 0.2107426");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0116415, 0.0109620, 0.0090650, 0.0030702, -0.0143558, -0.0612299, -0.1846619", \
					  "0.0116452, 0.0109546, 0.0090687, 0.0030871, -0.0143520, -0.0612228, -0.1846596", \
					  "0.0116653, 0.0108882, 0.0090429, 0.0030754, -0.0143274, -0.0612126, -0.1846291", \
					  "0.0112509, 0.0105618, 0.0086601, 0.0026955, -0.0147533, -0.0616383, -0.1850633", \
					  "0.0110722, 0.0104017, 0.0084697, 0.0025317, -0.0149233, -0.0618048, -0.1852302", \
					  "0.0122695, 0.0113362, 0.0088312, 0.0025295, -0.0149272, -0.0618088, -0.1852541", \
					  "0.0134192, 0.0124477, 0.0099976, 0.0033856, -0.0143702, -0.0613471, -0.1848127");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001312905, 0.003447441, 0.009052329, 0.02376971, 0.06241475, 0.1638893");
					values("0.0099463, 0.0098564, 0.0099581, 0.0048534, -0.0125912, -0.0594915, -0.1828326", \
					  "0.0098243, 0.0097398, 0.0098469, 0.0047405, -0.0127139, -0.0596023, -0.1829277", \
					  "0.0098183, 0.0095999, 0.0098547, 0.0047178, -0.0127292, -0.0596088, -0.1830267", \
					  "0.0096755, 0.0095244, 0.0096926, 0.0045466, -0.0129040, -0.0597740, -0.1831792", \
					  "0.0095817, 0.0094911, 0.0095567, 0.0043741, -0.0130784, -0.0599289, -0.1833196", \
					  "0.0090504, 0.0088403, 0.0092920, 0.0039607, -0.0134827, -0.0602917, -0.1836158", \
					  "0.0139882, 0.0130172, 0.0104563, 0.0037198, -0.0140501, -0.0605840, -0.1838864");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00131291, 0.00344744, 0.00905233, 0.0237697, 0.0624148, 0.163889");
					values("0.2459212, 0.2537143, 0.2708108, 0.3092182, 0.4043857, 0.6503795, 1.2948957", \
					  "0.2504159, 0.2582128, 0.2753133, 0.3137727, 0.4087564, 0.6543636, 1.3023341", \
					  "0.2613471, 0.2691232, 0.2862136, 0.3245989, 0.4197301, 0.6660845, 1.3106521", \
					  "0.2840713, 0.2918979, 0.3090313, 0.3474810, 0.4426137, 0.6882977, 1.3342991", \
					  "0.3220636, 0.3298690, 0.3469590, 0.3853876, 0.4804720, 0.7258634, 1.3729293", \
					  "0.3725338, 0.3803770, 0.3975177, 0.4359727, 0.5308004, 0.7773703, 1.4211419", \
					  "0.4318905, 0.4396964, 0.4568064, 0.4952190, 0.5903745, 0.8363994, 1.4800656");
				}
				rise_transition ("del_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("0.0252123, 0.0322591, 0.0498015, 0.0972135, 0.2279479, 0.5769657, 1.4968832", \
					  "0.0251883, 0.0322155, 0.0497506, 0.0969897, 0.2272328, 0.5788442, 1.4986196", \
					  "0.0251042, 0.0322135, 0.0498186, 0.0970764, 0.2274621, 0.5775160, 1.5055974", \
					  "0.0253855, 0.0323290, 0.0498070, 0.0972267, 0.2278900, 0.5764508, 1.4975948", \
					  "0.0252423, 0.0322087, 0.0497542, 0.0972208, 0.2276303, 0.5782745, 1.4984716", \
					  "0.0254356, 0.0323532, 0.0498577, 0.0972275, 0.2269398, 0.5784388, 1.5003000", \
					  "0.0253140, 0.0323379, 0.0498544, 0.0972553, 0.2279504, 0.5762816, 1.4968586");
				}
				cell_fall ("del_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("0.2741845, 0.2814370, 0.2957417, 0.3226912, 0.3753333, 0.4931014, 0.7934132", \
					  "0.2789331, 0.2861563, 0.3004259, 0.3274689, 0.3799384, 0.4978698, 0.7989783", \
					  "0.2903100, 0.2975238, 0.3117960, 0.3387793, 0.3914189, 0.5093320, 0.8106430", \
					  "0.3136490, 0.3208761, 0.3351125, 0.3621086, 0.4147360, 0.5325940, 0.8335004", \
					  "0.3502730, 0.3575342, 0.3717894, 0.3987995, 0.4514222, 0.5693039, 0.8702920", \
					  "0.3998458, 0.4070697, 0.4213424, 0.4483948, 0.5010011, 0.6188363, 0.9196914", \
					  "0.4534870, 0.4606809, 0.4749590, 0.5020453, 0.5546347, 0.6723622, 0.9730805");
				}
				fall_transition ("del_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("0.0261505, 0.0306011, 0.0404192, 0.0620969, 0.1156347, 0.2606878, 0.6615711", \
					  "0.0261457, 0.0306540, 0.0404059, 0.0621329, 0.1152085, 0.2592312, 0.6579697", \
					  "0.0262001, 0.0306135, 0.0409326, 0.0627142, 0.1150093, 0.2599126, 0.6594769", \
					  "0.0262080, 0.0306479, 0.0405104, 0.0628189, 0.1153834, 0.2597764, 0.6589232", \
					  "0.0261227, 0.0306172, 0.0407507, 0.0628065, 0.1157774, 0.2606614, 0.6614504", \
					  "0.0261454, 0.0306476, 0.0403577, 0.0622126, 0.1146845, 0.2592029, 0.6560325", \
					  "0.0261824, 0.0306836, 0.0404318, 0.0624548, 0.1155553, 0.2583644, 0.6553562");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_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("0.1557669, 0.1636229, 0.1794726, 0.2097619, 0.2659345, 0.3816992, 0.6826602", \
					  "0.1607567, 0.1685952, 0.1844478, 0.2147551, 0.2709500, 0.3868118, 0.6879463", \
					  "0.1740160, 0.1819084, 0.1977138, 0.2280453, 0.2842769, 0.4000424, 0.7008549", \
					  "0.2071053, 0.2149640, 0.2308412, 0.2610663, 0.3173000, 0.4332387, 0.7333794", \
					  "0.2902882, 0.2980536, 0.3137998, 0.3439888, 0.4002116, 0.5161742, 0.8170689", \
					  "0.4667291, 0.4759843, 0.4940521, 0.5270403, 0.5843747, 0.7001715, 1.0012826", \
					  "0.7758904, 0.7889918, 0.8141287, 0.8583073, 0.9232499, 1.0393327, 1.3391925");
				}
				fall_transition ("del_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("0.0290331, 0.0346246, 0.0456526, 0.0700169, 0.1183159, 0.2554601, 0.6563551", \
					  "0.0292543, 0.0345217, 0.0457470, 0.0700883, 0.1180093, 0.2558408, 0.6558537", \
					  "0.0291667, 0.0341811, 0.0458306, 0.0699807, 0.1181303, 0.2555738, 0.6538720", \
					  "0.0291635, 0.0345173, 0.0456120, 0.0700410, 0.1180209, 0.2577762, 0.6639947", \
					  "0.0293172, 0.0346154, 0.0459187, 0.0702580, 0.1181490, 0.2562909, 0.6593979", \
					  "0.0376932, 0.0424693, 0.0537678, 0.0763496, 0.1205638, 0.2556995, 0.6555210", \
					  "0.0578687, 0.0650907, 0.0788801, 0.1018467, 0.1342038, 0.2602539, 0.6588752");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001920;
			capacitance : 0.001821;
			fall_capacitance : 0.001722;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2021953, 0.3370749, 0.5205872", \
					  "0.1478822, 0.2815410, 0.4565085", \
					  "0.1694479, 0.3031068, 0.4780742");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4231426, 0.6337057, 1.0418274", \
					  "0.3261048, 0.5378887, 0.9460104", \
					  "0.2817526, 0.4935365, 0.9028789");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1444844, -0.2757018, -0.4421243", \
					  "-0.1170267, -0.2506855, -0.4219909", \
					  "-0.1422546, -0.2771341, -0.4508809");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2641133, -0.4771179, -0.8547220", \
					  "-0.2232279, -0.4362324, -0.8358093", \
					  "-0.1935241, -0.4040872, -0.8085469");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021614, -0.0021588, -0.0021530, -0.0021598, -0.0021755, -0.0022116, -0.0022949");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022092, 0.0022111, 0.0022155, 0.0022193, 0.0022279, 0.0022478, 0.0022935");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004202;
			capacitance : 0.004293;
			fall_capacitance : 0.004385;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1875469, 0.3822409, 0.6243470", \
					  "0.1344544, 0.3230449, 0.5529440", \
					  "0.1560202, 0.3446107, 0.5623027");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1973125, 0.4188620, 0.7158997", \
					  "0.1478822, 0.3694316, 0.6640280", \
					  "0.1645651, 0.3848939, 0.6807109");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1237324, -0.3062194, -0.5104837", \
					  "-0.0987161, -0.2799824, -0.4854675", \
					  "-0.1288268, -0.3088724, -0.5106953");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2152852, -0.4197448, -0.7900247", \
					  "-0.1597513, -0.3654316, -0.7637878", \
					  "-0.1251647, -0.3308451, -0.7304219");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003091, -0.0003548, -0.0004600, -0.0004787, -0.0005218, -0.0006211, -0.0008500");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0092956, 0.0091930, 0.0089565, 0.0089603, 0.0089691, 0.0089894, 0.0090361");
				}
			}
		}
	}
	cell ("scs8hd_sdfrtp_2") {
		area : 32.531200;
		cell_footprint : "sdfrtp";
		cell_leakage_power : 1.113815e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
				clear : "!RESETB";
			}
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
				clear : "!RESETB";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014480";
			when : "RESETB&CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0014055";
			when : "RESETB&CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0014734";
			when : "RESETB&CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0013957";
			when : "RESETB&!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0013484";
			when : "!RESETB&CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006148";
			when : "RESETB&CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0006013";
			when : "RESETB&CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005176";
			when : "RESETB&CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005682";
			when : "RESETB&!CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0013481";
			when : "!RESETB&CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0014348";
			when : "RESETB&CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0014483";
			when : "RESETB&CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0014321";
			when : "RESETB&CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0013529";
			when : "RESETB&!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0013056";
			when : "!RESETB&CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0014281";
			when : "RESETB&CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0013822";
			when : "RESETB&!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0013350";
			when : "!RESETB&CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0014477";
			when : "RESETB&CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0014208";
			when : "RESETB&!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0013735";
			when : "!RESETB&CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006399";
			when : "RESETB&CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0004980";
			when : "RESETB&CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005178";
			when : "RESETB&CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005679";
			when : "RESETB&!CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0013479";
			when : "!RESETB&CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0005720";
			when : "RESETB&CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005523";
			when : "RESETB&!CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0013323";
			when : "!RESETB&CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0005020";
			when : "RESETB&CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005483";
			when : "RESETB&!CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0013283";
			when : "!RESETB&CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0013336";
			when : "!RESETB&!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0012798";
			when : "!RESETB&!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0013460";
			when : "RESETB&!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0013471";
			when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0007416";
			when : "RESETB&!CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0008095";
			when : "RESETB&!CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0007844";
			when : "RESETB&!CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0013457";
			when : "RESETB&!CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0013301";
			when : "RESETB&!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0013722";
			when : "!RESETB&!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0013043";
			when : "!RESETB&!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0007709";
			when : "RESETB&!CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0013261";
			when : "RESETB&!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0012838";
			when : "!RESETB&!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0012997";
			when : "!RESETB&!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0012994";
			when : "!RESETB&!CLK&D&SCD&!SCE&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003431;
			capacitance : 0.003424;
			rise_capacitance : 0.003417;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1896504, -0.0205911, 0.3643372", \
					  "-0.3086608, -0.1493672, 0.2062643", \
					  "-0.3920755, -0.2401061, 0.0947734");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2717754, 0.4384095, 0.7785788", \
					  "0.3749167, 0.5403301, 0.8731751", \
					  "0.4497864, 0.6115378, 0.9346172");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2818327, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035534, 0.0035477, 0.0035348, 0.0035425, 0.0035605, 0.0036017, 0.0036969");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039580, -0.0039946, -0.0040789, -0.0040797, -0.0040817, -0.0040862, -0.0040966");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.002427;
			capacitance : 0.002272;
			fall_capacitance : 0.002116;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.0983814, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1741787, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0217307, 0.0216075, 0.0213235, 0.0213220, 0.0213187, 0.0213110, 0.0212933");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0135574, 0.0134945, 0.0133494, 0.0133278, 0.0132780, 0.0131632, 0.0128986");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001644;
			capacitance : 0.001576;
			fall_capacitance : 0.001509;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1143047, 0.2626120, 0.4070618", \
					  "0.0624329, 0.1997539, 0.3295553", \
					  "0.0778952, 0.2115540, 0.3352520");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3328105, 0.5531393, 0.9856751", \
					  "0.2345521, 0.4536602, 0.8898581", \
					  "0.1877585, 0.4068665, 0.8406231");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0651387, -0.1987975, -0.3005228", \
					  "-0.0315775, -0.1627949, -0.2730651", \
					  "-0.0519225, -0.1819193, -0.2934102");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1579121, -0.3757995, -0.7167825", \
					  "-0.1121439, -0.3324726, -0.7271667", \
					  "-0.0799987, -0.3027689, -0.7096699");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016898, 0.0016671, 0.0016150, 0.0015949, 0.0015488, 0.0014424, 0.0011971");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057502, 0.0056882, 0.0055455, 0.0055444, 0.0055419, 0.0055361, 0.0055228");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.291148;
			max_transition : 1.508644;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001444865, 0.004175268, 0.0120654, 0.03486573, 0.1007525, 0.2911476");
					values("0.0161146, 0.0173659, 0.0210216, 0.0309915, 0.0587504, 0.1390034, 0.3685901", \
					  "0.0160964, 0.0173495, 0.0210070, 0.0309780, 0.0587528, 0.1381003, 0.3681675", \
					  "0.0159549, 0.0172133, 0.0208593, 0.0308447, 0.0585952, 0.1379003, 0.3680287", \
					  "0.0156136, 0.0168759, 0.0205373, 0.0305136, 0.0582694, 0.1378530, 0.3701729", \
					  "0.0153927, 0.0166694, 0.0203417, 0.0302821, 0.0580990, 0.1384498, 0.3683571", \
					  "0.0156777, 0.0168490, 0.0202649, 0.0302398, 0.0578588, 0.1375846, 0.3694481", \
					  "0.0162614, 0.0175008, 0.0209449, 0.0307167, 0.0585784, 0.1381951, 0.3668775");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001444865, 0.004175268, 0.0120654, 0.03486573, 0.1007525, 0.2911476");
					values("0.0136860, 0.0126911, 0.0101246, 0.0020449, -0.0242103, -0.1038488, -0.3353826", \
					  "0.0136652, 0.0126776, 0.0101330, 0.0020588, -0.0242012, -0.1038478, -0.3353774", \
					  "0.0137118, 0.0127125, 0.0101565, 0.0020744, -0.0241870, -0.1038292, -0.3353661", \
					  "0.0133039, 0.0122928, 0.0095962, 0.0016254, -0.0246161, -0.1042291, -0.3357806", \
					  "0.0131430, 0.0121465, 0.0095673, 0.0014896, -0.0247823, -0.1043958, -0.3359368", \
					  "0.0134752, 0.0123778, 0.0094891, 0.0015305, -0.0247578, -0.1043900, -0.3359398", \
					  "0.0169073, 0.0157909, 0.0126951, 0.0034241, -0.0238845, -0.1038662, -0.3355121");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001444865, 0.004175268, 0.0120654, 0.03486573, 0.1007525, 0.2911476");
					values("0.0113113, 0.0105197, 0.0089824, 0.0036076, -0.0224447, -0.1022338, -0.3337544", \
					  "0.0112647, 0.0104598, 0.0089328, 0.0035208, -0.0225191, -0.1022835, -0.3338462", \
					  "0.0112288, 0.0104437, 0.0087947, 0.0035299, -0.0225027, -0.1022606, -0.3338131", \
					  "0.0111325, 0.0103229, 0.0087931, 0.0033637, -0.0226777, -0.1024334, -0.3339662", \
					  "0.0109646, 0.0102161, 0.0085728, 0.0032203, -0.0229046, -0.1026197, -0.3341320", \
					  "0.0108436, 0.0099839, 0.0083385, 0.0028000, -0.0233429, -0.1029978, -0.3344436", \
					  "0.0175176, 0.0163637, 0.0130636, 0.0036064, -0.0239349, -0.1033299, -0.3346884");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00144486, 0.00417527, 0.0120654, 0.0348657, 0.100753, 0.291148");
					values("0.2671144, 0.2737531, 0.2888810, 0.3228997, 0.4074221, 0.6433830, 1.3244095", \
					  "0.2715832, 0.2781386, 0.2933433, 0.3273677, 0.4119095, 0.6484558, 1.3291119", \
					  "0.2824994, 0.2891321, 0.3042727, 0.3383015, 0.4227954, 0.6594515, 1.3398820", \
					  "0.3054767, 0.3120988, 0.3272914, 0.3612759, 0.4455963, 0.6816747, 1.3610137", \
					  "0.3433268, 0.3499683, 0.3651723, 0.3991462, 0.4837235, 0.7203997, 1.3995201", \
					  "0.3943176, 0.4009025, 0.4161147, 0.4501238, 0.5344831, 0.7706459, 1.4498582", \
					  "0.4535640, 0.4602085, 0.4753612, 0.5094064, 0.5938429, 0.8301016, 1.5094374");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144486, 0.00417527, 0.0120654, 0.0348657, 0.100753, 0.291148");
					values("0.0254392, 0.0305464, 0.0439677, 0.0808067, 0.1921829, 0.5263063, 1.4948818", \
					  "0.0254487, 0.0305376, 0.0439859, 0.0808210, 0.1923842, 0.5276628, 1.5068200", \
					  "0.0254558, 0.0305195, 0.0438871, 0.0806497, 0.1918409, 0.5274468, 1.5043524", \
					  "0.0253581, 0.0303877, 0.0438086, 0.0808054, 0.1923677, 0.5278531, 1.5086441", \
					  "0.0253548, 0.0304941, 0.0438786, 0.0805507, 0.1926005, 0.5265262, 1.5018010", \
					  "0.0253548, 0.0304299, 0.0438822, 0.0807928, 0.1916263, 0.5285715, 1.5083583", \
					  "0.0255188, 0.0305952, 0.0439210, 0.0807060, 0.1921288, 0.5271222, 1.4993670");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144486, 0.00417527, 0.0120654, 0.0348657, 0.100753, 0.291148");
					values("0.3044520, 0.3107223, 0.3243748, 0.3502832, 0.4000738, 0.5065232, 0.7829047", \
					  "0.3091634, 0.3154532, 0.3291085, 0.3550810, 0.4049849, 0.5112425, 0.7875026", \
					  "0.3205318, 0.3268467, 0.3404488, 0.3663646, 0.4163093, 0.5225494, 0.7991029", \
					  "0.3438271, 0.3501384, 0.3637753, 0.3897448, 0.4392618, 0.5458158, 0.8222476", \
					  "0.3804875, 0.3867839, 0.4003947, 0.4264799, 0.4762247, 0.5825980, 0.8590247", \
					  "0.4301189, 0.4364681, 0.4500259, 0.4760288, 0.5257947, 0.6320375, 0.9086927", \
					  "0.4838222, 0.4901624, 0.5037647, 0.5298143, 0.5796181, 0.6859904, 0.9620762");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144486, 0.00417527, 0.0120654, 0.0348657, 0.100753, 0.291148");
					values("0.0302219, 0.0339927, 0.0419797, 0.0598256, 0.1024179, 0.2179205, 0.5785402", \
					  "0.0302161, 0.0339810, 0.0419629, 0.0595832, 0.1018179, 0.2186642, 0.5778215", \
					  "0.0303718, 0.0339928, 0.0419782, 0.0596584, 0.1026315, 0.2184501, 0.5784370", \
					  "0.0303809, 0.0340399, 0.0423239, 0.0594842, 0.1020902, 0.2191947, 0.5781826", \
					  "0.0304688, 0.0340119, 0.0420619, 0.0595668, 0.1020974, 0.2180551, 0.5786135", \
					  "0.0304445, 0.0339500, 0.0420679, 0.0601705, 0.1014603, 0.2184842, 0.5780004", \
					  "0.0303963, 0.0340485, 0.0419646, 0.0594780, 0.1026033, 0.2186595, 0.5752361");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144486, 0.00417527, 0.0120654, 0.0348657, 0.100753, 0.291148");
					values("0.1883851, 0.1952034, 0.2099364, 0.2387919, 0.2936921, 0.3964952, 0.6701871", \
					  "0.1936647, 0.2004828, 0.2152187, 0.2441134, 0.2990049, 0.4017986, 0.6758766", \
					  "0.2069939, 0.2138125, 0.2286089, 0.2574198, 0.3123385, 0.4151830, 0.6894069", \
					  "0.2397310, 0.2465467, 0.2612741, 0.2901160, 0.3450419, 0.4478462, 0.7216167", \
					  "0.3224680, 0.3292784, 0.3440518, 0.3728196, 0.4276287, 0.5304887, 0.8046746", \
					  "0.5082532, 0.5157714, 0.5315824, 0.5612353, 0.6166948, 0.7195256, 0.9936940", \
					  "0.8447231, 0.8553063, 0.8773834, 0.9176307, 0.9859356, 1.0907982, 1.3641025");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00144486, 0.00417527, 0.0120654, 0.0348657, 0.100753, 0.291148");
					values("0.0338058, 0.0379431, 0.0469486, 0.0676798, 0.1066174, 0.2121467, 0.5724070", \
					  "0.0338297, 0.0379168, 0.0470448, 0.0671082, 0.1065594, 0.2121436, 0.5765923", \
					  "0.0338120, 0.0378718, 0.0473015, 0.0672815, 0.1068337, 0.2122882, 0.5735862", \
					  "0.0338546, 0.0379401, 0.0471445, 0.0673043, 0.1067035, 0.2123948, 0.5739090", \
					  "0.0338859, 0.0381729, 0.0472864, 0.0676216, 0.1068010, 0.2120809, 0.5748790", \
					  "0.0393387, 0.0431573, 0.0513326, 0.0706110, 0.1077968, 0.2121171, 0.5743955", \
					  "0.0624704, 0.0674996, 0.0783488, 0.1002180, 0.1293580, 0.2171337, 0.5734995");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001920;
			capacitance : 0.001821;
			fall_capacitance : 0.001722;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2131816, 0.3492819, 0.5340150", \
					  "0.1527650, 0.2852031, 0.4638327", \
					  "0.1731100, 0.3067689, 0.4817363");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4243633, 0.6361471, 1.0430481", \
					  "0.3261048, 0.5391094, 0.9472311", \
					  "0.2829733, 0.4947572, 0.9040996");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1432637, -0.2757018, -0.4409037", \
					  "-0.1170267, -0.2506855, -0.4219909", \
					  "-0.1422546, -0.2771341, -0.4508809");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2360371, -0.4478210, -0.8168802", \
					  "-0.2085794, -0.4215840, -0.8187194", \
					  "-0.1837585, -0.3943216, -0.7975605");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021596, -0.0021579, -0.0021538, -0.0021607, -0.0021765, -0.0022128, -0.0022967");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022116, 0.0022129, 0.0022158, 0.0022194, 0.0022278, 0.0022471, 0.0022916");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004201;
			capacitance : 0.004293;
			fall_capacitance : 0.004385;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1985332, 0.3944479, 0.6377748", \
					  "0.1381165, 0.3279277, 0.5602682", \
					  "0.1584616, 0.3470521, 0.5671856");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2058574, 0.4274069, 0.7232240", \
					  "0.1515443, 0.3730937, 0.6676901", \
					  "0.1670065, 0.3873353, 0.6831524");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1225117, -0.3062194, -0.5092630", \
					  "-0.0974954, -0.2799824, -0.4842468", \
					  "-0.1288268, -0.3076517, -0.5094746");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1945332, -0.4002135, -0.7607279", \
					  "-0.1475443, -0.3532246, -0.7442565", \
					  "-0.1178405, -0.3210794, -0.7206563");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003108, -0.0003555, -0.0004587, -0.0004776, -0.0005210, -0.0006211, -0.0008518");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0092974, 0.0091922, 0.0089499, 0.0089631, 0.0089936, 0.0090639, 0.0092259");
				}
			}
		}
	}
	cell ("scs8hd_sdfrtp_4") {
		area : 35.033600;
		cell_footprint : "sdfrtp";
		cell_leakage_power : 1.601310e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			clear : "!RESETB";
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
				clear : "!RESETB";
			}
		}
		test_cell () {
			pin (RESETB) {
				direction : "input";
			}
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
				clear : "!RESETB";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021635";
			when : "RESETB&CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0021210";
			when : "RESETB&CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0021889";
			when : "RESETB&CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0021112";
			when : "RESETB&!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0020639";
			when : "!RESETB&CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006463";
			when : "RESETB&CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0006328";
			when : "RESETB&CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005491";
			when : "RESETB&CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005996";
			when : "RESETB&!CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0020636";
			when : "!RESETB&CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0021503";
			when : "RESETB&CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0021638";
			when : "RESETB&CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0021476";
			when : "RESETB&CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020684";
			when : "RESETB&!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020211";
			when : "!RESETB&CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0021436";
			when : "RESETB&CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020978";
			when : "RESETB&!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020505";
			when : "!RESETB&CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020615";
			when : "RESETB&!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0020626";
			when : "!RESETB&!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0007730";
			when : "RESETB&!CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0008409";
			when : "RESETB&!CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0008158";
			when : "RESETB&!CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0020612";
			when : "RESETB&!CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0020456";
			when : "RESETB&!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020492";
			when : "!RESETB&!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0019953";
			when : "!RESETB&!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0021632";
			when : "RESETB&CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0021363";
			when : "RESETB&!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0020890";
			when : "!RESETB&CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006714";
			when : "RESETB&CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005295";
			when : "RESETB&CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005493";
			when : "RESETB&CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0005994";
			when : "RESETB&!CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0020634";
			when : "!RESETB&CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0006035";
			when : "RESETB&CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005838";
			when : "RESETB&!CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0020478";
			when : "!RESETB&CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0005335";
			when : "RESETB&CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0005798";
			when : "RESETB&!CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0020438";
			when : "!RESETB&CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020877";
			when : "!RESETB&!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0020198";
			when : "!RESETB&!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0008024";
			when : "RESETB&!CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0020416";
			when : "RESETB&!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0019993";
			when : "!RESETB&!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0020152";
			when : "!RESETB&!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0020149";
			when : "!RESETB&!CLK&D&SCD&!SCE&!Q";
		}
		pin (RESETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003423;
			capacitance : 0.003421;
			rise_capacitance : 0.003419;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1872090, -0.0035013, 0.4656556", \
					  "-0.3062194, -0.1322773, 0.3014792", \
					  "-0.3884134, -0.2217956, 0.1924297");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2717754, 0.4384095, 0.7785788", \
					  "0.3761374, 0.5403301, 0.8731751", \
					  "0.4497864, 0.6127584, 0.9346172");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3257731, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0035648, 0.0035560, 0.0035358, 0.0035448, 0.0035655, 0.0036134, 0.0037237");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0039558, -0.0039891, -0.0040658, -0.0040672, -0.0040705, -0.0040780, -0.0040953");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.002427;
			capacitance : 0.002280;
			fall_capacitance : 0.002133;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1236472, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1763757, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0217062, 0.0215838, 0.0213018, 0.0213000, 0.0212960, 0.0212868, 0.0212655");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0135582, 0.0134956, 0.0133514, 0.0133307, 0.0132831, 0.0131732, 0.0129199");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001644;
			capacitance : 0.001576;
			fall_capacitance : 0.001509;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1167461, 0.2638327, 0.4095033", \
					  "0.0624329, 0.1997539, 0.3319968", \
					  "0.0778952, 0.2115540, 0.3364726");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3303691, 0.5506979, 0.9844545", \
					  "0.2333314, 0.4524395, 0.8886374", \
					  "0.1865378, 0.4056458, 0.8394024");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0651387, -0.2000182, -0.3029642", \
					  "-0.0327982, -0.1627949, -0.2730651", \
					  "-0.0531432, -0.1819193, -0.2934102");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1530293, -0.3709167, -0.7070169", \
					  "-0.1084818, -0.3300313, -0.7222839", \
					  "-0.0775573, -0.3003275, -0.7072285");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0016849, 0.0016628, 0.0016117, 0.0015919, 0.0015462, 0.0014408, 0.0011980");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057518, 0.0056895, 0.0055460, 0.0055457, 0.0055450, 0.0055435, 0.0055400");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.505381;
			max_transition : 1.502494;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001583962, 0.005017873, 0.01589624, 0.05035809, 0.1595306, 0.5053809");
					values("0.0234037, 0.0247705, 0.0292699, 0.0431038, 0.0854056, 0.2171853, 0.6381429", \
					  "0.0233827, 0.0247671, 0.0292639, 0.0431127, 0.0853677, 0.2185700, 0.6350490", \
					  "0.0232366, 0.0246098, 0.0290804, 0.0429876, 0.0852190, 0.2170244, 0.6383379", \
					  "0.0228401, 0.0242268, 0.0287381, 0.0426095, 0.0848749, 0.2164097, 0.6336085", \
					  "0.0226886, 0.0240686, 0.0285057, 0.0424266, 0.0846507, 0.2165986, 0.6319624", \
					  "0.0225130, 0.0239028, 0.0283759, 0.0423508, 0.0845999, 0.2165210, 0.6338933", \
					  "0.0239994, 0.0252702, 0.0296926, 0.0431631, 0.0854158, 0.2177036, 0.6366774");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001583962, 0.005017873, 0.01589624, 0.05035809, 0.1595306, 0.5053809");
					values("0.0186566, 0.0173964, 0.0138270, 0.0025012, -0.0362594, -0.1669890, -0.5873186", \
					  "0.0180111, 0.0173732, 0.0137505, 0.0025180, -0.0362639, -0.1669857, -0.5873218", \
					  "0.0185232, 0.0172551, 0.0136540, 0.0023712, -0.0364198, -0.1671367, -0.5874693", \
					  "0.0181832, 0.0169510, 0.0133332, 0.0020724, -0.0366873, -0.1673820, -0.5877435", \
					  "0.0173106, 0.0167840, 0.0131198, 0.0019504, -0.0368453, -0.1675839, -0.5878809", \
					  "0.0180923, 0.0168347, 0.0132124, 0.0019310, -0.0368483, -0.1675598, -0.5879002", \
					  "0.0245640, 0.0232898, 0.0193020, 0.0064809, -0.0346656, -0.1670464, -0.5874811");
				}
			}
			internal_power () {
				related_pin : "RESETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001583962, 0.005017873, 0.01589624, 0.05035809, 0.1595306, 0.5053809");
					values("0.0166430, 0.0154275, 0.0120913, 0.0038610, -0.0340849, -0.1654262, -0.5858310", \
					  "0.0163736, 0.0152765, 0.0118977, 0.0037398, -0.0341467, -0.1654815, -0.5858886", \
					  "0.0164250, 0.0153123, 0.0119179, 0.0037923, -0.0341243, -0.1653900, -0.5857877", \
					  "0.0164156, 0.0139148, 0.0116684, 0.0036814, -0.0342671, -0.1655472, -0.5859699", \
					  "0.0162269, 0.0136819, 0.0116474, 0.0034328, -0.0345453, -0.1657976, -0.5861540", \
					  "0.0160202, 0.0148230, 0.0114655, 0.0031281, -0.0349563, -0.1661582, -0.5863888", \
					  "0.0175371, 0.0161816, 0.0121064, 0.0021854, -0.0356050, -0.1667683, -0.5868699");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00158396, 0.00501787, 0.0158962, 0.0503581, 0.159531, 0.505381");
					values("0.3132729, 0.3187156, 0.3327320, 0.3652449, 0.4440323, 0.6706633, 1.3807789", \
					  "0.3177457, 0.3231948, 0.3372120, 0.3696563, 0.4484725, 0.6752701, 1.3879701", \
					  "0.3286404, 0.3340946, 0.3481015, 0.3806256, 0.4594544, 0.6857035, 1.3937964", \
					  "0.3515600, 0.3570390, 0.3710000, 0.4035397, 0.4822636, 0.7091410, 1.4177121", \
					  "0.3894302, 0.3947256, 0.4087193, 0.4412931, 0.5201367, 0.7465554, 1.4564584", \
					  "0.4403207, 0.4457810, 0.4598268, 0.4923411, 0.5710825, 0.7976797, 1.5075018", \
					  "0.4997908, 0.5052668, 0.5191677, 0.5517014, 0.6305397, 0.8570429, 1.5662255");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00158396, 0.00501787, 0.0158962, 0.0503581, 0.159531, 0.505381");
					values("0.0333483, 0.0370593, 0.0476321, 0.0777406, 0.1708005, 0.4844213, 1.4980854", \
					  "0.0334373, 0.0371415, 0.0476123, 0.0777272, 0.1706276, 0.4839359, 1.4891127", \
					  "0.0332546, 0.0368999, 0.0477692, 0.0777028, 0.1711080, 0.4858144, 1.5001929", \
					  "0.0332960, 0.0369373, 0.0476126, 0.0777982, 0.1705721, 0.4849905, 1.4983977", \
					  "0.0336194, 0.0371851, 0.0479559, 0.0777858, 0.1710101, 0.4852972, 1.4876931", \
					  "0.0334111, 0.0371674, 0.0476492, 0.0776690, 0.1707520, 0.4844850, 1.5024938", \
					  "0.0334955, 0.0370962, 0.0476811, 0.0777157, 0.1711214, 0.4849371, 1.4936581");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00158396, 0.00501787, 0.0158962, 0.0503581, 0.159531, 0.505381");
					values("0.3739627, 0.3794215, 0.3927478, 0.4205251, 0.4746639, 0.5853029, 0.8625160", \
					  "0.3788240, 0.3841774, 0.3975152, 0.4253229, 0.4792380, 0.5901692, 0.8671294", \
					  "0.3900614, 0.3954666, 0.4088561, 0.4366483, 0.4907715, 0.6013613, 0.8786651", \
					  "0.4135278, 0.4189316, 0.4322158, 0.4600479, 0.5140232, 0.6246285, 0.9018748", \
					  "0.4501117, 0.4555075, 0.4688099, 0.4966496, 0.5506225, 0.6615227, 0.9383773", \
					  "0.4996868, 0.5050205, 0.5183154, 0.5462074, 0.5997627, 0.7109375, 0.9881620", \
					  "0.5524720, 0.5579007, 0.5711822, 0.5990118, 0.6530738, 0.7639273, 1.0410670");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00158396, 0.00501787, 0.0158962, 0.0503581, 0.159531, 0.505381");
					values("0.0455182, 0.0485384, 0.0553923, 0.0716969, 0.1104457, 0.2152366, 0.5535440", \
					  "0.0456596, 0.0485166, 0.0555264, 0.0716637, 0.1100764, 0.2153125, 0.5541804", \
					  "0.0454981, 0.0484878, 0.0554182, 0.0716631, 0.1104558, 0.2157874, 0.5552107", \
					  "0.0457615, 0.0484041, 0.0554297, 0.0718351, 0.1103210, 0.2155438, 0.5560886", \
					  "0.0456856, 0.0484628, 0.0555011, 0.0725222, 0.1098216, 0.2144047, 0.5538611", \
					  "0.0456162, 0.0485092, 0.0554588, 0.0717621, 0.1101716, 0.2156649, 0.5552793", \
					  "0.0457077, 0.0486083, 0.0556033, 0.0718281, 0.1103966, 0.2146244, 0.5502134");
				}
			}
			timing () {
				related_pin : "RESETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00158396, 0.00501787, 0.0158962, 0.0503581, 0.159531, 0.505381");
					values("0.2633933, 0.2692361, 0.2835966, 0.3139544, 0.3731664, 0.4793515, 0.7467959", \
					  "0.2690347, 0.2749153, 0.2892505, 0.3196739, 0.3788899, 0.4851022, 0.7525615", \
					  "0.2829249, 0.2887144, 0.3031506, 0.3333665, 0.3926920, 0.4989670, 0.7667111", \
					  "0.3152718, 0.3211584, 0.3355176, 0.3658785, 0.4250981, 0.5313500, 0.7991821", \
					  "0.3955951, 0.4014757, 0.4158485, 0.4462255, 0.5045286, 0.6116115, 0.8791655", \
					  "0.5873967, 0.5932280, 0.6076440, 0.6379617, 0.6969071, 0.8030723, 1.0706980", \
					  "0.9710449, 0.9787963, 0.9977456, 1.0357133, 1.1051420, 1.2152248, 1.4823782");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00158396, 0.00501787, 0.0158962, 0.0503581, 0.159531, 0.505381");
					values("0.0507561, 0.0537740, 0.0617394, 0.0799347, 0.1176237, 0.2028762, 0.5419944", \
					  "0.0505208, 0.0537887, 0.0613310, 0.0800901, 0.1172197, 0.2024297, 0.5420302", \
					  "0.0505338, 0.0535531, 0.0617028, 0.0798624, 0.1174068, 0.2029617, 0.5418865", \
					  "0.0504013, 0.0537134, 0.0614971, 0.0800044, 0.1176265, 0.2031363, 0.5457698", \
					  "0.0504798, 0.0538430, 0.0616310, 0.0801745, 0.1174014, 0.2031764, 0.5411617", \
					  "0.0509101, 0.0538087, 0.0617879, 0.0799800, 0.1175340, 0.2029307, 0.5411284", \
					  "0.0767144, 0.0797034, 0.0878089, 0.1064080, 0.1389389, 0.2095315, 0.5458064");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001920;
			capacitance : 0.001821;
			fall_capacitance : 0.001722;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2168438, 0.3517233, 0.5364564", \
					  "0.1527650, 0.2864238, 0.4650534", \
					  "0.1731100, 0.3079896, 0.4829571");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4231426, 0.6337057, 1.0418274", \
					  "0.3248841, 0.5378887, 0.9460104", \
					  "0.2817526, 0.4947572, 0.9028789");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1444844, -0.2757018, -0.4433450", \
					  "-0.1170267, -0.2506855, -0.4219909", \
					  "-0.1422546, -0.2771341, -0.4521016");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2299336, -0.4417175, -0.8095560", \
					  "-0.2061380, -0.4191426, -0.8126159", \
					  "-0.1837585, -0.3931009, -0.7963398");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021582, -0.0021575, -0.0021559, -0.0021622, -0.0021768, -0.0022104, -0.0022877");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022070, 0.0022097, 0.0022161, 0.0022215, 0.0022338, 0.0022623, 0.0023279");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004201;
			capacitance : 0.004293;
			fall_capacitance : 0.004384;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2009746, 0.3968893, 0.6414368", \
					  "0.1393372, 0.3291484, 0.5627096", \
					  "0.1596823, 0.3482728, 0.5696269");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2070781, 0.4286276, 0.7256653", \
					  "0.1515443, 0.3730937, 0.6676901", \
					  "0.1682272, 0.3885560, 0.6843730");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1237324, -0.3062194, -0.5104837", \
					  "-0.0987161, -0.2799824, -0.4854675", \
					  "-0.1288268, -0.3088724, -0.5106953");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1908711, -0.3965514, -0.7534036", \
					  "-0.1438822, -0.3495625, -0.7405944", \
					  "-0.1153991, -0.3186380, -0.7169941");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0003134, -0.0003572, -0.0004581, -0.0004769, -0.0005204, -0.0006205, -0.0008514");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0092793, 0.0091796, 0.0089496, 0.0089627, 0.0089927, 0.0090621, 0.0092219");
				}
			}
		}
	}
	cell ("scs8hd_sdfsbp_1") {
		area : 36.284800;
		cell_footprint : "sdfsbp";
		cell_leakage_power : 1.935627e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			preset : "!SETB";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0020995";
			when : "!CLK&D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023335";
			when : "!CLK&D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020181";
			when : "CLK&D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0015333";
			when : "CLK&!D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0011846";
			when : "CLK&!D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0012188";
			when : "!CLK&!D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0020173";
			when : "CLK&D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0012778";
			when : "!CLK&!D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0016371";
			when : "CLK&!D&SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016843";
			when : "CLK&!D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024286";
			when : "CLK&D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024301";
			when : "CLK&D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024337";
			when : "!CLK&D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0015782";
			when : "CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016254";
			when : "CLK&!D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020669";
			when : "CLK&D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024294";
			when : "CLK&D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024344";
			when : "!CLK&D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023829";
			when : "CLK&D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0015671";
			when : "CLK&D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0011256";
			when : "CLK&!D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0015765";
			when : "CLK&!D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0016266";
			when : "!CLK&!D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019859";
			when : "CLK&!D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020166";
			when : "CLK&D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0016604";
			when : "!CLK&D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0020197";
			when : "CLK&D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023821";
			when : "CLK&D&SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020331";
			when : "CLK&!D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019928";
			when : "!CLK&!D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019413";
			when : "CLK&!D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019885";
			when : "CLK&!D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024329";
			when : "!CLK&D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023814";
			when : "CLK&D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0021119";
			when : "!CLK&D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0016579";
			when : "!CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020205";
			when : "!CLK&!D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016717";
			when : "!CLK&!D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0016128";
			when : "!CLK&!D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0021111";
			when : "!CLK&D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0016703";
			when : "!CLK&!D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0017169";
			when : "!CLK&!D&SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020657";
			when : "!CLK&!D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020543";
			when : "!CLK&D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0021103";
			when : "!CLK&D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0018934";
			when : "!CLK&!D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023350";
			when : "!CLK&D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023342";
			when : "!CLK&D&SCD&!SCE&!SETB&Q&!QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001961;
			capacitance : 0.001868;
			fall_capacitance : 0.001774;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1291397, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3510389, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0171982, 0.0171094, 0.0169046, 0.0169040, 0.0169028, 0.0169001, 0.0168937");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0135990, 0.0135631, 0.0134804, 0.0134545, 0.0133948, 0.0132572, 0.0129400");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001899;
			capacitance : 0.001801;
			fall_capacitance : 0.001703;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1228496, 0.2711569, 0.4265931", \
					  "0.0599915, 0.1985332, 0.3356589", \
					  "0.0376120, 0.1737122, 0.3022930");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3340313, 0.5568014, 0.9917786", \
					  "0.1906068, 0.4133770, 0.8495748", \
					  "0.0766745, 0.3006654, 0.7319805");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0797871, -0.2158874, -0.3310404", \
					  "-0.0303568, -0.1640156, -0.2864928", \
					  "-0.0177428, -0.1501810, -0.2726582");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1139668, -0.3281921, -0.6410990", \
					  "-0.0254740, -0.2433613, -0.6234069", \
					  "0.0713685, -0.1550638, -0.5558613");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020976, 0.0020701, 0.0020067, 0.0019880, 0.0019448, 0.0018452, 0.0016157");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066136, 0.0065185, 0.0062994, 0.0062968, 0.0062908, 0.0062770, 0.0062452");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.149241;
			max_transition : 1.503901;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0054386, -0.0034274, 0.0012724, 0.0113393, 0.0314787, 0.0766309, 0.1878858", \
					  "-0.0054189, -0.0034138, 0.0012742, 0.0113495, 0.0314553, 0.0763366, 0.1888529", \
					  "-0.0053891, -0.0033997, 0.0012555, 0.0112847, 0.0314371, 0.0761538, 0.1876540", \
					  "-0.0053900, -0.0034168, 0.0012039, 0.0111695, 0.0311781, 0.0763182, 0.1885737", \
					  "-0.0053757, -0.0034272, 0.0011494, 0.0110567, 0.0310879, 0.0757223, 0.1881865", \
					  "-0.0053175, -0.0033839, 0.0011716, 0.0110343, 0.0309563, 0.0759970, 0.1867854", \
					  "-0.0050640, -0.0029959, 0.0016813, 0.0113617, 0.0310184, 0.0755117, 0.1872218");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0042404, -0.0008308, 0.0053271, 0.0117754, 0.0079584, -0.0262895, -0.1331781", \
					  "-0.0042255, -0.0008189, 0.0053254, 0.0117670, 0.0079571, -0.0262925, -0.1331931", \
					  "-0.0041891, -0.0007936, 0.0053421, 0.0117616, 0.0079096, -0.0263659, -0.1332645", \
					  "-0.0041915, -0.0008175, 0.0052752, 0.0116363, 0.0077265, -0.0265914, -0.1335154", \
					  "-0.0041706, -0.0008063, 0.0052548, 0.0115792, 0.0076353, -0.0267064, -0.1336555", \
					  "-0.0041103, -0.0007586, 0.0052896, 0.0115753, 0.0076155, -0.0267370, -0.1336832", \
					  "-0.0039354, -0.0005613, 0.0055344, 0.0118864, 0.0079806, -0.0265205, -0.1335253");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0010305, 0.0003809, 0.0039095, 0.0119860, 0.0301362, 0.0740041, 0.1855795", \
					  "-0.0010391, 0.0003660, 0.0038803, 0.0119354, 0.0300432, 0.0739455, 0.1854329", \
					  "-0.0010452, 0.0003632, 0.0038784, 0.0119466, 0.0299515, 0.0734752, 0.1851213", \
					  "-0.0010573, 0.0003408, 0.0038365, 0.0118636, 0.0299803, 0.0738163, 0.1850020", \
					  "-0.0010721, 0.0003115, 0.0037812, 0.0117666, 0.0298546, 0.0736801, 0.1847875", \
					  "-0.0010925, 0.0002814, 0.0037269, 0.0116741, 0.0296354, 0.0731587, 0.1851910", \
					  "-0.0011086, 0.0002864, 0.0036272, 0.0116636, 0.0296649, 0.0731621, 0.1850427");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3735230, 0.3806792, 0.3965484, 0.4342706, 0.5308479, 0.7790982, 1.4195759", \
					  "0.3786404, 0.3857949, 0.4016662, 0.4393798, 0.5358290, 0.7840854, 1.4278226", \
					  "0.3904541, 0.3976128, 0.4134782, 0.4512325, 0.5476932, 0.7960866, 1.4395573", \
					  "0.4173362, 0.4245093, 0.4403408, 0.4781043, 0.5745657, 0.8228913, 1.4658643", \
					  "0.4698892, 0.4770442, 0.4929157, 0.5306290, 0.6270767, 0.8754785, 1.5188315", \
					  "0.5510456, 0.5581890, 0.5740586, 0.6117851, 0.7083070, 0.9565893, 1.5970363", \
					  "0.6624515, 0.6695851, 0.6854580, 0.7231686, 0.8195842, 1.0680182, 1.7086591");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0255061, 0.0319683, 0.0496686, 0.0995779, 0.2349999, 0.5843565, 1.5039014", \
					  "0.0253882, 0.0318283, 0.0495882, 0.0996890, 0.2352870, 0.5831682, 1.4987069", \
					  "0.0254057, 0.0318232, 0.0496201, 0.0996883, 0.2348937, 0.5839572, 1.5007038", \
					  "0.0253969, 0.0318116, 0.0495757, 0.0996367, 0.2349299, 0.5850749, 1.4975272", \
					  "0.0253927, 0.0318313, 0.0495903, 0.0996895, 0.2348578, 0.5839698, 1.4973860", \
					  "0.0254403, 0.0317096, 0.0495051, 0.0996856, 0.2350089, 0.5845496, 1.4890823", \
					  "0.0254904, 0.0319464, 0.0496393, 0.0997012, 0.2347426, 0.5843010, 1.5024778");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3017036, 0.3061837, 0.3153771, 0.3341713, 0.3753573, 0.4772993, 0.7415497", \
					  "0.3065158, 0.3109775, 0.3202467, 0.3390561, 0.3802567, 0.4821514, 0.7452107", \
					  "0.3183821, 0.3228670, 0.3321201, 0.3509277, 0.3921268, 0.4939814, 0.7575295", \
					  "0.3454450, 0.3498293, 0.3590983, 0.3778908, 0.4190494, 0.5209300, 0.7844980", \
					  "0.3978424, 0.4023109, 0.4115332, 0.4304008, 0.4715673, 0.5734506, 0.8371464", \
					  "0.4768502, 0.4812142, 0.4905004, 0.5092890, 0.5504579, 0.6524056, 0.9159255", \
					  "0.5851101, 0.5895780, 0.5988772, 0.6176543, 0.6588478, 0.7607946, 1.0242832");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0159547, 0.0192435, 0.0269504, 0.0457641, 0.0946089, 0.2279059, 0.5810362", \
					  "0.0160362, 0.0192360, 0.0269812, 0.0458118, 0.0943833, 0.2280051, 0.5804859", \
					  "0.0160359, 0.0192371, 0.0269760, 0.0458119, 0.0944450, 0.2282038, 0.5782679", \
					  "0.0158700, 0.0193403, 0.0269759, 0.0457120, 0.0945632, 0.2280128, 0.5765867", \
					  "0.0160042, 0.0192524, 0.0269783, 0.0455548, 0.0945820, 0.2280425, 0.5790702", \
					  "0.0159306, 0.0193097, 0.0268611, 0.0456969, 0.0946003, 0.2281349, 0.5770297", \
					  "0.0160289, 0.0193174, 0.0269323, 0.0458380, 0.0946003, 0.2281208, 0.5762413");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.2998978, 0.3069582, 0.3227264, 0.3604983, 0.4570596, 0.7048397, 1.3474808", \
					  "0.3053151, 0.3123752, 0.3281440, 0.3659149, 0.4624771, 0.7102860, 1.3528865", \
					  "0.3189769, 0.3260470, 0.3418221, 0.3795730, 0.4761684, 0.7243209, 1.3695173", \
					  "0.3514528, 0.3585160, 0.3742955, 0.4120707, 0.5086341, 0.7563710, 1.3991788", \
					  "0.4316959, 0.4387513, 0.4545251, 0.4922929, 0.5888519, 0.8365052, 1.4794238", \
					  "0.6182592, 0.6253394, 0.6411166, 0.6788461, 0.7752948, 1.0237090, 1.6663311", \
					  "0.9838517, 0.9916751, 1.0081951, 1.0460319, 1.1424837, 1.3908152, 2.0336537");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0250860, 0.0313254, 0.0492640, 0.0995602, 0.2345633, 0.5855141, 1.4982596", \
					  "0.0251018, 0.0313251, 0.0492600, 0.0995536, 0.2345525, 0.5854127, 1.4980382", \
					  "0.0250509, 0.0314552, 0.0493586, 0.0995574, 0.2341375, 0.5862984, 1.5013606", \
					  "0.0249965, 0.0313080, 0.0492603, 0.0995534, 0.2345730, 0.5857383, 1.5014510", \
					  "0.0250881, 0.0313903, 0.0492534, 0.0995687, 0.2345748, 0.5859738, 1.5008933", \
					  "0.0250556, 0.0313979, 0.0492591, 0.0995868, 0.2343488, 0.5861757, 1.4981446", \
					  "0.0298396, 0.0354642, 0.0517215, 0.1003221, 0.2343177, 0.5864176, 1.4966735");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.161143;
			max_transition : 1.501602;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001309212, 0.003428075, 0.008976156, 0.02350339, 0.06154187, 0.1611428");
					values("-0.0054014, -0.0032965, 0.0015216, 0.0117835, 0.0327604, 0.0814050, 0.2033127", \
					  "-0.0053847, -0.0032883, 0.0015150, 0.0117638, 0.0327274, 0.0809245, 0.2020566", \
					  "-0.0053482, -0.0032579, 0.0015330, 0.0117590, 0.0328580, 0.0808265, 0.2031829", \
					  "-0.0053510, -0.0032757, 0.0014782, 0.0116417, 0.0324880, 0.0811007, 0.2022193", \
					  "-0.0053308, -0.0032704, 0.0014577, 0.0115795, 0.0324309, 0.0809176, 0.2025259", \
					  "-0.0052663, -0.0032116, 0.0014924, 0.0115828, 0.0324114, 0.0809399, 0.2015551", \
					  "-0.0050871, -0.0030037, 0.0017874, 0.0118866, 0.0325780, 0.0807059, 0.2010492");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001309212, 0.003428075, 0.008976156, 0.02350339, 0.06154187, 0.1611428");
					values("-0.0043501, -0.0010133, 0.0050749, 0.0113562, 0.0068268, -0.0303785, -0.1470266", \
					  "-0.0043305, -0.0009880, 0.0050818, 0.0113602, 0.0068058, -0.0303522, -0.1470268", \
					  "-0.0043042, -0.0009818, 0.0050660, 0.0112965, 0.0066923, -0.0305162, -0.1471673", \
					  "-0.0043023, -0.0010022, 0.0050131, 0.0111870, 0.0065405, -0.0306976, -0.1473979", \
					  "-0.0042880, -0.0010073, 0.0049593, 0.0110686, 0.0063596, -0.0309043, -0.1476277", \
					  "-0.0042297, -0.0009633, 0.0049767, 0.0110655, 0.0062985, -0.0310152, -0.1477495", \
					  "-0.0040544, -0.0007630, 0.0052267, 0.0113616, 0.0067150, -0.0309399, -0.1476586");
				}
			}
			internal_power () {
				related_pin : "SETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001309212, 0.003428075, 0.008976156, 0.02350339, 0.06154187, 0.1611428");
					values("4.1250000e-05, 0.0027452, 0.0075692, 0.0119597, 0.0055595, -0.0331463, -0.1505155", \
					  "3.3000000e-05, 0.0027329, 0.0075471, 0.0119371, 0.0054902, -0.0332104, -0.1505710", \
					  "1.7150000e-05, 0.0027059, 0.0075087, 0.0118482, 0.0053777, -0.0332864, -0.1506881", \
					  "1.5800000e-05, 0.0027074, 0.0075088, 0.0118496, 0.0053733, -0.0332845, -0.1506736", \
					  "3.3500000e-06, 0.0026816, 0.0074541, 0.0117678, 0.0052530, -0.0334212, -0.1508098", \
					  "-2.4450000e-05, 0.0026352, 0.0073621, 0.0115841, 0.0050121, -0.0336914, -0.1510673", \
					  "-4.0300000e-05, 0.0026464, 0.0074043, 0.0116527, 0.0050607, -0.0336132, -0.1509782");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00130921, 0.00342807, 0.00897616, 0.0235034, 0.0615419, 0.161143");
					values("0.2499297, 0.2578808, 0.2755304, 0.3162038, 0.4148808, 0.6629319, 1.3079082", \
					  "0.2548752, 0.2626880, 0.2804201, 0.3210785, 0.4197496, 0.6676598, 1.3102470", \
					  "0.2667613, 0.2745841, 0.2923113, 0.3329687, 0.4316418, 0.6793436, 1.3255769", \
					  "0.2936755, 0.3016050, 0.3192670, 0.3599038, 0.4585766, 0.7060196, 1.3497541", \
					  "0.3460844, 0.3540154, 0.3716923, 0.4123623, 0.5110393, 0.7583915, 1.4023852", \
					  "0.4251435, 0.4330430, 0.4506842, 0.4913425, 0.5900167, 0.8377964, 1.4812203", \
					  "0.5333086, 0.5412601, 0.5589833, 0.5996615, 0.6983658, 0.9449901, 1.5899351");
				}
				rise_transition ("del_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("0.0266776, 0.0341292, 0.0526354, 0.1034396, 0.2332053, 0.5801161, 1.4961753", \
					  "0.0266823, 0.0341026, 0.0526842, 0.1034325, 0.2330957, 0.5800928, 1.5016017", \
					  "0.0266575, 0.0340701, 0.0526856, 0.1034210, 0.2329593, 0.5796418, 1.4937582", \
					  "0.0265762, 0.0341011, 0.0526325, 0.1034389, 0.2330296, 0.5790980, 1.5007301", \
					  "0.0267250, 0.0341165, 0.0525873, 0.1034406, 0.2328828, 0.5782892, 1.4976989", \
					  "0.0266496, 0.0339606, 0.0527237, 0.1034685, 0.2330064, 0.5807495, 1.5005814", \
					  "0.0269244, 0.0341735, 0.0527550, 0.1034896, 0.2331731, 0.5763802, 1.4949108");
				}
				cell_fall ("del_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("0.2868932, 0.2977525, 0.3197307, 0.3611749, 0.4330260, 0.5636214, 0.8595787", \
					  "0.2918669, 0.3027496, 0.3245738, 0.3661376, 0.4380016, 0.5686282, 0.8647180", \
					  "0.3036733, 0.3145804, 0.3363896, 0.3779470, 0.4498288, 0.5804534, 0.8762730", \
					  "0.3305969, 0.3414183, 0.3632728, 0.4048162, 0.4767152, 0.6073030, 0.9028785", \
					  "0.3831192, 0.3939703, 0.4158013, 0.4573435, 0.5292182, 0.6598487, 0.9554261", \
					  "0.4640164, 0.4749404, 0.4967972, 0.5384129, 0.6103750, 0.7410486, 1.0368841", \
					  "0.5755626, 0.5863788, 0.6083891, 0.6498641, 0.7217907, 0.8525116, 1.1482132");
				}
				fall_transition ("del_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("0.0446449, 0.0520988, 0.0670766, 0.0971535, 0.1493475, 0.2757141, 0.6411361", \
					  "0.0445510, 0.0519190, 0.0670004, 0.0970487, 0.1493522, 0.2754407, 0.6417886", \
					  "0.0445268, 0.0518065, 0.0669876, 0.0970651, 0.1496546, 0.2756922, 0.6419603", \
					  "0.0445192, 0.0519634, 0.0670260, 0.0969392, 0.1496976, 0.2760382, 0.6407649", \
					  "0.0445812, 0.0519634, 0.0670517, 0.0970507, 0.1493489, 0.2761112, 0.6439100", \
					  "0.0448535, 0.0519369, 0.0671630, 0.0971398, 0.1498001, 0.2765021, 0.6416238", \
					  "0.0449876, 0.0525168, 0.0674739, 0.0971141, 0.1497268, 0.2762598, 0.6439288");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_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("0.2162254, 0.2264357, 0.2473148, 0.2875446, 0.3529526, 0.4732386, 0.7643944", \
					  "0.2216786, 0.2319248, 0.2527712, 0.2930053, 0.3584341, 0.4787143, 0.7697846", \
					  "0.2352696, 0.2455008, 0.2663602, 0.3066287, 0.3720308, 0.4923223, 0.7835945", \
					  "0.2679088, 0.2781922, 0.2990116, 0.3392353, 0.4047185, 0.5250195, 0.8161038", \
					  "0.3482941, 0.3584749, 0.3792971, 0.4194847, 0.4849424, 0.6052784, 0.8963618", \
					  "0.5332683, 0.5437680, 0.5650796, 0.6054283, 0.6708946, 0.7912941, 1.0824743", \
					  "0.8736782, 0.8885886, 0.9178287, 0.9704807, 1.0441492, 1.1675952, 1.4593606");
				}
				fall_transition ("del_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("0.0410282, 0.0478714, 0.0632741, 0.0910992, 0.1351349, 0.2597098, 0.6341011", \
					  "0.0409323, 0.0480070, 0.0632008, 0.0908442, 0.1354297, 0.2597004, 0.6340466", \
					  "0.0408713, 0.0481416, 0.0632014, 0.0909000, 0.1353574, 0.2595113, 0.6337898", \
					  "0.0408510, 0.0480621, 0.0631513, 0.0908389, 0.1357819, 0.2591516, 0.6360598", \
					  "0.0411223, 0.0479213, 0.0633187, 0.0910027, 0.1357877, 0.2597885, 0.6369146", \
					  "0.0441124, 0.0507738, 0.0652501, 0.0918350, 0.1359503, 0.2598015, 0.6382506", \
					  "0.0680538, 0.0769418, 0.0945225, 0.1195001, 0.1523509, 0.2646349, 0.6346802");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001722;
			capacitance : 0.001657;
			fall_capacitance : 0.001592;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1399395, 0.2967917, 0.4864076", \
					  "0.0795228, 0.2314922, 0.4064596", \
					  "0.0620260, 0.2115540, 0.3828594");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3901836, 0.6080710, 1.0113099", \
					  "0.2455384, 0.4634258, 0.8678854", \
					  "0.1352682, 0.3531556, 0.7551738");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0980977, -0.2512878, -0.4177103", \
					  "-0.0511087, -0.2030781, -0.3707214", \
					  "-0.0409362, -0.1916849, -0.3605488");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1505879, -0.3672546, -0.7070169", \
					  "-0.0767435, -0.2946309, -0.6734557", \
					  "0.0127747, -0.2075540, -0.5949238");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017562, -0.0017545, -0.0017506, -0.0017563, -0.0017697, -0.0018004, -0.0018713");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018669, 0.0018649, 0.0018603, 0.0018659, 0.0018789, 0.0019087, 0.0019775");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003857;
			capacitance : 0.003759;
			fall_capacitance : 0.003662;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1301738, 0.2821432, 0.4497864", \
					  "0.0685365, 0.2119609, 0.3588522", \
					  "0.0473776, 0.1871400, 0.3279277");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1814434, 0.3688132, 0.5901673", \
					  "0.1173646, 0.3047344, 0.5248679", \
					  "0.0962057, 0.2823548, 0.5024883");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0822285, -0.2219909, -0.3420267", \
					  "-0.0340189, -0.1713398, -0.2974792", \
					  "-0.0226257, -0.1575052, -0.2836445");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1383809, -0.3245299, -0.5446634", \
					  "-0.0877298, -0.2750996, -0.4940123", \
					  "-0.0751159, -0.2612650, -0.4813984");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0001168, -0.0001620, -0.0002661, -0.0002756, -0.0002976, -0.0003481, -0.0004646");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0082270, 0.0081379, 0.0079325, 0.0079480, 0.0079836, 0.0080658, 0.0082551");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003310;
			capacitance : 0.003342;
			rise_capacitance : 0.003373;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1383809, -0.0730814, -0.0629089", \
					  "-0.2903503, -0.2250508, -0.2160990", \
					  "-0.4286966, -0.3646178, -0.3556660");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1594707, 0.0978333, 0.0888815", \
					  "0.3077780, 0.2461406, 0.2359681", \
					  "0.4436829, 0.3832663, 0.3730937");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2258087, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0039195, 0.0039272, 0.0039451, 0.0039502, 0.0039621, 0.0039895, 0.0040526");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("6.0602629e-05, -3.2576103e-05, -0.0002473, -0.0002582, -0.0002831, -0.0003405, -0.0004729");
				}
			}
		}
	}
	cell ("scs8hd_sdfsbp_2") {
		area : 38.787200;
		cell_footprint : "sdfsbp";
		cell_leakage_power : 2.300069e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			preset : "!SETB";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0023911";
			when : "CLK&D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019066";
			when : "CLK&!D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0015581";
			when : "CLK&!D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0015922";
			when : "!CLK&!D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019391";
			when : "CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019862";
			when : "CLK&!D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024260";
			when : "CLK&D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027898";
			when : "CLK&D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027936";
			when : "!CLK&D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027435";
			when : "CLK&D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019388";
			when : "CLK&D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0014990";
			when : "CLK&!D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019496";
			when : "CLK&!D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019998";
			when : "!CLK&!D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0023467";
			when : "CLK&!D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023899";
			when : "CLK&D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0020320";
			when : "!CLK&D&!SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0023789";
			when : "CLK&D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024583";
			when : "!CLK&D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0026944";
			when : "!CLK&D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023903";
			when : "CLK&D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0016513";
			when : "!CLK&!D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0019982";
			when : "CLK&!D&SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020453";
			when : "CLK&!D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027893";
			when : "CLK&D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027905";
			when : "CLK&D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027929";
			when : "!CLK&D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027427";
			when : "CLK&D&SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023937";
			when : "CLK&!D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023521";
			when : "!CLK&!D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023020";
			when : "CLK&!D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023490";
			when : "CLK&!D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027924";
			when : "!CLK&D&SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0027422";
			when : "CLK&D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024848";
			when : "!CLK&D&!SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0020185";
			when : "!CLK&!D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0023798";
			when : "!CLK&!D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0020313";
			when : "!CLK&!D&SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0019723";
			when : "!CLK&!D&!SCD&!SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024840";
			when : "!CLK&D&SCD&!SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0020433";
			when : "!CLK&!D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0020776";
			when : "!CLK&!D&SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024261";
			when : "!CLK&!D&!SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024120";
			when : "!CLK&D&!SCD&SCE&SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0024835";
			when : "!CLK&D&SCD&SCE&SETB&!Q&QN";
		}
		leakage_power () {
			value : "0.0022541";
			when : "!CLK&!D&SCD&SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0026956";
			when : "!CLK&D&!SCD&!SCE&!SETB&Q&!QN";
		}
		leakage_power () {
			value : "0.0026948";
			when : "!CLK&D&SCD&!SCE&!SETB&Q&!QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001992;
			capacitance : 0.001896;
			fall_capacitance : 0.001799;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1390263, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3543344, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0172231, 0.0171331, 0.0169257, 0.0169239, 0.0169197, 0.0169101, 0.0168880");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0135243, 0.0134865, 0.0133995, 0.0133750, 0.0133185, 0.0131883, 0.0128881");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001894;
			capacitance : 0.001795;
			fall_capacitance : 0.001696;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1252910, 0.2735983, 0.4314759", \
					  "0.0612122, 0.1997539, 0.3381003", \
					  "0.0388327, 0.1749329, 0.3035137");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3376934, 0.5604636, 0.9966615", \
					  "0.1930482, 0.4170391, 0.8544577", \
					  "0.0803366, 0.3043275, 0.7368633");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2146667, -0.3273782", \
					  "-0.0291361, -0.1627949, -0.2840514", \
					  "-0.0177428, -0.1489603, -0.2702168");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1066426, -0.3208678, -0.6276712", \
					  "-0.0205911, -0.2396992, -0.6136413", \
					  "0.0750306, -0.1501810, -0.5485371");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020449, 0.0020185, 0.0019579, 0.0019372, 0.0018896, 0.0017799, 0.0015269");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065815, 0.0064854, 0.0062637, 0.0062617, 0.0062569, 0.0062460, 0.0062208");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.270090;
			max_transition : 1.501903;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("-0.0056258, -0.0035997, 0.0017576, 0.0148223, 0.0449430, 0.1210456, 0.3332937", \
					  "-0.0056079, -0.0035868, 0.0017750, 0.0148300, 0.0449459, 0.1217696, 0.3351513", \
					  "-0.0055715, -0.0035622, 0.0017636, 0.0147895, 0.0448444, 0.1214014, 0.3347861", \
					  "-0.0055699, -0.0035771, 0.0017121, 0.0146597, 0.0446704, 0.1207225, 0.3342191", \
					  "-0.0055540, -0.0035785, 0.0016609, 0.0145854, 0.0444443, 0.1211467, 0.3341428", \
					  "-0.0054966, -0.0035348, 0.0016784, 0.0145164, 0.0445841, 0.1209836, 0.3342422", \
					  "-0.0052387, -0.0031194, 0.0023085, 0.0150138, 0.0445139, 0.1208035, 0.3325438");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("-0.0043894, -0.0005838, 0.0071100, 0.0154863, 0.0070436, -0.0564868, -0.2648921", \
					  "-0.0043723, -0.0005735, 0.0071108, 0.0154792, 0.0070146, -0.0565261, -0.2649235", \
					  "-0.0043316, -0.0005350, 0.0071406, 0.0154989, 0.0070164, -0.0565451, -0.2649724", \
					  "-0.0043339, -0.0005616, 0.0070659, 0.0153420, 0.0067932, -0.0568163, -0.2652610", \
					  "-0.0043127, -0.0005508, 0.0070557, 0.0152875, 0.0066979, -0.0569388, -0.2653824", \
					  "-0.0042512, -0.0004980, 0.0070931, 0.0153004, 0.0066885, -0.0569405, -0.2653987", \
					  "-0.0040798, -0.0002909, 0.0073776, 0.0157304, 0.0070936, -0.0567472, -0.2652717");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001426899, 0.004072081, 0.0116209, 0.03316369, 0.09464247, 0.2700905");
					values("-0.0011033, 0.0003958, 0.0045649, 0.0155032, 0.0432698, 0.1187594, 0.3313772", \
					  "-0.0011121, 0.0003813, 0.0045454, 0.0154790, 0.0431721, 0.1186407, 0.3317650", \
					  "-0.0011299, 0.0003631, 0.0045153, 0.0154369, 0.0431487, 0.1186131, 0.3322054", \
					  "-0.0011338, 0.0003547, 0.0045040, 0.0154316, 0.0431187, 0.1185108, 0.3297094", \
					  "-0.0011420, 0.0003370, 0.0044660, 0.0153352, 0.0429919, 0.1184444, 0.3315002", \
					  "-0.0011643, 0.0002892, 0.0043783, 0.0151928, 0.0427107, 0.1174982, 0.3275431", \
					  "-0.0011936, 0.0002478, 0.0043384, 0.0152727, 0.0428335, 0.1177820, 0.3301210");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.4668712, 0.4733507, 0.4875922, 0.5192569, 0.6027747, 0.8383007, 1.5117035", \
					  "0.4717841, 0.4783272, 0.4926017, 0.5242103, 0.6075899, 0.8434456, 1.5173214", \
					  "0.4837316, 0.4903425, 0.5046032, 0.5361623, 0.6194681, 0.8553411, 1.5300905", \
					  "0.5106898, 0.5172165, 0.5314301, 0.5631048, 0.6465374, 0.8821439, 1.5555083", \
					  "0.5633052, 0.5696988, 0.5839559, 0.6156324, 0.6988056, 0.9348152, 1.6083210", \
					  "0.6442346, 0.6506388, 0.6649021, 0.6965793, 0.7800766, 1.0152383, 1.6890650", \
					  "0.7549176, 0.7614868, 0.7757642, 0.8073690, 0.8905103, 1.1263709, 1.7995242");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0281226, 0.0322188, 0.0436855, 0.0795772, 0.1948695, 0.5291139, 1.4929993", \
					  "0.0280621, 0.0321804, 0.0437603, 0.0794516, 0.1947479, 0.5288610, 1.4926563", \
					  "0.0279377, 0.0322855, 0.0438674, 0.0796231, 0.1951434, 0.5286299, 1.4939199", \
					  "0.0281308, 0.0322701, 0.0436997, 0.0796128, 0.1947450, 0.5291607, 1.4909809", \
					  "0.0281560, 0.0322741, 0.0438853, 0.0795638, 0.1942324, 0.5292898, 1.4941833", \
					  "0.0281567, 0.0324747, 0.0439175, 0.0796141, 0.1949451, 0.5281461, 1.4950143", \
					  "0.0279819, 0.0323005, 0.0438106, 0.0796364, 0.1946140, 0.5267220, 1.4967686");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.3472099, 0.3513621, 0.3604933, 0.3788146, 0.4159790, 0.5041469, 0.7476219", \
					  "0.3520827, 0.3562617, 0.3654060, 0.3837007, 0.4208978, 0.5090822, 0.7522578", \
					  "0.3639655, 0.3681805, 0.3773045, 0.3955354, 0.4327497, 0.5209532, 0.7650163", \
					  "0.3908662, 0.3950158, 0.4041400, 0.4224560, 0.4596292, 0.5477667, 0.7918323", \
					  "0.4432933, 0.4474507, 0.4565962, 0.4749099, 0.5120798, 0.6002628, 0.8435829", \
					  "0.5221479, 0.5263288, 0.5354711, 0.5536256, 0.5908574, 0.6790173, 0.9230387", \
					  "0.6305497, 0.6346891, 0.6438765, 0.6621250, 0.6993199, 0.7874851, 1.0316122");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0198773, 0.0223338, 0.0285173, 0.0423991, 0.0790750, 0.1875132, 0.5122505", \
					  "0.0198373, 0.0224493, 0.0285787, 0.0424266, 0.0794214, 0.1869701, 0.5117110", \
					  "0.0198521, 0.0222693, 0.0282509, 0.0427717, 0.0791434, 0.1879382, 0.5104266", \
					  "0.0198953, 0.0223279, 0.0283996, 0.0423509, 0.0789089, 0.1875726, 0.5155633", \
					  "0.0198811, 0.0223934, 0.0285820, 0.0425119, 0.0793469, 0.1872529, 0.5124219", \
					  "0.0198758, 0.0224765, 0.0284021, 0.0423729, 0.0791069, 0.1875858, 0.5149925", \
					  "0.0200071, 0.0223570, 0.0283175, 0.0424809, 0.0788789, 0.1881384, 0.5088110");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.3779993, 0.3840084, 0.3975117, 0.4286188, 0.5120709, 0.7471284, 1.4193581", \
					  "0.3836269, 0.3896559, 0.4031049, 0.4342577, 0.5176943, 0.7530063, 1.4273555", \
					  "0.3973719, 0.4033986, 0.4168941, 0.4480016, 0.5314585, 0.7664789, 1.4386687", \
					  "0.4300656, 0.4361746, 0.4496250, 0.4807152, 0.5641354, 0.7995592, 1.4732198", \
					  "0.5105398, 0.5164663, 0.5299824, 0.5611083, 0.6445515, 0.8797684, 1.5531593", \
					  "0.6966813, 0.7028639, 0.7163355, 0.7472906, 0.8305215, 1.0664097, 1.7401656", \
					  "1.0897945, 1.0962358, 1.1103771, 1.1418424, 1.2253220, 1.4609222, 2.1348046");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014269, 0.00407208, 0.0116209, 0.0331637, 0.0946425, 0.27009");
					values("0.0260155, 0.0303356, 0.0415497, 0.0784620, 0.1935458, 0.5292304, 1.4927235", \
					  "0.0258986, 0.0301607, 0.0415707, 0.0784627, 0.1939591, 0.5291618, 1.4946092", \
					  "0.0258652, 0.0303304, 0.0415394, 0.0784574, 0.1935628, 0.5290601, 1.4988343", \
					  "0.0257571, 0.0303000, 0.0415970, 0.0783526, 0.1935033, 0.5302982, 1.5018565", \
					  "0.0259845, 0.0302449, 0.0415464, 0.0785358, 0.1938738, 0.5286482, 1.4952920", \
					  "0.0258465, 0.0300085, 0.0415979, 0.0785540, 0.1939308, 0.5291982, 1.4858448", \
					  "0.0285432, 0.0324586, 0.0435811, 0.0793175, 0.1933429, 0.5276793, 1.5019032");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.277415;
			max_transition : 1.510869;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001433276, 0.004108562, 0.01177741, 0.03376056, 0.09677642, 0.2774147");
					values("-0.0055349, -0.0033637, 0.0021811, 0.0154954, 0.0461725, 0.1249644, 0.3431570", \
					  "-0.0055178, -0.0033575, 0.0021897, 0.0154956, 0.0461141, 0.1249847, 0.3429754", \
					  "-0.0054786, -0.0033178, 0.0022231, 0.0155053, 0.0461360, 0.1250577, 0.3431820", \
					  "-0.0054803, -0.0033431, 0.0021497, 0.0153518, 0.0458506, 0.1246564, 0.3442378", \
					  "-0.0054560, -0.0033250, 0.0021288, 0.0152968, 0.0458158, 0.1240926, 0.3443058", \
					  "-0.0053965, -0.0032749, 0.0021790, 0.0153053, 0.0457255, 0.1240267, 0.3448077", \
					  "-0.0052089, -0.0030217, 0.0025579, 0.0157339, 0.0460675, 0.1243409, 0.3444541");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001433276, 0.004108562, 0.01177741, 0.03376056, 0.09677642, 0.2774147");
					values("-0.0044529, -0.0007335, 0.0068001, 0.0148361, 0.0055671, -0.0593229, -0.2738060", \
					  "-0.0044351, -0.0007127, 0.0068026, 0.0148582, 0.0055814, -0.0593356, -0.2738259", \
					  "-0.0043990, -0.0006934, 0.0067906, 0.0147934, 0.0054656, -0.0594847, -0.2740019", \
					  "-0.0043972, -0.0007067, 0.0067404, 0.0146820, 0.0052762, -0.0596587, -0.2741957", \
					  "-0.0043794, -0.0007031, 0.0067089, 0.0145499, 0.0051115, -0.0598911, -0.2744411", \
					  "-0.0043219, -0.0006637, 0.0067221, 0.0145240, 0.0050419, -0.0600033, -0.2745408", \
					  "-0.0041467, -0.0004440, 0.0070334, 0.0150165, 0.0057728, -0.0599350, -0.2744619");
				}
			}
			internal_power () {
				related_pin : "SETB";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001433276, 0.004108562, 0.01177741, 0.03376056, 0.09677642, 0.2774147");
					values("5.2450000e-05, 0.0032036, 0.0094623, 0.0155070, 0.0043353, -0.0622596, -0.2775210", \
					  "4.0800000e-05, 0.0031892, 0.0094396, 0.0154782, 0.0042639, -0.0623900, -0.2776199", \
					  "2.1700000e-05, 0.0031647, 0.0094192, 0.0154205, 0.0042015, -0.0624449, -0.2777083", \
					  "2.0800000e-05, 0.0031661, 0.0094085, 0.0154309, 0.0041689, -0.0624348, -0.2776998", \
					  "1.2950000e-05, 0.0031491, 0.0093746, 0.0153657, 0.0040691, -0.0625511, -0.2778614", \
					  "-7.8500000e-06, 0.0031091, 0.0092922, 0.0151846, 0.0038043, -0.0628342, -0.2780158", \
					  "-6.3000000e-06, 0.0031420, 0.0093642, 0.0152629, 0.0038829, -0.0628231, -0.2779887");
				}
				rise_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00143328, 0.00410856, 0.0117774, 0.0337606, 0.0967764, 0.277415");
					values("0.2622532, 0.2689362, 0.2844438, 0.3204913, 0.4109653, 0.6514193, 1.3332494", \
					  "0.2671252, 0.2736564, 0.2893209, 0.3253820, 0.4158475, 0.6559832, 1.3415442", \
					  "0.2789498, 0.2856393, 0.3012413, 0.3372764, 0.4277305, 0.6683192, 1.3537023", \
					  "0.3057522, 0.3124469, 0.3280979, 0.3641412, 0.4546119, 0.6950732, 1.3762564", \
					  "0.3583563, 0.3650339, 0.3805391, 0.4165786, 0.5070361, 0.7478125, 1.4304429", \
					  "0.4371624, 0.4438417, 0.4594481, 0.4954553, 0.5859239, 0.8264643, 1.5090955", \
					  "0.5456305, 0.5522626, 0.5677915, 0.6038302, 0.6943091, 0.9348167, 1.6187626");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143328, 0.00410856, 0.0117774, 0.0337606, 0.0967764, 0.277415");
					values("0.0254796, 0.0309713, 0.0457785, 0.0862560, 0.2011347, 0.5338193, 1.5096330", \
					  "0.0254828, 0.0313281, 0.0457906, 0.0862684, 0.2008697, 0.5330595, 1.5027264", \
					  "0.0256351, 0.0311352, 0.0456177, 0.0863237, 0.2010978, 0.5327828, 1.5011973", \
					  "0.0256428, 0.0312932, 0.0457997, 0.0863023, 0.2012142, 0.5321515, 1.5093621", \
					  "0.0255129, 0.0309847, 0.0457348, 0.0861813, 0.2011989, 0.5317035, 1.5077527", \
					  "0.0256754, 0.0311289, 0.0455770, 0.0863133, 0.2007939, 0.5335862, 1.5108693", \
					  "0.0256127, 0.0311837, 0.0457404, 0.0862773, 0.2013744, 0.5322510, 1.5074006");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143328, 0.00410856, 0.0117774, 0.0337606, 0.0967764, 0.277415");
					values("0.3189080, 0.3281848, 0.3478566, 0.3859685, 0.4562385, 0.5829437, 0.8623818", \
					  "0.3238282, 0.3331087, 0.3528047, 0.3908655, 0.4611977, 0.5878873, 0.8675269", \
					  "0.3356886, 0.3450213, 0.3647859, 0.4029086, 0.4731442, 0.5998496, 0.8794080", \
					  "0.3626494, 0.3719758, 0.3917393, 0.4298583, 0.5000896, 0.6267929, 0.9064382", \
					  "0.4152620, 0.4245726, 0.4442976, 0.4823845, 0.5526329, 0.6793493, 0.9588482", \
					  "0.4961733, 0.5053304, 0.5251686, 0.5632174, 0.6335258, 0.7602551, 1.0397083", \
					  "0.6068913, 0.6162097, 0.6359624, 0.6740445, 0.7442856, 0.8710607, 1.1506783");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143328, 0.00410856, 0.0117774, 0.0337606, 0.0967764, 0.277415");
					values("0.0472680, 0.0528079, 0.0651976, 0.0904234, 0.1396268, 0.2467447, 0.5732013", \
					  "0.0472287, 0.0528877, 0.0652614, 0.0903992, 0.1394871, 0.2463874, 0.5725778", \
					  "0.0473769, 0.0528090, 0.0647851, 0.0904906, 0.1393983, 0.2467050, 0.5694427", \
					  "0.0473779, 0.0528533, 0.0648049, 0.0904873, 0.1393902, 0.2469209, 0.5714682", \
					  "0.0474049, 0.0527570, 0.0652245, 0.0904976, 0.1395013, 0.2463729, 0.5737353", \
					  "0.0475217, 0.0531331, 0.0649070, 0.0905854, 0.1395205, 0.2467578, 0.5739936", \
					  "0.0475785, 0.0529390, 0.0654281, 0.0906837, 0.1396569, 0.2470397, 0.5701535");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "clear";
				timing_sense : "positive_unate";
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143328, 0.00410856, 0.0117774, 0.0337606, 0.0967764, 0.277415");
					values("0.2389187, 0.2473712, 0.2657197, 0.3014794, 0.3676426, 0.4808413, 0.7500163", \
					  "0.2444784, 0.2530242, 0.2713641, 0.3073874, 0.3734569, 0.4866094, 0.7556580", \
					  "0.2581793, 0.2666501, 0.2850181, 0.3210487, 0.3871705, 0.5003514, 0.7695198", \
					  "0.2911026, 0.2996385, 0.3179728, 0.3539827, 0.4200568, 0.5332342, 0.8023278", \
					  "0.3713719, 0.3798459, 0.3983245, 0.4342319, 0.5002979, 0.6135175, 0.8827690", \
					  "0.5576863, 0.5661187, 0.5845672, 0.6205138, 0.6865277, 0.7997796, 1.0689373", \
					  "0.9131015, 0.9252241, 0.9501264, 0.9966705, 1.0746157, 1.1925813, 1.4625007");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143328, 0.00410856, 0.0117774, 0.0337606, 0.0967764, 0.277415");
					values("0.0422161, 0.0474514, 0.0593358, 0.0850038, 0.1264643, 0.2243003, 0.5595597", \
					  "0.0422512, 0.0474910, 0.0594844, 0.0846515, 0.1261909, 0.2242161, 0.5575972", \
					  "0.0424293, 0.0478077, 0.0596186, 0.0847377, 0.1263964, 0.2241025, 0.5585845", \
					  "0.0422446, 0.0474857, 0.0594774, 0.0846527, 0.1261573, 0.2241730, 0.5558385", \
					  "0.0421679, 0.0472410, 0.0594057, 0.0846549, 0.1262007, 0.2242516, 0.5581153", \
					  "0.0435988, 0.0484081, 0.0601273, 0.0850248, 0.1264305, 0.2240767, 0.5560664", \
					  "0.0686274, 0.0746970, 0.0879676, 0.1143590, 0.1479060, 0.2327658, 0.5621086");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001719;
			capacitance : 0.001654;
			fall_capacitance : 0.001588;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1423809, 0.2992331, 0.4900696", \
					  "0.0807435, 0.2327129, 0.4076804", \
					  "0.0620260, 0.2127747, 0.3853008");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3914043, 0.6105124, 1.0137513", \
					  "0.2467591, 0.4646465, 0.8715475", \
					  "0.1364889, 0.3555970, 0.7588359");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0956563, -0.2488463, -0.4152689", \
					  "-0.0498880, -0.2006367, -0.3695007", \
					  "-0.0409362, -0.1904642, -0.3593281");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1432637, -0.3587096, -0.6935892", \
					  "-0.0706400, -0.2885274, -0.6636901", \
					  "0.0176576, -0.2026712, -0.5888203");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017444, -0.0017443, -0.0017439, -0.0017499, -0.0017636, -0.0017953, -0.0018682");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018735, 0.0018709, 0.0018648, 0.0018705, 0.0018835, 0.0019135, 0.0019827");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003864;
			capacitance : 0.003771;
			fall_capacitance : 0.003678;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1313945, 0.2845846, 0.4534486", \
					  "0.0697572, 0.2131816, 0.3612936", \
					  "0.0485983, 0.1883607, 0.3291484");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1814434, 0.3675924, 0.5852845", \
					  "0.1173646, 0.3022930, 0.5187643", \
					  "0.0949850, 0.2799134, 0.4976054");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0810078, -0.2207702, -0.3395853", \
					  "-0.0340189, -0.1701191, -0.2962585", \
					  "-0.0214049, -0.1562845, -0.2836445");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1347187, -0.3208678, -0.5373392", \
					  "-0.0852884, -0.2714375, -0.4866881", \
					  "-0.0726745, -0.2576029, -0.4752949");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0001906, -0.0002357, -0.0003396, -0.0003508, -0.0003767, -0.0004364, -0.0005741");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0081619, 0.0080771, 0.0078817, 0.0078968, 0.0079315, 0.0080117, 0.0081963");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003273;
			capacitance : 0.003314;
			rise_capacitance : 0.003355;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1371602, -0.0681986, -0.0568053", \
					  "-0.2891296, -0.2213887, -0.2087747", \
					  "-0.4262552, -0.3609557, -0.3495625");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1594707, 0.0978333, 0.0876608", \
					  "0.3077780, 0.2449199, 0.2359681", \
					  "0.4436829, 0.3820456, 0.3730937");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2642565, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038333, 0.0038470, 0.0038786, 0.0038820, 0.0038897, 0.0039077, 0.0039490");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0001674, 9.0159922e-05, -8.7926855e-05, -9.7578790e-05, -0.0001198, -0.0001711, -0.0002893");
				}
			}
		}
	}
	cell ("scs8hd_sdfstp_1") {
		area : 33.782400;
		cell_footprint : "sdfstp";
		cell_leakage_power : 1.684857e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			preset : "!SETB";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0020215";
			when : "CLK&D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015368";
			when : "CLK&!D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0011880";
			when : "CLK&!D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012223";
			when : "!CLK&!D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0017218";
			when : "!CLK&D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019555";
			when : "!CLK&D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012003";
			when : "CLK&!D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012475";
			when : "CLK&!D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0016890";
			when : "CLK&D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020515";
			when : "CLK&D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020563";
			when : "!CLK&D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020050";
			when : "CLK&D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0015705";
			when : "CLK&D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0011290";
			when : "CLK&!D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015799";
			when : "CLK&!D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016300";
			when : "!CLK&!D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016080";
			when : "CLK&!D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0020200";
			when : "CLK&D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016638";
			when : "!CLK&D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016418";
			when : "CLK&D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0020207";
			when : "CLK&D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012812";
			when : "!CLK&!D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012593";
			when : "CLK&!D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0013065";
			when : "CLK&!D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020507";
			when : "CLK&D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020522";
			when : "CLK&D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020556";
			when : "!CLK&D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020043";
			when : "CLK&D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016553";
			when : "CLK&!D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0016147";
			when : "!CLK&!D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0015634";
			when : "CLK&!D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016107";
			when : "CLK&!D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020548";
			when : "!CLK&D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020035";
			when : "CLK&D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0021153";
			when : "!CLK&D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012803";
			when : "!CLK&!D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016427";
			when : "!CLK&!D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0012939";
			when : "!CLK&!D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0012350";
			when : "!CLK&!D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0021146";
			when : "!CLK&D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016737";
			when : "!CLK&!D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0013392";
			when : "!CLK&!D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016880";
			when : "!CLK&!D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016765";
			when : "!CLK&D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0021138";
			when : "!CLK&D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015154";
			when : "!CLK&!D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019570";
			when : "!CLK&D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019563";
			when : "!CLK&D&SCD&!SCE&!SETB&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001973;
			capacitance : 0.001879;
			fall_capacitance : 0.001784;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1214502, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3455464, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0172917, 0.0172362, 0.0171082, 0.0170960, 0.0170681, 0.0170037, 0.0168551");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0136063, 0.0135708, 0.0134892, 0.0134623, 0.0134004, 0.0132578, 0.0129291");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001908;
			capacitance : 0.001809;
			fall_capacitance : 0.001709;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1204082, 0.2674948, 0.4192689", \
					  "0.0575501, 0.1960918, 0.3319968", \
					  "0.0363913, 0.1712708, 0.2986309");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3279277, 0.5494772, 0.9844545", \
					  "0.1845032, 0.4072734, 0.8422506", \
					  "0.0717917, 0.2957826, 0.7258770");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0810078, -0.2183288, -0.3347025", \
					  "-0.0315775, -0.1652363, -0.2877135", \
					  "-0.0177428, -0.1501810, -0.2726582");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1298359, -0.3477233, -0.6752786", \
					  "-0.0364603, -0.2555684, -0.6466003", \
					  "0.0579408, -0.1684915, -0.5717305");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019926, 0.0019552, 0.0018692, 0.0018548, 0.0018217, 0.0017455, 0.0015696");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066200, 0.0065237, 0.0063017, 0.0063010, 0.0062993, 0.0062955, 0.0062867");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.148325;
			max_transition : 1.501612;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0175126, 0.0187874, 0.0218064, 0.0286382, 0.0453025, 0.0879812, 0.1970377", \
					  "0.0175152, 0.0187938, 0.0218137, 0.0286659, 0.0451812, 0.0877353, 0.1981743", \
					  "0.0173851, 0.0186642, 0.0216838, 0.0285359, 0.0449761, 0.0877619, 0.1968906", \
					  "0.0171578, 0.0184230, 0.0214545, 0.0283101, 0.0447444, 0.0870590, 0.1978605", \
					  "0.0169256, 0.0181916, 0.0212168, 0.0280686, 0.0445118, 0.0872971, 0.1964815", \
					  "0.0168564, 0.0181698, 0.0212006, 0.0280060, 0.0444985, 0.0872696, 0.1968552", \
					  "0.0185346, 0.0195323, 0.0220677, 0.0285576, 0.0447461, 0.0869785, 0.1972836");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0171244, 0.0164190, 0.0146079, 0.0088339, -0.0075058, -0.0502541, -0.1608124", \
					  "0.0170892, 0.0164087, 0.0146016, 0.0088270, -0.0075247, -0.0502686, -0.1608240", \
					  "0.0170873, 0.0164013, 0.0146081, 0.0088229, -0.0075203, -0.0502714, -0.1608002", \
					  "0.0168374, 0.0161692, 0.0143160, 0.0085456, -0.0077943, -0.0505444, -0.1610789", \
					  "0.0167131, 0.0160236, 0.0142213, 0.0084439, -0.0079063, -0.0506513, -0.1611921", \
					  "0.0168516, 0.0160881, 0.0142762, 0.0084661, -0.0078848, -0.0506286, -0.1611819", \
					  "0.0187422, 0.0178370, 0.0154696, 0.0091364, -0.0074046, -0.0502523, -0.1608719");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001291252, 0.003334662, 0.008611776, 0.02223994, 0.05743473, 0.1483254");
					values("0.0188897, 0.0201246, 0.0229511, 0.0294439, 0.0458525, 0.0884690, 0.1979812", \
					  "0.0187712, 0.0200079, 0.0228128, 0.0293620, 0.0457505, 0.0886346, 0.1989208", \
					  "0.0187829, 0.0200409, 0.0228525, 0.0293658, 0.0459380, 0.0882166, 0.1988859", \
					  "0.0186591, 0.0199085, 0.0227217, 0.0292527, 0.0456444, 0.0884852, 0.1983537", \
					  "0.0185173, 0.0197553, 0.0225731, 0.0290829, 0.0454805, 0.0881868, 0.1975214", \
					  "0.0183780, 0.0196338, 0.0224490, 0.0289872, 0.0454215, 0.0882462, 0.1976894", \
					  "0.0188254, 0.0198314, 0.0223429, 0.0287831, 0.0455149, 0.0877128, 0.1974789");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.3122255, 0.3191175, 0.3347019, 0.3725430, 0.4685260, 0.7145808, 1.3498335", \
					  "0.3172514, 0.3241220, 0.3397461, 0.3774406, 0.4734556, 0.7196230, 1.3558973", \
					  "0.3290610, 0.3359321, 0.3515565, 0.3892519, 0.4852674, 0.7314288, 1.3689855", \
					  "0.3557704, 0.3626359, 0.3782463, 0.4159147, 0.5118790, 0.7583009, 1.3957185", \
					  "0.4082517, 0.4151086, 0.4307570, 0.4684651, 0.5644853, 0.8106066, 1.4483639", \
					  "0.4893515, 0.4962190, 0.5118447, 0.5495135, 0.6456854, 0.8918078, 1.5286520", \
					  "0.6015058, 0.6084028, 0.6239989, 0.6617187, 0.7575277, 1.0041304, 1.6423642");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0239053, 0.0305964, 0.0489701, 0.1000526, 0.2334198, 0.5825027, 1.4951227", \
					  "0.0239589, 0.0305670, 0.0489217, 0.1001676, 0.2337404, 0.5814198, 1.4895811", \
					  "0.0239618, 0.0305685, 0.0489214, 0.1001682, 0.2337340, 0.5837238, 1.4900292", \
					  "0.0239055, 0.0306012, 0.0489077, 0.1000210, 0.2338521, 0.5844146, 1.4913496", \
					  "0.0238667, 0.0305883, 0.0489207, 0.1001889, 0.2338088, 0.5836164, 1.4896302", \
					  "0.0240485, 0.0305509, 0.0489628, 0.0997877, 0.2337598, 0.5833913, 1.4999195", \
					  "0.0240625, 0.0307102, 0.0489231, 0.0999155, 0.2340922, 0.5800297, 1.4900261");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.2822407, 0.2865880, 0.2957655, 0.3143905, 0.3554496, 0.4569027, 0.7188251", \
					  "0.2870187, 0.2914204, 0.3006074, 0.3192584, 0.3602758, 0.4619427, 0.7246111", \
					  "0.2990527, 0.3033503, 0.3125394, 0.3312915, 0.3722992, 0.4739255, 0.7364911", \
					  "0.3259288, 0.3303425, 0.3394538, 0.3581635, 0.3992282, 0.5007508, 0.7637850", \
					  "0.3783152, 0.3827178, 0.3919081, 0.4105547, 0.4515736, 0.5532205, 0.8153849", \
					  "0.4574419, 0.4618448, 0.4710232, 0.4896639, 0.5307224, 0.6323598, 0.8944941", \
					  "0.5657633, 0.5701145, 0.5792828, 0.5979647, 0.6390232, 0.7405873, 1.0038326");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0156683, 0.0189756, 0.0267755, 0.0454709, 0.0947289, 0.2288643, 0.5807128", \
					  "0.0157283, 0.0190408, 0.0267987, 0.0456978, 0.0948182, 0.2292485, 0.5769178", \
					  "0.0157201, 0.0190206, 0.0266995, 0.0456539, 0.0948016, 0.2282459, 0.5796765", \
					  "0.0156993, 0.0189516, 0.0267911, 0.0453717, 0.0946014, 0.2274553, 0.5807648", \
					  "0.0156909, 0.0190057, 0.0267754, 0.0456886, 0.0948087, 0.2283133, 0.5812978", \
					  "0.0157251, 0.0189432, 0.0268072, 0.0454535, 0.0947682, 0.2296799, 0.5773022", \
					  "0.0157895, 0.0189980, 0.0267861, 0.0455089, 0.0946249, 0.2288578, 0.5757692");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.2472498, 0.2541058, 0.2696452, 0.3074955, 0.4030912, 0.6498553, 1.2849523", \
					  "0.2525733, 0.2594215, 0.2750336, 0.3128014, 0.4085625, 0.6553980, 1.2916598", \
					  "0.2662160, 0.2731172, 0.2886758, 0.3264659, 0.4222271, 0.6681546, 1.3066740", \
					  "0.2988826, 0.3057454, 0.3213389, 0.3591163, 0.4548528, 0.7017190, 1.3378949", \
					  "0.3799230, 0.3867802, 0.4023262, 0.4401675, 0.5357144, 0.7826547, 1.4175653", \
					  "0.5628282, 0.5697753, 0.5853822, 0.6232098, 0.7188798, 0.9659114, 1.6020965", \
					  "0.8978609, 0.9055144, 0.9216100, 0.9593691, 1.0553410, 1.3012876, 1.9387796");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129125, 0.00333466, 0.00861178, 0.0222399, 0.0574347, 0.148325");
					values("0.0238287, 0.0304444, 0.0488461, 0.0995758, 0.2339970, 0.5840033, 1.4960665", \
					  "0.0237724, 0.0304936, 0.0487636, 0.0995579, 0.2338209, 0.5839213, 1.4903858", \
					  "0.0238121, 0.0303971, 0.0487103, 0.0997103, 0.2336907, 0.5862575, 1.4886506", \
					  "0.0239148, 0.0305189, 0.0488417, 0.0996302, 0.2337663, 0.5839444, 1.4900264", \
					  "0.0238234, 0.0304091, 0.0488770, 0.0996992, 0.2338762, 0.5848472, 1.4973128", \
					  "0.0243320, 0.0308130, 0.0491082, 0.0998431, 0.2332866, 0.5843752, 1.5016124", \
					  "0.0285075, 0.0344913, 0.0510912, 0.1006143, 0.2339196, 0.5822604, 1.4975995");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001719;
			capacitance : 0.001654;
			fall_capacitance : 0.001589;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1362773, 0.2931296, 0.4803041", \
					  "0.0770814, 0.2290508, 0.4027975", \
					  "0.0583639, 0.2078919, 0.3804180");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3828594, 0.6007467, 1.0039857", \
					  "0.2394349, 0.4573223, 0.8630026", \
					  "0.1303854, 0.3482728, 0.7502910");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0993184, -0.2525085, -0.4201517", \
					  "-0.0523294, -0.2030781, -0.3719420", \
					  "-0.0409362, -0.1916849, -0.3605488");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1701191, -0.3880065, -0.7363138", \
					  "-0.0889505, -0.3068379, -0.6905456", \
					  "-0.0006530, -0.2209818, -0.6107930");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018317, -0.0018349, -0.0018423, -0.0018436, -0.0018466, -0.0018536, -0.0018695");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018696, 0.0018838, 0.0019168, 0.0019198, 0.0019267, 0.0019426, 0.0019794");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003874;
			capacitance : 0.003776;
			fall_capacitance : 0.003678;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1265117, 0.2784811, 0.4424623", \
					  "0.0660950, 0.2095195, 0.3551901", \
					  "0.0449362, 0.1846986, 0.3230449");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1777813, 0.3663718, 0.5865052", \
					  "0.1149232, 0.3022930, 0.5212057", \
					  "0.0937643, 0.2799134, 0.5012676");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0834492, -0.2232116, -0.3456888", \
					  "-0.0364603, -0.1713398, -0.2999206", \
					  "-0.0226257, -0.1575052, -0.2836445");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1396016, -0.3269714, -0.5471048", \
					  "-0.0889505, -0.2763203, -0.4964538", \
					  "-0.0751159, -0.2624857, -0.4826191");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0001272, -0.0002319, -0.0004731, -0.0004743, -0.0004769, -0.0004829, -0.0004968");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0081358, 0.0080928, 0.0079937, 0.0080027, 0.0080233, 0.0080708, 0.0081802");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003304;
			capacitance : 0.003331;
			rise_capacitance : 0.003359;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1420430, -0.0791849, -0.0738952", \
					  "-0.2940124, -0.2299336, -0.2258646", \
					  "-0.4323587, -0.3695007, -0.3642110");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1594707, 0.0990540, 0.0913229", \
					  "0.3065573, 0.2461406, 0.2396302", \
					  "0.4436829, 0.3844870, 0.3755351");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2082325, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038251, 0.0038298, 0.0038405, 0.0038438, 0.0038514, 0.0038691, 0.0039097");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("9.5886060e-06, -4.0347385e-05, -0.0001554, -0.0001656, -0.0001892, -0.0002434, -0.0003683");
				}
			}
		}
	}
	cell ("scs8hd_sdfstp_2") {
		area : 35.033600;
		cell_footprint : "sdfstp";
		cell_leakage_power : 1.813699e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			preset : "!SETB";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0023822";
			when : "CLK&D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0018975";
			when : "CLK&!D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015487";
			when : "CLK&!D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015830";
			when : "!CLK&!D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0017347";
			when : "!CLK&D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019684";
			when : "!CLK&D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012132";
			when : "CLK&!D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012604";
			when : "CLK&!D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0017019";
			when : "CLK&D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020644";
			when : "CLK&D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020692";
			when : "!CLK&D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020179";
			when : "CLK&D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019313";
			when : "CLK&D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0014898";
			when : "CLK&!D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0019406";
			when : "CLK&!D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0019907";
			when : "!CLK&!D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016209";
			when : "CLK&!D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0023807";
			when : "CLK&D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0020245";
			when : "!CLK&D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016547";
			when : "CLK&D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0023815";
			when : "CLK&D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0016420";
			when : "!CLK&!D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012721";
			when : "CLK&!D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0013194";
			when : "CLK&!D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020636";
			when : "CLK&D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020651";
			when : "CLK&D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020685";
			when : "!CLK&D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020172";
			when : "CLK&D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016681";
			when : "CLK&!D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0016276";
			when : "!CLK&!D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0015763";
			when : "CLK&!D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016236";
			when : "CLK&!D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020677";
			when : "!CLK&D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020164";
			when : "CLK&D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0024760";
			when : "!CLK&D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012932";
			when : "!CLK&!D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016556";
			when : "!CLK&!D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0013068";
			when : "!CLK&!D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0012479";
			when : "!CLK&!D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0024753";
			when : "!CLK&D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0020345";
			when : "!CLK&!D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0013521";
			when : "!CLK&!D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0017009";
			when : "!CLK&!D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016894";
			when : "!CLK&D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0024745";
			when : "!CLK&D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015283";
			when : "!CLK&!D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019699";
			when : "!CLK&D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019692";
			when : "!CLK&D&SCD&!SCE&!SETB&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001958;
			capacitance : 0.001871;
			fall_capacitance : 0.001784;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1236472, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3488419, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0173012, 0.0172370, 0.0170892, 0.0170826, 0.0170672, 0.0170318, 0.0169503");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0137071, 0.0136366, 0.0134739, 0.0134537, 0.0134070, 0.0132996, 0.0130519");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001908;
			capacitance : 0.001809;
			fall_capacitance : 0.001709;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1228496, 0.2711569, 0.4253724", \
					  "0.0587708, 0.1973125, 0.3344382", \
					  "0.0363913, 0.1712708, 0.3010723");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3303691, 0.5531393, 0.9881165", \
					  "0.1869447, 0.4109356, 0.8446921", \
					  "0.0742331, 0.2970032, 0.7270976");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0797871, -0.2158874, -0.3310404", \
					  "-0.0303568, -0.1640156, -0.2852721", \
					  "-0.0177428, -0.1489603, -0.2714375");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1115254, -0.3257507, -0.6362161", \
					  "-0.0230326, -0.2409199, -0.6185241", \
					  "0.0725892, -0.1550638, -0.5521992");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0020589, 0.0019992, 0.0018617, 0.0018553, 0.0018405, 0.0018065, 0.0017281");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065443, 0.0064712, 0.0063027, 0.0063017, 0.0062992, 0.0062936, 0.0062805");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.276499;
			max_transition : 1.513492;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001432487, 0.004104037, 0.01175796, 0.03368624, 0.0965102, 0.2764992");
					values("0.0209346, 0.0222882, 0.0259746, 0.0357770, 0.0625737, 0.1378837, 0.3565495", \
					  "0.0209612, 0.0223213, 0.0259907, 0.0357859, 0.0624626, 0.1377511, 0.3573902", \
					  "0.0210301, 0.0223651, 0.0260506, 0.0358300, 0.0625484, 0.1379105, 0.3550624", \
					  "0.0206935, 0.0220500, 0.0257308, 0.0355324, 0.0621228, 0.1376315, 0.3548993", \
					  "0.0204456, 0.0217842, 0.0254693, 0.0352692, 0.0619881, 0.1375470, 0.3548643", \
					  "0.0203737, 0.0217036, 0.0253766, 0.0351726, 0.0617799, 0.1373569, 0.3545189", \
					  "0.0216999, 0.0229701, 0.0263003, 0.0357140, 0.0619531, 0.1374104, 0.3542269");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001432487, 0.004104037, 0.01175796, 0.03368624, 0.0965102, 0.2764992");
					values("0.0197216, 0.0187254, 0.0160810, 0.0079681, -0.0179823, -0.0942005, -0.3131391", \
					  "0.0197575, 0.0187479, 0.0160900, 0.0079768, -0.0179697, -0.0941668, -0.3131005", \
					  "0.0198231, 0.0188292, 0.0162018, 0.0080111, -0.0178790, -0.0941039, -0.3130310", \
					  "0.0195244, 0.0185514, 0.0158797, 0.0077279, -0.0181715, -0.0943788, -0.3133076", \
					  "0.0194153, 0.0184320, 0.0157954, 0.0076229, -0.0182982, -0.0945051, -0.3134357", \
					  "0.0194355, 0.0184431, 0.0157878, 0.0076357, -0.0183069, -0.0945140, -0.3134517", \
					  "0.0217435, 0.0207270, 0.0176664, 0.0086403, -0.0177696, -0.0941762, -0.3132309");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001432487, 0.004104037, 0.01175796, 0.03368624, 0.0965102, 0.2764992");
					values("0.0223266, 0.0236694, 0.0272118, 0.0367375, 0.0631881, 0.1396721, 0.3564420", \
					  "0.0222447, 0.0235773, 0.0271148, 0.0366453, 0.0631481, 0.1388395, 0.3578968", \
					  "0.0221060, 0.0234340, 0.0269868, 0.0365014, 0.0629715, 0.1385550, 0.3570241", \
					  "0.0221097, 0.0234357, 0.0269901, 0.0365022, 0.0629644, 0.1385487, 0.3572642", \
					  "0.0219448, 0.0232704, 0.0268250, 0.0363368, 0.0627934, 0.1383514, 0.3569239", \
					  "0.0216450, 0.0229733, 0.0265080, 0.0360364, 0.0625490, 0.1382473, 0.3573687", \
					  "0.0218960, 0.0230785, 0.0264147, 0.0356485, 0.0626118, 0.1386452, 0.3562306");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.3319680, 0.3376225, 0.3505625, 0.3813439, 0.4649542, 0.7018116, 1.3828529", \
					  "0.3367269, 0.3424306, 0.3553276, 0.3861826, 0.4696187, 0.7069231, 1.3854137", \
					  "0.3484524, 0.3541917, 0.3670847, 0.3979364, 0.4815080, 0.7186761, 1.3960177", \
					  "0.3757921, 0.3814535, 0.3943852, 0.4251734, 0.5087083, 0.7458542, 1.4245319", \
					  "0.4276747, 0.4333231, 0.4462902, 0.4770980, 0.5609023, 0.7977528, 1.4769380", \
					  "0.5087741, 0.5145400, 0.5274025, 0.5581915, 0.6417755, 0.8789455, 1.5572752", \
					  "0.6211327, 0.6268696, 0.6397629, 0.6706383, 0.7541399, 0.9913780, 1.6722519");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.0222969, 0.0266774, 0.0385929, 0.0762498, 0.1916945, 0.5272711, 1.4997376", \
					  "0.0223395, 0.0265526, 0.0386907, 0.0764970, 0.1919454, 0.5261821, 1.4969881", \
					  "0.0221728, 0.0265847, 0.0385103, 0.0762000, 0.1917814, 0.5261162, 1.5003658", \
					  "0.0223110, 0.0266640, 0.0386292, 0.0762945, 0.1918607, 0.5285480, 1.5034973", \
					  "0.0222569, 0.0265796, 0.0386449, 0.0763206, 0.1919324, 0.5255406, 1.5134916", \
					  "0.0222427, 0.0264788, 0.0385143, 0.0763793, 0.1919261, 0.5287288, 1.5026806", \
					  "0.0224129, 0.0265767, 0.0387463, 0.0765351, 0.1918786, 0.5252291, 1.5000503");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.3040070, 0.3080231, 0.3168922, 0.3347656, 0.3715639, 0.4603967, 0.7078173", \
					  "0.3088912, 0.3129424, 0.3217965, 0.3396439, 0.3764578, 0.4653219, 0.7130184", \
					  "0.3208801, 0.3248975, 0.3337636, 0.3516163, 0.3884384, 0.4772578, 0.7253236", \
					  "0.3477104, 0.3517532, 0.3606044, 0.3784520, 0.4152778, 0.5041492, 0.7523913", \
					  "0.4001509, 0.4042044, 0.4130581, 0.4309066, 0.4676835, 0.5565090, 0.8038930", \
					  "0.4793028, 0.4833192, 0.4922118, 0.5100597, 0.5468173, 0.6357352, 0.8839378", \
					  "0.5876420, 0.5916559, 0.6005479, 0.6183251, 0.6551883, 0.7440391, 0.9914102");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.0180492, 0.0204966, 0.0264802, 0.0408599, 0.0772038, 0.1858796, 0.5158488", \
					  "0.0181920, 0.0205226, 0.0265972, 0.0408687, 0.0776788, 0.1875842, 0.5155496", \
					  "0.0180376, 0.0204882, 0.0264420, 0.0408465, 0.0776731, 0.1868285, 0.5152201", \
					  "0.0181698, 0.0205132, 0.0265165, 0.0408488, 0.0777056, 0.1875026, 0.5171695", \
					  "0.0180452, 0.0204559, 0.0266871, 0.0405208, 0.0775131, 0.1859039, 0.5169039", \
					  "0.0180777, 0.0206619, 0.0266901, 0.0405200, 0.0775756, 0.1865511, 0.5174446", \
					  "0.0181559, 0.0204989, 0.0263531, 0.0407820, 0.0776865, 0.1870807, 0.5127774");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.2664647, 0.2719510, 0.2845651, 0.3152197, 0.3986241, 0.6361858, 1.3136189", \
					  "0.2717752, 0.2773209, 0.2899014, 0.3205617, 0.4040677, 0.6411534, 1.3210169", \
					  "0.2852339, 0.2907470, 0.3033488, 0.3340093, 0.4174864, 0.6548435, 1.3362643", \
					  "0.3180395, 0.3235425, 0.3361516, 0.3668091, 0.4502779, 0.6876403, 1.3688052", \
					  "0.3987673, 0.4042734, 0.4168797, 0.4475380, 0.5310031, 0.7683906, 1.4498907", \
					  "0.5820583, 0.5876392, 0.6002349, 0.6308926, 0.7144078, 0.9515059, 1.6318543", \
					  "0.9212621, 0.9270472, 0.9402794, 0.9711445, 1.0545564, 1.2913419, 1.9758430");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143249, 0.00410404, 0.011758, 0.0336862, 0.0965102, 0.276499");
					values("0.0214298, 0.0256416, 0.0377718, 0.0760146, 0.1916125, 0.5279536, 1.4939400", \
					  "0.0214364, 0.0255377, 0.0377240, 0.0758943, 0.1909701, 0.5302844, 1.4951778", \
					  "0.0214294, 0.0256044, 0.0377600, 0.0760101, 0.1914240, 0.5290614, 1.4992645", \
					  "0.0214202, 0.0256468, 0.0377675, 0.0760156, 0.1914680, 0.5291308, 1.4982353", \
					  "0.0214254, 0.0256115, 0.0377600, 0.0760098, 0.1914831, 0.5288542, 1.4992716", \
					  "0.0216648, 0.0257134, 0.0378602, 0.0758072, 0.1908594, 0.5303586, 1.4957985", \
					  "0.0246110, 0.0282472, 0.0398182, 0.0766282, 0.1911958, 0.5272295, 1.4944117");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001719;
			capacitance : 0.001654;
			fall_capacitance : 0.001589;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1399395, 0.2955710, 0.4851868", \
					  "0.0783021, 0.2302715, 0.4052389", \
					  "0.0595846, 0.2091126, 0.3816387");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3853008, 0.6044088, 1.0064271", \
					  "0.2418763, 0.4597637, 0.8642233", \
					  "0.1316061, 0.3507142, 0.7527324");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0968770, -0.2500671, -0.4177103", \
					  "-0.0511087, -0.2018574, -0.3707214", \
					  "-0.0409362, -0.1904642, -0.3593281");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1493672, -0.3648132, -0.7033548", \
					  "-0.0743021, -0.2909688, -0.6685729", \
					  "0.0139954, -0.2063333, -0.5924824");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0017493, -0.0017801, -0.0018512, -0.0018519, -0.0018537, -0.0018579, -0.0018675");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0018693, 0.0018837, 0.0019169, 0.0019184, 0.0019218, 0.0019298, 0.0019481");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003874;
			capacitance : 0.003776;
			fall_capacitance : 0.003678;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1289531, 0.2821432, 0.4485658", \
					  "0.0673158, 0.2107402, 0.3576315", \
					  "0.0449362, 0.1859193, 0.3254863");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1814434, 0.3688132, 0.5901673", \
					  "0.1173646, 0.3047344, 0.5236471", \
					  "0.0949850, 0.2811341, 0.5024883");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0822285, -0.2219909, -0.3420267", \
					  "-0.0340189, -0.1701191, -0.2962585", \
					  "-0.0214049, -0.1562845, -0.2824238");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1383809, -0.3257507, -0.5458841", \
					  "-0.0877298, -0.2750996, -0.4952331", \
					  "-0.0751159, -0.2612650, -0.4826191");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0001287, -0.0002366, -0.0004851, -0.0004748, -0.0004512, -0.0003967, -0.0002711");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0081492, 0.0081044, 0.0080012, 0.0080225, 0.0080717, 0.0081850, 0.0084461");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003277;
			capacitance : 0.003301;
			rise_capacitance : 0.003325;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1408223, -0.0779642, -0.0702331", \
					  "-0.2915710, -0.2299336, -0.2234232", \
					  "-0.4311380, -0.3695007, -0.3617695");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1594707, 0.0990540, 0.0901022", \
					  "0.3077780, 0.2461406, 0.2384095", \
					  "0.4449037, 0.3820456, 0.3755351");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2236117, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038333, 0.0038418, 0.0038612, 0.0038636, 0.0038690, 0.0038814, 0.0039099");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0001535, 5.9623467e-05, -0.0001567, -0.0001668, -0.0001899, -0.0002433, -0.0003664");
				}
			}
		}
	}
	cell ("scs8hd_sdfstp_4") {
		area : 37.536000;
		cell_footprint : "sdfstp";
		cell_leakage_power : 2.000660e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
			preset : "!SETB";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0016736";
			when : "!CLK&D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019073";
			when : "!CLK&D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0030652";
			when : "CLK&D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0025805";
			when : "CLK&!D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0022317";
			when : "CLK&!D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0022660";
			when : "!CLK&!D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0021728";
			when : "CLK&!D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0026236";
			when : "CLK&!D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0026737";
			when : "!CLK&!D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015599";
			when : "CLK&!D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0030637";
			when : "CLK&D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0027075";
			when : "!CLK&D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0015937";
			when : "CLK&D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012911";
			when : "!CLK&!D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016399";
			when : "!CLK&!D&!SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016283";
			when : "!CLK&D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0031575";
			when : "!CLK&D&SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0014673";
			when : "!CLK&!D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019088";
			when : "!CLK&D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0019081";
			when : "!CLK&D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0011521";
			when : "CLK&!D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0011994";
			when : "CLK&!D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0016409";
			when : "CLK&D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020033";
			when : "CLK&D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020082";
			when : "!CLK&D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0019569";
			when : "CLK&D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0026143";
			when : "CLK&D&!SCD&SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0030645";
			when : "CLK&D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0023249";
			when : "!CLK&!D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012111";
			when : "CLK&!D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0012583";
			when : "CLK&!D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020026";
			when : "CLK&D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020041";
			when : "CLK&D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020074";
			when : "!CLK&D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0019561";
			when : "CLK&D&SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0016071";
			when : "CLK&!D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0015666";
			when : "!CLK&!D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0015153";
			when : "CLK&!D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0015625";
			when : "CLK&!D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0020066";
			when : "!CLK&D&SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0019553";
			when : "CLK&D&SCD&SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0031590";
			when : "!CLK&D&!SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0012321";
			when : "!CLK&!D&!SCD&!SCE&!SETB&Q";
		}
		leakage_power () {
			value : "0.0015945";
			when : "!CLK&!D&!SCD&SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0012458";
			when : "!CLK&!D&SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0011868";
			when : "!CLK&!D&!SCD&!SCE&SETB&Q";
		}
		leakage_power () {
			value : "0.0031583";
			when : "!CLK&D&SCD&!SCE&SETB&!Q";
		}
		leakage_power () {
			value : "0.0027175";
			when : "!CLK&!D&SCD&SCE&SETB&!Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001973;
			capacitance : 0.001877;
			fall_capacitance : 0.001781;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1269427, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.3499404, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0173866, 0.0172953, 0.0170849, 0.0170734, 0.0170470, 0.0169862, 0.0168459");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0136053, 0.0135702, 0.0134893, 0.0134618, 0.0133983, 0.0132520, 0.0129149");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001908;
			capacitance : 0.001809;
			fall_capacitance : 0.001709;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1240703, 0.2735983, 0.4302552", \
					  "0.0599915, 0.1985332, 0.3368796", \
					  "0.0376120, 0.1724915, 0.3010723");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3315899, 0.5543600, 0.9893372", \
					  "0.1881654, 0.4121562, 0.8471335", \
					  "0.0754538, 0.2982240, 0.7283183");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2146667, -0.3285990", \
					  "-0.0291361, -0.1627949, -0.2803893", \
					  "-0.0165221, -0.1477396, -0.2702168");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1029805, -0.3147643, -0.6154642", \
					  "-0.0169290, -0.2348164, -0.6026549", \
					  "0.0774720, -0.1465189, -0.5412129");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019862, 0.0019523, 0.0018741, 0.0018574, 0.0018187, 0.0017296, 0.0015243");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066204, 0.0065239, 0.0063015, 0.0063008, 0.0062991, 0.0062951, 0.0062860");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.478831;
			max_transition : 1.503059;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569779, 0.004928415, 0.01547305, 0.04857856, 0.1525152, 0.4788306");
					values("0.0298118, 0.0313041, 0.0358687, 0.0494235, 0.0900032, 0.2148044, 0.6084896", \
					  "0.0298425, 0.0313173, 0.0358605, 0.0494553, 0.0900750, 0.2146827, 0.6084518", \
					  "0.0296901, 0.0311788, 0.0357436, 0.0492629, 0.0896472, 0.2154250, 0.6073540", \
					  "0.0294853, 0.0309459, 0.0355025, 0.0490711, 0.0894921, 0.2153397, 0.6074965", \
					  "0.0292254, 0.0307128, 0.0352796, 0.0487988, 0.0891848, 0.2149618, 0.6068939", \
					  "0.0292061, 0.0306680, 0.0351794, 0.0487537, 0.0891517, 0.2139921, 0.6082134", \
					  "0.0309259, 0.0323362, 0.0366091, 0.0496620, 0.0897195, 0.2146629, 0.6043063");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569779, 0.004928415, 0.01547305, 0.04857856, 0.1525152, 0.4788306");
					values("0.0272142, 0.0260990, 0.0224205, 0.0113307, -0.0268745, -0.1525296, -0.5494220", \
					  "0.0272065, 0.0260538, 0.0224366, 0.0113014, -0.0268607, -0.1525442, -0.5494365", \
					  "0.0272031, 0.0260523, 0.0224256, 0.0112835, -0.0268406, -0.1525502, -0.5494439", \
					  "0.0269587, 0.0257480, 0.0221405, 0.0110324, -0.0271573, -0.1528043, -0.5497143", \
					  "0.0268344, 0.0257187, 0.0220447, 0.0109356, -0.0272210, -0.1529121, -0.5498194", \
					  "0.0268710, 0.0257163, 0.0220656, 0.0109605, -0.0272280, -0.1528967, -0.5498076", \
					  "0.0307796, 0.0295746, 0.0258518, 0.0136065, -0.0261371, -0.1523744, -0.5494894");
				}
			}
			internal_power () {
				related_pin : "SETB";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569779, 0.004928415, 0.01547305, 0.04857856, 0.1525152, 0.4788306");
					values("0.0312237, 0.0326797, 0.0371359, 0.0504142, 0.0904986, 0.2158873, 0.6062898", \
					  "0.0311421, 0.0325921, 0.0370468, 0.0503459, 0.0904368, 0.2158138, 0.6059304", \
					  "0.0311620, 0.0326169, 0.0370675, 0.0503543, 0.0904352, 0.2153115, 0.6084629", \
					  "0.0310130, 0.0324707, 0.0369321, 0.0501969, 0.0903220, 0.2157168, 0.6055632", \
					  "0.0308253, 0.0322857, 0.0367568, 0.0500114, 0.0901692, 0.2155421, 0.6087421", \
					  "0.0306653, 0.0321242, 0.0365793, 0.0498459, 0.0899519, 0.2152130, 0.6086221", \
					  "0.0310780, 0.0324323, 0.0366731, 0.0494532, 0.0901318, 0.2146613, 0.6093839");
				}
				fall_power (scalar) {
					values("0.000000");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.3496866, 0.3536592, 0.3637772, 0.3894772, 0.4625355, 0.6871976, 1.3919093", \
					  "0.3546607, 0.3585790, 0.3687461, 0.3944265, 0.4674267, 0.6924649, 1.4016195", \
					  "0.3664709, 0.3704241, 0.3805843, 0.4062623, 0.4793343, 0.7041434, 1.4115206", \
					  "0.3932495, 0.3971612, 0.4073546, 0.4329704, 0.5059772, 0.7306458, 1.4388444", \
					  "0.4456616, 0.4496186, 0.4597786, 0.4854569, 0.5585274, 0.7833338, 1.4907281", \
					  "0.5268143, 0.5307302, 0.5408395, 0.5665595, 0.6396281, 0.8644131, 1.5698532", \
					  "0.6387934, 0.6427172, 0.6529017, 0.6785841, 0.7515996, 0.9765929, 1.6835139");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.0233579, 0.0262678, 0.0351401, 0.0643681, 0.1640292, 0.4824495, 1.4968070", \
					  "0.0235720, 0.0264587, 0.0350630, 0.0644383, 0.1640671, 0.4822271, 1.4963191", \
					  "0.0235166, 0.0264267, 0.0350646, 0.0644617, 0.1638782, 0.4822612, 1.4921385", \
					  "0.0235703, 0.0263906, 0.0351916, 0.0643680, 0.1643028, 0.4832783, 1.4956950", \
					  "0.0235269, 0.0264280, 0.0350737, 0.0644659, 0.1638750, 0.4822679, 1.4921284", \
					  "0.0236135, 0.0262326, 0.0350427, 0.0645722, 0.1638032, 0.4821922, 1.4967986", \
					  "0.0236396, 0.0265252, 0.0350898, 0.0644740, 0.1640892, 0.4812870, 1.4895238");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.3305903, 0.3336117, 0.3411251, 0.3577007, 0.3918863, 0.4722799, 0.7042477", \
					  "0.3354803, 0.3385066, 0.3460052, 0.3625852, 0.3967986, 0.4771865, 0.7085247", \
					  "0.3473931, 0.3504199, 0.3578701, 0.3744904, 0.4087118, 0.4891000, 0.7205123", \
					  "0.3742381, 0.3772524, 0.3847592, 0.4013583, 0.4355707, 0.5159588, 0.7474261", \
					  "0.4267347, 0.4297342, 0.4373447, 0.4538541, 0.4880901, 0.5684012, 0.7995755", \
					  "0.5059352, 0.5089529, 0.5164627, 0.5330612, 0.5672029, 0.6476234, 0.8789849", \
					  "0.6143929, 0.6174212, 0.6249491, 0.6415122, 0.6757221, 0.7560698, 0.9873571");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.0227716, 0.0244226, 0.0289387, 0.0402951, 0.0702253, 0.1603710, 0.4660430", \
					  "0.0228838, 0.0244720, 0.0288208, 0.0405542, 0.0702111, 0.1609001, 0.4649954", \
					  "0.0228557, 0.0244467, 0.0288284, 0.0405360, 0.0702470, 0.1609157, 0.4650669", \
					  "0.0228558, 0.0244003, 0.0288295, 0.0405498, 0.0703275, 0.1607391, 0.4663947", \
					  "0.0228275, 0.0245577, 0.0290691, 0.0401485, 0.0699015, 0.1610741, 0.4640579", \
					  "0.0228812, 0.0244142, 0.0288247, 0.0400943, 0.0702041, 0.1607347, 0.4680133", \
					  "0.0228568, 0.0244489, 0.0289049, 0.0400699, 0.0703129, 0.1611768, 0.4659255");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "preset";
				timing_sense : "negative_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, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.2813253, 0.2850741, 0.2949871, 0.3204211, 0.3931203, 0.6182793, 1.3238654", \
					  "0.2866152, 0.2903679, 0.3002865, 0.3257138, 0.3983981, 0.6236058, 1.3290753", \
					  "0.3002859, 0.3041367, 0.3139785, 0.3394195, 0.4122662, 0.6374945, 1.3411284", \
					  "0.3328948, 0.3366603, 0.3465808, 0.3720352, 0.4447976, 0.6698856, 1.3754867", \
					  "0.4133149, 0.4170764, 0.4269941, 0.4524492, 0.5252638, 0.7502601, 1.4560335", \
					  "0.5972259, 0.6010608, 0.6110001, 0.6364324, 0.7091569, 0.9344541, 1.6395174", \
					  "0.9421048, 0.9462412, 0.9568201, 0.9827009, 1.0555257, 1.2800979, 1.9866955");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156978, 0.00492842, 0.0154731, 0.0485786, 0.152515, 0.478831");
					values("0.0225951, 0.0254398, 0.0342398, 0.0638510, 0.1632323, 0.4842480, 1.4834911", \
					  "0.0226057, 0.0254564, 0.0342578, 0.0638366, 0.1632637, 0.4842503, 1.4837371", \
					  "0.0225960, 0.0254151, 0.0343120, 0.0638875, 0.1634889, 0.4840937, 1.4978971", \
					  "0.0226575, 0.0254700, 0.0341883, 0.0638701, 0.1631801, 0.4842944, 1.5030586", \
					  "0.0226611, 0.0255156, 0.0342008, 0.0638675, 0.1633465, 0.4842894, 1.5021008", \
					  "0.0229250, 0.0257241, 0.0344650, 0.0640827, 0.1633881, 0.4843402, 1.4988917", \
					  "0.0263679, 0.0289518, 0.0371103, 0.0651357, 0.1637191, 0.4824334, 1.4988139");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001720;
			capacitance : 0.001654;
			fall_capacitance : 0.001589;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1411602, 0.2980124, 0.4900696", \
					  "0.0795228, 0.2314922, 0.4064596", \
					  "0.0608053, 0.2103333, 0.3828594");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3877422, 0.6056295, 1.0088685", \
					  "0.2430970, 0.4609844, 0.8654440", \
					  "0.1328268, 0.3507142, 0.7527324");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0968770, -0.2500671, -0.4164896", \
					  "-0.0498880, -0.2018574, -0.3695007", \
					  "-0.0409362, -0.1892435, -0.3593281");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1371602, -0.3526061, -0.6838236", \
					  "-0.0669779, -0.2836445, -0.6563659", \
					  "0.0200990, -0.2002298, -0.5839375");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0018345, -0.0018377, -0.0018452, -0.0018465, -0.0018496, -0.0018568, -0.0018733");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0019313, 0.0019277, 0.0019193, 0.0019218, 0.0019274, 0.0019404, 0.0019703");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003874;
			capacitance : 0.003780;
			fall_capacitance : 0.003687;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1313945, 0.2845846, 0.4534486", \
					  "0.0685365, 0.2119609, 0.3600729", \
					  "0.0461569, 0.1859193, 0.3242656");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1826641, 0.3712546, 0.5913880", \
					  "0.1173646, 0.3059551, 0.5248679", \
					  "0.0949850, 0.2823548, 0.5037090");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0810078, -0.2207702, -0.3395853", \
					  "-0.0327982, -0.1688984, -0.2962585", \
					  "-0.0214049, -0.1550638, -0.2812031");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1371602, -0.3245299, -0.5446634", \
					  "-0.0877298, -0.2750996, -0.4940123", \
					  "-0.0738952, -0.2612650, -0.4813984");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0002893, -0.0003453, -0.0004744, -0.0004749, -0.0004763, -0.0004795, -0.0004867");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0082316, 0.0081569, 0.0079846, 0.0079972, 0.0080263, 0.0080934, 0.0082480");
				}
			}
		}
		pin (SETB) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003301;
			capacitance : 0.003313;
			rise_capacitance : 0.003324;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "recovery_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1396016, -0.0743021, -0.0665710", \
					  "-0.2903503, -0.2274922, -0.2197611", \
					  "-0.4286966, -0.3670593, -0.3593281");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "removal_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1594707, 0.0990540, 0.0888815", \
					  "0.3077780, 0.2461406, 0.2371888", \
					  "0.4449037, 0.3844870, 0.3743145");
				}
			}
			timing () {
				related_pin : "SETB";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2334983, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0038280, 0.0038310, 0.0038379, 0.0038413, 0.0038491, 0.0038672, 0.0039088");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0001287, 4.4693457e-05, -0.0001490, -0.0001562, -0.0001729, -0.0002113, -0.0003000");
				}
			}
		}
	}
	cell ("scs8hd_sdfxbp_1") {
		area : 30.028800;
		cell_footprint : "sdfxbp";
		cell_leakage_power : 2.001803e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0024294";
			when : "CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019178";
			when : "CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0016044";
			when : "CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0014906";
			when : "!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015298";
			when : "CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019551";
			when : "CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023186";
			when : "CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023491";
			when : "!CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019656";
			when : "CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015403";
			when : "CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019579";
			when : "CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018681";
			when : "!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0023992";
			when : "CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019073";
			when : "CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018776";
			when : "!CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0018472";
			when : "CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023189";
			when : "!CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024549";
			when : "!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019141";
			when : "!CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0016007";
			when : "!CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0015367";
			when : "!CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024547";
			when : "!CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019833";
			when : "!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019619";
			when : "!CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0024246";
			when : "!CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019158";
			when : "!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0024293";
			when : "CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015546";
			when : "!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0015939";
			when : "CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022885";
			when : "CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023188";
			when : "CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023490";
			when : "!CLK&D&SCD&!SCE&Q&!QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001785;
			capacitance : 0.001705;
			fall_capacitance : 0.001626;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1093665, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1620950, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0165808, 0.0164951, 0.0162976, 0.0162941, 0.0162861, 0.0162676, 0.0162251");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132382, 0.0131918, 0.0130848, 0.0130577, 0.0129951, 0.0128510, 0.0125189");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001710;
			capacitance : 0.001634;
			fall_capacitance : 0.001557;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0923320, 0.2308737, 0.3521302", \
					  "0.0111634, 0.1387187, 0.2428854", \
					  "-0.0234232, 0.0968079, 0.1973125");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2351543, 0.4615866, 0.8831361", \
					  "0.1051576, 0.3328105, 0.7531393", \
					  "-0.0002298, 0.2286439, 0.6440898");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0517109, -0.1756042, -0.2553568", \
					  "0.0123678, -0.1066426, -0.1961608", \
					  "0.0445130, -0.0732767, -0.1652363");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1164082, -0.3403991, -0.6777201", \
					  "-0.0205911, -0.2445820, -0.6343932", \
					  "0.0664857, -0.1623880, -0.5595234");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0010368, 0.0010087, 0.0009438, 0.0009288, 0.0008942, 0.0008145, 0.0006307");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058043, 0.0057233, 0.0055364, 0.0055376, 0.0055401, 0.0055460, 0.0055596");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.140086;
			max_transition : 1.507216;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("-0.0051889, -0.0031283, 0.0014494, 0.0109256, 0.0297494, 0.0718079, 0.1765102", \
					  "-0.0051689, -0.0031132, 0.0014537, 0.0109396, 0.0297136, 0.0721405, 0.1757374", \
					  "-0.0051278, -0.0030890, 0.0014463, 0.0108807, 0.0297522, 0.0721268, 0.1759796", \
					  "-0.0051290, -0.0031085, 0.0013889, 0.0107578, 0.0295860, 0.0715341, 0.1764003", \
					  "-0.0051116, -0.0031134, 0.0013438, 0.0106621, 0.0292851, 0.0712306, 0.1760060", \
					  "-0.0050515, -0.0030662, 0.0013640, 0.0106329, 0.0291919, 0.0715620, 0.1751192", \
					  "-0.0048693, -0.0028650, 0.0016226, 0.0108319, 0.0292685, 0.0712906, 0.1755881");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00127901, 0.003271733, 0.008369159, 0.02140848, 0.05476331, 0.1400856");
					values("-0.0040012, -0.0005825, 0.0055152, 0.0118932, 0.0085685, -0.0234564, -0.1228946", \
					  "-0.0039779, -0.0005643, 0.0055198, 0.0118673, 0.0085710, -0.0234714, -0.1229071", \
					  "-0.0039340, -0.0005293, 0.0055516, 0.0118594, 0.0085284, -0.0235227, -0.1229567", \
					  "-0.0039378, -0.0005598, 0.0054829, 0.0117098, 0.0083077, -0.0237944, -0.1232629", \
					  "-0.0039168, -0.0005489, 0.0054602, 0.0116638, 0.0082299, -0.0238970, -0.1233878", \
					  "-0.0038545, -0.0005013, 0.0054779, 0.0116545, 0.0081686, -0.0239956, -0.1234925", \
					  "-0.0036727, -0.0002976, 0.0057024, 0.0119400, 0.0085179, -0.0237000, -0.1232654");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2706696, 0.2775764, 0.2933873, 0.3317142, 0.4290645, 0.6765652, 1.3133722", \
					  "0.2754955, 0.2824016, 0.2981995, 0.3365185, 0.4338757, 0.6810899, 1.3159862", \
					  "0.2872630, 0.2941540, 0.3099456, 0.3482937, 0.4455995, 0.6924412, 1.3274601", \
					  "0.3137198, 0.3206216, 0.3364129, 0.3747229, 0.4720301, 0.7189920, 1.3537117", \
					  "0.3642492, 0.3710514, 0.3868379, 0.4251705, 0.5223423, 0.7698404, 1.4056406", \
					  "0.4418525, 0.4487639, 0.4645887, 0.5029129, 0.6002850, 0.8472718, 1.4829653", \
					  "0.5502463, 0.5571789, 0.5729904, 0.6113641, 0.7087379, 0.9557856, 1.5920023");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0252341, 0.0322809, 0.0513512, 0.1044490, 0.2409635, 0.5939641, 1.5015151", \
					  "0.0252067, 0.0323317, 0.0513044, 0.1044266, 0.2415801, 0.5926986, 1.5045316", \
					  "0.0251451, 0.0321663, 0.0513762, 0.1044431, 0.2409411, 0.5925760, 1.4885686", \
					  "0.0250735, 0.0321858, 0.0513126, 0.1044425, 0.2412770, 0.5904986, 1.4973897", \
					  "0.0250020, 0.0320910, 0.0513322, 0.1044364, 0.2410297, 0.5933108, 1.4993085", \
					  "0.0252412, 0.0322949, 0.0513441, 0.1044496, 0.2413321, 0.5928489, 1.5072160", \
					  "0.0250619, 0.0323294, 0.0514057, 0.1044639, 0.2410347, 0.5898732, 1.4953353");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.2675696, 0.2727985, 0.2834904, 0.3045279, 0.3482133, 0.4474707, 0.6976583", \
					  "0.2725096, 0.2778347, 0.2884397, 0.3095107, 0.3531859, 0.4524296, 0.7026553", \
					  "0.2842785, 0.2895359, 0.3002153, 0.3212837, 0.3649595, 0.4642201, 0.7142570", \
					  "0.3110186, 0.3162353, 0.3269311, 0.3479835, 0.3916599, 0.4909234, 0.7410589", \
					  "0.3607113, 0.3659374, 0.3766255, 0.3976872, 0.4413526, 0.5406023, 0.7907809", \
					  "0.4341895, 0.4394426, 0.4501428, 0.4711864, 0.5148659, 0.6141108, 0.8642038", \
					  "0.5350020, 0.5402618, 0.5509361, 0.5720108, 0.6156919, 0.7149514, 0.9652505");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00127901, 0.00327173, 0.00836916, 0.0214085, 0.0547633, 0.140086");
					values("0.0197976, 0.0236089, 0.0321328, 0.0517577, 0.0990978, 0.2228676, 0.5543929", \
					  "0.0197468, 0.0236883, 0.0324059, 0.0518306, 0.0990638, 0.2231974, 0.5539724", \
					  "0.0198573, 0.0235926, 0.0323806, 0.0518631, 0.0991631, 0.2224677, 0.5581041", \
					  "0.0198073, 0.0235921, 0.0321806, 0.0518444, 0.0991514, 0.2226929, 0.5561242", \
					  "0.0197897, 0.0236928, 0.0322896, 0.0517710, 0.0990069, 0.2228332, 0.5525630", \
					  "0.0197707, 0.0235892, 0.0321825, 0.0518340, 0.0986591, 0.2225782, 0.5525015", \
					  "0.0197965, 0.0237051, 0.0324102, 0.0518389, 0.0990679, 0.2228740, 0.5524523");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.152903;
			max_transition : 1.497936;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.008743655, 0.0226952, 0.0589081, 0.152903");
					values("-0.0051775, -0.0030438, 0.0018444, 0.0118730, 0.0323286, 0.0778892, 0.1935804", \
					  "-0.0051575, -0.0030284, 0.0018510, 0.0118601, 0.0323106, 0.0782090, 0.1933939", \
					  "-0.0051102, -0.0029886, 0.0018734, 0.0118650, 0.0322131, 0.0781759, 0.1932166", \
					  "-0.0051144, -0.0030183, 0.0017951, 0.0117134, 0.0320421, 0.0779302, 0.1931056", \
					  "-0.0050927, -0.0030088, 0.0017818, 0.0116621, 0.0319107, 0.0778264, 0.1931218", \
					  "-0.0050295, -0.0029569, 0.0018022, 0.0116536, 0.0318359, 0.0776414, 0.1920285", \
					  "-0.0048375, -0.0027304, 0.0020455, 0.0119401, 0.0321213, 0.0778033, 0.1919995");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.008743655, 0.0226952, 0.0589081, 0.152903");
					values("-0.0042021, -0.0009626, 0.0048907, 0.0108818, 0.0063901, -0.0292059, -0.1393218", \
					  "-0.0041794, -0.0009410, 0.0048959, 0.0108547, 0.0063544, -0.0292331, -0.1393552", \
					  "-0.0041340, -0.0009048, 0.0049284, 0.0108449, 0.0063216, -0.0292775, -0.1393969", \
					  "-0.0041411, -0.0009395, 0.0048259, 0.0106793, 0.0060746, -0.0295941, -0.1397474", \
					  "-0.0041250, -0.0009430, 0.0047941, 0.0105946, 0.0059201, -0.0297810, -0.1399554", \
					  "-0.0040660, -0.0009044, 0.0047942, 0.0105256, 0.0058231, -0.0299244, -0.1401108", \
					  "-0.0038877, -0.0007087, 0.0050237, 0.0108179, 0.0061519, -0.0297139, -0.1399432");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.3209549, 0.3270557, 0.3419183, 0.3789617, 0.4742503, 0.7206150, 1.3602904", \
					  "0.3257857, 0.3320002, 0.3468982, 0.3840085, 0.4792436, 0.7275139, 1.3652427", \
					  "0.3376145, 0.3438455, 0.3587636, 0.3958827, 0.4912044, 0.7377746, 1.3771184", \
					  "0.3642855, 0.3705043, 0.3853966, 0.4224943, 0.5177997, 0.7644075, 1.4037815", \
					  "0.4140215, 0.4202708, 0.4351022, 0.4723150, 0.5674330, 0.8140748, 1.4536903", \
					  "0.4875539, 0.4937954, 0.5085856, 0.5457483, 0.6410062, 0.8871556, 1.5275926", \
					  "0.5883340, 0.5945521, 0.6093888, 0.6465230, 0.7417686, 0.9884756, 1.6273236");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.0191818, 0.0263550, 0.0455487, 0.0968459, 0.2316116, 0.5837773, 1.4961140", \
					  "0.0192350, 0.0262979, 0.0454955, 0.0967306, 0.2317258, 0.5847888, 1.4938191", \
					  "0.0191630, 0.0262606, 0.0454718, 0.0966694, 0.2316405, 0.5854541, 1.4956538", \
					  "0.0192301, 0.0262931, 0.0454916, 0.0969370, 0.2314353, 0.5848655, 1.4932100", \
					  "0.0191786, 0.0263178, 0.0454807, 0.0966705, 0.2314280, 0.5841272, 1.4949527", \
					  "0.0191402, 0.0262012, 0.0453743, 0.0968221, 0.2316263, 0.5841612, 1.4979360", \
					  "0.0192173, 0.0263461, 0.0454782, 0.0967697, 0.2315266, 0.5795617, 1.4945800");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.3130745, 0.3174457, 0.3264191, 0.3447504, 0.3849618, 0.4851964, 0.7453451", \
					  "0.3178218, 0.3221295, 0.3311516, 0.3494264, 0.3896906, 0.4898357, 0.7507770", \
					  "0.3295111, 0.3338904, 0.3428763, 0.3612025, 0.4015317, 0.5016553, 0.7622372", \
					  "0.3562523, 0.3606534, 0.3696222, 0.3879501, 0.4281616, 0.5283907, 0.7889630", \
					  "0.4063098, 0.4106832, 0.4196417, 0.4379518, 0.4782894, 0.5783341, 0.8389206", \
					  "0.4841051, 0.4883218, 0.4973458, 0.5156975, 0.5559735, 0.6560163, 0.9165759", \
					  "0.5930709, 0.5975181, 0.6064459, 0.6247639, 0.6650071, 0.7651597, 1.0257242");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129781, 0.00336862, 0.00874366, 0.0226952, 0.0589081, 0.152903");
					values("0.0148025, 0.0179105, 0.0257029, 0.0438278, 0.0923627, 0.2247880, 0.5707825", \
					  "0.0146018, 0.0177723, 0.0256757, 0.0440475, 0.0919989, 0.2240893, 0.5730892", \
					  "0.0147415, 0.0178843, 0.0256900, 0.0438939, 0.0922158, 0.2235093, 0.5770784", \
					  "0.0147785, 0.0179425, 0.0257029, 0.0439247, 0.0923320, 0.2239640, 0.5720739", \
					  "0.0146617, 0.0178638, 0.0256525, 0.0439994, 0.0925454, 0.2240773, 0.5748561", \
					  "0.0145661, 0.0178106, 0.0256716, 0.0437850, 0.0925487, 0.2238423, 0.5728639", \
					  "0.0147056, 0.0178999, 0.0256873, 0.0437662, 0.0923803, 0.2241018, 0.5700672");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001631;
			capacitance : 0.001732;
			rise_capacitance : 0.001834;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1167461, 0.2662741, 0.4326966", \
					  "0.0355775, 0.1790020, 0.3307760", \
					  "-0.0002298, 0.1419740, 0.2925274");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2876445, 0.5043112, 0.8990052", \
					  "0.1588685, 0.3767559, 0.7726706", \
					  "0.0571432, 0.2750306, 0.6685039");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0749043, -0.2183288, -0.3591165", \
					  "-0.0096048, -0.1530293, -0.2986999", \
					  "0.0213197, -0.1208841, -0.2689961");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1688984, -0.3855651, -0.7424173", \
					  "-0.0767435, -0.2934102, -0.6783386", \
					  "0.0066712, -0.2112161, -0.6010274");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022457, -0.0022435, -0.0022386, -0.0022458, -0.0022624, -0.0023008, -0.0023893");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023256, 0.0023230, 0.0023170, 0.0023216, 0.0023324, 0.0023572, 0.0024144");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003671;
			capacitance : 0.003518;
			fall_capacitance : 0.003365;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1045391, 0.2491842, 0.3863099", \
					  "0.0258118, 0.1594707, 0.2795065", \
					  "-0.0075540, 0.1224427, 0.2375957");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1680156, 0.3797995, 0.6597474", \
					  "0.0844056, 0.2974102, 0.5761373", \
					  "0.0461569, 0.2579408, 0.5366680");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1603535, -0.2622741, -0.3224954", \
					  "-0.0694193, -0.1701191, -0.2303405", \
					  "0.0127747, -0.0891458, -0.1493672");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1273945, -0.3367370, -0.6154642", \
					  "-0.0584329, -0.2702168, -0.5465026", \
					  "-0.0250671, -0.2368509, -0.5143574");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0001434, 8.7648719e-05, -4.0813253e-05, -6.1824509e-05, -0.0001102, -0.0002219, -0.0004792");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0090682, 0.0089645, 0.0087255, 0.0087313, 0.0087446, 0.0087753, 0.0088461");
				}
			}
		}
	}
	cell ("scs8hd_sdfxbp_2") {
		area : 32.531200;
		cell_footprint : "sdfxbp";
		cell_leakage_power : 2.375942e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0028031";
			when : "CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022909";
			when : "CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019793";
			when : "CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0018648";
			when : "!CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019057";
			when : "CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023300";
			when : "CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0026940";
			when : "CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027245";
			when : "!CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0023390";
			when : "CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019146";
			when : "CLK&!D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0023296";
			when : "CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022411";
			when : "!CLK&!D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0027709";
			when : "CLK&D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022892";
			when : "!CLK&D&!SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0028030";
			when : "CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019295";
			when : "!CLK&!D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0019703";
			when : "CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0026620";
			when : "CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0026942";
			when : "CLK&D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027244";
			when : "!CLK&D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022819";
			when : "CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022510";
			when : "!CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0022206";
			when : "CLK&!D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0026924";
			when : "!CLK&D&SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0028286";
			when : "!CLK&D&!SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0022888";
			when : "!CLK&!D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019772";
			when : "!CLK&!D&SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0019125";
			when : "!CLK&!D&!SCD&!SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0028285";
			when : "!CLK&D&SCD&!SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0023551";
			when : "!CLK&!D&SCD&SCE&!Q&QN";
		}
		leakage_power () {
			value : "0.0023369";
			when : "!CLK&D&!SCD&SCE&Q&!QN";
		}
		leakage_power () {
			value : "0.0027965";
			when : "!CLK&D&SCD&SCE&!Q&QN";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001778;
			capacitance : 0.001692;
			fall_capacitance : 0.001605;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1126621, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1675876, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0166923, 0.0166061, 0.0164075, 0.0164031, 0.0163928, 0.0163693, 0.0163150");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0133992, 0.0133182, 0.0131315, 0.0131002, 0.0130281, 0.0128619, 0.0124788");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001708;
			capacitance : 0.001631;
			fall_capacitance : 0.001554;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0959941, 0.2333151, 0.3557923", \
					  "0.0123841, 0.1387187, 0.2441061", \
					  "-0.0234232, 0.0968079, 0.1973125");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2363750, 0.4640280, 0.8855775", \
					  "0.1063783, 0.3340313, 0.7543600", \
					  "0.0009909, 0.2298646, 0.6453106");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0517109, -0.1743835, -0.2541361", \
					  "0.0123678, -0.1054219, -0.1961608", \
					  "0.0457337, -0.0720560, -0.1640156");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1127461, -0.3342956, -0.6642923", \
					  "-0.0169290, -0.2409199, -0.6282897", \
					  "0.0701478, -0.1599466, -0.5570821");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0010428, 0.0010153, 0.0009519, 0.0009354, 0.0008976, 0.0008103, 0.0006090");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058101, 0.0057288, 0.0055413, 0.0055427, 0.0055459, 0.0055532, 0.0055700");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.253611;
			max_transition : 1.504924;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("-0.0054710, -0.0033545, 0.0019783, 0.0145513, 0.0429149, 0.1153837, 0.3148832", \
					  "-0.0054324, -0.0033188, 0.0020069, 0.0145663, 0.0428804, 0.1151885, 0.3144081", \
					  "-0.0053450, -0.0032353, 0.0020743, 0.0146080, 0.0429365, 0.1146560, 0.3126995", \
					  "-0.0053458, -0.0032686, 0.0019757, 0.0144276, 0.0426397, 0.1146415, 0.3122992", \
					  "-0.0053179, -0.0032558, 0.0019583, 0.0143646, 0.0425280, 0.1147739, 0.3138129", \
					  "-0.0052463, -0.0032004, 0.0019847, 0.0143147, 0.0424976, 0.1146867, 0.3127903", \
					  "-0.0050292, -0.0029403, 0.0023378, 0.0146076, 0.0426056, 0.1141587, 0.3101783");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001412005, 0.003987518, 0.01126079, 0.03180061, 0.08980525, 0.253611");
					values("-0.0042626, -0.0004352, 0.0072332, 0.0155796, 0.0077756, -0.0518577, -0.2461641", \
					  "-0.0042282, -0.0003996, 0.0072454, 0.0155677, 0.0078172, -0.0518260, -0.2461251", \
					  "-0.0041363, -0.0003138, 0.0073262, 0.0156326, 0.0078239, -0.0518450, -0.2461567", \
					  "-0.0041336, -0.0003350, 0.0072433, 0.0154812, 0.0075872, -0.0521449, -0.2464925", \
					  "-0.0041071, -0.0003206, 0.0072341, 0.0154128, 0.0074693, -0.0522869, -0.2466590", \
					  "-0.0040332, -0.0002493, 0.0072661, 0.0154066, 0.0075185, -0.0522726, -0.2466315", \
					  "-0.0038234, -2.6700000e-05, 0.0075527, 0.0157886, 0.0079327, -0.0519326, -0.2464440");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00141201, 0.00398752, 0.0112608, 0.0318006, 0.0898053, 0.253611");
					values("0.2779307, 0.2835080, 0.2966177, 0.3285953, 0.4151342, 0.6538232, 1.3284228", \
					  "0.2828268, 0.2884024, 0.3015122, 0.3334900, 0.4200294, 0.6588971, 1.3374467", \
					  "0.2944416, 0.3000113, 0.3131599, 0.3451235, 0.4316729, 0.6709134, 1.3510962", \
					  "0.3204622, 0.3260496, 0.3392258, 0.3712169, 0.4577674, 0.6965579, 1.3705655", \
					  "0.3721416, 0.3775176, 0.3907059, 0.4226901, 0.5092439, 0.7480089, 1.4271558", \
					  "0.4491639, 0.4547455, 0.4679458, 0.4999330, 0.5865003, 0.8254581, 1.5042757", \
					  "0.5573842, 0.5629831, 0.5761975, 0.6082142, 0.6947917, 0.9338275, 1.6094082");
				}
				rise_transition ("del_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("0.0218603, 0.0267343, 0.0403452, 0.0808445, 0.2000463, 0.5368878, 1.5004872", \
					  "0.0218578, 0.0267159, 0.0403846, 0.0808407, 0.2003089, 0.5380890, 1.5025087", \
					  "0.0218567, 0.0267409, 0.0404142, 0.0808356, 0.2001577, 0.5373832, 1.5049245", \
					  "0.0220137, 0.0268863, 0.0405333, 0.0808541, 0.2001961, 0.5354119, 1.5026803", \
					  "0.0218291, 0.0269033, 0.0404844, 0.0808585, 0.2001694, 0.5376262, 1.5029402", \
					  "0.0220559, 0.0269712, 0.0405636, 0.0807555, 0.2000127, 0.5370385, 1.4890755", \
					  "0.0221428, 0.0270514, 0.0406093, 0.0808880, 0.2001948, 0.5362944, 1.4997509");
				}
				cell_fall ("del_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("0.2829661, 0.2875991, 0.2976949, 0.3177582, 0.3582700, 0.4505341, 0.6965905", \
					  "0.2877148, 0.2923778, 0.3025167, 0.3225222, 0.3630921, 0.4552868, 0.7008243", \
					  "0.2996905, 0.3043261, 0.3144852, 0.3345051, 0.3750493, 0.4673251, 0.7129247", \
					  "0.3264050, 0.3310275, 0.3411339, 0.3611807, 0.4017424, 0.4940011, 0.7395519", \
					  "0.3761265, 0.3807922, 0.3908884, 0.4109026, 0.4514704, 0.5437419, 0.7892070", \
					  "0.4497339, 0.4543604, 0.4644994, 0.4845083, 0.5250979, 0.6173600, 0.8628784", \
					  "0.5507530, 0.5553796, 0.5654930, 0.5855723, 0.6261009, 0.7183791, 0.9639167");
				}
				fall_transition ("del_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("0.0202355, 0.0232907, 0.0301646, 0.0460406, 0.0847069, 0.1923978, 0.5138986", \
					  "0.0202747, 0.0232851, 0.0300863, 0.0460540, 0.0847931, 0.1926256, 0.5161927", \
					  "0.0202751, 0.0232068, 0.0301828, 0.0457997, 0.0846195, 0.1923302, 0.5162119", \
					  "0.0202637, 0.0232590, 0.0300706, 0.0458754, 0.0846282, 0.1920807, 0.5177998", \
					  "0.0202301, 0.0233221, 0.0301375, 0.0460100, 0.0847494, 0.1920968, 0.5170231", \
					  "0.0202432, 0.0232924, 0.0300901, 0.0460413, 0.0847973, 0.1924948, 0.5162191", \
					  "0.0202837, 0.0231707, 0.0300776, 0.0457723, 0.0846859, 0.1923361, 0.5162060");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.278330;
			max_transition : 1.506730;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001434064, 0.004113076, 0.01179683, 0.0338348, 0.0970425, 0.2783302");
					values("-0.0054756, -0.0032908, 0.0023615, 0.0155899, 0.0462241, 0.1246802, 0.3439517", \
					  "-0.0054373, -0.0032576, 0.0023862, 0.0156239, 0.0459597, 0.1247010, 0.3442077", \
					  "-0.0053491, -0.0031770, 0.0024455, 0.0156423, 0.0460269, 0.1250622, 0.3452519", \
					  "-0.0053463, -0.0031954, 0.0023777, 0.0154896, 0.0457534, 0.1244416, 0.3449440", \
					  "-0.0053178, -0.0031789, 0.0023679, 0.0154170, 0.0456637, 0.1247720, 0.3452368", \
					  "-0.0052411, -0.0031160, 0.0024069, 0.0154205, 0.0456672, 0.1246213, 0.3444426", \
					  "-0.0050152, -0.0028470, 0.0027178, 0.0157982, 0.0459561, 0.1241851, 0.3430358");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001434064, 0.004113076, 0.01179683, 0.0338348, 0.0970425, 0.2783302");
					values("-0.0044442, -0.0007990, 0.0065869, 0.0144759, 0.0049970, -0.0609940, -0.2766983", \
					  "-0.0044060, -0.0007649, 0.0066117, 0.0144696, 0.0049930, -0.0609688, -0.2767442", \
					  "-0.0043186, -0.0006851, 0.0066775, 0.0145155, 0.0050081, -0.0610200, -0.2767468", \
					  "-0.0043177, -0.0007087, 0.0065901, 0.0143354, 0.0047371, -0.0613223, -0.2770703", \
					  "-0.0042918, -0.0007062, 0.0065556, 0.0142293, 0.0045572, -0.0615691, -0.2773178", \
					  "-0.0042172, -0.0006419, 0.0065952, 0.0142177, 0.0045087, -0.0616292, -0.2774091", \
					  "-0.0040155, -0.0004210, 0.0068606, 0.0145735, 0.0048520, -0.0614264, -0.2772613");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00143406, 0.00411308, 0.0117968, 0.0338348, 0.0970425, 0.27833");
					values("0.3667892, 0.3719270, 0.3841847, 0.4143639, 0.4971541, 0.7338059, 1.4093708", \
					  "0.3715871, 0.3767405, 0.3887915, 0.4190544, 0.5018623, 0.7377488, 1.4151179", \
					  "0.3835219, 0.3886852, 0.4008612, 0.4310489, 0.5139276, 0.7498117, 1.4261210", \
					  "0.4102209, 0.4153625, 0.4275079, 0.4577059, 0.5404946, 0.7764651, 1.4532721", \
					  "0.4600041, 0.4651612, 0.4771309, 0.5073704, 0.5900457, 0.8256918, 1.5028581", \
					  "0.5335334, 0.5386312, 0.5507608, 0.5810545, 0.6639000, 0.9003272, 1.5773713", \
					  "0.6345484, 0.6396872, 0.6519265, 0.6820962, 0.7649705, 1.0011969, 1.6769812");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143406, 0.00411308, 0.0117968, 0.0338348, 0.0970425, 0.27833");
					values("0.0189409, 0.0232539, 0.0359742, 0.0748726, 0.1914932, 0.5265746, 1.5054875", \
					  "0.0188783, 0.0233535, 0.0362357, 0.0750805, 0.1909742, 0.5267544, 1.5067304", \
					  "0.0189105, 0.0232947, 0.0360845, 0.0751147, 0.1912887, 0.5304887, 1.5011071", \
					  "0.0189187, 0.0233256, 0.0362387, 0.0751290, 0.1910747, 0.5290192, 1.4988777", \
					  "0.0188782, 0.0233466, 0.0362146, 0.0747981, 0.1912147, 0.5302647, 1.5030138", \
					  "0.0187935, 0.0232024, 0.0361398, 0.0749875, 0.1909580, 0.5306038, 1.4974636", \
					  "0.0189319, 0.0233889, 0.0360664, 0.0748783, 0.1908378, 0.5271612, 1.5010662");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143406, 0.00411308, 0.0117968, 0.0338348, 0.0970425, 0.27833");
					values("0.3498451, 0.3538824, 0.3628043, 0.3807033, 0.4176567, 0.5067108, 0.7560012", \
					  "0.3546229, 0.3586945, 0.3676008, 0.3854073, 0.4224381, 0.5115828, 0.7602987", \
					  "0.3663219, 0.3703702, 0.3792671, 0.3971284, 0.4341059, 0.5231805, 0.7720111", \
					  "0.3931575, 0.3972109, 0.4060215, 0.4238791, 0.4609062, 0.5500616, 0.7982598", \
					  "0.4429938, 0.4470337, 0.4559729, 0.4738153, 0.5108042, 0.5998774, 0.8486942", \
					  "0.5212563, 0.5253210, 0.5342284, 0.5518490, 0.5888825, 0.6779146, 0.9267329", \
					  "0.6299169, 0.6340164, 0.6428275, 0.6606853, 0.6977127, 0.7869581, 1.0354653");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00143406, 0.00411308, 0.0117968, 0.0338348, 0.0970425, 0.27833");
					values("0.0179170, 0.0204137, 0.0264036, 0.0410992, 0.0784905, 0.1889431, 0.5222200", \
					  "0.0180079, 0.0205186, 0.0265687, 0.0410113, 0.0784869, 0.1894012, 0.5215546", \
					  "0.0179315, 0.0204005, 0.0263234, 0.0411731, 0.0784145, 0.1894529, 0.5207310", \
					  "0.0179683, 0.0205806, 0.0266789, 0.0409698, 0.0781075, 0.1889088, 0.5215934", \
					  "0.0180490, 0.0203625, 0.0263508, 0.0411753, 0.0784331, 0.1894498, 0.5243162", \
					  "0.0179942, 0.0205778, 0.0264313, 0.0409417, 0.0784033, 0.1893314, 0.5243209", \
					  "0.0178288, 0.0203433, 0.0266807, 0.0406772, 0.0779724, 0.1894209, 0.5186878");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.001639;
			capacitance : 0.001741;
			rise_capacitance : 0.001844;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1191875, 0.2687155, 0.4339173", \
					  "0.0355775, 0.1790020, 0.3295553", \
					  "-0.0002298, 0.1407533, 0.2900859");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2900859, 0.5067526, 0.9014466", \
					  "0.1600892, 0.3779766, 0.7738913", \
					  "0.0583639, 0.2750306, 0.6697246");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0749043, -0.2171081, -0.3554544", \
					  "-0.0083841, -0.1518086, -0.2962585", \
					  "0.0225404, -0.1196634, -0.2653340");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1640156, -0.3794616, -0.7302103", \
					  "-0.0718607, -0.2885274, -0.6722350", \
					  "0.0091126, -0.2099954, -0.5985859");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022598, -0.0022577, -0.0022528, -0.0022600, -0.0022767, -0.0023151, -0.0024036");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023429, 0.0023385, 0.0023284, 0.0023332, 0.0023442, 0.0023697, 0.0024284");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003674;
			capacitance : 0.003521;
			fall_capacitance : 0.003368;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1082012, 0.2516257, 0.3899720", \
					  "0.0282533, 0.1606914, 0.2807272", \
					  "-0.0075540, 0.1224427, 0.2375957");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1716777, 0.3846823, 0.6646302", \
					  "0.0868470, 0.2998515, 0.5797995", \
					  "0.0473776, 0.2591615, 0.5391094");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1554707, -0.2586120, -0.3188333", \
					  "-0.0657572, -0.1664570, -0.2266784", \
					  "0.0152161, -0.0867044, -0.1469258");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1273945, -0.3379577, -0.6179056", \
					  "-0.0584329, -0.2714375, -0.5489440", \
					  "-0.0250671, -0.2380716, -0.5167988");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0001916, 0.0001413, 2.5217975e-05, 3.8883314e-06, -4.5274716e-05, -0.0001586, -0.0004198");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0091143, 0.0090101, 0.0087700, 0.0087747, 0.0087856, 0.0088107, 0.0088686");
				}
			}
		}
	}
	cell ("scs8hd_sdfxtp_1") {
		area : 26.275200;
		cell_footprint : "sdfxtp";
		cell_leakage_power : 1.565920e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0019140";
			when : "CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019445";
			when : "!CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0014993";
			when : "CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0010750";
			when : "CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0014894";
			when : "CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0014018";
			when : "!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0019307";
			when : "CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0019627";
			when : "CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0014515";
			when : "CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0011396";
			when : "CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010253";
			when : "!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0011244";
			when : "CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0015487";
			when : "CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0014496";
			when : "!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0019626";
			when : "CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0010898";
			when : "!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0011889";
			when : "CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0018820";
			when : "CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019141";
			when : "CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019444";
			when : "!CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0011323";
			when : "!CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019891";
			when : "!CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0015159";
			when : "!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0015566";
			when : "!CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019572";
			when : "!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0015009";
			when : "CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0014711";
			when : "!CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0014408";
			when : "CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019124";
			when : "!CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019893";
			when : "!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0015088";
			when : "!CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0011968";
			when : "!CLK&!D&SCD&!SCE&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001791;
			capacitance : 0.001700;
			fall_capacitance : 0.001608;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1082680, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1631936, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0166935, 0.0166083, 0.0164120, 0.0164105, 0.0164073, 0.0163997, 0.0163823");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0132704, 0.0132242, 0.0131177, 0.0130923, 0.0130336, 0.0128984, 0.0125868");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001711;
			capacitance : 0.001634;
			fall_capacitance : 0.001558;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0825664, 0.2186667, 0.3350404", \
					  "0.0087220, 0.1350566, 0.2367819", \
					  "-0.0246439, 0.0955872, 0.1973125");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2375957, 0.4640280, 0.8855775", \
					  "0.1075990, 0.3340313, 0.7543600", \
					  "0.0022116, 0.2310853, 0.6465313");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0517109, -0.1756042, -0.2553568", \
					  "0.0123678, -0.1066426, -0.1961608", \
					  "0.0445130, -0.0732767, -0.1652363");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1396016, -0.3648132, -0.7289896", \
					  "-0.0364603, -0.2616719, -0.6612487", \
					  "0.0579408, -0.1709329, -0.5705098");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011002, 0.0010725, 0.0010088, 0.0009928, 0.0009558, 0.0008706, 0.0006743");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057785, 0.0057254, 0.0056028, 0.0056045, 0.0056086, 0.0056180, 0.0056397");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.142832;
			max_transition : 1.506316;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0134685, 0.0146727, 0.0175101, 0.0239768, 0.0400300, 0.0805809, 0.1868413", \
					  "0.0134858, 0.0146615, 0.0175011, 0.0239846, 0.0400449, 0.0808660, 0.1858109", \
					  "0.0133589, 0.0145648, 0.0173945, 0.0238647, 0.0396893, 0.0808386, 0.1857133", \
					  "0.0131302, 0.0143277, 0.0171602, 0.0236308, 0.0396686, 0.0806919, 0.1853859", \
					  "0.0129605, 0.0141528, 0.0169861, 0.0234558, 0.0393062, 0.0800308, 0.1853345", \
					  "0.0129794, 0.0140843, 0.0168689, 0.0233942, 0.0391937, 0.0799511, 0.1859049", \
					  "0.0141011, 0.0150553, 0.0175294, 0.0237846, 0.0396687, 0.0802982, 0.1850530");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001283156, 0.003292977, 0.008450805, 0.0216874, 0.05565662, 0.1428322");
					values("0.0135649, 0.0128665, 0.0109265, 0.0051234, -0.0108301, -0.0521438, -0.1582006", \
					  "0.0135715, 0.0128643, 0.0109395, 0.0051297, -0.0108204, -0.0521376, -0.1582111", \
					  "0.0135673, 0.0128686, 0.0109481, 0.0051163, -0.0108431, -0.0521477, -0.1582109", \
					  "0.0132462, 0.0125281, 0.0106143, 0.0047971, -0.0111550, -0.0524611, -0.1585388", \
					  "0.0131227, 0.0124341, 0.0105029, 0.0046832, -0.0112738, -0.0525849, -0.1586546", \
					  "0.0140848, 0.0131813, 0.0107821, 0.0046727, -0.0112968, -0.0526031, -0.1586828", \
					  "0.0147992, 0.0138939, 0.0115442, 0.0053317, -0.0107854, -0.0521395, -0.1582878");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2580011, 0.2646442, 0.2803405, 0.3186476, 0.4155472, 0.6631565, 1.3022349", \
					  "0.2630167, 0.2695103, 0.2851541, 0.3234591, 0.4203638, 0.6684014, 1.3077306", \
					  "0.2745562, 0.2812393, 0.2968629, 0.3351842, 0.4321074, 0.6799680, 1.3182059", \
					  "0.3011804, 0.3078169, 0.3234331, 0.3617621, 0.4586607, 0.7061767, 1.3452648", \
					  "0.3526484, 0.3592321, 0.3748733, 0.4131842, 0.5099625, 0.7582744, 1.3966091", \
					  "0.4290664, 0.4357861, 0.4514083, 0.4896788, 0.5864860, 0.8347358, 1.4754946", \
					  "0.5384975, 0.5452153, 0.5608741, 0.5991920, 0.6961242, 0.9440360, 1.5809852");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0232258, 0.0304778, 0.0499804, 0.1023929, 0.2382060, 0.5869887, 1.4983159", \
					  "0.0232817, 0.0305710, 0.0500006, 0.1023350, 0.2380996, 0.5896678, 1.5018058", \
					  "0.0234130, 0.0304898, 0.0499336, 0.1025398, 0.2381339, 0.5895065, 1.5046275", \
					  "0.0233038, 0.0304993, 0.0499533, 0.1023396, 0.2381371, 0.5895689, 1.5047092", \
					  "0.0232722, 0.0304624, 0.0499616, 0.1025029, 0.2379588, 0.5904592, 1.5063162", \
					  "0.0234976, 0.0305189, 0.0499294, 0.1021382, 0.2383302, 0.5911642, 1.4998152", \
					  "0.0233545, 0.0306284, 0.0500396, 0.1023848, 0.2381755, 0.5877076, 1.4990920");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.2528122, 0.2574548, 0.2669302, 0.2857938, 0.3260610, 0.4233831, 0.6730723", \
					  "0.2578525, 0.2624798, 0.2719585, 0.2908257, 0.3311065, 0.4284070, 0.6777023", \
					  "0.2695637, 0.2742117, 0.2836790, 0.3025808, 0.3428493, 0.4403742, 0.6895435", \
					  "0.2962382, 0.3008973, 0.3103619, 0.3292379, 0.3695178, 0.4668277, 0.7164456", \
					  "0.3459880, 0.3506327, 0.3601070, 0.3789943, 0.4192401, 0.5167683, 0.7651100", \
					  "0.4194942, 0.4241497, 0.4336289, 0.4524086, 0.4926956, 0.5898948, 0.8390266", \
					  "0.5204249, 0.5250612, 0.5345516, 0.5534259, 0.5937196, 0.6909442, 0.9399890");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00128316, 0.00329298, 0.00845081, 0.0216874, 0.0556566, 0.142832");
					values("0.0166344, 0.0200347, 0.0279220, 0.0462080, 0.0923060, 0.2181279, 0.5529663", \
					  "0.0166493, 0.0200374, 0.0278907, 0.0461801, 0.0927648, 0.2179384, 0.5483332", \
					  "0.0167176, 0.0201853, 0.0280312, 0.0460618, 0.0926889, 0.2176752, 0.5564136", \
					  "0.0166406, 0.0201220, 0.0279933, 0.0461411, 0.0927147, 0.2176514, 0.5523998", \
					  "0.0166774, 0.0201426, 0.0280189, 0.0460020, 0.0924288, 0.2180064, 0.5461051", \
					  "0.0167258, 0.0200861, 0.0278189, 0.0462363, 0.0923378, 0.2202915, 0.5473684", \
					  "0.0167452, 0.0200517, 0.0278855, 0.0460507, 0.0922690, 0.2206964, 0.5481191");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001829;
			capacitance : 0.001728;
			fall_capacitance : 0.001628;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1057598, 0.2528463, 0.4143861", \
					  "0.0319154, 0.1753398, 0.3234518", \
					  "-0.0014505, 0.1407533, 0.2888652");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2888652, 0.5043112, 0.8965638", \
					  "0.1588685, 0.3755351, 0.7702291", \
					  "0.0583639, 0.2738099, 0.6672832");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0749043, -0.2183288, -0.3566751", \
					  "-0.0083841, -0.1530293, -0.2962585", \
					  "0.0213197, -0.1196634, -0.2665547");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1933125, -0.4099792, -0.7814798", \
					  "-0.0913919, -0.3080586, -0.6954284", \
					  "-0.0006530, -0.2185404, -0.6059102");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022372, -0.0022351, -0.0022303, -0.0022376, -0.0022544, -0.0022931, -0.0023823");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023208, 0.0023181, 0.0023118, 0.0023175, 0.0023304, 0.0023603, 0.0024292");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003701;
			capacitance : 0.003545;
			fall_capacitance : 0.003389;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0947734, 0.2369772, 0.3692201", \
					  "0.0233704, 0.1558086, 0.2734030", \
					  "-0.0075540, 0.1212220, 0.2351543");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1594707, 0.3724753, 0.6524232", \
					  "0.0831849, 0.2961895, 0.5773581", \
					  "0.0473776, 0.2591615, 0.5403301");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1847676, -0.2866882, -0.3469095", \
					  "-0.0852884, -0.1872090, -0.2474303", \
					  "0.0054505, -0.0964701, -0.1579121");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1286152, -0.3416198, -0.6203470", \
					  "-0.0596536, -0.2726582, -0.5501647", \
					  "-0.0275085, -0.2392923, -0.5192402");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002135, 0.0001574, 2.7954561e-05, 6.4914432e-06, -4.2980509e-05, -0.0001570, -0.0004199");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0091744, 0.0090715, 0.0088344, 0.0088397, 0.0088520, 0.0088803, 0.0089456");
				}
			}
		}
	}
	cell ("scs8hd_sdfxtp_2") {
		area : 27.526400;
		cell_footprint : "sdfxtp";
		cell_leakage_power : 1.752149e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0011454";
			when : "!CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0023483";
			when : "!CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0018750";
			when : "!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0015698";
			when : "!CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0023163";
			when : "!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0023223";
			when : "CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0018107";
			when : "CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0014990";
			when : "CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0013846";
			when : "!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0011379";
			when : "CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0015623";
			when : "CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019269";
			when : "CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019575";
			when : "!CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0018587";
			when : "CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0014344";
			when : "CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0018488";
			when : "CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0017609";
			when : "!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0022902";
			when : "CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0018090";
			when : "!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0023222";
			when : "CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0014493";
			when : "!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0012025";
			when : "CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0018949";
			when : "CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019271";
			when : "CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019573";
			when : "!CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0015142";
			when : "CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0014840";
			when : "!CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0014536";
			when : "CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019253";
			when : "!CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0023485";
			when : "!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0015217";
			when : "!CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0012100";
			when : "!CLK&!D&SCD&!SCE&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001788;
			capacitance : 0.001705;
			fall_capacitance : 0.001622;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1115636, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1697846, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0167094, 0.0166236, 0.0164258, 0.0164220, 0.0164133, 0.0163931, 0.0163465");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0133898, 0.0133118, 0.0131322, 0.0131040, 0.0130391, 0.0128894, 0.0125444");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001707;
			capacitance : 0.001630;
			fall_capacitance : 0.001554;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0935527, 0.2320944, 0.3533509", \
					  "0.0123841, 0.1387187, 0.2428854", \
					  "-0.0234232, 0.0968079, 0.1973125");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2388164, 0.4664694, 0.8880189", \
					  "0.1088197, 0.3352520, 0.7568014", \
					  "0.0034323, 0.2323060, 0.6477520");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0517109, -0.1743835, -0.2529154", \
					  "0.0123678, -0.1054219, -0.1961608", \
					  "0.0445130, -0.0720560, -0.1640156");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1151875, -0.3379577, -0.6740579", \
					  "-0.0218118, -0.2458027, -0.6356139", \
					  "0.0664857, -0.1636087, -0.5595234");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011196, 0.0010921, 0.0010288, 0.0010121, 0.0009737, 0.0008851, 0.0006809");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0058165, 0.0057354, 0.0055484, 0.0055493, 0.0055515, 0.0055566, 0.0055683");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.268259;
			max_transition : 1.507727;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001425282, 0.004062858, 0.01158144, 0.03301363, 0.09410748, 0.2682594");
					values("0.0169389, 0.0182731, 0.0218813, 0.0314081, 0.0575229, 0.1314260, 0.3429328", \
					  "0.0169656, 0.0183020, 0.0219075, 0.0314389, 0.0572671, 0.1310425, 0.3405368", \
					  "0.0169699, 0.0182881, 0.0218828, 0.0314330, 0.0572528, 0.1313617, 0.3418567", \
					  "0.0167027, 0.0180471, 0.0216573, 0.0311830, 0.0569854, 0.1303667, 0.3406650", \
					  "0.0164871, 0.0178169, 0.0214249, 0.0309546, 0.0567704, 0.1301214, 0.3397089", \
					  "0.0165243, 0.0178055, 0.0213914, 0.0310186, 0.0567595, 0.1300069, 0.3400752", \
					  "0.0176982, 0.0189123, 0.0222325, 0.0314418, 0.0572507, 0.1306323, 0.3393200");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001425282, 0.004062858, 0.01158144, 0.03301363, 0.09410748, 0.2682594");
					values("0.0159134, 0.0149278, 0.0123945, 0.0044855, -0.0208237, -0.0949856, -0.3068593", \
					  "0.0159222, 0.0149537, 0.0124262, 0.0045039, -0.0207970, -0.0949647, -0.3068376", \
					  "0.0160081, 0.0150264, 0.0124865, 0.0045806, -0.0207208, -0.0948842, -0.3067768", \
					  "0.0156992, 0.0146944, 0.0121763, 0.0042644, -0.0210366, -0.0951975, -0.3071037", \
					  "0.0155777, 0.0145874, 0.0120647, 0.0041613, -0.0211501, -0.0953154, -0.3071868", \
					  "0.0164503, 0.0153902, 0.0123162, 0.0041600, -0.0211650, -0.0953274, -0.3071908", \
					  "0.0183189, 0.0172422, 0.0142872, 0.0054253, -0.0205013, -0.0947976, -0.3067773");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00142528, 0.00406286, 0.0115814, 0.0330136, 0.0941075, 0.268259");
					values("0.2666347, 0.2717317, 0.2840247, 0.3146799, 0.3985806, 0.6361912, 1.3129364", \
					  "0.2715312, 0.2766310, 0.2889210, 0.3195784, 0.4034452, 0.6412785, 1.3211177", \
					  "0.2833824, 0.2884720, 0.3006953, 0.3313206, 0.4154348, 0.6527490, 1.3345661", \
					  "0.3098327, 0.3148896, 0.3271297, 0.3578071, 0.4417053, 0.6795459, 1.3578544", \
					  "0.3602572, 0.3653381, 0.3776176, 0.4082522, 0.4921776, 0.7298760, 1.4130765", \
					  "0.4381173, 0.4432174, 0.4555167, 0.4861687, 0.5700714, 0.8077574, 1.4843353", \
					  "0.5467476, 0.5519181, 0.5641382, 0.5948057, 0.6788611, 0.9162817, 1.5930596");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142528, 0.00406286, 0.0115814, 0.0330136, 0.0941075, 0.268259");
					values("0.0203041, 0.0248099, 0.0376731, 0.0771673, 0.1937838, 0.5308844, 1.4992296", \
					  "0.0203014, 0.0247844, 0.0376483, 0.0771698, 0.1936969, 0.5294549, 1.5005684", \
					  "0.0201962, 0.0246168, 0.0376778, 0.0768375, 0.1939850, 0.5311681, 1.5004024", \
					  "0.0202256, 0.0246936, 0.0375504, 0.0770571, 0.1938506, 0.5311737, 1.5077268", \
					  "0.0201589, 0.0246648, 0.0376585, 0.0771500, 0.1938663, 0.5305248, 1.5014792", \
					  "0.0203616, 0.0248686, 0.0377528, 0.0771451, 0.1941903, 0.5315906, 1.5025031", \
					  "0.0202791, 0.0247516, 0.0376170, 0.0771405, 0.1940226, 0.5309987, 1.4985950");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142528, 0.00406286, 0.0115814, 0.0330136, 0.0941075, 0.268259");
					values("0.2683189, 0.2722512, 0.2810332, 0.2985190, 0.3345866, 0.4207829, 0.6601653", \
					  "0.2732667, 0.2770260, 0.2857947, 0.3032891, 0.3394348, 0.4256234, 0.6645380", \
					  "0.2850837, 0.2890412, 0.2977973, 0.3152908, 0.3514397, 0.4375938, 0.6760054", \
					  "0.3117561, 0.3156876, 0.3244773, 0.3419690, 0.3780919, 0.4643469, 0.7035496", \
					  "0.3615003, 0.3654322, 0.3742185, 0.3917009, 0.4278458, 0.5140324, 0.7533793", \
					  "0.4350724, 0.4389280, 0.4477060, 0.4652325, 0.5013303, 0.5875190, 0.8262561", \
					  "0.5360388, 0.5400064, 0.5486865, 0.5662089, 0.6023232, 0.6885158, 0.9278830");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142528, 0.00406286, 0.0115814, 0.0330136, 0.0941075, 0.268259");
					values("0.0175265, 0.0200239, 0.0259161, 0.0398405, 0.0759149, 0.1811929, 0.4964534", \
					  "0.0175444, 0.0201460, 0.0260074, 0.0398362, 0.0758083, 0.1807159, 0.4961203", \
					  "0.0175066, 0.0200672, 0.0259835, 0.0398519, 0.0758441, 0.1816192, 0.4983044", \
					  "0.0175337, 0.0200384, 0.0260767, 0.0397989, 0.0756520, 0.1815898, 0.5007914", \
					  "0.0174826, 0.0200295, 0.0260601, 0.0397798, 0.0754211, 0.1813641, 0.4960987", \
					  "0.0174975, 0.0201348, 0.0259505, 0.0401949, 0.0756551, 0.1804770, 0.4945157", \
					  "0.0175323, 0.0200648, 0.0259740, 0.0400300, 0.0755757, 0.1815945, 0.4996418");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001833;
			capacitance : 0.001732;
			fall_capacitance : 0.001631;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1179668, 0.2662741, 0.4302552", \
					  "0.0343568, 0.1777813, 0.3283346", \
					  "-0.0014505, 0.1407533, 0.2900859");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2913066, 0.5091940, 0.9038880", \
					  "0.1625306, 0.3791973, 0.7763327", \
					  "0.0608053, 0.2774720, 0.6721660");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0736836, -0.2171081, -0.3554544", \
					  "-0.0083841, -0.1518086, -0.2962585", \
					  "0.0225404, -0.1196634, -0.2653340");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1676777, -0.3831237, -0.7399759", \
					  "-0.0767435, -0.2934102, -0.6795593", \
					  "0.0066712, -0.2124368, -0.6010274");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022435, -0.0022411, -0.0022357, -0.0022429, -0.0022596, -0.0022981, -0.0023869");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023270, 0.0023224, 0.0023119, 0.0023166, 0.0023276, 0.0023529, 0.0024112");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003677;
			capacitance : 0.003523;
			fall_capacitance : 0.003369;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1057598, 0.2491842, 0.3863099", \
					  "0.0270326, 0.1594707, 0.2795065", \
					  "-0.0075540, 0.1224427, 0.2363750");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1692363, 0.3834616, 0.6621888", \
					  "0.0856263, 0.2986309, 0.5785788", \
					  "0.0473776, 0.2591615, 0.5391094");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1591328, -0.2622741, -0.3224954", \
					  "-0.0694193, -0.1701191, -0.2303405", \
					  "0.0115540, -0.0891458, -0.1493672");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1273945, -0.3403991, -0.6166849", \
					  "-0.0584329, -0.2714375, -0.5501647", \
					  "-0.0250671, -0.2380716, -0.5167988");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002081, 0.0001529, 2.5641574e-05, 4.4029269e-06, -4.4551317e-05, -0.0001574, -0.0004175");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0091128, 0.0090076, 0.0087653, 0.0087708, 0.0087837, 0.0088133, 0.0088817");
				}
			}
		}
	}
	cell ("scs8hd_sdfxtp_4") {
		area : 30.028800;
		cell_footprint : "sdfxtp";
		cell_leakage_power : 2.128126e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0025273";
			when : "!CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0030405";
			when : "CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0021676";
			when : "!CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0012363";
			when : "CLK&!D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019285";
			when : "CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019607";
			when : "CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019910";
			when : "!CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0011791";
			when : "!CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0030666";
			when : "!CLK&D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0025932";
			when : "!CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0016035";
			when : "!CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0030345";
			when : "!CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0030406";
			when : "CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0025290";
			when : "CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0022174";
			when : "CLK&!D&SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0021029";
			when : "!CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0011716";
			when : "CLK&!D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0015960";
			when : "CLK&D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019606";
			when : "CLK&D&SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0019911";
			when : "!CLK&D&!SCD&!SCE&Q";
		}
		leakage_power () {
			value : "0.0025771";
			when : "CLK&D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0021527";
			when : "CLK&!D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0025671";
			when : "CLK&!D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0024792";
			when : "!CLK&!D&!SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0030084";
			when : "CLK&D&SCD&SCE&!Q";
		}
		leakage_power () {
			value : "0.0015479";
			when : "CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0015176";
			when : "!CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0014872";
			when : "CLK&!D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0019589";
			when : "!CLK&D&SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0030667";
			when : "!CLK&D&!SCD&!SCE&!Q";
		}
		leakage_power () {
			value : "0.0015554";
			when : "!CLK&!D&!SCD&SCE&Q";
		}
		leakage_power () {
			value : "0.0012438";
			when : "!CLK&!D&SCD&!SCE&Q";
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001775;
			capacitance : 0.001691;
			fall_capacitance : 0.001607;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1159576, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1741787, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0166815, 0.0165950, 0.0163956, 0.0163880, 0.0163707, 0.0163307, 0.0162386");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0134005, 0.0133196, 0.0131332, 0.0131007, 0.0130258, 0.0128532, 0.0124553");
				}
			}
		}
		pin (D) {
			nextstate_type : "data";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001708;
			capacitance : 0.001631;
			fall_capacitance : 0.001554;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0996563, 0.2369772, 0.3594544", \
					  "0.0136048, 0.1411602, 0.2465475", \
					  "-0.0234232, 0.0968079, 0.1985332");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2388164, 0.4652487, 0.8867982", \
					  "0.1088197, 0.3352520, 0.7568014", \
					  "0.0034323, 0.2323060, 0.6477520");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0517109, -0.1743835, -0.2541361", \
					  "0.0123678, -0.1066426, -0.1961608", \
					  "0.0445130, -0.0720560, -0.1652363");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1078633, -0.3281921, -0.6520853", \
					  "-0.0144876, -0.2384785, -0.6221862", \
					  "0.0701478, -0.1599466, -0.5558613");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0011157, 0.0010913, 0.0010352, 0.0010198, 0.0009842, 0.0009022, 0.0007131");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0057512, 0.0056979, 0.0055750, 0.0055761, 0.0055786, 0.0055843, 0.0055975");
				}
			}
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.466013;
			max_transition : 1.519147;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562697, 0.004884042, 0.01526455, 0.04770774, 0.1491055, 0.4660132");
					values("0.0254995, 0.0269299, 0.0313346, 0.0444507, 0.0838354, 0.2059104, 0.5908241", \
					  "0.0255413, 0.0269507, 0.0313675, 0.0444871, 0.0838749, 0.2059466, 0.5908138", \
					  "0.0255896, 0.0270149, 0.0314087, 0.0445327, 0.0839274, 0.2058139, 0.5914474", \
					  "0.0252707, 0.0266694, 0.0310476, 0.0441613, 0.0835615, 0.2053505, 0.5844931", \
					  "0.0251273, 0.0265701, 0.0309818, 0.0440634, 0.0835713, 0.2051919, 0.5887252", \
					  "0.0250779, 0.0264725, 0.0308450, 0.0439865, 0.0833844, 0.2054478, 0.5894946", \
					  "0.0262232, 0.0276045, 0.0317661, 0.0446198, 0.0841420, 0.2061396, 0.5870696");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001562697, 0.004884042, 0.01526455, 0.04770774, 0.1491055, 0.4660132");
					values("0.0226515, 0.0214769, 0.0178313, 0.0069301, -0.0301191, -0.1525841, -0.5380405", \
					  "0.0226346, 0.0214299, 0.0178389, 0.0069534, -0.0300695, -0.1525899, -0.5380475", \
					  "0.0227210, 0.0215257, 0.0179074, 0.0070395, -0.0300003, -0.1524949, -0.5379545", \
					  "0.0224137, 0.0212668, 0.0176318, 0.0067039, -0.0303230, -0.1527932, -0.5382556", \
					  "0.0222619, 0.0211321, 0.0174631, 0.0066321, -0.0304284, -0.1529018, -0.5383601", \
					  "0.0223400, 0.0211390, 0.0175128, 0.0067075, -0.0303699, -0.1528519, -0.5383409", \
					  "0.0267092, 0.0255258, 0.0217672, 0.0097230, -0.0291315, -0.1522385, -0.5378769");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.2926668, 0.2965297, 0.3067750, 0.3330369, 0.4073601, 0.6351216, 1.3511564", \
					  "0.2976208, 0.3014665, 0.3116754, 0.3379386, 0.4122667, 0.6400143, 1.3560397", \
					  "0.3091787, 0.3130704, 0.3232500, 0.3495409, 0.4236945, 0.6517041, 1.3685860", \
					  "0.3353033, 0.3391666, 0.3493116, 0.3756116, 0.4497306, 0.6777900, 1.3895914", \
					  "0.3868362, 0.3906979, 0.4009503, 0.4271414, 0.5012993, 0.7293056, 1.4412088", \
					  "0.4640572, 0.4678309, 0.4780465, 0.5043531, 0.5785791, 0.8064525, 1.5224869", \
					  "0.5723196, 0.5761869, 0.5864225, 0.6127182, 0.6870480, 0.9148528, 1.6273878");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0242897, 0.0273233, 0.0366356, 0.0666979, 0.1673175, 0.4872489, 1.5000231", \
					  "0.0242844, 0.0272367, 0.0366193, 0.0667204, 0.1672971, 0.4871028, 1.5008614", \
					  "0.0241090, 0.0272128, 0.0364516, 0.0667985, 0.1673388, 0.4894349, 1.5082250", \
					  "0.0241680, 0.0272750, 0.0366550, 0.0667966, 0.1672781, 0.4897952, 1.4916123", \
					  "0.0241892, 0.0271191, 0.0365393, 0.0667339, 0.1668792, 0.4894179, 1.5191474", \
					  "0.0244822, 0.0274101, 0.0365560, 0.0666389, 0.1671002, 0.4870703, 1.5001148", \
					  "0.0245524, 0.0275405, 0.0367575, 0.0667156, 0.1673631, 0.4870689, 1.5055508");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.3070997, 0.3104236, 0.3188049, 0.3371281, 0.3745282, 0.4596766, 0.6988097", \
					  "0.3118770, 0.3151763, 0.3235912, 0.3419487, 0.3792979, 0.4645511, 0.7038665", \
					  "0.3238862, 0.3271961, 0.3355666, 0.3539292, 0.3913868, 0.4765397, 0.7152827", \
					  "0.3505537, 0.3538771, 0.3622536, 0.3805769, 0.4180046, 0.5032844, 0.7417111", \
					  "0.4001546, 0.4034607, 0.4117758, 0.4301436, 0.4676347, 0.5528495, 0.7915124", \
					  "0.4738987, 0.4772020, 0.4856483, 0.5039803, 0.5414291, 0.6265201, 0.8649989", \
					  "0.5749801, 0.5782914, 0.5866655, 0.6050773, 0.6426002, 0.7277696, 0.9666016");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0015627, 0.00488404, 0.0152646, 0.0477077, 0.149105, 0.466013");
					values("0.0267215, 0.0285361, 0.0335590, 0.0457105, 0.0774240, 0.1712444, 0.4846049", \
					  "0.0267399, 0.0285948, 0.0334551, 0.0457186, 0.0774256, 0.1709444, 0.4833801", \
					  "0.0267016, 0.0285316, 0.0335317, 0.0459996, 0.0773991, 0.1707793, 0.4818985", \
					  "0.0266558, 0.0285898, 0.0335238, 0.0458204, 0.0775834, 0.1713195, 0.4812018", \
					  "0.0267395, 0.0285952, 0.0336453, 0.0460471, 0.0774074, 0.1712476, 0.4842018", \
					  "0.0267164, 0.0285983, 0.0335044, 0.0456267, 0.0770222, 0.1709417, 0.4844756", \
					  "0.0267132, 0.0286017, 0.0335073, 0.0457694, 0.0776757, 0.1715450, 0.4837034");
				}
			}
		}
		pin (SCD) {
			nextstate_type : "scan_in";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001835;
			capacitance : 0.001734;
			fall_capacitance : 0.001633;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1228496, 0.2723776, 0.4363587", \
					  "0.0367982, 0.1802227, 0.3319968", \
					  "-0.0002298, 0.1419740, 0.2913066");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2913066, 0.5079733, 0.9038880", \
					  "0.1625306, 0.3791973, 0.7763327", \
					  "0.0608053, 0.2774720, 0.6721660");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0749043, -0.2171081, -0.3554544", \
					  "-0.0083841, -0.1518086, -0.2962585", \
					  "0.0225404, -0.1196634, -0.2653340");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1579121, -0.3721374, -0.7167825", \
					  "-0.0694193, -0.2848652, -0.6685729", \
					  "0.0103333, -0.2075540, -0.5961445");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0022459, -0.0022435, -0.0022381, -0.0022454, -0.0022621, -0.0023008, -0.0023899");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0023314, 0.0023268, 0.0023162, 0.0023215, 0.0023337, 0.0023618, 0.0024268");
				}
			}
		}
		pin (SCE) {
			nextstate_type : "scan_enable";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003675;
			capacitance : 0.003521;
			fall_capacitance : 0.003368;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1106426, 0.2552878, 0.3936341", \
					  "0.0294740, 0.1619121, 0.2831686", \
					  "-0.0063333, 0.1236634, 0.2375957");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1753398, 0.3883444, 0.6682923", \
					  "0.0868470, 0.2998515, 0.5810202", \
					  "0.0473776, 0.2603821, 0.5403301");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1493672, -0.2537292, -0.3139505", \
					  "-0.0620950, -0.1640156, -0.2242370", \
					  "0.0152161, -0.0867044, -0.1457051");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1273945, -0.3391784, -0.6179056", \
					  "-0.0584329, -0.2714375, -0.5477233", \
					  "-0.0262878, -0.2380716, -0.5167988");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0001922, 0.0001416, 2.5034674e-05, 3.6081557e-06, -4.5778573e-05, -0.0001596, -0.0004220");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0091066, 0.0090052, 0.0087716, 0.0087772, 0.0087900, 0.0088197, 0.0088881");
				}
			}
		}
	}
	cell ("scs8hd_sdlclkp_1") {
		area : 18.768000;
		cell_footprint : "sdlclkp";
		clock_gating_integrated_cell : "latch_posedge_precontrol";
		cell_leakage_power : 1.551015e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		statetable ("CLK GATE SCE",m0) {
			table : " L L L : - : L ,\
                    L L H : - : H ,\
                    L H L : - : H ,\
                    L H H : - : H ,\
                    H - - : - : N ";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014511";
			when : "CLK&!GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0013867";
			when : "!CLK&GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0009474";
			when : "!CLK&!GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0014665";
			when : "CLK&!GATE&GCLK&SCE";
		}
		leakage_power () {
			value : "0.0013864";
			when : "!CLK&GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0013594";
			when : "!CLK&!GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0019059";
			when : "CLK&GATE&GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0019056";
			when : "CLK&GATE&GCLK&SCE";
		}
		leakage_power () {
			value : "0.0018696";
			when : "CLK&GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0014303";
			when : "CLK&!GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0018693";
			when : "CLK&GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0016341";
			when : "CLK&!GATE&GCLK&!SCE";
		}
		pin (m0) {
			direction : "internal";
			internal_node : "m0";
			related_power_pin : "vpwr";
			related_ground_pin : "vnb";
		}
		pin (GCLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			clock_gate_out_pin : true;
			state_function : "(CLK*m0)";
			max_capacitance : 0.137339;
			max_transition : 1.507068;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0069333, 0.0081272, 0.0107122, 0.0167743, 0.0320861, 0.0718072, 0.1716356", \
					  "0.0068548, 0.0080665, 0.0106463, 0.0167320, 0.0320211, 0.0717924, 0.1725539", \
					  "0.0067202, 0.0079619, 0.0105334, 0.0166083, 0.0320057, 0.0713443, 0.1728474", \
					  "0.0061123, 0.0074043, 0.0100056, 0.0161078, 0.0317195, 0.0709189, 0.1713460", \
					  "0.0059084, 0.0071002, 0.0098133, 0.0159022, 0.0313373, 0.0712452, 0.1719803", \
					  "0.0064972, 0.0074800, 0.0099146, 0.0159515, 0.0314553, 0.0705816, 0.1722609", \
					  "0.0067611, 0.0076944, 0.0101328, 0.0162626, 0.0318179, 0.0714748, 0.1711417");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001274796, 0.00325021, 0.008286708, 0.02112772, 0.05386707, 0.1373391");
					values("0.0050065, 0.0044191, 0.0029306, -0.0023857, -0.0178177, -0.0576593, -0.1592533", \
					  "0.0049572, 0.0043875, 0.0028949, -0.0024083, -0.0178398, -0.0576710, -0.1594001", \
					  "0.0048528, 0.0042586, 0.0027817, -0.0025276, -0.0179301, -0.0577761, -0.1593401", \
					  "0.0046632, 0.0040901, 0.0025713, -0.0027281, -0.0181083, -0.0579307, -0.1594997", \
					  "0.0045337, 0.0039009, 0.0022917, -0.0029558, -0.0182944, -0.0580746, -0.1596298", \
					  "0.0058889, 0.0049104, 0.0025635, -0.0035331, -0.0184127, -0.0581599, -0.1596936", \
					  "0.0064235, 0.0054811, 0.0031743, -0.0029792, -0.0185311, -0.0581865, -0.1594310");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "combinational";
				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, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0788154, 0.0861155, 0.1027150, 0.1418137, 0.2392402, 0.4900209, 1.1265017", \
					  "0.0835412, 0.0908682, 0.1074218, 0.1465556, 0.2441203, 0.4945380, 1.1341142", \
					  "0.0936242, 0.1009342, 0.1175075, 0.1565836, 0.2544847, 0.5039281, 1.1434437", \
					  "0.1154363, 0.1227686, 0.1394214, 0.1786955, 0.2769436, 0.5269641, 1.1649783", \
					  "0.1530553, 0.1609536, 0.1783805, 0.2184327, 0.3171542, 0.5685056, 1.2081232", \
					  "0.2066593, 0.2157693, 0.2347520, 0.2755918, 0.3746628, 0.6255929, 1.2668329", \
					  "0.2634467, 0.2758572, 0.2994271, 0.3441924, 0.4435224, 0.6944040, 1.3324245");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0235366, 0.0314454, 0.0515607, 0.1042021, 0.2423060, 0.5987780, 1.5022323", \
					  "0.0236064, 0.0314945, 0.0515498, 0.1040326, 0.2431468, 0.5971850, 1.5039395", \
					  "0.0236579, 0.0315757, 0.0516589, 0.1041895, 0.2423673, 0.6008422, 1.5013394", \
					  "0.0241334, 0.0319176, 0.0517463, 0.1041876, 0.2425568, 0.5984847, 1.5070681", \
					  "0.0268757, 0.0344251, 0.0537620, 0.1055334, 0.2428830, 0.5980392, 1.5030830", \
					  "0.0337743, 0.0410286, 0.0584462, 0.1078095, 0.2437377, 0.5979172, 1.5018927", \
					  "0.0482412, 0.0557944, 0.0725450, 0.1160289, 0.2454839, 0.5994455, 1.4956048");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0890246, 0.0937860, 0.1032422, 0.1219948, 0.1613990, 0.2554200, 0.4937541", \
					  "0.0944895, 0.0992672, 0.1087784, 0.1275741, 0.1669663, 0.2610303, 0.4993745", \
					  "0.1086060, 0.1132456, 0.1227597, 0.1415555, 0.1810378, 0.2751175, 0.5141796", \
					  "0.1438332, 0.1484703, 0.1580404, 0.1768735, 0.2164321, 0.3105402, 0.5491123", \
					  "0.2230125, 0.2280629, 0.2382174, 0.2575809, 0.2973524, 0.3915766, 0.6307347", \
					  "0.3646462, 0.3712719, 0.3842039, 0.4070878, 0.4499682, 0.5454976, 0.7838534", \
					  "0.6077605, 0.6173519, 0.6348378, 0.6651807, 0.7163840, 0.8152978, 1.0539842");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0012748, 0.00325021, 0.00828671, 0.0211277, 0.0538671, 0.137339");
					values("0.0170494, 0.0206448, 0.0283941, 0.0460984, 0.0916895, 0.2136816, 0.5290682", \
					  "0.0170165, 0.0206577, 0.0283439, 0.0460616, 0.0913087, 0.2138636, 0.5296368", \
					  "0.0170211, 0.0205248, 0.0284913, 0.0460729, 0.0915607, 0.2141494, 0.5299422", \
					  "0.0172425, 0.0206887, 0.0285224, 0.0461480, 0.0915888, 0.2134481, 0.5294200", \
					  "0.0197867, 0.0229906, 0.0302797, 0.0472697, 0.0920305, 0.2140304, 0.5291865", \
					  "0.0291736, 0.0332989, 0.0402583, 0.0565296, 0.0985536, 0.2161527, 0.5368621", \
					  "0.0464963, 0.0504500, 0.0594896, 0.0769448, 0.1150668, 0.2231671, 0.5320633");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_clock_pin : true;
			direction : "input";
			clock : true;
			rise_capacitance : 0.003658;
			capacitance : 0.003502;
			fall_capacitance : 0.003347;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "GCLK";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1181561, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0065209, 0.0064703, 0.0063535, 0.0063318, 0.0062817, 0.0061662, 0.0059000");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0137810, 0.0137009, 0.0135161, 0.0135088, 0.0134921, 0.0134536, 0.0133648");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_enable_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001971;
			capacitance : 0.001822;
			fall_capacitance : 0.001674;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0850078, 0.2150046, 0.3216126", \
					  "0.0148255, 0.1374980, 0.2331198", \
					  "0.0327292, 0.1529603, 0.2510234");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1838848, 0.4090964, 0.7891419", \
					  "0.0831849, 0.3071758, 0.6884421", \
					  "0.0119772, 0.2359681, 0.6123515");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0419453, -0.1646178, -0.2492533", \
					  "0.0123678, -0.1042012, -0.1888366", \
					  "0.0262025, -0.0879251, -0.1750020");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1786641, -0.4026549, -0.7668314", \
					  "-0.0791849, -0.3031758, -0.6832214", \
					  "-0.0079772, -0.2319681, -0.6083515");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0108212, 0.0107973, 0.0107421, 0.0107130, 0.0106460, 0.0104915, 0.0101353");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0171406, 0.0169741, 0.0165903, 0.0166222, 0.0166957, 0.0168651, 0.0172556");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_test_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001847;
			capacitance : 0.001752;
			fall_capacitance : 0.001656;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0947734, 0.2333151, 0.3618958", \
					  "0.0270326, 0.1570293, 0.2734030", \
					  "0.0485983, 0.1761536, 0.2937480");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1948711, 0.4103170, 0.7708314", \
					  "0.0917298, 0.3083965, 0.6701315", \
					  "0.0180807, 0.2359681, 0.5964824");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0492695, -0.1829284, -0.2919779", \
					  "0.0001608, -0.1249531, -0.2291198", \
					  "0.0091126, -0.1123392, -0.2177266");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1884297, -0.4038756, -0.7558451", \
					  "-0.0877298, -0.3031758, -0.6661315", \
					  "-0.0140807, -0.2319681, -0.5924824");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0115434, 0.0115119, 0.0114392, 0.0114211, 0.0113794, 0.0112832, 0.0110615");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0177748, 0.0176109, 0.0172329, 0.0172668, 0.0173448, 0.0175246, 0.0179390");
				}
			}
		}
	}
	cell ("scs8hd_sdlclkp_2") {
		area : 20.019200;
		cell_footprint : "sdlclkp";
		clock_gating_integrated_cell : "latch_posedge_precontrol";
		cell_leakage_power : 1.794880e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		statetable ("CLK GATE SCE",m0) {
			table : " L L L : - : L ,\
                    L L H : - : H ,\
                    L H L : - : H ,\
                    L H H : - : H ,\
                    H - - : - : N ";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018103";
			when : "CLK&!GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0017463";
			when : "!CLK&GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0013069";
			when : "!CLK&!GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0014799";
			when : "CLK&!GATE&GCLK&SCE";
		}
		leakage_power () {
			value : "0.0017460";
			when : "!CLK&GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0017166";
			when : "!CLK&!GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0019193";
			when : "CLK&GATE&GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0019190";
			when : "CLK&GATE&GCLK&SCE";
		}
		leakage_power () {
			value : "0.0022287";
			when : "CLK&GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0017893";
			when : "CLK&!GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0022284";
			when : "CLK&GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0016478";
			when : "CLK&!GATE&GCLK&!SCE";
		}
		pin (m0) {
			direction : "internal";
			internal_node : "m0";
			related_power_pin : "vpwr";
			related_ground_pin : "vnb";
		}
		pin (GCLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			clock_gate_out_pin : true;
			state_function : "(CLK*m0)";
			max_capacitance : 0.264597;
			max_transition : 1.507915;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0102617, 0.0115262, 0.0149765, 0.0241729, 0.0498678, 0.1230256, 0.3285987", \
					  "0.0102234, 0.0114757, 0.0149443, 0.0241278, 0.0499436, 0.1220297, 0.3287635", \
					  "0.0101390, 0.0114117, 0.0148563, 0.0240437, 0.0496092, 0.1221270, 0.3300647", \
					  "0.0096143, 0.0108917, 0.0143331, 0.0235151, 0.0491121, 0.1224446, 0.3299589", \
					  "0.0093696, 0.0106204, 0.0140565, 0.0231704, 0.0488430, 0.1222822, 0.3298871", \
					  "0.0098423, 0.0110270, 0.0142553, 0.0232874, 0.0488929, 0.1215570, 0.3282563", \
					  "0.0102662, 0.0113983, 0.0146137, 0.0236590, 0.0495231, 0.1225890, 0.3291588");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("0.0082871, 0.0073008, 0.0047669, -0.0030558, -0.0281401, -0.1014033, -0.3101305", \
					  "0.0083005, 0.0072976, 0.0047691, -0.0032135, -0.0282808, -0.1013857, -0.3101396", \
					  "0.0082306, 0.0072243, 0.0046673, -0.0031273, -0.0281871, -0.1014598, -0.3101844", \
					  "0.0079990, 0.0070132, 0.0044182, -0.0034458, -0.0284792, -0.1016566, -0.3103889", \
					  "0.0077630, 0.0068229, 0.0041968, -0.0037164, -0.0286986, -0.1018913, -0.3105880", \
					  "0.0078138, 0.0067844, 0.0036645, -0.0042582, -0.0289093, -0.1020319, -0.3106931", \
					  "0.0096818, 0.0086928, 0.0055402, -0.0034759, -0.0290759, -0.1020371, -0.3105120");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "combinational";
				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, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0950551, 0.1010029, 0.1148900, 0.1473950, 0.2319775, 0.4705172, 1.1443632", \
					  "0.0999002, 0.1058524, 0.1197185, 0.1522272, 0.2368872, 0.4745009, 1.1511070", \
					  "0.1102794, 0.1162389, 0.1300854, 0.1625686, 0.2472418, 0.4865344, 1.1637179", \
					  "0.1332655, 0.1392020, 0.1530482, 0.1855282, 0.2702806, 0.5095815, 1.1867960", \
					  "0.1776553, 0.1840492, 0.1986622, 0.2319811, 0.3171298, 0.5564260, 1.2339004", \
					  "0.2451205, 0.2527332, 0.2691278, 0.3043680, 0.3905424, 0.6292501, 1.3057484", \
					  "0.3273979, 0.3376359, 0.3588302, 0.3995708, 0.4878931, 0.7265209, 1.4019320");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0220053, 0.0272337, 0.0411580, 0.0801752, 0.1973914, 0.5361129, 1.5079146", \
					  "0.0220776, 0.0273022, 0.0411254, 0.0802857, 0.1964927, 0.5350304, 1.5001999", \
					  "0.0221154, 0.0273549, 0.0410220, 0.0802970, 0.1971281, 0.5373270, 1.5033196", \
					  "0.0220999, 0.0274110, 0.0410744, 0.0803013, 0.1969769, 0.5373063, 1.5032776", \
					  "0.0251217, 0.0300569, 0.0436592, 0.0818626, 0.1971604, 0.5370651, 1.5008690", \
					  "0.0322165, 0.0373929, 0.0501741, 0.0862906, 0.1989322, 0.5352656, 1.5045668", \
					  "0.0481679, 0.0530741, 0.0660990, 0.0983997, 0.2040967, 0.5395004, 1.5013922");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.1140215, 0.1184638, 0.1279570, 0.1466899, 0.1844178, 0.2719004, 0.5101689", \
					  "0.1197858, 0.1241983, 0.1337032, 0.1523526, 0.1900820, 0.2777847, 0.5157029", \
					  "0.1339263, 0.1383438, 0.1477873, 0.1669463, 0.2047082, 0.2918863, 0.5297843", \
					  "0.1691211, 0.1736093, 0.1830584, 0.2012748, 0.2390496, 0.3270178, 0.5651682", \
					  "0.2516674, 0.2559885, 0.2653868, 0.2840231, 0.3219383, 0.4097068, 0.6480003", \
					  "0.4133892, 0.4191547, 0.4311723, 0.4538300, 0.4956256, 0.5850003, 0.8229729", \
					  "0.6927388, 0.7009328, 0.7179377, 0.7485457, 0.8014924, 0.8992470, 1.1380601");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0208768, 0.0234217, 0.0294923, 0.0437388, 0.0801796, 0.1859557, 0.5041046", \
					  "0.0208698, 0.0234253, 0.0294980, 0.0439878, 0.0807089, 0.1860221, 0.5043618", \
					  "0.0209714, 0.0234144, 0.0294514, 0.0439825, 0.0807619, 0.1858581, 0.5037699", \
					  "0.0208230, 0.0234193, 0.0294778, 0.0439378, 0.0807156, 0.1862370, 0.5046973", \
					  "0.0213987, 0.0237659, 0.0298298, 0.0443292, 0.0806172, 0.1859417, 0.5025708", \
					  "0.0320984, 0.0348913, 0.0412456, 0.0546161, 0.0884834, 0.1888514, 0.5029395", \
					  "0.0526705, 0.0562552, 0.0633432, 0.0788030, 0.1119647, 0.2028394, 0.5025476");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_clock_pin : true;
			direction : "input";
			clock : true;
			rise_capacitance : 0.003661;
			capacitance : 0.003500;
			fall_capacitance : 0.003339;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "GCLK";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1181561, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0067427, 0.0066956, 0.0065872, 0.0065572, 0.0064880, 0.0063285, 0.0059609");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0138096, 0.0137259, 0.0135329, 0.0135264, 0.0135115, 0.0134772, 0.0133981");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_enable_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001989;
			capacitance : 0.001837;
			fall_capacitance : 0.001684;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1069805, 0.2369772, 0.3435853", \
					  "0.0209290, 0.1448223, 0.2416647", \
					  "0.0363913, 0.1578431, 0.2559063");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1851055, 0.4103170, 0.7915833", \
					  "0.0844056, 0.3083965, 0.6896628", \
					  "0.0119772, 0.2347474, 0.6123515");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0419453, -0.1646178, -0.2504740", \
					  "0.0123678, -0.1054219, -0.1888366", \
					  "0.0262025, -0.0891458, -0.1750020");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1688984, -0.3916686, -0.7460794", \
					  "-0.0767435, -0.3007344, -0.6746764", \
					  "-0.0043151, -0.2283060, -0.6022480");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110196, 0.0109957, 0.0109405, 0.0109077, 0.0108319, 0.0106573, 0.0102547");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0171876, 0.0170207, 0.0166360, 0.0166928, 0.0168237, 0.0171253, 0.0178206");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_test_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001789;
			capacitance : 0.001721;
			fall_capacitance : 0.001653;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1167461, 0.2552878, 0.3838685", \
					  "0.0331361, 0.1643535, 0.2819479", \
					  "0.0510397, 0.1785951, 0.2961895");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1960918, 0.4115378, 0.7720521", \
					  "0.0917298, 0.3083965, 0.6713522", \
					  "0.0180807, 0.2347474, 0.5964824");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0492695, -0.1829284, -0.2919779", \
					  "-0.0010599, -0.1249531, -0.2291198", \
					  "0.0091126, -0.1123392, -0.2165059");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1786641, -0.3928893, -0.7387552", \
					  "-0.0840677, -0.2995137, -0.6600280", \
					  "-0.0104186, -0.2270853, -0.5863789");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0117658, 0.0117338, 0.0116601, 0.0116373, 0.0115845, 0.0114630, 0.0111829");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0177960, 0.0176305, 0.0172490, 0.0172826, 0.0173600, 0.0175384, 0.0179496");
				}
			}
		}
	}
	cell ("scs8hd_sdlclkp_4") {
		area : 22.521600;
		cell_footprint : "sdlclkp";
		clock_gating_integrated_cell : "latch_posedge_precontrol";
		cell_leakage_power : 2.199759e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		statetable ("CLK GATE SCE",m0) {
			table : " L L L : - : L ,\
                    L L H : - : H ,\
                    L H L : - : H ,\
                    L H H : - : H ,\
                    H - - : - : N ";
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0024905";
			when : "CLK&!GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0024295";
			when : "!CLK&GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0019902";
			when : "!CLK&!GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0013233";
			when : "CLK&!GATE&GCLK&SCE";
		}
		leakage_power () {
			value : "0.0024292";
			when : "!CLK&GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0024313";
			when : "!CLK&!GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0017626";
			when : "CLK&GATE&GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0017623";
			when : "CLK&GATE&GCLK&SCE";
		}
		leakage_power () {
			value : "0.0029089";
			when : "CLK&GATE&!GCLK&!SCE";
		}
		leakage_power () {
			value : "0.0024696";
			when : "CLK&!GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0029086";
			when : "CLK&GATE&!GCLK&SCE";
		}
		leakage_power () {
			value : "0.0014911";
			when : "CLK&!GATE&GCLK&!SCE";
		}
		pin (m0) {
			direction : "internal";
			internal_node : "m0";
			related_power_pin : "vpwr";
			related_ground_pin : "vnb";
		}
		pin (GCLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			clock_gate_out_pin : true;
			state_function : "(CLK*m0)";
			max_capacitance : 0.457774;
			max_transition : 1.503540;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0190360, 0.0204576, 0.0247864, 0.0375601, 0.0762674, 0.1961334, 0.5727789", \
					  "0.0189875, 0.0204196, 0.0247558, 0.0375522, 0.0762148, 0.1962436, 0.5698149", \
					  "0.0189273, 0.0203523, 0.0246810, 0.0374706, 0.0761658, 0.1963395, 0.5693752", \
					  "0.0183581, 0.0197781, 0.0241006, 0.0368573, 0.0756762, 0.1966361, 0.5734947", \
					  "0.0180830, 0.0194872, 0.0237937, 0.0365036, 0.0753894, 0.1953957, 0.5728142", \
					  "0.0187525, 0.0201578, 0.0242077, 0.0368081, 0.0755388, 0.1948599, 0.5736936", \
					  "0.0193219, 0.0206500, 0.0246670, 0.0372664, 0.0763152, 0.1969461, 0.5694303");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001558057, 0.004855086, 0.015129, 0.04714371, 0.1469052, 0.4577735");
					values("0.0155793, 0.0144225, 0.0107769, 8.6000000e-06, -0.0368599, -0.1574606, -0.5356278", \
					  "0.0153654, 0.0143987, 0.0108107, -0.0001734, -0.0370183, -0.1576113, -0.5357681", \
					  "0.0154953, 0.0143074, 0.0106723, -0.0001091, -0.0369350, -0.1575081, -0.5356417", \
					  "0.0151865, 0.0140276, 0.0104200, -0.0004549, -0.0372730, -0.1578110, -0.5359389", \
					  "0.0150116, 0.0137609, 0.0102259, -0.0008574, -0.0376237, -0.1581004, -0.5361499", \
					  "0.0146457, 0.0133286, 0.0098303, -0.0012155, -0.0380840, -0.1582745, -0.5362362", \
					  "0.0181449, 0.0168338, 0.0128682, 0.0006047, -0.0379283, -0.1583191, -0.5361083");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "combinational";
				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, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0978102, 0.1019065, 0.1127529, 0.1402051, 0.2151250, 0.4430924, 1.1551806", \
					  "0.1023560, 0.1064544, 0.1173525, 0.1447808, 0.2197978, 0.4472043, 1.1570173", \
					  "0.1122926, 0.1163803, 0.1272520, 0.1546931, 0.2297219, 0.4575825, 1.1692758", \
					  "0.1339514, 0.1380285, 0.1488910, 0.1763523, 0.2514629, 0.4811143, 1.1912005", \
					  "0.1747732, 0.1791161, 0.1904983, 0.2187583, 0.2943973, 0.5240225, 1.2348893", \
					  "0.2323766, 0.2374691, 0.2502577, 0.2804396, 0.3571077, 0.5857846, 1.2981106", \
					  "0.2908834, 0.2977678, 0.3145953, 0.3500569, 0.4294629, 0.6581262, 1.3670544");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0235786, 0.0272117, 0.0375042, 0.0686719, 0.1697338, 0.4937572, 1.5025493", \
					  "0.0237587, 0.0273350, 0.0376832, 0.0687483, 0.1691836, 0.4951862, 1.5035397", \
					  "0.0237612, 0.0273342, 0.0376778, 0.0687505, 0.1690737, 0.4957418, 1.4991555", \
					  "0.0238358, 0.0274262, 0.0378006, 0.0687570, 0.1695194, 0.4933772, 1.4998717", \
					  "0.0266451, 0.0300883, 0.0401868, 0.0705068, 0.1700869, 0.4925936, 1.5002625", \
					  "0.0340467, 0.0375212, 0.0466913, 0.0752880, 0.1721975, 0.4910822, 1.4995333", \
					  "0.0502291, 0.0536963, 0.0631915, 0.0886919, 0.1775819, 0.4962828, 1.4957587");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.1426995, 0.1460152, 0.1542997, 0.1723526, 0.2090975, 0.2919128, 0.5208309", \
					  "0.1484163, 0.1518884, 0.1601827, 0.1782048, 0.2149635, 0.2977857, 0.5267529", \
					  "0.1634560, 0.1663701, 0.1748802, 0.1931242, 0.2298837, 0.3127309, 0.5414079", \
					  "0.1988562, 0.2023195, 0.2107301, 0.2286513, 0.2653573, 0.3477920, 0.5766090", \
					  "0.2833195, 0.2866931, 0.2949002, 0.3129210, 0.3496776, 0.4326207, 0.6615070", \
					  "0.4654922, 0.4696941, 0.4794380, 0.5000721, 0.5394206, 0.6234571, 0.8524605", \
					  "0.7900613, 0.7959702, 0.8101780, 0.8383578, 0.8893108, 0.9845312, 1.2158907");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00155806, 0.00485509, 0.015129, 0.0471437, 0.146905, 0.457774");
					values("0.0274484, 0.0292459, 0.0339024, 0.0456843, 0.0769849, 0.1660791, 0.4685917", \
					  "0.0274194, 0.0294063, 0.0342400, 0.0462007, 0.0767473, 0.1662498, 0.4660297", \
					  "0.0275537, 0.0294312, 0.0341580, 0.0456225, 0.0768826, 0.1663314, 0.4670359", \
					  "0.0275820, 0.0293236, 0.0342611, 0.0456312, 0.0770358, 0.1663964, 0.4649989", \
					  "0.0275731, 0.0294262, 0.0342604, 0.0458479, 0.0768214, 0.1662973, 0.4647371", \
					  "0.0373925, 0.0389024, 0.0433061, 0.0549993, 0.0820475, 0.1683520, 0.4655483", \
					  "0.0612870, 0.0636556, 0.0689963, 0.0811185, 0.1098755, 0.1884214, 0.4683220");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_clock_pin : true;
			direction : "input";
			clock : true;
			rise_capacitance : 0.004255;
			capacitance : 0.004051;
			fall_capacitance : 0.003846;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "GCLK";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1193767, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0060479, 0.0060023, 0.0058974, 0.0058659, 0.0057934, 0.0056261, 0.0052405");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0144481, 0.0143668, 0.0141795, 0.0141753, 0.0141656, 0.0141433, 0.0140919");
				}
			}
		}
		pin (GATE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_enable_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.002009;
			capacitance : 0.001847;
			fall_capacitance : 0.001685;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1240703, 0.2528463, 0.3618958", \
					  "0.0490052, 0.1753398, 0.2758444", \
					  "0.1059714, 0.2310853, 0.3328105");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1875469, 0.4127585, 0.7940247", \
					  "0.0868470, 0.3096172, 0.6908835", \
					  "0.0144186, 0.2384095, 0.6147930");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0431660, -0.1658385, -0.2541361", \
					  "0.0111471, -0.1066426, -0.1900573", \
					  "0.0262025, -0.0903665, -0.1774434");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1676777, -0.3904479, -0.7411966", \
					  "-0.0791849, -0.3019551, -0.6758971", \
					  "-0.0091979, -0.2319681, -0.6083515");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0113524, 0.0113284, 0.0112731, 0.0112396, 0.0111622, 0.0109839, 0.0105730");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0180622, 0.0178922, 0.0175003, 0.0175554, 0.0176826, 0.0179756, 0.0186511");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			clock_gate_test_pin : true;
			direction : "input";
			clock : false;
			rise_capacitance : 0.001846;
			capacitance : 0.001751;
			fall_capacitance : 0.001655;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1326152, 0.2723776, 0.4009583", \
					  "0.0599915, 0.1936504, 0.3173483", \
					  "0.1181784, 0.2518372, 0.3730937");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1973125, 0.4127585, 0.7744935", \
					  "0.0941712, 0.3096172, 0.6725729", \
					  "0.0205221, 0.2371888, 0.5989238");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0504902, -0.1841491, -0.2956400", \
					  "-0.0010599, -0.1261738, -0.2327819", \
					  "0.0078919, -0.1135599, -0.2189473");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1774434, -0.3916686, -0.7350931", \
					  "-0.0865091, -0.3019551, -0.6624694", \
					  "-0.0140807, -0.2319681, -0.5912617");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0121007, 0.0120669, 0.0119891, 0.0119673, 0.0119171, 0.0118013, 0.0115344");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0187480, 0.0185756, 0.0181782, 0.0182086, 0.0182787, 0.0184402, 0.0188124");
				}
			}
		}
	}
	cell ("scs8hd_sedfxbp_1") {
		area : 38.787200;
		cell_footprint : "sedfxbp";
		cell_leakage_power : 2.488014e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (DE) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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)";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0016409";
			when : "CLK&!D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0024478";
			when : "CLK&D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0034262";
			when : "CLK&D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028611";
			when : "CLK&D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0025981";
			when : "CLK&!D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020292";
			when : "!CLK&!D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020640";
			when : "CLK&!D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033839";
			when : "CLK&D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0016354";
			when : "CLK&D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0026249";
			when : "CLK&D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020560";
			when : "!CLK&D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0019945";
			when : "CLK&!D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0029840";
			when : "CLK&!D&DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0024151";
			when : "!CLK&!D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0038287";
			when : "CLK&D&DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033491";
			when : "!CLK&D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0016950";
			when : "CLK&!D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0024477";
			when : "CLK&D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0020139";
			when : "CLK&!D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0024423";
			when : "!CLK&D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0016279";
			when : "!CLK&!D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0016547";
			when : "!CLK&D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020082";
			when : "!CLK&!D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0024422";
			when : "!CLK&D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0015412";
			when : "!CLK&!D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0024791";
			when : "!CLK&!D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0025952";
			when : "!CLK&!D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0015953";
			when : "!CLK&!D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029131";
			when : "!CLK&D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0019966";
			when : "!CLK&!D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0026220";
			when : "!CLK&D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0029810";
			when : "!CLK&!D&DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0028557";
			when : "!CLK&D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029456";
			when : "CLK&D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0016087";
			when : "CLK&!D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0024499";
			when : "CLK&!D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020486";
			when : "CLK&!D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0019597";
			when : "!CLK&!D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020908";
			when : "CLK&D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0037443";
			when : "CLK&D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028612";
			when : "CLK&D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028556";
			when : "!CLK&D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0033309";
			when : "CLK&D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0025037";
			when : "CLK&!D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0020137";
			when : "CLK&!D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0025788";
			when : "CLK&!D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028914";
			when : "!CLK&!D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028969";
			when : "CLK&!D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0030128";
			when : "CLK&D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0033254";
			when : "!CLK&D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0020963";
			when : "CLK&!D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0024982";
			when : "!CLK&!D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0037388";
			when : "!CLK&D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029455";
			when : "CLK&D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0016627";
			when : "CLK&!D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020138";
			when : "!CLK&!D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0015739";
			when : "!CLK&!D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0016895";
			when : "CLK&D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0016006";
			when : "!CLK&D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020084";
			when : "!CLK&!D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029427";
			when : "!CLK&D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0029425";
			when : "!CLK&D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033265";
			when : "!CLK&D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0038257";
			when : "!CLK&D&DE&SCE&SCD&!Q&QN";
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.150156;
			max_transition : 1.499492;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("-0.0067190, -0.0042590, 0.0012049, 0.0123292, 0.0336694, 0.0794907, 0.1925582", \
					  "-0.0066860, -0.0042271, 0.0012280, 0.0123522, 0.0337022, 0.0794872, 0.1923316", \
					  "-0.0066087, -0.0041568, 0.0012851, 0.0123792, 0.0336790, 0.0799941, 0.1923135", \
					  "-0.0066045, -0.0041780, 0.0012060, 0.0122266, 0.0334576, 0.0796675, 0.1927449", \
					  "-0.0065665, -0.0041649, 0.0011801, 0.0121566, 0.0333769, 0.0795361, 0.1926102", \
					  "-0.0064559, -0.0040700, 0.0012500, 0.0121741, 0.0332968, 0.0795563, 0.1927259", \
					  "-0.0061386, -0.0037023, 0.0017180, 0.0125406, 0.0334143, 0.0791060, 0.1917237");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001293895, 0.003348328, 0.008664768, 0.0224226, 0.05802498, 0.1501564");
					values("-0.0054985, -0.0016034, 0.0055105, 0.0133930, 0.0111153, -0.0220780, -0.1290438", \
					  "-0.0054693, -0.0015850, 0.0055087, 0.0133443, 0.0110117, -0.0221966, -0.1291847", \
					  "-0.0053911, -0.0015132, 0.0055630, 0.0133754, 0.0110493, -0.0221965, -0.1291903", \
					  "-0.0053878, -0.0015360, 0.0054882, 0.0132499, 0.0108360, -0.0224502, -0.1294525", \
					  "-0.0053547, -0.0015311, 0.0054345, 0.0131189, 0.0106219, -0.0226942, -0.1297423", \
					  "-0.0052456, -0.0014437, 0.0054911, 0.0130829, 0.0105450, -0.0228132, -0.1298707", \
					  "-0.0049485, -0.0011185, 0.0058538, 0.0135351, 0.0110492, -0.0226023, -0.1296456");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129389, 0.00334833, 0.00866477, 0.0224226, 0.058025, 0.150156");
					values("0.2752613, 0.2836557, 0.3022568, 0.3444129, 0.4477724, 0.6985438, 1.3371279", \
					  "0.2802639, 0.2886327, 0.3073337, 0.3494724, 0.4528087, 0.7037651, 1.3459984", \
					  "0.2920157, 0.3004077, 0.3190085, 0.3611614, 0.4645217, 0.7152260, 1.3542120", \
					  "0.3185485, 0.3268765, 0.3455360, 0.3876737, 0.4910239, 0.7419059, 1.3806376", \
					  "0.3720238, 0.3803493, 0.3989464, 0.4410940, 0.5444092, 0.7953878, 1.4371230", \
					  "0.4539018, 0.4622591, 0.4809634, 0.5231222, 0.6264828, 0.8776976, 1.5202318", \
					  "0.5689873, 0.5773536, 0.5960620, 0.6382628, 0.7416436, 0.9925497, 1.6321360");
				}
				rise_transition ("del_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("0.0289080, 0.0368730, 0.0570130, 0.1093053, 0.2457836, 0.5866653, 1.4994916", \
					  "0.0290916, 0.0368403, 0.0569252, 0.1092919, 0.2450658, 0.5870790, 1.4980074", \
					  "0.0288877, 0.0368719, 0.0570134, 0.1093069, 0.2458801, 0.5873191, 1.4945540", \
					  "0.0288289, 0.0368842, 0.0570152, 0.1093064, 0.2458790, 0.5870470, 1.4906483", \
					  "0.0289867, 0.0368346, 0.0569735, 0.1092562, 0.2458532, 0.5877827, 1.4935505", \
					  "0.0291366, 0.0368598, 0.0570030, 0.1093381, 0.2458446, 0.5863761, 1.4925139", \
					  "0.0292118, 0.0370001, 0.0570523, 0.1093974, 0.2452349, 0.5848690, 1.4947052");
				}
				cell_fall ("del_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("0.3081579, 0.3191438, 0.3406081, 0.3792077, 0.4484593, 0.5758177, 0.8410949", \
					  "0.3130994, 0.3240165, 0.3453789, 0.3839827, 0.4532885, 0.5806382, 0.8458965", \
					  "0.3248642, 0.3357069, 0.3570786, 0.3956827, 0.4649754, 0.5923301, 0.8575451", \
					  "0.3511086, 0.3620866, 0.3835156, 0.4220728, 0.4913487, 0.6187063, 0.8839216", \
					  "0.4025220, 0.4134808, 0.4349284, 0.4734911, 0.5427065, 0.6700763, 0.9353219", \
					  "0.4852185, 0.4960405, 0.5175250, 0.5558788, 0.6252706, 0.7526845, 1.0179320", \
					  "0.6038974, 0.6150161, 0.6363458, 0.6749541, 0.7443101, 0.8717623, 1.1371168");
				}
				fall_transition ("del_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("0.0484748, 0.0549041, 0.0679970, 0.0949330, 0.1505616, 0.2661491, 0.5783360", \
					  "0.0483934, 0.0550621, 0.0683650, 0.0949520, 0.1504965, 0.2658326, 0.5783812", \
					  "0.0485003, 0.0550289, 0.0684677, 0.0951411, 0.1505345, 0.2658161, 0.5793988", \
					  "0.0484434, 0.0548807, 0.0680121, 0.0948465, 0.1504660, 0.2660990, 0.5769129", \
					  "0.0483986, 0.0548435, 0.0679501, 0.0949490, 0.1505817, 0.2660797, 0.5790520", \
					  "0.0486443, 0.0550134, 0.0680287, 0.0951055, 0.1505979, 0.2659428, 0.5774967", \
					  "0.0489509, 0.0554721, 0.0685501, 0.0953589, 0.1507324, 0.2662999, 0.5766552");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.149241;
			max_transition : 1.496233;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0069324, -0.0047349, 0.0003247, 0.0107730, 0.0313837, 0.0769947, 0.1891136", \
					  "-0.0068997, -0.0047043, 0.0003514, 0.0107970, 0.0314091, 0.0765728, 0.1892845", \
					  "-0.0068289, -0.0046510, 0.0003651, 0.0107794, 0.0313011, 0.0768416, 0.1888541", \
					  "-0.0068220, -0.0046666, 0.0003096, 0.0106353, 0.0311210, 0.0765332, 0.1881665", \
					  "-0.0067885, -0.0046593, 0.0002585, 0.0105237, 0.0308884, 0.0762615, 0.1883481", \
					  "-0.0066841, -0.0045806, 0.0002919, 0.0104830, 0.0308186, 0.0761383, 0.1880932", \
					  "-0.0063130, -0.0041222, 0.0008004, 0.0108541, 0.0310780, 0.0759330, 0.1883310");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001292577, 0.003341509, 0.008638313, 0.02233136, 0.05773, 0.1492409");
					values("-0.0056135, -0.0018784, 0.0049238, 0.0123270, 0.0095681, -0.0240152, -0.1305822", \
					  "-0.0055795, -0.0018446, 0.0049539, 0.0123541, 0.0095945, -0.0239904, -0.1305728", \
					  "-0.0055022, -0.0017791, 0.0050028, 0.0123731, 0.0095970, -0.0240151, -0.1306080", \
					  "-0.0054979, -0.0018017, 0.0049287, 0.0122327, 0.0093664, -0.0242925, -0.1309131", \
					  "-0.0054610, -0.0017804, 0.0049043, 0.0121490, 0.0092205, -0.0244752, -0.1311259", \
					  "-0.0053506, -0.0016885, 0.0049749, 0.0121745, 0.0092315, -0.0244555, -0.1310929", \
					  "-0.0050622, -0.0013880, 0.0052881, 0.0125290, 0.0095309, -0.0244232, -0.1310784");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.4725406, 0.4811443, 0.4994473, 0.5394215, 0.6364300, 0.8842781, 1.5243077", \
					  "0.4776088, 0.4862166, 0.5045788, 0.5444854, 0.6416592, 0.8893719, 1.5300076", \
					  "0.4890218, 0.4976345, 0.5160026, 0.5559295, 0.6529293, 0.9008210, 1.5399673", \
					  "0.5156952, 0.5243264, 0.5426325, 0.5826091, 0.6798132, 0.9272971, 1.5680448", \
					  "0.5673630, 0.5759373, 0.5942615, 0.6341692, 0.7311108, 0.9789989, 1.6183653", \
					  "0.6495918, 0.6581937, 0.6765013, 0.7164273, 0.8135952, 1.0613449, 1.7003625", \
					  "0.7690660, 0.7776737, 0.7960177, 0.8359385, 0.9329875, 1.1806146, 1.8219228");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0340511, 0.0407389, 0.0578315, 0.1052003, 0.2372622, 0.5855045, 1.4914401", \
					  "0.0342472, 0.0409072, 0.0579509, 0.1053514, 0.2379053, 0.5846001, 1.4962174", \
					  "0.0342611, 0.0409013, 0.0579221, 0.1055340, 0.2371426, 0.5851429, 1.4962328", \
					  "0.0338762, 0.0405982, 0.0577521, 0.1053927, 0.2377452, 0.5837759, 1.4850648", \
					  "0.0339583, 0.0406600, 0.0578071, 0.1055143, 0.2373430, 0.5848860, 1.4888696", \
					  "0.0339889, 0.0406616, 0.0578955, 0.1051863, 0.2376296, 0.5853978, 1.4870479", \
					  "0.0339710, 0.0406130, 0.0578225, 0.1054944, 0.2378772, 0.5842236, 1.4936931");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.3842137, 0.3908918, 0.4043731, 0.4299217, 0.4790025, 0.5845889, 0.8462610", \
					  "0.3893710, 0.3960306, 0.4094947, 0.4350310, 0.4841829, 0.5898001, 0.8517663", \
					  "0.4010156, 0.4076441, 0.4211081, 0.4466308, 0.4957827, 0.6013032, 0.8630297", \
					  "0.4276416, 0.4342734, 0.4477415, 0.4732597, 0.5223664, 0.6279438, 0.8896087", \
					  "0.4808847, 0.4875434, 0.5009888, 0.5265497, 0.5757108, 0.6812851, 0.9430070", \
					  "0.5628480, 0.5695416, 0.5829696, 0.6085473, 0.6574216, 0.7630985, 1.0248422", \
					  "0.6780281, 0.6847075, 0.6981554, 0.7237343, 0.7728313, 0.8784408, 1.1396661");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00129258, 0.00334151, 0.00863831, 0.0223314, 0.05773, 0.149241");
					values("0.0274818, 0.0317774, 0.0411369, 0.0620055, 0.1094054, 0.2342895, 0.5772157", \
					  "0.0273464, 0.0315018, 0.0412710, 0.0611198, 0.1090401, 0.2332531, 0.5745173", \
					  "0.0274377, 0.0318261, 0.0410840, 0.0619682, 0.1097645, 0.2340410, 0.5752292", \
					  "0.0274472, 0.0316596, 0.0410845, 0.0619609, 0.1093585, 0.2342448, 0.5785935", \
					  "0.0273473, 0.0315071, 0.0408815, 0.0611507, 0.1098682, 0.2334982, 0.5766667", \
					  "0.0274219, 0.0317077, 0.0409175, 0.0617102, 0.1095168, 0.2348433, 0.5766516", \
					  "0.0273761, 0.0316199, 0.0408072, 0.0613068, 0.1097992, 0.2347539, 0.5741473");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001777;
			capacitance : 0.001686;
			fall_capacitance : 0.001596;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1566025, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1719817, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0204343, 0.0203464, 0.0201438, 0.0201218, 0.0200711, 0.0199541, 0.0196844");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168134, 0.0167415, 0.0165758, 0.0165299, 0.0164239, 0.0161797, 0.0156168");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001803;
			capacitance : 0.001713;
			fall_capacitance : 0.001621;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1704570, 0.3334128, 0.5315736", \
					  "0.0990540, 0.2607891, 0.4552878", \
					  "0.0620260, 0.2237611, 0.4194805");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4548809, 0.6715475, 1.0906556", \
					  "0.3126771, 0.5293437, 0.9508932", \
					  "0.1889792, 0.4056458, 0.8271953");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1481465, -0.3074401, -0.4897318", \
					  "-0.0791849, -0.2396992, -0.4280944", \
					  "-0.0397155, -0.2002298, -0.3959492");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3556660, -0.5711120, -0.9841165", \
					  "-0.2390970, -0.4557637, -0.8712096", \
					  "-0.1300475, -0.3479349, -0.7646016");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110518, 0.0109277, 0.0106415, 0.0106589, 0.0106989, 0.0107912, 0.0110039");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066737, 0.0066606, 0.0066304, 0.0066115, 0.0065678, 0.0064673, 0.0062356");
				}
			}
		}
		pin (DE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003378;
			capacitance : 0.003238;
			fall_capacitance : 0.003099;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1728984, 0.3309714, 0.5315736", \
					  "0.1027161, 0.2595684, 0.4577292", \
					  "0.0656882, 0.2237611, 0.4243633");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2205059, 0.4286276, 0.6988099", \
					  "0.1491029, 0.3572246, 0.6274069", \
					  "0.1059714, 0.3140931, 0.5830547");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4020527, -0.5027526, -0.5593118", \
					  "-0.2781595, -0.3788594, -0.4354186", \
					  "-0.1666686, -0.2661478, -0.3214863");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4252461, -0.6516784, -1.0952006", \
					  "-0.3086771, -0.5363301, -0.9822936", \
					  "-0.1984069, -0.4260599, -0.8720235");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0080257, 0.0079267, 0.0076984, 0.0077018, 0.0077097, 0.0077279, 0.0077697");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002185, 0.0001236, -9.5170375e-05, -0.0001047, -0.0001266, -0.0001772, -0.0002938");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003503;
			capacitance : 0.003300;
			fall_capacitance : 0.003097;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0837871, 0.2284323, 0.3545716", \
					  "0.0136048, 0.1484844, 0.2709616", \
					  "-0.0307474, 0.1041322, 0.2266094");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1509258, 0.3700339, 0.6585267", \
					  "0.0758607, 0.2949688, 0.5834616", \
					  "0.0315085, 0.2506165, 0.5391094");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2604512, -0.3611510, -0.4225931", \
					  "-0.1328958, -0.2335957, -0.2950378", \
					  "-0.0189635, -0.1196634, -0.1835469");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2396992, -0.4453796, -0.8254251", \
					  "-0.1206888, -0.3263691, -0.7088561", \
					  "-0.0128600, -0.2185404, -0.5985859");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0073940, 0.0073040, 0.0070966, 0.0070616, 0.0069810, 0.0067951, 0.0063667");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075552, 0.0075056, 0.0073915, 0.0073970, 0.0074098, 0.0074393, 0.0075072");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001701;
			capacitance : 0.001649;
			fall_capacitance : 0.001597;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0935527, 0.2381979, 0.3887513", \
					  "0.0197083, 0.1619121, 0.3075827", \
					  "-0.0258646, 0.1163392, 0.2632305");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3352520, 0.5665671, 0.9991028", \
					  "0.1918275, 0.4219219, 0.8556784", \
					  "0.0644674, 0.2957826, 0.7295391");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2207702, -0.3603372", \
					  "-0.0022806, -0.1432637, -0.2864928", \
					  "0.0457337, -0.0940286, -0.2396992");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2470234, -0.4771179, -0.9072123", \
					  "-0.1231302, -0.3532246, -0.7869811", \
					  "-0.0116393, -0.2429544, -0.6730489");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021726, -0.0021730, -0.0021741, -0.0021746, -0.0021758, -0.0021786, -0.0021851");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022197, 0.0022178, 0.0022135, 0.0022164, 0.0022230, 0.0022382, 0.0022732");
				}
			}
		}
	}
	cell ("scs8hd_sedfxbp_2") {
		area : 41.289600;
		cell_footprint : "sedfxbp";
		cell_leakage_power : 2.861666e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (DE) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			pin (QN) {
				direction : "output";
				function : "IQN";
				signal_type : "test_scan_out_inverted";
			}
			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)";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0020142";
			when : "CLK&!D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028212";
			when : "CLK&D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0037995";
			when : "CLK&D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0032344";
			when : "CLK&D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0032290";
			when : "!CLK&D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0033172";
			when : "CLK&D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0019803";
			when : "CLK&!D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0028215";
			when : "CLK&!D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0024202";
			when : "CLK&!D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0023355";
			when : "!CLK&!D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0024624";
			when : "CLK&D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033171";
			when : "CLK&D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020344";
			when : "CLK&!D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0023896";
			when : "!CLK&!D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0019497";
			when : "!CLK&!D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020611";
			when : "CLK&D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0019765";
			when : "!CLK&D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0023816";
			when : "!CLK&!D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029698";
			when : "CLK&!D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0024050";
			when : "!CLK&!D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0024357";
			when : "CLK&!D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0037556";
			when : "CLK&D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020071";
			when : "CLK&D&!DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0029965";
			when : "CLK&D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0024318";
			when : "!CLK&D&!DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0023661";
			when : "CLK&!D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033556";
			when : "CLK&!D&DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0027909";
			when : "!CLK&!D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0042003";
			when : "CLK&D&DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0037249";
			when : "!CLK&D&DE&SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020683";
			when : "CLK&!D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028210";
			when : "CLK&D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0041176";
			when : "CLK&D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0032345";
			when : "CLK&D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0032288";
			when : "!CLK&D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0037042";
			when : "CLK&D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028770";
			when : "CLK&!D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0023870";
			when : "CLK&!D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029521";
			when : "CLK&!D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0032647";
			when : "!CLK&!D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0032703";
			when : "CLK&!D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0033861";
			when : "CLK&D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0036987";
			when : "!CLK&D&!DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0024696";
			when : "CLK&!D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028715";
			when : "!CLK&!D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0041121";
			when : "!CLK&D&DE&SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0023872";
			when : "CLK&!D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028156";
			when : "!CLK&D&!DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0020037";
			when : "!CLK&!D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0020305";
			when : "!CLK&D&!DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0023815";
			when : "!CLK&!D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028154";
			when : "!CLK&D&!DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0019144";
			when : "!CLK&!D&DE&!SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0028523";
			when : "!CLK&!D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029726";
			when : "!CLK&!D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0019684";
			when : "!CLK&!D&DE&!SCE&SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0032863";
			when : "!CLK&D&!DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0023697";
			when : "!CLK&!D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0029994";
			when : "!CLK&D&!DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033584";
			when : "!CLK&!D&DE&SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033201";
			when : "!CLK&D&DE&!SCE&!SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0033199";
			when : "!CLK&D&DE&!SCE&SCD&!Q&QN";
		}
		leakage_power () {
			value : "0.0036997";
			when : "!CLK&D&DE&SCE&!SCD&Q&!QN";
		}
		leakage_power () {
			value : "0.0042032";
			when : "!CLK&D&DE&SCE&SCD&!Q&QN";
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.274668;
			max_transition : 1.502428;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0070707, -0.0047053, 0.0012461, 0.0150737, 0.0472419, 0.1252421, 0.3424447", \
					  "-0.0070369, -0.0046713, 0.0013034, 0.0150808, 0.0472544, 0.1251015, 0.3441267", \
					  "-0.0069597, -0.0046067, 0.0013256, 0.0151173, 0.0472446, 0.1252807, 0.3446110", \
					  "-0.0069510, -0.0046244, 0.0012621, 0.0149650, 0.0470590, 0.1253857, 0.3442388", \
					  "-0.0069090, -0.0045934, 0.0012710, 0.0148666, 0.0469655, 0.1247352, 0.3439027", \
					  "-0.0067888, -0.0044878, 0.0013498, 0.0149025, 0.0469125, 0.1246863, 0.3422634", \
					  "-0.0064253, -0.0039975, 0.0020990, 0.0160576, 0.0470913, 0.1249475, 0.3400210");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001430901, 0.004094958, 0.01171896, 0.03353736, 0.0959773, 0.2746681");
					values("-0.0058458, -0.0017026, 0.0067233, 0.0162255, 0.0086707, -0.0544221, -0.2658648", \
					  "-0.0058150, -0.0016753, 0.0067474, 0.0162372, 0.0086672, -0.0544094, -0.2658959", \
					  "-0.0057424, -0.0016184, 0.0067820, 0.0162120, 0.0085911, -0.0545087, -0.2660010", \
					  "-0.0057290, -0.0016209, 0.0067396, 0.0161035, 0.0084215, -0.0547482, -0.2662556", \
					  "-0.0056907, -0.0016064, 0.0067043, 0.0159923, 0.0081810, -0.0550023, -0.2665680", \
					  "-0.0055771, -0.0015172, 0.0067349, 0.0159263, 0.0080604, -0.0552106, -0.2667622", \
					  "-0.0052946, -0.0012385, 0.0070025, 0.0161838, 0.0082584, -0.0550738, -0.2666208");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.2927463, 0.2997106, 0.3156350, 0.3519532, 0.4420496, 0.6897138, 1.3667731", \
					  "0.2978364, 0.3047581, 0.3207865, 0.3570003, 0.4470520, 0.6946274, 1.3748715", \
					  "0.3095113, 0.3164577, 0.3323756, 0.3687006, 0.4587902, 0.7064674, 1.3841963", \
					  "0.3360089, 0.3429811, 0.3589244, 0.3952310, 0.4853414, 0.7330221, 1.4113987", \
					  "0.3894373, 0.3964133, 0.4124350, 0.4487056, 0.5387737, 0.7864282, 1.4648657", \
					  "0.4715888, 0.4785390, 0.4945510, 0.5308032, 0.6208343, 0.8685058, 1.5497280", \
					  "0.5869394, 0.5938862, 0.6098357, 0.6462026, 0.7363027, 0.9839880, 1.6643081");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0271567, 0.0327388, 0.0474025, 0.0870621, 0.2070913, 0.5386764, 1.5024278", \
					  "0.0270091, 0.0327240, 0.0471575, 0.0871855, 0.2070487, 0.5384015, 1.4944420", \
					  "0.0271276, 0.0327561, 0.0474022, 0.0870905, 0.2070450, 0.5380692, 1.4963186", \
					  "0.0271521, 0.0326622, 0.0473884, 0.0869752, 0.2071448, 0.5379364, 1.4959832", \
					  "0.0272449, 0.0328040, 0.0474235, 0.0871406, 0.2070917, 0.5384492, 1.4988786", \
					  "0.0269711, 0.0327412, 0.0472414, 0.0872168, 0.2071415, 0.5390101, 1.4871914", \
					  "0.0272622, 0.0328826, 0.0474801, 0.0872650, 0.2071708, 0.5377636, 1.4958071");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.3745567, 0.3847868, 0.4061589, 0.4458516, 0.5160554, 0.6489005, 0.9233417", \
					  "0.3792961, 0.3895545, 0.4108854, 0.4505765, 0.5207383, 0.6536412, 0.9280361", \
					  "0.3910073, 0.4012511, 0.4226022, 0.4622749, 0.5324352, 0.6653342, 0.9397754", \
					  "0.4175084, 0.4277249, 0.4490751, 0.4887521, 0.5589396, 0.6917880, 0.9662060", \
					  "0.4690922, 0.4794394, 0.5008244, 0.5405190, 0.6106942, 0.7434457, 1.0178537", \
					  "0.5502354, 0.5603598, 0.5818024, 0.6214888, 0.6916768, 0.8245310, 1.0990000", \
					  "0.6697002, 0.6800457, 0.7014658, 0.7411296, 0.8113474, 0.9441721, 1.2186459");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014309, 0.00409496, 0.011719, 0.0335374, 0.0959773, 0.274668");
					values("0.0588436, 0.0641783, 0.0755158, 0.0989339, 0.1485651, 0.2597637, 0.5523148", \
					  "0.0587027, 0.0641747, 0.0755887, 0.0989623, 0.1484954, 0.2599709, 0.5524607", \
					  "0.0587684, 0.0641737, 0.0755585, 0.0989587, 0.1485127, 0.2599609, 0.5529558", \
					  "0.0588606, 0.0641808, 0.0755064, 0.0989240, 0.1485635, 0.2598031, 0.5527170", \
					  "0.0588493, 0.0642620, 0.0759928, 0.0989364, 0.1483536, 0.2599130, 0.5518032", \
					  "0.0589561, 0.0642552, 0.0759362, 0.0991611, 0.1485530, 0.2598155, 0.5522917", \
					  "0.0590609, 0.0644511, 0.0762198, 0.0990815, 0.1486541, 0.2600939, 0.5519885");
				}
			}
		}
		pin (QN) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQN";
			max_capacitance : 0.264597;
			max_transition : 1.501322;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("-0.0071965, -0.0050517, 0.0005115, 0.0137668, 0.0438542, 0.1192553, 0.3278405", \
					  "-0.0071618, -0.0050168, 0.0005414, 0.0138168, 0.0438237, 0.1187869, 0.3275455", \
					  "-0.0070916, -0.0049635, 0.0005585, 0.0137569, 0.0437440, 0.1187431, 0.3275238", \
					  "-0.0070805, -0.0049742, 0.0005024, 0.0136301, 0.0435477, 0.1184680, 0.3275683", \
					  "-0.0070424, -0.0049629, 0.0004672, 0.0135397, 0.0432779, 0.1186083, 0.3273302", \
					  "-0.0069305, -0.0048680, 0.0005096, 0.0134746, 0.0433466, 0.1178338, 0.3271660", \
					  "-0.0065734, -0.0044166, 0.0010507, 0.0137040, 0.0435723, 0.1182023, 0.3268525");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001422021, 0.004044285, 0.01150212, 0.03271249, 0.09303568, 0.2645973");
					values("-0.0059181, -0.0019333, 0.0061255, 0.0150576, 0.0083007, -0.0530450, -0.2564342", \
					  "-0.0058877, -0.0018990, 0.0061524, 0.0150733, 0.0082832, -0.0530633, -0.2564520", \
					  "-0.0058073, -0.0018329, 0.0061958, 0.0150981, 0.0082979, -0.0530867, -0.2564775", \
					  "-0.0057977, -0.0018483, 0.0061341, 0.0149562, 0.0080775, -0.0533556, -0.2567778", \
					  "-0.0057580, -0.0018220, 0.0061127, 0.0148637, 0.0079030, -0.0535620, -0.2570099", \
					  "-0.0056392, -0.0017269, 0.0061897, 0.0148867, 0.0078830, -0.0536072, -0.2570451", \
					  "-0.0052838, -0.0012543, 0.0068921, 0.0160453, 0.0085676, -0.0534642, -0.2569068");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.6083615, 0.6161319, 0.6331340, 0.6689508, 0.7556842, 0.9947874, 1.6719842", \
					  "0.6136484, 0.6214527, 0.6384053, 0.6742544, 0.7606669, 0.9999936, 1.6777773", \
					  "0.6250475, 0.6328443, 0.6498123, 0.6856289, 0.7720536, 1.0112732, 1.6912528", \
					  "0.6513691, 0.6591771, 0.6761312, 0.7119647, 0.7983916, 1.0375921, 1.7146603", \
					  "0.7028473, 0.7106368, 0.7275987, 0.7634122, 0.8497850, 1.0889649, 1.7674480", \
					  "0.7849135, 0.7926917, 0.8096659, 0.8455359, 0.9319714, 1.1709536, 1.8487949", \
					  "0.9040665, 0.9117745, 0.9287813, 0.9646348, 1.0510990, 1.2895994, 1.9679844");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0338089, 0.0388309, 0.0513450, 0.0872474, 0.1999685, 0.5334274, 1.4987587", \
					  "0.0338124, 0.0388478, 0.0513236, 0.0872261, 0.1993086, 0.5340189, 1.4974668", \
					  "0.0339294, 0.0388499, 0.0513901, 0.0870085, 0.1997052, 0.5338722, 1.4960969", \
					  "0.0339090, 0.0388437, 0.0513386, 0.0870006, 0.1995325, 0.5337771, 1.4990633", \
					  "0.0338444, 0.0388342, 0.0513249, 0.0871143, 0.1989301, 0.5340237, 1.5013225", \
					  "0.0338980, 0.0387655, 0.0513403, 0.0872157, 0.1999065, 0.5337019, 1.4947126", \
					  "0.0339072, 0.0388501, 0.0513776, 0.0872468, 0.1999672, 0.5350862, 1.4971505");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.4331121, 0.4390814, 0.4519167, 0.4766926, 0.5240137, 0.6240607, 0.8803834", \
					  "0.4380872, 0.4440575, 0.4569396, 0.4816322, 0.5289846, 0.6290103, 0.8850980", \
					  "0.4498726, 0.4558434, 0.4687162, 0.4934737, 0.5406846, 0.6408120, 0.8971099", \
					  "0.4764589, 0.4824308, 0.4953009, 0.5200441, 0.5672689, 0.6673976, 0.9233963", \
					  "0.5297813, 0.5357103, 0.5486098, 0.5733164, 0.6207540, 0.7207531, 0.9765820", \
					  "0.6117119, 0.6176895, 0.6305630, 0.6552682, 0.7025657, 0.8026715, 1.0590063", \
					  "0.7272487, 0.7332176, 0.7460617, 0.7708619, 0.8181040, 0.9181575, 1.1743302");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00142202, 0.00404429, 0.0115021, 0.0327125, 0.0930357, 0.264597");
					values("0.0284547, 0.0319305, 0.0399159, 0.0574660, 0.0979142, 0.2055027, 0.5373948", \
					  "0.0284476, 0.0319610, 0.0396998, 0.0572917, 0.0977770, 0.2053948, 0.5362606", \
					  "0.0284567, 0.0319274, 0.0398840, 0.0572565, 0.0974179, 0.2065601, 0.5412800", \
					  "0.0284623, 0.0319280, 0.0398807, 0.0570718, 0.0974487, 0.2065624, 0.5378771", \
					  "0.0284796, 0.0320313, 0.0399158, 0.0571965, 0.0978734, 0.2066112, 0.5372748", \
					  "0.0284182, 0.0320113, 0.0397340, 0.0573587, 0.0974391, 0.2064503, 0.5381108", \
					  "0.0284596, 0.0319385, 0.0399139, 0.0567522, 0.0975084, 0.2063617, 0.5351960");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001777;
			capacitance : 0.001685;
			fall_capacitance : 0.001594;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1807697, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1719817, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0204199, 0.0203307, 0.0201250, 0.0201049, 0.0200585, 0.0199516, 0.0197052");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168367, 0.0167670, 0.0166065, 0.0165593, 0.0164504, 0.0161994, 0.0156209");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001803;
			capacitance : 0.001713;
			fall_capacitance : 0.001622;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1704570, 0.3334128, 0.5327943", \
					  "0.1002747, 0.2607891, 0.4552878", \
					  "0.0620260, 0.2237611, 0.4194805");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4548809, 0.6715475, 1.0906556", \
					  "0.3126771, 0.5293437, 0.9508932", \
					  "0.1889792, 0.4056458, 0.8271953");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1481465, -0.3074401, -0.4909525", \
					  "-0.0791849, -0.2396992, -0.4280944", \
					  "-0.0397155, -0.2002298, -0.3959492");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3556660, -0.5698913, -0.9828958", \
					  "-0.2390970, -0.4557637, -0.8712096", \
					  "-0.1300475, -0.3467142, -0.7646016");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110611, 0.0109373, 0.0106520, 0.0106690, 0.0107082, 0.0107985, 0.0110068");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066748, 0.0066618, 0.0066316, 0.0066127, 0.0065691, 0.0064685, 0.0062367");
				}
			}
		}
		pin (DE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003378;
			capacitance : 0.003236;
			fall_capacitance : 0.003094;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1728984, 0.3309714, 0.5327943", \
					  "0.1039368, 0.2595684, 0.4577292", \
					  "0.0669089, 0.2237611, 0.4243633");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2205059, 0.4286276, 0.6975892", \
					  "0.1491029, 0.3572246, 0.6274069", \
					  "0.1059714, 0.3140931, 0.5830547");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4020527, -0.5027526, -0.5605326", \
					  "-0.2781595, -0.3788594, -0.4354186", \
					  "-0.1666686, -0.2661478, -0.3227070");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4264668, -0.6541198, -1.0964212", \
					  "-0.3111185, -0.5375508, -0.9835143", \
					  "-0.1996276, -0.4272806, -0.8744648");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0080223, 0.0079243, 0.0076984, 0.0077017, 0.0077093, 0.0077268, 0.0077671");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002214, 0.0001260, -9.3979341e-05, -0.0001038, -0.0001266, -0.0001790, -0.0002999");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003502;
			capacitance : 0.003293;
			fall_capacitance : 0.003083;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0850078, 0.2284323, 0.3557923", \
					  "0.0136048, 0.1497051, 0.2709616", \
					  "-0.0307474, 0.1041322, 0.2278301");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1509258, 0.3700339, 0.6585267", \
					  "0.0758607, 0.2961895, 0.5834616", \
					  "0.0315085, 0.2506165, 0.5391094");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2604512, -0.3611510, -0.4238138", \
					  "-0.1328958, -0.2335957, -0.2950378", \
					  "-0.0189635, -0.1196634, -0.1835469");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2384785, -0.4429381, -0.8242044", \
					  "-0.1194681, -0.3263691, -0.7076354", \
					  "-0.0128600, -0.2185404, -0.5985859");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0073936, 0.0073041, 0.0070978, 0.0070628, 0.0069822, 0.0067963, 0.0063677");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075543, 0.0075047, 0.0073904, 0.0073934, 0.0074003, 0.0074161, 0.0074525");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001700;
			capacitance : 0.001654;
			fall_capacitance : 0.001607;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0935527, 0.2394186, 0.3899720", \
					  "0.0197083, 0.1619121, 0.3075827", \
					  "-0.0246439, 0.1163392, 0.2632305");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3352520, 0.5665671, 0.9991028", \
					  "0.1918275, 0.4219219, 0.8556784", \
					  "0.0644674, 0.2945618, 0.7295391");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2207702, -0.3603372", \
					  "-0.0022806, -0.1432637, -0.2864928", \
					  "0.0457337, -0.0940286, -0.2396992");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2470234, -0.4758971, -0.9059915", \
					  "-0.1219095, -0.3532246, -0.7833190", \
					  "-0.0104186, -0.2417337, -0.6718281");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021793, -0.0021776, -0.0021739, -0.0021753, -0.0021785, -0.0021859, -0.0022031");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022278, 0.0022232, 0.0022128, 0.0022156, 0.0022221, 0.0022369, 0.0022712");
				}
			}
		}
	}
	cell ("scs8hd_sedfxtp_1") {
		area : 36.284800;
		cell_footprint : "sedfxtp";
		cell_leakage_power : 2.296099e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (DE) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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)";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012745";
			when : "CLK&!D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0020815";
			when : "CLK&D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0030598";
			when : "CLK&D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0024947";
			when : "CLK&D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0024905";
			when : "!CLK&D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0029354";
			when : "CLK&D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0015984";
			when : "CLK&!D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0024396";
			when : "CLK&!D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0020383";
			when : "CLK&!D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0019349";
			when : "!CLK&!D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0020806";
			when : "CLK&D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0025879";
			when : "CLK&!D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0020045";
			when : "!CLK&!D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0020538";
			when : "CLK&!D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0033737";
			when : "CLK&D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0016252";
			when : "CLK&D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0026147";
			when : "CLK&D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0020312";
			when : "!CLK&D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0019843";
			when : "CLK&!D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0029737";
			when : "CLK&!D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0023903";
			when : "!CLK&!D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0038184";
			when : "CLK&D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0033243";
			when : "!CLK&D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0013286";
			when : "CLK&!D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0020813";
			when : "CLK&D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0016475";
			when : "CLK&!D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0020771";
			when : "!CLK&D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0016031";
			when : "!CLK&!D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0016299";
			when : "!CLK&D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0016430";
			when : "!CLK&!D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0020770";
			when : "!CLK&D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0011761";
			when : "!CLK&!D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0033779";
			when : "CLK&D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0024949";
			when : "CLK&D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0024904";
			when : "!CLK&D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0029646";
			when : "CLK&D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0021374";
			when : "CLK&!D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0016474";
			when : "CLK&!D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0022125";
			when : "CLK&!D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025262";
			when : "!CLK&!D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025306";
			when : "CLK&!D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0026464";
			when : "CLK&D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0029602";
			when : "!CLK&D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0017299";
			when : "CLK&!D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021330";
			when : "!CLK&!D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0033736";
			when : "!CLK&D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0029352";
			when : "CLK&D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0016525";
			when : "CLK&!D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0019890";
			when : "!CLK&!D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0015491";
			when : "!CLK&!D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0016793";
			when : "CLK&D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0015759";
			when : "!CLK&D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0016431";
			when : "!CLK&!D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021140";
			when : "!CLK&!D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025674";
			when : "!CLK&!D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0012302";
			when : "!CLK&!D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025480";
			when : "!CLK&D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0016315";
			when : "!CLK&!D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025942";
			when : "!CLK&D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0029533";
			when : "!CLK&!D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0029149";
			when : "!CLK&D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0029148";
			when : "!CLK&D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0029614";
			when : "!CLK&D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0037980";
			when : "!CLK&D&DE&SCE&SCD&!Q";
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.151072;
			max_transition : 1.504000;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001295206, 0.003355119, 0.008691144, 0.02251365, 0.05831965, 0.151072");
					values("0.0180492, 0.0191691, 0.0221319, 0.0291129, 0.0458057, 0.0894527, 0.2010673", \
					  "0.0180841, 0.0191773, 0.0221466, 0.0291481, 0.0458660, 0.0891265, 0.2010410", \
					  "0.0181403, 0.0192684, 0.0222320, 0.0292126, 0.0460843, 0.0895386, 0.2012739", \
					  "0.0178439, 0.0189626, 0.0219251, 0.0289048, 0.0455764, 0.0887540, 0.2016151", \
					  "0.0176909, 0.0187569, 0.0217147, 0.0287374, 0.0454134, 0.0890750, 0.2011264", \
					  "0.0176856, 0.0188026, 0.0217794, 0.0287806, 0.0454852, 0.0891880, 0.2007855", \
					  "0.0192045, 0.0202253, 0.0228079, 0.0293688, 0.0458377, 0.0889854, 0.2021013");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001295206, 0.003355119, 0.008691144, 0.02251365, 0.05831965, 0.151072");
					values("0.0126252, 0.0117348, 0.0093982, 0.0043008, -0.0107461, -0.0535096, -0.1661964", \
					  "0.0126760, 0.0117843, 0.0094500, 0.0043578, -0.0106937, -0.0534588, -0.1661458", \
					  "0.0126199, 0.0117346, 0.0093835, 0.0043039, -0.0107209, -0.0535103, -0.1662086", \
					  "0.0123523, 0.0114729, 0.0091371, 0.0040127, -0.0109847, -0.0537733, -0.1664666", \
					  "0.0120812, 0.0111997, 0.0088859, 0.0037670, -0.0112532, -0.0540394, -0.1667112", \
					  "0.0120587, 0.0111681, 0.0088314, 0.0037206, -0.0112778, -0.0540916, -0.1667749", \
					  "0.0161421, 0.0152093, 0.0127687, 0.0064212, -0.0101819, -0.0536587, -0.1663390");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00129521, 0.00335512, 0.00869114, 0.0225136, 0.0583196, 0.151072");
					values("0.2716092, 0.2799151, 0.2984510, 0.3406825, 0.4420086, 0.6905467, 1.3325950", \
					  "0.2766355, 0.2849735, 0.3035326, 0.3457430, 0.4471081, 0.6959480, 1.3357201", \
					  "0.2883533, 0.2966571, 0.3151882, 0.3574208, 0.4587469, 0.7071663, 1.3472355", \
					  "0.3148586, 0.3231633, 0.3416943, 0.3839264, 0.4852515, 0.7337799, 1.3746541", \
					  "0.3683800, 0.3765507, 0.3950835, 0.4373143, 0.5386329, 0.7871931, 1.4276598", \
					  "0.4501758, 0.4584379, 0.4770068, 0.5192308, 0.6206003, 0.8687365, 1.5089732", \
					  "0.5650655, 0.5733746, 0.5919558, 0.6341931, 0.7355571, 0.9839948, 1.6242667");
				}
				rise_transition ("del_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("0.0283333, 0.0362287, 0.0562409, 0.1083544, 0.2398428, 0.5859025, 1.5005333", \
					  "0.0284205, 0.0362257, 0.0562306, 0.1085352, 0.2398724, 0.5869220, 1.5003454", \
					  "0.0283498, 0.0362287, 0.0562409, 0.1083821, 0.2398526, 0.5850420, 1.5039240", \
					  "0.0283445, 0.0362302, 0.0562419, 0.1083711, 0.2398493, 0.5856284, 1.4936615", \
					  "0.0281672, 0.0361896, 0.0561457, 0.1084045, 0.2398043, 0.5858911, 1.4907237", \
					  "0.0283699, 0.0362744, 0.0562481, 0.1089150, 0.2399205, 0.5864829, 1.5039998", \
					  "0.0286164, 0.0363642, 0.0563939, 0.1087528, 0.2399644, 0.5824612, 1.4949961");
				}
				cell_fall ("del_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("0.2952722, 0.3061373, 0.3273862, 0.3662275, 0.4363590, 0.5604087, 0.8244859", \
					  "0.3005557, 0.3113995, 0.3326990, 0.3715240, 0.4416531, 0.5657056, 0.8298056", \
					  "0.3119949, 0.3227350, 0.3440591, 0.3828397, 0.4530711, 0.5771621, 0.8413104", \
					  "0.3384752, 0.3492230, 0.3704599, 0.4092053, 0.4794727, 0.6035373, 0.8675499", \
					  "0.3900193, 0.4009074, 0.4220739, 0.4608030, 0.5310663, 0.6551444, 0.9191332", \
					  "0.4721794, 0.4829891, 0.5042677, 0.5431163, 0.6133031, 0.7374518, 1.0016206", \
					  "0.5912621, 0.6021565, 0.6235016, 0.6622015, 0.7325372, 0.8566948, 1.1209417");
				}
				fall_transition ("del_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("0.0473584, 0.0540638, 0.0675733, 0.0954869, 0.1495246, 0.2623567, 0.5767002", \
					  "0.0473499, 0.0539739, 0.0676140, 0.0955279, 0.1495481, 0.2624374, 0.5760855", \
					  "0.0474134, 0.0543087, 0.0677868, 0.0956359, 0.1495012, 0.2625797, 0.5752972", \
					  "0.0473881, 0.0541180, 0.0680807, 0.0953946, 0.1492889, 0.2619315, 0.5785671", \
					  "0.0472630, 0.0539255, 0.0681538, 0.0955560, 0.1493112, 0.2621692, 0.5785520", \
					  "0.0475758, 0.0542382, 0.0678838, 0.0957019, 0.1494644, 0.2628482, 0.5756131", \
					  "0.0481543, 0.0547459, 0.0682937, 0.0961310, 0.1498097, 0.2618256, 0.5761922");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001770;
			capacitance : 0.001685;
			fall_capacitance : 0.001600;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1511099, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1708831, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0203707, 0.0202874, 0.0200956, 0.0200855, 0.0200623, 0.0200087, 0.0198851");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168091, 0.0167371, 0.0165711, 0.0165251, 0.0164192, 0.0161750, 0.0156120");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001804;
			capacitance : 0.001714;
			fall_capacitance : 0.001624;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1692363, 0.3321921, 0.5303529", \
					  "0.0990540, 0.2607891, 0.4540671", \
					  "0.0620260, 0.2237611, 0.4194805");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4561016, 0.6727682, 1.0906556", \
					  "0.3138978, 0.5305645, 0.9521140", \
					  "0.1901999, 0.4068665, 0.8284160");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1481465, -0.3074401, -0.4909525", \
					  "-0.0791849, -0.2396992, -0.4280944", \
					  "-0.0397155, -0.2014505, -0.3947285");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3568867, -0.5711120, -0.9853372", \
					  "-0.2390970, -0.4582051, -0.8724304", \
					  "-0.1312682, -0.3479349, -0.7658223");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0109698, 0.0108421, 0.0105477, 0.0105834, 0.0106659, 0.0108560, 0.0112942");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066586, 0.0066496, 0.0066291, 0.0066102, 0.0065667, 0.0064664, 0.0062353");
				}
			}
		}
		pin (DE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003378;
			capacitance : 0.003240;
			fall_capacitance : 0.003102;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1716777, 0.3297507, 0.5303529", \
					  "0.1027161, 0.2595684, 0.4565085", \
					  "0.0669089, 0.2237611, 0.4243633");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2205059, 0.4286276, 0.6988099", \
					  "0.1491029, 0.3572246, 0.6274069", \
					  "0.1071921, 0.3140931, 0.5842754");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4020527, -0.5027526, -0.5593118", \
					  "-0.2781595, -0.3788594, -0.4354186", \
					  "-0.1666686, -0.2661478, -0.3214863");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4289082, -0.6553405, -1.0988626", \
					  "-0.3123392, -0.5399922, -0.9859557", \
					  "-0.2008483, -0.4272806, -0.8744648");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0079138, 0.0078162, 0.0075911, 0.0075982, 0.0076147, 0.0076528, 0.0077405");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002317, 0.0001337, -9.2096135e-05, -0.0001028, -0.0001273, -0.0001840, -0.0003147");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003504;
			capacitance : 0.003294;
			fall_capacitance : 0.003083;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0837871, 0.2272116, 0.3533509", \
					  "0.0123841, 0.1484844, 0.2697409", \
					  "-0.0307474, 0.1041322, 0.2266094");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1509258, 0.3700339, 0.6585267", \
					  "0.0758607, 0.2961895, 0.5834616", \
					  "0.0315085, 0.2506165, 0.5391094");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2592305, -0.3611510, -0.4225931", \
					  "-0.1328958, -0.2323750, -0.2950378", \
					  "-0.0189635, -0.1196634, -0.1835469");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2409199, -0.4453796, -0.8278665", \
					  "-0.1206888, -0.3275899, -0.7100768", \
					  "-0.0140807, -0.2197611, -0.5985859");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075003, 0.0074198, 0.0072343, 0.0071919, 0.0070942, 0.0068690, 0.0063499");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075563, 0.0075064, 0.0073913, 0.0073937, 0.0073993, 0.0074120, 0.0074415");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001701;
			capacitance : 0.001649;
			fall_capacitance : 0.001598;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0923320, 0.2381979, 0.3887513", \
					  "0.0184876, 0.1619121, 0.3075827", \
					  "-0.0258646, 0.1163392, 0.2632305");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3364726, 0.5665671, 1.0003235", \
					  "0.1918275, 0.4219219, 0.8556784", \
					  "0.0656882, 0.2957826, 0.7295391");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2207702, -0.3591165", \
					  "-0.0022806, -0.1432637, -0.2864928", \
					  "0.0457337, -0.0940286, -0.2396992");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2482441, -0.4783385, -0.9072123", \
					  "-0.1231302, -0.3532246, -0.7845397", \
					  "-0.0116393, -0.2429544, -0.6730489");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0020850, -0.0020811, -0.0020721, -0.0020780, -0.0020916, -0.0021229, -0.0021950");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021505, 0.0021492, 0.0021463, 0.0021521, 0.0021656, 0.0021967, 0.0022683");
				}
			}
		}
	}
	cell ("scs8hd_sedfxtp_2") {
		area : 37.536000;
		cell_footprint : "sedfxtp";
		cell_leakage_power : 2.483171e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (DE) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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)";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012919";
			when : "CLK&!D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0020988";
			when : "CLK&D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0030772";
			when : "CLK&D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025121";
			when : "CLK&D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025078";
			when : "!CLK&D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0032922";
			when : "CLK&D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0019552";
			when : "CLK&!D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0027964";
			when : "CLK&!D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0023951";
			when : "CLK&!D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0022917";
			when : "!CLK&!D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0024374";
			when : "CLK&D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0029447";
			when : "CLK&!D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0023612";
			when : "!CLK&!D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0024106";
			when : "CLK&!D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0037305";
			when : "CLK&D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0019820";
			when : "CLK&D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0029715";
			when : "CLK&D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0023880";
			when : "!CLK&D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0023411";
			when : "CLK&!D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0033305";
			when : "CLK&!D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0027471";
			when : "!CLK&!D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0041752";
			when : "CLK&D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0036811";
			when : "!CLK&D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0013459";
			when : "CLK&!D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0020987";
			when : "CLK&D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0033953";
			when : "CLK&D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025122";
			when : "CLK&D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025077";
			when : "!CLK&D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0029819";
			when : "CLK&D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0021547";
			when : "CLK&!D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0016647";
			when : "CLK&!D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0022298";
			when : "CLK&!D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025436";
			when : "!CLK&!D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025479";
			when : "CLK&!D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0026638";
			when : "CLK&D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0029775";
			when : "!CLK&D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0017473";
			when : "CLK&!D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021503";
			when : "!CLK&!D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0033909";
			when : "!CLK&D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0032920";
			when : "CLK&D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0020093";
			when : "CLK&!D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0023458";
			when : "!CLK&!D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0019059";
			when : "!CLK&!D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0020360";
			when : "CLK&D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0019327";
			when : "!CLK&D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0016605";
			when : "!CLK&!D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0016648";
			when : "CLK&!D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0020945";
			when : "!CLK&D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0019599";
			when : "!CLK&!D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0019867";
			when : "!CLK&D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0016603";
			when : "!CLK&!D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0020943";
			when : "!CLK&D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0011935";
			when : "!CLK&!D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021314";
			when : "!CLK&!D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0029242";
			when : "!CLK&!D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0012475";
			when : "!CLK&!D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025654";
			when : "!CLK&D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0016488";
			when : "!CLK&!D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0029510";
			when : "!CLK&D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0033101";
			when : "!CLK&!D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0032717";
			when : "!CLK&D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0032716";
			when : "!CLK&D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0029787";
			when : "!CLK&D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0041548";
			when : "!CLK&D&DE&SCE&SCD&!Q";
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.275584;
			max_transition : 1.504374;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("0.0202024, 0.0215628, 0.0255329, 0.0360872, 0.0627597, 0.1390253, 0.3534354", \
					  "0.0202412, 0.0215996, 0.0256674, 0.0360670, 0.0630680, 0.1392217, 0.3568682", \
					  "0.0202842, 0.0216458, 0.0256309, 0.0361798, 0.0629808, 0.1384519, 0.3573092", \
					  "0.0199742, 0.0213369, 0.0253146, 0.0358599, 0.0625303, 0.1381867, 0.3545636", \
					  "0.0197905, 0.0211438, 0.0251916, 0.0357142, 0.0624931, 0.1387825, 0.3567942", \
					  "0.0198461, 0.0212096, 0.0252116, 0.0356910, 0.0624951, 0.1388788, 0.3555775", \
					  "0.0225700, 0.0237674, 0.0270809, 0.0364570, 0.0628346, 0.1383491, 0.3543208");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001431695, 0.004099503, 0.01173848, 0.03361184, 0.09624383, 0.2755836");
					values("0.0088333, 0.0080068, 0.0063860, 0.0013302, -0.0219420, -0.0962269, -0.3139610", \
					  "0.0088596, 0.0074301, 0.0063643, 0.0013651, -0.0218512, -0.0961798, -0.3139131", \
					  "0.0088018, 0.0073550, 0.0058499, 0.0013167, -0.0219610, -0.0962658, -0.3140084", \
					  "0.0085389, 0.0070940, 0.0055836, 0.0010483, -0.0222276, -0.0965180, -0.3142649", \
					  "0.0082695, 0.0074386, 0.0058204, 0.0007901, -0.0224856, -0.0967808, -0.3145224", \
					  "0.0081657, 0.0073705, 0.0057734, 0.0006956, -0.0225699, -0.0968576, -0.3145908", \
					  "0.0188458, 0.0177283, 0.0145476, 0.0054726, -0.0208065, -0.0965112, -0.3141917");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.2887609, 0.2955484, 0.3112856, 0.3473848, 0.4373167, 0.6766190, 1.3545786", \
					  "0.2937485, 0.3006138, 0.3163958, 0.3524003, 0.4423583, 0.6815877, 1.3615340", \
					  "0.3055035, 0.3123426, 0.3280772, 0.3641788, 0.4540724, 0.6934319, 1.3719784", \
					  "0.3320160, 0.3388025, 0.3545419, 0.3906420, 0.4805752, 0.7198592, 1.3979621", \
					  "0.3852926, 0.3920875, 0.4079156, 0.4440472, 0.5339356, 0.7733125, 1.4519467", \
					  "0.4672943, 0.4741622, 0.4899660, 0.5260542, 0.6159155, 0.8550215, 1.5332922", \
					  "0.5826590, 0.5894663, 0.6052041, 0.6413559, 0.7311933, 0.9706426, 1.6477782");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0264091, 0.0320053, 0.0467173, 0.0866187, 0.2010972, 0.5306749, 1.4880434", \
					  "0.0263280, 0.0319062, 0.0465830, 0.0865281, 0.2008464, 0.5311133, 1.4968751", \
					  "0.0263894, 0.0320176, 0.0467106, 0.0866047, 0.2012361, 0.5297650, 1.4987116", \
					  "0.0264094, 0.0320065, 0.0467168, 0.0866179, 0.2010638, 0.5310254, 1.5043737", \
					  "0.0265081, 0.0319821, 0.0467724, 0.0864164, 0.2012485, 0.5308047, 1.4982288", \
					  "0.0265293, 0.0320502, 0.0467216, 0.0864713, 0.2006966, 0.5309208, 1.4926487", \
					  "0.0264779, 0.0321003, 0.0467502, 0.0866572, 0.2006755, 0.5291040, 1.4973836");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.3574425, 0.3675987, 0.3886853, 0.4279970, 0.4988813, 0.6277201, 0.8935211", \
					  "0.3627197, 0.3727349, 0.3940376, 0.4334035, 0.5041596, 0.6330020, 0.8988875", \
					  "0.3742152, 0.3841515, 0.4055100, 0.4446968, 0.5155242, 0.6444438, 0.9103717", \
					  "0.4005489, 0.4104774, 0.4318391, 0.4710147, 0.5418157, 0.6707411, 0.9365465", \
					  "0.4519322, 0.4619774, 0.4831711, 0.5223880, 0.5931990, 0.7221004, 0.9879644", \
					  "0.5337336, 0.5437707, 0.5647330, 0.6041614, 0.6750132, 0.8039831, 1.0698306", \
					  "0.6525021, 0.6625522, 0.6837598, 0.7230001, 0.7937679, 0.9227644, 1.1886588");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014317, 0.0040995, 0.0117385, 0.0336118, 0.0962438, 0.275584");
					values("0.0573299, 0.0628269, 0.0746454, 0.0984681, 0.1483816, 0.2516449, 0.5421095", \
					  "0.0572584, 0.0624509, 0.0746835, 0.0985631, 0.1486842, 0.2521059, 0.5421327", \
					  "0.0571875, 0.0625501, 0.0745456, 0.0984735, 0.1486444, 0.2522486, 0.5395868", \
					  "0.0571969, 0.0625497, 0.0745700, 0.0984592, 0.1486768, 0.2513809, 0.5419719", \
					  "0.0572073, 0.0626589, 0.0744368, 0.0989738, 0.1484596, 0.2519900, 0.5408039", \
					  "0.0572212, 0.0628901, 0.0747905, 0.0985980, 0.1486650, 0.2522213, 0.5405960", \
					  "0.0575954, 0.0629313, 0.0746457, 0.0987891, 0.1487405, 0.2520247, 0.5401821");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001770;
			capacitance : 0.001677;
			fall_capacitance : 0.001585;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1675876, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1719817, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0204467, 0.0203581, 0.0201538, 0.0201287, 0.0200708, 0.0199373, 0.0196295");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168186, 0.0167521, 0.0165988, 0.0165553, 0.0164550, 0.0162238, 0.0156908");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001803;
			capacitance : 0.001713;
			fall_capacitance : 0.001622;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1704570, 0.3334128, 0.5327943", \
					  "0.1002747, 0.2607891, 0.4552878", \
					  "0.0620260, 0.2237611, 0.4194805");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4561016, 0.6727682, 1.0906556", \
					  "0.3138978, 0.5305645, 0.9508932", \
					  "0.1901999, 0.4068665, 0.8284160");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1481465, -0.3074401, -0.4897318", \
					  "-0.0804056, -0.2396992, -0.4280944", \
					  "-0.0397155, -0.2014505, -0.3959492");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3544453, -0.5698913, -0.9828958", \
					  "-0.2390970, -0.4545430, -0.8712096", \
					  "-0.1300475, -0.3467142, -0.7646016");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110454, 0.0109199, 0.0106305, 0.0106486, 0.0106904, 0.0107868, 0.0110090");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066579, 0.0066493, 0.0066295, 0.0066106, 0.0065670, 0.0064667, 0.0062353");
				}
			}
		}
		pin (DE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003378;
			capacitance : 0.003239;
			fall_capacitance : 0.003099;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1728984, 0.3309714, 0.5315736", \
					  "0.1039368, 0.2595684, 0.4577292", \
					  "0.0669089, 0.2237611, 0.4243633");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2205059, 0.4286276, 0.6988099", \
					  "0.1503236, 0.3572246, 0.6274069", \
					  "0.1071921, 0.3140931, 0.5842754");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4020527, -0.5027526, -0.5593118", \
					  "-0.2781595, -0.3800801, -0.4354186", \
					  "-0.1666686, -0.2661478, -0.3227070");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4264668, -0.6528991, -1.0964212", \
					  "-0.3111185, -0.5375508, -0.9822936", \
					  "-0.1996276, -0.4260599, -0.8732442");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0080256, 0.0079248, 0.0076926, 0.0076941, 0.0076975, 0.0077055, 0.0077238");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002310, 0.0001326, -9.4316547e-05, -0.0001049, -0.0001292, -0.0001853, -0.0003147");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003504;
			capacitance : 0.003293;
			fall_capacitance : 0.003083;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0850078, 0.2284323, 0.3557923", \
					  "0.0136048, 0.1497051, 0.2709616", \
					  "-0.0307474, 0.1041322, 0.2278301");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1509258, 0.3700339, 0.6585267", \
					  "0.0758607, 0.2961895, 0.5834616", \
					  "0.0315085, 0.2506165, 0.5391094");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2604512, -0.3611510, -0.4225931", \
					  "-0.1328958, -0.2335957, -0.2950378", \
					  "-0.0189635, -0.1196634, -0.1835469");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2384785, -0.4429381, -0.8242044", \
					  "-0.1182474, -0.3263691, -0.7076354", \
					  "-0.0116393, -0.2185404, -0.5998067");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0073844, 0.0072989, 0.0071018, 0.0070665, 0.0069850, 0.0067973, 0.0063647");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075552, 0.0075053, 0.0073903, 0.0073952, 0.0074064, 0.0074321, 0.0074916");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001701;
			capacitance : 0.001649;
			fall_capacitance : 0.001597;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0935527, 0.2394186, 0.3899720", \
					  "0.0197083, 0.1619121, 0.3075827", \
					  "-0.0246439, 0.1163392, 0.2632305");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3364726, 0.5665671, 1.0003235", \
					  "0.1918275, 0.4219219, 0.8556784", \
					  "0.0656882, 0.2970032, 0.7307598");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2207702, -0.3591165", \
					  "-0.0022806, -0.1432637, -0.2864928", \
					  "0.0457337, -0.0952493, -0.2396992");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2458027, -0.4758971, -0.9059915", \
					  "-0.1219095, -0.3520039, -0.7833190", \
					  "-0.0104186, -0.2417337, -0.6718281");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021783, -0.0021797, -0.0021828, -0.0021834, -0.0021848, -0.0021881, -0.0021955");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0021498, 0.0021472, 0.0021412, 0.0021475, 0.0021620, 0.0021956, 0.0022730");
				}
			}
		}
	}
	cell ("scs8hd_sedfxtp_4") {
		area : 40.038400;
		cell_footprint : "sedfxtp";
		cell_leakage_power : 2.860216e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		ff (IQ,IQN) {
			clocked_on : "CLK";
			next_state : "(D&DE&!SCE) | (IQ&!DE&!SCE) | (SCD&SCE)";
		}
		test_cell () {
			pin (CLK) {
				direction : "input";
			}
			pin (D) {
				direction : "input";
			}
			pin (DE) {
				direction : "input";
			}
			pin (Q) {
				direction : "output";
				function : "IQ";
				signal_type : "test_scan_out";
			}
			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)";
			}
		}
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0013288";
			when : "CLK&!D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021358";
			when : "CLK&D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0031141";
			when : "CLK&D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025490";
			when : "CLK&D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025448";
			when : "!CLK&D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0040093";
			when : "CLK&D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0026724";
			when : "CLK&!D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0035136";
			when : "CLK&!D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0031123";
			when : "CLK&!D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0030089";
			when : "!CLK&!D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0031545";
			when : "CLK&D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0034322";
			when : "CLK&D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025491";
			when : "CLK&D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0025446";
			when : "!CLK&D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0030188";
			when : "CLK&D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0021916";
			when : "CLK&!D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0017016";
			when : "CLK&!D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0022667";
			when : "CLK&!D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0036618";
			when : "CLK&!D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0030784";
			when : "!CLK&!D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0031278";
			when : "CLK&!D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0044476";
			when : "CLK&D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0026992";
			when : "CLK&D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0036886";
			when : "CLK&D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0031052";
			when : "!CLK&D&!DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0030582";
			when : "CLK&!D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0040477";
			when : "CLK&!D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0034642";
			when : "!CLK&!D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0048924";
			when : "CLK&D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0043983";
			when : "!CLK&D&DE&SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0013829";
			when : "CLK&!D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0021356";
			when : "CLK&D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025805";
			when : "!CLK&!D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0025849";
			when : "CLK&!D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0027007";
			when : "CLK&D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0030145";
			when : "!CLK&D&!DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0017842";
			when : "CLK&!D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021873";
			when : "!CLK&!D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0034278";
			when : "!CLK&D&DE&SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0040092";
			when : "CLK&D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0027264";
			when : "CLK&!D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0030629";
			when : "!CLK&!D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0026231";
			when : "!CLK&!D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0027532";
			when : "CLK&D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0026498";
			when : "!CLK&D&!DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0016974";
			when : "!CLK&!D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0017018";
			when : "CLK&!D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021314";
			when : "!CLK&D&!DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0026771";
			when : "!CLK&!D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0027039";
			when : "!CLK&D&!DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0016973";
			when : "!CLK&!D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0021312";
			when : "!CLK&D&!DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0012304";
			when : "!CLK&!D&DE&!SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0021683";
			when : "!CLK&!D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0036414";
			when : "!CLK&!D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0012845";
			when : "!CLK&!D&DE&!SCE&SCD&Q";
		}
		leakage_power () {
			value : "0.0026023";
			when : "!CLK&D&!DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0016858";
			when : "!CLK&!D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0036682";
			when : "!CLK&D&!DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0040272";
			when : "!CLK&!D&DE&SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0039889";
			when : "!CLK&D&DE&!SCE&!SCD&!Q";
		}
		leakage_power () {
			value : "0.0039887";
			when : "!CLK&D&DE&!SCE&SCD&!Q";
		}
		leakage_power () {
			value : "0.0030157";
			when : "!CLK&D&DE&SCE&!SCD&Q";
		}
		leakage_power () {
			value : "0.0048719";
			when : "!CLK&D&DE&SCE&SCD&!Q";
		}
		pin (Q) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "IQ";
			max_capacitance : 0.485239;
			max_transition : 1.518503;
			internal_power () {
				related_pin : "CLK";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0275055, 0.0290081, 0.0336816, 0.0478937, 0.0890629, 0.2171141, 0.6145497", \
					  "0.0275500, 0.0290618, 0.0337256, 0.0479388, 0.0892733, 0.2160348, 0.6186212", \
					  "0.0276150, 0.0291287, 0.0337787, 0.0479903, 0.0893074, 0.2162642, 0.6189054", \
					  "0.0272931, 0.0288043, 0.0334681, 0.0476829, 0.0888409, 0.2157504, 0.6165360", \
					  "0.0271525, 0.0286492, 0.0332921, 0.0476454, 0.0887353, 0.2155295, 0.6181764", \
					  "0.0272482, 0.0287268, 0.0333415, 0.0477334, 0.0888954, 0.2166982, 0.6185231", \
					  "0.0303512, 0.0317135, 0.0360039, 0.0491957, 0.0894805, 0.2161292, 0.6156337");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001573262, 0.004950305, 0.01557625, 0.04901105, 0.1542144, 0.4852393");
					values("0.0132280, 0.0117420, 0.0087606, -0.0003776, -0.0353982, -0.1594074, -0.5604948", \
					  "0.0127177, 0.0117675, 0.0088786, -0.0003298, -0.0353705, -0.1593949, -0.5604693", \
					  "0.0126814, 0.0117204, 0.0087532, -0.0004361, -0.0354475, -0.1594482, -0.5605268", \
					  "0.0124670, 0.0115544, 0.0085276, -0.0007236, -0.0356990, -0.1597233, -0.5607842", \
					  "0.0126603, 0.0112791, 0.0083268, -0.0010060, -0.0359555, -0.1599888, -0.5610692", \
					  "0.0126843, 0.0111547, 0.0081972, -0.0009641, -0.0360426, -0.1600224, -0.5610845", \
					  "0.0227507, 0.0213839, 0.0172296, 0.0044606, -0.0355091, -0.1595905, -0.5606401");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "rising_edge";
				timing_sense : "non_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, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.3320657, 0.3377526, 0.3519184, 0.3856323, 0.4689850, 0.7008240, 1.4135866", \
					  "0.3370840, 0.3427778, 0.3569429, 0.3906495, 0.4739974, 0.7058123, 1.4190502", \
					  "0.3488800, 0.3545184, 0.3687706, 0.4024438, 0.4857529, 0.7178291, 1.4343285", \
					  "0.3753144, 0.3810005, 0.3951696, 0.4288780, 0.5122238, 0.7440382, 1.4562074", \
					  "0.4287369, 0.4342463, 0.4485161, 0.4824195, 0.5656967, 0.7975994, 1.5101924", \
					  "0.5108418, 0.5163384, 0.5306568, 0.5643987, 0.6477751, 0.8798519, 1.5943535", \
					  "0.6261442, 0.6316402, 0.6459547, 0.6798678, 0.7631557, 0.9949684, 1.7108904");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0343733, 0.0385886, 0.0502597, 0.0820870, 0.1798180, 0.4922421, 1.4929142", \
					  "0.0342902, 0.0385378, 0.0502592, 0.0820729, 0.1799494, 0.4907957, 1.5021018", \
					  "0.0344072, 0.0384624, 0.0501630, 0.0820142, 0.1802494, 0.4903646, 1.5065028", \
					  "0.0342462, 0.0384899, 0.0502514, 0.0820730, 0.1799533, 0.4923706, 1.5185031", \
					  "0.0344902, 0.0386194, 0.0500660, 0.0818651, 0.1804012, 0.4913899, 1.5042172", \
					  "0.0345246, 0.0386287, 0.0499102, 0.0818497, 0.1802477, 0.4917897, 1.4960988", \
					  "0.0347183, 0.0387269, 0.0501334, 0.0820312, 0.1802872, 0.4894565, 1.5128577");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.4976199, 0.5060972, 0.5266130, 0.5692537, 0.6478925, 0.7932186, 1.0837972", \
					  "0.5025703, 0.5109683, 0.5317699, 0.5743495, 0.6526071, 0.7982297, 1.0887895", \
					  "0.5140504, 0.5224504, 0.5430958, 0.5857146, 0.6642825, 0.8097301, 1.1001806", \
					  "0.5404672, 0.5489352, 0.5696549, 0.6120944, 0.6904409, 0.8360884, 1.1264787", \
					  "0.5918652, 0.6002621, 0.6210740, 0.6634330, 0.7417890, 0.8874136, 1.1778273", \
					  "0.6734568, 0.6818868, 0.7024946, 0.7450786, 0.8236279, 0.9689920, 1.2595549", \
					  "0.7913583, 0.7998012, 0.8207388, 0.8629439, 0.9414717, 1.0870176, 1.3771893");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00157326, 0.00495031, 0.0155763, 0.0490111, 0.154214, 0.485239");
					values("0.0876765, 0.0917652, 0.1019483, 0.1257071, 0.1733761, 0.2765586, 0.5572452", \
					  "0.0879211, 0.0920644, 0.1023623, 0.1254934, 0.1733460, 0.2757659, 0.5571809", \
					  "0.0878473, 0.0916224, 0.1020429, 0.1256162, 0.1734681, 0.2753168, 0.5569793", \
					  "0.0877579, 0.0919501, 0.1024318, 0.1247724, 0.1732005, 0.2769122, 0.5545926", \
					  "0.0876751, 0.0918302, 0.1026420, 0.1249878, 0.1731119, 0.2769497, 0.5545623", \
					  "0.0877899, 0.0915950, 0.1017757, 0.1255365, 0.1732981, 0.2753866, 0.5568207", \
					  "0.0879027, 0.0918741, 0.1026371, 0.1254063, 0.1733493, 0.2760959, 0.5559096");
				}
			}
		}
		pin (CLK) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : true;
			rise_capacitance : 0.001770;
			capacitance : 0.001677;
			fall_capacitance : 0.001585;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "min_pulse_width";
				related_output_pin : "Q";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.2049370, 0.8333333, 2.5000000");
				}
				fall_constraint ("constraint_3_0_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					values("0.1719817, 0.8333333, 2.5000000");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0204252, 0.0203442, 0.0201576, 0.0201319, 0.0200727, 0.0199361, 0.0196213");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0168765, 0.0168083, 0.0166511, 0.0166016, 0.0164876, 0.0162247, 0.0156189");
				}
			}
		}
		pin (D) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001804;
			capacitance : 0.001718;
			fall_capacitance : 0.001633;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1716777, 0.3334128, 0.5327943", \
					  "0.1002747, 0.2607891, 0.4552878", \
					  "0.0620260, 0.2237611, 0.4207012");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.4475566, 0.6642233, 1.0833314", \
					  "0.3077943, 0.5244610, 0.9460104", \
					  "0.1840964, 0.4019837, 0.8235332");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.1481465, -0.3086608, -0.4921732", \
					  "-0.0804056, -0.2409199, -0.4293151", \
					  "-0.0397155, -0.2014505, -0.3959492");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.3532246, -0.5698913, -0.9816751", \
					  "-0.2378763, -0.4545430, -0.8699889", \
					  "-0.1288268, -0.3467142, -0.7633809");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0110452, 0.0109192, 0.0106289, 0.0106472, 0.0106894, 0.0107866, 0.0110107");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0066578, 0.0066493, 0.0066296, 0.0066107, 0.0065671, 0.0064665, 0.0062347");
				}
			}
		}
		pin (DE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003378;
			capacitance : 0.003234;
			fall_capacitance : 0.003091;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1741191, 0.3321921, 0.5327943", \
					  "0.1039368, 0.2607891, 0.4577292", \
					  "0.0669089, 0.2237611, 0.4243633");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.2217266, 0.4286276, 0.6988099", \
					  "0.1503236, 0.3584453, 0.6274069", \
					  "0.1071921, 0.3140931, 0.5842754");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4020527, -0.5027526, -0.5593118", \
					  "-0.2781595, -0.3788594, -0.4354186", \
					  "-0.1666686, -0.2661478, -0.3227070");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.4252461, -0.6528991, -1.0952006", \
					  "-0.3111185, -0.5375508, -0.9822936", \
					  "-0.1996276, -0.4260599, -0.8732442");
				}
			}
			internal_power () {
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0080252, 0.0079256, 0.0076962, 0.0076983, 0.0077032, 0.0077143, 0.0077399");
				}
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0002251, 0.0001280, -9.5849771e-05, -0.0001055, -0.0001278, -0.0001792, -0.0002976");
				}
			}
		}
		pin (SCE) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003502;
			capacitance : 0.003292;
			fall_capacitance : 0.003082;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0850078, 0.2296530, 0.3570130", \
					  "0.0136048, 0.1497051, 0.2721823", \
					  "-0.0307474, 0.1053529, 0.2278301");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.1509258, 0.3700339, 0.6585267", \
					  "0.0770814, 0.2961895, 0.5834616", \
					  "0.0327292, 0.2506165, 0.5391094");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2604512, -0.3611510, -0.4225931", \
					  "-0.1328958, -0.2335957, -0.2962585", \
					  "-0.0189635, -0.1196634, -0.1835469");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2372578, -0.4417175, -0.8229837", \
					  "-0.1182474, -0.3251484, -0.7076354", \
					  "-0.0116393, -0.2185404, -0.5973652");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0074935, 0.0073729, 0.0070949, 0.0070619, 0.0069857, 0.0068100, 0.0064051");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0075537, 0.0075033, 0.0073873, 0.0073904, 0.0073975, 0.0074140, 0.0074518");
				}
			}
		}
		pin (SCD) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.001701;
			capacitance : 0.001648;
			fall_capacitance : 0.001596;
			max_transition : 1.500000;
			timing () {
				related_pin : "CLK";
				timing_type : "setup_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.0935527, 0.2394186, 0.3899720", \
					  "0.0197083, 0.1619121, 0.3075827", \
					  "-0.0246439, 0.1163392, 0.2632305");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("0.3279277, 0.5580221, 0.9917786", \
					  "0.1845032, 0.4158184, 0.8495748", \
					  "0.0595846, 0.2908997, 0.7246563");
				}
			}
			timing () {
				related_pin : "CLK";
				timing_type : "hold_rising";
				violation_delay_degrade_pct : "10";
				sim_opt : "runlvl=5 accurate=1";
				rise_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.0785664, -0.2207702, -0.3615579", \
					  "-0.0035013, -0.1444844, -0.2877135", \
					  "0.0457337, -0.0952493, -0.2409199");
				}
				fall_constraint ("vio_3_3_1") {
					index_1("0.0100000, 0.5000000, 1.5000000");
					index_2("0.0100000, 0.5000000, 1.5000000");
					values("-0.2458027, -0.4758971, -0.9047708", \
					  "-0.1219095, -0.3520039, -0.7845397", \
					  "-0.0104186, -0.2417337, -0.6718281");
				}
			}
			internal_power () {
				rise_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("-0.0021760, -0.0021776, -0.0021813, -0.0021820, -0.0021834, -0.0021867, -0.0021944");
				}
				fall_power ("power_inputs_1") {
					index_1("0.0100000, 0.0230506, 0.0531329, 0.1224740, 0.2823110, 0.6507430, 1.5000000");
					values("0.0022147, 0.0022136, 0.0022109, 0.0022138, 0.0022205, 0.0022359, 0.0022713");
				}
			}
		}
	}
	cell ("scs8hd_xnor2_1") {
		area : 8.758400;
		cell_footprint : "xnor2";
		cell_leakage_power : 5.002307e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0007352";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0001429";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0007320";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0003908";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B) | (A&B)";
			max_capacitance : 0.058604;
			max_transition : 1.490600;
			internal_power () {
				related_pin : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0146788, 0.0140821, 0.0126715, 0.0093141, 0.0014756, -0.0160766, -0.0550740", \
					  "0.0145301, 0.0139310, 0.0125268, 0.0091630, 0.0013536, -0.0162319, -0.0552631", \
					  "0.0143605, 0.0137565, 0.0123567, 0.0090002, 0.0011909, -0.0164032, -0.0554188", \
					  "0.0142255, 0.0136094, 0.0121989, 0.0088311, 0.0010397, -0.0165134, -0.0555118", \
					  "0.0140411, 0.0134127, 0.0119976, 0.0086385, 0.0008652, -0.0166437, -0.0556254", \
					  "0.0137965, 0.0130934, 0.0115583, 0.0081605, 0.0007493, -0.0167425, -0.0556902", \
					  "0.0140397, 0.0133240, 0.0117384, 0.0082605, 0.0003849, -0.0171203, -0.0556472");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0106198, 0.0113703, 0.0130142, 0.0166212, 0.0245315, 0.0419962, 0.0805986", \
					  "0.0104929, 0.0112466, 0.0129047, 0.0165381, 0.0244782, 0.0420107, 0.0805701", \
					  "0.0103885, 0.0111367, 0.0127933, 0.0164333, 0.0244200, 0.0419053, 0.0806056", \
					  "0.0103086, 0.0110534, 0.0126929, 0.0163207, 0.0242852, 0.0418146, 0.0804020", \
					  "0.0102563, 0.0110057, 0.0126451, 0.0162583, 0.0242129, 0.0417218, 0.0804622", \
					  "0.0102056, 0.0109636, 0.0126027, 0.0161993, 0.0242027, 0.0417388, 0.0804658", \
					  "0.0098149, 0.0105452, 0.0121996, 0.0161355, 0.0241003, 0.0417836, 0.0804611");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0044825, 0.0052804, 0.0069977, 0.0106259, 0.0184566, 0.0359283, 0.0740248", \
					  "0.0043492, 0.0051407, 0.0068399, 0.0104584, 0.0183984, 0.0358489, 0.0743567", \
					  "0.0040878, 0.0048668, 0.0065599, 0.0102144, 0.0181645, 0.0355171, 0.0737463", \
					  "0.0037722, 0.0045453, 0.0062309, 0.0099058, 0.0178258, 0.0352341, 0.0738615", \
					  "0.0037451, 0.0044807, 0.0059940, 0.0096739, 0.0176461, 0.0352829, 0.0740973", \
					  "0.0036282, 0.0044462, 0.0061204, 0.0097365, 0.0174854, 0.0351552, 0.0741044", \
					  "0.0037857, 0.0044952, 0.0061409, 0.0098544, 0.0177862, 0.0351104, 0.0738076");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001106104, 0.002446931, 0.00541312, 0.01197494, 0.02649106, 0.05860373");
					values("0.0145495, 0.0138037, 0.0121246, 0.0084350, 0.0003078, -0.0174880, -0.0566336", \
					  "0.0142465, 0.0135014, 0.0118426, 0.0081464, 2.9462104e-05, -0.0177578, -0.0569039", \
					  "0.0138943, 0.0131730, 0.0115083, 0.0078412, -0.0002517, -0.0180294, -0.0571684", \
					  "0.0135551, 0.0128126, 0.0111893, 0.0075609, -0.0004736, -0.0182250, -0.0573624", \
					  "0.0131185, 0.0124079, 0.0108106, 0.0072651, -0.0007229, -0.0184112, -0.0575247", \
					  "0.0126064, 0.0118722, 0.0102581, 0.0066416, -0.0008734, -0.0184856, -0.0575712", \
					  "0.0131073, 0.0124119, 0.0108703, 0.0068069, -0.0011292, -0.0187434, -0.0574175");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.1065232, 0.1182231, 0.1431169, 0.1976032, 0.3167232, 0.5788091, 1.1570066", \
					  "0.1120357, 0.1236442, 0.1488401, 0.2034620, 0.3230725, 0.5850554, 1.1632521", \
					  "0.1271958, 0.1387569, 0.1636801, 0.2186664, 0.3383740, 0.6011975, 1.1793059", \
					  "0.1622436, 0.1736091, 0.1987189, 0.2532778, 0.3732189, 0.6361019, 1.2147080", \
					  "0.2411942, 0.2525955, 0.2777485, 0.3319130, 0.4515525, 0.7144881, 1.2933032", \
					  "0.3980423, 0.4141106, 0.4478642, 0.5110843, 0.6339024, 0.8967006, 1.4761207", \
					  "0.6967867, 0.7218441, 0.7716556, 0.8637490, 1.0257425, 1.3168882, 1.8971358");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0780338, 0.0930952, 0.1257342, 0.1978852, 0.3567930, 0.7089882, 1.4860463", \
					  "0.0780122, 0.0928867, 0.1255646, 0.1979023, 0.3571354, 0.7089435, 1.4846607", \
					  "0.0780172, 0.0930364, 0.1257376, 0.1978579, 0.3566600, 0.7089597, 1.4846280", \
					  "0.0779627, 0.0931029, 0.1257462, 0.1978380, 0.3570914, 0.7084541, 1.4894418", \
					  "0.0852808, 0.0987250, 0.1291432, 0.1981279, 0.3572384, 0.7098202, 1.4844719", \
					  "0.1196426, 0.1337522, 0.1642102, 0.2237520, 0.3677615, 0.7092047, 1.4872603", \
					  "0.1971979, 0.2146683, 0.2517410, 0.3190684, 0.4534262, 0.7534466, 1.4881170");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0286790, 0.0317677, 0.0383264, 0.0521257, 0.0815656, 0.1453746, 0.2854882", \
					  "0.0335766, 0.0367093, 0.0433049, 0.0571531, 0.0865919, 0.1502911, 0.2905408", \
					  "0.0435926, 0.0468584, 0.0535130, 0.0674156, 0.0969810, 0.1607580, 0.3011080", \
					  "0.0601288, 0.0644815, 0.0729899, 0.0892251, 0.1198779, 0.1840990, 0.3243639", \
					  "0.0824901, 0.0890207, 0.1017436, 0.1250102, 0.1655539, 0.2366028, 0.3788675", \
					  "0.1052227, 0.1155968, 0.1356385, 0.1724131, 0.2342593, 0.3340210, 0.4985364", \
					  "0.1046030, 0.1223915, 0.1560649, 0.2173037, 0.3172561, 0.4721189, 0.7101663");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0184885, 0.0221700, 0.0301494, 0.0475863, 0.0858493, 0.1699980, 0.3573026", \
					  "0.0185256, 0.0222250, 0.0302456, 0.0477096, 0.0857331, 0.1701970, 0.3574000", \
					  "0.0198082, 0.0232220, 0.0308291, 0.0478102, 0.0860165, 0.1702894, 0.3570847", \
					  "0.0268926, 0.0303820, 0.0380449, 0.0531121, 0.0881065, 0.1701101, 0.3572381", \
					  "0.0424658, 0.0472401, 0.0563164, 0.0742715, 0.1080821, 0.1805931, 0.3578674", \
					  "0.0731937, 0.0798123, 0.0937857, 0.1174215, 0.1593981, 0.2347058, 0.3882690", \
					  "0.1342993, 0.1450019, 0.1653258, 0.1994508, 0.2581934, 0.3561083, 0.5239838");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0680702, 0.0740278, 0.0867371, 0.1133411, 0.1706159, 0.2963862, 0.5744623", \
					  "0.0726086, 0.0785744, 0.0912547, 0.1178935, 0.1752883, 0.3007533, 0.5790260", \
					  "0.0826243, 0.0886148, 0.1012236, 0.1278757, 0.1857044, 0.3121373, 0.5921167", \
					  "0.1020025, 0.1080262, 0.1207172, 0.1476191, 0.2056252, 0.3342678, 0.6117208", \
					  "0.1309578, 0.1371309, 0.1498754, 0.1768213, 0.2350281, 0.3625625, 0.6412225", \
					  "0.1657194, 0.1724007, 0.1858551, 0.2127377, 0.2705291, 0.3982639, 0.6772541", \
					  "0.1840354, 0.1932837, 0.2099560, 0.2393947, 0.2973826, 0.4246049, 0.7060621");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0273801, 0.0345428, 0.0506416, 0.0872050, 0.1681810, 0.3467427, 0.7445505", \
					  "0.0274312, 0.0345783, 0.0508030, 0.0870987, 0.1683824, 0.3478997, 0.7443874", \
					  "0.0273831, 0.0345971, 0.0507021, 0.0872229, 0.1690885, 0.3486430, 0.7402966", \
					  "0.0281217, 0.0352228, 0.0511182, 0.0872659, 0.1679387, 0.3480181, 0.7411888", \
					  "0.0301310, 0.0369510, 0.0523399, 0.0878813, 0.1674324, 0.3460044, 0.7423127", \
					  "0.0362768, 0.0423016, 0.0559750, 0.0896546, 0.1690060, 0.3461157, 0.7429182", \
					  "0.0505084, 0.0564427, 0.0698679, 0.0979230, 0.1711610, 0.3496917, 0.7518968");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0889537, 0.0929647, 0.1006621, 0.1154175, 0.1442332, 0.2049763, 0.3386428", \
					  "0.0949360, 0.0989426, 0.1065757, 0.1213195, 0.1501910, 0.2109549, 0.3449051", \
					  "0.1096502, 0.1136421, 0.1213819, 0.1361590, 0.1650294, 0.2257198, 0.3593146", \
					  "0.1464639, 0.1504359, 0.1581795, 0.1729086, 0.2018432, 0.2625862, 0.3961301", \
					  "0.2286933, 0.2328523, 0.2408513, 0.2558442, 0.2848593, 0.3457619, 0.4797619", \
					  "0.3798435, 0.3851781, 0.3945679, 0.4119094, 0.4429203, 0.5045131, 0.6377920", \
					  "0.6480749, 0.6554957, 0.6689779, 0.6906550, 0.7279549, 0.7925246, 0.9255030");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0199700, 0.0233649, 0.0305512, 0.0459313, 0.0800648, 0.1586134, 0.3356217", \
					  "0.0198905, 0.0233314, 0.0305299, 0.0459162, 0.0802140, 0.1589187, 0.3354761", \
					  "0.0201472, 0.0234224, 0.0305476, 0.0458257, 0.0800149, 0.1588312, 0.3349697", \
					  "0.0201781, 0.0234152, 0.0305842, 0.0458703, 0.0799907, 0.1586038, 0.3372959", \
					  "0.0224788, 0.0254139, 0.0322433, 0.0471221, 0.0805643, 0.1590131, 0.3355507", \
					  "0.0317137, 0.0349842, 0.0427520, 0.0562901, 0.0865431, 0.1607314, 0.3365809", \
					  "0.0496239, 0.0534608, 0.0608625, 0.0763230, 0.1046399, 0.1702233, 0.3391368");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0913096, 0.1028328, 0.1280029, 0.1828249, 0.3022770, 0.5644086, 1.1422976", \
					  "0.0944319, 0.1063588, 0.1318498, 0.1869153, 0.3066631, 0.5692101, 1.1479596", \
					  "0.1064718, 0.1181976, 0.1436025, 0.1989541, 0.3191957, 0.5821248, 1.1611340", \
					  "0.1391005, 0.1504618, 0.1756887, 0.2303001, 0.3500694, 0.6134575, 1.1928454", \
					  "0.2176070, 0.2294040, 0.2548612, 0.3088103, 0.4280249, 0.6897359, 1.2690168", \
					  "0.3623793, 0.3803739, 0.4178484, 0.4873634, 0.6089991, 0.8695777, 1.4480300", \
					  "0.6182567, 0.6486299, 0.7086469, 0.8155225, 0.9975786, 1.2897196, 1.8617660");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0781811, 0.0928593, 0.1257412, 0.1980066, 0.3571548, 0.7091950, 1.4861198", \
					  "0.0780148, 0.0929852, 0.1256000, 0.1978399, 0.3570066, 0.7088387, 1.4866244", \
					  "0.0779170, 0.0928065, 0.1256456, 0.1979406, 0.3572499, 0.7089226, 1.4849387", \
					  "0.0777878, 0.0921301, 0.1254791, 0.1980516, 0.3573480, 0.7084560, 1.4853399", \
					  "0.0961652, 0.1075859, 0.1351480, 0.2003854, 0.3573469, 0.7083081, 1.4859953", \
					  "0.1524478, 0.1672865, 0.1959104, 0.2488005, 0.3784040, 0.7094770, 1.4843384", \
					  "0.2603140, 0.2836752, 0.3272925, 0.3971459, 0.5241414, 0.7826590, 1.4905995");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0239320, 0.0267111, 0.0325949, 0.0452976, 0.0730702, 0.1337204, 0.2673323", \
					  "0.0290127, 0.0318655, 0.0379217, 0.0508122, 0.0787338, 0.1395352, 0.2732380", \
					  "0.0387942, 0.0421588, 0.0486984, 0.0618869, 0.0899032, 0.1507496, 0.2848656", \
					  "0.0528554, 0.0577463, 0.0671466, 0.0842393, 0.1143922, 0.1756987, 0.3097576", \
					  "0.0698932, 0.0774941, 0.0921088, 0.1179357, 0.1607901, 0.2320868, 0.3669881", \
					  "0.0824400, 0.0952953, 0.1193118, 0.1607380, 0.2273253, 0.3309330, 0.4964694", \
					  "0.0633850, 0.0858642, 0.1290703, 0.1973856, 0.3064108, 0.4699565, 0.7131399");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0129436, 0.0164696, 0.0241583, 0.0412708, 0.0782741, 0.1591943, 0.3349013", \
					  "0.0132243, 0.0166757, 0.0244257, 0.0411916, 0.0778666, 0.1590099, 0.3374007", \
					  "0.0158403, 0.0187119, 0.0256964, 0.0417853, 0.0784948, 0.1595636, 0.3373945", \
					  "0.0239475, 0.0275057, 0.0345948, 0.0490419, 0.0812992, 0.1582585, 0.3373123", \
					  "0.0408153, 0.0454772, 0.0549619, 0.0720998, 0.1046962, 0.1712044, 0.3369875", \
					  "0.0735461, 0.0805445, 0.0938614, 0.1174426, 0.1592142, 0.2298836, 0.3730163", \
					  "0.1402713, 0.1501028, 0.1695865, 0.2031864, 0.2609296, 0.3568829, 0.5168087");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0664599, 0.0724280, 0.0849954, 0.1112828, 0.1680498, 0.2930130, 0.5713304", \
					  "0.0704724, 0.0763721, 0.0889547, 0.1153766, 0.1722462, 0.2972886, 0.5754064", \
					  "0.0803447, 0.0862123, 0.0986936, 0.1252602, 0.1824943, 0.3080672, 0.5863773", \
					  "0.0997845, 0.1058644, 0.1185356, 0.1451212, 0.2032446, 0.3303076, 0.6097656", \
					  "0.1261288, 0.1322815, 0.1449013, 0.1719324, 0.2299949, 0.3568682, 0.6367075", \
					  "0.1566182, 0.1634572, 0.1769070, 0.2035733, 0.2614425, 0.3885646, 0.6677898", \
					  "0.1683704, 0.1771699, 0.1934341, 0.2222733, 0.2803319, 0.4078053, 0.6861532");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0274508, 0.0346184, 0.0507438, 0.0873114, 0.1687873, 0.3485837, 0.7423679", \
					  "0.0274476, 0.0346042, 0.0506822, 0.0871985, 0.1680476, 0.3484434, 0.7422304", \
					  "0.0274439, 0.0346836, 0.0508888, 0.0871291, 0.1677713, 0.3460823, 0.7411015", \
					  "0.0285250, 0.0356338, 0.0515644, 0.0874490, 0.1676476, 0.3473193, 0.7420101", \
					  "0.0304892, 0.0371396, 0.0527660, 0.0885042, 0.1679736, 0.3472138, 0.7481281", \
					  "0.0381795, 0.0436272, 0.0568799, 0.0900988, 0.1699011, 0.3483396, 0.7425829", \
					  "0.0543437, 0.0596821, 0.0718066, 0.0999753, 0.1722535, 0.3484313, 0.7441531");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0861453, 0.0897105, 0.0967559, 0.1109634, 0.1402717, 0.2033862, 0.3431887", \
					  "0.0910643, 0.0946130, 0.1018837, 0.1160617, 0.1454369, 0.2085441, 0.3480011", \
					  "0.1049542, 0.1086139, 0.1157160, 0.1300282, 0.1594549, 0.2226084, 0.3621152", \
					  "0.1394803, 0.1433053, 0.1505737, 0.1650782, 0.1946515, 0.2578704, 0.3973700", \
					  "0.2139007, 0.2179320, 0.2259656, 0.2413422, 0.2714083, 0.3348078, 0.4742888", \
					  "0.3432610, 0.3486000, 0.3588382, 0.3768090, 0.4092900, 0.4738532, 0.6138459", \
					  "0.5675452, 0.5749919, 0.5880696, 0.6132175, 0.6527948, 0.7210930, 0.8598234");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0011061, 0.00244693, 0.00541312, 0.0119749, 0.0264911, 0.0586037");
					values("0.0233511, 0.0271231, 0.0349294, 0.0513595, 0.0878269, 0.1707982, 0.3573457", \
					  "0.0234388, 0.0272530, 0.0349251, 0.0514128, 0.0877628, 0.1707983, 0.3574537", \
					  "0.0237128, 0.0273255, 0.0350305, 0.0513991, 0.0877684, 0.1705096, 0.3574739", \
					  "0.0239494, 0.0275907, 0.0352308, 0.0515371, 0.0878117, 0.1707737, 0.3574675", \
					  "0.0263005, 0.0302157, 0.0375069, 0.0534199, 0.0889439, 0.1711097, 0.3575411", \
					  "0.0342583, 0.0381211, 0.0457221, 0.0609425, 0.0939428, 0.1729195, 0.3578615", \
					  "0.0519639, 0.0561668, 0.0657763, 0.0808819, 0.1123168, 0.1821116, 0.3622999");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004323;
			capacitance : 0.004168;
			fall_capacitance : 0.004012;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.004399;
			capacitance : 0.004289;
			fall_capacitance : 0.004179;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xnor2_2") {
		area : 16.265600;
		cell_footprint : "xnor2";
		cell_leakage_power : 6.749387e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0014864";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0232449";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0014662";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0008001";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B) | (A&B)";
			max_capacitance : 0.107127;
			max_transition : 1.501175;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0068483, 0.0078521, 0.0102159, 0.0157255, 0.0285686, 0.0594083, 0.1361314", \
					  "0.0066595, 0.0076397, 0.0100142, 0.0155236, 0.0284023, 0.0592680, 0.1358741", \
					  "0.0062976, 0.0072779, 0.0096304, 0.0151289, 0.0281140, 0.0594086, 0.1346792", \
					  "0.0058705, 0.0068205, 0.0091464, 0.0146522, 0.0277044, 0.0589936, 0.1345500", \
					  "0.0059800, 0.0068980, 0.0088862, 0.0143330, 0.0273479, 0.0588324, 0.1354384", \
					  "0.0056286, 0.0066601, 0.0087750, 0.0143080, 0.0271324, 0.0586618, 0.1344921", \
					  "0.0056306, 0.0065336, 0.0087379, 0.0141648, 0.0272552, 0.0590166, 0.1357707");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0292284, 0.0284989, 0.0266616, 0.0219170, 0.0094976, -0.0217420, -0.0986093", \
					  "0.0289185, 0.0281865, 0.0263444, 0.0216067, 0.0091917, -0.0220385, -0.0989093", \
					  "0.0286313, 0.0278840, 0.0260184, 0.0212682, 0.0088507, -0.0223381, -0.0992457", \
					  "0.0282625, 0.0275082, 0.0256484, 0.0208638, 0.0084598, -0.0227194, -0.0995529", \
					  "0.0278861, 0.0271011, 0.0251970, 0.0203674, 0.0079886, -0.0231132, -0.0998894", \
					  "0.0272884, 0.0264348, 0.0243537, 0.0195364, 0.0078235, -0.0231808, -0.0998791", \
					  "0.0280641, 0.0272158, 0.0251514, 0.0199813, 0.0073327, -0.0238623, -0.0996446");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0088717, 0.0098762, 0.0122407, 0.0176714, 0.0304226, 0.0611301, 0.1377764", \
					  "0.0086576, 0.0096506, 0.0120013, 0.0174413, 0.0302486, 0.0613177, 0.1381124", \
					  "0.0082275, 0.0091991, 0.0115268, 0.0169765, 0.0299218, 0.0611647, 0.1364344", \
					  "0.0076109, 0.0085970, 0.0108976, 0.0163679, 0.0294228, 0.0608656, 0.1361797", \
					  "0.0077192, 0.0086358, 0.0107406, 0.0160022, 0.0288693, 0.0603186, 0.1368194", \
					  "0.0074316, 0.0083202, 0.0106068, 0.0160071, 0.0287989, 0.0602345, 0.1360223", \
					  "0.0078271, 0.0087080, 0.0109231, 0.0163212, 0.0294743, 0.0608745, 0.1376155");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001223089, 0.002991892, 0.007318698, 0.01790283, 0.0437935, 0.1071267");
					values("0.0267991, 0.0258626, 0.0235699, 0.0180186, 0.0046158, -0.0274165, -0.1048261", \
					  "0.0263875, 0.0254486, 0.0231315, 0.0175919, 0.0042615, -0.0277644, -0.1051606", \
					  "0.0257827, 0.0248597, 0.0225753, 0.0170721, 0.0037493, -0.0282218, -0.1056273", \
					  "0.0252282, 0.0242891, 0.0220565, 0.0166496, 0.0034393, -0.0284781, -0.1058880", \
					  "0.0248401, 0.0239431, 0.0217510, 0.0164446, 0.0033777, -0.0284304, -0.1058401", \
					  "0.0241554, 0.0232496, 0.0210367, 0.0157438, 0.0035366, -0.0281235, -0.1054518", \
					  "0.0243356, 0.0234474, 0.0212705, 0.0159844, 0.0029709, -0.0288028, -0.1052504");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.1104785, 0.1178120, 0.1360807, 0.1794500, 0.2838741, 0.5375564, 1.1559592", \
					  "0.1151440, 0.1231801, 0.1413399, 0.1848438, 0.2897745, 0.5437701, 1.1623703", \
					  "0.1295487, 0.1367422, 0.1555620, 0.1993903, 0.3046448, 0.5590438, 1.1778625", \
					  "0.1637149, 0.1710824, 0.1893067, 0.2328118, 0.3380038, 0.5926540, 1.2121708", \
					  "0.2385493, 0.2462410, 0.2642057, 0.3075249, 0.4123918, 0.6669806, 1.2870303", \
					  "0.3828525, 0.3932759, 0.4170560, 0.4706183, 0.5831151, 0.8383028, 1.4585059", \
					  "0.6493371, 0.6665444, 0.7039157, 0.7831884, 0.9359553, 1.2294507, 1.8557313");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0771112, 0.0867553, 0.1105164, 0.1681126, 0.3089156, 0.6520562, 1.4898546", \
					  "0.0771304, 0.0867844, 0.1104314, 0.1681869, 0.3090688, 0.6526124, 1.4883255", \
					  "0.0771002, 0.0866940, 0.1103026, 0.1681737, 0.3090240, 0.6525910, 1.4885339", \
					  "0.0770407, 0.0866237, 0.1103081, 0.1682318, 0.3084505, 0.6525930, 1.4905435", \
					  "0.0843168, 0.0934012, 0.1151980, 0.1699480, 0.3087674, 0.6527609, 1.4895624", \
					  "0.1175837, 0.1267825, 0.1493772, 0.2000419, 0.3267352, 0.6534534, 1.4919767", \
					  "0.1925066, 0.2040467, 0.2323564, 0.2920385, 0.4163999, 0.7046426, 1.4963517");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0298347, 0.0321171, 0.0373536, 0.0494811, 0.0774944, 0.1435553, 0.3032233", \
					  "0.0346276, 0.0368714, 0.0422162, 0.0543996, 0.0824369, 0.1484998, 0.3079971", \
					  "0.0437523, 0.0461191, 0.0515028, 0.0637538, 0.0918744, 0.1580816, 0.3176618", \
					  "0.0588655, 0.0617696, 0.0683852, 0.0827167, 0.1121149, 0.1789120, 0.3388194", \
					  "0.0793859, 0.0837135, 0.0932371, 0.1130035, 0.1514824, 0.2257685, 0.3872564", \
					  "0.0980001, 0.1048044, 0.1198302, 0.1507981, 0.2088445, 0.3106146, 0.4947380", \
					  "0.0895905, 0.0997659, 0.1249818, 0.1762046, 0.2702563, 0.4287730, 0.6876519");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0211648, 0.0236733, 0.0298588, 0.0446465, 0.0804996, 0.1682905, 0.3825801", \
					  "0.0211580, 0.0237271, 0.0299310, 0.0447566, 0.0805460, 0.1682010, 0.3827618", \
					  "0.0221622, 0.0245419, 0.0305243, 0.0449238, 0.0804784, 0.1679986, 0.3821437", \
					  "0.0281518, 0.0308053, 0.0365404, 0.0500362, 0.0829751, 0.1684339, 0.3822060", \
					  "0.0430911, 0.0461194, 0.0530443, 0.0684767, 0.1008367, 0.1778805, 0.3829596", \
					  "0.0729339, 0.0774801, 0.0873283, 0.1076140, 0.1474344, 0.2262924, 0.4090795", \
					  "0.1322670, 0.1391721, 0.1539278, 0.1844736, 0.2397023, 0.3397126, 0.5288223");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0697359, 0.0733409, 0.0815495, 0.0996613, 0.1407989, 0.2392965, 0.4812140", \
					  "0.0743558, 0.0779382, 0.0860730, 0.1042466, 0.1455141, 0.2440350, 0.4859562", \
					  "0.0841101, 0.0876876, 0.0957986, 0.1138529, 0.1552636, 0.2543427, 0.4950360", \
					  "0.1036885, 0.1072995, 0.1155090, 0.1337951, 0.1755443, 0.2752633, 0.5158136", \
					  "0.1330459, 0.1368721, 0.1452430, 0.1638629, 0.2060473, 0.3061219, 0.5522970", \
					  "0.1678979, 0.1723374, 0.1815186, 0.2013400, 0.2436678, 0.3440710, 0.5864191", \
					  "0.1845950, 0.1906821, 0.2030578, 0.2271629, 0.2722576, 0.3723359, 0.6160674");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0232834, 0.0269841, 0.0361077, 0.0586800, 0.1157936, 0.2562177, 0.6055385", \
					  "0.0232614, 0.0270012, 0.0361597, 0.0587038, 0.1159202, 0.2563045, 0.6055948", \
					  "0.0232828, 0.0270460, 0.0360890, 0.0587995, 0.1157310, 0.2570475, 0.6000064", \
					  "0.0241142, 0.0277971, 0.0367942, 0.0592263, 0.1159441, 0.2565923, 0.6001787", \
					  "0.0265416, 0.0301001, 0.0388991, 0.0606951, 0.1166115, 0.2562541, 0.6039304", \
					  "0.0333804, 0.0368131, 0.0446682, 0.0643973, 0.1180222, 0.2577203, 0.6005487", \
					  "0.0480887, 0.0516050, 0.0597402, 0.0781012, 0.1247513, 0.2586232, 0.6052660");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.1003147, 0.1033893, 0.1101162, 0.1242308, 0.1535225, 0.2191560, 0.3768817", \
					  "0.1056842, 0.1087556, 0.1154906, 0.1296002, 0.1589160, 0.2245736, 0.3819763", \
					  "0.1201126, 0.1231550, 0.1298291, 0.1439294, 0.1732592, 0.2388156, 0.3967326", \
					  "0.1546701, 0.1577062, 0.1643786, 0.1784471, 0.2077485, 0.2735029, 0.4314324", \
					  "0.2343166, 0.2374545, 0.2443091, 0.2585012, 0.2877789, 0.3535814, 0.5117498", \
					  "0.3800812, 0.3840826, 0.3922774, 0.4087365, 0.4401566, 0.5072410, 0.6652601", \
					  "0.6324936, 0.6380279, 0.6493478, 0.6707442, 0.7087087, 0.7791866, 0.9372486");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0213681, 0.0239712, 0.0299988, 0.0438996, 0.0774149, 0.1618164, 0.3730184", \
					  "0.0215300, 0.0239467, 0.0299946, 0.0438859, 0.0774811, 0.1622174, 0.3735943", \
					  "0.0213107, 0.0239729, 0.0299941, 0.0439907, 0.0774523, 0.1619922, 0.3769006", \
					  "0.0214419, 0.0240016, 0.0300319, 0.0439286, 0.0774013, 0.1619889, 0.3730773", \
					  "0.0233456, 0.0257935, 0.0314729, 0.0451039, 0.0780993, 0.1622523, 0.3741071", \
					  "0.0322455, 0.0346372, 0.0405425, 0.0533613, 0.0843020, 0.1644591, 0.3731921", \
					  "0.0503529, 0.0533524, 0.0593282, 0.0722973, 0.1010092, 0.1734055, 0.3779258");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0868892, 0.0943912, 0.1128156, 0.1563676, 0.2612963, 0.5150952, 1.1337968", \
					  "0.0898624, 0.0977279, 0.1162047, 0.1601028, 0.2656771, 0.5195990, 1.1385870", \
					  "0.1012109, 0.1090339, 0.1280597, 0.1715886, 0.2771459, 0.5319428, 1.1513959", \
					  "0.1333157, 0.1409437, 0.1589323, 0.2025757, 0.3067109, 0.5618701, 1.1817370", \
					  "0.2068398, 0.2152378, 0.2338732, 0.2768976, 0.3807082, 0.6354984, 1.2555370", \
					  "0.3386731, 0.3517719, 0.3815988, 0.4418616, 0.5565589, 0.8087199, 1.4274107", \
					  "0.5669968, 0.5890460, 0.6343633, 0.7295503, 0.9066498, 1.2110973, 1.8267170");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0768427, 0.0865807, 0.1103888, 0.1681984, 0.3091482, 0.6523181, 1.4948228", \
					  "0.0766721, 0.0865476, 0.1102689, 0.1682712, 0.3087801, 0.6522880, 1.4905351", \
					  "0.0763452, 0.0862178, 0.1102577, 0.1682686, 0.3087451, 0.6526222, 1.4905904", \
					  "0.0760813, 0.0856121, 0.1091295, 0.1679855, 0.3090813, 0.6528992, 1.4903597", \
					  "0.0978296, 0.1055097, 0.1241457, 0.1742038, 0.3082762, 0.6524480, 1.4896845", \
					  "0.1517354, 0.1619089, 0.1852274, 0.2344616, 0.3412292, 0.6548701, 1.4917242", \
					  "0.2521904, 0.2687879, 0.3022476, 0.3730273, 0.4963767, 0.7492573, 1.5011750");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0253651, 0.0274243, 0.0323089, 0.0438070, 0.0710808, 0.1359865, 0.2939241", \
					  "0.0300128, 0.0321980, 0.0372787, 0.0490551, 0.0765879, 0.1415134, 0.2994537", \
					  "0.0383139, 0.0407936, 0.0463339, 0.0584811, 0.0863603, 0.1516298, 0.3097151", \
					  "0.0498500, 0.0532594, 0.0608208, 0.0761721, 0.1062530, 0.1725765, 0.3307734", \
					  "0.0629513, 0.0680876, 0.0795317, 0.1020547, 0.1436103, 0.2195475, 0.3798191", \
					  "0.0665803, 0.0753892, 0.0941854, 0.1307325, 0.1956489, 0.3028078, 0.4889767", \
					  "0.0289075, 0.0445560, 0.0775589, 0.1394498, 0.2454812, 0.4140837, 0.6799527");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0137123, 0.0162922, 0.0226647, 0.0381957, 0.0744759, 0.1624105, 0.3757138", \
					  "0.0140251, 0.0166565, 0.0231467, 0.0385390, 0.0748159, 0.1616087, 0.3756985", \
					  "0.0160443, 0.0183328, 0.0242266, 0.0389240, 0.0750161, 0.1624264, 0.3755220", \
					  "0.0227714, 0.0253073, 0.0316629, 0.0454428, 0.0775678, 0.1621063, 0.3762186", \
					  "0.0384852, 0.0417087, 0.0494114, 0.0643746, 0.0974209, 0.1727563, 0.3755016", \
					  "0.0703121, 0.0751255, 0.0853700, 0.1062297, 0.1467653, 0.2238154, 0.4028360", \
					  "0.1354020, 0.1422804, 0.1572101, 0.1863400, 0.2423077, 0.3387222, 0.5257556");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0653226, 0.0689744, 0.0771450, 0.0950623, 0.1357172, 0.2339866, 0.4754016", \
					  "0.0692249, 0.0728054, 0.0809670, 0.0988256, 0.1398965, 0.2383831, 0.4792356", \
					  "0.0790402, 0.0826215, 0.0906246, 0.1085647, 0.1498104, 0.2488454, 0.4914516", \
					  "0.0972792, 0.1009307, 0.1092081, 0.1275766, 0.1692705, 0.2687964, 0.5111282", \
					  "0.1222331, 0.1259641, 0.1343944, 0.1528701, 0.1950707, 0.2953519, 0.5381054", \
					  "0.1479351, 0.1520089, 0.1614812, 0.1807121, 0.2226397, 0.3224482, 0.5659031", \
					  "0.1465151, 0.1526530, 0.1648795, 0.1888008, 0.2326258, 0.3314546, 0.5754087");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0232942, 0.0269993, 0.0361782, 0.0587999, 0.1155720, 0.2558217, 0.6048068", \
					  "0.0232829, 0.0270065, 0.0361788, 0.0588625, 0.1158896, 0.2576152, 0.6048694", \
					  "0.0233463, 0.0270822, 0.0361747, 0.0587512, 0.1157558, 0.2574003, 0.5998865", \
					  "0.0247269, 0.0284110, 0.0374118, 0.0597067, 0.1158479, 0.2573320, 0.5986994", \
					  "0.0268335, 0.0303482, 0.0390350, 0.0609002, 0.1172303, 0.2570262, 0.6047972", \
					  "0.0341906, 0.0371242, 0.0450068, 0.0644388, 0.1183972, 0.2589377, 0.6003076", \
					  "0.0512055, 0.0539745, 0.0620951, 0.0785075, 0.1249977, 0.2591784, 0.6069295");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0911832, 0.0936626, 0.0994438, 0.1120279, 0.1397671, 0.2047870, 0.3630965", \
					  "0.0961868, 0.0987536, 0.1044748, 0.1170955, 0.1451531, 0.2101184, 0.3687019", \
					  "0.1098317, 0.1123171, 0.1181101, 0.1308072, 0.1586758, 0.2237748, 0.3823167", \
					  "0.1442626, 0.1463104, 0.1522803, 0.1656285, 0.1937736, 0.2589746, 0.4175090", \
					  "0.2189754, 0.2219019, 0.2283178, 0.2420308, 0.2709103, 0.3363006, 0.4944591", \
					  "0.3501507, 0.3539536, 0.3620978, 0.3783690, 0.4098672, 0.4773996, 0.6364700", \
					  "0.5773737, 0.5828222, 0.5943550, 0.6163991, 0.6551973, 0.7275294, 0.8863370");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00122309, 0.00299189, 0.0073187, 0.0179028, 0.0437935, 0.107127");
					values("0.0275464, 0.0301906, 0.0362396, 0.0504227, 0.0841901, 0.1691571, 0.3826755", \
					  "0.0273812, 0.0300209, 0.0362765, 0.0503192, 0.0841446, 0.1690578, 0.3821004", \
					  "0.0275385, 0.0303031, 0.0363838, 0.0503391, 0.0840831, 0.1690866, 0.3822440", \
					  "0.0277317, 0.0303337, 0.0365071, 0.0504037, 0.0842007, 0.1688626, 0.3823135", \
					  "0.0297200, 0.0322832, 0.0384279, 0.0521482, 0.0853521, 0.1694408, 0.3823009", \
					  "0.0362484, 0.0390578, 0.0452851, 0.0589956, 0.0902505, 0.1717534, 0.3830311", \
					  "0.0521043, 0.0557888, 0.0634298, 0.0781220, 0.1087455, 0.1810428, 0.3862514");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008354;
			capacitance : 0.008022;
			fall_capacitance : 0.007690;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.007948;
			capacitance : 0.007747;
			fall_capacitance : 0.007546;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xnor2_4") {
		area : 27.526400;
		cell_footprint : "xnor2";
		cell_leakage_power : 1.309067e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0029443";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0442833";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0031795";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0019556";
			when : "A&!B";
		}
		pin (Y) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B) | (A&B)";
			max_capacitance : 0.183115;
			max_transition : 1.496942;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001337404, 0.003577297, 0.009568579, 0.0255941, 0.06845929, 0.1831154");
					values("0.0104676, 0.0116227, 0.0146540, 0.0223009, 0.0415798, 0.0922109, 0.2291930", \
					  "0.0101076, 0.0112550, 0.0142858, 0.0219426, 0.0413277, 0.0923171, 0.2305169", \
					  "0.0094350, 0.0105625, 0.0135567, 0.0211868, 0.0407503, 0.0917344, 0.2303918", \
					  "0.0086417, 0.0097714, 0.0127577, 0.0204420, 0.0401918, 0.0918627, 0.2305681", \
					  "0.0087593, 0.0097850, 0.0122529, 0.0198746, 0.0396238, 0.0916646, 0.2296211", \
					  "0.0084956, 0.0095673, 0.0124549, 0.0200327, 0.0400024, 0.0920107, 0.2294660", \
					  "0.0081751, 0.0091985, 0.0120156, 0.0197964, 0.0394458, 0.0919539, 0.2309872");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001337404, 0.003577297, 0.009568579, 0.0255941, 0.06845929, 0.1831154");
					values("0.0599102, 0.0590317, 0.0567015, 0.0503229, 0.0318745, -0.0196535, -0.1588848", \
					  "0.0593736, 0.0585048, 0.0561925, 0.0497539, 0.0313011, -0.0201833, -0.1593539", \
					  "0.0586378, 0.0577743, 0.0554130, 0.0490013, 0.0305885, -0.0208870, -0.1600957", \
					  "0.0578790, 0.0569981, 0.0546515, 0.0481749, 0.0296748, -0.0217102, -0.1608083", \
					  "0.0573444, 0.0564347, 0.0540435, 0.0474728, 0.0289795, -0.0222674, -0.1611463", \
					  "0.0550085, 0.0541384, 0.0518145, 0.0459248, 0.0283085, -0.0228378, -0.1615545", \
					  "0.0570747, 0.0561103, 0.0533872, 0.0463441, 0.0271727, -0.0241398, -0.1612259");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001337404, 0.003577297, 0.009568579, 0.0255941, 0.06845929, 0.1831154");
					values("0.0141721, 0.0153215, 0.0183148, 0.0258505, 0.0449292, 0.0959466, 0.2349100", \
					  "0.0137023, 0.0148531, 0.0178440, 0.0254162, 0.0446876, 0.0962152, 0.2321847", \
					  "0.0129145, 0.0140474, 0.0170077, 0.0245999, 0.0441482, 0.0950403, 0.2328668", \
					  "0.0117688, 0.0128718, 0.0158585, 0.0234838, 0.0432816, 0.0949154, 0.2330207", \
					  "0.0120032, 0.0130551, 0.0156375, 0.0229489, 0.0424379, 0.0945257, 0.2330845", \
					  "0.0114370, 0.0125034, 0.0154096, 0.0229372, 0.0426140, 0.0944102, 0.2318518", \
					  "0.0120982, 0.0131632, 0.0156959, 0.0233334, 0.0428255, 0.0953844, 0.2337796");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001337404, 0.003577297, 0.009568579, 0.0255941, 0.06845929, 0.1831154");
					values("0.0550336, 0.0539587, 0.0510752, 0.0433973, 0.0230282, -0.0301096, -0.1702799", \
					  "0.0541826, 0.0530984, 0.0502408, 0.0425881, 0.0222660, -0.0308677, -0.1710372", \
					  "0.0530672, 0.0520015, 0.0490863, 0.0414994, 0.0212907, -0.0317526, -0.1719478", \
					  "0.0518656, 0.0508206, 0.0480483, 0.0405393, 0.0205163, -0.0323779, -0.1725537", \
					  "0.0509072, 0.0498986, 0.0471486, 0.0397720, 0.0199997, -0.0326356, -0.1727723", \
					  "0.0484639, 0.0474402, 0.0447890, 0.0381589, 0.0195882, -0.0328346, -0.1727591", \
					  "0.0495640, 0.0485412, 0.0457903, 0.0384686, 0.0188442, -0.0334181, -0.1717840");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.1246882, 0.1298095, 0.1426839, 0.1782898, 0.2705452, 0.5150169, 1.1659994", \
					  "0.1288006, 0.1338197, 0.1476047, 0.1832482, 0.2759749, 0.5209355, 1.1719962", \
					  "0.1426319, 0.1475701, 0.1609791, 0.1970743, 0.2903429, 0.5358885, 1.1874325", \
					  "0.1759735, 0.1811647, 0.1941549, 0.2301756, 0.3236078, 0.5695961, 1.2218868", \
					  "0.2511960, 0.2563675, 0.2697486, 0.3046892, 0.3976087, 0.6437285, 1.2966617", \
					  "0.4009691, 0.4072755, 0.4249042, 0.4687389, 0.5701202, 0.8157007, 1.4685898", \
					  "0.6845500, 0.6953998, 0.7216520, 0.7848409, 0.9214711, 1.2113288, 1.8678237");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0847728, 0.0911125, 0.1087147, 0.1550480, 0.2786836, 0.6088041, 1.4891320", \
					  "0.0850438, 0.0911266, 0.1085762, 0.1549664, 0.2787796, 0.6086027, 1.4879560", \
					  "0.0847069, 0.0912645, 0.1086197, 0.1550295, 0.2785638, 0.6087933, 1.4884278", \
					  "0.0846088, 0.0912085, 0.1086020, 0.1550273, 0.2787618, 0.6084109, 1.4886490", \
					  "0.0904187, 0.0965808, 0.1127822, 0.1566507, 0.2788305, 0.6083571, 1.4897928", \
					  "0.1210517, 0.1275860, 0.1440621, 0.1864784, 0.2949631, 0.6102340, 1.4904051", \
					  "0.1939734, 0.2015326, 0.2222451, 0.2711531, 0.3838814, 0.6634333, 1.4930863");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0340498, 0.0356363, 0.0396796, 0.0498985, 0.0754873, 0.1412177, 0.3142434", \
					  "0.0387752, 0.0403697, 0.0444748, 0.0546930, 0.0803733, 0.1461385, 0.3191214", \
					  "0.0476670, 0.0492862, 0.0533802, 0.0636976, 0.0894302, 0.1551459, 0.3283261", \
					  "0.0619993, 0.0639942, 0.0690320, 0.0809320, 0.1083695, 0.1745586, 0.3479980", \
					  "0.0815728, 0.0844208, 0.0915554, 0.1080699, 0.1435008, 0.2181266, 0.3930837", \
					  "0.0968741, 0.1013533, 0.1125311, 0.1382676, 0.1920362, 0.2945228, 0.4937150", \
					  "0.0778144, 0.0853189, 0.1037565, 0.1466497, 0.2342852, 0.3950008, 0.6730889");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0244991, 0.0261678, 0.0308589, 0.0433436, 0.0766448, 0.1656695, 0.4044375", \
					  "0.0244541, 0.0262172, 0.0309150, 0.0434285, 0.0766148, 0.1659480, 0.4042513", \
					  "0.0252489, 0.0269370, 0.0314373, 0.0435443, 0.0766951, 0.1659957, 0.4056378", \
					  "0.0305449, 0.0322827, 0.0368419, 0.0486812, 0.0793349, 0.1659945, 0.4042681", \
					  "0.0451811, 0.0472352, 0.0524306, 0.0653234, 0.0964037, 0.1757188, 0.4061865", \
					  "0.0756385, 0.0784972, 0.0860723, 0.1035656, 0.1411854, 0.2228089, 0.4295016", \
					  "0.1360119, 0.1404487, 0.1513712, 0.1771864, 0.2297775, 0.3329650, 0.5450042");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0766419, 0.0792404, 0.0857647, 0.1011001, 0.1379306, 0.2337399, 0.4896547", \
					  "0.0810137, 0.0836303, 0.0901356, 0.1055285, 0.1425092, 0.2380003, 0.4951392", \
					  "0.0902210, 0.0928015, 0.0992364, 0.1145490, 0.1518611, 0.2476786, 0.5058838", \
					  "0.1088987, 0.1115163, 0.1180650, 0.1337005, 0.1713652, 0.2680557, 0.5272716", \
					  "0.1364737, 0.1392118, 0.1459915, 0.1620825, 0.2007834, 0.2983878, 0.5558259", \
					  "0.1683241, 0.1714034, 0.1789056, 0.1959302, 0.2349944, 0.3331102, 0.5915659", \
					  "0.1785602, 0.1827138, 0.1925157, 0.2132215, 0.2553291, 0.3533337, 0.6118691");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0254715, 0.0279864, 0.0347545, 0.0527683, 0.1021054, 0.2363914, 0.6015682", \
					  "0.0254734, 0.0280075, 0.0346820, 0.0528763, 0.1023461, 0.2371686, 0.6063589", \
					  "0.0255305, 0.0280527, 0.0348369, 0.0527995, 0.1024236, 0.2373305, 0.6063500", \
					  "0.0264069, 0.0289106, 0.0355613, 0.0532602, 0.1023798, 0.2373595, 0.6064349", \
					  "0.0285576, 0.0310481, 0.0374590, 0.0549509, 0.1034148, 0.2376142, 0.6004954", \
					  "0.0349701, 0.0371089, 0.0428946, 0.0587760, 0.1054626, 0.2395149, 0.5989968", \
					  "0.0496037, 0.0519476, 0.0578133, 0.0730854, 0.1131477, 0.2399211, 0.6050536");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.1088086, 0.1108183, 0.1159976, 0.1279107, 0.1543547, 0.2162840, 0.3764964", \
					  "0.1141435, 0.1162492, 0.1214026, 0.1332551, 0.1596859, 0.2216049, 0.3820536", \
					  "0.1281969, 0.1302963, 0.1353848, 0.1472917, 0.1737825, 0.2357234, 0.3958006", \
					  "0.1622818, 0.1643870, 0.1695055, 0.1813585, 0.2077037, 0.2701858, 0.4302929", \
					  "0.2432892, 0.2454600, 0.2506733, 0.2626810, 0.2892453, 0.3511857, 0.5119119", \
					  "0.3973941, 0.4000902, 0.4064814, 0.4204942, 0.4492052, 0.5128767, 0.6734169", \
					  "0.6658215, 0.6696175, 0.6785999, 0.6973481, 0.7330152, 0.8014122, 0.9621679");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0224020, 0.0244075, 0.0287116, 0.0403279, 0.0697675, 0.1495802, 0.3697199", \
					  "0.0225907, 0.0242790, 0.0288495, 0.0402071, 0.0697851, 0.1494630, 0.3686253", \
					  "0.0224885, 0.0243266, 0.0286614, 0.0403550, 0.0697796, 0.1494795, 0.3696921", \
					  "0.0225016, 0.0243193, 0.0286626, 0.0403328, 0.0698331, 0.1496556, 0.3699375", \
					  "0.0240863, 0.0255927, 0.0300958, 0.0412710, 0.0705037, 0.1495508, 0.3703247", \
					  "0.0331564, 0.0347820, 0.0388649, 0.0493183, 0.0765855, 0.1526759, 0.3706387", \
					  "0.0513124, 0.0531935, 0.0579378, 0.0684951, 0.0936786, 0.1628738, 0.3727632");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.1016492, 0.1067055, 0.1200251, 0.1557589, 0.2488485, 0.4937472, 1.1450356", \
					  "0.1039137, 0.1087538, 0.1229139, 0.1586004, 0.2522533, 0.4974924, 1.1491584", \
					  "0.1144980, 0.1193734, 0.1329820, 0.1692036, 0.2628473, 0.5092842, 1.1608742", \
					  "0.1461365, 0.1512623, 0.1630485, 0.1987130, 0.2923327, 0.5390716, 1.1918060", \
					  "0.2222244, 0.2269785, 0.2412080, 0.2757808, 0.3682044, 0.6131539, 1.2663021", \
					  "0.3640082, 0.3723387, 0.3933072, 0.4423061, 0.5462897, 0.7883285, 1.4395981", \
					  "0.6140303, 0.6268551, 0.6601312, 0.7361460, 0.8963876, 1.1981119, 1.8424891");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0846002, 0.0912324, 0.1084733, 0.1549021, 0.2789139, 0.6085361, 1.4899475", \
					  "0.0844699, 0.0909714, 0.1086695, 0.1552513, 0.2787829, 0.6082623, 1.4899030", \
					  "0.0844140, 0.0910205, 0.1083008, 0.1551226, 0.2787107, 0.6085845, 1.4892199", \
					  "0.0832007, 0.0897619, 0.1074214, 0.1548339, 0.2788280, 0.6078686, 1.4883239", \
					  "0.1007430, 0.1060229, 0.1202550, 0.1603241, 0.2778243, 0.6090539, 1.4898712", \
					  "0.1554063, 0.1623007, 0.1798455, 0.2187447, 0.3137464, 0.6119357, 1.4894105", \
					  "0.2601585, 0.2704125, 0.2939338, 0.3493337, 0.4661429, 0.7073570, 1.4969416");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0292559, 0.0306167, 0.0341796, 0.0432970, 0.0666019, 0.1275139, 0.2873021", \
					  "0.0336788, 0.0351395, 0.0388546, 0.0481583, 0.0717187, 0.1327799, 0.2926902", \
					  "0.0420143, 0.0436369, 0.0476994, 0.0574626, 0.0814264, 0.1426865, 0.3032196", \
					  "0.0534027, 0.0556174, 0.0612179, 0.0736112, 0.1005893, 0.1628906, 0.3241469", \
					  "0.0651343, 0.0684373, 0.0769245, 0.0957839, 0.1332242, 0.2072249, 0.3707028", \
					  "0.0650133, 0.0708503, 0.0845076, 0.1149376, 0.1745385, 0.2810185, 0.4769942", \
					  "0.0170548, 0.0270903, 0.0517037, 0.1033135, 0.2024091, 0.3721969, 0.6535147");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0144051, 0.0161301, 0.0207368, 0.0329553, 0.0648919, 0.1478635, 0.3708111", \
					  "0.0147081, 0.0164745, 0.0211395, 0.0333748, 0.0651643, 0.1480225, 0.3699978", \
					  "0.0165989, 0.0181469, 0.0224345, 0.0341193, 0.0656445, 0.1490282, 0.3686039", \
					  "0.0232612, 0.0249500, 0.0294263, 0.0408544, 0.0690780, 0.1491078, 0.3686667", \
					  "0.0392424, 0.0414495, 0.0468314, 0.0597145, 0.0888297, 0.1618332, 0.3704397", \
					  "0.0717547, 0.0748578, 0.0823914, 0.0998986, 0.1361801, 0.2136066, 0.4020081", \
					  "0.1375652, 0.1418173, 0.1531104, 0.1778197, 0.2288674, 0.3267538, 0.5242591");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0724762, 0.0750630, 0.0814380, 0.0966707, 0.1331374, 0.2286788, 0.4847022", \
					  "0.0763123, 0.0788935, 0.0852874, 0.1005714, 0.1372558, 0.2329385, 0.4892745", \
					  "0.0858542, 0.0883957, 0.0947951, 0.1100380, 0.1473417, 0.2435392, 0.4998452", \
					  "0.1043787, 0.1070540, 0.1136927, 0.1294509, 0.1672919, 0.2638982, 0.5199605", \
					  "0.1289381, 0.1316397, 0.1383363, 0.1543211, 0.1926583, 0.2911337, 0.5489667", \
					  "0.1529893, 0.1560712, 0.1633531, 0.1800351, 0.2184472, 0.3165222, 0.5759001", \
					  "0.1469961, 0.1511432, 0.1604283, 0.1814066, 0.2221715, 0.3192824, 0.5785126");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0255270, 0.0280610, 0.0347118, 0.0528066, 0.1021004, 0.2379030, 0.6037350", \
					  "0.0255444, 0.0280538, 0.0347438, 0.0528125, 0.1023976, 0.2384273, 0.6009337", \
					  "0.0256013, 0.0280720, 0.0347836, 0.0528951, 0.1024318, 0.2369521, 0.6000844", \
					  "0.0270704, 0.0295519, 0.0361468, 0.0537443, 0.1023630, 0.2372935, 0.5984410", \
					  "0.0285846, 0.0309676, 0.0375470, 0.0551813, 0.1042833, 0.2378035, 0.6021016", \
					  "0.0356570, 0.0377662, 0.0433283, 0.0590538, 0.1057024, 0.2403447, 0.5995557", \
					  "0.0522710, 0.0547185, 0.0597703, 0.0736062, 0.1138062, 0.2403965, 0.6028052");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0925213, 0.0943145, 0.0987154, 0.1093542, 0.1348514, 0.1993441, 0.3712475", \
					  "0.0976944, 0.0994299, 0.1038570, 0.1145309, 0.1400851, 0.2045506, 0.3761044", \
					  "0.1115089, 0.1132574, 0.1176509, 0.1283987, 0.1540706, 0.2186385, 0.3901521", \
					  "0.1462134, 0.1479789, 0.1524769, 0.1633855, 0.1892918, 0.2540689, 0.4260563", \
					  "0.2230360, 0.2250112, 0.2299877, 0.2415571, 0.2681118, 0.3331818, 0.5046675", \
					  "0.3615173, 0.3640928, 0.3703510, 0.3845203, 0.4139279, 0.4809588, 0.6534398", \
					  "0.6049678, 0.6086457, 0.6174694, 0.6366373, 0.6741540, 0.7467291, 0.9193484");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0013374, 0.0035773, 0.00956858, 0.0255941, 0.0684593, 0.183115");
					values("0.0292824, 0.0311482, 0.0359316, 0.0482225, 0.0800604, 0.1668289, 0.4051353", \
					  "0.0293158, 0.0310579, 0.0359385, 0.0482891, 0.0800779, 0.1668865, 0.4046485", \
					  "0.0293819, 0.0312571, 0.0360532, 0.0483699, 0.0801173, 0.1668972, 0.4047752", \
					  "0.0295862, 0.0314132, 0.0362964, 0.0483790, 0.0800975, 0.1667104, 0.4055658", \
					  "0.0310947, 0.0329362, 0.0377050, 0.0498046, 0.0808939, 0.1671245, 0.4049434", \
					  "0.0368403, 0.0389209, 0.0439949, 0.0555588, 0.0853663, 0.1688770, 0.4052473", \
					  "0.0532950, 0.0551041, 0.0610216, 0.0741884, 0.1026965, 0.1783586, 0.4070930");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.016101;
			capacitance : 0.015479;
			fall_capacitance : 0.014858;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.015299;
			capacitance : 0.014943;
			fall_capacitance : 0.014588;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xnor3_1") {
		area : 22.521600;
		cell_footprint : "xnor3";
		cell_leakage_power : 1.958454e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0021825";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0014133";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0021719";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0021143";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0018027";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0017449";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0025036";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0017344";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C) | (A&B&!C) | (A&!B&C) | (!A&B&C)";
			max_capacitance : 0.136424;
			max_transition : 1.504153;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0258530, 0.0275146, 0.0312916, 0.0385512, 0.0542093, 0.0934271, 0.1936117", \
					  "0.0258013, 0.0274583, 0.0312274, 0.0384999, 0.0541634, 0.0937562, 0.1935982", \
					  "0.0256675, 0.0273036, 0.0311198, 0.0383807, 0.0540385, 0.0932780, 0.1934715", \
					  "0.0254210, 0.0271133, 0.0308950, 0.0381980, 0.0538248, 0.0931475, 0.1932024", \
					  "0.0251434, 0.0267942, 0.0306050, 0.0379632, 0.0535728, 0.0929007, 0.1930330", \
					  "0.0270764, 0.0280463, 0.0304482, 0.0377403, 0.0532885, 0.0925076, 0.1927104", \
					  "0.0281532, 0.0291344, 0.0315834, 0.0377437, 0.0530188, 0.0921910, 0.1920831");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0308255, 0.0302215, 0.0284778, 0.0235454, 0.0096080, -0.0290983, -0.1297075", \
					  "0.0307862, 0.0300519, 0.0282809, 0.0234770, 0.0094549, -0.0292252, -0.1298719", \
					  "0.0305632, 0.0299485, 0.0282223, 0.0232928, 0.0093528, -0.0293529, -0.1299651", \
					  "0.0304350, 0.0298390, 0.0280689, 0.0232167, 0.0092007, -0.0295051, -0.1301182", \
					  "0.0303719, 0.0296409, 0.0279395, 0.0230082, 0.0090185, -0.0296641, -0.1302683", \
					  "0.0303518, 0.0296480, 0.0278656, 0.0229186, 0.0088764, -0.0297996, -0.1303448", \
					  "0.0300556, 0.0290663, 0.0273520, 0.0225300, 0.0086002, -0.0300402, -0.1305551");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0157940, 0.0171746, 0.0202484, 0.0268426, 0.0423500, 0.0820700, 0.1817443", \
					  "0.0158447, 0.0172111, 0.0203198, 0.0268894, 0.0425824, 0.0817668, 0.1807838", \
					  "0.0160437, 0.0174200, 0.0204573, 0.0270376, 0.0426299, 0.0818275, 0.1815228", \
					  "0.0160970, 0.0174760, 0.0205513, 0.0270942, 0.0426390, 0.0823463, 0.1820959", \
					  "0.0162650, 0.0175931, 0.0205960, 0.0270931, 0.0427348, 0.0819901, 0.1809525", \
					  "0.0179491, 0.0189155, 0.0213392, 0.0272351, 0.0425984, 0.0820295, 0.1822046", \
					  "0.0187112, 0.0196622, 0.0220958, 0.0283072, 0.0436894, 0.0828628, 0.1822768");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0297540, 0.0290265, 0.0274020, 0.0225767, 0.0085462, -0.0301221, -0.1307303", \
					  "0.0294391, 0.0288812, 0.0272108, 0.0222748, 0.0083542, -0.0303186, -0.1309247", \
					  "0.0293255, 0.0286638, 0.0268862, 0.0220812, 0.0080760, -0.0305591, -0.1311524", \
					  "0.0290866, 0.0284166, 0.0267372, 0.0218638, 0.0078689, -0.0308005, -0.1313993", \
					  "0.0288268, 0.0280979, 0.0264602, 0.0216052, 0.0075616, -0.0310794, -0.1316657", \
					  "0.0290312, 0.0283362, 0.0265812, 0.0217099, 0.0076417, -0.0309908, -0.1315414", \
					  "0.0321845, 0.0312272, 0.0288311, 0.0227652, 0.0080546, -0.0300955, -0.1305985");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0063388, 0.0074262, 0.0099534, 0.0160360, 0.0313254, 0.0708441, 0.1700760", \
					  "0.0061866, 0.0072708, 0.0097967, 0.0158772, 0.0312204, 0.0706794, 0.1696638", \
					  "0.0059225, 0.0069963, 0.0095370, 0.0156474, 0.0309505, 0.0701739, 0.1700958", \
					  "0.0055781, 0.0066661, 0.0092069, 0.0153307, 0.0308722, 0.0699132, 0.1689631", \
					  "0.0053550, 0.0063918, 0.0090030, 0.0151027, 0.0304939, 0.0696109, 0.1684586", \
					  "0.0055437, 0.0065123, 0.0089495, 0.0149519, 0.0303924, 0.0696816, 0.1694416", \
					  "0.0059681, 0.0068917, 0.0092732, 0.0154664, 0.0309911, 0.0702837, 0.1693166");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001273376, 0.003242971, 0.008259041, 0.02103373, 0.05356767, 0.1364235");
					values("0.0110661, 0.0104153, 0.0086632, 0.0035684, -0.0107979, -0.0498081, -0.1505666", \
					  "0.0107989, 0.0101569, 0.0083892, 0.0032901, -0.0110483, -0.0500371, -0.1507950", \
					  "0.0104642, 0.0098801, 0.0081041, 0.0030484, -0.0112854, -0.0502777, -0.1510281", \
					  "0.0102208, 0.0096559, 0.0077666, 0.0027850, -0.0115237, -0.0504777, -0.1512251", \
					  "0.0102309, 0.0094819, 0.0077182, 0.0026809, -0.0116151, -0.0505675, -0.1512931", \
					  "0.0107705, 0.0098542, 0.0074787, 0.0025448, -0.0117008, -0.0505669, -0.1512778", \
					  "0.0135133, 0.0125729, 0.0102505, 0.0041673, -0.0113096, -0.0503787, -0.1509536");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.2902514, 0.2995581, 0.3197780, 0.3631998, 0.4635561, 0.7147610, 1.3505066", \
					  "0.2959641, 0.3053207, 0.3255039, 0.3688920, 0.4695693, 0.7198774, 1.3574301", \
					  "0.3104989, 0.3199416, 0.3401566, 0.3835524, 0.4840785, 0.7350190, 1.3704757", \
					  "0.3458224, 0.3552416, 0.3754656, 0.4188500, 0.5194531, 0.7701754, 1.4045997", \
					  "0.4303138, 0.4396556, 0.4598363, 0.5032266, 0.6039026, 0.8542136, 1.4915972", \
					  "0.6129200, 0.6223075, 0.6425547, 0.6860390, 0.7865958, 1.0373621, 1.6716688", \
					  "0.9455927, 0.9552679, 0.9759105, 1.0198437, 1.1205421, 1.3709038, 2.0098572");
				}
				rise_transition ("del_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("0.0313731, 0.0403941, 0.0605338, 0.1112855, 0.2447558, 0.5936670, 1.4903974", \
					  "0.0316177, 0.0402091, 0.0605863, 0.1111390, 0.2451077, 0.5936573, 1.4993079", \
					  "0.0317329, 0.0400938, 0.0606102, 0.1110744, 0.2443274, 0.5955035, 1.4917015", \
					  "0.0317127, 0.0402124, 0.0606235, 0.1110631, 0.2445056, 0.5962933, 1.4907302", \
					  "0.0316491, 0.0401732, 0.0606048, 0.1111336, 0.2450816, 0.5936198, 1.4994470", \
					  "0.0318832, 0.0404836, 0.0606865, 0.1115714, 0.2443453, 0.5950683, 1.4947145", \
					  "0.0329190, 0.0414933, 0.0620470, 0.1125496, 0.2444326, 0.5929013, 1.4924267");
				}
				cell_fall ("del_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("0.3418217, 0.3523561, 0.3719183, 0.4057093, 0.4658275, 0.5822270, 0.8321098", \
					  "0.3467362, 0.3572263, 0.3768761, 0.4106383, 0.4707945, 0.5871416, 0.8368873", \
					  "0.3586486, 0.3692042, 0.3887765, 0.4225679, 0.4827094, 0.5990551, 0.8489909", \
					  "0.3858956, 0.3963880, 0.4159842, 0.4497539, 0.5098031, 0.6262970, 0.8761498", \
					  "0.4369423, 0.4474940, 0.4670803, 0.5008427, 0.5609844, 0.6773813, 0.9272737", \
					  "0.5136644, 0.5244510, 0.5438093, 0.5771886, 0.6375192, 0.7541076, 1.0039998", \
					  "0.6205886, 0.6312980, 0.6507766, 0.6845733, 0.7448903, 0.8613432, 1.1112044");
				}
				fall_transition ("del_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("0.0535678, 0.0566452, 0.0653612, 0.0864652, 0.1357036, 0.2533729, 0.5520425", \
					  "0.0535667, 0.0568719, 0.0659479, 0.0858326, 0.1364620, 0.2551536, 0.5518054", \
					  "0.0535574, 0.0566463, 0.0653490, 0.0865836, 0.1357387, 0.2546307, 0.5511861", \
					  "0.0535566, 0.0570801, 0.0653681, 0.0865421, 0.1354625, 0.2537335, 0.5522279", \
					  "0.0534745, 0.0567113, 0.0653365, 0.0858265, 0.1357934, 0.2552592, 0.5514568", \
					  "0.0535774, 0.0568960, 0.0651646, 0.0856903, 0.1355803, 0.2538389, 0.5520182", \
					  "0.0538975, 0.0570689, 0.0653954, 0.0870321, 0.1369157, 0.2551624, 0.5483465");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1489360, 0.1577950, 0.1771105, 0.2198864, 0.3212059, 0.5717775, 1.2080691", \
					  "0.1537078, 0.1625673, 0.1818801, 0.2246569, 0.3260004, 0.5766659, 1.2133198", \
					  "0.1652043, 0.1740097, 0.1933589, 0.2361303, 0.3374296, 0.5879764, 1.2240291", \
					  "0.1913416, 0.2001801, 0.2195188, 0.2622757, 0.3634487, 0.6141033, 1.2488082", \
					  "0.2455842, 0.2544941, 0.2739265, 0.3166930, 0.4178118, 0.6684557, 1.3042893", \
					  "0.3343159, 0.3444902, 0.3656469, 0.4101881, 0.5121256, 0.7628400, 1.3989229", \
					  "0.4583578, 0.4715280, 0.4977807, 0.5477921, 0.6525435, 0.9038691, 1.5392917");
				}
				rise_transition ("del_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("0.0292633, 0.0376663, 0.0581623, 0.1099017, 0.2440556, 0.5918800, 1.4977587", \
					  "0.0292245, 0.0376615, 0.0582739, 0.1099375, 0.2442857, 0.5922514, 1.4988830", \
					  "0.0291082, 0.0376799, 0.0581764, 0.1097973, 0.2441298, 0.5923142, 1.4973371", \
					  "0.0291889, 0.0377503, 0.0583501, 0.1099464, 0.2444653, 0.5937492, 1.4942166", \
					  "0.0299602, 0.0382431, 0.0586918, 0.1102532, 0.2445855, 0.5930971, 1.4959280", \
					  "0.0348778, 0.0437127, 0.0635339, 0.1138843, 0.2460749, 0.5928913, 1.4973589", \
					  "0.0479445, 0.0574109, 0.0778326, 0.1250387, 0.2512144, 0.5936269, 1.4922703");
				}
				cell_fall ("del_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("0.3380621, 0.3483616, 0.3675229, 0.4005111, 0.4594340, 0.5740103, 0.8221690", \
					  "0.3437193, 0.3543222, 0.3733258, 0.4064373, 0.4652067, 0.5798120, 0.8280483", \
					  "0.3586057, 0.3689188, 0.3880867, 0.4210749, 0.4800165, 0.5945975, 0.8427703", \
					  "0.3935166, 0.4038980, 0.4231038, 0.4560103, 0.5149599, 0.6295817, 0.8777090", \
					  "0.4771340, 0.4875437, 0.5067136, 0.5396594, 0.5986046, 0.7132642, 0.9616892", \
					  "0.6666115, 0.6771799, 0.6964884, 0.7294909, 0.7885179, 0.9033110, 1.1518917", \
					  "1.0497088, 1.0625076, 1.0845614, 1.1204205, 1.1822535, 1.2995199, 1.5494001");
				}
				fall_transition ("del_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("0.0541036, 0.0567542, 0.0640956, 0.0844198, 0.1332089, 0.2508970, 0.5486979", \
					  "0.0541868, 0.0567055, 0.0639258, 0.0834543, 0.1322613, 0.2497815, 0.5494720", \
					  "0.0541013, 0.0567381, 0.0641296, 0.0844133, 0.1331593, 0.2508913, 0.5488119", \
					  "0.0540904, 0.0568000, 0.0640039, 0.0841730, 0.1332746, 0.2509136, 0.5485827", \
					  "0.0540666, 0.0567228, 0.0642505, 0.0844515, 0.1329878, 0.2511426, 0.5474486", \
					  "0.0561233, 0.0585146, 0.0653858, 0.0849208, 0.1331893, 0.2508422, 0.5464213", \
					  "0.0799434, 0.0765086, 0.0779788, 0.0941016, 0.1395214, 0.2550842, 0.5494366");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1809642, 0.1897150, 0.2088672, 0.2509878, 0.3510925, 0.6014761, 1.2381028", \
					  "0.1848495, 0.1935944, 0.2127019, 0.2549284, 0.3546833, 0.6048774, 1.2409213", \
					  "0.1979501, 0.2066932, 0.2257939, 0.2680078, 0.3679098, 0.6179173, 1.2535629", \
					  "0.2315229, 0.2403089, 0.2594387, 0.3015082, 0.4017260, 0.6520987, 1.2902486", \
					  "0.3037239, 0.3124783, 0.3315991, 0.3738595, 0.4736638, 0.7237005, 1.3591380", \
					  "0.4249302, 0.4336871, 0.4527979, 0.4950580, 0.5951043, 0.8458346, 1.4830006", \
					  "0.6250908, 0.6340289, 0.6534459, 0.6958582, 0.7962995, 1.0469700, 1.6819552");
				}
				rise_transition ("del_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("0.0290595, 0.0373931, 0.0576902, 0.1090641, 0.2436703, 0.5933919, 1.5008010", \
					  "0.0289370, 0.0373621, 0.0576453, 0.1090792, 0.2432251, 0.5932718, 1.4969251", \
					  "0.0289288, 0.0373764, 0.0575931, 0.1087893, 0.2434655, 0.5942239, 1.4961810", \
					  "0.0290631, 0.0372440, 0.0576418, 0.1090019, 0.2434954, 0.5928715, 1.5001979", \
					  "0.0289983, 0.0374068, 0.0575776, 0.1091118, 0.2431665, 0.5940431, 1.4960132", \
					  "0.0293671, 0.0376118, 0.0579992, 0.1088898, 0.2432052, 0.5921641, 1.5002519", \
					  "0.0303644, 0.0385875, 0.0588672, 0.1097566, 0.2440248, 0.5909253, 1.4906377");
				}
				cell_fall ("del_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("0.2400985, 0.2504887, 0.2696828, 0.3023913, 0.3609019, 0.4753296, 0.7235412", \
					  "0.2454695, 0.2557917, 0.2748470, 0.3075956, 0.3661371, 0.4806613, 0.7286988", \
					  "0.2583209, 0.2686854, 0.2877550, 0.3205474, 0.3792519, 0.4936390, 0.7417176", \
					  "0.2835954, 0.2939370, 0.3129416, 0.3456100, 0.4041058, 0.5186507, 0.7666686", \
					  "0.3343609, 0.3445594, 0.3632014, 0.3956820, 0.4541566, 0.5686135, 0.8168510", \
					  "0.3878799, 0.3978643, 0.4166041, 0.4488128, 0.5067822, 0.6204072, 0.8683423", \
					  "0.4331166, 0.4432870, 0.4619852, 0.4943942, 0.5528715, 0.6669577, 0.9142297");
				}
				fall_transition ("del_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("0.0531836, 0.0556891, 0.0639133, 0.0828911, 0.1319785, 0.2492425, 0.5457797", \
					  "0.0532971, 0.0558456, 0.0634774, 0.0835441, 0.1329700, 0.2506937, 0.5489502", \
					  "0.0531186, 0.0557177, 0.0633790, 0.0837425, 0.1330402, 0.2507305, 0.5490836", \
					  "0.0526352, 0.0554030, 0.0632394, 0.0835792, 0.1329724, 0.2505991, 0.5487795", \
					  "0.0504260, 0.0538249, 0.0621366, 0.0829203, 0.1316123, 0.2492889, 0.5459166", \
					  "0.0503941, 0.0535338, 0.0621605, 0.0816380, 0.1302398, 0.2490879, 0.5485233", \
					  "0.0506752, 0.0539136, 0.0619744, 0.0826878, 0.1322558, 0.2499742, 0.5453351");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1306440, 0.1403221, 0.1610586, 0.2052193, 0.3062219, 0.5563532, 1.1912061", \
					  "0.1364882, 0.1461445, 0.1668620, 0.2110167, 0.3121040, 0.5624759, 1.1995479", \
					  "0.1487760, 0.1584305, 0.1790949, 0.2231699, 0.3243618, 0.5748217, 1.2112937", \
					  "0.1718968, 0.1815594, 0.2022236, 0.2462349, 0.3471337, 0.5975777, 1.2353979", \
					  "0.2191403, 0.2289549, 0.2499247, 0.2940969, 0.3949131, 0.6455259, 1.2845508", \
					  "0.2953366, 0.3062853, 0.3286758, 0.3740697, 0.4755621, 0.7266731, 1.3658231", \
					  "0.3905521, 0.4047424, 0.4322504, 0.4818262, 0.5844815, 0.8349904, 1.4708629");
				}
				rise_transition ("del_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("0.0326806, 0.0413788, 0.0619321, 0.1127493, 0.2451547, 0.5939323, 1.4962712", \
					  "0.0329543, 0.0414001, 0.0619360, 0.1126606, 0.2452679, 0.5946438, 1.4886310", \
					  "0.0325679, 0.0413754, 0.0620607, 0.1125010, 0.2452863, 0.5940378, 1.4906515", \
					  "0.0326322, 0.0413252, 0.0619025, 0.1124959, 0.2453203, 0.5938414, 1.5005756", \
					  "0.0337296, 0.0424318, 0.0628911, 0.1131792, 0.2454112, 0.5961013, 1.4929129", \
					  "0.0401113, 0.0485547, 0.0677507, 0.1162603, 0.2463673, 0.5967619, 1.5022681", \
					  "0.0549066, 0.0631390, 0.0820282, 0.1257279, 0.2505270, 0.5998026, 1.4902755");
				}
				cell_fall ("del_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("0.2787773, 0.2891268, 0.3083779, 0.3417622, 0.4013191, 0.5171790, 0.7673360", \
					  "0.2821129, 0.2924651, 0.3118981, 0.3452210, 0.4047215, 0.5205725, 0.7707253", \
					  "0.2933047, 0.3038246, 0.3229852, 0.3563544, 0.4158216, 0.5318546, 0.7818692", \
					  "0.3235283, 0.3338559, 0.3532492, 0.3865717, 0.4460717, 0.5619514, 0.8121094", \
					  "0.3977034, 0.4079498, 0.4270904, 0.4603800, 0.5199761, 0.6359447, 0.8861278", \
					  "0.5599319, 0.5708050, 0.5904112, 0.6239009, 0.6836324, 0.7999672, 1.0502860", \
					  "0.8499844, 0.8652633, 0.8912044, 0.9317082, 0.9986385, 1.1214072, 1.3760704");
				}
				fall_transition ("del_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("0.0515151, 0.0549229, 0.0638997, 0.0852401, 0.1344288, 0.2529289, 0.5502339", \
					  "0.0515504, 0.0548469, 0.0640783, 0.0845576, 0.1346914, 0.2539628, 0.5505215", \
					  "0.0516014, 0.0547395, 0.0636168, 0.0854830, 0.1353492, 0.2536121, 0.5517233", \
					  "0.0514189, 0.0547009, 0.0639956, 0.0845556, 0.1347721, 0.2541027, 0.5507885", \
					  "0.0510921, 0.0546578, 0.0637959, 0.0852796, 0.1344570, 0.2521776, 0.5512355", \
					  "0.0562833, 0.0585575, 0.0660757, 0.0864885, 0.1349323, 0.2537797, 0.5507230", \
					  "0.0926931, 0.0909797, 0.0925908, 0.1069989, 0.1519307, 0.2658364, 0.5587281");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.1393503, 0.1482395, 0.1678350, 0.2103054, 0.3104507, 0.5619308, 1.1968471", \
					  "0.1446715, 0.1536082, 0.1730624, 0.2157342, 0.3155748, 0.5661429, 1.2014871", \
					  "0.1587136, 0.1676430, 0.1871251, 0.2298561, 0.3297089, 0.5802447, 1.2155111", \
					  "0.1932265, 0.2021843, 0.2217094, 0.2643012, 0.3642253, 0.6154694, 1.2557556", \
					  "0.2692593, 0.2781851, 0.2977177, 0.3403461, 0.4403301, 0.6908840, 1.3258723", \
					  "0.3998685, 0.4088074, 0.4286213, 0.4712951, 0.5710263, 0.8213019, 1.4565958", \
					  "0.6205875, 0.6295687, 0.6490791, 0.6921653, 0.7931489, 1.0433832, 1.6803375");
				}
				rise_transition ("del_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("0.0297423, 0.0384547, 0.0591859, 0.1103042, 0.2449216, 0.5937739, 1.4886450", \
					  "0.0297418, 0.0383923, 0.0591362, 0.1104166, 0.2442942, 0.5979911, 1.4872297", \
					  "0.0296652, 0.0384139, 0.0591642, 0.1104164, 0.2444138, 0.5982276, 1.4876214", \
					  "0.0297142, 0.0384057, 0.0591864, 0.1101872, 0.2444071, 0.5990017, 1.5013183", \
					  "0.0298332, 0.0383241, 0.0590627, 0.1101540, 0.2445188, 0.5992099, 1.4962902", \
					  "0.0302874, 0.0389465, 0.0595192, 0.1106957, 0.2439373, 0.5975448, 1.4961832", \
					  "0.0313390, 0.0396796, 0.0607484, 0.1122538, 0.2453828, 0.5921511, 1.4851197");
				}
				cell_fall ("del_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("0.1520081, 0.1614311, 0.1802066, 0.2127798, 0.2717201, 0.3872077, 0.6370873", \
					  "0.1566797, 0.1667586, 0.1853409, 0.2178559, 0.2767749, 0.3923562, 0.6422107", \
					  "0.1669449, 0.1767557, 0.1951933, 0.2278073, 0.2867335, 0.4021986, 0.6522149", \
					  "0.1886325, 0.1981629, 0.2163846, 0.2485234, 0.3066163, 0.4220619, 0.6720011", \
					  "0.2341824, 0.2424053, 0.2587582, 0.2893608, 0.3467826, 0.4616689, 0.7112981", \
					  "0.2841609, 0.2924039, 0.3084385, 0.3387825, 0.3960808, 0.5095170, 0.7576706", \
					  "0.3309636, 0.3391238, 0.3551371, 0.3853290, 0.4416031, 0.5556276, 0.8036650");
				}
				fall_transition ("del_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("0.0455881, 0.0498295, 0.0601460, 0.0826740, 0.1328461, 0.2523361, 0.5519549", \
					  "0.0452042, 0.0497502, 0.0604061, 0.0820114, 0.1337654, 0.2535310, 0.5516150", \
					  "0.0451418, 0.0500747, 0.0595235, 0.0817860, 0.1333698, 0.2522411, 0.5502013", \
					  "0.0428431, 0.0477366, 0.0588465, 0.0817909, 0.1321541, 0.2519612, 0.5516882", \
					  "0.0356722, 0.0410138, 0.0529118, 0.0768394, 0.1295832, 0.2512374, 0.5492111", \
					  "0.0356224, 0.0409348, 0.0520915, 0.0763970, 0.1273538, 0.2465590, 0.5466469", \
					  "0.0349153, 0.0402920, 0.0520382, 0.0757029, 0.1293220, 0.2490448, 0.5479134");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00127338, 0.00324297, 0.00825904, 0.0210337, 0.0535677, 0.136424");
					values("0.0750930, 0.0835337, 0.1019353, 0.1428736, 0.2407613, 0.4904421, 1.1248484", \
					  "0.0797267, 0.0881661, 0.1065667, 0.1475778, 0.2456068, 0.4953594, 1.1299749", \
					  "0.0909666, 0.0993211, 0.1177872, 0.1587239, 0.2573781, 0.5063759, 1.1425881", \
					  "0.1159799, 0.1243728, 0.1428458, 0.1840613, 0.2827345, 0.5313179, 1.1656699", \
					  "0.1554635, 0.1640118, 0.1829348, 0.2250938, 0.3246932, 0.5755916, 1.2085312", \
					  "0.2094002, 0.2193823, 0.2396489, 0.2821859, 0.3823050, 0.6329042, 1.2690865", \
					  "0.2650111, 0.2788757, 0.3051579, 0.3524769, 0.4523657, 0.7031722, 1.3382160");
				}
				rise_transition ("del_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("0.0279331, 0.0362854, 0.0566179, 0.1082491, 0.2436742, 0.5965788, 1.4869586", \
					  "0.0279042, 0.0362736, 0.0566030, 0.1082032, 0.2438293, 0.5967382, 1.4880200", \
					  "0.0276989, 0.0361945, 0.0566263, 0.1080764, 0.2429567, 0.5988489, 1.5041531", \
					  "0.0280622, 0.0364005, 0.0567864, 0.1079267, 0.2436015, 0.5971190, 1.4935667", \
					  "0.0303927, 0.0383576, 0.0585734, 0.1097202, 0.2441859, 0.5949118, 1.4972938", \
					  "0.0387243, 0.0457362, 0.0634475, 0.1118227, 0.2468356, 0.5938190, 1.5006318", \
					  "0.0577184, 0.0659235, 0.0813109, 0.1226832, 0.2479542, 0.5992861, 1.4878468");
				}
				cell_fall ("del_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("0.1342093, 0.1424297, 0.1582119, 0.1876262, 0.2437664, 0.3565274, 0.6043228", \
					  "0.1379218, 0.1460840, 0.1618337, 0.1912141, 0.2473311, 0.3600893, 0.6078147", \
					  "0.1487818, 0.1567725, 0.1723742, 0.2017766, 0.2576187, 0.3703944, 0.6179042", \
					  "0.1774247, 0.1851976, 0.2005995, 0.2296025, 0.2853810, 0.3980879, 0.6456088", \
					  "0.2518697, 0.2592701, 0.2739775, 0.3024039, 0.3574618, 0.4695442, 0.7169317", \
					  "0.3935792, 0.4030198, 0.4211166, 0.4528159, 0.5092249, 0.6218921, 0.8695939", \
					  "0.6208369, 0.6333403, 0.6576109, 0.6986820, 0.7658029, 0.8830940, 1.1340018");
				}
				fall_transition ("del_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("0.0339123, 0.0392996, 0.0508828, 0.0750985, 0.1280824, 0.2477580, 0.5460555", \
					  "0.0336651, 0.0389825, 0.0504155, 0.0747078, 0.1274768, 0.2468228, 0.5476773", \
					  "0.0330282, 0.0384534, 0.0498974, 0.0740731, 0.1267885, 0.2475007, 0.5485652", \
					  "0.0320080, 0.0376407, 0.0488338, 0.0738369, 0.1268984, 0.2468406, 0.5443191", \
					  "0.0311901, 0.0360566, 0.0471298, 0.0723252, 0.1256572, 0.2464970, 0.5474326", \
					  "0.0440949, 0.0496476, 0.0597893, 0.0807737, 0.1294683, 0.2475292, 0.5479008", \
					  "0.0642870, 0.0712828, 0.0851033, 0.1077259, 0.1516559, 0.2594044, 0.5542978");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002415;
			capacitance : 0.002271;
			fall_capacitance : 0.002128;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005237;
			capacitance : 0.005072;
			fall_capacitance : 0.004907;
			max_transition : 1.500000;
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003471;
			capacitance : 0.003341;
			fall_capacitance : 0.003211;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xnor3_2") {
		area : 23.772800;
		cell_footprint : "xnor3";
		cell_leakage_power : 2.146561e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0025389";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0014338";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0021874";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0024759";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0018169";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0021062";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0028596";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0017537";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C) | (A&B&!C) | (A&!B&C) | (!A&B&C)";
			max_capacitance : 0.261851;
			max_transition : 1.505907;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0293913, 0.0308934, 0.0352412, 0.0458473, 0.0717522, 0.1444828, 0.3490056", \
					  "0.0293416, 0.0308309, 0.0351893, 0.0457940, 0.0716809, 0.1443488, 0.3485397", \
					  "0.0292142, 0.0307152, 0.0350520, 0.0456746, 0.0716730, 0.1438120, 0.3498883", \
					  "0.0290045, 0.0305053, 0.0348762, 0.0455174, 0.0714402, 0.1433810, 0.3483869", \
					  "0.0286683, 0.0302293, 0.0345127, 0.0452181, 0.0711587, 0.1430767, 0.3482090", \
					  "0.0301962, 0.0313586, 0.0345548, 0.0449497, 0.0708349, 0.1428453, 0.3473157", \
					  "0.0317075, 0.0328680, 0.0361325, 0.0452628, 0.0707675, 0.1428377, 0.3471433");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0328777, 0.0318471, 0.0292149, 0.0214972, -0.0016886, -0.0724489, -0.2783294", \
					  "0.0327521, 0.0317565, 0.0290637, 0.0214271, -0.0018050, -0.0725362, -0.2783930", \
					  "0.0326161, 0.0316438, 0.0290310, 0.0213494, -0.0019297, -0.0727057, -0.2785683", \
					  "0.0325000, 0.0314948, 0.0288257, 0.0212159, -0.0020875, -0.0728142, -0.2787010", \
					  "0.0323294, 0.0313492, 0.0287311, 0.0210478, -0.0022925, -0.0730108, -0.2788352", \
					  "0.0323729, 0.0313239, 0.0286748, 0.0208702, -0.0024478, -0.0731867, -0.2789514", \
					  "0.0319589, 0.0310100, 0.0283610, 0.0206583, -0.0026968, -0.0734776, -0.2791959");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0193422, 0.0206768, 0.0244621, 0.0341241, 0.0599577, 0.1327226, 0.3367841", \
					  "0.0194054, 0.0207331, 0.0244941, 0.0342243, 0.0599701, 0.1327423, 0.3370645", \
					  "0.0195866, 0.0209132, 0.0246451, 0.0344306, 0.0601391, 0.1324725, 0.3369639", \
					  "0.0196579, 0.0209637, 0.0247604, 0.0345406, 0.0602130, 0.1325596, 0.3371646", \
					  "0.0198387, 0.0211260, 0.0248624, 0.0344407, 0.0602164, 0.1321861, 0.3369503", \
					  "0.0213812, 0.0224880, 0.0257197, 0.0346340, 0.0601226, 0.1325539, 0.3370457", \
					  "0.0223499, 0.0234493, 0.0267031, 0.0358476, 0.0613920, 0.1335010, 0.3389480");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0316220, 0.0306028, 0.0281229, 0.0205375, -0.0026856, -0.0734385, -0.2793171", \
					  "0.0314213, 0.0304065, 0.0278757, 0.0203584, -0.0028633, -0.0736093, -0.2795006", \
					  "0.0312324, 0.0302566, 0.0277019, 0.0201579, -0.0030988, -0.0738387, -0.2796968", \
					  "0.0309642, 0.0300599, 0.0274343, 0.0199370, -0.0032949, -0.0740706, -0.2799147", \
					  "0.0307255, 0.0296428, 0.0271876, 0.0196350, -0.0036612, -0.0743778, -0.2801978", \
					  "0.0309565, 0.0299038, 0.0274300, 0.0196950, -0.0036108, -0.0743011, -0.2800724", \
					  "0.0341521, 0.0329476, 0.0297028, 0.0207040, -0.0032217, -0.0734933, -0.2791881");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0095306, 0.0108137, 0.0143650, 0.0237048, 0.0490953, 0.1209550, 0.3255770", \
					  "0.0094049, 0.0106899, 0.0142521, 0.0235856, 0.0489995, 0.1208848, 0.3255638", \
					  "0.0091825, 0.0104495, 0.0140122, 0.0233741, 0.0487714, 0.1214374, 0.3248314", \
					  "0.0088854, 0.0101718, 0.0136890, 0.0229801, 0.0485247, 0.1205699, 0.3261015", \
					  "0.0086891, 0.0099205, 0.0134231, 0.0227174, 0.0482619, 0.1203701, 0.3251175", \
					  "0.0091146, 0.0102565, 0.0135548, 0.0224524, 0.0479720, 0.1198585, 0.3264617", \
					  "0.0092721, 0.0103754, 0.0135892, 0.0227460, 0.0483032, 0.1204519, 0.3257014");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00141955, 0.004030243, 0.01144226, 0.03248572, 0.09223021, 0.2618507");
					values("0.0129145, 0.0118738, 0.0094883, 0.0018877, -0.0216726, -0.0928756, -0.2989849", \
					  "0.0126818, 0.0117734, 0.0092873, 0.0016500, -0.0218832, -0.0930807, -0.2991949", \
					  "0.0124152, 0.0113636, 0.0090091, 0.0013733, -0.0221422, -0.0933142, -0.2994364", \
					  "0.0121499, 0.0112254, 0.0086949, 0.0011528, -0.0224145, -0.0935543, -0.2996710", \
					  "0.0118535, 0.0109669, 0.0083801, 0.0007734, -0.0227585, -0.0938266, -0.2998946", \
					  "0.0117127, 0.0109475, 0.0085129, 0.0007173, -0.0228484, -0.0938699, -0.2998544", \
					  "0.0161884, 0.0150464, 0.0118860, 0.0029493, -0.0225038, -0.0937757, -0.2996434");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.3069647, 0.3144547, 0.3319369, 0.3701713, 0.4597577, 0.6994702, 1.3751036", \
					  "0.3126706, 0.3203531, 0.3376674, 0.3758369, 0.4655735, 0.7051162, 1.3840005", \
					  "0.3272205, 0.3348753, 0.3523016, 0.3905262, 0.4800433, 0.7194099, 1.3947827", \
					  "0.3625244, 0.3701826, 0.3876120, 0.4258351, 0.5153421, 0.7546437, 1.4296634", \
					  "0.4469874, 0.4546015, 0.4720431, 0.5102113, 0.5999243, 0.8394956, 1.5173979", \
					  "0.6298005, 0.6374088, 0.6548444, 0.6930569, 0.7828229, 1.0230304, 1.7009495", \
					  "0.9635636, 0.9712287, 0.9890345, 1.0278304, 1.1178832, 1.3576047, 2.0344044");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0295231, 0.0357427, 0.0510866, 0.0906221, 0.2027108, 0.5376267, 1.4965660", \
					  "0.0296002, 0.0357044, 0.0509966, 0.0903985, 0.2029464, 0.5361383, 1.5019710", \
					  "0.0296295, 0.0357768, 0.0510101, 0.0907238, 0.2025993, 0.5379170, 1.4966256", \
					  "0.0296464, 0.0357945, 0.0510003, 0.0907328, 0.2025625, 0.5378785, 1.4969644", \
					  "0.0296278, 0.0359271, 0.0510656, 0.0903146, 0.2029050, 0.5358738, 1.5023908", \
					  "0.0297501, 0.0358974, 0.0511819, 0.0906035, 0.2030436, 0.5364667, 1.5037609", \
					  "0.0306675, 0.0369988, 0.0524154, 0.0920238, 0.2031357, 0.5356858, 1.4907421");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.3663486, 0.3766356, 0.3972822, 0.4332888, 0.4956417, 0.6156033, 0.8802293", \
					  "0.3715794, 0.3816343, 0.4023908, 0.4385000, 0.5005384, 0.6206660, 0.8851687", \
					  "0.3832426, 0.3935297, 0.4141763, 0.4502083, 0.5125267, 0.6324997, 0.8971195", \
					  "0.4104165, 0.4207057, 0.4413565, 0.4773472, 0.5397137, 0.6596733, 0.9242950", \
					  "0.4615033, 0.4715405, 0.4924167, 0.5284567, 0.5910178, 0.7108196, 0.9753072", \
					  "0.5381025, 0.5483363, 0.5688726, 0.6049033, 0.6674328, 0.7876422, 1.0522008", \
					  "0.6450641, 0.6551998, 0.6759566, 0.7120769, 0.7741973, 0.8944634, 1.1590287");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0670018, 0.0697175, 0.0758861, 0.0921894, 0.1353244, 0.2461212, 0.5460451", \
					  "0.0672614, 0.0694986, 0.0759441, 0.0925565, 0.1346072, 0.2454030, 0.5462068", \
					  "0.0670258, 0.0697382, 0.0758992, 0.0921732, 0.1355013, 0.2461484, 0.5461114", \
					  "0.0670013, 0.0697363, 0.0758778, 0.0921941, 0.1353223, 0.2461229, 0.5460397", \
					  "0.0670694, 0.0695057, 0.0760081, 0.0930607, 0.1346423, 0.2466118, 0.5460954", \
					  "0.0669495, 0.0694890, 0.0760660, 0.0926707, 0.1347331, 0.2457656, 0.5458923", \
					  "0.0676747, 0.0698938, 0.0762665, 0.0928463, 0.1348018, 0.2457064, 0.5442464");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1630212, 0.1699924, 0.1864109, 0.2232448, 0.3125730, 0.5524294, 1.2292644", \
					  "0.1678227, 0.1747645, 0.1911851, 0.2280222, 0.3172350, 0.5572435, 1.2321082", \
					  "0.1792028, 0.1862687, 0.2026222, 0.2394253, 0.3288349, 0.5684466, 1.2449715", \
					  "0.2053125, 0.2122961, 0.2287213, 0.2655538, 0.3546348, 0.5947252, 1.2708952", \
					  "0.2599990, 0.2671103, 0.2834470, 0.3202742, 0.4093854, 0.6494278, 1.3259894", \
					  "0.3531999, 0.3611692, 0.3791759, 0.4179017, 0.5085125, 0.7484519, 1.4285334", \
					  "0.4874636, 0.4978734, 0.5204174, 0.5653668, 0.6603398, 0.9014816, 1.5767212");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0268298, 0.0328264, 0.0479013, 0.0877190, 0.2014100, 0.5340881, 1.4927970", \
					  "0.0268761, 0.0328630, 0.0479178, 0.0878178, 0.2013752, 0.5334458, 1.4969420", \
					  "0.0269036, 0.0327949, 0.0479790, 0.0877638, 0.2014608, 0.5341789, 1.4926336", \
					  "0.0268862, 0.0328867, 0.0479378, 0.0878592, 0.2011843, 0.5339365, 1.4994321", \
					  "0.0272043, 0.0331962, 0.0481471, 0.0877413, 0.2014925, 0.5340100, 1.4997807", \
					  "0.0316319, 0.0376892, 0.0529359, 0.0920602, 0.2037347, 0.5335165, 1.4934100", \
					  "0.0437313, 0.0508252, 0.0669902, 0.1046028, 0.2108114, 0.5364872, 1.4951456");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.3602600, 0.3702595, 0.3903248, 0.4251089, 0.4855160, 0.6024281, 0.8639588", \
					  "0.3659726, 0.3760658, 0.3961907, 0.4310657, 0.4912774, 0.6082728, 0.8696930", \
					  "0.3806649, 0.3910557, 0.4111591, 0.4460710, 0.5060587, 0.6230634, 0.8845196", \
					  "0.4158184, 0.4258706, 0.4459787, 0.4808144, 0.5410925, 0.6580080, 0.9195747", \
					  "0.4992633, 0.5096780, 0.5294919, 0.5643304, 0.6244776, 0.7415550, 1.0030553", \
					  "0.6878433, 0.6981000, 0.7182805, 0.7532654, 0.8136539, 0.9309118, 1.1923160", \
					  "1.0753307, 1.0881124, 1.1116504, 1.1501922, 1.2136983, 1.3328434, 1.5956569");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0674480, 0.0687769, 0.0742769, 0.0886809, 0.1292107, 0.2394929, 0.5393379", \
					  "0.0669919, 0.0689895, 0.0742615, 0.0884594, 0.1304915, 0.2394006, 0.5415191", \
					  "0.0671770, 0.0691944, 0.0749200, 0.0889749, 0.1289876, 0.2391172, 0.5400788", \
					  "0.0672911, 0.0688938, 0.0739687, 0.0887247, 0.1294618, 0.2400723, 0.5393433", \
					  "0.0670997, 0.0696564, 0.0745176, 0.0899445, 0.1306517, 0.2394670, 0.5414637", \
					  "0.0697303, 0.0706831, 0.0753052, 0.0896186, 0.1296077, 0.2396515, 0.5403548", \
					  "0.0992852, 0.0957881, 0.0926314, 0.1003141, 0.1369179, 0.2443144, 0.5426135");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1944411, 0.2014501, 0.2176574, 0.2541036, 0.3420388, 0.5811652, 1.2592575", \
					  "0.1982789, 0.2053005, 0.2215340, 0.2579544, 0.3460339, 0.5850532, 1.2634621", \
					  "0.2113827, 0.2184041, 0.2346099, 0.2710442, 0.3590321, 0.5978755, 1.2765348", \
					  "0.2450149, 0.2519312, 0.2681921, 0.3045440, 0.3927909, 0.6322149, 1.3098493", \
					  "0.3173231, 0.3243201, 0.3405022, 0.3769613, 0.4649536, 0.7039985, 1.3818219", \
					  "0.4384080, 0.4454770, 0.4618589, 0.4983114, 0.5864056, 0.8259309, 1.5005618", \
					  "0.6404410, 0.6475089, 0.6640977, 0.7006834, 0.7892097, 1.0286433, 1.7041736");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0267002, 0.0325297, 0.0475369, 0.0870417, 0.2004289, 0.5347345, 1.5042858", \
					  "0.0267101, 0.0325524, 0.0473831, 0.0870708, 0.2003427, 0.5337724, 1.5016600", \
					  "0.0266332, 0.0325825, 0.0473139, 0.0868873, 0.2004914, 0.5347100, 1.5030505", \
					  "0.0265670, 0.0324903, 0.0473903, 0.0869281, 0.2007041, 0.5356677, 1.4924111", \
					  "0.0267335, 0.0325702, 0.0475740, 0.0870674, 0.2005285, 0.5347199, 1.5043797", \
					  "0.0269403, 0.0328102, 0.0476817, 0.0868344, 0.2000365, 0.5350271, 1.4962082", \
					  "0.0275732, 0.0335721, 0.0484235, 0.0874932, 0.2008897, 0.5316379, 1.4935220");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.2639820, 0.2740481, 0.2940007, 0.3284519, 0.3884448, 0.5050875, 0.7665199", \
					  "0.2691974, 0.2794613, 0.2992611, 0.3336922, 0.3935147, 0.5103630, 0.7715580", \
					  "0.2818384, 0.2921887, 0.3119687, 0.3465220, 0.4063690, 0.5231973, 0.7845867", \
					  "0.3071149, 0.3174134, 0.3372618, 0.3716696, 0.4314604, 0.5483132, 0.8097502", \
					  "0.3607328, 0.3707782, 0.3901935, 0.4243695, 0.4841118, 0.6008706, 0.8624257", \
					  "0.4188238, 0.4285028, 0.4480597, 0.4820263, 0.5411858, 0.6572796, 0.9185622", \
					  "0.4648787, 0.4744953, 0.4940701, 0.5285271, 0.5878705, 0.7044663, 0.9649013");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0656812, 0.0682089, 0.0727156, 0.0878115, 0.1290564, 0.2394236, 0.5411192", \
					  "0.0652910, 0.0676130, 0.0736613, 0.0886831, 0.1287284, 0.2393274, 0.5402957", \
					  "0.0660626, 0.0684336, 0.0738619, 0.0889684, 0.1301969, 0.2393563, 0.5413984", \
					  "0.0655471, 0.0678675, 0.0735645, 0.0888783, 0.1299727, 0.2393582, 0.5412052", \
					  "0.0626964, 0.0657406, 0.0712433, 0.0871574, 0.1290262, 0.2397801, 0.5388034", \
					  "0.0622469, 0.0647673, 0.0705006, 0.0862991, 0.1274363, 0.2376739, 0.5395486", \
					  "0.0626073, 0.0648995, 0.0712001, 0.0870026, 0.1283634, 0.2384763, 0.5358801");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1488454, 0.1566399, 0.1744951, 0.2132427, 0.3034013, 0.5428328, 1.2181931", \
					  "0.1545936, 0.1624338, 0.1802306, 0.2190705, 0.3092879, 0.5486590, 1.2253807", \
					  "0.1669674, 0.1748035, 0.1924559, 0.2313190, 0.3215923, 0.5613868, 1.2358898", \
					  "0.1899101, 0.1977279, 0.2155029, 0.2543379, 0.3445457, 0.5842876, 1.2600592", \
					  "0.2392852, 0.2472065, 0.2650654, 0.3037895, 0.3938646, 0.6337806, 1.3144570", \
					  "0.3241819, 0.3327180, 0.3521476, 0.3925849, 0.4838215, 0.7236959, 1.3991327", \
					  "0.4356787, 0.4468500, 0.4708426, 0.5167352, 0.6110247, 0.8509294, 1.5266498");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0306475, 0.0368612, 0.0521313, 0.0919284, 0.2035129, 0.5356867, 1.4976633", \
					  "0.0307566, 0.0368916, 0.0521849, 0.0919728, 0.2035249, 0.5353117, 1.5006356", \
					  "0.0305740, 0.0368045, 0.0524682, 0.0918369, 0.2031902, 0.5370516, 1.4987535", \
					  "0.0305314, 0.0366974, 0.0523401, 0.0918178, 0.2029403, 0.5363810, 1.4978745", \
					  "0.0310985, 0.0373155, 0.0527880, 0.0919866, 0.2037324, 0.5347701, 1.4973497", \
					  "0.0370323, 0.0429128, 0.0579167, 0.0959507, 0.2052014, 0.5372209, 1.4874042", \
					  "0.0510925, 0.0583192, 0.0725611, 0.1082059, 0.2106145, 0.5401367, 1.4939219");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.3052944, 0.3156406, 0.3361767, 0.3714390, 0.4327517, 0.5515713, 0.8155543", \
					  "0.3088926, 0.3191738, 0.3391107, 0.3749110, 0.4363560, 0.5550797, 0.8191890", \
					  "0.3206755, 0.3306380, 0.3510114, 0.3864145, 0.4478301, 0.5666064, 0.8306267", \
					  "0.3513667, 0.3613776, 0.3816610, 0.4172461, 0.4784069, 0.5973125, 0.8611540", \
					  "0.4250964, 0.4351050, 0.4553335, 0.4907460, 0.5519332, 0.6709400, 0.9348290", \
					  "0.5824542, 0.5928123, 0.6133176, 0.6489401, 0.7106746, 0.8296713, 1.0936780", \
					  "0.8702490, 0.8860947, 0.9146002, 0.9587027, 1.0287802, 1.1548429, 1.4239947");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0642878, 0.0672397, 0.0741474, 0.0910114, 0.1323560, 0.2437935, 0.5443282", \
					  "0.0644020, 0.0672514, 0.0740677, 0.0911740, 0.1322889, 0.2442990, 0.5433389", \
					  "0.0648008, 0.0674249, 0.0737083, 0.0902236, 0.1331734, 0.2439844, 0.5452130", \
					  "0.0644282, 0.0671961, 0.0738147, 0.0904070, 0.1338053, 0.2437319, 0.5450151", \
					  "0.0641544, 0.0672753, 0.0737523, 0.0907241, 0.1324033, 0.2433638, 0.5450509", \
					  "0.0683958, 0.0703416, 0.0762019, 0.0911146, 0.1334277, 0.2445739, 0.5451946", \
					  "0.1157100, 0.1143403, 0.1123721, 0.1184170, 0.1530515, 0.2572467, 0.5528509");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1535496, 0.1608230, 0.1776717, 0.2150442, 0.3040021, 0.5441446, 1.2213652", \
					  "0.1590402, 0.1663652, 0.1831056, 0.2204893, 0.3092319, 0.5487265, 1.2255872", \
					  "0.1732870, 0.1804699, 0.1973175, 0.2346481, 0.3236718, 0.5630026, 1.2431023", \
					  "0.2080727, 0.2153064, 0.2321345, 0.2694908, 0.3584320, 0.5992197, 1.2732366", \
					  "0.2859119, 0.2931731, 0.3099671, 0.3473442, 0.4363165, 0.6763111, 1.3547429", \
					  "0.4215137, 0.4287228, 0.4451537, 0.4825503, 0.5713001, 0.8116784, 1.4857170", \
					  "0.6524611, 0.6596944, 0.6765091, 0.7140656, 0.8031162, 1.0424811, 1.7178230");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0280493, 0.0341413, 0.0494307, 0.0893806, 0.2017475, 0.5369370, 1.5002518", \
					  "0.0280527, 0.0340110, 0.0494167, 0.0893525, 0.2018469, 0.5378258, 1.5002030", \
					  "0.0278934, 0.0340556, 0.0493671, 0.0892094, 0.2022411, 0.5377351, 1.4969955", \
					  "0.0279398, 0.0339769, 0.0492563, 0.0891690, 0.2020399, 0.5370281, 1.4969339", \
					  "0.0279917, 0.0339931, 0.0492468, 0.0893198, 0.2019926, 0.5374745, 1.5030310", \
					  "0.0279192, 0.0340017, 0.0496139, 0.0893599, 0.2012512, 0.5375979, 1.4881099", \
					  "0.0292526, 0.0352254, 0.0502451, 0.0903578, 0.2026995, 0.5322250, 1.4953644");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1862655, 0.1955473, 0.2155060, 0.2501555, 0.3111001, 0.4296309, 0.6934313", \
					  "0.1910358, 0.2009794, 0.2208172, 0.2554000, 0.3164099, 0.4348130, 0.6988654", \
					  "0.2020487, 0.2120072, 0.2316708, 0.2664131, 0.3263439, 0.4458471, 0.7098619", \
					  "0.2223107, 0.2318536, 0.2511463, 0.2857070, 0.3471728, 0.4650235, 0.7289953", \
					  "0.2708656, 0.2793316, 0.2968963, 0.3302034, 0.3901377, 0.5083423, 0.7717643", \
					  "0.3284371, 0.3363942, 0.3532122, 0.3849131, 0.4436189, 0.5597706, 0.8224698", \
					  "0.3713668, 0.3792705, 0.3961757, 0.4296309, 0.4886483, 0.6059857, 0.8666984");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0591773, 0.0624823, 0.0707550, 0.0878896, 0.1320221, 0.2432442, 0.5448019", \
					  "0.0592332, 0.0624807, 0.0704378, 0.0883944, 0.1311069, 0.2434680, 0.5449369", \
					  "0.0588054, 0.0621986, 0.0702308, 0.0883017, 0.1317274, 0.2431103, 0.5436205", \
					  "0.0567856, 0.0606892, 0.0687505, 0.0875736, 0.1307644, 0.2425708, 0.5434503", \
					  "0.0478619, 0.0527209, 0.0626075, 0.0826449, 0.1296939, 0.2416220, 0.5450329", \
					  "0.0458177, 0.0501692, 0.0595232, 0.0796692, 0.1265128, 0.2373753, 0.5421278", \
					  "0.0458019, 0.0502140, 0.0601135, 0.0802943, 0.1270188, 0.2399122, 0.5409685");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0899247, 0.0968344, 0.1128330, 0.1486432, 0.2354560, 0.4736300, 1.1516151", \
					  "0.0946643, 0.1015686, 0.1175871, 0.1534011, 0.2403075, 0.4784153, 1.1570239", \
					  "0.1059245, 0.1128173, 0.1288108, 0.1646289, 0.2516651, 0.4906677, 1.1636638", \
					  "0.1324339, 0.1392203, 0.1550688, 0.1908407, 0.2779531, 0.5158352, 1.1927763", \
					  "0.1815897, 0.1885799, 0.2047942, 0.2412903, 0.3290035, 0.5670830, 1.2454907", \
					  "0.2517303, 0.2598760, 0.2781858, 0.3157245, 0.4043624, 0.6440705, 1.3198486", \
					  "0.3352383, 0.3466009, 0.3708793, 0.4157611, 0.5065318, 0.7454674, 1.4204998");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0259056, 0.0317083, 0.0465872, 0.0862866, 0.1996275, 0.5354047, 1.5047315", \
					  "0.0259314, 0.0317566, 0.0465749, 0.0862964, 0.1995451, 0.5353732, 1.5044045", \
					  "0.0258538, 0.0317808, 0.0465112, 0.0862436, 0.1997380, 0.5369264, 1.4891582", \
					  "0.0256507, 0.0315742, 0.0465159, 0.0862120, 0.1995120, 0.5372313, 1.4930215", \
					  "0.0285490, 0.0338104, 0.0484467, 0.0878031, 0.2003260, 0.5371676, 1.5059074", \
					  "0.0380744, 0.0431541, 0.0561814, 0.0916172, 0.2030290, 0.5362709, 1.5003779", \
					  "0.0577273, 0.0633440, 0.0763293, 0.1083537, 0.2076461, 0.5378856, 1.4921390");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.1733821, 0.1818542, 0.1995256, 0.2316431, 0.2898159, 0.4056481, 0.6664836", \
					  "0.1778935, 0.1863948, 0.2039406, 0.2360356, 0.2942962, 0.4100165, 0.6711448", \
					  "0.1895579, 0.1978878, 0.2153513, 0.2474268, 0.3054880, 0.4212821, 0.6823200", \
					  "0.2195749, 0.2277670, 0.2449594, 0.2766537, 0.3347033, 0.4504153, 0.7114879", \
					  "0.2911920, 0.2989918, 0.3155287, 0.3465360, 0.4042584, 0.5196994, 0.7806174", \
					  "0.4445480, 0.4537195, 0.4724407, 0.5056152, 0.5636565, 0.6784203, 0.9388138", \
					  "0.6977144, 0.7102059, 0.7359036, 0.7803089, 0.8526665, 0.9763017, 1.2407730");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00141955, 0.00403024, 0.0114423, 0.0324857, 0.0922302, 0.261851");
					values("0.0480315, 0.0522597, 0.0616048, 0.0806622, 0.1266613, 0.2378522, 0.5399378", \
					  "0.0476891, 0.0521108, 0.0609323, 0.0805008, 0.1253227, 0.2381419, 0.5403226", \
					  "0.0471563, 0.0515965, 0.0608185, 0.0803606, 0.1255633, 0.2377661, 0.5409128", \
					  "0.0460534, 0.0505556, 0.0594966, 0.0802488, 0.1246640, 0.2380556, 0.5383838", \
					  "0.0432566, 0.0476776, 0.0574005, 0.0784255, 0.1236295, 0.2372475, 0.5390215", \
					  "0.0540818, 0.0583248, 0.0674801, 0.0841781, 0.1261011, 0.2360137, 0.5392681", \
					  "0.0769993, 0.0836334, 0.0957653, 0.1172536, 0.1564418, 0.2542365, 0.5471890");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002413;
			capacitance : 0.002268;
			fall_capacitance : 0.002123;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005236;
			capacitance : 0.005071;
			fall_capacitance : 0.004906;
			max_transition : 1.500000;
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003471;
			capacitance : 0.003338;
			fall_capacitance : 0.003206;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xnor3_4") {
		area : 26.275200;
		cell_footprint : "xnor3";
		cell_leakage_power : 2.524097e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0032575";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0014697";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0022191";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0031985";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0018499";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0028289";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0035785";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0017908";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(!A&!B&!C) | (A&B&!C) | (A&!B&C) | (!A&B&C)";
			max_capacitance : 0.477915;
			max_transition : 1.503478;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569279, 0.004925273, 0.01545825, 0.04851662, 0.1522722, 0.4779151");
					values("0.0376491, 0.0390975, 0.0438561, 0.0580345, 0.0991219, 0.2248269, 0.6169199", \
					  "0.0375953, 0.0390523, 0.0437316, 0.0579771, 0.0990598, 0.2247859, 0.6167742", \
					  "0.0373846, 0.0388777, 0.0435942, 0.0579357, 0.0988715, 0.2245526, 0.6182513", \
					  "0.0372883, 0.0387650, 0.0434005, 0.0577411, 0.0987952, 0.2242360, 0.6146699", \
					  "0.0369239, 0.0384640, 0.0431814, 0.0575514, 0.0985582, 0.2240548, 0.6168090", \
					  "0.0367621, 0.0382032, 0.0428785, 0.0571563, 0.0980194, 0.2233416, 0.6169694", \
					  "0.0394215, 0.0407106, 0.0449122, 0.0578031, 0.0980670, 0.2230259, 0.6132150");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569279, 0.004925273, 0.01545825, 0.04851662, 0.1522722, 0.4779151");
					values("0.0376412, 0.0364226, 0.0328900, 0.0214405, -0.0156460, -0.1378723, -0.5324856", \
					  "0.0377785, 0.0363460, 0.0326312, 0.0211972, -0.0158158, -0.1379975, -0.5325337", \
					  "0.0376723, 0.0362099, 0.0325020, 0.0210850, -0.0159446, -0.1381254, -0.5327419", \
					  "0.0372756, 0.0360576, 0.0324499, 0.0209863, -0.0160153, -0.1382182, -0.5327842", \
					  "0.0373909, 0.0359672, 0.0322553, 0.0208181, -0.0162626, -0.1384610, -0.5330318", \
					  "0.0370791, 0.0358716, 0.0323086, 0.0207950, -0.0164969, -0.1387534, -0.5331893", \
					  "0.0377122, 0.0364211, 0.0325613, 0.0207013, -0.0167040, -0.1391535, -0.5335396");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569279, 0.004925273, 0.01545825, 0.04851662, 0.1522722, 0.4779151");
					values("0.0268003, 0.0282034, 0.0325567, 0.0463284, 0.0872446, 0.2126703, 0.6059490", \
					  "0.0268574, 0.0282026, 0.0326418, 0.0464664, 0.0872046, 0.2128957, 0.6043319", \
					  "0.0270590, 0.0284519, 0.0328436, 0.0466143, 0.0874808, 0.2129968, 0.6059796", \
					  "0.0270734, 0.0284811, 0.0329242, 0.0467452, 0.0875245, 0.2128842, 0.6045665", \
					  "0.0272568, 0.0286488, 0.0331122, 0.0468266, 0.0875887, 0.2128985, 0.6024777", \
					  "0.0277675, 0.0291064, 0.0334620, 0.0468845, 0.0873122, 0.2127418, 0.6024267", \
					  "0.0302295, 0.0315675, 0.0357551, 0.0486096, 0.0890332, 0.2138816, 0.6062443");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569279, 0.004925273, 0.01545825, 0.04851662, 0.1522722, 0.4779151");
					values("0.0363689, 0.0351645, 0.0316512, 0.0202806, -0.0165984, -0.1389481, -0.5336083", \
					  "0.0364164, 0.0350031, 0.0314011, 0.0201063, -0.0168180, -0.1391307, -0.5338046", \
					  "0.0360019, 0.0348147, 0.0312053, 0.0199200, -0.0169553, -0.1392834, -0.5339610", \
					  "0.0360145, 0.0346179, 0.0310411, 0.0197347, -0.0171933, -0.1394907, -0.5341660", \
					  "0.0355377, 0.0343510, 0.0308130, 0.0194542, -0.0174936, -0.1398094, -0.5344216", \
					  "0.0357999, 0.0346106, 0.0311339, 0.0196145, -0.0174018, -0.1397825, -0.5342733", \
					  "0.0379751, 0.0364743, 0.0320747, 0.0201040, -0.0167951, -0.1390752, -0.5335285");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569279, 0.004925273, 0.01545825, 0.04851662, 0.1522722, 0.4779151");
					values("0.0164966, 0.0179133, 0.0223111, 0.0360221, 0.0766724, 0.2016592, 0.5966275", \
					  "0.0164289, 0.0178116, 0.0222407, 0.0359523, 0.0765916, 0.2015626, 0.5927802", \
					  "0.0162619, 0.0176430, 0.0220747, 0.0357896, 0.0764396, 0.2014203, 0.5946718", \
					  "0.0160002, 0.0174367, 0.0219016, 0.0355662, 0.0762022, 0.2013121, 0.5925861", \
					  "0.0157971, 0.0171504, 0.0215320, 0.0350353, 0.0755487, 0.2020656, 0.5942367", \
					  "0.0163835, 0.0177101, 0.0218327, 0.0346071, 0.0748869, 0.2004191, 0.5939847", \
					  "0.0169855, 0.0182783, 0.0224938, 0.0352323, 0.0755188, 0.2009080, 0.5926940");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001569279, 0.004925273, 0.01545825, 0.04851662, 0.1522722, 0.4779151");
					values("0.0178458, 0.0166179, 0.0129690, 0.0018330, -0.0351834, -0.1580305, -0.5531369", \
					  "0.0176698, 0.0162830, 0.0127978, 0.0016938, -0.0353214, -0.1582256, -0.5533155", \
					  "0.0174039, 0.0160223, 0.0126766, 0.0014553, -0.0355844, -0.1584165, -0.5535065", \
					  "0.0171552, 0.0157583, 0.0122822, 0.0012242, -0.0358368, -0.1586371, -0.5537036", \
					  "0.0167690, 0.0154541, 0.0119887, 0.0007818, -0.0362687, -0.1590034, -0.5540298", \
					  "0.0166385, 0.0155712, 0.0118517, 0.0006957, -0.0364786, -0.1591556, -0.5540762", \
					  "0.0207806, 0.0193493, 0.0150804, 0.0023071, -0.0369628, -0.1592307, -0.5539553");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.3501815, 0.3562258, 0.3718925, 0.4080168, 0.4927871, 0.7238165, 1.4346266", \
					  "0.3560783, 0.3620429, 0.3776085, 0.4138292, 0.4986508, 0.7293116, 1.4394885", \
					  "0.3705328, 0.3766147, 0.3922834, 0.4283694, 0.5131303, 0.7443500, 1.4522853", \
					  "0.4058374, 0.4119192, 0.4275858, 0.4636901, 0.5484583, 0.7795101, 1.4913299", \
					  "0.4904764, 0.4965253, 0.5120404, 0.5481727, 0.6330194, 0.8639250, 1.5749571", \
					  "0.6732448, 0.6793033, 0.6948797, 0.7311690, 0.8159885, 1.0464464, 1.7552362", \
					  "1.0086350, 1.0147144, 1.0305319, 1.0671841, 1.1524399, 1.3833475, 2.0913977");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0373421, 0.0416823, 0.0533898, 0.0862316, 0.1808549, 0.4908463, 1.4989956", \
					  "0.0367341, 0.0417874, 0.0533400, 0.0859097, 0.1814316, 0.4900872, 1.4932942", \
					  "0.0373533, 0.0417257, 0.0534225, 0.0863347, 0.1810101, 0.4915590, 1.4990393", \
					  "0.0373452, 0.0417217, 0.0534229, 0.0862136, 0.1808781, 0.4908065, 1.4907783", \
					  "0.0371666, 0.0415343, 0.0538279, 0.0862061, 0.1814072, 0.4922984, 1.5034785", \
					  "0.0374652, 0.0416934, 0.0537377, 0.0862384, 0.1811576, 0.4911287, 1.4932314", \
					  "0.0377047, 0.0428139, 0.0543605, 0.0869708, 0.1810025, 0.4902516, 1.4957099");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.4339573, 0.4430663, 0.4641360, 0.5056097, 0.5785381, 0.7148347, 1.0133422", \
					  "0.4388338, 0.4477906, 0.4693642, 0.5106781, 0.5834391, 0.7200194, 1.0180853", \
					  "0.4506776, 0.4596378, 0.4812177, 0.5225193, 0.5954083, 0.7318985, 1.0299460", \
					  "0.4780069, 0.4870452, 0.5081953, 0.5498517, 0.6226413, 0.7590285, 1.0573329", \
					  "0.5290886, 0.5381159, 0.5592730, 0.6009080, 0.6737088, 0.8101232, 1.1084063", \
					  "0.6054081, 0.6143887, 0.6357628, 0.6774019, 0.7503072, 0.8865949, 1.1851771", \
					  "0.7119704, 0.7208392, 0.7420442, 0.7834612, 0.8564864, 0.9933823, 1.2911934");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0927668, 0.0958075, 0.1032260, 0.1194631, 0.1617358, 0.2690485, 0.5816519", \
					  "0.0931051, 0.0958732, 0.1027896, 0.1196714, 0.1599196, 0.2687796, 0.5811520", \
					  "0.0931033, 0.0958704, 0.1028063, 0.1196754, 0.1603034, 0.2678789, 0.5810979", \
					  "0.0929063, 0.0956807, 0.1033520, 0.1193287, 0.1598944, 0.2696384, 0.5813284", \
					  "0.0929046, 0.0956860, 0.1033665, 0.1193359, 0.1599056, 0.2697413, 0.5814157", \
					  "0.0929783, 0.0961498, 0.1032738, 0.1195884, 0.1613593, 0.2692806, 0.5817667", \
					  "0.0931719, 0.0960040, 0.1029963, 0.1204206, 0.1607747, 0.2698326, 0.5808211");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.2008730, 0.2065132, 0.2210616, 0.2553619, 0.3381814, 0.5679970, 1.2775889", \
					  "0.2056501, 0.2113831, 0.2257844, 0.2601394, 0.3429598, 0.5727642, 1.2822801", \
					  "0.2169941, 0.2226337, 0.2372874, 0.2715893, 0.3544531, 0.5844336, 1.2941854", \
					  "0.2431016, 0.2486986, 0.2631390, 0.2975098, 0.3802450, 0.6103514, 1.3223720", \
					  "0.2980439, 0.3036728, 0.3182713, 0.3525961, 0.4353747, 0.6650754, 1.3786932", \
					  "0.3982739, 0.4043373, 0.4197779, 0.4555468, 0.5396297, 0.7699894, 1.4794627", \
					  "0.5513167, 0.5588334, 0.5776215, 0.6187562, 0.7085107, 0.9407318, 1.6500625");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0337309, 0.0378888, 0.0494940, 0.0819394, 0.1774514, 0.4886567, 1.4918662", \
					  "0.0336238, 0.0378806, 0.0494982, 0.0820022, 0.1774723, 0.4887382, 1.4920858", \
					  "0.0337785, 0.0378142, 0.0497703, 0.0817907, 0.1769134, 0.4875968, 1.5000443", \
					  "0.0337546, 0.0378542, 0.0496178, 0.0819682, 0.1772571, 0.4873048, 1.4897292", \
					  "0.0336134, 0.0376315, 0.0497529, 0.0818562, 0.1774488, 0.4889611, 1.4916940", \
					  "0.0375602, 0.0417994, 0.0534741, 0.0857934, 0.1797482, 0.4886905, 1.4954020", \
					  "0.0505585, 0.0552301, 0.0666869, 0.0983462, 0.1891097, 0.4908076, 1.4957053");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.4233603, 0.4321470, 0.4521072, 0.4913157, 0.5603564, 0.6907333, 0.9818382", \
					  "0.4292656, 0.4377537, 0.4580911, 0.4974801, 0.5660631, 0.6963612, 0.9877783", \
					  "0.4440669, 0.4525548, 0.4728443, 0.5121787, 0.5808876, 0.7111891, 1.0026060", \
					  "0.4789151, 0.4876993, 0.5076430, 0.5467977, 0.6157871, 0.7462027, 1.0375465", \
					  "0.5619427, 0.5705074, 0.5908322, 0.6301423, 0.6987484, 0.8291132, 1.1205753", \
					  "0.7518176, 0.7606081, 0.7806754, 0.8199083, 0.8890686, 1.0196093, 1.3111272", \
					  "1.1502843, 1.1601158, 1.1823613, 1.2243770, 1.2951689, 1.4276619, 1.7201348");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0890794, 0.0914309, 0.0977874, 0.1131344, 0.1502032, 0.2558189, 0.5699254", \
					  "0.0892266, 0.0916027, 0.0977668, 0.1123204, 0.1515126, 0.2571421, 0.5694566", \
					  "0.0892364, 0.0915806, 0.0979283, 0.1121435, 0.1515331, 0.2570270, 0.5693848", \
					  "0.0891018, 0.0912410, 0.0977957, 0.1128558, 0.1500677, 0.2579104, 0.5707108", \
					  "0.0893371, 0.0916841, 0.0978320, 0.1122495, 0.1516053, 0.2570923, 0.5694002", \
					  "0.0900629, 0.0925442, 0.0986979, 0.1137766, 0.1506139, 0.2583113, 0.5703867", \
					  "0.1108704, 0.1112812, 0.1138765, 0.1227975, 0.1559087, 0.2601936, 0.5723556");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.2315077, 0.2370964, 0.2516459, 0.2855475, 0.3675547, 0.5968802, 1.3090204", \
					  "0.2354364, 0.2410292, 0.2553436, 0.2893974, 0.3712443, 0.6009861, 1.3138167", \
					  "0.2484762, 0.2540649, 0.2683763, 0.3024283, 0.3842777, 0.6140077, 1.3269064", \
					  "0.2818863, 0.2874722, 0.3019522, 0.3358856, 0.4178898, 0.6469963, 1.3582493", \
					  "0.3542837, 0.3598741, 0.3744273, 0.4083316, 0.4903573, 0.7196134, 1.4315430", \
					  "0.4762201, 0.4819251, 0.4963397, 0.5303415, 0.6123853, 0.8421217, 1.5530818", \
					  "0.6795429, 0.6851834, 0.6999185, 0.7338931, 0.8161222, 1.0458913, 1.7533830");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0330682, 0.0374483, 0.0491609, 0.0810901, 0.1765224, 0.4903776, 1.4982958", \
					  "0.0332201, 0.0373670, 0.0489445, 0.0810576, 0.1763423, 0.4889423, 1.4894818", \
					  "0.0332434, 0.0373485, 0.0489447, 0.0810502, 0.1763367, 0.4889319, 1.4907577", \
					  "0.0334022, 0.0375136, 0.0491300, 0.0810704, 0.1764593, 0.4903016, 1.5020195", \
					  "0.0330805, 0.0375002, 0.0491563, 0.0811280, 0.1765520, 0.4904335, 1.4999454", \
					  "0.0335587, 0.0376608, 0.0492874, 0.0806735, 0.1766090, 0.4894786, 1.5022261", \
					  "0.0339466, 0.0380127, 0.0498081, 0.0816734, 0.1770212, 0.4856562, 1.4940869");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.3297806, 0.3381384, 0.3586365, 0.3975975, 0.4660096, 0.5961345, 0.8874269", \
					  "0.3342780, 0.3432250, 0.3635646, 0.4027920, 0.4710678, 0.6014525, 0.8926299", \
					  "0.3473896, 0.3559418, 0.3760814, 0.4152103, 0.4836415, 0.6138217, 0.9051211", \
					  "0.3725250, 0.3811104, 0.4012349, 0.4402979, 0.5087277, 0.6388379, 0.9301583", \
					  "0.4265136, 0.4349137, 0.4552635, 0.4939639, 0.5623602, 0.6924877, 0.9838537", \
					  "0.4973195, 0.5056020, 0.5249475, 0.5634913, 0.6312783, 0.7615250, 1.0532191", \
					  "0.5455373, 0.5543184, 0.5745707, 0.6133754, 0.6815506, 0.8113853, 1.1015709");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0885105, 0.0911639, 0.0970569, 0.1119751, 0.1492551, 0.2565641, 0.5697105", \
					  "0.0883709, 0.0912439, 0.0971520, 0.1114800, 0.1494760, 0.2577934, 0.5692745", \
					  "0.0885355, 0.0906693, 0.0973775, 0.1113900, 0.1492303, 0.2567277, 0.5712510", \
					  "0.0882736, 0.0905483, 0.0972090, 0.1113253, 0.1492390, 0.2566761, 0.5696021", \
					  "0.0871060, 0.0898994, 0.0960420, 0.1118335, 0.1498841, 0.2571671, 0.5700188", \
					  "0.0846425, 0.0873866, 0.0938561, 0.1094895, 0.1491245, 0.2567666, 0.5712448", \
					  "0.0859899, 0.0883596, 0.0952991, 0.1106382, 0.1488370, 0.2544139, 0.5662125");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.1943141, 0.2004531, 0.2161547, 0.2527692, 0.3378748, 0.5688367, 1.2792776", \
					  "0.2002092, 0.2062881, 0.2220835, 0.2586847, 0.3438713, 0.5744236, 1.2843780", \
					  "0.2124779, 0.2187000, 0.2344832, 0.2709138, 0.3560531, 0.5870019, 1.2964219", \
					  "0.2352831, 0.2413640, 0.2572805, 0.2938207, 0.3790158, 0.6094960, 1.3191535", \
					  "0.2861492, 0.2923388, 0.3079810, 0.3444299, 0.4293004, 0.6600000, 1.3733136", \
					  "0.3833323, 0.3899273, 0.4066773, 0.4442838, 0.5305850, 0.7613342, 1.4751982", \
					  "0.5219417, 0.5302698, 0.5506425, 0.5936851, 0.6844993, 0.9173452, 1.6260439");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0378138, 0.0420877, 0.0547161, 0.0871011, 0.1818028, 0.4903110, 1.4928787", \
					  "0.0376202, 0.0427111, 0.0542501, 0.0868443, 0.1817299, 0.4911560, 1.4922507", \
					  "0.0380597, 0.0424792, 0.0548844, 0.0873365, 0.1816607, 0.4921304, 1.4973017", \
					  "0.0376838, 0.0425293, 0.0546598, 0.0870955, 0.1817683, 0.4898772, 1.4936183", \
					  "0.0378411, 0.0420623, 0.0543918, 0.0870378, 0.1814611, 0.4913049, 1.4954427", \
					  "0.0424521, 0.0468319, 0.0588259, 0.0910627, 0.1832124, 0.4915393, 1.4957038", \
					  "0.0581573, 0.0626285, 0.0743150, 0.1051015, 0.1926113, 0.4961643, 1.4951386");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.3734316, 0.3822611, 0.4030636, 0.4439498, 0.5150377, 0.6490117, 0.9446141", \
					  "0.3769388, 0.3856886, 0.4068183, 0.4472177, 0.5187105, 0.6527719, 0.9480698", \
					  "0.3889785, 0.3978076, 0.4186998, 0.4595753, 0.5305573, 0.6646867, 0.9600477", \
					  "0.4200434, 0.4288354, 0.4499595, 0.4903819, 0.5617716, 0.6958167, 0.9911321", \
					  "0.4932184, 0.5020362, 0.5228193, 0.5636706, 0.6346194, 0.7687821, 1.0643549", \
					  "0.6427521, 0.6516616, 0.6724740, 0.7130586, 0.7845686, 0.9191915, 1.2145650", \
					  "0.9395633, 0.9515027, 0.9787570, 1.0277783, 1.1070771, 1.2482810, 1.5471264");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0900526, 0.0926611, 0.1002140, 0.1160421, 0.1558886, 0.2645757, 0.5774585", \
					  "0.0900440, 0.0929012, 0.0997867, 0.1163556, 0.1563285, 0.2640636, 0.5759881", \
					  "0.0899522, 0.0925171, 0.1001540, 0.1161470, 0.1556597, 0.2656437, 0.5769291", \
					  "0.0899863, 0.0927372, 0.0996349, 0.1162785, 0.1562396, 0.2622994, 0.5768567", \
					  "0.0897279, 0.0924289, 0.1000726, 0.1161428, 0.1559170, 0.2650645, 0.5771397", \
					  "0.0905897, 0.0932338, 0.1007967, 0.1164583, 0.1572102, 0.2651403, 0.5779589", \
					  "0.1415606, 0.1413927, 0.1418438, 0.1485223, 0.1780589, 0.2763396, 0.5827858");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.1919461, 0.1978214, 0.2131122, 0.2485661, 0.3323676, 0.5631609, 1.2741309", \
					  "0.1976398, 0.2034422, 0.2187321, 0.2541759, 0.3379883, 0.5687446, 1.2801047", \
					  "0.2119798, 0.2178125, 0.2330988, 0.2685257, 0.3525165, 0.5829180, 1.2915998", \
					  "0.2469864, 0.2528030, 0.2680983, 0.3035548, 0.3873650, 0.6187902, 1.3290558", \
					  "0.3259057, 0.3317801, 0.3470663, 0.3825125, 0.4663396, 0.6970535, 1.4079400", \
					  "0.4651021, 0.4709652, 0.4860936, 0.5215440, 0.6052986, 0.8356608, 1.5460566", \
					  "0.7049729, 0.7108732, 0.7259898, 0.7613395, 0.8452383, 1.0750270, 1.7853851");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0355986, 0.0398379, 0.0522586, 0.0846170, 0.1798052, 0.4897285, 1.4914728", \
					  "0.0354756, 0.0398883, 0.0522643, 0.0846712, 0.1798491, 0.4900095, 1.5001558", \
					  "0.0358902, 0.0401663, 0.0524261, 0.0846678, 0.1802515, 0.4921228, 1.4942795", \
					  "0.0358246, 0.0398444, 0.0522763, 0.0845947, 0.1797857, 0.4906111, 1.4902384", \
					  "0.0355525, 0.0398118, 0.0522640, 0.0845961, 0.1797849, 0.4898297, 1.4871715", \
					  "0.0360107, 0.0401356, 0.0521618, 0.0838978, 0.1801534, 0.4921978, 1.4906846", \
					  "0.0365223, 0.0407685, 0.0528604, 0.0853617, 0.1803136, 0.4866539, 1.4977420");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.2653688, 0.2742571, 0.2949574, 0.3356339, 0.4061388, 0.5399176, 0.8353169", \
					  "0.2705114, 0.2794408, 0.3001694, 0.3405619, 0.4114319, 0.5453104, 0.8405220", \
					  "0.2826466, 0.2912631, 0.3120370, 0.3525069, 0.4233438, 0.5570581, 0.8526188", \
					  "0.3059660, 0.3149056, 0.3354404, 0.3757546, 0.4466544, 0.5806355, 0.8760937", \
					  "0.3507526, 0.3590960, 0.3795841, 0.4190545, 0.4896517, 0.6231134, 0.9187647", \
					  "0.4340091, 0.4412672, 0.4588714, 0.4952727, 0.5626491, 0.6940858, 0.9895031", \
					  "0.4820441, 0.4893259, 0.5076053, 0.5429224, 0.6114704, 0.7441149, 1.0381599");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0877333, 0.0910273, 0.0981661, 0.1150316, 0.1550206, 0.2646789, 0.5770411", \
					  "0.0875187, 0.0906760, 0.0985104, 0.1149859, 0.1556062, 0.2635543, 0.5766698", \
					  "0.0879186, 0.0908902, 0.0980784, 0.1149411, 0.1549891, 0.2640685, 0.5773930", \
					  "0.0864046, 0.0897037, 0.0973581, 0.1143924, 0.1548896, 0.2647672, 0.5766352", \
					  "0.0811217, 0.0849096, 0.0932928, 0.1128467, 0.1538308, 0.2629518, 0.5775467", \
					  "0.0731891, 0.0765036, 0.0850492, 0.1042546, 0.1491808, 0.2607984, 0.5759405", \
					  "0.0741611, 0.0773615, 0.0860970, 0.1059192, 0.1494897, 0.2602782, 0.5693960");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.1287631, 0.1342722, 0.1485464, 0.1824085, 0.2637384, 0.4923897, 1.2001847", \
					  "0.1335662, 0.1391019, 0.1534475, 0.1872879, 0.2685849, 0.4970230, 1.2070943", \
					  "0.1449525, 0.1504910, 0.1648374, 0.1986825, 0.2800007, 0.5084607, 1.2188860", \
					  "0.1711891, 0.1767295, 0.1910898, 0.2248620, 0.3060825, 0.5350000, 1.2447544", \
					  "0.2295179, 0.2350144, 0.2493418, 0.2831604, 0.3648285, 0.5933457, 1.3012559", \
					  "0.3225744, 0.3290833, 0.3450721, 0.3803405, 0.4634999, 0.6938472, 1.4059629", \
					  "0.4456353, 0.4544052, 0.4750607, 0.5182013, 0.6058591, 0.8355945, 1.5435672");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0326258, 0.0367030, 0.0486726, 0.0804635, 0.1755234, 0.4883117, 1.4885289", \
					  "0.0329668, 0.0371323, 0.0484498, 0.0804830, 0.1759147, 0.4889986, 1.4883247", \
					  "0.0329619, 0.0369121, 0.0484531, 0.0804731, 0.1758960, 0.4887890, 1.5029701", \
					  "0.0327272, 0.0367618, 0.0482849, 0.0804249, 0.1757880, 0.4890325, 1.4901593", \
					  "0.0341031, 0.0380798, 0.0496063, 0.0811472, 0.1759356, 0.4882620, 1.4901492", \
					  "0.0442552, 0.0478958, 0.0587158, 0.0874382, 0.1798402, 0.4903735, 1.5022474", \
					  "0.0674077, 0.0715898, 0.0820277, 0.1069308, 0.1899808, 0.4932852, 1.4907128");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.2590002, 0.2672734, 0.2870148, 0.3251849, 0.3927998, 0.5225866, 0.8135745", \
					  "0.2641032, 0.2723776, 0.2922552, 0.3302264, 0.3979652, 0.5275443, 0.8186887", \
					  "0.2762840, 0.2845477, 0.3041566, 0.3423410, 0.4102395, 0.5395700, 0.8307139", \
					  "0.3064564, 0.3146333, 0.3341016, 0.3723541, 0.4398149, 0.5696099, 0.8605309", \
					  "0.3744002, 0.3824221, 0.4019157, 0.4395084, 0.5071303, 0.6364835, 0.9276646", \
					  "0.5231472, 0.5312449, 0.5500234, 0.5865194, 0.6530568, 0.7823985, 1.0730644", \
					  "0.7893662, 0.8004994, 0.8271104, 0.8783453, 0.9617233, 1.1019387, 1.3962675");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156928, 0.00492527, 0.0154583, 0.0485166, 0.152272, 0.477915");
					values("0.0799335, 0.0830232, 0.0907708, 0.1075836, 0.1474797, 0.2575167, 0.5694346", \
					  "0.0797026, 0.0830789, 0.0906359, 0.1078134, 0.1484818, 0.2564386, 0.5698014", \
					  "0.0797389, 0.0828711, 0.0910537, 0.1076692, 0.1479807, 0.2568737, 0.5701541", \
					  "0.0789656, 0.0823486, 0.0902146, 0.1072698, 0.1472003, 0.2556847, 0.5693374", \
					  "0.0772175, 0.0807052, 0.0891398, 0.1065371, 0.1473315, 0.2566426, 0.5700712", \
					  "0.0786120, 0.0813284, 0.0881119, 0.1038492, 0.1449160, 0.2536582, 0.5695399", \
					  "0.1115395, 0.1166843, 0.1280216, 0.1472975, 0.1835151, 0.2768759, 0.5786154");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.002411;
			capacitance : 0.002266;
			fall_capacitance : 0.002122;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005240;
			capacitance : 0.005072;
			fall_capacitance : 0.004904;
			max_transition : 1.500000;
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.003472;
			capacitance : 0.003340;
			fall_capacitance : 0.003207;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xor2_1") {
		area : 8.758400;
		cell_footprint : "xor2";
		cell_leakage_power : 3.171873e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0003926";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0004027";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0004170";
			when : "A&B";
		}
		leakage_power () {
			value : "5.6410253e-05";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B) | (!A&B)";
			max_capacitance : 0.067759;
			max_transition : 1.497575;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.01319172, 0.02989745, 0.067759");
					values("0.0131893, 0.0139783, 0.0157294, 0.0196814, 0.0286053, 0.0486704, 0.0940542", \
					  "0.0130561, 0.0138426, 0.0156108, 0.0195955, 0.0285269, 0.0486622, 0.0941676", \
					  "0.0129269, 0.0137341, 0.0155058, 0.0194854, 0.0284415, 0.0485449, 0.0940582", \
					  "0.0128639, 0.0136296, 0.0153897, 0.0193560, 0.0283124, 0.0484426, 0.0939795", \
					  "0.0127676, 0.0135359, 0.0152903, 0.0192332, 0.0281747, 0.0482806, 0.0938677", \
					  "0.0127801, 0.0135591, 0.0153140, 0.0192263, 0.0282407, 0.0482449, 0.0937244", \
					  "0.0124024, 0.0131608, 0.0148820, 0.0191798, 0.0280921, 0.0483632, 0.0939879");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.01319172, 0.02989745, 0.067759");
					values("-0.0015522, -0.0023108, -0.0040343, -0.0079471, -0.0168338, -0.0370909, -0.0830917", \
					  "-0.0016443, -0.0024041, -0.0041228, -0.0080270, -0.0169282, -0.0371941, -0.0831948", \
					  "-0.0017441, -0.0024909, -0.0042089, -0.0081106, -0.0170012, -0.0372515, -0.0832600", \
					  "-0.0018588, -0.0026055, -0.0042973, -0.0081811, -0.0170551, -0.0373021, -0.0833013", \
					  "-0.0017252, -0.0024890, -0.0041951, -0.0082428, -0.0171595, -0.0373649, -0.0833331", \
					  "-0.0017301, -0.0024885, -0.0042169, -0.0081490, -0.0170838, -0.0374559, -0.0833897", \
					  "-0.0016753, -0.0024318, -0.0041725, -0.0081063, -0.0170515, -0.0373263, -0.0834916");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.01319172, 0.02989745, 0.067759");
					values("0.0108038, 0.0116379, 0.0134773, 0.0175398, 0.0265173, 0.0467910, 0.0926623", \
					  "0.0106271, 0.0114555, 0.0132632, 0.0173925, 0.0264208, 0.0467243, 0.0925671", \
					  "0.0104845, 0.0112909, 0.0131274, 0.0171406, 0.0262979, 0.0466367, 0.0924290", \
					  "0.0104086, 0.0111941, 0.0129951, 0.0170279, 0.0260874, 0.0465099, 0.0924311", \
					  "0.0102931, 0.0110872, 0.0128365, 0.0168271, 0.0258644, 0.0462485, 0.0921595", \
					  "0.0102679, 0.0110534, 0.0128431, 0.0167730, 0.0258111, 0.0461051, 0.0918979", \
					  "0.0099911, 0.0107646, 0.0124794, 0.0166921, 0.0257277, 0.0458626, 0.0918982");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.01319172, 0.02989745, 0.067759");
					values("-0.0006278, -0.0013752, -0.0030981, -0.0070039, -0.0158933, -0.0361766, -0.0822023", \
					  "-0.0006868, -0.0014442, -0.0031788, -0.0070738, -0.0159571, -0.0362391, -0.0822425", \
					  "-0.0008056, -0.0015448, -0.0032494, -0.0071301, -0.0160380, -0.0362719, -0.0822605", \
					  "-0.0009408, -0.0016814, -0.0033900, -0.0072382, -0.0160771, -0.0363252, -0.0823092", \
					  "-0.0008399, -0.0015827, -0.0033015, -0.0073462, -0.0161814, -0.0364079, -0.0823584", \
					  "-0.0007286, -0.0014732, -0.0031933, -0.0071643, -0.0160506, -0.0364322, -0.0823601", \
					  "-0.0005655, -0.0013231, -0.0030970, -0.0070777, -0.0160166, -0.0363031, -0.0824514");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0792485, 0.0900763, 0.1138094, 0.1661248, 0.2826011, 0.5428617, 1.1286485", \
					  "0.0841702, 0.0947145, 0.1183968, 0.1707497, 0.2864718, 0.5478591, 1.1355112", \
					  "0.0941367, 0.1047253, 0.1281584, 0.1806751, 0.2970884, 0.5576032, 1.1447729", \
					  "0.1113769, 0.1218035, 0.1451862, 0.1971943, 0.3138064, 0.5745468, 1.1645386", \
					  "0.1339928, 0.1442818, 0.1673089, 0.2191449, 0.3349662, 0.5954462, 1.1861760", \
					  "0.1572451, 0.1672112, 0.1893417, 0.2406750, 0.3562856, 0.6163640, 1.2068264", \
					  "0.1577015, 0.1684839, 0.1910168, 0.2408762, 0.3568931, 0.6161542, 1.2040698");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0578343, 0.0712711, 0.1022071, 0.1700108, 0.3246496, 0.6780523, 1.4774787", \
					  "0.0577844, 0.0714248, 0.1019821, 0.1710348, 0.3266233, 0.6740439, 1.4754309", \
					  "0.0577713, 0.0712410, 0.1020627, 0.1703603, 0.3267595, 0.6788392, 1.4772775", \
					  "0.0575174, 0.0711920, 0.1015025, 0.1704921, 0.3262690, 0.6792388, 1.4736858", \
					  "0.0575352, 0.0711874, 0.1018661, 0.1699028, 0.3259403, 0.6787690, 1.4771111", \
					  "0.0594228, 0.0721622, 0.1021365, 0.1706052, 0.3261987, 0.6744704, 1.4735378", \
					  "0.0698479, 0.0807472, 0.1069685, 0.1723330, 0.3261487, 0.6748219, 1.4672261");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.1315769, 0.1357347, 0.1435339, 0.1577148, 0.1832236, 0.2323443, 0.3337262", \
					  "0.1366682, 0.1405890, 0.1485037, 0.1627522, 0.1886318, 0.2372311, 0.3386428", \
					  "0.1513041, 0.1553167, 0.1630113, 0.1772108, 0.2028255, 0.2519673, 0.3533971", \
					  "0.1858133, 0.1897557, 0.1976236, 0.2118266, 0.2376362, 0.2866085, 0.3881736", \
					  "0.2634482, 0.2672701, 0.2750567, 0.2893465, 0.3152582, 0.3645886, 0.4660718", \
					  "0.4183764, 0.4229735, 0.4319318, 0.4479575, 0.4759690, 0.5277234, 0.6301820", \
					  "0.7050850, 0.7109843, 0.7220425, 0.7416460, 0.7751753, 0.8319871, 0.9383754");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0257569, 0.0282418, 0.0340080, 0.0459067, 0.0711765, 0.1248819, 0.2519409", \
					  "0.0256834, 0.0281505, 0.0339285, 0.0461031, 0.0709588, 0.1250805, 0.2520497", \
					  "0.0256807, 0.0284212, 0.0341291, 0.0459383, 0.0711346, 0.1250454, 0.2519940", \
					  "0.0255967, 0.0282252, 0.0339751, 0.0461917, 0.0709696, 0.1250042, 0.2506635", \
					  "0.0262744, 0.0292319, 0.0345348, 0.0465448, 0.0710664, 0.1248923, 0.2524160", \
					  "0.0326160, 0.0350632, 0.0410059, 0.0524576, 0.0771699, 0.1289078, 0.2542359", \
					  "0.0465257, 0.0496917, 0.0559628, 0.0684598, 0.0919045, 0.1435531, 0.2621112");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.1034921, 0.1138840, 0.1369990, 0.1887200, 0.3049314, 0.5669972, 1.1602217", \
					  "0.1087112, 0.1191573, 0.1424742, 0.1945197, 0.3110777, 0.5734057, 1.1665739", \
					  "0.1233967, 0.1342329, 0.1574102, 0.2096270, 0.3263473, 0.5894045, 1.1823483", \
					  "0.1592661, 0.1692495, 0.1924477, 0.2444885, 0.3612648, 0.6244971, 1.2193128", \
					  "0.2376399, 0.2482386, 0.2712997, 0.3229584, 0.4394836, 0.7026155, 1.2972819", \
					  "0.3908649, 0.4060048, 0.4368826, 0.4987672, 0.6209553, 0.8836611, 1.4781640", \
					  "0.6728288, 0.6973334, 0.7478341, 0.8408737, 1.0055248, 1.2994638, 1.8974409");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0740370, 0.0875037, 0.1180733, 0.1873286, 0.3432060, 0.6960638, 1.4970112", \
					  "0.0739160, 0.0874864, 0.1183233, 0.1871849, 0.3430586, 0.6949971, 1.4923184", \
					  "0.0739162, 0.0876557, 0.1181311, 0.1872768, 0.3429606, 0.6959224, 1.4933030", \
					  "0.0740981, 0.0876186, 0.1183200, 0.1871049, 0.3427791, 0.6960231, 1.4942185", \
					  "0.0812888, 0.0936881, 0.1219495, 0.1879752, 0.3428335, 0.6953949, 1.4932988", \
					  "0.1171770, 0.1303514, 0.1577640, 0.2147677, 0.3536748, 0.6956726, 1.4975751", \
					  "0.1977178, 0.2139707, 0.2481861, 0.3148824, 0.4470769, 0.7412805, 1.4945176");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0266688, 0.0295415, 0.0357287, 0.0490647, 0.0782105, 0.1430510, 0.2890461", \
					  "0.0312162, 0.0340425, 0.0402129, 0.0535732, 0.0827265, 0.1475590, 0.2934691", \
					  "0.0415144, 0.0444819, 0.0506509, 0.0639787, 0.0932755, 0.1581667, 0.3041202", \
					  "0.0576000, 0.0618125, 0.0703253, 0.0864424, 0.1170543, 0.1821876, 0.3282381", \
					  "0.0781888, 0.0845177, 0.0970701, 0.1208004, 0.1630496, 0.2362964, 0.3844742", \
					  "0.0960986, 0.1060066, 0.1259757, 0.1628809, 0.2277816, 0.3333879, 0.5067089", \
					  "0.0840306, 0.1009519, 0.1337217, 0.1948819, 0.2985057, 0.4631913, 0.7182744");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0188382, 0.0220455, 0.0294554, 0.0459077, 0.0831846, 0.1677046, 0.3589773", \
					  "0.0185915, 0.0219020, 0.0293216, 0.0458513, 0.0832251, 0.1673891, 0.3584255", \
					  "0.0208930, 0.0236992, 0.0303557, 0.0460039, 0.0829672, 0.1673945, 0.3593297", \
					  "0.0302403, 0.0334370, 0.0401080, 0.0535649, 0.0864544, 0.1671299, 0.3591284", \
					  "0.0481850, 0.0522108, 0.0612766, 0.0786024, 0.1105967, 0.1805500, 0.3604189", \
					  "0.0818946, 0.0881547, 0.1001389, 0.1245435, 0.1670632, 0.2417845, 0.3954155", \
					  "0.1471753, 0.1564818, 0.1752181, 0.2100018, 0.2698540, 0.3699266, 0.5424293");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0980829, 0.1084105, 0.1310392, 0.1812914, 0.2947435, 0.5536641, 1.1443757", \
					  "0.1013412, 0.1117479, 0.1344244, 0.1852172, 0.2992270, 0.5584630, 1.1491028", \
					  "0.1069795, 0.1172974, 0.1403628, 0.1920329, 0.3073949, 0.5683868, 1.1589476", \
					  "0.1192595, 0.1294082, 0.1526875, 0.2047593, 0.3211844, 0.5828314, 1.1747454", \
					  "0.1369427, 0.1474873, 0.1710619, 0.2231883, 0.3395265, 0.6024588, 1.1951898", \
					  "0.1570617, 0.1672088, 0.1903824, 0.2420791, 0.3594548, 0.6215348, 1.2160964", \
					  "0.1581994, 0.1690815, 0.1920893, 0.2428481, 0.3595120, 0.6228945, 1.2174399");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0739142, 0.0874953, 0.1181038, 0.1870794, 0.3428068, 0.6954378, 1.4920051", \
					  "0.0738428, 0.0875560, 0.1180674, 0.1872474, 0.3431863, 0.6951594, 1.4956686", \
					  "0.0737547, 0.0873861, 0.1181749, 0.1871579, 0.3426679, 0.6960928, 1.4916747", \
					  "0.0710743, 0.0852420, 0.1171352, 0.1873563, 0.3429083, 0.6956675, 1.4917347", \
					  "0.0644836, 0.0783407, 0.1101987, 0.1809709, 0.3391662, 0.6962285, 1.4972034", \
					  "0.0634745, 0.0764558, 0.1071885, 0.1764597, 0.3333484, 0.6889505, 1.4933738", \
					  "0.0745342, 0.0852328, 0.1113175, 0.1767151, 0.3323748, 0.6873425, 1.4833562");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.1173303, 0.1212810, 0.1290465, 0.1431648, 0.1688469, 0.2176095, 0.3190895", \
					  "0.1203591, 0.1242798, 0.1321017, 0.1464883, 0.1722623, 0.2207617, 0.3219784", \
					  "0.1320098, 0.1360282, 0.1437478, 0.1578657, 0.1833901, 0.2325876, 0.3338731", \
					  "0.1636014, 0.1675114, 0.1751504, 0.1893250, 0.2151924, 0.2641084, 0.3656013", \
					  "0.2367068, 0.2409923, 0.2485951, 0.2631895, 0.2892964, 0.3385121, 0.4389818", \
					  "0.3701668, 0.3759340, 0.3852991, 0.4023612, 0.4312942, 0.4829441, 0.5859084", \
					  "0.5981349, 0.6048729, 0.6179871, 0.6403131, 0.6769340, 0.7356707, 0.8403400");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0256664, 0.0285966, 0.0344891, 0.0466278, 0.0713469, 0.1254123, 0.2511552", \
					  "0.0257163, 0.0282391, 0.0343125, 0.0464337, 0.0712236, 0.1253632, 0.2522413", \
					  "0.0257357, 0.0284554, 0.0341387, 0.0464336, 0.0713273, 0.1251565, 0.2519002", \
					  "0.0257445, 0.0284837, 0.0343733, 0.0463639, 0.0711603, 0.1252293, 0.2511571", \
					  "0.0279709, 0.0305356, 0.0356682, 0.0475177, 0.0717100, 0.1253742, 0.2524953", \
					  "0.0398507, 0.0421135, 0.0477453, 0.0586765, 0.0811862, 0.1315864, 0.2555649", \
					  "0.0601162, 0.0632273, 0.0701880, 0.0815928, 0.1036038, 0.1499280, 0.2638733");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0824592, 0.0931849, 0.1165523, 0.1683925, 0.2833069, 0.5430565, 1.1323948", \
					  "0.0871009, 0.0977513, 0.1212810, 0.1733610, 0.2895582, 0.5494810, 1.1370533", \
					  "0.1015717, 0.1117259, 0.1351799, 0.1873597, 0.3039332, 0.5647971, 1.1511941", \
					  "0.1351736, 0.1454407, 0.1682174, 0.2197102, 0.3355587, 0.5967389, 1.1874771", \
					  "0.2056467, 0.2177201, 0.2424962, 0.2939992, 0.4095199, 0.6708050, 1.2600089", \
					  "0.3352158, 0.3519955, 0.3876782, 0.4546671, 0.5800456, 0.8408841, 1.4309359", \
					  "0.5627128, 0.5929705, 0.6512924, 0.7562532, 0.9320013, 1.2335105, 1.8273385");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0581355, 0.0715924, 0.1025205, 0.1711400, 0.3270834, 0.6796397, 1.4768062", \
					  "0.0581704, 0.0715945, 0.1016271, 0.1712534, 0.3262547, 0.6796544, 1.4771273", \
					  "0.0581803, 0.0715543, 0.1020496, 0.1703948, 0.3270812, 0.6780951, 1.4779429", \
					  "0.0584778, 0.0718323, 0.1019405, 0.1710456, 0.3266923, 0.6791688, 1.4783516", \
					  "0.0710406, 0.0826157, 0.1089125, 0.1730723, 0.3260895, 0.6778866, 1.4769266", \
					  "0.1076357, 0.1212251, 0.1493098, 0.2076476, 0.3409161, 0.6771318, 1.4722273", \
					  "0.1879986, 0.2055615, 0.2414179, 0.3095984, 0.4429122, 0.7277453, 1.4716379");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0229554, 0.0258166, 0.0320470, 0.0454015, 0.0745611, 0.1394138, 0.2854015", \
					  "0.0271209, 0.0299638, 0.0360716, 0.0494441, 0.0786192, 0.1434369, 0.2894728", \
					  "0.0369727, 0.0400912, 0.0462535, 0.0594486, 0.0883115, 0.1531230, 0.2990416", \
					  "0.0510261, 0.0555837, 0.0646249, 0.0816341, 0.1121411, 0.1763474, 0.3220325", \
					  "0.0662695, 0.0728592, 0.0867978, 0.1125688, 0.1572806, 0.2297563, 0.3745738", \
					  "0.0727381, 0.0835066, 0.1050193, 0.1437004, 0.2125111, 0.3245928, 0.5016653", \
					  "0.0416397, 0.0591295, 0.0939798, 0.1585235, 0.2650185, 0.4376483, 0.7046566");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00113319, 0.00256824, 0.00582061, 0.0131917, 0.0298975, 0.067759");
					values("0.0190011, 0.0221939, 0.0295242, 0.0459847, 0.0833856, 0.1676902, 0.3583253", \
					  "0.0186082, 0.0217727, 0.0292643, 0.0458824, 0.0833342, 0.1674441, 0.3586340", \
					  "0.0224453, 0.0250086, 0.0311565, 0.0462352, 0.0830730, 0.1673807, 0.3596269", \
					  "0.0336752, 0.0374973, 0.0442213, 0.0573688, 0.0880848, 0.1674116, 0.3591389", \
					  "0.0546208, 0.0596499, 0.0695706, 0.0888495, 0.1209216, 0.1865395, 0.3610015", \
					  "0.0922137, 0.1001270, 0.1163291, 0.1451935, 0.1915172, 0.2687443, 0.4115456", \
					  "0.1646108, 0.1769121, 0.2009459, 0.2426290, 0.3116693, 0.4244577, 0.6060614");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003883;
			capacitance : 0.004044;
			rise_capacitance : 0.004206;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003918;
			capacitance : 0.004086;
			rise_capacitance : 0.004254;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xor2_2") {
		area : 16.265600;
		cell_footprint : "xor2";
		cell_leakage_power : 6.369455e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0009907";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0007800";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0236152";
			when : "A&B";
		}
		leakage_power () {
			value : "9.1960463e-05";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B) | (!A&B)";
			max_capacitance : 0.114451;
			max_transition : 1.497305;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0251319, 0.0260332, 0.0283163, 0.0337993, 0.0472984, 0.0805117, 0.1622539", \
					  "0.0248383, 0.0257591, 0.0280157, 0.0335817, 0.0471647, 0.0803679, 0.1623284", \
					  "0.0245846, 0.0255088, 0.0277917, 0.0333684, 0.0469528, 0.0802618, 0.1622710", \
					  "0.0243581, 0.0252855, 0.0275611, 0.0331055, 0.0466886, 0.0800806, 0.1620770", \
					  "0.0242080, 0.0250974, 0.0273328, 0.0328219, 0.0463810, 0.0796887, 0.1619377", \
					  "0.0242353, 0.0251129, 0.0273519, 0.0328497, 0.0464307, 0.0796618, 0.1616740", \
					  "0.0234405, 0.0243193, 0.0265745, 0.0326526, 0.0463986, 0.0795451, 0.1619244");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("-0.0034823, -0.0043640, -0.0065576, -0.0119548, -0.0253790, -0.0587926, -0.1415135", \
					  "-0.0036533, -0.0045388, -0.0067238, -0.0121154, -0.0255357, -0.0589312, -0.1417097", \
					  "-0.0038839, -0.0047736, -0.0069363, -0.0123193, -0.0257116, -0.0590879, -0.1418689", \
					  "-0.0041905, -0.0050504, -0.0071986, -0.0125212, -0.0258744, -0.0592135, -0.1419862", \
					  "-0.0038539, -0.0047466, -0.0068916, -0.0126102, -0.0258927, -0.0592042, -0.1418858", \
					  "-0.0040035, -0.0048804, -0.0070594, -0.0124137, -0.0259741, -0.0595460, -0.1421934", \
					  "-0.0038656, -0.0047577, -0.0069038, -0.0124109, -0.0259098, -0.0593250, -0.1423690");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0179788, 0.0190012, 0.0213649, 0.0270510, 0.0406605, 0.0741914, 0.1568269", \
					  "0.0177035, 0.0186756, 0.0211073, 0.0269030, 0.0406182, 0.0740653, 0.1569124", \
					  "0.0174685, 0.0184219, 0.0207620, 0.0264543, 0.0404609, 0.0740311, 0.1567282", \
					  "0.0173179, 0.0182562, 0.0205524, 0.0261495, 0.0398588, 0.0737554, 0.1559082", \
					  "0.0171117, 0.0180382, 0.0202838, 0.0258773, 0.0396401, 0.0731763, 0.1561246", \
					  "0.0170593, 0.0179762, 0.0202727, 0.0258262, 0.0394583, 0.0731235, 0.1556834", \
					  "0.0164548, 0.0173648, 0.0195731, 0.0252904, 0.0393110, 0.0726434, 0.1556409");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("-0.0013718, -0.0022554, -0.0044500, -0.0098482, -0.0232806, -0.0566535, -0.1394221", \
					  "-0.0015082, -0.0023916, -0.0045649, -0.0099757, -0.0233681, -0.0567509, -0.1395430", \
					  "-0.0017371, -0.0026061, -0.0047369, -0.0101193, -0.0235270, -0.0568635, -0.1396117", \
					  "-0.0020675, -0.0029360, -0.0050686, -0.0103329, -0.0236949, -0.0569876, -0.1397407", \
					  "-0.0020590, -0.0029241, -0.0050821, -0.0104575, -0.0237220, -0.0569306, -0.1397171", \
					  "-0.0016815, -0.0025492, -0.0048401, -0.0104039, -0.0238319, -0.0573506, -0.1399896", \
					  "-0.0013719, -0.0022902, -0.0045285, -0.0100139, -0.0234317, -0.0567817, -0.1399606");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.0696654, 0.0773000, 0.0955363, 0.1394205, 0.2436823, 0.4990701, 1.1268874", \
					  "0.0746586, 0.0822571, 0.1004499, 0.1442822, 0.2488352, 0.5041023, 1.1300139", \
					  "0.0853194, 0.0928147, 0.1107659, 0.1543428, 0.2588706, 0.5146061, 1.1433658", \
					  "0.1031065, 0.1104180, 0.1279900, 0.1711686, 0.2763700, 0.5314503, 1.1613877", \
					  "0.1263937, 0.1335165, 0.1510962, 0.1942941, 0.2986491, 0.5540973, 1.1837262", \
					  "0.1525257, 0.1595247, 0.1764753, 0.2188160, 0.3234169, 0.5778039, 1.2079689", \
					  "0.1591705, 0.1672226, 0.1849691, 0.2263755, 0.3294573, 0.5843991, 1.2119479");
				}
				rise_transition ("del_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("0.0447996, 0.0546380, 0.0781872, 0.1356346, 0.2748570, 0.6196127, 1.4604342", \
					  "0.0449194, 0.0545941, 0.0783154, 0.1350050, 0.2752892, 0.6153791, 1.4718692", \
					  "0.0447578, 0.0546141, 0.0781656, 0.1356627, 0.2746351, 0.6187850, 1.4604392", \
					  "0.0446317, 0.0543210, 0.0777458, 0.1353490, 0.2753461, 0.6202565, 1.4724907", \
					  "0.0444881, 0.0541404, 0.0776150, 0.1351145, 0.2737674, 0.6200031, 1.4708020", \
					  "0.0469490, 0.0554595, 0.0782243, 0.1350653, 0.2759801, 0.6156859, 1.4698288", \
					  "0.0570460, 0.0647748, 0.0842634, 0.1362045, 0.2745890, 0.6177227, 1.4610394");
				}
				cell_fall ("del_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("0.1461168, 0.1493822, 0.1562475, 0.1696905, 0.1946001, 0.2428267, 0.3460392", \
					  "0.1506429, 0.1539231, 0.1608462, 0.1741685, 0.1991798, 0.2472778, 0.3507420", \
					  "0.1647741, 0.1680232, 0.1749630, 0.1883817, 0.2132501, 0.2615559, 0.3651177", \
					  "0.1984927, 0.2017262, 0.2085573, 0.2220337, 0.2468684, 0.2952157, 0.3986858", \
					  "0.2728411, 0.2760686, 0.2829307, 0.2962991, 0.3214148, 0.3700154, 0.4736538", \
					  "0.4207028, 0.4244475, 0.4321487, 0.4470654, 0.4743189, 0.5253413, 0.6306576", \
					  "0.6938287, 0.6985127, 0.7080824, 0.7260649, 0.7580905, 0.8149562, 0.9253424");
				}
				fall_transition ("del_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("0.0231603, 0.0251991, 0.0299903, 0.0403615, 0.0626861, 0.1143537, 0.2411404", \
					  "0.0233294, 0.0252042, 0.0297700, 0.0399648, 0.0631640, 0.1142325, 0.2410170", \
					  "0.0232082, 0.0251995, 0.0298750, 0.0399679, 0.0628700, 0.1146074, 0.2412245", \
					  "0.0232075, 0.0251988, 0.0297295, 0.0404069, 0.0628959, 0.1141695, 0.2410164", \
					  "0.0237917, 0.0255278, 0.0301013, 0.0407240, 0.0632930, 0.1138356, 0.2407518", \
					  "0.0287420, 0.0308956, 0.0355423, 0.0462267, 0.0683980, 0.1189463, 0.2434416", \
					  "0.0409371, 0.0429461, 0.0484465, 0.0589616, 0.0820168, 0.1318517, 0.2525883");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.1108437, 0.1180086, 0.1360234, 0.1788218, 0.2833033, 0.5396392, 1.1724660", \
					  "0.1155035, 0.1227912, 0.1406383, 0.1839374, 0.2889192, 0.5458571, 1.1780786", \
					  "0.1294949, 0.1365836, 0.1546549, 0.1980805, 0.3034560, 0.5605727, 1.1932547", \
					  "0.1635348, 0.1708147, 0.1884605, 0.2317452, 0.3371059, 0.5948019, 1.2282577", \
					  "0.2391202, 0.2466665, 0.2643395, 0.3072521, 0.4122122, 0.6696247, 1.3036604", \
					  "0.3834146, 0.3940968, 0.4175977, 0.4717985, 0.5841833, 0.8418144, 1.4756159", \
					  "0.6461207, 0.6625169, 0.7014518, 0.7815885, 0.9384290, 1.2356433, 1.8740651");
				}
				rise_transition ("del_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("0.0677907, 0.0770764, 0.1005409, 0.1575525, 0.2974898, 0.6419826, 1.4947903", \
					  "0.0677299, 0.0772851, 0.1004058, 0.1575425, 0.2979604, 0.6429113, 1.4966354", \
					  "0.0677621, 0.0771827, 0.1003986, 0.1578713, 0.2975424, 0.6427088, 1.4948666", \
					  "0.0678289, 0.0772821, 0.1005366, 0.1576183, 0.2975074, 0.6422261, 1.4921574", \
					  "0.0743598, 0.0831617, 0.1047130, 0.1589514, 0.2974386, 0.6427404, 1.4928754", \
					  "0.1063623, 0.1152575, 0.1379196, 0.1889816, 0.3125805, 0.6432656, 1.4973047", \
					  "0.1790732, 0.1912089, 0.2196314, 0.2798285, 0.4066013, 0.6959422, 1.4966250");
				}
				cell_fall ("del_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("0.0279028, 0.0301216, 0.0352982, 0.0472187, 0.0747336, 0.1405450, 0.3011375", \
					  "0.0325089, 0.0347386, 0.0399182, 0.0517820, 0.0793364, 0.1451385, 0.3057211", \
					  "0.0428879, 0.0451870, 0.0503465, 0.0621300, 0.0897149, 0.1555368, 0.3161929", \
					  "0.0596577, 0.0626589, 0.0695655, 0.0840070, 0.1131319, 0.1792445, 0.3401967", \
					  "0.0817033, 0.0862623, 0.0962975, 0.1174776, 0.1578461, 0.2325814, 0.3950664", \
					  "0.1027158, 0.1097999, 0.1255911, 0.1587699, 0.2203055, 0.3281761, 0.5175361", \
					  "0.0971853, 0.1089872, 0.1353111, 0.1887739, 0.2880730, 0.4564555, 0.7328365");
				}
				fall_transition ("del_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("0.0195375, 0.0218686, 0.0276903, 0.0419305, 0.0770967, 0.1645949, 0.3811397", \
					  "0.0192264, 0.0216307, 0.0275322, 0.0418298, 0.0770700, 0.1646100, 0.3816049", \
					  "0.0208113, 0.0229348, 0.0282555, 0.0418768, 0.0769691, 0.1646197, 0.3809755", \
					  "0.0291283, 0.0313386, 0.0366868, 0.0491067, 0.0801575, 0.1644792, 0.3813131", \
					  "0.0456263, 0.0485328, 0.0557566, 0.0710164, 0.1030844, 0.1762816, 0.3821654", \
					  "0.0767735, 0.0814926, 0.0912952, 0.1128732, 0.1541387, 0.2339482, 0.4121080", \
					  "0.1356558, 0.1426253, 0.1584458, 0.1921732, 0.2518909, 0.3571081, 0.5539129");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.0936182, 0.1005825, 0.1176465, 0.1583180, 0.2583409, 0.5098156, 1.1388440", \
					  "0.0970888, 0.1038825, 0.1212025, 0.1622126, 0.2633077, 0.5152255, 1.1447790", \
					  "0.1024400, 0.1098313, 0.1269944, 0.1693686, 0.2721106, 0.5255931, 1.1547250", \
					  "0.1137117, 0.1208455, 0.1384392, 0.1811968, 0.2852992, 0.5404048, 1.1710387", \
					  "0.1277047, 0.1351808, 0.1534348, 0.1978656, 0.3023903, 0.5587087, 1.1898154", \
					  "0.1438521, 0.1505712, 0.1679059, 0.2114739, 0.3175634, 0.5752903, 1.2079698", \
					  "0.1354791, 0.1437109, 0.1621004, 0.2043221, 0.3085942, 0.5667278, 1.2017675");
				}
				rise_transition ("del_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("0.0673181, 0.0768699, 0.1003769, 0.1574784, 0.2978004, 0.6423656, 1.4939221", \
					  "0.0672727, 0.0768600, 0.1003902, 0.1574710, 0.2979887, 0.6423470, 1.4948432", \
					  "0.0667959, 0.0765737, 0.1001051, 0.1577525, 0.2977755, 0.6434464, 1.4960769", \
					  "0.0630947, 0.0731565, 0.0977744, 0.1573740, 0.2974604, 0.6421419, 1.4947645", \
					  "0.0542563, 0.0641806, 0.0889252, 0.1493832, 0.2924150, 0.6428479, 1.4950309", \
					  "0.0520152, 0.0611705, 0.0846539, 0.1426327, 0.2857657, 0.6338082, 1.4938187", \
					  "0.0618768, 0.0698613, 0.0895902, 0.1425582, 0.2833357, 0.6319712, 1.4825356");
				}
				cell_fall ("del_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("0.1200521, 0.1232762, 0.1304427, 0.1436657, 0.1680430, 0.2164527, 0.3199410", \
					  "0.1231616, 0.1264232, 0.1333395, 0.1467599, 0.1715954, 0.2198662, 0.3233454", \
					  "0.1350554, 0.1382919, 0.1452257, 0.1584647, 0.1831964, 0.2314375, 0.3348947", \
					  "0.1653404, 0.1685476, 0.1753742, 0.1887658, 0.2135180, 0.2617854, 0.3652261", \
					  "0.2418505, 0.2451147, 0.2518301, 0.2651849, 0.2900890, 0.3387032, 0.4420061", \
					  "0.3818046, 0.3860107, 0.3945802, 0.4105523, 0.4383343, 0.4895618, 0.5950194", \
					  "0.6209570, 0.6264992, 0.6381244, 0.6591503, 0.6951725, 0.7539384, 0.8628755");
				}
				fall_transition ("del_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("0.0232729, 0.0252562, 0.0298790, 0.0402784, 0.0638374, 0.1150218, 0.2413352", \
					  "0.0233474, 0.0252140, 0.0300890, 0.0403577, 0.0633767, 0.1146742, 0.2406044", \
					  "0.0232232, 0.0252418, 0.0298328, 0.0406889, 0.0635804, 0.1149180, 0.2412908", \
					  "0.0232563, 0.0253240, 0.0299716, 0.0407331, 0.0635972, 0.1147103, 0.2412560", \
					  "0.0246528, 0.0264849, 0.0309538, 0.0413695, 0.0636110, 0.1146091, 0.2412570", \
					  "0.0352454, 0.0375339, 0.0417436, 0.0519993, 0.0725101, 0.1202383, 0.2451876", \
					  "0.0546143, 0.0567705, 0.0618608, 0.0731116, 0.0936995, 0.1380073, 0.2531555");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.0804247, 0.0880561, 0.1064829, 0.1496469, 0.2545942, 0.5080132, 1.1355172", \
					  "0.0852714, 0.0929047, 0.1110414, 0.1549813, 0.2596648, 0.5146265, 1.1429951", \
					  "0.0993873, 0.1068670, 0.1247659, 0.1680002, 0.2741593, 0.5291857, 1.1580950", \
					  "0.1338157, 0.1410302, 0.1585294, 0.2013268, 0.3058599, 0.5621192, 1.1913476", \
					  "0.2048350, 0.2134793, 0.2333462, 0.2768501, 0.3809903, 0.6367956, 1.2672616", \
					  "0.3338766, 0.3468909, 0.3761114, 0.4350739, 0.5525756, 0.8084130, 1.4380998", \
					  "0.5620091, 0.5842446, 0.6327545, 0.7269849, 0.8970867, 1.2035254, 1.8382995");
				}
				rise_transition ("del_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("0.0462683, 0.0554356, 0.0783903, 0.1350350, 0.2734829, 0.6163948, 1.4710986", \
					  "0.0463022, 0.0555285, 0.0785430, 0.1359407, 0.2748319, 0.6169610, 1.4732129", \
					  "0.0462830, 0.0556377, 0.0783178, 0.1350478, 0.2772632, 0.6163476, 1.4720156", \
					  "0.0468487, 0.0558098, 0.0786995, 0.1350534, 0.2739428, 0.6207276, 1.4610225", \
					  "0.0581739, 0.0663505, 0.0862183, 0.1384593, 0.2762547, 0.6161514, 1.4696681", \
					  "0.0889506, 0.0988589, 0.1225261, 0.1754982, 0.2927367, 0.6190771, 1.4707067", \
					  "0.1598653, 0.1736128, 0.2039350, 0.2663931, 0.3928807, 0.6748552, 1.4679160");
				}
				cell_fall ("del_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("0.0216405, 0.0238966, 0.0290881, 0.0410529, 0.0686169, 0.1344199, 0.2949880", \
					  "0.0259097, 0.0281226, 0.0332956, 0.0451536, 0.0727411, 0.1385465, 0.2991882", \
					  "0.0363300, 0.0386571, 0.0438306, 0.0553263, 0.0827039, 0.1483911, 0.3091170", \
					  "0.0506259, 0.0539483, 0.0618840, 0.0773786, 0.1061676, 0.1716125, 0.3319765", \
					  "0.0668283, 0.0718557, 0.0827571, 0.1057718, 0.1500358, 0.2275561, 0.3873536", \
					  "0.0749702, 0.0829699, 0.1004376, 0.1376544, 0.2052050, 0.3211375, 0.5118192", \
					  "0.0478406, 0.0611701, 0.0884314, 0.1465442, 0.2527139, 0.4303346, 0.7274717");
				}
				fall_transition ("del_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("0.0197835, 0.0221130, 0.0278956, 0.0420392, 0.0772789, 0.1645410, 0.3813163", \
					  "0.0189124, 0.0213150, 0.0272261, 0.0417898, 0.0771043, 0.1647790, 0.3812654", \
					  "0.0225847, 0.0244345, 0.0292282, 0.0422663, 0.0768679, 0.1647445, 0.3816853", \
					  "0.0328700, 0.0354589, 0.0407843, 0.0535273, 0.0828519, 0.1647603, 0.3818225", \
					  "0.0509812, 0.0551907, 0.0642099, 0.0819163, 0.1155620, 0.1839329, 0.3827934", \
					  "0.0855561, 0.0918104, 0.1070291, 0.1306538, 0.1781369, 0.2628914, 0.4320355", \
					  "0.1483146, 0.1595603, 0.1813831, 0.2228782, 0.2940688, 0.4166063, 0.6187018");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007933;
			capacitance : 0.008325;
			rise_capacitance : 0.008717;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.007294;
			capacitance : 0.007637;
			rise_capacitance : 0.007980;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xor2_4") {
		area : 27.526400;
		cell_footprint : "xor2";
		cell_leakage_power : 1.191500e-02;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0015521";
			when : "!A&B";
		}
		leakage_power () {
			value : "0.0015717";
			when : "!A&!B";
		}
		leakage_power () {
			value : "0.0443390";
			when : "A&B";
		}
		leakage_power () {
			value : "0.0001972";
			when : "A&!B";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B) | (!A&B)";
			max_capacitance : 0.190440;
			max_transition : 1.500465;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0500911, 0.0511371, 0.0539975, 0.0615258, 0.0816199, 0.1350982, 0.2790265", \
					  "0.0495613, 0.0506267, 0.0534994, 0.0610920, 0.0812587, 0.1350390, 0.2790548", \
					  "0.0489745, 0.0500812, 0.0529011, 0.0605884, 0.0808794, 0.1345990, 0.2788465", \
					  "0.0486643, 0.0497044, 0.0525050, 0.0601157, 0.0803545, 0.1343099, 0.2786377", \
					  "0.0481378, 0.0491857, 0.0519748, 0.0595118, 0.0796947, 0.1335889, 0.2777571", \
					  "0.0481885, 0.0492173, 0.0520341, 0.0595415, 0.0796891, 0.1333855, 0.2777869", \
					  "0.0465462, 0.0475690, 0.0503002, 0.0591014, 0.0796370, 0.1336094, 0.2775304");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("-0.0067368, -0.0077561, -0.0104848, -0.0178433, -0.0377234, -0.0915273, -0.2368975", \
					  "-0.0071193, -0.0081182, -0.0108486, -0.0181903, -0.0380540, -0.0918674, -0.2372493", \
					  "-0.0075941, -0.0085998, -0.0113018, -0.0186103, -0.0384235, -0.0922579, -0.2375242", \
					  "-0.0081739, -0.0091657, -0.0118287, -0.0190301, -0.0387572, -0.0924661, -0.2377788", \
					  "-0.0083363, -0.0093353, -0.0120759, -0.0193319, -0.0389991, -0.0924694, -0.2376834", \
					  "-0.0077753, -0.0087809, -0.0115294, -0.0188555, -0.0387564, -0.0932578, -0.2382095", \
					  "-0.0079165, -0.0089580, -0.0117218, -0.0190684, -0.0391263, -0.0929289, -0.2385701");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("0.0353758, 0.0365719, 0.0396692, 0.0473098, 0.0678739, 0.1217160, 0.2663710", \
					  "0.0346883, 0.0359410, 0.0389158, 0.0468257, 0.0672914, 0.1214875, 0.2654123", \
					  "0.0341709, 0.0353484, 0.0382273, 0.0460159, 0.0666719, 0.1208119, 0.2656636", \
					  "0.0338009, 0.0348939, 0.0377677, 0.0453648, 0.0659338, 0.1202172, 0.2656067", \
					  "0.0334107, 0.0344357, 0.0372779, 0.0448247, 0.0653200, 0.1194223, 0.2642288", \
					  "0.0334468, 0.0345216, 0.0373243, 0.0448899, 0.0650030, 0.1187313, 0.2635536", \
					  "0.0323140, 0.0333714, 0.0361550, 0.0440807, 0.0648779, 0.1188151, 0.2636416");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001346174, 0.003624369, 0.009758063, 0.02627211, 0.07073365, 0.1904396");
					values("-0.0021859, -0.0032051, -0.0059484, -0.0133143, -0.0332045, -0.0870276, -0.2323925", \
					  "-0.0024520, -0.0034667, -0.0061912, -0.0135392, -0.0333825, -0.0871993, -0.2326013", \
					  "-0.0028947, -0.0038353, -0.0065421, -0.0139065, -0.0336807, -0.0874268, -0.2328018", \
					  "-0.0035212, -0.0044964, -0.0071665, -0.0143674, -0.0338964, -0.0876846, -0.2329137", \
					  "-0.0036321, -0.0046205, -0.0073224, -0.0145870, -0.0342852, -0.0877839, -0.2328923", \
					  "-0.0032273, -0.0042450, -0.0069629, -0.0143071, -0.0341974, -0.0884029, -0.2333665", \
					  "-0.0027213, -0.0037451, -0.0065670, -0.0140094, -0.0340116, -0.0878542, -0.2336809");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
					values("0.0835205, 0.0890382, 0.1031650, 0.1401047, 0.2352155, 0.4862919, 1.1585234", \
					  "0.0885902, 0.0940737, 0.1081476, 0.1450560, 0.2403632, 0.4915565, 1.1631970", \
					  "0.0989811, 0.1042314, 0.1181680, 0.1548694, 0.2502016, 0.5023535, 1.1750505", \
					  "0.1159674, 0.1211418, 0.1349525, 0.1713808, 0.2668720, 0.5195752, 1.1921272", \
					  "0.1378715, 0.1429973, 0.1566175, 0.1927469, 0.2875938, 0.5400304, 1.2135657", \
					  "0.1610993, 0.1661056, 0.1793621, 0.2147315, 0.3089906, 0.5600534, 1.2330904", \
					  "0.1607933, 0.1661239, 0.1793510, 0.2140483, 0.3069541, 0.5582775, 1.2302089");
				}
				rise_transition ("del_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("0.0568786, 0.0635611, 0.0811558, 0.1288863, 0.2545951, 0.5920275, 1.4996867", \
					  "0.0568883, 0.0636048, 0.0811853, 0.1279471, 0.2542629, 0.5874208, 1.4893615", \
					  "0.0570150, 0.0634667, 0.0812543, 0.1280365, 0.2546521, 0.5923618, 1.4877277", \
					  "0.0565913, 0.0633885, 0.0810852, 0.1278527, 0.2546019, 0.5873496, 1.4914536", \
					  "0.0564220, 0.0632138, 0.0805269, 0.1276442, 0.2527913, 0.5925205, 1.4995912", \
					  "0.0578221, 0.0640105, 0.0813002, 0.1282917, 0.2554305, 0.5874430, 1.5004649", \
					  "0.0665610, 0.0720855, 0.0867965, 0.1298621, 0.2548923, 0.5926736, 1.4864826");
				}
				cell_fall ("del_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("0.1598709, 0.1619043, 0.1668295, 0.1777073, 0.1995303, 0.2439772, 0.3425825", \
					  "0.1639865, 0.1660257, 0.1709919, 0.1818521, 0.2037576, 0.2482591, 0.3469161", \
					  "0.1776979, 0.1797149, 0.1846360, 0.1955044, 0.2174228, 0.2619586, 0.3606511", \
					  "0.2116105, 0.2135918, 0.2184596, 0.2291103, 0.2511190, 0.2956115, 0.3943274", \
					  "0.2869813, 0.2889881, 0.2939223, 0.3047179, 0.3266585, 0.3714082, 0.4702441", \
					  "0.4414427, 0.4437256, 0.4491280, 0.4609841, 0.4848769, 0.5319915, 0.6322065", \
					  "0.7329075, 0.7356604, 0.7422203, 0.7567233, 0.7845814, 0.8365354, 0.9431392");
				}
				fall_transition ("del_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("0.0262765, 0.0274887, 0.0305515, 0.0381227, 0.0567635, 0.1021778, 0.2188933", \
					  "0.0261692, 0.0273568, 0.0307016, 0.0381312, 0.0568008, 0.1021085, 0.2188661", \
					  "0.0261982, 0.0273508, 0.0305168, 0.0381264, 0.0568034, 0.1020205, 0.2188946", \
					  "0.0264277, 0.0276112, 0.0304265, 0.0383451, 0.0572173, 0.1021701, 0.2198624", \
					  "0.0263824, 0.0276109, 0.0307133, 0.0382692, 0.0565943, 0.1016631, 0.2189178", \
					  "0.0315830, 0.0327874, 0.0359004, 0.0437917, 0.0617403, 0.1056591, 0.2213870", \
					  "0.0444513, 0.0458142, 0.0487195, 0.0567548, 0.0750689, 0.1202115, 0.2323719");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
					values("0.1273466, 0.1321123, 0.1454463, 0.1796608, 0.2706621, 0.5130555, 1.1624023", \
					  "0.1312992, 0.1363370, 0.1496180, 0.1843445, 0.2757859, 0.5183467, 1.1680734", \
					  "0.1444892, 0.1493183, 0.1627783, 0.1977442, 0.2895925, 0.5329056, 1.1828686", \
					  "0.1785131, 0.1835715, 0.1966996, 0.2312224, 0.3232803, 0.5669626, 1.2175149", \
					  "0.2549566, 0.2598114, 0.2726452, 0.3072413, 0.3985782, 0.6420472, 1.2947471", \
					  "0.4064346, 0.4130061, 0.4293429, 0.4727131, 0.5716903, 0.8152825, 1.4665251", \
					  "0.6885927, 0.6986989, 0.7251459, 0.7894078, 0.9274896, 1.2132115, 1.8681316");
				}
				rise_transition ("del_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("0.0794006, 0.0856806, 0.1026605, 0.1477363, 0.2687949, 0.5925207, 1.4650516", \
					  "0.0794458, 0.0856774, 0.1025722, 0.1477476, 0.2685820, 0.5936874, 1.4608944", \
					  "0.0793730, 0.0857427, 0.1028177, 0.1480192, 0.2686212, 0.5928755, 1.4655257", \
					  "0.0795118, 0.0857672, 0.1026528, 0.1477186, 0.2687461, 0.5925755, 1.4658662", \
					  "0.0846684, 0.0905679, 0.1062858, 0.1492610, 0.2688984, 0.5921621, 1.4611821", \
					  "0.1144114, 0.1205464, 0.1368140, 0.1778960, 0.2842513, 0.5933543, 1.4625010", \
					  "0.1865511, 0.1941884, 0.2137473, 0.2616143, 0.3736413, 0.6472431, 1.4667704");
				}
				cell_fall ("del_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("0.0340750, 0.0355002, 0.0392713, 0.0486986, 0.0724185, 0.1337426, 0.2963917", \
					  "0.0381935, 0.0396495, 0.0433738, 0.0528126, 0.0765377, 0.1377863, 0.3007401", \
					  "0.0475949, 0.0490643, 0.0528184, 0.0622412, 0.0860412, 0.1473390, 0.3100155", \
					  "0.0634704, 0.0653653, 0.0702706, 0.0817121, 0.1074854, 0.1693175, 0.3321481", \
					  "0.0841411, 0.0869181, 0.0939186, 0.1106344, 0.1459054, 0.2181779, 0.3832113", \
					  "0.1006124, 0.1055094, 0.1165729, 0.1421698, 0.1967238, 0.3003995, 0.4948811", \
					  "0.0841466, 0.0915206, 0.1101685, 0.1522828, 0.2413842, 0.4050669, 0.6867448");
				}
				fall_transition ("del_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("0.0223440, 0.0238811, 0.0281375, 0.0395388, 0.0704040, 0.1543745, 0.3807945", \
					  "0.0221516, 0.0238125, 0.0280343, 0.0394760, 0.0703429, 0.1543679, 0.3807355", \
					  "0.0232304, 0.0247069, 0.0286801, 0.0395710, 0.0702740, 0.1542148, 0.3811541", \
					  "0.0306338, 0.0322101, 0.0361222, 0.0465042, 0.0739775, 0.1544165, 0.3813647", \
					  "0.0471251, 0.0489594, 0.0539314, 0.0661904, 0.0953816, 0.1675963, 0.3820416", \
					  "0.0785581, 0.0815901, 0.0890498, 0.1061040, 0.1433615, 0.2212832, 0.4129276", \
					  "0.1396412, 0.1439721, 0.1549877, 0.1825163, 0.2342982, 0.3376833, 0.5457610");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
					values("0.1108243, 0.1157934, 0.1287076, 0.1616327, 0.2488425, 0.4852040, 1.1303283", \
					  "0.1145630, 0.1194831, 0.1322577, 0.1655252, 0.2533119, 0.4905353, 1.1356087", \
					  "0.1196593, 0.1243560, 0.1369955, 0.1712112, 0.2608846, 0.5000335, 1.1457715", \
					  "0.1295712, 0.1344999, 0.1474393, 0.1817722, 0.2728397, 0.5140108, 1.1613780", \
					  "0.1434598, 0.1484796, 0.1619692, 0.1973569, 0.2883389, 0.5311148, 1.1798438", \
					  "0.1555584, 0.1604658, 0.1732652, 0.2083833, 0.3007792, 0.5446306, 1.1946911", \
					  "0.1420303, 0.1473219, 0.1605577, 0.1943662, 0.2850028, 0.5289987, 1.1818129");
				}
				rise_transition ("del_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("0.0791586, 0.0854165, 0.1026087, 0.1478880, 0.2683725, 0.5925013, 1.4616934", \
					  "0.0790216, 0.0854308, 0.1025859, 0.1479130, 0.2685422, 0.5925372, 1.4635579", \
					  "0.0788985, 0.0853140, 0.1022308, 0.1477174, 0.2689908, 0.5923444, 1.4648556", \
					  "0.0761239, 0.0827874, 0.1006914, 0.1475005, 0.2684181, 0.5918263, 1.4619171", \
					  "0.0652424, 0.0719816, 0.0898406, 0.1384912, 0.2622198, 0.5925737, 1.4613942", \
					  "0.0612253, 0.0676306, 0.0845176, 0.1302505, 0.2538758, 0.5811292, 1.4613846", \
					  "0.0689879, 0.0743334, 0.0891648, 0.1309109, 0.2510849, 0.5788820, 1.4483992");
				}
				cell_fall ("del_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("0.1318173, 0.1338571, 0.1388299, 0.1496906, 0.1712393, 0.2156230, 0.3142337", \
					  "0.1346089, 0.1366254, 0.1415585, 0.1526016, 0.1740605, 0.2187312, 0.3175866", \
					  "0.1462026, 0.1481985, 0.1530556, 0.1638794, 0.1855300, 0.2300771, 0.3288671", \
					  "0.1773676, 0.1793554, 0.1841394, 0.1946755, 0.2163576, 0.2607462, 0.3593506", \
					  "0.2544467, 0.2563917, 0.2611455, 0.2716823, 0.2932984, 0.3365583, 0.4373737", \
					  "0.4053568, 0.4078823, 0.4139253, 0.4268240, 0.4516102, 0.4986356, 0.5996899", \
					  "0.6648979, 0.6680531, 0.6762193, 0.6935086, 0.7256297, 0.7820660, 0.8872232");
				}
				fall_transition ("del_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("0.0262920, 0.0274181, 0.0308106, 0.0384327, 0.0572948, 0.1026176, 0.2196654", \
					  "0.0263523, 0.0275120, 0.0309791, 0.0383494, 0.0577174, 0.1023946, 0.2193903", \
					  "0.0265294, 0.0277447, 0.0308122, 0.0384554, 0.0572937, 0.1023916, 0.2194061", \
					  "0.0262832, 0.0275544, 0.0308903, 0.0386099, 0.0573572, 0.1022469, 0.2196879", \
					  "0.0273319, 0.0285032, 0.0314492, 0.0388865, 0.0576061, 0.1030059, 0.2194883", \
					  "0.0384367, 0.0396302, 0.0427094, 0.0501329, 0.0663337, 0.1080254, 0.2231367", \
					  "0.0595398, 0.0605475, 0.0647443, 0.0725147, 0.0898582, 0.1289475, 0.2344375");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00134617, 0.00362437, 0.00975806, 0.0262721, 0.0707337, 0.19044");
					values("0.0931129, 0.0986097, 0.1129636, 0.1492406, 0.2445935, 0.4949871, 1.1646059", \
					  "0.0970601, 0.1027148, 0.1170280, 0.1539831, 0.2508024, 0.5004598, 1.1713572", \
					  "0.1110261, 0.1161325, 0.1299416, 0.1662110, 0.2619633, 0.5142193, 1.1903626", \
					  "0.1453002, 0.1502811, 0.1637719, 0.1994434, 0.2954253, 0.5474688, 1.2261659", \
					  "0.2178092, 0.2236120, 0.2385047, 0.2746237, 0.3690168, 0.6220092, 1.2947876", \
					  "0.3542121, 0.3623586, 0.3829341, 0.4316657, 0.5393399, 0.7917799, 1.4683862", \
					  "0.6024821, 0.6162938, 0.6506996, 0.7266934, 0.8818204, 1.1844487, 1.8667976");
				}
				rise_transition ("del_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("0.0576133, 0.0640585, 0.0813857, 0.1278023, 0.2562310, 0.5904037, 1.4871765", \
					  "0.0575578, 0.0640824, 0.0813634, 0.1278837, 0.2535918, 0.5869313, 1.4888497", \
					  "0.0576146, 0.0641124, 0.0813544, 0.1279097, 0.2532449, 0.5865289, 1.4920822", \
					  "0.0580092, 0.0643252, 0.0817768, 0.1280684, 0.2526717, 0.5866841, 1.4967680", \
					  "0.0674219, 0.0728462, 0.0882994, 0.1316814, 0.2545802, 0.5871466, 1.4908359", \
					  "0.0973828, 0.1041422, 0.1214674, 0.1658916, 0.2723667, 0.5892069, 1.4863725", \
					  "0.1684857, 0.1769015, 0.1986408, 0.2491725, 0.3663809, 0.6437323, 1.4893025");
				}
				cell_fall ("del_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("0.0253395, 0.0268125, 0.0305781, 0.0400309, 0.0637908, 0.1251040, 0.2876104", \
					  "0.0295167, 0.0309460, 0.0346932, 0.0441574, 0.0677963, 0.1291898, 0.2918042", \
					  "0.0399397, 0.0413739, 0.0451443, 0.0540077, 0.0776651, 0.1390552, 0.3018116", \
					  "0.0544933, 0.0566281, 0.0620195, 0.0746302, 0.1014443, 0.1621370, 0.3245111", \
					  "0.0706590, 0.0739513, 0.0821865, 0.1012505, 0.1411445, 0.2168773, 0.3795618", \
					  "0.0771898, 0.0823576, 0.0952219, 0.1240576, 0.1861673, 0.3018756, 0.5058091", \
					  "0.0409046, 0.0491670, 0.0694171, 0.1172553, 0.2156196, 0.3963357, 0.7068986");
				}
				fall_transition ("del_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("0.0225289, 0.0241008, 0.0283335, 0.0396074, 0.0704921, 0.1543143, 0.3813206", \
					  "0.0216232, 0.0232768, 0.0276942, 0.0393915, 0.0704307, 0.1543133, 0.3809475", \
					  "0.0245384, 0.0258540, 0.0294427, 0.0399104, 0.0700367, 0.1544341, 0.3805266", \
					  "0.0344172, 0.0362115, 0.0407526, 0.0517564, 0.0773985, 0.1546874, 0.3814411", \
					  "0.0532601, 0.0558825, 0.0624676, 0.0766962, 0.1081480, 0.1758013, 0.3827373", \
					  "0.0898336, 0.0939431, 0.1038449, 0.1254767, 0.1687816, 0.2527021, 0.4335055", \
					  "0.1546411, 0.1611307, 0.1774281, 0.2117940, 0.2783993, 0.3981900, 0.6163891");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.015362;
			capacitance : 0.016117;
			rise_capacitance : 0.016872;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.013472;
			capacitance : 0.014113;
			rise_capacitance : 0.014754;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xor3_1") {
		area : 23.772800;
		cell_footprint : "xor3";
		cell_leakage_power : 1.964411e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018366";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0017705";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0025368";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0017618";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0021670";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0013921";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0021582";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0020922";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!C) | (!A&B&!C) | (!A&!B&C) | (A&B&C)";
			max_capacitance : 0.133677;
			max_transition : 1.507767;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001269067, 0.00322106, 0.00817548, 0.02075046, 0.05266743, 0.133677");
					values("0.0366422, 0.0378276, 0.0405562, 0.0468494, 0.0621767, 0.1007451, 0.1984074", \
					  "0.0365150, 0.0376967, 0.0404399, 0.0467095, 0.0620062, 0.1005618, 0.1976976", \
					  "0.0363515, 0.0375202, 0.0402643, 0.0465574, 0.0618864, 0.1004493, 0.1981268", \
					  "0.0362155, 0.0373654, 0.0401279, 0.0464299, 0.0617400, 0.1002962, 0.1979769", \
					  "0.0360501, 0.0372263, 0.0399679, 0.0462394, 0.0615363, 0.1000919, 0.1972214", \
					  "0.0358656, 0.0370517, 0.0398142, 0.0460966, 0.0613890, 0.0999335, 0.1979490", \
					  "0.0361472, 0.0371132, 0.0394744, 0.0461328, 0.0614808, 0.0999416, 0.1969073");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001269067, 0.00322106, 0.00817548, 0.02075046, 0.05266743, 0.133677");
					values("0.0250286, 0.0243275, 0.0225954, 0.0177579, 0.0038869, -0.0340738, -0.1324359", \
					  "0.0248906, 0.0242580, 0.0225333, 0.0176958, 0.0038296, -0.0341212, -0.1324752", \
					  "0.0249050, 0.0242037, 0.0224634, 0.0176513, 0.0037688, -0.0341929, -0.1325508", \
					  "0.0247309, 0.0240358, 0.0222942, 0.0174813, 0.0035985, -0.0343580, -0.1327305", \
					  "0.0245063, 0.0238239, 0.0220670, 0.0171732, 0.0033759, -0.0345803, -0.1329453", \
					  "0.0242722, 0.0235910, 0.0218468, 0.0169231, 0.0031200, -0.0348319, -0.1331929", \
					  "0.0278617, 0.0269344, 0.0246358, 0.0187632, 0.0036591, -0.0349878, -0.1333588");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001269067, 0.00322106, 0.00817548, 0.02075046, 0.05266743, 0.133677");
					values("0.0342341, 0.0354859, 0.0383336, 0.0446669, 0.0599440, 0.0984536, 0.1963951", \
					  "0.0340597, 0.0352938, 0.0381422, 0.0444788, 0.0597359, 0.0982703, 0.1961902", \
					  "0.0339296, 0.0351544, 0.0380134, 0.0443418, 0.0595924, 0.0981499, 0.1960222", \
					  "0.0339393, 0.0351588, 0.0380151, 0.0443380, 0.0595976, 0.0981468, 0.1959569", \
					  "0.0338860, 0.0351409, 0.0380048, 0.0443444, 0.0596134, 0.0981125, 0.1957359", \
					  "0.0331561, 0.0346988, 0.0381176, 0.0447154, 0.0599985, 0.0984956, 0.1955398", \
					  "0.0353458, 0.0363014, 0.0387555, 0.0448430, 0.0605872, 0.0988657, 0.1966708");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001269067, 0.00322106, 0.00817548, 0.02075046, 0.05266743, 0.133677");
					values("0.0146257, 0.0138972, 0.0122704, 0.0075873, -0.0061026, -0.0439842, -0.1423247", \
					  "0.0145337, 0.0139852, 0.0123619, 0.0076141, -0.0060663, -0.0439407, -0.1422717", \
					  "0.0146812, 0.0141463, 0.0125289, 0.0077630, -0.0059216, -0.0437911, -0.1421221", \
					  "0.0149228, 0.0142547, 0.0125996, 0.0077607, -0.0058702, -0.0437215, -0.1420528", \
					  "0.0150412, 0.0142987, 0.0127168, 0.0078579, -0.0057859, -0.0436287, -0.1419450", \
					  "0.0160701, 0.0151378, 0.0130361, 0.0081493, -0.0056315, -0.0435118, -0.1418148", \
					  "0.0206460, 0.0197291, 0.0174316, 0.0115399, -0.0035823, -0.0423145, -0.1410260");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001269067, 0.00322106, 0.00817548, 0.02075046, 0.05266743, 0.133677");
					values("0.0179134, 0.0189755, 0.0215542, 0.0276821, 0.0431333, 0.0817033, 0.1787829", \
					  "0.0177272, 0.0187983, 0.0213767, 0.0275276, 0.0427852, 0.0815447, 0.1791467", \
					  "0.0176287, 0.0187067, 0.0212605, 0.0274072, 0.0428413, 0.0814191, 0.1789395", \
					  "0.0176562, 0.0187038, 0.0212832, 0.0274434, 0.0427600, 0.0817863, 0.1782102", \
					  "0.0179109, 0.0189936, 0.0215393, 0.0276774, 0.0431176, 0.0816228, 0.1784044", \
					  "0.0179565, 0.0190397, 0.0217780, 0.0279052, 0.0431384, 0.0817227, 0.1787626", \
					  "0.0188711, 0.0198464, 0.0222857, 0.0283375, 0.0437046, 0.0821338, 0.1792758");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001269067, 0.00322106, 0.00817548, 0.02075046, 0.05266743, 0.133677");
					values("0.0062909, 0.0056245, 0.0041003, -0.0006146, -0.0143087, -0.0522207, -0.1505913", \
					  "0.0062243, 0.0056414, 0.0040161, -0.0006820, -0.0143711, -0.0522801, -0.1506404", \
					  "0.0061283, 0.0055453, 0.0039064, -0.0008014, -0.0145435, -0.0524180, -0.1507660", \
					  "0.0058772, 0.0053323, 0.0037613, -0.0009778, -0.0146866, -0.0525664, -0.1508870", \
					  "0.0060278, 0.0054192, 0.0037421, -0.0010499, -0.0147897, -0.0526548, -0.1509539", \
					  "0.0092001, 0.0082722, 0.0059769, 0.0001044, -0.0145866, -0.0525418, -0.1508479", \
					  "0.0110701, 0.0102016, 0.0079162, 0.0020751, -0.0131299, -0.0518299, -0.1504945");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.1561242, 0.1649810, 0.1844963, 0.2276824, 0.3295977, 0.5807315, 1.2158822", \
					  "0.1608975, 0.1697546, 0.1892680, 0.2324657, 0.3345250, 0.5855044, 1.2208795", \
					  "0.1723443, 0.1811997, 0.2006999, 0.2438659, 0.3457945, 0.5969774, 1.2318567", \
					  "0.1984051, 0.2072676, 0.2267495, 0.2699199, 0.3717661, 0.6230779, 1.2576903", \
					  "0.2520455, 0.2609920, 0.2806113, 0.3237966, 0.4256829, 0.6768615, 1.3127094", \
					  "0.3411858, 0.3512590, 0.3724491, 0.4172395, 0.5197790, 0.7713833, 1.4107667", \
					  "0.4668848, 0.4798825, 0.5059254, 0.5559057, 0.6613901, 0.9130561, 1.5484408");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0310214, 0.0397862, 0.0607165, 0.1129578, 0.2480068, 0.5978741, 1.4995247", \
					  "0.0309992, 0.0397863, 0.0607490, 0.1128581, 0.2479582, 0.5976916, 1.5013534", \
					  "0.0310662, 0.0397807, 0.0607134, 0.1130040, 0.2480877, 0.5980281, 1.4991904", \
					  "0.0312231, 0.0396715, 0.0605271, 0.1128549, 0.2482340, 0.5984158, 1.4973643", \
					  "0.0316414, 0.0404012, 0.0609857, 0.1131669, 0.2483094, 0.5975690, 1.5013373", \
					  "0.0367849, 0.0454452, 0.0657991, 0.1165691, 0.2498453, 0.5981619, 1.4946916", \
					  "0.0502635, 0.0595786, 0.0794712, 0.1275582, 0.2548789, 0.5983530, 1.4960563");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.3483998, 0.3599540, 0.3807080, 0.4153768, 0.4755329, 0.5916974, 0.8392324", \
					  "0.3542625, 0.3658692, 0.3866366, 0.4211782, 0.4815586, 0.5975408, 0.8449074", \
					  "0.3689417, 0.3804911, 0.4011952, 0.4358610, 0.4962563, 0.6121336, 0.8596237", \
					  "0.4040597, 0.4156496, 0.4363158, 0.4711136, 0.5313945, 0.6473568, 0.8948279", \
					  "0.4877316, 0.4992431, 0.5199706, 0.5545536, 0.6147497, 0.7309525, 0.9785120", \
					  "0.6768752, 0.6887548, 0.7096421, 0.7445151, 0.8050722, 0.9213353, 1.1690044", \
					  "1.0570831, 1.0724920, 1.0972890, 1.1354572, 1.1989846, 1.3174777, 1.5663213");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0670696, 0.0672135, 0.0722295, 0.0900250, 0.1371279, 0.2538908, 0.5451056", \
					  "0.0667429, 0.0668737, 0.0719617, 0.0897810, 0.1385126, 0.2552333, 0.5472034", \
					  "0.0664901, 0.0671333, 0.0718311, 0.0908110, 0.1382390, 0.2551289, 0.5466009", \
					  "0.0670115, 0.0672015, 0.0721645, 0.0898514, 0.1385047, 0.2543340, 0.5465816", \
					  "0.0668713, 0.0672162, 0.0723413, 0.0901382, 0.1373504, 0.2531908, 0.5454526", \
					  "0.0717808, 0.0704432, 0.0741908, 0.0911642, 0.1391629, 0.2552250, 0.5466612", \
					  "0.1191618, 0.1057984, 0.0933358, 0.1022263, 0.1453701, 0.2596764, 0.5486513");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.2993732, 0.3087723, 0.3291014, 0.3729156, 0.4743795, 0.7251688, 1.3620873", \
					  "0.3050866, 0.3145264, 0.3348987, 0.3787574, 0.4798497, 0.7317277, 1.3661662", \
					  "0.3197611, 0.3291540, 0.3494853, 0.3933038, 0.4947650, 0.7455696, 1.3826682", \
					  "0.3551480, 0.3645047, 0.3848359, 0.4287173, 0.5300869, 0.7807236, 1.4174200", \
					  "0.4394376, 0.4488785, 0.4692464, 0.5131070, 0.6142155, 0.8660661, 1.5005021", \
					  "0.6224611, 0.6319262, 0.6523321, 0.6962400, 0.7973854, 1.0491763, 1.6871625", \
					  "0.9568436, 0.9664743, 0.9870199, 1.0315041, 1.1332375, 1.3843923, 2.0223299");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0335783, 0.0422830, 0.0631570, 0.1143913, 0.2491874, 0.6000310, 1.4981816", \
					  "0.0336606, 0.0423116, 0.0630908, 0.1144384, 0.2487433, 0.5993057, 1.4971806", \
					  "0.0335789, 0.0422374, 0.0631484, 0.1143849, 0.2491901, 0.6002110, 1.4989396", \
					  "0.0333966, 0.0424172, 0.0629648, 0.1143616, 0.2492411, 0.5979456, 1.4973656", \
					  "0.0336752, 0.0422920, 0.0630958, 0.1144679, 0.2487107, 0.5994938, 1.4979495", \
					  "0.0338112, 0.0424071, 0.0632671, 0.1146694, 0.2487124, 0.5989759, 1.5018776", \
					  "0.0344614, 0.0434063, 0.0644885, 0.1155602, 0.2482635, 0.5988887, 1.4964856");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.3448616, 0.3559313, 0.3761311, 0.4105115, 0.4710469, 0.5871985, 0.8344436", \
					  "0.3496749, 0.3608488, 0.3810502, 0.4153644, 0.4758832, 0.5920692, 0.8392253", \
					  "0.3618248, 0.3728492, 0.3930347, 0.4273590, 0.4876796, 0.6040143, 0.8512410", \
					  "0.3889363, 0.3999743, 0.4201518, 0.4544787, 0.5148013, 0.6311475, 0.8783720", \
					  "0.4407682, 0.4518180, 0.4720094, 0.5063250, 0.5666590, 0.6829969, 0.9302248", \
					  "0.5182753, 0.5294729, 0.5494060, 0.5836088, 0.6444396, 0.7605386, 1.0077486", \
					  "0.6270022, 0.6380326, 0.6582128, 0.6925995, 0.7530416, 0.8695437, 1.1168287");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0606327, 0.0631176, 0.0700410, 0.0898383, 0.1389213, 0.2544176, 0.5450923", \
					  "0.0608001, 0.0629810, 0.0699346, 0.0897679, 0.1389601, 0.2549053, 0.5448353", \
					  "0.0608662, 0.0630732, 0.0697830, 0.0898574, 0.1375209, 0.2535961, 0.5456783", \
					  "0.0608312, 0.0630534, 0.0697754, 0.0898469, 0.1375282, 0.2535957, 0.5456878", \
					  "0.0608633, 0.0630807, 0.0697645, 0.0890669, 0.1375172, 0.2535946, 0.5457017", \
					  "0.0611417, 0.0632003, 0.0694872, 0.0887541, 0.1378523, 0.2558878, 0.5467293", \
					  "0.0612827, 0.0637531, 0.0704745, 0.0900665, 0.1377270, 0.2538820, 0.5438157");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.1389024, 0.1485731, 0.1693329, 0.2137938, 0.3156213, 0.5666250, 1.2067972", \
					  "0.1448086, 0.1544407, 0.1752105, 0.2196531, 0.3214177, 0.5723746, 1.2083790", \
					  "0.1568745, 0.1665496, 0.1873923, 0.2318644, 0.3335095, 0.5845228, 1.2200488", \
					  "0.1796078, 0.1892959, 0.2100714, 0.2545114, 0.3562775, 0.6074164, 1.2462978", \
					  "0.2262013, 0.2360810, 0.2570557, 0.3016029, 0.4033118, 0.6544255, 1.2911693", \
					  "0.3035709, 0.3145230, 0.3368439, 0.3826593, 0.4850778, 0.7366920, 1.3721342", \
					  "0.4026787, 0.4164704, 0.4435840, 0.4932083, 0.5965540, 0.8477218, 1.4837861");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0347248, 0.0434929, 0.0643915, 0.1157278, 0.2489625, 0.5996078, 1.5000657", \
					  "0.0344037, 0.0433868, 0.0643786, 0.1156498, 0.2492390, 0.5983453, 1.4953623", \
					  "0.0347567, 0.0435767, 0.0644511, 0.1159233, 0.2492280, 0.5986008, 1.4938192", \
					  "0.0347753, 0.0435806, 0.0642556, 0.1156918, 0.2485386, 0.6005055, 1.4987361", \
					  "0.0357351, 0.0443449, 0.0651733, 0.1161439, 0.2494339, 0.5980758, 1.4938015", \
					  "0.0417545, 0.0502163, 0.0698274, 0.1190787, 0.2508913, 0.6008556, 1.4968724", \
					  "0.0565361, 0.0648099, 0.0834960, 0.1282439, 0.2544206, 0.6003616, 1.4937849");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.2819026, 0.2926808, 0.3125926, 0.3464201, 0.4061463, 0.5217682, 0.7691396", \
					  "0.2853456, 0.2960900, 0.3161348, 0.3498879, 0.4096557, 0.5251851, 0.7725455", \
					  "0.2966065, 0.3075628, 0.3272701, 0.3611519, 0.4210532, 0.5366405, 0.7839535", \
					  "0.3270804, 0.3378193, 0.3576869, 0.3914840, 0.4512791, 0.5668915, 0.8142901", \
					  "0.4011003, 0.4118150, 0.4315822, 0.4653264, 0.5251015, 0.6408580, 0.8882923", \
					  "0.5620275, 0.5733308, 0.5934504, 0.6275496, 0.6875697, 0.8036420, 1.0511048", \
					  "0.8486785, 0.8658158, 0.8933587, 0.9349957, 1.0022946, 1.1250830, 1.3771075");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0577845, 0.0606479, 0.0676735, 0.0875074, 0.1364299, 0.2527579, 0.5451558", \
					  "0.0578994, 0.0607225, 0.0677337, 0.0875794, 0.1369171, 0.2546770, 0.5457041", \
					  "0.0578199, 0.0605082, 0.0678945, 0.0885089, 0.1373683, 0.2544801, 0.5464144", \
					  "0.0574352, 0.0603951, 0.0675783, 0.0874843, 0.1365627, 0.2531413, 0.5447585", \
					  "0.0570453, 0.0601988, 0.0679308, 0.0875605, 0.1364365, 0.2527180, 0.5451646", \
					  "0.0635811, 0.0644821, 0.0705560, 0.0896801, 0.1368725, 0.2539944, 0.5446869", \
					  "0.1056067, 0.1038342, 0.1017354, 0.1129271, 0.1554218, 0.2675843, 0.5534912");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.1877908, 0.1965866, 0.2159178, 0.2585195, 0.3592686, 0.6103619, 1.2479936", \
					  "0.1916958, 0.2004404, 0.2197660, 0.2623853, 0.3630385, 0.6140137, 1.2518548", \
					  "0.2047805, 0.2135489, 0.2328287, 0.2755285, 0.3760658, 0.6269906, 1.2623398", \
					  "0.2383586, 0.2471267, 0.2664058, 0.3091193, 0.4097019, 0.6606751, 1.2954549", \
					  "0.3104300, 0.3192338, 0.3385466, 0.3811216, 0.4820864, 0.7332362, 1.3692313", \
					  "0.4312844, 0.4400693, 0.4593798, 0.5021036, 0.6027759, 0.8539114, 1.4936488", \
					  "0.6307720, 0.6396725, 0.6592622, 0.7021655, 0.8030294, 1.0546822, 1.6896418");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0309590, 0.0393511, 0.0600954, 0.1120825, 0.2475050, 0.5978064, 1.5046614", \
					  "0.0307412, 0.0394074, 0.0601822, 0.1119538, 0.2473999, 0.5984404, 1.5029634", \
					  "0.0307797, 0.0394322, 0.0601277, 0.1121640, 0.2470856, 0.5983642, 1.5028313", \
					  "0.0307704, 0.0394249, 0.0600707, 0.1121964, 0.2472874, 0.5975399, 1.4987057", \
					  "0.0309677, 0.0394255, 0.0602367, 0.1121828, 0.2472194, 0.5987917, 1.4956025", \
					  "0.0309168, 0.0396445, 0.0603612, 0.1119076, 0.2474055, 0.5975820, 1.4978486", \
					  "0.0320901, 0.0404812, 0.0611824, 0.1126968, 0.2474250, 0.5951568, 1.4944873");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.2574276, 0.2679309, 0.2873189, 0.3206751, 0.3796025, 0.4934660, 0.7388284", \
					  "0.2627062, 0.2731576, 0.2926250, 0.3260257, 0.3848813, 0.4987054, 0.7440889", \
					  "0.2756768, 0.2861112, 0.3056193, 0.3390273, 0.3978312, 0.5116483, 0.7571441", \
					  "0.3010511, 0.3114640, 0.3308631, 0.3640974, 0.4228304, 0.5367460, 0.7822838", \
					  "0.3524699, 0.3626437, 0.3817290, 0.4148276, 0.4735283, 0.5873894, 0.8329444", \
					  "0.4066352, 0.4168768, 0.4356527, 0.4684505, 0.5268216, 0.6398790, 0.8852110", \
					  "0.4512817, 0.4613633, 0.4804055, 0.5134063, 0.5719600, 0.6855768, 0.9303593");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0560663, 0.0589849, 0.0666124, 0.0869412, 0.1351513, 0.2514222, 0.5414720", \
					  "0.0562017, 0.0588947, 0.0665790, 0.0862045, 0.1348717, 0.2515606, 0.5443978", \
					  "0.0562383, 0.0588830, 0.0675952, 0.0862139, 0.1349526, 0.2513259, 0.5432978", \
					  "0.0554990, 0.0585910, 0.0667731, 0.0861001, 0.1342130, 0.2499883, 0.5422466", \
					  "0.0532850, 0.0567733, 0.0656466, 0.0856094, 0.1341813, 0.2500869, 0.5419056", \
					  "0.0530777, 0.0561488, 0.0645766, 0.0853487, 0.1320385, 0.2500300, 0.5430797", \
					  "0.0532494, 0.0565672, 0.0654292, 0.0852446, 0.1335925, 0.2488313, 0.5399245");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0836275, 0.0925914, 0.1121174, 0.1544270, 0.2535363, 0.5034014, 1.1402667", \
					  "0.0880802, 0.0970680, 0.1165727, 0.1589293, 0.2583463, 0.5079658, 1.1422062", \
					  "0.0990983, 0.1080476, 0.1275014, 0.1700632, 0.2696937, 0.5197326, 1.1524937", \
					  "0.1243975, 0.1332796, 0.1527482, 0.1953312, 0.2953827, 0.5465291, 1.1802209", \
					  "0.1657369, 0.1747484, 0.1945928, 0.2381814, 0.3390594, 0.5896804, 1.2241421", \
					  "0.2230772, 0.2334959, 0.2542124, 0.2979460, 0.3994066, 0.6511935, 1.2866251", \
					  "0.2832911, 0.2970753, 0.3234213, 0.3715107, 0.4731653, 0.7245217, 1.3605438");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0317126, 0.0404243, 0.0613012, 0.1127504, 0.2478354, 0.6031265, 1.5077668", \
					  "0.0316549, 0.0403518, 0.0614030, 0.1129330, 0.2473638, 0.5994911, 1.5005348", \
					  "0.0316172, 0.0403085, 0.0611995, 0.1129770, 0.2482660, 0.6003995, 1.4942506", \
					  "0.0314953, 0.0402363, 0.0613008, 0.1127301, 0.2480480, 0.6004526, 1.4992603", \
					  "0.0333309, 0.0417754, 0.0628843, 0.1145944, 0.2489897, 0.6023348, 1.4922675", \
					  "0.0417914, 0.0493994, 0.0670727, 0.1166942, 0.2509494, 0.6002068, 1.4956602", \
					  "0.0610144, 0.0684455, 0.0851819, 0.1266866, 0.2532773, 0.6048356, 1.4904176");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.1407239, 0.1490903, 0.1653492, 0.1955563, 0.2524895, 0.3665543, 0.6131636", \
					  "0.1446925, 0.1529288, 0.1691674, 0.1993509, 0.2563080, 0.3702701, 0.6167024", \
					  "0.1558405, 0.1640554, 0.1800900, 0.2101921, 0.2670313, 0.3808562, 0.6275138", \
					  "0.1846780, 0.1926949, 0.2084750, 0.2381682, 0.2948086, 0.4085046, 0.6548961", \
					  "0.2602699, 0.2677206, 0.2829280, 0.3118309, 0.3678670, 0.4810233, 0.7273476", \
					  "0.4075950, 0.4171893, 0.4354881, 0.4676080, 0.5248601, 0.6381252, 0.8843509", \
					  "0.6465053, 0.6594484, 0.6843153, 0.7263675, 0.7946245, 0.9127542, 1.1624445");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0370209, 0.0424284, 0.0544453, 0.0791169, 0.1309662, 0.2510815, 0.5455929", \
					  "0.0369131, 0.0421309, 0.0541577, 0.0789218, 0.1321265, 0.2512925, 0.5459823", \
					  "0.0361173, 0.0416198, 0.0530699, 0.0775785, 0.1307049, 0.2500017, 0.5436718", \
					  "0.0351418, 0.0407538, 0.0520327, 0.0773315, 0.1296617, 0.2497468, 0.5460649", \
					  "0.0336486, 0.0386478, 0.0505504, 0.0747684, 0.1281089, 0.2483369, 0.5445014", \
					  "0.0470739, 0.0525438, 0.0630957, 0.0845690, 0.1324120, 0.2507017, 0.5459955", \
					  "0.0688030, 0.0758611, 0.0888296, 0.1128271, 0.1557905, 0.2628634, 0.5513494");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.1386689, 0.1472547, 0.1661536, 0.2082735, 0.3085870, 0.5598458, 1.1953426", \
					  "0.1439135, 0.1524849, 0.1714184, 0.2136266, 0.3140880, 0.5656946, 1.2031757", \
					  "0.1581746, 0.1667011, 0.1856988, 0.2277957, 0.3282185, 0.5799577, 1.2166275", \
					  "0.1927129, 0.2011829, 0.2201401, 0.2623169, 0.3629850, 0.6146441, 1.2510400", \
					  "0.2684348, 0.2770207, 0.2958196, 0.3379967, 0.4382914, 0.6888676, 1.3247730", \
					  "0.4010009, 0.4096187, 0.4286771, 0.4707735, 0.5708276, 0.8232205, 1.4580077", \
					  "0.6223093, 0.6309895, 0.6502416, 0.6930271, 0.7943360, 1.0456266, 1.6822149");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0299258, 0.0385245, 0.0592444, 0.1110171, 0.2473630, 0.6020827, 1.4973003", \
					  "0.0299286, 0.0385112, 0.0591314, 0.1110311, 0.2466932, 0.6036012, 1.4936222", \
					  "0.0299180, 0.0384786, 0.0592074, 0.1111431, 0.2470854, 0.6033917, 1.4951553", \
					  "0.0298343, 0.0385120, 0.0590783, 0.1112639, 0.2472892, 0.6017291, 1.4945126", \
					  "0.0298937, 0.0383864, 0.0592129, 0.1110048, 0.2472303, 0.6009774, 1.4905157", \
					  "0.0303236, 0.0388028, 0.0596157, 0.1117433, 0.2463695, 0.5985692, 1.5003007", \
					  "0.0319882, 0.0401984, 0.0608957, 0.1134071, 0.2474085, 0.5961401, 1.4912964");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.1549180, 0.1649524, 0.1834598, 0.2156687, 0.2736507, 0.3870064, 0.6320678", \
					  "0.1600848, 0.1700940, 0.1885565, 0.2208430, 0.2789014, 0.3922928, 0.6372484", \
					  "0.1707438, 0.1803170, 0.1986329, 0.2308776, 0.2888673, 0.4024033, 0.6476423", \
					  "0.1916495, 0.2010409, 0.2190795, 0.2510156, 0.3089814, 0.4223595, 0.6674407", \
					  "0.2394678, 0.2476256, 0.2641326, 0.2945153, 0.3514422, 0.4641933, 0.7093868", \
					  "0.2898283, 0.2969495, 0.3128926, 0.3450778, 0.3997470, 0.5112778, 0.7548911", \
					  "0.3370128, 0.3454711, 0.3610605, 0.3912523, 0.4476667, 0.5594322, 0.8032218");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00126907, 0.00322106, 0.00817548, 0.0207505, 0.0526674, 0.133677");
					values("0.0471418, 0.0514862, 0.0615164, 0.0827560, 0.1331471, 0.2506102, 0.5441892", \
					  "0.0471737, 0.0515341, 0.0619104, 0.0828408, 0.1331489, 0.2506524, 0.5436271", \
					  "0.0469883, 0.0513505, 0.0617792, 0.0834542, 0.1331896, 0.2499423, 0.5419610", \
					  "0.0446651, 0.0494756, 0.0603417, 0.0820226, 0.1326398, 0.2503223, 0.5440368", \
					  "0.0374862, 0.0428800, 0.0538623, 0.0777105, 0.1298268, 0.2484846, 0.5418533", \
					  "0.0371892, 0.0422820, 0.0531940, 0.0763211, 0.1268048, 0.2426609, 0.5390787", \
					  "0.0367814, 0.0415576, 0.0529866, 0.0770653, 0.1277491, 0.2455930, 0.5386843");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002126;
			capacitance : 0.002270;
			rise_capacitance : 0.002414;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004911;
			capacitance : 0.005069;
			rise_capacitance : 0.005226;
			max_transition : 1.500000;
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003219;
			capacitance : 0.003347;
			rise_capacitance : 0.003474;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xor3_2") {
		area : 25.024000;
		cell_footprint : "xor3";
		cell_leakage_power : 2.151666e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018495";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0021327";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0028948";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0017791";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0025244";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0014100";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0021703";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0024525";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!C) | (!A&B&!C) | (!A&!B&C) | (A&B&C)";
			max_capacitance : 0.249949;
			max_transition : 1.506113;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0398024, 0.0410522, 0.0445841, 0.0539007, 0.0787945, 0.1479022, 0.3423376", \
					  "0.0396553, 0.0409040, 0.0444744, 0.0537466, 0.0786532, 0.1479736, 0.3425225", \
					  "0.0395105, 0.0407604, 0.0442923, 0.0536090, 0.0785021, 0.1476114, 0.3420179", \
					  "0.0393672, 0.0406164, 0.0441489, 0.0534649, 0.0783598, 0.1474636, 0.3419031", \
					  "0.0392355, 0.0404721, 0.0439717, 0.0533263, 0.0781084, 0.1473244, 0.3403969", \
					  "0.0390394, 0.0402788, 0.0438548, 0.0531425, 0.0780482, 0.1471527, 0.3430062", \
					  "0.0393863, 0.0404911, 0.0436553, 0.0531477, 0.0781544, 0.1471419, 0.3404128");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0267463, 0.0256746, 0.0231273, 0.0157268, -0.0067648, -0.0744460, -0.2700534", \
					  "0.0267052, 0.0256543, 0.0230888, 0.0156104, -0.0067718, -0.0744871, -0.2700941", \
					  "0.0266315, 0.0255878, 0.0230983, 0.0156358, -0.0068433, -0.0745648, -0.2701639", \
					  "0.0264877, 0.0254052, 0.0228771, 0.0154616, -0.0070512, -0.0747229, -0.2703290", \
					  "0.0263173, 0.0252502, 0.0227133, 0.0152940, -0.0072077, -0.0748875, -0.2704862", \
					  "0.0259323, 0.0250467, 0.0224733, 0.0149942, -0.0074828, -0.0751954, -0.2707921", \
					  "0.0307995, 0.0296833, 0.0265966, 0.0180237, -0.0063260, -0.0753590, -0.2709377");
				}
			}
			internal_power () {
				related_pin : "B";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0374525, 0.0387417, 0.0423677, 0.0517670, 0.0766170, 0.1456297, 0.3400705", \
					  "0.0372537, 0.0385678, 0.0421812, 0.0515892, 0.0764075, 0.1454503, 0.3399146", \
					  "0.0371355, 0.0384209, 0.0420268, 0.0514278, 0.0762900, 0.1452841, 0.3387760", \
					  "0.0371054, 0.0383918, 0.0420482, 0.0514261, 0.0762292, 0.1452958, 0.3396990", \
					  "0.0370469, 0.0383299, 0.0420407, 0.0514226, 0.0762246, 0.1453190, 0.3400568", \
					  "0.0369137, 0.0383178, 0.0422719, 0.0520157, 0.0767865, 0.1458113, 0.3403008", \
					  "0.0387154, 0.0399010, 0.0431588, 0.0520678, 0.0769136, 0.1459991, 0.3404279");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0162506, 0.0151909, 0.0127728, 0.0054525, -0.0168419, -0.0843872, -0.2799733", \
					  "0.0162928, 0.0153282, 0.0127193, 0.0054648, -0.0168269, -0.0843563, -0.2799171", \
					  "0.0164259, 0.0154667, 0.0128611, 0.0056107, -0.0166938, -0.0842207, -0.2797796", \
					  "0.0162046, 0.0155158, 0.0129615, 0.0056918, -0.0166306, -0.0841597, -0.2797116", \
					  "0.0166164, 0.0156033, 0.0131321, 0.0057711, -0.0165405, -0.0840810, -0.2796238", \
					  "0.0169908, 0.0159140, 0.0133464, 0.0060394, -0.0164416, -0.0839909, -0.2794965", \
					  "0.0237675, 0.0226481, 0.0195841, 0.0110064, -0.0133572, -0.0827638, -0.2787040");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0208935, 0.0221249, 0.0255706, 0.0347376, 0.0595618, 0.1290013, 0.3221115", \
					  "0.0206761, 0.0219103, 0.0253995, 0.0345539, 0.0593060, 0.1285411, 0.3234438", \
					  "0.0206071, 0.0218453, 0.0252808, 0.0344586, 0.0592815, 0.1287223, 0.3219550", \
					  "0.0205941, 0.0218406, 0.0253068, 0.0344681, 0.0593166, 0.1286832, 0.3215835", \
					  "0.0207476, 0.0219973, 0.0254718, 0.0346357, 0.0594557, 0.1285148, 0.3218251", \
					  "0.0211694, 0.0224236, 0.0259173, 0.0351469, 0.0598702, 0.1291007, 0.3239532", \
					  "0.0221285, 0.0233117, 0.0265132, 0.0353791, 0.0601351, 0.1291535, 0.3237598");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001408587, 0.003968232, 0.0111792, 0.03149373, 0.08872329, 0.2499489");
					values("0.0077152, 0.0068195, 0.0044215, -0.0028279, -0.0251083, -0.0927137, -0.2883554", \
					  "0.0073397, 0.0066895, 0.0043519, -0.0028960, -0.0251465, -0.0927466, -0.2884109", \
					  "0.0075525, 0.0066034, 0.0041630, -0.0029837, -0.0252711, -0.0928652, -0.2884776", \
					  "0.0074057, 0.0064228, 0.0040818, -0.0031310, -0.0254449, -0.0930302, -0.2886054", \
					  "0.0073632, 0.0064339, 0.0039982, -0.0033314, -0.0256457, -0.0931881, -0.2887184", \
					  "0.0099490, 0.0088704, 0.0058041, -0.0026587, -0.0254770, -0.0930464, -0.2885542", \
					  "0.0140273, 0.0130292, 0.0099865, 0.0014257, -0.0228989, -0.0922203, -0.2882704");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.1684562, 0.1756827, 0.1923832, 0.2298746, 0.3202527, 0.5618294, 1.2366113", \
					  "0.1732405, 0.1804948, 0.1972044, 0.2346358, 0.3249691, 0.5666116, 1.2409598", \
					  "0.1846445, 0.1918874, 0.2086018, 0.2461102, 0.3365911, 0.5780064, 1.2542181", \
					  "0.2107415, 0.2179652, 0.2346790, 0.2720976, 0.3626336, 0.6040388, 1.2795023", \
					  "0.2649128, 0.2721298, 0.2888124, 0.3263258, 0.4167258, 0.6582035, 1.3329856", \
					  "0.3580952, 0.3661788, 0.3842837, 0.4237426, 0.5155469, 0.7570428, 1.4337587", \
					  "0.4929687, 0.5035128, 0.5261944, 0.5714474, 0.6676495, 0.9102830, 1.5842408");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0276409, 0.0337795, 0.0492670, 0.0901225, 0.2052235, 0.5387252, 1.4991474", \
					  "0.0276969, 0.0337973, 0.0492670, 0.0900432, 0.2051464, 0.5384846, 1.4967699", \
					  "0.0277410, 0.0338038, 0.0492544, 0.0901789, 0.2052733, 0.5389558, 1.4995910", \
					  "0.0277319, 0.0338187, 0.0492680, 0.0901494, 0.2049624, 0.5388693, 1.5008973", \
					  "0.0280496, 0.0341152, 0.0494868, 0.0901964, 0.2054262, 0.5387851, 1.4944513", \
					  "0.0319989, 0.0382914, 0.0543608, 0.0941916, 0.2071051, 0.5390969, 1.4912206", \
					  "0.0444007, 0.0516502, 0.0679874, 0.1066809, 0.2143901, 0.5412133, 1.4953165");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.3667618, 0.3783451, 0.4004276, 0.4374968, 0.4990913, 0.6158085, 0.8713278", \
					  "0.3725459, 0.3841580, 0.4062155, 0.4432843, 0.5049017, 0.6216192, 0.8771279", \
					  "0.3872340, 0.3988499, 0.4209200, 0.4579809, 0.5196094, 0.6363170, 0.8918800", \
					  "0.4224009, 0.4340804, 0.4560539, 0.4930401, 0.5546941, 0.6715425, 0.9270035", \
					  "0.5057674, 0.5173750, 0.5394071, 0.5763950, 0.6380182, 0.7548156, 1.0103689", \
					  "0.6944203, 0.7062624, 0.7288981, 0.7659970, 0.8279633, 0.9450886, 1.2007124", \
					  "1.0760312, 1.0915933, 1.1191420, 1.1610604, 1.2263255, 1.3455579, 1.6026611");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0818749, 0.0815203, 0.0837072, 0.0970540, 0.1350728, 0.2409357, 0.5286834", \
					  "0.0818528, 0.0814302, 0.0836743, 0.0956151, 0.1350999, 0.2408800, 0.5286859", \
					  "0.0819365, 0.0815371, 0.0837660, 0.0956380, 0.1353140, 0.2410914, 0.5286423", \
					  "0.0818568, 0.0815694, 0.0834588, 0.0960126, 0.1354520, 0.2409489, 0.5287866", \
					  "0.0819784, 0.0815751, 0.0838220, 0.0957572, 0.1354034, 0.2408278, 0.5287050", \
					  "0.0865196, 0.0849805, 0.0863463, 0.0972734, 0.1346337, 0.2412994, 0.5285034", \
					  "0.1383677, 0.1290726, 0.1137564, 0.1118476, 0.1433304, 0.2463145, 0.5309022");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.3142129, 0.3220639, 0.3397575, 0.3786245, 0.4696297, 0.7113115, 1.3867155", \
					  "0.3199141, 0.3277395, 0.3455170, 0.3844038, 0.4752663, 0.7163456, 1.3927611", \
					  "0.3345929, 0.3424437, 0.3601368, 0.3990040, 0.4900089, 0.7317099, 1.4071575", \
					  "0.3699624, 0.3778130, 0.3955077, 0.4343741, 0.5253804, 0.7670727, 1.4425726", \
					  "0.4543512, 0.4621112, 0.4798283, 0.5187543, 0.6096741, 0.8512626, 1.5309330", \
					  "0.6371755, 0.6450240, 0.6628383, 0.7017607, 0.7926665, 1.0343955, 1.7116465", \
					  "0.9719177, 0.9797965, 0.9980082, 1.0374733, 1.1289056, 1.3701164, 2.0496693");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0304407, 0.0368266, 0.0525056, 0.0929444, 0.2068578, 0.5413483, 1.4930066", \
					  "0.0305091, 0.0368710, 0.0525111, 0.0930971, 0.2063870, 0.5407717, 1.4993283", \
					  "0.0304419, 0.0368260, 0.0525047, 0.0929444, 0.2068574, 0.5412941, 1.4923487", \
					  "0.0304388, 0.0368270, 0.0525049, 0.0929417, 0.2068581, 0.5412674, 1.4922119", \
					  "0.0303071, 0.0368404, 0.0526494, 0.0929559, 0.2062760, 0.5416315, 1.4962306", \
					  "0.0306097, 0.0369781, 0.0525858, 0.0931932, 0.2065324, 0.5412775, 1.5042393", \
					  "0.0313439, 0.0377292, 0.0539792, 0.0942888, 0.2075171, 0.5403691, 1.4971904");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.3648847, 0.3756949, 0.3972569, 0.4337581, 0.4955799, 0.6131161, 0.8691423", \
					  "0.3695844, 0.3805803, 0.4021401, 0.4387029, 0.5005633, 0.6178986, 0.8738726", \
					  "0.3814667, 0.3926044, 0.4144177, 0.4508700, 0.5124390, 0.6300150, 0.8860561", \
					  "0.4090381, 0.4197956, 0.4412573, 0.4778050, 0.5396711, 0.6571613, 0.9132247", \
					  "0.4607588, 0.4715391, 0.4930615, 0.5295784, 0.5914354, 0.7089758, 0.9650361", \
					  "0.5380238, 0.5490531, 0.5704106, 0.6070319, 0.6689788, 0.7866942, 1.0427342", \
					  "0.6468661, 0.6580298, 0.6794271, 0.7159800, 0.7778140, 0.8956560, 1.1517072");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0739543, 0.0758971, 0.0810627, 0.0950421, 0.1355238, 0.2425622, 0.5297413", \
					  "0.0742939, 0.0758710, 0.0808010, 0.0949518, 0.1352088, 0.2437196, 0.5298669", \
					  "0.0741056, 0.0758664, 0.0814872, 0.0953253, 0.1359675, 0.2426120, 0.5297722", \
					  "0.0740657, 0.0758473, 0.0807828, 0.0950650, 0.1353530, 0.2428064, 0.5298258", \
					  "0.0739122, 0.0758938, 0.0808592, 0.0950693, 0.1354756, 0.2426925, 0.5297986", \
					  "0.0742183, 0.0761756, 0.0813668, 0.0954041, 0.1365267, 0.2424377, 0.5296974", \
					  "0.0743155, 0.0763068, 0.0821259, 0.0964834, 0.1351342, 0.2426451, 0.5270269");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.1550466, 0.1630340, 0.1812594, 0.2205979, 0.3121094, 0.5534483, 1.2279282", \
					  "0.1609817, 0.1689565, 0.1871265, 0.2264870, 0.3178579, 0.5586888, 1.2338156", \
					  "0.1732265, 0.1811294, 0.1993722, 0.2388069, 0.3301751, 0.5709510, 1.2465518", \
					  "0.1957679, 0.2037306, 0.2218649, 0.2613573, 0.3527322, 0.5935472, 1.2691104", \
					  "0.2442592, 0.2523294, 0.2704248, 0.3100060, 0.4013378, 0.6425843, 1.3162986", \
					  "0.3297163, 0.3386320, 0.3583686, 0.3992446, 0.4917532, 0.7328971, 1.4072046", \
					  "0.4436729, 0.4550615, 0.4789718, 0.5253347, 0.6206239, 0.8628010, 1.5367847");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0313317, 0.0378099, 0.0538674, 0.0943526, 0.2076912, 0.5415043, 1.5012941", \
					  "0.0314648, 0.0379080, 0.0536166, 0.0942686, 0.2074041, 0.5406765, 1.4987728", \
					  "0.0312033, 0.0381371, 0.0538531, 0.0944271, 0.2074262, 0.5407577, 1.5000640", \
					  "0.0315080, 0.0380096, 0.0537568, 0.0943421, 0.2074479, 0.5407357, 1.5010839", \
					  "0.0320972, 0.0383976, 0.0544094, 0.0946326, 0.2068453, 0.5417656, 1.4918944", \
					  "0.0374930, 0.0435439, 0.0591911, 0.0983078, 0.2088384, 0.5403316, 1.4982788", \
					  "0.0519198, 0.0586213, 0.0735385, 0.1100895, 0.2146243, 0.5439597, 1.4899709");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.3050454, 0.3160482, 0.3369824, 0.3729828, 0.4338859, 0.5502695, 0.8056043", \
					  "0.3086182, 0.3194620, 0.3405087, 0.3765299, 0.4375574, 0.5537006, 0.8092465", \
					  "0.3206239, 0.3311059, 0.3522246, 0.3882279, 0.4490774, 0.5653928, 0.8207107", \
					  "0.3510392, 0.3618651, 0.3832666, 0.4190548, 0.4797698, 0.5961870, 0.8515142", \
					  "0.4247927, 0.4358479, 0.4565696, 0.4924128, 0.5533488, 0.6698479, 0.9252500", \
					  "0.5810256, 0.5920678, 0.6134853, 0.6497057, 0.7108474, 0.8274461, 1.0829455", \
					  "0.8642624, 0.8814333, 0.9124676, 0.9585067, 1.0281709, 1.1524545, 1.4129459");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0710990, 0.0739254, 0.0795754, 0.0928007, 0.1326591, 0.2406132, 0.5275974", \
					  "0.0708632, 0.0740771, 0.0783931, 0.0927210, 0.1327687, 0.2412504, 0.5286498", \
					  "0.0717195, 0.0730608, 0.0787884, 0.0930740, 0.1334763, 0.2404257, 0.5285748", \
					  "0.0710452, 0.0731004, 0.0790454, 0.0937861, 0.1341354, 0.2404126, 0.5285962", \
					  "0.0705687, 0.0732796, 0.0793445, 0.0927902, 0.1327100, 0.2406458, 0.5275063", \
					  "0.0755168, 0.0767425, 0.0813524, 0.0951832, 0.1346884, 0.2404718, 0.5285861", \
					  "0.1260466, 0.1256629, 0.1225253, 0.1246483, 0.1566746, 0.2541090, 0.5362376");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.1996408, 0.2068179, 0.2233395, 0.2604688, 0.3497122, 0.5905073, 1.2660174", \
					  "0.2034813, 0.2107050, 0.2271894, 0.2643225, 0.3535789, 0.5942161, 1.2703326", \
					  "0.2165738, 0.2237440, 0.2402543, 0.2773653, 0.3666855, 0.6075202, 1.2826450", \
					  "0.2501286, 0.2572575, 0.2738462, 0.3109631, 0.4002719, 0.6407632, 1.3175657", \
					  "0.3222894, 0.3294665, 0.3460714, 0.3831655, 0.4727126, 0.7134930, 1.3899597", \
					  "0.4431377, 0.4503199, 0.4668764, 0.5040208, 0.5936476, 0.8345633, 1.5099263", \
					  "0.6442945, 0.6517031, 0.6684478, 0.7057549, 0.7954766, 1.0368326, 1.7111814");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0274622, 0.0334957, 0.0489635, 0.0894181, 0.2043155, 0.5392304, 1.4950579", \
					  "0.0274816, 0.0334409, 0.0489749, 0.0894148, 0.2043761, 0.5394737, 1.4943183", \
					  "0.0274374, 0.0334554, 0.0488791, 0.0893345, 0.2041304, 0.5390087, 1.4980885", \
					  "0.0274722, 0.0334641, 0.0487862, 0.0893935, 0.2043367, 0.5395492, 1.4924928", \
					  "0.0274885, 0.0335915, 0.0489172, 0.0895116, 0.2040243, 0.5386190, 1.5015748", \
					  "0.0276265, 0.0334629, 0.0489926, 0.0892177, 0.2043886, 0.5395674, 1.4941391", \
					  "0.0284322, 0.0345432, 0.0496708, 0.0900514, 0.2047787, 0.5362935, 1.4940719");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.2804192, 0.2907701, 0.3113788, 0.3466110, 0.4072071, 0.5221367, 0.7754891", \
					  "0.2855594, 0.2957799, 0.3163170, 0.3517653, 0.4122949, 0.5273507, 0.7805689", \
					  "0.2983696, 0.3086166, 0.3291524, 0.3645859, 0.4251547, 0.5402116, 0.7934353", \
					  "0.3236403, 0.3339318, 0.3544211, 0.3899745, 0.4503179, 0.5653548, 0.8185979", \
					  "0.3768612, 0.3872175, 0.4070527, 0.4424656, 0.5030079, 0.6178594, 0.8713404", \
					  "0.4361362, 0.4464794, 0.4660751, 0.5011064, 0.5607276, 0.6752177, 0.9285536", \
					  "0.4820576, 0.4925602, 0.5124030, 0.5473371, 0.6076324, 0.7224667, 0.9749689");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0684068, 0.0702937, 0.0765621, 0.0926018, 0.1313947, 0.2380820, 0.5245091", \
					  "0.0682693, 0.0705977, 0.0763365, 0.0915622, 0.1322484, 0.2379172, 0.5258063", \
					  "0.0682256, 0.0706681, 0.0763414, 0.0915803, 0.1321709, 0.2379282, 0.5258043", \
					  "0.0677317, 0.0702732, 0.0760784, 0.0920395, 0.1319514, 0.2379158, 0.5257701", \
					  "0.0650264, 0.0681423, 0.0749749, 0.0919330, 0.1311437, 0.2382536, 0.5253383", \
					  "0.0646023, 0.0671557, 0.0741374, 0.0894494, 0.1298693, 0.2368118, 0.5264538", \
					  "0.0651349, 0.0676376, 0.0745381, 0.0904876, 0.1315284, 0.2369778, 0.5212925");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0986509, 0.1061959, 0.1235378, 0.1615199, 0.2511440, 0.4908230, 1.1650242", \
					  "0.1032157, 0.1107665, 0.1281160, 0.1660973, 0.2558086, 0.4955088, 1.1714272", \
					  "0.1143504, 0.1219044, 0.1391909, 0.1772722, 0.2668243, 0.5069674, 1.1842304", \
					  "0.1404976, 0.1479755, 0.1651225, 0.2030498, 0.2929217, 0.5329402, 1.2077553", \
					  "0.1912645, 0.1987497, 0.2161036, 0.2546944, 0.3450232, 0.5860348, 1.2599430", \
					  "0.2643195, 0.2732671, 0.2922789, 0.3314455, 0.4224560, 0.6646846, 1.3413045", \
					  "0.3513199, 0.3633847, 0.3882417, 0.4345911, 0.5277063, 0.7684497, 1.4437110");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0288319, 0.0352755, 0.0507159, 0.0912956, 0.2057859, 0.5426199, 1.4942685", \
					  "0.0289135, 0.0353326, 0.0507094, 0.0914415, 0.2058028, 0.5415995, 1.4946002", \
					  "0.0289522, 0.0350200, 0.0508007, 0.0914150, 0.2055159, 0.5416179, 1.5061130", \
					  "0.0286249, 0.0348571, 0.0507304, 0.0912686, 0.2057403, 0.5429933, 1.4975681", \
					  "0.0306304, 0.0367349, 0.0520477, 0.0926164, 0.2061846, 0.5415036, 1.4912700", \
					  "0.0402362, 0.0454157, 0.0591020, 0.0965626, 0.2090219, 0.5413937, 1.5039492", \
					  "0.0605799, 0.0670452, 0.0795604, 0.1128597, 0.2137122, 0.5459961, 1.4901604");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.1789631, 0.1879034, 0.2065677, 0.2396949, 0.2988141, 0.4140247, 0.6691276", \
					  "0.1835526, 0.1924795, 0.2110354, 0.2441909, 0.3032429, 0.4185413, 0.6734834", \
					  "0.1955060, 0.2043462, 0.2226825, 0.2557182, 0.3147548, 0.4300958, 0.6849758", \
					  "0.2258701, 0.2344634, 0.2524701, 0.2852178, 0.3437282, 0.4594299, 0.7142670", \
					  "0.2977134, 0.3059640, 0.3232813, 0.3552386, 0.4136777, 0.5287554, 0.7835020", \
					  "0.4531265, 0.4626278, 0.4821610, 0.5160318, 0.5737685, 0.6882875, 0.9426016", \
					  "0.7110071, 0.7241546, 0.7511252, 0.7971651, 0.8709123, 0.9942562, 1.2523167");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0516741, 0.0563092, 0.0654569, 0.0848302, 0.1292029, 0.2392291, 0.5279771", \
					  "0.0515604, 0.0561877, 0.0652344, 0.0853583, 0.1288865, 0.2387328, 0.5278877", \
					  "0.0510080, 0.0556586, 0.0646754, 0.0842882, 0.1285983, 0.2385253, 0.5279426", \
					  "0.0497253, 0.0545150, 0.0642447, 0.0842133, 0.1284755, 0.2381027, 0.5285425", \
					  "0.0469058, 0.0514077, 0.0618208, 0.0825216, 0.1274178, 0.2369805, 0.5276367", \
					  "0.0574957, 0.0616482, 0.0704184, 0.0875968, 0.1279719, 0.2363568, 0.5271811", \
					  "0.0817369, 0.0888870, 0.1017227, 0.1227903, 0.1614597, 0.2557282, 0.5362115");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.1495875, 0.1566392, 0.1728748, 0.2094892, 0.2985474, 0.5393959, 1.2149718", \
					  "0.1548154, 0.1618449, 0.1781684, 0.2148609, 0.3036680, 0.5453385, 1.2217523", \
					  "0.1692393, 0.1763006, 0.1925269, 0.2291528, 0.3182197, 0.5590468, 1.2344411", \
					  "0.2039173, 0.2109579, 0.2272769, 0.2639779, 0.3535841, 0.5942404, 1.2700786", \
					  "0.2819660, 0.2890237, 0.3053141, 0.3419130, 0.4309914, 0.6716305, 1.3474089", \
					  "0.4172921, 0.4242984, 0.4404829, 0.4772101, 0.5657894, 0.8067345, 1.4846760", \
					  "0.6482564, 0.6553216, 0.6716960, 0.7086141, 0.7978639, 1.0386730, 1.7147007");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0266728, 0.0326161, 0.0480812, 0.0886007, 0.2038904, 0.5426628, 1.4973123", \
					  "0.0268073, 0.0328616, 0.0480696, 0.0885380, 0.2036432, 0.5408520, 1.5007201", \
					  "0.0266623, 0.0325661, 0.0480538, 0.0885989, 0.2038466, 0.5425422, 1.4984515", \
					  "0.0268452, 0.0328153, 0.0480529, 0.0886526, 0.2038715, 0.5416287, 1.4951829", \
					  "0.0267138, 0.0326291, 0.0479626, 0.0884567, 0.2039037, 0.5396423, 1.4977286", \
					  "0.0270165, 0.0327863, 0.0483182, 0.0887436, 0.2030299, 0.5409406, 1.5051752", \
					  "0.0285006, 0.0343652, 0.0493553, 0.0895868, 0.2043028, 0.5365688, 1.4984481");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.1862383, 0.1960770, 0.2158497, 0.2502745, 0.3099518, 0.4246448, 0.6778316", \
					  "0.1918967, 0.2011828, 0.2211738, 0.2556012, 0.3153627, 0.4297951, 0.6830449", \
					  "0.2022043, 0.2118054, 0.2318108, 0.2660890, 0.3259120, 0.4404506, 0.6935993", \
					  "0.2226926, 0.2322815, 0.2516527, 0.2857096, 0.3453981, 0.4599854, 0.7131897", \
					  "0.2730865, 0.2816403, 0.2994149, 0.3319914, 0.3908184, 0.5049748, 0.7578999", \
					  "0.3319271, 0.3398223, 0.3570689, 0.3901747, 0.4449496, 0.5576028, 0.8095734", \
					  "0.3793998, 0.3873365, 0.4038719, 0.4343808, 0.4934704, 0.6070283, 0.8586546");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00140859, 0.00396823, 0.0111792, 0.0314937, 0.0887233, 0.249949");
					values("0.0603785, 0.0638737, 0.0715599, 0.0883719, 0.1308731, 0.2370967, 0.5250395", \
					  "0.0601515, 0.0634804, 0.0716706, 0.0883767, 0.1310469, 0.2380164, 0.5245177", \
					  "0.0599626, 0.0633675, 0.0710108, 0.0888164, 0.1300059, 0.2376551, 0.5253476", \
					  "0.0577211, 0.0614563, 0.0699588, 0.0880533, 0.1300837, 0.2372299, 0.5253839", \
					  "0.0490197, 0.0536610, 0.0630110, 0.0829946, 0.1272150, 0.2355705, 0.5247097", \
					  "0.0466097, 0.0507255, 0.0603148, 0.0806577, 0.1240425, 0.2319052, 0.5227510", \
					  "0.0466849, 0.0509554, 0.0603969, 0.0806468, 0.1249219, 0.2337431, 0.5205612");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002122;
			capacitance : 0.002266;
			rise_capacitance : 0.002410;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004904;
			capacitance : 0.005065;
			rise_capacitance : 0.005227;
			max_transition : 1.500000;
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003213;
			capacitance : 0.003342;
			rise_capacitance : 0.003472;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_xor3_4") {
		area : 27.526400;
		cell_footprint : "xor3";
		cell_leakage_power : 2.525243e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0018864";
			when : "!A&!B&C";
		}
		leakage_power () {
			value : "0.0028456";
			when : "!A&!B&!C";
		}
		leakage_power () {
			value : "0.0036150";
			when : "!A&B&C";
		}
		leakage_power () {
			value : "0.0018092";
			when : "!A&B&!C";
		}
		leakage_power () {
			value : "0.0032414";
			when : "A&!B&C";
		}
		leakage_power () {
			value : "0.0014354";
			when : "A&!B&!C";
		}
		leakage_power () {
			value : "0.0022048";
			when : "A&B&C";
		}
		leakage_power () {
			value : "0.0031641";
			when : "A&B&!C";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A&!B&!C) | (!A&B&!C) | (!A&!B&C) | (A&B&C)";
			max_capacitance : 0.437632;
			max_transition : 1.500465;
			internal_power () {
				related_pin : "B";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546417, 0.004782808, 0.01479243, 0.04575052, 0.1414987, 0.4376319");
					values("0.0206911, 0.0193058, 0.0157894, 0.0050744, -0.0293432, -0.1416504, -0.5000539", \
					  "0.0204774, 0.0192968, 0.0159739, 0.0051603, -0.0292994, -0.1416226, -0.4999919", \
					  "0.0205740, 0.0194014, 0.0159853, 0.0051061, -0.0291939, -0.1415242, -0.4999009", \
					  "0.0209182, 0.0196668, 0.0160310, 0.0053907, -0.0291034, -0.1414829, -0.4998438", \
					  "0.0207401, 0.0195822, 0.0161241, 0.0053826, -0.0291129, -0.1414601, -0.4997655", \
					  "0.0211881, 0.0198995, 0.0163478, 0.0055140, -0.0290746, -0.1414205, -0.4996842", \
					  "0.0299999, 0.0286544, 0.0246234, 0.0125115, -0.0246321, -0.1404208, -0.4989234");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546417, 0.004782808, 0.01479243, 0.04575052, 0.1414987, 0.4376319");
					values("0.0286273, 0.0299752, 0.0341659, 0.0472109, 0.0855566, 0.2014818, 0.5587573", \
					  "0.0286977, 0.0300430, 0.0342389, 0.0472853, 0.0856093, 0.2015388, 0.5589867", \
					  "0.0288228, 0.0301439, 0.0343351, 0.0474943, 0.0857450, 0.2015325, 0.5568918", \
					  "0.0288967, 0.0302475, 0.0345002, 0.0475492, 0.0859086, 0.2016823, 0.5567968", \
					  "0.0291924, 0.0305375, 0.0347782, 0.0478418, 0.0860256, 0.2017407, 0.5588853", \
					  "0.0294858, 0.0308465, 0.0349329, 0.0478593, 0.0857810, 0.2017333, 0.5561675", \
					  "0.0317443, 0.0330322, 0.0370609, 0.0493019, 0.0869929, 0.2031238, 0.5586555");
				}
			}
			internal_power () {
				related_pin : "C";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546417, 0.004782808, 0.01479243, 0.04575052, 0.1414987, 0.4376319");
					values("0.0271700, 0.0285653, 0.0327688, 0.0457431, 0.0839613, 0.2000070, 0.5557322", \
					  "0.0270118, 0.0283924, 0.0326697, 0.0456013, 0.0837023, 0.2001137, 0.5578077", \
					  "0.0268970, 0.0282744, 0.0325681, 0.0455028, 0.0836066, 0.2000048, 0.5546239", \
					  "0.0269363, 0.0283218, 0.0325926, 0.0455520, 0.0836657, 0.2000242, 0.5546319", \
					  "0.0271131, 0.0284588, 0.0326944, 0.0456714, 0.0838829, 0.1998723, 0.5573642", \
					  "0.0276986, 0.0290972, 0.0333196, 0.0461959, 0.0844286, 0.2004505, 0.5585914", \
					  "0.0292030, 0.0305592, 0.0346446, 0.0469878, 0.0845332, 0.1999126, 0.5555073");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546417, 0.004782808, 0.01479243, 0.04575052, 0.1414987, 0.4376319");
					values("0.0117852, 0.0106705, 0.0072403, -0.0033294, -0.0375204, -0.1499300, -0.5084789", \
					  "0.0117192, 0.0107602, 0.0073261, -0.0033685, -0.0376090, -0.1499951, -0.5084836", \
					  "0.0116398, 0.0105343, 0.0071003, -0.0034494, -0.0376240, -0.1501117, -0.5085553", \
					  "0.0117962, 0.0105965, 0.0070519, -0.0035478, -0.0378617, -0.1502251, -0.5086840", \
					  "0.0114424, 0.0103969, 0.0071497, -0.0036280, -0.0380295, -0.1503750, -0.5087736", \
					  "0.0121463, 0.0108544, 0.0075225, -0.0033523, -0.0378832, -0.1503011, -0.5085526", \
					  "0.0206018, 0.0193321, 0.0154931, 0.0035390, -0.0336168, -0.1495313, -0.5083436");
				}
			}
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546417, 0.004782808, 0.01479243, 0.04575052, 0.1414987, 0.4376319");
					values("0.0465462, 0.0479220, 0.0521098, 0.0650796, 0.1034072, 0.2194820, 0.5772112", \
					  "0.0464144, 0.0477762, 0.0519956, 0.0649264, 0.1032992, 0.2193576, 0.5738691", \
					  "0.0462570, 0.0476329, 0.0518198, 0.0647891, 0.1031159, 0.2191961, 0.5769440", \
					  "0.0461131, 0.0474995, 0.0516751, 0.0646472, 0.1029769, 0.2190552, 0.5767447", \
					  "0.0459781, 0.0473320, 0.0515435, 0.0644552, 0.1028150, 0.2188506, 0.5763935", \
					  "0.0458111, 0.0471382, 0.0513199, 0.0644184, 0.1025513, 0.2185667, 0.5761004", \
					  "0.0454773, 0.0468708, 0.0511049, 0.0644428, 0.1025709, 0.2187239, 0.5731826");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001546417, 0.004782808, 0.01479243, 0.04575052, 0.1414987, 0.4376319");
					values("0.0313999, 0.0299800, 0.0264608, 0.0156420, -0.0190827, -0.1315125, -0.4900002", \
					  "0.0313363, 0.0300756, 0.0264295, 0.0155770, -0.0191147, -0.1315543, -0.4900450", \
					  "0.0311166, 0.0298798, 0.0264304, 0.0156248, -0.0190470, -0.1316149, -0.4901181", \
					  "0.0311222, 0.0297165, 0.0261705, 0.0153664, -0.0192179, -0.1317866, -0.4902843", \
					  "0.0309817, 0.0296149, 0.0261110, 0.0152988, -0.0193253, -0.1319546, -0.4903970", \
					  "0.0307144, 0.0292897, 0.0257539, 0.0149257, -0.0196408, -0.1322441, -0.4907078", \
					  "0.0363332, 0.0349758, 0.0309321, 0.0188122, -0.0182762, -0.1323597, -0.4908694");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.2052064, 0.2110778, 0.2258748, 0.2609262, 0.3452394, 0.5779104, 1.2901172", \
					  "0.2100255, 0.2158486, 0.2306420, 0.2657027, 0.3499430, 0.5827971, 1.2944428", \
					  "0.2213635, 0.2273164, 0.2421510, 0.2771137, 0.3614491, 0.5941387, 1.3068415", \
					  "0.2472101, 0.2530543, 0.2680735, 0.3030963, 0.3875127, 0.6203699, 1.3294985", \
					  "0.3017793, 0.3076417, 0.3225547, 0.3576315, 0.4419154, 0.6748846, 1.3821075", \
					  "0.4017140, 0.4079937, 0.4238121, 0.4601574, 0.5457099, 0.7788912, 1.4864406", \
					  "0.5533287, 0.5611123, 0.5801836, 0.6220238, 0.7132191, 0.9481947, 1.6573967");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0340448, 0.0384056, 0.0506376, 0.0842179, 0.1820070, 0.4960182, 1.4904674", \
					  "0.0337839, 0.0380100, 0.0506984, 0.0841234, 0.1818251, 0.4954817, 1.4902085", \
					  "0.0339389, 0.0384157, 0.0504311, 0.0841686, 0.1820687, 0.4961446, 1.4944616", \
					  "0.0340664, 0.0383911, 0.0508712, 0.0840346, 0.1814588, 0.4947416, 1.4860404", \
					  "0.0341501, 0.0385417, 0.0506262, 0.0841513, 0.1821080, 0.4953872, 1.4960231", \
					  "0.0373120, 0.0417980, 0.0546458, 0.0875381, 0.1841304, 0.4955817, 1.4929117", \
					  "0.0499615, 0.0549079, 0.0674202, 0.1005479, 0.1933166, 0.4988565, 1.4935840");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.4237571, 0.4331299, 0.4548192, 0.4955935, 0.5636506, 0.6881340, 0.9568580", \
					  "0.4298746, 0.4389572, 0.4607179, 0.5012092, 0.5694525, 0.6941029, 0.9626531", \
					  "0.4446034, 0.4537280, 0.4754356, 0.5159144, 0.5842358, 0.7089191, 0.9774133", \
					  "0.4795925, 0.4890555, 0.5105512, 0.5510420, 0.6196488, 0.7442016, 1.0126295", \
					  "0.5626435, 0.5720842, 0.5935868, 0.6340429, 0.7025790, 0.8272473, 1.0957716", \
					  "0.7522567, 0.7618193, 0.7834676, 0.8241279, 0.8929964, 1.0176771, 1.2862866", \
					  "1.1472090, 1.1583152, 1.1832122, 1.2279909, 1.2989285, 1.4261534, 1.6958071");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0980652, 0.0997423, 0.1046184, 0.1170624, 0.1502764, 0.2469129, 0.5253653", \
					  "0.0978882, 0.1000693, 0.1044619, 0.1172942, 0.1502240, 0.2480442, 0.5253759", \
					  "0.0978764, 0.1000766, 0.1044699, 0.1174076, 0.1501189, 0.2483297, 0.5253904", \
					  "0.0981163, 0.0998133, 0.1050510, 0.1178362, 0.1511202, 0.2457399, 0.5255041", \
					  "0.0982050, 0.0999002, 0.1051061, 0.1168523, 0.1512283, 0.2457307, 0.5262308", \
					  "0.1007385, 0.1019081, 0.1065055, 0.1189192, 0.1516191, 0.2465099, 0.5243748", \
					  "0.1361125, 0.1339096, 0.1303385, 0.1315206, 0.1582191, 0.2527752, 0.5267327");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.3573382, 0.3636068, 0.3795766, 0.4163264, 0.5025951, 0.7363892, 1.4447329", \
					  "0.3630682, 0.3693317, 0.3854358, 0.4220838, 0.5082494, 0.7422402, 1.4524154", \
					  "0.3777226, 0.3839910, 0.3999590, 0.4367101, 0.5229809, 0.7567701, 1.4653100", \
					  "0.4131157, 0.4193832, 0.4353642, 0.4721071, 0.5583717, 0.7921798, 1.5002813", \
					  "0.4974602, 0.5037417, 0.5197053, 0.5564537, 0.6426014, 0.8765534, 1.5867022", \
					  "0.6811305, 0.6873173, 0.7032798, 0.7402039, 0.8264648, 1.0597946, 1.7697642", \
					  "1.0187838, 1.0251681, 1.0413675, 1.0787055, 1.1653885, 1.3993652, 2.1065809");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0370391, 0.0419993, 0.0549664, 0.0884122, 0.1855487, 0.4993804, 1.4981273", \
					  "0.0370809, 0.0416831, 0.0546537, 0.0882747, 0.1852879, 0.4978045, 1.4930266", \
					  "0.0370369, 0.0419886, 0.0549690, 0.0884116, 0.1855591, 0.4993947, 1.4985260", \
					  "0.0370374, 0.0419307, 0.0549494, 0.0884352, 0.1855206, 0.4993439, 1.4986773", \
					  "0.0375236, 0.0421223, 0.0542487, 0.0881394, 0.1853209, 0.4976665, 1.5002822", \
					  "0.0371008, 0.0424023, 0.0544391, 0.0882162, 0.1856787, 0.4971298, 1.4918889", \
					  "0.0386673, 0.0432914, 0.0554709, 0.0891271, 0.1856900, 0.4977554, 1.4875017");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.4235232, 0.4332389, 0.4547746, 0.4952352, 0.5640194, 0.6903357, 0.9609123", \
					  "0.4282998, 0.4381564, 0.4594493, 0.4999273, 0.5688468, 0.6953349, 0.9658837", \
					  "0.4411791, 0.4506439, 0.4717767, 0.5122452, 0.5815416, 0.7076584, 0.9783286", \
					  "0.4676173, 0.4773102, 0.4989009, 0.5393952, 0.6080788, 0.7344174, 1.0049898", \
					  "0.5198614, 0.5291296, 0.5504356, 0.5909123, 0.6598607, 0.7864756, 1.0570431", \
					  "0.5970570, 0.6062469, 0.6278046, 0.6686413, 0.7374893, 0.8640682, 1.1346768", \
					  "0.7049313, 0.7147362, 0.7361270, 0.7765746, 0.8455291, 0.9721581, 1.2428051");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0950365, 0.0978843, 0.1033764, 0.1171545, 0.1543778, 0.2529965, 0.5284632", \
					  "0.0950596, 0.0976799, 0.1037782, 0.1172754, 0.1546127, 0.2527882, 0.5291251", \
					  "0.0953206, 0.0976147, 0.1038263, 0.1181563, 0.1531717, 0.2498599, 0.5302475", \
					  "0.0949205, 0.0978743, 0.1034653, 0.1173570, 0.1525997, 0.2529909, 0.5283042", \
					  "0.0953337, 0.0977997, 0.1040539, 0.1184012, 0.1534587, 0.2502895, 0.5293082", \
					  "0.0949917, 0.0974641, 0.1039836, 0.1175527, 0.1542710, 0.2517931, 0.5288984", \
					  "0.0953588, 0.0980475, 0.1038003, 0.1174359, 0.1549375, 0.2529458, 0.5269321");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				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, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.1989685, 0.2053945, 0.2215218, 0.2586155, 0.3452228, 0.5790043, 1.2854722", \
					  "0.2048925, 0.2113139, 0.2274431, 0.2645296, 0.3511372, 0.5849222, 1.2923518", \
					  "0.2171402, 0.2234074, 0.2395962, 0.2769120, 0.3635411, 0.5966941, 1.3056020", \
					  "0.2394488, 0.2458897, 0.2621918, 0.2993755, 0.3860129, 0.6194663, 1.3271919", \
					  "0.2897277, 0.2960476, 0.3121559, 0.3493348, 0.4357437, 0.6688873, 1.3791904", \
					  "0.3870801, 0.3938995, 0.4107243, 0.4493216, 0.5369375, 0.7709531, 1.4808039", \
					  "0.5272878, 0.5358662, 0.5566605, 0.6000453, 0.6918816, 0.9269865, 1.6354258");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0384285, 0.0425609, 0.0558858, 0.0893816, 0.1859472, 0.4988602, 1.4960528", \
					  "0.0384163, 0.0425475, 0.0558678, 0.0893742, 0.1859090, 0.4989241, 1.4976909", \
					  "0.0379062, 0.0432804, 0.0554488, 0.0891311, 0.1858709, 0.4977275, 1.4976046", \
					  "0.0381504, 0.0432300, 0.0558034, 0.0893292, 0.1856890, 0.4986506, 1.4962325", \
					  "0.0379709, 0.0430620, 0.0553557, 0.0890274, 0.1853902, 0.4974164, 1.4902024", \
					  "0.0425127, 0.0471729, 0.0600976, 0.0929962, 0.1874922, 0.4979035, 1.4956331", \
					  "0.0579007, 0.0627468, 0.0749697, 0.1060857, 0.1960067, 0.5038778, 1.4929994");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.3648609, 0.3737834, 0.3947603, 0.4345415, 0.5021357, 0.6261961, 0.8943528", \
					  "0.3676217, 0.3772546, 0.3981826, 0.4379772, 0.5055920, 0.6298517, 0.8980397", \
					  "0.3802135, 0.3894325, 0.4102698, 0.4500476, 0.5178309, 0.6419174, 0.9101476", \
					  "0.4114023, 0.4204379, 0.4413570, 0.4811139, 0.5486498, 0.6730672, 0.9412385", \
					  "0.4847004, 0.4935897, 0.5144840, 0.5541106, 0.6217936, 0.7459178, 1.0141207", \
					  "0.6329718, 0.6420765, 0.6634393, 0.7033320, 0.7707708, 0.8949860, 1.1636160", \
					  "0.9221584, 0.9351951, 0.9641858, 1.0140515, 1.0912076, 1.2225406, 1.4953310");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0921029, 0.0948241, 0.1009332, 0.1148920, 0.1492589, 0.2483566, 0.5248750", \
					  "0.0921996, 0.0950100, 0.1009189, 0.1142404, 0.1508709, 0.2481806, 0.5251459", \
					  "0.0922901, 0.0947506, 0.1010129, 0.1153915, 0.1497851, 0.2453255, 0.5255104", \
					  "0.0922526, 0.0948051, 0.1011107, 0.1152565, 0.1508209, 0.2473789, 0.5255755", \
					  "0.0917054, 0.0945553, 0.1007881, 0.1149682, 0.1494064, 0.2483743, 0.5248400", \
					  "0.0932486, 0.0957016, 0.1011401, 0.1149811, 0.1512297, 0.2468916, 0.5250461", \
					  "0.1474148, 0.1485304, 0.1486329, 0.1506243, 0.1755005, 0.2616566, 0.5335100");
				}
			}
			timing () {
				related_pin : "B";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.2353887, 0.2411762, 0.2561056, 0.2906926, 0.3742835, 0.6064552, 1.3148633", \
					  "0.2393160, 0.2450991, 0.2598382, 0.2945783, 0.3780048, 0.6105980, 1.3205911", \
					  "0.2523372, 0.2581307, 0.2728178, 0.3075753, 0.3909986, 0.6237121, 1.3320354", \
					  "0.2857849, 0.2915744, 0.3062712, 0.3410336, 0.4244897, 0.6571577, 1.3649224", \
					  "0.3580927, 0.3638784, 0.3786151, 0.4133719, 0.4968029, 0.7294705, 1.4397030", \
					  "0.4796284, 0.4854165, 0.5003445, 0.5350714, 0.6187909, 0.8510666, 1.5617571", \
					  "0.6816507, 0.6874943, 0.7023463, 0.7372388, 0.8208542, 1.0536521, 1.7621210");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0333922, 0.0381070, 0.0502203, 0.0832823, 0.1810568, 0.4973421, 1.4956720", \
					  "0.0337378, 0.0381081, 0.0499756, 0.0832095, 0.1808933, 0.4961739, 1.4967381", \
					  "0.0333897, 0.0377190, 0.0501694, 0.0831558, 0.1805806, 0.4952088, 1.4980969", \
					  "0.0332718, 0.0378885, 0.0502148, 0.0831206, 0.1804302, 0.4957228, 1.4999751", \
					  "0.0336961, 0.0381306, 0.0500161, 0.0832567, 0.1808793, 0.4957973, 1.4896026", \
					  "0.0337474, 0.0382391, 0.0504266, 0.0827128, 0.1813903, 0.4957301, 1.4930037", \
					  "0.0343554, 0.0387370, 0.0507308, 0.0837334, 0.1813937, 0.4929147, 1.4933390");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.3420137, 0.3508590, 0.3715147, 0.4112503, 0.4794813, 0.6042653, 0.8718521", \
					  "0.3471741, 0.3562244, 0.3766571, 0.4161937, 0.4845138, 0.6093648, 0.8769181", \
					  "0.3599339, 0.3688626, 0.3893540, 0.4288466, 0.4971719, 0.6219767, 0.8895909", \
					  "0.3852184, 0.3939200, 0.4146434, 0.4540595, 0.5223030, 0.6473234, 0.9148409", \
					  "0.4389157, 0.4477544, 0.4683570, 0.5078502, 0.5757997, 0.7007304, 0.9682756", \
					  "0.5118553, 0.5205679, 0.5406425, 0.5791029, 0.6468995, 0.7723290, 1.0399058", \
					  "0.5631707, 0.5719094, 0.5922576, 0.6316156, 0.6993260, 0.8240016, 1.0908465");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0895657, 0.0921597, 0.0988820, 0.1135155, 0.1499953, 0.2481167, 0.5241506", \
					  "0.0892364, 0.0919758, 0.0988293, 0.1136227, 0.1500813, 0.2482342, 0.5241740", \
					  "0.0891001, 0.0918140, 0.0984369, 0.1145276, 0.1500565, 0.2480555, 0.5241338", \
					  "0.0888811, 0.0918930, 0.0983930, 0.1143372, 0.1514062, 0.2472124, 0.5233135", \
					  "0.0880985, 0.0907055, 0.0979120, 0.1135189, 0.1498915, 0.2489170, 0.5237211", \
					  "0.0852626, 0.0883789, 0.0952574, 0.1113742, 0.1488463, 0.2475217, 0.5233009", \
					  "0.0865935, 0.0896708, 0.0968794, 0.1122777, 0.1493927, 0.2457712, 0.5184627");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				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, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.1406897, 0.1468068, 0.1624968, 0.1988417, 0.2843183, 0.5170455, 1.2244303", \
					  "0.1454095, 0.1515945, 0.1673051, 0.2035695, 0.2891098, 0.5217876, 1.2284234", \
					  "0.1567496, 0.1627527, 0.1785004, 0.2148070, 0.3002706, 0.5329238, 1.2398903", \
					  "0.1824697, 0.1886031, 0.2042861, 0.2406180, 0.3260365, 0.5582615, 1.2676844", \
					  "0.2409981, 0.2470345, 0.2625979, 0.2987603, 0.3842380, 0.6169270, 1.3269462", \
					  "0.3373248, 0.3441968, 0.3610727, 0.3985751, 0.4852762, 0.7185809, 1.4307404", \
					  "0.4651011, 0.4743118, 0.4959090, 0.5403681, 0.6311565, 0.8656266, 1.5729533");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0358220, 0.0407965, 0.0533813, 0.0868643, 0.1838929, 0.4981042, 1.4889393", \
					  "0.0362293, 0.0408139, 0.0533863, 0.0868547, 0.1843296, 0.4986055, 1.4911373", \
					  "0.0362554, 0.0407751, 0.0533295, 0.0866649, 0.1841364, 0.4977108, 1.4914342", \
					  "0.0358617, 0.0403323, 0.0527832, 0.0866757, 0.1837295, 0.4968860, 1.4910261", \
					  "0.0365839, 0.0408011, 0.0532418, 0.0870136, 0.1841900, 0.4977025, 1.4900905", \
					  "0.0461906, 0.0499979, 0.0617661, 0.0927433, 0.1878589, 0.4987785, 1.4958527", \
					  "0.0694278, 0.0738457, 0.0846038, 0.1114027, 0.1975343, 0.5025481, 1.4931210");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.2601822, 0.2687994, 0.2892992, 0.3276655, 0.3943340, 0.5180081, 0.7861762", \
					  "0.2652627, 0.2739238, 0.2943781, 0.3328335, 0.3995277, 0.5231802, 0.7914390", \
					  "0.2776994, 0.2862875, 0.3066889, 0.3450875, 0.4117717, 0.5354551, 0.8036942", \
					  "0.3078661, 0.3164158, 0.3364293, 0.3750878, 0.4415360, 0.5651863, 0.8333789", \
					  "0.3759115, 0.3843012, 0.4041633, 0.4421556, 0.5087116, 0.6323795, 0.9003555", \
					  "0.5247227, 0.5329996, 0.5520980, 0.5885420, 0.6538187, 0.7768195, 1.0448240", \
					  "0.7909832, 0.8023898, 0.8293066, 0.8808138, 0.9628134, 1.0974938, 1.3688410");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0817190, 0.0851850, 0.0931969, 0.1099426, 0.1485373, 0.2471814, 0.5249572", \
					  "0.0819006, 0.0853322, 0.0933912, 0.1099177, 0.1480921, 0.2467008, 0.5255200", \
					  "0.0816082, 0.0850374, 0.0930725, 0.1098110, 0.1480461, 0.2466202, 0.5254004", \
					  "0.0809043, 0.0844548, 0.0925174, 0.1091593, 0.1467311, 0.2449073, 0.5259252", \
					  "0.0787239, 0.0823526, 0.0911548, 0.1082619, 0.1465877, 0.2448251, 0.5251318", \
					  "0.0791636, 0.0822547, 0.0892408, 0.1052639, 0.1436437, 0.2450881, 0.5240260", \
					  "0.1105651, 0.1161062, 0.1282486, 0.1479714, 0.1827198, 0.2677160, 0.5325305");
				}
			}
			timing () {
				related_pin : "C";
				timing_type : "combinational";
				timing_sense : "negative_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, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.1820796, 0.1877822, 0.2024851, 0.2369566, 0.3199582, 0.5526324, 1.2616403", \
					  "0.1876011, 0.1934072, 0.2080778, 0.2424778, 0.3256571, 0.5574315, 1.2672149", \
					  "0.2021597, 0.2079597, 0.2226425, 0.2570424, 0.3402444, 0.5721111, 1.2800949", \
					  "0.2374232, 0.2431421, 0.2578960, 0.2923237, 0.3755340, 0.6074243, 1.3150593", \
					  "0.3165499, 0.3222996, 0.3369943, 0.3714702, 0.4545109, 0.6871069, 1.3965408", \
					  "0.4572172, 0.4629492, 0.4773180, 0.5116936, 0.5946266, 0.8269033, 1.5387146", \
					  "0.6991112, 0.7048410, 0.7194949, 0.7538866, 0.8372500, 1.0683959, 1.7817207");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0331534, 0.0375722, 0.0494577, 0.0825607, 0.1801166, 0.4964686, 1.4970213", \
					  "0.0332935, 0.0376228, 0.0498223, 0.0825384, 0.1798195, 0.4979779, 1.4960235", \
					  "0.0332794, 0.0376400, 0.0498116, 0.0825881, 0.1800745, 0.4979495, 1.4872595", \
					  "0.0329215, 0.0376359, 0.0497689, 0.0826225, 0.1802746, 0.4977713, 1.4870829", \
					  "0.0333234, 0.0376906, 0.0494341, 0.0825883, 0.1800996, 0.4962891, 1.4913119", \
					  "0.0329117, 0.0373064, 0.0495103, 0.0821791, 0.1802718, 0.4957715, 1.4986260", \
					  "0.0341597, 0.0384701, 0.0504744, 0.0833085, 0.1808801, 0.4928626, 1.5004646");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.2599971, 0.2689200, 0.2893650, 0.3285339, 0.3961801, 0.5206573, 0.7879655", \
					  "0.2654306, 0.2744681, 0.2947535, 0.3341947, 0.4016664, 0.5261602, 0.7935184", \
					  "0.2766593, 0.2856181, 0.3060646, 0.3453281, 0.4129619, 0.5377174, 0.8049515", \
					  "0.2977417, 0.3067258, 0.3268975, 0.3661009, 0.4337712, 0.5583660, 0.8257424", \
					  "0.3444796, 0.3527438, 0.3724344, 0.4106374, 0.4780294, 0.6021917, 0.8695180", \
					  "0.4348603, 0.4419915, 0.4590608, 0.4942114, 0.5579617, 0.6798048, 0.9470174", \
					  "0.4869924, 0.4943190, 0.5121032, 0.5467877, 0.6116676, 0.7344120, 1.0005059");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00154642, 0.00478281, 0.0147924, 0.0457505, 0.141499, 0.437632");
					values("0.0856937, 0.0887083, 0.0963481, 0.1120349, 0.1495591, 0.2453567, 0.5246863", \
					  "0.0855628, 0.0889445, 0.0963794, 0.1120606, 0.1489179, 0.2485023, 0.5234880", \
					  "0.0853869, 0.0885790, 0.0963073, 0.1119524, 0.1496489, 0.2459742, 0.5251208", \
					  "0.0841129, 0.0874507, 0.0950736, 0.1113445, 0.1492433, 0.2452437, 0.5256999", \
					  "0.0780748, 0.0819940, 0.0908758, 0.1085428, 0.1479122, 0.2471583, 0.5236277", \
					  "0.0704355, 0.0738334, 0.0823084, 0.1006510, 0.1414071, 0.2424034, 0.5227167", \
					  "0.0715272, 0.0747812, 0.0834917, 0.1026068, 0.1431131, 0.2436648, 0.5168666");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.002107;
			capacitance : 0.002249;
			rise_capacitance : 0.002391;
			max_transition : 1.500000;
		}
		pin (B) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.004899;
			capacitance : 0.005062;
			rise_capacitance : 0.005225;
			max_transition : 1.500000;
		}
		pin (C) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			fall_capacitance : 0.003195;
			capacitance : 0.003323;
			rise_capacitance : 0.003450;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_buf_12") {
		area : 20.019200;
		cell_footprint : "buf";
		cell_leakage_power : 3.028770e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0043798";
			when : "!A";
		}
		leakage_power () {
			value : "0.0016777";
			when : "A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 5.0
			max_transition : 6.301013;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02817269, 0.07937005, 0.2236068, 0.6299605, 1.774768, 5");
					index_2("0.0005, 0.002320794, 0.01077217, 0.05, 0.2320794, 1.077217, 5");
					values("0.0429303, 0.0454845, 0.0570175, 0.1073267, 0.3291778, 1.3467846, 6.0625935", \
					  "0.0426610, 0.0452144, 0.0567032, 0.1068807, 0.3287307, 1.3421283, 6.0736814", \
					  "0.0419493, 0.0444494, 0.0556677, 0.1053832, 0.3259502, 1.3434410, 6.0642137", \
					  "0.0409389, 0.0434095, 0.0544330, 0.1033950, 0.3255310, 1.3380667, 6.0679377", \
					  "0.0415723, 0.0441000, 0.0548946, 0.1028950, 0.3235510, 1.3465387, 6.0814031", \
					  "0.0417827, 0.0442026, 0.0548108, 0.1023547, 0.3251209, 1.3380430, 6.0701712", \
					  "0.0455870, 0.0482980, 0.0578856, 0.1056924, 0.3280044, 1.3443677, 6.0628840");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02817269, 0.07937005, 0.2236068, 0.6299605, 1.774768, 5");
					index_2("0.0005, 0.002320794, 0.01077217, 0.05, 0.2320794, 1.077217, 5");
					values("0.0590100, 0.0570776, 0.0481649, 0.0059244, -0.2108521, -1.2385420, -6.0117870", \
					  "0.0583190, 0.0565365, 0.0477436, 0.0053962, -0.2113784, -1.2390730, -6.0123243", \
					  "0.0577277, 0.0559414, 0.0469758, 0.0044708, -0.2121339, -1.2397030, -6.0128465", \
					  "0.0569976, 0.0549712, 0.0457350, 0.0028382, -0.2130830, -1.2402031, -6.0131674", \
					  "0.0557067, 0.0535193, 0.0434242, 0.0003097, -0.2141129, -1.2405808, -6.0132498", \
					  "0.0625874, 0.0603690, 0.0515228, 0.0043428, -0.2152924, -1.2403478, -6.0124826", \
					  "0.0677384, 0.0656899, 0.0541751, 0.0060169, -0.2096244, -1.2353021, -6.0061626");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "positive_unate";
				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("0.0620054, 0.0644928, 0.0747135, 0.1137443, 0.2788509, 1.0325134, 4.5378412", \
					  "0.0684438, 0.0709298, 0.0811229, 0.1200802, 0.2849395, 1.0417600, 4.5362483", \
					  "0.0865592, 0.0890163, 0.0991004, 0.1377756, 0.3027564, 1.0577449, 4.5581254", \
					  "0.1196616, 0.1222789, 0.1327342, 0.1719029, 0.3369407, 1.0923517, 4.5987001", \
					  "0.1613582, 0.1645547, 0.1766789, 0.2171021, 0.3820065, 1.1391840, 4.6406012", \
					  "0.1731811, 0.1780556, 0.1958447, 0.2460293, 0.4112136, 1.1653835, 4.6632356", \
					  "-0.0091793, -0.0014913, 0.0269880, 0.1046940, 0.2929206, 1.0401678, 4.5349298");
				}
				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("0.0191511, 0.0214300, 0.0318191, 0.0801554, 0.3116506, 1.3807184, 6.2921655", \
					  "0.0191089, 0.0214304, 0.0317438, 0.0801023, 0.3112327, 1.3794739, 6.2943992", \
					  "0.0193117, 0.0215220, 0.0320350, 0.0799980, 0.3085325, 1.3709477, 6.2921601", \
					  "0.0218060, 0.0240338, 0.0339871, 0.0810006, 0.3095654, 1.3711698, 6.2935839", \
					  "0.0310148, 0.0329557, 0.0420570, 0.0848035, 0.3090736, 1.3863060, 6.3010126", \
					  "0.0545548, 0.0561595, 0.0655422, 0.1031115, 0.3135440, 1.3696664, 6.2985972", \
					  "0.1046963, 0.1082264, 0.1202300, 0.1623987, 0.3350998, 1.3856205, 6.2927294");
				}
				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("0.0992062, 0.1010573, 0.1080716, 0.1295130, 0.1915357, 0.4311457, 1.5327084", \
					  "0.1075251, 0.1093991, 0.1167422, 0.1379669, 0.1999440, 0.4397569, 1.5439103", \
					  "0.1338116, 0.1356730, 0.1426904, 0.1640292, 0.2258264, 0.4654659, 1.5656020", \
					  "0.2086588, 0.2105500, 0.2174683, 0.2390368, 0.3007715, 0.5406016, 1.6409072", \
					  "0.3929706, 0.3953514, 0.4048796, 0.4314551, 0.4978639, 0.7376704, 1.8377783", \
					  "0.7604448, 0.7655521, 0.7821003, 0.8220357, 0.9086837, 1.1519469, 2.2492119", \
					  "1.5415234, 1.5478302, 1.5709036, 1.6327073, 1.7646463, 2.0550814, 3.1538103");
				}
				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("0.0201352, 0.0210853, 0.0253555, 0.0415498, 0.1070390, 0.4269017, 1.9396467", \
					  "0.0199814, 0.0210211, 0.0252575, 0.0415889, 0.1071600, 0.4268010, 1.9496949", \
					  "0.0200043, 0.0210457, 0.0255067, 0.0414759, 0.1072076, 0.4280205, 1.9405242", \
					  "0.0204343, 0.0213358, 0.0257183, 0.0416720, 0.1073040, 0.4284005, 1.9407609", \
					  "0.0335484, 0.0347881, 0.0388245, 0.0539714, 0.1138949, 0.4279937, 1.9415927", \
					  "0.0638308, 0.0648308, 0.0707464, 0.0882512, 0.1458646, 0.4353267, 1.9435160", \
					  "0.1226881, 0.1247761, 0.1325462, 0.1569521, 0.2248276, 0.4750294, 1.9499238");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.008974;
			capacitance : 0.008506;
			fall_capacitance : 0.008037;
			max_transition : 5.000000;
		}
	}
	cell ("scs8hd_buf_16") {
		area : 27.526400;
		cell_footprint : "buf";
		cell_leakage_power : 4.172071e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0024848";
			when : "A";
		}
		leakage_power () {
			value : "0.0058594";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 5.0
			max_transition : 5.696764;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02817269, 0.07937005, 0.2236068, 0.6299605, 1.774768, 5");
					index_2("0.0005, 0.002320794, 0.01077217, 0.05, 0.2320794, 1.077217, 5");
					values("0.0594408, 0.0620339, 0.0738210, 0.1242495, 0.3450605, 1.3637626, 6.0956334", \
					  "0.0589741, 0.0615910, 0.0733128, 0.1237565, 0.3446952, 1.3632113, 6.0809161", \
					  "0.0578493, 0.0603858, 0.0718167, 0.1219333, 0.3438702, 1.3621642, 6.0875188", \
					  "0.0564204, 0.0588705, 0.0698278, 0.1194358, 0.3417836, 1.3571150, 6.0832952", \
					  "0.0567036, 0.0590092, 0.0698968, 0.1186589, 0.3403494, 1.3591429, 6.0846934", \
					  "0.0568690, 0.0592799, 0.0698886, 0.1186659, 0.3413786, 1.3587066, 6.0814668", \
					  "0.0624615, 0.0644857, 0.0747834, 0.1234251, 0.3459807, 1.3597510, 6.0840798");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02817269, 0.07937005, 0.2236068, 0.6299605, 1.774768, 5");
					index_2("0.0005, 0.002320794, 0.01077217, 0.05, 0.2320794, 1.077217, 5");
					values("0.0884497, 0.0865899, 0.0778674, 0.0355669, -0.1817187, -1.2094360, -5.9826167", \
					  "0.0874789, 0.0856318, 0.0768790, 0.0347695, -0.1824983, -1.2102160, -5.9834420", \
					  "0.0866800, 0.0848335, 0.0759380, 0.0335047, -0.1834114, -1.2110269, -5.9841021", \
					  "0.0854629, 0.0834360, 0.0745688, 0.0321171, -0.1843869, -1.2115527, -5.9845692", \
					  "0.0835150, 0.0814713, 0.0719883, 0.0288896, -0.1862995, -1.2123986, -5.9850341", \
					  "0.0891327, 0.0869504, 0.0767437, 0.0302439, -0.1880246, -1.2116833, -5.9837565", \
					  "0.0983133, 0.0959243, 0.0849518, 0.0370819, -0.1828696, -1.2080439, -5.9782101");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "positive_unate";
				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("0.0678470, 0.0700854, 0.0794779, 0.1147476, 0.2604558, 0.9286649, 4.0155195", \
					  "0.0740715, 0.0763257, 0.0856813, 0.1210361, 0.2670603, 0.9360251, 4.0168744", \
					  "0.0917122, 0.0939052, 0.1031046, 0.1382957, 0.2846392, 0.9563904, 4.0596149", \
					  "0.1229250, 0.1252043, 0.1343810, 0.1703363, 0.3171928, 0.9832666, 4.0686472", \
					  "0.1618427, 0.1643989, 0.1748744, 0.2113303, 0.3582840, 1.0264987, 4.1297872", \
					  "0.1669872, 0.1707669, 0.1855404, 0.2304898, 0.3780430, 1.0448754, 4.1318673", \
					  "-0.0344976, -0.0286593, -0.0055681, 0.0635805, 0.2341898, 0.8908536, 3.9759387");
				}
				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("0.0236945, 0.0256609, 0.0349604, 0.0785639, 0.2848122, 1.2471141, 5.6967635", \
					  "0.0235840, 0.0256401, 0.0350175, 0.0785075, 0.2850804, 1.2460089, 5.6846945", \
					  "0.0237579, 0.0257913, 0.0351301, 0.0786286, 0.2852650, 1.2477142, 5.6778613", \
					  "0.0258255, 0.0278762, 0.0370274, 0.0798239, 0.2847420, 1.2453650, 5.6857101", \
					  "0.0341902, 0.0359844, 0.0439103, 0.0834280, 0.2864875, 1.2467801, 5.6939120", \
					  "0.0582009, 0.0602682, 0.0680053, 0.1013268, 0.2889992, 1.2506312, 5.6827516", \
					  "0.1116582, 0.1146958, 0.1236974, 0.1620356, 0.3158499, 1.2509486, 5.6836695");
				}
				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("0.1031075, 0.1047541, 0.1112855, 0.1322222, 0.1954270, 0.4393771, 1.5638566", \
					  "0.1114262, 0.1130561, 0.1196249, 0.1404976, 0.2034024, 0.4484202, 1.5688817", \
					  "0.1376383, 0.1392729, 0.1457834, 0.1666611, 0.2298690, 0.4741928, 1.5930995", \
					  "0.2132708, 0.2148919, 0.2213660, 0.2423401, 0.3057769, 0.5497663, 1.6702519", \
					  "0.3982592, 0.4004043, 0.4088045, 0.4342463, 0.5023132, 0.7472223, 1.8718043", \
					  "0.7750606, 0.7782880, 0.7906621, 0.8278093, 0.9158857, 1.1673108, 2.2873490", \
					  "1.5659081, 1.5708455, 1.5902403, 1.6476674, 1.7770372, 2.0714737, 3.1829905");
				}
				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("0.0224972, 0.0234902, 0.0274909, 0.0449824, 0.1226051, 0.4973572, 2.2674882", \
					  "0.0223634, 0.0233121, 0.0275372, 0.0450186, 0.1227911, 0.4971855, 2.2653441", \
					  "0.0225135, 0.0234395, 0.0275860, 0.0450660, 0.1224606, 0.4965618, 2.2657178", \
					  "0.0227512, 0.0235341, 0.0278016, 0.0452682, 0.1227016, 0.4973396, 2.2671345", \
					  "0.0362519, 0.0372098, 0.0410008, 0.0566712, 0.1285995, 0.4971650, 2.2642797", \
					  "0.0674201, 0.0686333, 0.0734683, 0.0912236, 0.1570617, 0.5047762, 2.2656172", \
					  "0.1314956, 0.1329479, 0.1391324, 0.1621706, 0.2361378, 0.5428201, 2.2697411");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.013351;
			capacitance : 0.012638;
			fall_capacitance : 0.011924;
			max_transition : 5.000000;
		}
	}
	cell ("scs8hd_buf_8") {
		area : 15.014400;
		cell_footprint : "buf";
		cell_leakage_power : 2.074780e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		pg_pin (vpwr) {
			voltage_name : "vpwr";
			pg_type : "primary_power";
		}
		pg_pin (vnb) {
			pg_type : "primary_ground";
			voltage_name : "vnb";
		}
		pg_pin (vpb) {
			pg_type : "primary_power";
			voltage_name : "vpb";
		}
		pg_pin (vgnd) {
			voltage_name : "vgnd";
			pg_type : "primary_ground";
		}
		leakage_power () {
			value : "0.0012257";
			when : "A";
		}
		leakage_power () {
			value : "0.0029239";
			when : "!A";
		}
		pin (X) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			power_down_function : "(!vpwr + vgnd)";
			function : "(A)";
			max_capacitance : 5.0
			max_transition : 8.896834;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02817269, 0.07937005, 0.2236068, 0.6299605, 1.774768, 5");
					index_2("0.0005, 0.002320794, 0.01077217, 0.05, 0.2320794, 1.077217, 5");
					values("0.0296632, 0.0322240, 0.0435010, 0.0924694, 0.3121003, 1.3234195, 6.0549026", \
					  "0.0294455, 0.0319923, 0.0432145, 0.0921233, 0.3127323, 1.3329101, 6.0530707", \
					  "0.0287557, 0.0312172, 0.0422975, 0.0910785, 0.3110927, 1.3285921, 6.0513273", \
					  "0.0281458, 0.0304708, 0.0413463, 0.0894476, 0.3090775, 1.3225010, 6.0489416", \
					  "0.0279816, 0.0303408, 0.0408855, 0.0888824, 0.3075578, 1.3212621, 6.0519939", \
					  "0.0283305, 0.0305485, 0.0409681, 0.0895300, 0.3079505, 1.3248706, 6.0509804", \
					  "0.0312611, 0.0335947, 0.0445781, 0.0922208, 0.3121495, 1.3278599, 6.0613427");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02817269, 0.07937005, 0.2236068, 0.6299605, 1.774768, 5");
					index_2("0.0005, 0.002320794, 0.01077217, 0.05, 0.2320794, 1.077217, 5");
					values("0.0415479, 0.0397226, 0.0306844, -0.0123662, -0.2320283, -1.2601770, -6.0338011", \
					  "0.0409256, 0.0390781, 0.0302412, -0.0128758, -0.2325253, -1.2607109, -6.0338613", \
					  "0.0404639, 0.0385669, 0.0295342, -0.0136522, -0.2331387, -1.2612847, -6.0343419", \
					  "0.0397020, 0.0377670, 0.0285282, -0.0147732, -0.2338310, -1.2617177, -6.0348575", \
					  "0.0390398, 0.0370018, 0.0272427, -0.0162711, -0.2342437, -1.2616950, -6.0349052", \
					  "0.0437672, 0.0415334, 0.0312469, -0.0153784, -0.2349232, -1.2613526, -6.0340999", \
					  "0.0478976, 0.0457106, 0.0348756, -0.0131225, -0.2329634, -1.2597394, -6.0315598");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				timing_sense : "positive_unate";
				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("0.0577451, 0.0610265, 0.0741834, 0.1263356, 0.3564227, 1.4169015, 6.3413954", \
					  "0.0642005, 0.0675252, 0.0806008, 0.1326999, 0.3629803, 1.4278084, 6.3494028", \
					  "0.0822998, 0.0855473, 0.0985242, 0.1506968, 0.3817770, 1.4444065, 6.3772827", \
					  "0.1150418, 0.1185613, 0.1320990, 0.1840304, 0.4149167, 1.4780207, 6.4027788", \
					  "0.1559276, 0.1604183, 0.1759384, 0.2292222, 0.4599364, 1.5251743, 6.4389507", \
					  "0.1651973, 0.1719606, 0.1948862, 0.2581471, 0.4868987, 1.5451180, 6.4655743", \
					  "-0.0188690, -0.0080436, 0.0288338, 0.1250859, 0.3658061, 1.4229993, 6.3529928");
				}
				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("0.0172047, 0.0203716, 0.0349442, 0.1041190, 0.4283445, 1.9248021, 8.8775867", \
					  "0.0171864, 0.0203422, 0.0349583, 0.1040865, 0.4321192, 1.9480033, 8.8802565", \
					  "0.0174519, 0.0205814, 0.0350889, 0.1041359, 0.4273547, 1.9300459, 8.8882341", \
					  "0.0205170, 0.0233936, 0.0370868, 0.1043626, 0.4268101, 1.9326380, 8.8707539", \
					  "0.0301947, 0.0327426, 0.0451981, 0.1068726, 0.4273737, 1.9315070, 8.8738075", \
					  "0.0528640, 0.0561396, 0.0699683, 0.1208171, 0.4318366, 1.9302435, 8.8731689", \
					  "0.1024347, 0.1062751, 0.1248178, 0.1790546, 0.4420440, 1.9342623, 8.8968344");
				}
				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("0.0936547, 0.0961936, 0.1052327, 0.1315872, 0.2124040, 0.5544608, 2.1359676", \
					  "0.1017239, 0.1042597, 0.1136324, 0.1398467, 0.2208601, 0.5623717, 2.1448463", \
					  "0.1276584, 0.1301647, 0.1392466, 0.1654870, 0.2463651, 0.5877030, 2.1683371", \
					  "0.2033242, 0.2058373, 0.2148673, 0.2410079, 0.3216661, 0.6638748, 2.2398874", \
					  "0.3803211, 0.3837573, 0.3959931, 0.4281305, 0.5143276, 0.8547691, 2.4391809", \
					  "0.7365374, 0.7420148, 0.7586998, 0.8090430, 0.9157465, 1.2590856, 2.8349425", \
					  "1.4770406, 1.4858039, 1.5160527, 1.5896274, 1.7449406, 2.1164905, 3.6924033");
				}
				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("0.0184933, 0.0199057, 0.0257546, 0.0474243, 0.1420615, 0.6082539, 2.7947225", \
					  "0.0185068, 0.0199374, 0.0256345, 0.0474391, 0.1421164, 0.6084946, 2.7892066", \
					  "0.0186306, 0.0200893, 0.0256138, 0.0475111, 0.1421179, 0.6100712, 2.7832421", \
					  "0.0190693, 0.0203192, 0.0260807, 0.0477758, 0.1421950, 0.6084294, 2.7830698", \
					  "0.0322858, 0.0339335, 0.0397299, 0.0600891, 0.1471355, 0.6073909, 2.7852651", \
					  "0.0609396, 0.0630042, 0.0712579, 0.0945416, 0.1738921, 0.6110093, 2.7858122", \
					  "0.1185649, 0.1214330, 0.1317687, 0.1639817, 0.2516280, 0.6321146, 2.7848359");
				}
			}
		}
		pin (A) {
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "input";
			clock : false;
			rise_capacitance : 0.006854;
			capacitance : 0.006498;
			fall_capacitance : 0.006142;
			max_transition : 5.000000;
		}
	}
	cell ("scs8hd_lpflow_lsbuf_lh_hl_isowell_tap_1") {
		input_voltage_range(1.200000,2.100000);
		output_voltage_range(1.200000,2.100000);
		area : 35.033600;
		cell_footprint : "lsbuf_lh_hl_isowell_tap";
		is_level_shifter : true;
		level_shifter_type : "HL_LH";
		cell_leakage_power : 2.905433e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		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 : "0.0001160";
			when : "!A";
		}
		leakage_power () {
			value : "0.0004651";
			when : "A";
		}
		pin (X) {
			function : "(A)";
			power_down_function : "(!vpwrin+!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			max_capacitance : 0.114451;
			max_transition : 1.508294;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0320275, 0.0330644, 0.0354110, 0.0409940, 0.0546615, 0.0875590, 0.1699035", \
					  "0.0323104, 0.0333479, 0.0356981, 0.0413345, 0.0547936, 0.0882198, 0.1689375", \
					  "0.0340759, 0.0351115, 0.0374602, 0.0430439, 0.0567236, 0.0898409, 0.1720090", \
					  "0.0390355, 0.0400825, 0.0424464, 0.0480130, 0.0616921, 0.0946342, 0.1758586", \
					  "0.0474131, 0.0484463, 0.0507914, 0.0563661, 0.0700212, 0.1030408, 0.1842469", \
					  "0.0616597, 0.0626164, 0.0648844, 0.0704003, 0.0838580, 0.1172235, 0.1982712", \
					  "0.0814912, 0.0824526, 0.0847544, 0.0903644, 0.1038933, 0.1369255, 0.2188143");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001236644, 0.003058579, 0.00756475, 0.01870981, 0.04627477, 0.1144509");
					values("0.0472415, 0.0467428, 0.0452637, 0.0403821, 0.0269406, -0.0066262, -0.0895865", \
					  "0.0457418, 0.0452504, 0.0436998, 0.0388045, 0.0253716, -0.0081861, -0.0911474", \
					  "0.0446998, 0.0441762, 0.0426387, 0.0377341, 0.0243037, -0.0092511, -0.0922066", \
					  "0.0440796, 0.0435522, 0.0420123, 0.0371109, 0.0236786, -0.0098801, -0.0928272", \
					  "0.0447290, 0.0442128, 0.0427278, 0.0377997, 0.0243304, -0.0092237, -0.0922212", \
					  "0.0477180, 0.0468621, 0.0446601, 0.0390869, 0.0259000, -0.0076701, -0.0906775", \
					  "0.0513926, 0.0505443, 0.0483532, 0.0428277, 0.0290890, -0.0046139, -0.0873028");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00123664, 0.00305858, 0.00756475, 0.0187098, 0.0462748, 0.114451");
					values("0.1746576, 0.1821768, 0.1999057, 0.2420171, 0.3434533, 0.5909941, 1.2019968", \
					  "0.1794590, 0.1869764, 0.2047129, 0.2468356, 0.3483970, 0.5959070, 1.2098575", \
					  "0.1913279, 0.1988454, 0.2165450, 0.2586733, 0.3600932, 0.6083197, 1.2205976", \
					  "0.2165743, 0.2241073, 0.2418387, 0.2840099, 0.3853837, 0.6332861, 1.2444763", \
					  "0.2555505, 0.2630045, 0.2806463, 0.3228684, 0.4242068, 0.6725497, 1.2821544", \
					  "0.3111970, 0.3187064, 0.3364687, 0.3783649, 0.4798991, 0.7284805, 1.3392435", \
					  "0.3837930, 0.3913286, 0.4091244, 0.4512206, 0.5530492, 0.8027360, 1.4115054");
				}
				rise_transition ("del_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("0.0235476, 0.0328869, 0.0563843, 0.1140591, 0.2578948, 0.6174837, 1.5082939", \
					  "0.0235649, 0.0328814, 0.0564389, 0.1141304, 0.2577726, 0.6178313, 1.4970446", \
					  "0.0235485, 0.0329098, 0.0564669, 0.1140613, 0.2579167, 0.6182472, 1.5070108", \
					  "0.0235909, 0.0329677, 0.0564272, 0.1139494, 0.2576392, 0.6179245, 1.4972620", \
					  "0.0236731, 0.0330038, 0.0562331, 0.1138119, 0.2574198, 0.6185000, 1.4978809", \
					  "0.0236847, 0.0330589, 0.0563816, 0.1140368, 0.2563753, 0.6146643, 1.4932093", \
					  "0.0237240, 0.0331174, 0.0565565, 0.1139192, 0.2577832, 0.6121265, 1.4939945");
				}
				cell_fall ("del_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("0.1467000, 0.1509061, 0.1591737, 0.1751991, 0.2083147, 0.2833485, 0.4676237", \
					  "0.1516932, 0.1559020, 0.1642366, 0.1801867, 0.2132801, 0.2883208, 0.4724201", \
					  "0.1652875, 0.1694940, 0.1778303, 0.1937829, 0.2268664, 0.3019248, 0.4861887", \
					  "0.1995019, 0.2037049, 0.2120501, 0.2279928, 0.2610738, 0.3361807, 0.5206388", \
					  "0.2697144, 0.2738890, 0.2822506, 0.2983160, 0.3313584, 0.4064789, 0.5902871", \
					  "0.3884053, 0.3925854, 0.4009530, 0.4169223, 0.4499188, 0.5250770, 0.7090562", \
					  "0.5843123, 0.5885037, 0.5968365, 0.6128599, 0.6456916, 0.7206036, 0.9043702");
				}
				fall_transition ("del_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("0.0157884, 0.0189360, 0.0259943, 0.0415315, 0.0784245, 0.1729061, 0.4162657", \
					  "0.0157067, 0.0188682, 0.0257695, 0.0415374, 0.0782526, 0.1729007, 0.4156661", \
					  "0.0156474, 0.0187936, 0.0257186, 0.0414623, 0.0782069, 0.1729357, 0.4164800", \
					  "0.0156665, 0.0188198, 0.0256861, 0.0413654, 0.0781856, 0.1731486, 0.4156201", \
					  "0.0157001, 0.0188656, 0.0258535, 0.0414184, 0.0782228, 0.1741629, 0.4160896", \
					  "0.0157256, 0.0188771, 0.0259129, 0.0413636, 0.0782405, 0.1738096, 0.4165906", \
					  "0.0157803, 0.0188445, 0.0257378, 0.0414766, 0.0783509, 0.1734327, 0.4165426");
				}
			}
		}
		pin (A) {
			input_signal_level : "vpwrin";
			level_shifter_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwrin";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005926;
			capacitance : 0.005802;
			fall_capacitance : 0.005678;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_lsbuf_lh_hl_isowell_tap_2") {
		input_voltage_range(1.200000,2.100000);
		output_voltage_range(1.200000,2.100000);
		area : 35.033600;
		cell_footprint : "lsbuf_lh_hl_isowell_tap";
		is_level_shifter : true;
		level_shifter_type : "HL_LH";
		cell_leakage_power : 6.563062e-04;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		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 : "0.0008343";
			when : "!A";
		}
		leakage_power () {
			value : "0.0004783";
			when : "A";
		}
		pin (X) {
			function : "(A)";
			power_down_function : "(!vpwrin+!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			max_capacitance : 0.263682;
			max_transition : 1.505326;
			internal_power () {
				related_pin : "A";
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0503257, 0.0494112, 0.0469312, 0.0389049, 0.0137345, -0.0593880, -0.2673687", \
					  "0.0487590, 0.0478333, 0.0453707, 0.0373354, 0.0121790, -0.0608953, -0.2689217", \
					  "0.0477114, 0.0467735, 0.0443225, 0.0362720, 0.0111532, -0.0619434, -0.2699413", \
					  "0.0470916, 0.0461548, 0.0436933, 0.0356600, 0.0105251, -0.0625691, -0.2705334", \
					  "0.0476837, 0.0467617, 0.0442986, 0.0362806, 0.0110748, -0.0620047, -0.2699916", \
					  "0.0504064, 0.0493987, 0.0464014, 0.0374654, 0.0126353, -0.0605132, -0.2685356", \
					  "0.0544873, 0.0534469, 0.0505074, 0.0416003, 0.0158204, -0.0575307, -0.2653069");
				}
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001421199, 0.004039616, 0.0114822, 0.03263699, 0.09276734, 0.2636818");
					values("0.0354969, 0.0367742, 0.0402117, 0.0495009, 0.0753350, 0.1479097, 0.3530583", \
					  "0.0357900, 0.0370687, 0.0405052, 0.0497995, 0.0756135, 0.1481095, 0.3546086", \
					  "0.0375583, 0.0388226, 0.0422550, 0.0515724, 0.0773593, 0.1499592, 0.3549418", \
					  "0.0425086, 0.0437846, 0.0472260, 0.0565099, 0.0822945, 0.1553373, 0.3583457", \
					  "0.0508846, 0.0521535, 0.0555984, 0.0648962, 0.0906242, 0.1636733, 0.3668873", \
					  "0.0653149, 0.0664877, 0.0698505, 0.0789294, 0.1046761, 0.1770450, 0.3839616", \
					  "0.0856472, 0.0868622, 0.0901810, 0.0995079, 0.1254446, 0.1981761, 0.4031130");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.1835541, 0.1884552, 0.2006529, 0.2320254, 0.3171818, 0.5551716, 1.2297936", \
					  "0.1883920, 0.1933172, 0.2054991, 0.2368684, 0.3220407, 0.5598881, 1.2336601", \
					  "0.2002124, 0.2051113, 0.2173459, 0.2486610, 0.3337520, 0.5716240, 1.2459883", \
					  "0.2255456, 0.2304420, 0.2426346, 0.2739927, 0.3591114, 0.5969535, 1.2717488", \
					  "0.2645772, 0.2694912, 0.2816987, 0.3129327, 0.3978694, 0.6359917, 1.3127791", \
					  "0.3202874, 0.3251290, 0.3373888, 0.3686597, 0.4536200, 0.6917141, 1.3651837", \
					  "0.3928546, 0.3977810, 0.4099798, 0.4412624, 0.5262369, 0.7645183, 1.4373606");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0180774, 0.0230256, 0.0371461, 0.0781087, 0.1966724, 0.5377181, 1.5017314", \
					  "0.0180765, 0.0230469, 0.0371405, 0.0780963, 0.1968776, 0.5365685, 1.5053260", \
					  "0.0181180, 0.0230332, 0.0370175, 0.0781176, 0.1964472, 0.5376950, 1.5024415", \
					  "0.0180763, 0.0230259, 0.0371494, 0.0780918, 0.1961636, 0.5359296, 1.5010978", \
					  "0.0180704, 0.0230005, 0.0371061, 0.0781580, 0.1962381, 0.5369248, 1.5004287", \
					  "0.0181661, 0.0231762, 0.0372190, 0.0779345, 0.1957347, 0.5370981, 1.5051201", \
					  "0.0182489, 0.0231653, 0.0372560, 0.0780343, 0.1962393, 0.5358626, 1.4963349");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.1667060, 0.1704690, 0.1788479, 0.1956554, 0.2306560, 0.3138631, 0.5419403", \
					  "0.1715928, 0.1753752, 0.1837553, 0.2005254, 0.2355467, 0.3187093, 0.5468122", \
					  "0.1851711, 0.1889334, 0.1973081, 0.2140688, 0.2491184, 0.3322711, 0.5598448", \
					  "0.2193479, 0.2231026, 0.2314815, 0.2482453, 0.2832838, 0.3664193, 0.5944715", \
					  "0.2894811, 0.2932489, 0.3015769, 0.3185109, 0.3534598, 0.4365410, 0.6645663", \
					  "0.4081014, 0.4118043, 0.4202374, 0.4371003, 0.4720698, 0.5551100, 0.7829554", \
					  "0.6037675, 0.6075636, 0.6159168, 0.6328412, 0.6677146, 0.7507497, 0.9784470");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.0014212, 0.00403962, 0.0114822, 0.032637, 0.0927673, 0.263682");
					values("0.0177352, 0.0201028, 0.0258595, 0.0397828, 0.0747512, 0.1754923, 0.4764780", \
					  "0.0177078, 0.0201441, 0.0258857, 0.0401037, 0.0748272, 0.1761894, 0.4748488", \
					  "0.0177207, 0.0201361, 0.0258725, 0.0400607, 0.0747931, 0.1751121, 0.4736070", \
					  "0.0176691, 0.0200386, 0.0258194, 0.0400193, 0.0747580, 0.1759358, 0.4762210", \
					  "0.0177484, 0.0202030, 0.0260352, 0.0395741, 0.0748298, 0.1755849, 0.4743001", \
					  "0.0177571, 0.0200954, 0.0258557, 0.0398602, 0.0752036, 0.1759822, 0.4743516", \
					  "0.0178564, 0.0202462, 0.0260915, 0.0396228, 0.0749538, 0.1757974, 0.4757660");
				}
			}
		}
		pin (A) {
			input_signal_level : "vpwrin";
			level_shifter_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwrin";
			direction : "input";
			clock : false;
			fall_capacitance : 0.005697;
			capacitance : 0.005823;
			rise_capacitance : 0.005948;
			max_transition : 1.500000;
		}
	}
	cell ("scs8hd_lpflow_lsbuf_lh_hl_isowell_tap_4") {
		input_voltage_range(1.200000,2.100000);
		output_voltage_range(1.200000,2.100000);
		area : 40.0384
		cell_footprint : "lsbuf_lh_hl_isowell_tap";
		is_level_shifter : true;
		level_shifter_type : "HL_LH";
		cell_leakage_power : 1.036580e-03;
		driver_waveform_rise : "ramp";
		driver_waveform_fall : "ramp";
		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 : "0.0005189";
			when : "A";
		}
		leakage_power () {
			value : "0.0015543";
			when : "!A";
		}
		pin (X) {
			function : "(A)";
			power_down_function : "(!vpwrin+!vpwr+vgnd)";
			related_ground_pin : "vgnd";
			related_power_pin : "vpwr";
			direction : "output";
			max_capacitance : 0.474253;
			max_transition : 1.509557;
			internal_power () {
				related_pin : "A";
				rise_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001567268, 0.00491266, 0.01539891, 0.04826846, 0.1512992, 0.474253");
					values("0.0433321, 0.0447684, 0.0490798, 0.0623892, 0.1027885, 0.2282705, 0.6143259", \
					  "0.0436144, 0.0450428, 0.0493625, 0.0626808, 0.1030932, 0.2273156, 0.6132602", \
					  "0.0453407, 0.0467690, 0.0511635, 0.0644095, 0.1048243, 0.2291419, 0.6142644", \
					  "0.0502168, 0.0516393, 0.0560300, 0.0692432, 0.1096364, 0.2342715, 0.6251952", \
					  "0.0585403, 0.0599487, 0.0643158, 0.0775476, 0.1180002, 0.2426291, 0.6322214", \
					  "0.0731159, 0.0745250, 0.0788203, 0.0917040, 0.1318523, 0.2566562, 0.6443001", \
					  "0.0935152, 0.0949359, 0.0992019, 0.1124674, 0.1530941, 0.2780487, 0.6629753");
				}
				fall_power ("power_outputs_1") {
					index_1("0.01, 0.02305058, 0.05313293, 0.1224745, 0.2823108, 0.6507428, 1.5");
					index_2("0.0005, 0.001567268, 0.00491266, 0.01539891, 0.04826846, 0.1512992, 0.474253");
					values("0.0561584, 0.0549830, 0.0514502, 0.0405283, 0.0026680, -0.1218219, -0.5146615", \
					  "0.0545089, 0.0533497, 0.0498340, 0.0389203, 0.0010579, -0.1233932, -0.5162208", \
					  "0.0534512, 0.0523084, 0.0487673, 0.0378477, 4.1601170e-05, -0.1244110, -0.5172326", \
					  "0.0527341, 0.0515686, 0.0480626, 0.0371556, -0.0006580, -0.1251042, -0.5179303", \
					  "0.0533366, 0.0521785, 0.0487098, 0.0377703, -4.5325802e-05, -0.1245099, -0.5173244", \
					  "0.0544778, 0.0533146, 0.0498511, 0.0391518, 0.0014301, -0.1230693, -0.5159402", \
					  "0.0616110, 0.0604098, 0.0566319, 0.0444736, 0.0050377, -0.1202928, -0.5130035");
				}
			}
			timing () {
				related_pin : "A";
				timing_type : "combinational";
				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, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.2075051, 0.2112146, 0.2211726, 0.2475021, 0.3224250, 0.5509826, 1.2598151", \
					  "0.2123484, 0.2160605, 0.2259958, 0.2523109, 0.3272674, 0.5550120, 1.2656115", \
					  "0.2241301, 0.2278337, 0.2378653, 0.2640890, 0.3390482, 0.5667126, 1.2752966", \
					  "0.2493811, 0.2530788, 0.2631143, 0.2894924, 0.3643770, 0.5919634, 1.3017405", \
					  "0.2885709, 0.2922630, 0.3022748, 0.3285349, 0.4033454, 0.6311547, 1.3424171", \
					  "0.3449130, 0.3486127, 0.3586657, 0.3849992, 0.4598003, 0.6876318, 1.3976019", \
					  "0.4184087, 0.4221388, 0.4321437, 0.4585134, 0.5334257, 0.7624083, 1.4696047");
				}
				rise_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.0206568, 0.0239643, 0.0339605, 0.0649692, 0.1666563, 0.4912337, 1.4998847", \
					  "0.0206064, 0.0239552, 0.0339620, 0.0650379, 0.1667118, 0.4891265, 1.4917021", \
					  "0.0206102, 0.0239486, 0.0338738, 0.0650457, 0.1666963, 0.4891665, 1.4991289", \
					  "0.0206655, 0.0240252, 0.0339466, 0.0651640, 0.1660579, 0.4911110, 1.5095567", \
					  "0.0206083, 0.0239652, 0.0339446, 0.0650555, 0.1665987, 0.4912522, 1.5024011", \
					  "0.0207816, 0.0240559, 0.0340120, 0.0651341, 0.1655509, 0.4896262, 1.5045947", \
					  "0.0209186, 0.0241055, 0.0341853, 0.0651049, 0.1665734, 0.4902920, 1.4972210");
				}
				cell_fall ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.2083899, 0.2116362, 0.2199070, 0.2376812, 0.2741689, 0.3573014, 0.5869340", \
					  "0.2132333, 0.2164815, 0.2246852, 0.2424206, 0.2789353, 0.3620703, 0.5914951", \
					  "0.2267561, 0.2300114, 0.2381512, 0.2559732, 0.2924648, 0.3756231, 0.6051886", \
					  "0.2607319, 0.2639687, 0.2721833, 0.2900088, 0.3265215, 0.4096126, 0.6391378", \
					  "0.3309536, 0.3341957, 0.3424423, 0.3601893, 0.3967989, 0.4798393, 0.7091469", \
					  "0.4497031, 0.4529500, 0.4611437, 0.4789611, 0.5153998, 0.5986472, 0.8283398", \
					  "0.6451279, 0.6483694, 0.6565161, 0.6743847, 0.7109454, 0.7941049, 1.0237312");
				}
				fall_transition ("del_1_7_7") {
					index_1("0.01, 0.0230506, 0.0531329, 0.122474, 0.282311, 0.650743, 1.5");
					index_2("0.0005, 0.00156727, 0.00491266, 0.0153989, 0.0482685, 0.151299, 0.474253");
					values("0.0258341, 0.0277135, 0.0324416, 0.0443199, 0.0753934, 0.1649042, 0.4604920", \
					  "0.0258403, 0.0275635, 0.0324200, 0.0447583, 0.0755503, 0.1649921, 0.4605976", \
					  "0.0258853, 0.0276249, 0.0322855, 0.0441926, 0.0755823, 0.1647570, 0.4619085", \
					  "0.0257797, 0.0276357, 0.0325719, 0.0442610, 0.0751422, 0.1650000, 0.4618651", \
					  "0.0257788, 0.0276175, 0.0325293, 0.0444063, 0.0754046, 0.1649598, 0.4609174", \
					  "0.0259905, 0.0277600, 0.0325851, 0.0442994, 0.0750970, 0.1653722, 0.4588768", \
					  "0.0259363, 0.0276570, 0.0323877, 0.0443160, 0.0755607, 0.1646188, 0.4577889");
				}
			}
		}
		pin (A) {
			input_signal_level : "vpwrin";
			level_shifter_data_pin : true;
			related_ground_pin : "vgnd";
			related_power_pin : "vpwrin";
			direction : "input";
			clock : false;
			rise_capacitance : 0.005938;
			capacitance : 0.005810;
			fall_capacitance : 0.005683;
			max_transition : 1.500000;
		}
	}
	default_operating_conditions : "scs8hd_ff_1.56v_-40C";
}